csd_cpp_notlari

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csd_cpp_notlari

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Necati Ergin'in hazırladığı ders notları rahat okunacak şekilde düzenlendi

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Y0M3dLM0PVoRfrS7NwpazHs+YTJuqcbRMGvKb5hdLsXoC6CO0xQpqX9pJmsw7StEdJ0yyCvkP0HymEGqL+zJKmfUT9XiDbCa9qL7xEmaY0G+wDN6JVaypNq0CaaauU2U6ZI6QZmKh+b1buBypzpjI3SDMI8YoaF+wnzRBT/ivEFxis/B1T5mpFPyrT51shTfdCQgVf3PnSdK1TvzX1e7P6HVS/p6vfvZTZTNE3yvBcS2U5DB4hzf5bpXnPTPnd01CZ2cpcq8wtin9Q3lCXad3Z0ox2l2Z6E2nWG6u+H1PpX63891Jma2XOVuYSWdsvGCTNxk1VOtcr/zvU7yJllv7er8zjyp1bytuRwdKcvlflO0WahsgfyEDKPml6p0mzTitpepZK05en6LukmWqr313L+09Zp/wdVOEpfcmr3Kf0UaYKPyVVhb9JuStR4YYVvfR7Y2XmKrOHMocrc5Hy30GZDVU6TihTpcNTmi9Tmu4Dyiz1306la5UytyhThKsR9v50ac44iiZdpeg3zRKtJ6HtiKQHRD2DFpVulyZjymyozN7KHKPMVcrcLE1uK3OCNDWvMjsoc74yT0hTH6nMA9I0xitzrTRdYWWOUOZ+aboLlHlMmp6myhwrzftKpDlirjTv7ynNkS2UOVGZR6X5gErvAyrewqAypyhT5e/BLGUuUeZBaY7qosy3pfmTSdIcrdL5kIr/oSJpjukhzYcVfx/upcyt0hzbX5kq3ke6K1Pld5zyP06V008Vf36q/I/vqswDslwfJYpfyr1nmTS9q6XpOyLNlFnSrDNYmqnDlanKx6++m6rczEPSfH+OND+YJ80dS6X54RZpfnRYmjuzpfmxSu8u9f2fSh4+aSzNPer7p2uk+VmGMj+S5j5Vrp+rdOzPk+YXOdI8oOL5sp00Dyr/Xyl+H1L8OKTk5HC6MjdI82uV/yP1lKnS+c1MaR5V5fXvXGkeU+H/J1OZil/Hl0vzv8rfidHS/FbVn5OdpFms4i9W/kp2SDM2FE1GZL4YTVGm5Bdjsj4wPlmaWgtlSn4zXZYzM6QcM9dAaar6wzxNlKnce9+Xpk/Vg+aqfC+T8dKWqv5c3k+aV7il2Vrx4UpVbm1U+ef0QfnjucelOSpHmr8R9QB6iCdXSPm8YC3+ZindpGn1kmZ6P2nWbyvN5hulvztUfOkq/vTF0qyr6nU9xb/6qrzrr5RmA8X/hqq8Gin/GZIv9Hwlx5mifkG72GmMNHuoehcTckGtiySXSraX/fISXpJ7cqzzN+1T/I3TNRF1mln17XTlfkRxe6d70j9mONxr0r19JGqq8F4u/mP5+Iot5+9Yg5JcjOEiq42i3BH7mYMC6ddvB5NHV0R/F12p3Myt4IbFCkWZWFGrjx2yb3XIn2EFrU5WgW3a19q3KfrKxPTY8iTuH0tMp3YS98OTuB8k6LbXbmxfaDexL7JV+x97CPww+2n7NULsNfZa0kjSaX7CcGhsYxL63CTpWYzy4CEhcjF/hM/icxR9VlX8qZBOUZY/iXVJ4EN8yY/tSPwlNiC2J8mXgmRf6OaSBYm/sJ4xM0loNEFojIgRhpDJzvAvJFOL0qgW1aN1Hd9y4L/8N9maFYmZy7S/pX1BSPSaaEcSjb4efZ2oOljyV/x6wGLwNS/aDb6uia4p+1q137PzVdTGWSjDbiti2VZv6047YAftW+z872mOTvdr8hx5iX7SWzy9Cl7qJUXVfB9zmt+L2Iiqvp8sqOZ7ftXhn5xRtf/jB6r2f3x11d+/rVf19/8+XTynKv7/Z0XV/v8zvurvJ96uOvzq8vffvdXwrxr5qC7/1fKvOGn6Oa45iX5S9LqEiL6NmT3MPmh2MIX+lUJc3zYu/qjGYYxyhKGZHc088wbzZrA3BM2EYHg8OAB6ruHBgYgHCyx6agipYlgPOsLSzc5mF/NGs6vZD1f/mqBLuWa2OWn50LSJlVxvS+46vS66FnptUPkiZCmJayZaiITSwgXhJ5EWtUOqR28AZsgKWGHQDOpbDawLrCbW5daVVo51tdXWus7qYt1odbNusfKtgdY96UT5euKUfBmn4qv4o1r6cvIhG/kgRm2lGpfbGmHdb42xHrbX2evtDTbOuNiPyrhQ06p1CrEvPke+YnecUlwjTsUXaAS190VPUTZq64vjemgQ61smlvLPVV2kop4GBwaFTu+yv7GL7ViURY2oK+o5HW6cgvQKfeOB2O+FP9tvW6B3p9t17UZ2pt3cvtxubV9p59jX2NfZ7e2Odie7s32n3Sc9VWlrT8S2nFJ8nVHHrb2/WTgGqn06f38K6axHwlhqYvSpoVYu5317YavZy7wDSpbgSrecFyvdX1Ba5qJWy5mzcaJdtgZbQ6zhVqH1oDXaeih0Syg/NDQ0LIRts71V1e/StlS0Ci3R7/MksR6oBeYFngssCfwGW8qWdnY5WZMtysQyWfNY92L8wyAF94m2JYRzDPYR+6RdEiVKY3Y7egjZNt8r2nLoqbpCJm+GfsZj9oP+QcyrpZgXmllmc7O1eaXZxrzKzDGvNttiXyL2kTQlbTEXkidbkvQI1fUqTcu1j8m1QOE+2bem2C+mgD3xv+D9CXKiyhLiqsdMVaXsHJ+y4Jrgnxx8q49pXVDRlZVji9nq9mW9NJQIHUQHWYMRD0E8DPFwxPchHoH4foFD6LJST56B8b1JKo+mmHUvlHJFl+sTuKTWEOCfWLWxYARV+v8BeQX++5f7/wAxhGcfs4/bJ1B6lOxE60QD0WA0FA1H7WjdaEb0QuSbmLMMQ+gtSB7G/+4plGIyzYhD6O1IT4xBStrfahVC1fLHMHSKrYBM+9ZTCKc6ra4Nhvyw+GVeZDY1LzYvMZuZLcyW5uVmK/MKM9e8xrzWbGdeb95lFpi/rIU72X5llbZfrL3uVWVdUQLEWjw0eaBDEtIYIAugBUBrTNusarAo5Xaqpg5G2pxattGMGIFWgY6EBIuCO4gVmhh6kZxv/9neQq6PvhN9h9wU/Tj6MekG7mhgWeD3yLvGWNNaQe7At8gjm6IvAbxXn1om+2c7n8+cvXxaW61PVF/irL2/TVh7H6zkblkid6Ehldy9kjC8B7DNFbPhbcV4AvSKVJFrxeH22hrks1hV4dCvDDnjnE4Yu7ZcxOvEEPsD1oOhMy3P1eadp6i8n43Y4yU0FimPgDSkpc1Ie4oQC/oGkOwR1sPEE7AD15NQoGPgNnJd4PbA7SQfZOoDcmvww+B+MgD6rlvJg6HbQr3J6NBgKJ9x0JMNJz8FiVtKJthvgMT9Jroquoq8AXK3maxDuVtf1rcwqFuZJN5/Cx2Fm02ghcE5Y/MmnHXrBf/EvNu8GygDzEGgEw02hxHDvM8cQbzmSLMQdIRR5ijiN0ebY4lpjjPHkZA53pxAwuZE8+ckaj5mPkbqmo+bvyD1zOnmM6SB+az5ErnIfNncCNpPxXHl35OOwmlaQSXX26twfXcl1+9V4VqthtHnwE3Y8lh1oCT8lkV0KPUQ9OOgmxGflW6dR+pYDa1MkmY1ti4ElxdZFxHbyrZakqjVympN6lttrKtIIyvXuoacb11rtSMXgNR0JhdaXa2byEXWzVZ3crF1qzWAXGIPtseTXHuC/Stya/TbaIzcmy5WG4anR9LTySgsocxyGpZYYak405sC6YtAuupa9ayLQDYDdtiO2LZ9AXy7GGRJaoRDrZEgx0LnGQUyFQ1cGGgCbewrgU2BvwSOBY4H9aAr6A12CPYJPhCcEnwRtJ11wQ3BP4G0vQWy9lHozlCf0F2hglDf9Hrp50HIU1BapkPdSYFa0BBqQBZIf2uSC7pPJ2jbepDe2OtBumP/wdRfErcryuWIpZvDaB+N+HGHXbpJMQeC1A0BmRttPmTON583F4H0/Mb8vZJTwRuDlGrnNUobXS/c0kcQ/85hl/gPiKWb68hhwCXCzvxIKYm7qSZtrRKmbUbVadPuFG61XAeWFOSGxh307YgviLvhnyH+r0pbMu1djG2yzeuSjG1qmE52A/KkqQNLSiPkz78cdOQkc8Xd0L8g/uxcpPOclDUTLefppZN3xrLLcuBOiM/H9HztoG9AHIi7YZ8j7npa/BTtpWj7hSZfoHomseulNiNqBmPWVtBTCe3nC5KJek8H7H+6YWsl2qJhcnSKMyP3BAcFBweH1DKWUs0wJ64Zlrwo8lHyJOZGzncmHtX6wEUzgJYAovVpCyD213cB6A7QE0Ds++8PMLiUP8yqiCWdehJj6UbayWKc9VsGqfQnKft+ZBBISCH4GwDfKOuJYRQIHHsf7R0E/2LFcTvrVwIaHC1Cym7EKA90Ndqx9tG9KCGXYSr8pJc51CwE2X0Y+ucnzRnmU+ZM81fmLPNpc7b5DLZXt1Zor8YSsfthKqRcB6gPOlM7kl+mi7cXWjjiM0ehIDFvYdxnVturOif19ByFzxzl7OREao5BCL+e8jGYONYZqqj5Vc3lnGqY1LzxtHx3TjAD9H6VGmDib5VD+aBKzbCmoeyoUmNMFkrFmbEPk7isWtOtGMpHtQ7l7gSh/KPWofRHvvTBWccWKhSxl60OapeO9jyUD6OQ4ZF5kedEfJFZkacjsyPPRM2o5ZgzSo/WjdaPNohmRDOjF0QvjDaBcHXoMa4nBMc5Jo5zGsEY5lckA3uPlgni/9kZjZ/jqIrgqMoMzYLxekOMM1vJgtTiflKtNN9UTS2rfYi/PeMhLqs2xNL1Kjl3MKJMtykdE6apMaEYDVIcDeo4GvTgaNCHo8FUHA36cTQYxNFgCEeDNo4G03E0WNecZk4j9cvGhItwTLiMXGYuh5HhlZiW+kobycR6WTk1At+t+vmbVD/vxX7ed9r+KTmEJ5TqgO+RZCmAEy/F/0BkVsmCyNMAswGeKVkQNUu2R61Yl2ggNjcaBAgBhIFmA9SNLY/WB7MBQEasdTQT3F0AcCFAk9hckhqZFWsWeRpgNsAzsWZRM5YJoc2IhsG0AeoDNADIiBWC7xngewb4nkHMBD4Lwedy8FkIPguj6bFxEP9cCKEQQiiEEOZCCMshhOUQwvJq69OxMl6MIisBnHgl/kONixVAGgogDQWQhgJIw2RIw+TyvIDfNkB6bIdKz2RIz2RIzwxIz2RIz2RIz2Tkhx9CXA4hLocQl0OIyyHEgxDiQQjlIIRyEELYAyEchBAOQggHIYSDEMJBCOEg8qRq3+mxLVWGUDVPEs0d//MUWvrkvUjF0HefQg9Q89A/OYWeIXnoUhco7XVGk9KRR3XtUwecm6oPrX4bEp/xj/tPtlJFzR7naL7q1PPWKeFayc5TkI7k+kvF0D8+Bemoeei7TkE6koVeeZ1nT61CqFqbqhz6p2co9LsThr73DIUu5iXl7MGiqmcPinGsV8LiWFFw1qUk6KCPQHsjh5shiG8m1c0eJP+WUjaKIUTMTbUHEDMT3QB6APQG6AcgzsUPJ3KXFI4xY3viWFE+Rvyqg16I9j873DyEWMwVxufS5UmaIeX69vjoJF3pSKXfGdEgN6B3Qvp7QC3vYxaQhuYvzV+S88v5DYMpanx+jX3XNGQb+tT60M71wLHp6Yddk3grtl5jatx6dTwt33mn5fuG0/J9s/LdIqHvqnoUSmaSSeB7Ec4bVDN3AwF/VSqfpZgerJ6CkvwzKiS2f8ltZZTBVIzbWuA+MN0ebI+0C+0p9i+I2Ek0zP6JPcaeaE+yJ9sziEtpumI1R8y3ZgO0AhCzEPLU1lIHXuCwr6pAkWtirZxrYiQa64D4CcRihw23Z9vz7ZcEj+y1JD5jNDtBKT1U41LqfFq+u5yW7xtPy3fX0/LdD32Ldj3uW5zxkqcuqBUB7IMR8hWBvMANMC7+OYyKN9l/sYvst7DnqQc9xWxHz1PeLyOBc7OahStYubiCdV2VKRZ5da47vlOWXg7p6m0JrkSse8vWqVQ4ZWtROSJEGKU/7Qi1tI9cWs1KwGYRJ8UVJvqmwy6xXJOQbnAlgIk5csrqIvbG3VS5EuCvsHND7Npw7tnw17iHFK0UIeOJ2DVKyFSAGYnajjOEhX43HXXo9vibEbcY/YDkDLGGEQbjnwdAfh60fkK81kPWw6SO2DtFTBgP3UcsGBE9j/1vZig71DzUMnR56fyLfcQ+6thHVLYLLeqN+qJ1oqk4P5NgZgbid1WeF8KZmgycqWmBOyva4RxRf7UvzsKZfJGfR7/z9It7dJoBL3vhrIOt0nXoDOiFVWu6iWL911mN9e4ksR4+q7H2x9ZPxip1vwKM9cszxsvkI5XKsR48Y7ysTaxfnTFeJh/JN8M1QRtsnVSs+88YL2sT6xdnjJe1ifXAGeNl8lF1M4yTk5ZlsX52xnhZm1j3nTFe1ibWz88YL5PHKrTj0lVbcT7UeXrQgF5CnMMYKU5iYD3LhV6kn0OjEiefa7YXVpzteMqeKUZiNvwTgnt8qD3BnkVs3NdziYi97LyHkLkclLngKcdVPjwOOW5KOjhS/3iF/DJ7vD2hVilsqHarVxWe0w8lm4g4pX8IdDGryjHTGNBuJoFmQ0vqiNBLcNdP8Qm0D0f7WLTj12KhCdGTx9B+BOkUcYqDgrkuwbJWcxtXoX0C4j9hHs7sHlzrlPQ4MVoiwCVCFgIsAVgOY75PRfpiE+KaWWwW2h9A+1doF2FRinenEbw5KPZfx1dJeQMxcgRnZmhsJdqHIr4CtT2xKjLCUa5iZFlxd1mmFbJs6zzrMqH1W72sO8T5BKuPdZdVYPW1+ll3W/2tAXaaHbSj9qX2tXY7+2a7uzi7YN9q97Bvs3vat9u97DtssRvs0kS70axHrHHWWuuNM7ArTch+YzISd6yEz1Geqtp9d/bzS9U4qvQUSaIT8UbgtcCOwM7At4HiQAmR+36dPtuiz1cT+EyxZlhPWS9Zi4NPBecGT4bqhO8Ljwj/LPwEKd2NHA8lO2komsglpF+cnCvdR+z0mZXUJ1O+mPBVYz9FwQ+J3P/u9CH3JaxI4MPt5E+ERcIJcifnDX+XwLcLfO8JfBbYFyRBFuQJ+NsC/Sa6w0AHn05/D0KtnkeHE0aXQJ0Ng6ZXQAZCjR1JRpNxZCKMcKeTWWQuWUAWk2UQ4hqyHtrZzWQb2UF2kb2gqRwmx8hJyqibptIgTacNaWOaRVvQ1jSXtqedaDfag4LUluBIthh3BZU0QXuDSnbpRravuHez+D60t0f7VQ73SC/GduokztyWdERKbqVwvkT7nnNufzTeAzjpJJxwXqaDOm/bqeys7M1mH1PoA5rY0wLUG3EtVLT7NonPvJF4q+3Asp3NcrSzYpdTxfsjWPS26FAid0LcTgjufsjE/UOtcO/cVbh3+2rVxjUjgxxtXFXhecrmfi6CsW+2dR1pCDJ4D2lp67aHdLd90FLdZmfZ15CRIJV9yKTot+lh6JFqmpJWJLfKlIjfg+0n4fdT9q9Qi6h5TjVw3xrapzEkPqKsTQxnL++UTqOQbzof6mlj0pXkn6m6Sigbqs+GkL/RZwhsnATKrwWF/drVEPBK/WXA2UjJNr4klDdH+4X6YrC/hF+7CL/sfL2lmK3SmwlsNBV7CgWF9TRuBTxMB52TfoluvkSKtH+jXw/htBdfWRT9/le7D+xcYr0IcBu0t9FjgBsLO/1MYqR8iPaFAnP0RUscIVwgMGnMtrIP2IdsJ/uYfcEOs6/Zt6yYxUCkNO7jdbjJ03hdnsHP55fwS3lz3oK35u14e96R5/F8fifvwwfxwXwoH2a8mfKiaIVZPdaINWYXs5zUnNS2RKx41QfIBCg/H07EfHjJHdpVgH2Im5fDheUpdAWdRjjdAOVsVtJZZ4AGNw/kZQn0u6vIWrKBFJEtZDv5iOyGkdRBcoQcJyVUo15q0jCtRzNoE9qMtqRtaFvagXah3WlP2of2p4PpCDqKjoU4P5XnCunI0hYEKOKcE2HzErUvJavodMD/oVnl3ZR8Kin87cS+WDH6En6vxNXrym56g34pYkcKzXekpxvG1aaq9IiZU3DT0+FrJaaHJfR1kn2B6bGrSg+GYOIJ2ajS1/paA/GkbEjpZj3tO7GXvchqaeXYF9jZdmtcl5B7LRmubMi9lizBXstXKlGErGvY0jOSCv+PWIPIVOtemmoNBhgCMBRgLM2yHgEYB/AkzbdmADwFsBV+/w1gG8AeOsj6FGAvHRSwaX4gCtCKZgWuAOgFcAfAAICBAJMAHgOYCvAEwDyA5wAWALwAsIzkBF4BWAX21wC2AOwAOAbwLc0KesmJYH2SE+wDJoQZHAMAaQtOAYB0BZeBuQJgHbWDGwCKAN4C+BJo/wI4DHCS5oeg1EMUIIfaoVtpVqgHwG0APQEg/6HhAIVg/xDcHAI4QfPDfoCrAXIBrgHoDtAboACgL8BzACsB1gO8R/MjMPaNNCXrIt0B5tHUyAKgLQH4E8A7AMAvex3NsjcBFAFsJSfsvwPtPbB/APAhwD8APgb6P0mOvZussz8F++dA+wLgMDkRvZlmRW8BgDxEIf3R2wHuAPpdAH3BfjfAYIChAMMBRgC9EGAU2EdjPVL3VtVaFjJAFjJAFjIsSLf1N4BtAOVlIQNkISPQipwIXAHQCwDSFhgAMBBgEsBjAFMBngCYB/AcwAKAFwDKZAHsrwFsAdgBcAzgWyj/crIAMAZgHICUhYzgMrCvAFhH9gU3ABQBvAXwJdD+BQD8A1nIAFnIAFnICOWQfaFbyYlQD4DbAHoClMkC2D8EN4cATtAMkIUMkIUMkIUMkIUMkIUMkIUMkIUMkIUMkIUMkIUMkIUMkIUMJQtTQRamKlnIAFnIAFnIAFnIkLIAZbsJoAhgKymSsgD2DwA+BPgHwMdAl7IwFWShyP4caF8AHCZFUhagbCEPUUh/9HaAcrIAJsoCmMMByskCnh5XskB3oizUg95kK+1Btpbiir9B3y4znf/k/FD2yedCzQFaAlx+8rnIrOK9kacBZgM8U7zXPnLyOftoSXf7WGyufRzgRKyLfbJ4k11y8rkoKWkfpcWLoxrYdQB38T1Rb8nlUR9AnZIR0dTY3LJ9iOGSt5PsPUyPXgBwYawlaRTKLuah5gAtAS4v5pFZJXmRpwFmAzxTkmcfKeaQmlWQiuX2yZKmdkkxh1SMgFTsjWpg1wHcxe9AKp6BVDwDqdgeNSEWuQOxWdQGezrJgVTsiNYHewMAuQNxHKRiHKRi9qmmAviAvKhpKsr2QSZOxSmtGjGDQu/LxNpji7MxZqP96CA6nBbSMXQ8nUTFaYluYiWe/SH2delpEYong1gvpOMojb2B9g/QzVhhpyWxY0Jrw69/EnQqT5ekoZvbkLJH3AajQrPQl7RnY2j90M3FGOP7DizPTG3Fr1nx8FUsJ9DvM0jJxK8vIr0V+kXMmqIbvDGe3YP2x9B9G0zDh+j+AH4djXQHljGWwyVxDGVigxZQT72L4XwVIwvGUtnwvSW+jCFe6Sh9o2MM+RlZAWP+IvI+6HNfkm/IMSouBvZQP62PulwWaHOX0l/TuXQJ3U+/EGN4JndvgNZRMgI4Lcd+zRxjv98nmAeIn65ODdiBC2HsIVa71Vp3uZXz+KxCsyShOU+dxGdbSvc/l6ZiVYJUyBsD9EA00CRwBc6iVB65vpZoxkWdwddxRgv9Jsj36oT5Lj1ZnWs9ac20FlkvW3usT6291lHr39axwIDAwMC9gRGB+wOFgamBJwIzAk8FVgXWBd4MfBj4KPBx4NPA3sDngZNBGhwXnBBcEVwVIiEaSgtZod+HXgt9GDoUOhH2h+uGs8NXh9uGC8J9w8PD94efDM8IPxdeGV4ffi/8SfiY3S9BPhOlllkPYFqTz4pVzvXrVeZaCywIvBBYFHgpQQn9OWEJiZu8eKROpFHkznLSIPe2b0rkJ5RTVkY19BHII1XN1CXy45ipK5M3Jx/+UiUfdOSo4OfJBJxI5FfdbiHlDXeGfFhTn0pWK0p59THeK9Is/CWU76pzyKCcXzoFXzsDJQlKLXG+6pDSuceK+VmTVJY0iGFfoCTIE9SBRL6YSllcBivG9YekcblwnvUfYp41wkDLq41fLbBHzJNGwgnSmcgXEzysMp1rk8ZVXf12hvJGwlDEvRoVZ5UT5Te5b5dzTrks106/6xLKwJAaxpzcd+WY5Z1IQvrkjm+8f9jsJHbnmBeWnZm5yLzV7EGamj3NniTLvNMsIJfgPsrmuPu0BfopLDtdFMb19dGnEd6pxi7mV8Tqcxfo3xefs/hPNbUNkfsa6QqpXEJ2/I+m91RyR+leuoVojIHGnHq2tWU6g86m8+hC0NOW01UU6n6sC84qrUfcDjXFkMCK/jYpW8XgF54ZerLwWf2zS+fnJaZrdU+JXpAwXucO6ny1g1r0R3VwfSXbbF5ufeU63Pkqvot1tRyQ9HaqdREvCoi5RvGCSwGY4sb0ofB9JCF4H8g4Un5u0OuwI46tqUSRKz3BinRJYeNghEDZNJDC3HMpgXQDLaJb6Hb6Ed1N94kd4TRLD/6Izy3+jscdZ/iGg/8dWSZFyN0f8bnEP8ry2ZHl0XgH3Y/4XOIfliyvAjmmTKwhN8Q7ZwaCLjMFZHkZyPA2kN1jILPpIKu5IKP9QDYngUwuAVncAjJ4hGkszJqwNqwL64MvBOA9M3yg0Urh5JSJSJl42pSZ2gCFFUUz+YMKl1IKkVIYp+jNtDYKxyndFFYU40K+S+E4ZYzCiuJyax0VjlMaKFzq6zNtrcJxykyFS1O4XvtY4Xiav1K4NKfdtW8VLnXzlfaswqVutiJ/tjo5pn+scHI3z6KbZ+NutEzDo3ApZYf+pcKllDz+jcKlPGzN31W41M0i7aDCpZQ39V8rXMqN32k/URgooVtDPQgJ9QyBlh3qHepNdHur/Skx7M/sz0i6/bn9JRG7ejWoA6IG3ObY61S6qyK5rB9BWT8OsXY71201PUKP0xKoL15mQp2pxzKg3jRjLaHutGUdoP50Zz2hDvVng9kINoqJcfRLOBJ4F/EyxHgmTJ42JrsRxxA/iPgTxGscdOlyBY40HnC4KXK4WYL4UQf9Ewd+GvF0xO85wpSxPCXDwdfVK2M5z7/F4euTJOkpdITmzG84nuvYOofLGxx+0SUd7xg7/S2eQkUvrIQxDdhmqpTEVsROlmLFBydnnDx5sEqeII69Vsn+VBxjjOfiNogE909+v+pAyW9Fmn/EP1B8rupAp+9zHfixH/ixH/j/3g8wvBOGtcWyfBaxnBdHqWKXxeWY4i3E7DbELRz0gYixLrEeiHsj7uxwczVSeiGWu1Dknal44ouiHKudJDiPTn+C9p3x0GgsMVahyd0s/RFjaOxqR3rwPBSr47APdeT3Wbz7t53K++HSvAMWNwFcp/hwuEzWY2jH+2bZNfE6oPgg8U/jPAF8uCwlMxz41kqcyUBsKs7EbyS+tBJPkuERimOlMZ6rOtDq+1wHYrKV+hH/MPF32w+c+H7UgTPcD2Db/z/UD3SVJYL4jPUD1DyFfkBy5jEHPtv9QOdzVgeqvAv/+1UfOJYcvxYxxfTjGXWejVje056K+Cak3IP48jhdlROev2Z4dpvjiUmOZRzbhXS8eY8PRozlzfBNBy71crzrjv1TYA0ljGOt43jTO38YcWoSjKHxD9AvSgM/hFi+LLAI6fhamfYzxGlI7xbPrzPX5fIu8b0OPvzSwY3fxPkm6ZIPCi928MTBGbYqjnn/ipyRuhNvGudMAp6sd3BmtYMi8S/jHMP3FM5VfZCvEfwA6oOG9w7wTYgnYfrxTQJ+B2I8/8tw7MXwbRJ+EPGaOF1KAL8S8fWIjyL+p6M+YPvN8Q0D/itHffh1vD5I+dBbxuVVw7ZTQ67yp5JgDE3DPkTDdzU0HJVyHA3L11O0KYgHIcZzzfy9eH6duS6X9zsctQv5wIPxXKvasilOr1wfFE+cnHnUgb+oyBlVH16JcyYBT653cOZqB0XioINjo36sD6dQH/CVGI4zIRx1AI43cPCJiPdjjuY5ZAXfPuJ/jtMptmQcT2zIPoGjJsPxrEMM36hhOB/CUTvi89HXRrRj+y1PR8teRccbTjjWEC0PsQ8p85JgDE3DXktLRzwO6R+hHWu7JusM5lR7Hr/uduTXmWtn3iX+b5wPvEE81/x2B98axPmgcEcHT5ycmeXARytyhv4b7WvinEnAk24OzuQ5KBI3cHDs0XNYHzrgjs4fQH1g32Ka8f4ZJt9XkuUk23XsEyi2r1S2Z3jGmL3qoEtNA9tLinf9MLyzQbZ8Mewl6F+Rsg/xVMRS78cZFXlDDpPt8RWIsaXn2C4yrIFsShKMofFbUA5wf6HSPWTLnVEmGVST+t4T+HVzPL/OXJfLu8SfxfnAfPFcs+sdfPPF+aDwy3GelONMCwfeXYkzcmy2KM6ZBDzJiXNG4RwH9jk4Nuwc1ocq+geg6aQJvp/5GLR8Qhu8nnQgAdKH/IWEWG+Qwp+yrZyT+fxN/ibZrj2urSLv6Z8bcyn33uYdQF/3/sKn06KUYMoN7LqUu1IWsIfq3FNnGHujzoQ6v2QbU/VUH9uWeiL1BPvQf4H/AvaRP9ufzf7hb+FvwXb6W/pbso/9rfyt2S7/Nf627BP/9f7r2af+jv6ObK//Bv8N7DN/Z39nts9/o/9G9rn/Zv/NbL//Fv8t7Av/rf5b2QH/bf7b2Jf+2/23s4P+O/x3sK/8d/rvZIf8d/nvYv/y9/X3ZYf9d/vvZl/7B/gHsCP+e/z3sG/89/rvZUf9Q/xD2L/9w/zD2DH/ff772H/89/vvZ8f9D/gfYP/1P+h/kJ3w/8T/E/at/yH/Q+yk/2H/w6zY/4j/EVbi/6n/pyzmf9T/KCf+n/l/xqn/5/6fc+Z/zP8Y5/7H/Y9zzf8L/y+47n/C/wQ3/LP9s7nLP8c/h7v9c/1zucf/nP857vU/73+e+/wv+F/gKf4X/S/yOv6X/C/xVP/L/pe53/8b/2+46X/F/wpP87/qf5Vb/t/5f8cD/t/7f8+D/tf8r/GQ/3X/6zzs/4P/Dzzif8P/Brf9b/rf5FH/H/1/5On+P/mLeF3/X/1/441MzdR4Y9MwDX6h6TbdvInpNb38IjPFTOFNzVQzlV9swh/PMi3T4peYQTPIm5lhM8wvNW3T5tlmupnOm5v1zHq8hVnfrM8vM/9i/oW3NN8y3+KXm++Y7/BW5l/Nv/IrzHfNd3lr82/m3/iV5t/Nv/M25nvme/wq8wPzA55jfmh+yK82/2H+g+eaH5sf82vMf5r/5G3NT8xP+LXmp+anvJ35mfkZv8783Pyctze/ML/g15tfml/yDuZX5le8o/kv8188z/za/JrfYH5jfsM7pbnSXLxzmifNw7uk+dJ8/Ma0Oml1eNc0f5qf35QGf7xbWiAtwG9OC6WFePe0SFqE35IWTYvy/LS6aXX5rWnnpZ3He6Q1SGvAb0trlNaI90xrktaE357WNK0p75WWlXYJvyO9fvp1/E5oGfrQroBXQT/ShHQnPaG+9CeDyQgyiowlE8hkMo3MJHPIfLKILCUryGqyjmwkb5Ot5H2yk+wh+8khcpScoIQaNIVa1Kb1aSZtSrNpKyrOmPlj55XhaIl4R8yP+HxpR3rQYT+/5DG034Tun0T3TyId7bHb0X3c7o/9Ain/Rpf/Rl//RsoHSBE4GhO34hEMn8RedtjFuzik5HW0e9DeGfG1cbrCIpwWxYsdlD+hr2Fo34z2bHULzVpCohdHs/BmiaY1fb2uxi8Jk/RUbN3k3XDi1KY4t0SIePtPrJuJWSnRjwhNTbT9os0Xoy0xo3UcoISgak+hDaUmAGhWtB4A9GG0CUAzAGjxaRuAtgAdALoAdAeA8TztAwDjCQr9Hx0BAOMDOhZgAsBkgGkAMwHmAMzH1vmVJPhPVX49BRz7WOw2in1Oqo73jOOyeHHHE01VmHFxO/wfS8bI/1gP+F9TzX9N3Ij/Ld/R/+Af//G/JuVQscy+6zSX/p/p8p+b4L+CW3IO37GWIyOe+v0YGcnxJ8eb89QoaSRiHGnz7mjH8TOTL/n2RXxpnE6kVo/7MJgc5crZ13yBYzciXb4hi/NAXN5YPxPtOA8ck/MRH+L4ZS7acc2D4y4Njvstyo3knViOhuSI3TG7ocbncsZYzlzgiosaRXdy5NeZa0feFQfudvDhcQc3Xnfw7fE4HySmEQdPHJxhx+KY96nIGYrzLzwzzpkEPFnj4MwKB0Xix+Mcw/HpuRkZnYX3d04bi5v6xPnibLxLtB5wIg9P8hHyAim7MYfQtMIybMh3HuyAfYstNEJWeu8mfmXBodAScCLvOS+9tXkhKX0lwgj+K3jYfs9+3/7A3pHgPYm4y9L3JMStGO+BW1Ip1BeVW0Z0ESohoYzQ+aDbbbW3E83+0N5FPPan9gHiTxDPiwni4eiToE8dffoqxbmozB8Nflnp60vxr6H6CV4GWRz/nnY/YC3YIhKO5EYGJnwLpLzr7+otEGcaNSLf5mhF4rc6vpxETuLvgbjx9Ic4+6FOfiQJaUm1IfW2nsQT/uJ8yUvW4gpnTNSNHIFVgdfwZMkOPFuyB8+WfBs4GSgOkiANsmD9YIvggOBQPGki7glYEVwVXB08iSdO6uCZk/LnTXLD14TbhruHe6tzJ+JOgfvFrQJl508+CR8TtSDSFPjUPTIwsiCyJPK7yJrI3sjByMlIMd5TUl5SflNWtmmVX0uRr6Q4X0ih6+lAaKvSoaW4+MyO/mg7mke7ilsCSy4r8ZViwosPof0KxD0ANy/eVIZbFL+L9n9WxCX9EPdCyn7ht3gl4GxFfxCxrxIOYSwhtD+M+AoMYQ2G8Gk8hOK/4NfHHV+fc6Ttn5i219H+jrCXsDJ8GeLmKuVH0OWuOL1E3Lx6sd5Lv0N/L7VR6uWpeak3pHZJvTG1a+pNqd1Sb0nNT701tUfqbak9U29P7ZV6R2rv1DtT+6Teldov9e7U/qkDUoemDksdnvpg6qjUR1LHpf40dXzqz1Mnpb6ZuiH1X2cxZHGXk+g5xTqs6NvWE3HLCyFiTnMbEW8gEyLmLsVt6mJNAlpJIvrVk6LrA3DjGAgaMwDxNHtDgMYAWQDQI1HokSj0SBR6JAo9EoUeiUKPRKFHotAjUeiRKPRItBBgDMB4gEkAUwFmAMwGmAewEGCJ4LYY2UtMeOwttP+2DDd34BaxlypQSvFFiCeXUaTf7HJuXnbgBWX4stgYtEtsI34S6S85QljmCEd+XVaB3iK21GH/uAxfhrh8LnY46EvL9N7074neK/cM4FoLexGx1Anfd+h1+Eah3KPD70LcxkHHlwAYrnNq+XEtTs7SKzdyvbQf4maI5U4GfPGQSa0V7xZTGrXc17HXEZorCZah4ew9x31CSge+3pEeuTIXctgLHfl9EfffdFJ5P1yad8Bg550VHwR9ssyR2FHEnkG6vGVhsoMPEj8W5wngw6Up0abHMb+zEmfk3glbceZwGU+uqMSTZHi04lhpjOdG7z3nLzEQQs6Eblwz/ZkQ+X5lOlLEDcmlO6jOxXu2hMj3MeupE63O+Kt6a/JcpU3cQiRfyaxN6v4XUp6oTMUO0dtPmetO32eaL86wk6ScnFbKyVlMOakm5XVOXdKdvs9Cyuu0THCr2R9J8tvXNGtG4E3HbXnV+3tA3Se3r+ymt6bV+JG3gRkwIqkDY5JGMCK5s8axyfsgaSBa07jwNj+e9NbJDVXwglpPJbghL5EPasmRdekNec2qiSF+Dx+HUeC3geIap0zePVd6e1/N/JTyrEkCniXOzZAy9zXKfaAVxpP4TseEaVJ3OsqXVCqm6U9JZcaZ72bV+Eh8Q2K18VRzt19iP0PKZLJi7hO5ZzCebkXkvY+VOZw49zll3Kp4T+vGhHmfYT0VfMrBhcrxJPJHrcVx+dcG8UmAh8NI4L5Te3WATqCT6TQ6k86h8+kiupSuoKvpOrqRvk230vfpTrqH7qeH6FF6ghFmsBRmMZvVZ5msKctmrVgOa8fyWFeWz3qxAjaQDWUj2Wg2jk1kU9h0NovNZQvYYraMrWRr2Hq2iW1m29gOtovtZQfYYXaMneSMu3kqD/J03pA35ln41kMub8878W68B+/N+/FBfDho05TdoHvF7jFdFzvGxJ03/GltkdBjBYV9IbBmCDdUQze9BZZ2fRt+bYb0r7UtpeHQoxjOCPyaKfzyz9FNHoa5mItxVorA7Kd8qZhp13uB/c/Czi5De0v+mkiDcENi6CZFYPKJ+Ko3R7/H41iFdh2HsSRrI+w0oM0VMaLfsMB6Ewz/2XhofBreWjUH03ZEpN+JFU/QLnPhxMZI/DoQc3RI5lqDHpL1RDxFy8RYdolwkPJzxMe1ZmKeX9jJvwWmnRRdUE4IrAcF5ksRD+RHEmEZi9NOF4oY2VakL0iCB2L4s9DOMN5DiEdpsm+voEfTAHLseCVud0fu5VXErCfaHTx0cqxcCE6/ztw5Ugt1zyZR0DrqgmZxHugH8p7pjHI3TV8EdTqLXAItwqUkmzQnLchl6tbpK/De6TZlN09fQ9qSa0k7GKn8AkYmz5BfkxfIi+RVsgJH+W9Cq1BE3sN5ud0wyv8SRmLfQI0nONIXt1ObNI0GaF16Xtk91ZdAC5BNr4CR/9Uw9r+O5tEC+mv6Iv09jPBX0/X0c6jjB+hx7TltvrZU+632V22L9pH2D61YK9G9ug+1lN8ir8Wppnc5L5trhtanbK5ZvFoiTwDKN+zPvpZ9bjR5DUo0k0zGW7Pt7zCvtbuT81xwRscZ+ClkNfQ88p2V7wdv/vc4aUBdakKmQv3eT8VKWL0fKC//1zhPtUl8Hp7ySAFe/4D1Jz6Gj+eTuHhN6opYQVnveUWJuIUBZ//oUUFXO5ZnCjrDnQO0UxxDn9M/bkf3Cezl3J+yX5ofa+2wFzjsG5O4qZ37Tg435ewO3NVBL2d3uHkwif1gEvt0RzjTa0IXZXEW7QFHXDWwJy/fZOVYrkwLqqc7whmZdn9aodhPlPAt1bH4mupPrT+IF1WtddZW62/WtoARcAXcFddDA70CdwQeDowNTAo8FpgdeCYwL/BcYEngN2Xvr24JvBvYGjgY+CpwKHAs8B98jdVQ77H2Ct6Jb7KOCU7Cd1mXVXyZNfil2D0QPBKqL/YPhC4I5YhXYkKDQ0NCQ0PDQsND94VGhB4IFYZGhx4JjRMrs6FZoadDr0TmRebbHHeTem0vIXZj+2LIdTXv1xHy3/U1w9oBfgjwYWjdxla3ekt7gVY4kA6lI+loOo5OpFPodDqLzqUL6GK6jK6ka0BT3EQ30210B91F94LGeJgeoycZY26WyoIsnTVkjVkWa8Fas1zWnnVi3VgP1pv1Y4PYcFbIxrDxbBKbymaw2WweW8iWsOVsFVvLNrAitoVtZx+x3WwfO8iOsOOshGvcy00YD9XjGbwJb8Zb8ja8Le/Au4BO35P34f35YD6Cj+Jj+QQ+mU/jM/kcPp8v4kv5Cr6ar+Mb+dt8K3+f7xRjHB1kibfU7gV8n/aC2KEk7DAGES/IrBCYbxduyD50mRe36+sEhnGlwJdoYj2rO/pdrL0F9lz0exJ9/V3GIjBbwUeI1RaB2VNob4ijxU+FnX6j98fxhRzfiTeYi/irQFmLI8ciHDlej77C8XBUaC7+B8AWB22UHhCjSGj3hd9DOHL04ujmJcSHBF35RTcw0oHxMh0k8yhyoTUTOTLykdIdU/4R4vZyrMcfRrwDRz0Pl46/1JhuhBgzypEa2YYjuyz8+lGcokaIE+U4kT9RGqa0Q9/1MMZFsRSEmzGIe8ZHf3K8yXYhHo8YeVs1Bj4I+97EWHI7Kd7p4Ftl3BLDn6+4urSMtw4sOa9wY8Qy9uOOspCl2caRtvE4J9CzXIyvihmMeNokXduB9u6Il2L4biEVUMfPxji0I8nDsagYhdZk/OkcecbHnB2hlbmBdqKdoa25md4FbU1fejdoTeL9pHnQxsjR6GugPa0F/UmOSb+g/6b/oceNN91t3Fe5c9y57nbu690d3Hnuru7u7lvdBe6+7kL3g26xu596RpSNUFuwNjgveAR3aJuo6zBywbnZ+4Svy+baPjuVXGebdhrpKF6pJDfYYTtKOtv17IbkJjvDPp/k2xfYF5AedpadTW6zW9gtSW+7lX0FuctuY19F+tpX27nkbvH+OBlgX293IPfYefYN5F67i92bDMEdVmPTaXod8mi6Pz1Mpol1Bhv+oRcZbI8n1J5gzyJ2eiQ9HUobRq7R26I9o7dHe0V7R/tE74oWRAdEB0YHRe+NDo0Oiw6P3he9P/pAtDD6YHRM9OHoI9FxOMY/ClqwmCW1fuRhNfx1I18FPwUfJf+Ikj4hl0X/D7gnJGYwtBWzyiTmbJ2LqXj+puqy0VD2Qc6xVRiEL8+Y5zR95dPglIu3zloaRF7bkS6OlZFfAw7VNK50Ud8paNsPY82vaz1pPQmy+7Q1G6hzrDmEW3OtZ4lmPWctIIa10FpEvNZS67cgx69YrxC/9ar1GjGt1601JBKcGZxJosGng8+Q9OCzwWfJecH5wQWkfvDb4LekUbA4GCMZIRqi5IIQD6WQxqHUkEmyQ1bIIpeFgqF6pGWoVehKcnXoRPgqcm10Q/RP5GfRP0c3kZ9HP4r+gzwW/Wf0c/I4yl97fC0nPit56nmurb/vB4cqysTc2vMnODQ48nstE6ee5x+mTFAcVYp1xznIn2drmU/Rgj1pPWvNs563XrQWWSus31mrrDWQ/mcg3QsgpSXBGKSUh7SQK+QOeUM+SKs/ZEJag6FQyA5FQ3VD9SC1V4Rah66ElP4ZUwitKIzmI4TACP2v0KM4UypPGMyrdUo1a7b1W+Dp/CpD74ehP1fr0FNxnmKINcy6zxph3Y9zFQ9aP7EessZAm0KJxz5in7RLojSqRd1Rb9QXrYN1si0djX0mpYtqLWVQampH+6+sWdYz1gtqX/sS6zfWMms17m7/zPrC+lrscLf+Y30b4LibfkhgaGBYYDjuqh8V+ElgdOAh3P++EHfALy63B34n7oHfV2EPfOPghcEmwYuCWcEWwTbBq4I5wauDbYMDggODg6G+DAver/bH/yo4J/jr4NzgvOALwYXBFcHf4U75OqE0tS/+2nC78PXhm8Ldw/nh28O9cJe83CE/MvxAeFR4fPhn4Z+Hp4R/IfbLR1jEG/FFUiJ1ImYkHKkfaRBpGGkUyYw0jbSIXBZpGbk80jqSG+kQ6RjJi9wQ6RLpHukVuSPSO3JnpCAyMDI8cl9kROT+SKGYjQ60ClwP5S/OpZl4Lq0RnkvLwHNpLUITQy+Sdvaf7S1i5pLQaEOnjNAxKCPzfyytc1Jaou58YxfbsSiL8qgR9URTypcH6XWK5eHFucL0QMNABs4YXhS4NNAc6Iaqq0TU1XIx9TmlmEBHTfD2whv2Rhyz1gllh5qHWoYuT9JCtMe1ILE2NO0U83lu0kr1kTrov/pYsTv9hz63yPfw/fwQP8pPaEQztBTNgkFIfS1Ta6pla620HK2dlqd11fK1XlqBNlAbqo3URmvjtInaFG26Nkubqy3QFmvLtJXaGm29tknbrG3Tdmi7tL3aAe2wdkwTazOLxV5wwCmA30X7u2hfhvZlaH8T7Q+hvRDthWjfjfbdaH8I7TG0P4j2G9H+Cdo/QfsatK9B+xiHe2eYK9C+QthjDwg74IrhFKG9qFI4S9DeH+2Pov3RSu5lOC867K+j/Wm0P4326Wifjvb30P5epXQ68/IU2p9Ce8yRnprY30L7W2jfgvYtleJy5r0m/HH6daYtWfmGk5R1snJPljan/Vu8tXQ82h9GO0H739DNy5V46HSfLK4kckIaJuZJDN3EVlS0l5OHZDKTTE4edNhrKydO+2tof61KurPsHHZHHs/N6Qgu9iCb7XFmQdy+KfqohPuk9IX6BMAroW2+lkwks8hisoZsJrvIYcpokLai3aCFngot8npoiffSY9D6pkOrmwutbT9oZSdB67oEWtUt0JoegVY0DK1nG2g1+0BrOQFayUXQOr4NreIhaA0taAVbQevXC1q9cdDaLYBWbhO0bge0k3qq3lBvoeeXvY6Ed+SS0bG5FSk4ylSvLCk3BVVQkofTpEbhaMQL5RUWbxS70achz9Hg3ZB0UKw1cNgNHA4m+JLEr9YlmV/HF6dffFvVkGd5LkIXJeCiNlxIypcquXnW3Mh7AMgnJdtLKbq80yy1ZHZyiuRA1RS9CVL0eMhc7ljQSspeStPkPNtOB6WwIkVvVj3FuLB6istdPcX4rHqKtr76NMt7EkiRw81XFSl8ayXKxFNxo2XWgLKjBpS8SnxuXSmniypR3lSUslI2flfJzclKXE3upiwc1TI63QyoguKopZ70yq0D4CQuSms61gkd9Oq+hERiNiF1QKN+i/jtd+2vSb30eunnkWvO3l4ApZfP+FEvPxN6OXPcpc3kPSJ4wpLiffLy9CrF21nYJYgLEMv7TnLRDZ5eJVhrqbwhW8qJvEtS3qeC0qfuPn6gont5A4q8n5Li/b9qxxbe4MruRyzvCJb3lLRFO95PKW+LoXiSlcp7JccilqdR8R4U+jna5Q38GLImb1vB+8J5FoYjb5SRN+fjTS3yTm62OJ42eQMlx9Za3q+pyXOr8k7XBehXcuZ3NbY70saWY5jyThoZPp5qlbdsaniqlTXHr9iyMnxviGOaGe7MUrfabkM79jPsMNodrx7IO2DKlW+Ssk5a7k57e0e5OOSB4isA8s7/crIh79SWPES9QN48Ws69Qx7KyQaWmrwhupycJJEZihxmv61oV2meUaXM4M06Gr4bJV9YkPeyO2UmgZw8VElOMNfaukoy47Q73TjtfTGctyvJmLwZ6B1yrk4tp+JtPdmV7uu5Dm/sEZq6kJ224LIDmKL2i15d3KUvbiwSp9JF+YmWZhQRuzsImQAwOZFmf9pYrgyJma3SlaFfklrPGYmZb0Ks+6z7CYd+rjcxcM5IrIdqgVaBjjA0KQruIBbOqZ4ffSf6DrlErdAU4LxW+CzEXeuQqkgp8IhqDh5Nr2XolNxVbvb319YLavaxfqBhoFEgI3C+msHdJWdvAyXB+sEGwYbBjGBm2QzuxcGs4CXBZsHmOHt7T3BQcHBwSHBc8KfBR3H+dhbO4K4LvhlcH/xjcAPO37Jys7cd1fztrWUzuP0iLMIjWsSIuMtmbP0RM5IWsSKh6Mbotuj70QNR8TYtr8wfJT15Ds48WWvOiBN01XKfdHPEMaPWcejBMcGHg2ODj9hbhYZnDbaghlmFVqE4IQnxMow3iPFegPFequItcMT7VK3jraPm9fdZX1hfWV/jbP3qwJrAHwJra5BnZ62ceUZrJQ/kBW6HmD8MfkGs6OboZizLyvXxTMZa25ASp7FiTfzV/8uamIQz5WrirFOsiclDd9bBp0+zDiaPxVnjZp/hGpcoVnEeuDHE3RXHhmquht2jIy5JETgmzueKlSYYx1ke6zqQ707WPeQqW7evIbfb19p9yMzot+lhskLczis0Q94WAHp3Dr07jNnxpRxxH6G4c0ZoZxxGmuLlDQ69O58A9slgTgOYCfY5YM4HAL2ILwVYAbTVAKDl8I0AoOGI8Tt/H2An0PeACfo4jEqYeB2Bn5AXAIM2TDUxlrUAbAAYT4oRvAbjSQ30OA3GkxqUuNYOTBija10B8uE36EdaAcBAsA8FGAn20QDjwA7atngnRZsO9llggvanLQD7YoBlYF8JsAbs68HcBLAZ7NsAdoB9F8BegAMAoGdrxwBgdK4zADcAaEbAdaJDQeoNARoDgOaotwBoDZAL49j2AJ3ADuMkHcY4em8AGIHpg2CkOxzMQoAxAOMBJoFb0Bth7Ev02WCfB+ZCgCVgh7GDvgpgLcAGgCKgbQGAsYMOmrq+GwB0aR3GCfoRoB8Hs4QQQyPMgFG6YcIoPwwAY34jA6AJQDOAlvANyt+A8jeg/A0of6M7+IHyN6D8DSh/YzD8Bu3OgPI3xoIdyt+A8jeg/A0ofwPK34DyNxaBHcrfgBGIAeVvrAOA8jeg/A2oQwaUv7ETYA/Y9wPAqNSA8jdOEJw+cMFoyJUCYAHYAFD+Lih/F5S/C8rfBeXvygGA8ndB+bug/F1Q/i6QcxeUv2sgwFAAKH8XlL8Lyt8F5e+C8ndNB4Dyd0H5u0DLdoE+74Lyd0H5u0DfdkH5u6D8XTCqdUH5u6D8XVD+Lih/F5S/C8rfBeXvgvJ3Q/m73VjfTziwfF2+KG6XcxqJX6Anpbc115ZS+eufqnRTOZz+FSnVzMn0RpdTK4TZIln49KYa5OjU8l5bv1VzT2A/3pP9dUWXQKloDybB0k35e76LKkrCdyAV1ef99KQicS6SSgWMCP//SkXVpSBrTWoNymtnDdzUNsyi8hS6hE7D2YsUkk36kUFkOCkkY8h4MglagBmg38wjC8kSspysImvJBvC9hWwnH53anR6YxumCl+x8B/5S8Iz+HfAWaUe8hd3roOhof72C34/ZXwVWfv9aRtnCriilQIx/R/pjSNEFBf1uUZTHMPzHkH5v6dcKdgxHuuG/wjDfBF9z6fNgLzLaleFSlw735SiIObaX7J+IixF/g3hvud3ivyDUnmbPIufjbvGs/we79KG3FrNirAAAenbx9qm4jVu87cjGAUDPLt5CYtCzM+EWenYGPbuYqRM3bIv3GsUd22w9APTs4u0jtg0AenbxxhHwlzDo2cUMqrh/m0HPLm5hFLeIizcpxet3HDQ73hAANDsxJ8hBs+Og2fFcgPYAoNmJG8U5aHYcNDsxt84HAYBmJ25W5KDZ8fEAkwBAsxNzknw2AGh2HDQ7vgQANDsOmh0HzY6DZseLAIRWDpqdeN1MvGHGQbMTLxTyIwCg2XHQ7MSbZ+LlJ7FyqMH4V6sHkAHQBKAZAGh2Gmh2WlsA0OzE6o7WHQA0Ow00Ow00Ow00e/HapgaanQaavTYBADQ7DTQ7bSYAaHbafADQ7DXQ7DTQ7LTVAKDZa6DZaaDZaaDZa6DZaaDZaaDZa6DZa6DZaaDZaaDZiQlVHTQ7HTQ7HTQ7HTQ7HTQ7HTQ7HTQ7HTQ7HTQ7HTQ7HTQ7HTQ7HTQ7PR8Ayl+H8teh/HUofx3KX6zB6lD+OpS/DuWvQ/nrUP46lL8O5a9D+etQ/jqUvw7lr0P561D+OpS/DuWv78C2rkrN7Zzi/g571VqWbNVvOscpPEO9IalGL/rOeF4RJ+B5Oe3l+8Xz08G11DeqwRXK2nXENQ0aWzeu8/6P3T7BZ/DZfB5fyJfw5XwVX8s38CK+hW/nH/HdfB8/yI/w47xE0zSvZmphrZ6WoTXRmmkttTZaW62D1kXrrvXU+mj9tcHaCG2UNlaboE3WpmkztTnafG2RtlRboa3W1mkbtbe1rdr72k5tj7ZfO6Qd1U7o0FbqKbql23p9PVNvqmfrrfQcvZ2ep3fV8/VeeoE+UB+qj9RH6+P0ifoUfbo+S5+rL9AX68v0lfoafb2+Sd+sb9N36Lv0vfoB/bB+TD9pMMNtpBpBI91oaDQ2sowWRmsj12hvdDK6GT2M3kY/Y5Ax3Cg0xhjjjUnGVGOGMduYZyw0lhjLjVXGWmODUWRsMbYbHxm7jX3GQeOIcdwocWkur8t0hV31XBmuJq5mrpauNq62rg6uLq7urp6uPq7+rsGuEa5RLnEaXb6D/HOB1QvouO+C4b3B9I9on40YbzOmj6Id3/KUa374VpS6IZniqieVq7byjVl8O4NimBRvM6ZyTm4a2uUbHHhjM5EvOcoXyochHddo1duIeM8z/X2ScOQ8M64XxvDNUbmmKFfsqHy3EVfBKb7DSMUOCHV3MZN3bsjUfo24ACm4zirfTy3B/TPFQ5COK9YUVyWJvMmZoi9c0af46iqTr9fLt0jlXRz43ir5A4aJK8FqTRRv6qH4Iqm8HSqGvC2RaRuFXz+Lc4ljCHLtWWFWyQ2+LMnkWibukOF45z/DsqPyFRV5s7R8SXjaaVAq5ZTL+6XlS87yTW351rF8XYUgBeWNybtipPtPEOOuBYorrxxf7mYL4lyVK8TqTUkMQcN9VqCXl0kvl+vBcp8BvizLpBThPga6NYk810TCayLzlSgc88vwHVn1YmmleiHfHqX4Si71J5Zw1g4pWPoU3ytPUE8rh1OpXiSgYAj45guNyXfnK9edGtQmuWrOpDSOTEKRsid3FeB94DWpTfJdXnybjsZkKyHzK18yxd0YlWvTKdYdudsA88XaIqVybapMqeyrMkW+MPuruCwlqJV4TzvF91Kp2Etxbm7s4mYHs6u6VcuDd2h5iahlzeCb+N5GnDCD3x2gFLoAdAfoScQ5FoYa22DUHchp4fjtyvK9GkKGEnlrmcB3q1SW3v3lxVT6qvUl8EuOu5fFnYO5CUOv+l7rl2oU06IzEFNpGBaRr7WU9/9suRhaV4ihurCr5qKNNxWKu6l71zjU04sxHW8AzAFZEnNZZyLO00vPqXLVKSGlXGxbCy7WTgbPTjk5Y4iXS58zVC61y+F3IRfO+OvhfYq50O6K141mnzPJrBl3TkdKF511Ka0Yw5mX0kXfsZRWjv/cSumi/2kpXVSup2xVK+mq2Lvln7FSfbaSVI48J/x6Vr3AN47E96LcT+SdrD+cG45FaXUiy0h8v1c8j/9rN7aeuzufu0CrsIvE73w+VZ78/+Tgd1trasPz75v81y5vP2xJrh0vvkuZLH1d6fska6Vp/iHLUGkev2PZIP8DaagD2DvSm0o072SxesQmsMlsGpvJ5rD5bBFbylaw1Wwd28jeZlvZ+2wn28P2s0PsKDsBYm3wFG5xm9fnmbwpz+ateA5vx/N4V57Pe/ECPpAP5SP5aD6OT+RT+HQ+i8/lC/hivoyv5Gv4er6Jb+bb+A6+i+/lB/hhfoyf1Jjm1lK1oJauNdQaa1laC621lqu11zpp3bQeWm+tnzZIG64VamO08dokbao2Q5utzdMWaku05doqba22QSvStmjbtY+03do+7aB2RDuuleia7tVNPazX0zP0JnozvaXeRm+rd9C76N31nnofvb8+WB+hj9LH6hP0yfo0faY+R5+vL9KX6iv01fo6faP+tr5Vf1/fqe/R9+uH9KP6CYMYhpFiWIZt1DcyjaZGttHKyDHaGXlGVyPf6GUUGAONocZIY7QxzphoTDGmG7OMucYCY7GxzFhprDHWG5uMzcY2Y4exy9hrHDAOG8eMky7mcrtSXUFXuquhq7Ery9XC1dqV62rv6uTq5urh6u3q5xrkGu4qdI1xjXdNck11zXDNds1zLXQtcS13rXKtdW1wFbm2uLa7PnLtdu1zHXQdcR13lbg1t9dtusPueu4MdxN3M3dLdxt3W3cHdxd3d3dPdx93f/dg9wj3KPdY9wT3ZPc090z3HPd89yL3UvcK92r3OvdG99vure733Tvde9z73YfcR90nPMRjeFI8lsf21Pdkepp6sj2tPDmedp48T1dPvqeXp8Az0DPUM9Iz2jPOM9EzxTPdM8sz17PAs9izzLPSs8az3rPJs9mzzbPDs8uz13PAc9hzzCNOWWJrI8++yRlxIldjcG1Hnn2Ts854corSOYjxHU7ypJqHExR8CxTfexQ7u8U89OPxWVuKM834MqRY/RUUifG1T4Iz3ATP9BFcLYFRm3A5D3EDdImrPQRngmO4ShArEFiullB5myDOChN50h3PFVI8JUfwxByeAEsaPsE1BzwNpmb95foSxVOcpAgxns6LYWjyvna58iBbkxhyiWHe6c+Qjust+BYmpXIFBldy8I1fSnCtrPLq2clhDjd4OjWGKz8xPP3KcJSm1ljwHVSCeacvI5anxucjboQUfMXUuapWshLpeL6P4mulRJ4Iv1CN/0j5FbZimSPkKsFcEFyrick1HLky8BfEb8RTwtqiHeMlb8bdM1yzkidwqTyt/hbS5YqZPInpi8sSxfKiWF74giglDc4oPQnf1OrKl4jviUupOg8r19yQb/Q8pMjXYpmjdLD0Ka7GUFzLIlinyB3oEleo1HoR8orIFT9MG4siXa5ToRYj38WVK3UqVbiSI0/aqrWm5+N5lCtpFN/dJbsR41pT0vpb23pd2/qehK44hrWA/Df+9f/Y+xL4qLIq7/vWqlQqldrr1ZJKJWTfU9n3NE0jgwxipDEigxFjRDqDEZnIINKIEZFhEBHTfAxiBjMRMR8iIvJhZDDSSEd+dAbTiIgMjQwigxExIqbTle/c8yqpl6QqC1vTNPx+/5vDfafuufeec+7ylntCjQ8MfrtKvhnQ4KCstVDjBnoNwWetBOP0DnZgfqjxLVT5+CyLFGGOYnwImd+JKcZblp8Z+uQYIKHGkymOMww+YSP4HBij8fqfWIbMxyfMfi/Gp8oEn+pPeZyRe0PxpNEnjwA/xRSfkWKMc4bI7yOEGGce2HjyAczH79CZeQFthhxnQuWHKidUvnwyCtoJI88g2DMhx7FNmOI32vIsRqjlP+qnl/P9Ty8j/N9G06eWLMyMrP/b6KGnloz/qSVLGmDV3AhYA6Dvkj2sb6MZPDOWnqu0B/P+FWRbH9F7wvRE63JpvfQ18jy+zftxB+NQk+X4vnIj1IaR/gvTz2E96YmoVqhdK+7WHr+asiB7qDbJUJss47PEg1/R5UpNUhOpkjZKG8n78PTs+Xh69mr7G1DKGkUbW3AlwJE2JpdZ8Ji20vaIakP7rBz7rAL7rBL7rA5rthRr9o/+rxWD9jn2bVXQvnXhyf+PY9+aHk1tsAblWINnydgT3eUeY8Hj5Ls5DDn0mPVXsDoHxgoOdH2AHCfyewonH/O6j98W5bjX/pi1hJ4c/Dk6o9r/w/4dhd20kL3Y9yzYz/XHrs7DtYW63/+YzcK8uY/QZ64cOcCUMzWPeXvfnqP3yF5OYPIf815+nMZxeTQ84h8Njz1mPTe21sqeHGoDD/o/CHu7LiKf/9n9mLdiMq1i1LXquURUryNakvb0+4Un6/sF1XrVRtUW1XbVTlWLqk3VrjqoOqI6pjqh6lJ1q86pLqquqK6relV9qn41UYtqrdqoltRudZw6RZ2lzleXYvyzpmD7Nl4/+AqkDHkdeapC8BxAHvoFTX/wcphPE+8wnca9EILHPkxv5V4NytNHhKnwiCuEmcF4xH8hzwzTP+Y/GoxH9T6SNEQL/fxLQdt+ZVAc5vkLdz0Yj5Due/8wP0MjHQYphxk8HyhHuEbPPOX+OpKHe3XwN8P0X/mbwcrhrg9eUZRzEcqJCVLOlaB90hrQr7I+I3j+GOABWecDZQbXKe8YjMaUxnd8lf1mcB6fB1O6025mXxulhXp6coxcjj//u2zEqFpVsllYwnA/izuFD03Uz+Ifg/Mo2yX8VPgpcP6NxqoP1YfAcwj7eSzPcDn8geB+IZipf0E9XkeeoP4FPAdoSv1L/ffB7VldF7BndV1we1b3BOxZnRLcnsX9AXtWO4Pbs3gu0M/CzOD2LMwMtF31BWrP6u+NtkP+jYA9C6XB7VlID/QzlHMxRDlB7Vm9I9CfyvqM4OlS8KQr9P6h4PYsXKN2COmfKE9wexauUXuGVLbnhJFXw75D7VlYpbRnJmxUrXKpPQtm3/DpuuotwW1V2S51Vwie9BG6AFtV/3a0rSr7EDxuH7WWIDxD5bCEs7/XXgcrjqX2zxArxulLoW8Bwsrly4RI22DlkoBrkhRcs8wj86GAKkA1YDGgFrAM0ABoBKwBrAdsBGwBbAfsBLQA2gDtgIOAI4BjgBOALkA34BzhmIvw9wrgOqAX0AfoJ/LtVxGgBRgBEsANiCMsCzWm/czmw/9LAdMBswjPzgXMBywE1ADqAPWAFYBVgLWAJsAmwFZAM2AXYA9gL2A/4BDgKOA44CTgNOAs4DzgEuAq4AbgFuAOYIDwHPQfpwboiMCZAQ6gPYAEwNiv+6km2t/O6eAy8iKkIh25Bv+ZLIc0g8BahPRxC4bT0CXsmHT6xSnyP4rU618PKfObx+QEazuHTwvpMwXJ750s7DWK4e9nFdG95ZjeX8Gz+TCet/EKPckNz+ajsbxpHG8aD4nG8d5s+leM403jINE43vSMtzOm86Y7pjfMGrPbvNj8UfNq81rzJvNXzfvNBzFmN43YLUfrpmfxMZZSGufG8n5LtWWZZbllpeVXll5LvzXSWoan9FXhiXwftn7Desh63PqajbWl2Kpsu217bPtsP7X93HZVOiadlE5J3dIvpNekX0q/kn4t/Ub6b+my9Fvpd9LvpVsw2rzP/rz9/fYP2D9o/5D9w/aP2JfZ6+3L7Q32lfZGO436JQ5FEacxwbGXHNBLZuLyj2AvPu0pf0+paXymUb3FMi4mju5w8ZT0p/2l7C8W9viLQvQbhzHgd0LPScTztOdG9RxjtL1F96dCWbkbrZzqimEKn2prjLaC9Ru94goyoq572nP+ntMNt22W6e+gPk2WL0gvQ6k/g3JfCTq6Pu270aPrRH0YbKR92ouPw0g7sfUrR90ZTzUXZNQdvw/lEZgRPcIGSI8SLfnu04gz9xJxRmAFtaATzIJD8AgJQprgFQqFcmGGMFuYJywQFglLhKXCcmElYXwfpCex+RaKf4E0HGkN0tlIZ4+hc4QOSHPFC5jfgvk9SMP+0+cV25HuQfpNvBpBaVUe/vYMpBmYn0vvvkA5ryEnD+ki4Zc0Fe9Sz1F9cSj1mcXnaKqCfaPvoNgI6TdUewnzJtJv/pjSvvXiTkhfUP2RSlHZML1LU/F/qJSxtCoW6b+N4f8U0t9GejrSS0fSb74u/AzSy3LPiFdpOWrjcKuzVZrhluaIA9jGHJT14VF0tuhA/lnYP4WY/g3L2YJXO5C+i/kJmHNmuJ7Z4p9pvjoGpZRi/jKU24M0izyfx/K/h73dg3JZrMOXkP4h/rZ4uI1ZSGch7RUv03y1DuliLEfO92J9apAuQvpjWM7ryB85THv9dKBuXqS9cj3F7ZjfSd8lxT4p8PdJDsr6MPJ8EPm/NIYuxFSFJVSMocuQfmEMjX2les8oOhdrlUuwLWjbsoXniELwVFU93lUlj5+TD5pmi38YTnPQd/y6wx4YKuc9IVKwQF8mpjkjUk6Rbg6kwv9g+gsseVBRfvYougBGXaoLDcxjdtbFRhHCxrCxhIVRNJHwbCqbRkQ2m/USNVvAFhINW8qWES37DDud6NiZ7LuInp3LvocY2fns88TMvsK+QqzcSu6fiE3YAK2066bpcolTl697F0nX1eleIBW6T+hWkud0n9atIe/WfU63nrxX90XdRvI+3XbdMfK87rjuJ2Sd7ue6XrJe9yfd30jbY1yz70KdjgFOALoA3YBzgIuAK4DrgF5AH6BfPgSHnkrGaQFGgASAlTMXB0gBZAHyAaWA6YBZgLmA+YCFgBpAHaAesAKwCrAW0ATYBNgKaAbsAuwB7AXsBxwCHAUcB5wEnAacBZwHXAJcBdwA3ALcAQwQ6GCAGqADmAEOAKxP+QRAGsALKASUA2YAZgPmARYAFgGWAJYClgNWAlYD1gE2ADYDtgF2AHYDWgH7AAcAhwEdgE7AKcAZQA/gAuAy4BrgJuA24C7AR4jAAzQAPcAKgJ2cEAtIAmQAcgHFgErATMAcQBWgGrAYUAtYBmgANALWANYDNgK2ALYDdgJaAG2AdsBBwBEA6F8A/QugfwH0L4D+BdC/APoXQP8C6F8A/Qugf/pyvQiJCPoXQf8i6F8E/YugfxH0L4L+RdA/jFAE5h8igv5F0D+NbSmC/kXQvwj6F0H/IuhfBP2LoH8R9C+C/mk8QRH0L4L+RdC/CPoXQf8i6B/8nIigfxH0L4L+xbPg9x/kSyBdKNAROhxpDdK5SOeOoXMUdDY/F+erdUivxNH0JaRLkJZ5UpF+N/42DdIMf5nvw3LW0qvIv4hPoqmAT62E1UOpz8zH0VT4J0gPIuc3aAlvIv3mj7G09Zj/gqKGOX66HKV8agw9a1R+jp+OQPpZpHEmET4ykn7zddqiNy8L1di6QJkyne0vJxX5P4gtzUOej4yhi5D+OPbAs9hLS7GcZ4fLyeYGMT8daZxvhXDkwRWE8I8oC2srfBJpnIGFCuTJwHIWoaxIlFWB9LNIy/z5yF8HaRbSWUh7+eLhPvRifrY/Px/ljqaV5eTgb73+/leWo8wP8BegvgqEF7DOuO5AOofbgb86OZqW9YX2liPsGUO3kOG12AhanhU7RtH+3vBVYvmyJWxDnrwHRJcEpYd8R1F/f7uUv10ZIm2CNBPTnBFpSYg0DtPnFHZShHTtKLoArbFA+H+EEVr4Y7Ajo9/5No93ljyzntnIbGG2MzuZFqaNaWcOMkeYY8wJpovpZs4xF99pJ8zScYvdjWmHIu2lKXOOpjB/D6cMnlLDVmOqDvzWny/TfUgXI91KmMHzlB9SxVU/v2uoHLh6cHSZbGOgHHYupnjHgvMMl7xLpjkWr3bj+f7DcvHUd1pyBfI0KcrvVpQsp/XjprsDKXcY0xcUOV1I4xsIHD4t5MoDfcjRqGOEx3c5eL2C34hpgiKtHllzSLFPmMUBXcipzM/MV/Sz4ipGSjjP3MC2K3qDqVTw7B991d8zWCumc4gH0huYv2645F1+/S4Z0tHgnwJyh7Upl3ZBUUK9ouRzgXz/VXUg9ecUB1rKWRVarlbQxYF+9uu0PnCVy8W0SqGLryMN+/nBH3AvA+3lPkyjOCA9gtPPXxWwN5lmfq2wcHw/ilrX4A8wHoOX/b9YmidgDyP0K+d8LEDLPcZ8nzz5MRpYkvCAWzjDOBNaSNuZgu1Mw3ZmYDuzsJ3PYDtnYjtnYzvnYDvnYjursJ3vx3Z+ANu5ENv5IWznEmxnLbazDtu5FNu5DNtZj+1cju18EdvZhO38Cvk/T2NQPI1B8UBjUBAB9C+A/gXQvwD6F+7QUeNpXIrHImrC00gVj77P7yd9qJEqmMN0rcaaYQ+SgueMPuC4WFTO4BlMCxU0XVsm+XpoH/vzxUDqw++7fQ0BepB++Z3k5yzE3+5R8P9BkeKv3sRVnPxW6uAyBb0Sy1mAck9gzlpMMaIV1sefDjqGa5s0OCcg15+/UlEypr7bijprh2ueMtl4qVKkZJQskkNySjFSnJQt5UmFUpFUKlVIz0ozpHdJs6V3S/8gLXYQB418lj5Oue8yzjL+3X2Ung6WAfMloadgdKLFEBpJldATDuiZGJcBNOYEPeEB5ks8x99H5DCnMF8yMF/SE0no6SP0pBF6XgYD8yU9854pxjU9YWC+BNt4kG/1Unv+boj0p+NefSDpqCiJD1VWULnyPKUbSiNqIhYQMWI9+HUsmUn2gn/WM2fYLHYb2wd79iO8A/bVl4RKYY/Ii3XiKVWKarOqVz1PfTDMHNYYdl5TrNml8YXXhHdq47QbtNeJfGZ7AkmDkZmemzyDzCbz5JOJmed49CJChlLWRXOYxYO/oKdzMBJhBrbKu/QAj5wO9PmghIH94F3jSPD9iD8w6tde/ju03ehln6Vl/22RvMcJ8Lx5ge59QEK5P2ccCbC7GvWNBbOY7p+Y2MH30q+OyCBK+PZInsHPU56BPnm8uUcJJlkC/dL//iSQU/Qu1Ng+hj3bd4fosRLe/AeaM0kJr/NBT/cACfMUEkbroZF+czM5PbCu4N+NwJ61ViHh1yOv+rT07gNI0E5CQjW3OqiETwa+IBvbSyChGnvp5CQkdPBMUAmvBb6zuc82vBb86zWQEPmA2lBN78cH0fSvA3QQCXumIKGCT364EoidD/rdDsw2nx3HH35C731M0h/oTjCIBNI/+INxJOylHjK5Nvh6gn/bNHjG99XQtvSmkXlusrZEPjt69Pb3kmm8NvjK/b00iTYMFgqDVBujPRtG7/Ha8A/MpyfbBl+PcIr2yWivGCVh7Mj36Sm2wRukDS+O04bGKbfhd0Ha8IAkjCh1V+DbtQn0cEHW9GQkDH5eeD4gQb4j+WAlKH9H3q345vG7gW8Pg4yt5VOQUKv4Eu7dgTaQ5gcmwc6vDDpqNMs7HBJq9J78uNQcfBZlnhvXp/dM3qfJZ+kT0yBtUKRBPO7Pkx/5SLNwamIJ8r31Eb30TdTD6oklsJ/kJ4y6FGRFVjiFXuofs259wL30KNoQ/KvhB6eH8csO2QZ8kjbZefqeJCwbI4Gxv2hvQUoY+7UqnqAxD79ZrQK5hFkIqAHUAeoJfYJI6KmG9MxEpgmwidDnKYTGWmN2AfYA9hL6FIswhwBHAccBJwGnAWcB5wGXCEcjv9HIbjROHnMHMACVYvF5FGF1ADPAAfDgsxzCpsFlLwBGGLYcn0sSdjZgHuHZBYBFgCWApYDlgJWA1YB1gA2AzYBtgB2A3YBWwD7AAcBhQAegE3AKcAbQA7gAuAy4BrgJuA24C/ARnuMBGoAeYCUC5wLEAp0EyADkAooBlYRwMwFz8HkW4WQ7e8u/P72f9Om3q6Pym0fl1Pp5akP2gzI+Tinm/SMZivAWqU/Wp+hT9en6DL1Xn6sv0Jfrn9FP1z+n/5C+Rv9l+I3Bf6ImPUuTwbM0BTxLMwzP0gzHszR1eJZmJJ6lacazNC14lqaEZ2k68CxNp36LfgtxD5+o2YYnau4nOfoD+hOkaFQknoUj6jl+1JvHrQ2BmD+rJt2Kt1cLZS3RWWNq1jT5mID03vqDs4CpRAZcjV/MPAqtTVyre/PZYJGtHqQ/BY9v9ahsfWzr7tUOg8U4fBh2FzzS4KO2s7ER/e6n30ZH3XtY/TY29t1b0W9to/pt4RT7bfw6vjWz06IpeOzbq4VKW2l+ZDPw49N+WcOVY3zy/lox+Tl08ZR89GHXKhC1cg0+nX/r7WHiOj+McSbYrP3oxgCl9MfNP8fWbTrYcK0/yviD9B6aLvOXN9I6a8A61/ujATwqrxlbGzdRkTgcOdaSnaSFtD0m2glW14c5ygVbsT36UU1Zi8d1FBu7hn54Ghm9FnxrNDI2GvLjp5E2PGFeIv6oQyN0weirCWPMMpwkKuMSoiXvfXqy74M42Vc9XT1LPVc9X71QXaOuU9erV6hXqdeqm9Sb1FvVzepd6j3qver96kPqo+rj6pPq0+qz6vPqS+qr6hvqW+o76oEwNkwdpgszhznCPGEJYWlh3rDCsPKwGWGzw+aFLQhbFLYkbGnY8rCVYavD1oVtCNscti1sR9jusNawfWEHwg6HdYR1hp0KOxPWE3Yh7HLYtbCbYbfD7ob5NLxGo9FrrBqXJlaTpMnQ5GqKNZWamZo5mipNtWaxplazTNOgadSs0azXbNRs0WzX7NS0aNo07ZqDmiOaY5oTmi5Nt+ac5qLmiua6plfTp+kPJ+FiuDbcGC6Fu8PjwlPCs8Lzw0vDp4fPCp8bPj98YXhNeF14ffiK8FXha8ObwjeFbw1vDt8Vvid8b/j+8EPhR8OPh58MPx1+Nvx8+KXwq+E3wm+F3wkf0LJatVanNWsdWo82QZum9WoLteXaGdrZ2nnaBdpF2iXapdrl2pXa1dp12g3azdpt2h3a3dpW7T7tAe1hbYe2U3tKe0bbo72gvay9pr2pva29q/VF8BGaCH2ENcIVERuRFJERkRtRHFEZMTNiTkRVRHXE4ojaiGURDRGNEWsi1kdsjNgSsT1iZ0RLRFtEe8TBiCMRxyJORHRFdEeci7gYcSXiekRvRF9Ev47oRJ1WZ9RJOrcuTpeiy9Ll60p103WzdHN183ULdTW6Ol29boVulW6trkm3SbdV16zbpduj26vbrzukO6o7rjupO607qzuvu6S7qruhu6W7oxuIZCPVkbpIc6Qj0hOZEJkW6Y0sjCyPnBE5O3Je5ILIRZFLIpdGLo9cGbk6cl3khsjNkdsid0TujmyN3Bd5IPJwZEdkZ+SpyDORPZEXIi9HXou8GXk78m6kT8/rNXq93qp36WP1STCm5OqL9ZWw7pyjr9JXw+hRC7uRBth/rNGv12+E3cV2/U59i75N364/qD+iP6Y/oe/Sd+vP6S/qr+iv63v1ffp+AzGIBq3BaJAMbkOcIcWQZcg3lBqmG2YZ5hrmGxYaagx1hnrDCsMqw1pDk2GTYauh2bDLsMew17DfQCOO7KVjkhwRjn6vPURzGHVNvkrfUwT6UoBmXwrQ9HnQ8NVepF9Fnkos5wsBmn6jMXSV+W+k9yP9deT8WIBm5yuuylHI/hnp6Xj1tQDNdCquYpQ2Oc6hHCORywjQrFNxFeOwybHj2BxsuydAcxGBqwxG4pLjtvmj3l0I0ORninyMgkUw1hmDUdHYLwRoZoXi6j8g/TryvB+lewM0Fx24KkeKk2OOscjDVwRo+t3J0FWma4r1rEG6DstxBGhWpbiKlkAwsqIcY5D7cIBm5yquohZ8qH0WY6BxGC2Nw9hobCpevY38X1W0fRG2aHqA5jLHtB2jxrHvRs7ZAZorCFylTxan1HaMHMhg/Dp6FsMQzbyiuIpRK+VoZuxClP58gOamB64yX1HUMwGvrgjQ7IfG1PM/MD8MOb8RoNnNgavMD5D+f0hjhDr6bc8Qzf6P4qpc55cCNHs9QDOvKa7KUQTlCKg+LNMWoFlecbUF6dcC2uQLFJqNC1yVI9r5ferTClv6tMKWlB53NNDnfH+A5n43xpK/qrCQTygsZFHgqhyhzq9ZTFlfgJYjScpX2cjHgPOVcS1E1tevkJbHq3PY9u8FaG534CpzKdC3LFosvzBAc+8a0/Oyx6EUer7FEM0XBa76PQ49mkWP4P81QHOrA1dH+DuOAzzKkv2dw3EsiL9jjrA8QPMfHCNdbhGOwPzMAM3ljGnRVxVl/puizI1jLESejzDeJncpQLM/D1yd6nw0+BX/1VvAeSBAD3MCzeQjrZy5egI08xPFVZy5Bov8V2mZ1QF6eI67NTTPTn6OGzzhv0rL/G2AZof6k5b/cYWOnsU+nB6gg4zJyXg1h/6WnxWgh+fNW0P1IXJk1HXI88EALUen9OfLkSQ/w+jRX2jdtsq+gzmX/bQW+D1Iy1Ftsf/Z1wO0X6J8FcdG/2iDMyb/gQDNzQxc9Y82k69nDeZMZt6cKueLyPnuAM0WjuGc9Fw8+G/+q1QvRwP0MCfVUSWlJz9rDx6k32ewH0EetC5ObhF6yuD3qY7IyzSdPKd/3sS5lf9QgOZwjBoxbz6MWVueizGyLvdfAZo9FriqnItZPZYZF6A5Q+CqXBN/rNd+9I7IAD08a9Oex+jHU56L0RP9oyLS/lExxFzMvhGgmeuKq2PmYiEsQHN3Alf93qHgFD+v+FXDGM4fUp8NOb//EDX+yzFlblOU+eJ4ZQapp7JMeUaQ9zIvBWiuKXDVPyNgpFxYUVAdNQRo/+ri+QCn3zuysZwPKrxj1ijvCDxX+rD+w/TeD32qgM+YOHzGpMJnTOH4jCkCnzHp8RmTAZ8xWfEZkw2fMTnwGZMLnzFF4dMlD8a8TcGYt3kgzwa7x8CdqUy9V58De8k8fT7eoarAe1Qz9M/BnlK+T0VtKxD3liH0W79GwBoi+uPe8oSenLGdcISeNNtCGLzb3A6/o6diHCE0pplA6HeH9DwNevrDOQD9vjNoDJK3KpXmSbGElTYRLfkPZg6znNnKHGR6mDusxBazi9jdbDdn5GZwG7hT3A1ey2fw8/gV/Hb+MH+e7xdcQrlQI6wXWoWTwnVRI6aJc8UGcZt4SDwn3lU5VKWqxap1qj2qE6prarU6RT1HvVy9VX1Q3aO+EyaFFYctClsb1hLWGXZVI2qSNLM19ZotmgOas5q+cGt4YfjC8DXhu8OPh1/R8toE7SztMu1m7X5tt/Z2hDkiP6I6YnXErohjEZd1rC5ON1O3VLdJ1647o7sVaYzMjVwQuSpyZ2RH5CU90ceCZuv0G/X79Kf1vQa9wQu7/EbDDsNRw0WDz+gxTjfWGjcY9xq7jDdNOlOWqcq00tRsOmK6YBowu82V5iXmJnOb+ZT5hkVrybDMs6ywbLcctpy39Ftd1nJrjXW9tdV60nrdprGl2ebaGmzbbD1gERqiJ1biouO4mA9pF74Hc1EMo2PW4A9CcnxR7AzC0UQ5eBE5fiq00JWwL34ijmBS+Az8OvaiOBs4loTmYPLpmZ5jOGQpc7CMs8KxkPVQcmyCMnhiJBJxkziSQrJIPq2luk5MhPRFyGXErfS9Y2i5m0ZDUn2SxjjCEWUpv80/9nNER8zDb/1O5hdTkMnPEexTkxniF8FkdnE/JExYDe0RcT7/eRovjH4rySfTLwP43wzqqb4pzaYG7ylhJv3SQuyjsZ/ERP7fIecY/RX3B3quK79gMIPOWfwCSDdA/gRWMfBfE2k0KMdQGUcox5sJE5URlGOojGOhrJO7jhyHaOQjVj3a9uh5t+OXQTnGLyOodYbykrO039n6MfU4NlEZyDFOGTyePMa/a/Bf4ZqN+ypo7ojv60oOoYV/D40YhhzF9HQr4KgaxSEgx2dCcYhrYLcI9jpYd+8c/Luwph/FeqT6a/qlUfV4TlHTcuQoH8nB/WW4phV+Ds+oejw3XI+KYGVMzCHU0poKm2k9mP/l/gf4SkZycNup7/B7fIepz3LxyKEd0Vo99z0oI5x+/cO0sn+lHG/eHcGxEjk+EZpDyOA3QU3x/s8Qh48dxXGBctDvc5hWWB1RjhGjKHg5lC9+d/A/Q5UhJnJ7kOMzyHEB69Gr5FCp6dciqrzBHaHKAI53IUcdcnQHKcPG99JxT65psNYCx0nk+NeQPdYjCLS+/tYax9aDX0mtUFg/mByqDK6KehG/ACyPYXScKkgZf+BfHS7jCOwxxpbRjZ6NZZCz7M/HlgGe/ZsJOOQyDvi+FeAYJeXrWMY4HHwcXQP429LKaYO0JY6eHsh/NDSHQATwKP4mlRKSo3Z8Dn4R/wLwJft+G7KMQhpBD/z2hZC6PSPMA47/HUf7v6PfUgpfGXwJpWxBKV8aZYWv0PibNFZgiDIG+N+ML8Vfxr/4PhW6DOGz49dD+CnP03h7vjTU3E+C9NhH+dMgq1GuBz31bYyUCTmY1/mjYCWN9CQE0sZ8H3KagVZwsH+koyz3BT/Hf43l4Jx89DDHnKAcX8JROzx0Gfyv6FeD/G/8HL8OwvFXepagYA/NIcxDv33e9/f3zsEfoJrjk8epxwEagXI8DnYv/0vqvcixMijHQX467bdxOBYLBcMcy4Jy/ISHHR77JnJsDMqxTqSrUY/vBSzjZ0E4XHR0GJdjHT3Tnisah+N9wu8m4NhNV7lsr7/HgnLQ0WE8Dk4l/Hm4P0Jx1I7PAT32fqyp3GP/E6wMnoX0BeQ4EYyD/TNdc3NV2Nqg2uf+SSDIEdI+uEvCv0F62M8RrB5FvIXuIwb6QtrYZ+i3+fwVv30Eq+kXJuKYsu8H4Rjl+0E4+K/SlcGwZwfhEJL4HIVXBitj7QifC1bTav7fhn0uaD3YTdwvhu0jOMds/o0JOL5Jzyvw+1xN8HoofC5oGUyfwueCS6lW+FxwjlSFz4Vo7QifC8oxwueCcbw2wueCc9ROwPFN7s/DPrcsKMd/cyeHfS54GT/nryh8LpgV/j391nnY54JxHKbfjA/7XDCOkT4XrB4f408oPCoIh/gv/GIajxrjDAeds5kNdCZkvk1n5IE18vk6I9favh66KyCE7goGJPaTYzkGz9A1PzlF1/wDkv977QtKDkIoB5M2Dsd36a6AwTvUITia6a6AwbV28HownXRXwFbTXQFwDJ1BMMLWqe8Dx2dQCp6INHJFz3bQXQH7e7orCF4GcLwLOepCljGX7gqgT38wDsfJ4V4PykEI3RXIZxQE74/BM3TtQF6nK/rgZfh+RHcFg7voOvmNQ8HaQt5NdwWguZBlDEbTFf3gD2gZwfvD10PHjyGO0GWABX0rZBl/EH4zPsfg5+muYLx6DH6e+v54HMRLdwXEG1oKeTctYzyOwR/QXQGppbuCN64Ft1O6KwBbfyGkbu10VwC6Da19L56w0k9X41AP+fSAEatxmF9eoRZPPTtEGbV0VzCeFH8Zv6a7ghBlfErYPKYeI+4ZMM/RXQFjoruC4HbKVtAxiK321zTo6EB3BZxhPG8IyhHsbuIOsZXeTcSnQCsU90B/O+l7oCFKCHFHkyUqy/OWDxNiqbXUkgjboMQSnfRjezIx4vkIL9p/ZO8g/+5wOaLIN4E7bPgc5WQiGLOMzxKPcbbxYyQXzzyuksKlePJ+KU2qICukZ6TFZIP9DYeVtJLjkzoxmFHGtVacGMwEOTGYPkdlQpwYzChODGbGOTGYGXViMKM4MZjhNfSO0fCJwYzixGBGcWIwff7IKE4MZhQnBtNnacwDOjGYobP2JE8MZhQnBjNC4MRgJsiJwQyNKxHixGBGcWIwI4Q+MZgZdWIwozgxmKEnBgsDhIigf1EN9gj6F0H/dFUmgv5F0L9I77+D/kXQvwj6F0H/IuhfBP2LoH8R1ggi6F8E/Yugf3ElYDUA9C+C/kXQP31qKoL+xd0A0L8I+hfB3kXQvwj6Bz8g4iko5wwA9C9eAID+RdC/CPoXQf8i6F8E/at4gAYA+leB/lUuAOhfBfpXZQBA/yrQv6oSAPpXgf5VoH9VNQD0rwL9q5YBGgCgf9UafCJ3b6cmf/eecsZe/ekUZdWOyRn/fGUF54hTlkPV9t7aNdXfjt8zD/Bs4FHnht7b2cwPStcTt3oiXY9OQ+p6xFnO7zRdj9/Dsi/oJqGLi5PgmWqZo+wtdpuHpjuIljc8/TLk6ZchT78MmcqXIYajhuOGk4bThrOG84ZLhquGG4ZbhjuGASNrVBt1RrPRYfQYE4xpRq+x0FhunAGr4nnGBcZFxiXGpcblxpXG1cZ1xg3GzcZtxh3G3cZW4z7jAeNhY4ex03jKeMbYY7xgvGy8ZrxpvG28a/SZeJPGpDdZTS5TrCnJlGHKNRWbKk0zTXNMVaZq02JTrWmZqcHUaFpjWm/aaNpi2m7aaWoxtZnaTQdNR0zHTCdMXaZu0znTRdMV03VTr6nP1G8mZtGsNRvNktltjjOnmLPM+eZS83TzLPNc83zzQnONuc5cb15hXmVea24ybzJvNTebd5n3mPea95sPmY+aj5tPmk+bz5rPmy+Zr5pvmG+Z75gHLKxFbdFZzBaHxWNJsKRZvJZCS7llhmW2ZZ5lgWWRZYllKUZUXm1ZZ9lg2WzZZtlh2W1pteyzHLActnRYOi2nLGcsPZYLlsuWa5abltuWuxaflbdqrHqr1eqyxlqTrBnWXGuxtdI60zrHWmWtti621lqXWRusjdY11vXWjdYt1u3WndYWa5u13XrQesR6zHrC2mXttp6zXrResV639lr7rP02YhNtWpvRJtnctjhbii3Llm8rtU23zbLNtc23LbTV2Ops9bYVtlW2tbYm2ybbVluzbZdtj22vbb/tkO2o7bjtpO207aztvO2S7arthu2W7Y4NtpWSWtJJZskheaQE2Pl4pUKpXJohzZbmSQukRdISaam0XFoprZbWSRukzdI2aYe0W2qV9kkHpMNSh9QpnZLOSD3SBemydE26Kd2W7ko+O2/X2PV2q91lj7Un2TPsufZie6V9pn2OvcpebV9sr7UvszfYG+1r7OvtG+1b7NvtO+0t9jZ7u/2g/Yj9mP2EvcvebT9nv2i/Yr9u77X32fsdxCE6tA6jQ3K4HXGOFEeWI99R6pjumOWY65jvWOiocdQ56h0rHKscax1Njk2OrY5mxy7HHsdex37HIcdRx3HHScdpx1nHecclx1XHDcctxx3HgJN1qp06p9npcHqcCc40p9dZ6Cx3znDOds5zLnAuci5xLnUud650rnauc25wbnZuc+5w7na2Ovc5DzgPOzucnc5TzjPOHucF52XnNedN523nXafPxbs0Lr3L6nK5Yl1JrgxXrqvYVema6ZrjqnJVuxa7al3LXA2uRtca13rXRtcW13bXTleLq83V7jroOuI65jrh6nJ1u865LrquuK67el19rv4oEiVGaaOMUVKUOyouKiUqKyo/qjRqetSsqLlR86MWRtVE1UXVR62IWhW1NqopalPU1qjmqF1Re6L2Ru2POhR1NOp41Mmo01Fno85HXYq6GnUj6lbUnagBN+tWu3Vus9vh9rgT3Glur7vQXe6e4Z7tnude4F7kXuJe6l7uXule7V7n3uDe7N7m3uHe7W5173MfcB92d7g73afcZ9w97gvuy+5r7pvu2+67bl80H62J1kdbo13RsdFJ0RnRudHF0ZXRM6PnRFdFV0cvjq6NXhbdEN0YvSZ6ffTG6C3R26N3RrdEt0W3Rx+MPhJ9LPpEdFd0d/S56IvRV6KvR/dG90X3e4hH9Gg9Ro/kcXviPCmeLE++p9Qz3TPLM9cz37PQU+Op89R7VnhWedZ6muQ9LWHYbnqWNvtXpF+lNCe/w4vvBfNigObw7VQWvzQSedia+t8L5vDteP93BupASqO6Ao1fgPm/AtHSX7Hy9xby+7z4/imL73T7vyFb4vvRUD6sgoCfmxWgha8pfrUO88PoufIMfhVNT14kQ+8XyyXI35TI9cTvzJitlJ+toffQ/DVcF+CX+2QqKS1HWBjomSDpSexhRSr38BTSNKyt/G7vmJTPIAVDmuKjA/qaQvoclo/v+TJ8IFVqXE6h974+Mkfu27Ep93V6R97/fcwUUxG/82Mkhe2xARtTpkp7k1PmiO97w/R+2i6lNU4hrULNmikdKvX3T0LwNGQbu+4p7fG1D93fY/eiLcl+FCrNovzsduQcm+71lzO1tJuWKeuFs4ZI2+mJkDTa8nB6WKHNqaaz0Yq0sDdjMJIJfQebllkXSNnG0SmzGH18UyAHPFQYqknI1ENHHhqz+h7SC34pgZrrArrwfxEyJpVHpyBpK77jJo9mpwMtkukJ9D5uymlpySx+a8WfHy+V+5bpGy/1jwNjeoOeEjulNIX6Gn+FaKjdytY7OmV+hpag+CZSbsXULZmeby7PMmNTf/mr/RoUJpnG4ntaSLMnMSrRWd+lkak8i0E66rdkH60P2MxwjrKNypS3YPndOL6tw7ZMOqX3fWn5vq/R0tCWFOM8OYR1UNqbnG6l/s45qV5ke5a/tWKy6SxAI/yErm3IdDWVHmrWYDZg3cak/u8Xx6SMF0dFxYzMJviOj5w9h2Y6Xxf1AryqGI3ZDpqvHPmhhK5R47kaedBWYVztGmlRQ9r0deDV46P6H3OUPQC9+o2hdYicKsd55hy1nxHl+8dDzF+HqdLj6jFH4eOMj+aM8NZ81GMTHUXZ3ehlHTT6CPM3/FWvvzS6MqmiV/3+dRVpuU9Oop20YDny2qMdS76MaWWg/qIU0Kbcw4L8pZoPS7s0SN+ndg3ehPTPfj1ifbAfPIN3gL6LaYI8Msi/xZxNmKpoqs6l+Soc2+XvX/np1MvEfHpV+GXAKvzrh5SAfoV5g/2j1lFy/6dQz4KUzptGlOIMSJE5hVqaD7YUsGGF7QWzOoV0OVWuYRRWx/xl8PfDqziXbzsdkeTeoPbjt21XYE0lW6Y/H7+Vl9dI/pXPBsVVeYU/Ay2z0W8/NGeTbMmYU0wj/rC7fXXIWYdXm4brL68zxeAp6A453/zjSEuGEq6jNVK5Wkxn0Bw22ffJoR2EMvX3ZyFaaS9ynqRn0ivXAyPWfuuoxv3tvYHlK9eBl5U5SMf7XodUoNLZXdiTZt83sf4NxP+dKMwCPcNrvJkK21Cs9Pz9T7D3onz/G3S2xTmLqxt8g0pHzR5AywnDEVje0cxGC5ctsA4tSn56GxaY66EVtAeO+MeN4ZGQ6aSliTgag9aO43s27cS/w/LPROsCYw4bR/lpTFI6ayvmu1l+Te0ZSpk+Wo48Z4n7ac1HzIxYvn8fF2QMDMj1786UuwnlGNiD/u7fc2H/V6O1GwOtgJHz8HA5ctuNlJOvQf5imgoa2sPce/CqvFqoxvkRvYb0o4X0oke76Ptyfu0Uo+7m+n45akUxl1oI9EAKzgINw+lnfF8m/q/blb0hzwUj1yToCyuoXUH6f4d72IU1KUaP0NFf+VMHtR8Y2z8DbWlGq1Ok/jJn4G8/6PsL0g3DFhKmnMdpe5lOLE22nP1YvnI2b8WcVqR34hzxEvJ/jUpni7C3v0TrDPQnh9eiV9G65PEcvZg+0x9KR9jkQSzzh1jPj2BPdgbmAv9MJ9unGvXbG/Apv8/K9iyv63CfAnOunYzYp/tX9cU0JceoRP++A2cEuc7yml9ewQr7Ait/ecYUvFiHy8izmsaE9K9mDyrq06jYQWCqXPHSaA5Up4F81QxM5R0xnk8gz0ryukvUBcYQeRxTzuCy14/YQ8n7mm7UCKayRKUUmVMeqcB+uoZ3McrxKsgqYrR05X5kxCoCJfp3cOitQ3rBPpfb0ifXMNAPfrkHA1rw297sEbWyo+/I807PkK7Btim9GK3ouG8n0AvQ2n3og+9Da1fuPff4fbaHjNhvwoxGOZeivck9mRCQxZwOkjYM7RCVqXJv6J83N2F9lPORYhUh19/vNZ0KWpnj90eF9HPYunrsyYPYz42K+Qh7aey+TLk78/f/OX9pPcM1OR341Qjt4EjLvR/npr2BlNmKI/BpUkXfi8E7Qv7xR64JXpXTGXKLcEbDlF1HU3IKx17lrgpXJjBu0y82cE0Fu4+vBVaYlB9Wj8LQbAilvTE8m7Rieg7T01hyL+0f/wjZgrQ3sLrmHVjnGmwRthFmB1xTYQ0vyLObot+2466Np2st5ohM41WcbWkEE7R5uvfZgN8DHcKd3UXs2yP+HGoP+3E0S8AVxRb8VYe/n98g/h0frIGFIRo8i9Ll8oqXvtMFtkHr8GN5RyCXJvcG0mp61b+6qw60zr96bMBdJNZE7h/Z3+UVhbI0oR/7ZCatubiNpAzbbYfvZeill0n58CoCdwrcgKwjXC3La9cGed2LNW+nNYFVzRu4roDdBOwszMNjTiPScrpdtnm0Fh3OjzzuBRZjW+Q1PJ5tAL0nDPWePD7DeOvF+mzGvvIOccrewe0AG6fjM9WRhL3N0ppwi9CKjmBp8hjeS+S3uApwl0Ej6xRjzXdhHTr8ViEMzUR+/8JdOfcCltwUyIE+eWN43pf39fKqZqditJfPh/Pv8gJX/bYnzzJ4vhF4ysvUg/BrsyXUzoVTqP1KxfiZj5rtVvwKV8gwMr+KUrpwdPoR6ghKY+bTVLhFU+4w5sirBcyXNQ72fwlHnpfRGl8eqgm/kdYBLOF7qGvqU9cx3YLeugbz9bimWodesxpXjH/FezhnMGeNfD8EasWS+UQi1HrSyHRiIs+RWfC/xeSjJIN8jCwl+WQZaSGFZA9pJ58g+0k3WU3Okl+Qr5PXoK+/wTiYBPJbJomZS24x85j3Mjbmfcz7GTuziPkY42a+zGxjUpgdzDeZDOY/mA6mmDnG/IypYn7OvAocv2PeYD7Mvcq9yjTyX+I3MZ/mv8a/xPwz/3W+hVnDt/FtzDq+nd/PfI4/xB9hmvif8i8zX+J/zp9hNvM9fA+zlb/AX2S+wl/hrzLb+d/x15mX+D/zf2H+D/8G72N2CbzAMy2CRtAy/y4YBTPTKiQKicy3hN+JRmavaBcLmR6xRCxh+sQycTrzF/Hd4lzmDXGeOJ8ZFN8vVrO8uFD8MCuKHxEbWJ34T+Iq1iWuFjewHvFL4jY2Xfy6uIctEFvFA2yZ+H3xKDtb/E/xP9kqsVP8b/Z94hXxCvtJ8ap4k10h3hJvsZ8R+8Q+do34huhjP6siKp79nEqlUrMbVBqVkd2oMqti2K+oElTJ7DdUqaoC9puqYtXfsQdUz6vWscdVX1S1sTdV31Z9m9OqvqM6wEWo/lPVyZlUJ1SnOJvq56rTnEt1RvUa51b9UnWVS1D9XnWTy1X1qvq5QtWb6nDuOXWx+iQ3X/3XsHjudZ1P5+PpWUYM+wF8O0UkjK8K/J8De6DxvugZ4wzBuODkU2RysRDoubZ6/4kj9KwRBs8aYfGsERHPGtHgWSNaPGskEs8a0eNZIxY8a8SKZ43Y8awRJ5414ho+yf5beJL9CZJLHuVp+RwpJpXgD/JZue1T7A0G2v68vvqJ6xUWe4X2CYvvFT+ONvJ4RFvgMPLNIr/9TL6nJjrF+cnzNB7P+19JaIRDB6Fnyj2Ivnrn9SOH/bgYe5ElnQ+oH995nsvjye2NhL417gLJl8nAE2WRj0cvU2udTmb7rXU/nuT1+M6wj0ef8X4Pr/OPlJPvs4lt70ldsQjD3tyE/syQ64/Im5/UHpXHxxrYH8rj4+kH1KPvXL8WMDLKKrKWbCA00g5LbjDiE2mlj0d/j9zF7HsMdzHjxwEbPXceeoznzvFbwmJLaDs40gZr1lOPoS7uPV7b6BX55Fv3eKwVx2/d2HXytSdonTyRZuU5kLacIyceWNvfDlbND89WdK7iyBXiY/gnSPP34+80bu4cv1UcgJXR2cd4ZL4fCxi9Apx8Ox+vFcn47QyyLsOoB0/aumwy/r4Ez+qm/n7mgfXC28nmBYz8SaMK0kicHsi5yaj9XwI/WdZw7330dllXD0WmfDvVt+1tue4f6um3Z83bnpgdilIPb/8dyVBr3gk7kIDmnvwdR0Cv7/QdRmCGelJGn7YnavRpeweNPm3voNGn7enoM0rrT9L9jJHrhifn/sWT36530h0I5dxf7Z/7V5Kt/rPEHuYYNJV9xNOR4fG2s5HtemfdyXynjxuP91vcVNLX31ZvWA/V+O399rOy39++byYPteJJfms4oKkn943egB7fqW/bKrX8JLwJO9Iz3/5vqQ61553xBulIf3zS3+4M6Pbpm5dyXzDsEXY/EdhTREvUxEhqyWFGzSxk2hkfOw9+T2NpxJIkkgGl0VXQTNz90X/+lOuiEYD89GH/meb4NS2NFqvkZDoHz0yqxB2KEpuwxEM0qpWSZ/Amz+DX8SFLlCPGKn9zv3UMWaJcx+ap13FEKT3c9aB1nHHP/XhcUaK/jjQi36g6zpmgHw8L+ybsxynVkftqiBKH6pg+Th0Z6cfSCUJjqLASL/GESMukDuCcD4xVgGrAYkAtYBmgAdAIWANYD9gI2ALYDtgJaAG0AdoBBwFHAMcAIIPpAnQDzgEuQg2uwN/rgF5AH6CfVgMgArQAI0ACuAFxgBTCslmAfKBLAdMBswjHzgVAfVnwfbaG8GwdoB6wArAKsBbQBNgE2ApoBuwC7AHsBewHHAIcBRwHnAScBpwFnAdcAlwF3ADcAtwBDBCeg9GAUwN0ADPAAfAAEgBpAC+gEFAOmAH9vsx/76n97ZxCK16EVCTPQPrPZDmkGRjNuo/GuPGnkytNfm61Y9LpF6fI/yhSLz2vYdi75PzmkTx8C99MVHwHzAga8OCNpJ+pZy6x89hOLpdr4+kuWBn9aDrs5eeC/9HVQx2pp6eF0UhH/EcHfzdMX8H08/REGVk2/wP6bIVN4/4TT0XagmeNLBweCayDH6QnH9Casdzg2okkijqMIH2RnjkhXOSeHSpHzlGOJWwzexnPZoAZhkmDkWkov3ewDE+wcEP+HwenT0LilxQS48eV2P1AJG6gsWPFnbRXxaU0rrhcjpzzUNq4gXsZy/8TSmxQSPzTw5HIL0A7eS9ajgNjPh3F9L2BNvL/jpYzO2A5ypqMSSdqo4SW8zrq8XWF5bweRI/7UWLKyDZyWtrGKUn8kkJi/LgSd6NEw31K3IqW8w20nH9UWM43glhO61Ablfn3LPFPKLFBIXGs5ci9mjuhREZ6WTqDFA9z/tdg5n9JOkzSpCMw/89x2BwO8l7yPLAvACwCLAEsBSwHrASsBqwjLD2FkdkM2AbYAdgNaAXsAxwAHAZ0ADoBpwAgk+kBXCAcPf+GuQa4CbgNuAvwQZVgHcJqAHqAFeACxAKSABmAXEAxoBIwEzAHAKsVtpqerQWgUUxpDMkGPHuHYdcA1sOsvRH+bsHTehiWnr3VAqARk9vxPC9YuwNgTcqeAHThWTQMew4AqxX2CuA6nrLDsH0AemIQ7VkRTyliOCMROImIHI10F4enCTFcFgBWKxysVjhYrdBzdLi5b/UMfv9pyDXA1Et762fwB5c2j8kJ3upqUkV4AntRoHnwvzHxDwU7jSks/C+mMwd/Ael6RqJzN7U+v6cn0JizrJGe8wS+/Krfj2G9LR0FD36PPdWeRqrQj+eT6pD+S+7Df4nff5kH6L8E/JeA/xLwXxb8lwX/ZcF/WfBfFvyXBf9lwX9Z8F8W/JcF/2XBf1nwXxb8lwX/ZcF/WfBfFvyXBf9lwX9Z8F8W/JeFHmTBf1nwXxb8lwX/ZcF/WfBfFvyXBf9lwX9Z8F8W/JcD/2XBf1nwXxb8lwX/ZTnYbXCw2+BqAHWA+rfaIx8rn36S1vXBPbvWf7U2dD9E9kfeICq9Hrx8GsznR5k0ZjerZ9ezfVwdd56fzXcIGUKLaBSbxDuqpaoL6jnqY2FZYXs0Zs0Gzd3wZeEXtXO1xyO8Ea06q26jrj+yfqJVAreIRrzmX8Tz6y7x3xkaKZSpEM3C7p4x05UQ2+qz0nPSaDzYEZyRw/RE60st1wRl1gy+l55BGrjLNELiSjKIEr8Asjp9Kqjnq/RXIzjtD1YirO4emERhLQ+zufiMP9pe6JUxlfgZlOikJ87R9cQ9S4R1iphE5k1C4g9R4vtR4t0xerRPTqL4KXpnS9wcuAM1YRsN9Cw+akv31kbxP2jkW/FQYAc7jsQlKFGLEjeNlji85p5AoiqM3j1UldDxbQp6vI82qsK4V1Fi5CNrYywPq3zx2HiyhiXWD0nkqsZKnHQbY/nkSUtcMp7E4Z3MRCPAb/nz6B2fnaIeq+95zDlO98zCd2gc+En2KvWOahq7/N7ayH2Gv4kj+VcnIfELOJLH03vE926rQhyuNU9Mqo0BW+0d26uTtVXu9zS++tg28q8E7rKP0GMr1SOzld17r23kviCcCipxLfXThyJxqI0vjpL4m5BtNASXOGnLGWrjaIkvhWzjfUrk44X+kb3K/33weVlpq8EsZ7K9ChKfHy0xsC96GBKFcKpHWHWIwxIHJmijk57Be18SPzRa4gRtvE+J/Mv8SpD4LtxPjpESxHLkcbXjPto4h3qBcGdSY84nh8ZVmDvuXWLG6Gdh40gMjOS99z4/CnOEU5OVyLEoEc8AH2NddnySPgmJMCMvm2Ib6Yx8/T56dRfdd0xV4v306lvRRmHmo9XjZGSNbSPP3vtO594k3s8IMCWJ1Y9c4vAaYIJeZaVu6U+E2JPtySQW/s/hM3SCd+Deh3fgnicfAPY6QD1gBWAVYC2gCbAJsBXQDNgF2APYC9gPOAQ4CjgOOAk4DTgLOA+4BLgKuEFY5hb8vQMYgAqxADVABzADHAAPIAGQBvACCgnHlgNmAD0bMI/w7AL4uwiwBLCUCOxyaD/MCexqego6YANgM2AbYAee0c7Q5xvsPgCMACyN7kDjg3UCYNRjzwBopIYLgMuAawBY17K3CY2ZwLA+8EkeQM/J12PEC4ZzAWIBSYAMjHgicsWASqDBA7k5GLWA4arp2fqEcLWAZYAGQCNq5C2/k3Y/6YN6uj546Am8C3fP9+Is2y2biGg5QLSkgDSQs0wu08zcZReyHZybW8dd4WfwbYJaWCacFjPEreJt1XzVYbWkXq2+GFYe1qJhNbWak+FJ4ZvCb2rnag9EGCNWRpzTFep26gYiF0ce18fqm/TXDLMM+4xa43Jjt8lr2m66Y642H7XQN/8cxEMSSBrUshC/9plN5snvjTM/pffo2O9jVItu/qWRIwz7feY5oA8w/zLBSDWOBC6Vgx7i1BhRysG1j/w1txdGIoaZybruQ0IHXcNxX/A1jFPGR5lv37sEvoq3QOocV8IrzK/vQ8IA9yN6X2E8CcxX2Ip7lyBM516A1PIQJWzjfkXvUbydJfDfonev+EXjavqN+9L0t+jdqgkldN67BNZHfZornsAfPn0fEv7GFw759EOSsJO+fcieG1fC2vvxaS6C3uFm//jwJLDzxbBgvcTNVdx5+Siz+N4lMLfozi6IBPWDkuBvwxhbeuBtGCvhwbXh2/TukDzHyb9gfxx4K8ifvnJfmv4hvRs0QsLPx+ws70+Cj+pBaa2c6sG2gTMIHx8jQfVA23CZ+8OEPn1f8zRXjSuB+oc3enN5/O8m+DVdL+2/Dwn/l//Ew5XAa4UJnz/dnwSZi7tE71yFKgPm6bz7lfDw2/AwJYy/9uZszHvI/a6936dYe88Zs/buflusvR/+yvgJWFU+XfNNRsIjWPMdCbHm2/vgVmQh1nz1D0zCkRBrvgfdhrESHlwbxqz5uJiHvebjMh/wmu+c8JdRK7IXHnAbfo9tGCnh6Zrv6ZrvHiTIXG+LNR8j3bYnIRX46qCDpD3Ct5XZe3hbmWOLAZXDbyvzo95WDva1AfOQvzZgOAkQ+NpA4LIA+UCXAqZj1F6Gfm3wjnpbeepfIT59QgLps45n3IR9No5oeYN+pn6OvkpfrV+sr9Uv0zfoG/Vr9Ov1G/Vb9Nv1O/Ut+jZ9u/6g/oj+mP6EvkvfrT+nv6i/or+u79X36fsNxCAatAajQTK4DXGGFEOWId9QaphumGWYa5hvWGioMdQZ6g0rDKsMaw1Nhk2GrYZmwy7DHsNew37DIcNRw3HDScNpw1nDecMlw1XDDcMtwx3DgJE1qo06o9noMHqMCcY0o9dYaCw3zjDONs4zLjAuMi4xLjUuN640rjauM24wbjZuM+4w7ja2GvcZDxgPGzuMncZTxjPGHuMF42XjNeNN423jXaPPxJs0Jr3JanKZYk1JpgxTrqnYVGmaaZpjqjJVmxabak3LTA2mRtMa03rTRtMW03bTTlOLqc3UbjpoOmI6Zjph6jJ1m86ZLpqumK6bek19pn4zMYtmrdlolsxuc5w5xZxlzjeXmqebZ5nnmuebF5przHXmevMK8yrzWnOTeZN5q7nZvMu8x7zXvN98yHzUfNx80nzafNZ83nzJfNV8w3zLfMc8YGEtaovOYrY4LB5LgiXN4rUUWsotMyyzLfMsCyyLLEssSy3LLSstqy3rLBssmy3bLDssuy2tln2WA5bDlg5Lp+WU5Yylx3LBctlyzXLTctty1+Kz8laNVW+1Wl3WWGuSNcOaay22VlpnWudYq6zV1sXWWusya4O10brGut660brFut2609pibbO2Ww9aj1iPWU9Yu6zd1nPWi9Yr1uvWXmuftd9GbKJNazPaJJvbFmdLsWXZ8m2ltum2Wba5tvm2hbYaW52t3rbCtsq21tZk22Tbamu27bLtse217bcdsh21HbedtJ22nbWdt12yXbXdsN2y3bENSKyklnSSWXJIHilBSpO8UqFULs2QZkvzpAXSImmJtFRaLq2UVkvrpA3SZmmbtEPaLbVK+6QD0mGpQ+qUTklnpB7pgnRZuibdlG5LdyWfnbdr7Hq71e6yx9qT7Bn2XHuxvdI+0z7HXmWvti+219qX2RvsjfY19vX2jfYt9u32nfYWe5u93X7QfsR+zH7C3mXvtp+zX7RfsV+399r77P0O4hAdWofRITncjjhHiiPLke8odUx3zHLMdcx3LHTUOOoc9Y4VjlWOtY4mxybHVkezY5djj2OvY7/jkOOo47jjpOO046zjvOOS46rjhuOW445jwMk61U6d0+x0OD3OBGea0+ssdJY7ZzhnO+c5FzgXOZc4lzqXO1c6VzvXOTc4Nzu3OXc4dztbnfucB5yHnR3OTucp5xlnj/OC87LzmvOm87bzrtPn4l0al95ldblcsa4kV4Yr11XsqnTNdM1xVbmqXYtdta5lrgZXo2uNa71ro2uLa7trp6vF1eZqdx10HXEdc51wdbm6XedcF11XXNddva4+V38UiRKjtFHGKCnKHRUXlRKVFZUfVRo1PWpW1Nyo+VELo2qi6qLqo1ZErYpaG9UUtSlqa1Rz1K6oPVF7o/ZHHYo6GnU86mTU6aizUeejLkVdjboRdSvqTtSAm3Wr3Tq32e1we9wJ7jS3113oLnfPcM92z3MvcC9yL3EvdS93r3Svdq9zb3Bvdm9z73Dvdre697kPuA+7O9yd7lPuM+4e9wX3Zfc19033bfddty+aj9ZE66Ot0a7o2Oik6Izo3Oji6MromdFzoquiq6MXR9dGL4tuiG6MXhO9Pnpj9Jbo7dE7o1ui26Lbow9GH4k+Fn0iuiu6O/pc9MXoK9HXo3uj+6L7PcQjerQeo0fyuD1xnhRPliffU+qZ7pnlmeuZ71noqfHUeeo9KzyrPGs9TZ5Nnq2eZs8uzx7PXs9+zyHPUc9xz0nPac9Zz3nPJc9Vzw3PLc8dz0AMG6OO0cWYYxwxnpiEmLQYb0xhTHnMjJjZMfNiFsQsilkSszRmeczKmNUx62I2xGyO2RazI2Z3TGvMvpgDMYdjOmI6Y07FnInpibkQcznmWszNmNsxd2N8sXysJlYfa411xcbGJsVmxObGFsdWxs6MnRNbFVsduzi2NnZZbENsY+ya2PWxG2O3xG6P3RnbEtsW2x57MPZI7LHYE7Fdsd2x52Ivxl6JvR7bG9sX2z+NTBOnaacZp0nT3NPipqVMy5qWP6102vRps6bNnTZ/2sJpNdPqptVPWzFt1bS105qmbZq2dVrztF3T9kzbO23/tEPTjk47Pu3ktNPTzk47P+3StKvTbky7Ne3OtIE4Nk4dp4szxzniPHEJcWlx3rjCuPK4GXGz4+bFLYhbFLckbmnc8riVcavj1sVtiNscty1uR9zuuNa4fXEH4g7HdcR1xp2KOxPXE3ch7nLctbibcbfj7sb54vl4Tbw+3hrvio+NT4rPiM+NL46vjJ8ZPye+Kr46fnF8bfyy+Ib4xvg18evjN8Zvid8evzO+Jb4tvj3+YPyR+GPxJ+K74rvjz8VfjL8Sfz2+N74vvj+BJIgJ2gRjgpTgTohLSEnISshPKE2YnjArYW7C/ISFCTUJdQn1CSsSViWsTWhK2JSwNaE5YVfCnoS9CfsTDiUcTTiecDLhdMLZhPMJlxKuJtxIuJVwJ2EgkU1UJ+oSzYmORE9iQmJaojexMLE8cUbi7MR5iQsSFyUuSVyauDxxZeLqxHWJGxI3J25L3JG4O7E1cV/igcTDiR2JnYmnEs8k9iReSLyceC3xZuLtxLuJviQ+SZOkT7ImuZJik5KSMpJyk4qTKpNmJs1JqkqqTlqcVJu0LKkhqTFpTdL6pI1JW5K2J+1MaklqS2pPOph0JOlY0omkrqTupHNJF5OuJF1P6k3qS+pPJslisjbZmCwlu5PjklOSs5Lzk0uTpyfPSp6bPD95YXJNcl1yffKK5FXJa5Obkjclb01uTt6VvCd5b/L+5EPJR5OPJ59MPp18Nvl88qXkq8k3km8l30keSGFT1Cm6FHOKI8WTkpCSluJNKUwpT5mRMjtlXsqClEUpS1KWpixPWZmyOmVdyoaUzSnbUnak7E5pTdmXciDlcEpHSmfKqZQzKT0pF1Iup1xLuZlyO+Vuii+VT9Wk6lOtqa7U2NSk1IzU3NTi1MrUmalzUqtSq1MXp9amLkttSG1MXZO6PnVj6pbU7ak7U1tS21LbUw+mHkk9lnoitSu1O/Vc6sXUK6nXU3tT+1L700iamKZNM6ZJae60uLSUtKy0/LTStOlps9Lmps1PW5hWk1aXVp+2Im1V2tq0prRNaVvTmtN2pe1J25u2P+1Q2tG042kn006nnU07n3Yp7WrajbRbaXfSBtLZdHW6Lt2c7kj3pCekp6V70wvTy9NnpM9On5e+IH1R+pL0penL01emr05fl74hfXP6tvQd6bvTW9P3pR9IP5zekd6Zfir9THpP+oX0y+nX0m+m306/m+7L4DM0GfoMa4YrIzYjKSMjIzejOKMyY2bGnIyqjOqMxRm1GcsyGjIaM9ZkrM/YmLElY3vGzoyWjLaM9oyDGUcyjmWcyOjK6M44l3Ex40rG9YzejL6M/kySKWZqM42ZUqY7My4zJTMrMz+zNHN65qzMuZnzMxdm1mTWZdZnrshclbk2sylzU+bWzObMXZl7Mvdm7s88lHk083jmyczTmWczz2deyryaeSPzVuadzIEsNkudpcsyZzmyPFkJWWlZ3qzCrPKsGVmzs+ZlLchalLUka2nW8qyVWauz1mVtyNqctS1rR9burNasfVkHsg5ndWR1Zp3KOpPVk3Uh63LWtaybWbez7mb5svlsTbY+25rtyo7NTsrOyM7NLs6uzJ6ZPSe7Krs6e3F2bfay7Ibsxuw12euzN2Zvyd6evTO7Jbstuz37YPaR7GPZJ7K7sruzz2VfzL6SfT27N7svux8W5KJX6zV6Ja/bG+dN8WZ5872l3uneWd653vnehd4ab5233rvCu8q71tvk3eTd6m327vLu8e717vce8h71Hvee9J72nvWe917yXvXe8N7y3vEO5LA56hxdjjnHkePJSchJy/HmFOaU58zImZ0zL2dBzqKcJTlLc5bnrMxZnbMuZ0PO5pxtOTtydue05uzLOZBzOKcjpzPnVM6ZnJ6cCzmXc67l3My5nXM3x5fL52py9bnWXFdubG5SbkZubm5xbmXuzNw5uVW51bmLc2tzl+U25Dbmrsldn7sxd0vu9tyduS25bbntuQdzj+Qeyz2R25XbnXsu92Luldzrub25fbn9eSRPzNPmGfOkPHdeXF5KXlZefl5p3vS8WXlz8+bnLcyryavLq89bkbcqb21eU96mvK15zXm78vbk7c3bn3co72je8byTeafzzuadz7uUdzXvRt6tvDt5A/lsvjpfl2/Od+R78hPy0/K9+YX55fkz8mfnz8tfkL8of0n+0vzl+SvzV+evy9+Qvzl/W/6O/N35rfn78g/kH87vyO/MP5V/Jr8n/0L+5fxr+Tfzb+ffzfcV8AWaAn2BtcBVEFuQVJBRkFtQXFBZMLNgTkFVQXXB4oLagmUFDQWNBWsK1hdsLNhSsL1gZ0FLQVtBe8HBgiMFxwpOFHQVdBecK7hYcKXgekFvQV9BfyEpFAu1hcZCqdBdGFeYUphVmF9YWji9cFbh3ML5hQsLawrrCusLVxSuKlxb2FS4qXBrYXPhrsI9hXsL9xceKjxaeLzwZOHpwrOF5wsvFV4tvFF4q/BO4UARW6Qu0hWZixxFnqKEorQib1FhUXnRjKLZRfOKFhQtKlpStLRoedHKotVF64o2FG0u2la0o2h3UWvRvqIDRYeLOoo6i04VnSnqKbpQdLnoWtHNottFd4t8xXyxplhfbC12FccWJxVnFOcWFxdXFs8snlNcVVxdvLi4tnhZcUNxY/Ga4vXFG4u3FG8v3lncUtxW3F58sPhI8bHiE8Vdxd3F54ovFl8pvl7cW9xX3F9CSsQSbYmxRCpxl8SVpJRkleSXlJZML5lVMrdkfsnCkpqSupL6khUlq0rWljSVbCrZWtJcsqtkT8nekv0lh0qOlhwvOVlyuuRsyfmSSyVXS26U3Cq5UzJQypaqS3Wl5lJHqac0oTSt1FtaWFpeOqN0dum80gWli0qXlC4tXV66snR16brSDaWbS7eV7ijdXdpauq/0QOnh0o7SztJTpWdKe0ovlF4uvVZ6s/R26d1SXxlfpinTl1nLXGWxZUllGWW5ZcVllWUzy+aUVZVVly0uqy1bVtZQ1li2pmx92cayLWXby3aWtZS1lbWXHSw7Unas7ERZV1l32bmyi2VXyq6X9Zb1lfWXk3KxXFtuLJfK3eVx5SnlWeX55aXl08tnlc8tn1++sLymvK68vnxF+aryteVN5ZvKt5Y3l+8q31O+t3x/+aHyo+XHy0+Wny4/W36+/FL51fIb5bfK75QPVLAV6gpdhbnCUeGpSKhIq/BWFFaUV8yomF0xr2JBxaKKJRVLK5ZXrKxYXbGuYkPF5optFTsqdle0VuyrOFBxuKKjorPiVMWZip6KCxWXK65V3Ky4XXG3wlfJV2oq9ZXWSldlbGVSZUZlbmVxZWXlzMo5lVWV1ZWLK2srl1U2VDZWrqlcX7mxckvl9sqdlS2VbZXtlQcrj1QeqzxR2VXZXXmu8mLllcrrlb2VfZX9z5BnxGfom+i/Elvp3QWa8msUdEmAFjQBmvudgm5X8GgDNBurKKdGwb8kQIs+xW+fU9BLFb/9nOK3pxT0HQV/kYL/qIJOUvD/WZH/bkV+dfB8XlS05YsK/p8H52f+quD5ZfB88XMhZP198HxWUQ6Xrcg/GaItryj6RNE/Sh1xXSH0WzRxfUbYyUOmxVxFfunUaCFcQUcFp0fY8EOmBft90AqfEp5V2EDso6N5hV2xbcHpUD7OfTJEfqPit2sVbXxuinSMgv74Q6ZXKOxTMXbx04PTwmcV+Z+bmB4xvk2GvjMxrfTrh02rKu+d5pVjftLUaO4XU6P5d701tPBlRX6hom4/fzA0/5UQdFtwmvvyW0Qr59xdD4H+SYBm9W8NzX9Ckf/x4DQvBKfZgeA0FxEiXzFH8JYALc5S5P/sPuiXFPSFR0hfVbTl/7P35vFVFmcb8HOe7cSQnCQn28m+78kBQ0SKiGTf930Pi7wUkQIiIlJEXkRKKUVKkZdSzJsiRUoRKVKKSJEiUkSkiBQpRaQpRURAioiYHL6Za84yZ9Nga9/v+338MZOL69xzz77dM89g5PLb7xrLpzmccHtY+t6/gJ+4PSxv+n8Bvocr28XfHMsyl8e3/wV8u2PIP/9zWB3K8c3fHMv8uv1HHObX2Nr/HL7t+YVP5xgb5vc43zaWJRsWBzljen+F5/m9mLt9mfiIGz6cC8vl164cBoJvuuHLvwXcwrXb3V+fNvHE12N+7zkQLE/l9Phx+DyHub4gHv8XyvZfwPweeSCY3zsPCBtvE3Nzurt98UD2m+72ce72NWokx7tZ26vBXHoGsiZ3M5YOZFxy2/fdtHmFX3e5q2u+nAdQd+7W8AOZm9yuCd2sc5Qfcryb+Vrh5tyBzKd8uSn8epvbw8o/4TA3x8l/4cLy9pN/uNZjZ+vgbBTSpxzm88KNt7y9TpzAYX4/ON6GtdyYbGcH4NvzJI7n2rbdXvsdDu/lZNo4nh8HuPza2coe5OT5/ebHrstB1tmwB7de9eD7WgoX18Nc3jmd2ipOJzc+uO3vvH7OtqbwcXF2J96e427c4PPo8YbrvPA6tQGc/nOu6/F2x73bHevc2V7cjXt8Hu1scXGcHl7+4ten3y49ya7l5QIu7NMcz9vh57sJO+frsZ2N9Dax2zmI7+PubJi3id2dI7jDdjbGAWDejucO365N0p098FuxAd6mPfB2bYPyq67xgOx4bmx6A7LRLecwP6d3cvLb3chwc5A6xbUMvxcQ+fLvdS2vPONGzwhOzycc5vd6/D6CX4dw7VD7OCcvculv4OS5dZTbdZGbvSS/h5VncDr5vd6f3ejksPQil8dBrtPvbs94u2vC210Hutu/uFsT8nmxk+HWP3KU67p2m36+rLj1pLiOk+Hte9w6RP05h5933U7s9lxcWxL5MfBZN+n8tvdWbupRXPT1beN2sbu24W6/727vPxCszv96/O8qw29jP+7u7HggeCBp5s+d3Z1B2+2jf+0G3+be2a7c9ruJi9fJ9QXeLiFz8vxYLae5abfcmlnm+qlS6VoPvzeUj3L8Sg7ze7RXXadBnMVh3lbAnR2oyziet+Fz+0011k1c7uzhsznMr2l5m/aHHObvG3zhuhykxW4wt9b14Gx9HlxY5TdcXji7hMqNpVp+7cHt3+324xtdp1nh9oBuz5j4sxs3+3o+X+7ywutUuXzJ3W7q8TbtErdri3B7VuLGLsHn0a58/sBh1XXa3KXfrgzfdiPP9Ue7szD+zGWo67D82atb7O4sdQD4P3nuaVenbs4TB3K26A7zZ4ju8O2eJ7o9v/v/4jndPa7xQM7L3J6dDcDGyLcBPs2qGzuhXd9xtyYsc81L4zi8yE1Y/nzEzTpQief0THKNZX4OvZdrk/Uc38HhEtdYOsbhM27S7G4N9pAbzOm3W3MmcZgbQ0S+rn/F1dG/sp7k57Virmy5Ow/KLzm8ikuPu7Xl+wOQ6XaNpQtuMLfm1Fziwha44bl1lNu16Msc5taNcjYXr7s7kPw6cJvr+pLe4zC3N5Q2c3j+ADB35qtkcPxnrtu2XMfhdi7v3J7Rbi/D33vs+vr0qFx+VW681bZy6eTXhNx8rXD1onL7UPkah/lzRv6s/LLrfNn1X67vKI9xcfFzNz/+8+vVsa6xxJcJN7bYne1ydnXpLMdzZ7XKK5x+zmYib3CTHn6c/wGnh7N98Wey0u84eXf2Fs4W4damx4+NCznMzX3K3ziev89zF5c27j6wxNnNJP5MhN9Xcm2Av4PE28zlR13nReHtIfwY/gGH+XUg14+03PmRUsPJ7+LkubMk6X4OX3StU+LOrO1sYrwM107Ul7g2M5nDnA3Hrs1wYWVubrIb27lxRuTamF075Ocjbk5Xedtdt2v9djYEft/Npd/OBsvvu/ly3sFhbj8r8/M4t7/m1wySGxmRuw/Mrzf4OULmbd3cmSnXr0WhTjAIqYIgpAs5gr+QLxSRf3UIDwpG4b+EicIwYZLQLQwXeoRNwveEzcIRYbZwVHhX+LnwnsYgPK8J1SQKf9MkayqEK5oqTbUmWFOradSEaNo0/6WJ1PxYs1yTqlml+YXGqHlBs0szQrNb86amRvOW5h0i8Q/Nl5ox0jvSO5qZ8g/kxZrH5J/Kz2kel38ud2vmyOvl9Zp58iZ5s+YpeZu8Q7NA/oP8huYH8lvyYc0S+Zh8TLNMPimf0jwrn5V7NSvkf8jnNc/J/5Q/0/yP/KVs0qxRZEXWdCueipfmfxW9EqBZpyQpSZpfKv9Q9ZoNaog6XHOM9OD7NNfU+9UczWdqqVqh+VKtUus0t9RGtYmsRlrUMaKqjlOnijr1UXWWGK7OVheK0eoP1OVihvpztUcks5K6Rbyf7ER3ktXO79XfizXqXvUDsVY9q54Vp6m96kVxunpFvSI+oV5Tr4lz1C9Vk/h9raCVxae0Wq2HuFDrqdWLi7QB2hjxWW2iNkV8XpumvVf8hXaEtljcoq3XzhP3aJ/Rrhcval/Uvih5aX+l3SJ5a3+v3Sv5a/dpD0jB2re0h6Rw7WHte1Kk9s/aXilR+5H2opSlvaS9KQ3X9nsMkvI9Rnjsl+o8Pr8rQfpQZ9KZZF/6Yo33G94HSN3LxOlJizCQv5Hkb7yguXVdHkGQJ/UJHgs89s5rGnde07jzmsad1zTuvKZx5zWNO69p3HlN485rGnde07jzmsad1zTuvKZx5zWNO69p3HlN45u/piG/b6LvCePGrTwHGNZV+T6K2WsaiifF7Aat9A9gnCxKmyADi6riRTG7BSvGQg+s23IX5GH1lsZSzG6sqiaExW1UJR8YJ0bKRITFTUf5KYSFNU06AAxrsnQd8rj9qXwH8ridL+8EhhVbToY8ThClf4IvZXZG8DjhlpoceXaiIKvIC25Sis9A/i1mb3WUZxY9zeeQgWVT+rMjz17TUJ9yigvWc7nckWevaYjQw6zY0t3gccIk7nfKC06SpD+iTFA+ynXHOmKnStJBp/r9jnaytQzdpEd+n8qY28m3gm3tkN34V7PAj4TMyIFiZRDyMggYX4MoEY5Y+geVMbfhbwXb+gi7Wa6EMIy0fQ3m5L3Ao0+xL1WUXNa/KM/617eDuf6LdiWjXbEXNMT1DEN+vXMfRzmgj0vTgKc59n32moY0E2HxmoY8l40DyG/+V2NurMBrGkoM8Hch891vDeOLGmW649jFbszLOY6YvaahfJ+NY2ifTzljfnxDWR34asyPgeCvO46H9mOjrV9/O9g29rJb9drRDFOZgWN2S0BmY34yyid5oJidAEnvMowy+UrMbpbIhf9pzF7TUH4MHqf48nCkjZtT/hXMbnTJzzph9Fl5vSNmt3OkH//HMT/n4laQvObfinGzRH4dYxRum4m+/2nMTrLl74HH11Pidx0xu+UmK46Y3WYT+xwxe01D8nbise6SMEew1zTkQIxRuPGmFoHHbTb5zW+EcfouPweME2755H8E48sWuRd5wcmuakR+cSNE6nfE7DUN+TQwbmDICQPF7Nad9L1vhHGbTXpioJjdxpM3/Z9i3PyT70HZ4haIuvibYHYjUJaRR9zek97+Rvh2xxBuPf9tY3azRx0KHjelpOZvgtlrGjJbt+M1DflHwPwaG7cPZe1/At/2/FKKOZelE7cn5TEU83ucbxuz1zRkCWMgvuYSB30V5vdi9vsymhemk72mIT7iGBd7TUMMR1jkVxrjVF8DwbihJd904vl91r8L4zUNuQXtFje31N1flTZ2w0Y88VWY33sOBLPXNOSp0IMbM6If8HnsF84Dc3tY9pqGePwble2/gPk98kAwv3ceEMacJRkHjDGnS5jT7Wwy3B7ZzvbiZu/pbh/HvuJ23tew1zTUSPDcep5f57OvVtRgpIezq7hdk7sZSwcyLrnt+27aPHtNQ/H9yrpGOSvGgdad/Roe+QK2n49Q5k5zk+iL8ndeE9qtc6ATmL2mofwQvN18DRlmW8Ocq2DOdT+fIj1vO5Ybe01DYett7GFl7GHZaxryT4Axx8mY4+S/IN6/ICxvP0HbU/7hqMfO1sHZKNgrEtKnwLyd8BG0K4y3vL2OvaYhTgDGflBk+0G8piGPp5i9pqHFmGxnB+DaNntNQ50EHm1bQdu222vjyyvpHWC8piHthQxujspt4Pl9NLf3t7M34jUN+UHI8/tQ3CiVPnYsB/aahqyj2OM0LQcPrFfZCxQerK/haz01BXHh1q/yMPIOnVroZK9paKscxwe+79vZLvi+nEUxs62x1zQUFhdng5K7oLPrq8YN6WO0N6SHvabh8YZjXnid7DUNbQD04zUN+RyrR5ttx51tcGBjnZu8c9idHcadfYOvRztbHF7TUOKgB/mVmTxu60oXv2rctksPP37yYz6+OpALEBZfGEpPg4cdXmZ2eNyYl+Y7hZ0DncyGz9vzOWxnI8V6aeDYfg7iMMYrcx/n7Zl8uXFnBO55G7Y/R7C1Sd7e6O58wc4OacfbsGpCXzA5Y/RBk2P7tBtz3GA5B+nMccJu7H7ubYBI59fYAzk8AHugu3MTd1h+FWl+lWGkE9jejod+bbbjQX6iE7az1/F2OW7M5DB7TUNeDszP6XhNQ+6EPF7TkLY7yWAOkjEHsdc01CmOMvxegL2mIbLyh81B6nWUZ69pKM846cELC9II6MFrGuInwPwZDeYsme0j+PUe1w7ZaxTaxyGP1zRkEenHaxpqA+S5dZTbdZGbvSS/h2W3/OUZ0Mnv9f6Mevmzk04Os6+MpBeRR26fxaff3RnZ7a4Jb3cd6G7/4m5NyOfFbm+Lrz7Y+oe9piFHOda12/TzZcWtJ9mXUeI6yGCdLzP7HtYhItYh7DUN9efA+IpJfd5p7OL3XFxbYq9piGwMhO1XetYpnd/23spNPYqLMC8v+qq2YY+5unAj465t8G3Y/d6fD2uzA7jTyb5yVOd/Ff53leG/bz+OcnDixf2oi/2OY5Q7PJA08+fO7s6g7fbR+JJH+rUTvs29s125cflyu2fn+oLoB3nYJdhrGvJ1x7GavWQhpzm1W6yZZayZ2WsaMvope01DqXQa87m9Ifv6SD4KHq9pSCuB+TMRbp7l08Be0xBnAXP2f/7sgL2moS4Dz9vwub0ne01DjXWKy509HK9pSLOBsc6U2JqWt2njNQ35Q2BuD8te05C+cCwH9gqDtNgJc2td9gKFB2x97AUKD4Rlr2kov0FeOLsEe01DxVjKXtPQsrUHt5e324/jNQ15o2Oa2WsaCvaAbs+Y+LMbN+cXfL7c5YXXyV7TUJEv9kWc3O1Uj27OFt3Zyd2eT7k7c3F3VuLmHIHPo1354DUN+Q/A3F0au77gJv12ZcjZN+zkuf5odxbGn7lgzSMNdSo37uzVLXZ3ljoA/J8897SrUzfniQM5W3SH+TNEd/h2zxPdnt/9S+d0mO9cYE7m2zin487RBnKmxp+XuT07G8D5F98G+DTzcbntO+7WhHhNQy5z5NnXrdI4YHwZKy1yCsudB7lbB7LXNJR46IGNTprkiNlrGjKbQ/HigHwv2iS+GBfrweNrfLkDGF9iyyWOmL2mIR0DPgN8xinN7tZg+GJZfMgJQ78I/XZrTrwIICUBYwyRMIaw1zREVtd4TUP+FeroX1lP8vdk8JqGXIyyxZ0HBXce2Gsayi+B8ZqGsgrpcbe2xJwuvv+VMpiPxG5HzF7QkC44YW7Nyb6I1lxCWNi1xAInHusoEesot2tRvKYhvwyMdaOMdSN7TUPORrzu7kDy60C8LiFtc6wv9pqG9B4wtzdkr2lIm4E5m5tbzJ35stc0lAzweE1D+syxbbPXNOQ6YLw6Ibcj79ye0W4vg9c0JHbvkbd9uUkPe01DRX7Zaxoqxlv2moa2FenEmlBha0JuvmavaSioF/aahop9KHtNQ74GjHNGmZ0zcucI7DUN6bJjvuz6L/qOjL7DXtNQHkNcvL2CH/+xXpXYehXpkcc6YvaahtTlOLbYne3Cri7Crs5eSZDOgsdZrYizWvaKgfIK9HM2E/aahrzBKT0Ye2U2zuM1DfkH0IPzMgW2L/5Mlr2mIf0O8u7sLbBFSLBFuLXpYWyU2NiI1zTkhcDcHST2mobyN/D8fR68piHfhbThPrCK+8DsNQ0JdjP2mobU5tiv2WsaEtoAfweJt5mz1zTkRx3zwl7TUNY5jeF4TUP+AJhfB6IfSehH7DUNLc6P2GsaSg3k8ZqGvAvyOEuScJbEXtOQ7gfm7PO8TvaahoQzazubGC/DtRP2mob6EtoMXqMQJwPDhiP+3KnNIKyMsOw1DfmY09iOcUbGOMNe0xA3OLVDzEcym48wp4uY09lrGiqz3fF7Bze2Bbt9N9IvIf12NljstWW270Y5S6yc8ZqGvAOY28+y1zRkNo/j3F/G/ppfM9jN9ZwMe01DxH1gfr3BzxHsNQ2Z2bpxZir90KFf33lN4//Xr2nofqD7Can7QYKG1LcgZBE3grjRxBUQroz8rSGuibgO4sYTbhJ9h+UWfWlDUO7Gmyzt1JcXgNmCXw1g/gjmM+DvAv8Uv/5a0IzrGbNekMYPoW9y3Hnd4M7rBndeN7jzukH8ndcN7rxucOd1gzuvG9x53eDO6wZ3Xje487rBndcN/g9eN8jWZxuyI7Pjs1Ozh2QPyx6ZnZNdlF2RXZfdkt2VPSF7cvb07FnZc7MXZC/OXpa9MntNdk/2huzN2duyd2bvyd6ffSj7aPaJ7NPZvdkXsq9kX8/uyxFzPHJ0OQE5oTnROYk56TmZOcNzRuXk5ZTkVOU05LTljM2ZmDMlZ0bO7Jx5OQtzluQsz1mVszZnXc7GnC0523N25ezNOZBzOOdYzsmcMznnci7mXM25kWPKlXM9c31zg3LDc2Nzk3ONuVm5I3JH5xbkluXW5DblduSOz52UOzV3Zu6c3Pm5i3KX5q7IXZ3bnbs+d1Pu1twdubtz9+UezD2Sezz3VO7Z3PO5l3Kv5d7ME/LUPK88fZ4hLzIvPi81b0jesLyReTl5RXkVeXV5LXldeRPyJudNz5uVNzdvQd7ivGV5K/PW5PXkbcjbnLctb2fenrz9eYfyjuadyDud15t3Ie9K3vW8vnwx3yNflx+QH5ofnZ+Yn56fmT88f1R+Xn5JflV+Q35b/tj8iflT8mfkz86fl78wf0n+8vxV+Wvz1+VvzN+Svz1/V/7e/AP5h/OP5Z/MP5N/Lv9i/tX8G/mmArnAs8C3IKggvCC2ILnAWJBVMKJgdEFBQVlBTUFTQUfB+IJJBVMLZhbMKZhfsKhgacGKgtUF3QXrCzYVbC3YUbC7YF/BwYIjBccLThWcLThfcKngWsHNQqFQLfQq1BcaCiML4wtTC4cUDiscWZhTWFRYUVhX2FLYVTihcHLh9MJZhXMLFxQuLlxWuLJwTWFP4YbCzYXbCncW7incX3io8GjhicLThb2FFwqvFF4v7CsSizyKdEUBRaFF0UWJRelFmUXDi0YV5RWVFFUVNRS1FY0tmlg0pWhG0eyieUULi5YULS9aVbS2aF3RxqItRduLdhXtLTpQdLjoWNHJojNF54ouFl0tulFkKpaLPYt9i4OKw4tji5OLjcVZxSOKRxcXFJcV1xQ3FXcUjy+eVDy1eGbxnOL5xYuKlxavKF5d3F28vnhT8dbiHcW7i/cVHyw+Uny8+FTx2eLzxZeKrxXfLBFK1BKvEn2JoSSyJL4ktWRIybCSkSU5JUUlFSV1JS0lXSUTSiaXTC+ZVTK3ZEHJ4pJlJStL1pT0lGwo2VyyrWRnyZ6S/SWHSo6WnCg5XdJbcqHkSsn1kr5SsdSjVFcaUBpaGl2aWJpemlk6vHRUaV5pSWlVaUNpW+nY0omlU0pnlM4unVe6sHRJ6fLSVaVrS9eVbizdUrq9dFfp3tIDpYdLj5WeLD1Teq70YunV0hulpjK5zLPMtyyoLLwstiy5zFiWVTaibHRZQVlZWU1ZU1lH2fiySWVTy2aWzSmbX7aobGnZirLVZd1l68s2lW0t21G2u2xf2cGyI2XHy06VnS07X3ap7FrZzXKhXC33KteXG8ojy+PLU8uHlA8rH1meU15UXlFeV95S3lU+oXxy+fTyWeVzyxeULy5fVr6yfE15T/mG8s3l28p3lu8p319+qPxo+Yny0+W95RfKr5RfL++rECs8KnQVARWhFdEViRXpFZkVwytGVeRVlFRUVTRUtFWMrZhYMaViRsXsinkVCyuWVCyvWFWxtmJdxcaKLRXbK3ZV7K04UHG44ljFyYozFecqLlZcrbhRYaqUKz0rfSuDKsMrYyuTK42VWZUjKkdXFlSWVdZUNlV2VI6vnFQ5tXJm5ZzK+ZWLKpdWrqhcXdldub5yU+XWyh2Vuyv3VR6sPFJ5vPJU5dnK85WXKq9V3qwSqtQqryp9laEqsiq+KrVqSNWwqpFVOVVFVRVVdVUtVV1VE6omV02vmlU1t2pB1eKqZVUrq9ZU9VRtqNpcta1qZ9Weqv1Vh6qOVp2oOl3VW3Wh6krV9aq+arHao1pXHVAdWh1dnVidXp1ZPbx6VHVedUl1VXVDdVv12OqJ1VOqZ1TPrp5XvbB6SfXy6lXVa6vXVW+s3lK9vXpX9d7qA9WHq49Vn6w+U32u+mL11eob1aYaucazxrcmqCa8JrYmucZYk1UzomZ0TUFNWU1NTVNNR834mkk1U2tm1sypmV+zqGZpzYqa1TXdNetrNtVsrdlRs7tmX83BmiM1x2tO1ZytOV9zqeZazc1aoVat9arV1xpqI2vja1Nrh9QOqx1Zm1NbVFtRW1fbUttVO6F2cu302lm1c2sX1C6uXVa7snZNbU/thtrNtdtqd9buqd1fe6j2aO2J2tO1vbUXaq/UXq/tqxPrPOp0dQF1oXXRdYl16XWZdcPrRtXl1ZXUVdU11LXVja2bWDelbkbd7Lp5dQvrltQtr1tVt7ZuXd3Gui112+t21e2tO1B3uO5Y3cm6M3Xn6i7WXa27UWeql+s9633rg+rD62Prk+uN9Vn1I+pH1xfUl9XX1DfVd9SPr59UP7V+Zv2c+vn1i+qX1q+oX13fXb++flP91vod9bvr99UfrD9Sf7z+VP3Z+vP1l+qv1d9sEBrUBq8GfYOhIbIhviG1YUjDsIaRDTkNRQ0VDXUNLQ1dDRMaJjdMb5jVMLdhQcPihmUNKxvWNPQ0bGjY3LCtYWfDnob9DYcajjacaDjd0NtwoeFKw/WGvkax0aNR1xjQGNoY3ZjYmN6Y2Ti8cVRjXmNJY1VjQ2Nb49jGiY1TGmc0zm6c17iwcUnj8sZVjWsb1zVubNzSuL1xV+PexgONhxuPNZ5sPNN4rvFi49XGG42mJrnJs8m3KagpvCm2KbnJ2JTVNKJpdFNBU1lTTVNTU0fT+KZJTVObZjbNaZrftKhpadOKptVN3U3rmzY1bW3a0bS7aV/TwaYjTcebTjWdbTrfdKnpWtPNZqFZbfZq1jcbmiOb45tTm4c0D2se2ZzTXNRc0VzX3NLc1TyheXLz9OZZzXObFzQvbl7WvLJ5TXNP84bmzc3bmnc272ne33yo+WjziebTzb3NF5qvNF9v7msRWzxadC0BLaEt0S2JLektmS3DW0a15LWUtFS1NLS0tYxtmdgypWVGy+yWeS0LW5a0LG9Z1bK2ZV3LxpYtLdtbdrXsbTnQcrjlWMvJljMt51outlxtudFiapVbPVt9W4Naw1tjW5Nbja1ZrSNaR7cWtJa11rQ2tXa0jm+d1Dq1dWbrnNb5rYtal7auaF3d2t26vnVT69bWHa27W/e1Hmw90nq89VTr2dbzrZdar7XebBPa1DavNn2boS2yLb4ttW1I27C2kW05bUVtFW11bS1tXW0T2ia3TW+b1Ta3bUHb4rZlbSvb1rT1tG1o29y2rW1n2562/W2H2o62nWg73dbbdqHtStv1tr52sd2jXdce0B7aHt2e2J7entk+vH1Ue157SXtVe0N7W/vY9ontU9pntM9un9e+sH1J+/L2Ve1r29e1b2zf0r69fVf73vYD7Yfbj7WfbD/Tfq79YvvV9hvtpg65w7PDtyOoI7wjtiO5w9iR1TGiY3RHQUdZR01HU0dHx/iOSR1TO2Z2zOmY37GoY2nHio7VHd0d6zs2dWzt2NGxu2Nfx8GOIx3HO051nO0433Gp41rHzU6hU+306tR3GjojO+M7UzuHdA7rHNmZ01nUWdFZ19nS2dU5oXNy5/TOWZ1zOxd0Lu5c1rmyc01nT+eGzs2d2zp3du7p3N95qPNo54nO0529nRc6r3Re7+zrErs8unRdAV2hXdFdiV3pXZldw7tGdeV1lXRVdTV0tXWN7ZrYNaVrRtfsrnldC7uWdC3vWtW1tmtd18auLV3bu3Z17e060HW461jXya4zXee6LnZd7brRZRojj/Ec4zsmaEz4mNgxyWOMY7LGjBgzekzBmLIxNWOaxnSMGT9m0pipY2aOmTNm/phFY5aOWUHPG5Wlgkb6mTKB4luTiD9KWUTvOChdFINZoKwSNPJwZSrFYB6lMvJ4yDwKJhihXgYTDEYC8xMwEpiFNC75ecS1kDIaP8poELvGDzKZkImCTCYYASksBSNQRnqSalYfopqlJyHTo/yQhHpdGUcxmN8oPyPMfuURisHEID1nkJ4YxN5LZaR6BRjMl8iXL5XRfIlQa5Ce3yD2NWDawKwD0wYmACnsAxMAPV/I3yPMA9TXfAGZMuXPhHlemUYxZD6XpxAmn/qazyGjKu8S5m/K7ykGI0LPM9QXRYQaoxwkeC/1NWlg/i4/TGT2U1/zd1Mq+TUBcXUjrgQqI3ypvEZ+Xao8RTFCfQyZOVRG87FZhjCap5U/WGSk0TRe5ROkYTTSkwC8G+mBZjERzDEwiZzMe0yGpkfzEPBZ6gs3EfsqMIdRPqvAxChJhHlMvkXwOLOeMUTP+9RncWl6weygPqsv8UuKldchw/L1HmS+D5n3zOVDmd+BYeVj155N99KaVfuIHh31zbWcqBwgMg9S35IvMBlgWN4nayNo64I/2cbIDzgy0qt2jAgZ0cbQeOUHELuFOQbmGBcqAaESOKYdmtttDN+Xab6kuegp96KnzIXM00jhw0jP0xzj5cTYyaj9Av1C8XErMxMyeyAzkzHoOw+if7ljglEaSxAqmGM+cWK+RoaWlfQJSszCHANzjAuVgFAJnEw/HaOQi2DnUQst4YSymt7KUaZTDJktyOnPELuFoXXRB82MOYHy6YNmM8PrgeaF0PMk9GD0E/+XtkPlp9QX/5eNh/RXzU/h+9kYcZ8T84QdQ9vSSepbGJTMn6hvZWjJ7KO+NRRN//PUt8qQXGhM8M2M0mMbn5GL8eg7zyPN4yGzmrY6MroSGcEEZg5SeI76jCGjeo9tVIceAXVaB0nBPM6fJcwr1LcyPbaRH6GSecZZhs0FVKcSAs09bhkRjGhj+BkEcTkz2zg92xCKMbOdGHsZETKijcFoMxt1ZGGOgTnGhUpAqISvYlTiK/+tApveIOXwDm3PWhH9/R3Xsx5haMuUlCArsw1z5ZuYK7eZaBpi0FbLkQsmc48TY6eZlo+m19ZPzfNpr60v2zF2MtwsvAJ6voTMBch86TwvMxllOb2RRH3LTI0U/hopXGNjFJ0j4yAjQka0MagLHerCIpOAUAkc0w6m3V5G+Q4vgzZvXjlgNO6mPUUbRnMqdWOGRWvRPqr+D8UDZ2jLIcwsCyNmYU0ShLiy2JoEOTUgpwEc87gTYyeDmehxtEy2kvkItbwJJf8RYxDqLtSOWwYj7SY6HjJGjJPfIkwX9cU4xqiNxDfC5xhppxMzzI65DzL3cUwqmFSO8QTjyTHNYJo55lloftbG8ClEf39TJn1K+RH1xTchE06xNBdMOJgamc47r1BfrGEM0nwRaWZMFpgfOjG8TI2ajtFvg43hNEcjPZmI/TRiZ2vjTKpBHgE9ZsZZxpHR/AlMIfU1f2IM0pNBfTtmqRPzdTKpYFI5xhOMJ8c0g2nmGJr3Qpp3C8OnEP0ddSENBcPqYoJM1qtyNPXFCYxBaUSiNBiDWOQnUe8WJp0yKOcJTnpGoZwraBuQY9ESKiBTAc1B0MyYLiWLMJfkLRQjzR5UXrMIvgdjUDKL4XOM2O3ENNsxtG0fob6VoW0bLdzK0Lb9S5SqhaF5XI5StTAkp5pr8D2cU4ic3otclCIX90KmA7+eo77wCWOQwvXUZwzZldCe8nuUj+jIaE6ivl7Dr++DeQ16XoOea8ipmcGM/33qWxg+lDs9jowUj366Di0kHukZhxocCkm2mxiHGuxBGtwz94G5z8bwelBizszDaD+haD8PI9TD0Pw0NPPMOSfGXuY+yNzHMalgUjnGE4wnxzSDaeaYBsJ8Sn0Lo3QQ5nPqiw+bjmBnSspKzUCJFaNUTcA/QP9iqzgTbRvSb+V0C2OfU7pOcBUKY8I/UMtuGT4Uavm30PkJ9TW/hcxvbWOmHZPqxNjJcHqeMLcfGtckxMW1Q6mLb4e8jDnURsK8Tn0mIzag3lNQ7w2MQQ0mowZ55gdOjL3MfZC5j2NSwaRyjCcYT45php5mjnkWzLMcQ+v9HdR7g3Oa0VZDwRjAhKLv5FOs5qH/5jOGplbdA1uEO6bSiWmm6SfMegtjHhNes40SbFSRNrERhjGoiz+gLjhGjndkHGRSIZNqZdjsUGSbHTRvItRWhHLP0HmnCPMOY75QBYG+Ki0IZruNmfmzE2Mno/RSGepbmQNgDnDMS2Be4pg+MH2c5nug+R4bw9uRsIYMoVjNBR8CmRtIz3yk5waYk07MJSfmhnKUMAVKhY2BPaoA9qitaC2wRynPqVGCxR7lbKFKUK6Turif+mariIS4tlPfbPcDIwc7Ml8nA3tLMOwtFuYlMC9xTB+YPo45CqbCxqCsFsHiJKF3/x1xIUZmEdL8HXqgzcrQ8tmP8rEwJI9SD/XNjDf2KZydTRwCmfPY9Q+hjPAlYjlFfWZVY4z4fSdmJc9Qe524l7YoK0PLYR71rQwth2eob2VoOTxFfV6Pxe5H8y58KR+mDPWZjKihMhLag6hBvnQI1UNDaXSMQahLcomNQZq7kTvGfEwthxaLIsr5YxqKjDY0lNnGqG2haxvqW1P4IQk1SjFxDGeHZGm2MRofZxnWDlGnQ5GqBHcMLU95KPUtDG/PRJvvQ0uArVL80I1MIjTL0Mxsg4x58KsZxP4gYrcwL4F5iWP6wPRxDO1fS9G/zIx8iTCPUF9MNL1N0taJMeFtpLPTnNNrREaAhTOB2YTx6/ucVXYy+mC4rdWZmUSegXwvLLds370KMrWod2a5HRDD2XsnoAyHY/TbgZwOh8wk4N+gD7L1aow6U6DvWxCf2YTtrcRID2OeVe4RrHZjxH7IqSVkODL2MqidDL5toHYyUDsWpg9MH6fnHui5h5Oh9fUMNx7a2bGRd/R3NUuZI5it1s6MpDgztO8T5oCFYeOYtI0fx5DTwK9mMK4GYm5izHMy/XbqOvU1z0Hzc9BciVBuGYwY1zFCghEP0lMJMpJ8QJhMU7RALdLUOscs0mNNdGUyWbtboFbrEYLFam1vg6UywZD5BDIWW64IRrQwGj8qIxqp79JWSfXY27XAUHklBJrNNjRam+pUxWaLs7fb0FBrEEqHUJxtR/2uYjsvCEBOzWdACBUAO//jSLPF3rIbzAjB5TkRDUXWAA9jVfCRZQ1gN3/FQLNEZcgc9xE36/WC6bUwZE4hMmIk9V3OBQ2Cw9kNY6BZhmbLaEPPgMbKu6yMfXtuQC94GP3iI/s2r8xDKHZ243QKQ9phL9phL9dWHwbzkYVxsMnQuOLUd2G3qRTMdhsHWwEtwz9BZimVsVoYqNXox9hTM8aDypDyeVdwvTvG7onb7zzGGCpPdm00dsveyovk9K/UNzP2q26sxhHqBwjFrcyVUwjV4Lw2Ri6wEySrXJpmy7r3XTCVFsZ+NsfYsolaRBU99c174e/AUrqK+uJ3wBTDht+kBFAMJkT5JZHvpb7ZmvqRWkb0ZKvUts9OfJZCz7vQw05z/om41iCuMC6ufFtcGshIr8JO+0/I/C+NRf4n9c2nHjeUFwnjR33zWvQ4Qu1DqFB2LoP0HEN62AlLO05PPHES0Y5QAcBR1New/pUFphkMs4tmIu+/Bg9rmLSUYvUK9aWlkOlRVtJRgvpSCrP807Qps6nPRgnpHpp+dRTK7R6E+jFKYzTy/mMwo6Hzj4hrtGm/4OrE+UPk9K/IKVtvGFGGL0OPETJ2tm6k53eIaz5kfmcekX5Gxyjq8yOSvB2x+0KPsy33t2Be4JgPYGkPsDGiFrH7Iy4tZdSbdN17F6zHWgOYDXRe8GjBnLWCMkoEaucWHQ/ltykjP0TnC2UcHX/k79DerX5AZbSvUxn1F9BTQWW0BVRG9cAI4HSiaj7/+ovt/MvFmYuT5V/aQe356r04JdwBGXcnfX3cSV8BmOfBZJrnC35OQdvAeUEIO7vBmuQ9hFLN9vAHSY5kOsp5fElLVSsjpyvkM7TE5LWWEhNPOMW+gNag1g9zCjulegQ95Qu0w3BTLOW1Fch7hVVmsnYwyWM/9a0nxSEowxArEwyZTyBjmWFDwIRwMyz9dS31rSeG9NdfUd9a8oMR+2DbfEp/JUyIlYmhv8rlkDGfHCE95ZCJMdfXYNTXYMF2nhICJsTCaD5DT3lBDaIYMuxE9Qx3ovosygfjifisKZ6WEvp7nRoumC32dr3gumkYLROcVvwMp7dOaxK27ya1TE9434QMy1cAzugfR72z+X2ymob3adIoNp2jI6dK7asfUl98Gkyk43ml5kvIbKU+6d1ERvM61sY/w0r4CaaZW0dN7j9J/FHaFIG+R/KCYLmlY3dvB/OOPUN3qTORiweRCxdn9Ahlz0xzZPoPOskMEhxXca4ZCWnehzSzdcsJlGEfypC1+YVI4fNIIavThRjHzLeGkMKFOKU6g1MqVzK1Tswgp/UhTU+mU+/mz6mrEJf9yTUtDftTaSojYFR5BbkwM3YyzqFI7BJuAqhHca6HW0zSkzTv6kM07xaGv+kEzT0on9dRPq5OrhucmGlOzCDBcsI7nj/PRS84A82MecCJ4c98axGXPUP3/r0IVY+zP+cT3l6sbXq1r2C0udsm4+EJZqGN4fUg1JfIuy8YV+fCDU7MNCeG5t1+hV/gxDjLUKYdJ8VarOfbzSsQKvMCZNpp7FI3TaE2DDXITni7MYabz3xRYkXIRRBKla1JstCeX0B7Np/eIu/sPon5HFZLrZcbqG85Y+Vnc+TdnqH1Xgw7QCH1zSs9ZhkYA4at1QeDCYCtYDCYEfL7hGlUnid6rnGhMrhQMdgLN2IHxNrG/fRXtQl67jfvAj6gcVFfDDXReyYfK59jNfi5YLYIaUZD5zgaSoM7Zpqr6neojVGls8xVTs9Q6EnArPcHipW5YP5gTuHnsHg8IljsG67umNF9+hvMVtD/JfVpKPEy0jPOtk+Rn6IrarLmT3W5O36ZYmmBTHfQL2O1c46ufLSrqa/ghpsk0HyRvTBZyYg7qR6ljq5t1DLKKAZovuxoWzZbAn9qs8C4sDU5WzPsLJyIPYRaLdRcJc1qJeZuCYrF/XTP9aajFVS8S0vXaeHUZ7XjsEOE7QtWEZnZrLDa+T1ycZJZBky+xGepfd5mG1Ru0tWOdjUtN1Y+zjZYs03mKCwebM/4hXKZMDOpb2czn2mzmZOdL5XZTn3eJkwYq02Y7Hzpr4uo785SSvJ1Gfm6LNjb4mSbLU4zGXFl2PQQhsYVxelJgB7IuLMaaY7RliM9jvZzzDSc8ij5odpJ1lAPK5/SXkB98eF+2kd8KJZHgoEV1K5l/pyuZEj5HIX14KjgynogmWuQyhyD9Ybl6++o00CcTaAuhEu09Wqehr8dsaOvSbvR4+ZSxtybHjP3JtraK+i5gHKYWoAlnJJLlbBM1iENlWjzN7DP/RT73BtY7dj1U+TCrsehjTH7cw98Zm1+GOPGRPi4rWFvS+mnu3unO7d2jNHU6CiDMdP5jMOOwRhuzziFwhqJZ0LZ+oerC28nRsIqZay2iOAvqK9J52pHstWO+CTGFv7cIQG2dzPDbDLaYspQ36VMsRMzyMlGNMjJwkBT+LHjKMHfJRbvwkxkd7uYlo+DVb8BZwH0rtQz1LcwdjLOoeiqKRt7zEl0lJCy0caysa+8RO2QFgY2q0so22xWGmjzu3Eq5Mry3+DETHNiBlnH3jFs7DXftaaa32OamV0dPauXMi6t6A32jKYTq5RVCHUY1lRnm/kqhFql/kSgdnUfm4x6DcxUG8PrQagYtZv2U7oDcmFFf4rJ2NnVpzkwj7G829n9CpwYR5kwtJZeWPkCYOUzr+v4W9wo+S9Rg6+jDM32cP5eN1J4HOU8F/k6Dj3HccZ6CXbs4+aeQmV+x53ZwWotXuKt1nZjS4MTM82pX9DSqFX/mzDB1DefMnxJbf5qlvKyYLPG34NR9GVr7M4nvLlaunr5jUp2/czqKD6hGEmozfSmgYg7DKIOzEgwOjCBSiHR80/5AYrNOc0lzDT59xRD5kmlhO4ilSUUg6mEnmLoYbub/wFzwzEu6TNbXJo3wUzCzQd2z+q7Sh4J9X15D8WQeYsy0mbKaN4CswmhHkIodlP3OE2Pkof0TDfngu5zZ+GuEctFOHAU9TVsbz6XyojXwOxEKBGhHoAkbhFIRZRRH6KMVASZcZDpgcxf2Z0cpPkc0gyrrORHGaWfMpKfefVOS+M48s7W83rceBkHPXrY65zvpbyGnD5juxmiuQg90dATycmYb48gPVPpLClflGlrmYq4GpTh1CYsbxPsLMByC/L+AasLp1sNvwVzjxPTzTHLcHflWcR+hjLqaHrnwSMRdzYmgtkHBnchVOy75Z/TvCs/RhoeAvM5tY8p/4S9DneJlY9R8sdhu4bVUcWXFNrvwV7HrBBOdzjNN9w22264ubj75HRzRrqX3n5RfoTbg7iZ5uK+32yEepK77yeCuR8Mu5lmf2cJbQO3a55md6jY3UKkeaX5Zgi1Ro6mpeeRiFtSrMROUOuTx1bY65ilYoJT7MNwl2Y5LP91YKoU0mflV+VXMR7mC65unbESm2V3x3UcynCctQzZTcuX7G5aUpml1LeeaFAN++xuElINz0DGXck/TH8lzDgL4/IG1zgw4yyMy5tO48CMs7bnN9AL7qG+5g3IsFuUj3G3KMegfNaifMagdiT0Jj/qs9W7fS+ATBzu7XThDqerMyBWy/SeZyhkWL5wa06Ox53Jc6yclUpq/zGfLlHrXI3SRK0iih/FWJ26uH+okLWTnEllSO+mMv+DUaUC4+EDTDN/btV/XqD/C2g65i+aHnZz2O4uMeZBe4bOPpkIdRqhXNzmZRYqO2aaE3OvA1OAeZkvsb87MX8Cw+5HPWS7H0XavCfavKe1zVegnGORQvNdWf72LFJYgftaj+GGmyuZB5wYGrv9edwgl72bv4kajbh4JhVzt/2dUjrjv4ZRpR4twczYyTiHoitP3ElT47Gqx8kaYdLpvVOadwvD3UQdjPSMQ/kMRfm4ulPa4MRMc2AeRmmgV8oGu15Ja+cHqB23jO2mJTvhtWOGIKe/paHETxDK+RblbxHqtyrZv0s/VNtsMtqZYK7aGF6PuZxpeiaBcXXTssGJmebE0Hq3P1EtcGIcZbrAhOL89Pu4aYm7jva3H2Gvy6cpVPNQg+a7jtx9yErWopCL11CD5laH9jwS7dl8sxEym5BT841EjKLV/G1Du3GswYmZZu0Fj2EFkstKAzfqX8ddR3bbOZ/e+VT3qN6WNJPYn8XI5m0b2dRHMYM8ah0hv4ANzZv6ZssAs6plMKsamEQwY8FYvnm07Y6Z7eJl3BKcI7cIZtuXZp98mjBvgNlnuopQ1HZxC5YKduNlCKxzf4e1bYjZLkHjikRc0lcySJV5dfoKrBDPIhevcMwPnJhqGyOGQU8D9OCcWpOKXe0x+KlI4WDlGUsKLbcRnL+rhZ5iW4lpLtC7bXIc9FyA7euK/BBh7pHfodhczodRzodRGt8RzLZKh/07x2BNcg9sOLDSaHC+rLnHthMnDL0TpeUYnMyad+t/sd3u0/wEFhIvWHJ+AuYwmAgwh8GI9D1azQL4Im6ZelB7rPyEfJFI7qUWKrKnJjrVB6lv3WVzDM2Xw777XsHV3TlnJot+4SKX4jsXZv2ORw0yqyMbV/Ng7z0PPg8y74LZJ7dSDOYQbNTvwv58iKZH8xbK/FWUyWTzzoXm/VXk3cxAphQy76PkJyOWcOoLl+gZIs9o4kxxxK9CG/gYTBX0MGYRx3wGK99OWPk+szFyGMfY7/Fp7MmwE/4IFsU3EFc7mN+BOU8Z4Q3sKDfA94HMcuw0R4HxgnVuHN0hii9RX/NTxGW/x6dWxya0zAiUQBNbxSGFu6lvXtdFQ6YAMtHQ04sa/w1KzPIVNsHKu5Ax74Vx23kbs1mBOQk9KkKdBONs5eOZC6Y+C2O2lD5H02xm5poZL8HFaamZQfmI7OT6CTAjIPM627Fi1JpPfc0mlAY72f+r7Y6H5qb8CGH85VqKzSPJE4SpQqtjN15S5eMk74qyhmBYYEQjcvoASoPd33gBNpnV6Ms1qJ2P8W3XTuprPkYbW4tSfVKiu8610NONEamXjZk4PRlATpV76KirvkdLSX6ZY94G00tzqiSCWQhrfOItMmpJz2F/+je6P5VgJyHrdpxJQfOfaBuTLlMZ5QnIXKbjvPwY/VX5SJlFMWQeQx98BX38MeipBvMBaq0a+QrBifxE3EthZxOf42T/Ju63sJcQjIh9LNUsGjFmMkZvZmh9+aPE/oeOwKI/4oqirUJZjH4XBSaE9ke1HP0XcYl6/PpXtHA9Yv+rfIowJ6iv+Stk7qavdMuDqC/e7ZrRbIGeR9AOt7ieicyj8Sdm2yltq8PQKirAD0OoT9FaosB8Cub7yFc+WgK723MS+XoLaUbfEUcgVCO0jQBTh7lpK1pmHZevvXKTNV/58la605fp3op9o5En0+9Y10jvUwxmBWQ+gAzupUidKMM/I3e4Xaw5hbwfR95PcSuHB7mVQ6IUSBnqm08ZPkGoTxGKfVn2JZg/gfnSxpD51MZshMzPwGyE5lzkHfOOmAvmXnkhYZZQn33FJn5KsSqAQamKpcorRKab+mKpieziRRl6aqAHd3IkjITqYyj/CPNK+ADWGzR2tsrdLL+JueBNis1jOM31FdT7KvO4QcuqAww77VoIPTXQs9A8F9BYPkS9f2au0wMYWw5Y6tS5xMSjGGl/gjQfBTMGoRIQagwYnGjIcZjpFoFh33FkYD2GEw3NfoWOfrj1qllmns3pSc1f0HN/Z163ECzvxAz1Kscs4u6Qfwr5jZi/njW35+9hfWhjMMdJOAPS9IF5ms5EUiBmojdtc4H0Gkb+P7IZRH6MnnrIf6EYc9xK3MdLpb5mpTkuaofch/L5FONPozqU5OI53Kj5NWRYj9NzPY5n5tjyxb9YIk6TCS+XQXIaZCaBGQ1mkq2crSdH1u9lrKdCdEYbS8tZ3IfXWtLZtyeOq0q70xPB8XsHdqvzNlZW/LsrLm7vO6038jHCH0RLUFHO9vZ5KnMczFwwx51m6uecT9+49LzPpXC9QkfRfsxo9zBrj9O3OcfoDCvewDjGmFcoQ8ZVK+Mcyvk7F/M+hX3N9LKLlRVLocPNfM0b8hKB2kBoi3rD+XsZsmu783+D/P/5/wYJFsPFCEEQY8RYQRQTxSRBFtPEDEEV7xYzhbvEe8XhwiBxpHi/4C1mizmCj1ggFgp+YoVYKfiLdWK9ECj+UfyjECzNkB4VDEqL0iqEKgvJSi9ceU95T4jUxehihChdnK5KiNbV6jqFCt1Y3SKhVbdCt1eYr3tLd1l4Wfep7gvhuPCBIEhziVtA3GLilhG3krg1xPUQR20am8nfbcTtJG4PcfuJO0TcUeJOEHeauF7iLhB3hbjrxPUJJFPEeRCnIy5AEOVQ4qIJTiQuneBM4oYTPIq4POJKiKsiroG4NuLGEjeRuCnEzSBuNnHzBDofC6SHCfJy4lYRt5a4dUTXRvJ3C3HbidtF3F7iDhB3mLhjxJ0k7gxx54i7SNxV4m4QZxIERSbOkzhf4oIEUQknLpb+T1nEGQV6fiQqI4gbTVwBcWXE1RDXRFwHceOJm0TcVOJmEjeHuPnELSJuKXEriFtNXDdx64nbRNxWEtcO4nYTt4+4g8QdIe44+e0UcWeJO0/+fUmg94AE5aYgqGTIUImnegmiqifOQHAkcfHEkfFEHULcMOJGkt9yiCsiroK4OsK1ENdFZjZ6NjGZcNOJm0U4Uv8qqX+V1L9K6l8l9a+S+ldJ/asbiCP1r5L6V0n9q6T+VVL/Kql/ldS/SupfJfWvkvpXSf2rpP5VUv8qqX8tqX8tqX8tqX9tAHGhxJH615L616YTl0kcqX8tqX8tqX8tqX8tqX8tqX8tqX8tqX8tqX8tqX8tqX8tqX8tqX/tQkHUkvrXkvrXriKY1L92HXGk/rWk/rWk/rWk/rWk/rWk/rWk/rWk/rWk/rWk/rWk/rWk/rWk/rWk/rWk/j1I/XuQ+vcg9e8RRFw4cbHEJRNnJC6LuBHEjSaugLgy4mqIayKug7jxxE0ibipxpP495pC/84lbRNxS4lYQt5q4buLWE7eJOLJGNrXK9xG/hd7sMw0C9gTOAs5yxMICicx+pqHcr3fLFdRX5gHPIH6m8hzwfcBMJg24FGHTiW80a66Fnrn0V8i3ycnUJ22bSN560eKT1jfb6ku3kAb6vw2ZAuR46iuPEn8rNDxPNfcD97+GWOaDfwiYpXyoGY9C7I844SIHfijDiHGo7A0mF/h+4HH2uP9Dmt/+M/QchuTdppnhu82a0yDfinK4BzLjHPDdiJH5FdI/qa/E0LK69UuHXy1+CvxFVoaleYidzIuc32P1h96aDcx8A/xnwf+S07DZqidL/g7S+V3UXS7qdyLymGvNo0XDZltY6RYkM4A/RAkMQqgi8A9b9Wfe2oRSQjnTdSXBPsAPQN6IWNo4+b9a/aHwsyCfReX736Etrf8durayK7Es6M8y6x8G/RNofoGHAGfKI6xtJhP83WZ+GNLsiHk9QxE209zeeD08b5O/F+3zXuUh5HEE4qJ4qLQKofY7YtY+0e+GKj1OuBv4sBNeArzLAWfeOmErE9Noa0lmmnvBcsjf82/C97nElvGEy4s5j3zYGW78BcQfDH+onX+fS/9ucxuLh5/PtbTvAI93wPeitd+r/E7QDF42eIogDj4oeInXB50cdGbQuUEXB10ddGOQyUv28vTy9QryCveK9Ur2MnpleY3wGu1V4FXmVePV5NXhNd5rktdUr5lec7zmey3yWuq1wmu1V7fXeq9NXlu9dnjt9trnddDriNdxr1NeZ73Oe13yuuZ101vwVr29vPXeBu9I73jvVO8h3sO8R3rneBd5V3jXebd4d3lP8J7sPd17lvdc7wXei72Xea/0XuPd473Be7P3Nu+d3nu893sf8j7qfcL7tHev9wXvK97Xvft0os5Dp9MF6EJ10bpEXbouUzdcN0qXpyvRVekadG1k1TZRN0U3QzdbN0+3ULdEt1y3SrdWt063UbdFt123S7dXd0B3WHdMd1J3RndOd1F3VXdDZ/KRfTx9fH2CfMJ9Yn2SfYw+WT4jfEb7FPiU+dT4NPl0+Iz3meQz1Wemzxyf+T6LfJb6rPBZ7dPts95nk89Wnx0+u332+Rz0OeJz3OeUz1mf8z6XfK753PQVfFVfL1+9r8E30jfeN9V3iO8w35G+Ob5FvhW+db4tvl2+E3wn+073neU713eB72LfZb4rfdf49vhu8N3su813p+8e3/2+h3yP+p7wPe3b63vB94rvdd8+P9HPw0/nF+AX6hftl+iX7pfpN9xvlF+eX4lflV+DX5vfWL+JflP8ZvjN9pvnt9Bvid9yv1V+a/3W+W302+K33W+X316/A36H/Y75nfQ743fO76LfVb8bfia9rPfU++qD9OH6WH2y3qjP0o/Qj9YX6Mv0NfomfYd+vH6Sfqp+pn6Ofr5+kX6pfoV+tb5bv16/Sb9Vv0O/W79Pf1B/RH9cf0p/Vn9ef0l/TX/TX/BX/b389f4G/0j/eP9U/yH+w/xH+uf4F/lX+Nf5t/h3+U/wn+w/3X+W/1z/Bf6L/Zf5r/Rf49/jv8F/s/82/53+e/z3+x/yP+p/wv+0f6//Bf8r/tf9+wLEAI8AXUBAQGhAdEBiQHpAZsDwgFEBeQElAVUBDQFtAWMDJgZMCZgRMDtgXsDCgCUBywNWBawNWBewMWBLwPaAXQF7Aw4EHA44FnAy4EzAuYCLAVcDbgSYAuVAz0DfwKDA8MDYwORAY2BW4IjA0YEFgWWBNYFNgR2B4wMnBU4NnBk4J3B+4KLApYErAlcHdgeuD9wUuDVwR+DuwH2BBwOPBB4PPBV4NvB84KXAa4E3g4QgNcgrSB9kCIoMig9KDRoSNCxoZFBOUFFQRVBdUEtQV9CEoMlB04NmBc0NWhC0OGhZ0MqgNUE9QRuCNgdtC9oZtCdof9ChoKNBJ4JOB/UGXQi6EnQ9qC9YDPYI1gUHBIcGRwcnBqcHZwYPDx4VnBdcElwV3BDcFjw2eGLwlOAZwbOD5wUvDF4SvDx4VfDa4HXBG4O3BG8P3hW8N/hA8OHgY8Eng88Enwu+GHw1+EawySAbPA2+hiBDuCHWkGwwGrIMIwyjDQWGMkONocnQYRhvmGSYaphpmGOYb1hkWGpYYVht6DasN2wybDXsMOw27DMcNBwxHDecMpw1nDdcMlwz3AwRQtQQrxB9iCEkMiQ+JDVkSMiwkJEhOSFFIRUhdSEtIV0hE0Imh0wPmRUyN2RByOKQZSErQ9aE9IRsCNkcsi1kZ8iekP0hh0KOhpwIOR3SG3Ih5ErI9ZC+UDHUI1QXGhAaGhodmhiaHpoZOjx0VGheaEloVWhDaFvo2NCJoVNCZ4TODp0XujB0Sejy0FWha0PXhW4M3RK6PXRX6N7QA6GHQ4+Fngw9E3ou9GLo1dAboaYwOcwzzDcsKCw8LDYsOcwYlhU2Imx0WEFYWVhNWFNYR9j4sElhU8Nmhs0Jmx+2KGxp2Iqw1WHdYevDNoVtDdsRtjtsX9jBsCNhx8NOhZ0NOx92Kexa2M1wIVwN9wrXhxvCI8Pjw1PDh4QPCx8ZnhNeFF4RXhfeEt4VPiF8cvj08Fnhc8MXhC8OXxa+MnxNeE/4hvDN4dvCd4bvCd8ffij8aPiJ8NPhveEXwq+EXw/vixAjPCJ0EQERoRHREYkR6RGZEcMjRkXkRZREVEU0RLRFjI2YGDElYkbE7Ih5EQsjlkQsj1gVsTZiXcTGiC0R2yN2ReyNOBBxOOJYxMmIMxHnIi5GXI24EWGKlCM9I30jgyLDI2MjkyONkVmRIyJHRxZElkXWRDZFdkSOj5wUOTVyZuScyPmRiyKXRq6IXB3ZHbk+clPk1sgdkbsj90UejDwSeTzyVOTZyPORlyKvRd6MEqLUKK8ofZQhKjIqPio1akjUsKiRUTlRRVEVUXVRLVFdUROiJkdNj5oVNTdqQdTiqGVRK6PWRPVEbYjaHLUtamfUnqj9UYeijkadiDod1Rt1IepK1PWovmgx2iNaFx0QHRodHZ0YnR6dGT08elR0XnRJdFV0Q3Rb9NjoidFTomdEz46eF70wekn08uhV0Wuj10VvjN4SvT16V/Te6APRh6OPRZ+MPhN9Lvpi9NXoG9GmGDnGM8Y3JigmPCY2JjnGGJMVMyJmdExBTFlMTUxTTEfM+JhJMVNjZsbMiZkfsyhmacyKmNUx3THrYzbFbI3ZEbM7Zl/MwZgjMcdjTsWcjTkfcynmWszNWCFWjfWK1ccaYiNj42NTY4fEDosdGZsTWxRbEVsX2xLbFTshdnLs9NhZsXNjF8Qujl0WuzJ2TWxP7IbYzbHbYnfG7ondH3so9mjsidjTsb2xF2KvxF6P7YsT4zzidHEBcaFx0XGJcelxmXHD40bF5cWVxFXFNcS1xY2Nmxg3JW5G3Oy4eXEL45bELY9bFbc2bl3cxrgtcdvjdsXtjTsQdzjuWNzJuDNx5+Iuxl2NuxFnipfjPeN944Piw+Nj45PjjfFZ8SPiR8cXxJfF18Q3xXfEj4+fFD81fmb8nPj58Yvil8aviF8d3x2/Pn5T/Nb4HfG74/fFH4w/En88/lT82fjz8Zfir8XfTBAS1ASvBH2CISEyIT4hNWFIwrCEkQk5CUUJFQl1CS0JXQkTEiYnTE+YlTA3YUHC4oRlCSsT1iT0JGxI2JywLWFnwp6E/QmHEo4mnEg4ndCbcCHhSsL1hL5EMdEjUZcYkBiaGJ2YmJiemJk4PHFUYl5iSWJVYkNiW+LYxImJUxJnJM5OnJe4MHFJ4vLEVYlrE9clbkzckrg9cVfi3sQDiYcTjyWeTDyTeC7xYuLVxBuJpiQ5yTPJNykoKTwpNik5yZiUlTQiaXRSQVJZUk1SU1JH0vikSUlTk2YmzUman7QoaWnSiqTVSd1J65M2JW1N2pG0O2lf0sGkI0nHk04lnU06n3Qp6VrSzWQhWU32StYnG5Ijk+OTU5OHJA9LHpmck1yUXJFcl9yS3JU8IXly8vTkWclzkxckL05elrwyeU1yT/KG5M3J25J3Ju9J3p98KPlo8onk08m9yReSryRfT+5LEVM8UnQpASmhKdEpiSnpKZkpw1NGpeSllKRUpTSktKWMTZmYMiVlRsrslHkpC1OWpCxPWZWyNmVdysaULSnbU3al7E05kHI45VjKyZQzKedSLqZcTbmRYkqVUz1TfVODUsNTY1OTU42pWakjUkenFqSWpdakNqV2pI5PnZQ6NXVm6pzU+amLUpemrkhdndqduj51U+rW1B2pu1P3pR5MPZJ6PPVU6tnU86mXUq+l3kwT0tQ0rzR9miEtMi0+LTVtSNqwtJFpOWlFaRVpdWktaV1pE9Imp01Pm5U2N21B2uK0ZWkr09ak9aRtSNucti1tZ9qetP1ph9KOpp1IO53Wm3Yh7Ura9bS+dDHdI12XHpAemh6dnpienp6ZPjx9VHpeekl6VXpDelv62PSJ6VPSZ6TPTp+XvjB9Sfry9FXpa9PXpW9M35K+PX1X+t70A+mH04+ln0w/k34u/WL61fQb6aYMOcMzwzcjKCM8IzYjOcOYkZUxImN0RkFGWUZNRlNGR8b4jEkZUzNmZszJmJ+xKGNpxoqM1RndGeszNmVszdiRsTtjX8bBjCMZxzNOZZzNOJ9xKeNaxk2jYFSNXka90WCMNMYbU41DjMOMI405xiJjhbHO2GLsMk4wTjZON84yzjUuMC42LjOuNK4x9hg3GDcbtxl3GvcY9xsPGY8aTxhPG3uNF4xXjNeNfYPFwR6DdYMDBocOjh6cODh9cObg4YNHDc4bXDK4anDDYLK3FD6ToqlvOk/8e6Ui6lOsKVGpdb1DIHt+YZaW7Bw0/sCnlJPE/9D0uAVbePWgFW/UxtnLa/xNH0DmBie/jsMvcPgqcCbi7bTiU6oH9CywYTN/xYo3au93kr/Axcv4X3F4kwWLZ2T6revTOFc6g+9AK27RVxrO4GaXGUPGwksc9nOQebr/zzY9eKv5DH2fzUHmXfCia96cnqHWNJjTZpZ5zarfgp+AzAirzDTTXeAfd9Bv4ZdbdAqn6A0H4RS9s0fKpJ76t34EvNuGmYyZ7+LwZkcZk8rp8QP+jZOMB/iVTrwXh8fb0sDSxvj+6zb9ZjwBMg1c2LFoe+856X8S/MecTiPwd8E/y+WriAtrtGHlAicz3FHGFMLpiYDM/U4yYeCjnfgoDj9jSwNLm5m/y6bfjHuAH+dkngbf6aR/OfhHLTpJe/gu2oAB7aER7eRptLcgG4aMGSs7OBnVQebp/ldtekx7ITPISYa11UtO/OtcemKsaTCnzSzzK6t+C54ImWSrzLT+fvCFDvot/FyrTp28nvj39dc4YrzcZcE3bFhd6Fqex3jN6Wtk8CXUFTPe9vXydvp1bnTa9DThVuoK02Ubpm1AbFL+YsNqGIefsGFz2FscboVMnZNMO4fH2PQzHu/b2MuXcniODfefgf4MJ/ll0HOQy8suyHhymOXrIy4vyRx+lNPJ5ENt2DQTMmMdZUyzODzHpp/xuHVmLz+Bw8/ZMP1unei/z0n+V9BzwpoXHV4IvK//EUesnLJhVeHwK67leYz3l75GhurXXHOOy528nf7Er0uzZgJ9t0rTc2sjxbT9WPF6G4bM+6aLHK60yljwaAf5HvqFDuF3cTpd46l8WHUFxf1fcHqqbfH2fybQb7fJ7KA5cWsfwRnqHCv20XrYsFlGb8Mm+jWNj3rBiu9VJ9rLiz6mR6DTxOm/4AZzYdW/IGwyp+dJDpNVltgulxH5HaYfE+xBb25YsOrL8dus2Czff5kLO9OKS/oXOfAeyjpLWM01dQqHC6zYpHQ76jfLdNiwcoVL20tO8nScSVTnWvkHpDeB05CGCA6Pt2K94mnFZvn+Q1xYfysu6S9z4D3kG5awJG1/4PCzXFyCo34z/xtO/m4rn0jHZwd5+vV9uLleKC9L9Duj6aag/0O8gt42FN/CuLQCY4sZK/UUm2bbZOiaxCJjhyGj/JUL+xmns4DjW21Y/pDDOmDMPso5Dg/j0qCzxctk7DBLw24u7HEbVpM4fqQNy3utWJZ+SssEa4P/O/xvqVNJlOfTu4L0u0hJxL7AjBlvor6oVjnKmKZzMsFOeia60VPhKOOo59+VLzlEJmt16f5bcyimY4gFqz9yxYtvyfTeWqK57fXZMH3ByQUPec1lG2/BVJ7nmfztpkeTTMtHlPvpXJOsVnN4hxv+fg5v5vBGG+Z0ltCb7SydZM/+HQ4/4sibVgInc/x3OfygDTOdJvq6xVNyMR27bj1HMT1btWD1Lkee7jsIfo3jb3H4SxtmOk30LbWV8n8hL/TO50rlFzZM99eueNzht+AbHO6zYZtO8UX5I+wFxv5nscYf9o2nUJ7+yloO0/J/yvSCTYZh7SBHeVMJZD534l/h8HBbWOh5Ci9I7ID8U4q/Dcs/R5mvsMmY8VJHeXyV85Q624lfx+EkW1iqh+R9OvKe/5/FmreVv2OsoCuKt+k9ZAvG285mjPWqhSfykkf/CpTtc67rSN1gw9ogjn+OK2eN63JW9RxewGGNtczfpmsGkp5QpHm8DSs5HK7nMJGXNvXnEWYVvvZaRb8sE8eod3P4h1bMZN4x+YG/y4mnX/LKNC5Shp1WPA3yzvxA8LT+I988LL7ftGAfexlSbpFc+Zu4eplgxUxmB93XEz7Sif++G97goP924lKdwn7kEvtrf+bA7zD9N4dp6/L3COZkaI1f5tJwmUvDZV6Gy689/303vMFB/+3EpTqF/cglZvm147n8Xubyy+bWMzL9nwTP3KI31V9UIzj8QyuGjBRMbYbii3ROceCHoc2MQptptuJpkHfmB4It7fkbhTWVc1h1kEnFSxe7sTbwxxcov2TlJv/Vgu1kOmU6Jtxnun57mI4V7mSEU2oOjdFsw/wph5fasLaJ4yFPxw2HsDw2cnglh3/M6Wx2lDfVOIW1YpJmI9JcfXvYnHfXMr+Q8fYOPRfQ/ILGZcF2/GYr7pLJOKw5jPR0Ka/bMONNv6VYncfxycAPQX6VDTPe9Cjkay286CcPQVzUyuSHvYwZm3lqw/TDex3gyVxA14333dLZcD9dtb6NN2os/EVHGazl3lZLnMLSXfnbWp2NV5ss2GJXN9fLBO6MgOe7HGWYzd/Ozs/Z57WjOfkDnF29xxGbbfI8f8FJPsLRrs7bw9U/cXHlWjApq/0oE60N9w+hWFrL8TedZKaj3Jqc+GSUW6qNV2ZYsDhGIWOmpN6aT2de+R8WrFkJ+8Dbt3YRJlT5k5V/it7mNK8ZLjP7g9mG30H8F/AaXrDSb5ORqS3iKdMjDrhElqlvoq89eNNvncx8sky/bF1Jw0p/xX7tV4687Kvss/DCpyrVM/XWMuBON5iTwVc5wJpt+H/uoJOs55dZ8dvII/JOsN6KuTSQvLP5cQHy9X0bpmmzYLYHcZaxk1/FyRdyONq1DP0WzCqTx/GXOd6fwwEu4+2U6ZvYsum/EPZF8Apk7rdhZYEFi4nKftcyNkzqsdHGq1pOzxkOczLKf3P4Iw7/lMNHOfyeyzR0ytiTmqgVd4eMWcD0MPoaHasvmw7Rlimft2EljsN/s2AWlsfCFIyfJfIyVzK8TsLPRLyjrPgF02PQ38TF1eyg/wXTduI/S9PJ4mJpM2PLGHW/7UzQPLa8Zxuv2DmjGe+2Yf481KyHyWhd87xO/pzUbpys4vRUO8r3TwSfyMnw555sDBxpO+Mz56XTNh6azw3Z2FjkeG5od1bI5De74Tsdw7JzT7tx+CQn/xdH+f4fgt/CyVjHbc1l8RPid/TvoHWH/5fqcj+VfEH6woZlDw7fsmBzWA4LB6geTYn4uSsZXicfr10aXqB3r61xPepKnqWTxUVkQqzx8m3+snjZGnal9DD2d3QUXYmvKRnuFLehr1H8uERn9sNmmec5eSsm9djMtYcWrr2d5cr2b9ay/aMcadXJY3+J/v+ey2/9iZYVvQeiKblFbeZn8H+lWe5FXLfdT1AKLPcKSLxJgm1tkGRrz/QdAM10czvcKNjm9I1cO7HKEJ1nbWe+gsCdFxdYznM1Jvy/KpZzjY2Cxa5uZ3sx20awTzfbKxxsFHa2At5W8xRnP7Hbm9vWV/brH9v6xG79UEfPwizjjDqdq5fPbO1cnmtuJ6Kg+E3zmyYIfjP8SFvTTwwcKYgGySCJfw75fcgp8QSRuEt/l95bEPQ++hRB0Q/R5wrR+hL9fwlZBsVwl1BjGGRIEBoN6YYHhOmGbEOHsDDky9AgYZ1AvygUifMgTkdcAHGhxEUTl0hcOnGZpFyGk7+jiKNfa5eQv1XE0deX2sjfscRNJG4KcSR90mzi5hG8kLglxC0nbhVxJP/SOvJ3I3H05cft5O8u4vYSd4C4w8QdI46MDRKpYekccReJu0r+fYP8NQkCXbfInnQVQnAQceH0xTHyN5k4MnbIWeTvCOJG0xdP6PffBNcQR9+E6yB/xxNHvwKnb+PMJHgOcfOJW0TcUuJWELeauG7i1hO3ibitxO0gbjdx+4g7SNwR4o4TR+qR7jPJXCTIl4i7RtxNQSBrM4H+91+KF3F64gzERdL/WYL8TSWOrCiVYeTvSOLIPkkpIn8riKsjroU4sm6mX8QokwmeTtws4uYSt4C4xYRfRv6uJG4NwT3k7wbiNhO3jbidxJF6pWsG5RD5e5S4E8SRtYvSS/5eII6s7Gl/VfoEQSX1T+9DqaT+yXpFoPt4sv4RyFwi4G0tUv8qqX+V1D9d85B9gkDmIoH+L6X0NTGV1L9K6l8l9a/OIG42caT+VVL/Kql/ldS/SupfXUscqX+V1L+6hThS/yqpf5XUP13rq/TlBlL/6kniSP2rpP5VUv/0zpdK6l8l9a+VifMkjtS/ltS/Npw4Uv9aUv9aI3Gk/rWk/sk+QtCS+teS+teS+if7VUFL6l9L6l87ibipxJH615JdNKmqm5y/Ev4BDrvzX/pGjPOvf7jNuMY7MUsc5DPdhdVUDiC13yxftxv2q0uG+v9Pe1ccG0V23of12vjw7Ozs7Ozs7Ozs7Ozs7Ozs7KyDiAsIcZbrUstyLeIQ4nI+apBrOYSQFbJcy0cBAaKIQ4g4hHMociilBiHL5RByLJezEKWUusT1uRahPuIg4iPERZQAJYg4tum+NzO7b9frhovUSlX5w+Offvq9733fm53ZN+9736wTHF8/y1WmmFxML3I0ND+Fx19gZ5Azi57f/81z/duj/m3nOve46LnGDvw/Ptf//Qgb1wLxBudi8g00X9RmzuctMZE4jdlKKQy3fVbSUrKjpLWko2RvycGSIyWdJV0l3SVnSy6UXCzpL7lScq3kZslIyXjJRMm9kgclj0qelrwsmcVteDFO4DTO4SKu4Dq+Al+Nl+Pr8Bq8Dq/HN+NN+DY8ibfhu/B9+CH8KH4cP4mfxnvwXvwSPoAP4dfxYXwUv43fxe/jD/HH+HP8FT7vsDuWOUgH4+AdkkN1lDrKHGscFY4qR61jg2OTo9HR7Nju2Olod+x2HHAcdhxznHCccpxxnHf0OS47Bh1XHTcctxxjjjuOSceUY9rxxPHCMUNgRBGBExTBEgIhExqxnFhJrCUqiWpiPbGRaCC2Ei3EDqKV6CD2EgeJI0Qn0UV0E2eJC8RFop+4QlwjbhIjxDgxQdwjHhCPiKfES2LWaXMWOwkn7eScolNx6s4VztXOcuc6Z42zzlnv3Oxscm5zJp1tzl3Ofc5DzqPO486TztPOHmev85JzwDnkvO4cdo46bzvvOu87HzofO587XznnSTu5jCRJhuRJiVTJUrKMXENWkFVkLbmB3EQ2ks3kdnIn2U7uJg+Qh8lj5AnyFHmGPE/2kZfJQfIqeYO8RY6Rd8hJcoqcJp+QL8gZF+YqcuEuysW6BJfs0lzLXStda12VrmrXetdGV4Nrq6vFtcPV6upw7XUddB1xdbq6XN2us64LrouuftcV1zXXTdeIa9w14brneuB65HrqeumapWxUMUVQNMVRIqVQOrWCWk2VU+tS8786qp7aTDVR26gk1UbtovZRh6ij1HHqJHWa6qF6qUvUADVEXaeGqVHqNnWXuk89pB5Tz6lX1Lzb7l7mJt2Mm3dLbtVd6i5zr3FXuKvcte4N7k3uRneze7t7p7vdvdt9wH3Yfcx9wn3KfcZ93t3nvuwedF9133Dfco+577gn3VPuafcT9wv3DI3RRTROUzRLC7RMa/RyeiW9lq6kq+n19Ea6gd5Kt9A76Fa6g95LH6SP0J10F91Nn6Uv0BfpfvoKfY2+SY/Q4/QEfY9+QD+in9Iv6VmPzVPsITy0h/OIHsWje1Z4VnvKPes8NZ46T71ns6fJs82T9LR5dnn2eQ55jnqOe056Tnt6PL2eS54Bz5DnumfYM+q57bnrue956Hnsee555Zln7MwyhmQYhmckRmVKmTJmDVPBVDG1zAZmE9PINDPbmZ1MO7ObOcAcZo4xJ5hTzBnmPNPHXGYGmavMDeYWM8bcYSaZKWaaecK8YGa8mLfIi3spL+sVvLJX8y73rvSu9VZ6q73rvRu9Dd6t3hbvDm+rt8O713vQe8Tb6e3ydnvPei94L3r7vVe817w3vSPece+E9573gfeR96n3pXeWtbHFLMHSLMeKrJKa469gV7Pl7Dq2hq1j69nNbBO7jU2ybewudh97iD3KHmdPsqfZHraXvcQOsEPsdXaYHWVvs3fZ++xD9jH7nH3FzvvsvmU+0sf4eJ/kU32lvjLfGl+Fr8pX69vg2+Rr9DX7tvt2+tp9u30HfId9x3wnfKd8Z3znfX2+y75B31XfDd8t35jvjm/SN+Wb9j3xvfDNcBhXxOEcxbGcwMmcxi3nVnJruUqumlvPbeQauK1cC7eDa+U6uL3cQe4I18l1cd3cWe4Cd5Hr565w17ib3Ag3zk1w97gH3CPuKfeSm/Xb/MV+wk/7Ob/oV/y6f4V/tb/cv85f46/z1/s3+5v82/xJf5t/l3+f/5D/qP+4/6T/tL/H3+u/5B/wD/mv+4f9o/7b/rv++/6H/sf+5/5X/nnezi/jSZ7heV7iVb6UL+PX8BV8FV/Lb+A38Y18M7+d38m387v5A/xh/hh/gj/Fn+HP8338ZX6Qv8rf4G/xY/wdfpKf4qf5J/wLfiaABYoCeIAKsAEhIAe0wPLAysDaQGWgOrA+sDHQENgaaAnsCLQGOgJ7AwcDRwKdga5Ad+Bs4ELgYqA/cCVwLXAzMBIYD0wE7gUeBB4FngZeBmYFm1AsEAItcIIoKIIurBBWC+XCOqFGqBPqhc1Ck7BNSAptwi5hn3BIOCocF04Kp4UeoVe4JAwIQ8J1YVgYFW4Ld4X7wkPhsfBceCXMB+3BZUEyyAT5oBRUg6XBsuCaYEWwKlgb3BDcFGwMNge3B3cG24O7gweCh4PHgieCp4JngueDfcHLwcHg1eCN4K3gWPBOcDI4FZwOPgm+CM6ImFgk4iIlsqIgyqImLhdXimvFSrFaXC9uFBvErWKLuENsFTvEveJB8YjYKXaJ3eJZ8YJ4UewXr4jXxJviiDguToj3xAfiI/Gp+FKcDdlCxSEiRIe4kBhSQnpoRWh1qDy0LlQTqgvVhzaHmkLbQslQW2hXaF/oUOho6HjoZOh0qCfUG7oUGggNha6HhkOjoduhu6H7oYehx6HnoVeheckuLZNIiZF4SZJUqVQqk9ZIFVKVVCttkDZJjVKztF3aKbVLu6UD0mHpmHRCOiWdkc5LfdJlaVC6Kt2Qbklj0h1pUpqSpqUn0gtpJoyFi8J4mAqzYSEsh7Xw8vDK8NpwZbg6vD68MdwQ3hpuCe8It4Y7wnvDB8NHwp3hrnB3+Gz4QvhiuD98JXwtfDM8Eh4PT4TvhR+EH4Wfhl+GZ2WbXCwTMi1zsigrsi6vkFfL5fI6uUauk+vlzXKTvE1Oym3yLnmffEg+Kh+XT8qn5R65V74kD8hD8nV5WB6Vb8t35fvyQ/mx/Fx+Jc9H7JFlETLCRPiIFFEjpZGyyJpIRaQqUhvZENkUaYw0R7ZHdkbaI7sjByKHI8ciJyKnImci5yN9kcuRwcjVyI3IrchY5E5kMjIVmY48ibyIzCiYUqTgCqWwiqDIiqYsV1Yqa5VKpVpZr2xUGpStSouyQ2lVOpS9ykHliNKpdCndylnlgnJR6VeuKNeUm8qIMq5MKPeUB8oj5anyUpmN2qLFUSJKR7moGFWienRFdHW0PLouWhOti9ZHN0ebotuiyWhbdFd0X/RQ9Gj0ePRk9HS0J9obvRQdiA5Fr0eHo6PR29G70fvRh9HH0efRV9F51a4uU0mVUXlVUlW1VC1T16gVapVaq25QN6mNarO6Xd2ptqu71QPqYfWYekI9pZ5Rz6t96mV1UL2q3lBvqWPqHXVSnVKn1SfqC3UmhsWKYniMirExISbHtNjy2MrY2lhlrDq2PrYx1hDbGmuJ7Yi1xjpie2MHY0dinbGuWHfsbOxC7GKsP3Yldi12MzYSG49NxO7FHsQexZ7GXsZmNZtWrBEarXGaqCmarq3QVmvl2jqtRqvT6rXNWpO2TUtqbdoubZ92SDuqHddOaqe1Hq1Xu6QNaEPadW1YG9Vua3e1+9pD7bH2XHulzcft8WVxMs7E+bgUV+Ol8bL4mnhFvCpeG98Q3xRvjDfHt8d3xtvju+MH4ofjx+In4qfiZ+Ln433xy/HB+NX4jfit+Fj8TnwyPhWfjj+Jv4jP6JhepOM6pbO6oMu6pi/XV+pr9Uq9Wl+vb9Qb9K16i75Db9U79L36Qf2I3ql36d36Wf2CflHv16/o1/Sb+og+rk/o9/QH+iP9qf5Sn03YEsUJIkEnuISYUBJ6YkVidaI8sS5Rk6hL1Cc2J5oS2xLJRFtiV2Jf4lDiKPY/vr8LmwS/I5muWYN7RcyaslcIfs/CBd32pSCn9noPwOAXDSxs8PPgdyfbwDtxsvi21+Adem0wb2hgkwc1ZaY+m5cxsBa9BK4zg8q7XxZcS+NBe30qir+ch1kb+2h6nfOXcL0UYtunYK27oOg1/CUdsA5lYJtS8EO4jgoy1/9q7p3+GmzbjGDMwpZ+7mdIWxXh2xB+NfTnWdrOPxWOIfhoGv/c/qtc+wZf2JfGPylckfEH1Cjl6H8P+nk9E4uZm/s6jOvdDDZzc1+H+pv5NVn6P85gMzdn8Pfza8zcnIH/HcEfIXgcwT/O228ZrF/41vzPEQxW1MtgDYWJIR+YP5bhYR2EwZfBfRFW27C1fo51ZfYoWhjyzWDfson/CNT+mHgYvv0Y7kVMt/1+GsO9Uti5ub9NY7gevpBf4oa/ewj3C2HnQI2buXfIPQdXzmF+DZtrx8CeCjDOupnLA/lxDPhgXAu2J/Mfpj/zm+B7fd3wNwGTc+Vp/N25v87Ln5v7MjgWXUkdq+e60vi7c3DHC9j3bvpsYCOWBbwRi1FzasRi1Z/CWM7B/Brs18TngD95ecMfkM1ZZfrzAeQrMSs/uMrIuRh47m8wK3eZfP2lNI/NxRAsIRhmOWF+E7WDzX0vbcfCLRB/mNHM87kY5lJXIXs/UJzHnwU2V82dxqycqcmbPnyY9jPLh4UYbYuOSVa/iB2Yb82yMwuzpTDfamkQP2HezcINOW2TSL1qEqmHTb5eivDFCMYRnKl7zbKD1L0mkbrXJJIjThp1rybO1LomkX07WXihP3lsvpsezySSE08iOfFsfTWC63PbomOS1W8dYvOruXok951Ect8Wfg/BDUhbI+//TQRn6nOTr4sR3o/gIIIzdbjZdjJ1uEmkDjeJ5LiTRh2uiTO1t0lkX1MWXuhPHptGfn9Lhjd9+ADxE9V/C8Ef5LZFxySr37uI/ie5eiR3n0Ry9xaeQvDnSFswGnD/Ugr/BhzNzyHIm1t7tEYy2NCYfBLB38/VmNeXYceoN//7BRrjM9azgMcR3JzxwbzuIG9eazUIfh9q6pG2Tel4s+0b1+CvkXjfR2J5fxE+masx99ShsSA+LN2R0S8lF/jwbsYHM2f9eaatEZeJR3LjyrJjaJrz86hN9Lxk+dyI2NmSqzev8TJEg8S4aNuPIYbjA+Za6XH7CPHzY4RfheCtuZq5YcROGGqOLNDcgvy3F/CjiD9fyvhg+GZqBjP2TfwMakJI2wTk+3Ltz8OdM2Dumo73GXJOn+Xn0XhNPpwbC+rDUuSdBkX/uCDGBxkfTJt9mbZGXAY2Y0fiyorF0HwlP4/aRM9L1vhHETvqAj20DPZJpm0iMS7aFnwOrfkPxOY8CsxRrXkL4K15lIElBBvzqJEcO9bcqQbB72OZOQPUmPMoA49Bn3+dsQP1KM7jzwKb1jzq8wxv+vBh2s8sHxZitC06Jln9InbgtZllx5xHlSEaxE94XS/WNonch615lHEuliJ8MYJxBGfu51l2kPt5ErmfJ5F7kTWPMnDmHp5E7tVZeKE/eWy+mx7PJHLvTSL33mx9NYLrc9uiY5LVbyNic0uuHrnHJpF7bBK5x+Zr+zGWmf8Y2JhH3ccy8xaD9yM4iGBjHvXRAjvvZOyY+BmWmTMYmr9AsDGPup6xY+oRvNCfPDaNeVRfhjd9+ADxE9V/C8Ef5LZFxwTtF95nLJtqrt6cR80hNhE/87c1nk/NWolz8L0EBk4u/UoaTxoasI8uxRdYvNUW1Afl5dls+2/Sl/m8DL/rs/ST4Hk5D06CuYplEz5TT86jmIGaJ4j9/0B8sCN2anI0NTDec3AtLpvfswjPZtv/Qn0V5egniz7Ji7Pj/QS2RXEm3hrTPlg3MPf8L30HwV+xsKWB8U7C85jN71mEZ7Ptf6G+inL1cB0jD176g1we1H+lMYh3sjiQtl9T+AssUztmR3BNGpsaw3+kTs3i9yzCszn2v0hfRbl66H8ejNS7mTysd7MwAzCI16gfN9ZzrM9G0WdpvGqpmPmcGBp4flcZ68xZ/J5FeDbH/hv3Zc7Vs9oW9efF2Z/nfuT67c93/aZs/gOi/wliR8zRGNdvsujHC/g9i/Bsrv0v0FfRAv0bxpu+fvtzrl+osdkLC5H61kKkrjaXfxNs1SH+Tm3NutpCpK4W1RBI3SKB1Evm8m+CLT9/p7ZmvSSB1EumNYvuk19kP/ySLbau9P75LQU/SuN/KfgVgl9a2Fzr6Jr7DoLb4f0KfN/pBm9iyMP1qK65P0njPQY260S+t4BvyfAQNyNtvyjek6ffuowGrpvlaQvXxyzcgGjAE+XM7K8z2ODN99fVWvySd0z+bIY38Nw30m0nEZvZ/Ddy7WfZvJvRGHUiC9satQwm/hzR/AY5F3ANYfZnmDWvnnz9+2neGqv3MzzEzUjbc7OfZuzMudMY1TQv7CvLfiMyzlvyt11U8zEyPgg21yJqLT49bs+Qc/EMGZOPkXPx8QL+G/n6smwaz8WGxnguXtg2v8amgLqYgh/A+kQDD8zvTOMN8L0uFh9B9AyCER5cdym8H7YtT2PL/n7E/n7E/n7E/n7E/n7E/v589peUFYJc0mfgOl1SVgTmMJ/N/VkavwDjY3MWgqzTxGtQSe0sAhnVCaAxsG0T1Jywg7f6/MjE9yycmjv9aeq4H+L99gkw/4H4hb07dfwrEFfBH4D3c9ppUFOTwt+EOPXsM9cO3oczR4FYUvgjgEEOLodP44IBkKe2LwF56hRuBTUSoOal4CCoeSmYBjUvKfxlgOf+EyjBeyFS+lR0tiH47oUfgO+ygmnw+8gF0yZfDvn3YNtKS5/CpZYmpe8HfcHc9ACoBbHXAvsFG0ANVKrfEYBtQ7DfS4vbSfVVCPvaAjFh9Wv3gvEpDIDxSeFvQpwan0IbiLcwAeJN4VS8hR0g3sIEiLewCsSbwl8GGPhTWAXiLawCfdlrQbz2fwbxpjSfQjsGXw550O8U8NPUTwE/DU0hDeIt7AXxFtIg3sJeOJ6XQLypfj8BGMRbSIPP22J2Un0Vwr62QExY/abrm76GZeVkzWvQWgsC2FqHacUyaynG82MVgovTGms9oRfLPDsb2Hhe/hWWefaE9dqmHQMXW98RVm1X1to1XGM31xBgtZSxJmlgc72xN9M2a63SqGULpfuyYqxAYuxBYqxAYqxAYuzJxAj7NWM0sT/dF4jRhr3jHnP/G4Z5tnu+jRV72jx9GO75oXcO+0O2iW2yHfN91ddi+45vm+/Pbed8e3x7bX/n+6lvxvbJ25qstzVZb2uy3tZkpY9va7Le1mS9rcn6P1KTha3ESlPf4NUYnjouw0iMwUDld2Pq+xH87gF4O3JnAXgTXif0xuY67gLP8EspknJRFOWmeGoly2JLU9aE1F/qGwYD79Jfnvqf+obBUt8wWOUbf6q7/guwGOqBAAAAeJzsfQu8VNPb/9r7zJwzs2dazez7PtWRdL+eTverSpJK0k2S6CqVSiVJkiRJwjiaQcbMdOGEhGQkSZJLCSFJkiQhIZVb8l/ru9c5TacQ3vf1e99/n/mc77P22muvtfazv/tZz7rtQyRCiCKXz+5OsgeMHTCQVB0w9spRkj3o2rEjpbqXjx0yQrps2JCBY6WZIweMHyUlSHni6dC2e0XS6bwuF1Uk43t0bV+RxHt1Z7iOkN9+IzrxED8pQygJkTDRSAWSR04jZ5BqpAapRWqTuqQeyScFpCFSq0QmPpFaI7ks9zxS8ZjUJ05pI98Tpwwfk9IpSVk6nUayjqlpOaQ8/bg8PUxDPH028ZKyrB4GqU8asGvkduf3qEhCPbq3Y4gUlCWUWCqFpTNIZVKFVCXVSU1SB1cU51P2mFTmcekUIp17IdOwgtQekkMCxCKVWMqsc7t160hadj//vIrE7Nm9c0XSBWlCJTkGWZ76CcrmqdwS+dkGx1yV/btXNRpUMG6Q1GbQgJHjpY7A7sBJwCWDBowbIu0eNOjKMdJe4I8c5erAfGCbwSOvuFzuCuwJ7Dv0ilED5MFDxw4YJA+/YtQV4+WxV4wbPVKeyE4OkKcApwOXjxx19ZXyypGjB42U1wBfBW4EvgvcCtxx5ZDBV8i7gfvG8KsOjB00crz8M8esAmDfsSzTrDnAwnGs/lkLxl05aEzW4nHj8utnLQWmGRZkrQKuY9ggawNwE8OGWVuAexg2ytrHsHHWEYZNPdnjrh4zzqOPu2bcME/ueFa6pyYwn+lXZs8uyGQW0zBnGWH8OY90JeeTbuQC0ov0JheSPqQvuZj0I5eQy8gAMpAMIreydHZGuu6kB+l5XOr+5NKSKybimtzfveaiE141WFwnMQ4QxjSJ1dfDGEEY105j78zpjHVnCFZUY7yowZjB34s64i2uz96PBvxtYtc1Iy2YzIZsSVqR1uRMduxFnlkiV4m9YRw1aGQmmUVuw/FZyCGHvbX8qAOwHVBnaJFh5AoynIwgI8mVZBQZTcaQq8hYMo6MJ1eTCeQadhfXkknkOjKZ3CJyVIEKkADLAxsDmwAbAZui7PbkbBy1B7b5B7r873y+ErNPXMfnkI7kXNKJdObvP4s1gGVwJybTFz+ajSOb2T9+NAeYCzwbeVxPppAbyDRyE5mO2HIidiq5EbEzcP1dJIKn2JwMIUPJ5eR2pKUnSCsxW8qxrWTKdeXGcmu5g9xV7i33l4fKo+QJ8hR5hjxHnivH5UXyUnmVvEF+V94m75L3ygfkw1merGCWnlU+q3JW7ayGWe2ypmXNyopk3ZeVylqc9WTWiqw1Wa9nbcramrUz60tPRU91T76nv2eYZ4xntqfQM8+zwPOoZ5lnpedVz2bPDs8ez37Pz17Zq3hVb663kremt8Db0tve28Xb29vfO9Q7yjvBO9u7yLvUu8K7xrvB+653h3ev90C2nE2z7ey62W2yO2Z3y+6bPTB7VPaU7JnZd2bPy16Q/Wj22uy3srdm78o+nOPJCeZUyqmZU5DTPKddTqecnjn9cgbnTMyZmTM3Z3HOkzkrctbkvJ6zKWdrzmGfx1fVV9fX1NfG19c32DfSN9432TfbN8+3yLfEt9y3yrfOt9G32bfdt9u3z3fId8Sf7ad+05/nr+qv62/sb+3v4O/q7+3v7x/qH+Wf4J/in+Gf45/rj/sX+Zf4l/tX+df5N/o3+7f7d/v3+Q/5jyjZClVMJU+pqtRVGiutlQ5KV6W30l8ZqoxSJihTlBnKHGWuElcWKUuU5coqZZ2yUdmsbFd2K/uUQ8qRQHaABsxAXqBqoG6gcaB1oEOga6B3oH9gaGBUYEJgSmBGYE5gbiAeWBRYElgeWBVYF9gY2BzYHtgd2Bc4FDgSzA7SoBnMC1YN1g02DrYOdgh2DfYO9g8ODY4KTghOCc4IzgnODcaDi4JLgsuDq/B+Svp4tI5S9d6wRNKqxSSbnZCarnBlk8ru+c/Lu+mNb9104fuEXOzGm/muDFV35YvT3esqzXOPP9nvyjPW4Tr5rP3tx7q2b8OCN+ZtLHyz0D1q1bzVqFapVtvdq68Vpds+Vzrd3VwGbXRl2yWi1JqurEZdWXaTiG/synAXEV8TtlYKrXVleB4rVSKeZkObLW22t7nKLCGzlP7p/tn+Qv88/wL/o/5l/pX+tf4N/nf92/y7/Hv9B/yHFY8SVHSlvFJZqa00VFoq7ZUuSk+lnzLYLYWmRe6zXWnucKWd58oBw1CqlLvAPVZHolzJf8A9rj/Qlf2mudKaIGo9iiPLP4T09snWShmpjFcmK9PdUo01onabkYt+sjzF1XKXqedVFbWeiusDJ+YzrJJU1nYlnehKY4Ery+x38zhnFLN0/M44q/wkq2X5lt1bxhH29Mzr2bvnol7ULbfqiqrfuvUvH8F5uXnD5nNdfZeb5MrcyaK0tCuvG+nKIR5XBqe7cuhSeMpS7l6SLbO88xfUb4o8JXW3K/Ux7plB5qBlbtq8ju6ZM5a50qnr1sZkz4Kl9Pl/VIjiU0KKrVRUqiv50I2iVFJqKgVKc6Wd0knprvRVBirD3drXStQ67IYu0i+a6OZZXnVLffHISwvcmCYJVy9XLR07dFxVN1ynY52JdVYipVTd1ZvnvfTmDe9v3vKlm6Jpm6axptvc3GtPrL1K1LCUnSLZWcz7eLn3yzPXVV+39JUnXxX3rrr6lSqk3Rw6b+gy3Y2p2dXNf9iXV4wdXhP377142MWpfjP6Le23RTynBVX3Cm0TxGR1ePKc7HOGu8+70l6h+Qmok98f8d/nT/kX+5/0r/Cv8b/u30SyPeyaUQtG9xkTdMuvX7n+ZUJnwVr9EPJP1if3mbz6euX6rtdHrt83pWDKBPHcTFeWXQ39+/yT/NP8s46W4p7VxP2obm5Sxanimc50a7c87tqofnn9GEO8/J2x3adNd6LeOf6B/uH+scW5Q5PeN398q91bB96eu+mQ+0x+7P9zn8Mbf12GJ5WzfsmGdhv2vTFjY8WNy9/swGrHyvH3ZOxnsvsCcdwF/SepZ9C1rQWjXE2WC6F0urdw78a9e76+7OvV+xrvK/wm+M3Ibw58O/jb3d91+26bmzLXfSp0f9X9l+2ftH//992/f/VA1QPxA0cOzjh46NDEQzt/GEWymWHnFhLPq8r0Ki5rpFA7xCi7F+0+8HmlzxOf796z7otRX1b9ctFXM9y04eXht9xyQgdIdg7PpaV7rGQjD+/19vV9r189pdOUH93jG1bccHjqwKl7b7wPdyp33XH+j8KW9XHf2Tqs5rydCWx3pW+vG99yo2vrfHuE3CvkYfd62sWVyk7XglSyXVmloys373RrltfQlRVWuvGdF7uyy2FX95S1CPxNKrPZPT6tvyud1kTi8X6Rj+9OlxvKJlGPmHveN0/IhBvfurornRWu9PcV188WFnCWKwO9iYz8N4rj2q5s29wtX6vpykGrXdljjJt+fFc3XdXqrqwyw5Xhw6KcV11Zibr1qr/KlTX7EymL66ufeGIzXTla1KfZGFc2He/KJhNdPQXGu7JMTVf6DrlSbS/Oj3XvM2ebiE+79YyqrrxthStnbnflDNmVU7sTmb3p0l3tXHmT6co5Qv+BFa4cOsmVdba6MnepKyu0ceWw4a48a4rQm+LK0yOubO8yT+rYz5WqyN/XzpVKH3Hc163/gimufKiTKx9f5Z6vPkGUL/KrtcWVwYHs3WV89cZKpMQthtrS1Ut2wtV/9mZX5tjuc9CaipZwsquPR6e5smiRK5OVXBnv4Mr7h7syNseVke2ivHy3nq12uj6Et/pJS1zXcpY4rnjSUuL2wyveY5/gnbePOF7mSv8W4bu860otX/hAolzfw0wXXC9d3Os9woJ5OH+ZtVnfWMidrtywypVvjHflxr5CbnPlm3OEFMdvifNvzRRytyvf1oUcK+QBV25qJ+QYIeOufKebkBtd+W5tIWe58j0q5H2u3FxVyK2ufF/Ue8skV34w1JVbKzHJNPKcqMcTc135ZK6QK1351GRXLhP3sywi5B5XPt1PyH2uXC7qs7yLkA+78plKQnYSUpT7TFrII65MDxRynSuf7Sjk60J+6coVzYUU9Wo+QchDrmzRVUiht5ZCLy0XCSnKazVFyM2ubN1byCWuPLOukDNc2SZbyP5CbndlW8GXtstd2U7ooZ3gRb7Iv77QUwORTwPxfBqK+jcS5TUSfGkseNBE1KupyLep0E9WnpCi/Cxx354OrvSK+niFHrwi35zZkORwrpBuPciv/YR09Uh+q+6mJ6IcInghiXrLlYUc6cpqIn01wc/qTV1ZQ9xXzXlC/ujKWiKfOoKfZQ+7kvWQIMOFrlR7ulILuVL3CCneV8O9H8ls70rfJlf6xfukiPdGETwKiOcZFPUN7nIlreje9wG3fuSg+76TQwWu/GGYkO77Rn509U5+4uUyy5LXzZXmGLxfcuPKrpx7wH3f3o+75yObXHnrEle2WefKqdNcef9GV17T25ULtrry3BWu7C7OX7zTlYMPuXKUwuuT/QzhPayijDDew6xHeVgXnOC/7G8QNnk4dB3CZRGuh/Rum+re84W4IgthHfngHfntN6SHnfrtV5Q1vvS18k8I453/rREPGzcgn3I8bO9H2Id8wJcs3l+Tyrhc9uLa/JI6y/Yse3bG0ccOKblPOfywe9eolax/a5zBj3IWct2EZ4bvdMc8D1fhx1m7s74RY6C4M/sTR3bK4/h5fl7/QN+DsTDWpntP81aChqMSdWPskM01Iqu6epkbY4w3JqLUSfoMkWaofTlqNTI8RuST5z392HyMUcZo5DNCvVqkqeg9oyQNH3NjPQmWV5baFJpoejROf8q+GU/i6aNx4fHQs6ttEacW2mCBvozlGmR3OsgebA/h9xy+Mjw1fKMbq6/RV+sv8lh9qf6yzhmp4nrG3BDzR0KdoKe+x8SvZfHj8OQGgRs6cUcJCdJyNhLEqxnxR8+V5MO4JIM3kv7kMfk/xPI/H/lzT4sSD/2tLCkrleXs8mS/lL02e31OwD1jzbWiVsy6l58x8o36RkOjkXvGW40eyVF9PfgZKenZkBP2dRfX3Gfdb82zHsA1BUYDo7nRQtxF8f1llWlScofuNXHrQSthJfl5dbg6Sh2vThRnDlqH2B9nu0eroFXWamsNWNgsyY158Sy30aHzkN/ozHPGAJbbQX2aVg1amFJyLtsYYgw1LjeGGVc4NfHuDDnmusHsb596tc5bJElrjHOcRyHGj2cYP2RjKlgi688aN2aeVXNVE+iAfxer/TPPhq9SawCb42wNyKPX1ghfxThZhSHO2lUIH2UG29j7Ewyx5xnqGnqMYQfc65hS5wcwnt/LsUwTnL+WsYSIJ2+DI9+U2AbZfsapRfhIfvE9DyI5+jiSpe40+ulDdPR11J0ogddPZWeK7BH2s5DDmeR1fExPsLMqyQ6eR18LdqGv0Jfoy7BOjlxezpNPp+1ph+NqsUu8N8fyo7wohz/TS8FmT4hZAYTl0CWQeUij40rm5bO3m4f6iZDM6j3y2FShJwXXPaGnRIi9W6EnkCqLvaEqq5OsZoVZSWp2mLFRzQkPxlt8WXgQQhnpMp4fQ5vzIos/RRbKEjMsMrsPbtUYbUrsFte5AWx6bH5GgT0VeDeQt8tZQh9Z4tm6cy+skSUZVtre4UjOMOcK53pnSoZ2US7hdlnWh+ojCNGv1PmIrMwtl3od7G55EsAsGp+pdWfRVKIRvUwzfpVrvcs0LdOU6S9LPK/iGgRJcdvjM3oZvY2LjL72Knu1vcZe+/v5OryvJXs8njKEOM87z4t8847mS9aU4oFXX64/o6f1Z23ut1bGs+RvpsdZzrTdQLUQfpq92Y7dw33PjL7GZZif8Tthx3Icp7xTwanonO6c4XAf1W9/b/9q/8Zaoiwn28lx/E7QTc1al6uNCcY1xkTjWmOScZ2B0Ub2zK7TJ+vX6zP0W/SZ+q1Ga9S5ekadv0C6hfoi/WG9SF+sP6I/qj/mbIGGipC6UkbqRVwH7AmMJ0SdwJ5DFqwz46pxlTGWHcksdXXMNpUXV9xPilsFyW0hxBt/o3jalLizecWWSzKGijMh8bRUcU5mLFJ4mxle4TwTvo63p/pKfQXuVOFtaHhy+Lbw7Zyn+gp9JbtXidQEQ01SEe8Ns+qh3gj1KAn1FKGs0DmhjqFzj9PPHj5PqZ2rXUiIdpF2ESnrbHA2EO5netUibYg2Rput8V5PXTzdyux6H7snXeI99lbSRQwbSbwXzy29R3qNx/LnzNK3zOB7Lsr6tMQOy4xHFYw6hBj1jHokbEwxphDV2eZsI1pJWeWFrXyB3cHFIcbOUF8R8yJiViOGW4mbQ88fZ7n4zAj3xWR2H36VcVotyyyCV81XzyIV1U7q5aSh80uuj/A5jXxo0SaVhRZ5m1esx6PhniXhYl3KpDbRjOnGzcYM4xZjpnGrMcu4zZht3G7MMe4w7jTuMiLG3UahcY/zEeeV1pHpl0C/vJ6NcZe1mV/M2xTGqFzWjuZemDuBYa9c5g3lnp/L6p97GS899xoRknP75w7DU2yY8RR5v6qsfa99n32//YCdtFP2fHuhvcReaj9pL7OfsVfYz3HbYu93qov54GzYtTx2zzXZ/XP/qgKwifC1OA4ADgQO4tZMraA2UZuqA9SBOG7KvNMQy6UiYxTTofFBeDzTeJbxsZCfCbnblY4bz5hlfGB8bHxm7HY+PlFd9G9U1i4YBBgGVuJoXga8S0VvTP9KP2yUMfLMfubtJ8xlij0cGAUy3erTEDMNMdPsicjlBn2qfqN+kz5dZ74Cu7as/bBdZC+2HymRj9tP2E/ZTzu1nNr2ypPQ8wnqoqV4yQwnAkcwXISYRYhZxGJYXbT52gJtofaQ9rBWdByf7yVu/0MmOaFqrHUkoQtCF5AaoV6MkTVDfUJ9SG3W8l5G6oQGhgaS+qE7QneQAuQiM/vD37+KyKeIFHuZbk+Frwbia2H8xCC1wpcyO3MlszRjw+O4Zxy+ifco7EttbrOrkpATclRHc3THcEzHdnKdck6ec5pTyansVHGqOdyuhOz99gH7kP2j/bN92D7iENb+eRyv43MUJ+CUcbjfX52ErZQ131pgLbQWWQ9ZD1tF1mLrEetR6zFrifW4tdR6wuI1DKt3qVE1pt6nR/V79WX6L4ZkZBleI9vIMXyG32hsMLaSNqRC+OrwhPA14Ynha8OTwtcxO3l9eEr4FtbjuTU8i9nM2eHbw3PCd4TvdOo4dZ16Tr5T3ylwGjgNHe4hy+HnwhvZe9nYaQ1PhFtx10+rbAwk1P6MMfgSZiOX6yPNfOZtZemvaaxF0Gccd7Z+5lmuYY37AF1Lv+fWb0S2EsaFrKUZb/RmOM7oxVudoylsghQXI0VfpLgIKYo9J/eunwuvDD8fXhV+Ibw6/GJ4Tfil8Nrwy+F14VfCr4ZfC78eXh/eEH4jvJHdWROnqdPMae60cFo6rdh9MpvPdDaFEKalO4nC9NKI3Tu3KuUzrMpXGV4OO6MWqkXqp+rB4lZBS2mLtOXaKu2wLul5eoF+sc790ZH6FH2a/qT+FHtiy9FuSqQbdJCP1kNllq4Ca1VHst+KktArJaGVSMXsCvMUsngaIV8Rkr+DsrZFH4K3IR8WXBc1TvGWhXk37Bj3p+D+dNwf9zW9x5xjrak4ZznPOM/gDZHDQ1QfNFGRuD2hrsiZ8/For4a9hVpj7WzWZp7DWs4QWs7T9Vf190kl9JsLWKuwkLSzX7ZfI4PJsT2yrqSyc4Mz1bnRmebc5Ex3bnZmOLc4M51bnVnObc5s53ZnjnOHc6dzlxNx7nYKnXucuU7UiTn3Ovc59zvznAecuPOg85yz0uEevWy/aX/H2FvDqUHOQG39GZanMWuF25GOzIKOtj3AqdwDtx9F+AbgNMQ8BrwRMXcDC4/zhf57686fpWGXtVXbsHPtcvbpdmW7vt3Ibmo3s1vaZ9pn2e3tc+xOdmf7Ert/LverDFVTTdVR89TT1CpqdbWR2kxtqbZS26hnqV3U89Ruag+1pzpUvTyXs6M3YwZlT7WAtHf9CHsV7vN59EncmDWIeTEjZjViXsiIWYuYl4r7NBneYbHFdtdJvMQ5zyzYCubd360vIDWZ/SpPWjKr1Yz0Nz4wW5CBzAquIS87a5xXyG5ns/M+2etsdT4k+5yPnc/Jt/AZxmg3E2L9Yv0Cz7p/iW2qyzxGTRvD7AzsjzpCH6J1VD9lb97Co0fMXs04qXT1XXtlrj62DHsA0U5k/9Rh6HeW2Lrj0tU/cboSm9gXHldVZsWEP0lZu0A30DIMX6fM56evlpzRcUbDGfWYMxVwpjzOlMMZZq+UqPKccgBlKKzdq8hKqc18peasrA6kC2H+sDYbbe9sOwYcxerMYrhXwOT9DCM4H8H5CM5HxPkIP8/k7dpd7N2/W4tifK63eOeKS2rH2hDmi+sPsXyyOMLjeMi+RRylcTRKHMUgx9ozhZzO2ueHfqfXIrPcc711vfW8+d763gJvA28jb2NvU28zb3NvC29L75neNt623nbes7wdvA29TbytvK297b1ne88hfG7bZjaBkEnsp5Hb2E8n89nPYP3QhYxdK9jPIi+wn03Wsp/DrulJqoV3hD8J7wx/Gt4V/iy8O/x5eE/4i/Db4U3hd8Lvht8Lbw6/H94S/iC8tSTuw/C28EdunHOm08Zp67RzznLaO2c7HZxz/sQ+8/J+Cv8c/iV8OPxr+Ej4N5WokiqHvwx/Fd4b/jq8L/xN+Nvwd+H94e9L4g6ED4YPuXFOR+dcp5PT2eninOd0dc53uv1heVnoaxxt774U/ZLTWb/kDNY78aJ3EkK/JMxSnP53WkDeQ+b2wbjBmIp+8lDG/NL2uSu7876EeVnGVez5cxwP5F7rEHs+cA7wDhY/FmnGIs1YpBmJNCORZiRPU2pc4d8ptdS4BHmYuOPmMimrDuOjHJrN2k2d9WZXkN6sr7uSXKiv0teSPvor+hfkUqMuay+nMe+jJZllnGl0IrcbFxj9yL3GcGM0WWgsMpaQR6y51gNkmf28vZGsRO+GzwxMhHUpIH2K/Q1ml2CnmS9RHHqlJLSyxCspX+KVlC/xSsof55X0F15Jf+GV9C/xSpg9hV8iM+3mKf2US5T+yo3KNOUm+jP10myaQ33UTxUaCGwP7AjsDOwK7A7sCXwZ2BvYF/g2sD9wIHCI/kIPUz6PkCdfLU+Qr5HnylE5puxUPlV2KZ8pu5XPlT3KF4GPAh8HPgl8Gvgs8Hngi8BXga8D3wS+C3wfOEht6lDu7U9Aa1ed1aRfsb0MXkDkYNcgeyeC5wXPZ9il5ExPnOmBM90zz9C3mV1dT99k+Bp9g+ErJWfex5n3cOYdnGGtYbBTsLMYWfxDxoWqlWnIsDawPrApsBmwObAFsCWwFbANsDewfxneAw6y3lDtUP1Q01CzUPNQi1DLUKtQm1DvUP/j3u7kH9oC7vkNCA8UPmWHDJ/yj6/jnvTb4S+YF3Mms26O86zzLEaUZNWjetnZUaShJVtZlsfyWtlWjuWz/JZiBaygVcaiVlkrZIUt1dIs3TIs07Is23KsXKucVd6qYOVZp1kVrdOtStYZVmWrilXVqmZVt2oYrxivGq8ZrxvrjQ3GO8a7xnvGZuN9g7cOWcwKMa/UWGm8SKobbxiboIFJ7Hnxcau6pZ7DQDKM1Y+9z9pytHjL2VudxcNo65ajn7rcvhY4Acjed20V0q5C2lUi7SqkXYW0q5B2FU/L5DPa8+w9f0F7meQw3WaLeritpFQyiraBFM9ySRg1lDDmJKk2LAZmBdUGdj0cDUGPtTiflqLP0q50Pn+Yg1sO99g86B1zL0FirTfG6TCLIBn7kOpqXIF1K783jmR7bT/pbgfsKuRCu7Z9Jhlrt7X7kxnOL7kmWSBKMTHaXF2M+QV+txz+5tIMLbleS3dmy/qznsRwMuYfvjsdgOcd9x7RE75HHULniXepeMx8IrkTmuazCvnMu42od6uL1IfUh5mPO08/bBDWRy9jhA3V+MDYZ/xsljXLmflmK7O1eabZ3exnXmYOMEeZo80x5k3m7eZdZsR80FxmrjbfMz8xDzF/eLH1lLXCeslab71rfcjKUFRLtdV+6iXqAFuzdbuH3dPug6fZ0M53eySshPJmBTPPPM2saJ5uVjLPMCubVcyqZjWzulnDrGnWMmubdcy6Zj1Wk/pmgdnAbGg2MhubTcymZjOzudnC+czZzTxuiVRm9/Ko+pj6uPqE+qT6lLpMfVpdrj6jPquu0B/QE3pSTxlBgxpljRC7Q90wDNOwDNtwjFyjnFHeaGo0c1521jEfHjUzfjZ+MQ4bvxpHjN9MYkqmbGaZHtNrZps5ps/0m4oZMINmGZMyPYXMsKmamqmbhmmalmmbjpnr7HQ+dXahZmIsRJ2nPqDG1QfVhJpUU+oCdaFeqEf1mH6v/ov+q35E/w2jJJ6McRLFCPCxEtbPeMnZCrvYVfRt5+BZvgx2L0JPZR7rqRjsHsuTPH43pB7TbgtSn93VK6S78z7ro/RyPmT315vp7HNyoejjLEQf535isD5OgF3JR2bqsT5OLqmPPs44VvZaUsj6OJtJlPVxtpIY6+PsIveij/mc+iazn686rzNftPS411JSPF9ekfVFx6lXq9do1bTqWg3mbTXX2+gd9K56T9b+XqlfpY/Tx+sTjTyjEvPeqjDfTcxU8PkP42KjXwaLc0njUrkHXRYz/26x+jjTQlywmGvJq3XUztUuYP74Q8fN4WyBlRuqjWZW7iptEp/BJjnuSC9GuFX4kGfwujA+8JGUqhgBrg6vssZx+X1wXP/i7+THe8eVMfZ3ohZBZp5t5ug7z0tFXjpyMTNq5e4oWPW7Ofnc+Sr2NC4iCnsO15IC5vveStowrfcjHY0RxgjShbVsNch59ous7zwgI293RJKvx8gcEeb3n61Z7P7XaW/w2cyS9A2R/hnUf6uxldVlm7GdPb8dxi7mt+8xfiJ+Z4fzCSn3B3m4Wk7zFKzMnxjvPmZX8FUJ7mzWs/pz+vPsKMI8/mNtsOu5DCUjyVhmBaeQ6WQ2H9NHa9iR9e043gRMA+PAx1kr2ZH16tyjEcBRwKuANwOXA0cCpwJvxXXD7Rn8KDf3d2ZpZDKZtLBaW2dabay2VjvrLKu9dbbVwTrH6mida3WyOltdrPOsrtb5VjfrAmumdas1y7rNmm3dbs2x7rDutO6yItbdVqF1jzXUutwaZl1hDbdGWCOtK61R1mhrjHWVNdYaZ423rrYmWNdYE61r7Z1OllPBucLhKzV97KkzRuhd2LPX8Ywr2Z/Yn5DGjuzIpIlT3ilPmjr9nf6kmTPOGUf4HHqKlGHPvSbTa2vmh3Rn3ulQ1qZNYtqcQ2Lcgwx1ELPmnhDrLbI/HurIQh0ROpeFziWZazI8oc4s1BmhLizUBaHzeCuHUFc+F4/Q+SUzzMwHxpodT4j5xOyPhway0EDOC9bqXUAIxtGDYgQ9BGuUBxYVz11LGBHSSrwClXkFumowS8paLBJQc9UKpIxaUa1MwmpVtRox1RrMc7CZ59CQOGpjtSnJU5urLVivsrV6JjlDbau2I1WYR9GZVFO7queTGuoFandSS+2lDiF1nF+c30jrXCnXR84SdVLFvjZCFpSqVfGanl7eCd6J3kneyd4Z3pneWfQMWoVWozVoLVqH1qP1aQPamDalzWlL2pq2oe34CgDaiV5Gh9JhdDgdTa+i4+g19Fp6Hb2R3kRvobPobHoHvYsW0rk0Ru+j82icJmiKLqCL6MN0MX2ULqFL6VP0afoMfZY+R5+nq3lfgL7Cegjr6Rv0Tfo2fYe+R9+nH9AP6Uf0E/oN3U8P0EOUrze7j91R6b7CUa9nAmM6f+MifDbIXgGcCrwZOAI4CpgA3sgsQyWEbgImgfOBdwMLgaxnx/NiV3E5XFw9lx/l5vKjPxgTKD3DuZkcXWtx8ja2A659H9Z0kfowY9NilY+a8bZYR1tcAW1xXbTC+WiFG6AVbshbbrd1YK3TY6wEXmY5lFkbZdZBmfVgL+o7W5wtpADl8/naJ1lb6PrQ7ohVprZd+1bInkqCLCKPMis0BCNhQ4THz8cH+NGoEunGXgUcCbwVeA+Q27kxyGGMyGEMrhwjchgjchiDHMYghzHIYQxyGMNzKNXSlvYV7iHFa/r+NzGf+2PzsKaA90HSuJNfMDoeZdwkfN6Rnfl3LA3jvs1+hLBnNpVI9jT2Xti5FmuP6hxXw6NPIw/3wNfIeEhDsd7sf9czkVntz7EmWddZk63rrSnWDdZU60ZrmnWTNd262Zph3WLVtGpZta06Vl2rnpVv1bcKrAZWQ6uR1dhqYjW1mlnNrRZWS6sV85M2Gm8abxlvG5sy++pWd6uH1dPqZfW2LrT6WBdZfa2LrX7WJVZ/61LrMmuANdAaZA22hmD9UDlnmHM9f9P1kF5feGCVjFcM5vVZsmWQuvbH9sekncM3PZ/l5Dq5pL3Tz+lHznaucq4ix6/qipLi9a7W7/T6sL4h1CnUOdSF9QC7hi7gvcDQwGM86Iql8pLQtv7ReMyfXSuFzjqpVPnHrUzCCrWM1Yh5rE/CPGjeY2It4n3qfSSL95tYmgfVFMlmvaZFrN/CenrsvXlcfZyUZf29Z0iI9/OIpTVm9tRhvapC0orPPJPWrO/3AGnL+n8p0k5/Vf+CnM36Wr+Qy1l/6zcyjPW3JDKC9bmCZCTrG4bIBNZvUMm1rH9YnkzCfM9NrCfcgtzCe2DkNd5DJOud9cwiv4H5njcx3/N2yV25K0VLrxgp6aNpQ5j1M7TZrHdQC21EE7QRbdBGXIA2ogfaiN5oIy48zvtdeYK8vepb6ics7yXa06wVWcQ841wrznpuo5ztzD++OyMPdy/ysWuET+5q3uZVZO27ux94Pjm6du/Eo2h/JdYtwWYWpxJpynyHwf8NZfxRyRk9LiWhsDZcWatsIH7l14AX+pWVC5UhLPa2AP+aShZSH33SJ3eNu2pMxjzT711VvEqk9LXuVe6qs7967bHjqA/+6Tjq9NxyJxhH/ePruG6/VGWm245ON6bbFc4KsFUKT2d5ZZEC5hG6K3T/fm5/VIZMVpC+YmTqKnOsOc4cb15tTjCvMSea15qTzOvMyeb15hTzBnOqeaM5zbzJnG7ebM4wbzFnmreas8zbzNnm7eYc8w7zToxq3W0WmveYc82oGTPvNe8z7zfnmQ+YcfMTc6f5qbnL/MzcbX5u7jG/ML80vzL3ml+b+8xvzG/N78z95vfmAfOgecj8wfzR/Mn82fzFPGz+ah4xf7OIJTlfO/ucb5xvne+cH52fnJ//0djNqXv+/+ae2fueVFLKfGWBslBZpDykPMze/ZeVdcoryqvKa8rrynplg/KrckT5LUACUkAOZAU8AW/gnsDcQDQQC9wbuC9wf2Be4IHAisBzgZWB5wOrAi8EVgdeDKwJBoLBYJkgDZYNhoLhoBrUgvWC+cH6wYJgg2DDYKNg42CTYNNgs2DzYItgy2CrYOvgmcE2wbbBdsGzgu2DZwc7BM8JdgyeS8vSEA1Tg5rUonn0NFqRjy4qUeVBZoueU15iduqAcpiogdmBQlIu8ETgWVI5KAcVUieoB+uSxjRIKbmAqlQnPWk5WgF3/ijpofRTbmS5HPt7rtTvwLE/VsaxvyeO/bFyj/3ppX4VSv2qHvvLzNXNgdWVKpcol7B7naZMI5ISY/ctKyvZfSvKQdz37ey+cwNPsvuuFMxi910zaATLk4JgXrAKaR6sxnTQDjroBB2cBx10O+H+k0bKbOV2ZY5yp3KXElHuVgqVxcojymPKEuVxZamyVflQ+UjZrnys7Dg67xiYGrgxMC0wPXBzYEbglsDMwIOBRCAVmB9YEFgYeDfwXuD9wJbAB4GtmJfMmJU8Qfky0Vn5c9id3qkUspaIlU18rPSl7E6fVJYxPSxXVpAwrwcxWU12EFv5SvmalFe+Ub4np7GaTCOVWU1mkmq8FqQ2q8dCUjfwUKCIFAQeCSwljXiNSAtWp62kVeDHwM+kbeBwUMLKn3mks+21s+0c22f77YAdtMvY1A7ZYcwvmLZl27Zjl7cr2Hn2aXZFu5J9hl3Frm3Xseva9ex8u8BuYDe0G9tN7OZ2C7uV3dpua7ezz7Y72B3tc+0u9nl2V/t8u5t9gd0dsxW97N72hXYf+yK7r32x3S/Xn6vkBnKDuWVyy+aGcsO5aq6Wq+cauea/1MeTJJO1gp0YU3qTfiVzgpPIVDID4y0xEicLyGKylCxnnuMa8irZSN4lW8kOspvsJfvJj+SI5JEUiXkmzg3OwwynOkUMb3QeYTgNeBNwOuJvdhYznOE8yvAWhGcifCtwFvA2pJ+N8O1IMwfhOxC+E3gXMAK8G1gIvIejvRvhKPKJ4dp7gfc5DzG8H+F5wAeAccQ/iPQJjkRid5PgjP0v1U8K+pkP/SyEfhZCPwuhn/nQzwLoZxH0swD6WQT9LIJ+FkE/C6GfRdDPAuhnEfSzAPpZAP0sgH4WQD8LoJ8F0M8C6GcB9LMQ+lkE/SyCfpLQzyLoZxH0swj6SUI/C6GfhRn6kZkOOhgfGFuND41txkfGduNjY4fxibHT+NTYZXzGegMPGQ8bRcZi4xHjUeMxY4nxuLHUeMJ40njKWGY8bSw3njHSxrPGCuM51rN93lhlvGCsNl401hgvGbuNz409xhfGWuNL4ytjr/G1sc/4xvjW+M7Yb3xvHDAOGoeMH4wfjZ+Ml411rBe1A/0NiXT4/dkyrZxWXqugnaZV1qpoVbUWWivtLe1t7R3tPW2z9r62VftQ+0j7WNuhfaL9pp+un6FX0Wvq9fR8/Qp9aslM27I/m2szJhg3YL5to7OVMUhlnmp55kW3Id1Zz2QCmcl4soEcksR+ML7GXq3Ad1KquSJmMGL6ZsRczsJ56sUZMQOQpl9GzCDEXJIRMxRX9UdMjru6uHh2GeXp6qXY38ZTOLjSRo4WSjJRAwO96yE8b+IVO6LySGXElENNDZRs4z501MvKqLWJWjjI5VJRtyyWrhyzdBXUPOKDLVPwvbziEWA+opolxoGxS7XUev/iGfNp5OiM/gggL0cS+whXYa3A0Vkc3r/2lMyn/0G+7iqEP85dpFl1XP/6jRPkW/Nk16qe9ApYwtfASnm/Y5tmkjkZo7fLmAe4mqxjnNtEtpDtZBf5MtMySXwn5Kd8/JXhcOBU4ARgDJgETgTOB/IVpCy9OBoBTAGfBD4NvAW4EmlHoIyDAocDpwInAGPAJHAicD6Ql3RQlHQQJR1ESQdR0kGUdBAlHURJB92S+B5JdSdj2S71AHtehzT0ciW+CpjP6HGtHTu/MAtam0dS5GGyBFortufbyE6yh+wjh8hhSebvrXaY1V/SDiMUJ1n8GLN8h7Gn4zDWyhy2rwMmgCmkmshT6RK/WpcQYlfzYxE/ETgfeB0wAUwh1URRxghRA7c8nu8Icf0IkbubF79mhLgmLkoTV7qpSLa2RfuKEO0X7Reia7+yDrWhy7qH9Y83Om+S8s4m5x2sleR98MFkrhgJwJjHH64Z+euji3/nimy++yu0KvRCaHXoRYw6NCRDM0YdHviPqOfRsZtO+O7kP+nLFY8CjuGjgLi+Iq6vgeubY614S1zfCte3wfVt+ezSCWaK+BxRbcwR1cVYYD7miOpjjqjgmLUi7oja2n9U9yyMXRKMXZqoaSWR35siv5rIrwHya4/8OrD8XieXI78rkd8o5DeavckdSNVS81aTS/ll3PatZLXOtHzfsrf4Zz5VJAUlVbKlPKmqVFdqLLVm70QeX9/KcBJwPvAaYDwjPJ+9u3kIRY67JgWcDZzFV03Ys1gqV14jZELIpJD8ygLkUiDC84HXAOMZYV5yAUKR465JAWcDeckFouQCUXKBKLlAlFzglszSn8bnFfQG+tl8/yXTQ7UTrHaYRe5kb3+mbSzdonxbbB0lykxbrlSR6bW2VCA1ZXbZG94B/AS4E/gpcBfwM+Bu4OfAPcAvgG8DNwHfAb4LfA+4Gfg+cAvwA+DWP7z2Q+A24EcnvtY5E9gG2BbYDngWsD3wbGAH4B+vb//v0ayPlccxCCwDpMCywBAwDFSBGlDnGL4aOAF4DXAi8FrgJOB1wMnA64FT/vDa24Czgbef+FqnDrAusB4wH1gfWABsAGwIbPQno87bSblSa4xPVsPMKjl899MVwBHAkcBxwKuBE4C7nCdY6+k4jzOs5ixl2BjhjsBVwC3OEoa/cNSH8Kt05KbP4tfqK3ga/TWORg8eb/QE9uFnjSt52CwLfI+jVZOl5F8pzlKvUEeoI7ECboK6S3O0alpjZs9Xsdb7F6xjn6Wv0F8zehg9jT7GlWZZ8z2Lfy+jHfai5jI7W5PZ8+YsnwPOE86TTB5ypTZEyDGudAYw+RSTE5jk82rZ6gHmOQ1h5wc4E46bDUj8yXMpnn05fj7gj6/8vXXVR/M7fk7g7+T45+V4mEfRifFpAuaX/qtL+rPyJWmg8PD7MP9+OPPup7D2bQ5jc1x49qsYk98iW5l/yn36n2ElQqxVqyjV5BZCaiN1lLrx/fpOD2c+e6497FFMepgcbkdFzHwRMyojVHzuKiFHCnmrkPcIeTNGLXo6C9hRT5b3AnZ9T+TtxswXMaMyQsXnrhJypJC3CnmPkO5YSC+U1MseLmRMSPc+epXcRy/UXnZ646i3SN9bpO8t0vcuSd/bTc+431cbzLyS67TbSECLaQ/wOc7/Ur0XCb0Xlei9SOi9qETvRSV6LxJ6LxJ6LxJ6LxJ6LxJ6L4LeFwu9Ly7R+2Kh98Ulel9covfFQu+Lhd4XC70vFnpfLPS+GHovEnovEnovEnovKtF7kdB7EfReJPReJPReJPReVKL3IqH3ot/V+yhSmdlw3jMbynqzE47R+xKyHHrfSDYzi78b/bEjzI+jknnUi5M6SF2l3lJ/aWjGNwm2CvmhkNuE/EjI7aW+XbBDyE+E3Cnkp0LuOvE3DozPhdwj5BdCfinkV0LuFfJrIfcJ+Y2Q3wr5nZD7hfxeyANCHhTykJA/CPmjkD8d8+2FLEfcl+PeV+lVsNy6N4V15+vX+8Dandwu/CysmiDYA10Z6wL42jSJtRujkcvR78bwMloS92tK3SV3RcoT/6gciQzIWL39CFbwL1EfV9Os5TqoHlJ/UH9Sf1Z/UQ+rv2qSJmtZmkdbhO8srNJe0HZqn2q7tN060SXW7y3Qm+jN9RZ6S72V3kbvJ1aWT+Mrwvn6D32+voCvE2a9FLE+PGMHAOuznHBmcap5k3mzeUvG/CGfOSzMmDV8wIwfoyOJ2Q2TtW8t2VO4jHkx7urYFLM7y8mrzGvZxrj/LbM5QcZ7bm/ctbEPEDnUyx13Cz3Iwn1C8YyYJGISGTHzEZPKiFmImAWI4TkuKgkVlYQWl4QeKQk9mpHHUuTxeMm5J0pCy0pCT5eElpeEnsnI41nkkS45t6Ik9FxJaCVCYlce7/uHLg71Cq1msi+Tz2fk9hJyWyOuNEODQkNCQ0OXh4aFhodGhK4MjQ6NCY0NjQtNCF0bmhSaHJoSujE0LTQ9dHPoFvgt5bEyr9hv4fvcir8IlqVaaj98OczHmD6U9cmvYn3b27WIdjeuzMP6+eIrsT9ZfIUq89p+Yh9NYQmLd6qf8jErzl4tpc0HW5drz4CvW7QPtK2Ctb9oh/mIDZjL958W7z3le3GeZDxN/8mOnDal9uRcdcyuHL4jR7ZMq6bV2upuDS3ZnbPL2msdtn613d1yufBXiu/xNVL8lT5ZtW0+biDrd5vdj/vSEr5EWep7MlKZJqW/pkXWk6NfWJPVAXYfpEhhvSRfz+L+J4W93DLYEdbbJViTKGFNYrX/Fasmj7+br3//brDXjNgBmxIvn7Mkfj5rSQK2aTukjF3erkjCfMaSmHYVpjPbrm3nE8cusBuSPD5nSU7ns5bkDD5vSarwmUtSjc9dkhp89pLUsrvY/UidXH9uGXY3ZXPNP72bE9VTklL8jSAN/v5cGbNr5aVKUnXWojeUmjNfqoPUReou9WGt+mBpuDRGmiBNlqZJM6U5UmHoDvZm3+Gu38d36C4LXcq/Rhfqz3e3hS7BN+n6wAb05rveuF1gFgIr/909Ae4eAXfPgLuHwN1T4O4xcPccuHsQ3D0J7h6FEOv5h84OtWfYPsT0FDor1I5hu1Bbhm1Dbfieu9CZDM8MtWbYOtSK78ULteT78kIt+B69UHO+Xy/UjO/dCzXl+/hCrI0LNQk1Ztg4xPq8oUYhvkevYYj1hUMNQqxfHCoI1ef7/kKsvxzKD7G+c6heiPWjQ3VD7HmE6oRq872BoVoMa4VqMqwZqsGwRqg6w+qhanz/IHG/WSaTI2TyMfuUxdclT2atSOk9zX9v7cjv74T+b1lVgt3VJWtLKshXy9cQIs+VYySLf02TZGevz15PfDmBnADxY+WJgpUnmrJT+YKUx/qTylh/UgfrTxoHPgp8RM4MfBz4mLQJfBL4hLQNfBr4lLQLfBb4jJwV+DzwOWkf+CLwBTk78FXgK9Ih8HXga3JO4JvAN6Rj4LvAd+TcwPeB70mnwMHAQdIZq1m6YDVLL6zkGIOVHOOoTSuQCSXf5+FW1d2X9RAp/nZq5pdI/q1dKby9KyTu1zkTper3L61t+Ne1IkvNyX0n9E6Xltpjmuarj0s81h+P+qzqEfU3jZR4rl54GWO1cdp47WptgnaNNlG7VpvEfQ6tULtHm6tFhXdbBH9htfaitkZ7SVurvSy8hs+03drn2h7tC+1L7SvhPWTpHuY/NNAb6o30xswHbqo3K/GDW+tnMl+4rd5OP0tvr58tvOJR+mh9DPONxzJ/A99PYz7HA8xLftDdJ1vsKfPvQ8JbdnfNcj9E+4Ods684bzrvOO9jB62hTlbvZM+Lry020Fesps1gfcUCLa4lSVOsNm6pbdTeJ+21Q9rPpKuu6BVID72v3pdcrvfXB5Nh+iT9ejJan6VHyDh9if4Emax/qf9MpuJbTHc5LzgvkrudN5w3yFznbedtEnXec94jMecD5wO+NxXPrtg3u0edi/7Jvep96v2l1hXM5ysLhNf2mbpb/Vzdo36hfql+pe5Vv1b3qd+o36rfqfvV7+ElXq4N067QhmsjtJHaldoobTR8xjnaHdqd2l3w9/h34Li/l9ae1VZoz2krteeF3/ehtk37SNsuVijA/9OOaL8x7+80vaJ+ul5JP0OvrFfRq+rV9Op6Db2mXkuvrdfR62INQ339YvY+DNUv14fpV+jD9RHMW3S/gHe3Xqjfo88V6xvu0+/n3y8xbtCf1n/RD4u1DtyTlP9gb/FaZ6OzydnsbP0PeHaSNI9UIG1IF9aLHUzGkMlkJrNNCdaDSpO15C3Wg9pDDrBmMCjZUmUpX2opdZR6SpdJI6WJ0nTpTr7DlPeQ0Uv2uqMFIvxRRnh7RnhHRviTjPDOjPCnGeFdGeE9GeEvMsJfZoS/ygjvzQh/nRHelxH+JiP8bUb4u4zw/ozw9xnhAxnhgxnhQxnhHzLCP2aEfzoadjJ04hzVyZ/v3z26pr7jP5wtVdz9yVo1rRFRsEvZwS7ltsw2PU/O11/SXyEXst5PnPQzP7EkcrvztfMdWeL86PxMnvo/MW/r7vFf9w+1+M++Y5bzJyVznXeHzi9kb+420kjM5U4T61hKr8h4K3MVi5jJ5fNilcTYa/EYYF/2Rg9l7/R4aZI0lfUW7pRiUkJ6WFoqpaXV0qvSRonPBRZhPUoR1pUUYd1JEdaSFGFVShGfK8UXtdM4uhY4H3gdcCFwAVJNFHmlxDUp8RXuGGKXAm8CLsGZqSL9cJGu+MitgxuXFiUW58TleP69MMjp/Czrd/E0UxF3s0gzQsiJdgxfO+Yp3HrcKML87E0iLplRyt3iXKGQMayq4bWNHVOLUulyLVZ/V0I/uc7Re8vN5eX8jR2u//N8KMRTKAQfCsGHQvChEHwoBB8K8YV1fnQtcD7wOuBC4AKkmijySolrXIldxkwuBd4EXIIzU0X64SJd8ZFbBzfuWVFicU5cunwoFHwoBB8KwYdCxoeEKD0h6sS8c7UQKdx63CjC/OxNIi6ZUcrd4lxxmgT4UOjums6oRal0gg+Fgg+F4IO4txI+3KXezfhwj7qQ8YF/Q0THN0QqYLy3Lr4bko/vhjTAd0MawrbNErYtAtv2zr80MsLHturobcnJ7PUuXed3/8U619PP+lt1fu9frHO+3v6k6lzcXifIYoT/w1YC41txV+pXlZoRKfZ24v+BdT45pqQyxmyf/g+8B8/x80bYgctYJf1IfioZD29rtjPPMtubZ5sdzHPMjua5Ziezs9nFPM/sap5vdjMv+At7x7qbPcyeZi+zt3mh2ce8yOx7gt1kF5v9zEvM/ualGIUfaA4yB5tDzKHm5eYw8wpzuDniJPabjTSvxJ6zB82EmTRT5nxzgbnQXGQ+ZD5sFpmLzUfMR83HzCXm4+ZS8wnzSfMpc5n5tLncfMZMm8+aK8znzJXm8+Yq8wVztfmiucZ8yVxrvmyuM18xXzVfM18315sbzDfMjeab5lvm2+Ym8x3zXfM9c7P5vrnF/MDcan5objM/MrebH5s7/vm+N+sla631srXOesV61XrNet1ab22w3rA2Wm9ab1lvW5usd6x3rfeszdb71hbrA2ur9aG1zfrI2m59bO2wPrF2Wp86e5wvnC/F/rmvnG+dvc53zn7ne+eAc9A55PxQsp/un3m1ksz97KDUV65JquD7QP1YT3MkGS++VMK9lMz1h0fXEB8otfqwMvNS8qXGrA/aTuroq8Zyre/r4asK2d1XhcsczVcZUvWdARn28Z3H9bM3+U6HfNtXETLtO41LbzVvHS7pEW9tLj0bvLUg10tzuCStpFmQjaWbIRtJ10A2lEZCNpCugKzjyyMyq00Fht195Ymco3lrEpnlW4PILNfqDNf7yrF4VbqN6bSVL5eFwxL/H1CNfay9z94k8d21jXw2C78tXclX6PosFk5LzL9i5fA1yPV9JpG91aRhLFyHWCSfNGV9945YfXEZGca8v4nHrWl/kvXkVzHNvu5rxmraitWxKWR3H59FasU01hhS9TWCDPu479CKaawB5Nu+Asi0rz6XrPSPuGQa2AZZ31eX362vDr83X21+V75a/H58Nfmd+Grwe/BV5/X25UNH9biOJD5y1Up6m9+n9Ba/N27ry2YRd3c10zwPS7vZPf7j9Q3SKGmCNEWaIc2R5kpxaZG0RFourZLWMT92s7SdeVl3ubP9akTIu4VcJORDQj7sSl2c1+cJeVisIiBCSkKWETIspCpk8WqL4tUMP7vSLCtkOSHzhWwlZGshzxSyu5D9hLxMyAFCjhJytJBjhLxJyNuFFPdvivs3HxRymZCrhXxPSLHawxSrKayUkIuFfErIFUK+JOR6Id8V0l1l8j/xhURZWks+xpfxxmNl4DXqRPVadZJ6nfqculJ9Xl2lvqCuVl9U16gvqWvVl9V16ivqq+pr6uvqenWD+oa6UX1Ty9YYzTW/pmgBLaiV0ahWVgtpYU3VNE3XDM3ULPebe1pNrZZWW6uj1dXqaflafa1Aa6A11Brh+3idtM5aF+08rat2vtZNu0DrrvXQemq9tN7ahVof7SLtOm2ydr02RbtBm6rdqE3TbtKmazdrMe1e7T7tfm2e9oC2WHtEe1R7TFunvaK9qr2mva6t1zZob2h7ta+1fdo32rfad9p+7XvtgHZQ9+rZeo7u0/16B/0cvaN+rt5J76x30c/Tu+rn6930C/Tueg+9p95L761fqPfRL9IvwfcBr9Yn6NfoE/Vri/9nEL6y/VDmd7b1Ffpz+kr9ef0lfa3+Cvt7ifkLW/UP9W36R/p2/WN9h/6JvlP/VN+lf6bv1j/X9+hfMA8pzzjNqGicjq8PVjaqGFWNakZ1o4ZR06hl1DbqHP0eofOq85rzurPBect519ni8P/de5o6TL2K9YL4mKmCMdPTNFurSuozr+Uc0gbjp90xfnoJxk8HYfz0coyfjsb46bUYP52C8dMIxk/vxvjpfRg/jWP89CF9lf4CeURfo68hj+F/3C1h/tAWshTjqi8adY26ZBP/TwXkHYyxvocx1veZn7SebMVI64cYad2GkdaPMNK6/bjdT1vJ8f/V6q9+C+vDv9Uz/OvfNdz2O3uE/kpO7l1/REr/B5e/nsd2UvqLuX8lj+bI4+OT3tHz1+u347i9An89D747s/R/3Tn5PNzVYvx/3fH/+ngyV/L1KS2Prk+R8L87ww+Tk/lfIPx/iPJ1xuVJa3IZKVln/BfyOPlSPOyJtCEDmedYssr4v7Sck6+Jl4XbMU92Br7Xnvuv1OXka8u/KN2eeVIzWX9/Ayn5ovR/XH1P/o6Ofv+qJe7EEGdOKgf70oxvLRXz9q/k8ddKsY/h7X9tOX+tJrmlePs/XZe/Vtvyx/H2P6++J3tHktyfdP57u5dYX6a91Enqxnoz/aSB0jDWn3FH5mdIs6WIFGN9mgXSYmkp69WslNa44/PSVmmHtFvaK+2XfpSOyB5ZkUOyKZeXK8nV5bpyQ7m53EbuIHeRu8v8/476MfKsAAPAILAMsCwwBAwDVaAONIDu2LUNzAWWA5YHVgBWBJ4OxDdG1TOAlYFVgdWANYD5wPpA7PVTGwAbAhsDmwCbApsDWwBbA88EtgW2A3YCdgZ2BZ4PvADYHdgL2Bt4IbAP8CJgX+DFwH7AS4D9gZcCLwMOAA4EDgIOBuK/hji/ALED2vkVeAT4G8dc7G3OlYFZQA/QC8wG5gB9+B8C/8q6of9kTttePkNjZwNzgD6gHxgABoFlgBQYAoaBGlAHmkALaAMdYHlgBWAe8DRgRSC+smufAawCrA2sA6wLrAfMBxYAGwAbAhsDmwCbA1sAWwFbA9sC2wHPBnYAdgSeC+wCPA/YFXg+sBvwAmB3YA9gT2AvYG/ghcA+wIuAfYEXA/txzIVucxUgNJwLDedCw7llgdBwLjScqwKh51zoOdcAQtv/zizKfzKnmZ1OwU6nYKdTsNMp2OkU7HQKdjoFO52CnU7BTqdgp1Ow0ynY6RTsdAp2OgU7nYKdTsFOp2CnU7DTKdjpFOx0CnY6BTudgp1OwU6nYKdTsNMp2OkU7HQKdjoFO52CnU7BTqdgp1Ow0ynY6RTsdAp2OgU7nYKdTsFOp2CnU7DTKdjpFOx0CnY6BTudgp1OwU6nYKdTsNMp2OkU7HQKdjoFO52CnU7BTqdgp1Ow0ynY6RTsdAp2OgU7nYKdTsFOp2CnU7DTKdjpFOx0CnY6BTudgp1OwU6nYKdTp+z0CTmdAKcT4HQCnE6A0wlwOgFOJ8DpBDidAKcT4HQCnE6A0wlwOgFOJ8DpBDidAKcT4HQCnE6A0wlwOgFOJ8DpBDidAKcT4HQCnE6A0wlwOgFOJ8DpBDidAKcT4HQCnE6A0wlwOgFOJ8DpBDidAKcT4HQCnE6A0wlwOgFOJ8DpBDidAKcT4HQCnE6A0wlwOgFOJ8DpBDidAKcT4HQCnE6A0wlwOgFOJ8DpBDidAKcT4HQCnE6A0wlwOgFOJ8DpBDidAKcT4HTiFKdPyOkoOB0Fp6PgdBScjoLTUXA6Ck5HwekoOB0Fp6PgdBScjoLTUXA6Ck5HwekoOB0Fp6PgdBScjoLTUXA6Ck5HwekoOB0Fp6PgdBScjoLTUXA6Ck5HwekoOB0Fp6PgdBScjoLTUXA6Ck5HwekoOB0Fp6PgdBScjoLTUXA6Ck5HwekoOB0Fp6PgdBScjoLTUXA6Ck5HwekoOB0Fp6PgdBScjoLTUXA6Ck5HwekoOB0Fp6PgdBScjoLTUXA6Ck5HwekoOB0Fp6OnOH1CfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzoJfzp5yp8+Iacj4HQEnI6A0xFwOgJOR8DpCDgdAacj4HQEnI6A0xFwOgJOR8DpCDgdAacj4HQEnI6A0xFwOgJOR8DpCDgdAacj4HQEnI6A0xFwOgJOR8DpCDgdAacj4HQEnI6A0xFwOgJOR8DpCDgdAacj4HQEnI6A0xFwOgJOR8DpCDgdAacj4HQEnI6A0xFwOgJOR8DpCDgdAacj4HQEnI6A0xFwOgJOR8DpCDgdAacj4HQEnI6A0xFwOgJOR8DpCDgdAacj4HQEnI6c4vSpsbxTY3n/930Pxuk0OJ0Gp9PgdBqcToPTaXA6DU6nwek0OJ0Gp9PgdBqcToPTaXA6DU6nwek0OJ0Gp9PgdBqcToPTaXA6DU6nwek0OJ0Gp9PgdBqcToPTaXA6DU6nwek0OJ0Gp9PgdBqcToPTaXA6DU6nwek0OJ0Gp9PgdBqcToPTaXA6DU6nwek0OJ0Gp9PgdBqcToPTaXA6DU6nwek0OJ0Gp9PgdBqcToPTaXA6DU6nwek0OJ0Gp9PgdBqcToPTaXA6DU6nwek0OJ0Gp9OnOH1qLO/UWN7/F5w+NZZ3aizv/xqnY+B0DJyOgdMxcDoGTsfA6Rg4HQOnY+B0DJyOgdMxcDoGTsfA6Rg4HQOnY+B0DJyOgdMxcDoGTsfA6Rg4HQOnY+B0DJyOgdMxcDoGTsfA6Rg4HQOnY+B0DJyOgdMxcDoGTsfA6Rg4HQOnY+B0DJyOgdMxcDoGTsfA6Rg4HQOnY+B0DJyOgdMxcDoGTsfA6Rg4HQOnY+B0DJyOgdMxcDoGTsfA6Rg4HQOnY+B0DJyOgdMxcDoGTsfA6Rg4HQOnY+B0DJyOneL0CTkdB6fj4HQcnI6D03FwOg5Ox8HpODgdB6fj4HQcnI6D03FwOg5Ox8HpODgdB6fj4HQcnI6D03FwOg5Ox8HpODgdB6fj4HQcnI6D03FwOg5Ox8HpODgdB6fj4HQcnI6D03FwOg5Ox8HpODgdB6fj4HQcnI6D03FwOg5Ox8HpODgdB6fj4HQcnI6D03FwOg5Ox8HpODgdB6fj4HQcnI6D03FwOg5Ox8HpODgdB6fj4HQcnI6D03FwOg5Ox8HpODgdB6fj4HT8FKdP9RFP9RH/v+D0qXnEU/OIpzh9itOnOP2fzelTvscp3+P/GqdPjeWdGsv765xeQ04nHUlfMp3MZbx+nexl3M2X2kk9paHSRGmWNE9aIq2WNkm7pEOyj91Obbm13E0eKI+UJ8hT5Yi8QF4ip91vktv7iWwU2G8xrJT5PxXt7xH/No+33ySy/pD9OpG1PvbL/L/MiGsPIM07uNaNOYiYdxHjIYr7fx7tQ4h9D3mtRy7rkMvRFD8gxWak2IAUr5RK8SNSvI8UbyDFq6VS/IQUW5BiI1K8llHXn3H2g4y6/oKYrRkxhxHzYUbMr4jZlhFzBDEfZcT8hpjtR2McgpiPM2JkxHySEUMR821GTFnEfJeR86c87Hh4vEiTjTSfZaT5HGl8GWn8SLMnI2cFMV9kxAQQszcjpgbyKYN8JOKxv8Q5Hvq6JPRNRnovctiVEZODmN3Fqd0ccd2OktBXInS6WqgWqZ+qB/n/89FmaxEtpS3SlmurtMO6hC/IX6z3K/mK/JP6U/oy9xuu/Au6xg1WTXzzXWLW/OjXfu5m2Ms7wTvRO8k72TvDO9M7i55Bq9BqtAatRevQerQ+bUAb06a0OW1JW9M2tB1tTzvQTvQyOpQOo8PpaHoVHUevodfS6+iN9CZ6C51FZ9M76F20kM6lMXofnUfjNEFTdAFdRB+mi+mjdAldSp+iT9Nn6LP0Ofo8XU1foi/TV+hrdD19g75J36bv0Pfo+/QD+iH9iH5Cv6H76QF6iDI+kyHsXavJal6H/TRSj/10Up/9DNKA/UzSiDQmFjmbdCCO51bPclLOe433GnKu91rvtaST9zrvdaSz93rv9aSL9xbvLeQ8763eW0lX723e28j53s+z55FuyoXKEClbuS3glYygHjxXujN4aTAlrStzeZkrZaXMtDJ3yGHqpQH5NFqZVparUvaTq9HqtLpcndakNeUatDatLdekdWlduRbNp/lybVpAC+Q6tCFtKNelTWgTuR5tRpvJ+bQFbSHXp61oK7mAnknPlBvQtrSt3JCeRc+SG9Gz6dlyY3oOPUduQjvTznJTOoAOkJvRy+nlcnN6Bb1CbkFH0BFySzqGjpFb0bF0rNyajqfj5TPpRDpRbkMn0UlyWzqZTpbb0Wl0mnwWnU6ny+3pTDpTPpveRm+TO9Db6e3yOfROeqfckUZoRD6X3kPvkTvRKI3Knem99F65C72f3i+fRx+gD8hd6YP0Qfl8mqRJuRudT+fLF9CFdKHcnT5EH5J70CJaJPekj9BH5F70MfqY3Js+Th+XL6RP0CfkPnQZXSZfRJfT5XJfmqZp+WK6gq6Q+9GVdKV8CV1FV8n96Yv0RflSupaulS+j6+g6eQB9lb4qD6Sv09flQXQD3SAPphvpRnkIfYu+JQ+lm+gm+XL6Ln1XHkY3083yFXQL3SIPp1vpVnkE3Ua3ySPpdrpdvpLupDvlUfRb+q08mn5Pv5fH0IP0oHwV/YH+II+lP9Gf5XFEzhouPen53LPH84XnS89Xnr2erz37PN94vvV859nv+d5zwHPQc8jzg+dHz0+enz2/eA57fvUc8fzmJV7JK3uzvB6v15vtzfH6vH6v4g14g94yXuot6w15w17Vq3l17+neqjm9cnrnXJjTJ+einL45F+f0y7kkp///Y+8+4KSo78aP/2bb7N3u4bp9TyRYYhARe41RY48dooiKiIiKd3SQ3nsTEBABaTNMn6FIk2KMLT7GGGMS/8YYUzTGGOOTGKM+hhDzn/ncIKwlNvTweXjllc+dfO9uZ347O/u+u71d+Xq5m3yD3F2+Ue4h3yTfLN8i95RvlRvkRrmX3FvuI/eV+8n95QHyQHmQfJs8WB7i/2+Y/78R/v9GyaPlMfJYeZw8Xp4gT5QnyZPlKfJUeZo8XZ4hz5Rvl2f5/5sj3yHPlefJ8+U75QXyXfJCeZG8WL5bXiIvlZfJy+UVsiKr8kpZk3XZkE3Zkm3ZkV3Zk1fJq+U18lr5HnmdvF7eIG+UN8n3ypvl78sPyA/KD8kPy4/IP5Aflf9Lfkz+ofy4/CP5CfnH8pPyT+Sn5J/KP5N/Lj8t/z/5GfkX8rPyL+Xn5F/Jz8u/ln8j/1b+nfyC/KL8e/kl+Q/yy/If5VfkP8mvyn+WX5P/W/6L/Ff5dflv8hvy3+U35bfkt+X/kd+R/yFvl/8p75D/Jb8r/zspklIykowmY8l4MpFMJ+uSLZL7JTPJ/ZPZZC6ZTxbkLfJWeZt8n/w9+f6knEwma5K1yVTtyNpRtaNrx9SObXr2/NqJtZNqJ9dOqZ1aO612empMamxqXGp8akJqYmpSanJqSmpqanpqRmpm6vbUrNTs1JzUHam5qXmp+allwavYp5SUmlqZ0lJ6ykiZKStlp5yUm/JSq1KrU2tS96TWpdanNqQ2pjal7k1tTm1JPZx6JPWD1KOp/0o9lvph6vHUk6mfpH6a+lnq56mnU/8v9UzqF6lnU79MPZd6PvWH1B9Tf0r9OfXfqb+m/p56K/U/qXdS/0htT/0ztSP1r9S7qX+nRTqSjqZj6Xg6kZbTyXRNujb9x/Qr6T+lX03/Of1a+r/Tf0n/Nf16+m/pN9J/T7+Zfiv9dvp/0u+k/5Henv5nekf6X+l30/+uE3VSXaQuWheri9cl6uS6ZF1NXW1dqi5dV1fXom6/ukzd/nXZulxdvq5QV6wr1ZXrKnX1dQfUtaw7sK5V3dfqWtcdVHdw3SF1h9Z9ve6wum/Utak7vK5t3bK65XUr6pQ6tW5lnVan1xl1Zp1VZ9c5dcGrtKc5Q4t4q3gr0T5+aPxQcRTn4KMTbyW2i5flc+QLxGvB+Vj8rXZG7XJJ1Nq1D0uF2h/X7pCO5qzcLTgfS1r4XBFzdj1XhFgf/IVztrmeOV4S03juoOB5x4NnHb87u4zn0FuZ1Xk2+eC55INnkl+bXc8zyG/Obt3tWbybnsN71zOyNz0f+85n8o4UYjxbXvBceTufmT1XKPB87MGzsQfPn3dy4ZTCrwq/5ZXc/8Arsf8pfA3213nt9Z2vvL6jKIqRYrSYKMrFZLG2mC7WFVsU9y/mi4ViqVguVor1xQOLBxUPKR5a/EaxTfHw4hHFI4vti0cVjy2eUDyxeHLxlOKpxW+GzyDe9Bzwz1R+ETzXGq/o/kLlxcrvKy9V/lB5ufLH8Pk45krJXc/H0czX076jY286OiKiddVrLj3IM20eXTiGZzSSRKTslVf5HyWVv1d+xJ8Hmm21m2arPz54HvuGbIN/3fbJ9vGPsUHZQf53tEOzwStuH5A7QMRyB+YOFPHcoblDRSLXNtdWyLl2uXYimTsud5yoyZ2YO1fU5s7PXSXqc1fnrhZH8PyT7Xj+ydMKVxWuEhcXri1cKy4pTCwY4tKCVbBE/4JTcMSA8g/876YGhnt0zUfuUfCs3jx3VK6cq/cvq1WulajLtc4dIloUrix0EtlC50JnkS8tKy0XhdKbpbdFyd/zB/wzXcTf1mD7BNuXYfsOYvsOZvuO9bdJF2exHT3C7Tj9P6xsHc9C1vQcZDwDWaGx0KvQt7SipPjTboVfFp7zj5jnOVJeLfyl8NfC3wpvcKy8xZGyvfDPwo7CvzhKUsX9iplitpjjOClylBxQbOkfKa04QtoVjy4eUzyueDzHyEnBEfLes1+u4nkug2e43PX8lrs/t+WTPItl8PyVu569cvdnrvwrz1EZPDvle89NGTwvJWeeg8WZUmK3M8+nW4MbdnsliUXZlf7t8U5uh8FzwhkF07/2bf+6dwve516LXc9lem7xsmLH4hU8+2jw3HKfdxU+y1HT9j8cvZJ/9PZmVuPfog70b0lt/VvQcf56WP6tYNczPz3DZy8Ivl7tdbXXCeGLa7yQ/Pt0/99qF9YuFy38e/atolh7X+3Doo1///53cXTtW7U7xFW+xGaI6311zRe9fGutFYN8S20RU3xB/VrM5lV7HF61x+VVezxetWcVr9qzmlftWcOr9qzlVXvu4VV71vGqPet51Z4Nqf9JS2Kj76da8UC6kG4pHku3Sn9dPJX+Rrq9eJbX8fkdr+Pz+xYHtDhQvBw8swoiEYEbxX7B94li/9SY9HfETP+jW0tXcVZ6Zrez0v+d/d757EfBz4n/9+x503N/fpL937nn+f9V1/wn339JTN3tuH+z2XQVy07IPpSflbc/sE1vNds2ZbLTsnOyj2V/kuuSuz43Kjc2Nz23JPfT3C9yf829Vfl+5bEPbOvbzbatidz2fE1+Rt740O36n2bbLjk7M/uj/Jz8P/LbK7+sPP+BLXun2bYsnneD5wn90K36R7NtVSQ7I/v4B7Zne/PdLnNdc2MqD1R+yPkkeJboXefKN4LbSPmN8pvlt8vvlLeXd5TfrYiKVIlV4pVkpbaSqtRVWnzE9wAn7rZ3n+zrRET+S/veQBeX+nb/h+iHqwaH+z7oM+x7S99bt/rb3Zjtle3tb3nfbL9sf/97h0qu3v/eoXXuoNzBuUOa9BV8z+Bf6lult0v/Ln8W+Z0sOn2GLfzPhp7w8a8SXRjzhX+vcVrxW7xKwHnFTsXOxWuLNxRv3O1Z+4Pn4/8yvhs5VXSWMrt9N7JnVvia//Bdyv+e70t2vk5IFynJ+4d+9OtVvPeaEx/zihP8jCJ49uOWPPu3CFbZPy/clh0iov46jxCJ7LbsT/yz5Ju5uGjFK5IdneuXmyTOyM3NLRVX5ozcKnFD7v7cD8StuRdzL4v+uVdyr4jBuVdzr4shuTdyb4jRwXNfizF5kY+Jcbya2eR8r3xfsTrfPz9MrMuPz08T2/Jb81vFw7yy2SOFqwtdxA8LDYVG8ePC0MII8ZPyg/457+eVxyqPi1+ID74KSfC9VleOpq3/Z1flw44Og9ftXPO+1+zckt2aX9r0epeFdPiTsux/eHXLX32l1uE/HR3b/u+uSqyVmPDhr90hXSpd8d5rjA2QhkqjpYnSdGmOtEBaIqmSJa2WNkhbpQekR6UnpJ9Jz0q/kV6SXpVel96WdkQikWSkRSQfqY+0jhwWaRc5NnJy5PTIOZELI5dHOkW6RLpHekb6RAZFhkfGRiZHZkbmRhZGlkW0iBNZG9kUuS/yUOSxyJORpyPPRX4XeTnyWuSNyDuRd6OxaG00Ey1GW0YPjraJto8eHz01emb0vOjF0Y7RztGu0R7Rhmi/6ODoyOj46NTorOj86OLoiqgR9aLropuj90cfiT4efSr6TPT56IvRV6J/ib4Z3R4TsUQsHcvGyv71do24mleUDtqGHk7b0iNoO3okbU+PokfTY+ix9Dh6PD2BnkhPoifTU+ip9Jv0NPotejo9g55Jv03PomfTc+i59Dx6Pr2AfodeSC+iF9NL6KX0MtqBXkk70c70OtqVXk+70e70RnoTvZneQnvSBtpIe9HetC/tRwfQgXQQHUyH0mF0OB1BR9LRdCwdR8fTiXQSnUKn0el0Bp1N59A76Fw6j86nd9IF9C66kC6iS+kyupyuoApV6UqqUZ0a1KQ2dahLPbqKrqZr6Fp6D11H19MNdCPdRO+lm+kWupVuo/fR79H76ffpA/RB+hB9mD4SVBT828Q1QmS+4R8lUqaDf5S0zVzpHx9HZDr7x8eRmev8o6F9prt/HBybucm/1o/PNPjX8cmZvv61e1pmgH+Nnp4Z7F+j384M9a+5szKj/Wvu/MxY/9q6IDPRv54uykzxr6dLMtP86+bSzGx/fTtklvpr1CVj+1twi4hEH5V+94U++uAweag8XB4pz5bv4TEIV8td5G48LuAmebWs8oiDXnIfHmfQ9CiDYZ/w8QVzPuaRBR98XMEqee1ujyXY7ff0e93jCt573EAyLXvymqrHF1wpd+ZRHE2P4QgewdFDvjFZ1/QIjuR+cqPcW+4rr+PRG+vlQckW7z3yoOoxB+l8upAupkvpcrqSrk8fkG6ZPjDdKv21dOv0QemD04ekD01/PX1Y+hvpNunD023TR6TbpY9Mt//QRypM+/DHKrRIt6hr0eITPWJh7Qcfs9Ai2yLXIv+BRy78KPVE6sc8fuGpD30Ew69Sz6d+nfpt6oXU73c+lqFFpUU9j2f420c+okH64GMaWhzQomWLAz/TIxuqH9cgfQmPbDg6dm/sJSHiX49/XbRP1CZqxVEJf1fE0YkWiRbimMRBiYPEsYmlCUUcl1iZMMXJCTvhiW8lVifuEd9OrE/cL85NPJB4THRIPJ54TlyTeD7xkmhMvJp4VQxK/Hfir+K2xN8SfxdDE2/J+4sRck6+QCyUL5QvE0/KHeTviqeT30qeLn6RPDN5tvhl8tzkueLXyQuTF4rfJC9JXiJ+m+yY7Ch+l7wieYV4Idkp2Um8mLwmeY34ffK65HXipWS3ZDfxh2TPZE/xcrIx2Sj+mOyT7CNeSQ5MDhF/So5KjhJ/qfFvDOKvtX1q+4vXawfWDhVv1g6vHS62195Vu1z8s3Zb7cNSrPbN2h1SXSqRul4qpm5IjZb6pVemX5Zm1c2pWyr9TEjxBhEXGengyPHR82KdRUv/O+KzxIWio3/+7S4axAAxXIwX08VcsViowhHreLXYx8XPxHPiRV4rNnwdtpq7RLRmhP+/BbwdXnMnb4fVzOft0Jp5vB1Sc4f/drj/3hzeDq+ZzdthNbN4O7Tmdt4OqZnhvx3mf9x03g6vmcbbYTVTeTu0Zgpvh9RM8t8O9T9uIm+H10zg7bCa8bwdWjOOt0Nqxvhvh/gfN5q3w2tG8XZYzUjeDq2ZLCL+f830O7xmrt8RNWP9Dv0cK7I+XJF14YrcE67I2nBF1oQrsipcES9cETdcESdcETtcETNcESNcET1cES1ckZXhiijhiqwIV2R5uCLLwpVYGq7EknAl7g5XYnG4Eot4O6TGYi1WsxYqq7PQ75DPsSI/CVfkyXBFfhyuyBPhivwoXJEfhivyWLgi/xWuyKPhivwgXJGHwxV5KFyRB8OVeCBcie+HK3F/uBLfC1fivvDY2BauyJZwRTaHK3JvuCKbwhXZGK7I1uCIqHmEdXmcddnwOVfkz+GKvBquyJ/CFXklXJE/hivyh3BFXgpX4vfhSrwYrsQL4Ur8LlyJ34bHxm/CFfl1uCK/ClfkuXBFfhmuyLPhivwiXJH/F67I0+GK/DxckZ+FK/LTcEWeYUWe5+h4mRV56vOtSK3ctBK1iaaVqI03rURtrGklaqNNK1EbaTo2aqWmFakV4Yr8O1yRf4UrsiNckX+GK7I9XJF/hCvyP+GKvB2uyFvhirwZrsjfwxX5W7gir4cr8tdwRf4Srsh/hyvyBivyDivyLkfKa6xIREjB5/OzciFiIi/qRWtxmJBEO34uIOVH8xist3h/fNDcN4Lf9733O4LD/fePzp4tWmcvzN4ijq/8sz7pr2/TVyv6K36waBO+ck/dR3694KPl8JLbiWPFyTwe5ZymLcg2vSrUwPB3je/9i/+9fPDvN9GtPF7mI7aJ51vsWE6Vvy6uKrcrnyEGlL9d7iom+9taFFp46U1b2l4c7x8jZ4Zb3OJTXH7wVXLhtp/jH2OXi06ii3+U9RR9xCD/OBsrJouZ/pG2UKzwP8No2rfiA6xAP77G5F2XULhut0tr3HU5uQv4l9/vWr28/rEfGQl+XhtewudbpVy4OueJi/3ruLPoKnr4t6LqV3APbklNq7dfs+xhsJ0tdrsmm7b1GtFN3Cx6+bf4of7HjW5a/dzMoOU/fPhW5TbxFXtVff2tu+b5H/JRN733UZ9/fVuItuJocaI4zT9LXSAu5ZVndx1BTaua+YK2/MOP3w+7fnc7fvfEdmR7Vt2Ovsj1/eDxu/OYGC0m+vcDc8QC/raxaaX3b5Y93PWa4cGrxfnn58qYygreC865twjh72dXcX25oXyf2FI5otJOSvt7WO+fq3b+dLvpd0Y7dvvcKD/PC26DO39n9y//X1IfuZKx91ayMys5kJWcwmXqwWWKd4LL5LfF0d23irXeEqxGZXFlGXvZWez6/eueutRdX//9+/XuF7xf/op+YK/21GXu/Orv36d/f+HX1djKxA/s1Z661F1f/337JYkveL9qK5MqUyq3V2ZX7qjMrcyrzK/cWVnw/v3cY1vx0Zf3/v2WvuD9livjKuMrEyozKndVlvu3//fv8Z66/A+7pPfva+QL3td0ZXJlamVaZXplZmVWZU5lYWVR5e7KksrSD+z1ntqS/3yZe+TcLUX/07lbijXHuXuPXepHnrul+Jd/7t5jl/kR524p0Rzn7j12qR997pb3inP3ntqKT37uTjbzuXtPXf4nOXfX7DXn7j21JR93mW1288/f/daU/17+V/nflUglWklU5EpNJe3/6x/fe+zMzkdJvJj9Y/aV7KvZP2f/mn09+0b2zew/stuzO7L/ykm5SC6WuyU3IPdc7qX8Ifmj8yflz+ERbsHfZoV/g5/f8oFHu6V5XMWuR1Xs/MusMYVHCo/uBY+C61McVLytOKQ4pTitOLM4tzi/uKB4V3FhcVFxcXFpcdkX/Si50lGl00pnly4vqaWVJa2kl4ySWbJKdskpuSWvtKq0urSmtLZ0T2ldaX1pQ2ljaVPp3tLm0pbS1tK20n2l75XuL32/9EDpwdJDPO9BRLSV0ruJ+6Ov+77+dR78FZ7N3+F5/CXemuxm/1rtle+d759fkl+286/u/OuwrrD/+65H/zr82NXvU+xb7FfsXxxQHMgqD/bXeWxxQnESqz29OMNf8duLd3zIqn/cqh3wcavh7+H69x/dux2tn/wo3XeEftxKc9SJzZ/gqIuIUnZudoF/7luUXeSf+1ZmV4pE7tncC0LO/TP3b7F/vlX+GFHM35RvFG3zo/PjxDH5efl54oT8nfk7xYnBYzzFSfkd+R3ilIIoCHFq8fTiWeKbxXOL54ozi5cVLxPfLnYsdhRnFa8oXiHODh65Kc4pdil2EecVuxW7ifNLkVJBXFDaUdohunyGRwu3FX0+0W2r9fsen3pT/uZ8Q3i72u2xqh/9WFP/aySzDdk+2UHZoYWrCtfyt5HBeb1+t/P664Fqyr8NnlNG7J/tmR3h70l9rl7keVR3Idc6d7Ao8tjuSu7k3CmiPndG7kzRMne2v8+t/H0+XxyUu8rf84PZ80MKVxa6iEP5+852/H3nkcHjqkV7HoF+dOVHlSfEyaxCSzF3t1XYfSua52+bk7ly7jB/30/092I///r7kziOfbmyYBRWi+v4i9Kb/b14UtzKXozgkcmtxHypVux6ZHLz78dXZ/V2/95QEtHyC/7x3zL43rBwYOFIIQpHFY4S+wePyxRZHpmZrzxfed5f6eAIbrnbEfy33T5bEmdxO7kl3zN/q39raeT20iffN9/Pv9UMKPyo8EThF4VnS9FSrJQoJUvpUl0pU9q/lC3lSvlSoVQqlUv1pZal1qWDSoeWvl46rPSNUpvS4aXvlq4odSp1LnUpXVfqVrqh1L10Y6lH6abSLaWepYZSr1K/Uv/SoNJtpcGlIaWhpWEc4f6xsdsR/reqfWyea6ng35dt9a+lTbkfiLb+GfPP4tTcP/Mxcal/lpwkOvtnFU10y6/LbxQD/Pu2lmKwfw92ilhYGFsYJ5YUNha2iWWFhwuPCL3wy5IkTF8bv5ee8s+D/4pkKw9V/iuSrzxZ+UmkvvKzys8jLYO/Xo+0Cv5+PdK68pvK9sjB3GJaiwXYorgXrcv/1Wtj5986RcQSoYnmOmf591I5NbcyZ+RMnpnrpqbfH/iXW8/bw7OncnuazD1G8DOh5tvSWLZrOVf+bvnKD93qYEUns42SWLzXrWfTOlb/fduqZjv6DwytsTyn+NZYmdNFKWfmbN8Xbm6VODCfyZ8rWucvzl8nOvl7MED05HHqg3173SmGBr/bktLBKwZK+wevGCgVglcMlErBKwZKleAVA6UDg1cMlA4OXjFQOjR4xUDp68ErBkptg1cMlI4MXjFQOip4xUDpmOAVA6XjglcMlE4IXjFQOil4xUDplOAVA6ULg1cMlC7b7e8CpjbzyjXH6yUGx82Z4bmiixjKWhSyuWwxW8m2yn4t+/Vsm+wJ2VOyp2W/lT0ze3b24uwl2cuz381ekb05e0t9cEuIYQOBDQ5Fw+chgcuDn0KEf6XH3+i9d//t33t/ykvZtZVNR/fqT72VB2Wfyr7gH5WJXElk/S3uIQ7NjcjNEN/NLcwtFT1yq3MbRUPu0dyP/XOynl8lhvv7s11M8MVygtiEUn5SGFUYLX6K+n9eWlz6l3irvF95P+nqcracla4p+98aSteW68sHSF3KB5UPkrqWDy0fKl1fPqZ8jNStfEL5BOmG8snlU6Tu5dPKp0k9ymeUz5BuKp9dPke6uXx++XypZ/nC8kXSreXryl2lxsoTlSek3pVnK89KfXwd/VrqW9+ivoXUf7ej9czPtBL+R/tbnfW31t9SfzsP9bfvhGC7/K06I9gaf1v87Qi2or4F634W1pHEhZ/x8iL54U2Ph8iettvW1/PV1nD+yme7+ddQpOm8wdkgv9tHlvlIV+z8/XLTx0fDyc4j4oPz9z8X1s6PaK5bdzb4C1X/CDww10pE/O++DvVvOSf533fV5E7PfVuk+b4rw/ddudx3chf5587Lc9/1z51X+t+DHcD3YK38Y/Ix8bX84/kf+WfQJ/PP8J3oL8UR+V/lnxft8r/N/1G057Z30oc+y1Rzr8D/jXWvPm491nzARx63H5xHeYTWwt2ut10fI+0/qNnsse/Zuj7s2bpiwXMei8U8Wqm8F11f+46SvekoifCYq133RX9otutHytvB76n4nZHgd0bfrS/V14srOfMEj9u0djvzNPt2fsjv03xxZu2s7f9rsA8S+3AF+9DpQ1b65WbcA+NTrHSzb+dnWundfw72x2bbg2jT8858itVuvm2V8u5nXu25e8VqR8K1PjA7Pzvfv/Rgm6Xs77O/9wXzVvYtEc3dlLvJN1a/XD8Rz83MzRSJ3NzcXCHn1JwqkjkjZ/j22pTbJGpz9+fuF6ncjtwOkc5LeUnU5VvlW4kW+WPzx4r9gmdyFxn/u8abRDbfK99L5PKj86NFPj8+P14U8uvyG0Qxvym/WVSC53YXLQtjCmP874O7l7uLr7GGrVnDgazhbeFxMF84e8VxsHMVP/xI+OqtreQfn03fJy5gZZ9sxp/kLcyu8jURvMpGTe4CfjYRfEef5bcPB/Dbh3b89uFIvq8/KvheWxwTfK8tjuU3EcdV7c8y9ucnzfczP99Quu+lrb6Tlvri+MEe2q/FzbxfidwtuYbcgNxtuTm5Bfy2lX1ib7LszSHszaHszWHsTRv24/Cq/VCbeT9qs3/PxXNbcg/mfpV7IfeH3J9z/87HPuFvu3buw0Psw1PNtg/1vtE3+f5WQ2vvknaTsz+g7EC6e+g4nMu+/7T5zsT+dygb9+i+/Kz59sX/fuTR/y37krs1N+hznBeaffuzr2Xf/QTnAUnuJF6UHpeekp6Rnn/vVcC2R0QkEUlHspEyz6bTPnJi5LTIWZEL3nsunZsjvSIDIkOrnkvHiHiRDe89k84zked5Jp2/RN6MbPf5k4imo/lofbRV9NBou+ix0ZOjp0fPiV7I8+h0iXaP9uR5dIZHx0YnR2dF50YXRpdFtagTXRvdFL0v+kD00egT0Z9Fn43+JvpS9LXom9EdsVgsHcvEirGWsYNjbWLtY8fHTo2dHjsndmHs8linWJdY91hDbEBseGx8bHpsVmx+bHFsRcyIebF1sU2x+2IPxR6LPRl7OvZc7HexV2Kvxd6IbY+LeDKeiZfjreKHxdvGj46fHD89fl780nineJd493jPeJ/4oPjQ+Oj4xPjU+Kz4/Pji+Iq4EffiG+L3xR+KPxZ/Mv50/Ln4b+IvxV+N/yX+Znx7QiQSiXQim6hPHJxokzg6cWLitMRZiQsTlyc6Ja5JdEvcnOiVGJAYmhidmJyYlViQWJYwEl5iXWJT4r7EQ4nHEk8mnk48l3gx8WrijcR2OSLXylm5LLeW28jt5WPlE+VT5dPls+Tz5Ev9W18Dr9zYUG6kfXzFN/DeFNqLKiIafASvh9dQ7ktX0v5Up0v4qD7h11PDz2l628DrrTeU19IJdDWTsXx8Y9hGGmxF03tTaC8abEVjuBWNbEUjW9HIVjSyFY1sRWO4FU2X3lje+bZpKxrZika2opGtaAy3ole5wb/kXrx3l//v/n+H/z6UrqQj6EKq8lFD+ajefHZv3gs+u3f42b357N58dm8+uzef3ZvP7h1+dh9/36VKH95roEP9qf+vvKp3X6Z9ea+BBtO+TKVKP/9f+pUH0FF0Jb2NBl+9f7k3Xel/dH/em0sH0eFUpTPpdP+r+/U/quntkPDtwvCtEr4d7n+94HIHlJs6iq6kt9Hg0gdy6QO59IG8N5cOosOpSmfS4NIHhpc+MLz0geGlDwwvfWB46cHXGF6eSAfQYLUHsQ2DyrPobP/jgq0ZwceN4ONG8HG3lR06i872O9hf32hQVnYw/zIl/JfN/Fef8L8W8nZAeWr4NvjaQ/jsIeFnD+FfpoT/spn/6hP+1wreNn32kPCzh5a30rF0Em2kwS1iKO8tpOPe++8JVKEr6Tw6n97nf3X/67GtQ8PjfxiXMoxLGcalDONShnEpw3hvBR333n9PoBZ16Dw6nwaX4n899mkY+/bBW9DKj7jVjOLYGMWxMYr35tJBdDhV6UwaHBujwmNjVHhsjAqPjVHhsTGKYyNSGc3XHs3XHs17c+kg2vQRKp1Jg689Ovzao8OvPTr82qPDrz2ar+2fuepL7GHwlnNhfTk4k4T/2hj+a6P/r8EZJTgvBLfu4DYcHFXBseFfI/X1fO1hvA0ehTMyO8e/1w+efa+QezL3C9E291puuzg+H88fKM7On5e/WnTJd833EP3yA/PDxJD89PxcMRozTcm/mt8u5nDPrRTWFDaIdaXhpTvF5sr3Kw+Kp5ueR6/y48qPxXOVpyo/Fb+qPF35f+LXvqV+KX7L/foL++7X/xfdr/Oq0H4baXDkdeC9KbQXDY7nDuE9agfuUTtw1HbgHrUD96gduEftEN6jduC22yG8R+0QnlE6cI/agbNEB+5RO4T3qB3DNtJgKzry3hTaiwZb0THcio5sRUe2oiNb0ZGt6MhWdAy3oiOX3jHcio7hVnRkKzqyFR3Zio7hVlzFPfNVvBfcOq8Kz0pXcR9wFZd2FffMV/GVruLrXhWeoTrz2Z15L/jszuFnd+azO/PZnfnsznx2Zz67c/jZV3PPfTXvNdDgnvvq8H79GqbX8F4DDabXhPfr1/r/ci33Vtdyz3otl3Ut96y8inelC2e4LpzhuvDeXDqIDqcqnUmDM1yX8AzXJTzDdQnPcF3CM1yX8J71Ov8zruPSr+PSr+PSr+PSed3wSlcuvSuX3pX35tJBdDhV6UwaXHrX8NK7hpfeNbz0ruGldw0v/Xr/M27iXvEmtuEmVvt6tuF67q+v5369m//ezXzczXzczXxcN+6luvFx3bhfv4F75hvCe+Yb+Jcp4b9s5r/6hP+1kLdN98w3hPfM3fns7uFnd+dfpoT/spn/6hP+1wreNn129/Czb+Qe90bucW/kHvdGbhE3cou4kfcW0nHv/fcEqtCVdB6dT4N73BvD+/Ubw+O/B5fSg0vpwaX04FJ6cCk9eG8FHffef0+gFnXoPDqfBpfSI7xf7xHer7//FrTyI241PTk2enJs9OS9uXQQHU5VOpMGx0bP8NjoGR4bPcNjo2d4bPQM79dv5Wvfyte+lffm0kG06SNUOpMGX/vW8GvfGn7tW8OvfWv4tW8N79c7hPfgHcJ78A7cr3cM/7Vj+K8duV+/ivNCcOsObsPBURUcG/41Et6v99hL7td3Pb79Ah4JWpPP5I/xv7+/r/CgOLjwX4UnRBv+jqR9+bfl34qzKqIixNmV+kq9OKfSxT+vnFvp73/XcN4n/Anhxbs9VuT7n+vSvsy/AblUPLLb76o+33Y3z6MnasLVCv76Ic8jHA/hEY7nswa38tcP/fnrh+H89cMo9n42v2W6XDwqnbbbb5m+ivv/VVv1nbfJs7hNJvPH5s8VIn+xfy7Il4qlw8XB5RfKL4gTK5FKRJxUaVlpKU6udPXvZ0+pDPS/iz71E94az9vt1vjAZ7qcvenvWC4Q9+92K/1s+9NcR8oRH/k3FsFjyjvzlxY385cWffhLi7H8pcVE/tLC4C8tHP7SwuMvLdYH6y42Fn5RksS9wdpLL/qrn5Be8q+BpPSH4FqQXvavh4L0SnANSH/xr4N66XX/emgp/S24LqQ3/GvjcOnN4HqQtvvXRCdph39tdJb+FVwj0rv+dXJTRATXRiThXx8NkaR/nfSK1ATXS6TWv2aGRdLB33lEsvydxxX8nUcn/s6jC3/n0ZW/8+jG33l05+88enCuuVA8IJ2427nmq3Ut7jt2mu/YETxiMSYWi03iFanp8djLRPM/+7ck0pmb/a/Z6H/FoZlhmRUZJWP4Mzez0Z+V/O1qlzkmc3LmlMypmW9mTst8K3Nm5rzM+ZkLMt/JXJi5KHNx5pLMpf52d8p0zXT/TJ8hZc7etz7/cX2ODtcnuFdcKDbwSitfhdWRMldUXb9f1e3/6q5/x6/4+nf8iq//d7/i6//dr/j6d6IXfMW3//yv+PZ/h+9/judv2oLXALpcDGAPlvD5H3Z/6N/3+bOa8F5x131i0/3hzX738y/3lvCS/e31t3ZFRg0ve1vmvuCxnv696qX+2gSrUuOvQXdRy3YcKy5gLSVx6efeCjnTL1i5jJdZlVmduXcP7+eKvWI/V3zh+9mwV+xnwxe+n8ZesZ/GF76fffeK/ez7he+nu1fsp/uF7+ewvWI/h33h+7lxr9jPjV/4fjbuFfvZ+IXvp71X7Kf9IfspJZ+R6iOnRs6MnBe5ONIx0jnSNdIj0hDpFxkcGRkZH5kamRWZH1kcWcFjUdZFNkfujzwSeTzyFI9GeTHyStWjUbLRMo9GaRs9Onpi9LToWdELopdGr4heE+0WvTnaKzogOjQ6OjoxOj06J7oguiSqRq3o6uiG6Nb3PRrl1ejr0bejO2KRWDLWIpaP1cdaxw6LtYsdGzv5fY9H6RnrExsUGx4bG5scmxmbG1sYWxbTYk5s7QcekfIyj0h5J/ZuPBavjWfixXjL+MHxNvH28ePjp8bPjJ8XvzjeMd453jXeI94Q7xcfHB8ZH/++R6Wsi2+O3x9/JP54/Kn4M/Hn4y/GX3nfo1LKiVaJQxNt33tcygWJSxNXvO9xKRMT0xNzEgsSSxJqwkqsTmxIbE08kHg08UTiZ4lnE79JvJR4NfF64u3EDjkiJ+UWcl6ul1vLh8nt5GPlk+XT5XPkC+XL5U5yF7m73FPuIw+Sh8tj5cnyTHmuvFBeJmuyI6+VN8n3yQ/Jj8lPyk/Lz8m/k1+WX5PfkN+R303GkrXJTLKYbJk8ONkm2T55fPLU5JnJ85IXJzsmOye7JnskG5L9koOTI5Pjk1OTs5Lzk4uTK5JG0kuuS25O3p98JPl48ikRydZUVvqtpSmapnV0P5qh+9MszdE8LdAiLdEyrdB6egBtSQ+krejXaGt6ED2YHkIPpV+nh9Fv0Db0cHo0PYYeS4+jx9MT6In0JHoyPYWeSr9JT6PfoqfTM+iZ9Nv0LHo2vZBeRC+ml9BL6WX0ctqBdqTfpVfQK2knehXtTK+m19BraRd6He1Kr6fd6A20O72R9qA30ZvpLUErK8sxESnHg/fLCSrTJOVIKHMMlDkGyhwD5RaUI6HMkVDmSChzJJQ5EsocCWWOhDJHQpkjocyRUOZIKHMklDkSyhwJZY6EMkdCmSOhzJFQ5kgocySUORLKHAlljoRyO3okbU+PohwJZY6EMkdCmSOhzJFQ5kgocySUORLKHAlljoQyR0KZI6HMkVDmSChzJJQ5EsocA2WOgTLHQPkcei49j55PL6DfoRwnZY6TMsdJmeOkzHFS5jgpc5yUOU7KHCdljpMyx0mZ46TMcVLmOClznJQ5TsocJ2WOkzLHSZnjpNw1vMYbaCPtRXvTPrQv7Uf70wF0IB1Eb6OD6RA6lA6jw+kIOpKOoqPpGDqWjqPj6QQ6kU6ik+kUOpVOo9PpDDqT3k5n0dl0Dr2DzqXz6Hx6J11A76IL6SK6mN5Nl9CldBldTldQhaq0aW01qlODmtSiNnWoSz26iq6ma+haeg9dR9fTDXQj3UTvpZvpFrqVbqP3Ba0cQdv5/SfHwA76L/ou/XfQekElGqFRGqOcJeo5S9RzlqjnLFHPWaKe+4t6zhX1nCvqOVfUc66o51xRz7minnNFPeeKes4V9Zwr6jlX1BebjtL6Ei3TCq0Xe+jZtPfZaJ+NPrONLGxkYSMLG1nYyMJGFjaysJGFjSxsZGEjCxtZ2MjCRhY2srCRhY0sbGRhIwsbWdjIwkYWNrKwkYWNLGxkYSMLG1nYyMJGFjaysJGFjSxsZGEjCxtZ2MjCRhY2srCRhY0sbGRhIwsbWdjIwkYWNrKwkYWNLGxkYSMLG1nYyMJGFjaysJGFjSxsZGEjCxtZ2MjCRhY2srCRhY0sbGRhIwsbWdjIwkYWNrKwkYWNLGxkYSMLG1nYyMJGFjaysJGFjSxsFJyvrdBGFjaysJGFjSxsZGEjCxtZ2MjCRhY2srCRhY0sbGRhIwsbWdjIwkYWNrKwkYWNLGxkYSMLG1nYyMJGFjaysJGFjSxsZGEjCxtZ2MjCRhY2srCRhY0sbGRhIwsbWdjIwkYWNrKwkYWNLGxkYSMLG1nYyMJGFjaysJGFjSxsZGEjCxtZ2MjCRhY2srCRhY0sbGRhIwsbWdjIwkYWNrKwkYWNLGxkYSMLG1nYyMJGFjaysJGFjSxsZGEjCxtZ2MjCRhY2arrGG2gj7UV70z60L+1H+9MBdCAdRG+jg+kQOpQOo8PpCDqSjqKj6Rg6lo6j4+kEOpFOopPpFDqVTqPT6Qw6k95OZ9HZdA69g86l8+h8eiddQO+iC+kiupjeTZfQpXQZXU5XUIWqdCXVqE4NatKmlbepQ13q0VV0NV1D19J76Dq6nm6gG+kmei/dTLfQrXQbDWxkYSMrtJGFjSxsZGEjCxtZ2MjCRhY2srCRhY0sbGRhIwsbWdjIwkYWNrKwkYWNLGxkYSMLG1nYyMJGFjaysJGFjSxsZGEj1gobWdjIwkbWPhvts9FeYCMbG9nYyMZGNjaysZGNjWxsZGMjGxvZ2MjGRjY2srGRjY1sbGRjIxsb2djIxkY2NrKxkY2NbGxkYyMbG9nYyMZGNjaysZGNjWxsZGMjGxvZ2MjGRjY2srGRjY1sbGRjIxsb2djIxkY2NrKxkY2NbGxkYyMbG9nYyMZGNjaysZGNjWxsZGMjGxvZ2MjGRjY2srGRjY1sbGRjIxsb2djIxkY2NrKxkY2NbGxkYyMbG9nYyMZGNjaysZGNjWxsZGMjGxsFZ2o7tJGNjWxsZGMjGxvZ2MjGRjY2srGRjY1sbGRjIxsb2djIxkY2NrKxkY2NbGxkYyMbG9nYyMZGNjaysZGNjWxsZGMjGxvZ2MjGRjY2srGRjY1sbGRjIxsb2djIxkY2NrKxkY2NbGxkYyMbG9nYyMZGNjaysZGNjWxsZGMjGxvZ2MjGRjY2srGRjY1sbGRjIxsb2djIxkY2NrKxkY2NbGxkYyMbG9nYyMZGNjaysZGNjWxsZGMjGxvZ2MjGRjY2srGRjY2arvEG2kh70d60D+1L+9H+dAAdSAfR2+hgOoQOpcPocDqCjqSj6Gg6ho6l4+h4OoFOpJPoZDqFTqXT6HQ6g86kt9NZdDadQ++gc+k8Op/eSRfQu+hCuogupnfTJXQpXUaX0xVUoSpdSTWqU4Oa1KJN6+9Ql3p0FV1N19C19B66jq6nG+hGuoneSzfTLXQr3UYDG9nYyA5tZGMjGxvZ2MjGRjY2srGRjY1sbGRjIxsb2djIxkY2NrKxkY2NbGxkYyMbG9nYyMZGNjaysZGNjWxsZGMjGxvZ2IhVwkY2NrKxkb3PRvtstBfYyMFGDjZysJGDjRxs5GAjBxs52MjBRg42crCRg40cbORgIwcbOdjIwUYONnKwkYONHGzkYCMHGznYyMFGDjZysJGDjRxs5GAjBxs52MjBRg42crCRg40cbORgIwcbOdjIwUYONnKwkYONHGzkYCMHGznYyMFGDjZysJGDjRxs5GAjBxs52MjBRg42crCRg40cbORgIwcbOdjIwUYONnKwkYONHGzkYCMHGznYyMFGDjZysJGDjRxs5GAjBxs52MjBRsE52glt5GAjBxs52MjBRg42crCRg40cbORgIwcbOdjIwUYONnKwkYONHGzkYCMHGznYyMFGDjZysJGDjRxs5GAjBxs52MjBRg42crCRg40cbORgIwcbOdjIwUYONnKwkYONHGzkYCMHGznYyMFGDjZysJGDjRxs5GAjBxs52MjBRg42crCRg40cbORgIwcbOdjIwUYONnKwkYONHGzkYCMHGznYyMFGDjZysJGDjRxs5GAjBxs52MjBRg42crCRg40cbORgo6ZrvIE20l60N+1D+9J+tD8dQAfSQfQ2OpgOoUPpMDqcjqAj6Sg6mo6hY+k4Op5OoBPpJDqZTqFT6TQ6nc6gM+ntdBadTefQO+hcOo/Op3fSBfQuupAuoovp3XQJXUqX0eV0BVWoSldSjerUoCa1qE2brgWXenQVXU3X0LX0HrqOrqcb6Ea6id5LN9MtdCvdRgMbOdjICW3kYCMHGznYyMFGDjZysJGDjRxs5GAjBxs52MjBRg42crCRg40cbORgIwcbOdjIwUYONnKwkYONHGzkYCMHGznYiPXBRg42crCRs89G+2y0F9jIxUYuNnKxkYuNXGzkYiMXG7nYyMVGLjZysZGLjVxs5GIjFxu52MjFRi42crGRi41cbORiIxcbudjIxUYuNnKxkYuNXGzkYiMXG7nYyMVGLjZysZGLjVxs5GIjFxu52MjFRi42crGRi41cbORiIxcbudjIxUYuNnKxkYuNXGzkYiMXG7nYyMVGLjZysZGLjVxs5GIjFxu52MjFRi42crGRi41cbORiIxcbudjIxUYuNnKxkYuNXGzkYiMXG7nYyMVGwdnZDW3kYiMXG7nYyMVGLjZysZGLjVxs5GIjFxu52MjFRi42crGRi41cbORiIxcbudjIxUYuNnKxkYuNXGzkYiMXG7nYyMVGLjZysZGLjVxs5GIjFxu52MjFRi42crGRi41cbORiIxcbudjIxUYuNnKxkYuNXGzkYiMXG7nYyMVGLjZysZGLjVxs5GIjFxu52MjFRi42crGRi41cbORiIxcbudjIxUYuNnKxkYuNXGzkYiMXG7nYyMVGLjZysZGLjVxs5GKjpmu8gTbSXrQ37UP70n60Px1AB9JB9DY6mA6hQ+kwOpyOoCPpKDqajqFj6Tg6nk6gE+kkOplOoVPpNDqdzqAz6e10Fp1N59A76Fw6j86nd9IF9C66kC6ii+nddAldSpfR5XQFVahKV1KN6tSgJrWoTR3adF14dBVdTdfQtfQeuo6upxvoRrqJ3ks30y10K91GAxu52MgNbeRiIxcbudjIxUYuNnKxkYuNXGzkYiMXG7nYyMVGLjZysZGLjVxs5GIjFxu52MjFRi42crGRi41cbORiIxcbudiIlcFGLjZysZG7z0b7bLQX2MjDRh428rCRh408bORhIw8bedjIw0YeNvKwkYeNPGzkYSMPG3nYyMNGHjbysJGHjTxs5GEjDxt52MjDRh428rCRh408bORhIw8bedjIw0YeNvKwkYeNPGzkYSMPG3nYyMNGHjbysJGHjTxs5GEjDxt52MjDRh428rCRh408bORhIw8bedjIw0YeNvKwkYeNPGzkYSMPG3nYyMNGHjbysJGHjTxs5GEjDxt52MjDRh428rCRh408bORhIw8bedjIw0bBedkLbeRhIw8bedjIw0YeNvKwkYeNPGzkYSMPG3nYyMNGHjbysJGHjTxs5GEjDxt52MjDRh428rCRh408bORhIw8bedjIw0YeNvKwkYeNPGzkYSMPG3nYyMNGHjbysJGHjTxs5GEjDxt52MjDRh428rCRh408bORhIw8bedjIw0YeNvKwkYeNPGzkYSMPG3nYyMNGHjbysJGHjTxs5GEjDxt52MjDRh428rCRh408bORhIw8bedjIw0YeNvKwkYeNPGzkYaOma7yBNtJetDftQ/vSfrQ/HUAH0kH0NjqYDqFD6TA6nI6gI+koOpqOoWPpODqeTqAT6SQ6mU6hU+k0Op3OoDPp7XQWnU3n0DvoXDqPzqd30gX0LrqQLqKL6d10CV1Kl9HldAVVqEpXUo3q1KAmtahNHerSpmtkFV1N19C19B66jq6nG+hGuoneSzfTLXQr3UYDG3nYyAtt5GEjDxt52MjDRh428rCRh408bORhIw8bedjIw0YeNvKwkYeNPGzkYSMPG3nYyMNGHjbysJGHjTxs5GEjDxt52Ig1wUYeNvKwkbfPRvtstBfYyMBGBjYysJGBjQxsZGAjAxsZ2MjARgY2MrCRgY0MbGRgIwMbGdjIwEYGNjKwkYGNDGxkYCMDGxnYyMBGBjYysJGBjQxsZGAjAxsZ2MjARgY2MrCRgY0MbGRgIwMbGdjIwEYGNjKwkYGNDGxkYCMDGxnYyMBGBjYysJGBjQxsZGAjAxsZ2MjARgY2MrCRgY0MbGRgIwMbGdjIwEYGNjKwkYGNDGxkYCMDGxnYyMBGBjYysJGBjQxsZGAjAxsZ2MjARsG52whtZGAjAxsZ2MjARgY2MrCRgY0MbGRgIwMbGdjIwEYGNjKwkYGNDGxkYCMDGxnYyMBGBjYysJGBjQxsZGAjAxsZ2MjARgY2MrCRgY0MbGRgIwMbGdjIwEYGNjKwkYGNDGxkYCMDGxnYyMBGBjYysJGBjQxsZGAjAxsZ2MjARgY2MrCRgY0MbGRgIwMbGdjIwEYGNjKwkYGNDGxkYCMDGxnYyMBGBjYysJGBjQxsZGAjAxsZ2MjARgY2MrCRgY0MbGRgo6ZrvIE20l60N+1D+9J+tD8dQAfSQfQ2OpgOoUPpMDqcjqAj6Sg6mo6hY+k4Op5OoBPpJDqZTqFT6TQ6nc6gM+ntdBadTefQO+hcOo/Op3fSBfQuupAuoovp3XQJXUqX0eV0BVWoSldSjeq0abVNalGbOtSlHl1FV9M1dC29h66j6+kGupFuovfSzXQL3Uq30cBGBjYyQhsZ2MjARgY2MrCRgY0MbGRgIwMbGdjIwEYGNjKwkYGNDGxkYCMDGxnYyMBGBjYysJGBjQxsZGAjAxsZ2MjARgY2Yt2wkYGNDGxk7LPRPhvtBTbSsJGGjTRspGEjDRtp2EjDRho20rCRho00bKRhIw0badhIw0YaNtKwkYaNNGykYSMNG2nYSMNGGjbSsJGGjTRspGEjDRtp2EjDRho20rCRho00bKRhIw0badhIw0YaNtKwkYaNNGykYSMNG2nYSMNGGjbSsJGGjTRspGEjDRtp2EjDRho20rCRho00bKRhIw0badhIw0YaNtKwkYaNNGykYSMNG2nYSMNGGjbSsJGGjTRspGEjDRtp2EjDRho20rBRcB7XQhtp2EjDRho20rCRho00bKRhIw0badhIw0YaNtKwkYaNNGykYSMNG2nYSMNGGjbSsJGGjTRspGEjDRtp2EjDRho20rCRho00bKRhIw0badhIw0YaNtKwkYaNNGykYSMNG2nYSMNGGjbSsJGGjTRspGEjDRtp2EjDRho20rCRho00bKRhIw0badhIw0YaNtKwkYaNNGykYSMNG2nYSMNGGjbSsJGGjTRspGEjDRtp2EjDRho20rCRho00bKRhIw0badio6RpvoI20F+1N+9C+tB/tTwfQgXQQvY0OpkPoUDqMDqcj6Eg6io6mY+hYOo6OpxPoRDqJTqZT6FQ6jU6nM+hMejudRWfTOfQOOpfOo/PpnXQBvYsupIvoYno3XUKX0mV0OV1BFarSlbRphXVqUJNa1KYOdalHV9HVdA1dS++h6+h6uoFupJvovXQz3UK30m00sJGGjbTQRho20rCRho00bKRhIw0badhIw0YaNtKwkYaNNGykYSMNG2nYSMNGGjbSsJGGjTRspGEjDRtp2EjDRho20rCRho1YQ2ykYSMNG2n7bLTPRnuBjVRspGIjFRup2EjFRio2UrGRio1UbKRiIxUbqdhIxUYqNlKxkYqNVGykYiMVG6nYSMVGKjZSsZGKjVRspGIjFRup2EjFRio2UrGRio1UbKRiIxUbqdhIxUYqNlKxkYqNVGykYiMVG6nYSMVGKjZSsZGKjVRspGIjFRup2EjFRio2UrGRio1UbKRiIxUbqdhIxUYqNlKxkYqNVGykYiMVG6nYSMVGKjZSsZGKjVRspGIjFRup2EjFRio2UrGRio1UbBSc09XQRio2UrGRio1UbKRiIxUbqdhIxUYqNlKxkYqNVGykYiMVG6nYSMVGKjZSsZGKjVRspGIjFRup2EjFRio2UrGRio1UbKRiIxUbqdhIxUYqNlKxkYqNVGykYiMVG6nYSMVGKjZSsZGKjVRspGIjFRup2EjFRio2UrGRio1UbKRiIxUbqdhIxUYqNlKxkYqNVGykYiMVG6nYSMVGKjZSsZGKjVRspGIjFRup2EjFRio2UrGRio1UbKRiIxUbqdhIxUYqNmq6xhtoI+1Fe9M+tC/tR/vTAXQgHURvo4PpEDqUDqPD6Qg6ko6io+kYOpaOo+PpBDqRTqKT6RQ6lU6j0+kMOpPeTmfR2XQOvYPOpfPofHonXUDvogvpIrqY3k2X0KV0GV1OV1CFNq3qSqpRnRrUpBa1qUNd6tFVdDVdQ9fSe+g6up5uoBvpJnov3Uy30K10Gw1spGIjNbSRio1UbKRiIxUbqdhIxUYqNlKxkYqNVGykYiMVG6nYSMVGKjZSsZGKjVRspGIjFRup2EjFRio2UrGRio1UbKRiI9YTG6nYSMVG6j4b7bPRXmAjBRsp2EjBRgo2UrCRgo0UbKRgIwUbKdhIwUYKNlKwkYKNFGykYCMFGynYSMFGCjZSsJGCjRRspGAjBRsp2EjBRgo2UrCRgo0UbKRgIwUbKdhIwUYKNlKwkYKNFGykYCMFGynYSMFGCjZSsJGCjRRspGAjBRsp2EjBRgo2UrCRgo0UbKRgIwUbKdhIwUYKNlKwkYKNFGykYCMFGynYSMFGCjZSsJGCjRRspGAjBRsp2EjBRgo2UrCRgo0UbKRgIwUbBWd2JbSRgo0UbKRgIwUbKdhIwUYKNlKwkYKNFGykYCMFGynYSMFGCjZSsJGCjRRspGAjBRsp2EjBRgo2UrCRgo0UbKRgIwUbKdhIwUYKNlKwkYKNFGykYCMFGynYSMFGCjZSsJGCjRRspGAjBRsp2EjBRgo2UrCRgo0UbKRgIwUbKdhIwUYKNlKwkYKNFGykYCMFGynYSMFGCjZSsJGCjRRspGAjBRsp2EjBRgo2UrCRgo0UbKRgIwUbKdhIwUYKNlKwkYKNmq7xBtpIe9HetA/tS/vR/nQAHUgH0dvoYDqEDqXD6HA6go6ko+hoOoaOpePoeDqBTqST6GQ6hU6l0+h0OoPOpLfTWXQ2nUPvoHPpPDqf3kkX0LvoQrqILqZ30yV0KV1Gl9MVtGk9VbqSalSnBjWpRW3qUJd6dBVdTdfQtfQeuo6upxvoRrqJ3ks30y10K91GAxsp2EgJbaRgIwUbKdhIwUYKNlKwkYKNFGykYCMFGynYSMFGCjZSsJGCjRRspGAjBRsp2EjBRgo2UrCRgo0UbKRgIwUbKdiIVcVGCjZSsJGyz0b7bLQX2EjHRjo20rGRjo10bKRjIx0b6dhIx0Y6NtKxkY6NdGykYyMdG+nYSMdGOjbSsZGOjXRspGMjHRvp2EjHRjo20rGRjo10bKRjIx0b6dhIx0Y6NtKxkY6NdGykYyMdG+nYSMdGOjbSsZGOjXRspGMjHRvp2EjHRjo20rGRjo10bKRjIx0b6dhIx0Y6NtKxkY6NdGykYyMdG+nYSMdGOjbSsZGOjXRspGMjHRvp2EjHRjo20rGRjo10bKRjIx0b6dhIx0bBGVwPbaRjIx0b6dhIx0Y6NtKxkY6NdGykYyMdG+nYSMdGOjbSsZGOjXRspGMjHRvp2EjHRjo20rGRjo10bKRjIx0b6dhIx0Y6NtKxkY6NdGykYyMdG+nYSMdGOjbSsZGOjXRspGMjHRvp2EjHRjo20rGRjo10bKRjIx0b6dhIx0Y6NtKxkY6NdGykYyMdG+nYSMdGOjbSsZGOjXRspGMjHRvp2EjHRjo20rGRjo10bKRjIx0b6dhIx0Y6NtKxkY6NdGykY6Oma7yBNtJetDftQ/vSfrQ/HUAH0kH0NjqYDqFD6TA6nI6gI+koOpqOoWPpODqeTqAT6SQ6mU6hU+k0Op3OoDPp7XQWnU3n0DvoXDqPzqd30gX0LrqQLqKL6d10CV1Kl9HldAVVqEpXUo02rbNBTWpRmzrUpR5dRVfTNXQtvYeuo+vpBrqRbqL30s10C91Kt9HARjo20kMb6dhIx0Y6NtKxkY6NdGykYyMdG+nYSMdGOjbSsZGOjXRspGMjHRvp2EjHRjo20rGRjo10bKRjIx0b6dhIx0Y6NmL1sJGOjXRspO+z0T4b7QU2MrGRiY1MbGRiIxMbmdjIxEYmNjKxkYmNTGxkYiMTG5nYyMRGJjYysZGJjUxsZGIjExuZ2MjERiY2MrGRiY1MbGRiIxMbmdjIxEYmNjKxkYmNTGxkYiMTG5nYyMRGJjYysZGJjUxsZGIjExuZ2MjERiY2MrGRiY1MbGRiIxMbmdjIxEYmNjKxkYmNTGxkYiMTG5nYyMRGJjYysZGJjUxsZGIjExuZ2MjERiY2MrGRiY1MbGRiIxMbmdjIxEYmNjKxUXDWNkMbmdjIxEYmNjKxkYmNTGxkYiMTG5nYyMRGJjYysZGJjUxsZGIjExuZ2MjERiY2MrGRiY1MbGRiIxMbmdjIxEYmNjKxkYmNTGxkYiMTG5nYyMRGJjYysZGJjUxsZGIjExuZ2MjERiY2MrGRiY1MbGRiIxMbmdjIxEYmNjKxkYmNTGxkYiMTG5nYyMRGJjYysZGJjUxsZGIjExuZ2MjERiY2MrGRiY1MbGRiIxMbmdjIxEYmNjKxkYmNTGxkYiMTG5nYqOkab6CNtBftTfvQvrQf7U8H0IF0EL2NDqZD6FA6jA6nI+hIOoqOpmPoWDqOjqcT6EQ6iU6mU+hUOo1OpzPoTHo7nUVn0zn0DjqXzqPz6Z10Ab2LLqSL6GJ6N11Cl9JldDldQRWq0pVUozo1aNOaW9SmDnWpR1fR1XQNXUvvoevoerqBbqSb6L10M91Ct9JtNLCRiY3M0EYmNjKxkYmNTGxkYiMTG5nYyMRGJjYysZGJjUxsZGIjExuZ2MjERiY2MrGRiY1MbGRiIxMbmdjIxEYmNjKxkYmNWDFsZGIjExuZe8xGwevjRkRetBSSOJhXa1vsN5IZmLmH12C7zJ/uH75WbvA6uBKvgxvndXBreB3cFK+D24LXwd2P18HN8zq4BV4Ht8zr4NbzOrgHZGZlZolWmTmZReJrmaUZQxyesTOrxXGZtZlHxCnhthRFK7+HijM/YmtimW9kzvW3plOmk/9Vuma6idaZ2ZnZ4pAvfUvLorX/3mHiLNH1M2zr3rMf9f41HxNtxDmimxi5h/dk79nLncdV2w/dw6A3hq9peFn4moa1vKZh6gPX9gWfeo0+/qvvfh3cvEevg4+/7Jb+qsT9dTlPdBejxcQv7Qj4+C37T+eloEs/9zlj96/yRd2ed7+M5rmtfdha/afbQVDzU368scduJ7tf+p75asaXdCvbfcu/jMsy9opb8O573fxbYnzCc8dR7zu+O37Etsr+Ze48Ox2eudK/5LaZzpnOol3mOv/yj+R8dQxbcWzV1/24yz/nC7r8c4TU4hoxQUpLh0lnStdIg6RZkiU9JD0vvR3JRNpGzol0jQyNzI14kUcjv4tsj+aj7aMXRLtHR0YXRNdGH4++FH03Vo4dG7s4dnNsbGxxbEPsydgr8Ui8ZfzE+OXxhvjE+LL45vjP4q8lEonWiVMTVyT6JKYm1MR9iWcSr8u18qHy6XJneYA8UzbkB+Tn5DeTLZJtkmcluyQHJ+ckneQjyd8k36nJ1rSrOa+mW83wmvk1q2seq3mxZkdtsfbo2gtre9SOrl1Yu672idqXUyJVnzo+dWmqZ2p8aklqU+qp1KvpWLpV+uR0x3Sv9OT0ivTW9NPpv9Ql6w6uO62uU12/uul1Wt39dc/WvdEi3eKwFmf6a5wULfzr4hoRiS8KWncSPXHnJPONYBK07iS6a9KGSRsmbaomhzM5nMnhVZO2TNoyaVs1OYLJEUyOqJq0Y9KOSbuqyZFMjmRyZNWkPZP2TNpXTY5ichSTo6omRzM5msnRVZNjmBzD5JiqybFMjmVybNXkOCbHMTmuanI8k+OZHF81OYHJCUxOqJqcyOREJidWTU5ichKTk6omJzM5mcnJVZNTmJzC5JSqyalMTmVyatXkm0y+yeSbVZPTmJzG5LSqybeYfIvJt6ompzM5ncnpVZMzmJzB5IyqyZlMzmRyZtXk20y+zeTbVZOzmJzF5KyqydlMzmZydtXkHCbnMDmnanIuk3OZnFs1OY/JeUzOq5qcz+R8JudXTS5gcgGTC6om32HyHSbfqZpcyORCJhdWTS5ichGTi6omFzO5mMnFVZNLmFzC5JKqyaVMLmVyadXkMiaXMbmsatKBSQcmHaomVzK5ksmVVZNOTDox6VQ16cykM5POVZPrmFzH5LqqSVcmXZl0rZpcz+R6JtdXTbox6cakW9WkO5PuTLpXTW5kciOTG6smNzG5iclNVZObmdzM5OaqyS1MbmFyS9WkJ5OeTHpWTRqYNDBpqJo0Mmlk0lg16cWkF5NeVZPeTHoz6V016cukL5O+VZN+TPox6Vc1GcBkAJMBVZOBTAYyGVg1GcRkEJNBVZPBTAYzGVw1GcpkKJOhVZNhTIYxGVY1Gc5kOJPhVZMRTEYwGVE1GclkJJORVZPRTEYzGV01GctkLJOxVZNxTMYxGVc1Gc9kPJPxVZOJTCYymVg1mcRkEpNJVZMpTKYwmVI1mcZkGpNpVZPpTKYzmV41mcFkBpMZVZPZTGYzmV01mcNkDpM5VZM7mNzB5I6qyVwmc5nMrZrMYzKPybyqyXwm85nMr5rcyeROJndWTRYwWcBkQdXkLiZ3MbmrarKQyUImC6smi5gsYrKoarKUyVImS6smy5gsY7KsarKcyXImy6smK5isYLKiaqIwUZgoVROVicpErZqsZLKSycqqicZEY6JVTXQmOhO9amIwMZgYVROTicnErJrYTGwmdtXEYeIwcaomLhOXiVs18Zh4TLyqySomq5isqpqsZrKayeqqyRoma5isqZqsZbKWydqqyT1M7mFyT9VkHZN1TNZVTdYzWc9kfdVkA5MNTDZUTTYy2chkY9VkE5NNTDZVTe5lci+Te6smm5lsZrK5arKFyRYmW6omW5lsZbK1arKNyTYm26om9zG5j8l9VZPvMfkek+9VTe5ncj+T+6sm32fyfSbfr5o8wOQBJg9UTR5k8iCTB6smDzF5iMlDVZOHmTzM5OGqySNMHmHyCJOIKIQ/sw2+J5X4nrQt35MewfekR/I9aXv/e9IbxbH8XPd4fq57Mj/XPY2f657Oz3W/zc91z+Lnuufzc90L+LnuRfxc9xJ+rnup/13tItEhs9S/VXXJ2P423OJvW/Azhgv973SL/v8v53vmheH33Z/+e2X/Plpkwj26Mfj5AdscYZsTbHMt25xmm/djmzNsc4FtLrLNFbb5ALa55Xs/hTb5KfQj4nh/m6P+9/gXi+H+ZZb9/4/9HFu9t+/jFeE+XvO5rpmI/xGdv9Stj4nW4lIxkp9Y1fv/n/4lXkdf/t427WPe/3/rqv388n/jtydvzV/ulkv8fK/oX+bBos2HrOLO3258mr0I1iO4FQW3oYjoKDp/7hX5bFsh+VsRbEOUn/sf/ZF7F7SBXsm2B7eh4NiK+ueBa0S3PbT11Zfy6bftsi9l2y77mNvV5XvR0Xn5F3RcXP4Rq/JpP+vKPXxm+HLXfs/ehj/rdbWnj/gPv26/+EvZeSwcHB4LHzyar6WTvkTnNP02NHDOB4/ma8Ot3pu26cpmWqeL+a1WsE2f91bw5W77Tg2OD8/oUz/H1n819vUKxB7s6+e9BTfH8R/3zw6X8/vm6eE935xmuMa+3H3e09dbc5wjmvt6+/L3Wep6s38P1imyNl4r96i5P11uMSDzRO6wwtjSc/XHt5zV6pWDzjpkydffbnN5W+fI2FFdj9l8fPbEXic/+s3W3xp+xtNntT9n6nkvfue0ixZc8vrlF3bUrnj3qs5Xr+uSFhf5K7ZMaMIRa8UmcZ94SDwmnhRPi+fE78TL4jXxhnhHvCvFpFopIxWlltLBUhupvXS8dKp0pnSedLHUUeosdZV6SA1SP2mwNFIaL02VZknzpcXSCsmQPGmdtFm6X3pEelx6SnpGel56UXpF+ov0prQ9IiKJSDqSjZQjrSKHRtpGjo6cGDktclbkgsilkSvqk8HjYuvl4DGy9Yng8bL18eCxs/Wx4HG09dHgMbX1keDxtfX/v71796n6jsM4/kNT9cABDh9uD18RBcRLC4JK0EjASJSIgiKKXKQW7SWdOnXs1NHJuLRTx05Oxsk4NJ06dezUsVNHJ5Ne9PmcuWsH43vg+QM+vPKbvu+cluZb2zfN17f/Nl/i/tN8lft384XuX/laNz7PV/vxWb7gj0/zNX88zJf98SBf+cduvviPT/L1f9zPEiA+ziogdrIQiHtZC8R2lgOxlRVBbGZREBtZF8TdLA1iPauDWMsaIW5lmRA3s1WIG9ktxPXsGeJatg2xkLVDXMryIS5mCxHz2UXEbPYScSHbiTifNUWcy7IiZrKyiOnsLuJsNhhxJnuMOJ1tRkxlpxEns9mI41lxxLEsOuJoNh4xmr1HjGT7EcPZgcSRbELiULYiMZjdSBzMhiRK9iShLEyiP2uT6M3+JHqyRYnIOiW6vF3R8Dai09sZ7d72qHvr0eZti1Zva9S8NWQhC1nIQhaykIUsZCELWchCFrKQhSxkIQtZyEIWspCFLGQhC1nIQhaykIUsZCELWchCFrKQhSxkIQtZyEIWspCFLGQhC1nIQhaykIUsZCELWchCFrKQhSxkIQtZyEIWspCFLGQhC1nIQhaykIUsZCELWchCFrKQhSxkIQtZlf87+k4vq2rgo4Hx6ljVsvtzdbLa3PPsg/r+L2o/1UvH141fu0/0ftv/e5kZfDz05/Dl0R/GXp9Y+/DpxL7J3dMvpntmvjr/y+zI3DcXf1uYuvxo8Y+l+evfr7xaXV77cb3a2N56vtNx/0sEI5hvI7KQhSxkIQtZyEIWspCFLGQhC1nIQhaykIUsZCELWchCFrKQhSxkIQtZyEIWspCFLGQhC1nIQhaykIUsZCELWchCFrKQhSxkIQtZyEIWspCFLGQhC1nIQhaykIUsZCELWchCFrKQhSxkIQtZyEIWspCFLGQhC1nIQhaykIUsZL1TsvZUe/VET6qq+bsGLc3fNTj+3v2uQZ919hVfs/QWX7P0lG5vd/FNSxTftHQV37Q0im9aOotvWtqLb1rqxTctbcU3La3F9yw1WaR2ZJG6J4vUtixSW7JIbcoitSGL1F1ZpNZ1x3tHt723ZZ1ak3Xqlla9q7JR3ZSN6oZWvCta9i5rybukq96rWvQu6or3imxXC7JdXZLVal5z3jnZrmZlu7ogq9U5Wa1mZLWaltXqrKxWZ2SvmtKkd1KnvKc04Z3QuHdcY94xWa1GZbUakb3qiA57D2vIOyTb1SHZrgY14B2Q1UqyWvXL11affGf1yHdWt3xhdckXVkMd3g75wmqXL6y6fGG1ybdVTf7i6ID8xdF++YujffIXx3/IQhaykIUsZCELWchCFrKQhSxkIQtZyEIWspCFLGQhC1nIQhaykIUsZCELWchCFrKQhSxkIQtZyEIWspCFLGQhC1nIQhaykIUsZCELWchCFrKQhSxkIQtZyEIWspCFLGQhC1nIQhaykIUsZCELWchCFrKQhSxkIQtZyEIWspCFrP9H1n/+rsFb+Qg5cgB4nGNgZj7GtIeBlYGDdSarMQMDoxyEZr7AsIuJgYOBiZ+diZmFhZmJ5QGD1v8DDCrVDAwMnEDM4BusoACkFFTPcBj+m8zAwGHImKvAwPgfJMd8gJUPJMcoAQDftQ8qAAB4nKWQSy9DYRCG31NtqWtde/04Lq1WT6tVVY7jtMelKiQuC4mVWGIjdiL8BH+rLt2IIKpE8v0HK8n4eo5YIDadybyTSWaezAyABlgRhCQUkiIqyaztklvkvHCHyDLCiCIGFRp0FLCCdWxjB7vYxxFOcIozlFDFOz6YwhIsxTJMZRozZFeoTPRFiAhC3CQYKGIVWyZhD4c4/kVIsjTLCoJuEYjTK71QlZ6pQk/0SA90T3d0S2W6oWu6oksq0Tkd0CatccaDPMD93Me93PO2UbmwrqvPJCe+MZJNiO1ng/VKwA6HE41ocjW3tLa1d7g7u7p7etEHD+D1+QNBhv4ByINDwyNAKDwaiQJj5mAMSjwxnkxNpCeRmcpOz6iY1eb0XN6YxwIWay1LIgp/bLdck2L9V/5vn4UoV+F4nK2UWWxUVRzGf/+Z3hYK1IJAxQUUl4QYFYhg8AVDTHjxgQefCfHBF9QQE4OCSgxBNOJaKItYCiJ7KUVF0Iq1UlFb6saiCArIVmmhyCIM9F6/c+50ZtrCC2Fu5t7zLf+TzvfdHigoh7CU7OcVXYtZy6d8ztf8wK+csUImMYuv+Jt/+JdLhhXYALvVhnHdPuHM4Gn6JGvJpwSiVNQcro6aISjKYUqFSvLuyTJRv6i1KxeWhpvDpvxeFPvZ4kSD2DZrjVKJsQ5Hox1OzHZrP9FWUB5WhUs6/TlTeJbneJ4XmMZ0XuJlZjCTV5nNa7yuLGZo/QZzeJO3eJt3eJf3KGUu8yhjPgtYyCLeV44fUM6StOZwua4yrzplGStYzTo9P2Q5H7GSVcJrlP461ouLmRhXiqlgqdgVYp3LcVW6NlDNRj7mE3UW4w60mVo28ZmeW9TmF9TwJVvVY62arfOcYzrw1Z3x/Ru2Uc+3bOc7vteb0UAjO2jix2tS6jOMQz/xM7/oXdvJLnazh9/5gz/5iwMc0lvX0k3/TY698uxPuw7KdYRmOVvljH2xZ59Xj/sddmr2AIetB+cswSUirVx7Zb6hhb5H155rZ7nP2fVRJewaWpnpplIZV6pPh9x6UbqN9fJWK8GO/K6cWlO6nTjvGnlcFk7Zkc5ie7oJt8/WzGyD1zb6ubrMrtlE41+4KyedfTkZHuGoTyZOL1az6TnHYXlcym6Pztke0mycvpt1fO6M0/YKN+t0aFHS7nnCN3GCY5n1sbTeyklOcc7f2zit8+QMZ4XPi2kT6s52Zf7TdYGLpNTgZdpzUHsXpZ1QHWNmCUsSZldZ1n/zLLB8nWk9rKcVWm/rY0V2gxWL6az0yih9uym9r6D19Ew/u9H667wssZvsZrtF5+ZtNtiG2B02NEcblFFul3Kn3WV3p7WBfnJQZnaIHCU53mE23Kbqfq/dbw9oPcIetFH2kI0Rc5/wSOGHpQ33z3FM4AmeIhUcTzRq//46Vaqv9dQO1jCAiuhCNC5c1l6T3GSPW6MSKSJSU8/YI1QEE5kcTInO29DodDA+aslLRS02IjpLYbIi+aT+Dw7mPcaLPBr0/R+KFu3QAAAAeJx9VU1v20YQXVKSJUsWygRpYICHLLuhYENSXDRp67quw0qkLEVJa1kysHTSlrSkQL7lFLRBC+jmgGl/R6+j9CLfUqDX/IccemyOObszS1KwjbQEZe68+Xo7M7t2Wj98/92jh4e+PBj093t7337z4H73Xqe92/LcZuNr5+7OV9tfbn2x+flnn27cqtfWKvZN8dGN1WtXjA/KpeJyIb+Uy2Z0jdU80Qo4VALIVkS7XSdZhAiE54AAOEKtizbAA2XGL1o6aPn4kqUTWzoLS83g22y7XuOe4PDaFXyuHfYkrn9zhc/hrVo/UOtsRQllFCwLPbi3OnE5aAH3oPV0EnmBi/FmpWJTNMfFeo3NiiVclnAFa+LJTFvb0dRCX/O2ZjorlCktZGwvHMFeT3quaVm+wlhTxYKlJuRVLH5MnNkLPqu9in6dG+woqK6MxCh8JCETolOU8aLoBK5UYV24sP7s71Xc8hhqwvWgKjBYd3+RQIOcbQgevWNIXrz95yISJsiSbbxjtKQtLsqE+nTNkBsyxP1ZFnF5MXfYEQow7clY5uzIfMmcjaoPekCaV6nmwwPSTFPNwj0QFrXKC5L36WQVpke8XsPqq9fGF/UcMpXgaDihbziOhOvGdRtIcFxcOGGyV2/28QbahwFu4pjK0JOwIZ7ANdGIDRDg1IPjvlQuiRtcawILhokXbHgu8eJeFLgxQYolevKU3T57M7vDzT9uszvMJx5wvYlNqXiRHD2GG4E5wvl8zKVpgeNj+Xwhxz51SRiw/gbTWSqj8sK9XbJOjWnnebvApW5mfOoWAryFf0RjGxUGtkuJ1NHGNpeayVIzzJJY0OpCHBQydrNNqgy5Ntum5Vvx8z+UzIRTzobCuVgGAgtOcZ7/pBZbE6F17o3dcwQvBM0lBJNo7+epUy2SxOhRoHa2U1XGxpOLmI5hFERdXOXA9rgUY+ELnCFnT9LeqNaqv92+6PYOpep2MiWDC1Ks34wlYBaqU0Fv4gy2qmbaViXvKnkhti+pO6maRwXR7UcUXCQBGccThJteqnTCF5tX7+DRbOHtJlqh4AZvReH8bHoUzRwneuIFky2KITqjSPTltqm47stfzGeU6irrat1Bo17Du6cxE9rz3szRnvcP5anBGH8+kC91TW8GDX92E3XylDPmKFQnlEASOAkUaR+FgrI3Tx3GpkqbVYCSh3ONKayQYhobzvUYM1JMRywbY47C6MEmrU6wxHjdenxE7fnZn0SBT4eLXcdW4quBJnYY6GJnpulLK1AU4waURIPwu4TfjfElwvM4GNp1DYtDd1IUCLyncKAkM7V4FDMUks/PzgbSem2+9S0ctUf4O5SwXMW7P2ffQ7td+gUI78J0GBIPdiDJN293hj6ObRoQTTqwjBGWkwho0VI+NI7oNMTeYAOV/xQFmPrgVympPPbVOBvA2mIL2x7HzFUo0YYfXRWfqLOJR6Fon9BnGbmxvowRE0VM5sdFyq8g86FA1TDgWO0sG/Zx1OO7tGjGyBivxGxlrH5FM1Ey2lbGLpWLsHwLA+JL69ItOpI5O+/7MXklnSQGmNuAEjKqnCtl4oDVQVWHuOB7glTJ9E8K05uzffEj3ixEWkXKoxrKdifEyz/2LyEiNlPnAt0RpSTGXzGap52vYN0z9mB+9rv4yTr31GuC/jnQYDLzFAeb+dFlAB5W67XCZbSs4CgqlN/vENerUF58EfwX4fWAsgABAAMACQAKAA8AB///AA94nMS9B4Ab1Zk4/t4UlZmRNKPee+9tpdVWeb3e1a632LtrG/feMGCMDTbG9JLAhUAoIYEEOEi9BBLvrm2BHRLAR6rvcomPFELKHfdLQuIcIcnxC3jl33sz0q7cCCG5/9+CmaeRNPO9r3/f+963gAC9ABCb6CWABHKQPAhBqmNSTvWeyh6U0T/pmCQJNAQHSXyZxpcn5bIFpzsmIb6eEzxCwCN4egl3zQ8/VttGL3n7C73UCQAABcCZ1+kV9CiYANvAAXA9uK6sGdi9j6aY3t6807KC6lryHPEgYMBa4qNAD3xErsykGH0qpWfIru1V4pGyGkQivQO78859lhXykU1V6JvSXL/4iiqMTI4Ml6pw4mDvMOg+hV4nT2lNJW0pBVOnjptKqVSKP4VfgqmUE9An6Ywu30UUk2QLOuWyTsKgVxNyJ2nqIjth/ZIDStdybdAJ0eekz5skQuKJgnongb7bkk8SPq+aINHbXFa8IfoCHPP0rC/7W3xC9tJP7d7+sQ3pyPiBcdv8/opXZdAoFZZUwJe0sWpb2OzL+c0KVsfJSLkQthtTXWOF1KbL9/TMO3D5irIf3qS2BM3to2m9NtgajLYHtVe6O5a3OdtLOWNi5dJRly/lVNcehdtbN16yKJhcPDjf03fdipbwwI75HVtWLYm5FizodejzbR0OF8szNMkIKnd6w+olAZvfoFD7fYGoXsWyrlzYnfNq9ZGuJZcT/2VIZIpudyGXs5mjLq3Ol5pZFKvkHazOxvsXjy32G1PpLHk9IieAYEftMcJO3wt8wPtVYIVvo4s8/DOQAZLYM2VwsbeDbkSAmZdPvXwqnYEyhGStyahXQxGREu6LXSTGNWGaWLpsTGZMhO1hm4YsLGqx2gqjLQRnjrj9STNJX/Jibf2PX6ltfIk38QpKzsq3ff8Hr+y68pUfnNxOK+SkXG1E8KxH8GgRPB7gfwax8O5JrYE+isDSABd8Z8pgZSSAEDi8CBGmr0hPmC8WtC15IhSUSG8yagmttWW0QGpsYXskYZSNL1u6hCYtiYArbGXJbZcR1l2v/OD72xAglAKBdBw+9sqP4WMvqoxqBIyC/l5tHMGTB2vJb1BukAKBSRmIVgnFIbPWGfU7qzA4ycm0IJU7MXMiB6WTBJDPI+AjwlCL4MFHzI0eocGmggcdyW/IOF5Z+yZjDjudYTNb+5ZSw8llrFoJS6x0jYFtCg0rI7rtQRNTe4pBYxmrYeA4YwrabSETA8cYAV8TmNrTjCkk0rMd3kO0EqsRvoRJIGefgR4ktKlTMHUCwybzebzBlnwhh0EgWo3m2jqL0WiBj3MCR8O32pKpUmsSgSTxxvVn/gA/A8OABcpJJTkEutE9Auge0i2yRviZeRMT5XlLxsv3ri53X7Km3C39jqj9G7mU/ldgAJZjwEAMoxsAYmSS4WmQwrR7FRFOJ8liEUrMIz9N846YJ5K3UTJiKcXbE+5ozkrRtRkV4noFbxFk96gEaYSeQYDSmV+TL9MBoAMx8M8HITF/ySXPgMSZrx3WoOcloP5ZpIXAmZNlBr8HUEMC91FRMdnO/GqKhcO26plfTbMaOGRDKqes1owHzOgqOqBLgSpcMlmmlwJzt/VULNaN/kdQn1y7ZnUMQb46Zitr0SOUbqhkIKGHBL49vt/7uS+6KfqH7rocNnimzid0PklhxWSQFBNFvpzddejW25/eEsntOnTL7V/aEq69xRhc8VZv+3BCa0wN5kMdCadOTnzokbe/vGblF976xMPviOfPr7p7WyWmLV31T7vuOrQjZskObbpBpNMDAJBfpk0gCaYkDJZVyghUhqEiBKEWpqtnvlZWIvyV05AEkSpx35TTzArVMz89hC4KOm0VXl9W+sYiGh6yNF+FscmybEKcHJpVtnvmBEzFThzPzSC2Wbs6BlZDNFNb2RwJwwh6TNOT8APew+0QB69dLd1m9erlAVHS6ghrh4JcDZNQ1EcBiacMAj6SX8ZCNVNQqFkZjUa//67JIcgIhZqDRlpjDrmCKbPi+0oNS2+yI5lCcmR3hMwsObibpYVo0OwyqhXTFE1CUs4p3/k+a5bk7BKEu2OI/7ogX8edmopDKgaVbVBZgmy5WufFMjRWid8dzgXQC5SeJX4H2DOvS2zJIr5ho1W4/bDQWnK7Sxfioe1lVc4oS47zJZGFkIFcPouWWLZbWyohLhJKKTyAKZFFT5RK2FZiTgWIuyBGuu4s4BBQGvLv+GBMmDWr6w87mzDdcM7E1rlb1jDWGihqwmM0wzMzZqNbr5TxFv3P548lBUOkK9q+ckFSpVQpaFLGWOZvuKa8+aFNGfPQXVc9BGuMwMl2OCJWVmGK+zzIGBve6Nu9dpHf0x63OAMuzp7ymlwmwRzwmXMrr69077/7C7se4SwRkXZLkO44jGh3CeyWaHdE0Q+ZPsiuaBBtBcxUiW+WVSPjwZFycGQkWCbVtmeJXyOV8qtp/AU1wpRERDVCpXrBUbgUtAMlXHNYaEcvY6GO0UIDowUs+wPj8SqkyoLbTQ+MG7FiMIrINVbh0mbFgJyeUyVexG9Jcnsk0p6MYZcIeUKCtjRHYFtZVYcfwa0h/9dhmaN2Q2fJRHsg+U+Y2DE4K5b1Kxciv9zgJMnDg7dVL+/Zs7xNq5STPM9khrbMK060O3wLtvdfqdJyNM0K3K62FZ1uY6w3mV81kOMUnIIiZEp915rrKms+sjHnbFtW6r1sYRhet/6jW1p0dievt0Uc6YDNZbOm5kcSlZxdbgy5HAG9wpbtj3naYxZXwC3XB50Wj5HXBf2W+Pi1Q+1bFrWqSUXLos2iffGfeZt8jdaDKNKOv69LuF6ehPIYlNmhnIdI3chUkBWVJIsZIY1wn/TwVWLrdIiiQOJZQgmMZ94sq9CHRlsyJGI3hLA7TaF5xqpw83TZM8YsQYhGmEZozs3EjmeRykQCnMqdymaR1kQ0F+0DJnIhpIGhJAzFYNAOQzwMqWFQBS8AkgjJe36gRM36U+r/EF1lMewvizTrhA1hblhrrFmN0Ac95GsG7W7OmQ76Mw62JqiNGuQ6qRh4H22O9aRylZh+N2+qbSdqX4DL4J5cy+uMhqFpdHhdbkmF3KmgV0f8s1KlpGiWZ0//KUPcNvOU5EOsQzL6ZVoNusD/qcsoXYB0y1mKtVgluEPhbDirdjxLHEey+XOJEpJMtlVhYMrrpZvZftNkfLGyCjcc0ZlF7JibmH0mdhJFHTHM76K0YWHDLN8kZ7poAUaLsA6JqEX/hqecrTXnREky/7lZyREdLqHutBmwDyd0Qcm0Ddx+9KqOy5YWBQVNUEpOwUTmr5vftrbH7yxvGWhbG3VYXF5is5JnaYO+lvctCG5/cmcb/NT2T+/q0JhMGq0laLWHzIzJbjK3LGpNL8xbOUeIyIZ9nDXm7CjUfkMRmbV3gzNnwASix3dpv1ZG/lakz2IkH0cRfVzgEw36aCEtQNbToI8HIln49pRMZhCOEt9CPzI06GNAeDPQQgNjgsiZ1sVsnTNjWUnbvXpKwlID++r6E9CdNeS7/fwcBSWHDV9TdH6xL46Rd5SSc4raUpnO2xJq6XIQCvitmZ8bDNjFJqHWrJZTjzliAY/udEDFK0m5xiSQbxY7nDE7JzfHAcZJp4iTAMLJ70Sd0YPefxXZlTToAS83fNLeM187gifdCx3IpnxkCqjVoIowMeeYtleJa48EyiKrlKswPOV2y5vZKVpWRsdnOQl5RfK6cq7zEXZOj2OElZB6zooO6iH0OA2JROWNMoM0+9y9y0p8c/4ca/BuT5AeEZNwivFJ4eC5mUuLUjRYv0TRdXUv+a0F8qt8YvT6qf2xJX0ZI0MiYefi3YsyE3sqXiJ5y8TWe1dE2q76pytXfGD9vICm9o45XUmnehNGXaQn1baVeGH080/cd3mZ0+oNYb8nbJSrteqOLXcMOmKFLfetWv/k3p7oyM4PPprdce9Sv6djLNOyuMXqw7R4HMUuz5JfQvFBCNgOAn2VqB5hnD7LEK2poECmG/mmOYysc71u4Zz38Fm1pxCJFDwcJ53V574njdFWv0bjb43G2vw872+bqURL+EIpGm3H53YsL71gmLyfKgEHsExqgblKZKaVJo0FRUQnTp7AMdFxHFshlR5qeLGwYBStpBIiM3m/TKXTzEC1ipKxcqLmMJPIgZ35GtGi0THU04GoFnH5DYpczhqyaCh4QB3qiKTtnKz2Zu1tudqRkXTqFrCIPEzlkcxangECkToMWJPWzsvqMBx/tRFQQ1ld3yuhGOJDowk6IfotipUREHoVjR9PlGe+zesYklbp1SRAZq7bGrRqyNptckIfcqLnq2iILBJ+flSEsHazLI9pYzrzNvUisq1eEASvNuTEX2dHH/asHGK4xKl8ZhUwQrUxyDI+LwMoHxR8wQBmWGeZBRzUkhwXcvh9PiejMgKf1yzXOsa0S2hRFXQjX6lVyCFfCauTnPVUFlpSa1abT2Rz13/g+HFoPo7CCnGYzoBYzHY2DIfw4G94VjoTiy0POGE9VUJ66mmKQsOImuQ+0kMd5GTG1kyu5OSoZTXrGKVytMSSeb2Mg/fIeF9Xrr0vJMhegEfgzg3+qIEmlbwKUjNqHUvJTFEfdUAwsCTJGnUvzfwY0ZgEdwNAFZBedqK4uBV8soFdF3H/IStrMLCgSnxiMh7MIZ0zyVqRd0BOZTJyf0MZ+JE5Kyv5xXlRGeRxVq4snzhL3ZQQt2ZTp0TXHzGM7eD7u0s6IykTz1nGTczWQdGFFLBu0c0NqUJw/uorbxypfc6TSHjggr3IiJmT82PF1QvCtS+a0wOdt99fQppjvrNtReUTzxUXFl3wtgVXLu0K60Jxals8FF58YCI13pvnmezopfBnoa6IsfZlW6p75s+J/rS1dq8pMV+Sk9Ezv6FY2gdK4E4Jf5N2EHuO+DpQAzNcDzwgWJ9nsArXTerGqSpccaQlLU42jez+ZFk5Z+vxAWcPEJPZjr3P3yNcId0gk/SSVjT+soZ31pQiEBUWxaJwydi98ure217+6KJLHv3J7YVNS3ptjIykGLVSkxzY3De8b0k8tWz/cN+WgZSKQd70cYvPojX5PcaxJ//4xKcheHqF1hG0ae1BuzNq5XwxX/fVn9l21Wcva/GE3QpzDMsw5rOvIj7TIm2yU8LSV4GOeAQh0ErcB5TAXJ8jMijJslK92GZuZEWQKzTHCxg1mIueea8/kPiGOItv6CYu+erqp//8hdq3RR4Z+uLvP7209kZs7YP7br9zxwMbM8TDkzOPL5TYYfFjrz+56tE9807f27rrcyLd0ZzID6E5xcHT0owwaxP3lTVKnVvnRnOymlUIJOuzMIJJeFgFh4NBmaXB9RYRcNXiWcc7ORcwS1wfw/NNaaVACmkI2+G/wx0l5iDOEyTkJp4zRJNjNMqZazBuiDuUauyKq5W1LPyAUnLLlbVr4ffweCtOgUhoYiwhJ/IR2dpxFqdGcCryfjEJgvCFfMCNCF8hcKSOL7muSjxQNqocwOmQhzVwWG7mVHBIjh0O+bNwGdCdeeMwGut0FhlygqbQN2TiZNVwSFaFK6fL3sWWhh9Xnx9OvqWOCyURYWXh73fbWU5qxtNs4raOSTRBFuFoObxbqWZpcbybc2VDwZxThbC4Hl+lnnBGzFztU1Iu18rWnCiakcnQgXowHmItUQlX1I3I5qXAiYZOTkmQBuoQ++tntn5m6mfsLU6js4+rEvdPmvwsOiGDZIqO+UW28B+FG0EZcMhs6vF7DefiCA4Zq7PMk2iXYphvYOrkqSwvGSj8z4acv/d5qwbrSZnuJtzNZrpnh9SNKmc2GMo5VDU755Twp3LmgqGsk4OvqRy5UDDrVPkZnpHJ0IFgZ/7UGFMvNUa1AHylMZZwCh9EODWASAOngHjgUJnhxyRYYcqKdctU4/1Z8DYggw+qGvC4shieOSjmngzq/E51oeflwPqGxksTDyB9zhD3IyC8xEtT8bhBWSW+U1aXgSE05mF42xg/h7gSRr4Yep/iZ7IYtDJ7oW/NwQlD8AJobYThehn2DiHVxboKkXkli7x27Xm4vU6ud2dD4byL01pqn4S3GpUhVmBlDLrrlpmHZxn1RVaaKTvzIyKoEhjkZ/KM4A/VUjNHIjYwqx8n0PytYKCBbwMSdxYoNWMGkYEMVbi6SUXB1Alxkhf7/GzVddbyyATOEsx8yZOoT0QFH8K5gyucERuHFNNDDcK889+sJSLRRrYL6aIO8IN6toZVpdOmVIpJms3WKrFp2p/hOAYNjgB/YbGFY81HYQIxe/LMG9O8jxjK4GDJjUcmHh9V0tGUSmeSMld4sWvJrARgZw9LDvLysllJnoQcjw9CqTOVywk5NOlDf9eHnMW5vnpAG4K+Zn3VDrFXCXOIO8ShQbaLdaQDfhQIELU7Ka0r7fWmXVqy9lGCdabQdQdbSHwx2ZN2c9BMQa/KFWkNHLSFLE0C4HjnNcQMJE7PUPZ3/nP2+s25gsZXip6eIWG0za9Ro1+BWRmp0lrQ2VhTOBzSMEmNBgVg+UlnMotO08DZOhbBmNBqgsRQJJz0cjwecaxMU4XXH0E2B+vrJBrPMosoGMjpLMWQj12a02IpQUL35N9+yzqOxeQljsJCPic0nI9gnZM05VCMNqfaqrwtoLvSl4uFLbXn7G0mgqJYW9LvS1qZYvjuYD7i1502xsJBLSRJzp70e5MWZpUJqVx1oDtLrC5c3165Z2hmJSPJIkP9QyqlcraEaqHY+PiicN/HFhBrGZ6jaU7UQwRYdObXtFlc+wrN+V564gX0oRMdGWCZ8x9WIeEb95mlqAYLH730Ar7Xe/xBw2KevUp1lgtKmxc9+uuPPfSLjy5E54/f/4uHhmu/dQ/ftG7dLYs87qGb1uMz8dF/rB1cPfrE21/45DtfXjPyxFuHt3x277yB/U+uvPTz+7orBz6N/UvER8NIngsocn5EmuM0nxQizFHiJTTPIvHIZKRbwBbRnuQb/hKPk3HlsqmzcaEThR6Hy57FpoZUWespEzGIOYmmj0mPg5j3dZMmqQyRSTIGz3EfjCYnWY9pXEhPw3wwlIQNR3VY4WzLRrMOjtpjCGfK0bG6GeKQ4zqa67GNXL8s6Smv6XDkEmHd5Rqm9lRbjz6XuOaO1olWu5fVMIjLBA56MkM5a003K5kPxUMUyRaW7R2et2OiS6cOlwaSZ4I+clP5Ei0tq33ElunFctp95tfIHQyAAfBMQ5fPIx465M/6s5wNx4iAS2LdVQQMTBwWiuhl7GhgpKMKE2Vuno2OjM8uGlzSxCni4lDT2sXJ2UwqCoGSf5+7zvEidU7KtJFCPTdEkpEfGrrl6Y3zd1/SbmUp5Oaqc4t2DqSHWuzp4Q3bNgynF1z92PLkqkVdejlNkHIVy6b7VhVj5ZghNbpp26aRNLxty8Nb80aX15pJuqJW1hP2mKJdwXh3JpbuXLJn8eq7VyfVZqdebfJZHWErZ/fYDIG8IyZ9vlvUjxzymV9HfO0F43WfGciQzzxlFmTaBiK0osvqWMw1JUSP4+VP28F3+9KcP3uB6gNsU18XXfxj2KJiF6F2jJFCAIa8Fzv91BOOiIV759QsK+k4S8ThjFpY7MIi2D905tfUU8j+x8ASCfZjwE3ci6ZlRB4pxwTH+LHZoG1VE+G6G4qmzF78O826Zc4XqGuVJmX7VN8Hv3HL/hfu6Be9cOQYBPs3dnZt6A1weFoZ5PH8x95jt/R2HnjmADkrFTPU8K7BQHBgRy/JNrl0aE5GpGc+jebkByP1WB9YkLswPO23cBYTjmbYssriGjPT2roTqUVenCVlFv04Hueo0cSOnPMFrBikKiNsSKRsvWSZ0QjK5CRP8/6ubKgUtghKqnYjR1s6Csm8naVhG4QtFOcopJI5nZxL4vwOpBScoKKuwwkgitFrTlvJXwgGTswA4TnwaA5mca1qqCHLJuLBSRXnxlmeqA3gaTBlLjBmk2nHZLOzSFlnSq9KdTS2I+d8iMkxx0dzk9A5oSnXBYu6xlSIj0kemourPapjTV3FZNGtkd9riBgIXVj3YVrjzMdK3SZOC39TKzVwD79OPB+IoNmwWnXtheSW1sKWJOzgdRxFG6J+NKczf67dTxFnhoEKaA4BOfMnahR0X6CKxUgROuPpQZNOZyIPG3W1N7KxaDYbj4p2sh/puGvIHyB/vQxDdeoqTfkqsXIahEKgrUosKPMCaYJ/MEFTlcvD03mYF4secHSZzyfnRavQXLb93AvJ6713e4myd5F3nZfUeF1egqO8XsqBM/lqDrGzw8zDYcfbyUFsNspK9KbztTI3TAFzqimRLlZ7rF2NrU4qtnrXqdW7cO5ezNtjNipr/v8FRrJnOGEJO+FcVr8dnrOES4miKJf0qjGXLRTJa/SxaCIiFO9e2r93Wbrz2um9y4TQvHT3xqEcL8Yb9r41O9u3P7gu/ta6zqUFS393y/KkS83L5by6v70nMHBZZWT3Qn8h2h3V2712tTVocvkdPqcusuSOVT/W+nOe1nIhD0S63oD0EKCvRPzeCR6o05XxFI4S61AUFiNuKyuBgSm0eCg63dCW6SpcWFYFB219/NBsQcMg0j/DDf2D8ymmErZVdWIcfp+3aFJkIcP5Gk0K3Rpuk1xwQtEbAPkN96xMjPQv8CNl63RFLAyHfPdA2sF5e3sr4Y13LQvX3hGi83OWdK7gbFnfkulN6OFv9z53R0UItkXWi/4Ao2FpX8ONrOmQt68evWPq6tKlYxm1txCu/bC3P7toi6j3KmdeJ93ky6Cl4V1N2kHoOWKPmON0AddsLtxfha5J3SD1LKyADF7rZuFwJi7OP16FfZNl5XA9VxmbTXbiVWUx2fk33eisrGfDosskgy5rTnmiidByc9vgsuSWxy4rzt/3qfXh4fktRiVN6nkhmK9kN2y15oZy+YWtQZWSk1NftvrMGpPHypevn95zx4s3dSGjbdSYfZa2FGK9h+6rXDEYcAVdjC0q8dtCpEe+Q18OgqAE7q9ji7WVjhJr0Mcp4qoyo/P0saWQjVJHG9yChHWgrDQPzqbAB6bL6mF6qG6sJVaRDKMk+sr3eYsmH7RZZnPI+ZxlOjIJm330IvkdxhxxusMWdsFDq7bcvTyc23Df2oX7O1iR5ezc24WNhUx/zKCN9OatmVzB7W2w18bBMcRRGzHbdbbD/2zw2ky+t5IZ29zSeul4VuMthiW8DSK8HUL6NwbykJTwNqXTeeJVYv5kLE9VMeY8ZFwXJ2zxFyms60wqOAwoniKGFlHrKOJx6ssUCqbsKVzBooHD+Fx2o++kXgsOmv8HqHk1IZBqpZmDw0oz+oLyz2V7nYtiuF7vVF3Vrd6FC6PWrMZev7isLGL8/9NHi2oBWa4mvjWczd2EIVQIikqBPBTxz/yHrX11uWfTQFqj5BQkQSlUbSv29Fwzta+965rPb7/ysS3pP5Ir16b6UxYCvp2Ml1bP8+pMOrnWYzG6jBq12SR07H/2+r1fvb2v5+rH17gvvdbfOZ4SZd9y5m3iIXof6AC76lQx8gA5/Wun0tEAU4WOqUK/NVidW6RwHS6nK+4hvtIIf7LYFh/PzRzPHRfjR+a9/aZJNeJ5OmA9i9UcOPmkNfp22FhPJh6iFIxMLli8JlvIyj2JXVW97knOnvXhqpMrdToaXdrpH75mcagvrFZS1JsOn04uV8iFQHtsjDGFHcXUTLJReUJ8L1V0hE3MwpV3rkyqNCpLSFw3s9XuJ58gvw+6wAhYC0E9hzSqScvJVt9gbvDFQdI1CAd/8U0OIpJz3xyHznFoHofjvz9hgCYDBAbeQGgMhnWt5J87KlF3vOdYDwF6YM+J1kHNSsiTK79Tdo82qhm7T61ejZws0fRiK4zern5ZPIkGxFZe0vxgdhD+5WfPPbqj5zs9BNUDNe/2+DVzAJz1/NUNC4aI4qyXAAVDajQyohCWNDSF/0W8UF0oJmFD3yB3DIW4s14BXr0LpqCarL8jnzDy2426/Po7J2IjBk6XS/5oaO/iWNueL1191T9uTQmetCuWKsR80eKGD45Fhz3QJhhqX1k0EGgNaBf1B1sDuvZK95TVpZNtXlUaSevJdemkudMzcu14zKBW+Y2OAKEgA/PXdPRcvTTrLy9v8XQUsybTaKp9fci3YWDkuiUJRhmv/bmyyBIruXpHzdHizNJEmqB1PreTz+ZNwZQUE9yAYrTvIf8iC3Y0/GmWWDuZjeqrxLopFBA15wqGy8pyYtDfZxmSNHM9PSDlF3Bi6j19/ezMtGjh5BdI/EpOuIH8HmfP+AMZO6fzl4LpDS0NX6FxnveBgZXXD3u9DaaHM/MGWxx982e+1LjS7CeUuzu2/cNGSWfvOPM2vJseQY6UB8xv5JaMxFeBHRiQf8UAF7zuUNnCD0jgv2w9NZdFOu+jC+bbdc0V5PvPhVzXNbGkvXPJRMcs7OT+2cr39FBb68BQe6lOo6OIRvm5XHwGwecFHDoagY84PJVIGJkqcQTn4o1elg4P2PuEWaxrS6XmXPxrYnR6oW8153jeQy6ePMo6suFIzqOV135w7uSgQqH3ZIKBnIvTaGrvwCTHelBITlN4Vf/lWvh84pz+PdzIacWrrMarq/2wltA76jwK96P5G0BXXVdpVAaIfCqWgSoAWQoFfevwUkifNBdpKUSqNrdNNa5eeEHkPKJ4zwesDoNMgez7IvD5ei6jT4etiNOZRYhfO7moK4R98iwKUOf4f3LhYHOdwDAiz7zBrr5E60BiyNKM+LkkZekkrjbAJQOIyf6We/0FKbuI2DkasW+d0jIFZ08HgmkHK/haAolVBYQmvx+hSfAW/MlVs8LIWCMud9TEDN6/qHhJb1YIDy9cGFq+f6F7Fp2EkDhHLM+/Qh5ojLYuWmSKdQRiXSFdx9a7hpt0FaJBFtxYp0FUh5HuFFUWcCLd8wYu/hV1ENfQQSzSQVGLf2AWSVoRRTEp/Gkg+q/44XvSXw1EXlx/zaLs4+N/QX+dhRaEjvVId1VQXEghXJyTF79azItffXZe3FpWagZn09z2pjDuInnxd/vBe8iLU1TH/up1e7+8p7Vz/5Hr9n15d2ttxpAd726dKNiMmYmu0kTBCn991bEPDvbcUL3mqq98YHDeDdWbe3aOJSOjO/vROREZ2Ylj39qDFEBzbI59PQWmEfve/m6x7wA/+rfGvn/hFs2x74XIf5HYF4Ufa0LzOjvcs3xgibicKAYOLRwZT23Ase/bQmR+1pLBse+6fGZB3ABP7f3qHRWNK+mqrZpdOflpgym2hzsj+uE7JveWto9lNDj2/fH8geziLQ2ZIZ4V80JX1GUmqEHasswBq4ZxMSmGVJFMvWgeucPjZaYcGwxqDO4Bw5CUHhOZfi2OJ47XpYX5i18/x/m9oHhg/MiIZ5Gvzyj0FqfWEE0gIbGfLRzertZWu8rpNrM0RZAL/Ukrg51df0d85uT54rEzOy+oIeVKhjPgOoSBM78m3kRzHwC/nMv7J2fz/r1lZEGpJEy+VkSGhPmlUCxjHVB0FwlSzNZrOmAHXmeziRn713C2ftDI4xQVMEKeMr7Z4AlcIyCl7FeLOfu1q2P8qdXov7OWA8ru/92HvY9VAuLN0rYPj2dXVtJGjlJwSjZWXlLwtoT0gc7hxcOdgeyaD0xER8txnYIiSTmnUAZLC9PerJsPdo0uHu0KQufQnpGQxmQ2JOIOn0FucVrV1rDVGXPbvfHyiu7yjqEopzVoNAaXyebVyw1mg9rq07uibrsnXl6OaGQ681viw9RB0AY+Uq+tFgRVewT4EtiqmlSJhlgmUJg15as4VI0LKpxjMVUyVdg/WZZLuEGSeUJUarmZ7PGsIAW/eK/cX38PSctTFw7Uzg7njI0gl/gwq/WlivaFV1S8O3R6zJKXsg5J+7/AiLHci8l2vdsiyGWsjN4fT+mQuxcc3TcGvylFal9H4k3TSLy/LsVytdUDA3KlXG7wI1xdi3Mz5EvI/m2vyzIbkhIzLmJtWaNLDIRY2jJQr29BJuzsHIpUk4HUvRh1qd/Dty+UbzlnvaJQnMu8fAerMk/EjEza2Krrhz3i1JEwawPI8K0vNjIu3mZrtu3OLcTshZqiTzR9xOLGlca6BTmF5h2fXbfgPa4qcdu0wSPz+KrE6jILyp7wgIe1DrBDc+sWVvOrzesW53yhLi7y2QKDOYNm0pnqSX+CnIIkTdX+SAuh+YWW+UGBrv1RJoesPROI4PXMb8tk3yBV9lQwkLIy5GO0WjCqT/8Ir1jQnIEnQ3q3WobmQdFKgZvZZbEQ93ACcoIZDZqX78zb9PfRvBaAj9Z53+7QJuNxPlol5pdZB9+q5imyrY3vqBKxsqpM8vMGcgN8mtVU2qpnvjuFznF0LqvxoI0nTYEB05ByqFGjG4vh5ajG8o0lpS0hmpr5k+KbUkkrZeHxLS/w4/oilUxO1tFDhuaGSXgBTDUN6e/LFL+jeU9nJtPl46mPEsRdlMbflcl2one/VdKIMQLhrJ0lDxLEZ0iVNRUIJG0sOUkS/0SIFiBlY8jHWbdzDpOEU6mc+Y85vDo8LIomKIrBaOU4jFaMZA0zcxlbf0cpNZLf6Eb88yGE5xS4vbGW5yXuAmbgJ6JlZdKMXsDEclVifVkswSaNbAr4fCxy7A+V1aDMRgZ8rOAYEOYcwSb+wog186/iNJiI4caSre3Cv8MyZay7DWxjt4aOnF10ss0tnJG3KaC9LZ0oujTUpz5NqR35aDxvhsq3XlNCaykTb3Gq6UcfJTlrIhRvMUH2p3nEfDSpVDGws/Yio1KStNoowCPwE1qLWkbKVEztZRjFW8ootUVf2yHKVu1Bchrhxg821mtYoFKpBlZkH3um/VbGaq4Su8uastrqGrAwugFmITUKFjaCjXNWB5G+xSu3Ze6C30Uz95CSFinqcLVXMN9YaMvpRHaCejlx62XKRcPhtJmQ71UZ6NoJlbmUimXtavn3yK/JdPFirGRT1I5bjHLeLMCYzKIm876AQUFyFtPMF4j1VkGhMAYsIt0LtaeIffSjYBRkpkCyt1RF5ObNak93t+O0TqfInw4OnlaA1KmUGBmXOlPQnModn8ni+mVa3GwPJdWXb9r/D+sNFxr1Dj65mmy0XnCIfRZyThI9llErTFHr6LYuC+9tCeLVZwoRpm/Q0r1txBo14opUGcMrAhaPQWnMjJRKIxmjUucwBtR6lvqd1aNnCBmVXXvvVV/sHiwFZQRr8FttAaOSYPbsuvmqe9ZnaBoyep/F6jUqIRRiA8MHhrdNdKpUHUu2DX1uaCCmhVBp8GI8bEd4+CLCw2KQm2RAP0aDNmVu86cikeF3aJrPn+5xnubPRcTJ4/zM8dxs2wEHrOfH6ojI1VtPFJOkiKBUYx9kUSKqhAuEii/SCrUyWPAJeOaWqAX5ezjDoQiKM0+PlkqjaaNS6zT6NXok3axaaYpaRLx5CkGlRikjuux+IwPpzMCK+Wjm67I0TTB6j7Ux88Gh64eu2bxQpUr2rhj+7NBAXEAz1/tsFp+egTIqs+6e3V/s6gybkdY2imvIo7X7xZr3CbDmGLDCf0cDI/xhmdOQE+jlStjGF3bgEngXGIUrQB+YB9dMW/0TSyNH4XpkfItw3SH/uO57imW4d8fMyVOIuWekwvdS6bhUtHFCVAF0I6uIPTJcUlVowVlCjMG/UNmO0+VyEmgFb9tIIrYwY1BSGv0eu4ORe5c8cefidy11n79tUCp1F4vjh4a8PaE2W7InauDUDG8xhl0WI+fkh9mFD717Abw7ggvg/VK9vFMgxX1gYl2EbJ82CMIA8HKiAH4gXhfjUbpXi9eN8PUcuFm8Lvos4vUudF1G5K6Xcm9m4jvEO/SvkN4JgXLZFFCp1cYgx7Kk3xoKBI+pQi6Ok7mOEjUU4cqIM6A7h4txtaXcqSzEdYfmE1mkTcUDYlGMZ3F5IQWlvSc45zZrmMhciPg9TYdavGGTgkzXaglSqQ+6MkEZ/d8Uawr7gkkrS5/8zBip40wyg5KUs4oP36VUKUhWT5tUxEFOLScIhVpVG57B+fN9xHeJF+jXgAm4QQQMTRkQAo/CV1DQbYY/mdJqGU8V/qzMA8bgePamwL0BIhCQ259VV4naZPBZeRXPBnmZaDq7TpWkCCGFg1GhJC74I60Tg1J9O+IYI062OWEoH4xBA3K3dI0B8UIhGr+88q9mr9f84n13FxLdY78rdMfypVy4Z7g0XOohv9q9yuGwWp3Epx3WDdtbxk3CmnfiwadztZ/kc89HEA3QPEgjmocOzSN4DOjhzxBpbGgKSusxFYbWdkzWgLaeJ4BS0eAsdCYnlM9tSCCNxcse23oUg/TNSx/I5QsvGQvL56ezHctabdSWyx/ekJCgyWRyH9pYWNbhrvmt7atEXY1xugvB4gUdB/WuKvxJWS83a8waINcfu8l5r5NwOindMRZD5TpGnYVDmDoxu8ugUTBRr0kTd5AibIm7yxDe0CVil1Zb24xBhB/ndTq+dupXWi2tVCl/BQ1aLelMeCQYXamE+wFXwuQUZAc9kh+xhHiRVNNvgnawcMpmSxkRlNNIofj4KnwVaVTXUWDiTYTJlI+WniPZH+YxsLofRevAzlx/0iytQUjLxghgMT6BYo4YqdWmEoMW32zRh1iVKW9aO8OGh1RrNXItqwpmOv2FpV2eq7e6o+rrNTqdBspNLqT2rcs3bnpkR2v7zkc3jOxyapBJoVel3QqZXM9zvvLK1uv2KxT3ueMxj9NWe14wCCq5tbD1gTXrHr6szSkoNUa3RJPvEP+NZNQF2g6alGi2kxqzDJNGDTTmH+2U3ygn5HLSrsNSygFSktJcfYaNwntpeiiEEvSzm3vxrHL1AfHf4dZS6K1QaykcLrWiQak1TPxWIwgaGKn9AJ+JV9WCoK79AarwWYILtiK4VMD0HILzJ0AGGASCCACOcOYeKj0CtuJHhFsbN5ZuCEBjji+je8VB8aCVw5PTaCNaWyDAAC1rtWrcRjw7GmjmZodk9ng2m8oJJb55V2WIPGeGurlsOalzQuJlhTHo8qMgj/oWhgdP9LgMmSSnK4TcAcO/nVLJidcVrJxCkbgclmsv8ILAE6/w6F/tl9COPiFJdFA67bXf1x7Va2flphfBrwWOZ4AGkQjIRSHR/LAhJFJherNgiOhHktCLJOE+szdayMeRDJDelA+x/vMYNzOfd0u4obxIJmNIQyu9wK1WeDxGGdZ0uHHSK0eMHrmGZENWkc9JVnxeDuMI59dOYb2GNbUYaDQIIvp/wWZUSYXGNqmQ22igvP7WluDz8lAuG6WfCRYKgZB7lzPmNCofflRpsPkte8LeOhW5mTe1nEZDaGb+IL6f8vpYo99cG4NPWXwm1uet05e00r8ELSA95VNaUkfh59BYBz93yKKJGLMOTF0KGGep24BcglmqjyaTZMioN5wLMy6ODrYE8w2cktaYY9jkdVg1z8sUchlFBPIFT9ixxuK3GVUPcYKaU0AYaMl7SZXbyZhCDriD5TlOYYyZapeqtVo18azLpdC7zbX/MrpsVl6v5V0svAzTX7KZS4gXyCGkfzRIIpG+5uHP0WUz/PmUQvdDSV//kL6Avq4nLxCI8rNWLMmh7PqPrDn2DDquPfKVb0ysTi+IG8bW4iO1ccMjO0rH/3Xdx3eUXvj3vTf65y0vXH/A37NShAPLzNOi/fOC9EGX/CgSQRUGpMwAleuYTMY4jwnPIsQyokSektoMiAnXhgUxNONyzoqIhu3p6OJ9Iy2httaQ31Etbo0Wur9uDSZ1ycz8duo33dsGwr8UyY2QJRgdW8ecSHp+Wm7A9QqCKwLySEP7eQ9Thb+YBCBahT+d9GR4LN2C0Z959mua72p+riE1Gl36mFWSb53EAadE7VVf0cylsL6ek3DkueGK5nNBxwKOF4whOTeHV2SGqN/p1yvJPlM2YceT8ZpPOmP8+qsG+7uiPSz9O2Mgbcm0F+dLMk+isOyptkzt1+LcnndYCUJ92erhzdbA+o9bDARl9+rkk1FJZznRPO9D8zQC90FAo1kd4lmK+6EOo1whoVysoj1e5+EGxHNGhbhPxx/BCuiwFv0jEryOfiDhn/m8+PBl/kTajeX/CsRvDNItDhA4hjzkn4hi/5NJBdKTWOJ/SNaZLTfLbLLZgnDRcGFbNisdzJeeHN6/JBlryceHehcMIK0Tpdh//Fxw0bUT8Lio4buXLxwahd+qK2cebAErqJXUCJAjjjchng+hCL4IukE/iuiWgbVgK9gJ9oIbwcvlKxZtu2zistZ9BzoOhK/cE9/jXrfJv0lRGeKGQLmX6uXTeX3+sgN7Ng315vO9Q5v2HLhMbr9kldk+eNU1I9f07L+h74bspVcUrrCuWONcox1balxKtHXJuphoUp285oYr1iztSia7lq654oZr5MEtG7xBkDqROiGI3WnwPyHHn8i++wHiX2j/ml9gdPq8LflcNlQ/6+pnU/3c+Fx+zvtzz+d+Ljee/T5wzv0bzyNPpvP59AP48FYuk8v48ahWzKJ/T+WQC0eM4eOMFV8gbp397szT6Xw264eZfD4Dv44/rK3Cx7fwtx/AI/KjWdzxJZOr/SCXy/wMvYEPocFSfLfr0AF+JZtqmamg0YPpdJ5w179Uk6PBr/DPfpRP55NogOQW1HaTr9BqsfdjCQyDETBxDKjgJxHDtMFvT/f2KhLy59BbArjht4ECQPjJso4iVDZbt69F9iFysTDQLf8QMQG6Z3766kvocAInMWDqVdx1b+YlvBYrsrbgEcT/xVZO9VRoKFioN/0JzhWMFuotAslzmyuQr5weJRfM+IlrPe3jGRrGAiaXTqEgXU5VIOfWLBz2FcJWmlLISFohDxV6fEv2Dnr/hTGLPboYdHbg9iUzL9Dqt9+k1e8so3rfOUb8qnRJl192rYolaKXik2GnwZ+xdy5UaVS02may2uUKQc1EK+tnPm4N4H5fAas9gO8VmGkX10depx6h/UiiflSvjbLbNeYqcd8kCGmOEh9HatQsVYSZ8QqRSjy/McXhMwxNe72lVNdRmEJUYOr5dKRwV5aVpXG9mFTWV+HayXKqUfaO6xwFqcOGuOx4/FQjP/+/9ZRzlqEMjYy1r6k3CvavqeaeHgglKBpQta27/ZI1H7usrf3SB1fElwb+pNXjDcTwEG/RMYZ567Zub3nkT/+0Yt2X//zxibu29to4aoEjamH8Uf+8vZ/dvPPzV7Xp9TCeKNiDJpY1uvQzM86E1a5nln/+Dw8/NnNwjckTtOdQfCzSQPaPKD7eL8bNZegR42bvmbfhJ2XXousuMW4e90o+AN4rRCJ+tyMrd0N9FcAvO0rcDwTgIJ4vK4Ew24AvNiWTcb7GWocPXZguG+Y2UdT7qdTtsu3wX/W7OmrP2wYk9URp7Pshe2/5yk2XNTb7ZMIwkxzfs3ciXjuV7huOXHlN95KCnbz98s/t7qhtnN2K8aFUSm7qWnvjht5LomxtwNu5BO/hqd0v7uHZCHYfA8uIh0AboOAPy4LJxgNTpY03VSomvo3yZvB+nnXeXryfZxjJfOJwaBi94mNVmJjO2LpxJ7CJw8C2VP89pZi/yeH0zamzN/BIehpxEXbxxUSO6SKZHPq9rrSh95CIWaSETryR0HE4GLk7Mjxeen+bdEYfYYsXyu30k4LT8/427oxsfvJKzH91fCP+C4p8uQIcFX2PHADk5xD/RcDNjTVVnvivw24jeoFglXh9Uultble0pMzYFnOzm/qXzfU3yHaLm33mWvjZDv41v2zaTyvlIWHTBiCjlJGFaISgxY0A6HCM5kwC/J+amhNYsdMa8e1IiFYZhZqWcOj02xxhC5OMx/Ueb9hO2llz2I5X5aPBjC0UCNlO/3dalD8G74um4sAPwmDhIbMpxAWR6734iCmIrrBBpko8cQgEA44oApkvK/F28s3abfQ2IO0mx6pJzJljjhOz5oK0EjPbPaWRwZrrnkJJ3VNirMLYXsy02llqXm1LJ427pyQyOjkLR2SCvysXaY9YBYZ6ifgIDKz1hQ00KdeonquqBYaUGaNe8uO8jqEgJecE7tO1IZzHugMd3qCC9f4pSw4Gc0eJywALXMQnZxuofLesj7PWG0Mw9LPvZn6eIXZmYCYjR0pCPslvylWh4qB8ayMVg/dViAktqV9Kw91/l74nhnP6npBv+LqXbr6qrzbpjESccPHmj2wqGMIlf2pRu7f2rDZYTN91fyrvFbKGWG/7J6ZSbREjnN+xppL1qP1B8r6g39mzpRJaUIpyilD3UnidI+nmTxt8qdoGd86vq72p9WYQD6848xvyH6h2FAd2TppB6CjxfcAh/7Zl2u2ADm8VXjopbCGqUHs4lenOEBmkMXYclG9HHsLJ1afEQ73HSeAcy3GxZC75D0pHrrKy5eqv3FEZvvNre2Lj/a12jlaoFJy/bazUtW6eNzywuSs/3Bri5IyM/FQk7bCbNb0f/M4HPvi9Dw+oTU57JusImhmb25ZZccPQilvHQxaHRWGMSPHACiSreD4j4NJp+4hrAByFvwA2YIL/p8zwlA292mIDbXiaLhDB00zDdAua5mH/Fv2ryksXilPt7e4lerursH3SBtBcs+Jkm6arnc1rS9tIL6oS/yI6cG9q4osmQfC049x21qBo5LZ9N04ufS8IUjqKA3z2Qppv1HDPf9zzF5DmReh1WpAsI/6n2hD/474uIdzR5Umxo8uNuKMLTE+qN9mqMHOQ3npeQH2xfixtix/893trPxV5t+3DJz48WPsfT2XPuh07LrlqOEh4H/zuLe0Sm5ZvfuHOvn3LszPr48tuEmmIZTGBYImDTrETy41HlG6dWweU1ipUH+aDUOyVAoVJ1SakWYSDsq0XToBepD2K4dz2KAmM3ZkXMKhEGxpSFDrUboYLFLiqXKlW1I7CW9Eler0NeY4S1Epj0G7zm5jX0MBmDRiVtZrSFJB48I4zb5MMgt8HcgdpoUp88oidZW3AbkPxqXZKEExUFbZMuTeZts1lBHCnk6a0reGirUmMJMMLtX+EvQg4msbAHeOc2WAw6+QQ+HaBJ59vSdaQe2vDwNZuYaSvMeSxoD8hwXcJ8rOcVAcog4EppxN7uddNgrDmOeJxpAa6oRa5lz6oPGyh0SuNHMzSZNsW5Fl2HExvryN61kHAnqsgZW7P9y1bfE1WCKeMJGU+513aaCUrE3IjVyxceGB5Nr10X7+rx3ZUjjCNKCKH+50eg9E3sXxN4o5/f3DRxCM/un3o2hVFA0ve7AqZMC+nV9y0eOktl8RVqh8zBr/V6jcow57aiCUgVxl5ZeWub9986/fuG9bZHfoEtuPivOl/R3b8N6Id7wZ/atCLMiI7lgL5g7jbyk1St5VPTgNTdDNXhZeXlX7/ObarqZ3Ke26FgoQyF8CEqu1FJBNHmHQB3K7jTnGEHEMXIzEdgzvwN8bkL2e79twB9zfGddjhXQh2A9DhLiifnGb4zSKUYu73AkW+d3Eu6dEqB360a+6B5K+Rr09jhx/hyozuez/9OYSrP4g+95h5jrd/gp7XCsrPAB/xvelEwtiae464DngBS9wEjIAhfoxLB8Kbvaxg3yzM4kxsgiL2P0lJ/R3fW3l1oxPeT1SuQjiSdwvy2nfOw15YrnWlg+G8S4VLqmuvw6KCk5PizEgFr4Jv1eRYDsRZ/kopSYSyNgQnOY2CwmuyCt5g09aeqKGYT6uu6yDij2ieZoBiMh3mBblqMxKC0kFq61wmOTCbSW5uYkL8UaedqTkjEnguDi5Az6U2F5NIdTzXwPHp47P91hFO6ReRvmgFlem4IRFCArm8rPSqUkwi4c0jN2pbWQDelk0JI0s6gpsc2/g6UrulvWSIEXF6WaxowUtnpWbC+xqd6C7UNAQXG0i5ZvpF1oaLm+0MUfs+1drtTtg1ZO0HBLoaDKZsTDL4pUQ56eJ+RP1M5Yq1hZ4KxecYJ3P6W4KGUnAKsnD6X2evTkbivLcUnjlOlKJtPk080pC1eQiv7SB50KOtErZJO5VGJ8Qy9sJmNmrCapHc2swyDSnDGeggLrgJ+fRSrHpehw5oyiXJpk3j82LBb0bS2lc9ZSckCKg0R73ehEWZDH5X67Iald8KzHcTkIBQaYl6fTGLckkkHozCl/o+Ms/ZV+l31ojmySh1Dn1t1eh9Fd+isUV++LVG8ywpH410y+1Ip+Ia5BCuPv6sWH38OVx9jBSoZosP8w69/fyE9LvUDt/ef9e3b735n+9YMIDOB178YKX2pq1r88DQlm6brWvTwODWsp3w3PH9+4Y6bv23+2/+7keGu279zsOLblqZLq49sGDJbStTxbU3IVkWYaM/ow1Cjaj3WsAhEWYsy0cQ3zmQz5s5GESR800ockZATwIBGVbVFE1zAXw2bOK2XSR5fYHOF3RzuwvySPuuT+++VJTYnINLBmE8POTv2VYJ1X6fSeqilkuvznWEdcRP196zNl17rhnfMjmbH710aXFEQ9O1Q9ZkdwPmXyKYc8h69TyDlM0/TWf4mJCvIqiD7QJW3vYYipjkU+3tphIC/hBmKElcTs22MRRXNV5u0kG4EOH8+J04q4nHnGf+S87dlojl3WpyWO0IpAKDjekhX2di8z3b2qwtI3lLNODllzCK2vNCsKNwzRW57qhBJ2dokmJ47j/DpaC2duPsdL8S9HsrOxcWVvS38Iwz0Rn6kd1BfNue9ulrv9MH8pKemH/mdTKKeGwhWPwM6CEOHArmg3m1o0o8NgnU6aMQZ/0Y5L/qSuhl7qpC9pBjPh3bYsZOksR69c435zfouEgb4ov31Ih27Xx4dcuGRSWdQkaQCo7hUv3rugJtUVO4Z+KSiXnh9q0fWpRc2pfl5TRJylklG+1clPbk/NrI/CXLl/REYPvI9ctSvMWh1RhcRlfYzNi9Nt4Vt3szIU8417+xZ3DPoqjaYOHVJq/F6tErTFYTbw8ZvemgN5TtXy/hBPn7GCebQNcx5LVokdM4AOWHx+LolVmGUHBkVYEiXb1bMsh3POTabn5Vdan0Z2aQ7jzV3Ntcr4byi/nxfwVaem5dZdXynrMyG3al3N21ofv9Y2r01tX6tgtmN2QO9/vHH9INdfwh3eAV7fyK/RKv2ZCcrUNy5gaug4BCztCUUUPxVVicsm1its0uq5yYXVaZ28fZ3HpkncCfwY5GKONQnVGoMLerFCSh4JBhfr41cfrFWQnolLK74l9iQM+/DemsMLITMeDH3UYOiN1GbjrEBDfzm21zqrT7XFX6bi1Ewl17v3TV5U/t7eQc2QBukuYsjSaTw0U760wHIykHCx+/+pHL2nJbHr6ZuLRhp2c+Oz5RtDmKIwuJzU3+kQifqFPjdZ36ZANvlB3B7QWZSWBClrw07TUxJkOVOFBmWJNjs5GuO2iNisG5stzAbPUtbCoGbPTb+Dat8XblOvuCPF37Z5Y2FDPpgoOl/ky8Rakc+Xgiq1OwMV7PkCRr0JIf80X0uGus5vRvSRWvYym5IeJD8MXOvC1bi+DrAEvLyhTDgY50mstWifEy08GZzKqAz8d5EbnLgpkrbo5uTvtYstn1xdWwDbClytlGFa1Y8Dk3CdJHXnQ6Z02MHqc1vq5cR19ATX+O/DTN+8v5lvkBga79j5K0tuUTORtDvkB8g+Js2Vi66GSpbxLTJGvPxeM4GJKmzFn0xOUz9+iM3FnTFzSnZ4h3BD1LUayOnyGJ0wJCBa2PBjCtgojHX0G4yIElx4CfeAxYQRgjImvJZa3oBdRVYvukGXePe6LMAy4Y5BKbg5zOtVnX7NVaUrmUGZFQpGJJ7PMpqZSmLsCNgmGcyJqrb52tEhYrXJ+3QHt3LNPqVsuqLDNNqx0t/kSXgzBBxe/FDiupgksl/6yafZxW2zPxXEnPCm9uTvsFGaUUVHDIbq9NcTxDyQRfDB6Hn/JHdHiHIVf7gdMJ/Wot+kQf8dbWinzKorm/KObuUrhrzBWTKs5aJZZN+s0A2dCyknNtNsu0m2UNTk2JLWPETtEXbA/TxKh1Y29X1Y7rVPqOYrLoUtFfJ79Kqxy5WKHNwGnhHbWPz4Y5W4l5/jAilkLD1a5B4YlGQdJ6kVe7ACAXIx0UAS04s/r7w249euHM6h8nGTdSRqUpyyYmWIVtUmIiKyqluSTqeTnRuZWOppzoYuT/K2bWhSIUpxfgA7XLDTpxR95tvJmXU6yer+2BhwXtZrziFAvFjB6330pUUkU70riM1qLpNLqcPsvMkXSjv4acoveBq8Huqa1rF1+Km86ki4uBHW+QDIXW6p8j1gIFst57wFoQg44yu7M//3/buv+Q3VRZchRWwBDoh31lZsUwsJPeITXegjZ8kBwUlR1mN1xjmcOHU/XqDOTO/PTkyfrqfH2j3btsbpxtCUFduKnG2c0JjKbZ+nbSQH2h545BvD+vsYsP/2mzzPpC463SzuYHkkZ7gJGReoH3ZhdkNmyz5oZz+cEWv0qJqzBphbF1YGly62OXFcuX3raA96pt5sLuyf3FFT1RgbxE2pE88+rF9/9RdxLQEi25ku0hjdFna0tZXVapc4cz4GStMY/VZ9IYPWaxx8ftX9lXomlLOT5v99IMzXBaoUEj2SlEo73glqmlI+XlmEauYNm45zliHdgMOEQhI9hCHD58pRG9RpijxBH0uwyx5/DIZpbeMWCtYrqt6ff930jyD57xSi+mWzsowL5DA8NigTtSDXN06m6qpBG9jZnsa/wsyS4UBf8NNDp3X7LsFOvIhcN5j1ZWe/kcQtmCc4Rav/2vIBRUyvF+Ztyek1fX3oZJjrvgfuYGsaLl4Psh1unTF9oELdKPfpneBW4AB6bB3u2jZJVYNV0pjqqRuV1bZnOduVH02qsPrqgSe8rM3qG3xpa9OXigcjmm0yawFvZNXTWcM+MNUOrOih1veEoMz69C+0FFn+Qb5pAuaRBwLuMrNvvkX0Lxz3GxPjX5F7ZAGS60Z2rWV3xvtIWnLab8toe3brpvbbJ525RZK5cxCooV3MmSc+iKineTtMdqoy5QCvhaQwaTX0kTep73pnsbUtjog9PomiMR93ZEXPKwZV583q7xdGrFbUtH6tutdq2ub7eyx9OCmpMHR/dtgYekvVn5xIK40Rgq+WJdfo0Jd9CZJa3UQcfT3GsHkbZVJq3ZWs78WrYXyd5msA9cNR2NGvwprBlLzKor0Xl6scFQ2lIlbiuzoLerxOy6chVF76jChdPrB5f2OXGLksH+ZBuiXFnZW8kP+Sv80J4qHDxIi387Esd4WXw+JZbdHc+J+hERsyTmRZrSlE0dmiQT/d77kjS2g1+ko5Nsb27jPSsTw5VeP1fv6ERxciYQiRsTHT71AxINH+QcGX9zG5PwstvX2LpaY2Y1CZWWTMSPxNQ/f0ElvEHqABXpzVoy2aKrsL4lsyB+oQ5Q1B0ymUJOagMdkYs2PxlecefKBCVXKjmlUo3/7OC7t4uS6KV4jt4PtOBx8Nj0Aw/sfBzT6dCBtWsHl2/Eo526nd0xFm+jVQ66B3ei1wHkQdx+uOWOmw48XvkEItn0h/qu3HgA00y4o3LN0Pah5ZUFQ90sE6PSarybuG2YxhRODwb6xtHXD1r6RVqeEqnYLRE1K6XccnUlKkpiSWq+K6bNJeKeQ4qLkczwVzOB56L8IG19aQiyA8qrQqTerCu/oSWNSPVOZ0SkbTFuVlFQYcuEZ7t7bfiHZeHm/l/i3mfMLcGwyC2aBxk18vS1H20o7tohNAo0801g+OpF8T4Lh7wplUauNXv0bVn443NISVhGV35QJLxCxZ5H+I0NVtrA4l1kSsRKd8nkiJWEYHtkyfmsdD5b9az44Mok+q3KEnJkwogLB8b7pX5D1M8Q76wHK6f7+73jfryNNckZsZZmJrxarxaUckkFZpEV/eOVUTzo7vMZU4hXjpQqkSH7EFcBcwwgNR86jhkgJ2YFhdma8Tr2/ybSeeYuUz9DyBQsbkNb7kn8JwIN2k81keAc0b0gCRYGh69eHOu3sBoFRf0xjZAiq4y/b2SK5EP3V5vDEl5lA0iHXg42Tedyxc16rDlXOJ3zWYzgyxNFdDo83D9/s86CmzdMbxtc2xfCunO8vzgfyyEzXOkcSlQsdVdlTmtiR+VETsqPYRyLRUnv0uDh/etO6euyARGtaSerDWBXstjAsqQyY6azVOY5rH8hldnzgYFVB961gcT7VpONbjki/hX3Ir5+ENw7/cEPbnxgE9aDV46Pdw0vw7Zs44Mb86I+7OK6NqLXlTFMD9f+PVc+ULkX8/hNfZuWXYnpoNlfuXRo9dBwxWQtDQVwt4Xhaeug0NeP1SDdUIM4/rqYEjxfBV4Y0e8SEPzdVJ+H+NOFNF29JxFuliLGDIGzOn8gQit98Ytru+x7EDVKcyHt9l5iib+DmhNtJK5D2w90YAlYdHABOEo8ixsmIVlcstiNeaOQji+uDGMJ7Oh3xxHlpwtpDdRU4XWH6UIlOGQRxfAk7lzQoPGp7KvI9/yX8xcJyPdAmeaGiQ4c5BooUuUuRiKtHpXK0xqJFN0q3bvYlKE9o8ZE2MnKaYLlZRqD3dCShm8Hg9S3AjmXSuXKBfxZt1rtzr6Tfzd8SUZHwbBqo8+aDlEyGqlAj7/Ri458A+mwbtAmddnqbuewmKS8dnN7pYhxFe7nsI9+yFvR1hXVLHaO43Z+F1l5PU/pnIsL8o13Naej4X6/WkGiiWvNLn1rBk/c+27THMZsIXaUc2RCMjniijE8SZEvZAtFvjgAbpletCixD3PDdHx1/DLkIh07zMTRq+RCumLywCrc46GsnN9Z2lep88YUTc/fg/XFxv5VlUvwYKAv4S5h4zi/khtqsM2sccSpgNUN5mkEm/8iaghts+/7rpz0nhF5MU6TLVR5itFIEf/BtGIkWvQgTqvLem36L0j2gmBdsC0efQnbUMSIhlRojhEd+kIavhMMvWdGvIgQq9XnWdeL86msFdFwC9hWVnZ0WMxLl27ZgDl1esBsDmC/d3JLxYKFPBUJbKiswWQa7a9UevGgBamqAKZXquIaajDxLL2aSIVtLdLfwjn29m+gy3lcL2u9MBnOdydj/YHzXJlF0X63RhQKwYKEIouJcBGheO8oV6vU6FIayYysjnAJ31mkF3aCa6Z7e1NdFZwvmxB70MmAH1nX1I6UvEocPiyk0GvCVyWOTFvWXDLRijXGpv7KhBhnrKmMDHVVokMyP+cc4gZAXyNZW1ciTVZUtKEz2VOzFvRC3d0MF0jSvA/fh9yNfRTI4D/NEggiDhZw9iTFcrh3HM7RyOdyNCSrYP8fb+8BIEd15I33656e0NMzPbEn55xz2jibZ3NSllY554gkBJYEkgkmSGDAGDDYgI2J2l1JLEhGnMHcnbEM/s7H53PA9p3vOJvT2QZjn7E0+73XE3a1WgmM7//XwM50b+j3qupV/apevSpnMKC+HAHFr3Qa62v8ZQREbr9q6ThaLEVFIGaEZ/56KFRZE8L9cE3cjz3yEnYUP33q7mXLajfVoUVQCARYF+fR126uvfcM5N0RqN0hFmL3s7XwVeAq89HYUE/hiJi8vfNz7Ra0UHZ2bCqsQx8WtNdFCoiF9FChuSfV4yrIqyB1auE0loHqFBCCDLwcCl0tweQzo52rLLMq0JohMcL95XqASv5UPUDIU8pV4umnBjsz1mIJYeVKLNeXEBYqL2jlsockDIMEihbbZuX3Z8I7kunrtnfR7YvDCGnRdAVpXaVU4TQbP4C1nLRYHO2l4oA6BxKUXCLS3a5Ei7axw1F1+HSFqo6s6scflhem62/2OqYM/+yLaxb3Ympxce6F/W9YOqXqidNtyl5sa140PByNWCziElWWRyJ1WzijsndZFN1oz9ft5Mh0cm3HssJi9KGnPeqo47y49kK6ZxrNZhoWLi3oKpbl/6tlMGVleJSIcv5vyDp08KbHTf4XhXmWoEiZP//F+zkXo1w2mu9CuIxe43BgyTVr6PYFCQxpN1ZG902Ajjy1rDdfSBRqatgQ4o2xowujUVyZLfB7sDJHIOkbG0s2BzLldcQTRSXX85p0nkotmKL0J4aawdMzaevsuW7Q0+2AmBYVVIYG3KZBzZ7AUMn3NlXLcYXqynFlASlW2iNpI4or43+4Sg3lkkGfXnL56gW7jMGoolrdq0JjgRuugWPYF042NOj7UBnqU54lSySbpQhc6fv1+29GlFdLtkj08OU5iMUCnv2FzYVdu2JrEa3ndvQVoKkwncq032yQelDl6VjB1qPquQUyZlRQDghzXbTK6Lix5D1PC+bPdJ+nqpx9aug1G5P+Ot4J3IjapUppxReuvkacvXsHfQUn2jedXhgbdLt6rhtyt3sQgwViyGCtjTWibwzNrLeGGIzqrVFC3vXTOXLtlZNH3C6tnGnc7uhdfNuSkEQq1XpNRocSqkO+zFXnn3uNqm0o34Srt02imilxLt+kYUm51j68/z3i/2L10FosG4ubBybwpSdRz+x2VC5e4jVhQ9nOeMOAmedomgCtY6Gu7gnQlqccPdQfVUqnEldOTP7iRYW6oNT+mexH5xMCOy5UYsjyRGJ6vw3XLLlO9eCy3GRcUy3OfmUR/ab9z2+u3TCckqPy7HxaQAcLa1pq5qQNrqamNk+lrr63o73gE+u8FotPS11RWT+w/eHlQbFCJZFpLGqzWy1QaBRsfDA3zx63MH1HT6zYc/ZIh8xZ419WLQj3bmtHbHB1MrtxMM7Y06h8OaQnRzdET3Avl4fSgD1ZqXUJrifeqOQFLz9JcfWZr54XfPXiv1M1JdE5yeK9XB3Jldj6s9g8PIzlMA34bl7GM2AyXk7G6+jgyXI8WxSVlDQvs7X8qsfynhv6qu7A4K+w6DzC0NAVeM/Qq/quqH+WNKzLT5x90oGzT13akTtwJjCWKwj1TDtwZmlcVqf5TOUec5t5DbNlZLWReiP7mSpA1nfvGeB4WqYxXCN1pZys3SXc0Dn5a/Jhcgd2D3b/OSwLab8GW4K3Yk3YdrzlpNOnPHCU05iMjtnStKZJyTDKpjW83sNY74ECRNnGvHFPe3bJxnbPe+Hu94bC8DU/8Sv3xq75H7T3HmVQ9Udd4TakO0Wc7uQgWGKKN4ghHLaACrTEIkVpB0b2LsoILSdc8K++4YnPwpYyU2dj47Rt7asoTvJhnC9k7GFkqDocGxRqUsyI1is9OZejxsfqjCJCKEZ867mMb9cs8pmauzmjsjM6bWrDQ2tX3bM8MpvqNNrVEumMYpXJUGuIVbvT1lBWn/TNxt1rVwdt2VBwkTxVizu/dSg8fRd2mvrESjVCSSvEJquxpaeGmpriqxMcz/uM7jgWt8OXZEHf6sLSpfyEuw+xdAGKpXWcLvQGe4wFFsWV+R1ly4hsI7KKIFLaU+GO2pe9JwhNZtgycC2weO0t7woPiYyrF1qqDg/aExGK+AKHjzV6dZJpWywcAi9umVYY9OpVRIlXp3o5cJZJIrpK54fpQOQaZUbR2oP05bWSfVCf/pjTp4Nc7gdHd16UNwoXW+NYpEmGMErAbA4wKGZJpAJNBVkA4b7aVEEF6T3u6hVx+K/x/AXUKbQU5EFtK1GAgVV/FuL9u99WxQbbphGIUjivSiCn/eJTs5MhpL46GSpyJuT9EqqYEThfhMnGAn0LkKyxkmaJEb6wVGAO1ldoKhQKtQukaPZjqYICJVO4epdMQTBOzM7HOfD1OkK+1UQKjhqXIS72iiSI2SjxCXCKFIqVjnDGgMBr8fA0QhGkQGYPz04qcHAKK3G+ynQwfH0wrJLSZWpNI6LRxjIS6dXI+KfKIe4/XbmSOfoKvgzX8V3YLWMrd7cg+i497EFi1bynWaZHhNa4b3IPNqfcLOtONQ+S2PqlWw9sPbAeNWrJU7d2HC7sLrR49EsR4dcXOhDhF/RCNnScquvl+q+U1ngJATeWT22htV6uvDEFgMtyeRlm/dTr/FMLsO3KjzzBlxFiRVCWNZQUQbnHS1nOt0zjAqV0zsZVSuH6RJ6Ce5HicRU8jIj4pC4x0xdJkK0ukk+5dqaYPuUjYWW9wn+F0yv/UdIrZKyyzvhPw3W2EVs3Zmno55zNjfGN0o0jIxulhKEPCUZzDPmcYy7DMHI5pat7Cz0NhVghmw30YwbEfleBhxacumy3S8uNczlL8WWO4xyrI5zP+dcz7FPoLPDEdK1d9WiuzhU877dPabQZzmeJ0/gfruJDXp3uV1d5l7ug0OdI42fxNaQZC2E1WMOYQF0zAZ4/iSFPfwI8l1cyVqtBfUckQhke8O7I3EftJnZhjeWDpujQI5dqWnYpSjW9rtY8z111Jqb3zsPXuAMhh21hfbivxubtv64/RWn9Vm99yEIpWFnLpnxhXZPllZQ9ZpF47daYDv+FVEIzbrtXA7FGrD2kNqgtakqhlkf9Gp2Z1aWGsncI5TqFyWw0cvNbBOd3hk9jbiyDJccoS/QMOIEOKIGX8nJMaaGkweftO3RbpLsSJ8jdZVBQ6o9yoTKraqIM/3J3obyvLCjvJqtLCTf4GVt+Sa05GQ2yziiq6EKxbqPJxQr9cxNNi3K6N0Ual9GYcJpTZoNLKyY+KuwaCopZhzYllfFQTTcZn+ITBPxSfM9hiw5tajenAzpr4AGnU+dPcusli38L15NGLIqlxrSYawKczksp9VfeQqfVn2B2EE8GJyZfRX5g0PtNwW7OD7zsnDp3Br/KkGmeAr9UCYybFq4nSKF9Qe7Oe0ID21uUfo+LFZeObggl1pgp21BX50i7aZGIB4iUQicXq41fumvgul43FDpGLNcopEYtw9cregcGujU2icZakrcayI+H+GLMiaWw+JhIl0L8wLAQOJmXyS1bdCLC+yy7I/4cPU3SpvWKKye6fLpub1C8HrJHtBaVILSirnUkp7fllzeGe1zouLLJzYq+bU5bDF6tWKTxGA1ZB/5vJQ6kQ9HY4OY6yJeAzQbUghI7BMUup1vvTxvMGb/BHqjM5Xa4dlxYGGsaDUP9c+KkQS43uCfAs3kNZpBKRbw7T7hfdeNut9Z3r3WH6EHt7qlj2tzyqYCi8pnnahIkq76MSVP90fDbDYbiU4wj6/M1JWyUREQZ3On20GOP+gd2dXVtarWeJRJJg1cvxYk/WcymoJkR0ZTG4TRJIeeOP1jYMxDwdqzIabL1Cotfz8mTEf8OeIOvx9JY5KRCgUkhRB7Ny/1uu/Br0a32J9kn/duMu6TbOGN6oRTEuxR/fWo71V0xl+xsUej0VKQIvIGTApJvU8g1DH+xlJFKRkSsy2RyaUTNUnjZpEsOZnRxPcXHyVdVOglJCRUmTcTs99mK6wRihJjFAvCgzec3h9PDWZNASMkNGNfDTAs+wPeQeugt9mCLsX1NYmwQfAHzYgpwDAtgbeBuLIbVg2N5ShCICQSxAOHqhewawwxzkJ6zungP5LZ5B+9TF44zYQGRPkG/SuM0bc0fT++Yf8x6XZVryFV/90KusXzuu2RWZJzv97ML5YNA1+wdlr6iddgVhfhKrcNA+QrfIxXXiUWO/JKsxi8VUib9Lan+lN7bt6evZ1ObNeQxmFxmndnVvCRjSrBnxdJfB71qs4oKetQWFWVxO1bq5cm43a+neN91WGgDEy7EdUKhUC5m5DiJa311Tl97yqR2p2yuFj0dM9rrNar6cKQzaeDzLV9yeCVqE+Nw02pDcTXLAp7aKNNpKIWmXGsC/w7+GNSvUSwy6lWgxWzExFB8GMwo92qko4Ed9i2aXeSu0o7GlGa97LiS+9otv/DH4Io1GaGUeAP6lEUIRcboZqkpxRqpHUqw+L9VJSSSTTvtxW9WrqerVLvd2TA3V9JF/VDuA1AXoX5fVlTR7rdw8Bg48SJl+a1Otp0b9LtXHFStDi8zvZmXWaQuCTJU7/BdLZKEm/KhSGNTaGpcuEpICQhCQAlfTvm8iaTPO0XD45CGSawWym0MPIPOkUNKspgDvAwtMwX+E50mRx26thu3yCvULBOzdJ788rqjV1AyU92ZYwCqPXpcpPNZLFClk1+dSc7bSTHrNJm8WopWfu4JiagyfloIdMV/n4Wmie9zTRrhdyiT8f7iRb2mNCdghHMqxd6gYqRkW7hxg8isxATGmeOYotvUs6r04smh3m3H8qNpB1rG4Tp5SfTawQt5FSUdbdphHc3tqEv74tt9uzTTKFY+ehy5UGqqdQ0hnHmN2Fzq4sRWdnp4cpHabUSC6fHq4paKCLh8+nhVSh2RqD26IlWYp9XFInFd3WBMfXVJnXmNq6XwXzYajvu1do3YWT+UK8vLo3D+QSw06pRPrTkpZpSe8OxwaqzbK1NWcJqq3NjqGpOdmhxab4+iyh5Gd2m9maGKNpZmEnFEV6XrhuOay2aQgSN+6ooRc2PFsRy0kWfhWJXQStpRTenT6Ew4RCwiSvcos8PxeAl1Xe04uOCy4+AQrAbn7O8b3tvn9A0dGO6/rs/zD2Jj2GGJmBmxIeyobSI+at81FPb2bO9s3zkY9PZs63HUBnWaQJ3bXevX9JTW/SLwEX4GjglhwsyYJUohEqo5TKjC1FQ0YuGRCBYatsv2TIeFmtlh4WWiXKXilbCwcVm9zu92qSuSIVRaNFFHZHV9fnFWz8FCQ9puTkFaI1jYuWswKJLr5b9D4Ta02YG/J4BLAdI2HI0Mbu5AqNDuu9/pQqiwtN7e5XC8e9yuxxi4KvK0nvo7zw47ozZvV+/CyuIPIpden17EdGY/prIkcIWmwLs4SQkElEQukWj1Zvl0mWY9LrtCalIJCMA7p7fBd5InVFjY4rcuF4Va+AsinkCosHJrtw7KAwnH2Yi1vYTlwD2nrEFrkNZNgKdPYrT/rhhqR6tgdYVY+pguR7p2UMfk7DGSA7HcISKEZWc5sz0tfpqGPgdvRuCufMCEh5PetuU5e0PMQsPxCvkisz/jcAQ9dW21Xmd+YdqSDZogkflCkm/wJkxum7++UO8jDkQ6ojqxlKFNZqVWSjJyqdao0as1vqZ0sDmkEYolYqNFqZHwaBltVGn1atbbxOGqs+AN8lEsjgXHMYfFg3giUzJiyzbPkzrxk8ptgacFJek/z+1Xv37p9Z9NwfN6MAM+TYNYJe8J3QNvCCVau1u5bnleKpFKG9FiRTpoB3S7pTv1Np2FJAVQeZpMdolIQK5YdRGhp90CVFYaftmNsNUvXE6aZHRl3XoWf4xUQUQbGhU5SuDchHSL3CEifNs1261jVWhePdQ1CzCfdgaZvawrEP6YPaq1KoThtZm6obhGpOG0vcjn12XMcA1wwLyCxHPRqLNhOAf6kOQT8Evx/2SyTjuYX7ku5xLgb+B3wDF7sNiYwmaZAGMnlTahDVqG5yHes9kk+u2SXdj2kj5EB3entQFCqU7Tu9qEQWXzq3QwFffBAVE8/mM8iSkVDKTMEuIx6J1rPGazR0MRm3m8dQTFukgVLhDJtGwxiE6fktAnBz9ktdAfxwk+LSreZ7WCTSKaT5T6z+BvEH+B423B5r5otcXYSEQVQpBbbFMpalVCQX29qhGhUrlAld4eqVcRBu92w67KFEoFT6rHj2fp4jNzTp6rT2/aR+JBE7dS7yPE+ojbEzXQ+ByA96DqJx5vxEATxwQ8VKXa4tGK8BEcrMBFKmjvHCoRvh7HF+BiTZkKrHYaFSwSSfGXUzTRaKZoQtMlmnDO1fHKFUef7+C3QvpEsOGzmB38J+rMgyzGVGce8OuTrDgipibAb6DVc4h92x1i0rRdXrV6HIW+M8XoaX14QLnbTgQIKt12PO4SUSygjJMYgN/Ex9mQ2xHQUvjcxQSt85k8YRbnP3gnH6iDbodfSxFDQ4j1FldADcgj+Pti6O6hsqsvvMAXwVkJJWIg/ZhiBDycLxJ85VG+iIQ3peI/lmJe4EP8TjhHG1aH8NEH40IhpYFCcNLGiljVBHgxT1OscbtaxGwX7SSuwxqvPCzPqb/ScmucfqB66jw1uJOfr7P7WJzs+ieKUAZcdo+W5u/AV+Ei1mu3+1SAj8vlEh5kzbM4rjHJ+LhIIS++DkALaqZEMgYW+VYY8Sr+PtmKiTENZAVEyjS+HVNgfHz7aQwOkNAWsMZ346io8YV3portc5aEnI6RwepUV3cy3dmTALekuruS6OqSmvdmeybVUkinWsvvxVH0TJ6b4JNfn/7Mg9wzD5WfufpTPnNDuqcnlenuSYFH0j3dqXR3b/Lix2QIPqu1I51sK78XT6JnklLCzt9XfqYLPfNu7pl35ynuoREt0A5ijSOf6sFbMr296WxPXwqcyvb2ptDVxXfJYns23dqRSbWV34tvljAJovFz5D7MgTkx/1koEfdjQkwPHshL8grioBqoD1kmJE5E6Av68yNx1NKWw0tlyDblXnIyYCa4s184H3cE9XalwNGxrbtva7vNHtXZVEJASE1BK/xPcekiOahU8YRSUcv6DperY12zSs6jGMoQsMikpkDxrtLYeG78NPnPUFbtpbE9gfHh2J6EY5OVx/aK2L561rGx6hmIjhtbGuA04QglHa6urd192wt2odKqhQMVAVxmDllqGy79mXxerWBUzWs73O7C2ryIOynPUHq/RV5XfKFMM1KKv8L/KkS/Jix0FtOCR+FtBjyWZ/KU/qAESA6pLCQgTZBl74ycv2xol9GLB4lFIJ7hr7h7dnT17eh0OGJR6EdZwrZARk/aYgnXpWb+jY1rC25vx9oGlUzqSKK6eTGlrHhjlX9c72gxRmMqlG1w7iRfRKCjW++en96Coiwcd1ZaPRd38b5X7uxcfKZEa3CAfGrq7/yA+zurr/J3DtQODNTUDQzkikfJUEc23Qb/h7LM0QYc4O+f+juvcX9n8FP8nWJHLtNagH/nTain1hXvBQ9PvgDhsfEsdDLehB8ovOMkRrKy+Vij7Pvwb6G4h6ascphSCglIZp4gZJaE1xtWA8FKUqrzWa0uOe+AWE7xhAwrfYXrRiZRScu0I+rIA9B+e1EfAzOOSKoCk3kqTzmYQ7rXSW9Z8GdhYCUEX9k6L10Dos499wtr0MFRsT5kt/pZkdKVtlmTLqUQ2m5nxCi++DpZqF3fH/Z3b8ozSprkS5QSQ9imVNgjRloh4ZO0sriB4+1/TP4ex8j1cOo+zHIWY/EJzIqp8btOi0mXoVeGEqt/9v2KA1OxtJWBKWeMFPwSULqAxerXUUBPW1JeVLGNlNjS3IkU7oRK2iYBT1X6uhJ3SFQSvgAO7i/9vqydYexZnz/nYBhHDo1t1+TviZVwbEmsgHWfxVL4SxBak3jTaaYRvnz6Cfy2vAzzOZ0WkWqcJKOi1ppeiJAMo1HumPfPvi8vFaGNVEF1tRRQtbB5BLhRLL+UmYBPlTZv4HETmnmkYmVk7t6CEGSStpCeBiIgVFtZaao3rjFkhrOJvqyLEtAQYKuyfcuT1z21KV78kcSW8frT6FxO2u/N2CTET4eOLK8RvqZQIIP5X1avVmTP9gSiAzUWlVYl0gbtDqvKoJE1bb3r4oKZRMGxtyZ/DX7E28rxC8V18K9x/PraabHMDzm2AYPTlr0+0+MkphDrDI69Qml8VptfI9KLjKlAIGES0eaEx106feH2JMw0WCuSoO0WiQj/oVQJ2UUrpReTrtK5DJc7id6TnCxtmfw1IePtxrJYD9ZzFrrHT0AYSOL20/IW+AoYJ/BDp7CA2y22TQBxnk6yj5CkONkrLjSUhy3nmkPJr8awUgKX5yoM48/KMFmwe32dAFBat9EV1IkEOF9hVPKjrQGVOtgaCbbG7WIhBWEMjy8LtwyENn55TbQ4CUngdScRCZJuLyQB4Wrf2h8T3SqE3h+E5tTzKIZjDNXZnHVBnYJVCFmvGW0TSHVqaWbJ/kv8mdTBsXTxF+Bl4gVMCZGfbdSpOoPfhqpN4xOnKEsgSjJY5Lzsh+c5vr1xpQqQTyNARlll3stStLTSNpouvUuFcqPqJoFca9MZ7TJA7pHZkg57zMoQrD/rZBhn1h+occpkzppLe71NNRnTWa5KixiiV9lX7H5WIGD9cKyriRpiObTXBiyD2UcN2AQ+MibOeODbKSPfzsY7sMYEBxLOv3MJDXa6GWws58kLZruLeh7+B2OJWW1hs0QgMygPChgNNI5WBpBFnLFEbbawSYq+cQh9Q6O3yni8+ocgyoMj89nd+Zq08VxlyMXfXuUb3H7sauIBOId/VvCJW7ERri8mSwh4/wrXje4sXC85aDwwPDdGyUgM7Zpzip4sE7g6BQXBGP1Wf1zPI8HveFJjwOpP6AjydYSG4QAZcgM6Uc2Hn7hn1uIWPItfUAggvMGwYwgLT34E/g+Phz+KMZgctSt6CVgxHoaq7J2f6lNULkbH46l1F/v0arWeGKMV0JXIZiKRTDZC6Uq5gJMf4VkejyDhnB7G1sI5bZlUgD/w3oS4ynYOk+EsQi44il0T+KYxtUXMzezSOyVVwId2RKGpdOOsdHjkJgr+u6W1vQli/7Db6NUzeKgpqFIHmoI4rfWaXSEtj3f/I8XnT50qnnhUxkLMLxDxFzx/YnzJkvETzy0ghXxCIFEh3L8Kjuc33HgcL2EWnB1TM9gZfBOEmSSuHmP0VInU71yQvXOh2muxZFHTilQSr7gqEEaB36gCzSFCoocjCrP85tbWFj6pDbnMHq0YDzZDr+T38OnPL4DeB+QEK/sKGDx1Cgw9Au0JF+JY8NyJcY4nm4oXcSN5QcHHSGwEXq+A1wrums9dpycpfB/5F3jdwl1vgNfPctetUG5wbD+xGv8xubdiH9U4H0qODeef9pEGd4cMLoXGaXh5prqdilu7Sxtf+GuoYZkBOpZa2hC0WoMGqrhZpHLoDXa1EGgAutkUI+6qbHeDc5Ut8GLT5ffUashoHpzjb8gI7zasG1uG7cB2Yjfkmeb1W0geVV8/qDOGeemeV/CvYBSmgl/nYX7cmqes1DyrdR5FpJdP4E/lGczlqm9eHzZu0ZGDwo7FE4AaZ3auXoPqL3dsiE2AjaP1paqWjVzuJmdOL7w+bW9Irskl5FyTeGWS65E5BVxQdUWgqfYR5eoyoRZ/0zMLPKVVx7XQbCAqSp0o73KGCfh9ME+XGq6BKpxJrHlw9eo7F/isbZt7Ujd2KDRCTcjpDOlFfkddBwOBBAkIviyoU/lr5tQF1267rmbP01tSYK9AbtKk2zyM1Bi22BM22XpdvC+VWeMJDvW0W0wetaj4EKiNze1tsxprc2lt266hsLtteW1kqKfDkV6XMPZ5zSIZykaRiZ3dh5N+G864bDo7K5VKBLqwxxQyM7GFN+BbaYPdr9P43XaZ2mVg5Gb/pZ+7GsI6i96ab2iwKhwOO/5qhW9COf8i5NgR7H7sAeyreXrtoQPzeXM2zOney+yawL/84op7SKqB1333Gfw+DII1/L7xo4tW5Cbw/jzNrNhwlGGObljB6zacwZNYCEuCQF6p2kquvYfYeqCBOsSb74GvRbdPAHJ86wODe88CH7YIawJzsDlc89PGsoFFHNXkZNxWUDlzCFngMl/RR3mZueW+r1M84pVzPhEXEc8JZyLOYxVlrl+e6oW2CyuhzMxU3ie4jMvVeDjahADk3tySvY2eeUtXxhPDtdb53/zTo3vOPbCt06HWs0qz02ESMnq/x5BY+9DbgP+VH4HuX+xyta6oHf5yk8KoZgQoUotD2GJwRXRL3rtx28dHWm/evbzd628fSTa0xzY8vnPT/SuCl+a6OlY1NB+sSa1fvcRvjNhV4GtyR8bjq3XKowF/T9b+l3t4xvZtCws2b39PwZo6fN83Fj343sP9ob4NBz7f3Lq41iYW6Qx6tdTQsGRvx6pzTx9bX7v9reKPXtx1fvyhvCdE8HgCJVzxLi2N6i51NbV3qLwNczY1Na6bVzAPfLGh43PLsqH+zZcMgULSZLE4eofmBJXecBLfBrG9SuNJGN0rc5pwPAu4ffm+yV/zFvHqp+rQjnJ1aE9wdWibx5gljgnQMkou+6vq0C5qOfKdw7d/+0C25ejr3Hvx96b6pfnaJY02c+ndimv3nb9/ztA9392L3gfv/ceb5x5ZFAnNPzg89+bF4eCCg6VzT3gNLwp9acuoRjyBPzeOyWnxBDg0blxMLoWa8tJ5rt7v9Px0gbRcZinjKm884TXlUtnSt1mTXIBQMmBJRue2eMI6gQ1ZXELE0IRgl5gvD7j1Do1MMMrjE4AQikVc/KkfWsBvQho1YIWXIEL+0+mEC76w3Bn8z1B5+0D9uNWaM0yAfXlRVs4S/PASWW4C7B3lj3BF5koZ68hGX1FqbgrNzAY+1RxK4+pifpMPvcFLTtaqFPEZvfL9XFdArvTUemsWNQclAgkFbaZIWTtyoHPZsZUxfeueRaPgv5FW32jy6sWoE60j6jQyr4V78jmDKeZQGawGVNxYZWJlcquN9fbv6owuX7uz5Qu0zleukzpJPAznvAhb/xKWwH+WlwzM9Q40ewcGvM0EqiH70RgmFZ0B+6DkdIC9p+uV8KXNToA9Y91zwxNAdcpuJ7uXaCfAdaPkilIp2cgFTgFckbsPXaoqTa4sKYsHKt2Rr4rSORWhNhPEww0HztzYvmt+RipCexZigTjavaYpPVxjcnWsb93EKFFsVS7ZXLOozsoGWsKpxR1xMV8sJHFSpK5fsq+w9NjKuKl2fq5xU1/w2ODxrU1qk0kqM4VsOquCb7QaDfG2QKAjbkDtKM1OtcAYb/PbIWi3uqwCtduisbFylcuhCw7v661d25+T4vxo/ya0zsyTEl4zL4j5sTCWGwvbZBP4tpMeHg8LTeCuF9mAzLY4bPBAap2SjVDLeSNY+XyeIldKG0tciFeKWleAcH21a0sFYXKtKYED2HjNrOIZ2hx1o/ToS/8l08kEJK2Sgkf5xmhrJNfpY56RaYtRvHg32LU+kfrHChT4R4E26LTGw0ED/j2IfHl86NxffCeGf/PSrWgdTGLEMR7qRtz2EpbBnae8cW+cNkzgPx3DaOsEXAc1NWR6AuwfCy6CorEfk2Nsmf1cYbtKOejKfpRr9nz+ahLcVFVliGvLCQ7EscKRiW01G4azLMWDGlDsblzWkl2Sd+jrV3Wa4kG/2qSz2PEhEYI0qmKHudO84bFNmVc2fX1nLaPWsqmYwa2lNEaNPjWYjXUlIBQnjB486XHQ+oClNlV8Hydiy+/g/M+10P/8C+nE4lg7Vj/qq4ca6CSt19OJCfx5OGMo5Q3j2SzpnACNY8qFzROgqaIop2YamZ6/wSvHAS477yWYUResrESJvzTuf37rottWN3tl8vDA50b3eQfbYkoK6S/KU9sfG9jV6QSa2vb+4Np7lgaKf1YFW6OmmkxMrYt2xWOdMS34xvIn9rb4erfe/rXFPV9/7PiWvFCqULo9Zq+Gohlx/YZbuqRGlSS99vi27EBSSyl00o13znM46gchryOTEo7XFsyHamn+fJzP18gn8HfHMQ0pnwDXj+sXiZeXy/pWA+xcjcwKBC9LZ4mF8G8JaWFxKV9pT3lTdSYheO3Sv1OMmGSV+J/lWkZAvGgMOu3Kiw4JinrJdHLiQ9rgNzdkBNoAiqv3Ql58QLqglUphbVjfWSyMb8NUmBfflqfMjMOsgi8qfQZ/BnIujz97kkrUkoEJoBzTLWyZAOopxkwrrVg9MTTdoF2BNyGOcJdr7kHkiRruQGxR2lQkPmjcP7pzwzf3NjlaVzYmhmot2W1Pbt748Oq4pWYoWb+y1Vn8ycLhoSVsqD3aPc9mzA6lw51R3cZ1KzaCxUtuH4n4hj83N7NiuNNmzPcuTvccGkmF5+xuSy3pbzFaC8NL8daWnt5WazoW1vnXXRpz1afiBl0iXe/oGxqE8tkB1+NPoY6OYs1Y7agpBsWSOwJXewZ/DrUGh+JptwvSSDyDSBM3jQpWTBPP8gG3yibq5eswc/nxtstNfJr4qTIyfOjU9YEF3Rk15JeUon35eZk5+3rdnEj6Nt474mvYN7rryDOrvcU/6+Ld8VghomWDbdG6TeAnfc987Z6teVrBqj1Oq18rkitl9etv6ZTqVXR69d0LVz65v2XR1365fPPdUBobhqPp/rjOgfIjoAy8Mx2rvMBhlRc4rLKnhFWu+yuxCvFOcsf4odtOrPEkdo4fhO/e4p+Uod5csjvKKsI98D3G4uy+790Hscqb+/ad/yLCLDctvHlB0Df30Dz4HvDORVjli1BIT/ASULtHX8J8+HN5CNblYvjCtEqFY7FPjshfBgQ/g7ClcoJmJhaoBbNAGDmn+U7wxVLRpTRc/3wSfvr92xqTnI8LpTSCM1qPxR3RCv8JHY1ZbSyVxUbND8X4ml1iUu53ay3Q1T4JtR3KSxVefFGs9XC9XeC4z0Ka1mBNCNv8z+mIA76w1CsctnFD+26GxN13mo3w/UtkqemwBiUYfBKocc+MgE7DNGeh90Nd0rJWlYgv06k+qIVmqbsvt7g9KoECxZfoC6uvz688vjyqb987cgp8RMlp/gw8E+1typlq2ox2I6X3Wdx+vdPKenu3dyRWbdjZVMUycyGWOQ3nuABb+RIWw3+el/QNu/vy7r4+d56QQvv1R4hl2iDOHa+tZdMIwnSiVneqU1Yr2bmEAzmXW7IqlIlcC8WkPyOIOd11ZGJL8+6FtXIIYmQyKtaztikzp9bkaNvQsV2ioLkGbDtqFtVDCNMaTi7pTNBCrgSrSNY4cmPX0uOrEuaa+bnWzd3ee1fcvy6tMpjlCpPPGHUZLEZDrNUb6kxUAYwh3hG01SAAY+Gr3BadjWXkbqdhCsBQqf41cO3poT24UMYv2Rn4xQHxC2Vb7DFAi3jdSR4CMNAyJD47fCEuqBW7aFPMhVL9L00yUHIJoUQEHufpgy3hZCGg3MVoixvw4pfAxsvhiy7stUY8DgX+nyKJiIfuXXyrBF+gHCyfRGt0Bn5BWBbiF2kNwi8Qs5bxC3UGXAcVjfZT4JcrACu0FleFLyc6j57ZWbd5XlouInEEYChfy/KWmmXNTnN+bWfNMj8HX9aU4UvS0ebe8Pi2mrMbntxZJ9dopQqdW2+Eq1pn0uqTAxDAJA20yYMnpuALgceW3VXaZ5sD9eXbEL+g/Y5/rXQc7Jp89UUG78W6QKBxAn/mJG000qmX8cMYNvmLvBR9B1IKowFD0DWVjoI1COlEo6QbNRcVg1535RtuaFvyIuXCVq7TYOsEyI/lof4tdRO9EKi0yVy2dOSHI4EqGhoJGE7B5zPE/9IDoJaHT1g4A2TxPw3Iertu99PbFn1+ZYNLygT6Drywz93bHGagP0Agm+ZOd0YHt7dbAZtr6QuuvGOhv1hUeJsjxnQyqtZGOiLhtrAWnFj5jf1t02GWSKqQyJRGlcWnoSQyum7drT0c0Fp91/ZEb8qAgNamu+c47A3DpZycQbi2znB9VTis9UuItdQQa/1iHFOTCoS1tNfEWpVS5WWkdYYngEhrHkJanlSDCReC7176hVrNqgig0EpnA1qZuroUB7MgzqrnZAbhrAz064wVqemcfPU0ko1OED0zC/DKvoyAFxQgqiRADIE1T+A3naRS9WSowssQhGN5kW5hG8dLqG/Vl/GyDM0gJwMz4BmUl3ynqAWImoGoCQjzgOIBfgfgtwN+G+C3An4G8NOAnwL8JOAngCgMRCEgCgJRAIj8gG8DhBWI4dAZ4q8bTkmusKUjM/4B7uvCT0KNlUy6K2Hj2/V7T+za+vXtWVvTCggba8yZLU9s3vTgyoglC2Hj8mZH8V1VoDEwZ0gdbI929pt1qYFUuD2sWbN65QqweMHty2LBuTcOloBjU++SdN/BkXh4zp6OyMKBDhMHHOsdWY8KQcdoWB9Yeem0qz4d1+viGQQd5yDd0Ax14TkOO7ZiLRx2fLaEHSfwwyddSqU2fQbkobaHIBKaQYF/On5UTG2rfQKGnHbwpNTc9jLodU4W6r9x/PrA3Pa4RggVPCUO5Qcjc3YX7Hj4pjnrji3y1ex8evuiW1Y0uZjiX7TRQjTSGmKVvuaIJR0PgR/3PV2CkWpNwGT26ChGztSvvaXTFMisPb5kxeN7m/19W2/7SmzT3fOctrqhWHogpRfJtSXduGDy1zzjdCz5OIclH+ewZLrUfyn91/ZfMtZd//INN53cHq+//qUbD53alij+0ZIZiKYHskZztj+eGswYcf2RHxzv7vjC9458/gfHujtuP3/X+luHbMH5Rxasu23QHlxwM8qFnPwYN/Ii1bjXI+M2Lu51cNxYagVyiWuyPXvcq7JhpsaNtDnuQe3OXmT1MhIXSMTvMjoThElhrdAq4sqvMxQhW0nxlD6nzqGT828RoWNLArGwrJegQpjLq8PqkL1k8d9Nxb0+hNjQD7aU417bTidYfngtCnptKjVXjJcbB/0NQS8WPhq1U9miMSsEfJle/Wqi2c3I7SlHrL/WJ0ZbpzhfpGqYvym3+JaFIV3TrgU3g2+o1GtQSrBA7bPbol6n8mx8qLVGrwtY5DqzDuJGu8qkliltZpW/e319csWWg0M3ZLi59k7+hmiHc12A7UEY8ckrMOKPEEY8AxRYLSYC2Twtv7v20Vq8Vl4rR5BRkZdBzPi+zAq2WQGCjWvZCRCtNlFC7V0rsa+RWYNf4G+Gje2t+59YVrOyKwaRBSGTUp76eblIR1yvz81vWIuUPSr6vTlUiOsZe9odHc4HRShdGicpeWZ4c37g0IKQPl4IoeAsyMy5cdgnVevkCr3XGLCo9WqVI2mxpZxKvsppNjgUfLUrZYFkVerMWmhpTGozK5eZTSp7y5rW2FBThCb4gfwcuM6ck3+BmCuABaGmqRuL2pgJfMNJD0likQnwr+OsxxCdAPI8xQvZINK1raFK/UOg7keIcTp2BJ+MHc04Bx5PqJjDYlPU4Yoa6WIHo5LyoaDToE1sCjdHkm1++WGBRMQvrsaL7wInaIhFUYINajREvcLXhtwGr93OgqJCzwhIuEouPSjSuHBJMVtaE8sm34dy4oYe9+BLWA5nqxjy63kVJm34b5n1hBXfbn0MvhFQDrKoKWxwNfQh4hyaLIlEBU2O7PgUPbXcV4bD0DJSl+ZNtLdf//jS1JLOqFQAAaVAzKdduf5Upjep3brNEPK5FHqV3oKbq/0gb6BZjY4ZuXdtGiyaf9vSGCVX01KN06i3KfmMUqb11zo6Onh8nt4GfuowoyRWk0cvPg8IALx9u8u68zfEcbhW4tB2tI36oMnYWomLbRnDaLgcpC+Gw0rSYsk7J4BsTLk2PwEkFWVari7218bHyse+qsjteN22BxYN3bikwSmT+QrbHl7v6KgLykQolVTsiOU9TSP1ZqCM1bU45x+a67/Y1c1GQj4ZauftqfEowfIFX1iecDQt3nGkq/H2I/sWpaBzLbc7LR5WKKSEge5VGbGKEUE3aKSzly+RUQMbG7W6cAMnA67Jj4nIFF77SRmv/RDhNejnbx3Xrhav/9R4LYKyt4uP8RX2pDvZYCL44PPFuFypkuHPM2opn3jF6HeY5BcvSmVCgpSoGcKcyNXE+Wo/h9dqIC8ehLxAeK0bxcWi+AYOnq2fDs/O4AfgTzfjB/JyKttcn4p6+WTgN7q1Hb8pM4U7r/FZ4mIl6zcd4ZT582DdjifWrX5kS06fnV8b7Yrr0xu+vHrtvcvC2lhPomZejbH4ftegp8atkLmbIj3NGmWgMx2Dhl7tbwkl231yYOzc2eezQZ/X29PWaNCk8t3h5k29flf7ykZfZ2NWY6hp7QXvROtlZq+W9TrsKmdH0WwKet0QDvh9rCFolbOls6ftkEYHIY2SWDvEOpYUFNOTmEyGNaIPPrVaX3MGSKBf2wykp5xOQXitfgIwXNfqa2Id/tXjZbypszjcuUTiIOPt2Pbwpvj8Fj/yLlAwVOyr7481Lm2wAmWqrtk6//A8f+2mB0cGbljc6JZfZAP1Hiioqu4uNhry4Y11tx7dvyRDKxS0RKmXW9xqgYSR+LtWZ2lOTK/vH7ptZdrWuGjH5y29G/NGfaje2dMjoOVo/hk4//Vw/ijnAGIdFn8ECoMVP4TRmAHEx+RrXRMgPjvW4V01brY+svorW3v3LmxwyyOrH9m266ERT/Giwp3zoBwzpavG7c/ZpDh70/eP9TiaVlx/75ybv393T++xN2/dfMeQLbDg5gWbSu9wPe2HgpznhdE5ChQ7u/FFs1yOacVK6Pt8btyxBsXOZBVcgaDP65xRuEbgrPEyo0DkSUoiuHQf0vro02svqg0QD0FF8Z5QZQqY3UGt4CmhREQuMzjRmUSnweBmKXzXKgqwYRdrZRn+HSRUrgQ0lxefo1g3ygMZgGOew6uT8YkPJtH1MKRxD3f9IR/RPAR1xIFyvKSuFC/ZWI6XgJ8iuxeGNId2L/C/YPdKMZMDKtlyiTHmdEaN4uJaKSvhozJUICI2BFuSiTa/YrmULd6MFz8EDAjEos9UGmo9I9AEPZaQ0yLHxWoDg8oa0peOhUGxGIW8WTnd3tXimlP+pJ/rIfkkZ+8uyOwn7Ph2+2PwjbDbyRpk78KrqTOA5uyd/K+3d7Pt/5QMXimC0l6/84n1dcs7AjRy0wWUgLJmhmtjPSmjBrpSxqjfo9CrDWbcU2kfWNytTTnnHluZBAvn3LI8IVEoxTKt06izKwRytULpqfNBPKTi8Xg6G/gxNHlaZPJ04jdx3NO3B/Gyrbx+kL2rHw3UIgiDwibQ3s2B9g7aeOl4OEy64XvJ1tGVxfQJdm5GiOKys3DVdZZd/8WRoRsX1tolEnfbloc2uQs5Ly3gwanTIqE92eJtXlxjwJ3X98/Z3+f8vdyRdcXn2dRepD7cCrB2/hdWp51NS3bc3Nlw69F9i9NCiUxMK/QKq0ctoMRUqGd1mnUGh/cud+dcKr0K2jm9PlzP2bkOKMNzpvaAflTeA3qnvAe0dVz/yXZu2hbQHHSIqvhlUmFLeFL1JkIIjhajKEynkONjjFoiqJi6j8Twc8nU0QafqSbGGTsCy0I+rIV8cGAxrAnZOj8+F1NgTnxOnjJKLEYFfAnjZ3CUiVyHb8zLhfG6TMTp5xOe32jWNr5PXNvW8Wc1dfxr7wCt/cH3lt23Lq1LDeXCHVFdfOXx5SvvXORbsiw1mDYUP2ztaGmXOWv9DfVqlIDmSjvkgwPdg8DzyGOWlo3d/r62OgObauwOt27u8brbV9UN3xjS55p7wJvxutqYxue0Ky2dRYch7POoFW5v1JhrrOUwGKLF4rJMZkZNUBQ3jkmx+jP4HAgFoCFDOz9QMOmxIGrnKi1bs8rOzw9zn27fhzfjTCmxWOpt2/boZm9fY0hBoZisyJntirQurTMBRSTX5Fj8uQFnZu0Xlw7fsKjWIfkz66t1+2pdMsae8Sbn4/n6W49evyRNyRQym9sKbRjN0OGeVSmxSibyD+3rm3v7KiSr22/WD0K4ZYjU25xZr0pXzVMhXQjaIBumxr8MP1rwB6G/rgdzxphhiDTnjpLzruWvq2dJVDn690dufXV/tvno3x+97dz+bPH31sbFtc1L60220rsRv+WhPz83suDp/3n0kY9fGFn09J++Irnl5JZwbsfTO+F7KLvzm5UavXgNqYU+u/ElzIbfkxdp5GJabBwi56KU9/NcNde/JVHFIWYoErpwNPGbnShRxWVwaBjhSYLkAaQJqnkqkEYNWDfy1/9ryl//b85fX3dans2VXPYNnMs+jFz2haP8OdNddvT2N6WqcNs6tkqqyi+bhwKMJtjoSy9oDtGolzouoJQNI3vb1jywOqbrPrrlAfAHtLWzyeTTi4WaoMMWcTnUv2vftWzAaasN6sxOi9gQcbBWrVzhdukTi28sNH7u7qc3P1Ta3uH6HP+aeBjOewHKVYnhf3+F7/5eyXefz/nuS0/LK1773NJGD4/b6BmGHvu8sgR9Yq7K3+6uP1x34OznWnfOy6JdHkYmjnatrSaqbJQo0YEGOb2pmqiyqCMmFXDuupBtGNnTuuzeVdVEFXDd4LEtjSqjmVEYg7aQw2A16KNtgUB73ChgPRaTSyU0xNv9dkhMi8siVLlNWptGxuWpzNnfXbt2ICslyOhAOU/lY56LVHG4pb6EW66r7PMoyrhl7kkeBC2BCbBm3DZEzS13+v6swIXnUiueoU1xpxv1GhBVc1VuRrkq4RqUq6JQo1yVZ8E8cDAb/SPqHIgK3P6xlKwSChnwh2k5xePTSvoSGcH3XXqxJBf9UC6OkVKIXdD5aZyuYpfXoTw0TAAX2u+BSnL1WHgQeugrOcRSEoFZ93s+PV7hNnyIqXyVxk1DMZmQT6ANH5GneVnTNTJW5FarTYlyVsA3Nn19R52MZSWMzmsxuDVijUGjTw5lo91c2orBg8e9aN/HXJcuXsBxAOLL7kRYtJy3ouAT/8rRIQLtOKJD2Y7/Y9mO/wOy4wrERf2geO7/Yi4H71FTwGVTXnRJoD/Ol2nkxAcol6M+CxmGxlfO5YDj+xVnyzom/5P4KVy/KI/BP16KPfuwIJYH3lPQjAWHoQULjArmXeaP/f+etoC/1v/048eraQs+LSVTyerX3dIlNSjLaQv7Whc9/ovlKN7saJgTTfUntA4033r8ZfxD8t8VAp4Jauj7uDxyE/4d8AD5c3jPXL3XgL+J38j9nKV6Lwt/dwd3z1q958C/g3+X/Bd4z1a91wJ/bhv5Q3jPXr3XDe89z/2uo3ovDH93O/dzzuq9OvhzY9zPuar30vDeg9w9d/VeLYHhD5MFeM9TvdeL58Eh/lZ4z1+91wHv7efuBUr3II/rJ134h/gAF2/nalu8x9W2eA/Vtnie2e94nrxhuul2zTDdghmWG/8wMP/IwpGbh1zwfcHSmwfdP1A7k1ZnwipTOVMWZ8Im+9ayL23I5tbfP7L0gY3Z3Ib7VvWtzLGGmmXNfauy8H1pSUeYJqPgAbwL2m0TtNvgpTzF2e3fGfeRB8qRds5wk9eItIMHRKyXO+O+T66mSZxPiZ6FKsyiMzkUvJOV8/d4Q40Ql5h1Sh00dutxHg4I6FWiMTRMpvEbIW3SWOYlTIXXnQrZQjYMQrpFeYXI8c3txkNG3Kj5F+9+OvkCcX3JDS5VKDtf1kwkd/LjUyVesPiNEqaol2ulfDhG5ogjrBNFw5akzyLiUwJCoAo39QVa17TapJGF3QXgpxU3+J2kzKzX2oxa2U2ObCygcocVaoVQZTOYbCody1hyAxFH2/Ca1pZSD5ws5PUOOJ8+bN5LWAj8Pi9p73S2Z53t7c4sIdVN4DV5Iyat/3oqr9IVUtFnm7r8XzWbyab9ohNy9jkkCFNJFtUaFtfMsUjPNL7paXHTquVFBUYIfEdq8YH2cHfWJoJOlJgWmEJ1rsYWhbc+UC+mUUl0WpQvtEeTtlzQIpRQOEHSwYbBSPPqJmuh29sa0ZvyI/VmsYwRSZRWncUolUvDIdalo/lyE6vWM/xE2OmXsTKzB+pCitaqGVOyK9ixUoET5kg9WguOySj+Xbx1Wi4oOFmJDdyRZ1iPNvxcOTCwjzpwtcDA1ZIplJfZVyKBf5ehV1AaN1eNpPiGGJoZCCIEfyIU9oTTm7UxK8Sy4ivg7/9B63IfrgjrYVJhN2kcRr0E3IEaV3CuW94DlhX/oYK5XPg2vBFizeGXsAy4sxIHB/+VpzBpzZPH7I/ZcfvE5Kvj4UQBveflKk0B5VecC+0VvaDUPlvhMzI4gcCOz5xZoU7HuRp826ILDnQ7WzIeCR86x6SQL9D6av2OlEspd2Y9rjqjilHqwH2omgcjLf6bMqhuXtfuTubXtLmgT0zTcr1SZZDzaUYCnU6jzqUVCxQasMLACpUWNuC5CTfkFpRrz8O5Pw/lO4zlsdSoJzMBTp+ktFoqgqoLMhiV/LrfT9qfku+ve6qs1WbGAaaptyvi3epZ4wD484GBHa1L97XqxMbk8N5BXSJgkQrQXp1I5wgbI81+lWFOsnlZnekfKI3LYM9qJQav0ejRiZMNqzvcuTW39gdWrVzY6oO2W2Iw6EwyEmofc7LNJdfb8ktaTT6DRMGkOwMKuQn1jAxDGd0O+WvBPBAzgD+UYtzgj3kRpiYU5/R7xQc+OcLdUGqejm8nSIpf/JjH6H0WX0xD8IGheE4qQcEb8DGEbnzw32qTXiO9dB7V7kGHYvAWd4C1qISk3FqqWVcHaT4GaW6BuKAO6zyLucEoJsOsYDRP6cUmvQy+hKEzAEG/DJjI08JAnHA8qt5f8xhxwzVSP10Vtz890+sHxJTXn77M6cfHnnqwY+dgoLvPHLUrPN3bCl1bOmwtjR1DP45FY1Fa7zPNkzOWiE3v1tGZmtoMtWunJt6Xya/wMO5I1h4fyJgNic5I3YjNtQIknA63VWbSaaWR4itKi9EgkxmMFrnH6+ZqjsJ5PwjnjbBRAu3Tgxe52HXtBDiVl3ryX0cZnt8M7td+Q3DDbLmdrmqsOn0VjCQIE9OrRj1ImZJz9g5aamMuGi4ksVRg9NW4oq0BNS51eMPa1uUNJiiKHSN7W7X/CKQGj8Hg0dFinVtvyf4kuHrFwlYvdOvFlFQlDVvFNGVJtLmFMloA/elcw5oOT82aW/2pQkApN3s1Rq9Rqijpk9rJTfjDYBzy1zJq5E2AO/MiFW3Uqr4q5NFYJHH+0vkEV522qvf4M8r+lGoxwS/4w0rx37mCYdffiRWM5NuucND1bYnsbo/l76QMI/07i8dtP4c+nbNz+77FZ8Ah/F8wB2Y/B+X8Lq5aw3EkcmB8XG0RH8EaX+cOPb5TqiCCDhPNfujxhlQqnSCB3GlFtQQJR8Iuk9njdpxSWjVGp5KHj+786OjnP9oNiUOi0o6Nhw7d3NJy8+GDTQQJb1BMKeYGx7OfG4/zJcwC7uLOPIKT6MwjuGuc0VOlAaFDjxWcVD302ADJ4J5+6HG/zJ5w4GKVhbU65Lwk/MfjKRxGLXTNAfyO7LWWmw8dakSxbVLM0Lv/cMvRj3aiWrg4SRJNBw/fDOUvMvlb/PP4l6Zw20kOt50s1SQ76HiMvOnT1ySDauzzjq5dA3N3thrtnbsGF+5q1r9Ba70GHVwoUrhaTG4NBTr7Dy6Kxxfe0N1945JEesn1XZneKKuOdKcb+kNyTbS7sgcHHsfvRdUIEW57OU9r5IfEAIVcDpKHyyGXkavFXKag2+NCjddi9kHopmBpHuCLhSd4YoVVZ3YqSZUAuuao4g74flbAExt0cq1CTK7CoauFk3weN44oXKQtkD5ptHehwt2nEXYLIfBWmxeJNM94D0qSXyOwSKmL3PSoyl+B2FokdLFFoZWShEgu/RzK6g06zVGPUUSK+DwB46/tDTZCTCLzFzKDgM8w7W4rT24zKPRqtWSrweuwK01uqYIRKCwag06mVtKGWLvfUtdU8OWdcA4OyOMCnMMgdh3Ca7/LSwq9zkKNs1Bw1hA0xGvefByjUykfFpVFcVX0gRbMB1jfPRaGUWEWmQXP/c4CTliAxUK2HDynekuFq77EicUIQi47di4d4eze0hH0f+U0/ix4jneNaEr6cgJNxVIgoiuEh3e3+zqyXoVQTIkMvhq/JWiQSO0ZXyMlEXDdOFrzDf64KRkwCyHJCEDwxf6GgXD9SKNFbk/Y/Y0+1avxvpRRJJUrnBarSiKT0Eo9ozCpKFKqgx6phOdzGFyMnCGlWiWjlgoptYJmA3mvMe41C3k6TwKuFdnkx/gW/E4O1zXOwHVfyKtYj+Fc+K0wHn6gDO4+Rx2eAncjnwXdCRL4FimdF2nL6O59SiZCZ5kEbxMKW9zlT9sleUpW/AX+1ccn7PYVldKQK0jGolebtWoJ6ORBevAE0DzfagbGIifTMSgPLfgtWBbh9xjEds6gM0gbJsD7eTFGv50EyS+eMAMzB+5iBfSeV2r0BQjhI4/5bjzHvsXi7P1lAaigu5FPPvjjvgzdsSVwVy6w3OIf2N0d7EhYaCHOF/BFOk/Wbwpa5bVNvgaDilFpwBGJVCItfqQIy+pWtDrfRkc8hWIpbbbAdcOnpWJKbWU9XgGjBkFWYfZ4rRtwwIa7kY31w/kugfKPkEXvqCsxAcZPUixLQbadzDsw6udRED1+wvuq920v4fWSJ6yvWnHrcebguexbWTx7X2WmSMpHKhO9AufhV8V57ukwb4m3c21Dz+Y2q63/6CpNzG+heRA8CYSsxW8K1Dpl+s5Aw9y07g2bXxPWiNVWNTI2P4rPb7B7+/f09X5+VY4UisVKVqWXkpBQOn8GRQVTfbloWEpHGt1yic5Z8ns/xusgj00lfPfHcg6DG+E7UvFV7Y3iw7PhO2KWDAb4d3iU4H1CqveZA3EdQWKTxf+gZVIJ+IlYRvHwZrmOZaXFpIBCGc9SCvzY4vGbeVIDwnVmSPstkPZoT6cFW3EW84MTmApzIlxnZmyl/IX4GXAK7elAeG2lToW+E/rnEBHKkOOe1zz/5CE8d+sOvtUEzjaBpuMlXpSYkRuZFe9dJaUBIT5PGfGh88KX5TOk8S2u7u3dhS2dboU96TCErApH28ZCYUOLtSmTL/yTKxryhBOMXiWmEexWmDUSlGCf8I+HO+MGdaAlpIv43DKJ2R0xe5pjem2wwR3vMpiG/8dktxr0LpVQrmKLP2R0rJqm1Bq9VKJRiO1INg2QPr2QPn4om/2jugBSKRhNYykopHmX7e0aUHP8nPEt48+NhNFI/jgKxqOvRfHove6yIr6nKp1V8ZyexzBT7V6esnlFSdFe+8DRVYZ02CZBqVF6Z9Tir3XJgL4j0DAvrXNDenRvaLW+QUPorrKoxEKoQNVxsHzwllVpPiWRqFReo5AS6XxZC6M0pLqjifmNDm/fnlwsD4mjc2r0Tg0l5WJIEfw6/POkRSHgBSEZbuHuufDD4HFSD++Fqvei+C14C/dz4eo9B/zdAncvUr0nww/jW0gVvBet3ovBn2shpfBerHrPD+8t4X43Xr1ngr9bx/1conrPDH9uC/dzyeo9A7zXy91Lle5hYDI8+S7xLBkv1wkBp1GdEHD68johJUAO0uXQOOALeCKl0WuyeeSEmPiySGHiPsNFRjMoZ1vN8H6LVpZQxkrRc7X49/C/kP+p4GOd3Dj24W/j3yZ/Ba+7OH0+B38Nf438AMthufFAQAKd9DHkpo7JwmNeGXxpredSE/jkmPYcOYEXy0la1Z2PC6+jLhDKcgHucgt3t6fiNXD5LZlq+bJyncA5iRV3LOgaMTMqMQ8BD7HE4olbEl0RdsVSZ9JtlIgVAkbBE6sYxh6q8Sy6c1WSN7T4wW31NrmIYa26qBX67yqFxNW8KLXnsEShEvKF1qjOqmFEIgUjSq69rzRPguXm2V2d9w7uuoeb9z78LXyQ/BVmwMKjpHQCvJCXqEQiTCV5hiTlvOe1L8PJyvHJ8v7FBXQoq1peHhrfqRrt080SPqiU/s+HYrlc/KEnl/FZteAQoyDvC9i+aPe6vcW3pIxEin9Hb7CX+q3NxV8jpOQHcEy95TF+D/8tx6u+yjXIctf91e+/w10PVOfUyl0PVr7Ps3NzHKpcE3ryPXg9XH7et4ke7nlzqn/vee7n51avf8Jdz+NoVANlow/KRgvWfDrwjQT9pEKB7LpKU0gguy5llIWEIqHQZL9eryfdUDzGNE9DKZksxeLLrdgCgcvzxTjPaFpormroK+JT1So8vC/Qva7e2pgJS9BugZgW2ZPt4Zq6WOe8zliwZ1XWUJf0CHh8HhBIhZZwjd3s1ohiXfO7YsTLDSP1Fj4to0QytdXgNqq0qpDNHnC5c3ObcnNzRqFUQfFpuU7lNsuUMimro+0BhzM9XF6/38Pv4egwn7veCulGcXRewNGlvKagXcq+qDFIRBhmAK+AZzER5oCL2AB/vziG8RUvQ0rw0ZrhKk6WzE09V2cUUoPDakiGptcUrZQdBPc8R4hULmvMzSd/yxNrfHZ3WE/zfkeSnpTdqxESxDdwq0giJMQqUiO51E9LBTguYCT4CVrDV4tKWdoAyu95/MtwnE4s/xIGwAunSFKtFujPgHvgLTl4Oi8S8NU0tLQWGok7wYl7ooQ5q+NNaDkDL1c57Cl5tTqmBZiBJtEAGqtqCby4bMX/pQmF3250QUjcTxtoINZJegmR0qZ3hFggJj4qfqDXQz95nNVLINYUi75lbLXbWozfEtEQiUv0LByzAf8B1M+/gr5bfFwuF0gmwEtjmNYM304KDJLn1VDKxinz87ySmMU5FHLhZ69fKHelR44TVwBmGgoxlaJPaH0W5OKiLY6j3fNw8V8YuZwBr8bRXk/xh6BNLCcsjkAmDU2RTg6eDThc3lhOrmW1suJCH7K3MRDEG3kLob/rwLTnMB3RgjFEM2aD7yRRy+nGq3m5/IqVbLQ0renoWlWnMzetKXSvqtXdKzWHzI0J9LU5in9nOdqY2HD/kvL76vk7mvW3HZu3vdnwhZK+Bo24kTeEmTHtKK35Fny8GDPAARDcAOKNiemlnlDeGx99aCzXkESeAW6kpMXrJRJGfNMtSgUleUBsd/rVO8USsM+q01kdWlw4RGvcJhO1VsgXU5eu06Pn5kETHuEthd6LZUyCy87BR1rhw0VYAH7Cyw8vVQJWlZ+OHjo91J6uFs+v+K4RfXFAppbpb25JprKmqNsgENFimdidaHDWzKsxyQM9tbtBRsyA/9fZucQ2ctYBfB5+zMseP+Zhz3hsT2zP2LHHb8cex844tmMn2WQ3CZukyW6TTYO7j3YBVdtqy2q7W7QogIpU9VY4wBEJqBToS4t2EVKlnkCIQ0HiVC1ckXoBCajLN7bjpOm2or14Ttb837/v/5+Z7/vOrJDUysKrS71EWvewHikaCDpw1k0GS4tJpbuyW78ZHs6K2nAESQEfNSHlsCG+i7Z+HYlYEw+BkDoQlx24qjQehp3cgHycfoO6pIAGUzk+IfKUEtzwgQGMpLSzV+vRmWzYhtkJ3C4miqHu0sqTFcAAojq3nK+FCqqEEQROU9GckbjyrdXFJ/cRoX5xJky5vTbMJ/tDtIeerVQNX1jiW5VUzct7vXIwSOJeN7mzd+YKYyF6w9myCheRBcsyyI0YNHGIkkC7t4MTQixmF+4D5eymF8bPA0zNjmdho2e05VHZMeMANef/C3xTVuJS/5GNwq0O8o82WpgMz0w2ServyIePEHftgHI6qQMLLfk0nYMPHB7Cwnj7CRH+XX/btPcZOIrELG2oaM6kQCCaX+olTXNHH2Puz7f2uL37THcXUxefaanVuGDHcBzH/NFMaGFt4Qkp62OcKnze4aKd/X/xGb683ZhAsrX9roKRDqs1GOFF0kE2utNtkvPD57RAJBJ8C0ElfWN4XhPI5SqIkwRY+QDJNSC5qlpDpuRuIHnpRE5/WvLhBIYbnCM6ptXg/TzuVLtWjbZ2ays93dxosdvrFCqYi6IoqyuQkHLtFAvLu4Vru98tT8eaAVcoEwppQSfSMJ6eV/Wvf39F6+1tteIOC8YBqNlxLNm9mOeUF283GzzT2ipxnFoa7gMPp5GiZR7iIe8DUI1aEGNm5SASjvsyePykvjQwMFJEbbj1H7iqBcK0Fcb770kS/CbjtVgZyQeAch+0KA43gex1WgLow3JwGJkBtvJDKlSAlHd4PJmMxVDp4agA5gb1Z+zmwvDzuKN9UctjV39mdG6+MDc63MWsjTMH924dLG92z9y+bWzr4tzi2urrJX2qTEnpiXzWYXSrU4YxXUdcz73Ue9Z4WovvNPeui7m55PRuXNuFZ7ViKcVOhIPugNH/kTYXCbezhUpxdD4XrA78nQT+Vg6FslkZJMmeMXVQR6FqR2unKoNlsJqFv6AJOjonaaBAFRe0+SsdbdlJEhRp5WUtUOhoLBzeyugreT7S3K2t9nT2B4hRkzXJUTCUDvI3rbe/PZfwkJgkRDicwie7F/JcJFjd0Ou9jqr3vpd+8RofLwZm5oLmu33QW4iGXj1mUBq4wAAMSoN4bfx/DNKkmb1Wd0f3SfW9dndX519xBialetb8bWiIe+3l7Ux2+8650XVj8VKFe/7bC+bvIOa2oPcQCt2HJEj4lYPiHoD7CxAJJLAMJAAQ+v3REHNModMQokiq/0MH5SRv3Y0S1KuEPBFnrpPUPyWWC0gsfH+Oqft92BM2G4F//BduWNu70PtICL0OaabmHnC/MLhzElyRE5ofwwc9Vbfhk/BBQv5+j2ZdvttyUiDzU6IWFew4SdDs/lx5rSy6EvOVb8BxP/RJhYupae5WuKQpHiVHe2lfmBdIl+zXjFi43lotXjZlW4TeQETglwaUPKxH3kXTb4qiNZ34LZCuDKRkwdUFPFSHjAIQtPCV4QOfgI+YXOxVI1UtZMNsBGYXlFywPb+0VSRpGq80F7NVKWcilcCd/MWlp54929nage8WzpVEgnZZ7UyACThoRzmTn2JEv1fPxgpgKeySfAJOy6urxpbbgq8PcicDPUDK6O6IO8Eo0O5tdEIgSZM7BkibxpfmTpkzQjEl0P8I+NdKku/bnH41NB03COqv8Ad/hm/mbxAkSdywUD5WyTLwGYrGUber/00ffKf/+vD7wzcQBt084k56xJ004M7Q2gNbf2nuAMlH3GGUTq+hTKk+O4bhGOab0KTOcntdTPMeZwxuU6CV+y+nMaWNehh+rXC+JtsJ0mL1SwwPcrhcy+uYh4MDql+S/D9GEH9ufliH6iB/4yBOElB5yJ30iDtpwB0DcOc4j78Sd6aQ+ERjW1++NOXF+Mn2XjNbwmiKJK0uURUzswkGDl3I9rbvFCsRQ6CDKWm6DP+ktFmXsxs32ur615b0CdJi9whhBgRVtHY26Q1fvlaZ8rr1Jc3TGa2xoHeQGLp9xJw0YI4BmNN4HHO8Y+bEzL0yH2GxlBhyWPr9PwUC8E89XlR2+1gv1Xd7KBtJ44i9qg/2ytehnw/qHA/qXAYwB2dVVZZR8eGo4AHDAeYcudj9OczhPo0c7jRxtLsvPf/y4lpz/uYLN682O8tnXytMFYqFRlZz1FvlwnStMg2/cOmZzQulTVVeLa/tbC4UVmVlDXYrWkqJ5iVfuf8HtRoSq5OT2dTQv4dj/wLOlECumJzRTLljo9C0n3DwF3JGeTxm4rgvOfdUK7ngJECWWNlwUsy2Jlk4dF67fkE2tqtLe1PMPbimh1Iila1FW0hK2Ti/PB2hCTvPSwyI52htedIr7e8V1+tybv2GenmLkVO+UnWw1oc+aVoFYHcH5PwNqK2zkAONQqZr2dIwS8xBjuXfHidORi9efa728EOWlmQ7m4ywg7nWz6y/sLhsBYiCsEPKCg22nzX/d7QBLfoR7Qr95wPa5aJtBUlpJ/1CwvzfffsvkQ6WA97HDs2yA3oZVGblDvLKxzew3D0I+h+b5UdwAHicY2BkYGBgswj6dr17dTy/zVem+RwMIHC70SMGRv/X+1fMsY/DEMiFSDIAAJb5DYIAAAB4nGNgZGDgMPw3mYGBk/O/3q9nHPsYgCLIQIgFAIrDBcgAAAB4nO2bbUidZRjH/+e67+fobIlRqCdNJLVXmklpvm42TztuzjlJ4Uxob4Vrmdtia+iWxqJsWIfRWB+qRduoWGE0ohXsQ7W+WERb0KAXog8RRVAQMVcry/7P8Xjm8Rx3Tor5YdcP/tz3fT3Xdd3Xc3x4Hq4blJ/hB5HXAc9pwHmZ80fRRW0wo7hdtqNGitBnHoLYTFRRB6gg1U4VU+upNqqVqqOWSjkOMdZPddqvkGP7ELI1aHEyEDI/UkMIOQsRYt6QXc/1RoS8/9C2jLofq+0e2j7GEnMOC50qPG1PINveiCwzOnbenEXArkS/CaKRY5P1YoU8CZ/5BHmu3fMHuswX4bHfuwf9rs2uCvv2C+2mDMtlmDWtRC/3yHbOoYj1FDI+W06igtocrtXddzyu11yJXJOBHtOFHnmX4yNoN5vQ4znG9VmKc/s87fupw2h3beZy2o+hwPRgi+c5wJ7kb5GJecPxYfnkMVX4N7p2biqKxy5FKJmP+YjPBZ+NuarBfI7bYmoKIOO/5rCVGODz1BGXmzb7DAZibPti19PWFcSAPYhgOH9kjMyj8ZJ18Vy8nhtXqzMeI6OJY72N3Hc48TX7NdpTsUXv4e8LeWzJlN9hKxqmrsPajbyY/EN4PG7PBLawvRx53kHcHGe3uM58isvi6tuHxdPVPlPS+tCYlo5GbyYaZxLv/RC+BQvgs6fgi863wpcszvXxvpPcb6qPtxm+9Gfj93D9nOwLtrS143P3vRvdswlNMTVMWV8Mz+/oT9X3/8L9Vrhyzkz/znSy+C15EznJcrk+Tj1y0gapG5L7p+IzW+R9fu9G0CF+VHKs5nex2vMZ8uUgcuUvdHh2oSXs9wHnO/nuepC+56kRVLlx4Wvguhq1nj8Zxxh5hc9OHgrlNerVub+HyZjWyNhN7U3iexWVTxXPfl8+u/B8N67pEMGm2e+kKIoSizkSb5MX8EP0+nFsj7m2GafD9rXojtrKUZEw927cN3lMuaYlKIyrib0ke7gRV6nkkDXopu6NriN9aXQd6ddSqucx9Do7gfQ7U/GeO+xRrJJv2a/+hhbzKxrY/xaYn9DC3qfTvIdSW49mzgMJeu2rE/XadgeC8gbyzSG0mifQzP6l2AxinTmFoFmHEnMG1eYbLDMv4Q6ql1pN3U3dQm2k7qICVKWruPr8ieszpagTB9fI21jMPrdSfkGRvIUG+R5N8iIWcV3LeQV77pqJe/cMo5maVawcRyljS2QbbpUdjHsYWfIAymQXbpINzPkUCmQL8lL2+3Js0fw8CYqizJTomVw22ibO5WR/7Nmc6zfd+Vw4h3tGt5d9T+Sczs05kV+GcIXcE3v2oCiKoiiKoiiKoiiKoiiKoiiKoiiKoiiKoiiKoiiKoiiKoiiKolx6yDaUUW1UPeWnrqeaqAqqNnI94f9mprxHJyqpNVSAWkGVUq1UHeWnqtz55Jixo7O7L0VRFEVRFEVRFEW5tBg7Md8VKMn4FxDnIbcAeJztwV9IUwscAOC5lk47rbWWqS2zOZ2tf2str1lZLa/XvDqXzd1atpbWSs3dc05zTs+Zzrmgh5CQEBlD5DJEZA8iISI9yB5kSIhEDyIRMuISIWOMiBEjOtts1szK6iHq9300Gm1vdAI3oSbBmRCi8+lFdHQdZ90Io3v9QKI2KS9JnDSaNMG0MD3JKcny5FBK/wbxBjsiQTwb8Y3DLBHLtOnYJh9bu5m9+RFHxLnPeb1Fu8XK1W9lbx1MlW1jbetL60/npaPp/gxJxqvtbdsXed07kB3PMg2Z/p01Weys/l3Irnv8NP4Y382f4c9nF2Q7sr0CqcAlCOZk5rTnuHJZuYbccSFDaBK6hIvCxby3ux3fU6ShNqzS+E0D8fcM7xlby735Sx2r3Ze2z/L+ft7+2qXulQ9wDnRT7ZHBcLEg7jIndX75QcXBh8slKbGpH0UjfdGHTNHSNKlAenXpg9jJ5YfZh3vfz+fm62Inv/YfPQX4EcXqC/OOlhwNHBs9PlGkXHHqxFD8k9roUxJZiexx9On/ipXhfyqoNZHB6BLGJ4t/WG+J7y//h0sHSl3xzwjOPCl7VDYX/+/etS5PLEfLZyqkFX0Vb+RjldzK81R3pV+BKqbOss+2UWeqiqv6q4LnFOcWlFXKoW/sVXqredXquEPVr1SFX6xRWVWDH52D8Gv/kxdrDD9PWyqnPg2/IPngfapjlTOxcxfeqhM/Ua7uixxQD0WOqMdXvsi8+PwS7TvLL/VoEM2Dy6mXu7WIVql9dkV1xVlLq8XruHXGOt9V9zXmtZCO1E1fZ1233RDf6KvPqLfXLzTgDYFGWaOj0dnousm+2dPEalI1PdUr9U79///WokxUj75EA1ghJsNGsYfYFDaLzWPPMR8WxOk4gqfiWZEiXIpbcPct0a0JA89gb0aalc2zxmKjJdLTwm6paRkw0U2DrSmt1tZQ28m2WaKcUBFaooEwEO3EHaKHcBCDxAjhhb/sl0SA1JA6Uk+OkOPkJOmhzpJz5AL5gvSTQTJopplJs81817wQ3l7YfgdCCCGEEEIIIYQQQgghhPC3P92R2KHu8Fg4Fr3lcSejU9c5/flWxFpq7e1idMm7hm2Irchmt4XCb/MiCyCEEEIIIYQQQriGZfBn/w7jxF9gAAAAAAEAABp/AKEAEACFAAUAAgAQAC8AYAAADPgBPwACAAF4nLVZT28bxxUfW3JsObZRFE0ToG0yp1hKCcpxACewL6WolciEIgWSsuJTMNwdkmMvdxf7RzTzHfoZ2luRc/spWqCH5thD0c9Q9NRD+3tvZsklJRlu0JrW8s3sm/f/z8xQCPHhjUjcEPzvxs7Nnzj4hri9VXfwTbG99SsHb4n3twoHb4t7W79z8C3Af3bwO+LdrX84+LZ4tj138B3x3vbfHLwjfnTrfQffvXF6+48Oflf8cidz8D3x3s6fHHz/9r33/+XgB+LJRxeQ5Mb2DoT7MUtF8A3xYOtDB98Ud7aeOHhL1Lc8B2+LD7Z+7eBbgP/g4HfET7f+6uDb4mLr3w6+Iz7Z/r2Dd4Tc/qeD79787a1dB78rnu/8zMH3xCc7v3Hw/Qcf7PzdwQ9E+NEd8Z2Q4rF4JD4VXwA6EUb4IhWxyPA3FjnmmoBSkfBTYcYAikQdbxoixEeKPuYmYop3GY80vjWwL/AMgHlf3BUtwCPMaTEHTg/0NKgMxYIhKTqgvQDlgnmGgCYsi8RfDJwF1pZc5FLqR+IzQB8vR5+LGkugQCEBrgRfBT5EwxevHO6XGE0xS28LSJgtNRpi3rAW4bXyjNkSUhxgPMIbmlVsh3UdLZ3YaSqZS4G3Putb2neOtSnPFMAK2G4S81OeOxFtyETWMbwuYss+4/WaMbSYgSfZOeCndBKVuJLnM/aqgSyl/1Z60PscUhiszGAF8Z18/OjTL+SJ8dM4i8e5bMZpEqcqN3FUl40wlH0zmeaZ7OtMpxc6qN+/29KjVM9lL9HRcJFo2VGLuMhlGE+ML/04WaS0RBLpR5/Jj+nr85rsqzCZypaK/Nh/hdkv42kkW0WQEaPh1GQyrNIZx6k8MKPQ+CqUjiNwYjCVWVykvpYk71ylWhZRoFOZT7U8aQ9lx/g6yvQzmWkt9Wykg0AHMrSzMtCZn5qE9GMegc6VCTOYosmeNexVg6EKzSgFcADbhbCcOIhDPC+nzVNOnOpiuVq0tOxT6ShKS+faFetozzlKsqUnn8Brj/ERz3WakRJP6o8fb1LbpHU1Rxu0ikOQ0j3gAKMQfcXBPF4LzsvFYsLjAoFWYlPqzTCmNDQcivWVPvCeknmqAj1T6SsZj63HlpE3SeMioWk/niUqMpqc8vZFSlwZwwLpVIDCLjAzsedSQIpjphljtegU/q7K9hAJ8jiN4/xNhpphic1bm+WKM0+6GmjYCGPMzjjDFhjNAeVcnTIIMgIcsgDWdFQFDJ4TVz8s1ZwdYXlGnOc+Kxu5WKDq1WZTjDFDJii4rmRMV7sKZTjTbYXIuFZm7F5bx6mOJW6+5DIDnZANmjgpI8zMmKulmXH9WElAHBPWxbqjdIaVPeRaSvVx6uo5SWUDxGf5DWucL6u9tZnlYqtb5PSyATZizJXEVY3Iaq95ndX6Fcb1S6n5kKnNmMKC7VC47lW1dxn2kavvKYdP7rycLSu3Zl9LlwRWGyvjxOFQ5n7rqOfQwnroYuklxTFCSTdb06sMdh+SKObvO/6bKTWLUf1QFFWUoeSlZizHambChZybfCqzYpSHWiK3osBEE1RQoOZ6hpVRgFRLI9SRumzncqxVXqQ6k6lGyTU5ePhZTWYzhS7gqwQwLZkVYW4SkIyKmU6BmemcCWQySWPkHaUdqIdhPJdTdAJpkM5+Lk0kc2oMkAxLUJAj8EK6j8yECVtGuX6dY7F5petlwXyYyZmKFtIv0ICs3FQ5InSEVEGX1GRU/rWaSRQQsAHFCWYy8y3Q8xgKXZBKSqJbzCwvKhP+VKUQTKewKAVfDic+Ffv4zPlT5zRerz51V+P2AS846CfsHNqALDBLThpzClByiGmeJ0/39+fzeX1Wlqc66tt+vkjiSaqS6WLfz8dxlGebMoRctyjsVvRK7iXdsPBVxquJ6NXVMuPgTDgF7KahpEfJ8YLLkE2IBQey3Ujky81RiV2Gr+9KDAVjjesp4SVuE1UtJwknS+TC2FLRbqxc6dAc+IY1t9KNWI4yATc3OLlbYUtCemlmvNSh9lY9zBavgG2duyJpt7OWb23JZ1MDm+xztpPPpe0qm82dpoY3piFvQe1G+bLtaY0tgLvA31vb8F1N3crwQ21b3U7aJiRdG8nZc/5aOd/UYFW8N+V6VokB0sTqYpta2bXTZYMMuEVE3CrUtZra2FNrUWULbOyeVisLF5xHdjsfcLk1bitu6RBmyCX7+hi1h57IeWZFvcwQU2l+U24vxtnZHoLob+gsPeb9mG2GpaXXI7vG3lEMB8utwObRYDMbdjdqhuajzZybn+EIIM8qzJGVJlzZ7Lt9R/ObjePGnsvgVcVYNa5Smv/mQPeWByj58w0anZKG/MUyol9izvqqjBzbSEN38FpF+JsOhWVkXn8wLL13usygrLIBt3630aAdP9sDIuf/GuudukNbuTO2bXzifF3Gs42vxG3sLIeYt4mKdS2jRYnV4Xizrv0f/LG0kmLdyXbG1fzA5azvtoYRy1o9ahrePGYcn07G6/0LeLB+PIbH9yo2Ciob2mpOvDU9sdqEl9hXV7naRpUrbb+5OuRNrNnQu5RrdXWxypxVRyp9WBPlYYIODeVYVyIk4eNCyPE2rXRaK/WIZdGuYxVLX1brifXhvvN4xpkSLmUoc3s9lt7eqtVOb7Wsdpz1mF5ZYs52nP1AP5ZdoeDDkLWMrkgQ8JN4ruzyEhh+pYfkb6jJtgMErEHZ+Z5equYKVGOuPFdfWEXcL8qOUz1SlD3jqrqyvirjemH9NXK6X91/1TVeTZcWyDhSI6ZuM+nyYe2HRkG117WExxg9cYTRObpnn2famJOopn28eY7RIWYPMfMQGAP3/iF77Jx7Ugt4Z9zvLI0+nl2MX3CtOxKSxzT6Cvhd0KK1nviaeXigNmDMPtM+wWwH357DoxVNzJxhTPAxV0PLr4tV9gqu7fqjlXSIebnUcF2qNnMsJTvBqA/6Lfe2AdptpkfyE/8jhrtLOY+cpA22EVEmmk1I1OERzZ7h+xR4A+bfYJ2ttF3W4QjvrS4eS0Cc605Xi0f2ee7ekI9Ivg4+K60abIMWS7OyXxPfp5Cc6B/j7ZA7RQ8rD1nTAVvPczYjbTs8WmllPdVkbciqZINDwCf4O17ars9PK0u/Qm3dduf8foVl9Wu4Z5Mt1+OR9UaTR0P2Fb2tOV/2WY9NrucciR5jNVjjwTJCjjh6rfRldFoevYoklh/5tipLGdXyDTliqZTvz5ynL9uFrN5gm5BcgyXn6yjb/KzcjWVFkoRGB5KOjXX5Ii5wuF7IItM4VJuMp+nM7Kda5bomA5MloVrYs3+SGrz1gaLxrXDi1+nM5DnIjRZ8KC+vWXGqnuF0n5bAmDjULl/6JWkcFH5eo5uLC6yt0ZqSAY7y86nxpxXJ5mBqIj8sAh2spI+jcCF3zZ697q2gg8KbpLW3wyaayFRneWp8e3dRMuAri5LWM7bArgGXXM/ofjGlS5YgnkdhrIJ16ylrKp2SOjFY4VnkSZHLQJOahDPVYbJu0bpsRAuHTg4xfKUyNSOT88X7/btDCD2O6WqFhHbGrsmRyiBtHC3vwEs37LqLAh3V5+aVSXRgVD1OJ/s02gfmN+62fA8O5sDgCxMic/X1/lXX8n9xGB3C+J4M/TKGVmQcfaHDOLEGX/8BgIy59hMAqXdKDsr4Whu6wwwa6yapgnWCmhynWvP98FSlE2hNdoa94FUQkPEoVyYisyj+EaKMtbfXg0RSWRb7RlGMBLFfzOAVZX8rMCFss0sU1/SVA/crxPd7LFHAl2fWE1fi8bUcTVdCruZCjqQvX4cGsWp5E63U/gwDDpxIpGGNrv7MmL41GyQpoFA25aQF6VFBCZzRpIsTaLgPxTNNN3pxYuwF3LWi2qQHS5s4ztIsxHwaz96gI6VCkUYQRjOBIJZZzLK81H5ehtgqkpEAgeHke1qGuRrFF7ryc1IU55Q49vbPuGS2seJeZVO6QBzptfxVFVVTEiDLEU4GTlpeVb7JBDbrWp4c9I6G542+J9sDedrvPW8feofyYWOA8cOaPG8PW72zoQRGv9EdvpC9I9novpBftbuHNel9fdr3BgPZ68v2yWmn7WGu3W12zg7b3WN5gHXd3lB22shHEB32JDF0pNregIideP1mC8PGQbvTHr6oyaP2sEs0j0C0IU8b/WG7edZp9OXpWf+0N/DA/hBku+3uUR9cvBOvO6yDK+ak9xwDOWg1Oh1m1TiD9H2Wr9k7fdFvH7eGstXrHHqYPPAgWeOg41lWUKrZabRPavKwcdI49nhVD1T6jOakO295PAV+DfxvDtu9LqnR7HWHfQxr0LI/XC49bw+8mmz02wMyyFG/B/JkTqzoMRGs63qWCplarnkEKDQ+G3grWQ69Rge0BrS4igx//u8ue1cXs/u8KadffuwvKHU+OCfi9dtdAfMV7n6gx6oI87rKktfiP7zUVd4AAHicbNpjsCXZ3q/tlbadq2xXrczJsm3btm3btm3bVrNss7tsned9zt75XxHn7Q97jojuGr/ZEfu+xvzQCWjC//71k08YmfD/85c76H/+B0lAE7AEJoFL4BPEBDlBSVATtAQ9wUgwE6wEO8FJcBMSE1IkpExInZA2IUNCxoRMCZkTsiRkTciekCMhV0LuhDwJSQleQjghkhBNiCXEE/InFE0onlAioWRCqYTSCWUSyiaUSyifUDGhUkLlhCoJVROqJdRIqJlQK6F2Qp2Eugn1EuonNExonNA8oXVC/4QhCIpgCI4QCIlQCI0wCItwCI8IiIhIiIwoiIpoiI4YiIlYiI04iIskIimQlEgqJDWSBkmLpEPSIxmQjEgmJDOSBcmKZEOyIzmQnEguJDeSB0lCPMRHQkgYiSBRJIbEkbxIPiQ/UgApiBRCCiNFkKJIMaQ4UgIpiZRCSiNlkLJIOaQ8UgGpiFRCKiNVkKpINaQ6UgOpidRCaiN1kLpIPaQ+0gBpiDRCGiNNkKZIM6Q50gJpibRCWiNtkLZIO6Q90gHpiHRCOiNdkK5IN6Q70gPpifRCeiN9kL5IP6Q/MgAZiAxCBiNDkKHIMGQ4MgIZiYxCRiNjkLHIOGQ8MgGZiExCJiNTkKnINGQ6MgOZicxCZiNzkLnIPGQ+sgBZiCxCFiNLkKXIMmQ5sgJZiaxCViNrkLXIOmQ9sgHZiGxCNiNbkK3INmQ7sgPZiexCdiN7kL3IPmQ/cgA5iBxCDiNHkKPIMeQ4cgI5iZxCTiNnkLPIOeQ8cgG5iPyG/I78gfyJ/IX8jVxCLiNXkKvINeQ6cgO5idxCbiN3kLvIPeQ+8gB5iDxCHiNPkKfIM+Q58gJ5ifyD/Iu8Ql4jb5C3yDvkPfIB+Yh8Qj4jX5CvyDfkO/ID+Yn8QhNQBEVRDMVRAiVRCqVRBmVRDuVRARVRCZVRBVVRDdVRAzVRC7VRB3XRRDQFmhJNhaZG06Bp0XRoejQDmhHNhGZGs6BZ0WxodjQHmhPNheZG86BJqIf6aAgNoxE0isbQOJoXzYfmRwugBdFCaGG0CFoULYYWR0ugJdFSaGm0DFoWLYeWRyugFdFKaGW0CloVrYZWR2ugNdFaaG20DloXrYfWRxugDdFGaGO0CdoUbYY2R1ugLdFWaGu0DdoWbYe2RzugHdFOaGe0C9oV7YZ2R3ugPdFeaG+0D9oX7Yf2RwegA9FB6GB0CDoUHYYOR0egI9FR6Gh0DDoWHYeORyegE9FJ6GR0CjoVnYZOR2egM9FZ6Gx0DjoXnYfORxegC9FF6GJ0CboUXYYuR1egK9FV6Gp0DboWXYeuRzegG9FN6GZ0C7oV3YZuR3egO9Fd6G50D7oX3YfuRw+gB9FD6GH0CHoUPYYeR0+gJ9FT6Gn0DHoWPYeeRy+gF9Hf0N/RP9A/0b/Qv9FL6GX0CnoVvYZeR2+gN9Fb6G30DnoXvYfeRx+gD9FH6GP0CfoUfYY+R1+gL9F/0H/RV+hr9A36Fn2Hvkc/oB/RT+hn9Av6Ff2Gfkd/oD/RX1gChmAohmE4RmAkRmE0xmAsxmE8JmAiJmEypmAqpmE6ZmAmZmE25mAuloilwFJiqbDUWBosLZYOS49lwDJimbDMWBYsK5YNy47lwHJiubDcWB4sCfMwHwthYSyCRbEYFsfyYvmw/FgBrCBWCCuMFcGKYsWw4lgJrCRWCiuNlcHKYuWw8lgFrCJWCauMVcGqYtWw6lgNrCZWC6uN1cHqYvWw+lgDrCHWCGuMNcGaYs2w5lgLrCXWCmuNtcHaYu2w9lgHrCPWCeuMdcG6Yt2w7lgPrCfWC+uN9cH6Yv2w/tgAbCA2CBuMDcGGYsOw4dgIbCQ2ChuNjcHGYuOw8dgEbCI2CZuMTcGmYtOw6dgMbCY2C5uNzcHmYvOw+dgCbCG2CFuMLcGWYsuw5dgKbCW2CluNrcHWYuuw9dgGbCO2CduMbcG2Ytuw7dgObCe2C9uN7cH2Yvuw/dgB7CB2CDuMHcGOYsew49gJ7CR2CjuNncHOYuew89gF7CL2G/Y79gf2J/YX9jd2CbuMXcGuYtew69gN7CZ2C7uN3cHuYvew+9gD7CH2CHuMPcGeYs+w59gL7CX2D/Yv9gp7jb3B3mLvsPfYB+wj9gn7jH3BvmLfsO/YD+wn9gtPwBEcxTEcxwmcxCmcxhmcxTmcxwVcxCVcxhVcxTVcxw3cxC3cxh3cxRPxFHhKPBWeGk+Dp8XT4enxDHhGPBOeGc+CZ8Wz4dnxHHhOPBeeG8+DJ+Ee7uMhPIxH8Cgew+N4Xjwfnh8vgBfEC+GF8SJ4UbwYXhwvgZfES+Gl8TJ4WbwcXh6vgFfEK+GV8Sp4VbwaXh2vgdfEa+G18Tp4XbweXh9vgDfEG+GN8SZ4U7wZ3hxvgbfEW+Gt8TZ4W7wd3h7vgHfEO+Gd8S54V7wb3h3vgffEe+G98T54X7wf3h8fgA/EB+GD8SH4UHwYPhwfgY/ER+Gj8TH4WHwcPh6fgE/EJ+GT8Sn4VHwaPh2fgc/EZ+Gz8Tn4XHwePh9fgC/EF+GL8SX4UnwZvhxfga/EV+Gr8TX4Wnwdvh7fgG/EN+Gb8S34Vnwbvh3fge/Ed+G78T34Xnwfvh8/gB/ED+GH8SP4UfwYfhw/gZ/ET+Gn8TP4Wfwcfh6/gF/Ef8N/x//A/8T/wv/GL+GX8Sv4Vfwafh2/gd/Eb+G38Tv4Xfwefh9/gD/EH+GP8Sf4U/wZ/hx/gb/E/8H/xV/hr/E3+Fv8Hf4e/4B/xD/hn/Ev+Ff8G/4d/4H/xH8RCQRCoARG4ARBkARF0ARDsARH8IRAiIREyIRCqIRG6IRBmIRF2IRDuEQikYJISaQiUhNpiLREOiI9kYHISGQiMhNZiKxENiI7kYPISeQichN5iCTCI3wiRISJCBElYkScyEvkI/ITBYiCRCGiMFGEKEoUI4oTJYiSRCmiNFGGKEuUI8oTFYiKRCWiMlGFqEpUI6oTNYiaRC2iNlGHqEvUI+oTDYiGRCOiMdGEaEo0I5oTLYiWRCuiNdGGaEu0I9oTHYiORCeiM9GF6Ep0I7oTPYieRC+iN9GH6Ev0I/oTA4iBxCBiMDGEGEoMI4YTI4iRxChiNDGGGEuMI8YTE4iJxCRiMjGFmEpMI6YTM4iZxCxiNjGHmEvMI+YTC4iFxCJiMbGEWEosI5YTK4iVxCpiNbGGWEusI9YTG4iNxCZiM7GF2EpsI7YTO4idxC5iN7GH2EvsI/YTB4iDxCHiMHGEOEocI44TJ4iTxCniNHGGOEucI84TF4iLxG/E78QfxJ/EX8TfxCXiMnGFuEpcI64TN4ibxC3iNnGHuEvcI+4TD4iHxCPiMfGEeEo8I54TL4iXxD/Ev8Qr4jXxhnhLvCPeEx+Ij8Qn4jPxhfhKfCO+Ez+In8QvMoFESJTESJwkSJKkSJpkSJbkSJ4USJGUSJlUSJXUSJ00SJO0SJt0SJdMJFOQKclUZGoyDZmWTEemJzOQGclMZGYyC5mVzEZmJ3OQOclcZG4yD5lEeqRPhsgwGSGjZIyMk3nJfGR+sgBZkCxEFiaLkEXJYmRxsgRZkixFlibLkGXJcmR5sgJZkaxEViarkFXJamR1sgZZk6xF1ibrkHXJemR9sgHZkGxENiabkE3JZmRzsgXZkmxFtibbkG3JdmR7sgPZkexEdia7kF3JbmR3sgfZk+xF9ib7kH3JfmR/cgA5kBxEDiaHkEPJYeRwcgQ5khxFjibHkGPJceR4cgI5kZxETiankFPJaeR0cgY5k5xFzibnkHPJeeR8cgG5kFxELiaXkEvJZeRycgW5klxFribXkGvJdeR6cgO5kdxEbia3kFvJbeR2cge5k9xF7ib3kHvJfeR+8gB5kDxEHiaPkEfJY+Rx8gR5kjxFnibPkGfJc+R58gJ5kfyN/J38g/yT/Iv8m7xEXiavkFfJa+R18gZ5k7xF3ibvkHfJe+R98gH5kHxEPiafkE/JZ+Rz8gX5kvyH/Jd8Rb4m35BvyXfke/ID+ZH8RH4mv5BfyW/kd/IH+ZP8RSVQCIVSGIVTBEVSFEVTDMVSHMVTAiVSEiVTCqVSGqVTBmVSFmVTDuVSiVQKKiWVikpNpaHSUumo9FQGKiOVicpMZaGyUtmo7FQOKieVi8pN5aGSKI/yqRAVpiJUlIpRcSovlY/KTxWgClKFqMJUEaooVYwqTpWgSlKlqNJUGaosVY4qT1WgKlKVqMpUFaoqVY2qTtWgalK1qNpUHaouVY+qTzWgGlKNqMZUE6op1YxqTrWgWlKtqNZUG6ot1Y5qT3WgOlKdqM5UF6or1Y3qTvWgelK9qN5UH6ov1Y/qTw2gBlKDqMHUEGooNYwaTo2gRlKjqNHUGGosNY4aT02gJlKTqMnUFGoqNY2aTs2gZlKzqNnUHGouNY+aTy2gFlKLqMXUEmoptYxaTq2gVlKrqNXUGmottY5aT22gNlKbqM3UFmortY3aTu2gdlK7qN3UHmovtY/aTx2gDlKHqMPUEeoodYw6Tp2gTlKnqNPUGeosdY46T12gLlK/Ub9Tf1B/Un9Rf1OXqMvUFeoqdY26Tt2gblK3qNvUHeoudY+6Tz2gHlKPqMfUE+op9Yx6Tr2gXlL/UP9Sr6jX1BvqLfWOek99oD5Sn6jP1BfqK/WN+k79oH5Sv+gEGqFRGqNxmqBJmqJpmqFZmqN5WqBFWqJlWqFVWqN12qBN2qJt2qFdOpFOQaekU9Gp6TR0WjodnZ7OQGekM9GZ6Sx0VjobnZ3OQeekc9G56Tx0Eu3RPh2iw3SEjtIxOk7npfPR+ekCdEG6EF2YLkIXpYvRxekSdEm6FF2aLkOXpcvR5ekKdEW6El2ZrkJXpavR1ekadE26Fl2brkPXpevR9ekGdEO6Ed2YbkI3pZvRzekWdEu6Fd2abkO3pdvR7ekOdEe6E92Z7kJ3pbvR3ekedE+6F92b7kP3pfvR/ekB9EB6ED2YHkIPpYfRw+kR9Eh6FD2aHkOPpcfR4+kJ9ER6Ej2ZnkJPpafR0+kZ9Ex6Fj2bnkPPpefR8+kF9EJ6Eb2YXkIvpZfRy+kV9Ep6Fb2aXkOvpdfR6+kN9EZ6E72Z3kJvpbfR2+kd9E56F72b3kPvpffR++kD9EH6EH2YPkIfpY/Rx+kT9En6FH2aPkOfpc/R5+kL9EX6N/p3+g/6T/ov+m/6En2ZvkJfpa/R1+kb9E36Fn2bvkPfpe/R9+kH9EP6Ef2YfkI/pZ/Rz+kX9Ev6H/pf+hX9mn5Dv6Xf0e/pD/RH+hP9mf5Cf6W/0d/pH/RP+heTwCAMymAMzhAMyVAMzTAMy3AMzwiMyEiMzCiMymiMzhiMyViMzTiMyyQyKZiUTComNZOGScukY9IzGZiMTCYmM5OFycpkY7IzOZicTC4mN5OHSWI8xmdCTJiJMFEmxsSZvEw+Jj9TgCnIFGIKM0WYokwxpjhTginJlGJKM2WYskw5pjxTganIVGIqM1WYqkw1pjpTg6nJ1GJqM3WYukw9pj7TgGnINGIaM02YpkwzpjnTgmnJtGJaM22Ytkw7pj3TgenIdGI6M12Yrkw3pjvTg+nJ9GJ6M32Yvkw/pj8zgBnIDGIGM0OYocwwZjgzghnJjGJGM2OYscw4ZjwzgZnITGImM1OYqcw0Zjozg5nJzGJmM3OYucw8Zj6zgFnILGIWM0uYpcwyZjmzglnJrGJWM2uYtcw6Zj2zgdnIbGI2M1uYrcw2Zjuzg9nJ7GJ2M3uYvcw+Zj9zgDnIHGIOM0eYo8wx5jhzgjnJnGJOM2eYs8w55jxzgbnI/Mb8zvzB/Mn8xfzNXGIuM1eYq8w15jpzg7nJ3GJuM3eYu8w95j7zgHnIPGIeM0+Yp8wz5jnzgnnJ/MP8y7xiXjNvmLfMO+Y984H5yHxiPjNfmK/MN+Y784P5yfxiE1iERVmMxVmCJVmKpVmGZVmO5VmBFVmJlVmFVVmN1VmDNVmLtVmHddlENgWbkk3FpmbTsGnZdGx6NgObkc3EZmazsFnZbGx2Ngebk83F5mbzsEmsx/psiA2zETbKxtg4m5fNx+ZnC7AF2UJsYbYIW5QtxhZnS7Al2VJsabYMW5Ytx5ZnK7AV2UpsZbYKW5WtxlZna7A12VpsbbYOW5etx9ZnG7AN2UZsY7YJ25RtxjZnW7At2VZsa7YN25Ztx7ZnO7Ad2U5sZ7YL25XtxnZne7A92V5sb7YP25ftx/ZnB7AD2UHsYHYIO5Qdxg5nR7Aj2VHsaHYMO5Ydx45nJ7AT2UnsZHYKO5Wdxk5nZ7Az2VnsbHYOO5edx85nF7AL2UXsYnYJu5Rdxi5nV7Ar2VXsanYNu5Zdx65nN7Ab2U3sZnYLu5Xdxm5nd7A72V3sbnYPu5fdx+5nD7AH2UPsYfYIe5Q9xh5nT7An2VPsafYMe5Y9x55nL7AX2d/Y39k/2D/Zv9i/2UvsZfYKe5W9xl5nb7A32VvsbfYOe5e9x95nH7AP2UfsY/YJ+5R9xj5nX7Av2X/Yf9lX7Gv2DfuWfce+Zz+wH9lP7Gf2C/uV/cZ+Z3+wP9lfXAKHcCiHcThHcCRHcTTHcCzHcTwncCIncTKncCqncTpncCZncTbncC6XyKXgUnKpuNRcGi4tl45Lz2XgMnKZuMxcFi4rl43LzuXgcnK5uNxcHi6J8zifC3FhLsJFuRgX5/Jy+bj8XAGuIFeIK8wV4YpyxbjiXAmuJFeKK82V4cpy5bjyXAWuIleJq8xV4apy1bjqXA2uJleLq83V4epy9bj6XAOuIdeIa8w14ZpyzbjmXAuuJdeKa8214dpy7bj2XAeuI9eJ68x14bpy3bjuXA+uJ9eL68314fpy/bj+3ABuIDeIG8wN4YZyw7jh3AhuJDeKG82N4cZy47jx3ARuIjeJm8xN4aZy07jp3AxuJjeLm83N4eZy87j53AJuIbeIW8wt4ZZyy7jl3ApuJbeKW82t4dZy67j13AZuI7eJ28xt4bZy27jt3A5uJ7eL283t4fZy+7j93AHuIHeIO8wd4Y5yx7jj3AnuJHeKO82d4c5y57jz3AXuIvcb9zv3B/cn9xf3N3eJu8xd4a5y17jr3A3uJneLu83d4e5y97j73APuIfeIe8w94Z5yz7jn3AvuJfcP9y/3invNveHecu+499wH7iP3ifvMfeG+ct+479wP7if3i0/gER7lMR7nCZ7kKZ7mGZ7lOZ7nBV7kJV7mFV7lNV7nDd7kLd7mHd7lE/kUfEo+FZ+aT8On5dPx6fkMfEY+E5+Zz8Jn5bPx2fkcfE4+F5+bz8Mn8R7v8yE+zEf4KB/j43xePh+fny/AF+QL8YX5InxRvhhfnC/Bl+RL8aX5MnxZvhxfnq/AV+Qr8ZX5KnxVvhpfna/B1+Rr8bX5Onxdvh5fn2/AN+Qb8Y35JnxTvhnfnG/Bt+Rb8a35Nnxbvh3fnu/Ad+Q78Z35LnxXvhvfne/B9+R78b35Pnxfvh/fnx/AD+QH8YP5IfxQfhg/nB/Bj+RH8aP5MfxYfhw/np/AT+Qn8ZP5KfxUfho/nZ/Bz+Rn8bP5Ofxcfh4/n1/AL+QX8Yv5JfxSfhm/nF/Br+RX8av5Nfxafh2/nt/Ab+Q38Zv5LfxWfhu/nd/B7+R38bv5Pfxefh+/nz/AH+QP8Yf5I/xR/hh/nD/Bn+RP8af5M/xZ/hx/nr/AX+R/43/n/+D/5P/i/+Yv8Zf5K/xV/hp/nb/B3+Rv8bf5O/xd/h5/n3/AP+Qf8Y/5J/xT/hn/nH/Bv+T/4f/lX/Gv+Tf8W/4d/57/wH/kP/Gf+S/8V/4b/53/wf/kfwkJAiKgAibgAiGQAiXQAiOwAifwgiCIgiTIgiKogibogiGYgiXYgiO4QqKQQkgppBJSC2mEtEI6Ib2QQcgoZBIyC1mErEI2IbuQQ8gp5BJyC3mEJMETfCEkhIWIEBViQlzIK+QT8gsFhIJCIaGwUEQoKhQTigslhJJCKaG0UEYoK5QTygsVhIpCJaGyUEWoKlQTqgs1hJpCLaG2UEeoK9QT6gsNhIZCI6Gx0ERoKjQTmgsthJZCK6G10EZoK7QT2gsdhI5CJ6Gz0EXoKnQTugs9hJ5CL6G30EfoK/QT+gsDhIHCIGGwMEQYKgwThgsjhJHCKGG0MEYYK4wTxgsThInCJGGyMEWYKkwTpgszhJnCLGG2MEeYK8wT5gsLhIXCImGxsERYKiwTlgsrhJXCKmG1sEZYK6wT1gsbhI3CJmGzsEXYKmwTtgs7hJ3CLmG3sEfYK+wT9gsHhIPCIeGwcEQ4KhwTjgsnhJPCKeG0cEY4K5wTzgsXhIvCb8Lvwh/Cn8Jfwt/CJeGycEW4KlwTrgs3hJvCLeG2cEe4K9wT7gsPhIfCI+Gx8ER4KjwTngsvhJfCP8K/wivhtfBGeCu8E94LH4SPwifhs/BF+Cp8E74LP4Sfwi8xQUREVMREXCREUqREWmREVuREXhREUZREWVREVdREXTREU7REW3REV0wUU4gpxVRiajGNmFZMJ6YXM4gZxUxiZjGLmFXMJmYXc4g5xVxibjGPmCR6oi+GxLAYEaNiTIyLecV8Yn6xgFhQLCQWFouIRcViYnGxhFhSLCWWFsuIZcVyYnmxglhRrCRWFquIVcVqYnWxhlhTrCXWFuuIdcV6Yn2xgdhQbCQ2FpuITcVmYnOxhdhSbCW2FtuIbcV2Ynuxg9hR7CR2FruIXcVuYnexh9hT7CX2FvuIfcV+Yn9xgDhQHCQOFoeIQ8Vh4nBxhDhSHCWOFseIY8Vx4nhxgjhRnCROFqeIU8Vp4nRxhjhTnCXOFueIc8V54nxxgbhQXCQuFpeIS8Vl4nJxhbhSXCWuFteIa8V14npxg7hR3CRuFreIW8Vt4nZxh7hT3CXuFveIe8V94n7xgHhQPCQeFo+IR8Vj4nHxhHhSPCWeFs+IZ8Vz4nnxgnhR/E38XfxD/FP8S/xbvCReFq+IV8Vr4nXxhnhTvCXeFu+Id8V74n3xgfhQfCQ+Fp+IT8Vn4nPxhfhS/Ef8V3wlvhbfiG/Fd+J78YP4Ufwkfha/iF/Fb+J38Yf4U/wlJUiIhEqYhEuEREqUREuMxEqcxEuCJEqSJEuKpEqapEuGZEqWZEuO5EqJUgoppZRKSi2lkdJK6aT0UgYpo5RJyixlkbJK2aTsUg4pp5RLyi3lkZIkT/KlkBSWIlJUiklxKa+UT8ovFZAKSoWkwlIRqahUTCoulZBKSqWk0lIZqaxUTiovVZAqSpWkylIVqapUTaou1ZBqSrWk2lIdqa5UT6ovNZAaSo2kxlITqanUTGoutZBaSq2k1lIbqa3UTmovdZA6Sp2kzlIXqavUTeou9ZB6Sr2k3lIfqa/UT+ovDZAGSoOkwdIQaag0TBoujZBGSqOk0dIYaaw0ThovTZAmSpOkydIUaao0TZouzZBmSrOk2dIcaa40T5ovLZAWSoukxdISaam0TFourZBWSquk1dIaaa20TlovbZA2SpukzdIWaau0Tdou7ZB2Sruk3dIeaa+0T9ovHZAOSoekw9IR6ah0TDounZBOSqek09IZ6ax0TjovXZAuSr9Jv0t/SH9Kf0l/S5eky9IV6ap0Tbou3ZBuSrek29Id6a50T7ovPZAeSo+kx9IT6an0THouvZBeSv9I/0qvpNfSG+mt9E56L32QPkqfpM/SF+mr9E36Lv2Qfkq/5AQZkVEZk3GZkEmZkmmZkVmZk3lZkEVZkmVZkVVZk3XZkE3Zkm3ZkV05UU4hp5RTyanlNHJaOZ2cXs4gZ5QzyZnlLHJWOZucXc4h55RzybnlPHKS7Mm+HJLDckSOyjE5LueV88n55QJyQbmQXFguIheVi8nF5RJySbmUXFouI5eVy8nl5QpyRbmSXFmuIleVq8nV5RpyTbmWXFuuI9eV68n15QZyQ7mR3FhuIjeVm8nN5RZyS7mV3FpuI7eV28nt5Q5yR7mT3FnuIneVu8nd5R5yT7mX3FvuI/eV+8n95QHyQHmQPFgeIg+Vh8nD5RHySHmUPFoeI4+Vx8nj5QnyRHmSPFmeIk+Vp8nT5RnyTHmWPFueI8+V58nz5QXyQnmRvFheIi+Vl8nL5RXySnmVvFpeI6+V18nr5Q3yRnmTvFneIm+Vt8nb5R3yTnmXvFveI++V98n75QPyQfmQfFg+Ih+Vj8nH5RPySfmUfFo+I5+Vz8nn5QvyRfk3+Xf5D/lP+S/5b/mSfFm+Il+Vr8nX5RvyTfmWfFu+I9+V78n35QfyQ/mR/Fh+Ij+Vn8nP5RfyS/kf+V/5lfxafiO/ld/J7+UP8kf5k/xZ/iJ/lb/J3+Uf8k/5l5KgIAqqYAquEAqpUAqtMAqrcAqvCIqoSIqsKIqqaIquGIqpWIqtOIqrJCoplJRKKiW1kkZJq6RT0isZlIxKJiWzkkXJqmRTsis5lJxKLiW3kkdJUjzFV0JKWIkoUSWmxJW8Sj4lv1JAKagUUgorRZSiSjGluFJCKamUUkorZZSySjmlvFJBqahUUiorVZSqSjWlulJDqanUUmordZS6Sj2lvtJAaag0UhorTZSmSjOludJCaam0UlorbZS2SjulvdJB6ah0UjorXZSuSjelu9JD6an0UnorfZS+Sj+lvzJAGagMUgYrQ5ShyjBluDJCGamMUkYrY5SxyjhlvDJBmahMUiYrU5SpyjRlujJDmanMUmYrc5S5yjxlvrJAWagsUhYrS5SlyjJlubJCWamsUlYra5S1yjplvbJB2ahsUjYrW5StyjZlu7JD2ansUnYre5S9yj5lv3JAOagcUg4rR5SjyjHluHJCOamcUk4rZ5SzyjnlvHJBuaj8pvyu/KH8qfyl/K1cUi4rV5SryjXlunJDuancUm4rd5S7yj3lvvJAeag8Uh4rT5SnyjPlufJCean8o/yrvFJeK2+Ut8o75b3yQfmofFI+K1+Ur8o35bvyQ/mp/FITVERFVUzFVUIlVUqlVUZlVU7lVUEVVUmVVUVVVU3VVUM1VUu1VUd11UQ1hZpSTaWmVtOoadV0ano1g5pRzaRmVrOoWdVsanY1h5pTzaXmVvOoSaqn+mpIDasRNarG1LiaV82n5lcLqAXVQmphtYhaVC2mFldLqCXVUmpptYxaVi2nllcrqBXVSmpltYpaVa2mVldrqDXVWmpttY5aV62n1lcbqA3VRmpjtYnaVG2mNldbqC3VVmprtY3aVm2ntlc7qB3VTmpntYvaVe2mdld7qD3VXmpvtY/aV+2n9lcHqAPVQepgdYg6VB2mDldHqCPVUepodYw6Vh2njlcnqBPVSepkdYo6VZ2mTldnqDPVWepsdY46V52nzlcXqAvVRepidYm6VF2mLldXqCvVVepqdY26Vl2nrlc3qBvVTepmdYu6Vd2mbld3qDvVXepudY+6V92n7lcPqAfVQ+ph9Yh6VD2mHldPqCfVU+pp9Yx6Vj2nnlcvqBfV39Tf1T/UP9W/1L/VS+pl9Yp6Vb2mXldvqDfVW+pt9Y56V72n3lcfqA/VR+pj9Yn6VH2mPldfqC/Vf9R/1Vfqa/WN+lZ9p75XP6gf1U/qZ/WL+lX9pn5Xf6g/1V9agoZoqIZpuEZopEZptMZorMZpvCZooiZpsqZoqqZpumZopmZptuZorpaopdBSaqm01FoaLa2WTkuvZdAyapm0zFoWLauWTcuu5dByarm03FoeLUnzNF8LaWEtokW1mBbX8mr5tPxaAa2gVkgrrBXRimrFtOJaCa2kVkorrZXRymrltPJaBa2iVkmrrFXRqmrVtOpaDa2mVkurrdXR6mr1tPpaA62h1khrrDXRmmrNtOZaC62l1kprrbXR2mrttPZaB62j1knrrHXRumrdtO5aD62n1kvrrfXR+mr9tP7aAG2gNkgbrA3RhmrDtOHaCG2kNkobrY3RxmrjtPHaBG2iNkmbrE3RpmrTtOnaDG2mNkubrc3R5mrztPnaAm2htkhbrC3RlmrLtOXaCm2ltkpbra3R1mrrtPXaBm2jtknbrG3RtmrbtO3aDm2ntkvbre3R9mr7tP3aAe2gdkg7rB3RjmrHtOPaCe2kdko7rZ3RzmrntPPaBe2i9pv2u/aH9qf2l/a3dkm7rF3RrmrXtOvaDe2mdku7rd3R7mr3tPvaA+2h9kh7rD3RnmrPtOfaC+2l9o/2r/ZKe6290d5q77T32gfto/ZJ+6x90b5q37Tv2g/tp/ZLT9ARHdUxHdcJndQpndYZndU5ndcFXdQlXdYVXdU1XdcN3dQt3dYd3dUT9RR6Sj2VnlpPo6fV0+np9Qx6Rj2TnlnPomfVs+nZ9Rx6Tj2XnlvPoyfpnu7rIT2sR/SoHtPjel49n55fL6AX1AvphfUielG9mF5cL6GX1EvppfUyelm9nF5er6BX1CvplfUqelW9ml5dr6HX1GvptfU6el29nl5fb6A31BvpjfUmelO9md5cb6G31FvprfU2elu9nd5e76B31DvpnfUuele9m95d76H31HvpvfU+el+9n95fH6AP1Afpg/Uh+lB9mD5cH6GP1Efpo/Ux+lh9nD5en6BP1Cfpk/Up+lR9mj5dn6HP1Gfps/U5+lx9nj5fX6Av1Bfpi/Ul+lJ9mb5cX6Gv1Ffpq/U1+lp9nb5e36Bv1Dfpm/Ut+lZ9m75d36Hv1Hfpu/U9+l59n75fP6Af1A/ph/Uj+lH9mH5cP6Gf1E/pp/Uz+ln9nH5ev6Bf1H/Tf9f/0P/U/9L/1i/pl/Ur+lX9mn5dv6Hf1G/pt/U7+l39nn5ff6A/1B/pj/Un+lP9mf5cf6G/1P/R/9Vf6a/1N/pb/Z3+Xv+gf9Q/6Z/1L/pX/Zv+Xf+h/9R/GQkGYqAGZuAGYZAGZdAGY7AGZ/CGYIiGZMiGYqiGZuiGYZiGZdiGY7hGopHCSGmkMlIbaYy0RjojvZHByGhkMjIbWYysRjYju5HDyGnkMnIbeYwkwzN8I2SEjYgRNWJG3Mhr5DPyGwWMgkYho7BRxChqFDOKGyWMkkYpo7RRxihrlDPKGxWMikYlo7JRxahqVDOqGzWMmkYto7ZRx6hr1DPqGw2MhkYjo7HRxGhqNDOaGy2MlkYro7XRxmhrtDPaGx2MjkYno7PRxehqdDO6Gz2MnkYvo7fRx+hr9DP6GwOMgcYgY7AxxBhqDDOGGyOMkcYoY7QxxhhrjDPGGxOMicYkY7IxxZhqTDOmGzOMmcYsY7Yxx5hrzDPmGwuMhcYiY7GxxFhqLDOWGyuMlcYqY7WxxlhrrDPWGxuMjcYmY7OxxdhqbDO2GzuMncYuY7exx9hr7DP2GweMg8Yh47BxxDhqHDOOGyeMk8Yp47RxxjhrnDPOGxeMi8Zvxu/GH8afxl/G38Yl47JxxbhqXDOuGzeMm8Yt47Zxx7hr3DPuGw+Mh8Yj47HxxHhqPDOeGy+Ml8Y/xr/GK+O18cZ4a7wz3hsfjI/GJ+Oz8cX4anwzvhs/jJ/GLzPBREzUxEzcJEzSpEzaZEzW5EzeFEzRlEzZVEzV1EzdNEzTtEzbdEzXTDRTmCnNVGZqM42Z1kxnpjczmBnNTGZmM4uZ1cxmZjdzmDnNXGZuM4+ZZHqmb4bMsBkxo2bMjJt5zXxmfrOAWdAsZBY2i5hFzWJmcbOEWdIsZZY2y5hlzXJmebOCWdGsZFY2q5hVzWpmdbOGWdOsZdY265h1zXpmfbOB2dBsZDY2m5hNzWZmc7OF2dJsZbY225htzXZme7OD2dHsZHY2u5hdzW5md7OH2dPsZfY2+5h9zX5mf3OAOdAcZA42h5hDzWHmcHOEOdIcZY42x5hjzXHmeHOCOdGcZE42p5hTzWnmdHOGOdOcZc4255hzzXnmfHOBudBcZC42l5hLzWXmcnOFudJcZa4215hrzXXmenODudHcZG42t5hbzW3mdnOHudPcZe4295h7zX3mfvOAedA8ZB42j5hHzWPmcfOEedI8ZZ42z5hnzXPmefOCedH8zfzd/MP80/zL/Nu8ZF42r5hXzWvmdfOGedO8Zd4275h3zXvmffOB+dB8ZD42n5hPzWfmc/OF+dL8x/zXfGW+Nt+Yb8135nvzg/nR/GR+Nr+YX81v5nfzh/nT/GUlWIiFWpiFW4RFWpRFW4zFWpzFW4IlWpIlW4qlWpqlW4ZlWpZlW47lWolWCiullcpKbaWx0lrprPRWBiujlcnKbGWxslrZrOxWDiunlcvKbeWxkizP8q2QFbYiVtSKWXErr5XPym8VsApahazCVhGrqFXMKm6VsEpapazSVhmrrFXOKm9VsCpalazKVhWrqlXNqm7VsGpatazaVh2rrlXPqm81sBpajazGVhOrqdXMam61sFparazWVhurrdXOam91sDpanazOVherq9XN6m71sHpavazeVh+rr9XP6m8NsAZag6zB1hBrqDXMGm6NsEZao6zR1hhrrDXOGm9NsCZak6zJ1hRrqjXNmm7NsGZas6zZ1hxrrjXPmm8tsBZai6zF1hJrqbXMWm6tsFZaq6zV1hprrbXOWm9tsDZam6zN1hZrq7XN2m7tsHZau6zd1h5rr7XP2m8dsA5ah6zD1hHrqHXMOm6dsE5ap6zT1hnrrHXOOm9dsC5av1m/W39Yf1p/WX9bl6zL1hXrqnXNum7dsG5at6zb1h3rrnXPum89sB5aj6zH1hPrqfXMem69sF5a/1j/Wq+s19Yb6631znpvfbA+Wp+sz9YX66v1zfpu/bB+Wr/sBBuxURuzcZuwSZuyaZuxWZuzeVuwRVuyZVuxVVuzdduwTduybduxXTvRTmGntFPZqe00dlo7nZ3ezmBntDPZme0sdlY7m53dzmHntHPZue08dpLt2b4dssN2xI7aMTtu57Xz2fntAnZBu5Bd2C5iF7WL2cXtEnZJu5Rd2i5jl7XL2eXtCnZFu5Jd2a5iV7Wr2dXtGnZNu5Zd265j17Xr2fXtBnZDu5Hd2G5iN7Wb2c3tFnZLu5Xd2m5jt7Xb2e3tDnZHu5Pd2e5id7W72d3tHnZPu5fd2+5j97X72f3tAfZAe5A92B5iD7WH2cPtEfZIe5Q92h5jj7XH2ePtCfZEe5I92Z5iT7Wn2dPtGfZMe5Y9255jz7Xn2fPtBfZCe5G92F5iL7WX2cvtFfZKe5W92l5jr7XX2evtDfZGe5O92d5ib7W32dvtHfZOe5e9295j77X32fvtA/ZB+5B92D5iH7WP2cftE/ZJ+5R92j5jn7XP2eftC/ZF+zf7d/sP+0/7L/tv+5J92b5iX7Wv2dftG/ZN+5Z9275j37Xv2fftB/ZD+5H92H5iP7Wf2c/tF/ZL+x/7X/uV/dp+Y7+139nv7Q/2R/uT/dn+Yn+1v9nf7R/2T/uXk+AgDupgDu4QDulQDu0wDutwDu8IjuhIjuwojupoju4YjulYju04juskOimclE4qJ7WTxknrpHPSOxmcjE4mJ7OTxcnqZHOyOzmcnE4uJ7eTx0lyPMd3Qk7YiThRJ+bEnbxOPie/U8Ap6BRyCjtFnKJOMae4U8Ip6ZRySjtlnLJOOae8U8Gp6FRyKjtVnKpONae6U8Op6dRyajt1nLpOPae+08Bp6DRyGjtNnKZOM6e508Jp6bRyWjttnLZOO6e908Hp6HRyOjtdnK5ON6e708Pp6fRyejt9nL5OP6e/M8AZ6AxyBjtDnKHOMGe4M8IZ6YxyRjtjnLHOOGe8M8GZ6ExyJjtTnKnONGe6M8OZ6cxyZjtznLnOPGe+s8BZ6CxyFjtLnKXOMme5s8JZ6axyVjtrnLXOOme9s8HZ6GxyNjtbnK3ONme7s8PZ6exydjt7nL3OPme/c8A56BxyDjtHnKPOMee4c8I56ZxyTjtnnLPOOee8c8G56Pzm/O784fzp/OX87VxyLjtXnKvONee6c8O56dxybjt3nLvOPee+88B56DxyHjtPnKfOM+e588J56fzj/Ou8cl47b5y3zjvnvfPB+eh8cj47X5yvzjfnu/PD+en8chNcxEVdzMVdwiVdyqVdxmVdzuVdwRVdyZVdxVVdzdVdwzVdy7Vdx3XdRDeFm9JN5aZ207hp3XRuejeDm9HN5GZ2s7hZ3WxudjeHm9PN5eZ287hJruf6bsgNuxE36sbcuJvXzefmdwu4Bd1CbmG3iFvULeYWd0u4Jd1Sbmm3jFvWLeeWdyu4Fd1KbmW3ilvVreZWd2u4Nd1abm23jlvXrefWdxu4Dd1GbmO3idvUbeY2d1u4Ld1Wbmu3jdvWbee2dzu4Hd1Obme3i9vV7eZ2d3u4Pd1ebm+3j9vX7ef2dwe4A91B7mB3iDvUHeYOd0e4I91R7mh3jDvWHeeOdye4E91J7mR3ijvVneZOd2e4M91Z7mx3jjvXnefOdxe4C91F7mJ3ibvUXeYud1e4K91V7mp3jbvWXeeudze4G91N7mZ3i7vV3eZud3e4O91d7m53j7vX3efudw+4B91D7mH3iHvUPeYed0+4J91T7mn3jHvWPeeedy+4F93f3N/dP9w/3b/cv91L7mX3invVveZed2+4N91b7m33jnvXvefedx+4D91H7mP3ifvUfeY+d1+4L91/3H/dV+5r94371n3nvnc/uB/dT+5n94v71f3mfnd/uD/dX4kJiUgimogl4olEIplIJdKJTCKbyCXyiUKimCglyolKopqoJeqJRqKZaCXaiU6im5iYmCIxZWKqxNSJaRLTJqZLTJ+YITFjYqbEzIlZErMmZkvMnpgjMWdirsTciXkSkxK9RD8xlBhOjCRGqR4d2yQV94r957PE//308/znM+k/n/5/PkP/+Qz/5/M/f96P/ecz/p/PIv/5/M+9/n/vLfl/P0P/uT/0v/d7efL875/zwsWK0RWbdGhRoUWuPP89JP334P33EP7vIfLfQ/S/h9h/D3Hmv388T3BKCk5ecPKDUyg4hYNTJDgF93nBfV5wnxfc5wV/1gv+rBcNTsEtfnCLH9ziB7f4wbfyg2/lBzf7wc1+cLMf3BwKbg4FN4eCm0PBzaHgvlBwXygWnIL7wsF94eC+cHBfOLgvHHzTcHBzOLg5HHzTcLARDjYiwc2R4L5IcF8kuC8S3BcJ7osG3y8a3BINvl80uC8a3BcNbonCLcG3igbfKhbcHAtujgU3x4KbY8HNseCbxoKNWLARCzZiwUY8uDke3BwPbo4H98WD++LBffHgvnicDf7fngRHD44+HMNwjMAxCsdYcEzKA0e4NwnuTYJ7k0JwhHuT4N6kZPfC9/VgwoMJD+714F4PvroHEx5MeDDhwYQPEz5M+PBv4cOaD2s+rPmw5sOaD2s+rIVgLQRrIVgLwVoI1kKwFoK1EKyFYC0Ea2FYC8NaGNbCsBaGtTCshWEtDGthWAvDWgTWIrAWgbUIrEVgLQJrEViLwFoE1iKwFoW1KKxFYS0Ka1FYi8JaFNaisBaFtSisxWAtBmsxWIvBWgzWYrAWg7UYrMVgLQZrcViLw1oc1uKwFoe1OKzFYS0Oa3FYAxT+53mFYxIcPTj6cAzBMQzHCByjcIzBEdZADQ/U8EAND9TwQA0vCdYAEA8A8QAQDwDxABAPAPE8WANLPLDEA0s8sMQDSzywxANLPLDEA0s8sMQDSzywxANLPLDEA0s8sMQDSzywxANLPLDEA0s8sMQDSzywxANLPLDEA0s8sMQDSzywxANLPLDEA0s8sMQDSzwAxANAPADEA0A8AMQDQDwAxANAPADEA0A8AMQDQDygwgMqPKDCAyo8oMIDKjygwgMqPKDCAx888MEDHzxAwQMUPEDBAxQ8QMEDFDxAwQMUPEDBAwk8kMADCXyQwAcJfJDABwl8kMAHCXyQwAcJfJDABwl8kMAHCXyQwAcJfJDABwl8kMAHCXyQwAcJfJDABwl8kMAHCXyQwAcJfJDABwl8kMAHCXyQwAcJfJDABwl8kMAHCXzI34f8fcjfh/x9yN+H/H3I34f8fcjfh+Z9aN6H0H0I3YfQfQjdh9B9CN2H0H0I3Q8nm4B/C2jeh+Z9aN6H5n0I3YfQfajbh7p9qNuHnwc+/DzwoW4f6vahbh/q9qFuH+r24fX3oW4f6vahbh/q9qFuH+r2oW4f6vahbh+S9iFpH5L2IWkfkg5BxyHoOAQdh6DjEHQcgo5D0HEIOg5BxyGINwTxhiDeEMQbgnhDEG8I4g1BvCGINwTxhiDeEMQbgnhDEG8I4g1BvCGINwTxhiDeEMQbgnhDEG8I4g1BvCGINwTPeAjiDUG8IYg3BPGGoNgQFBuCYkPwYIcg3hAUG4JiQ1BsCIoNQZuhcLIb4EtCmyFoMwRthqDNELQZgvc4BJmGINMQvMchKDYExYag2BAUG4JiQ/BKh+CVDkHHIeg4BB2HoOMQdByCjkPwSocg6RAkHYKkQ5B0CH7Qh6DuENQdgrpDUHcI6g5B3SF4u0MQeghCD8EP+hA0H4LmQ9B8GJ7xMOQfhvzDkH8Y8g9D/mHIPwz5hyH/MOQfhmc8DBKEQYIwSBAGCcIgQRgkCIMEYZAgDBKEQYIwSBAGCcIgQRgkCIMEYZAgDBKEQYIwSBAGCcIgQRgkCIMEYZAgDBKEQYIwvOhhQCEMKIQBhTCgEIYXPQw+hMGHMPgQBh/C4EMYHvcw/KAPgxphUCMMaoRBjTC882F458NgSRgsCYMlYbAkDJaEwZIwWBIGS8JgSRgsCYMlYbAkDJaEwZIwWBIGS8JgSRgsCYMlYbAkDJaEwZIwWBIGS8JgSRgsCYMlYbAkDJaEwZIwWBIGS8JgSRgsCYMlYbAkDJaEwZIwWBIGS8JgSRgsCYMlYbAkApZEwJIIWBIBSyJgSQQsiYAlEbAkApZEwJIIWBIBSyJgSQQsiYAlEbAkApZEwJIIWBIBSyJgSQQsiYAlEbAkApZEwJIIWBIBSyJgSQQsiYAlEbAkApZEwJIIWBIBSyJgSQQsiYAlEbAkApZEwJIIWBIBSyJgSQQsiYAlEbAkApZEwJIIWBIBSyJgSQQsiYAlEbAkApZEwJIIWBIBSyJgSQQsiYAlEbAkApZEwJIIWBIBSyJgSQQsiYAlEbAkApZEwJIIWBIBSyJgSQQsiYAlEbAkApZEwJIIWBIBSyJgSQQsiYAlEbAkApZEwJIIWBIBSyJgSQQsiYAlEbAkApZEwJIIWBIBS6JgSRQsiYIlUbAkCpZEwZIoWBIFS6JgSRQsiYIlUbAkCpZEwZIoWBIFS6JgSRQsiYIlUbAkCpZEwZIoWBIFS6JgSRQsiYIlUbAkCpZEwZIoWBIFS6JgSRQsiYIlUbAkCpZEwZIoWBIFS6JgSRQsiYIlUbAkCpZEwZIoWBIFS6JgSRQsiYIlUbAkCpZEwZIoWBIFS6JgSRQsiYIlUbAkCpZEwZIoWBIFS6JgSRQsiYIlUbAkCpZEwZIoWBIFS6JgSRQsiYIlUbAkCpZEwZIoWBIFS6JgSRQsiYIlUbAkCpZEwZIoWBIFS6JgSRQsiYIlUbAkCpZEwZIoWBIFS6JgSRQsiYIlUbAkBpbEwJIYWBIDS2JgSQwsiYElMbAkBpbEwJIYWBIDS2JgSQwsiYElMbAkBpbEwJIYWBIDS2JgSQwsiYElMbAkBpbEwJIYWBIDS2JgSQwsiYElMbAkBpbEwJIYWBIDS2JgSQwsiYElMbAkBpbEwJIYWBIDS2JgSQwsiYElMbAkBpbEwJIYWBIDS2JgSQwsiYElMVAjBmrEQI0YqBEDNWKgRgzUiIEaMVAjBmrEQI0YqBEDNWKgRgzUiIEaMVAjBmrEQI0YUBEDKmJARQyoiAEVMfAhBj7EwIcY+BADH2LgQwx8iAEKMUAhBijEIP8Y5B+H0OMQehxCj0PocQg9DqHHIfR4nmT3xuAYfMk4hB6H0OMQehxCj0PocQg9DqHHIfQ4hB6H0ONQdxzqjkPdcag7DnXHoe441B2HuuNQdxzqjkPdcag7DnXHoe441B2HuuNQdxzqjkPdcag7DnXHoe441B2HuuNQdxzqjkPdcag7DnXHoe441B2HuuNQdxzqjsMvhTj8UohD83FoPg7Nx6H5ODQfh+bj0Hwcmo9D83FoPg7Nx6H5ODQfh+bj0Hwcmo9D83FoPg7Nx+GXQhzyj0P+ccg/DvnHIf84/FKIgwRxkCAOEsRBgjhIEAcJ4iBBHH4pxAGFOKAQBxTi8EshDr8U4kBFPBkV8EshHo9z/zkm5cmTJ9k5KdnZS3b24ZwUSnYOJztHkp2jyc6xZOdku16yXS/Zrpds10u26yXb9ZLtesl2vWS7XrJdL9mun2zXT7brJ9v1k+36yXb9ZLt+sl0/2a6fbNdPthtKthtKthtKthtKthtKthtKthtKthtKthtKthtKthtOthtOthtOthtOthtOthtOthtOthtOthtOthtOthtJthtJthtJthtJthtJthtJthtJthtJthtJthtJthtNthtNthtNthtNthtNthtNthtNthtNthtNthtNthtLthtLthtLthtLthtLthtLthVLthVLthVLthVPthVPYlq179O59f+cQsEpHJwiwSkanGLBKf6f0/8kHpySgpMXnPzgFApO4eAUCU7R4BQLTsFGUrCRFGwkBRtJwUZSsJEUbCQFG0nBRlKwkRRseMGGF2x4wYYXbHjBhhdseMGGF2x4wYYXbPjBhh9s+MGGH2z4wYYfbPjBhh9s+MGGH2yEgo1QsBEKNkLBRijYCAUboWAjFGyEgo1QsBEONsLBRjjYCAcb4WAjHGyEg41wsBEONsLBRiTYiAQbkWAjEmxEgo1IsBEJNiLBRiTYiAQb0WAjGmxEg41osBENNqLBRjTYiAYb0WAjGmzEgo1YsBELNmLBRizYiAUbsWAjFmzEgo1YsBEPNoKmk+LBRjzYCDpPCjpPCjpPCjpPCjpPCjr3gs69oHMv6NwLOveCzr2gcy/o3As694LOvaBzL+jcCzr3gs69oHMv6NwLOveCzr2gcy/o3As694LOvaBzL+jcCzr3gs69oHMv6NwLOveCzr2gcy/o3As694LOvaBzL+jcCzr3gs69oHMv6NwLOveCzr2gcy/o3As694LOvaBzL+jcCzr3gs69oHMv6NwLOveCzr2gcy/o3As694LOvaBzL+jcCzr3gs69oHMv6NwLOveCzr2gcy/o3As694LOvaBzL+jcCzr3gs69oHMv6NwLOveCzr2gcy/o3As694LOvaBzL+jcCzr3gs69oHMv6NwLOveCzr2gbi+o2wvq9oK6vaBuL6jbC+r2grq9ONz832/vB3X7Qd1+ULcf1O0Hdf9//3FikVzdenRu0bVNp65sUTgWg2NxOJaAY0k4loJjaTiWCY7/HUsKs+Xg75eHYwU4VoRjJThW/n/u8jy2Kvz9anCsDscacKz5/14QC05xtg78k3X/n38yaN4PmveD5v2geT9o3g+a94Pm/aB5P2jeD5r3g+b9oHk/aN4PmveD5v2geT9o3g+a94Pm/aB5P2jeD5r3g+b9oHk/aN4PmveD5v2geT9o3g+a94Pm/aB5P2jeD5r3g+b9oHk/aN4PmveD5v2geT9o3g+a94Pm/aB5P2jeD5r3g+b9oHk/aN4PmveD5v2geT9o3g+a94Pm/aB5P2jeD952P6jfD+r3g/r9oH4/qN8P6veD+v2gfj+o3w/qDwX1h4L6Q0H9oaD+UFB/KHjbQ8HbHgre9lDwtoeCtz0UvO2h4G0PBW97KHjbQ8HbHgre9lDwtoeCtz0UvO2h4G0PBW97KHjbQ8HbHgre9lDwtoeCtz0UvO2h4G0PBaWHgrc9FLztoeBtDwWdh4LOQ0HnoaDzUNB5KOg8FHQe+j893LGx7UgMQ8GU9pIAJeWf2D7nt0cP1qlxukbn0Xl0Hp1H59F5dB6dR+fReXQenUfn0Xl0Hp1H59F5dB6dR+fReXQenUfn0Xl0Hp1H59F5dB6dR+fReXQenUfn0Xl0Hp1H59F5dB6dR+fReXQenUfn0Xl0Hp1H59F5dB6dR+fReXQenUfn1Xl1Xp1X59V5dV6dV+fVeXVenVfn1Xl1Xp1X59V5dV6dV+fVeXVenVfn1Xl1Xp1X59V5dV6dV+fVeXVenVfn1Xl1Xp1X59V5dV6dV+fVeXVenVfn1Xl1Xp1X59V5dV6dV+fVeXVenVfn1Xl1Xp1X59V5dV6dV+fVeXVenVfn1Xl1Xp1X59V5dV6dV+fVeXVenVfn1Xl1Xp1X59V5dV6dV+fVeXVenVfn1Xl1Xp1X56fz0/np/HR+Oj+dn85P56fz0/np/HR+Oj+dn85P56fz0/np/HR+Oj+dn85P56fz0/np/HR+Oj+dn85P56fz0/np/HR+Oj+dn85P56fz0/np/HR+Oj+dn85P56fz0/np/HR+Oj+dn85P56fz0/np/HR+Oj+dn85P56fz0/np/HR+Oj+dn85P56fz0/np/HR+Oj+dn85P56fz0/np/HR+Oj+dn85P56fz0/np/HR+Oj+dn85P56fz0/np/HT+6PzR+aPzR+ePzh+dPzp/dP7o/NH5o/NH54/OH50/On90/uj80fmj80fnj84fnT86f3T+6PzR+aPzR+ePzh+dPzp/dP7o/NH5o/NH54/OH50/On90/uj80fmj80fnj84fnT86f3T+6PzR+aPzR+ePzh+dPzp/dP7o/NH5o/NH54/OH50/On90/uj80fmj80fnj84fnT86f3T+6PzR+aPzR+ePzh+dPzp/dP7o/NH5o/NH54/OH50/On90/uj80fmj80fnj84fnT86f3T+6PzR+aPzR+evzl+dvzp/df7q/NX5q/NX56/OX52/On91/ur81fmr81fnr85fnb86f3X+6vzV+avzV+evzl+dvzp/df7q/NX5q/NX56/OX52/On91/ur81fmr81fnr85fnb86f3X+6vzV+avzV+evzl+dvzp/df7q/NX5q/NX56/OX52/On91/ur81fmr81fnr85fnb86f3X+6vzV+avzV+evzl+dvzp/df7q/NX5q/NX56/OX52/On91/ur81fmr81fnr85fnb86f3X+6vzV+avzV+evzl+dvzp/df7p/NP5p/NP55/OP51/Ov90/un80/mn80/nn84/nX86/3T+6fzT+afzT+efzj+dfzr/dP7p/NP5p/NP55/OP51/Ov90/un80/mn80/nn84/nX86/3T+6fzT+afzT+efzj+dfzr/dP7p/NP5p/NP55/OP51/Ov90/un80/mn80/nn84/nX86/3T+6fzT+afzT+efzj+dfzr/dP7p/NP5p/NP55/OP51/Ov90/un80/mn80/nn84/nX86/3T+6fzT+afzT+efzj+dfzr/dP7p/NP5p/PvX+fz37/O/66fa1zriquucz2u12XjZ+Nn42fjZ+Nn42fjZ+Nn42fjZ2NsjI2xMTbGxtgYG2NjbIyNtbE21sbaWBtrY22sjbWxNmIjNmIjNmIjNmIjNmIjNmqjNmqjNmqjNmqjNmqjNs7G2TgbZ+NsnI2zcTbOxtl4bDw2HhuPjcfGY+Ox8dh4bDw2XhuvjdfGa+O18dp4bbw2Xhuvjc/GZ+Oz8dn4bHw2Phufjc+Gztm4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRs2bti4YeOGjRsibji4Yd6GahtabRi1Yc+GPRv2bNizYc+GPRv2bNizYc+GPRv2bNizYc+GPRv2bNizYc+GPRv2bNizYc+GPRv2bNizYc+GPRv2bNizYc+GPRv2bNizYc+GPRv2bNizYc+GPRv2bNizv8uGjii0odCGQhsKbSi0odCGQhsKbSi0odCGQhsKbSi0odD+rrrO9bhelw0drY5WR6uj1dHqaHW0OlodrY5WR6uj1dHqaHW0OlodrfeSOPu7bGhrvZe82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNbza82fBmw5sNb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5stb7a82fJmy5utv9iWPFt/sS2Dtv5iW3+xLZe2/mJbf7Gtv9iWWlt/sa2/2NZfbOsvtqXb1l9sy7mtv9jWX2zrL7b1F9vycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3PNzycMvDLQ+3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBLQW3FNxScEvBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwYWCCwUXCi4UXCi4UHCh4ELBhYILBRcKLhRcKLhQcKHgQsGFggsFFwouFFwouFBwoeBCwcWvcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjwcOHhwsOFhwsPFx4uPFx4uPBw4eHCw4WHCw8XHi48XHi48HDh4cLDhYcLDxceLjxceLjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm48nDl4crDlYcrD1cerjxcebjycOXhysOVhysPVx6uPFx5uPJw5eHKw5WHKw9XHq48XHm44+GOhzse7ni44+GOhzse7n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qxvzal2JvV2KUxY9+vphAtKFa1YAaNt/qBqXXeN8RDUFSOTDvFf3wARUDpIWzTZlOKLz3EGOJxpADFLdNIq4OuP2XgFnIGbo3J6IDpytKYdSJOPTFviEPls5Oi8pU4VJZNispX41B5cVJUztC2hlFhYyY2w7w4IWnwVjIWlRcSksaDqCxJSBoPovKZhKQRafcJFUIDYfvCqDQlJI0HUfl0QtJ4EJVFCUnjQVT+JCFpRLaeGZSGgFuXMSoNCUnjQVQ+lZA0HkSlMSFpPIjK8wlJI5KKH7AeYza12gB8+D79ofvHnJugdkXH/EiCGhUdc16CWhQd86MJag7CMfNoXKjGrLtPX+r+MT+WoF2KjlmfoC2KjvnxBO1PdMz5CdocgcYsA+F+/x8/2G7Rfmd0zAUJtmjRMT+RYCsWHXNhgi1XdMxPJmSfx2YR9jxg9ojNbbDZoGj/nYl4dYaDCzM+ixB/tsM8Ye6SzFvys5ZmQGYPyDiH9OtJ/SJ6QGwlsd2k7wFwXgAenZN+HQDr8LsBv5vwuwVEzp1MK4QucAnDDCrBGdjeVeExzVxcLxbi9m0JaAYtYBVYC9qwrDvAVtANesEusBccAIfBMdAPTmLpvCFjGwD7xUXY/7L8Wwx/oimheEgw0hXiZ1BjGwuPfkL+Fb5I8TsIRvRR/N8SDKa2YJxmgKxAo4C0DEMgfppC/C/aR/Dw7ynmTQLhT1ksqZKEkch6pRf8ObiEBtHv0ZsCEiRBFhTBIngEr5As+IQUIUPIErKFfKFYKBdmCu8WKoRZwodwPBHeg7+Dw0ike2fIvAvpU6XiF48SR65LA2Nw9NciWXcEohxj7EJWRhMbu3RMKfafTyn2linF/saUYm+dUuxeXNpLIB6/w2asvxl4XFCLW5EFuNVfjHvQK0ArprUebASbQSfYBnrATmwr9oND4CjoAyfAaXAOXARXwHUwCO6AIUxQhgaiP6O/xtBHaz4YPRXpxxD/C27SusPwb1D83xI8elnFEAof5/59mfPTf3F44n8uKhZbBaA8IDBC7Ndmiv8Mxe8N8wZncpi9ESn+egximYzt5jMCE7ZCH9T/Sv/f+v+r/7X+f/S/0d/V39P/Tj+sf1M/oh9VFMWgmBSbYlccSoFSpDyrPKf8mfKasonIGqUBftYOghvgFEBQprY33kzjamzHNmAbtgV0ge1gB9gN9oGDAI9zR4gthG9eIDAh/4owRvUbOIwhHDIivCEOHQZ7w/6HHN8S+qX4LY9p3WEM6z59drsV4n4hXIt5cExV56ENemAqDMA8WAxnQNznRXOpJlEofJ70glX4baJVKtwZhvD1MJT+LgyFvwlDuD4M0RrwoXFYQjEMnsSlokJYMrp2DArvwi0OxlMedo7UjEEEWM2kEnmdzOQxKGykISlEerJey6BoCUPBSXkjkOzHldQdsFr8S49ri4BrixlocJ1wAa3iUTzATuwSSkJewFYLIF0tmAcWqzC89umhpbQc8HPD4fkLL6iJ+B8BDRyFo7iDk4ySMaZZbKery10gXezBWpah+zvd34FM2o8IRFBzYdeHNW7VFOg9fOoe3DamYou7Gux6bOk/DLcQ91PI3qxBXFds910ZGbNXcS3Nm7s4e0P9w3sp5uxEO6TiDXEocJSneX3cBh6mhwmwhQZYSgBbaYDtNAD7ErZGqdNi1VgZ3Um8jMCtUcLjb7DsIbhG93JdGyX9CIAljeHoJzH84WgtwdMwYGRFGI5aOAz7dw+FtG6SdhfHOkZhGZX9RckoWSSn5JJ8UprUK31H2iPdlX4nI1mWdbLe9IqJWHdnvHDSm9KINBoR2jnlEgK4NQWArB+T0QpZk8N9CjAEnifSAZkUEv8/kbU8/C9Z4/s1/gXBN6n/CrG/46VwYMyvruTzpZPK/LRPEV12jD6D4R0wH8b2iYzoPNQeeoGX9vR8dD0rFdsOP34keqpABln40YIc/OhALn70IB8/CijAjwEU4ccISvBjAs/gxwzehR8LeBY/VvAcfmzg3fixg/fgxwHeix8neB9+XOD9+HHjnuFszEUNfpKwRs3BvNTiJxmPdOZijubhJwW3onWYr4/jJw2PtP8Yc/cJ/KTj0egnMZefwk8mlubzOHefxk8W+BP8ZIMX8JMDPoOfIPgsfnLBi/jJAy/hJx/8KX5C4GX8FIBX8FMIPoefIvAqforB5/FTAr6An1LwRfw8A76EnzLwe/y8C7yJnxlgFD/Paho0DaBc06hpBM9pmjRNYKZmtWY1eLfmlOYUqND/ShHBexSfkgH+WPkjZQ5oVF5QloIm5RXlFbBY+ZLyNfCC8lfKX4GVyjeVb4LPKd9SvgValR6lB7yq9Cq9YJWyQ9kBPq98V/kuWK18T9kPvqAcUA6ALyoHlYNgrenrZjPmC8J9uL+B4BFcIu7p7G/AKlgD58J6uBA24f58M7aMDdRWtlIryftrqH8Bh6+mfrr+r9pW3t/A+Q0cHRamfSKdUZli/I/bP3IChPuoe8I882GAO2Y/9DV1l9rXx/ehbSV9U7obTSQ74TB+CzeKZeudgfiWGJXBQQxn4VKuiNuDP46tzSlwFlwAl8E1PBq6De6BEShCPbRAF/TBDBiEhbAMzoSVcDashXVwAWyEi+EyuAL3XNfA9XAj3Aw74TbYA3fCPXA/PASPwj54Ap6G5+BF0qeD36fw92Q0hD5IbBkd72dAsr/3lvAGGQehH+MenA/+lIZk8D/Jv9S/gIxZME8/JSMjdB1j2klfDa2Db5DxF9qJ4Wn0z5iCgfpfpvA5Co8QPHqD+OFSCi+jH2BYLxD4KsEIm2nIN9D3xuig58i/2P8vhD71P4e2j1EWXOgghojQEYZR9ni69+DWsTCwA/pJfkkucLrlZAYK/SnZaQE/R3O3nUKS981kfznO3U2KOY+hFtkITbiX+OEJwjOB+N/vUK5+Ph5rDP99bJEVbIMtuNi/BL8EDLANtgEj/Ab8BjBRq2LGo0IPyFVKlVLwrLJR2QjKlW6lGzynbFe2g5nKt5VvY7uLSaEQKsbaI+GX2HwyQs3AbxC/9PwDkQOGr4ch3R8P0GnMzw14CohIS0+cPWi+6Qw4Dy6Bq3j8eQvcBcMQQS00QQf0Qj/MhiFYCsvhLFgN58B5cD5sgIvgUrgcroSr4Tq4AW6CW2AX3A53wN3Ymh3EtgyOrqR17Ha4Hqr72aLwaFEc/Mw4+ObYeJ6+WsMpnu39iw4/FTxPH1XfN/wyLjwdGwtLOLw3QTyiVmfCmqzxmvE61jQIjNSGfQ5bMd6GbaSjaSNgK9sVuIdQhV3SEyN7+Mm5ATKX3IRdMqfXjP8nu41WAba/NI4deziItuFRL0RkbF/zuK0evAKvw0F4Bw4hgGRkQDbkQakogPJQMZqByIj2PcJXMayVsA0UJOHLxC+04xJsE65if59wlMwMSP+Ax9+twiv0XwLLBGI9vimsx/6fCT/E/74ifRb7PyccwyOkK+L/PxaG9/NheL+QJq3GIZeI2AqJx8gpKvGaiC2buJrM0IpBCfe7xZ9Kn8KxSiTc+0YOgkFfkXCfWhLpLG42wcj/RPxSo7RoPN0fSZZx/++JX9hH6R+kISkP0jbpRQA1HyWQ0WdQ7KKU/0vYgGNlCC9j+JL0PiqTr2GZdAqXsX+ZUIzhJ4V+wo+ArTRcIP7XeL5+IPyI0BfwqEL4S2E/hh8VOsekEQFZeE56PFT5JBBhLaLWFfcFlwODZpfmb4FJc0zzT8BGrauLWtdibF2fAbOUGUo5qFQ+o3wGvJ9a2mqlXXkNfED5Gu6/kfYPIjsYm4NzkNNiuJXajOFxnMq8R20n4XE4AE/Bs/ACbj2uwZvwNrwHR5CI9MiCXMiHMlAQFaIyNBNVotmoFtXh9rcRLUbL0ArUitaAsb3O16YKR3dOD50ImDhvcUI+gKvSKP+UpTFtclg8EUZTZhgVXomKtZXa/cnsNoyxF/zp0ubR+VQW5e/AtyX8A9Nm/qyEurebrUNRPMsRq+v82QqGV2MNTYylhimNitvBheRPuITC/zIMWsDRGZoII+J2cOH5cwr8Kv6CiSHjQZ6HuNLYmqgcIvLO5foB+QX0pM8AB4cIjDjVEppIE/eJv0J35H+FYsbg5LX5C0+zNrMxzDvwbQonr81ff5q1+Z1+8zv95gR6Gn1Phzar7dcOCrkWUMV7OHg8Cs/3H1ibrqX+yxw1Bs9FUdgbheEgoqsC8c5F8v0KNfyCcPgY/vYof2tsmJA05jxYDhES4PMeJ9d8fsFsum+CzG0RTgbG/Xei4vKS8XAhx8IPTFqb73tK9OnSbKGM8szOndKZX8HAYVo5faIYAVE/nTtmM7Noe1hvBH8Y4ryOh1RpHgmnwvzs/CW6EE5LpC2meiaW7j0QDkbB1WE/o8P8Ih0JCb0cBX/4XylI/We5f6NhAtJg+jcuB3N8OUTkncv1/fOrpjLI0TzC8VbNQX4MEMUtpTZ5zSZz2m8PzWa60haWC3/qWi2J7VwYHl89UZtVar2cZp8mZS90ceXNymAJ1exK6qc7ZgS6aiF6Of07EcbEg4ym2EQhXbUQCzlOhimGnoOWaLssruXoR8NEpHE6ATn0ciG7Jub6/vlV9biNo7YkzBuv2REpRnFLqf0ha/YSTuf2c9LxczaDt8ezODvBpHyBK48lYQqqZrdysThbyPxszK5SdnF6ydUi4XoUPBj2MzrM8qlaez02BWk2p0ltcWAi0mhPQA51UXnncn3//Kp2xM/RHAzzFmGz+dszoril1KZTs8lZJ3L7Dzl/u5DivqSOLRHQT9iT2IkpbRW7QL64TdwGCsW/xlSL6EpoiW6nbicopbsUn6H79coolX3j9yCQs1QNoHtaU5g+DsneEXI2rhFsJ+dGniAepy+PflrSImgCPeAy9L+tcjk9Uhqz8uefEivPepinOatk4OwLtU1qz5xi1PBsbLkjbPXQArpjnLNNbE5CHfsNhkOyMRizZexcC38fDetxsF4oZ60iYQNnE9vD/giLWcb5+Z75Ce7faJiANCJ65jHkwIXn8s7n+v75VVM5zdHcHk5RHQ/v4NJaEJtb2rZN1so/7HmOWDt1p2vfiUB38meAeSB8CvJzYGwmfvL3sE327heR3gNXR88aeqYl/anaqcnxLwFy+rMedIKz1Ho/CTl4vBKQsfYEsZZuBeegi/Yl3g4yeJwyHGvVrj4lrRqzpEc4+8jfLcfPR3K2OCJke9giq9TuHzcqVsS/g+MWObKnz8O2iXEjbm6L9h+c6Gc8sNE6709IGu0PlkPEv1G5vn9+cSpDNPwADT8OhbrR2zGl4VfTGhiPNTgOJ9uqPamng6YFCjsFcqqPnPRf9CTWRrQebUSbUSfahnrQTrQH7UeH0FHUh06g0+gcuoiuoOtoEN1BQ7ihl3EPBgp/if4ew09KXyQ9I6wJZG/np8g8Lt1buEz4JvZ/RsLjDullYTbFELiahETfFJ4lvTy6FzRA6QTILezCp4R/xHCXkIPD/JbCQQIFq+DG/n6B7DkvorBBWEF2igp/g+HrdJcjpSx+W+giY20CRbPwGo5lJrsihTSy3xLrEtn5+Q3pvZirj4gI+z9M914mUfhTih/b80ngVmkWxjC/Wyqlez5r6Z7P2eMU/OLnSb9V/DD2PyeS1L9NbtIXu2jI14hfWiPVAKiZK+Ew0kvSB+ku0Pl0xymhfEEg50HtwscwXCNJgOz5bKL52oH9G6lsl6l7Psn++WRh81gehR8IeKQtfUf4NikR4VtA3fPJaN4fqqUWBVkJRkMm4bhwSVjyPBSv0397EeZf+hPq30Pw8DPCd1U/wj1Gtsv0En4M8KPwY8AIPw4/DizwE/ATwIr1/1PABp+HzwMHfAG+AJzws/CzwAVfhC8CN2yFrwIPbIevAS/8Gvwa8NG9qSl0b+qzSqZSDD6glCozwceUTygLQYPyWeWzoFFpUVrA88pmZTNoUl5XXgefJj0Mtqefrk0mEY7hIbgEkLO3BpA/vWeUx84MgfCZvcThQQCHr5EzxuMnAOOF7E2M2vgZwnhh7p/K1CACRmRCVtxLciAPEHFfKRXoUDrKx/gSVAY86D3oPcCH3oveB1LQB9Bs4EcfQnNBBvooqgPZ8r/J/waC8s/kn4Fc+efyz0HeI6CYj7WCrEWSO0cP4xe3a9iOA2zJAZ0pPU+1F2CLDrBNB9iqA2zXARgmDSR+8RiU3DMK8Vga4t49xC0nxG06WfGEeMQG8YgN4hEbxCM2sl4KcfsGcfsGcfsGcfsGcfsGcfsGcfsGcfsGcfsGcfsGcfsGcfsGcfsGcftGxpz0fBHX9oz+F/UnUWi+32nX4csPaMmwBRy9+zDt3+ivSbo4LkvdMY7fGTf8VNvdAE4L4ZpK7iUntzyQm1ywNUeLRpcBdj851hLxjHgRAEmR0oAiFUvFwC/9hfRNkC5tl14HQWmn9DegkJyABcXSHdkEyvQf1teBjygDygD4uOG7hu+C+cbLxsvgj03LTSuxfXgeJ7wWv7i/B3F/i6xww6347cZvL3534RdrETyALQvWIoi1CBIrg7UIYi0ip6Ag1iKItQhiLYJYi+BdjBvGfGMtIjMZyES0Gr9Yi5Cf9QwR1iKEywZhLUJYi8j8MsJahLAWIaxFCGsROfuDsBYhrEUIaxHCWoTW4ThYixDWIoS1CHWxeQyEtQhhLUL7sIt7rbhvR3YbATSAX3Lrx1nsXsAv1hd0Df8mZ7hwDxHdw79HABBEbNn12MU2ncyTCz78OwO7QfwW0pkUKMzE/kr8zsYv7gGTXrOAe61CI34X43cZflfgtxW/a/C7Hr8b8bsZv5343YbfHvzupP0qSM47YMMdopDeXyDRs8Hi76m/B0sxRfRizeoRyXmu34vklrQh8m0aKEpEH9mp41HihyYai51AHpI2EQwNw04jj9Iv4PyTiEsLnJHWY/hLiXwLhDuljNOlX8mhsVQoXhmD6hlmNQzF0/PMIFV8AcMKsXwcBjm/g4NAhYUcZJgXwPi56Ah8ebh+ML/A5r8PgAfUpBinqaNhagSGfBdg7Kz1hx4Y90GwYFzmt6gkmZ/B33DlxTBn5JzxPLJyiQfDp74nfh+hBYR3dkz+6wEOek58TjSlyd0TMel0XfRkei29V3VKKT9iPmPJmczufHMa5cfTeyvkwqcfJ7/aU9Ob33F6b1F+x9OPl99/neb8/utbnN9/xS3eEtweQ3QU9y8qp/sWAdgCV8G1sA2PbDrgVtgNe+EuuBcegIfhMdgPT8Iz8Dy8BK/CG/AWvEv6CCPf1jRje/1BDd39LmHLPvKcxk39dM+l/HHq/ysK28bgyDCJhf0/p/CHY3Ex/CkHKZ59U06lcGMilP+dwkwKP0ugRkf/7eJCMjqbqJ+OOWSarkzvAJLeCHOipsX8HdSm7wtD6eJEDI+P/leaHYUZoPAWpd8ShtLRMJRFCl0PhphzBEzwHjJgDbIhG3Cid6FngQvNRBV4LDkL98t8qAr3zFJQDe6b+dFH0EdAJvoY+hgIoE+iz4AsYYXwCiiV/1U+DWbIZ+TzoFy+IF+gX2R4NHQr35KxCYC4VwlxrxIewS/uVULcq4Sn8It7lRD3KsleUHgNvzfxexu/uFcJca8SifjFvUqEe5UI9yqRD7+4V4lwrxIV4rcMv7hXiXC+8IgOINyrxKM5QOZCEe5VItyrRLhXiXCvkn5NaU3UTYgyqTFE99mtiKO/luhYSgxQDJmlNBOIwx+gfoI/JQzTMHQ/M9cfq6B4GoZRwD2u6xOh2M3FpVBNsXAszOhN9d9942HMDMOla1ahZSwXGN9EIPJNJxS9sesc40Tl53DsMDEg5lOqkEwA4bppAPOmav8QQlo86ncgL/KjbBRCpagc149qNAfNQ/NRA1qElqLlaCVajdahDWgT2oK60Ha0A+1G+9BBdAQdRwPoFDqLLqDL6Bq6iW6je2hEEAW9YBFcgk/IEIJCoVAmzBQqhdlCrVAnLBAahcXCMlzDWoU1wnpho7BZ6BS2CT3CTmGPsF84JBwV+oQTwmnhnHBRuCJcFwaFO8KQiPMuGkSb6BFTxYCYJxaLM8QKsUqsEeeK9eJCsUlcgtufFnGVuFZsE9vFDnGr2C32irvEveIB8bB4TOwXT+Kx63nxknhVvCHeEu+KRPpbyfw9HnUSy7b+rfePysQ/2v2k8BPXv/sR0JxkWTxyWT0BuvHU6MMkeebDTCGPk10xG/vOHekFk28YkbEx63dPGEOrVrbhHSs7HVaW7SdSTy2wHUP0riu4hkJ2PsUW9rOzLeouLXrKgT9pi8cKE8Ko9NlZHlM4pHpCgu1UYqeA6T5S2EhvHq0OxyLzcOM014XnZ9QTNyGOE7ZrrJOjyTine5fY+q66j4lSZrO/ESeY+N1nbKcx23VFd7Sqp0M6Od7Yriu2Yr3kvv5F1F83Ec/zqeK5/Vn8LjZ1hzo7e9HA4WeFS1C0UMh2pdEd6mxXF9tpHMF/Iv5p0g1VQ848nD5wfk4H4pZ7nLKeSvlG5IWXA88nl5aax8GofPF+Pl+8PwHZcrxN1sqaxm98+mKMO59IeRAZVAJyDo18l4p8B4J8r4B8uwPQc5LkxAY5DdGKwxBe1+N3Yyw7PXWI7SpZZV+KLf0HH8/9Y4nuPCAcahbEhvIdoivyd7B92UQxv5TJXMFFmcwR3ZLJ966H5KUUdnD+4xiO0tneAZl8Y/xXNPyQSpOu5Mp0fVWdc6DzwmxtQP4dCI/6d0zkRx373wlDic5X0HSBRHfPs6/ds3kGRoGuB4zNGNwJ/8tmHkgrD8iKEIH0i/eIpgXpigW5+Y6u2xBMIwcpZXgoDrxD87uOwmIqk73jEmDyGdKQG8h+wzBhaYMBDfma+IB2CYUNFJLvl39XS9Zj3bjV+zldFzMAvWSSzMAgWSUHMEluKRnYpBQpFbjpelkSXS/zStulb4N06XXpdZBFV82ypd3S34KgdEf6DciTfivdAyEZyBAUyoIsgWJZI2vBM7Iim8C76Jrac3RN7b10Ta2Srqm9z7Tc1EK/FOl5FNxIQ9Iw5obwVEJ5eobyNIPyVE55qqA8VVGe3k95qqY8fYDsQIJ5+C3G7wz8VuC3Cr81+J2L33r8LsRvE35xmwWxDSKWDK4Cia4PAm59EHDrgyDG+iCAuP2Lsz4IuPVB8BDrg2DC+iDg1gcBtz4IuPVBwK0PwimtyfGrcfw6XLwVuPuuukWst03TSlusNbaI1bXJ2nC6cjbpNbNHs0ImjN/1PvZlC7JfnOzFfbR7uclO8gbQDsI7ycPpPs79tA+zB52cKzoJwnvQp4/zJznn06UnU8vjk6Q5U83J20mXpiqL6dGusRXZJ0VHxvh5+5T0WI6mrbzoivL0UftXADVHNJuBoDlDZ8IecFstqkI1aC6qRwtRE1qCmlELWoXWojbUjjrQVtSNetEutBcdQIfRMdSPTqIz6Dy6hK6iG+gWuouGBSRoBZPgELyCX8gWQkKpUC7MEqqFOcI8Yb7QICwSlgrLhZXCamGdsEHYJGwRuoTtwg5ht7BPOCgcEY4LA8Ip4axwQbgsXBNuCreFe8KIKIp60SK6RJ+YIQbFQrFMnClWirPFWrFOXCA2iovFZeIKPFpdg0epG8XNYicu6R5xJ/3q2yHxqNgnnhBPi+fEi+IV8bo4KN4RhyQgyZJBskkeKVUKSHm4Lz1DqpCqpBpprlQvLZSapCVSs9QirZLWSm1Su9QhbZW6pV5pl7RXOiAdlo5J/dJJ6Yx0XrokXZVuSLeku9KwjGStbJIdslf2y9lySC6Vy+VZcrU8R54nz5cb5EXyUnm5vFJeLa+TN8ib5C1yl7xd3iHvlvfJB+Uj8nF5QD4ln5UvyJfla/JN+bZ8Tx7RiBq9xqJxaXyaDE1QU6gp08zUVGpma2o1dZoFmkbNYs0yzQpNq2b8dLx6So+/jYOdhWBzAuy0H/siFb1thp8dYvMeMWLR2Qz1ZGFjGK/OPFTGjqXOUO3i6DRzsfg79y5SqOf4rw7/y9NkGHWWjM9pXTgXLC49MzF2e3Yvl/plClvoHRazOA7Z3A53niTiFh2R0gxODMNkwuYbR6toWuwkqIHjnM7SRN8MoN7a0hXmXD0/yt25wu6ViLiX5frE/CaE2cOVUZww0XlXw7C7Leg8GLuPQ8Wz+ym4e2Ui7tHgqKn/cje7RKRO8dJCSn8fhXIYRtyaES2fh8M8zprC30ZF5/di1gvzNNYLrhZM0PlwLjidT0TDH50+R0sshlSj8x7NYVSZRsswhlSjZBgD81CaEJXTyfYjY30rXQHk+wyI9lVm4rcS/ybzbaTFJ/NZZMaLfEOZzNYte6gR+QT4Tg/iD6kHoWo6q4v8Hb28ZWL31dVTHbkWrtmqFQnFicUsUCWNtTWMV1cFV8WOFWG9GJ0dXCz+Tl++TjP+14RDqrxx64FqTeVz2s6FZHGjehDqTQds3LKb3oDWynHYwlmOjqjUefvKhVFlEtWD4K0du1Mw4gadI5yN4desjnD0qa3i2xl+7YvPbyIYdJUro3hhovKuhuFaG/WWOn84jxFtC7eiyFOLsMrnJqbO8OIWimct0qwwjHHKmJfPw2EeZ03h9Jae5o1dL8zTVy/4WjBB58O5YKlz66v31/BHp8/REothSaLyHoPDqDJNpAcRLcMYmIfShKicPpU9CKlQHARI2oB7EH5QBdpAP7gO9TAE58IVcAs8AM8hLe5B1KLluJewH51FdwWPMBO39muFHtyiX8Utd7m4ELfO23HORWADHnr3SR4opt8/h9IAWfWUjpK0xHKyv1ksJ1+XRINkdRDtYl+aFNn3JrtjUdBeJ/9q/eT0qNwhAQKJX7xCKc8elUm5SLTsRsvJLBOwABe5/UtYQVZ7mNaCa/JJEg6nEStExXiIxtErcWms1/geQIOFuB+Na8QPL48M34cPEqIxTogwjeNxUuFo4BACMAEH8AI//Q4oKQOsO2J3uAwEw4QyiJfqAFnVvW+qLMSDc98xGngA56GJIchq8YTcd8cMEZl7PoSfcHdfGnlqiLg00BFN9f1poH41RHw+1NyOdHG5jSF1sZwL0Xifcokjj0lrwxEpOAltuEZW9B+Q6vEHasN00Ei8LuAQ+oX6hQDoG/WNAOqP6X8MkMFoMAK9cYbxOaAYK4zvB2ZTo+l54Da3mltBkvmg+YfAa/61+TY9wWuazBld6XegTAayCcykK/h/RFfwP0JX8OfRFfyP0pO6deATINGVecitzENuZR7GWJmH8Cp+Y6/MQ25lHj7Eyjy8z8ldyK3MQ25lHnIr83DiyjzC7S66iV92cheqJ3fBhJO7gDu5C8hMTQInd4keQIHsd3rnRO6jP5H7tJ22hfoKvQmI+gVkDmWyN88INtwbShUCQp5QLMwQKoQqoUaYK9QLC4UmYYnQLLQIq3BPqU1oFzqErUK30CvsEvYKB4TDwjGhXzgpnBHOC5eEq8IN4ZZwVxgWkagVTaJD9Ip+MVsMiaW4dzVLrBbniPPE+WKDuEhcKi4XV4qrxXXiBnGTuEXswj2vHeJucZ94UDwiHhcHxFPiWfGCeFm8Jt4Ub4v3xBFJlPSShX5DO0MKSoVSmTRTqpRmS7VSnbRAapQWS8ukFVKrtEZaL22UNkud0japB9uyPdJ+6ZB0VOqTTkinpXPSRemKdF0axJZtCNs1WTbINtkjp8oBOU8ulmfIFXKVXCPPlevlhXKTvERullvkVfJauU1ulzvkrXK33CvvkvfKB+TD8jG5Xz5JToDJl+Sr8g35lnxXHtYgjVZj0jg0Xo1fk60JaUo15ZpZmmrNHM08zXxNg2aRZqlmuWalZrVmnWaDZpNmi6ZLs12zQ7Nbs09zUHNEc1wzoDmlOau5oLmsuaa5qbmtuacZ0YpavdaidWl92gxtUFuoLdPO1FZqZ2trtXXaBdpG7WLtMu0Kbat2jXa9dqN2s7ZTu03bo92p3aPdrz2kPart057Qntae017UXtFe1w5q72iHdEAn6ww6m86jS9UFdHm6Yt0MXYWuSlejm6ur1y3UNemW6Jp1LbpVurW6Nl27rkO3Vdet69XtwuOCA7rDumO6ft1J3Rnded0l3VXdDd0t3V3d8PhYpJL1uCik8xwRX1Gioyh2W6a6B3cThWyWgs7Rq98qYKNS9n0MRxw6bDc2G0HSmZ7RUxQum5gWo8zwcenw41EurjomK+Xo13I5PRC2JOzbNDxejXUztgRYLH6tK0Juxzk5MGpBLi7NywjtSbzZyfE5T6VsHs/vXi5fdJxNd9iOzZMNcDl1cHg6mmQjUdyjnRieSftuOBb7ZtoIXSd4k+4458fEdK/u2LiWcXKL+sVwWhHz9Vzpq2NZnis2D3GZw3NlFDHe5aQ3abwvrC0qvud+4ePJUw3PuG3h8nuB+5fJitaFiPmMynCpRchhgJMPP8djCks7etyvzpyxW2H9NExrOPWImYOOsFTjyn+68FO2GwCAsJ5P3W5wslXrNatH8e2D+THYh2g7EFnfQYL1PeF6/VbV33jlElcf4sgzbr7i6VsC5cXj45VX3HKcrvYuttwmO4cX/+vc7CwGmcFDWHOQehZjbAYPqjN4CJC7zFrxuHwNftfj99GcxQjfdUHG/gT3p2Ds61dQfF2djexUc6KnOVEeGIvcXPUT7t6LsTuXo6lP8jaLcar3T7vvkaQ9RpWcgvBMpKj7UUSacyakOfl7We4vew/dkUduE1k3hXSmmysvvSF6LtbZ3erdpY+Dr+nOxfSVIK+xYyVWN6USm2q9eev0hucirCfrH6OeTFV2T49281z76J3l88BaetfP5Sea74cvm+mts31PRJ2dyMVbU2f7nso6G83101Bn+/4g6mxfRB+uZmo1K6rftepx6uZ46uE6uuvJLS3MLbQOWfuBxhYCBvDRd/bPkf1zmvWajZrNmk7NNk2PZqdmj2a/5pDmqKZPc0JzWnNOc1FzRXNdM6i5oxnSAq2sNWhtWo82VRvQ5mmLtTO0FdoqbY12rrZeu1DbpF2ibda2aFdp12rbtO3aDu1Wbbe2V7tLu1d7QHtYe0zbrz2pPaM9r72kvaq9ob2lvasd1iGdVmfSOXRenV+XrQvpSnXlulm6at0c3TzdfF2DbpFuqW65bqVutW6dboNuk26Lrku3XbdDt1u3T3dQd0R3XDegO6U7q7ugu6y7prupu627pxvRi3q93qJ36X36DH1QX6gv08/UV+pn62v1dfoF+kb9Yv0y/Qp9q36Nfr1+o36zvlO/Td+j36nfo9+vP6Q/qu/Tn9Cf1p/TX9Rf0V/XD+rv6IcUoMiKQbEpHiVVCSh5SrEyQ6lQqpQaZa5SryxUmpQlSrPSoqxS1iptSrvSoWxVupVeZZeyVzmgHFaOKf3KSeWMcl65pFxVbii3lLvKsAEZtAaTwWHwGvyGbEPIUGooN8wyVBvmGOYZ5hsaDIsMSw3LDSsNqw3rDBsMmwxbDF2G7YYdht2GfYaDhiOG44YBwynDWcMFw2XDNcNNw23DPcOIUTTqjRajy+gzZhiDxkJjmXGmsdI421hrrDMuMDYaFxuXGVcYW41rjOuNG42bjZ3GbcYe407jHuN+4yHjUWOf8YTxtPGc8aLxivG6cdB4xzhkAibZZDDZTB5TqilgyjMVm2aYKkxVphrTXFO9aaGpybTE1GxqMa0yrTW1mdpNHaatpm5Tr2mXaa/pgOmw6Zip33TSdMZ03nTJdNV0w3TLdNc0bEZmrdlkdpi9Zr852xwyl5rLzbPM1eY55nnm+eYG8yLzUvNy80rzavM68wbzJvMWc5d5u3mHebd5n/mg+Yj5uHnAfMp81nzBfNl8zXzTfNt8zzxiES16i8XisvgsGZagpdBSZplpqbTMttRa6iwLLI2WxZZllhWWVssay3rLRstmS6dlm6XHstOyx7Lfcshy1NJnOWE5bTlnuWi5YrluGbTcsQxZgVW2Gqw2q8eaag1Y86zF1hnWCmuVtcY611pvXWhtsi6xNltbrKusa61t1nZrh3Wrtdvaa91l3Wsl64V0nkv9ujLbYcV2amdzcy5Re+HYbnR+l7c6G8vCM5rslo5Bzt/MpRLiQvJ7vUKxoRqS7Q+8wPkXxAnJ+PRH8Rkdkv+yNP8V7ngh78QO85CpPwo+o2nGkxKT4ZGwP7oU1LnIO+HS5HeBjnZTaqlhmuoZgrawn50kiJH6ZY5P6lfvepmKhkSHbIwT8hynn9z32+LKsyzR0lRp3l/y3G5Y1X9/TV6SsC7VTavWJRxS/Rb1yrCffbcoIiTb9ZodzlHEV/SibQjbHX2d89fF4fMRhFTPM11X/Zpxu9cxhdQT1iWWOtuJzXMSLSV1z7aXk+19c8S+l6vSjC4jjqb6zeU4NJllUOkMh/WZSSmGZWjnctTO5Sgen7Uc/RNxQrZzOWonX4mIKyWqk9I8oB8rI0Y/IkfdhAKvyUzzx6W0NZbOS/PC5T51mn/QLeycsL4xvwobH0vqb2m7OaXWcJrauEfScr092qMg/QLNbFqXd6laNDQmAbaqqtIcO90wMJ7icfWLeOMhWY9aXbXdQUOOtSwDY7VYXQEdiKLZpUo+THMrR5PTOv67gegI+RJfDK1LXOcTCDlaTmUSX+fpzkh6z2niIZep0h4YLxfqZ3GZZCJWkY9z8twbW/IRIbvuV0Zs5wFOK1yal9WvFkaWOwJa8dvitwGga9KQrkmn0TVpP12TzqNr0oV0TfqP6Jr0h3F8t/gS9/XCleKr4qqoLxh+VWwXt6lfMXQDwK1IQ3VFmtwOKAOye3UjEMFm7HYCAWzDPPVg/0787sHxyHduyO1vR4EE+rB7Ar+n8UvuuyP3zdE9rTRXbz3kZyMrKI7klK3rmid875FIiv/SIwJ6cQcuA7YvIEW3R7cnanfAACjQndCdBc/qzuFSqaKlMpuWypwJc5fNEalPdn7v8fAanunsngK3T2beWDnMAtWT1ILE1+uXq1+zflRlPJk1+u1gxxNUgonuN5lsDY21RvBo61nsdYEnqbZEy+RhdT7W3oLHo+OxV+afRJ2OXqeeirQnrgo/PmlHr6k+qdLumyDt5klKe7L5mM52dfmULMWTmTdeY04+QRrz1pVzZVS9nW5uE+8JrJhiPX78nIf3R/SAU+DsU6tRie5FfNQWLFaP5cmyQzyHbw9rEp2jKvWb3Y/eKhC4S00hska1qF8FfKJKPibHqUCD/yU783rVLxc+xZoQM4ePt6WI1Z9+MluG2Ltb3w4tQfRo6nGW/sT+/ZNb+tH7JN8upU9yxk6X2NT5yXC5Q3EbgN5FSdsxXAoMQuk7J6knf5Jaj/RavUnv0Hv1fn22PqQv1ZfrZ+mr9XP08/Tz9Q36Rfql+uX6lfrV+nX6DfpN+i36Lv12/Q79bv0+/UH9Ef1x/YD+lP6s/oL+sv6a/qb+tv6efkQRFb1iUVyKT8lQgkqhUqbMVCqV2UqtUqcsUBqVxcoyZYXSqqxR1isblc1Kp7JN6VF2KnuU/coh5ajSp5xQTivnlIvKFeW6MqjcUYYMwCAbDAabwWNINQQMeYZiwwxDhaHKUGOYa6g3LDQ0GZYYmg0thlWGtYY2Q7uhw7DV0G3oNewy7DUcMBw2HDP0G04azhjOGy4ZrhpuGG4Z7hqGjcioNZqMDqPX6DdmG0PGUmO5cZax2jjHOM8439hgXGRcalxuXGlcbVxn3GDcZNxi7DJuN+4w7jbuMx40HjEeNw4YTxnPGi8YLxuvGW8abxvvGUdMoklvsphcJp8pwxQ0FZrKTDNNlabZplpTnWmBqdG02LTMtMLUalpjWm/aaNps6jRtM/WYdpr2mPabDpmOmvpMJ0ynTedMF01XTNdNg6Y7piEzMMtmg9lm9phTzQFznrnYPMNcYa4y15jnmuvNC81N5iXmZnOLeZV5rbnN3G7uMG81d5t7zbvMe80HzIfNx8z95pPmM+bz5kvmq+Yb5lvmu+ZhC7JoLSaLw+K1+C3ZlpCl1FJumWWptsyxzLPMtzRYFlmWWpZbVlpWW9ZZNlg2WbZYuizbLTssuy37LActRyzHLQOWU5azlguWy5ZrlpuW25Z7lhGraNVbLVaX1WfNsAathdYy60xrpXW2tdZaZ11gbbQuti6zrrC2WtdY11s3WjdbO63brD3WndY91v3WQ9aj1j7rCetp6znrResV63XroPWOdcgGbLLNYLPZPLZUW8CWZyu2zbBV2KpsNba5tnrbQluTbYmt2dZiW2Vba2uztds6bFtt3bZe2y7bXtsB22HbMVu/7aTtjO287ZLtqu2G7Zbtrm3Yjuxau8nusHvtfnu2PWQvtZfbZ9mr7XPs8+zz7Q32Rfal9uX2lfbV9nX2DfZN9i32Lvt2+w77bvs++0H7Eftx+4D9lP2s/YL9sv2a/ab9tv2efcQhOvQOi8Pl8DkyHEFHoaPMMdNR6ZjtqHXUORY4Gh2LHcscKxytjjWO9Y6Njs2OTsc2R49jp2OPY7/jkOOoo89xwnHacc5x0XHFcd0x6LjjGHICp+w0OG1OjzPVGXDmOYudM5wVzipnjXOus9650NnkXOJsdrY4VznXOtuc7c4O51Znt7PXucu513nAedh5zNnvPOk84zzvvOS86rzhvOW86xx2IZfWZXI5XF6X35XtCrlKXeWuWa5q1xzXPNd8V4NrkWupa7lrpWu1a51rg2uTa4ury7XdtcO127XPddB1xHXcNeA65TrruuC67Lrmuum67brnGnGLbr3b4na5fe4Md9Bd6C5zz3RXume7a9117gXuRvdi9zL3Cnere417vXuje7O7073N3ePe6d7j3u8+5D7q7nOfcJ92n3NfdF9xX3cPuu+4hzzAI3sMHpvH40n1BDx5nmLPDE+Fp8pT45nrqfcs9DR5lniaPS2eVZ61njZPu6fDs9XT7en17PLs9RzwHPYc8/R7TnrOeM57Lnmuem54bnnueoaTUJI2yZTkSPIm+ZOyk0JJpUnlSbOSqpPmJM1Lmp/UkLQoaWnS8qSVSauT1iVtSNo0tgLN1mLVW6DZKnsj519KoLQ+jGFfXiPfHcLwyyMryLomgeIVGobuSYr0j6wmfgov0W8F0nsXIvybw5yo/mGOq7h+QhNtp5Q5vGghlAUD5YrzSxIoHcf3hXPE+9XT6tzdpkwCkXiSImwkUL1jmdJU70K9RenfZXmkkK5qizBMTd3fM4eGhGHKEf4rHIfM/wbJSwS+MAxR/0gDxvdSqdIyiucXvx8uwTE/5YTDq1oxc6IfnSapwJcJRP00/A2WOvVfDqcluB7OT0vTRaCURDlkt47nhfVNzKUp0lV83s/uc1S1munDlTCG9wvvoyn+dKIGipnU/+dh7UUXaMn+nPFGYQFNS0skoGrXCcrVf1J8f1hbVB3g6hG79V36Kl++IzXjEuDKSP4MwYsnCURzKYUSivn+aPWE0mFfn3yOlss5ck8iXxZieVgrVAlfoP7PsxRjSxW9QTBCPS3lD1FMD4VUMjA08he4R0vvn9XSs/gyvdVAfo3m7ic0ro9AzSaKP0fpD020Enz9itZVxi36GKVQQfOy9n61m5c20yK0n+oS79eRkGgGkSSrp9G54GnKz6uS/4uY9THK1sWzVDGsSuNka+j9ak1ErXyN6AD8Bb0xk7dyTVTTXiR4gd5/gE7Sf2uo3xiVryqK19LS5PnkaiL8GqX2Kk2xnt7+xawf2znUQDWW0WTWnu4IZFaOaSn6F0q/kZbLByll7ksELF2VQpQ8WVpyJa2JpyjkZcXxydJSKdzjbALd0YX+hnJ1ntYUVrO+TCG795naB/RZCr/OwX+h9OfQGve/aSoMfiNsNxgFIY1SZq3nL6ncmCZwN3yorUyjWppEJptpm0V3MkkLCAXJQfGsNE9RP+OQ6Qzdoyb+CeOf6sM/U5oUCi/QdGdQDdnN/PTfX9F/P0pjfZXJhP5L88WgwO4L0VOa9HYf9B2aOtNDO8W8Sv30Dh6pJOxnNkr8IQ3/nMrbijHIUmc3BqnS/jLXin2eYj5J4fcoTbYfy0SpUamiY6qmNURSkw5R+H2qIcU0zI/ovxlUP2mrLZWOsHsCyb+/oP9Sa6C2BalU5gM0Fa6nBLfRuFvDWsossyrPGeFcqy0jtajMniAfKsfwW7Rk27jSvxGmI2jCUhUA5fAYjZtN/YYwBv6Y0hmkmB9QDOOkh4b/ilripAQ/QMPsCVtmViLSJ6n/PIVrKayisfZSCsyOlVFMP4Wv0lhB6u/g7PlqcmexquGsZt2j9aKYpl43cpbgKRwM9xgjen0GGvIg3Xv9WRryJwSK+8gePoZnrRJiMoljaXEqK2g7yGrQCZriiUhrpu61peUY0YJE9wkPjl6J31cUDtI8XqDwZZpWNYG8hedbJdVPdz1KbJ/oP5A8CojWtRYqAd7/IvkXLqXSOKKWJtFn2p9kffJ4/ujWCs2lNPsotV/SdLVMJ6MsfAJ+VYZM3zh/jJarkbZEvH9k9C7Ny9nIngzqpHn/GeWTw8cLE9n/pPhDDE/ltp/mdB2ztzSnEfpDSgr3M09MwMfrl7J2lu3x/RhNpZlAvo+aiF/00tyVsfusKbUarryoP25fl/YDkZVS0NDcNVBItYjJgaXC4qq9rDkcfVpP44/UEvZPhQ6Ly+ojsw8JjfUe7OdpThiv9Y7pHpO8WhcmqfMR/qnQ4ePmUXiC7H6b0riJp8PpD8OP+Xl82I9oyyjmU8iPUmG4prP6q2oUa63eoJh3T7Q2rKfHj+JVCtTSMvuplg43SmJpMQumUqO5Y3GFttHacR6YNeifKAG1ll0J1yBWd9RxHO3FMZvPrD3rPaptLh2F8a02X9/VEWgNVxOvhCF6M9we8ZyrsCzMQzyotlxRkD85oH7X4RNhOTNdigd5qxUN5cown2JTOBbr7/G5Y2HUcvmPifrD98x5v1ruO2LDCPnEgRHzIS1cuc8Ml6zas6Kapo5l+LGJer6OtkpcK6+ecVpE/YdoXuLNSvnH5Y+AH0jAgn1O8ENgAP8IjoHvgX8GPwE/AJfw0w/eAEPgx5CcKvgFTIZ54LewCBZDDXwG7oM6+Qvyd+BX5IuaV+FBzRrNT1CdzqFzoD1kvxH6O93ndF9Ae3Vf1X0V/UC3SbcJHdT/ShHR3yuK4kH/pviUmegXSpVShUaUP1LmoFHlE8pCASrPK88LgvKC8llBVFqUVwSd8iVls6Aof6VsF5KVHuV/CenKd5VDQo7xF8ZfCCVknQn56cqTDNjNfuTrluVgFt2NAtWdKK0JrIGNr8NN7jusU9xjJYCZoJLeKkJW0VonyS0ESPxLcdtj5xpRrgnPaHznzaOT8ePd9UZKZCnOFSuRxPM2+TXUx69tIm5Jl4EusJ2um0N1P9L05+5pkIVAZbGCSgKN7816Ukr68eq8SPfsbaNnonyY3ikw/BRrxuO2FxWgCvuYHq2iZ8oehw1/3BrCassq1XIknsuHKfG3ql2TxuvBLloT2AnAJ6UevFVSYdahBaxWrcOuRyaVp6lGSHS3WzfoBbsBpF/VOQ/lt4G2PF4pRvYkVz7SnuT9969PtONrH4sdvz9PiPJEOBK4/Y1PRk/7wdLke1eJc/7oewj35zy6L3T2CarV06vxzK6TfArcntQno5SmUxvFcVtNLLUAToMRKD61pTq99ZSc7qxVdYDcB7r3Cey/JlJj+f5J4nl4fC3r/fMQozcBLj1BGvoo8iyq5wXWqLVy9yPM85OiqxI9N0XaQ3JqyY8xF6AWmp76kp5OGT3+PuHYSZa3JuW+t7j3OZb7t5qHvqeix8tL68nu4Y5x+vbr0YbL4O3Wgw2X2R96jzVsk58Gi9D31FiEvretReh721qEvncswoQyflrGrJFt8NMxRn26eX77jin5FnGZ2iJ2gf4nZBV/an3pd2r046gdb+dZpj8sC/C4drhB9d6ft2Kf2ljaT+5uM146T+aesTEO3z47v8Iyf7vs3wqX0R/qLiy+TJ/0vVSRNerJ3hE1xuvbcV9TZK15e+1OCpfbO3uMmCxgmfaZWQCV2YBBeOad7+c9+d/Psx62HrP2W09az1jPWy9Zr1pvWG9Z71qHbcimtZlsDpvX5rdl20K2Ulu5bZat2jbHNs8239ZgW2RbaltuW2lbbVtn22DbZNti67Jtt+2w7bbtsx20HbEdtw3YTtnO2i7YLtuu2W7abtvu2Ubsol1vt9hddp89wx60F9rL7DPtlfbZ9lp7nX2BvdG+2L7MvsLeal9jX2/faN9s77Rvs/fYd9r32PfbD9mP2vvsJ+yn7efsF+1X7Nftg/Y79iEHcMgOg8Pm8DhSHQFHnqPYMcNR4ahy1DjmOuodCx1NjiWOZkeLY5VjraPN0e7ocGx1dDt6Hbscex0HHIcdxxz9jpOOM47zjkuOq44bjluOu45hJ3JqnSanw+l1+p3ZzpCz1FnunOWsds5xznPOdzY4FzmXOpc7VzpXO9c5Nzg3Obc4u5zbnTucu537nAedR5zHnQPOU86zzgvOy85rzpvO2857zhGX6NK7LC6Xy+fKcAVdha4y10xXpWu2q9ZV51rganQtdi1zrXC1uta41rs2uja7Ol3bXD2una49rv2uQ66jrj7XCddp1znXRdcV13XXoOuOa8gN3LLb4La5Pe5Ud8Cd5y52z3BXuKvcNe657nr3QneTe4m72d3iXuVe625zt7s73Fvd3e5e9y73XvcB92H3MXe/+6T7jPu8+5L7qvuG+5b7rnvYgzxaj8nj8Hg9fk+2J+Qp9ZR7ZnmqPXM88zzzPQ2eRZ6lnuWelZ7VnnWeDZ5Nni2eLs92zw7Pbs8+z0HPEc9xz4DnlOes54Lnsuea56bntueeZyRJTNInWZJcSb6kjKRgUmFSWdLMpMqk2Um1SXVJC5IakxYnLUtakdSatCZpfdLGpM1JnUnbknqSdibtSdqfdCjpaFJf0omk00nnki4mXUm6njSYdCdpyAu8stfgtXk93lRvwJvnLfbO8FZ4q7w13rneeu9Cb5N3ibfZ2+Jd5V3rbfO2ezu8W73d3l7vLu9e7wHvYe8xb7/3pPeM97z3kveq94b3lveudxibPG2yKdmR7E32J2cnh5JLk8uTZyVXJ89Jnpc8P7kheVHy0uTlySuTVyevS96QvCl5S3JX8vbkHcm7k/clH0w+knw8eSD5VPLZ5AvJl5OvJd9Mvp18L3nEJ/r0PovP5fP5MnxBX6GvzDfTV+mb7av11fkW+Bp9i33LfCt8rb41vvW+jb7Nvk7fNl+Pb6dvj2+/75DvqK/Pd8J32nfOd9F3xXfdN+i74xtKASlyiiHFluJJSU0JpOSlFKfMSKlIqUqpSZmbUp+yMKUpZUlKc0pLyqqUtSltKe0pHSlbU7pTelN2pexNOZByOOVYSn/KyZQzKedTLqVcTbmRcivlbspwKkrVpppSHaneVH9qdmootTS1PHVWanXqnNR5qfNTG1IXpS5NXZ66MnV16rrUDambUrekdqVuT92Rujt1X+rB1COpx1MHUk+lnk29kHo59VrqzdTbqfdSR9LENH2aJc2V5kvLSAumFaaVpc1Mq0ybnVabVpe2IK0xbXHasrQVaa1pa9LWp21M25zWmbYtrSdtZ9qetP1ph9KOpvWlnUg7nXYu7WLalbTraYNpd9KG/MAv+w1+m9/jT/UH/Hn+Yv8Mf4W/yl/jn+uv9y/0N/mX+Jv9Lf5V/rX+Nn+7v8O/1d/t7/Xv8u/1H/Af9h/z9/tP+s/4z/sv+a/6b/hv+e/6h9NRujbdlO5I96b707PTQ+ml6eXps9Kr0+ekz0ufn96Qvih9afry9JXpq9PXpW9I35S+Jb0rfXv6jvTd6fvSD6YfST+ePpB+Kv1s+oX0y+nX0m+m306/lz6SIWboMywZrgxfRkZGMKMwoyxjZkZlxuyM2oy6jAUZjRmLM5ZlrMhozViTsT5jY8bmjM6MbRk9GTsz9mTszziUcTSjL+NExumMcxkXM65kXM8YzLiTMZQJMuVMQ6Yt05OZmhnIzMsszpyRWZFZlVmTOTezPnNhZlPmkszmzJbMVZlrM9sy2zM7Mrdmdmf2Zu7K3Jt5IPNw5rHM/syTmWcyz2deyryaeSPzVubdzOEACmgDpoAj4A34A9mBUKA0UB6YFagOzAnMC8wPNAQWBZYGlgdWBlYH1gU2BDYFtgS6AtsDOwK7A/sCBwNHAscDA4FTgbOBC4HLgWuBm4HbgXuBkSwxS59lyXJl+bIysoJZhVllWTOzKrNmZ9Vm1WUtyGrMWpy1LGtFVmvWmqz1WRuzNmd1Zm3L6snambUna3/WoayjWX1ZJ7JOZ53Luph1Jet61mDWnayhbJAtZxuybdme7NTsQHZednH2jOyK7Krsmuy52fXZC7ObspdkN2e3ZK/KXpvdlt2e3ZG9Nbs7uzd7V/be7APZh7OPZfdnn8w+k30++1L21ewb2bey72YP56AcbY4px5HjzfHnZOeEckpzynNm5VTnzMmZlzM/pyFnUc7SnOU5K3NW56zL2ZCzKWdLTlfO9pwdObtz9uUczDmSczxnIOdUztmcCzmXc67l3My5nXMvZyQoBvVBS9AV9AUzgsFgYbAsODNYGZwdrA3WBRcEG4OLg8uCK4KtwTXB9cGNwc3BzuC2YE9wZ3BPcH/wUPBosC94Ing6eC54MXgleD04GLwTHMoFuXKuIdeW68lNzQ3k5uUW587Ircityq3JnZtbn7swtyl3SW5zbkvuqty1uW257bkduVtzu3N7c3fl7s09kHs491huf+7J3DO553Mv5V7NvZF7K/du7nAeytPmmfIced48f152XiivNK88b1Zedd6cvHl58/Ma8hblLc1bnrcyb3XeurwNeZvytuR15W3P25G3O29f3sG8I3nH8wbyTuWdzbuQdznvWt7NvNt59/JG8sV8fb4l35Xvy8/ID+YX5pflz8yvzJ+dX5tfl78gvzF/cf6y/BX5rflr8tfnb8zfnN+Zvy2/J39n/p78/fmH8o/m9+WfyD+dfy7/Yv6V/Ov5g/l38odCICSHDCFbyBNKDQVCeaHi0IxQRagqVBOaG6oPLQw1hZaEmkMtoVWhtaG2UHuoI7Q11B3qDe0K7Q0dCB0OHQv1h06GzoTOhy6FroZuhG6F7oaGC1CBtsBU4CjwFvgLsgtCBaUF5QWzCqoL5hTMK5hf0FCwqGBpwfKClQWrC9YVbCjYVLCloKtge8GOgt0F+woOFhwpOF4wUHCq4GzBhYLLBdcKbhbcLrhXMFIoFuoLLYWuQl9hRmGwsLCwrHBmYWXh7MLawrrCBYWNhYsLlxWuKGwtXFO4vnBj4ebCzsJthT2FOwv3FO4vPFR4tLCv8ETh6cJzhRcLrxReLxwsvFM4VASK5CJDka3IU5RaFCjKKyoumlFUUVRVVFM0t6i+aGFRU9GSouailqJVRWuL2oraizqKthZ1F/UW7SraW3Sg6HDRsaL+opNFZ4rOF10qulp0o+hW0d2i4WJUrC02FTuKvcX+4uziUHFpcXnxrOLq4jnF84rnFzcULypeWry8eGXx6uJ1xRuKNxVvKe4q3l68o3h38b7ig8VHio8XDxSfKj5bfKH4cvG14pvFt4vvFY+UiCX6EkuJq8RXklESLCksKSuZWVJZMruktqSuZEFJY8nikmUlK0paS9aUrC/ZWLK5pLNkW0lPyc6SPSX7Sw6VHC3pKzlRcrrkXMnFkisl10sGS+6UDJWCUrnUUGor9ZSmlgZK80qLS2eUVpRWldaUzi2tL11Y2lS6pLS5tKV0Vena0rbS9tKO0q2l3aW9pbtK95YeKD1ceqy0v/Rk6ZnS86WXSq+W3ii9VXq3dPgZ9Iz2GdMzjme8z/ifyX4mhMc/QENm5Sjk/cLXYuPRcw/Gy3HCRITf/eB0pR9PE37+JPEcHSkUGy++EUdWjxgfwQN4fHi+vPiyni689Ldcui9yeU+JEz4OnxH+N2LHTQQvVMYJf2z6ZSv+hAvzLY6H3zyC8uV0ni+LyeLFV2KXUVx8IjJ/8cHh3yr9j4fXxLMb8cp6kvU9nr2VHRy+K05acfB8mSZiA+U/ezBN4Z9j5yVCDii2nsSTm5zLyUETRz/j2StObsIvOZobJ1fWEWHezZX7Ei4MT/OZOGXxSmx/RB3ZxfHP2ZnJ2i75XRyeL+vbceT83knq6rw4fl4fNnH+pthh9Fw56uo52XJpafm65uPotHBhrsYOL8exGxH1K157NEk7wNPUcGUaUdfeIhvFl1E825JIWcS1gX/F4b8wOT4T6b9N2mZOtu/xqNvQyZZXvDr+ZS6/uQnQj2eLzj443amUy6T7lvHGFF+NHUYu4fyFsenzZREvjxH8c3U2Io8f4PCFselHpPt/HiyfuH3a7ZPUtwRskVgUxx8nfLxxXyLhJZHDN8T2iwc4/Gux8xU33Z4E8hsnbjx9Qzlx8An4xb/m9DDO+DeRsbAwFKfc9Zy/mgvzUmy5TZdf+K84/pQE4n4xTph4MuRlspijczyOTOLp/K/j6OdvH6y3k/VH2EPez+lzhK7WPDjvwooH6zbvl7mxkszJSv53jg7Xbxf2cvzz9vPDXPivcP7VnJ+3jT/j8KOc/78frOe8Pkx2jihCx+LYz7hzVlu5MNw4RU6Po585cXirja2rCc1x9ccJM4V5s4g264UHx41r5xNpF+LY83j9yYi4bQ+mn8jcXbw2cbL4J2E+7a2aP+THnlPpoz5p842PolwmO+5OBM+PDeUp4J+08pq0nF+ZHH665i2nbT5zuvD/r73rgc6iuvLzzcw3X0xTYHNyEDGyyGZRkUXk+///rzQbKbIYKIsINIssIuUgsshSpJZSihSQgywCB1OaQ2kaWKQUOSxLORgxWIpIMaIiRQw5SFmaRYzIphj2vd9M8r2Z970wWUC7PTmcN3n8cue+9+6779777puZ3GR9+3Ob987mUW82/mdnzxmeduZR5H9v2NnZXyj+lfnfG4R/Vf7xS8XDXxFuo5+iHPvNxm+2/JVRDP5qbj0U+R3TmY4g3jbtEdg9UWXuvonOqkRn8XbOlUR7KBFPl4DGRC9qd3RuGtEZWad9lijHKLAVdvKuJn0Q7LVF9Hb8lGgsJlnZkI/Itn+Z9U7nDAVy+zLrQn0W5cwF8yvUW9GassFHeHYsyNt3Nrdpp/926rZichsx//XkIoR7JRt7alHfOvuslDCvnq3L0p3/3//SR/c3u7+pDCEjceRPzKd/D1AlpVCib9xK9O+oSSVkxMPVBslxtYFe5Qp1Janvp9eud4e63h3qeneo692hrneHut4d6np3qOvdoa53h7reHep6d6jr3aG/hHeHtI30ir8Tz9SVZbSuLLPicpDW5WBHuIa6xtGY6GtAX9NRu84DtO48cN34aNc0erWNHwAOPs6B4DnQyl89jT6f5mR1mt7bGbxzfNi+sXIT40yfhfRoq0N6dr7YuRbjlKd9eudmtLsZ7T6Bdp/A2O/A2O/g6AX9NNUZGZr0lpG5CFcSaDfB0e8D/b7rlznTz3dQfwc0L+Hel9CHz9CHzzrm2bm2WJ1n58I5Gnxy4Lnp1acg26escyTEhTJn9BzzrjzREf2NkvmNWkcurE0XZ3+Ec91J+yCyt1oRbGwR8DXA13BtCXB2rtm6yJZqP0RbP+yIp/I67n3dOncmucnAZV1PUH+KlxvT7j1o9x7IwQU5uDj9FNkrRm7KR+jbR+C5GDwX211TJpowaMKY98mY98mgAU+nztONupubC2a8bN20RqqBV1vtTGdtl+bFGL3AMb+qPtcX0beLnJzjoI/zuirwTSOAj+DqrD4sBf1S1CeiPtFKkw8fkY95vKWc4reUW9dUHujz9LVWDLwYfGaCz0zQNIKm0UrPxiHsejStL4Gf6qx9YHm67qA0rju4tXZdNuraPlpoc0bg3hEd2ZZ8rKmO50LE37UWNGuBfxf4d+2OSxTbXE9MJY49bsxci32oAO8kf+Ea/z7w72O8sI3KPR3qicgW1aNeb3e9i+fl2vR2xivcUzwH/DkrjXY/1vX9qA9CfRBnt5l1Jxqjqf+MHTaN8QHQPAAcbSmDOlrXzjdRf7Mj+Qhj2krcW8nrW7YtO77P1P/7gN/H1QX0on2fHXqniv6owMcBH2etqzvAZwfwHwP/sXVcwnY3gH5Dh+MV7QUE+ibfhfpdHG6jrv4EPH8CPWR8jaguHFcL+t/CzXs+5JmPegb1DGi+A5rvWOV2o+rKx+jPx1yd1VvRvc+A5hmORiRDViaTUJ8EPrXgU8vbEIHOfwL6Tzj9/Bz1zzvS287WTXkG1JUDVn026Wop+lna0diVGaCfYXetadgradgraZCVBllpb6P+NvggblcRtytbce9W9B/206nbz2+C/pug/xHof4T6XNTnoo55V3Xb+D74vA/8KvCrqP8R9T92uO4YfehsjsikYwL7KcxZrQbNatAw+xTtTvThzo5sgqlvw1AfZtVVWzmuOuB1HdmizsrE5LMeQ/0x7t5Pb3n3mnbejl8Q2HNRPGm6dyHqCzvibyd3J/KJ9vBr5/rs5RNuDH7j8oQiXMCHyc+w8fBXlVfsfL6RjeFRzxHD/9/btZOnYtu1sx9ncXZvyK53MU7rPH7z9baze9JO7nEYPbSD36i8pYhenM9EH66R56T1zuAMn+vIUdvB//z0ITd/1zLoP+cLbhyOdWQ7T9v5PfsNstuC2MDOXs9sDwX+tJO5l+vDof9fAf9rt9t5//tl4tn+dz7Hldtv3vzzkZvgL5h8+43DGTmIcBvj0rwU53PsNxu/2edfyijo2CjgrwJ/1WqvRH7HdKYjOFcy7RGwJ1L0PRFyX2olZ58FZ1Wis3g750qiPZSIJxuDCc+GRO2y+xH2DEhwRmbPZ+Xup2h/J8qtCfMwrD4I9toiejt+yvR8BVtnZWWSj4BeYNu/zHqnc4Y28pM3uy7UZ1HOXGA3RHURf/EZK2OLGH8nwk0xM+sHbdTt9N9O3VZMbiPmF+VA7O2hGHti55zFtN/J3muygaLnAQT5E2FePVv/i3p3SC6Xx5KRuCT615QkqYSUAaQ+mPz0kRIh9RShGkPq5KoOIteQuo1c84BUqPOBL5Ycjoco8sCFzElJGeqTCuSTXW+4dL3h0vWGS9cbLl1vuHS94dL1hkvXGy5db7h0veHS9YbL9b3h4h7iDrhj7oy7zD3CPdo9zl3hnuKe7p7lnut+1r3IvdS90r3GXene6K5xb3PvdO9x17rfcB9217uPu0+5z7jPuy+6L7tbPaon39PD09NT7OnnudszyOPxhDwJz1DPMM9IzxjPeM8kz1TPDM9szzzPAs9iz3LPKs86zwbPJs8Wz3bPLs9ez37PQc8RzzHPCU+D56ynydPsafFKXs1b4C309vL28ZZ4B3gHe33eiDflLfUO95Z7x3oneid7p3lneud453sXepd4V3hXe9d7q7zV3q3eHd7d3n3eOu8h71Hve96T3kbvOe8F7yXvFZ/sy/N18xX5evv6+vr7BvqG+AK+mC/jK/ON8I32jfNV+Kb4pvtm+eb6nvUt8i31rfSt8VX6NvpqfNt8O317fLW+N3yHffW+475TvjO+876Lvsu+Vr/qz/f38Pf0F/v7+e/2D/J7/CF/wj/UP8w/0j/GP94/yT/VP8M/2z/Pv8C/2L/cv8q/zr/Bv8m/xb/dv8u/17/ff9B/xH/Mf8Lf4D/rb/I3+1sCUkALFAQKA70CfQIlgQGBwQFfIBJIBUoDwwPlgbGBiYHJgWmBmYE5gfmBhYElgRWB1YH1gapAdWBrYEdgd2BfoC5wKHA08F7gZKAxcC5wIXApcCUoB/OC3YJFwd7BvsH+wYHBIcFAMBbMBMuCI4Kjg+OCFcEpwenBWcG5wWeDi4JLgyuDa4KVwY3BmuC24M7gnmBt8I3g4WB98HjwVPBM8HzwYvBysDWkhvJDPUI9Q8WhfqG7Q4NCnlAolAgNDQ0LjQyNCY0PTQpNDc0IzQ7NCy0ILQ4tD60KrQttCG0KbQltD+0K7Q3tDx0MHQkdC50INYTOhppCzaGWsBTWwgXhwnCvcJ9wSXhAeHDYF46EU+HS8PBweXhseGJ4cnhaeGZ4Tnh+eGF4SXhFeHV4fbgqXB3eGt4R3h3eF64LHwofDb8XPhluDJ8LXwhfCl+JyJG8SLdIUaR3pG+kf2RgZEgkEIlFMpGyyIjI6Mi4SEVkSmR6ZFZkbuTZyKLI0sjKyJpIZWRjpCayLbIzsidSG3kjcjhSHzkeORU5EzkfuRi5HGmNqtH8aI9oz2hxtF/07uigqCcaiiaiQ6PDoiOjY6Ljo5OiU6MzorOj86ILooujy6OrouuiG6Kbolui26O7onuj+6MHo0eix6Inog3Rs9GmaHO0JSbFtFhBrDDWK9YnVhIbEBsc88UisVSsNDY8Vh4bG5sYmxybFpsZmxObH1sYWxJbEVsdWx+rilXHtsZ2xHbH9sXqYodiR2PvxU7GGmPnYhdil2JX4nI8L94tXhTvHe8b7x8fGB8SD8Rj8Uy8LD4iPjo+Ll4RnxKfHp8Vnxt/Nr4ovjS+Mr4mXhnfGK+Jb4vvjO+J18bfiB+O18ePx0/Fz8TPxy/GL8dbE2oiP9Ej0TNRnOiXuDsxKOFJhBKJxNDEsMTIxJjE+MSkxNTEjMTsxLzEgsTixPLEqsS6xIbEpsSWxPbErsTexP7EwcSRxLHEiURD4myiKdGcaElKSS1ZkCxM9kr2SZYkByQHJ33JSDKVLE0OT5YnxyYnJicnpyVnJuck5ycXJpckVyRXJ9cnq5LVya3JHcndyX3JuuSh5NHke8mTycbkueSF5KXklZScykt1SxWleqf6pvqnBqaGpAKpWCqTKkuNSI1OjUtVpKakpqdmpeamnk0tSi1NrUytSVWmNqZqUttSO1N7UrWpN1KHU/Wp46lTqTOp86mLqcup1rSazk/3SPdMF6f7pe9OD0p70qF0Ij00PSw9Mj0mPT49KT01PSM9Oz0vvSC9OL08vSq9Lr0hvSm9Jb09vSu9N70/fTB9JH0sfSLdkD6bbko3p1syUkbLFGQKM70yfTIlmQGZwRlfJpJJZUozwzPlmbGZiZnJmWmZmZk5mfmZhZklmRWZ1Zn1mapMdWZrZkdmd2Zfpi5zSHI4zjlbJIfichbR+tWPyfUURVTNOYfmXYA007yL0lftTesUkQtxVym9Sy68+gnBe1GE4HNonSJyHmgWgiYvN41SQDk751DOSoF+F9oaSRH9Lrkwizha0Z+tyAPtoYj0X6AJUUQN4K5QaymhqcVdMf2u1hkEv6z9mtDM0rrROvqzyzmB0ARphslxDOOqc3ktNFudNRaay84TBHkB8rncWkVx9KcJbR2jiPwq5eNMgk8T+lwLPs+BD0YhH3HlcTQTLDTPg89toNmD/uizc5hy02dH3kP7Q5A5bTTyEjpSZwHuWoK7joHzCnDWZ3AJOJtpaA+fMNGQHqrrwZnlY6JB6wYNpGHSFkgebakfM20d4No6gv48zkijmdKobuT/Cumcyk2QmJlmgpWG9sfZB/1pQuuF2p2E5kH1Twwf2tZHBh/omKs/5rSmTZ/l084GQjPP+SKtA5Gc79NcrXqZ1jGK8bQ/SprycYxnNLxafbFNwx3ldC4sNJMsNONpf4h+Wvk8ytLQcckVWDvj6bjMq4ki6mL0eTO9KvVUPopH+1uC3+c8TigrsS7O0baU8WhrBTgPBOcn6VebpDmQTx1kOAQyrIMMTWsZiKQOgDQGtEvjd5jl3rhruz4KV4aOAm3pNmE7tMWgyT0Kg+Y0ywetJxjbYuLDSGwMY1sGYJZraOuKbFgkqnUv6Rll0MgYaQ29S5H1kbL2hyKKbOVDbKaVz7edT5D+vIO7zvCcecsGOTdincagh43Q51asr5cYC6DraozR+dZs6yIaIk8rzWzMziOgqWMsm4vSGFZ0NqTaIzvvZksL+YQ4PuUcn0LQ/DVoQujzL0BzO/qzAv0ZzNHM42j0/jSgP7OhvWWY31PwVmWQYQX4NIDPbPSnDPVPKTdHGfg8SVexcxDW8pOgKXYW0PMV9VVaN2RIbcsVq21R/sjYqCbMV8c0jZiLK1Y7xtIoBaB510Sz10LT0wafntCxpVlbZ9jeKsP2Emus/Jzyca2F9tZjdpooH2cL5WNoZpOpP/CnsL0/gIaHMO+VkE930IwxPBHtz+foTy3uqmBoKgyaCWYa4uPoWn7M+S6pd9PtqlZCkFcMu0rHlQ879hung9ZBM4wi6hrnMFqHnCUgEhDcZdB8U92ZpbFyljdrhKfza86+tI623BqRmPYUvSpu0Nyp1hI+Nc6v0zqQNl/gaPOwyvMU0ULo4fNMD09Dx8w9fLGtdUeD+gChn6tMonVo75PgzGimfBo9nIcengYfB0VUmVoY2QEkCM5P0bscoygf5WmM4lGM4mmMK4oeFlIaJQqaIioN50kqDaUI/YHNdOyhfs3wMqPoXXKNztnUn51ZP6j1w8llv3bLX0w5O5rApxjIBepzlQfVz2gdEsugP2+jP5msVI0ePq1zpvJRJeVlWod8eGno/v0Aa+sQ+4Wz8aHyK3qXdoT2WfkV+OynnJ1RhfqI/UDWQoZnoT9rs+Mi2nKpvXVDztCo4NVH4F9o7FePFTdGt1qwkEfQum61ynHXo5jTckjjNsjqX5xJUt8EO1bs/FbW/mQ1wdAfw0bhritYKcWGHWNoMKewANpvWSsBafyUidWboGMXcZcuMV2q9xtzSiU2DnOxBHMxDtKY7FxKaE7RqzwZPayENd5vjB2rG9ZmC9rSLcC9oCnRaXAXj2BdKK9A0/R1UUejCCVJr446fe1kNcHho3flTaU2Kh9eOG8qbcu1ndqfW8qpbXEhBnD+niKuZRRx/p4iWj1tJU+irWtPUM5aNxoRuYop4nwNMhyKGGkmenieIq5duKuRIq4E7jpNaQw+P6c0zq9TRAtSRP0dxnUZnugeZu9wwLp30CO9jiNG+Qsm5hd4c8Vl9SCyYvUO/K5NfZj6L+0ovUt9GG1tpvbZ+TXY+c3M+jLi5+z6Us4ibkH8rNyejdWV27Otm+JwfX/xTDZOkPMQY79l7Fw+aWvL2Lk0Yd9k2usBaWJiJIOGjZGAZCB5XTMz+u4P0jA0E0g3yJmJcvMWazOpRtG78hYbGlUEjerdrlHnKUI0qjetw47dbt2n6LPDjp34LzIu13DEfrr/isKGf5facMcCyKf62tGpoVHsbnQdvxvlaI5xNPxebxe3/6pmaKpB02ylsbdPyUFzwkwjH79BMe0YLhb9Jz6m5WhmWmlyxFrHuFhLvnY8ZiteTUATvg+PlgDNKkQF9yAqWGV7f7oWfM4iKlir21XqhVVcDf81VZMI8pxzKq0bERF8HKy6HhGxVv1J7N9Zq16H9XUZeQDWstUymZPaHHmAbCzK5gH0GPs2kwyza7k5Rxyux6ITmFi0tD3eOICr7j3hL5S19KqP3ZGhHtZRR+N8B+INx0D6W0cTveoWQIH2OlfS2VF6YZZvRT7qeeSjbtWtupHteQ1j3wSLdBdiyNfQw/WQRhGkOqjdInH703bdoHfNpnzMkQN96svsT/EcWD/q/ZWXMV/9IPkXMcbT8IwvMpyH6Vqn6zO7L4BUX2VyVq/qOSJ2voz1/q+EZpn6WNvegexzT8BKz5GyuQK63vtTxMgVvIVY4mHEEm8Zc0FH8QpiLV0PTftKfe/JZfCaTH3OndOrwyynsFL0OOFWdShBGhWa27nVhGxrR0xxnRFvWPjk4GzsHZzL20ch0Vkg8fy7DJ+huOsxho8FkR0UUf+GInr0TsZO2/ortLVVgPwMyNtAfgbkdSAJIK8DGYXcS43yYdsuwNRD3QtzvlvXf2UU9EfXjf56Jofykfsbcqbx2DJwbovHKM2DoDGkAakyGWATIhlR7vvYF6Tb9wUq1uAJqhuGdyjGKIJoqzi7myCxd9ougrUs0ZlSf4KVi9YVcNbAWUH8bEZAw+afdUvCZ2k4xPEF5NOCPn+R3bkQnZ/Ublc/VIcQzvkK6kCqENP+D2iqgGRgsfthf6rHLdvYOcUsb8NIayBJAwHNBNCU465RsAk1VKrShQ6Rz4C06LsSg4ZqwkYgn2Jc65W/p3UG+Rht6YjZalHOa7FPqcE+pYcAuQfIeuyAXsYoeJpiZxmdU/Xx9lnmvSf0kMj5w3Y569r7sq694PwR5uJp6NhHhvbSVTkVVkLSd7UUcd4PpC2724i1o7TROFrR1icYeyu/30GfWeRPdId4DRodqcNKWQZp6PZQR1I8Qq2WyUYtw7jqsrnutvgZNKfR53mYQYyLtxvyQOQ3fPQqDwRSAhmWQoYluCtAdzdk5WaIthzPSt6wEvrq3oW2ZqCtXdk9I5HhhXYa4biyiPob50G6O6PyUX+DqFsDUouoW6N8DJqoQfMIjZfUL0j9h1i596D1F+Art8L6vYDVXeV0EZoz6r20jh3Q486jhI9Mpao+Dpp7KWf1R+BzL6xEPyBzgcDnyt2w756CXAFyVo7zQEoo4sC+QP4eMgxl8Hrfg8ReARIA8oqee7/2WRvxlS1tkYNuITtxRraQsfOch3WsBVLDIFzuwrzi9B5ye3wuS+N4UP0Fqa9Wx9M6ODdAN17H2kGmSy3TqDRwgqCWCSx/L1ikQviIXrnHZax3R3a9y0OATAIyBH02yVlfg6ycjZiEkXNuX2k59aB8zKcVVg9SIPAg15gdIDbsqpHp6s3waQXnK8Z+Obe1MZ9OZvtTxYyUX7nm6F3vMxOlCBD+Lk5ixI5lT2Z1O/Zt2ISZGOl7DJ8qho8pJjFF5nROK7mRrtNnGTuXYdnTAWNOXcapNHa+TPxcbcS9rP5USZYYu7Weo6mns8nsbvSz2n/jVncdY7Gxt3IcytI4DqEt03ku2jJrL23rOENzXKDhf2Bo/pC1P0Zb5/QsjWnXRmkOMDN4IAdN7p0dMv/qT7OZf3m29gHV1WwewMjkLDft6LnTW8iQ3fk+SvmYdr76TmE1mzVin0bQs0Ycn0LweV3IZwbHZwZHU8rRUInZOJmVP+WyYV4uG2Y+dcVJetb+6DsyC009R0N1w3zGWsX1B/tTPAuxDf0xaLQVVN/0s1puD7sKbZn58G3ltpAv0LFrrch0TYZHK8UJ1BycQMGjKZPpfJloCnga5LpbkVWbjLOtnozt7QlExrybs2rtGYacZ75VnMWu4mjqOZp6jia35ddPJ93MutCzWG8xOq+vHTPNBAuNbsfMp7eURnx6W2X2Mo5ujB3rweiP2RPRkRbiqYZ668ks8U3Zk9lC5hwkhLbM/ou2Nc044d3YzqdZ20Xuut149gB8OJp5OWiY/uhtsf3RxwX5NGRzII4y8LyXOQU2Z+eqLNHOTEY+bTT11ogI8rGR5bOczGafimFPZq91ejuDo8npGeUPofMXofMFWf1RH9P1x1hNlM8C6GpBNtPeHkvQ/szlTorrrCfFSr2VhqwCniaPo5lgoVljg6aeyaLX66sS670F611m7Px/ZO28o9X5DCIiPUv8SU6aZkqjfsPIOmZp3uWyjoFs1lGuhA3v+ATcdEbGZVNr0WczTT1HU895GUozUFtE6iOy+qxLXnuAOccvNJ3aIyLizgKK4Xe+odFYXT9/Z+Oof+eeZ1tnZICtZ1s5Thm4J8HOMXGCHkdVM0+CCU4Z9KfOTKcVzdan1+ycMlj8cm4/2MjESI2iEygb53HsOm3Mvd51GVqe+rCeIIiexGD1sMlqW/hMqT0+NjLtNYi6kWl01IBmokrzJLPV4bSOPouexWKfBeXz4RXQurNAKnL4L117aUa6GBnpY4bFJoijifaTWFqKnIac6yBnPZPzEPaneZDGQ/oZGfvEZu6cuZFLucTkzHM8V2nNmeujUEczo+DPT00xJK+ZQLhMuznSyy1Dc0TExzbMuJgcUQ7Jm89hL1rnwrAtjMfn/Wnucwez3+GtOiOx6Uzmnz8L4J89MO1qsZpMT/zmzqXkyIfzJxp8zoHbL9vKnJgsAPOkiuFz9fliPZqRdWR29HzWUbfYiHaYM98ciEmfmadwWe09zkXLuk1gTl2VntxzcZzlt4lMgFQ7RmosCH8GbQ+xPKVMLBLNVrHP3OrIoxyi0/gMxPKkLr+byHEqbQ+hfH7JIf+ZRXjvYBOxPpFonAvrJ1mY0+WwGzuwBpczK449bd8MzRwNXd3MPAfCjkLPXUh4qsGd+xkYuY7XTE7HTqI/p9Cfk7rdQOsHjJznx7l8Uw7/xT0LwT95npPGEm/keF6df24nF5KXi4aNUnLEEjYQ4/mEdzuHtGVTcV7Q8VPTrKdWuOdyf8w9l1vBRML6c561XCTMe09OD6/53CmdZfMzeAwf/alO7LYGMM8jDciuCzaz5Biv0fOOz7Rbs76A8WjDsf9irfou44kF63sceszPepkjHM0HzLseondqmKcRHAMhQxNC+ixLf2f58ste6ZfSPvLvV/j+yw58/+V1fP+lDt9/OYnvv1zC9180fP8lD99/WaSd0E47XtHOaP/t+LXWrH3uOKC1uG5x/NZV4LrL8YFrsMvv+NwVcj3suOoa43pavs01z/U9Oeha5VorR10bXZvltGuf6zX5Qddh1zvyQ/iCzLfwBZkx+ILMP+ILMhPxBZlv4wsyFfiCzDx8QWYJviDzC3xBpoZ+QUbeQr8gI2+lX5CRX6ZfkJF30C/IyDvpF2TkOvoFGfkQ/YKMfJR+QUY+Qb8gI/+eSORrjstyoSTJRXIv6Xb5drmP1Fe+U75XKpHvl/3SfXJIHir55FL5ISkt/4P8sPSg/Ij8z9JwZYbylPSI9pb2gTRBmiZJju2k7CJlLyn7STlIyhFSjpFygpQGUs6S0kRKMyktpE0yEbJGSgEptA+9SOlDSgkp9CRjsCTLPlIipKRIKSX4cPKznJSxpEwkZTIp00iZScocUuaTspCUJaSsIGU1KetJqSKlmpStpOwgZTcp+0ipI+UQKUdJeY+Uk6SNRlLOkXKBlEukXJEkRZZkJY/87EZ+FpHSm5S+5P/9SRlIyhDy/wApMVLPkFJGygjy/9GkjCOlgpQpBJtOfs4iZS6pP0vKIlKWkrKSlDWkVJKykZQaUraRspOUPaTUkvIGKYdJqSflOCmnSDlDynlSLhKel8nPVklSVVLySSGarvYkpZiUfpKs3k1+DiI/PZKj9axzR9v16ifkbkdr0LmB1tX19OpcTf/SOuFAkQCpd6dXQr8AdYofVs5SGnovoezdfo0AB43OAT02Xa/uVzVap18c0q9kBdP6bTpCv0ckdcdfQWdo2OuVU7nx9usQwvPSNWhyXonl6IN79daLsr/VR6pfDfn0bh/ReYpf3WT0f31u/ri3u8HnLNrK/dvuyhX0YSx+28csDX2+zJzVYfQq593Iqz5H+ljYK+1b29VofZvdq0FvzP7/AmnFziR4nOWce5wP1f/H3zNzZnfnzMw5Sy6bFpsk93uSr6/6+kpaQpIkyS3hy9K631n327pfkpDLhtaddc11XRKLDcnXLUm+1VdCbBK/97w/x8eOKGHj+/j9sa9zPvOcOfM+7/OeM+ecnRnQAIBrsQYHs1Fso8YQ1aRLbCvY8nbsW/+CY83fahwLl1s1ah+jORAJrPI/akVBmRervRYFtV6uXikKYl6phToE4OpV4KCBDiEQhjkbHMgCD8MjROwbSPjvMPE7LPPvsIcUY1gfj4dhEgoWuJAVskF2yBEkFibGLZiBORMi0EK9Wu0qUZC/dq2qUVDxlscF6n19e6ZbEhkkkU1KtmsCc5s0atUeljZp0rotrCJNJk1p2qrF23DFU401jWnTWnOatYhppGVuFtuoiRbRIqZFey2qRbs2rbR8uEsjrXCrmA6ttbKt2jRppVUgrUQaTVqTtA5p/dZvNW2hNcbdY7XmbbyjYtp62jHWO1d30rh2rZu01Qa1a1e8hDaarI9Ar2Jt0NtZ6TdDzwY8AdQCgLXKDwWgIBSCwlAEikIxKA4loCSUgtLwJJSBp6AsPA3l4G9QHv5OR+VD1anFvF95SW3algty0y+X1PMfw7bIRC3vbXmMNIQ0O2koacAaQWqSOqS5qdQoeJR+5SF9glRSHR7BqM5Jv7PBSzATEmEprIFk2AF74RCc0CK0PFpBraRWTquoRWu1tHpaY62l1k+L1yZq07TZ2kJthbZe26bt1g5ox7RT2hktTQc9TA/XI/QoPb9eRu+o99QH6PH6eH2KnqDP15P0tfoWPUXfrx8xshiRRl6jllHPaGz0NAYY8cZ4Y4qRYMw3koy1xhYjxdhvHDFOGqeNC8YVFsIEhODlqhmxFK+acSSQWtHgXcUa935rmB73FDTbSy1Mz6jfl9BzFmR3wpwyTlsnyTnh5nKbuknuCZFLNBVJ4oTMJZvKJHkiPFd40/Ck8BOZcmVqisdgO2eKy7QwUFqmYyo9HUgfSgmkWVsG0uwCrfDSsoE0Ij5gVcRi9ft7KpE/nOPhKQ/vyNEyx+JHRkdG5syX82Cu/YFz5W6cuztZqucelHtboNQoHqhjVHGVllZpgkovB9LHdJV2VemOQLQ8vj/w+/HTKr2g0iuBNF+ISoVKs6k0V8D6fPlUWoZsZPmq5BudLyXfefqV8wnnicn5YwqEFThRsFLBk4WqF0orXLRwQuFDRWoXWVo0smitooOKFSy2t3i14sklcpToXGJ/yZhSVUqdKr39yZaBs5RxAqWXCVdpXpXWVGkcnUcrWy7wu+wQlU4PpM9PC6RVogPpC8kqPRto+Widjo+IDoluHn2p6ppq86udfrHBi1eqp1S/UKN6jf0142uurXn6peovza9VoVbKy/G1q9fuWPvYK2GBs75SPlDaK43pd5ZXutbR6zSu8+2r0a+m1i1Zd9VrOV6bXk+vN6Tet6/Hvp5av179VW9UfGN6g4KBoxvUDxzdINDu9pv5GkY2ytxoduMKjfc2adkUmo5/q/BbG0HzIrtZ+UBrN4sGrx21Zt0Dx74dptJIlVZRaVIgbV4xsH/z9oHjmw8I+LX5xED9m09T6UyVzlbHJap0uzr+YCBtUVulx1XPkhn/IqnMCtTbWFBBa4H7CLzesafRM+uZIav+pP4UZNPL6eXhYb2CXgEi9Yp6JcipV9GjIUqvodeAx/SX9Zchr/66/jY8brQ12kHJkF0hu6FMSGrIASgbcjDkIDwDmtkSe7FwLY9e2qjM6uKZy+E9KBpqQT1oDC0hFrpCHN51R8MkmA5zYTGsgo2wHVLhIByHb+EsXELjQzTHbQqG9qX2pduE0mNuY0qPuo0oPeI2pPSw2wDTY7jfG5Qec+tTetR9ndIjbj1KD7t1MT2K+71K6TG3DqVH3VcoPeLWpvSwWwvTI7jfS5Qec2tSetStQekRtzqlh90XMT2M+1Wj9JhbldKjbjSlR9w3Qcetb6F+6b6MesR9DfXoXXikt/JIL+WRnsojPZRHuiuPdFUe6aI80ll5pJPySEflkfbKI+2UR2KVR95RHmmrPNJGeSRGeaS18kgr5YmWyhMtlCeaK0+8rTzRjNLDbh/yRQfPC+6/UA+73Twf3YVHJiuPvKc8Mkl55F3lkYnKI+OVR8Ypj4xVHhmjPDJaeWSU8shI5ZERyhPxyhPDlCeGKk8MUZ4YrGJjkPLIAOWR/soj/ZRH+iqPxCmPTKAYeZ/8MpA8MtyLlLvwyArlkeXKI0nKI8uUR5YqjyxRHlmsPLFIeWKh8sR85Yl5yhOJKjY+Uh6ZqzwyW3nkQ+WRBOWRWcojM5VHpiuPfKA8Mk15ZKryyBTlkQUUHSvJIzPII3Pu0iP7lCf2Kk98pjyRqjyxW3lil4qNFOWRncojO5RHtiuPfKI8sk15ZKvyyBblkWTlkU3KIxuVRzYoj6xXHlmrPPKx8sga5ZHVyiOrlEc+JY/soUhZRx7ZTB7BXt473uvjcbxr4KgxBjv5MOzvI3GUWhz9VQmqQ13xHDDtiu5oP4tKKpcm/kk5G7dVVLk08Q/MXab9nlW5NPEM5bz9KqhcGp4nB457i+LIuCJUgzrQEFujPfSEQeI1YGjUFdy7rsqliVcpdxm31VG5NPFi0KJqQYuqBi2KDlr0QtCiKkGLng9aVPk2LHojaFH9oEWvBy2qF7TolaBFtYMWvRy0qFbQopeCFtUMWlQjaFH1oEV4n6Ux82JvxG+UohFsEdSzOFeIREufxUiuDzHQGWM3EfbDKZoPOqIN6GYWextqJrXlHW8Lf5G24NhNtMdcVsViiNVIt3db2lIzuHc72tuk+WcEzlDyUtk2r4VanPaTdLygMzh0TKxXRvpjaEtmsiRwBkl22nR+oc7s2eXS+cK9UugMnlWGaZuZAcwsaEeYWdwsjjMjHcs23OfcSmY+z1PmE+YCcxFuRSJ/lpe8cTRLYYcD+4Wb4SHhod5+bJdZyCyMka7hrM0b1wCNap6hs0SZBfAsXjncreQ+h7Mw9LmJ9wekBcEbcWf5g/0xFGQn2Z/2Chxp4KywDLaVN8O63WN/W8ptW8s23am1dORdW0ulsOB1hGPuOyjntyXefv2T77j+yfek/sn3vP7Jf6b+cuCd1p+OvOv6Uyn3tP5U4u23/5Y7bv8t96T9t9zz9t/yp+q/9Y7rv/We1H/rPa//1t/U/9nfqf/mm9T/Vvv742xQ4F5hhpq92H/ontLb7GPG4ThpOqTI1bw978A78k68M+/Gu/NevDfvywfwwXwYH8FH8lF8NB/Dx/N3+WQ+lU/ns/hsuVZukMlyq9zOP+Lz+SK+lC/nq3h2/jFfy9eZRcOZddBZ4ix1ljlJznJnhfWtdcL6t7PSWWMdsb6xvnTWORutC9Y5Z7P1s3WZ68425xNnOwfrKtecT50dnDk7nRRnl7Pb2eOkcsP5zNnrfO4cdA47x5yvnBNmQ+cb51vrv85/rTPOGedHbjpnzZZOGi/k/MLDnCtcuBq3XeaGutx13XD3IZ6JZ3azuQ/zCDcHf8jNyUvyYrwoL85Lubl4CR7t5naj3Md4aTcvf5jn4NndL93j7uNufreQe8I97f7onncvupfcXwUIQ4QIS3BhC0dIkVlkFRHiEZFLPCryiidEQVFEFBelRBnxtCgn/ibj5Sg5Vk6QE+V7crJ8X06TM2SC/FDOlnPkXDlPLpRL5Gdyv/xCHpJH5XH5tTwlv5On5Q/yjFsa281mx9gxAHacXcU7pmZyyG0WNYtBAbOE2QsKmX3N0dDVHGuOhSHmPHM+DDUXm0thuLncPAcj3VJuKdiJ7ZwH4uXHvCvvyeN4fz6ID+XxfByfyN/jU/gHfCb/kM+V6+UmuUV+InfweXwhX8KT+Eq+hkfwp3g1/pQzn3exvrdOWoed1c5a65j1H+srZ4OTbKVZPzlbrV+sK85+5wvnkHPUOW42cE46853/ON9bPzg/WGf5POsHHuqcdy46l3gR51fOXeDhroFNE+JaruNKN7Obla+xvncjrGPYQpE8G6/mPsrLWEfdJ9yCbhH3a/eMe8694P7sXnavCl2YIkwIkUlkEdlFDpFTRInHRD5RQBQWxURJ8aQoK/4uR8oxcrycJKfK6XIWaaJcIBfLZXKfPCD/LY/IL+UJ+Y38Vv4X/ZxV+fkkO4nX2imGY072LTuN46pz6Pkw9HwoZDUt9H8k+T+X+ZRZGaLM18yeUByvp95QxxxqDoVXzeHmcKhrjjBHwmvUFq9jW6yHBmaymQrNzX3mAehkHjQPQjfzsHkUupvHzTPQC9soL4yQa3gX3oP34f34QD6ED+dj+QQ+ib/PLrI0nsDnyHVyo9wst8lPeSJfwBfzZXwFX232wDaqim00D9voO+tr65CzyvnYOmqdso47651N1kXrvLPFumT96uxzDjj/do44X2Ibfe3Mc04531mnndPWjzzROs1DnHPOBednXti5zC3nKpeuzh3XdMNc2xVuJjcLX21952a3jpo93Ed4Vl7VfdQ6hG2Uzy3gFna/cn9wz7o/uWnuL+4VoQkmQoUrwsVDIpt4WESK3CKPeFzkF4VEUVFClBZPifJyhBwtx8l35RT5gZxJ+pGcLxfJpXKv/FwelIflMfmVPCn/I7/nhbGVst3fVqLrKR7tyAHcG4vLX9znsK/AkXq4ZvaW3ko198bmpomj9t5ej2wmYa+4HOegFUBAHpx3bYHdOAc/AachTdM1R8umRWkFtdI4us+Gc588eDcoij18OezZK0M1tzLo1kG3HOjOMrcs6lK3DOoSuQLnApNlEup7fAvo2G8no3biG1E78PWo7W9eolxJRy73jnSfp9L/RqU/TaU/5ZXOt1KJm6nETVTiBioRZy5ueY9R7u/BXIVg7plg7tlg7h/BXMVg7p/XcqJBMPfmtZz8MZg7q3ICIz0J49DCSHQwFiVGY2aMoLIYHSfA+7+ThnN7b66VmdcDk33j7Y+eD+ax5b176Deo5WgulZf2Dsc9WHBfpvb0iHBcMLztgZSO172yMC1KJUTQTK4B/lXl3UwWOEp2DOwdSHl2OupHPMpbbWZ4384BUWRt4cC9ma8gHUq6knSEt/rMUtkhvKfbZm6waV4YZY4z34NHzSnmDMhvJpgfQlFzjpmIUX3e/BlKh0CIgHL8RZxZvmBvw3lsDWeBswBqusfcY/CSiMEZaC1lw7WoCIwg/nFLK7y9Q5W9haEkjnu8FfLKyu6BpEs9pVHMtS1bST0v6WZvrH9G1iX0hvgO1Kjin7LPK0fiqKo4jg4rQCWIhppQB+rTKlpb6AjdIQ73HaRqPYk0yTuaR/O16Uqvly6fENxL49WCZwpyM4zI2HR7Lc9QP0nVftQD4La60ACaQiuIhc7QE/opv/0zg2voWZJFtVQVqA61oR40hGZoR3voCr1hAAyDsTAJpkECJOIxi++9z9nxG1r//rVJFoy38rRmey3emkOMirdBeI8ZD5NhOsyG+ap1Kt1nX3g2P6R6gUo3WH29/UbDRJiCR8xUbdeDdJwq46bWUp8csEPjo0iHpOuHVt3GntX+gvZ66Po9NHgFXe8hvBYLxG6gtZ67D7W/9qTEtdmhxt/0VKYoEq5sq6xYYGs2TPPQ3Nhjz6Mytoklsy04O/39GWzg+Ai8o1xbXf6zJaTPRYAlfwnX5K/yarguL8sr4RDu1dvCsVSSudNMMU/z5d78Sn6NW0ME3c+9JwmwHYrJErKkLCVLyydlGfmULCufluXk32R5+XdZQT4jn5X/kBXlP2Ul+ZysLJ+XVeQLMlpWldXki7K6rCFrypdkLfmyrC1fkXXkq7KufE3Wk6/L+vIN2UC+6c2x9dP6z2jmL0YkOEYPoweNAarAozK/LCALykKysCwqi8hwmUlmlg/JLDKrzCazywj5sMwhH5GRMqfMJXPLKPmozCMfk3nl4zKffEIWk8Wp9I56Ryy9s44Ro/fSJ+KdTdfCoI/YLj4VO8QusVvsEaniM7FX7BP7xefiC/FvcVAcEofFEXFUHBNfiq/ECfG1OCm+EafEf8S34jvxvfivOC1+EGfEj+KsOCfOi5/Ez+IXcVn8Kq6IqxKkJnVpyFDJpS1dKaQUadKUTIaIBdKS7cUIMVKMEqPFGDFWjBPjxQQxUbwrJon3xGTxvpgipopp4gMxXcwQM8UskSA+FLPFUrFMJIkVYp1IFtvEHJEoFoolYpOYK8PEYrFSLBKrxHKxRnws1orVYoPYKNaLLWKr2Cw+EhelI+aLT8Q8cUAcFxfETuE9gdIHYzTCe7oKcuFYJA88Bo/DE1AACkERKAYloBQ8CU/B0/A3+Ds8g+OZf2KEV8EeqhreY2ritfoKvAqvwevwBrwJjaAJvAVvQwv4F7SGNvAOtIMO0Am6QDfogbOwX+BXuKo9HFo/tEFow9CuoSl8D/+Of8//y0/zH/gZ/iM/y8/x8/wnfoFf5Gn8Z36J/8Iv81/5FX7VBluzdduwmR1p57Rz2bntKPtRO4/9gh1tv2U3s9+2m9vt7F52b7uPHWf3tfvZ/e0B9kB7kD3YHmIPtYfZw+137ffs9+1p9nR7pr3AXmQvtpfaSSrK7zaSf+8q8aKcGTmN8nhhVzBegCijqlENChs9jZ4U69GQJxjrtxPlv4nzwBWCJen6u/pkjPYp+mrsO3SNQxzGmRdlXoRdj69pGE9JvivgL4t/Ff2jKO4nUqSnj/PZGMULMZqXYmQvw1hfjnG9CmN6NUX1Oozq9RjXyRj1WzCut+J1sICuBO8amHBDnFOU47Xt3Y3jwMQ5RCg9hxd49tHF/lxiz50VstMzkDkhNzyK/W0+HPUWxF67KI5bS+KdqQz2v+VwPFEB71AV8f78PLwAVeFFqAEvwct4p66LY636eM9qiHfspjjmao73rlZ4526LY8D2eA/rjHfw7jgW7A2X4Qp2rDlC3wh9M7RR6C6+x7Ztx3ZtYUs73M5kZ7YfsrPYWe1sdnY7wn7Mzms/buezn7Dz2wXsgnYhu7BdxC5qF7OL2yXsknYpu7T9pF3Gfsouaz9tl7Mr2q/Z9ewWdqwdb0+yJ9tT7A/sGfYse6G9xF5mL7dXiMF0t/Oe0bq2JlqF1LtXtJTtaFsIG+D95gf5V4Hfxnv+31cveL9FLzFI8Vl+Tv9l00QH0VOVN9LPbyjfe0bIGxMx6wuczS2gu/EMus9e326EpQbJ9SeLIsj2F2i7d+fOzlqxd1hH1oP1ZL1Yb9aHxbH+bCgbxoazeDaCjWSj2Gg2ho1nE9k0Nl2VlIVWHKJuKEtj3gjNuWmJePRtHKuxQbe1VwdaeY7ECAq0TGPaL5pYe28urF3VrmITPaI/glta4VG6VwMoxCaxSVCUTUVrirHpWJ8SVoKVACWtedY8KCUvyjRazdbQczqEshlsPYDV1GoKuaz51nLIba201kABax36t4i9xl4HVeQ5eQF7dm89PxfG8xTl45n31KL7WaNmqkat7rGPdTaBTbpDyxhGRkMc287G43Pg3/wHzNt3U7dAjbwrOcpXq0D0o21sZrC0nFailfibMrdBEWu7tReesvZj+RWp/MpUfnSGXzf3wsLA84/ZsKQ89L+oG30Q6NPu1lrPE158e9Gt09zp3vviXlmqoaWenQbeab2VoVv5xNPZpBOoft5V4sWTQasasRlWQ/95/7y1Y++TtWP/4Hobl+HRPO4vi5Fxt6j9nz1qQob3IffC6xl9bd+7dsv4uL95y9+P816LnTwqdn57PbxPuuaOxipeBAfGKr+N4/fV+TOm9Al3bbu3ehco/d7H6p3adW2UlaD6yMR7atn9r1kzGtN6Nbv3sX938WbiFdJYrbYH7h9LH1Df32kNM74F7u6a/F9ogbupoUbvs3pH9lB9cWDdYD6wsFSWyEYT8674guA9q56NRkfMPYlWTqTcN8HcKZUzAqsG1EN6x0Rgnxk4xluLuHbU9fypYD54pLaKLClzk//hzIS5sBCSYA1shG2QAnvhIByDk/A9nIU0uKIxjWvhWjYtUsuj5deKaqW1ctqzWmWtmlZLq6s10JpqLbW2WketuxanDdLitbHaJG2alqAloj91mSYvol5ED+vo5wTUBPS8jv6fhjqNTUWdiu2iY+tM9OqL3vdmeeOp1by2G8vGoI5Bz+lsNBuFOspbxWEj2QjUEVg7ncWz4ajD2TDUYWwo6lA2BHUIG4w6mA1CHcQGog70VnzYANYftT/rh9qP9UXty+JQ41gf1D6sN2pv1gu1F+uJ2hNbU2c9WHfU7qwbajfWFbUr64LahXVG7cw6oXZiHVE7sg6oHbx4Zu1ZO9R2LBY1lr2D+g5ri9qWtUFtw2JQY1hr1NasFWorjFtdfwRjWMc/jBaMuhvXmapC4L9Fdx/tOeDa8xQO+wDP+7ynYakUpUtAE/NhgJZZK4zt3VDrim07X9umHdcu69n04nq03lTvqU/UF+s79JN4u81hlDaqG82NOGOykWTsNr5ljOViZVkttGsAtvUqtpedNsPMPGZ5s47Z1hxizjTXmgfMsyFOSL6QZ0PqhbQPiQ+ZHbIx5FDIhdDw0IKhlUIbhHYOHR2aGLol9FjopbAsYUXDqoQ1DuseNj5sYdj2sBNhV6wIq6RVzWpm9bYmWUutFOsU13kkL8Nr8pa8H5/CV/BU/r0dYkfZ5ezadow9yJ6OV+x++4zDnbxOBaeuE+sMcxKc9c5B57wr3PxuRbe+29Ed6c51k90jbprILAqLyqKh6Cq88V2Y93671zr6856GpZLuuUao9Z73NCyVNEi81kX/tvII6XXSmkhrIq19JIZIDJEYH2lDpA2RNj7SlkhbIm195B0i7xB5x0diicQSifWRdkTaEWnnI+2JtCfS3kc6EOlApIOPdCTSkUhHH+lEpBORTj7SmUhnIp19pAuRLkS6+EhXIl2JdPWRbkS6EenmI92JdCfS3Ud6EOlBpIeP9CTSk0hPH+lFpBeRXj7Sm0hvIr19pA+RPkT6+EgckTgicT7Sl0hfIn19pB+RfkT6+Uh/Iv2J9PeRAUQGEBngIwOJDCQy0EcGERlEZJCPDCYymMhgHxlCZAiRIT4ylMhQIkN9ZBiRYUSG+chwIsOJDPeReCLxROJ9ZASREURG+MhIIiOJjPSRUURGERnlI6OJjCYy2kfGEBlDZIyPjCUylshYHxlPZDyR8T4ygcgEIhN8ZCKRiUQm+sgkIpOITPKRqUSmEpnqI9OITCMyzUemE5lOZLqPzCAyg8gMH5lJZCaRmT4yi8gsIrN8JIFIApEEH/mQyIdEPvSR2URmE5ntI3OIzCEyx0fmEplLZK6PfETkIyIf+UgikUQiiT4yj8g8IvN8ZD6R+UTm+8gCIguILPCRhUQWElnoI4uILCKyyEcWE1lMZLGPLCGyhMgSH1lKZCmRpT6yjMgyIst8JIlIEpEkH1lOZDmR5T6ygsgKIit8ZCWRlURW+sgqIquIrPKR1URWE1ntI2uIrCGyxkc+JvIxkY99ZC2RtUTW+sg6IuuIrPOR9UTWE1mfnuCYDYmnYamk1wnFtUVxbfni2qLYsSh2LF/sWBQ7FsWO5Ysdi2LHotixfLFjUexYFDuWL3Ysih2LYsfyxY5FsWNR7Fi+2LEodiyKHcsXOxbFjkWxY/lix6LYsSh2LF/sWBQ7FsWO5Ysdi2LHotixfLFjUYRYFCGWL0IsihCLIsTyRYhFEWJRhFi+CLEoQiyKEMsXIRa1tkWtbfla26LWtqi1LX9rbyCygcgGH9lIZCORjT6yicgmIpt8JJlIMpFkH9lMZDORzT6yhcgWIlt8ZCuRrUS2+sg2ItuIbPORT4h8QuQTH9lOZDuR7T7yKZFPiXzqIzuI7CCyw0d2EtlJZKePpBBJIZLiI7uI7CKyy0d2E9lNZLeP7CGyh8geH0klkkok1Uc+I/IZkc98ZC+RvUT2+sg+IvuI7POR/UT2E9nvI58T+ZzI5z5ygMgBIgd85AsiXxD5Ij2xKa5timvbF9c29Xw29Xy2r+ezqeezqeezfT2fTdeCTdeC7bsW5DmPeBqWSnqdnCdynsh5H/mJyE9EfvKRC0QuELngIxeJXCRy0UfSiKQRSSPifcvl9mbD63E27K3m1KQ58Us4J14OtWhN5w1a02lEazrd5Tks2Xv+cDq4EEVv5FWAKlAL6kMzaAtdoR/EA625BNYcKEdrEJSjNQnK0RoF5WjNgnK0hkE5WtOgHK1xUI7WPChHayCUG4e5cZSj1RHK0VqK96wVG4pbgGb6DmhaPcgGJaE8VIeGEKvs9N6xT4JtkAqH4CScgUvBt1Kq0BrVOm/lJbAW4MUom+T1cte2eK2MWzak23KetmxMt+Un2rKJtnglJgdzm4O5LcHc1mBuW7ozf05lfBJk24O5T4O5HcHczmAuJV0ZB6iMXUG2O5jbE8ylUs6LpnCIwJY32PtsAt4lDDYZ08/S1eoClbb32hY2A0eQwD7CsVooW4SjL4ctwVGTy5JwtCPZShxXeF8dCLw7EqkswvsSe9+7b7HJassa2rKatnhPNqzBc6Z/AmmfavfA/3hCrtJaELa/Qc9IZaG10zy0GkRPfrMF6Kl79aSAd4ZskAs1L0b7zc8ResO1NoRW7ybCo2waXmV5aJ3pMVpnynuPLIrAa9CAfFCb3tS4e5v++hrkwBZjkB/q4BW5+D7U4a+v8bUoKnjT2l77X6+BvddYvKbGYx/GqQ+zf9Pm9e6Bv/74fOlbaMhf3kJ/bF8k7mWiN+vCAFgKqx7wGPrj+vxeP+atfa/LgN4ofbn3s09Jb8f/Us9ws3b5vevb23/fn9w/OQOv//T2ZFT5yQ9Qf5K+vg+KPcn/w/1Zen/+r9qffHv9L2t/w3Xb9FYjzrv+r3v727Ro8F9mkXemwNOFOr1LHXhL4UUI/E/W22MEKb1Nzbz3+NL9N9WbY7Mx3hxc8XlUWml60sF7eq6mejajOvzes/0aWOqdgetvDEyn8mahSjaLJbDZbA5LZCvYKrba2mBttJKtzdZWa483w6E77xh157WotpzsKElvW3jPJ1S/aytC2Ty2mCVZ26wUHAF+fG/riTPOB6CeZEWG1pNmefe9nmRFxrZn8oNQT7IiY9sz8UGoJ1mRse259UGoJ1mRse255EGoJ1mRse2540GoJ1mRse0550GoJ1mRse25+UGoJ1lx83p678Fd+8pdDVRxizcnR6sz/Nk3K+/kiDI4RxI4vsxHq7jeGnCa9zSevOjVBZhMC6Rkj/dbbdeu6jjeZFPh+hcT2sIwWAtnqHY1IeP+Q+FgCwfadzFbgq0baNsd8txf5LHrb5j+/6p1B7j+dY0YnFGPvK911txTvrZ4sKx60Hx18oH01ckH0lffPJC++uZB9BU9ea+x4Q+kVcMeSKu8Ly06YMid7lGtLHhPtlfQWtiS1nek7CQ7yy6yq+wmu8sesqfsJXvLPjJO9pX9ZH+41Xd0e4JU714Gvr/l/xKZ90U0XQ6SnUgD+S6kXUm7kXYn7UHak7QXaW/SPqRxpH1J+5He2qbg+yD8dfwbyldyWkGir/IVhWtrR9n4GxDKl4LBB/KtfBnP7v9t0heR6Ct3bekY73/Y+aEKrw+SJ/G1uF89/EvAfDXvu3dmGB+L+eWKR/8ZjucKcjqr9/Z9fPCsJaG+XAVZbn5Wdtyz/frxas+bnP929gxY4u15U5tKBz37JjzEx3lfyfKOpW9CjuJD0NOr0v2qpo7sAde+7WHyN2WK3CV3yz1EvK/kCBzZDZAD5WCZCum/dXWz74hcojj2vqURgnEXWM/EvNUIAm9qaLRayelszHvKJvBMh/dUDeWurV0G//8ffFIksNbYDK+PXLeIZ521CvOedXiHtCNpD9KepL1Ie5P2IY0j7U86kXQa6u+P7DuCuPEbo77vo3lWpJAVKWRFClmRQlakkBUpZEUKWZFCVqSQFZ4OJR1NOpF0WljKH88GWBl6PyVCy6Xl1QpqxbUyWnmtolZFq67V1uppDbVmWistVuus9dT6aUO0kdp4bbI2XZutzdeWaqu09doWbYeWqh3QjmgntG+1M9oF7bKu62G60LPoOfQoPZ9eWC+pl9Ur6JX0aL2mXkevrzfWm+sxenu9q95bH6AP00frE/Up+kx9rr5QT9LX6Bv1bXqKvlc/qB/TT+rf62f1NP2KwQxuhBvZjEgjj5HfKGqUNsoZzxqVjWpGLaOu0cBoarQ02hodje5GnDHIiDfGGpOMaUaCkWgsNlYYa41kY7ux29hvHDKOG6eM08Z54xIDFsIclplFsFwsLyvIinuzFM97+iPkw0CLtCaNIW1D2jZdS8WStiNtT9ohXQt2Iu1M2oW0K2k30u633cp9Sfula/EBpANJB5EOJh2SLh6GkQ4njScdQTqSdFS6mBlDOpZ0POmEdLE0iXRqMK50Np10BulM0lmkCaQfks4mnUM6l/Qj0kTSeaTzSReQLiRdRLqYdAnpUtJlpEmky0lXkK4kXUW6mnQN6ceka0nXka731GpKSnZaZINFNlhkg0U2WGSDRTZYZINFNlhkg0U2WGSDRWe36OwWnd2is1t0Ritwxg2kG0k3kSaTbibdQrqVdBvpJ6TbST8l3UG6kzSFdBfpbtI9pKmkn5HuJd1Hup/0c9IDpF94apOdNnnJJi/ZZLM8R3qe9CfSC6QXSdM8zZixzv8BU/cpdwABAAAAAWFyYWIADAAGAAAAAAAFBQAL0Qx4DHkMegAAeJxjYGZJY5zAwMrAwTqL1ZiBgVEVQjMvYEhjEmJkZWJiY2ZlYWViZnnAoPf/AEOFMwMDAycQM4T4OisAKYX/fzgC//YwMHAEMpU4MDD+//8fqHsKqw9IjjEBANtzEi8AeJzt1mtMFUcUAODZe9nlysCACmJV3L3i3kZrMDWmaRpiae3DPyr4jDGooNYHKvWJqAgqCiIiVnz0oSIqWpVqjbENpdYHoiI+qhQR8LlX7qhVKFJjPNwzXYEQaVMbG381PcnM7NmcPTPJt9ksIcRKmkYXIpkz8cwyM6kx9/CcT4hUYSaepIJoJIREk4lkCokls0g8SSA7yH7yHXFJskQlPylI6i2FSRFSpBQnLZLWWk5aTluuWOOsCdY0a7p1m8cV+XV5hDxWTpHT5DXyKfmeXK94KJ2V2UqN8lgRnom2bNs+GwYVqwFqkPqhOlAdqY5SR6uRaoJ6SC1UL6uVao1ar6Lmq7XTArRArbOmaiFaX62fNkaL1RK1LC1H26vla0e0Wrtsb2/vYA+xD7IPs4+xJ9vX23d3U7v16BYVbAn2C7brRLfo3rqf7q931Lvo3fVeel89VJ+mJ+nJeqqerq/Tt+n79IN6vl6gF+ol+gX9ql7tCHWEOd53jHOMd3ziiHHE9koMCdxl35X+SIJAeAtCoR+8Bx/AYIiA4TAKIiEKJsIUmA4zYS7EQwIsgWWwHFJgJayC1bAW1sPnsBm2wjbIha9hL+TBfjgGZVAOFVAFN+AWGMABQDSMb6h3v+uuc9e73RiMczAJl2IyrsBUTMcM/AyzcBN+hdm4A3fjHtyH3+ABPITfYwEexUI8jSV4EUuxHKvwJjqR40OsxTpsEA1CmNZNthPIZBLzJ1si2SQmtZM0qY/UXxomRUvxUqK0zrQttly3LrAmm7YZ1u0eFfKb8ig5Sl4pr5bXyhflWoUoitJVmavUK089w03bHJsziASh2lHV1AFqeLPtWDVJPawWqWXqNbVOfayR52x7an20UNN2qmmbqWVrO7Q8reA524H2ofbRpm1mK1vtb2zDW2wz9Wx9T4vtWdO23LR9p8V2omOqaTvOtA3clWratocgeNu0DYP+8JFpOxRGwmgYC+NhEsRALMyGOFgIia1s18A62AhfNtruhN3Ntt9CaSvbO3AP3A1jGurcoY22T1HDT3Fei22aaZtp2m7AL3AL5mBui+1BPIz5eASPYxEW43m8hGVYgdfxNlY32/7+zFYYokxsFzkiW2wVm8VGkSVmiAkiUoSIDsJftBNtha/wEVS0EbLwEBYhoUDEJ/jY7FFjdnqA982eN/GG2bsKK/GyudcJc9ej+BP+YL5fk90D3B+7/e768ipewct5GS/ll/kl/jO/yM/zc7yEF/Mz/BQv4if5CX6MH+U/8nx+gOfxXJ7CF/HpPJIP4RE8nA/mXbmXy+0Cl9NV5DruKnBtdKW7Frg8qqG6sLp7dWC1zdnT2cOpOYOcnZyBTn+nj1MxhPHEuGNcMi4YJcYZo8jINw4aeUausdPYYmwyNhgZxlKjt9HLeMNghrdBDZshXwuoXBydGP1ah50si61hGWw1S2erWBpbyVJZClvBlrNktowtZUtYEktki1kCW8QWsgUsns1ncWwem8vmsNlsFpvJZrDpbBqLYVPZFDaSjWDD2TA2hEWwcDaYDWIDfWp8onw6eU/2nuQd7R1G6+kjWkd/o7W0hj6kD+iv9D69R+9STl20mt6hTmrQ2/QWvUlv0Ov0Gq2ilbSCXqXl9Aoto7/QUnqBnqfn6FmvkqZv9f/xnwzF4vVskchflCViab6ykBdH05PWF1R4/KuzvXzI5lDMP4hnYSNtzNmLUOJNfAhrvOfbqtqveW37D10DXukZW8KS17xueEUN/V+qun3r9A90TtsjAHicTVUNUJZVGj3Pc+/9PrPdJjPAqUYQRFAx0EVLatUiFcV/RcW1DHJF0BKtLF0LilQGTMshlBnDzCEoWitbTc3d0Mk2IkNSEdwSnSR/dnPJtcYd4bt7aHZn9j3zfvO+33vvfc7zPOee6zYCbhIied9lynAn4M/xPs/7Ymii73RLEBPK82dNbwB//O8NxKIc29EfHTIUh1GHiXgLD2AayjAejXgPt2CVNMAiBg+hBrESCcU4RIhDBVoxHyvQjrOIRzrOyG1cZyzyEY6R/hJ/01Hs93NUT6RiFw7IUpmJRD6naYIMZuRNvg4RiPdHfQvfXke79PcfII1P36MX4lCAV3Eb8vCF7yTT/shGtayRS+iHR1Fqk22JX4L7sAcnJZ1Pk7HKtdy0B0s5a6dESJ1v8xfwFyv4PVd6EcVkvBt1erdJdW8gCgPwW0xBFr/+Aa3SW4aaMT7OP+gr+G81rupg/cwEyWMwJmABXsYOVqMZ5/GT3CzD5XWpJZrkimsht3Q8jdUoJPO3OPdd7JehMlQjNILVisBAZPDbJlQx/oc4JumSKXVyyFS5pNBof7sP8xe8xyDMJcPtOMQY1ySJYxjBRJunbF/7lBvW9QIzXIhtOIYm8jjDuv+E6zKIOKfPa4Gf42t8O7n0QCTuxXTMwzKsxDN4k109jE/xo9zQmziy0R5xq12H38zaDsCD5D6Vo2dy7VJ2aTf2Ec3MspdEMYt7ZYrMkBzZJOWyT1qlVQPaT5frZfO+aTDf2BHO+RSuFI6+jBuDOVjMDjzPam9mvjU4gnoJkwEyhBk1c/7Pep8+ROzURj1j1ppNttOtC50N/T10w5cgSJWNZx2exjuswj8lnBwGSp48Kd+R+Sv6J3OLudXEmOHmATPLZJpiU2Y+N1/ZFbbWnnYTXJarDWaFngg1+XT/EmshCJBXHBKQjHuon0VU0xLyyydWYA1eQAk2Ui+b8QZqmfcnqMdJfIt/sAOQfuScy+iPU3VrZSNRIe/KITki9XJOfu6GRhPxOkJHa6qO0xxdS5TpMW3Wi+Yu85gpMIVEpdlrWi2std4NI9JcqasONATjg2nB7B5fdv7QNagrs+tMCKE7Qr8LlYcOhS742X4V+cdiCO4m0/VkWUENVhHvUIl78Rm+xKlfuF4VFUfF95EYqiGBXRst42UCMVmmExnEHJlHZEm2LCYKpFBelCJ5SV6W137BVuZWJW/LXuIjOUCclDb5Xi7LVaWI1VDNsRqniTqSmabqeJ2qM4gcXUbk6wpdyQ5V64e6X5tNbxNrhpgss9xUmF3msDlh/m3VJthEe7+dbXNskW20TbbF3nCRbqxb7Crd4cCdgeRARiAvsDXwXuBioDMYCE4LZgfXBE8EfY9YutVfmfce/P+VGGiUJ93t9llt477oY/LdeslgxQI6yyw1G83XbpF0mCg5LSUm1yzxO804vW6WyWz9RKJNpEsxi7ABXmr1nF7TCzZMZuklibevyke6zKRqoDuIO27DbJG7COgppOhzUqdHTJEp8n9GiquUNlepTYiyZ7U32rir1+sWTvpKc7UUc22yu4Fc1v1t9yzrPUqLZZA5YSvRbmL0X9Ih5XSNozLR9tdHdKTU0nG7pC9+kOXIl9cwRj6Wb2UfRGpMtUzSX7Fb7+uv5R4Bjpp+csL0RGY3RxmgYTJNOzTDHAwcM8NF6BJfY7UYSaJ2/neF8AR3QJnG0dPG0k2OyzD0wRb6/bXQwW7Hdi2ulDrbYRIwA0l4WBuQwr3RTszFOgzDAWqwGEm6FWt8oSyk70+mfyr2SR4S5Wa6ZQS5FfC8CNdoeuECRr1O//+Crp8uV/CMRHFn1SHedn/ZYMfSmR6l/5YSC/Ew37Zhc2CPO46pEgHYqFAlVf4NHuGZ8x3j34H7yW8edtgEso6iMy/njG2hNIwh1qFBFM+R8yju82k2jc5b7vOYYS7PqEk8E+uR67cglb2b4Yt8KRb4HX4+cjDT19B/V/rdGIH1LlNnu8E2mR5bL5/yPPqblNK303CafhQrfXCZ2EX+o9zHKLGn6J2j/QZ/EmGsRzQrlM1T9DwexxXWLc3U4TehKfqBH2fyeUK1Ybqv9pHSE4v9UjrvQVQFHb2nEH1dFbVbahdpEvkORLgk8t/5brs5ZX60+a7XfwALiByDAAB4nI1UzW7bRhDepWRbluWYjhPLltJmmY3U1JLq/iVRFdchRJFwIBSIbAUghRyov0LOyacA6UmXIMbaBfoIfYShkwOVU16g79BDjw3QS87u7FJSpB6KEAT5zffN7MzODmlWnzTNh/s/7j2o/FC+f+/u9999+83Xu1+VioWdL+98kc/d5rcMdvPzz25kM9tb6c1rG1fX9bUrq6mV5HJiaXEhHtMoKdrc8RnkfYjn+cFBSdq8jUR7hvCBIeXM+wDzlRub9zTR8+f/eJqRpzn1pDrbI3ulIrM5gz9qnIW01XAR/1rjHoP3Cv+k8G8KryI2DAxg9tagxoD6zAbn+UDYfg2XC1aSFrf6yVKRBMkVhCuIIM1PAprepwpoabsSaCSxikVBhtds2OY1WQHEcna7B48brl3LGoZXKgK1urwDhFdhraBciKXSwKIFSyoNO5a7IWcsKL4T56FOOn4h1eO99lMXYm1P5lgvYN4apH/5a+ujiYtftdxXs2o2JuytYyZNIV4x+L3hzqqGfHoergFazvGFg4nPsYX1I4a5tJeeC/QlJmRyH3JP0e763JaM/4zBMq/ygXjm48FkBJDDF8ZFJmOOLv8kGZuJpssNeJjlXrt2I7hGxOGL19sm255XSsVAX4/aGlxZG4PU6izoTzWFlLtE9cNpX6msiD/CcQDWZViJy3FPZfnol4noltENL49iFPTwPI5h2fKFXkFel/GwkNM5Ex8Inj9///c80x4zizn9A5FQTsl00FCfYCgUYGdHDsiShSeKNe4r+26p+DzUgJ/oDF/YPvIYe9v2KrvYfMOQx3sWmqSDBgwbbmQz0sleEHO34IHmS+XdRLn+RCrDiTIN9znO8RtCCSHXIZGf3mv65oY9qADd/B+5H+n1I15vtFxmC3/c23pzzor08lQbIxoJ2HCI57BTjziO3mHLlQTeCzmH28f+AX5qWCNsWG4sq3kR0rIxtRTO79PpytJwU3KteG5RzX8vXErgACuGMgd0/yB6eknD+MSg8PIfGaVeH8PGe4JKYd5+MGfPlZcSMSw4ntfqzZYQyTnNwZ+VEA5njvBFO7wcdjjTuRjF3JgrTmx/cvzh5duzLDjnHm5iQCs42hqpBpyeNgKTnh613JFOCDttuhca1Sy/6gW3UXNHjBBTsZpkJSkNJg1Sp/hVXGgJ5Z8dmYQMlRpXhLK7ISWKS0w4SrqhFnF6lCivEplEQyUeKebEO45cIuKGkfedsXcCFV0qbwn+/4kSo0v+YqymOzs86ov0Sv8CB4XEOAAAAAMACAACABEAAf//AAN4nJS9C2AU1b0/fs6Z2Z19z+z7vTP73s0ku5tkNw+ykAmEEDCBKAQBXRIVBYotSXwgViVqrWJbiVqR2gf04aM+LhFBgn2YWrT23qL01tr29lqxF7UPU2kv2hfZ/M45s5sE23v/959lZ86cnTnnzPd8H5/v93xnAAh0AoA2afoBAziQeRqCbPEQx+amGp7Wav6zeIhBuAieZki1hlQf4rRnzhUPQVLfaA1b42FruBNJ5RjcV96i6f/bE53sCQAABPfOnIbbwQvACGQlABStkVH0yoKCXmkvDOjhfv1BPdLfYfrYjR5Z+HB4RJanQPtUfS7e4HI6tNFIopBvwmNROjKZjo4X6DaTVfBQZ/4+c5o5prkHuEAM/vvTCC1Zs+7pkGZi5qwiCALq1zhMwGMwm1G/xzQx885hux3148K5w6SKFnieFs4qZnK+yeRxAxbp7RPMrxWrQ9Hj0xxO4I/rjeH1iMODwp835Cmrzd0KszL+e0OeFF7Kyifqc/6ntaR7JYGbYHAT+DpyDbk2pNEk4sBjMpu1/R4kCFo6nL8cJse48IejpMpkSsStttYsaVOeJKUTlf5OkO5wB8pOIQG/oX1We4T7nchqEkvMpSYpcR1zPftp5k72EeYJHbeMgwt0jqS5wx5ydHrcJsD6XUAIw9mR1IuaMQ0a1IxqDmoYze9NLgA8MZNJMPeZh8xjZnYUb8bNDDALZsmcw8VJ80kzZ56YmTxaLJgH4y9c4JFXCmfl0vBIsVeYLgpFYbo0MkVHOtJudbd+MHUOflCfW7JTSXklxsglJCYkQZ/BEwBej9EU0OEjkQ1L0Gv0B0BQ65cAwHSEMm6piAu33gqGYUkGJTiyfj1saiQswBEeSFrzGRiNcMl4oxeGYGNDUyGfwMda2HbHQ5/796995om+h9fykidQY4H2usaPt17y5S9vKhRS6MNjf/zx2QdGFyxgjnyp2ydEh6ZT0//Z0Pjy8+Pf8TsA5vmZ06wG85AI6tAFKg8piaxC+CGt9RBO0eoIm2hNpEoLpKCLspTLKBHGsdpsqF8yEdaS6Nm49i+KiVwhecgVUuA55tcgODP5rB4fBUUbYS7BrugtqN/uAPG4nqutxTJV4a0s/qq8JU++IR8XJkkZ85dcZbCLbPgqIBkZhlwaGApCJTgYREHRiJsxuiiXuVjCUniEDrKXWJ7HW0R+kaRsJk3PoTen7ddqsxnKdydklf3kyROyTCb0jVLpRPsU5j3Mgpj9joHszOQzy5bls5gblMVyJj+YvYm9SXM3O5o9mJ3Mckp2NItA1lXjlPs1/bo18l6O6+aglG02LDOsNexjH605kOUms2dkJElACj83cwoYZ04pS4vSKmmjdJXhaulGaT/YLz3OHeNeqjEmdPakqcMWsnc6g0lXRyAU7BTxZUa21kmpJtbC2lqRMYrAGDZJE3CzYnMOukZdB12M6BpzIdfv031aPNZnUpk82R9dVtAuySzZpXKw3Ds1PVIqThfJH2gvYvadIgwsUA4Gwhwj+xIyq0vGE7q0BGQWb1JcXII1mlrKulBl2lIL/oPDJcy9I8MlWV6/Pm6BVHXZGhvchVnetToI7za7NdGCNYMI/zodrsYG9IMloyv2nvrL93euwjzsk83QWseHXf46Y/lMRlu8Irtu6SXjV1+yuWvh3198ES7r/eaXKSv//Y2vLgtYo8M/hD/vHGpdteXlf/0Z1rcI9GC9uJoZBw4QZG6u8HRK58I6ycRjJgQWurOYCL9anDkFQAnk8HVAwBtMqsN2Bz6LzLPVasUlYPTHrRzgBA5x5GdyNSkcIedx7MTM6/QKXPjXo0Qe2HqjEbOQLB+X5RLmIcJXpVKJMjZWmdkTk3MKM+gcBQfAOGDIEBRseugg1B51pBMlRphY4CRunMOGaZAb5Q5wLHcf+zX2EMuQrjh8a0QWE4ShHQ4xhO+TFPHdYsYnd4t3FhepsljE0PlqVj5xkmja0vFSSW6gY8UjJQyveG0DnpJ3EAw6Xmc0XinQ6sZflxJoFcmoDEtW5HUiUcIiZbJUnlavrsnk/Vqvfp19o2vAvcFziY+DjF7L6XUmjXO5djf6rPZO093CHcGvoyc8R+yvoV/w/yGcRf/N2G2D3KBuCN/dbv33uJf5M5yOhZz5U4jRE0nRYklZ0aTvQsv0q8Q1aI3+cjSCdtt3e79g/4b+G4YJ3RH9uOEH6F10ynTW4NCd5CDgTnJomOwJ7cYw0cY5LXcz6wA5l5MM1W5rtQ04dzn3O990sk6n/ycsxDN48pCjFe9+c8hOdj9Xum2thMaX+iGZEe5HOlfK38q74HbXLtceF+M663CM6mBON6ZDOd0e3Zs6RtApOnwnunHdKZ1W97jFyYLdhK+YWsWWsyiWPgsDLIJFsjBnLNBCRqLHtLQsCS2pWJfhkZHe6WFiWoZLeDdVGpYFYmNGCEvJI1Y8RUvWHdruhKX1MpZg4WwJ2yNsImEJtLSA4RJcsu6wFkCEhtcTNEH/wMiSS9cdAxzuzRhtNSl1rWb81eHeD6VaOXVHtMQhv3rkV3+rHBnUI4N6pKdHikXf6hS8rV7J2mrGX6oMgDzvb/369XatG4t3U7ObaANEtYHLGQ8nkkQhaP8Dbtp054Y76kTnv+57+Pd/fPahl6bvhI9pBO8VTatvR20/uvbaK25w7H4Lwl/8HnL/9viCdbEW5VaMp8wAMP+NbVYT2lOR7mCLQgRPMFgNOiLVBk+MHHt8FP0QtEEsEi6cUqgd81iIxfIkJmZ+p4ikIhHOF5J1MMyaTKg/TNsI13lIG3UTM387TGpx4UMKnXDhLG0PF95TeHJ5HW2vDmJb02HA9s6Gv3H8TeFvEuSxyeMLFE8VmkDSGqxlCZrKZonFE6am3nvP1lpBVKpgCsdfahCOy2rNCWwGj8+zgOvyNqIRCnSLe0zmcaOkSWvSQOGVQUsE3kB1gKGCuGhVBYN5WpphmFaHaXWYVofx3Zw5TGpx4U+HyQ+4cO4o+a2urqW5Yh7fkKuKg4wMMxa+CxWltRIWlGW/km1RagqGlkGsG/g4nxhtGWthx1smW062MLIW9rUMtgyRKqUFSjpPOmSdYHjFGqlLh5IrIoZ0SFgRDadDiQnGomSihWSmIx8qdEIp2QToXSYTCatVMHg9Mf2YAY4bIG8YMuw3vGpgDRPoO0q8DoRjGbGur26wbqiOHa0bq0PjdRDUCXWTdSfr2LrB5kd2EaBNhIZIz7S6xzaQYDB8L0Vrq4rjCPGpCXT4AhqdNu5PBDTeAOR0Pi4YgDKsIDY4PILxGhZSzPDQugjbN5fb5bQ63NjUOcMFwv5NBRW+aTlqAHFtQ/MiWJjFdLB3+20dK4f8doshp5QXOZUGAyN25uo/tsLZ2lVesDDq8PCiz5m1QJvmnunLb1y69lLl8fK3L8Z4LxZLJoSVsHPvxmx+VTmwMSPGYnZDy1pmoWojiT0s4g2H5cUIImi5KjHHQAyLcJCws81M2d0cpngt7CGcHbZ7GD3G5tRnwIVTlPH1xNKRn3HhlWfJ2XqzhwgDFaaJmV8frojbqaq4vX6ESptEQJ97VXh7eFeYCUe2Yxke1EKtQoElwSakAW1EawfZ9texrTxREt4oVXDgCXWLRUKWBfk44bGqJJglKgNhuiXtHL7ggkqho0MtKN7mZm2/ooVAe0CLSKcYPIYjnJ3c3odKgFyp18eiZioPZkTY3kzlgdyZKg8eIvhUfnDNUVWEYtF5MqDaUTz2N060nyhRnVsRBe9YDA7GhmJjsQOxMzGNFOuLIYVsYsRoNjTk6b5lgbqvy6n7aJzulYzXl8cCYl8RMadDNiwWSW+HFAp3mrwm+xi+lVYAIibObjOM6aG+lSG6eUmB7BS+vcBsM5nMXnPMo8itHlLna1qQH/PAPg8c9Ax5xjwHPGc8Gs+h6KGvU3GgjieRAQwOp0awOODP1Ai+NaEiDPSWiLOCzRJ1T+b5p/ZZvqZsnazydbqmra2mpth2i7e+o7xkScav50K+QMoCHZp7yA/Fmpq2cnhaWtuKGdlX7IeXPVArefnYEPWbrQCwJsy3zczzFT0v+6j69tKtRAGclW4h3eIaXC+6yBbr9t9QfiQFRVaVfFMyI8KKemcpo2upws9Q/Z1xEYWfqer5TFXPZ4gkkAZwoawItEqAVpFNGNy+eIp2hOtS38LaPgEKmNdtTVTbNzWDhNdkUv1t5tfP6k1mKj3Mr582aAlCnJIrRmBanpycnHOsK3r2Jcz12A5g0quGlfLUMb5VbEU2rQDxv/v1DxjGjGOmL/IPWb9oe0jc3/qMwdDqbfUNCAPWAfFqYbt1u/hFpP99aEpEo/pbLS8xL/G/Rb/lp6zv23Tt1nZPu9gitbd28SOG63hdFtUIUlxKZFtbYIvAOYV+eJGwRmKjwsXwYv4d4QNBs9zaLb6gf8HwXwaNW+8SxKAoLkWLea3RytvNPlOQD1lE7Wqmn12tWS+ssa6xa718MBgSVyO2IrbZJg/1y6DAGJIFTKObTND0SczCBq03aTLhrivWiQLXcIbELshxhggkqcKFv1E5zGRaW+bsEjVLxB6dwApkNnCA1YXSL/AQWW12u+AVfSFvBpuaZMSA9CEDsTTJaFMy21EINXWCLDDaBSEmiQ4JIknEtj0HkQNChD0ESbRDNol4gyB4DM0AuCfge0qPx/Qjo9GgxVbJ6/UYjDnTqAmdMcGTplMmNGSaNCFT1u3e74Een9gKW7FpArFsFmSEzHhmMnMyo+nLwNHMWAZlBltaJ+ANz4Qf+YRHlleeHcbeWa+A0cFKYeRDUsQoD6PBqpkqkp/ai15yy9jyEsYRisU7LRmPbLlZOH6nrlIA+ARPRYKFKShMqts7yW/HOW49ps/IyDB23EojsET/wDAYplhRwGLjsBnbxZStFeJvUMGMl+JbEdEzxlYj2VlbeXWnV3cmvHva2koVRZVl12OcCq3NxArmE8lC2GmBPLRjG4mhIdYYWGHkk5DoDze1i3PWkiiQVb9dYdKFE/Ceiz7e8fvfXx7JxbyLyksS/lT5XW+mt5zpijqNvEXyOWusUNDcc274tU6byeQIYh8bZdp+Uf7ZJ8NZiyEWg067uxFuLp9c3+KBsZjV6A5fyCzev8xvjaq6ZiG2kTzWNU54b9VCurGBoBbSYdJCDlKtAanWgFRrQBMBSpWo2u8oRjRVjaCJmEoaVJuY+dURGmfTfAerBx3+csCOVYTRPhth44jpkBsIFIRVzCcT1Ce8NA/3Je3UzjloUIME2ADgIDVVkIoLpHEOMijVbJlU9UULqtkymdyu86BbO41tEK1ydMw96T7jZtzE/rR35cleWdDalofuQ+ZNTX1uqLj73IPuIfeY+wA+kTOlQ9yKCEyHtMloNeSGh8RpDQDGzKZKMyZqeApt+TET7DPBQdOQacx0wHTGpDEdcs0zPCoAay/OmZoSHIZE31FLc751qfLGJ735ZeX29ozPInp8KSu0au75e8faliC1JIzyxWUq/qF2RJtjDoKLmZ9U7Ih7PfUX1itkrtxWOrXW/p5cVePnyISS6SM1Ck/mOCfTs+T65q7qWV3Vs0iNEiZndXUs66DndVBG6aCM0tHjIL31VK/rqVqYnmoDuPA3xUvO7TGQZnpkerlML5eb8QQqRlLRLJDL8PFripFc1xwgDTdTN4ac2ozo74i00WylbVhpG1aJWEHahpSrxOleUNuQamgMb2LmPxQjOVVCld/PYR4lcT2XN9uwtJtAOGnZmn6FnJPth6v6t/fv6mf612qX1XvitUauWKtRY8RZYtNKJYzZpifJX9WkEab7x2KF1fEW87tM9y9RnCfPcn4RN49bN3Iabk3/Ws5Tv8xKOd4q0UCfJFM3RqZ1cnMHPeqgRx09+D5+d1QN/a1rJo4gqW5WPUJa+BP9tbl5XQ+x8qSypypBuPAX+mtPz/p1FcGxzm4FPHL6xbcA6D2faG8nahlz77j5gjXrngddM78BS/E3i7+5md8c8Xm8Hux+qX/r/Uogz51c/76LGcUsvp74S7IZjq3HbpGUDnkm0LnDkeZ0qB4XFGOkJx1atiJiTYfc2DM6HJXTodwEYz4c7UiHunBBWRTtT/Z2rAn1d+rSzb1KazqlA1x82dqLycTEa00GI6dlNdyyrvqcx21Y73b7BGssnJPgkDQuIWkCFhS+OZ2RYy25ZjjUPN6Mmkmdq/fijlhPj9jb14tGe8d6EegVelEvlutnHa587+C69RNoA7ZauzwTcNMdxHLNRcfPEs/qtLorrlx6Zec7WMjJXzv910tNGAU9mLhg1ueqel2RmIk3x6OJmCkcgBY+YonP97qw0yXD4RIJkzerTtc/cb0q1iSZwL4XD92zemSumpvnk52HXRth3yZb3ZbGtTc5N99zwfLhsMtsaFpYLtrbwm4D60+uLWzrQci5oKtc39Nq1IRrVzUVVtd56y8ot7U3+CjOTfLQIaP3NvGJmk0DN1xwQf+Cm8rXr5Vc2EVzC1FrH7x7KKMUuo1y+QLqt2G7dBGuq1eCtc1l54Ymfyzmb+uHGx+sDc9iYhMAzJ+xLmtEs7qsQHVZjmLierq16HhXlCiFDDmKBmNpHVVKOqoRdFQj6Fw0ROKiIRIXjeC7qgoKF35F9RIu/EFJkNNdIEgvDtKGgrSJYJpGSNIUPKerIDmtwjRaUNVcmmg3A7kiDQIoliOqRF+vkAWB+gbzd7FJFPA3osZMFH2MjzVwvlp1xSmbpQESga47tZ4Pj+dpEIGoEEENlMwpjo1ZF5FjQhptfz0t0wHUq+3zMR21nzqqK3RUb+hcdKHARatcOlLlchXyIEjPDNKKIP0xSG+UriVUFUaaqBNyRjpdyP9fAyYYny4oKDUFXYFogFyhrzBYGCqMFTR1LFRoeRQfjRe044WTBTRegIO4YrLABHWudIhXgyfpdCi2IqJLhywrosF0KKoGT+qTNR25UH1nAEQbGukdx6JRnrcY3K4YN6aD4zrI64Z0+3Wv6lgdCZ74043BWI2Y7ksPpofS7Gh6LD2eZkBaSKM0DVRikU8P5tUAivx/D6DYPF5Gy8a9jDsANVqPxlcVZCzHpWH8jyx40fhJ0/8QPSGSOr9yDgY0wgu+et8FV0sui7F+cbnNrjQa2I7eHdcbLUQUHV31vFiVxKkXLlhbvKm882LRS+Mm/Cq44+bh28rBkiuIZW3ZJrjm4W4fkTSE1fZp5hiWMx4EkakiaQEMBNWFUgroVL9OMBrx1scS2SE/koJiJ5UsPY11x3VGIQ5U20j5txLSmFsE0JPfyXk+crGf8JSPdVCOc5gEiuEECuBYigRIkWVDJpMazKfGiDAXtka0ExK9X2obdcJHXc+6XoQ/1B8P/kKvtb1rgN36pa6LnXfAz+p387/wc6LSUGBpEH+/CF9y/tCHFBEu11VHY2PJpMvYB1iFWZGFJ8m2jx1kh9gxdpzVsu+ZFPyjYtqP3ZzZ+PWI3DtFgmvyBeOp1ReM91244WlTaPnTIrv8og3rvgNMM5OAxV9xZpIYwSXrvg18TANggYNp+K3wW/+8Q2wf1lduCDNREwza4pYEigcShrg2YeUdEghCnwRdelzycLhkNwsS9DN44zS6JeDV4E3Fb67+YcMBCeLEXAeXrFOs16HrtDcabrTcaLvBdZ3nuoCutB47Q9gBUvQBwdrqx18nJvrTRhLgJiFt2ID500Hi2clEIb8IuiMW6HTY6IpsMoHAyVu2Xf/qrldv3Hzzj1YXti3ef9tlt2xdxhz8yp0HP3lu9OHPPHXLX3d0tH/lppfLvzrw/bOfHQRqPBsdxbyWgkeqq1U1Cg2JiW5rkqrdpEeEFZg6H9WJVY0tVnWtSDS2lTCiSEGnSJWzSNEcPRF73R6Xl4QqPCCB1a1lVXJ7cleSSaY4j4nBXHqCoLcpjN3+Qd+SGJxwfjA6SppL4Gu363fpkR434NHikVLWtVJ0Rsb4N6omRYJ2CTOTAl31F8Wa9Dz/Hbur2Hmv+O6tdNF/O4YmfANq4BWk8LexnFIDB2qgiOFRkmKhT0eTSakjEUp2AoOxxuqQBMh6Rkk4TDBB03qGARxGOwNaqGihNiPWwBpgjYmiKMFRaUxCQBIw+pmUTkoaaTBNXG/MwLP4ZeT0sBoIE6ZGpkpWFae0gnkBsRGsuTBLONWVehIMqyAKdzXMe74723PNzubufCx6sdPmrMvZzYsXleWuiNegMUd9YtIAnczBV15ZUptsWupIbywv70litRRzUaxwxYGFAQoCMAYodzFnmc+DBhSp8ItDr5drGHBDEiaDNq2DRnIdJOJkpUUrKSJaRKTYQIsNJA4FKnGo9/CnPXuiRENQc5oppJdB0GFFNzbABmDTAm30RtIH73A0ApBvrKgfgDnmOAa/b5ROnpxUp25cwAj4O8A/8xfgnTkDfFiEDEIF9j6hF7DasMgPpJE9n3Ftarpdc4cW6fUam86r8+llhy+hj9livoTcAptsBf8y2xb9FsNW71W+K/xbam/Q7TTs9O7wXeu/oXa3Ybd3H9inf9C3V/4WOJl/WxvV63WyXFtTY4A6FIJ2ryNkB7UNIWAzWEO2hE7y+ny5GoMDn1AryzG9zoEphy+p8elZg64W770GvU4XtdtsEAJtkq504dEms9HWIJ/HsNk7AXWKf48Bvmk4Y0CDhiHD+wbGcHO7fpV+QM/ob9ZNQIsSlF/nJchL+zH/7hmohdna9lpU623Mf5NAZQKTSyO9p0vDp6fPlsj63XQFHvdOn5ZVQ6rCYnfrnbqMGtIhsR28JzzoATSK849bTtAVdUXVfSZZJFhh2cNODH6dDrcfEg2FOZGGYDCXwsoSPWZeukrXDmEiST4m+ISzri785gkrp4vIsCae8ui95c80Hbywrac5F25NGULLYh3lo3zYK7gbmc/Hk8Hk0nID/Fs6ZdMbzfE46wlb2s994o67OmtrGl38ovX70TNiJmoSTBTDPl3uQm9q7gEJMKqs2GGDcV1aj9Ywl9iuRFcy16PrmL8EuZBhi2SEJ43QaHSALdDq3OKwh54yGIw3WdmWWMzDtYTDlhb/ImuL5xkHBMDhcE7A+DPJf3+DYBNKQeHs1NkpEigj37NFQc3TISvcw1OYQwFBHvZCCGtvkoXgdhI9TqSYozEpQpjmDC6QsNXTj/44s3Pbtp2ZHz963cczD9w/ti/zcc22qOutu7u/W+i+2ZK23NxdeL77rl+7o8Fbetu+t+Sq7+YLL1zZ+b22nl2A5iT4wUvMf7G7QQjI8LDS9Bj7WHqCnUj/kP1hWttoLITQOt+60BbfltBOcIPvLt9dIczW3m/6H5OP+Y/JL/tflgUdx00wSUVv0DsMBr3VZqNHvODgeQExDD0C0IEJ7Ha56JHX4/B6PbansPj3HRZ2kAJ66Yiwg+ee0pEq/Q5SwFX6HQbmKUSq4A5SwFVwB3A95SZVnh2kgF5Sop4dXkzoAAAa0WAw4VGIGp434f5F3E8Af0VNhwXdAVLMQozmFwIHxvNJYGL6sTHvByIZUsC0NP5vgX8TU2SAhqwmp0Gau8S7IuTQxjvgdsdBx/OO9x2sw1u7ZkNFHfdOnT2LLdI777wDslPnzpHS25DEeon6gdb/tSScnpoCp09P/S8FLFnyPAH76B5zCoGosNnNkWwsN5ekCVlcshmzSHOyWfU7uYiaytJEkl0Y354FY5s3jy3Y8+m71j2auq9l7Kqrxlruyx9YvvQLpx78yWsPPPD65U8yf7+n9XOfeuCh2+5t3rN5Yc2e5nuve/jLt3yu9Z661nzwp3vvf+31+y8Z34inc+Z9zbOsTWsADIgcA4hJHgbAp4Hfhp8BLETQCzDHv71S+BBke0nsIVwIs7a/v8FGNc+uAVTe3kNr4XeZFDAC17PMxxVsHcExZiXW/FmMR0vkmvmphv21CxfJ8qKFTGphrbxokVy7EMzMgK7yjcwK5qAtYcQybNUaH/g4ZoVDMMJMzLz7bLcMIfY+MGvLBXyugDlkXLvJljD8Hp/LGe+Fd0E/iChOlIsq0b7oeJQF0QgvKIiPwugEehK0lwpQLpFrl89MMbvZN3E/RtrPvSN7gU8xI6UDgg4lFFIQ7DjGXAxoZ8MFAGb7e3O2v/vgZ+C9IIavapcGJDQqHcRaODQxEzvcLSNYdwx3SC8vVa6nfWpWzvZ5H7ayNYoNHeyGA917ut/vZp7vfrUbdYewZqdNXHAMPVVpotqGUF6tGddsmx3Dg8xzmPbGZxEoFl1OBRMGqH2VVzO7KR2N6nnwl5XzNmyIx+fOWzHzlobnsMUyTNHz9sDr4REQUHg4GD8YRyCeCAQUCOW5m1HH0YX9lhWarbPztGcEgITigVJkNIKUyFDkzcj7ERZEsJ3El6fmbqRyH7Rf7VOz/d4Pb4bXgpTihaIMZ2SYkxW5T2YwGHY4FMjjK+fmrzQyfwyts2O4H4/BpRggSKUYhvZanUD1/Ciev50cxH3+gfa5D66B+0DwKDoYez6GYq6J8jlK9uh5N8uQ3EWND9sRH1gAuuGvVMhyDED4npIAB8ytDlCXyQJ/W4IJKfEY1zzUApWWwRbUssC4rDZk1LzinoB9ikfYWl9P3at6PY0TJNpEsm+bmDlN4WobSWm0kxPa2lYs76TYtjMcXrGcpqnOzxsUPpye+mjuYPv02SmaP7gCI4llsXTeCIzQ4PUDP/R570Z7+D3CHttu8SHRpKw4sAK1B3Lx3KL27lUBJa4sWtW9Nj7QttV/VfzqtqsWPeR/qE1oS/lTRZISlZg5pQQSukwy2VEXynTmWpL1Hc2hls4FixJtfnaZAsn6lIvQIecA5P7FZXBZ7YLZ+w7NCHBUeFV4X2CAMCMgYWsuV7/A729rKyYTifrn4GZQRIsOdfaFK1mEZH9kWSG8ZPmSY3AAzCYSnp1Sza36+XC4VCJUUFMKi/juCYr5J3mFHV1idHG8I9opgS4Rb5ZEFAkulZbNzyskgBHDmOGSvB4W6AqSGrOjqqq5mh8L///kGrLuqxI+o8litPnsyYVizYIlH1vXVlb+TwmIzF3ZhYVEQeR5zrCwriGQGF5z/WXKuSP/x7xEwuc3aHqAF6TAY0rfdY4d7ruDd4fZuE4r+kE4YhT91nDUpwvEIgl9NAl0JJWM0emANZKy2awokPJ6gU6/Op1MpmvEoss3hP2ZmC9i1HrTl11B56PYO11cKZQ+7CXRsiy2CcR5IV9ySPI9ra24VAnL+IJhu8cRD9vFtTDowRvJGVkLQ+7A2tkZgKVGGkYtWKOFRhIxlWEhLLE2pwDCSUxNYBUACc2EneFo49q48/vfDyR7G1EKtsHM8fK95R2/2LX2XdhQfuX9DdfA3eUd8RbpGvjsCnj1Lqk2vqf84k/Kb5WHNgVgF3RDL+wMlo0rVP1XAwB7mNqQ9ys2JIhtSI3ih0oz+ZdrHmweah5tZkFzU6wWa6Jm2DxPEw0TW0LzQIktAdysLcF6CIGwZHFgQxL+iB5S+/zdbJ/3wQD8EpAUG5Q64IGO8Q4EOjpIZ9gEfdSG0L6IDan0dd9OoPYVStG+5FlNO7+vp2b7uh/3dS0IKVbYt3B8IQILm2N1+K4WwAXn20e1n9bZfiq6FYFkmPYT++g9lVezhzU9s/08iH6ECWzBWnLmtcP5PDEi1Gb3YLu0mhmvtEvs0uUVuxSNGo1zdomOm+rq9yu62kt1NVSahppQE5iYOX6YwIHCfF09O+6ts+3vA/fhBqMYEwDpTQkp0pB0RmIky+1E0YvnmyVyfTe2S49Te/jHij18EtvDBiUC97dBsW1/25ttDN82QHa72g62vdrGgLbmhIjnqm3eXI2MkHtdiP3nX1IbaVHbAk/gTjJKiBE2QrBR2ChtZM5shGMbD2wc38iAjRu1WoWBg/ONPm2HjonO4R8rc3gAzyGxtsqivkUILBIW5RYxYFGLIYSnsg22zWPQuXG0zo7jfjoOPJsMuKLU3kX7nJ1N0l85p3mcYgy1v2NIR+cII6NlkcjcHKntvl5plzceY5pY7SQgOIpRtkKwdSu9oa0fxVFEP32Z0vhPFRrvwTSmlruneynCtOyZpSUZD83DJOcDXZWOFYzyZtv7bQi0tdUZ8EULzzPbFT34ZawH28ES2KA8e3LpqaVoaOmBpci69CsBpamPHFvMuPX2+oaG9lw228ELgqJ0PDzaDpX2vnYktefaEWgX2gfbmfb2Fkm42M+FIyHR7wlHMqI/FY50XOxvDUeUi/3acNQq+t3haFj0J8PR7MX+lnB0yeKoSEI/EuY4ya3ltNrW1haUSiY9HrfOwvP1uVxmiRgCCoYF1oiihOCbIXggdDJ0KsRIoVxoKMSEJhBWDEsXS+0dHeFIQ7YvM5hBma90Ch+OFImabSxWEnNJiBwfCkW8yRYbsvNSOMgPFbVcDU9a1QTs4en5JrXyIW69DEslmEFEC2O3Hrvxjc4oMXRtkMbFyQpW+CPHWHHPv0ATtoZZH+NYkcuhzlz9cgd77Ji/O5ub/nYuv8Ixfbd/eaZ++lu5/AX2Y8cY5/L6HFpan1vhYNB103ej69lbVjam4vGazIUXnTv+sWI8Hq9rH4BfLl9RLTPFi2bPKH9V9T8In5yl+breSljJ0khzGdRM1gyYgEFlk8wwBY4NcfHGg3mYV/RW/HsBBGo5zhbHhxZ8mDbRlReTgYbEKRAz/fMEV8CKtF6kp4q0Xsyct1BDsV26muKaTs+muE7SYOf8NRvhRHXZRi7R0CT5Dc9aJcuvQBJeTWrCa5SPnZfwqj8v4dWvyydrOhpD5A5JZKnWaMrnFd6az3c2AYYNiZ50yJYkyznxFRFTOmRdERXToVgyWpeBlEr5WoTp1ITpZC00UeLEYzGMDQwQIbGutjbt9cSMYyY4boK8aci03/SqiTWRpZ1EukmMZeSa81d30HgakuWdyfTJNJsebH7kGMOB2exYa2Pj3PoO4V5ra/Yj6zyUEEX6HAlhX8Yi0AdKhA9kuUSgHkYZgs+vM/h13gDUG3z6QAACuvZz662YenOpsxAjCJo8G4JOq8M1j38raz/VlduCNUk4urr40wsj5V9tu2PJ6k/UtBSd5YXORQ2CctG2m7zxi8sL1jfCh76A4qIrw0Nbhr3lovLxHd2lLzxS/vbwglgs1twHO8evub0c2O5KxGJLr2IWShcNZDCAw7rNhRXVXi3WoYb/prptDDPy3aouDNfpvFit1c/XhTO/wudvJHbWeA8kdnnsZUCt00kP/nfKc8bDKJ4+z6SHAR7JkyO7mAmqvtCGqlWpYgk3busBin3Uvu/FffuBRzFBjLVI3+e5zfSamZ/iayjWqfR/73f3EosGx3xQ8cFJ3ynfGR+T8ym+Ph8DfF7at2/WAFCLRvtuxO3cQDGQ2vd9MzMYA9H7rlPvu+68+y7j8xdQ31nt974fAOzpO6DghiRb6JSbAe4w7S02d6eV+2wsr0Y3UGyi9vUg+FzFnsXjpKuqPSvi8zjNPdjO6CnmebCnikzMZnoWaQvb4oc1PUKlLcNZ9Hl8sQJVhePHuDGnLCuIuYHc/tybObYvN5QbzY3nZnKanG4CnlDM3TKQlio6pOv8Yzdm3oJcGpEL6yv9dzE/0OwR1P45I49acNv3k9j7hevGNZ9bX+lFCTAoR9OzcnTRLgeBx0w1Us6zspfojaxcKGClUihgf3Allv+IUMit7Fs5uHJo5djKUyu1DOpbDE8uhmDx6OLxxWcWs4s9E6ioeDCiAn0e3BxYidTsXcbT+zoZJ563grrFxmF9BaPNvMVYqR0/W7HLY9guxxQnBCQdGdIMZBCLB0gIoGbOOqtgC81cUe5CBc1WoAUSXKC4X2IhZ4c3g11oF/Muyx5nXmJ/xjIRujbYXBiLPKY/EGGkSF9kNMIIkbHIyQijixzCyhAxjEajZV/lsQ34qXYCPaXILMsjiD4/poWCdlKLzpCFmT7toPaAltWKSW9HKCR2ci6dxHFWEka3GDnO+YqR328hzwpYyFNusXDE7fZxXGXRnia9kewGvI15PF6J1HonZj5QfKRuzAt5Lxz0HvCe8TLeQ+HIj8Mk7UxeWck7E6ax1sIeE4m+91IvqUQceOIzYdVlcbn1BpfBE4BuvTNAaIR9UtWHhVkiM9MlsvhxrjQ1a6Fl8vwbJGmUJXujPRrnohprNbRWibNXVFoy/vzEd8Xy+2+H4E2Tj60ZqItnOgvhetlT76cJ0lvLR3760+3nrnrrDwtToea23KZvos9+bQNdAsJzHMFY8OdUdj5QsSD8RkV2+tbyhjnZsZZzJIcay45BPQ/8Z+W8zhXhYOW8aq4183mQgfuUhYYh/Zt6pOd0LqePdzl1nN5gQWYjVkKBRNzuowmIOUJeu6TXa/uH7NBuD9Bs3UAsXk3XjVdtbJwsSQbI6XE9OV2Mw2x8FYlhCfFd8T1xNp5Vk+blKbkxWyL2tkjMiBubFvwpFUFFvEx+C2TCNc6wQVejJety1UeDH7/d8ik/6oJL/Z+CzM/gWfiB5b/9bJx/EO21MB5f2qfkdjCftmhYE2vW+xitSWs2YxWMMSCQQS37ruWsBRVdg7nrzW942FpXG1fUFZ2skKvj6nS1TjaRDtUkoyAdkpOReDoUTkYC6ZCUjPIWS8zvc/j9PgiRP+D3+Xg/xITiOJchpOdCOnvI4Qo5nE5JCpNFJVkmw54Df1MC/ZC7YHQC7pNEoslaj0fNnFAzcoeHhwHZrofOZposW02hraC8JjV/1lU1j5i58BkRLVz1dqd3Gbynb7vy7u93DCje8pKOVPldeWs5c0Wh5VL475c3oX/70clFopBhEwmYaXut/LO9PfE4TLlopuyVnfH44svhzLa2REKhvJTGPHKU02Ce+5DyUhd4AT4InNg2wJgLdCfhvAgd9UNITi05H6ixzq6ZE/h8L7ZjWS/0mjcQP9F9DB2c7yemMb8epXz9YYWvt1T4ta5RD+f7ODmSr1tpW2s89p56ViRlqpyF1PFqtmF72gLuVooJ3zLfDt/QAha7An7sKDT70wsjEeIuRFuaPQWdzeR5twCfBO+aijYmnUKFKEYuAEKeTTmfQwzg0fePZDxPeq/2TaDjijGTjYTDEW/rZaVK5EWYLp49O0VigGRySQQM8+g0rjmN1QrR/pVJhWrO81wgq7J6bHcz4UqwpRJocSYsUM2FaYMYCzGNm4f1Oq0xbnPUL7igafHmPS+Hr/37OyTuQqMuV119sSSYGm6/4ku3bGFW1Yb39DlMerthQWN91zUbNz89/QFXHou3SNcy20j0JQ5rlJ3nnlwtOh2Z60DlOSEmQ+OpOWiryJyQoRg9S82a3mGmUUWLGl3NZHMgUokmxmBW2BqgYdSAkZwboIg8kKRZV0kvOUhi1UDBdjLZUD8vPerD09NT6tMzNFpYfY4s1dcw1PAp16c8kw2aZDoUWUHELpyMZpOpjkwo24lhpQZUh+SkQ8oc9PsdIBI2ADycysiswlZ/IJZMZlPw/RRMHao/NBu9LA3TWSMzdrZYWekX1DH8w1J/6X+NQP7TDGUkXxX3m2io0ZpaJMqtnR9bVyyf+mja8j+PKsL//Mdk5qoMzskHcGC9rwHeZ7AhD07M/PIIkcIkmkCXPN2dnC+HRzT3CBU5BA7wZzzffsUCoQi3dCcHoxDCgHb2opJMZWzm7ZnfaR6n8v4XVX7hJ7D8+o/AAdwwpvopGumpOd+9x/3RHEXNJ7Bsmit6AqNnsh4DVzXDgebtzbuamWY0MXMLvb5pXlxFxbJv0zhHz2y/x+BERQfkFzjQnA4wlXMkF3K2nznbpnQFXbPnVe4Dzra3D+6F+0BKEWC2Bm6vgUM1e2qer2Fq0MT0Ojqk9DxMVFlXUe9p62xf+wDBlxHFCKUmpQn1NcEmNFEeqsa+5u4IX8vgOXtFs01IGrfPLKYzYAYkInxlBTc+jdH8zHtqXleUZhji49MKFaMogFHYt4qCRwId5YJfcQ/1QSh0YhMudSKhs6/zQOdMJ9spTMCbFT3GsVBYxXQnVXBYWq/a9wTGxwrWhY3gGWXXFfCK0HWQWQv64doQc5f3GRZ1sTt1KM82aVp0TIxNaEiUJgbijNYMwiDC1Ir+RDgiiv54OFon+hvCURDyx4EABcH5sEHf2ID81zNMIq6zFbPmdvMeM2M2i5/zQE9Re0UB+xQY10Xq+moHa1HtV/IkRlIJcHw4NUyeZybrBe1UXTZkS/NUpfpESqkEiWcIrA40h6ToSzCsAqo+VXmex0iUJ3xs9fcfegtym98fvuSm5pqLEnzCf3HPlx6/8vBmx4o8iXFku/0dF+bgbeyS2x4pP1p+5d/KD72yo0fu2N3i+y28CvbBwqeeng4MtNfF4/Hix5hr7+hNgGr+zTbmINaSgSPjDScbkJEk1xct1vxQw16E+IZsw6oGJp2MdqRC6U5Z0EsYTOnNit6UN5sZvtaVCdbInKM2wwWCBq3WKuSEiZk/K1Ey/0IMCDzJU6XP648BOA7gfvAqNqSApCUSV94VkWtrXS43hb5ujpznjkUxHv/zYXIlLvxJcZPa/REoRtojaBdZ+wMRIYIIaD/icOUjg/Vz3ouaykmfwiCIWH2rifo8IDlsyFYmh8xLe2OWYDRVL1Z9K1MkHQquiLjToUAyin15OnNyKf7Pce+cdz+HhBtJBpWV2fbdx9eWstFMZ5PUUNPRc+O1tWuc5TbH0gZPfSBBUji/ev97zrf+sCgpFSge/sYtQ7eVg1cujce7NsE1T6/F4PiFF8qPVuPFN1Af+q+V9YN7CHxVeDQkQiCG9IyCeBGK86LrVM5p3iddM7BUfO8nZvbS60B4KEyWDkzseUsHlevU/n432999uL8v0ZXrMyTEgtU2vmqeXilU+6JrBmpf94EHAVl59iF8CpAleVRmTslwkhzItAF5fgy6VI1B30B1tNrvXvgtrKM9ipFBUeembhkxKDLnsM+7R6qf1X73gldwv7XEfeVFUSR02SUeFJ8X3xdZEQDaiDQvJD9SmIsXb6F9n6vo+bPEPigWlG1pb0EtDQESzG/+B/tA8x1p/zzFbl3YrQ4qPNxTC1fVwlp4A1Gic7c6XL0uiu3CFmoXzp3n8yDQsUw3DxuaMTY8Su2C2v6xV1SrUGgTrdV4gTp2ONvWPqjDNoHmDGDz9Hwzk22Gzdii+ujKc9PsPQxX5lu9h62zfezDFRXLmJqYaalaxqfmY9vRmbdYDaXXdIVeL2J6pRUfzBYHiqi9uL2I9hcPFt8sMsX6BaSFtvMNEW5j08xp9FNCO6NNpd0SuooC2wurCgOF7QV2VwEWavrIxfnzDOts/6HZ/veAt6vx/fa2DCYNbD8vvq/2tXW2rz0L6BoClFogaMkneXxBy9wsqXRZVL6RHadzVKZ9PAD+VrHJhbhLPzdHjvKNqMh+D7dtV/NJKvg9FNJoqnO0CNvNcTpH5cocRfAc1Sg2OBDZHkHPR+BQZH/kYISJuCdmllGSS+dHMxCwz/yRWU8xbRN8soJpvQ3qAwGmeQ8H0G0TeZSXvlyhWsgTzW5TsS9iWI2W03k9ejN8DuLxQqvidBAgPJSAiZqmQG5rFi7Pwqw4AbFSDGijtTVGzSujbkhxqE2QmgKSmb6MSEufSMpMzLxdfbL1g+qTrecqT7bOf+PCyRPCG9MlmlowfbJUmhROCMdL7dPC9JTV3VrBy+oTl34lrvd5fagxX2D8gUYzrA/kSLkp+8/HH6bjD+VyQf+BgDZRIEOGICsEQzeLs0N/dpWwS0BCEuPsZxKfkYQJ9D3F0fQjvz8QEEUplqnPXZnNZgabn1CBNUm/O1sUKhZ+6h1s5IUSHj6pJDB7+nT7aWz/58ZP8xyB6iRVHtr9/0DbdNWDvlmkkaz9Z+gyxyLY3NSM1mLMbTTxBpt/FnO3lW9//fXGVHiRNRkd7cysq7m3+Zo6d/p/wN18+Sdd0/+yflE6dfkVjQNXoC1h19buxJXY7rdhfnxK04MB0Rll2TbvNh/a4NsW3BZiNng3BDeEmAfdj7hRNtoeXRVleNFvCEdY0a8PR0NBrw8CYLNHBcRYGQEDAmc04EcGvS46gSYVPwvRb1ib9Td8UA4obku7jQ+Igb7AwQAbmECpo2E24uD9so/mopKfgU/wDfgO+Fjft1AK+6WT2Lh/eLa0ZN0x4CMP5xZ89BldPo+NsXxawMQmPyr6gGIs4G+1ns6H8A51fKaLNJJPbD/ZQuGHwg8rGAzjrxINz8833OFC2ErXk6L2sD2KARc6Ca8sf7GzJzv9vdyaYvkb8NKvX3b5Em1CYFfzCds7z6M/XVhesWtZPH7RtfDZC5EmMbQaLiq/8FtMV2Hmj6iF/R4IwXsrEhrzUHl00y1jexjY7ebQkB7qzV6/a6sTLndCZwhL2bN+LVdrNnqxY6m+y8HrBywNDLIUR7N04Yd1CCQWRd+jVH0oVqg+Qy4Iknjews9J9SmKOUGbXeyh8lUY8A8E0POu592oXYL7JWj0dHuQPwQY1mEVaCaqHTGM1Wp7GA/aHfId8AddoW9h8OEHQawX0oGAX7vKMGBAhgIZeyAYhAixdtuVgvtV15uu912M60qn90c+PXFrayQDNGSy9BE9n98fCrExZx/J24HjwqRwkqTuCMIpgREGxblXmpBP6cMSCS6dLZE5Jms3NCQxfbqk+rj48LQNi152/kIjoxGKNPJWpEszeOZH1mOvNkrzZlRJS6iJINFCk72RSCHsev11xd8bTcZGl6y8/N577332MvH119Gyi/56Vf2Fl226ejfkL4Kc1AM5LFVEpxtnTmme1v4H1ukz6roKfBreo9qgXNFGAtK582wQg7FKma6rOKC6DkPWyIkVUpIQJBttZGkhObe0QK4x4T4OUew3A1Xs953q+klDPemDb4AN56+fqP3Q9RO1n3vBYzN7VWtH8FuK9pOeh/pm+/ndbD8q5qP3km2l91L8J/eycraP+6rr/dg9y9EOGueyRKq04lyztPo8VtufJn4rgqsKcDs29HECzmCBJGgZTPkCvSeM8ugSi3pfCPc5rRkjfaptgAdwn25MC4Rqg6HuJNnP9qraZrVfzWy/e+GPMU4JkX735F7NoVyc4AuE6uchu8JsX5+Y7WsveHy2r2SwgfaV+mhf5dWapylemKnkp3y86uvnK6s76n2UVzPTzOdn234QtVfOW7wYzsN+/pm3uJsJxsFmjGIcNFLFOErRpMU0Vs7PYZg5rTlMMY6rmvNQ5a9GCBqz6eh500LnHSMWzTdpH8xH8yQK9R5OmZ/9QvmEPK9BsaJQwV3fqc57a6GWrKm1njfvPmxnaNzFyFbiLuFqnNVpfIxEeBznxVmxc8FcTenuUTHhsIqneS8NtGr2EmTk+cecGtoPyV+p9HM/zNH8FQvMOp93ogEn3IX1rKEKZz3zQDClg9pva6Vfkr9C4jzk+gGy7LLfi/Dey0/AWnp94DwXAut9THGmTfNZEAR7ldqs2I49D6toRVarM26ECBoGLUMWZLF4fTof9XV9dJnHF+OqSwxcNUWTU19RRAuTin3BgnwfB4e4MQ6R178d4BiOLNeoSwzEp8UuLKhEG2adWO5wCH064jscgp+uOrHxWTd19gEfgkdoUNbViPgyl+5s/68vXrm3EGxsU1Y0LeWLS2Kx2MpR9KtfvrW9VSys3dh57xemAzddBOa/rzUIasDvFHkLgnoN1OnT3nQ6zZj00hckZHkk8GwAtQQgE7AHEM84DHGFc9O3MSw0WvK8W3Rn3YyOoY9vK9aU2ZqvtULG2mkHnlhkvY8DcWjVxpNxVtF6nJ68NqWz5LWs0UUe2MYNuFzx0ATToFhArd6a1Do88Zhi0JI3JT2rM+VPaqE2W5KhMOnz9E5PTgpnXxJ+Rd9fCDztjRhg+jxC71TDwMZS+1RDQ/vbAyVadcLamsV1MhBO0usw6fBhqbSRfkqQvsI0SQxHIlnx90nCoJUGBjgV4lmJiWlijt22+8T+Jz/7WcTxWfVdpjBR/o87Hnrs8v6nFiwbvWz75pGblzbBqR/vO3At89pFiz2NQnSofOai8r8eu3/Xb3dvvnnb9H9e+TnyqDSJumE5/QbGazJoAUvBj4/hKTijpC3W/JXsdSx6LDgRfDnIaGJ3xB6IYZIOJoeSJ5OnkizfJrYhk6aTPGu5wOnOZ3QmPr8lc0MG6VPeFBJShaiycCHnkUaFXFRCi6M6v1nkdI1KRNGFeTO0MmYz8KfInDm8wfxI6rYUStX29CUGE0MJJtE6wdQdbcfsv8wW8WenhF8NT71WmmrAZCdP9hBC9r7jm54E7aenMAqZ9Ak/whPgm2rdWKrPlWSZkpaSVyaExaSdXTSIRtQHWKpoOdxAXrKCETPewlkyS81N9vk013xj6eItw6enRxvXxtxfWCYskrPFBc096ONf33TXhZd88Lmuy8pnPrnlC5v6VlwDZnqTqaOX7Rmtv3b4wSt3wGuuvnRdSo43Ra5hrn6qSZ/j5bbupgvq6zzhCy/91JurQosvhX+6t7fDNf1ny2jH9IvfXlWjn37Nr/Rg3RHDumcN1vtaVKZrD3upbPQAJ/7lEeWiraps6EzwLyaoj3qj6SiWEM8XPMiicTgdBQejsTvtBfvD9iN2Dc/o+TiHhJBvvY0DIhYAMfxRATB8C3s8euBiGo6ChCDGtMpHmZ7w9vQk5vfXsKP1j8w+dbzC1pSnh+fxNcG/ZL3mPH7WznL01z7zxP4n0auWmLSy+PCLFVbuurVQSC3aPHJLJ2bmsw+MXsueLf/8Pjk8ffbYfaO/vXvzTX5HkXDydkKbCq0wbcKYNv1SC+ZH3iNiWmgdLgd6BEIWOiASZA8EYSEshRknKyz3+cxiSutX9KJGZ8g5fXneIBqyBsbPGEymnN2fX2UaMCGtCepMZuTCTKk4AXkTqkLeP6rngxG9URvWfwV7Fh9OkqdBG8lzU5gyG7EiBdZGKvCe9t7TvimiIabqc4Q4UJV7yppR+nIfa7KAxb2RsuI8WW9i13zp1p9Ov7Br6XE4GGv69w1PrF3+1tDggbrMuvq7noOffPnyC+Nsz23owPPRn0x/WRC3rrt1X+9i3fRzln+h/AIqutQKJPA9Zes2BI2YX4yiX5RFxmR0fNGBLEiwCQ0Cg3gb38B/jT/Ea3iWo5TgRC7LYUpwej2lhH5Aj7R6qGP0BmDyudZbOODHbOQPfpSNbER56kHE5I8pun/Qmx7hJZ/KQ/+MgwjJZkk3j5nmsRKl1f/CRnuhpe5/4iDmVkKqLf/AP1B9pkOzDUTBl5VEXIQvBuD1kU9HkNe91Y089i12BAR4nXCHgAICxFbJ5DdPQI3SxvsVyUJeWcrwFqhnLEFB58gH+ZAYQiFnEcQND1lTWskCLc+ZtfqQGITZIAyOese8yDvBZJ+WGOxwDL9UGm5oPzlVEqbeg5gw2VIjphPRciVf79QHmG3IEjeN8g9X9Bm1sVyUabSFJXtTQagQIokP3S4Nv/aSbxz4zufvka2LXFFRvA72wdQNi97bse+hT1y8RXwRXg0vPHY3+tZLj4wPbux2bYQnyp+E4gOn4K493T3Fex2w9LfnKjTRXqi9BTSCg8qy9iDkPe2eVZ4BD+vRZHV4rm+I3xVHO6XdEnI5r3Iit3WzFRksKyzoRsvdlucsjL3IR8QI0jMREGEzZr+poPiJwfBgEvkDhYDgh5L/gH/cz/j3uPe7kRtTRLGF9LmUHjG1D/GprBman0thEp0uTb3X/tpUhVRQeKWB6qJf9U6deH2KEIrQiFAIyxsVMUc0Qp9KjEa8MIrCEqN1Cm7KJc1ufJikyr+5EnUvCGSvvXDbgNB4rXhdebz8ixvap3Y8uG9o3WbxxfLnyweP3X3xhof3f+e+sQ2OxFs9TUXNm9deyuf0teWz5e3wjvJbD/6qfNtYd+/CPY7y1//23LmXHh0fLHXXdcBlqTpMx66Z0+wd7AugAfzxGHDOnFJyFiGfEYxC/kMn5ILwsSDURTwRtC/yWAR9GIH6hDeRTvw28deEZq8dHrRD+wQ0KdJ4DA7EYAxEAAsBK7ASe4o9w2p0DFtnDpkU8h6pZ4NS3pRXqdxMqZwPAP+QH41hOp/yn/Gzfne9ZMzGFaAnSy5D+lH9mF6r55GIsggbeMTJ5I2+eqsjL/Nxc4oD7cenjhMlhsn6GmHH9unzpuAV1SjgeSCSi1m3NFUarjAsecv1vJmwOqMJ9RGT6kxUOLkStsJ15OkUF3sHmYiPiRt+eWNHc9easctWNeeD0sC2vUc/Pjiy83jLPk1Y457Es8BGK7Pw17/94ROX3v7QDZ9bkr3B8uXN137p7ud/ePf99XXQnaqrxLFJDp3WeEDViwBom7GtiIIcuE/Z5oqsjaC+8GAYOaV+6UqJcaJ+dCViNFlnFmmyhezS7HXZO7IaMi1In2hNLE/sTOxOaK4L3xFGP5Pgg/5H/Uf9jCUVVVyjIVQX1fqN2J5ow3Kkjzyb640VQYMQ2YNxfrY0pYLF0tQ7Knjx/cg3fZzSixCMruZBgdOm4f8IWCRqJbDEh6voRNv85GT52umvYXDimgdOVsG6/U9sXHv6Mw+Uyxuu2bX23OfvRk+VT3/ntXhz+CNgZOmKp77yKuQeGQ/+fVfg8KOA/j8P7LWYRiJGhscVA8lDkuKMmU0R9lhk5PNnU/BnqXdT6K9x2BTsCq4NMq2e5Z71HubT2r1adDf7EItaUDdah5g/YzdleTRqr0lBwSbZkG0C/URJmqJOv1+0I9EfEKHObm3os0GbTWOUIgEHttAB2BeAgUCS2FxhVHNAM6lheE1Ws13D6DRZLOJTxNaePV6xulOthJyEokSLqraWKIThYQoCMW+mIeU0LPRt0EqVZdQedmqJNiWeijtuTcw9/3Tt9As/vfVL9+645u9Np79RXCXFLMz3un0FG790V/mmTN2BwaFv3Vl/4eUv33hEEpE3XHsvTMVZTqiNX3Xua7f1sLWoS7e4d9+nD6rPNav/fwChZQY8oKy4KgmPGn9gRDojXCr3y1fKzKMWuNTSb7nSwhi4G7m7ucc5VucS4m60ILIigq7ir+dRhI/HzZwYAp1otwQlpq5WY3ROwPcO97mgK00srpVaaD3PSDGQfBMzW054rXQaeyiYOq/RwHhDQ+nkB1N0P9w+daI+t5GyG/7GNdHCPFF0zxLIqsoqJk5ynuyymvKZzM1j39x2+Y5bv79z1YsPF1diEqFXJavTX1c+Yb6qPrdu6SXKynsu6R++/fY9tx384Rcf64X7w/J9MHVO/KXfYi3An+9tC6za8vIXrr+P0qgL+/+7mIPY62sCrxwDRsxlV5gc+S11N9Sh/hp4e/r+9NfTjDbtSiNdqwjbPBd4LvEwzLUQHtbBwdRQCo2nYIENMu5sPMnZ3XHFZFlT2FRAfEEsoDZsvIJiELWxkGdFFgNkthBkGr1e8rZro86Z9/IGbL0NMibkM6BFEcj7cc18XmgkFQNRGMVEPF61OccxOzXINCJPnQximT3tWDeeaCfBesp5cHhgmILgigviUt2MsMqEFbuTT6ovE6iSfRbRYDLHmF03Xj8hbRu0tJR//olLd9VFM4tGNn6ztGL512sva63b9amjB7ddeaSh45M7FmYPQRHpj+660S9dtMKyoHM8nNkQLSzdtaW9Q64ZiK7cObjt2D2fv3nHi7u33nnz4B3vHcmq+Q54xxJ/gtj3hq1wJ9wNmbUsfFg8IqIhx6gDOcK+6C7bHiyyYbM5hn7DPdzor8XSCqJCFEWJGC/2P5zwy2IM2Zx+h8Ur5hyKA/EO0ZF1MI6IzxSpjYPwm7Xv1yKpFtYWYnLkSSEq4YuvZp48ieBBBBExGR+Wpt4WXi+VzhIUPVsAqjzTLRbpd0rTp0tqxkMaMo2Ynm2Q6sgwZVYrqWkMq0eqdFNSEhYmp7LH/v7761JD1+SveWetTVd+/f6ExRKPa/PJa2FN+bObE21BqzXJs85cf9THGlO12Rxc83pMkB3r4fMX+DfBn1+biSIP726PrYXpeCp427k9vW7s+6oyLmP8uBPjxyBIgLcV5REJPqKFJgFqw64w0q8RNgmfEpgo38ij1fwV/DX8f/HsOu0WLboYbUaoSewSUZO+S49hODQytufsE8wFit/1kE+P4RtrSfE+6GOiKWz4eQ2rd/jtBHuS5RvRECpib4T40XV6c94AfABZeKxpUA1YngIp2C6llBQSizTBgteLWEMsT25SH4QsjUz1YidNeGcjdUcqzt1r0x9gZUEwVXuJalLhvbNT+BDTvWLXN5LMXWqmwhKw5pvDVDmwmOSN1B41SnYXF65Yec3O73yv/Hr55+XbGHaTcPnOn32tPOONuyOpGF9z4Db4idevevfcru23nnxt9OPoa+XXfvgj+BBMOhK//9ILvz4AX1rGLygf/Oq7bx7+8Y+foTzbP/MW8zNM5ywEyt2xBGR4XuSRXmMUTNZ8sgYmM9CVacoQSU9wTRyCnJVDJgbooB9DQJ057wxY9fpovxCTYiTHm43FrAhks7UDPvg8prLPzQSsTC3SAwy1Yl5ttiFLkksghgxuX4NCkPu4l8nSlGkd4/VqRSUcVf9fB58vmB8Q4ZA4KiJRNJtTxQNamMNONNISt7Axi+3UCEZE1kaK7UdKxA/Cxmt4RH3yFLSfwB9i1nAlfW0MNmveLHkWtT5HYG1V2VB7NlCKo4o2aZ6nQcgihBUj3oiqqp2zOrupmfnZV8pvHb31c0/svnnFRUMfe+jmoeXOBUI02lJ+f/iup3r3/cuWTy5feevW4y1/LJ8Z/Nihz7zkTa2+9Ka9g5ek/YvL18PG3cM/6JYWd1748O3964c3ADjz8XIXK2L9kQMTSp1B5/LmUcoWzD/qOupC/4+2N4+Pq6obxu855947+9w7+77vmUxmMlvWZm5okqZp0wa6piVN7c5imxQstJWn8QEpINKgQAsqVERZlUJZWlHJo7WoEOijWMGN6lMKipH6WgsImbznnDuTpMDv8/7+eaCZ5c695577Pd/z3RdGO6Id1SJtQBGSBGGfcJ+AhABjxjAzm+sZQjo0I3yoziUlfGnopTKn2pD3hm2CSXkERKU6naB1kRZD0I+VAB2jsATjmSR4zMeAQWYbs4+5j5liuAxemKwrHYinTx8jZGMYk5HJMVq+BGPyOUxB/nBsWgN3/s1IbXBnBpyTZyghwYtBzBKhgIHKoxhwspFCnEWmZSyeDjdlfaHUhuwV5V+/tybm10YisDvY+V75ujnZjkzQ7rGk6v1zzBqd6/IM+gcbfCBunnwnHdtQLnwxZpzcXa63uArBnE6VqL249nb26ObA3AjB6e6KnnUR86K0PWVXCfk2EatX6x2Ad1gdRUeXY7mDW2cHrN1sz9s77Evt3H4b4E1W0yYTUtXowSr95Xq4SrhcgLVeXyQWdkUiDekS0aJasPqJtShBh8mK7vsNyBVPY82cnaPLalLhgCcoRVMpgrsWrIz4U5kUTHVYWoWcDyMgUuawnDUhHh8mSvsxjKxnxFeJvkU8f6eptE90MoKnFNaUMg9XUZRJXqiDzZIfKEQNlPeFClUizYdkpcwY+BSVrO2qHV/6595rpPl7d+254wZem/IvgTrHIo/5jcnyNS/dvfxFcP/1n6aavbJ64MePTB665/ElCxaAm3qdjTYxGs2Ht5Y/c+1HP3zv8APg+qqSRmm4sdzJfQ/jc4ypB2nZEroM72mzaLTkVcGdQci6HnDB065zLtjlXO6ErBOcdp5zwtcMgCgEMOo7jsUur+jz8BzvqWETNawxbogb8YG4MR7kPWae9/hq2Joj8OfSbtFnFkWfw3i3Ed5tBFcZrzfCTUZwLXsTC6MsMHp8LMvYlLydb+SRWMPHWSVpiULs/SN6ToX0evyrva4+n1CCPiUYUo4oR5VIUAKlUmnLUAtVzkauIyMprXVxteCIMMjqitogUxqbsGWpsALS4vEBQxORqIe3z5hXsWgzTOQbObp+r9ib3Hvdsb12kbwJ+D+QHTDkKD/AEvbwMN5IhOcCIuLIYmSlUBJeX7LmKlpXiXwFMYIERPbhvjc/nK8pf/6ziTdX1sX0K8v+mJjdCmvuqgP9QErvYXXg/sl9UqN+cRcX0wUymz7qfHvlol831Xcngr9nl64yt6kiEX1v9vKP3kSGq+q6LQBGPnhzdDTk618ZlHMqp05zt3K3MW3ME9JuCyzATvhr+Cb8F+QdfBM/n69qeJZ0JI3y6Q78OWPJRDJINS8PcmFJUL6ifFeJdEipbDDOkZSa/JxYQ5iRahg7sPcYw7GYq4fxiT6/b8x3Cmt8vlbXHN5QI9TWKQoRVuOyuxzRWEecYUr/Gsd7pDQhG0kBBvaZM5gEYUln8vQMzJ2kNA2RGYniUrF2RecAeaPQ0o6VcuDZmcqsxE1QsWN4AN4zDnK6ohDgbu245MWfL5/HausD9ZfvRqqop7Pc3Bqu9Ypyj4y6ZfVLV347bxp7rsE1H7SD9IML+jcue+TFYd+qoO36srtbrLOI4bDJ9gU053WHjjRFWzcQmfOk9Mj/lD8EHHhyk0sHIlSOnCpPnaa9MyzM5qeRGIzkAbE/eDE912g7dPgUwQTUyGSCGssBxiaEJW2MJWUTD+NT6TvmHCw1E+ryLDtdfxtTnd4zzgnxBLEUEgDl0hiQNJAnwhOiMgMCWdaACtN3n/CIcsR4Smkodphf+B/AoORv7OQBPlzc7W74IsaLEN7sN+F9HmEGpcaIMQQYg2jIGCTDkGHEwBsMblXI7HN7XS43hIJPpVC7VErGqwyEsRZmcKkDZkGIRckkx86PHcf85tzYcaZEaaD8Sln3GPXxhMjUKhEhsypEVFIXZNKXgzf9CnMMEm27NGr/5S91al+SphQviTp+Bb9T7iF8IlLv202LQmwOOA12/NW/q3wHfhaM6dxrWB5qBe8dZVqm3pf0mGIlC4BpEVugyJF2HFItZhvku78FCfZmUNvc2gyTTeCKpt1NzzX9rondwF/Nw6PodQQbmpoIbbo8mjBHm5qjiabm5iCvwGRLcTj6qyjE8tbpKGCj5ujpKJoXvSYKWYVZAcVNih2K7yjQcgW4SXFAAX+meF8BFdEmvjnRoEiLgh/YkT8UcaJs2pWBOtiKRJcElBafoPQS5vNTtZDv8456D3oPeVmvN5r4TuJk4kyC3YQ/PJM4n2CjieWJHYnjCXZVAqgT4InEPxLw9gS4OnFDAnbgl2MJxCbMiTsSDySeSryaOJdQ6FAil4AlE1YUEqZEKIHUDYkmlOX55Txs4vkdWCbjo/xd/BmeteIP0M2D13nwcx7EeWDnu3m4hQfP8i/g05oVcqzyYHZf9r4sr8xmLZlWqXWodaSVbW3TBaKKoBBYbAGW9DBWts+IP5WpqaGpiVDU4e3b8Sulp2sIc1xDjw2TgxhHZNEkm3NSaoz/jWMsp2R3mJyMX7YP7BVpoS0lpr0srbQF5HynNRVTZzIBClk5vekCTKvIg4Qe411iwVSCIbFiFO+o1UMAwGrjXpvc/dnuci3Gv7rJHxH8615yW6/U1xHvy6yKrQPJVtelGDSXLM8uin/rFXDulScipeQ88Ep5QRUp4eSdV17ni82bf+dXypHIKmDsj3ubsVyU93bXfOvlsvCydlafklsxnt4gfS8g6gz55S5wJAU2FMAV+F8epBNHwc8BbALzAQR8vlDIxBPmeKEYTxQLhbCCNyvwlH0+X9qHlL6RUMQOCnHFasUVCrhaAYoKcF4BPqcADygA8RRDR+KyxM4EwviSyCv4IicQ1OO1GPUEjHp69XM80PBf4p/jX+R/x3P6L/Pf4CFazA/y23gk8D4eCgwPPHyRb1WQhHipvakvf2MCdFFEfAajIhdPNCbgaxj4iTxSpN0lN3S7TW9kQSa7NjuUHcuyWaZVbPW3IhVqbYsraJV/O2Yh2h5FWOhhTKLpoOmQaczE7TMBE9aBMUMgTmW7+Gu8qscHCBaRcpoECSiLIKYGjBKDBC8w2oxhbkGRhpyDdYnhAYxVhlyuNOEcXzOwl7sQa7DOQbSK7duZ7SRsaZggTbGKNLYqSxGrKFP1L2DiJPekoHx8uiMFq5XT5DK23nLdsF04vGr4spXNeW+utW3BZ1y6v8zXKeeB20aH3nlnTZQ0owjDmC0HNpX/+waHFitVOf8liAfC1c0dqUZvYeWlGzK/Lcd/Pdek1aZZv5/d/Hr5N9dE0no1xRssmsEwjQdYLmXdYgQIglNpd3Q4GV7lUqoZD16lHjcMO2KCCEyiqsfA6MBFJ3SndFCnk2v/4u03dubYGmILO3NsgFBqzEYo+Z4h0dNstUKgK3wlB8MP51xd5dI6u+6hh6ZZy8OYKidG3EI43OhdBn7TA3wyh5lcR+fsmPo/6B3uS1j7vpfUkHlb+h7WTb+PABrU4unrtVqdWq1SKJS86HMGdV63M6j3CHqPyGt1XpEXeT4TdJqDQadX79FndF6zTudVKJVhldqsUqkF3X26x3XP61gVr/Mo3f68RxRNeWrdeqNi5eq1eWKeFzy/8bzn4TyH1CfUUFIDJKkPqsfUCKrXqber/1PNaliPXufUqRVBXgXtJiLemESDZAfUmnAZ/vo48zwDEROVoFKlhiqjCipZr8dDztzm2eOBHv0Q1s0eCh4JvhZEVwR3B6Eq6Aj2B5HSE0wF4bNBsMS53gkVTpsTbnYChzPhhKJawQedHoUp7mJqTC6zUpXOnZwQfz1B8ZiYa4kAhNmnHGOBkZ4ge9r5h2ODlFw6/zB2PMlUTG/DgwPD9jQlqkn8I5ERMOb3UtRnZWF1L2enW4EIrQrlMfl/UtgSDJIbEESPIRDCwiooAOpTq4hTtgaLwmozydoKeuepLc0B7/LyyR+CxzTa8n6wtGXdzeowTBQ37WrndM8/6kjP8zub+ocE4C//8rLWm8ENk5eiexrqy/evAfO/9+SOlTuOiXVH13znM6+Wf3Jb6398neBJaOoUT2zslzDvSg+o/UptXm1wGqBKIwKXmBTfET8UWZUKYG1EjeobgnFJE89Iam3+jQzIxOMLTSWh09eZ7kSdMMjMYxb6Fx5aeGIhSz70LRxayC5cyjiB2hkI2hmTZIIlP37tM601jZhOmPgh06gJjmL6A01bSiCOSkjztuZ9DdS0RIRLGEEJVa50tmMeZ3d1ZvyJorSAMzuw3nDMls3lCOHJ5f4wLo5nsRpgyw2ANGVyxyfxLhNfHRg+fmzy2AC1YBwjIRs5alkiVtP6DGVsSWpvVtBgyVjVCUS3XWGW0Y7YLGbUxJmjDfLhjx3kry6/llxvSm2Zs/bzlm2F7p4vzW3Q2TaBl02DZtYVXVHz2QVQFXO3gvFtVtKJoFBcWltvbwfjGxw6lTbnjvUN/WS9SLoQfMEd3bbqy2jeCl8hHO4RLvno6HBKKs5DDy3QpS14z3cbyKGM5EkV0UPXu3SUCnz05oFksyDLw7vKXSQ3j0mQeBrF1KnDRluepD8dxkq9lgTLr8Af/H58lFWA04pzCqjxg3f8H/ohEgLAxCkV/kAgqLBjlme3+82evF3CBMQex/vOrgwgBRPzuuJ+qFBZjDrTRYpLsLDl533xQIDIbgITGOSBnyeGJ8QnleSYZrEdkNIa0C740mlijCLGkjOTJOmWJPOP50pYI8wSXoLlbrJ1epMc3jQie0y2POHNMizHhgF5eUKYc5B1kxNzid4RrSwUqFpKuEcyy8PW8Ef/GZhz+IeZYP0276aiPSLhFRhCc9yRvjR4jYvl/ds/vJnt+PCqL3ffuDGY+wyA7Aclk9esinykQPrrfDURmkvWQ/s51DPDR5nE1GvSPJUunyAhpyAY6ggr9FFtbVxRD11Ab8MkRQ0wi2V6hNQbqXdTKJVjTEBp6okKYWtPKLbNvce9z40Yt4gZNma7p89groCx9iRmD6cpbyCKGlbTiKZBWO+sdOOKEpazXHiskpoll+S35tB75RbTZWbWHOi/ZofGta3cYl5kN2C9S66w/82vfK3VmnW0l3vCvcJilLoi10er6zeGw9nASrD0Tw4dTdH6Zst1H/1kxKOv5i9xVxh59Ctqp5DzqAxYf8kzHx1lMlNnn1QWaomYsktZyInKQhz/KWpttcuTq3IPsw/xb+kUMTbBJ9XouPo36C30XpC9lr+BvYn/DmI31V6WuSJ/NctewW7SrIttirNud9glCNG4FtXFOZUm4oj0R1BEEoz5iGj35E0mh5TK5h1SKIxfHC78IljyDlL9Vu3zZVuJJxmSBljPqPR5uKFYJHH2nQXyJrlLBZoKWtOqlDoLotKvhILSpxxUIuWGgnh+YHtyYpiUiExun8ilSSfXJO0LTIsS4wO5dCXhcZgZoMhoNYgMsUFjyYXLyqShGKsDsWhDG7B5AQ2VsEYwxhoq3n+DCNln/6t8Xfnt8pvlG38/BlTLXs82BMxqFoFatUmp6oqm4gZTe82Qrbzjma0333blUz+76rpT7Ld+Vv5V+eXyRnA7aAJzX3oSXKTgLCoOeA1BXyCm1a8oNLsMxvTeh8o/KB9+8qY7v4m5SStYItuVOqdOsz3ol4yOyYGtkipkxyukpCv2Pl44nlCEeVohr7Xjl+7YNWl4XPez8GsxZAl0KHYEfsqznwteHd4V21nLWq1eTJZBNlunjEQ1TKROsa7+rvpn6k/Wn6/n7q8H9UemXjscjefx+9nDiZq8mlCdcEJ+zxTIu9zUB3/4Bw0GVX8fZRn/VJl+8R+Z+r3USrNvRBI7ep//XT8U/Gn/83601n8If0N+qamAhTSHIJgIFpgIFpgIFpgIFpgIFnhGHcDhKFSyC2i6O2vHk2DteAYscVWaazjyWw1LfhuqGa05WINqKhU0yftTnYWauXmMBkmaYElqfuXSA5MyPlDrgFwMY0IuCDYsIwgxpVdQBOPHsNxabdr+TTYrVyREagY3aLHi6SAEkj+L+X4R/OnGlsDiJXveuKwbrPVqTCGzStkVq00YzFJgbmNL24YtpHXBnl9sP/Efos6Mtt62+PPjt94O1v/zy2s/pzeqo0G/P6bRr8y3OHXKy/bs2TXSJn37S98deX/HvWYLJPjQU+5RtGKdPc4UmP+U+jfVA6dpl+m3JvQLB9jiBJo6V93quivq2GuyYG8WcFlLdll2Y5aNQ1dI4QN6nS9Qi9woHzeqEkFJD0i7ZKjXW0FAEWQCmRAINWRafVZgJdEGlK7J9bwpkMZeHS+dzhLBVw4pIrXSLqioYCDwmBUgw1KPAtUtgSEamo6kUbTK9gq9fcGVX1Pf8/x0kEwLaLn8h9/LEovGR6e+u74SS3NnuYdoi5x+aWjOh1IORqthMrncB69gXRKq2Bti1UAasmfKPRzxBweZDPP1o0xq6pTUircHp71TC9XiLeJvRXSzEdxsBirrzVaoREO1I7VQSAELHyR8oC4iaNROdzRiUzhDYY1EOvFJLr0hL2nOYiFHYwI9POYRz3tf8b7hRd5sDUbLpxebBrE4NBtqw5XolhwjQ44Em1ai0oj4OUx8MVV7HPEbzI5nmQZcDhhm+c6L3B6qTizu+wXFo+27X14Igo33/EcKKxqTXxjdt7uldk7fHZ/ZgxkElivQt4bKN5UnriMo9OKXDixf/uHlWPFASTDaec2qmx6+9elvMtWYFvadShzvvdK69xNgbwKsRICDEViAiIMW+EX4bfg05JQqKzgQfih8JIxer/tLHby07so6uKrh8gZo0dt80RE2TvIkYaGgz8Rt8SjUCi69wuzTK7WBHLF19JmB2RysPYJSTzHNjmAwXQ1pIZyUKVHPbWlCDnJxiuNyrQpCtLcTzXXGtPlxe8WnRObiXTo7Cpd9Z+fw0XX/6Y4tzE8+l1seMc8KdjEf3bLtltO3tC/L9V3efFV3B/r10xsG3OXP0Soejb6rL4x3icSfuemFRRHT5Evm/iU07vwDLGN8n7sVY9tc5kfS2i0XgeVtYH6uP3dZDq3MgqvTN6Rhc7gnvCt8S/ieMLeTv5mHTclCf0oRxawx6AumsdqDgiMupjWjE/MtygVKiJlchNUIRpdBP+QDFeOFGvl81npCBXVMZ02z0KMKS4Yeq5U2jMcqwKgVnKB7l7pdek87J8+MjckQJmjHVOQTWRkal83G5EDFMERCDyqm49iMxZgG6H9SvfcAegTNdPmq+rvQ928aemR+Q6KeVUc9PWW/o6n3Y1r+yLdvuXT4yUullZl0eInK0NrUvaHtYvDOxNf2WMTa8l86LVmzEInU3sw+eoGq/4fyb6+8ofzyL4cX2Y2ryo9sDXfEo4s2yTgcnqojuctMlimB1ZJa8Psw60Eu0mDirLQSa7lH28AVbbvbHm1DPy+8XoCXFXYWYGdmWQZGkzcm70oiG6buMAUgCNalzHV1qTou2xwPBnUuTQqkYEuc4YAScZyuat3NuoAEaAw6FsiBRu/SSbzJp1PCONar60hsSJM3mGfrwLk6cLTu53XwwToQr2usgwpog/A9CB6EAELwZ/h/IHTABISvQ1CH78TyTI4GLgkJXwIqExLWCnSIaadUyIbF+FEN8GoCwRY+aHLrA0QpI3SHxhCPnR+jUbJEXXL+cc1A70TVIEisgQMVVbfUe+6nTnx2uhJASwzPp2UUmcjlaDoe8cwROxBWgqsbEMtXRJrnAiCYBJaP7b9ZVmmPzAll7giI0QdUfqaOUm5L+a5yqzfbZQt8JjH5o+hA3AzV6WgxDi+K39NzT9crq1JXLLwS6Je1LNo9eXIoW4qty9Tunnvol3Do0SsTTXg/uq9BGwb0Rbc1EvmKoA3tXzB4YPN8V/mWa2qbdWjs3sUhnXLyu+4eLPtvnfoT+ifmlXOYSWnXg2rwoA+ofA5fwoeenQO4VktrpBUpdyZvTkIUjoZbOWTmOHRV9PooXBndEoWKqC0KVTYuxkGeK3Jd3A6ODXNRxHqahexgFmbFIt4DqXgzYox9Rqgxekj6CNTaLNq4R0XPVC5OgMQREJJcjNloeUwwAzm+ZcrMWpG5lK9/LCtlSYNurKNlRSVQ4nOf9QcyASmAApgGbj82HVpBYyRJiMXEMFa1ME85cRyrHsdI7POJYwPjFdMvMYDsrawbI0eLy0STxqpVVWDZXU237TTTaZhOByZJp4ZKNAbZ4f+8c/437u8cXtZ75Yb+wfpaZySiyYZWbPAWmh/bfcPtnT96u5Rc2LVmzSMDxkjEkLc2XfvZ+7fvZPkHdjQtX1FYvnVLW2MydfH828vpXk+QU2288qFHthc3XbcgP+fS1sY137wR/HqRo7B2E/Vln4akJ1gBLHvaacd6Wp5so+34A4kWfC+OXtf9RfeBDu1nwUkeBD1ZD0QsG/b6zF6v72kf6PQt8230oRt9wOYDN3if8kKFN+Zt8G72XuPlnvW+5X3Pi3Z4gZf1IdaeJftrT2JfglWjRK1UJymN+TpM76WsgvTcPRwI5+k7Vl3Iu6RTafKMIArQggS7mQbN4CvMBk3ErqEjYsUbBGoZ0Sh494mPi5BkjmLhQmyoTXhrpBo6hmDPMzWZGphGNW6SSnXYYs8rjiDzYRKwiNe7unk/ZdW3y6v+6kt4B8vn0L2MKfiJl+Usoar9n1j4h2XHq9xeQxbVSDytgjSmmUaDKhJUva7T6eAXrD88Oi/19+iyTKp0VW+HPRDQ2Uyhy5fvWrXmxa/cW0g1b52T9gUCJpch11u8ZnEf/M7mjtodnvZL5sQjyxdeWz7qVHt7L772/vXzei9vCHoXNO4CjVHB1r0A66Z+LHdcRXNURikNZ8tdaCXmo0Gmjrn+KOOeel9KY7FL9GuwgkNeHuKOcPBhLWgwgc1JIGh8mrQGKTW1UcnAMH7gQX4SDOJXG/J+JyswmZAqnLFIljELesPyrmXKgiyWTDqhT1MLLoXrMTnKA4OOmAdPjhMzE6BxnzQKoWpemlVoZcaQRKwXgBRYqXQmQSs7snN+sGZRvqtv27ZVt8zrSNltvlSj4LGH0pNvduVz87qzuXnlRwsuy76dL7Dh5La+RcMb1jz04cjJsCmWUeiy3FS+a14u2z1PjrEzl7tIDQcMjTcko8bhciQdyIAYAXg4waIMEd1PrTTnQxFPOC7RfCiTSptn4gfjh+JjcdaA4vFMmnRYOuwL52mnJS35PQYMKGYJp0i5AakuQ9xoT+PjSq+mCj0NaYKW8qXSKaRDqWStZPeJWLzwefriIE7SwsMHByMgwjOl7ROT28eyxH7qlGMbCTiBPX2cYPKv8bGJ4xRVpx3VFaF4jMZANlGzHn6JVCE9O25mDqhAP1SQSRatSkAkY9i6aM0PLgybsdZuq7XcvmvAWuM7eXL1omDM8sLOfbNCZkZXa9dn1sEtgfq7wptpBYL9FxMYE9n3EJYbosyuo0wIP/8iDNFKQtQz7HEWfo0FnDUkDQIwAk5h8WDEO+qF3pEIlW2xXKsI6gNriVgbwCzOJTAlZjGzjdnDcEombg8GiISL+eqbRCE4PXmGimDO8YGXBoadk3LYywAjRxIlP+6FC3xcqGUPRTWm1nufd0X6SBWA5WFr+f154pxaLMUWF6I3Wf3S8PCH5/7DWxOJ5P3bWW1RFRVq8t3FhZmUjE9T/4BjeH+lmHclQeV2uBNujE9CApj4FF76p83uvN4QJgKTyunJh/1hg2SgUgfBGsNBwyHDmIE1GNJ1jIhRSLRiBHrSJtkq+GNLU+O/hpzM4N+ZNGloISXw9wCKY6xCqohUw1gxFcwzVuBEVnOt5AqSaKWgv88ADBixnhrUAz1Bq49hlUzpJilqzdBIu3i8gk7HKe1rqqaZTWSJ/Z8UFABy6BuQ5daq5DqNSNP2YxnFKuZ7OJYO2T1CQ20AI5aMTZ6m9j6CYDucZkGfX/0wRj4uFsrqFJlYX+0dd1N0uqQ4R0axdH1k55Xt2y0uDPO2chfFrxBz11HGgdnZWoc73+Sb74MJR5NjvgM1oHkI8q5QUAq8AQAD1gIoIjAShBq/UsQ70S4wBLsYRdDpDISmUWwPwyqZSDDpd/UFwEhgNDAWOBFgBzELSsuhbFWsmzDI4YE5CsPfEz1gzCn2VpFvNu5NUzUiu4X8DlCN5K4iHiZo/vqUxWMPZjCpK1/3rbWxa3WkAgVFvX8/9puwqTah0uWCmMSB/2ZP6ZOHQJtMyzRTp/jdfD3TAZJPKZXKAumXfViry4cJi9dqdPliGFyrulYLWwhZq3P688eV4AUFaNV7SHn5YMznSgVCos9lDYTeaAbNzR2uVAovVTCuUWEx/NRhhweTOPhzqSiwg+wQ+y47xXIC68dfDrGnWI6VSMAI62mrry8Q41OBGJ8KxPhUIManwhF4/DDTBtoovgvmfFtblyc4iPn48yISJas9L57rJIW8iKUoOXyhOWmCFrRobRUn5PKq9ZkFF+98okE5d6cU9UV4vVKhUkA+HPFHQ+ro1ZgDB7TeixmdPqIIXs34dMGLSTsQsTVJWy/X0J6tSdkIBWQnBZXT/Cg6U7hylqND7qpMD+P1o0aqYlVboxdy/7G41hKvveqal8pXb/GHvBfnYE9+adgxd8XxG37VSypbgpfCsYqxKmyxtfgEpam9YQEXm+sfmvztf1+5fdHFwL3yPDReWxuLRArh7ZNPvLvx+queeQ1GiIps1JtUsaDPb9YVXT6ro9llxesNp06zq9AvmRbQ/3S3f6Uf6olZUW/Jpwl9ERJ1+VBGJeZdMWO70+uiFhadyC9zdczPgZy30e3RZGqDGpXK4BJJjw78uyAa883NjU2NjalaHgDiFD+MF5K+47Wk73g56TteUS0xJ+p5B7FF8geMeU+4yXhk6i256p+R5rvj7x9KBmJHPGQEgnHIeJ/xFSNrJDXghBS1QKZoIaFUOFatJBSr1jeJTV/bFxuNwRH8ciiGKLM1WymzfRoLjLG1rcQSWTU4TtJFJSVEysmKhZp07Cb9CzBSYeypVH0f+FfygvpvscXe2lgov9jbWK3/RoS/7aAYy19ok5xWwm3USTbjHFMUAoTiEe8XDawroh95NSnVjHWyeKmCN4lWX0xf/ntqqKOp5/6stcHdDdoPJD+7oLkfNPrgB3ojsVlPWyitoPzQVzMBUW8IDf94ZzxwX9cIuHujWwcik187UVwIFYuLMPIYlPd/69SfuGcwHaxlfiIlb9Hfo4d59Q3qO9RPqdka7xKu07zRDJvMgCe0zgoEl8+VdiEXi3nM/ZIj6YbhuFYFsswSZQ23oy85lBxJjibZ5BG0RYrFW+8jjZaBklH6lRklOos/1jmzriWi17xjsYe4m/d5WA851+xvFcS0CAXSkMkvZkQJ725CMCfPDUw0kUJKfyQ61PbqV7KvxybHXh0Yk/tGjFXIJiaaoYDNarTQOPZYlETMlEAllyCA2Co1LYgRFOCeiXB3l/+q/unv/+vp8rvls8/97KprnoPldxeHa9kIzJimmM2fO/7KVRvLZSfMsKY9c5vLb4yX/3X/3d94EGh+fPe90bl2Tw9oKv9yTfmql+948NE7XgO3Xgzqpukq+3es49Yy35Zq3HYsLo+iE+gUQkXUhWACgQHusxzMOi9yQp3b4065J92sisXayAlJUGryDW4wr2ZFDYzFrD5CPV0k+rOPQVjmNAAlMgSsQSGgcsUlVhUghFnEPCkQTiCD3iVYVT4BVo12Ff7SOwHSWMwZpF4xwnpoH0g5qV4OPxcVJKXyU0mZ31Q0iFicpgIPzeb7e8dV5e8SqmX1DcxQLRBckdzk3VYfzPzwyVKQVZXdr5W/KlOoLYnmGQoFNn4PvADgZ3LBjbcQe0AHw3AfYFhlmb2SLyEAuz3gC4R8QYNgNgi2kmGfARqEQKieCTAhAoxEPWOuZ+KL60G9ggligsDw9Xvq9tXBumQoinwOg9VlhyrepVRise5YaTJ7LFvKjY8PZA2kse9Lky/9ceClvUmR+a+9xCGKxZU/kO9K8jlnp5D5uMg37Qm1VIy+KkBp+azet+iz7ugltZNjVPy7tU0ILbBEYIc3E0rOAS6QX1TXMu/6xjrbEiHqVoRhqfwYcYQSeRC0w8ZBMRpWRyJme214TXkBePc/Uk176toiQWVTpe4m9xCWD+uZk9Joym4w52/hgDrlTEEV5ksul9tZ66xJJsMutxl/qXU6M3KvTFWtQu9Uu5LuGj5oFxBQI6SI1GHpxBXi7Wlzk6QX3Mqauvy17pvccL8aqNQOdULdr96pvlnNK/eq9qveUqHlquMqmFDNV0FOZVFBp9pd40rWqpQhCc8sZwylj5FSUXJUMa3OIIuEp6nb9VhF9yU+6Wr8khy7Ie6VgzaIKSQJps2XYNryISc+TPdmpaDHgDfJ5k3uoUwwPS8TzAQmn6vtWbUpH6vd7G+OaRa0tZef1QedgjUPHrWswqLbwTkn5uTmcrFgTkpe/O/NV85f6QlkB6zC/vvgYW86rBG1kUhHvKOcZdn9Fjfdu7Q+DKaJTuZNEuvzmvQ1vH0dosWbVwCQ50CeBwcU4FkNuBtLx2aLaFGwSKnE70GkNCOkVBiMiA9JrNmEGE7k/JzE9XEj3Cg3xik5DpJw7xN6pB9RhkTocwLBCZROS+gFBA6ghxBEUKkTsnIC+hg+kdPjoZHzPlKjgFABxNwngiqNdCMS6z1wckDuz5IeeHOcKeUGBiaOrSH5gM6XBgiBtNFoxIrhcO8xDPxjVfsh4XwABQqkfWaFUJoCpOoZIFJLA/uI9OEh8OPyH8AKMFRe9GTeaYm60TvlVeCi8i3lQVi7b15TGmwu3x2BX+iBmtV1O8GSyQd6Jh+b33yAwpLWykF3MD7mL5IGsBzDmQ2iReSISrsJ454ljl8YDggWUGQt+OewaDGL+A9AZIpIBhYho9EneDJYXfGMZCzAkkkwYAcDLHhwH39WB6AOaHRpDnAZqwhOimfE8yLSikCLREHt9nokDxFSHGp9vs8DFnuAB99E1HpJeV+xT4Rielh8+Y8TFHjDVdcQQ2sWYAFyOwbjAIEn/uh8icQoYW0ZQ7N3BpyUhCaT4nV7uSpgVaQktgw/rB4T4GLKYarmsDUE0JXlv54of1B+CyxaEmhxi5qg5qPXQN3PAfNh+dVF1rzdxcZ5xKBt5dt7yl9WiUXflvJbYfCVHrCI1aSyPWX86EmsvxhoTb6fSd0Gu2jKtxhA3ACSFqC02C1QtZP40ByWBP6oADoeWREUHViPCdodZrsDOOx2n8AAN2JCplYu5JX8WZ+vUtbBp9XQGOME1jaVdvC+Hey3A7stBEBApb1Ze7cWabSCSnCEpLQP+EaYAOY2OedLw86JEokeIsoNsXYRpTBH1cLeN53j4h8nxJcJOWhKY1pQsYTSIhAVc2hSRazS1N/mRw20h6Fs+CpM4yX6U7n2tS8++NDoW+Xf3BtsGL/ia5dt/fqdfwM/KP/usZxLEXWhTi4+eXv8um+Uz5XfHN0FROuq4eu++Nrbe79QhMs3FjaBZQQnSxh2EQq7t48yIuaen8Xg6xBBgwjyWmDTxrTw55rXNfAy7U4tvNkG+p3gRu9dXtjtA0p/wB8kzbOV+NNa1SHVmAox+OWECilVKlgpQ6IO6FtJKcO0G7kRyEKLYPVZ01akQ9aQpJoGrQq8rwL7VZjuhvx+RmW52XK3BVktRruAqWsaATQSYDBos58GWpKmT1JWT/a+OZ4emEivIb/hPW+cAe7wQDUVeCBpkou1hAJgdvaYjWabESdSA9iGOl1RhSv3WPl34Ad/u/PrWy/72hXjDcF7y795a/ShB7/4WrmWW1h+dFNh4+QjxS/sffu1L143vMpaPrtrFHM37Teui8NtdL+TnF+y3/3M76Wh3fyXeKjkAae+U/1tNWrQkBxp9LbjfQdc4Njt+JIDdbmXuze5kVWr04ZtVrPNZr3WBmz2Pu1aLfRp09qSFmm1rGGtFVgzc3VLdOt1SKfnGb+XFbRWuSrU47bnbRypDKUzkMqBGjEoMX5g4P0MtXtYMEIzwcW6QR3UOetFWRRVEpANEDMFrUoipwDLrpamJoaAGm96vPsJ8dw+nh2Y9rkwsrg0wM220GNpyVaFrr8iYqIr/Wuu2P/9y9duufSW8ihi+Liy27Ou/AuwpXx91+I7n9l40b2brv7izqOPbF/vAL+NlG/zasv5cHl8dMW6vxI49lXgWA/UUljtdXprvIhUOE04kYrHykTUhhAjZARJQAY+hvf1EfQ/z0Rj5mg0hhHs1NNKQ17l9xMArMCohvwmPwlI8/vt10RBJgqi0UgfOAQgAPbYpekr0zC9NgZiGSbDm00kjtlvWmsaMo2YeKXJINkFfINSdHF0MIqEKLChaJRLm6iBQGnMm8y5YD3H5Opk6Kf96UwapXX17vQEcbu/TPZ9dsbQSDCUKTnHs5gU5Eq53ont49RENDxOJHliFKG1YpIkyLO34uiiqZGYSFAKYbnQa2K7wFdSyE/TiyqpfeDWjrWbe59c3b6wNP+25zd6yLo8u3n1f26872d3/gKsKY9dQHHvVQfrNvfHPFq+KF0+2HzRX/V4nbZc+sUHVsxV67YuKobB0mkaXIt526NYbk0AXmq6wQEUDqBsN1xs+IwBFQ3gjOW8BV6u/6v+33oU1zfqu/XIrwx5BNViFcQKNPSZgOmsCMQjKCfpbFxCCPvCU2FkRGFyRI0ZPfDwCGoVhFXmsATS7QecH0BMzZFaoUXhTH0hH7YrbXmPP4yQyytpxbw3qf3ziGvUBV3JxBHwZcnNJElVEKhSGSXBBBhTnwnqkAlJeDyUrlSkGXaOY9JBtoD4KkkOlNPgk9Mh6rJQRzdK7ySJZC9NDByT6c3YRJYmEAMq/BFBgsHLgGWJqs8iNGPzyFlCvAIqKF9Ejw5+dAp8ZrTGUzZDfWz+wmt+3xuxrdn84DeGPrfsoZMXrf73HLDu0ZaQE3DlDyPgopdaGnvWr9y5rP/Mo5u2rt98z8j+ng3ry+82JBy1sr5VM/U2Wo9pepx5U+rxk5g2vx8/44o4UJmAw5QwNZlQk3G+EZ40gq8bwc8BFmhAs+ly0y7TLSZ2aQx0xIDgG/Rt86FqRgLyuS3EB1hXyFv+HJEiZDNFNUI+EmHDfyauZkYjavwaJLAaPavy+LJeySth4dxbQ62z9lAsb3ieTI2JgFORsxEYOYHFF5cyncbIPrwdK2Ljs22lWHAbH6c1k04bmqo+4KpTaVguQDAwqwbLLMu83H+dRAdUlLdKZS4La7Oi9Q8cfHVpaXm9P7W/Y9djD3zlrxrbaifCnCi1obDlTwB9/TB469X9dzhC833xjU/vfv2ay1kQHPY0R8qffyBu+aH92lsIfPMYvp2YHmEoSfrLTQAx0aHoSBQpeUgIQQpT2WWxjbHPxdAz4CSAj3sBqZeU9iK112X+s8SE14aHwsiAwuEQGyLWGCz2haib3hvIHwwBWn7AiEJOl+TiNWRIlWDIY8Bq3F5iz67IcapQMu9JGCvp8Ub8DUuYYZL4jWIobJEs1GKF2flaC/BbiJMJMVgw91uQ0uIijtz0QDpNY8tBxTVXqXYzPlP1hqxDRWkmoCe++VnpfMS1OyxX+qf52wMfXwlChAKF2QsRCtCF6Lxh+K0VXWvr/Ymvr7j2otLkB2Qh4LvB2mAydFX5TQBv3w983+spOcLdvvh1xdzKt35Gl+Gn29y2axSrBiq+gtPIzv4XkwI9Rxk9liQ83nCeRAKRhHhBFPwCsgk2EOHwo9vzliPILKlIeTPEpCXqmfos9UzF1Tqv1hOOSUwcZOJS/GwcMXExPhJH8Xi6jvGKXqhCXoc9Es/zDvAdxzOO444zjvMOrsexynGPAykdWxzXOm5ysMqrkzck70giRdKWhF/DqoSQ9CW3JZGWdyTZuLbisdVWPLY0Y0YkHlutqIUWpDVEWElJPWSYkyglNav5f3q0Sq86X67sjqq7tUKnBgeGqaN9uELXZG/idud47+SrE1lxrFJgilQanKgUIqNeiGTVzUXolVxyoiJ7xurAHDDLzWUx+4AV2df0715+echk0wUC9o7eq6TazLLQrtGBqptr+Csv/ntnX69X7QTzrl24PBJrW9Luau3esfShqpfr7saGeetnYpTQ44ybiTFDUv1KuAVCJWfn4Psc4N2gy33eDQ/4QCHSGYFhlnUpvLze5DV3WEK2QL9L4aGhl1iQVzIJW5gLaxXmGIWtNj1w/rg4kc1ShwMtFPMqqRNDWreTiH05qkjEcoyFK1DOOTvymdR7qEQQkVRU9P3yuWe+X37O0evwqw1Fe0QLnNHW5etXgvST8fTnto4euPEx2Fn+YPzW7L+3RbQRX3Q+WrnaXaP3bz+5Yk5XeeHtcxffMLmpZufXKA6T8DbSFxUxscMQfz+CYk/KQTtE+wCAY6kBv6KLpUv1mRxelnNLluBriD8aXw/updcrmMzTCojVR4THkKolryCHvz0jsYBlVUq55sJJDIP0WGmsPhPAQyH8B+5dsuQRMuS/t9Nh8TzU+IXMy8Rc/gQgYzxl5A16NRnaJwlYTkcqLYNMgoVXq0noNKMW1X41UgODjpyjZ5UE9H4tUmq1FrOBMshcDkNeznuxiyfH8NNU6Eg298csYZ4gZAiRDKUCyVKSkSwHzr245CX835IXX3wRvF9WgveXPLsENk2+sORZUr/29NRpcJzEjqtfqvajUA8rgBhV/51hxJiG5V6Q+wbw/wQH8L5XI6aYKa4tjhTZI1N/lMRicy4owUwNqEF5SVnIV8ongzTp/ljtOcEwqhx32fSY9ukxu/EJBTJms9i8tnmkGY/5jmRpbqtLS5AQYngwDMKoCQ/cdAR+tzLwcKHSC6Jj6rTiStqTiZfHZRl5XPYL+EPr02ht10gXJEMGunqaWyToz0iZNzJTGZbJiBl/Zm1mJMNlUCcevvPjw9OawFN/Upyj/TDPy/0w2f/B46qfAn78uOQJaa+1Ln476WtZ6bUm0HM8kgkCpn1x+7b2ofY32rl2ZjHWOsgl+F+h2l/6Z7QfpqbSD7OJwqIGAl/xvuIrRQznUnGwuA1D+vHioeK7RWWRYbDmsU23h2Z48Tp5uGE63tSbU39Svkbn+r48VwJjxiLpQV898Ndn6gfrT9Sz9fT55P5QXYrldN5yPyeBnu+TLHje3Yu7B7u3dQ91T3XjFVocAIHpmVd6RnVx++jcdZVnJjifk6J47viJ72tHTLuv/RXyNtg+1j7VzrYzz9eAPZUWUXQO6UoLFDKeyDCc3KPinUqPipswrtVJPrgnsC8AiRpMyq+dCHAHA2O0f4wg0v4xs5qSk7WYPzWBbqZ1qOV+dgeGSCVlOzxRAqOlg6Wx0onS2RLHlNq8Xnx56cJiztW+rXQeci/VA1NTeB5yv1q/yi6BWbck98NYB5vo/W6T7/cLhmmULEC09dnW2hB5gZJt1HbQhogD/cmmpvyRqX89a7ORpqqzikknZ/VCl+//QQUO+/H9/ZIRnvWAjGfMAxmPm/aw8cx69Nn9aC6b7kdzgNYNj0sq2Odb6zvoQ7QEjdZkzTM+Lx1jpkF8te+IXLMcTNcRPwBurj5/Jm1SfqKuvFyr/LLpeuIHaC32FskI/LG+2NoYcZhxI7GzMUh9ZpFENUBFyDOxqCNAq85PT2KmprY8j0B1HtqH4Rv4B1FSIVidSbJwQW32D+Q5YBowj3l46ke09vzDzCHm4SdQO7llvNSebx9RqfJM+0GMkUjAiInR1Ndewh+G2h/He5RvBxA2kgarxgRaiw8eIvgrFTAlkovDL+rL0/f5C+T3uZ3yu9cvv1ts9F1yq7R5qdBXOFE4VWCZglg4VEAjBcAU0ia87JXMBNKErEDgnpT7dhY+7bkfmf3cnblPPjd/1yeeu4t5GMSZe6Ugkka83rw0olLnBcxyStI26T6JK0mD0hsSkqrPakqgbXinwsXtmFy1/+8+7Hb5aZOz6vLPPOujs5+1u/gpz3rTJ571AH5WH3MHftYSedYSfdaSr1QqbSMbvVQaLL1RQqXqs2oSiJE6/lefcfoJPxWPH7tgPT8Fjz9lPdV0Pb/5/3M9n06gQyVQkneZLc+USv+rj1tF4KTcK3QhfoYl6BBjY/zMGNEoXpNKDk/eCsF9PPiL5gMNVBkAa7nD8gBWoRyahAbqNB5NSoP00AjsrChgddCcFzJKTV4QgB0JOhWZUACrd6oIYydNm0fsB+2c0m736OrNCk+E1dh1WJY6gmolJxMUXhIZ0qh4yDHiQI5zfcqDSriY6mmk6OgJkocwnJVTgYg4RRViOXSNMeRojBpWx8AaWhdyRikOFGVZtmJ8QIFqCPySzVeN3792DdwJ+gbu//4lPtv6K77yw20bbiuv5MTCdZ9pawQnf3XT/is2f+uR3ft+Z75r09avfrG8d2X42oVzp3leoMrzZmgciyBTDGMGN4MbMl/7QOZrYlQzb5NM4TZhCrfmCba/SuH6KYXrP9g/1o+E/sH++/qRr7+EPwz1P97/Rj/fj8XZPrITHAmW6V/ZO09CMNMr9Y72Huxlmd55mC3SNhTJWWSJ+eRcdd10rrpn8UxrqjP9tHl+ddY8B59AvWSeMTzPXjpPfNOxXiT0Dvbe14t8vSX8Yaj38d43evleCDrINF14w/YunNcuwYPzDs0bm4cy86R5kJnXLk90+IKJYpnmbYbhT5OeJZr5ct855Acuxk8qNZ2T9PPnd3ZKcD4W9oT5YL7cuiQ53btk/tRpzk57l/RXet2tmbqLCUhmNLRyZOXoSpRcuSIgSWglvn7lEbSCCotUUKT1ubhHuCuYZmZKWgNJfS6r3erJ2+wOV/6qALAGooGuwPLApgC33Q/M/rC/w7/Uv8HPPYgVQFfUtcOF7rEBEA01kXDldGJf4r4El0iEMo01vvpcxiXUl+phfT0rmIH5CDgs6cV7HHGjFoXirMool/rzW1xmGBMyvkw6g5SZQCIShBJDCpNAA8o20nRLyUlqeMEMhI/DVyCErZ5WkluZViKlUi7kRbAeqxav4o0gh4+dXjNwXHx14l9yjMTE305TD+DHa9hUzNg0mjb08UJdDTnZbOGfVdurECgEChfU9/KAHPfIgelqXd+9/vEmYy0XCYUKS3f+qPzRjcOV0l7lt4F9VnmvA2BT+Z/VUl3tluXlpQcv/tz4Y2flil7ne7pnSnp1M1hIxTL3FNaP25iFzApmLfjj01Y7VhJXH5l6X9IZHXm42rg6uBq52CQJXFPp8k3EvdKnFfNOYkjYMgiKzV3Ny5vRb2reqnmvBn2u5os1P61BP00CNgmUJNYPqmzAMGeZPqKRgEbo9/Wn+1Ec9fcPLMlJRix65UA9yh0B90rCEsm4pEiPFfGxIjmmkS5OLllCLK9LFhxB9ZInJVntBmvemiZxuqXU4tS21FSK1zIpYECp5+AviaIPlJKK2AqVYt47l1yldysGajnBG7OX6hNSgtqwsH5JO/CICahBieC6lb2ghVk3r94u2Uk2JX42e/0RlHnSLNGgdy1xc5hFM7Qgs57YefR4FnrtEnzbZcYlqB+fKqlUkkrSiXmVNl3Vrm2kSnu1MnnlWPU38fgfs+NZ8fjLtH67fIwa7zExHq9YYMTTlAJns5XvpGOG2Psv5wQNDpWrBFQ+V0xouZyTBIJmZdf/GtmiSYw4lKhzoRlzPlaIieGFfKyWQqzEQCaBHAoZjFUQtJLYkgMztVYx0prkWqy8IlBUTHOAqWXO5Nc//PENCxQdw6JOuWbw4Pe2XXbn9Wt/XNQKitprGrdtuqNj3oKLPdvG2/obWvli+bHOXN+lqUhHvu97v9sc3nFq1zwjPAxCk9v1oQ0/fGq579Xa+FdW1DeYTT0Wg3pdU/HiG5eNfXVwlWS2RXnUPTS6YrG5PVurZRGn0uUaV7id8OX7Vl20SFp374qLyqlOiwLxht45ykuc1jbJNt1TU+7b+4+KTP8Y6dH4LDhRPFU8W0S0aW6xUFsrgSImbcWq/l7VgYme+jsq41f1irsw7XcfZRDeNJrVq3heQqvxhaurCnSFntK6U/S+/6rc147vG5KsYF/nK51vdL7byW7t7EynJVBRv2fdllxP6wGR64klRb4vvj5/lGnEW9JvMOeblPgFiE3+pkzTtqahJq4doxMWUCrGgunhSNdPAofyEpojX9Wt9sM7Kn0vMwH8DNO9jzrLS9BR2vdSft794POV87IhpXLmPDpetTcqltfoeJRvfBXznKhkQ0xrC2mQKo+PWgnfaQWts/gOlYPp/aq9Usk45H6y/oL5TxDzH6ZtDmmXKt8fteFx2qb5jzwG9d9TWB2pwOqXGFZJrPsTS7gUGg0dDI2F+CNTf5U0oaAf610hPEroEzAP4LWeR9YafFXWZzcwTFoygGot1KEwtzY8FsbM5B+SJhwKBKcHqiw91eDg1PpyF0xwl2H9OMoMS84bAbgJgte5v3AfcIjxIYB+zb0iQKCE+MJnQt5wR0RhPAL0UtD+skbgOIHZg4XJO8iJ4Zgi7HbHY7SI65QABFL8lDiuz6S3nx4gkZUTE6V/TZQw+5ocqPAigEIoxzWgT0s3mGWYhIkfHvmRDxje/PIn8gxIuY+4HpiT3GXlp8GCV1/992MfSzSAt+5PNgvhIWbGZkZtL3+n8Kc2M0b9FDWLVexEsg1s5hxqA2MMknrGzlW1zVxo1yLnUvuKR7J+ugFr+jp5r3PTe70L/BjsJzIMSDfuadzXiJjGRrLRG/CiNcxe/el9vnV6n3cxpBZ+QDKhxQNg3wBgBgYIGl+KL730wvUmdWpO8x9xC5lO5n4ia71NMp4gYZ0DWJVwcAkOJjDuioFMDnld9fFkE7L5fHCuq4NvZVV6g0tl9YlYaKnhg7lAX/No89lm1Nc80gybm62MMBco5/a0hQXS7MdrCFgD+kBcFeyjKbCTY+fHxPOkIPTkmaqJ/szkCVI6P0viFUkhUluW1LKUK76DqrPL7wCBj+cXX1B1j4QrBmaFL9IDs+on8h91XPJieWTylpnCfNNl+epTMRULd5Air7Ajk16mZmcXUQQbQUd5fbU6Grpii1yvz2FttvaWPw9u2EJ+qW2xLv7oZPnfswspQiZY7mFzWM4k9v3vk9ypU9JaTARVUaDygb/4PvDBz/qu833Zh4xuYHVH3XADvBpCFd5pLAAiKdEPnWw4xCpcvN7kkswdFlfIFghIVlc+4EKeIK0LrUTU+h/USgpzTEudLCZXID8k1+s9oQWj2hPUJUD8Xpgjnz/ulF0Dg9Q3ME44dU48YSeMuzRR6WkD1lTrVpJ65yLgFYb/t6eAzZVPvvJ8+cFZnoK6aMuKdf3giuOtTXu2jt599xgaLt9Znng+Xz5a8RVw9oqvYHlrx+QP/r553Q0f/jP51J9n9bDnpnvYq8FWvD9ixL6FRaOhxEiCPTL1K0mTSASxUlODUb3mEzRS7mG/dbqHvZp5Fv8QfILq2JKAJSKmUKhRTG+yyk6hdJrqUUo93mOeyv68DR5kIpKTZVpa/H6JHWo50QKlFsC0+FtGWk61sC0MtZNWevlS/UpRi6+PV/boHvAjzGtUWJvrb2uT2JVHpkYkjUqdZ1b6V2ZWIqyobKpym6p+RK+X9aMu2Iyvt2IaxHR31TdLEHRfYN+jOhGlCf2V+S6Xe+4hZsUyd0lCYMUFPffmT/03t5OO31M5f588PmJy9UZMPUgTwFnjx6Z+iF6n46+qPM+j1fFTSSOHz09dML6sh3JVPRQq4C14/fxPIExsfitpg0FBwBptAAM+MNPF8QIdemvFNoyvBSQfMfckghLNaFIWGEmURqWDEksHkyRXGA82Fw82t7KKBAuSF9is+Ten56KCb9A+1C4o1uypGalBh2rGak7UIKaGGqs/hkzbZ+nLi6bnpALP4cEdkg6vB7VRd+OrumcJVviaGiwXPUVh8G4FBlF83/STEJACOs/qxfxo8VARA+S7krZYjNTiRW3EozTOams5/QzUXkNxWVGBCekbmSJ9z4f8oOQHY35wZOouSev3GwwYGLOZfaHaxLw6JwqLdyuw2I/nVPtEJdMGk6ihNiC1nWqDTFseTwnMwQPNmYHGcEVmlOezaHo+KvDfVXjEvXqzBOP4uvgF8Jj6FbXZc1WbPVQwZ/G9PRKWL/gIMdpDEMZXhS9ACHzdN/F1CooPt1Wu+xHlsfg61uHQ6fB1bnyde+Zx5WelPgL6rP+szHEFvZ8ITtUAvNjETXDhYsv+ljK+rpmu9W2V67z4fp1PAJJA9yTBWLnebaBKRsRAXwCOBg4GTgWwkH5O0gRsOiCBCnZPM+BkxXb8sR72GC/uwPNK4r0EBS+gTvgjUz+RtF5i/P/EJhmY9sV8rK89xol7CE7gfUICwJ4m/gOCFM8QpKAjfQwphitwkmtQvTk9HxWcwPOhaxmlPowovi46DaTCzL0XTd9bRfNKfJIRjsYPxgkSkAsvRIKqz0DuRc9Ve9HjeZ+jz+9GkGmQGvoa1jacajjbwDMNDR4PnnYzHqV5FgCqzy/3pN9a6UlPxiFBQQkJc9G+urV1b9QhohBr6xJ+HqNIHR6lbtaOkJ+dzoU++0eV51iJ54J1H8g0D2HB5lAza21uzmYlWMLXlz7BY+Q5LJqeg4rSKjeJH39V0uTIrUEOX5n7mM51Qc9ZkeAAvu8ne8riZyK6Tx2mGclq6udo8mDyUBIxSeKWwcfx6MkLyd503+E3q/Zs/Fxn5TUljWYjkY/rXoUZ/8yi6XurwDl87+ITIENubVAa8n1YiB3LnM2whzKnMhhJ/ylpMlFias7g0TKzUZ3MYaScYTmqx01SnnEU2PF4tidAN91HxjzWcp7q7jabJZCs6mobyhn4a6LTaYxUrzmK9RrPE4B4hp5V2fOZdqkd33fiqfZ2o1GiKCzXG2krZ2lep49pYl6Q2s62AAg8XjBHoVgBXcDqc4mBoMrnEgIh7xy7fYXH5Q0FG5tYfyTcEAqygZTCHmJ80L8/MJpIpkiFCCOTE3Mwt0MUBaU/EMgU4xHSuUuTSVpBMs1sw/c8Ap5+VqkK2qy+pPcIfOcwVpitR2D2cPOGAXtSPDdwrtKK/LR47tyESBtSt4rnByZPn58gDchJsB2NuBMn/saIkyTnkH6gvciJAAyIOa4OfCIRGctctBE5KJBkw9kt46vJouw3hajG5Nu89HlXdHElN/lbg/F8jyIqgkPpS2p5hVJhdBijdc3phkVLU9zC8o+XhpsbPjxXzU5htXrTlZeCtvfPhGu6fEalUqWvS9QUly/YViIltxlzOUtz4V1MAVxT6WLukPuXW+mrZdZnF96HNF3PWf3gIDvTQD6593tGE31pSaXhl6WPoMWSQRjSAI3gApbLzGC+GZjZI8D1LOCVtYLGXUvWwBuIj2ZBdqPWBTja/JyjyYEcbX7OmY5M/Z3eA384S3MDTdXe5yZTQ7FSkJy0Pj8xjhdp8lzrhe3PxXJy8vyEnNNH7KRJl+Rw2J3IZbYCSzSdsDvwZ1CZ9nNoMd74LrBV0iNLBvMxbWFmntrpeb7EaEmUrF3zJY4BgGW5sNlvypgOmpBpe/HRmym2VDuZn5f7mNN5TZ4miDIhlvGMKvk0+B9FmvpMP5Az8GlIN+1WXgdI5nQbIIGW/5+4AXpOnszFA22GWGiko25lze0NV6VsiR3pS1IKihSGWAUp2P+iefn9bYn4uvW5wfVwS8B6WXd04wfDn4YSWOdbUO6iOk8N6foEp147rBbyGPa/kJba/HkeWAH8DjwJ4bdMh02QD1lD0RBS3hi+K/ydMDoc/UkUdvE7+Gd4dAMPVqq3qK9Vo4K+Uw+vFcHK2JbYtTGkjmmF1oiilanV2lxWYktPmF0WHwtYVQyoYuqATtJqWcYCtMgScPmVmrzrHqsxHkAcK5CGLBNjf6vGVZIWs+PGpqY1pN7pCdKYMS3+ceIEsXNOB3uDipkymYyIHM8VwiRXk1fQ95AfkQ45MznaNqtF5PB3rAjt/kN5F2K/vvs7r8Bbv7W3/NQ2ny+k9Jjc+lyLduXVL970aPne/Ws++1z50W+uDmd3gp/tfU6RNmU3gYdvuqf8XfC1sMdkc7HehYM/LL9yT3jVFjlGaWm5B47RGmovSmqGF3k/j1wcabZyWCUSKJ+V3KFYvhjsCkKVwqFIKO5WsCoOdkKo0wR04nMoi2mjCmUlI1bPO5kwiU2BjA4odTYzwc2cZGFYDDk2IJos+YCoFfMBjUcf0ek8XERiBcEClMhiHcH6nTHvsPLGiEdBNs5L08VOSOAk0d0xDJMVy/IJZ+/kT0k/ChqNVgEv1S9lwy8JwFMU5Eo3MmQroXhy6yGDWWGFY+88+Nsndu37av8a0PPIk83hGqPV0DTYCgq/+U3q9N619mbLxh3fP2n1q5vjoPu3U8Aniq7yX3+1Kz8ta3yDfw/zoP9TsW1+Cdwm8+e/SZp5XZ1QAvMw85o3ixVW+Dr6J7XTKavxEuAA03yUacCQVmMxuZHaNBurqQZDjaCvEaxsbCR2zdlSvMwN8eMCJlLu4Zrw/sgw3yK1T89KOSxEroiDUDwXh9ZENHE+gUCADzKBUu3iWvh8LajNkoKnyBQI6oMOyW8JkC5nY1LaF8z3OU44TjmQw+nzu4JQFyLmQ38IhTQRpHf4TBajy1TL+0CGVNCjHQ1OZ9P0tTSe3W7IlSYmgNzCtff8mFOczBKDPsm2PT15msYJzhTDm+lYgTlQcdr+QtOWK7Wl6K9c0+QzD9g0vOP+u57mzI9OHrnHred0xdgycMNH9/UvXuMwctaHyz2RheHN7E3D4bsv+eiSfsd6GInAjuA2tHS1XTLpUeSS4WCip/jQh4suta2jMiViOso97Je527By2ci0Mw9J8eVFsKwAugpglQ3sNoLLjeAWA9hiAMUCuLkWzIloeB3TFHJGaOdvXSDo1ClVNRjXdXNJDzgputg8aIZmX8DlC4JgMMykI067oqZBL2o0EWWMn6NsKSkJyRj7wx8NTU3j+K+UG8+WchOko9NEFpD8ht8PjP1+XDxxPCtOGpp+T2iJUSYdVR9bNUCYJ7Hw0WrxFNmfUZjV8YNUrbmwJR8gu4D2DP5yKCp9rz/T1ha63DbTo88n2p1JHTCkgpmB7eXmWS36wJ9vra2xXxvMlP/noprUkdjtD6+9eM3Gate+h+XmH/82KLeArbOa9pWvulL9bI6p1qP9v9S9eZwU1bk/XOec6n2p6qV637uq957u6W2mZ2EKZtiaHUUg2Gyyu8CgAoLAGFEEF0hwiWaRLGokMZi4IMZcJxHRJAxyc41mcUtC0JtkornR603iNO85Vd0zPai5+b2f94/fO+JMd08PzHmec57zrN8vfZtiAxWl8mASQWB5T2xnLYVvgMcB/Jbq+yo4XbdYB3WGnxp+bUDq9RxIOjud/3CipK/TBw0JbwLCFnNLqAUZ6Tzp5p5hNBXuzoN7WgHdam3lWxFjiYajUBm1RW+OIvZe38M+eNwMLBqANBYNRJRmkwaalBGtPZZK0QFTjPXHAihHBp5NpPZX8oQLX/RLLB8Bk2habtpkOmx6z6TWKvwmtwVf1d5CfVidcTM8MCE+VidVe0JnLFBFS4OmXJ5zQRaSLIP6bJc6M/xydWgcigkprg4trY7OQ/TXu8N7hl+RqJKGiTUj/ccEzG2pDPY1OlottSaMdSawgjypwo3CPckkOnIBi27A9nFsMEDf9tjAX/+y6ygofHBn/1d/Pru8/6aeOYVs/zc33fEBKLyzav5NN827DJTABHDZHxf19Cz6I2AmzfnVNy6ZZOx1/f5wW66r52u39naHe52zLnv0z3Mm1f5wZM6kSXOO1E7V8Wtx3HabxAV6WlysZ7EVK8EpEHYqZyiXKJFTD54ygjI3nYPHXMDuAQs9az2wLTQ1BAmvbSyE2oVpArTFgDJmi0ViSO/V8YLVSjtYJ0MlBFrn1RmcDhvB4MR+kdMdaHQqpxCVFhmWJTPxU1nAEmrpxxl8KCMSXqd6mRqS8ayX+2Vu+Pxoy/bL+OrI5eoVyMF8viH5eveHBH06TtYFuXhox9KUsGLbiIgb+JPynBY6vmPXT3903bU3Xn36TX766d9O5988c82epztn3vPb7tl3vwke+8kNe3bu+MH+10p9f3tqZfiSe2q/A957LgmvfOrdadnTrz609b7aS9/Y+VX5bnbVqvQXcexho24Tl+w1AK3FbAnJCP+QjOseZhE7oA2boSX8kAZs09yigRq1mhFNOYJJFsDff5RV6BCLf06DCHQ8UoyO/JpBwJw1i2ZkdmjqI79D8lSVXFYlI5by5K809ZtpQglU2KRGmHCw2DTgm7PR94EnbRcB8MZHL6M1Y6O9H90Ev75413X3HPJfuvKkQL8ijfT+Q3kNmeWtVdGV6E7KSb14nLKd/4UYSbQUtGSAd48N3KoFWhtnqzMaQPMApQUtSJu1kpmMM2ILXo6TAyVuCreG28LRnFWZIUN9Ng14RXNO898apNdgr0Oj1pp8eJnkdAa0xgJLAECAF5nx301kosMyoTg3pZmLZSeN7o6TQvVjA7xYJP312jTpuz7VEIwEvNaavVA20tAYR8SDrpDF83qNhcubx3JH7gN3LLm+LiAeJeRxMOGjl9eM5RjPjPbFHgIk3+kSjZCKh0lWMSKqNYWmJMpoTrE82gN7aHU9gyZ1zcA+7EX0jZUP6/NOte3043ivzcTer2cN2AJuBuht+kMaTp+xeAZ8IP1EGh5JPZ2C2D3uE0vIuC4r0UIjEX96S4M0m0oDJVgKtoZ3lw+UYTk4YUJ05jtTHnC6/X47UJNZEBgjjH5M9gHBHfBH4T1YW3oTfAocEKfbFe0mkx/0UOWSu6075+9pm9MGqTa2LdB2uI1ui7f2hPwRZ3C5f5Mfiv4z/rf8yB9Nxr/tj2XwX3vFzG+/SYbZATWbQNZLRKGZav9/j+MJxSol5/vlYfYkQbOXSUMHx1hDz1UJ/LFcIJIuWRRUNZoCivI8FDGkbRJOahPXn9TZItEDBsfoAcPBBqGoPLNNP35tbXls5+QJFwtljzVTyQa07OqRF7KZS7TIFV6QpTkmajJ5uiJra7eBxDXRglIQjMbIodorQOnl2s5dlp5S7J4ELq59uyeweV4hq0rSYksgAb8mpMuWeaj/s96YUHt1UbjbwYy8E265phZb5Z5RmzhZ3WLSa9li9y75Dp6J4wfSm5fCsbVWzCRj+Lpy+MGdYUBQF6EKAK3L5Uq47nMdcSnU0VhbDHIxIVaMoachkBTvULDrRFE3Vwcp/Omw7j0dbUA6KpUimUujtZAiRzOHTxWVYlPQgVKJiIiPc0RgihuLu4sHikeLCnWxmGgVgqpEq5PWkUFwg4Umu4B1qtrJqCi0WKgijICI1NE313vYC8mYfeoUxaTBxvTu9IE0Sr8vtOG4ijT0kca+/pw0lIGVe4IoN//J3X312cRZkparTV1+EtHRJym7iTOTCyrlOdy6R6VCF3GrF+22j1fqxd9bv2zd1ae+tqI6slfuCPwe6QNc3tOuBbNv6V9pEMbpb6/283uO/8ct92xY+w3SHwgspDOwb9VYLjfYyJ2O7w1MRUg0MNobKN+9fxvtHxjf/3zxd+lyozuwLHXdlQ+XB8uIKS8r319G/nIPfrCpfLT8ZllZhgiSdJvIxmmq3J6OivhfS0fr/9qFPYEX/I6G6WM9galA/Wc+6fc7OO73W/Bd1El+vyT+/TpFjalAdR7uHOxETGdP57LO+ztpptMvPdzUebTzzU5VJwQZ8isycUR1dviTIqT8SflfG98LWM8/nxnt9xiznUrBT9L7IWI7Q+Nsp/y7lkd7Pw5RtzXqD9Egi+2tXEkYs56fIIem3shIAP87nyaHQ+PkMO+7KN3ojkxLekofTg+mEZNelr4/jUj317L0pvTR9JtpZRoCviGDdCoaFMlv94kysOD742GpHxLVe1PuAG7KS+LU90V9rtWuFkGOiCE3Pmerr01B70s9KWy9F+Vb5+8meXipaQhSpSJlabQLNXdCEjvTXavAL+G4ykMJ1EwxEnSQuMlrc/BWDgdMhA/IbHVznJ3SOdQuZVDtD38sKspI0RAOhE7nRsaioHGRzzh6QxzsqBrRDfzSWHTjGOVjiqSqm8sfi2IWfIY2yLxMf2c167aPxSt6HBveho5Sbdhd2iZO6sqTNbTn1RoDvzy/KT+QR/lJsbg7mAgmXRxPcBpgMBJzx+NJqzmValE5PW6XNq9TF7uU6o4JF65vZBAbqdxgTl7myKlBU5l9DYd8b1RH8Jr/+Xr/F3qRcaKgb2sK9P4Z2QiJ+D4unXnLYO8/4R4Zma6uiwxKmJOX0z+kfDjCWyCmwy4iL7/V4LC5eKx0hjIQol5kYI3OLGdXunQeZTio1nqC2LOnel5/Y6hHWnO55/TImSEsk9NYDiODp81jyhfGC6MZLHS8+i+X1twnTAisszdGKJ3lsfXtJ8tr2/ylpfMWgO+M4oT+XVlfCyC9S2AX1r2fmi0aPD7R2+dTUTrsNUrAqf46cKo3SvEcFwz4JVAyEmdsVJ9X02py+OT+pCbMWdIJMbqET+1HArs+vQ/pQpzT0fYjRHqFFH/A5y1EteLd+l2xsKobXNQNSt1TuuFiYb0AbwqCa4JgbwBsCYA1DFjAgO1asE8D1iGwCIIynA6hHgdL3+vMUSSqKgXCj4Zh2G32Jvmc0xU1K3PJ6GKvX2V3+l0ZF3S5PFSbcKMZmFlVrielVOtSLZIah0kuQ4K6IAkNKbOB93f+zJ9zxAMrv1El7fdjoBcXJjQ+NZExRnpfR/lXjE9sKP7wtVu/9eRdV9/XlMmIBIzAkr7pvm+uXPBIx5QbisXYhLWbd/WVRvaP5TVWg+H37xrYtq2exzjyC5nEdN3xzw/85/6117utXSOvrb59417wu9GcRj1vpHhH4hrqoy6iviW2r5kLFswFbXOnzoXresFi/KewvgDbC9MK8NrsTVm4NwOuzYDPCBsEuD8AdgTAPj/Y7gchImxtZvazs8/PRrMnS7KP5mKJySlW3cl7TJM7SotTLRUhGYuoJs9f7JsoqGmPT2dm3CYp9daTP5MbZonAB4fxIyzqU4Mjg6cG8YF5gyDcSW7OJ0l6POx/HRPc1Cx/fLK4T8P9F0zjumIV71xIAyDolSwNv3LH4RULdt788tUzO4rhT2QCGDm4ONdz+/SOCTNu3/gxVgBOpba1urJgx/fvvOGbv7z7ftHD/+qTaAG04Dv7i77da++9e+31FE2x53+ieFRxORWkeCpGpUFUnAyhIppIpiIpIaJwMWG3MaLwOnwOj8PnNjodPhejVIUiCvxfShHyOaw+R9DnYNPxmItxGTRq3m004kcEJ87sNlrdxhY3YNzA7dDpUpEIebnPjgXBRWx2zm53kC7FDIMYxswFsG+biKtV4ViUD4Wgw+W2OxCfBumURseZ3Xojo1dAX9ANWINeTfX8cPDMCL4S2NdwuIK/5nLVnh++IvXYDw5itQ4OAmem+rrjND5Zprwzs3Ov8QRBnHMQ9DOQc2ScWOPVvY46JJeMHXXiBHCyrzlOy2h0BFHKeIJh2L2Nz/gFiWq+NSuTPWZAEOB1hHHUKttXkHeDvEaG90cqSxTlVWG8GRSPjvzn/tj82tdr50Oz7w4vDj+zwJnrAa+Hb31lce19kMiE25aPvH75gzcu+tO67MJLA1BQzUwte652DaMUSiWBcWTupC+tPQ6m11aNtG2K9yjBH7HTAeb/bOS1yiszooT/5vwOBaP4MRWhMtR/in2TW8A+H9jpAx4f2GoDcQZoGRcDnUag0YB9KrBNBeKq9SroUAGNCtzmA7fQwBLNqJRWJR3wY99ewSmIrjqUVqtSaWU4wLncbq/HE6Falcp0ly7q98RjHtNeC7BZTA6Hycq5TYiKXJK5OQOnZkAmgA9rRtRChXKdCqhoqMFhRr6KdUV4Nqqncj2Drw2a8hnClcaeGpaAAYfzGfZkLpcZymdeP11H62fHNDM+qVs/nwRACQs/MsatY2/Lq0ZnKIBcFwINjh0F83ztzq/tmr14RXWqzKyz45opixe69RNsYb9/4u6RP+w++oVNi9bWXltwOSHZOQAm1L5evv/5zuV1Zp3sHY/ql9byv7z0H89VZ3UfQEdkfp1ffpH4gDfUbkJ7FC1mpa67gb1GH5P4YyaL4SSg0l6P1RVSm7VQr3bpwxqvlzdzbgukknwYuXHU3zM8jC+BkUGZRxNksIzw5j41hMPyHCFpRhdQHkuNlhGp75KTQ+jcaAh97Jp/nMtfInDPPUeQbOGa7wgs2F/bwpqnKldeNlBa3FMogE21g0J74BrwRAVcIZG6wBmB62rfqtRmXOwLqQzc1M6dUk3//E/oRxXrsHeaoO4VhYDf5wjZnVbOFnZandZEyB5XRYIhe0hpC8dVvMIWsoVtZPNk7SGrPRSwi3ZoN1rjqnBYoIBBFbIqInE/5YyHg6EwH4RWmx0fbbdRraIypEDy2mAG+34kCfEaMc0gM3LqjSG8L1j8rdeqe+vbgiG7ggHsIMM4XhuSBvlJZmF8jb4bgDAwNeCa8c7Iqwims4TbHOqsnWhCDH9kMfh2HbcZfce82DzzDZf9WYLfLLprrpH3Gujh74x8CD8PvyghOHs8i1DtdjkftKo2hfRLUJNBWpz8YQ94pedcD1zUtq4NniyAbxfAygK4xLvFe7MXXecCi5zg2jzI5bNFIRKJ7Y6CaLSo0NCdEyZoqEmTdhGwN7eVQIfsbCVDhGwxUETFqdmUW6PX6QLurBu6J4g77aTscrsDXO8Ayxyg0zHDAe2OcmpF/oY8vCgPCvm+PFyRuyEHCzmQz/lZodxZphVQpZJxc5brBnQKnbasSwlfiX4nCv3RTPRAFEUj/nDYrxL7IKnVDmHHhB08RdKaJ05VpfNqLrPDEhMz/pC4DuVHWE/4+0NDrMSDKL0DH2W8k4kHT6jG8LGWMBKrYw4NQYy1hkMZ8DHkD8I310glSJxP4VEHxj+aerD5QZ2NAf78kSO9ExK8sxkR5C/pqfNmby3NypvclmAwkO7e2JEufuXzP126eEf3VL2hvXhxMB1I9ta+f+13H9jUDBWyNdW3dktlup2J1F7c0V7xhdo2zJp62deumzuLcYbv/XxvUcrFyvhgIWqXOH0/DXaowAYVWKwC7appKqhR6W5VAiU2mTrK71c57A7o0Ov0vN1htTvsPGex6uz6rNWmdLu8OkdWiX9C6w3WJY5lNFwmUc+pYSzUV4by7Ct75ZQpvnlkiVbrCsAOCxFgNIJFiI3BuBxqblQ66IpHFnW1tF7cPfWnF6ZSV82YP703KAiSGFojn7l3U3NG9bZ7b2kvyfu7ih25fyhuwzZggZhbw4PFNlAxg7IZLABgiwAoXrQCK/Tzbg3Dq7MQQBZClUPwhimtyq3RSu4XsfMZEqycGjn1ioR1JWG9yluBVXDNvMmj6IMhpcyJSRaCf4Xa8jbnrFr+Kosm8fUrLl9QvW/RzQrd6uq+Hbf+BfjQo7UrF757l1mNBKHsXgpu3r71O/ura+Z2bl2wZtqk2nm8DhzfI4jPaYzaKBrvs4AtlpstcKFlrQV6SPnj/iAIshxxLFsC1EFs+zQ0r2fZgyxkaYEx+U0Z0wEcy/j8PmjymXx6pyCo9Bq3Tl4g2fUZkmAjAdnI6del8uRw/eKS2Ga4sfJtNxi/xNH9juDqGZuL7tU14xq3bc8lM8td6/JXO/j2UOHQ1evvW30DvG3f/G7rrYdMGrxMKPiu/Nbi2Zdt6Jk4ozg7H7q4GO+aiX3uEL57zuG7h8de9yRqUJy4ahKYPAmsmQgWTMQbCczIg3IeTM2CRVFQjoJKZEMErg1vDcN9AbA9AK4MgJu9YKsX7INgGwSdneUcIV8qUsLMoJ/q60qVQ0Y7ozYZg6mWcKm9VDaFjV1MyV+Cpa5SV08yHra7nbC7J6xxq6R7LUf+l8XD4rvNlMeOAN7dg28MSgRN7BsvE9e8Doz88Q+ZqifcsOpN91+DVAl/BqPEZoG2kkV+wuGbkZOZzs5NnrSu/+zIQP4S3n7ihJfcipWvr7pl3pIPbp+yovbejnX3rppbuZo6PysaO7biwEAr6Ks9c03/Pau3gquvuHRRLCmUQlcvqsCf7AqmBEdw3qV73pzjm3Qp+K/PzZpoG/nQODBx5Pln5iQ0H1XOucWZ5N6Uev+wDrJUN7VVdFc6QbkT3KIF2zTgcg1YpAFrlAA7krlIgNyWsUwAZIEIEOjJO/0hA2NjDRk2EDaAfL49HnHa3FEHbI+pNXXw7UHJTSAPJEeBHTmNpVgdJF9eGxyNZECYG4XJHye3Or508ILneQV+OMp5oPjuc77kLhkg//nnx8CmES3B47+Vn5Pinqv97qOPehee3Lb2mmQEPrjtB8v3XyLh4l+KvYoG7nTtzrqH0RvYVPvS8Y33vrv6xlz76sVSXtRDUYqnCJ4O3Cf1GSSwv/E49jfaqQnUROotMc5HrxIAwaESRLdrIm0TW9J2JLZw5Qk9CtpGw1TA78Dnxo6IHOfTNitN2+x2p7PHBVyudkD1dreIIYNFZaBp0QAMYo+/7IKCGR8el+DqCkwIp3qoSE9PhEKtXQ9wNrvD4uZgS+sDCkSr3FCBN/Dg8OvEde0ZJo4J4dXOZDJkH5ulHY33NTso3X/sG/J2xv4avvLy+N5r8mPrjuwJMqjPDhGoxerrg5JbJ8UP4wslxFmRiyWgNFooSQJgHSuTIFI4wQGGiX782hGzd7H39GiFBD3CLGYYJso5FbraR2uFRoXEUfuz2nxJvUByNrqidttb0eOkUIKjjLHaiMdTe/WKqFpfC8BgozqijhqSUm0EfdUw8s702rckihhqJvZ5L1K0UAEcebRQOeqXIv8FP9jvB3s9YI0HTPYATS7TErVY1Valxx0RbJxKhR8TRRU4lZVTvcOBhRxwcDEOcpwrQBmDYFfwjiDciC3x+0dd4CsuEHANuKCrsB+HgllS5OANarVBiMYjLQIVyLjdvriA4w8ch6hyHl8rrVJrlCS7ks/L4Ub9AZb34Okcyatgu4M1NZwjWOwE5qDaf2aIeChV2bmUldRQ1ihQcx0aG4UtY2UOSx4R6xNEjVJHVNUmh/9YpUo7usi+6oqDM3tvnHJHLLZl3dWn0vG90+5oy1xWG9w7dYFU7FBpi6DYLhU8lNb/AteD2Xeu3eip3QTuc6Vu+MV/3HKPBuytrXJkVn+rtr1FqniwzBf/PTyzb1XHm9sl3MXfIIJDnKBEMZgIgzj2zAN2fYh1iXZgj7vCdrxlAmF3EBqtxHS8fqopvqgOvjEsxc/YDBMHupm5tZFwGx9s1I0EMv3IFVp80dWzOnrXZAKMx85XnnuOjHXBya0XRRw/gg/+5vYFV82aKiSnr2/hJpXuBu9gY9AY4KrdKeWMpZnHiOIApaPy1GwxmjXoczzfEsnwXq+Np3ilMsrzhnAuGvWnWjJZldNvZpCGIh2EeBWvD+VMjTApnxlmT5Uz7Gsn8+zI0GCeZILHmi0tYdMn5xEJ6tdY3iwPDnQlE12dyWTXPd/8WF7xyJHRzOI3FbFkZ1ci2dX10WW1ZRemGa2VFjnRWJsn89JOUS5QXI79piK1Quy6OAeUOTAlDbQmsI4Fn2HBej2o6IAD/1ECdSTkp+zOtmyXMRVzcGYUKcTUWs1AGIS9UuvkUFVOGA5iD2OYfSN3qjwy2Jy0Gm29qCMKmHkZEjE/npzLRBzsMdpZ5YJppZ4XLrn03m8SwtlHQfePpjwbyK+JpR12X7qd9dnDmZGfGG1H5tR+J/HO9te+VfBwy9d8GPr70x+dAAt+GI//vfNXda4ucD/6/QpbqL2Jd7avNoX+Dfa5CLf2MtHX1jq1dWEruiUONhi2G+AG/XY9jHAaniy9lCG+l2spA+YwgEkKDs6iiuRTGp3uk4VQrdbFkKvLoSGB8X1epU+QQFNKjv5NX6HzB9XZzSm4kM7aLbOU8S0jvx9LvElrP7jtJ3vH8mz/eP9zqXlk8a2Qac6uEf1Lcw3S+SxSB8RUe2FRAW5Ig+lpsFYAvfxlPNwSvDkIFwEAhKgQgtiJxs5zayIaTRKHKxJu06LWkNlt0XPmVi4mmCFC+mxLzO32Qo3erY0m3ECLL6gzwzmZI1Y6FYN56VzIztUJ9rXhfOa0uby3mbgSf8RxdHxhS/uFjhWrqHNVSp7VKFNl8Q5PdEZRYoytZxjAn49dfOCiqbXvAYfEUfnR/Td2XNb+4Orr4fbaFpkxNnA12F8BXxjwpwSzf+XFW2rvVmo7tiY7DegHn/2SZeTVrulyrCHNcuD9kqHWiOVoxM25DGYllYgZdbz3AL7S+ciE6OwoZKIkZEXRuFanTLmMQiKl83o5VE6pSFZl1CPPYIs/Mkju2zOvV6tDpICErUZ+8FT5tZP4uh7MNayFZLc5CWVSyvQ2PM1ioRgZXzWCx3IRf9VisrVkjhyZvKSW3MIpDh5EbpPbH9UCLnH1dXk+hsRI22Rronp75a3l83l+umnuO5XWZa5LbUZsHE6f9gWk/SHVG/H+KFNd1OtieWsR3FQAFqvH7vcLHbF4oivRGY0IXV1CV0II2bG2zNg/MfXY59gP2JHdRJVzpUwm0dVFLtQ2WLJi/xu0t2E3XA1DOlMiU8q5s772KBeLdZgBNOmoTrYTdnbqBL/d4/ZBndpNdg/hisgNkq1TxR5NPX/KSvlVkMGRzKmdcvJzXAKVfeMMFmu1/i0HK+dMpSfNuVLyNnI2QfBjrB7BYjB6AbOHHwQbsPPySwwIKoIWxcO1r9Q+aGL4eKt2DDj5cTQfHFSru9pdbeCXrvkL+InYb6511xa+gn5Xu7SZ7QMcq7Q1830EDEtbOl16QVgcWcNVak806plT0Ps4vm+nOqmXxMtxoFs2gfZcMZtNdGCFdAqdnUIZ68eSKLUBWIT4QbYIrUVYtNh8zkAAf5+3OK0WZyeO+J2Wl5zAqbUkMkWsjoAQ9LVF7TGhbAUWNkBIu1inzx1QsvoyVDKkH2OoZ7iujIYuBnMNdZw6Vf1kbQyyrzf8F2NDA+oLVCFrIvxxmg+EN3p0HNXHOE1ILR95rAj0/q9qb1zA+PHuyK/amjg/UmB6mynApkCiJ6L0FJ+pnar97QB0jZSbuD/Af1eubmL/WLI3EQ3qsY+qKmn6bqjUXpV0QJ8fRn2SHeigPhJZR0BjKDhYl7dgdPiChEv4HTFjNBcEUATwmPIFJXzRCiJWfAaKLQtaVrcgoaXYAt/J/U8OWlvAovK6Mmx7CrjFAk2nsiwgPX/LWaRlVYJNx4etYT4Mw/5UJFbSllylRAnpSkzBX4CeQiql0j8F1ooOc1e2lQx8E6I5OoGorlgbzbtFiabLSZrP3WCu+7D7Ufeg+y234oAbuN/Ct1ammqmOArg0pr7ZNwhA0NKqBMP+8nC+n7SCn5Dg2eV2GyA3VBJolmQ9dUBOTQZEZOKbJhIryXAV5XuuufonQcf2fXv18JFCPAMhdNkjF1+7fPvvO8ycjmX11u5NazbAO8Kl7lXd5W9G4j0zr7+r5RB87o41XZfw73oD+Y6U27miXyzuT94E2p40a1X67va7776KdU6eeNfE1uKq2tc7XfPJ/X7+LN2OHqVcVJT6KemUeE+MBcKFTeAggIzmgAaqqQAbgMY6UDT5Aj0KtYO1FyT2M4eb0N29I+r0TIEyHjZCtdJEBin8rKtgMvsERkW5Ai7RhYzI5UhBt0IRSYkqnYn8jIvlCiaFm2etj1rhcivYbb3fCq1xFxUPSe2sumU6qJPo54fYl0lHYi5X7x7OmfJnZGrO4RP5ZGtWBsCR+ob75dEIgdwK48qso26EghAyjboP7ZZHOlbqd9575PIVW2947sqZ+1JqU6nPWnvs5d19RXH2HUtf+N3U9t1y1bS9baRlmqftpjC4DUy65fLb7tvyOeILf3j+LPpjXYa/FxMmHPgXLoc7INxtut8EKeeAE6qZiD8CjYzX7814EfmCpeggQhCxJBGLxeh1YBEy6CjCIlSyWHxKNU/o0tkMO4fF4mMNKXOQ4/wp0a5SOrDolFyQ14iaxkgjq8lq4DINYDTPaiB2thlWZAnaEfmWm8hTRjqWpkhkmKIhqUlslF/yXxbuaJswDl8bSPXYMbOP27+shBj0x2aZ8mOiPkYkO5+IGLwnCRb+jAhWFnUNy3V+7Zrav91yuWRL7q73WwewNXlKXL0eAo0CTG9Z3LK+Ba0P/y0Mr/Xf5H/Ajzif4IPX+m7yPeBD11n3We+1IpsgLiNtsH5zxozUyDygo+JuYbFXRSWASZlICbSodHCOgjKmNhZI5MkAE2IYZRAL7BjV6k7wSlFZB1c+owTKzBiNcYOCHtv8ZL1LNicJDUetEhF9v0vusOxvdu8/nXX+grI/Ov61W791/7fHs8wbP17jl8r616CtzazyhV+8cUFZX/LNerEcp0q+/PPHKT3ee1NdoYI9YGQL99rB3+xA7Sd04irezkMVfw//EI/+xoN1lm2WWyyIzENBJbTBCDwH/xsq1DuMYJURGNWbOMCRQb1uKipSapYwhOiQ2suqrQUv48v4oAH5fF6viI09493thfIReNd73qtQe52teKcIWhLxnxjuGTm5VCawkAefGtBaLsKuUDWVScp8ab1TvV/iXrKOC3ibaG+IGEcBDKdeu+P59Uuvqnb6GI1qUs+q7nmTL/r8ijltBW9g6YYvHLtyOfjJi7ceap942YKIRezsqKz86pe23N6b2UbYK760H++/KedvR1kstzCVpv4q6hxZb6gQYP08AeF/j8C8hsmUxkKjpUDFQTYgBuAqzzWePR4kgYrJVfJ3mfOMQq3Tu/VL9MhK3N+jUeRWKANqrkDah9bEQCDm49WabzjBj52/dMIvYq+DO+oDPiLc0jIDMNTB+LkMT1EsPgyIyugCmhDeuiGBiuAANGKiNepEK61zCRk7sJtUWKqkpz2Tl/G0yegYqeIAQp/AnsRXmyzW6hm5uEM+1c+7BGCChUzm7ZOj3UjRUttYk6i17nZjO4pfaLQk4Y2bXbb28JfXt/tihlmfufb6ExuWXlldZdu9fWJbccdX/j7rkX398/esb8/+dcOcS7ZctsFTOnLLU3Xx//mqS2/cc9XVRy7fsDUSrMeev1XcQaWwH3e/2LKmAI6ZXjBBtQlMbl/Qvrr95+30Q1Yw2brAutqKtDge3W84YqDV+Gh7UYK0L0W0pkKCpxmPt89HdWQqGUj652GGywkW1b40SGs6UjpdiYSt5jnMMgZvziiX1vBvBkCA6mZPvFIdGTxzLlPHgJeOdrW/54OhRq8T2Y9yKexTYtemFMX4EHZcSw/9275cNw5hP2E6aTSQJXTbTUNKEuP2wW0vzrtwLomrh7M58GbTdJLsF5PeKRHb0QSOWL4jrlqTA8d8L/ig2gcmlxaUVpd+XqIfCoLJwQXB1UGkdW137XcdcdH7FPcq4DIEGORHGYSN6IAqSiXSHelKGq0JbQnBdCgrBFRmn6WP25cEaVt7yqFT6FlscDoLRLSmOZ5lHugJJW28JfqmHug78W1+FnvG5Go/gXegLN0zBGJfEvCQa6jOE0GNiXfUXDbIyiU60GZZ1y3rBcJViKPGM2Di3Gld7b2WMUHL5nVkb5No6d/JNvSVkbt+7SY8oDc2ZHwlMBIb+4/Pj5MspDqwXZ1Yx4F9WezWkl5zmw3cbwYGfGwNw4YRAyKfCJsYje5E38BSPGsBNkPEAKHBbAgZkNGgBA5ardHUm8s1pLk8TZrLNcCBNDqGtJYzAuPY6NjtOOA4KoHCenT4rHvw6XQYGMCQ7KqPCmlOYY8NLA9sCgwEUOD9wyyYw25kd7MHWJr9PwKGrUo94/2bm7Bho23SHo4G6zZANdogPnH1pu8fvGKV3T//6a9V54KRvdUVXxvavO4ObfuEFTuLrAL82w9vPrRx7Z3WXx/YceQbazfcfYt3dd+MbfyiC3B0gVpcRIV6DdVSGzeVg8ReJvVomw50KoAmK+Lf0xFwiI4Bh8KIHA6DlxEZa+FNvHrmTaZuac8ztIbZeQpLvgGZ+3cN2FJHzU2/JE9PUGQ4aC61nBqgDlNnKLWWOiKh6bLOgPOwk2aQ8301Idf4b2kKHj/4y+Nk+J3QbTwWaylItBuG3kqBYO4OqpG6N8iek939xrjMmeH3sfz6R/qrg9JsfH2+X2OI+QIFQ8xcpJLJxZvPSXwqzRwp9RTPv4LHu+7qU19d0YTHu+ryzz2zcXUdj3d5z3g83rvWjuLx9skyV9BY5gmqCPxPKFl8PduJyTyE967dAFSGewwPGdAeA/ii6fsmaDOBK7mdOEh3AQc3jVvEIYUbKHzgLuxq/d73gY+2WvyWdItGg79kWzTWlhaNyg/Ulpa0VeMPq7xMTKQQi6AeIeRlnA4HAT52EODj8w7gsLV6VTmB0W3xA7/GqbOmHXxYdYsKkO4jQxIkieJCAzqg01kGpMJum+OUk2oBy1s2tQy0oJb3eyxzLNCSqW/uQTKZ3j/cn6/iwCxvku+8qqSEk/IWHxX3EEEBWFrdK7Nl7ZVDb4netb+/HsQRP4PgAkQjbcrRKZlIETTphNRz6plpUIgq6vpR0M5r+4TwXmQKB+vIycmFD9dxk9/f4DW5UEQz4Pdf1Dvyy/baPiBktizumQnb+i5lyr8zW5aul5UHwp+TwJTfMZjdXtWzBf3s2l+v2/HTB+asmnwRwYjDZ8eDfZMC9RtxUckyxQL3tIINzu1O2OGsOOFC51rnVie6z3jE+LQR3WwE9ymPKJ9WIq02mBaEeJylj2JPwe4WWJUKnz9IGQqgkBNEWqf1U1FgQNEopZZAUg0aApIKjMhaKsjscBb8CjlCkCoR7id4P1YfcVa0Z/Rv6d8j5HMkIfzYMgmRmtCIY/Vgr4PMJdbNzSixmSlPSZRBVXLJ5jP99cnQsjMzSrWJ7wJhDN+0yQ0ZuxiscssEZ5VfIanAXBvyVGct2bx39eYPnt+15pa1C7YWQu18btWC1swPzJ6ku3uCM84zL65feOjrn1scaZk8+8bDM6bcsbO35EsuCOVnX1EuLjxGK8NRlfLUoi275ByniGXOYZkXqZ+JG0rJKUl4qwGsFq4VoEQ1s0hYJ2wT0F3ZB7JPZNG+LLgLPgCfgKhQ8JqcAse10EdJ11BYaFGp1HY1VBNIbx02VAU/YwcGu51SMwmQ0BC0YmhUU/5B/xk/Mkuy1TM5fy6TQzaUyzGkjVmeyz0mqQJQbZJ8JROUJ3IdXlolPCqZquwAEjH/r0Ieb+uLBRn8opFtGgeHMUpPZkPc5tV7Ny+ZVXV9/dDCUv5Fho87J3S7kx7zDzKtC1blSAfE1gVr963e9fwHf79x9uSWyGLXrq6ORaewUxlW0scWFstXzM6HFiR9pd6dd0yZ0ZAz/TiWcwWYxVtK7VPa4a0usDp3bQ4Wc5NzcFFuXW5bDt3V/UD3E91oXze4i3mAeYJB0xAyaXp6UadOl/BFhFCo03QU7+pCVuhUqTg7BzmDDdgcgmjS6VIMDww8b+CYNtBmYzg/B42I6+tVqWIWf0GlxhZKqwKMikoNps6kkBnJoCQasUejISRRGg1pPRHtBwwvGd40oKxhuWHA8KjhjEFhMMygZrISxzZhQa9P40pXQ57ctPi5PKU1TjuffAgIagk+KEPNehozSk1m6V9XWrPRoh+vWyo2bPreB/+SIgcu22FgdaMWrG61TJbtPTMO/1P1Zrv6tbq6IWvMUk/BOrZQeeqA2Poq8zYDlUabEVZ0n9HBmBYklBXlZ5RIounSIQoAh8Js9XgoNc9a61RmSYLfXEyp7UEz8gnLXBtdu133u466nnW96XrXdd6lcbnoWKtelW2VGvclIqf+YXsZZIbqc+pDUgSUMddn0evE3mMjDGMbXUWKKXXRNqjjxpxNfCtP2fCZgR8N7Nhxww93Xbrhu9+df+9yyyxrd7d1lmXZfbMmL9u3cv/+FftX9M76/e6pnZ+79fnnD9w9ccbAV8uTN/Ys0saj2sW5vmSk86Jjj8wv8zEKnM/WpsAl6E4qTj18DDJmBrI0Ivm1MN6ZER60a8BT6EUEtZvweQl+HsR4u/O8FjBavxZqvw/mUzYqgNRimHH6nXCj87wTEh8H6pzOZCLGOEELcmaBzSQoRYMExIb/VtJlMaBkQn53QCmNObiGGlPAmUFCYTgI5P1a7T975iw26UMjg2eHqhnCstcvI5KECYd8U9H2Y40/jVo0XPK97y0hHnjeX+jsqWAf/U9/8ggTLoLh+BK34XsTumr/dXVnX7rdX1hYXV34+aRp0DMQSvF8Jbxi5Kwc09SmSDENdmep3x6nHCSjFuQLq9rBk5GTEaiJgINOsMV5sxPeagZKI7hV8UUFnNQ1v2tl18+66AfjYFJ8fnxlHBlCO0O3hx4J0WqacNeIE7Ek7ANukWXGhz4ZKlHsKFaKaE1iSwIWEyUhptqXB3nfhFRA5/RZrbwc+kzsIHaBncMv4yGfyPt4EvhQE+WYcjTykfbcuOBSjn2wzF1D9VC82tQ5nRwfB10gZNOnxEPsJ0VDhiv6n10+vyo9XfbQ9Z+T85/rljciokb6sx4OZX/5UeLZ7Z9N5WaQp+CqNbvkoGjqGjnx9I9943KiRC/oSuxfBqg0dUzONnUSvUTAk66TLqhxgYMGsMVwswGSZksIJiXmJ1YmfpagH/SCSd753pVeZLDttN1ue8SGVaIjKklglegGGJpJhDvClTBa49vig2EfL/g9qn1BEDSnUladwaxWUzEie2aOY5kDOnxBM/8mVkiGoOYOEi+kWegnRqX+cWknhX8u4LY8ahYtuvITJUqynw82hAk+SYTtbR990CQ8INnEL2CbmKCeExMXhcAG43bjfiN62AvWerd693rRq0agNKwxEPHR6unqxer1amS1EwQis40m8+eBGNKiWIQXKZqWnDdCMUKDjk00oFN+Ip2Ejoq5RZmAAWlQPM6o7CLZ89YBM0EnMluVboFRhQWVbDJ7ZN7AoeZYhdSph9mT/UtlxA/8AvHq2JdJXwNVbcgSSCnOJsFd2BQscyQUwsUg+kLerD/wwtO7rtm952TL560cF4noJ03ZcPvUnvZZD/SW54FpYMBva/vt7C8dPP78HYdaLLXfbeibvmrRoac++0TgxBWCnOcw1SajYWwzSWwTF51Lkpcn4RLL5RaoM7qNkDDPQbMiFnIRO3rM5S24ggGlOaRQBuh0KmlN0xZzyJoMKJV80mpNJq0hszmbpq1p/H8gRFuCKYU5nVTqc+4YhRzuuFOZ0zNt9FR6IX0P/RCtUNNAfbEV7LHeaf2GFdmspKolfZli3WKlH7Q+aYXXWcFxCZft4eSPk/CWNFAqggFanUxZrLSzkE4paDpjtgRDNMXerz6KPcQCS5iBYSbjpNokA+4kDMykyjj0CqEAxv4BATaTvhD/AAftm/s3Yw2QhhuCB41fJ+ANpMjrkL4w+AMQ+Ac53q/3SKmAfSzEKfQA0FRTtLtBo6QIokRvkmOBhgvWgP88tSYdbr1hYUuUWVJ7SWg35cBRz1zu56/Y1ZbZIFlbNaVHX+KnoI20yTNt5IFfr5h8WXZSOTMtGXoVnlnk1agFYUowV1NCQ7vXqHEJ//jyfff5PMnSohDRJ4XPw+1Yn34qAbY+wSiASeEiODYaxlzwOgxswU/yr78MCoW33UDlAgtda11bXW+7PnQp2u2gbAUa0z7TcdOPTb80KXT1lIJdG9W2aZFCC0yv0OdoqCAw0R6Vm/WagmbWGwqaw7RbpeKDZmswaPaybDZMW8Nhehq9iIZ0mPeylOHpIHjIDLab95vvM6OgOe5W2RjNS5o3NdhP1Ihx3iCmMgXsXdpAI2Gb4mysV+cz0UH6h/S/0/gDhGlkMgfNPzT/u5lGlBmo6aA5alG5dQ4KINHnsHEcWZ3WaCpwFocyqtMRnQ7lSBzLnnE5hnI5Uz2vK9F4St3lUpY3k8ehMClFS1S5r0g1CZM0eFrv/idvJaHv+F1BnEyS+RlPLwFU5LRKZBFyR3cblAJg2ZfM5/BOGd0St3tnVPvXpgIzacOfHlbqFu9cl+3yztg2M1npXfXwlbXDhp4Z+chkxPpWnKvOeHLSf74Q9E/4MZg+3bfHk/3i2yMzS/c8MrV95lU+qZ8E3yN/xbovUF8S88qA2lBglH4ldNLKGH5c8IlUH2T8BY2xgPzelEJnisSR0R1llFQ0G4XO6FPIKLpQgKeisQqTfikN2+emwab0QPpgGqVL7FOIEa02nqkMaIFMSXlG+5ZWodZi/2bz2ZGz+NLA5u3sOYkbhpKOUk+9UiaPuVJSXSwJFGFTU1F31MNpDBKaRulfmjKY6K+1P7d8Z88DBYvRtgr8iFtvQQp9NpzZsAP7LZ6p4GQXn/KzTi5Te3ITXPrs98QjoO+SYIHnZ+nn1565Irwk6LgRnK0YMxzD8xb7DSPoFy4DK8eoboK9hv0ikXqEcEgQ185QuDcFlAGgjkZNXYCs3KPixQrVxXYFusSuuV1vdSmZrkmMvccOnciOJXcsb+JFV8XnI3dIlmDh+gZ9sJ2g6wZ8yLcsAZiEP5FJIHVioCVMsXljqk1lhyJyuYFTOyauulcDMlX5qph1zjUyeE66K5ZWz42cJf4kFiWp28ZBMz59AzSt0dNT/OTyWf01SaxYqBOIJGl9a7B1ww6kiXgn1zqwJMdX0gwLWi9eJEueiBP09fs/E7LfWPNMY1s4VhInAnK+V66pZX91rip0Yx3UnsE6kGWM9+blWMbTqd+ImsMIUBCoFVOIrEQi7A6gbAElZgpzCYPuZgDD3a8G2DlJFYt+jsfR+iaKZLMepQYpBTWDEoAaCZWJfl6MVSSMEdFNBI7jTizwFJsKpBBBxQRupKNFiSQ7FE0UTCLNLGsHTLu/PdOO1O0DXa2Ub6InNVklxNxRreS/jykAu5WjSIMgs/Rj2sCbnXhHErGAuUxS8FQDjevTx7n/T7WELp9THd+gqf0XdWV9YVtTv2bsTtj/LytN8gvS+BOvuIPS4WhqQJyPRHz396A5CCINFfMIBrc7YubcVi3vExkBGJDQF1EpyZt2Kw8ooZKyVA5jJz5q5I96gEeIchUvSRdnJRBBBYmoiOA2D547ewJ7mierZ18eqsqGgnhLpLgh9+724Jcv7HLlrPYL+taaelvv6JB7Wzvu/mbOKdZ61zgNDz/caGlNfVMRl1paOzo+Wvn2gNfI8+3eS96uZO9OluudrKRPXzh/FmbRUbMSPijt3RKWBcJ21Uv1H6cM2BGK980smKmKnVeLLKioKTWYxKoDpJxLqrrL1ZvUA+pBtdKMpBx4sUPOgZvS2YJa7fd5oRtozYybVda3HJAxYutNA3iTvU8QEt8nrcrkjJfaxoMgNhlLiGr5Pn3SzCKN4JoPhjZwOqiO+DsFBDVh/0pwbrqlA5+DSKToWV5zzTYULYQrI4bXE8O6TVN3i1q3Wu0upD11SvNWjb7AJWmXK2oQIn1RCnuBBm0aW0bRYCoQWegqcRUfiZqdLpFxAR9ySfh2+JsuQ8WPr+RJZ8xvmaHZnGmRFIwj4LOnpZVJ3OezzuLTc0pOuw1RPdgr7vlAyia8PHRCOm3SnEAS2OT6v7XpmMjFk/AFlUJytGAUzI4ISmPePaXWs9JhSHuCFrXRpTyoYkdRPlqcHWaU2Jt3wtqWAQ++Atp9C8BrXq+h9yX4tgz0MTLV01/HKcGfGCyfABWlrj5ORbBLMTFaLPAB/CnEGPwGaDA4luMoCjs9NmDl+mxUgOjUGag4PDwXVWoFWFEagpQSi0P5Fj4OynisLo4zg+y5l4dYIocTUj+ivP7B1/sHX1laHSKXJNG5tGR5yzdvb07qY82DYog4EJCR1ts+/6K20YXeeScRw8lANist8aK5xeJFb8kL/Oh0R+0RvHjYfm/W522R777u2hT4Hl6rj/ryE5QHeJGHVDY6tKaCx0YzRqaPld6GfTICEDeXOiwZ4fcoDXmJ2OTD+IlSg6iAmReZqEolJZkI1YUKTHpL9Z4KUipWFVAtVz2qGlSdUankp4fxU4VapQr45fwIccDr9nVYAszt30yNKx7LJZ5x4C7NVWL4Xl+u+/CLo2JIOeyNWrBU/j37LvrvOp4L94uw3MHdWD+9GK+/CBjxuNYBdqhuVX1RhdQqoEB3oQcQaoPH4AsQvcP9DwdncDu4WzmkMHNmOMV8iXmNGTkABaRxR7tjmx1HBHPBcgD9IAN6ADavmuUO4Mj2UhdRl2GPtqg0GEushsn6Wvvwvx7Ct1hIcIu8Fjgou52csDl2oCA1BsrXbrzFCI0Gg6JEtVlbFW2hSsHHt0aFCiWTtQXiy+Ob4gfjh+PvxdVxwm2D/a5z7BvD7Gki0Xyd8UbGrJN6lXAEKnXgfDDcQ+BzCBrHZvKezUO56iiKH1XvwMHBqDTdf2GylK0D2HHjzuaYToL04trB/ZeuW77h6XsuXxrwrn7yrjlTajeCdbWfbEznGyd0VE3wDbSxFnFetvnI8etuumbNV4x/WLnwIMjz4BQfu6JWbpxUJMq6qyklnWnO/14Zw/Z4LjUsLjIQP1dNWpLs6eykyQqru7eFU84lzq6Oz2qNhe6Clin8WPNLzX9qUFmDunlFMAVVOt2kSjfkxckV7PxWllc2VQ5X3qooqMqjFWhAlaJNQgbEf/Vh26M2aKt4edFa6WF2M0eZdxkax4MGxEQknPoQftNb2feyMFsp8i0VDRsJRODyCKAibORwBEUi8+fJuticPztyTtrlBOizn7gSZ5ueniWuxVkyzoM9QVJ7IxcBvgql5xI8uECq+E2QKB9zn/O5Ug+IfqL/XGprvLvpRWWs9qfkZZZl659JPnTvlyfYDPY14IRlvZV2RxYWrpwBIdREsW/90nYbltmcYuniVKtjJnh+tdNAbtTogk3PXcbOfe65w+WdYP9Cf5HnK8z82pb+tFiaqkuCJ2YYJG97mom8mBW96RL4441ug6TS2te+kOxgZBukqU2p6/NP/1SfkPlUhf7frM+GOqUoqEmdUhz0f5E6SeS08v+1QkdQXaGAMtWmKB5ER6nFwHicWnj+F49hic4l14oOa5VZ6F8IXUoteW7H14yWRUw5yqMud6RTO9UnTusj8P1nHsOKLjx1/pS4EyvbNi8yrzQPZQsz3PMUztT0OQtURiu+SpJUmS3DcgUrqqsyLdojYiN+QHxWfEk8LyqWiUBMWvksub0GpDuLJmU/ieqKhA/zfHxSjJDo493I+QiMVLJJMDcJqCSbhBuTu5MwmVzyGUnTWNVnG72MEm71y/gVMtfdv1myulVTPU0q6ba/6eiSmA5fYVjdUseIYP1UmCcG2C+IC5oBdj5uabnRcroUKCgefPHw+DgB63zdHojd9Yhvcq11TOU5Z6XW2VA5wfmSN8z88sUr8JZx/PnsuKjhGNb9Tl2yNmMam7GykurBfln1Ne4GD3agy76LwdIvSJNgkjVYFu/E24fsA1KPQR/ifdBB3XWcymF9hzSGQjwHqBxQK33AlEz1pVXGjD7VqsK+pBu5LCIhkhHbcbAWsDAdxKdiAAAVFd9RYUpvlt4tIXWpK8PwqehGYbdwQECSNoWN9t3SmIjUgY5dq3qoXJUcrLEwroc07mKvQoaE7x8XP0tx2T9H4eKaI+cPa53kZEnYaR8bohuPoZZzTuRnMXPAVgKZNnLZ+EG6z8GBJuS02nU4KJHOkL4+S9ZBHTpOJbDsfFh2SUIjBNRhworIRA2puIppx3Jrp8UckVsHlluOZuxWN6ctUGqeaXmz5d0W1NIVpaxAba2wvL3CRzd6d3sPeBHlZb3QO5fahA8GomTJnSNUeQQbdZjs5k+VXRMB9r+GPdfsqdG/kRv4/hnqXPoC7+3gthdh9p8Bzs16lW/y6fTn/wv9Bd8nEerX4gS1yuvz8So7thd2e7vFUbCTWyBhB3+w/90OMySBY7B77dCIfGo7UlG82y14lSqjyS2yWhVJneY0bGGSaqUKfl4FVF6lm+H9POQrvixVGVQCRgmUMcrIGrFRMVbUWZGt2KWqmIO1FAJ2QNlZe8A+aKftlJt1B9zITWTdLzm7Z10jjVwCFr2MMrK50Vme6RnEIjfZy1LKGVuVvTT+kaRiJ3uCpcl0m3xPhC+cNpIvC9AoH6K/BDodjGPkAbOzFKj9yI+fdE6wxEAAqi34FdCD+sO2WSMq+OrIWwusnnA4bJsJ10/GlmrkDvDjBZwnPIYlSmJi9DIl16I/oEfQl6g8NQm4RVdQ7eMLfd2grwNczuxgIKPZqNmtQWpFiIhiEpb4m6F3QxD7vA4U8gtxUZAMr3Aen97D8Ufjb2E3lo7HrbAsmOw+bCd7BLVIAfyHahGgNiSQgg1fH6zYxAOetxV4P8mo9STuT9AafCxYlEjoKVLZOWYTbSJrLthGyzk2vw3yyNaXx9+tt4E8oWYKVF+nNDyhXyaxFg6PIrFLIUijQc0k967jkzEsdyjkpM6Q/sww/iIjs28+WZXLvlJVp1o3+FJdTIXd5dD42ng+aJfRgUlJIRfNm8JjpDvkmEhYBeFA49jQI9Nr31mbMKya4vm3gR27Pvsi+OzsPaCiDrAGU9hWeaT/ABaHsn1uv1eTnLKrlOdH/i0bzteG26Z+fpVT/7e/ASV9cN/Tz9+0X4Fen8N5jJra43tq35nXVntvLqtobbkIPHaDx1pbc3jtjRPlWb0Z58/S/5D6DJLUF8XUF5LgHjfoc1zsgDNsS2zwOPdjDqJHLeBwvXiupiALA/iqUSrJlIZWYyoEYkrk4XmZrUJX4Hm1XWBVCY9Aq3XkewSD/bFQSG+V+nLSLvJ0jh5ISpCGBYbt5D4l6RFTOUMKafZyXaqkmL6seUxAli3bGAkiPQecNFHRJnW7k06EfI7+x+zqQ0/NXvjYV5fOeeb+kZHD3z/222ef/e3ji4rueM+SJZOm3fw0+MajOw+dPHn3wBGg33/ttfv//h+///1/1K6tRDfuOfTm6Tvue4tgNkyuVWiSO8lQJaqHeuYJe0DPkhGtt8SLcdDLQaBxO90QLcsBJgf0yijvFgWqwPqChUQBqAvgncL/FGChXUh5VW1FgeZ0JMNijOgqqSLNc7yh4m2juACX5RDHTRSzEpj9s9RLpLIjY7QvpxRqamIXEdhyJ4F+G2ZfWUqAiMjezOcJqHUudy43Bro4nJPaJmWjIouQyG902qrhdEhppm7QgBi7IN9kkyH/oqaSgjit5Mfo2DVXPimlm+pJqB9tvHbb5mfGUlHPbOh/Ot+x6fXazmsmdJQmgJ+duvF6z0+kLJRQz1CdtFy78+dn9ux0AENzquqvtmuvr/366ztuz3z0H6kQKpqWLb7t4Z0HsU/x1/O/h1/Gtj1GXSq2aVXA7XA7lTEfDg4sCDF6YEL6skLnuBlaeJGKuiuBgGixFTYGgBgAgQSlYQmee5U90S9b4HPYBOfOYWFhqZBZHqmvujVbFcYaputV2As9bk52EOCXa39MXH1dTojlIsGqiYzKBvkl4OdbOAXtNrn8OEg6fdoXzMozsuDY8lhCmpGtfXm3cTpnZKjGmvCeal4T9f+bNaHvNtb00deb1oR9v+uwnlqpHaJWi9dAZYAXZYjX34W9/kycZgJet0/pUKsZEzCZylpdUsA/iB2TvPdmlYMXAxVBkNYpAFEAQl66Y42klttYJ1mmZKmltnhpsWTXNw0c1LNGo4MGn7LuJvcEXSclkj559Rf6JWeHv/RJuv3o9SZ3RPLlKtKcd5RaLwqKCMC+BWv0+fx9AW0oRCGsX1TmVcabQ1pe9EfZio1cXI/5Q/IFZsIyWGYDlI21BWxIbaPi7AmSMUvKLsSnKLtp1NtkbYof/smId33Am66Pd9vGj3d/dKg+3Y2cq63Nw91S3RH+SMI9/axocCqAwtGs7lBd3azP1GfmrVbKixfsLdtUScrK86IpqlbXlytlyc1kuWpAEukBNVKrKVeePdG8YBcZGR634GaFV8cShRculWsWSXPu8EeSyi8Yax8Vy8eU/h60XxIek0CrLJ8R2zgf1F6f7XdRu49T2vPvPeYTCk7SRNFqNBXUHMGBQZrttv02SEFgRFAh2FVSsp2iQUJBqymP7mY1LxorZnNdOhJXhR5LJ2AGlJk1Q3MGO4uNk4APgqks5ffInTkk50yrkhMjDx9x47ZBW135fbG5xe11xffNP7RxYhsKTb/rcyN/qysbXHb7lXta49I+xme6Ag/hNbmpq8RpiMUrYlm8GpXVbo1a0fOWn1vgXHyHawSzyk1ooGxaoFVKx1ZjBDcredFdsTN2kER2Ea/HTg633Yt9Lqk+IC/jbIZwpW2ur0JaA1lC49eutxM21zDhoVryKr9le3FurK9t4sZD8/sU3JZahe+JzkQ/+Nxd0/Px1j1X3v7R23NN04lvU8KX+NvYLkWpIsiLpk2FgcLBAsI3dCFQQBZFkOzYvblCwQ2TsBOie4IPBeEX4t+MQwgAHw5Zw+FQGMRC7SHoCD0VejH0ixDdHpoW+p8Q+mMIaEOuUCL0qxCt0YdACLYIZBcPqA+qD6sVJryX2aTgcXuVURJcAFYbYp3egja8Pbw/jKaGwbQQcIZANQTC+GdpTVTuzBJ3BwATABYUCNiibQzZBEbi0lbSGl70mmRjITJmW+GMDcy1LccbSuI/r1Nwn8th+3A2CdhBU3mU6IB4U9V+wmGD3YJBlxTaDddHNIfzeZmPe7O50QaDtdBPXAjy03FAbGm9ODOeIp1EGwHsbVmagDTwKZM6Pd+u/VftV05Oo9VpLa58uHZJuMNptLjzYbAJ3Pyzp3ot4Utr965cmOzRqbWaK3png28DcJ5aYPOFwxFuNuy6hPOF//T9TO1vyxm3Fl4/c52+9iBI1XHlm3Va/LhOlaM6FZJCp4DuUT6khF8ofrMIhUiEpxVWmlbQkaiiTQHtimOKFxSvKug2xVTFhwp0FhszBacQFD9X0BqEnwhZgfH7/Qf89/uP+rFO/X57XtC5tVrKaXOLEbtSIemU3k7vp9FUGkxTAGwQqwpARxQC3TqqU9InjXWqUrHRNmejm9RZ8flaedGuq7DsqFJZMJddzkKKBWyzUodz7Ln/77Qq9TMhbCGbUyJNzaclokY7CMrIc3XFYq1eGrb0PvWz2vbawXDebTE6O8LgSDjvsmi1Og3nBPiqq907u/cKjVat60kuXIn6tW5mee1vme//KezjLoFds7lIOOyzLThPAQC+PbJifjEFag/q112INXoj4Xd8R+zSGAotBB3hqY4XO37RgR5KvJCAT/pP+l/xo1dd4NqY3MgKJ5snQ308FuP7eq19fb1Ydl7Ekl2wBN9FrM7BPNELJvcu6F3di0q9a3pv7kX2XvBiL9jT93gfVPVF+9b2be2jj/W93fdhHyr1gS19oC/WG6fpLFP2lwmTDa1F5ZKYF9XmQr7ULYhZlYeY6SBfkL4yZumrGNXoCpSH9UBOArS3Wj2U9BcJzESQQBNTKa9PxXtE6b0xrVF6bwA/p33IUyr72sV2kXEUmPaedphB7ZRA2uiFp5D1u9RUHCaRvSAFqvUx68zo4+Hhl8n9KDW6lTOUhLiQTNaDgDOnR7M68pYhm4b8aVykex1yo5PcZiL3eI5OtnLNVyfXuGz/ZUhT+POli3fM62uqz0mX7/+OZvr36+bOslzcqN2FpYsY+P8XLFNqNA+5U3Ebtg/fEDVMEBAWSqWUo/GTqUE73h1y+zIiXZ0Mws/RgErkKenCdjKmgtMvjSdrkFXB4qcKSs/7RX99mMTvj8ek3nodfjJAgTkENpU9UW3M7DTSCOX6jLa5LCliSGoya35YzxqM61v+eHP4aMcI2jk6rXlBY7jcEjI6nPlRanxrOPoZYEnfR7NssoRD1XT+fyRDxCSxgPQRQTQKEuZHlIjJjcXiHvCLVllMLyGAhZSmGCN254yMwIuCl4jLi+Xj5cnwIRaXQxaXntIz2NWLSgkBIjKez7VeKLLcOJHVJ0BIv96Y2PADFzsk7VyKtOlUxwsykx8Lccd3fxOwo09ts2+bAC4U58c77VMtT141TqaPTvtYwz2af8Oyy/plud6J5Uryt2nqmuNUsrHVkliGyYGoSDNWaatZ8XPrACu6VWYiOx8WllmDXSQ1sseJ5OJUkNdoWkjkD6mM1Aaf+dc2knww6xnaCyZaRhk0bfIQmA39pmPR+iuPtaSAttWfmTGhK+8r4Fc2PiG9EkxXejoL/nzt3fZ03+aVy/aBD79m2iU4Ll1U9OFXNq1admtN91X8irO6sEAwPn5Xq0h7KkblqCFxqVOdai041VZXweswWguqMNCGXeFEGK1ltjKQSxoZ30YfVCOfqVW0y5trjrS5BIoz6tMiyZviveRu7CUTw2IBsXo+KMaDQan/BF8JG4O7gweCiAoCKwoGC3lp1EttILsLewInmgboGmx/s0YkwsWxHSYx9EobS2ZeHBokb8hJoNtSBvbCkQKbnMdr2leNswmkmTqp1X1sW9k3hCeYzYnA4u90CvGrVqQi9fmBGxKp22wOflvTgV06b/nDidB811PRxLRFV2jorHxi/x7QXhFwevCSrOfPwi76cRxn/FTsehA8CU4CBM1mc+j/4e7NA+MorvzxOrp7uufqnvu+NJdG14w0LcmyJE/7km3hQ4ANGJDlQPAJ2DJgjFliEQ5zbGInJGDYJDY5gLCbYHxhQxIL4jjHRpiwNknYGNhvbAfYVfAmBAhBo29V9Yw08gFk9/v75wfyzPRMH1WvXr1679V7n2fHNo4TvRmV84oelROIllgyHePY7fZ5RS0SV0XNGVJlEdpEK3WsWjUgKzLKYxn4eBPTMT0WWY3IUDbXabItayvY+mxEA7IByqaSSFYqdx9NE4YBzcKCTLPCdmFUwAIgSsrIukEa9VlK0j3EiAmVw6Xjw3pGV0VkfFPtmOhjqM46OlsJKoXyah51lOq1XDG/Kt316Npa15dgC63QAuu70EUPXfiTq3JXj2yjOoOT6AyD3PMgCg7u9gOHlTkkRadqVcSEQ3OUczGBY4djp2PQwdmww1EVo7bVXvK1vYqyzW5PSNWlE02WAkS+gSoGHWMkp0ggTCYtLYSsOYg2EfaSyWxUyIlGsccBHYQi++QdfURbE0Bh3XCJFAV/aWmFVLZ5y+5lVvqzTInSMjGo1xmsiHiprGgzwW4dZEtnuZTNWXbqH3FLuYrNR4vGjVNicI6ewCMs5r8R7NCuk6KSovqkjISiHmsyXm+xuAwhZyDsEmqoD2pu7ZW119biWpyrM5jkEAx1I29dogqkoz3xtfGBOKYvW+M741w8X+9OWMzO7qXKWmVAwVuVHVRxpSUnB5WXlDcUQVRYrM+pwUMU/763f/DE0Mjg4InecVSDQVaSL5vPky+ohjoe9NAAx6L9DM0xW0yvZxpjsl0nS5JC+pIZN1L8Y/3l2YWXd99Yd8MNrYE5cCq8NRa8BE5aty5qc0XSxSPFu7Zdvaj/hauqplz2hYHruv/PsoAFJovXvnlRwIvIe/e83wastpXHNr/E9NBlo/+JRwm94uABrWqVF17jhJNt8B4BbhTgZgRvQjAKskFoDYaDKBikvmwtDMJhGsaOAEiaxdnKZQqKKhAqNgWJCitFqnlEq5X6OJAYjCbDijkphwW3Xi6ncJSo96wEFMNvpfljRNhT6Fb9mB6NIx9XZN61MgyzMpc0KywfgbpuR7fctX//3VvmzbjsLTh/+4y5X/jC3Jnb4fy3LpsxD+782R0bN97xswduXZ3sWrSy+H+eXHnjjSufhOGVi7qSq28l/af8chvDdDmgLee9RovKR4kiSkRtNJaLabHTMaLaBpxXOLGZ7gS8hN5AnJUPVJtsasAbNZgCZsFO06TDmsuvbglvDyMGLK6Ew5aCe4EbbSEGK6BLHBHfSVO3JWHQDEybTqosnEwhK0KPYakB6SFk2KA7Pth0OcVgxoZ61+lhZGMVc8e33Zfoeel0+Y/6YIl7xijEPAolVBx827Xrf1r8OeMYb6b/H69ceFP4msaq3A93tYfQ3GLxX56Fd8MNjFdG/vW+6dft+s5voHl1vuqa+7r0uAdihw7jnSAEXtZySIZI/pOMRE6WYDQQUWVYgMglQNEgSoaEz+v0EWEsSTm3x+l20y3DN7XLafFSJVylGnweH3rfBz2+tK/Vhw/7XvEh3gf/4oNv++ABHwW9waIXfuCFBjcU3ZLBJ3q8BnsoojuG2De83esxyCiE7QFoKweYD9ppKifNh6G5/HrSfj+rCreZ946nN1CEQ5jX087pWz8rBMOSY01QKAfg6oVgGG4mHi5eOJbEUjymOmNhODMDZ9H0FpquAj8c+bOerpLkbKFZ2P7R32gqyxgOJr+H0C0Dl+7eIMI4w0iTLNMWJbySadqiKD3+B3ocY8d+NxIutUCL9IjyqvI2RbYj6oCsrFG2KNgqKM6qqrgoxSSykohCIplwJpMJgyjmquL0F5fT5XYmpJhTkmIutzsXiTojkajLUCVG3E5JSBpj8QSOGvyKBWX4UECDcsCYpA1YkqhR3RIkf8sk+EQSPpyAyxNwXqI3gdJx+Ic4vCYOJ8XuiaFfx+DVMShG4QdR+GD0seipKF4ahdOiF0WR/ogoeYTLIFZZQ5laugsfDWExRJiXDYqeSFL6YwY7Zek81WzJ8HnyE3KT9OI93gnHyuZD4iEbGzw6cDaKuGfLU7gNYs6t08v5kEGk2h8D6B8bUjagMO8ojSi/pzhwie3QT1RPtae9OHej+NLzzqXF1y/NwKbMSWhKwpTPHykkhUmhBiQXL9482WfFySQ/2+VE1iLfHMuRI8tK7Bp5Bs35qDg1ECnFNZA58i4/H2TBj7ULdRwh6SCEACowCrEkQEN1dUYUDVJaEg2GRKbamclUp8emCWHsjFid9ohyIhtrCwCUtWOZOdMikWzaQ7WTGqdXzXhrcuqGzD2ZbRlMWrzNA/ULPWnRnm2kkyRqx+TjGNH7yyoJYJ4TQuqRk2flgSmbRUJbfUb02vK9558U5bCcErqCDBlJyTR5t7jIdXns9SFb1F5TfIXiRsKb6i64/JoKlEk4R8eYpHiR8MWiUJOOmg06YiT+8uo5i8vQkiPzdGBJfQ5xhK7vsJiH72jLEt5wNBLJYeTEkTBG4UgkYXc47XaHI0yY0I4NZm8CYFcg6RYkc8BknOlY5KDuW44nGkzYZV+JbkHoYQTvQxBFQcRu7MYJczdNuLLbXTkWQe6CLipGehkozqmRE3Y9V6qfxTD0s+CRM3LpREJEGrxA97yJZK4yYNfEEjZ4bEemlD9HsxzfWX3lcYe/NVy8JDbZK/+t5xL4PVVJZg7uzvRCDfd/qfjtf1/oCtGohXlH4KaN8ThnTHgLxd9C/9TQpLhOm0yxi/sVoU0d+Kum/JPwzwLCVGfNCoTfGJBLvKZBNdH60ns80OCBpn8yQRMZrYTR5DQaTeMYWd0MI4sofI6caFQdAz3kvNwcN3zQDTm30626sdslKBEY6fNAT04wuo0pY5eRMxuDxg4jlrBRMqYIOcMlRTRgtKpEZ1xAiE4eZxQT4XDE3QCMPUZkZDWnh2m2T1u2v38sLKFNrzjdP7zuUD+twk0++H9ZqWDqYpxWUelfQldJfQ3sG9cSzqpA3aprlxNidH5FNMtji6aM3HBWSer5F8fag4qp6swA6/uu+dfKiiqS0hJZUbyvItSaqEKZ0fUsPy0EUtC3V47BGO+jZP0iobyFkv+oD6Z98N+JbPd5fQmzxWk2W4JJjaJqRqOEftGox+TKiaLqGughJ+XmeOGDXsh5yYz3Yq9HqOrzQV9OMLvNKXOXmTObg+YOM7nOzBtMRr7Krxn9/ihNYs25faq/SXGqfpoZJ/sjfpTi/b6wM1zKgwiToSm4FlD8C5/XHAZbvTu9yFsNzIo5asZmMjq/7H1lSB+d8TARHfyxZF4ONYHCi3k2WvOG1zVVjFYFglG5Svg6fawYIgAdqRgDkDtjrPL2EnYcHTT858XzNhb/PeVtF9PFn5w5Tp9//LVT8x7+7hYIV07K7rsyVzNresBzWeUIweiTq/8jFaPzI1bswrNYjZ/ntTU0AB59bPj7p4t8j04Ifa8SLFZFkmmgOw2H2uHZ6eFFjwdEqPnpXBDti66J4mj8Hiu0WkDC2cgnWCh7Nt+rR6MRIcNM8yY9bv3QOQLX9f8+NmpdJySedb4Q9XEKni8sXScf4eWOYjejWTVoIjaw65YM9GVglfvz7i+7v+nmkBuaKPbEb3bbXKqD4pNtMLvUW/z3+pFk8VnQpYaHDMiD07gVk/+gGKa0DIWdoVB4BbGwghrsIdojpNTEEoTWVDQMwzkNAwdRwrEZg2rBTNEQzZlaA303uGuTzkajVYZhXaPYEdpJMSNDgAVORSmiajaFLTiVr7cDNeP2NvLEjPcRTdMsYV5VXvQ0jQP3vpgdUl7pW1JB9/xQdjifp2m0eaaO6MzLhmHJGeNAbZV1vaVspt7+8ni4PYYxRwmNW9WzoytGpcJjQsbnC4tXLA76q82plV/fsbzvw8dvq7ng6pcmDlHx3Ru+/L3cpJVfYmN1+crvPrK5/spgqmf9JQtWfe+mSz9z3eylYwP2t59euzobS5XqO83i/xEkwP2aU3R73Uh+2A4x1T92QGwX7FTXm25W1Ids8EMI7yICxRkydssJQ/d29BQi/4W2OqETpKKhXAiFFBlFUB86iDiEJAqE7E3GgMHIKkHRLcxDFF+rl9aCUl4bYp9PjZwi858WB6NincnmJR9XFWp8v5PQZedYUagHL5rWOnXj59zX9F63ZNWhf7gJP1Zc1lUuCRXshXd/4cZv3HHl9X9cdPXUSQ/cr6+DxErBOeaX+5JGwyENSH7QBLEcjUSfipK+m2jfZ9G+m+GHUXgfBzkJuLqtCU83WdS2RnZEUCQCtktQioGaBbG+GIpZ6G5YX+RghItEPFuIusAnk8DlDXjO7v+Lik6A/hPnpEAFRCZRCmxnhiUlynvWOFdCyJx+4YM1ldFHxZ06gCa3k4FjfuPGLxQ3Tog1eqcLPsLQM1mdL4rvymixWbtMlL1ED33YQfigWqneUU1o4fASOmxzwr9Uw7vM0GwTw93uRLR7e/qpNEqnxa02aAM1NOUPiW6QVtI96Z1pLp0ODxih0UKseBrcAs7PAyfORYFxhNbyXgqNEBwL/6cTRXDZODyrhBR6jftzhA7TLirRAQ4xOhDR8YsKkFBCB/jNCXQo/qWrxA9E7nezesYbtEnuAFwfuDuA3G643n23G22Tn5CR0fSI6UnTsyauBIVW1ptEyvbIJtgjEapye0SnGrGBmDexQOqTkBQJcbLdaTEQgX2I/EEW1TeYp/uVJcTEPt3O6eeFsUDiEtaSYQJwJe6OLln90LOrllZI63kzZsz76r5rpn1j2Y1333IAvn9g4+ayjC5+ZuulV71N4/RY7XV+NaAw5rVgl9axEH0WoSd4uEG4R0ArjfBxC7zZutmKVlnhKje82H+1Hxn8Hj9aFoaS3WdfbF9p5yQMZOgXMlQj8FttakaOF+IL4tiEiZ7prDbjYLXGSdHyz9FUSlQ6aLJkukYF9d4OhkpGAd2UF0vS1U4RBso+Cn1rdqisoy3prawIRh0WsWg6RT3KsSjhe0X3O9sUXVGrzInlN+w/WPxd8TfP7frdQWiE/h/sPblozV/2XX/vF6/d88e1lxefmdpQP21qQ1ZD3y/+5sVf/9u/wjo4/ZdPH/3X4k+h7Tu/3fxE8QfF3bvu+cV2GG6YOq2+YarGYn5zhJAD+Ct2AUfAmfhTD2stFtEbUCWrz4pm2hbZUNoOk2gmWoSwUfALyNRmIKJFgi7BWJdIADForhPLIFRZBkKViRhxVVJfmvpSa1KbUttTT6UOpl5P0YQMcyrFeRuVs4GoyjBU2TOAqHQQhgowyArkuzJeNENdKMHesTjRMSSqWwdeGLh81dNPr7ryc8/ffuuc+666t2/mvEf6ynhUSx+eN/0z933mPviTn9z/pfZZm7YXCo8OXDD1wS0/febi9lTtjEmLjemM8bK22dWJtouAjkvD3cG9ANqJzVFoFU029WIvXJXdmL0vi7/rgMsdNzs2O/Cvs1BoWNawvuHuBm5l5pbMvRla0Y4j5pzCRbk3uNMUIsVCl3BHizlZwhIw4nAwocWSybHw5iScPJCEyU5W0E+tm5SkMYFRaa00IG2VBIlO1izCIjLEwgEqsLMRLEUi1bIFmrDFlsxpeaqGG21ONZ8z+JLVjOCHSkBWh9hOE1nniUlHU1+Gzw1kMzT8CrVLypoYZCNBFy+GsGZznQvDxnUOuJuWVjsdMe6O1X1KflXEPK1rdQWkTQXmTW6TyW3BnsG5LR1c/MYr5ZxUV/zrhyunzRyHuElW4N9kLEHoqK6nfN0AAOdnfF1D67CNbip2I8TqMyXJb9+j+3Wnd0fSajUN611BPti8FpvqpC+yE5o5rPlC6hYM3xlDu6L1mhIeywKaJQZtOMWC+wz1miwL9NwFwjsCWiPQ1HgsAHNVJG2pSqQ8nlw2E3FA2QFHiQlIozsYQ+eHaVjj0aFSKsBQYd5fhtm+1eDxwcIQA0EtJxSVdqTGUuNpmWB60A4r82QNeb6sW43XfrrhgcnF/y7kJq3tu3+s4pPh/uKv738wGat5cqz004f+4vHqhvkLr0Bf0ss9fbRsWktuUzYS1PfW3yVrCPU7NMELtVPPiJAi+rQrUCV/MtGB7/Y96EOCz01h1MKyouQw58SKDXM2RUlEws5IJIyVyMLIZyNoYQS2ReBfWQX0f45AN5ciajS3jFvP4UUclLlI2MZ7LE10S0L2J9LYE0h6BaMloJmNe8KQC98YvjO8J3wofDQsWD8f/nIYYS3cE14axnTaIFkOw5BgC3sjnNLWoy7moI/LcHO4hznOwMHHufc5pHBkNHeYoWwumBeYtxP7EZu9CbodmejGkUS6O1o3UIfqVGKR0Kwvuml4iHmC9BgKPdVWxwPuI9OjvxRyrTte/6KH5xDVuL93Xf86okhX+kU43S/C/HXr1oF1ZHxpVA4ftxn0YGuqCBG7aqyIDP1OVw3OgEl5p3i64a05FnFWcd3Wtf/5n0tSuYRvCvzh1GpiGHvmwZf7vXLY5nPVFPetxQuOTneYzVkuGuWW/xZmbk5mrcZEAqU9+eLDMHenzwwTiXz0oo+Kr/qsNh0HgdWCjYEeWv3iTa2BGN5zIosjKBYGcRtRkERNRt1bKqI3YwO+JA4go80akEtwB8P+X1I8jV4GcnBKeYWIDEI7fEYgmV7uubII4LULRnwsasyvxuHzN/pNcftl2YWpzpp4HOLiSDzlWoDaWcQYzLsvHDm20GqQ5Gz1whKed7GbLxB9LwumgJNavdAKl7W+R4zbKmiMbIzcF3kywm0M3xd+MozxHt8hyq5QlPkIjxQ+Re04og2mqDjoIUJyZvui9mvaj7VzE+Hu6gBqampC5l80vdr0dhPGVC1EMt+Ubk4maakmzWnNRc02NRfoXBwqoX5rbVRkO3Rl2tmdzgUSjm4Kf6cRLqO43ycmAH+Xw/jp59KaN4YAXrK5CGV15epMGPDKDK1zY99NgGfkC2P71pwx4Z9TbHL0es3lymFX9JSx78YrhpW3r4/9bcpUZ9ZpTSYnBS+C95XqhzVfUkIE//HE0mEVNlkdeE7zGmqhKIa9ZMY+7K+wy/zUNllMRuFxH9FwoAWGYD3E4jUxGAsmndZuhydh6ha4TWgLtdGSa4MwSGQ5zQ404aTgSGK32+pFGtJEq3qQ2CnIsiUO49FkRoe4qNTU9egoCsrAUNvo6lbS2w8PkiE5caikuxPLd1x712240l6kpxKd5Ly23JEjZWvu5ZfPbc/N7u4ds+h6u1+faNKN23M5QrfwzYbNBtRigrOr4RPV+6uRuTpYXVdNliYay8Msu4WEepea4bPVsJtZdjZft8OaCHYn4j3ppemX0hS/mG7qZ0ATxbpDFpyxx4l+lgpY0lqaEY5i8QZ0M68e+IKBwCcRrmz0DR6qpNyY1UM3n86w/MZoWGn9UTqe2wJ8+eVKG/DIkbOtwNe7eyeYP73ds8cMQUxx/oVu/osgTbilE/o097KW9S0I7/QMehANxCGGoOxQKfftNsvqZErHLeRDp0Jejk2GD/kf9z/jx0YHFKupD6eh2tnQUP2VBtgA5wCIgB18GWCJA9AKTlfD6lxKqArHZyTAq41vNyK+EQoBdwDJjQE16TMAEfpFGcIGDHOayWi1ZSeZXWpW7qizmaphAxDDshSRkCgV4umAnE2kouQxDYVJRILs2+qCfcwlz5w2vYMjTU0nWPWaw7a2suhQBpnwIIQ/pJdeoQozhYMY7s+zVcvWdoYfp7ZUyoaMlDTmKcaxKsMZ1QQq8B8MOjpEemJhAaG7wnVsGpl9WU3DOQo4oNd+Xzy6pj7/nYoKA3hN2Zn8h+AdZxRwKApd8cy1RRc6o8bAjGKX8A9kTKeBC+GXtcBnu2/sRvuaDjchqQmKVKIgiWugw9pcGtb5dFifJx8uZMM6Hz7U/HjzM83Y2FDTgM5wiIpp9Dh6BuHfuN50oXbXatetLtxipz7RSo/oCuoRPcOLN1WyWDOKJJe9eOA09ZBOFTrDU2YUwKsz356J+JlE5LUoLWTZmNkyO6kaUuH0DC1TN51yQs30njqtzgS9fZ41HgRYlJgHRGVrnxWZBauFodKG3D51wAItUWcjDy6ekm6pmZ6Ymk4vjcJo9OK5jFWI7piDuTKrnNB55cXXhvUgqTwLCy1FSlHe8evljih+3ryR4bGVZ5xzGJyI7RyuQLoMleCBy5y05JNdtOetWVHBZWfUrRD+4Twe3W3UXRg5Ry2LMZ7DykcXTGC38/p926YXj51R5GKMD0d8EwuIcESurBeOMIwlFXSCufBGLbps5vqZKDmpeRLK1L5Ve14ZM4cy42HyYS5lxp458NicSjHTkKnOJNQGp6o21CVBq9IabcWtraYeIgtyc6rhg9WQq3ZWq9VYqk6XhI1R82uoWYMtga4A0gLTiaxpy2ZgJne/+s8qsqjQjFXewETOFMpoU+QLiMjhGbhCCrfVaMaaGrptUkO3TWrotkkN3TaJ1MDf1rxVg2oyzQ0ZdWv1zmpUPb8ZzKfSaUoiparzZ50tmnRue2VI+WWvXm2Axh6MbZnQcDtQmDcurn7JNlB62QYKDRGiJWWGC/klbC+Fsu/wRInVXyGy+iu3UuIfJ7T0rZUSsE2yvMOSPIPJjpQ2XDQxffiy6nMLsJFHbn3896eK25gcw262A7NqUsNHMyt4bGw75hwCjW3MwP9kYs26+j9S0cQZss1JmKuTex5Ug1a4VY+K75csqhCVnepiYaWANoTuCW0L4WX16+vRsjq4vubuGuSphjXJR5KorrY2kU450+nUzxp/04hsjYFsujZVx2WeSsBEnZyNZPuyWMHZbFuTLxgOaAEWfR6IBLKBvgBXjwMgQyPQM/uxczdo0yqC65oSrATIoGZxeFSq/SOi/Usp6hxcHoqqe1Pw7hRMpVpSaFbq0tTy1K9Tf0jxYsqb2pZ6IsX9PP3bNLo3/VfqWoW/TsMWomfQdvEOORgJbgpuCY4GeSMO+jQPjbj3+KJJh6E5qfHGcuRdE2w6X+Qd9bSdEfLer8e897JEwux48B0NRaQfXpt3Vmx9KQl8uF+PqScrJVfKoij7O8pFtmJV4yF7sfNEwRvUVLoBEk6M25z5WBPXuWTRpmL3Tj2UD7rb5pwd//6VJdv+8YrJP7gCLvsGGL151tRTaEUpui9wRtD7H7Ur53bdeMlVXSN3PsRsH2exi7ud6ImTwVQ4VXOmvBa7KqtZFdFAeNAGbQILdO9kge4yUd0LzjXOTc4jztedBtNYyLsp0aFFmjo6tGhK7dBcIVXuiHQs6MAW3NExvZP59aySWdUAlAG0YDA9W2aPbGNnIqNRL+puh1tl3lS7aFRz5LueDAYZIn8yNSwev+Fj4vFbQXtUq9MStXTIazM9nbCTDnluR18jbKwc8qye+nJ2WHRprPtrK0ZbH+WK6GC92sBZEftjsWS1nxCe3zlWc3Q8cHPcxKLj3cTdfr7AfUdw6vQ1dS6dD35UNrF+dEXhvLH8l/hdTVfnrhpjhsl6oPDfPo+eHvn+Q7rt6xw9wR0lMqMZFODkA6CZDEuX1a4GYhDUK/Uoypm8VUnVFJXt6hPCfgHd1AzFEIhwk52TE5OxdXJTy301j9Q8WYN/UfN2DTLVQFtNWs5BO87RAg/uiBbRAlE1opHrI5Gp3haQnkoDHPTBd7i8CQtDzKeDb9HhIEzqWsuAZasFW6xN6uQONQkmKZOiFJRzUryjkTPVJTVzBppwJm4IVTu8akgM1GlGmY68bOkhahMdeecOuq6cPfJ0yA/pO5SF4XIxN1sbzGYnjDyd57oHuaISkY1FxZGViSlBbdRWKdnV4xDndBvzjKhcMvCfXOyNO9q3fMeChQua7l+1sxy0e0XjoqkfX/etoW7alr+MDW8XGdR5G7afswgcs6UXFLv4H5O5vgTOOQB6CbGXkZXaMj80HyncNBpImeyFy2fDP0x7fxpa3AYfwxRQvqpKVTMNLZYuyyUW/CDRHh0MfjXjSBTYbKbwSQgsBTEoxrovzySAH0p+f8PS03MgmKPMISb2nP3wIs24qCGhtXx5SqfWSYc56fSoWifMde7sHOx8o5MDnUpnjvzW08lLnWV0VhZs3pSuUWVO9l/urVt8pSEaD1QZOwFRaHBDTlsk9CRnanM1IjAWzIVzB2YCtTXQYjyj2kJBr7ZQYO42OvknYLfStDl6OI8ouy+dYGFxOl9QpGLllV4dypXBuNIfKMBur17Rj9XzPAvbvhIzaGIWZHMqHju71HjzuTBeiYrBEpNt/I/n9/6QAQhlp7dGZtp5Z3TxxhttvktcxXbnPJ/NWCj+dzA5xVP0Za4MmHftOqPMJVw8u7H20Qf+y/WzEuJre+76qtvQt1flL/x8MbQ0XJdMNsYug+u/ZVo88pheESJ2Nbp8dkcl+Kv6yrTACy8UH9cxEYm8KBDdVYO792Zouh2ik/kW8uFu9CBCd1c9WIXEjJcoom9mOOuK5g3NiNegbVbi0sTyBKZvyNgJ7cl4PFGY4iwUphTiU5JcTO6ANbijrlqr1vwJdVM1lKs3VSMbrq6e5m8k3dHyTN3IR/LZfF+eqBt5EKPqRoyoG5oDgB6AkhhMk/wJzdTtScuUdXbX5FT2TgQYe/eG2TtZPJwqTWqIyi/JnITlKXSFWxaKqT+ZcmzKySk4NaVlyr4peNaUS6csn4KfmLJ/CjpQgOkCbCmsL6DDhVcKpwqYtZurpeWRN6lb1FGVKCFqo5alSki2cVKyltVMc4c1zwwvMIjhjGpguaCF4fwY3tvZ2gctmNXPdqpKC04pifsUTepkRZMnKh/DQyXlo39cTpHbjCsgVGTBJbqtVc7To0x2Fjqjc2KO3nmUE66w5uovX/qyw2Mp/lslWOPPHulun8MS9HasP0d+3l1zZ7b4K9Ea/3bgju9E09PLyXkPnCM3j2GtMvzNIEiCr2t9IWpCJ0POZDL07SRMQjuoAt8E+DMA8oQxl4ZgKBcQPGHvDB+IEhG1BkKYoxGMIZgc94+kA8mE5k2buhU9+YCmI5xWBInmgA7utrtVJVtOOWcgfZWOEhZYRy3bdXmK/F7hEan0gJwFe2ko267c4kpPx0fKRLTL3+tRWpEKr8ZEfMsu3dB0ja3bEj8X1IJLwaj2sxXZDVm0Am/ApdqyeJITOqt4l+hwx+LIaBY4jLOGPsMWw0HDEcM7BoEerDFsNzxFDkcNBoPsD2UAb64JWJDQ4G5INeBJGtTmN05VC9PmLWgw5tu75iyq4yddMiva1tM20LazbbDtjTaBHixt29q2gxyebjO0NeWyOG/yzIOXTYM/bYCeGLzMDX+KoFrIN2nTpjbmsvPJ3fRWuXiD4KzicHASiNbl6lDdYvOkLEUYG2S7IVQHBwVP/mhvf1PTEAsX7e0t5PPk46He/tIxS1QmWhWOm2Acl0Bp9CDR9ISjFj0lJG/7O87lpCnBV0I7nvMP2e2uemjpMN97X9IWkGtg4yL+y5utTmvsF598Bt8kzRn5DXy4uBwFsnan0e/nU85ocQusW1Jjk5DfzzUqluJWeHXSY5cM0D9i//vO1+dKBwD464QfJOAAWc1rt5psRihwIjLBJiMFdnYJSpPBRnGzldd6ySsoHH9lsDB4lBbDiqvEMiG6Ssw29gl/PfVCcc0LKfyZ8jt+/P334Xc+3ENfdX0iTGyHP+GnQDu4VGtsE2A7yDXXpyBONHcOEFPLE03o+DP1uUCD4LQGDKlEHeZNbe0BCqIMCvlsCYdoaKhAncK9w78b6lVeG2l76UXltcMMqaRcDqATliEPhYriWyHoPH9VAO5P5aoAJmdnuH6SEvZU5Wao7T/sXcA7N666FYnpc9QGmPrdX5Uqv+ar1KBry4afLl2V/Mod8MQ80xnlAVj/+RdJ/2eBHq0+Xycl2rcQIwq0tM8ZcEN3KJVgmXNyviWgCn5nzFBXUyeZTDMLHOk76fLZPX+Rvo4M/rKc4DVWBvd/0H09Wpd/Ue/xp6LDWJZYoqH4z6TzWzf+ZMunoshHr5VSyBp1vkCT0I1EbufAWwdANVEPpExOvbv6wWpElus3NWu2qlC1oApXxYE1aU7vxyf2OFAOu5/Db1I+xSc1/ya4BW6HuA+ugZtoxKi81jngRE6nbNiPT2kp8hALkOsidWjm9rqn6g7W4TV1m+q21OFcHaQY/0isa0rK9FSrX6va4oKyi1idLr9fT/GzqIofAr/iR+2yH476oX8/bLkrSwHW+8cwWg/7WXXyo7T46DrmFqdoY/20Vky/DtzKIk6P9bJKoxSGRLfwJoIeVq4FZC2tGDZ0Y/FPloIJpd2BQnfIVlM8PUU22I2yOSR+O7hiwVVRc8iaQpPcDWLjC3cF5AXF1+YrkttdpTTD//68LBpdM4rXr1udufqF+TaRkC3FaP6PoA2c2hvMSVa1keplCiV844ONKJWJAGuDOacTu62S2OF4vL75UxG8OdJMCN78VPPBZrymeVPzlmaca4agWWlGYnN7PSO4Wfu7yX1Ix6g4H7F1lIIxgg+x6n21H0/wCpU6VVEa/gzKO0NT54Qp5ROuwOqWGYXmeNQenlPfrogrKf2D1jSjf+7HdwesC4rH51H6m6zz4IvfnBnPBGL26LUdoTvuu4EMwo/nKyxfCY2+DBtglP8CMBDl5HG6E35ac7XPULFCXnj6YlBmdqtWp/FZ/BaIkNkg0RBLpOAomRsnNCsSAMvTCgp2c9TLKCpqHA0U4TSgoyHZfAwNaa/RoooJM3Os2V2qbI6Y0XSGk1eOv2G641H/UMmwPWzXQYCGCseoIqlTUo8T0evwYaVc6vAMfNPWPIxO6eycYvzNtY1WuyUQtifNBodoU7zSY35+Afnlo2eKb3fmRcEbaAwugpsHFIPknl6SBXA/dx2Ign85ACTCknKmWTUE+XfQKEIo7CddfHPfAl+fD/n8P8IngBFYCGdqwEw4U16ro8sjMwZVQdFIOx+Nq/R9j0lRjSIlj9um+TRy5LOZNbOimm2yDXoxLeyxm3CerazNHSpl1OqUoDl/g3rx1H7A8M/pRFZeGuofYqmlZWAkwlZj1STUBqjTghpmbri/2dFqjmaXFk/NsmDRpTg8wuO+mbPDWa52Uqa3+NfVLledMXesL2WTXNNvvTVJusKjDNzOLQEx8KMDQB59Q/PZoqrdSwiieMknBVt3mHaakInX5SSD0SecAdBUCZ8EbuBglHESKkl0N4f6v4hSm5UOSpwXEw3WoRHqOCgxHAohza6ADmZJjkFARwIiBHJTjy0CASgG4mzCHWZzcCJlsmXvGKMM5ZYSbWp1dOpxf7kej2obj9hyhiGt37udEcPtK1EJ+stUQtcSatgdIUIkaKggEqUPzKE4oU8G/G4vVqwKhbV6Q7MR0rgokeRqqOHqKg3tx29pioOSzCHY3rCetiJsFX9ESOQDbkYiD5lJJgbFGhQSYcDmCCMXmSNZ80EzIZdZcLgpudyUXG4HJVdYJ5eRkKvWVyaXLxLOhhEIQzFcS8XWx5MM6okeZcoN9fUOlQIzhkqwW6XpNg47dwYBJyzfKH7t0g06GV2TpDIZA1arIxiT7JYmeG3HPVt6z6BmMXy72+QJcSLTC+lavIjQNAkaoE0LJeIcH1dqc2p7/IL4FXGM5Xgkno1jLx/neQpo60nUqNU83ECLg0FcinLha1N0qjkNmkFrVGn5BhEbDLUgF6710slosaveWnpGUHFHjdC4QIGyAt9RRvUUb2TECuep3o//oFljGuLtfBVPvuF1gAYzmaYUngHFYp76H+A/ABMZQyM+uQv42CqVoMMJdNcNgyzqpbkGfaxqCA2aZcEEvf3rjvYOKiOHShPb1laRNs/GpI+m0ehbmH1sL5NWbKP+WBmShaL2XNhG+qrhyGPqpnORUUGLWl3m6us/9/ZxV0QxiXLcRZZQ8sliEp07v/nrbSZzjXsNN0dQjG3fCK79ostuVuFlWbPH5bJb8o8QexQWr7sFnqDrNYeq8UoyLmnYewBER0/vJhKe4Xy46YcoT6SrMxJDRoPFG0gC3kgEwm4t5TPRBZwac4ZnCb9HRz+g10Xo7qB+PTu20aV/kHxAokUmS08gotq84YTaGpsVuzSGhRi8O/Zg7L0Y5qLw3Sg8HH2FJqL+U+SfI2hFZEMEbY48FEGiE97j3Ob8wIlXO291omb7TPsiO/6J/Zj9pB0/YnvShlbabrGhWYZLDajZMNOwiBXG+MAAecNPDMcMJw2cKMAPBHgpB3/N/YFDPAf/wkEBw/cw/AV+Fb9NA6OoxYpF0WYQ7E4Hz+Eo6bLVSJF9M0amJNAsQpaNzFxu65hRSN70D7Q+n+6K0/8j88yTL+fDkstYhtu4vdecP6+115zHK1Xffu99O9xP+zv/oBrXr49YfNY4FLr52240T/4+N1ssFNOwr/gofHGmxe3mYvZA8RCEF8ZlEbnduNZsKf4E5iLOEHLrOZdEll1JxrcG/OEAsJJxDfpDKojpSfGcj8wBWpcw6hS9ilkhStZbe1gZRDLMu7SM71nC8VWEKcg1UYaq4SEfFCKunHSOLiVzUOS83AoOWyX+Fh45N1MM78ucK5wbnJzbGPVHa6K4677oI1Hkj0J6jKxC1B1F0y+JLouuj+KbqzZXIVqFMeaw86JXG6/iwoE6ozd7mNCd7mb1rmPBH/orq3Olk7mUBzvE6r6XBJuOEzaeMZ9vKgUlnlX3MI+uTLuR/Y1pGyJNU2xJr1CfTP9EdPmI8m5ucdx9q9Fh9O/mZnNRXDfyu0eT4UlW6Yo+uF0Jx41ud8aXLr4Ncz6vw8C5dTv0XhyHD/CrgRl0aTlBM2EaW58VcUAQFdGmilmhICwQ8FZhh4CEAdrLtQz1/yVAEQhf6fUP9fa3MT2BSWrd+iJs42BCGD5gtHTeVxexmuNL5/MJVyj1+eJvYfXnMzdR+UqejQ6yZ/vAt7R1Eu/jEc0RQCJ2CJqXtMUVcWVdpC0u2hZXwbHA0efAsiPiQBRmBDkGgEWxRMnqiImKPbHhtNl9AkusQGKp+Qz5utx+HgQoQDjpwJJyF3TzhXxT0adBP6udpANIVXSNrzxAByv6WTx6vk7PqiQABAfwNfBt0n8f0A4AE11A7B6iqnr2WTQz5i0uC5FBNoqzsx/WaNKAbTIFPGR5D/5htqNC1K+hd/UCgJVgFS5hvBC9G74dqW27IJ+7bHL/smQgJTp9jtp2/Go+mCpMnnfzUi1TO6U53TzFIE1h/PA8adOfWJsmawEskgbx3D5Zc2OK14dE3i5N1kpN2jPQZ4f2bK9/pNc/rDdn5N2hcmsMdB+nXAR8zOyGf1rcvnZFwp80Onz22vZIzeS5TTnusfWf0Wqync2p5k7SjtqmYGrKZPoM0pa3SFu8oFPzybQtFus+rGmuMnGkceJIk7fadzDszgrijDWntD2gxxCmxny08K32WrvPYUz6EyvWti+++oLJNRHu/dopkoG1JVujfWb93FtSFBfofc4G9/FbgQXcuBeKRivdcfvgGfJu6jJqRqprSRRnzgglbHwOS8SGMYy+sY98pRggEVHSXq5LxhDvR9/bS6FIRY5+B7oMBtnKaqy/t6R3EBR6aeETWuXiFFMi2QrMSlfRLjTTSt9EBJAx3bemJz9rVr5nDfernrVds/L5WTPX6PO5sp2ItpMrtVPoYugfpXYaSDsNtJ1GYCy1k+getE2WLurxou00yBYoWuh3uMto/JTt1GPmXayOVh7u61mjt5Szre3pWTOTthSU/RzwNWJz+8E3WczzbqtNhVRAB71+1RB1elRRqUqpkhl6LBBOxgJCnM1K1KDdmgdwdAFXRt/cR0S7AhyElqd2I+QwUk20lAoTdXjUMrA3nfHChAMQdNDlsX88e4imGVPpTOMaaPrlEEt+geVkAIMtfu7kQfjaL672Xd5YHauec4G1Y9K0tsL67i5uxXvEMoarF83smz9p2pZ8Rzq2+OKz+q2Z7F7Sa7tIemymI+MhvTbRXtMauBY76bXVZlMQX+o1sUtOahL2kk5j4KAeg902G5Co7ph2aFQqZnXhmHUccbzueMchyNihETo49L5jECR91o26/k/Z74nJg3Hb+ER+bVKH9YI5pN+Nl/uu/kVX9/pC2zRezG+ZNml+38xFxa9Cpea9DRcvjqVLtf/Ac9xi7it2wXjqjOM3GV0uBl/k6rgXyNC8oBllBC0CggjD/ThNbDnBCYCAMKZHdTqwKBJ4su7SUV4NbgWIAyqYAe4EnIjJqbBBEHgN07rTb2hN5JzPcjdyyMS1cxdw93OcyCl8lO/hl/ID/FZ+kH+JP81LPC8aECfwAGIOZAcHB48PEv2Yob8PjWObHaeJZWWsM/JjGdKxjBJSSjWPSzAO81zd5cVVxesvhS83fhF/46OrOBWc3VdiuVkEXuA5Qe8rJH2FPGk67StFmsCIh9Szce6+QtJXiDSi1Y71Fd+IkQm34wvw/ZicQ0sI9KClaABtRYPoJXQaSQiJBh4BogtDRPp6nPT2f9xX1lMJcnXFmsZiw6Xwy/BB7oW//ZJTP7oKf4P1F8Y4Dd5DeB6DwD48QMSLCJ5D3wMYfx2g7DAo0CWXetJteXjP8uXk5Lk6nf6Lc6Fm/npyXZsmAwTpljk4hniPx0+k/shefCfycfx+JO2Onfy2t7Z2/rvz3h2ZP/OaGadAdt5wbwd1dpHmOVBz8bdVK/nri4/DxfS+6zkXPMju264515LhRzlevzcmnIfuhOTm+wrk+Gulu3/tOLt7/zxa+yY7wnZOeh15R3z966vi9L6lfhavhPeMPkHuO+sAYfLB3TUNOt5ZPBxT9QJ/WGHlBnCE7f/L4B0wCrAIBjE+UKJGlqUdrOvXMSZKNCE3LtEkVHwbfWF0FXmGnchN+E+7EeYRkWUgS32pseYY+sLIVrS2+PaAfv76Yjc8OPotcn5EsyjEijpGK8QicCc+AEfIA0fIE5f0DtMukXGEB+PFV18nlzA6/VexGzWza2PkWkKZYwAT6xXdiQmBnga88sr41fwYnXt1MhP9bh+5yR34UXK9AVyq2QDH0Y1obkAiq5KGqc08qHmIBUvuROYjtmFe0MhvgsYbEQOOs6oI02RX3QtQ3tclVqrfO1SrZ71CQzztiLfm4R2X+y4fGrrchx8dGvqob4i2fx86Wnr+VM0K6LMBfTbAGtajqsijsYKjmDwan/FEOI4dN8RGgjyHPYPen66z4LNwH/w9WWev+x/pA5rEdeHzawLZv1cRgIlKRWBi+/4neoAmWbrA+TWA87YveR4F4LNnrP+PgV1EvBcJXa562kBE39c1CyoNholY6Ih+Uws1TiNziNPI/HmKO8gd4XCEy3IFDis0l5P80VROLHKDkMybX5bnjV4xRs+UGBohoiUZo/kiLlrW9Vu3Lr911/KTJ89sA2BPtPDjbQA8a4OgCbQNAmuDcFA4ImCaql0QsCJAQP/eEE4LWBQG8fnacHjkMJ1ernhznMxPTFoAe+FDJ08ur2iDCVy/CxhZI6y8YbwVRgP9KqtBsmxhkbZEZC0RD4pHREwtngIR8TQzjPy9IZ6myWGsJWNSRIdFGfSXWzN4eGRwvD0lupA20WYlb7hh+bp1TM7A6egL8De6nEFEzsBzyhk4/at6vuI78CH4eyLWXGDeXsFrtVNHymktQdYjg1UyGq0OvMZ60Iqsp6nUi4AsWEPWL0B4yiAxZ8XxpiHlEFlrQLb36JC9TRmytenuUiukunsrCzZuaS251+HvfTfNSMY342DGFgpGcUoaiEQuno5aZ1wpt/3eRdYnTyBkOKia59O+1KNX0X+wmsu3aXnBKJp4soaKBojxgD+oYs3jUyXswxmMF1kwDEEsGQgLEmvHJBk4IyAifGA3OZGJcg85WQBukAJ40TQigIFQ4BZwiMv2Dx6i2YlMLBHrn1qOh/p0sx8odFeeypC0Id2abvW0egzoP5Z++OHSv/2NveLJ5U/kVd+T5mAWLeSWkOfk4IDWZKKVbgTBLVwiLBPWC3wQAwl2yKFIaE0ImwUlGOZCvFxtzaQFc70nAbCTuv+SwIVP7Kon8gi/pcUz1WmcrZWp/visrPsnj/Cv85zEW+UQ0UBEM0Xf3O3xU4ztN7XVnqAqhPeFD4fJohWEIS7oDKLpzmAiiPYFDwdfCeKWIGwLQinoCyJrbRA6lYQyQ1mofFbhOaV8wIeRQhQATpRsKm0lB5zmWq1WM8lqTy2Ua2EU12ZZhLN1fo/O24SVJ7EKz6xkpAiyWrYnuzY7kOUL2axz3NnSFHFCZ7a/DJY1VAvH0D/HgnqYk6WUIdHfSzPL1jGHTAkrlTlgmEvTzobMP1QYLDnAdM8Mgw8ouWf0EMRm9byuGZzW7e5mFS2MmJ32hzsDA8ul1mfcVcYwRLacZWDAypsbdr9fkzK01HCzkclWW3zozsmZgZV+1+1wp2rnebe7xhEp/gq2V9kMguIeIVPCbpvc7CzbDg2Ej11gyZ43MQQ2qvrLGrDCGLZCgcipelVgpU3IysYcH6MC+Zq0G/2AblkSo8mC39xFC8kUjg2XC2SXCoAcOqyjxhK1rh+etfnKqiM3FD9slw02o1X2Gb8d8Cg1aBLbU/3z7Va6pzqSvsgs6e1Mwa9y14EsfJTW9X5T89XkVGMKfpiCRDIp2WgWB3ik2N1qgDIaMcFVVx3k61x1yTrsmRm4JnBT4K4A95ydMCmE1bxLIXzgUvwhtZ5aiA2JtCq4YJNU76tHMx+rh6fq36tHm+uhqx7nklqyJ4nl5MHkkSRZ1pNV6R/iPxB2CeITwERUsvqcamKB0r6QqpkgMCmmqAnL2GS00hMxoVEVSOI3NVtCS2j+tJogK6GaSPgAq3dvC1epNopE0aapgNKbCYUWCnbFpFofBYyDNKZuaamks2DDoLFWi9eqtRq5uNan+egdfUbJTDeqnLTSV59xjZEbNUJgVIxRIzbS0pgjg6VdkqFxlqYpHfpXJTjvctgtRaI/pIdg66H5TPb0M8y4dSXfo66u9/X36pHajPH7K6KuCQNTmIBmvT5VZRibKz4exAa/en23WnCZrKLTWXVvqvUWk2VWsGbprEg2bLKZnM70mqpgpO/SjWhozhK7IB/6bn1yWkEQ4oHMlK7FVsnz3EN2Z0xrqGlnfvxJaC6RcY1wjlYjpX1pJKV8KWTFshuqNAEYdQqucFVtrM5pcIhCvVn2pzLYQyVbGnjxiT1m1Ihl5vaFVuoSqB89vbsup8aoL59IOV2csffTmuRwEx4iv4qUhwZmdauiQkSdECUnPFEPhXoo1cJqsRZOJ//sk6ugWOWtqq7CbTF4d/jB8GPhU2FOCLvDqTBOii447QMXXOGCG5zU0f8b55tOvk2cIy4WsST+XPyt+JbI2fFTtIohw3VJCg6R9qRecBpidWZgZWwjUQU0H7FCK5ViY/Kon/7rLzmOWarXkt5y1uBEH3IJCbAcQ898lGTqNqtZqGe3s2DqAiwFuFArPgKZV47682UdrBLNLX7Uku65LNOy26V4Wm5YMZ0IuDoXJ6fr6+qenXTBBffWGCP1dKpb2m66qdWYpD57s33Www9d5XZHrGHBWyhMsYTJl8uuOdRhjKIJfo4keFEzhaifI3QeP0eI+jmCQZfu56gCDrZzpbH4Crnk7QgDJ7RgJ4uScAY1lxZLqCXnsMkVDJacIGGN4t9mw1h/OxJ+PfxOWJBxmDpBwmUnSPpsJ8ihsXyUQ3qW3ng++Cf5RMbhKafATnhu90jInij+V7Xoc53lJnl7oVVyuxEUqidvKbtLIHiQKAAb+WcBD7yaEVFtEFInAMhmS2BHjblY3EZ1sI1fK+6HJ/jw1xjNy9cZQFSzkuskeiGHEDTQa2lH2OXUn61fb8vrd5j9NfzK1+Ds/+U90Bby97+8B2sKOJMGmNCAmJ8cWfOyQ9kyDTJQv7IYJFd9jQ8zGlxFrpuD15LrHPt4A0eeW7pmSHmRXmLL22JoTtG3BN6L1370xwnXGEBQMwFJgFgg3/BorLHHB+nFMEadgOzym5eQ6+G9xZvx2uLN7B4dxFZeM/pVIABV86+HcAOCN9IiN5uYoQ++gvkjtAv7Yf3TtCzs4AjFeznR20vWXxoUz+M4znta0Zof7v9RZOSvq4t74QVHjxI90IOH0Vf5OcyGDv6AauKAWh3/tIfnqEI+eJzaYq+VdHLGE18d+Tz6HP3H/Xyg+O0Bco/peDm+mF9N9IZ6MKDFfdSTzlz7Ad7P7UuYtRo75gOuAAqkI5O1rW7opj51/8Cm9BaaOdZQcv3LhsmaLEMbEbmwZhcYAGz72qaSJf3weAS1vhVA9YrSvkAvoODj7w7S4Qa15b2BZrWMEM3mC1+5Y1DxPb54blf/t6OmRrmmY646V80VY90z110Ua6wyNcm17T3q3KYs9+jaS+cnaxZtmKIUavLTtY55N1wyP1HTkGy+YJLSUZufqbXrNueXi3ch3+gXyRhVaVaOTCky8QBEAkeH+vhxYh4dP05jwpXjhLvKI+Lb+MBG75P/sq74PpT27Dn7PoinNiCPOZ7cjo7sccowQ4p+K2pnpQ1xRx75fP/ypHfjA8W79uyBkt6eXxW74KujQ/p9BI5wC+Vx1igwfgvCumwHKtmcdBk88FW9IcUuvV0T7xPWzIgTSFsIByOihrC7tNEW6ffgm1vTzTy9B21FcXAjaxS1Nx4i/Ose/TmxkTzg15oJKUa7ytEXslye3k3ejXQR9ZMPuMuluWhOkytqtKoRFrEmYRf1GTjtdvqDnf1gh7Kd/GAnP+yRuyRNYmkFrSpD/HeR0xQJSkKXlqUnRuimHz1Vs7pcmmRXszQ8AIrsthLoUswQsDKm/cOnSqFv895jInyYWIxlc/tUWQXS/RL9tZWeidpavgLTp1TPlOFWIff1F1E/xYVrurrU/KzZTflZ7124Zm3Phddff6HaNSvfNHuW7ksDu+BBZKKwm5oxQv1hRD0V4bPoe4TYI7vwnYC60wq6Qyw55k7bxdxhhMbzia1/JzKzuTxHi0HN7Vd5+kIjCNEmfguPEC17fAzycBso4B/AR8mNTWS6P7rHUOC3cdnhkeH3RqjTjciPwVIRtyThU8qr6M7Y7577oOrV53bBy4uPwcvPfuZnDgCehuaQJ1KXG1Iwv00oGOhjOPIYQB6DC0iDzM4lJw3ArRDBbQhHDNBwjDZNFKi/jz4cZofLayZrUp9eHgXHHXHyD935atXUz/0uNg3RemJ6c8h4Fm9DD47eSTisc6/VKztp/stpzUI+eFbo6jMG++FazWJeYbGo3O2um4F4uwyywy+9O3KCPPBdFi9KxtFtGMv3McTtY0F36Cvoqmx2wU2L0xmvyRYV92SqPCsvjc/2/MMTWqSnM2FbCLFF0prvJ3TZCbfDrUQmUn4PaBagCWbNLmsurEkYFIhEJc87Sh9XwTO44jPcWsZ+g9P0D1O5j0ogbx/9nn2YNpX0+bscQAI/l6xH9n08WQYhh0CBTcgh3QdD1hPhveWwlzt5suzjnXANOR9NvIZ5kYTl75FrAPMhfbd4JRJGnyDn2/YiolUTG4ScWjqdFnLII6H4reXvUS/yyTPO5yHmqdgaP5+6hOj57y0vXrn8pB6rfiVWRo8SDkprJmIII04DA5gWJR7cLblVwhPUxeH3HvfTmxwtP5XcCSsj1kfgjx4hT97w2muV96LPpi48DlMhVdHWGLsGXcYu0ekxmbS3n5hTEujQYsvE9SJaBtdDdIkIL6Hzj5cMAsICz/FQEJmKcJwWnCFS+CUi/V4kH/v7iVHbz8c8cdzsyBtiqL8457ElP/vZksfgM0//GQasMPBnAItO/t9Gew0xwoUFjdYPxcdkUCC8Qp3SQDOa1U3gdVp5gvwC0J10C2I3ra+W7R9my9xtVBD1e5kvPe+IF52vr4obYsVdtA/FteTeB9i9Z2hJgcpmCI7JuIARprfH7Pb4dXJI1QUMmY99N1UZznX7XkiWlOID8VWv8/8GqY+reIoLQx+/kqwB7ZpvswDv5eH9FI4nAraQJn+FQ0ciRB0h6sdeIDOnMxFaBTaVmR5SUkNKixX0ER0k/MP9XPjYMXgBbf9HRf7I6CbhFTJbLthrjyoB1Uo1+WpJVlFUcqhQuV2SnLebWGcKGGZZz8wrTCa44im6nPUO5+nmBpHJg8NNWeplYOF8FbM3XzGrR8JRw95MlePaKyOzPRF0dUN5VpPuYothasv9pRnNaHuQ+znsZDqSk/kq9xKxTGZadog+VteMYGdJIyLnj/yR34dsgpGcX7+LrP90p80JNUgrpxfgAgot0sciuQGth6GvIDA7VHJ72v52nIvz+xaS577BtcAgPx8ooFkzKdtGST/FbQYakSQ985T5oPmIGRMbP7inkuAjve9S2XmUNUxPSUiXi7y1wqA0/8L1N203RmK1c669dnbeyc+/uefCb67v8NfWhNtY/SuuD1zPtxG5ldbMYyBZ4Dohy7ZinhbQ9IWX7ZSGAgeAhOcPL27MOSqk1vVafb1G/3G/1N81skYQ3lkKI+yeHlCj+YBGPdpIuMuumSWXhmU5ImdlLMq67KfNf6/3DNFYubTCSIE9pWFKcYdWV68V6hsK5HkF+m2hoU5j73TcruJfHr2NzIkQuFWTHZriVh0OwL3OIY4z7ofTtLhX8w4Eg6p3gEyOPi9c4O3zbvdi2Us/bPK+7uW9tufgdKLXBuH0XaJIpsy0fZzLRcUKlU0ms8pla/v12i7DyjCdQmO+ecKPhOvJmoWt0BAfi1UhGoHu5StFwf8o70ZVXEN0TpXN4E41LeiYnwwJ8xpTiRlz1Gi3YjAY4sZ4W6Y1HU7QGkCjMzgb+DG/ldHym0yPslI9ylrSo6xMj6L7MFKXTJN0S/swMtGUZLoPYwbm0j4MUXfozourHDdCRG+XVqkpmaimRK4tqUl7QZeuIlENaUxBIvrR+aM1amsd51GJfrzmQqoR9awd04i4X1GViH45rhIR3vk95yRy53qmX3z2/4F+MS6XPkHFgL6SisFfP6ZiEJ46SeSgl8nBgha8G8J7ELyT2mFbAIyU7DAEIpSisH6PTLdCxybmoDLBJIO6AQC9uknGryzZZHD0RbL+NX/ifraDGIvNpe1sNLqMXLOdXWMA1ZpkwAMcu/BH5EKeXMiVL3+N3UCPOqO3wOTf9uXLX9bvVNzDlISJdL9Yi47rkjQXBW3htxNdMsJ0SZmHIk86uecTdMoS1culgUtaJfSVtEryPJ3IqCT33ic8HgTXHQBuosSlq5JkiaR7ZamMKgiO4DbZDD3Y7NzmkDRM/pfMKvYGHUw0eg96j3hpvCYRjQoUlQrRSCzJssAdprF41DtTsi3pilHJrp4zpeeYcPv+WVL0vpK0WzlBmoIKGW4DCw4AYfRNzU56ski4RrhJwE9ZD1qPWLH1WRwkY0QmmGyEopFORRnSominAXyH8JS0zUgFOjFNGA3fZSv0OkLBVFlFLZUtgcGYMz/72mvn1MYipnk969dfOJ9raQvX1Po7Nsy/6MIeKt/v4VzgVn47cIJWLUzMAcMbMnxDPi0jmWU0AIx2kEku26BoK5FtqPco0Z/6h3r7KUQckWfqWACgXkqULqobjtTkakJS2liVXdFZneJ2bZ+f9IXjLY2WpqrexgZ9D6/8bBeYqlXRZ4NSDokbAyKsNH9IlZ8iT7fjyolDFL5eqA8SjRgptcLhPJc5f+uRi8SakJgyV2U76joyKR6RdjQKiWbajtqmxiw4iwZmMxDfAPANcJqqXiwp8Ckyfe1mfW+6sg3jNHCUspdKAX86w9yarTKnxFCNeNGRBeTp/LSqJktjc0JoTM7f3rm0VFMekGf/mdGgUfMx+peffd6uH//4Pv/5U/X5imI3+PanitNwEMPy2+NhGuTaXnLtY58yTsNDNMfHKsM0yPUzileCR4k9YAB9TxMLDH99F1UV8df3aggJEO7XI1mY2K6ikSxwJxyEmBYWItI4AqFM/96BoxCLcFA4e+/ZT6fzINX5HKUt50eXv0fNixuW073m0T7y/B+Ung+w/nyBPR9CIsZKz0djz0c70SBicU05snYgKNM/mhSFRTTIf/zzicFF7KEfvLecmENHboBz1xEZsJl7Ft4i3ENsErKgYo5pj4CM6yG2Gc2icKgKectXR76F/kTObSvtef8XnwavCY3ADlbRGMYPNLfVpQKbYovacFAQFG+IiEITYKUP65v0rSJZJqcAGgVEt4d4sB8d1mSTA61R4OsKVBQUwIjiHBBNBWaV3w2PFVAqYxOXmEzfomElVt2v/am+KWHzeNzY0BxsaOeff8CQxLJNcTo8AZPFn55GGvdtwiNXj/4cWMB9NB7EzuJBmD8HdFk0C3XbWJjbxgLJxJKwhflzjEb6g5H9YIQyi2ah/hxDFxH1rHIj+VkYCxPZhbuM5QCRT+OScUwIFrm6HCtS7K4MFoGjFxL++D7jjxXnixXZBbW/k0+5j40YcZQiRr7PAkaoIXwSnNWW88SM7BJYfBFtCx5rC96JBzE7L4eJ1g5l+vcOHqXaO5sz548c8ZQiR77PAkcOsriRsXaYwPJS3Mge3qBHi+zTg0X+zjaI540ZKQWMOCoCRr6vx4uQGVSKFyk+X3wbFlhcmsLi0nYhjKgBVra/CtT+YlFpsHhfsQt8B9xONOSCZhVkaHOXUWvYHqszXaPaOHmHCGlIf5+IRZBwZYcP9faCCvwZIm+X9LZORJApI0Xlv7Og9wcM+cUbctU3Rjudpu84f1qCcbFImboL67a+XpL3xS4UYG3RNJlmIGR4bJeITh3CrnItUpfMyTYT9VAhEZgSYpaW/abIwaXaUN4sixQYzzvPTyjmjQIzmjp/0LvgO2dWEt2y4afXvf5KqYDo6OhH/cUnRxaM3mM3mO8Z+Teg69enit+AkdGbmT0R1WxAe0l4o2SbYVmTXNQVOGaR8X+HRfbemQYZsV2IjPjx/899wJ5PbfC8dw57B47eXQyBW0YfJ/pBm+ah+gHN/5FxD1l1icZrx2a7Zmd+MZNqLwlByq1HaZ2S4726nuA5p55wyxl6wntnqwnk+dcUN4JHyPrhAnMPANfomxR2Rd4PZ+xzOu3SCo3bD3NkCGxR0ababH3CGsIrdjDJrDoOwC3Anh3+y7ByqJ/o1MCbnfeun0WAU8Xao/Nusx4BQNXW1rzB/cjMKQuTbUFntjsXNSprOppu+9WFas5Qy2kN0Rq0a0FUb9NlxYvBd0EHsQaimtVs4oPAeS1vNomTic6azQ43NRH+fI2CmTbmWq3YILBqBB4a2NWAyArWOgW3fj7YnotC1NbkyDnl6oUtyY6MC6JU2B6vmZTpCGsz5qTVLqs5VN3kq2uL1l6UcMVTdVFqixE52Pz/NOa2ZLexkFuiG5D3W5jvM6OZkQFrAuQGsL76jTk/6SD76f6Rf+i47qKNUccuvOWR4rRH0J+KV772Gtyg2xvPFffBrtE7gBtcQVEmP9AkMlJGkbxYadRCrI6WtfpAC5IPgt3m1oB9wKKZB+w2QXTKGicOuG1mGp7u/x01EdnukP93/iG/Ql70/SZ9p4MNpy4b8zQkib3AroamSy5vbr7ikqaGeatWkL/bLmvrmDGjo+2yG8l/zH4mWqWX7WNO+oR9zD26IzTbe569zLLhXN7LhESWdUNf6d6+9QK8hYe3Uh9l+d4cuyP1UaIjgDyUuu+YH6DCKJ/ooCx26w5KYseRcQqO3khmRq1mU7a9o/vitnI7uJ0c5qgFZ8bS04qB0I4YaGUPHP/JHrh/rDQZx59jA3WaCW4r2X8sZPaZrfwOfieP+QPkaVYaJ17h6vs0xmDxykpjkK6pt8Fp/x/ul0DtrP0S74pz7pfA4kGyvnd+XNy57mEtx52P/HHUjWzsfNsujOABnCYmVJbwCZF//Jgf9e2FdI17vnhVSXcwgPo9BizQUJC0ZhoQXhJQjsw1JDyH2wHU7zHyHlkAYPZQ9pB+J9uYekH/vb2w+AH1zT6PMnAazv2vaQf/Xtrh3JnE033UaBXsRG+Tp1r3QJ12xLwYqqQdWlWmHVqFbOxc825I9agsmOh+ZmfConv0BHwLHyDn5fYBciKg+TJva1aEnYgagNQGJFfnQTa/pPf5zXytAsgry9yQYBrCtz7afDm+BS/56O4r8EZyv73kfj38F+n9dmMI2M3s9Gbs1ghiiXqsEL1bWxuZSNnBChCvOIQ9IycHUID/4oeX8P+XtzcBkKK69sbvUtXVe1Xv+/TePTM9Mz3T3cPM4CzFMgvroAjIMjCyyKIsgywqCIOiKBohxqjRKETFLSYoi4xG4yQiLhEliVFjBDQhahInmkR5LnTN/95b3cNgku9973vv/xi6+lZ1VXXXueee8zvnnnvOo+AbNgekNoepaHPgNk7mKEzgGEygZUgITOAYfhAE+oHAPhCgyCLUKX7QtxlkQ9HmMAyFzu8DbcJ/xeZwnRNAv6AYP3/63HV0w+T+f3XOC1557pyXiqueGfw542+XrBOgBmk5INBJ+aNAOsF0ho3wMa6NOp5RboBXzDpMJOUVyu8PH2a/5WnlPthOdIYbzH8KuAo6w0J1Bk/jJ8s9kZzeTTZQpkk/hF6zLPbaBVlrN27W7tDuIgDa2gvN2Oi0ssU+J/q90qs9VHV4jzZ4T1DlcaLHO5TQpBDsF1WDP6PUwnQxENk+ydKZC5dMLglnp0iTjHPGrovF1o+do3w0uqI0lyutGN06/aKLppN+j3Il4Dj/NsGRo2THULw11rUIUKBGh5a5s6WzIdZpGtPCpfvf6GKh09SL9kaXGjNtGxYzfXzOli3F/9xVw3bId95FvnO+pgSIoJb68T6VXVZHziyRDeD1AjIJQNQSXtIKZ103MP3GUemN40fYg9tUzz+LTKGG9fwllxwh//nDmlr3Ved92zSLq/NvHHGbjvRnYf7op6w/W5m8YnNIhk7qeiVGpgnDp4m80pBjZl7mqZN+Nw83qxqt4IDPM+RK/RLp/mHBO2x405dmGRNkrP8PcQ4AmK/3/yLuwBKFWeod4hxwpurPguOGrmVzmtSvRK8F7Fo07Fq6WAqOU96JLissloLKz7lWOIafSORo2z/JUSpFWwpy1ELkKBWg6x1bTLnhE16n8p8dG/i/Eaij/o1A5Sf+s0Ad7qtsl5OC3UWE1H/PYdn1/+qxxMqdhMYrCI0NhPt84PangJGmj5JsuduNMChC8TeiGWrNlOdDYHmxQjKRJWbnckmWaAEQyby1l/zO/WJ6oCdfrGlnybLM2GrnqBN7T+hocpV94Vr6dkis9WDRBm3kzi1d/cdTqUYfPQFPPjDscL5/Jl2udk5BqyTpZ2G4fbiCWoXUPvyO8k5k6U1yZYU6a7elYBw+R7lhoLKFGY+M/tcQmbZx8DbyzBk5iCVnIKeTWfFC1MvmfnjaD8coztbw6eNH5tKFHd7j6kI/MtiiEWYlk37fmBl9/eIGj19ZlXj4vvs6zcwf9zK8UjOKjK4S2UQwt4ag7l6qIjiKNr2qyP1XQJt7uQC0Uf6UMh/5/luYAvm+fpmroy8VU6DBS4itsYvZGgKYvo9XHXtFeyP2n9obAuaf+cZMT7p/mM9F+qcZH2qDsBmfsz5aHswgdgN1kWLmKeX++34v8uDHBwq+2fAPaFyJMof6mMjYN5CxfyMI0JxLHjLszfHSnC0UjOVsQ5KgiTRu9zzoedKD73I96nrahV8S3xY/EvF3hT3CQQHj29AD6AABEE7JGXIW61w6eY1E2N7JArNJQ0f3WLJ0G93TOD2cJXCufLEssZq22MF63xbrv5MvLG1JMdC9C7J6TWrhAlXmEEWSGC54iEo5K3lqx9XOqquxOh0F8dMwunZW/cRkQf4kujMLw4KOCaHYxZlFNTeRcf9zMu7HaOhcb5T80pdkg5fSxktpY2ZPRhpn95pJQ2fxWMosuPBW7+xwXuTEnNfujXkxFiPBSDqCgxpAcwV5SnJEX1mxIBg9sZScYsl3Hb5cKuWJLlGTMWEjpYzDvcSj5+xbor71YU8uvEWqAqWwlFGn6/ibA6ekz/oH3jyqUqg4m1bMfKvuFOo8FohFPczDBOC/ltZ42DlTE3ZPpKY6OvWv/0aCv148QdNU6THVRKLVT39DpCu3Fj5gPi+VrlGic9Jg9cEEpaC3SM+zOkgkjbRriXs4mg+aYsYl8YIiMuUcW7jQlqR7fWU8V7kF+KFfpQqlybGBY+obZGk9P6OCsoiA/s0z2/6rmiv4b45rot98/C//lc0wiJVlID/4ItCBseRpaQ5etqinVAM5OvYPCLKOAVLZYLQQRIq0fC8WqEh5s//oED6dlD+uFoftcgkEXybrHNna/DWnr7nm9Ec/3rDhx3s3bGDfdQGRL3sJ3qXxQzrm6izVUAvgHtnAyxzW9ENO08vQr/Gs0+M4QZJHKYyclFeZSHVV1+3dsHjDj398+vQ19Dnc+SDp1Pf4nxHZpSO2gIPIkzioBLWgCbSCCeB8MBNcDJaCHnAl2AJuBN8G3wP3gB+Ah+AF8sPCbs29u8nfpLb77npg3Pf3dNy17qpNmWuuX7bi1tunb79lxMiRmQumryB/6zJzZ5kvme91Oqus5tHNkRIz+UtUZTKry88HeuMkPAUaE+Wr1+nvNt5zN/nrmLJn95KFO28eK9+wdeuaO2/rnnPbzeRv45pQ7LJVq6648CLJfpHbX994EfnLXbGmonTNmt5q2CFM4HRtmCbxEnKgGlb3bnxo8u77Jt1LXTLH+/tPHD/RdfwEga90RzrBqlscO0oXMzak09JR0lT3CjVW6cGzB9jnJ/rVw/0SDUcm9yM37SeEZrcadh92DcWvxfsUb1K4D7sV+xXvnr1jMXqQqji6tDxO+ZmM4GTh3VZIZugqvMPCcaG4X3xncYtqqGDxnOJnw8/9V9fGC+/F70oWj9Ol7mH621jA4nsLT8Ix+Z8pz8IxqGXhQuU2mM5CmE1/p/D+RbYmWxOrzuWqlTpYUwPJ67FsTU0WXUC3Z246uRCO4TYpz55ceMZS+BxdnyH/vluTzdbkf1RN7lKTidAj8AjdKnPo9j/o1bex/VsXLsQl9Pvpr1h4ktt0cuHChWc2wTG3k1PS5KW8Re50kt7gDtKYTo7kN5ANRuSXf9Wy8CT6TU3ViHw7OfTd6uocChXOVgTS+Ihe/9tcda6KNK6CY85sWkh+sDonMbiBs4Ct/J3/eTy3TY3n3qqGc3M3FcO5yT12k3vMY3lgvLLRJOA2PWgzadoEOrnIgltP0OvPmX+bp86/dWRospbzV7RSrzeTx8V4DxPwELRnNct2OxTu1MI7gdYiuzAUnsY6YMD+JzAmd1cI45MveHdAonlIVd+XKjLZZOU5uNMfrnxteUcqHNTvWnvFPXuGotNObkl5mtbdt+vgUJQafaao0gaOk5YBTJArDETccRoIdHQBXVqP9ZgTNHqdwKxNARCsqM7KYY2gBy3Zd7sy/RliUUr9GcJB/Zni/r+3MJX7hluYrF/I9289G6+P/o/x+jY1Xn/rN8P1z7nPf6l/z4brkz7Zp7TBKeweJtAo+3QGYuQWVyIIBqPeJOjoCmceCYCYuceJCCne+c2jx4vLHNiaANWjaoLq0oAphWUKfyx8J1uu8Frxi7/BV3oOtBHW4gxt+nP56hwfy7wV52c62nLnr6AhZG0dmVxb6wqWLwNx++HD/EzSn45nAcAbCazW46tp9DK9UTGRs8or8OEiiOA1Z7ECHBytzAbPDT4P3KBbrnYKFmyzE33FuUEvstt0Ms1a0Gu0Uc894Hi9zmxxugGxDc29O4iFRG2Sd71Hs+mjDQ3Su4QhCIIk3OF9NdNAlJp0PFNoWRijuDQCLaOeZEvRaYE1VyKZ1Qgj6p7r6Eg0t4WrKgNjW72TZN/scgO8EBlHTv7QrQ1PrKnsnJ6omeYWLReE3Mujma6Al2DHB5TxcM7gy2RExUENqJV9xrYKm5BoC4E2bwi3RQVdW7qsTQy02VwiSB/LDEj5EwMZCldOkGZDw4nidJ9aN2VoBlSdchw+sxUf1oZzVlwwpc6kHcnm2s+v0xsM+jp13UOutS2bbVdeHDb9VW8yTKGSoE4vivo6uhaCftieHbYmYnAktwIc1nSSrlslT3SRoYQ0AvxAOC2gQ8KLwlsCduNSjHQY/gl/iVEffgm/jfE24Q7hIQELnCZE5xa4G/Cd+GEyVAGSIQT9HC8gwgSvHWfYIkM7oKGLWMNd9J2VEGGpDG04Whe2ZYXD8xY3DgKy4W9V3n0Wxp6lv+sXyhW8eZDyaals8xjLjMipSWiQ6U7A38kBDlEfvY4w2rvURf/uAJu3QOEQHpoJ4M2/UqqVml+VT3/l0R/tfeTlGauUj6B7fCoWS42n9+dG8GZ+Mrl/hWz55v0RnW/QYd0+E0/GRb8yMPQd8N9/x48ffXkGP3nYlzD6/oJ7mXuUxTZb92EI++DdT7AAkaGAZO7Rr8PcSRbZrD73n7lHi353CJ6Cdxf87uecTt30cPAQN44P8xOBDcyhc1Gf7tca1ZIktB6dkRYFMrpJyyxYOE5vW0IzZ1ELlwO6JXphixmst+gtW4bbYgP9KqIeSBNTw1WcjFLDnGPUmci4kyPPzodjjWOvvTr/u21H46WxxjFbtyPH9qNxfuL2Bnn16psaWmhUATiHzg3DY6r3iyxEaXhMng7eGSpG46W7CrF4hcw2Z82+cIg3E3I/9thjP3xlevmv4OvwGDdCJTh0k++bqizDvySYWwNGEBxcgNs0vGI/Xwh50TGw3Yt4Lk2xdhEKFyEwL9QSMtfiX15zhsNnPqKREtQHLKAK8DUZK+UgBx6n0UJv76+opdlHP5VNqdqcyRgwVhqxnSvpG3yPzuk6+vAHT8oe6PFEqmlaM0N5hK32F7mU6Eq7UA12ubSBij784T4WR/zpIZ0xJ4oBLaCraMsT2RR957JI+yz+I7DiD0EAn4LydawC/fE3BqQ33hxgNZpUF0DBHiTCL5s/8gbLFKvmFWQpFWxsMnEokR8tMh8JQufZLGjFbPojiA5hsYdk5+sxzTKcYQvFG9uXtNx0yYUIotps+8iO7VGqnPSCKfbzmf6LquNVaNusWWN04vlN05oSGeeOMdGR541Jhqa6L3h6uUHDaWP8L2NiTWuC5idEgw6UAB8QOjqJifI6zS7w3n5fSM3eWl5F507fk6vs3lyhkoeWd/OlfB//Es/Xazo0qF7foUe0qujt1get3JcO6AQuStYSOSRCtawNDbbkaRpMKRiUS6K5oKyl+Z+fdHlzTicn0US8VlqZixZqDHJGO03qa+cokX2EyMYhIh8tBNEUCUwtb3eaZjGyZAtp8r2TBo4RplETs1LDW3M2iSON3AyrRE0WufcDc6M8Y+XYpubWDRevVrZW11+8smYZ1ocmNCQiGgxmNo+Zef7lmy+YtWn+ognTt+7Jujqqys4jNFuP6sF2/hYiowNgvZpX3f7PedUDepokgmbLduCPDonOoBNJThdNrO4g2MSDkawBHHWpckAOwICHMqjZ2amHenP6za4jUv5I1xuFTE3k4Vp+M7eL1gnLFIRAEe7bihnBz0ktMbqJ/OtQPm8StbwQtLq0e3wBcyl/Pjl65lFnxJr99Rx3ROcco7TTjP0U/3yJktBA+MBC+OC6p2gyQNns8hGpRTYaN9lgOrTCpNEeWBxYH8DX+2EhbUmf/SX723b8luVDCyoZpSO9xtMU4eTdjE+RofKB7KYePJmIu51E4NFcoVrqy0TA+xT+AOjolC6N9SVPRwN9u7pWry4kCVRz1RTC8lxECw+vcwkNkfjVEzaOa44mrh67caK8siU1ekrMHq+eeT2eNql90qQFFy6e1D5x3Lwpd9564chp1eMvmbpc9f+/jkphhpsLIuC4HNGEHDRrQVl1zqCBGNgle8iOrbyDpvR2YBuPIjSthF6NMcQiQD9hyb3NNEuCV2R58rFD9MAo9shEknmooNnnV5Mm1htMObDSv9n/uh+3+Dv9u/wn/Zzo3+tHhmP+9/yf+jHw7/YjC/brRLluZC4ttoidIhYtT1O6EManUVpDVSCok/Fsom8qSaR+NXcBTYyu5kVXs6KzFNPDUqMz9hBqs6wAnCXHas+oYwFmHvBdOuXiElPYkuqfc96kePYnNoPR4kGXjV2zZl7Z5M+bJB10Kjs3ToZ1NUREKfuvkXQGwvIelAR/IvwSA997CpRQZ5LdnePdnoDKKD7SuKRkXQm63fugF90hPiQeErFW49Ygs50yuhQ7RnSLnzQPaYEVStjqVvOKkAEPYoP9+7WWXIwFr9Wdl+uPHYu9F8N082kMx0JcH+mCluNHzqbnOMxkLeGjo28O0Di2nq5/Hv9quplkFTrLQkS+/snWIM9ePnpk+4S1LQ2j6qNWnb403hivLsvMOC8dDmLd3Oa2uVNXs1QCjVmXcXykcuTFXe3TSv2qLXeC8FKQyIIQSINdB4WQO8i8k/vdLLnK27LT7sq9YoTdLii6gkTRYAN2YZHqnn1elUnMhEl2EGJUe2Uv8pbTNJS6qJh4mpDDhE8dDOMqHoVYDn412SZBdU+z8fXRPpdbzTzzm0Lft6ixQW/0HC5k4sxnMixxCRGKqXNS5Z9TWrauyA3fqIYNg/f7J05bLI/smLxmXNqmEy1u7QM+GwH93j5tU4l/YlkoUX1hHeGVzs5pk5dd0bWoatG1oqBzjMlft1XS6kPQNytquUC+cHb7RXTcvYHqYTmrxfL6/1stlvC/Kw0iiIDV8qygdGX52Fh1Bvoue8wW6vkdFOBJ4RNirwuSEKL5wdWiLHpv5HUH7HRAh1oJhIgiInr7j7A07qlzs1j8D1ZcgeX/gxVXKG3LCW3f4paDcVArt84ftXrUNaMwGgXnN61uuqYJoybo5KAcS+agbHXkaOZHIuhQDFPSOehxBz3ucEQeT/bTHAXeCCu24uunGZ4Jb7bKrTtbd7dyq1p7W5HYClubRcbC9QxFJStrXy+DnWWwrKWys3JX5d5KLli5uXJHJa701oebjZw+MEJuHJGj9TVoqRZUO4L07pMJpw2N48towhnoKH0K/5F0ACEuoy6hrCWbld497MpC2ilv0n4ZyEj5DF0ZcpgojGKHpM7WRGV7qvwjEuBsp0QjInQN6xR2iACAcw8V+8mhRhQN7623lE+NLUY0u6UTQkEcq/x5nAl3hUIZX4lYoXxKtKxGKLG6dA96R5oaWlZ5F86ZFzdpzU2o3lEpZD++boLGq3xVJ4YdjpQ+8/E2iy+svEM6jpDbmv3VRYEoGTFrRxqq167tjkz4mKaXhYO1BGO8zmqVfPecWiV70XNDtUoIoPYEPUjC/1yuxHxuHRJWfkguePYdROv8iwIm6ULxiMOFvFVqkZJ/VXhDXTn0nxQlef2/XJNkcDZKg4d4G3CBFbIFSyWRnF5qGZsjl8rAZlLnyYM5jclpSpiwSbSx7DWFNOVarWalebMZmUWdYKWyU8Sn9gEHUlXF4ZY89eMSHfHa3K58f4Yp1Te9R6XDhWCFcwrhOoq1Uh9KdY/2mWaMrzN7rFu21FU50IPrGwMj4Wp7YJar6WC58v3ZNWTs/ZbogDKCJwLgXdkIzJI5ZMZx3mzzkZ980BXI+RwOqhLMXpoy/1OaQcnGCk6TBmeHNo3NaUvY8Mg3bR/YTtvwYQGex0/gZ/PYwP+E/wX/F57T3sh9j0MmLsBVctjACTYNb3dwAjAAuSSUmwdWgtfBSWJHTjF0G5Ahbq+1t9qxXbA5ON7AawgJDph9ABsoHvUzSE3HWT/LeESrTMN0z+GuoXRJXSxbUiHJFQHXhUIV6vJaAUf/TbI2WEZTtD3vPvzN7GyFvGxl8Ni/yMfGZNe7RHbFWN6qC/+381Z9/38hb5VWA1te0ryt+UiDz8la1UL6bS/tt3lgB+nAQcDtVcMtaFYlNYvVYaqFSA/N7fpfTWEFY//zKazIo0UB4Hz8RPJeL/sBEOMuvejVRmBEjEYh1Lu8PjcS9D6tFrTkyYilqaIGYDp/+N3D0onDFhZVAr9ZtZZlVxuqkkJr1oQ5X367ybesJv+T6gsTbpM+SFQCaq2prkzqObQOfUtZsDg8Jh6vCW7Aly4Jey3ueNztPM8xWdlIfqMBAKzFe4ltMILAMWSN+bxWI8AxsxVibPa5A4LB7DPq2S88/qqazui1/OFXpRNHi7/QESb2OpvLHIIADHRGiVgsQQ64Ed6srCF6JFoySmmd57EZ7EFbmyVmfyw5Ku2FX4/6QzylzTqs8XgquAS+XdWSkG7+UyA3LsVoOJnQ8Acsfigtu2HEZUcRzqSJmO1G0WfSujiHJooQ/XUnKAVh+tX8qycGJOrdtNGSipZv0i9smcxN7Vf+7otPSed/Vj095lS+xrfBPqUDLvj6s6uD5fF4Lng5Z1TuUfswRugznnx/KaGPL1hSEot5bDCGTXxMtNGfoC8JYjtNJU6E7onDGfYbXmO/4d2BbDrLAvOitVH6K+hSwjALEbJEzEilmaDWm29GZ9DkB281mn2BBYp5nt8fb6706AWtvqQqFsxGGyfzE5U/vvP1q5f4fTodjsdhiX89l9NYowFf2mK3uuxe1+iKZI1fD/5/zXv9z7mgaTAe2IroGkMCxM9mc8aEwZ9bdhIm1GWCEMQHP+Tv4xcRnbFKHqu5EtxIzGEY0ZnNUtAdiDjWideLSJTcDp9rVaA3gC4OwHgAbjbvMKMVZlhuhgGzSIjsQpIoanWawpixEAq3kBfNU8j+SZT8R7tey79GmfO1PGnSZBqM+kXawygbRLQGDSsM+7wvGtmcP3hNJHrm9y7SRON6I1F+0de3XheP8vE4H01sxfqvP+BWFPfj1535B6NzfPAU103GThBcKFdB4HLHqnWyDul0YbszZrXpDZt0cLkOztVBnVPvcjlsVocAS7Bejw20AKd0/NWW40fJM6g/n/zw1zIDGeo6yx+l+cniWQ1d4VD8xYWStvRpSlA2wzWSEXRea9yQf99qNFb7S83QnkJRs9Za4mp98Q/l7V1ZeEd+OWrfXVkpxlblL0Z35msrz4uJKl+/Q/ryDRZ/FZKlQvwV6uX7aSQlDbjqAmkaKKUWlzkbbQXf+Ga4FblgzOAp3E7oEAKL5PK1QTjTBjtscJw4U0T1Ipxthh1meAeG12N4OYaLMFyH4E4LtNAi9TYQ8Xi9Oq3X44gHBK3OVMMR2uSPZOiLehPTWTKYmdP+7L/iQik6hVKsnKx6uJKq4wS3dy8/dMelc0OBXF3nxd+e2jZq/IaFE9Ot3qqHZ7+wcQ18+bnt31+z+B7zFekx31p/96aLV5QTW3TyvO9sB6y2QBt5nvF4rzWBTgJgEQzfAS/lq+naFAhScY9FhqWyzZ4rpYhSlHKlgIDwWpiqZdcWaEGu7Slcay9eWx6j1ybptcnCtclzri2MW6vG0EZ+CB78M9nvZ+OYxgUekiu2g+0YXQe+C/YQCY0ieC2do4yBGM2OJwELwr1sMRHEv0F6mlEAAoR+JNcIy02SZNNMM5mQZ7kN7MeFQji2O9HWXRh2YkjTgKzENH8Mj3HAr6Z1Xf3ZX7skOgubTacGQEtjixpDKOukXg52c5BzNh7v6mn0PQskPBk4yfdxePJAy8BM6QyTIVRxd4EeKkn4TKEgZG1uRHhYG1XSeEECQlhkoKyk6XxthSyrMqdXjSOki8zUxWaERhIA/OOERgn9Xwh9CaWeBsAmGxGIRs1mGcEQLgMpRlAI9qFfwZ34cZpn4BmyPwdoiLya82SvDu4gQ5KuA1NXHwz7QTBcMWZUVdWoMfjxluqqUaOqqlvYOrrBOeR7u1hfVIG/ye23AqiDt8AbMJ4MxyMUCfr84Ug06CsNRw1hUQzS2tdhjSao8+khQQM05hZjDR8VJclfxe0pTYFyqRyV96Ffy5ayslKiDfb4vR/5fH6tuupaHhkFcBdzGhIjIAdAqc/iNT5mMOgea9FDSd+pR/p1qcfKUsHyNLnPZZ4Or5eXJM4SiUbSjfnGRqkxSyO2TuVPd3UNNErUeqT92NWTP0W6UvpYyjeSN6WrkTRIb5NLWj4mO41QGvgYSJ8X3ph1SfrRRvvQEs6MoDXJidlDtCpRqplmyIpuZ0mDKH0GS2z04z1Ub6Bvw/I1s4nENM1dqryZ7Phg7YrlI0vXfv1xddU4X8PMas4uJX2LtqldfVn+owsuV0q3timjllRH1/Uoj8VjTUtxz9Xj48pbN08d6gPNZNYHLeCJgwYIC7RaAkC9LegzhSPhoM8XjtQEfalwpCXoawhHNEGfMRy1B33ecDQW9JWHo5mgrz4cPdsrPDcuEo2mTEZjQ0M98vp85eUpLR+JhLloNGazRzThcEsskiFovSbdReiUpcSSCn+UluRP3Q6nYxGpEmMinT9FNSqlIYFzxGoswDczdBBRDgvghJIw/I39c84tEBWttU3I1hB8R6hoJ638T2qqOnz5m2wTctX5Zyht7eNz1Wgsbam0zS+FW+fJlfF4vGnZme/Oa6GtxmXwHmVBsY0vLX5epDN2MzqXgHkHjUN0JoPK5g367OGIMejThCO+oI8PR01Bn+0cemq0dhuhY8QkG3cakZERjYqPYZT5BlX+9QMTHsuyh8ZT88+UNoxze8eNKkFjS1rG+5ovUR/tq0PxeKm8AF92cVssHo+1zj9z25UXUFk6+OTg+/wVTE58yeRwm/IKebag7ESdwR1BBIIS3fh1ROtBvyozunpqz/LZMvb8KfAnudTkusiF9BG4TrtOty6JR5aNjV4QmRLl9FDn1sVHRDny5i6QqIxcmkoFg/5MQMPzOi6VShLQGPcHAm5n0GcJRwxBnxSOJhOJPvSynNPr7PpEXK+LJxIRl9vuSiRd7kTAMpw5uZKSAJIs2oTeEHGddEJnuofQs4ERlLEeIyotr6KtSplpeRVtlZs13CqdG4e/gKTyLqT0r6oCVVUsXwsR0+oYZ2YFZKObdQrFSwTMsy6h5pSO2r/q+OZ+Ad/xbtqhPD22szLfn57WqNzUnLykDI0pqZ7cDH1Q13ij2kmR+B/zeeWxze3x+AVr4ChUP6+iPh6vqIjNVSbA++ZWzqf9tZ/I1ydpf6HbC/31otpfsLNiRwVilaVBRRnpLwjLhvcXufaJwVNoG7v2QaoT0FpyaUx2YKIN0tVpOY1BOiAQ1YswrniKqCn16tra2iF9cqlVQ/UJ2Y8Qe+MDfiLZ/1jFeGR/GcH/ToLxPNagzxmOWpio0TLBQkCsBBGkctwDNEKUqEGjCaCMTAtOugVtxGq51yWdJj1G4w8GGkCadFueCV4WaQyJvERMnFJ8qorRZC23iE9y4y9dpGxtvTr/9Ka2tk0E/z/fvSb49efXd3DxONdxPZ5LW2qOxgz5jbTmGiYK7mN5TAd/Fb+d/x7P8W7JmkN0gysMlhxXobPk4vhKzQ2a/9BwRuRDSA+98Cq4HX4BeQPv4y/iMc9zBGdT5nRqeLuGMDHHa7iIWkiI02AN+WgfoAmBeNmBIKExwA+FuFVcL4dFTuYQ1wf3ySIPdtJA7ZWazZodGp5c9LHsCPKwk9/Ln+Q/4ble0kC0ZJKniDW63AMe6bMu8mZpoNxNgATh0218FasVRN7dqW1aulSMsqtaC5Eg3CxM6mAGdUdQ8yfKpcp4/tKvvjsNnzrjp31ZTuhygPXlJ6xvvWT/Ubpv4Ng+sc/5e9jnf6d4C0wkMmNjIadjCtbLzvXwSmEbvEHLhUMhjwe4d7sfp3mHCG41+4nOKC8XU3tTz6Vwihzalwz4++A/5IbEyiScl4TJJNCEotHMvMiuCPl9ZBPxZNzlGfeU1M4UWkk3qTqtsRRga6lGByIw0odny26Ho5GCsXkYg0KmBZlgsnGVrFprS22oUq5ElSLhX3q2QxQbJV1IN0WHWXivblzFwgXu1GRCx9WTBqQPuiZJPanThTabcBxzpVwOXTbeUQktglgJXJC0TAbSsnPWSiBpyYawcCU068mGiWq62QKlrtWNBAuStwGi9VinUblOvknVhIV3llswAywSCIfo1hVBFsmazVgtEoJZBhpG1BIMQcECEShR9Lcv4a3KGuVvyq+VO+F38z//y7u/evXj40pDom3u+TM7Eom2rqkz2xP8pcpm5XnlBWUlfBDGYCPcOk55TnlN+b1yB2yCVTADu5R108ePm6EEpo0fP430bZYMjCtY3/6jOK75t9n+52xc+8l+H+lrL7TJmw9pfmH7nQ23a8YLnYZOY6epw/ob/i37aUF3hH9JPOLCizRPaQ4J+Aq8TnO9E2sFrXW6BgsC5EIGw+hpepPJ44E+oK82yAZkMAimaiOBpJIxRNSf0eoRvUEv8nrtkHouiWjnbFab3UrsFbsgaGipLjLaauw2u91us/EGo9HrBVoNjzU2odoqW5HVytu4aju02+fZ4A4bXGmDNpvfVxw5WXe6K2shlhLdDqkFog/MVSm6WJO8u9kYooEDRBlTQcQ2hWZRJaSKkL2LDCwiiurI4CqBBbGUI8OMhmW4HP5JF1TC38bhF9nxXfm35tVVKQ8p/ZX10+LGiZdx13x9xbpWHI9rqxPpZdh35pPl2fIaTVylv+bvjP7/wWT2Hwf/zLOxqP+Cjb1OQpY3iZzVE8xRCZGc0BMcMTY6Ocm9o4WvcK9o3+ExIY/RaDA4nM5AoKRE2iVCkY5Fu2elF87zQkK2SiLidTq9XiP0wYhsJPZPqrw8FAoGE3F6YEJFpdaWsTsz9nkO6HCkjBmDIZCZUgJLSoI4Q3DOYyldBugfC5aVZ1KpzorNFejTCthbsbsCTalYVYEqKirDoUwwKFfCyjSDzoyOxAiiNPyMDJDPGpm9pEJuSl2aNpBK/Ey6ABSHmsUx1EURJT1QOF5TDYiJ20P9RhRpR4SoiwycbLg4cMghMnAEYo+XQHqUmOaW8JVcNqHpXpz/0XPaRF/iooshv2B6PD5ulfL1mtbE7+PZKRehW5fPT3x9JVEkBy+YcM+mOSNGzFFapoxpm9TqnjjZM36pW7mWjpMOhpuoPvyyqP/4+0i/BMEP5IWhMDwWfi+MVoV3h5EzfK9fHjGF7jsYtAky8E0AjhCOOBngRhQmRo0M8gAYJTJA0Gh8Pq/W4YwAOQhDwZNBtDt4LPheEIeC1cFVQRzsQyHZFIYoYlS9+/eGpNOrqaTJU9+wCiWLlFQhtjoj2UUnwL6hR8MOFUYWjnEl+ZtaN+f7mEK9mm7zT13dxqNvalXaOnOf2mrfBoZwQYrx61eMLiGyfzmhix0clNPXmeAV/FUmlHbONl5qxFqdLkJGs02nt9l1ep1WH6Xj3UpGvc7OAQthWm6/2WzQ98H7ZIvFImkRzVuABe0ewrD6pwePABthVo9OZzFnRJxBSBStwE7uIFlgrwVa0oQOjIOy6WyaGeietHugnvEZ5bkWyo6Z9Ck6wTGkQCkqVNduQzrCbWEVeeggtepcxIrTEdv5S19CGDH3EqWGWAflCN98Wzwx8usPkT5/mvDNDxddWp3/a/43s3bolEtiaAn6PqFLM6HD44wuCqOTjfDLI0zHYjau28n+twmdPISD4mRcN3QYOvztJa3Rjvhs51T3TP/0kgujXfGluksMlziXusXq5KpkbxJbMxYxI6EM5jNcaKrdO9VuohqwRyfmTCaJCxOLMDhVkMmuIEiY0xLWslitCIfDkigSzBIO2kMhEDZ5vYQZPwnCYFAfa6TxCPNcuNoFq12ya5Wr18UBl+QKubBrXDLQSGunTNHjHTRRVZDY1+MSRWXaQzToJIlY0lSVsti2RtYBdFOwBZnJzaQvDYorWNzpFNOZhT9KedAVL7jJQ6A2B+LqrITAAYcdQMKsEm+zEE6V8ETT/nz/fpPyhfI8HA2x8QCS95uIPE4qh5W6H/4cLu/f8/Jzd8Xjd0H/L34LsYE2dcofn/+Fcgrfof/ZaWWdA3ef2S389Gt4E+0XkfTDXtYvan0NN9k/xs8B9eBl+cYZaEb5jJGL0KLytWht+XXounKdUaNJlGoSCc5XRzBvpL7Olw1HpDqfIxytrPNlwlGHUwsqxIqo359xajMCimZiKJtBgqiFWq0hEuIgx0kxEIXRaCiSLoWlpfUAiKJUWVHh90uRFl+nb7Nvh++kjw+Rxic+7PONbFBV2sCQeU29GF35TEFhsQalMQEyrJQcEwNFEQC6mEOiGWbpqLeboUCtaUrsZlRrqUK1VCKUIFcJylI7k0kH5MAX3vCttCDctKuh7PzPfuObMTv/4MwZgbf+Oi3RuGjjBF6o3LnNN30OmjVnug/tnLP1rh8+lODOv7b/l9fwyvNrW8vjcRhvXw+b+N7XX9g0VZNAjXdu/N7WLnhgbWspJB8m29aq/tZGZt9cCkphldy6x/RFEF1ruttwqwlvNPSYbjTgDsO4IJokTLIsCeJEvFFosuCkPmZO+LEvMdWq0bhdLqiuTQaAwgSeo9IjXurxepPJUhwqNWKbz+rlE5qkdZ1Xsy4pe2G3d5W314u9fXiJbAx0JuHKJC3JgJP0wNSoK+NxTxVhphRM1QUaRVmWcztFSGOy5ol4itgt7hQxEENitYg/FSE98Do9ILGQLTHaKOrSOiTrBnVIJBi0Wod1tO7QgKoRe1avTg0UVOKAdKqri70G2LCg3dxA4Whx6KjaT0WQzIfCdGAXgyO2LFVzyQQdLgRTOuxIhKojKmyLkWEfjSCH3eqyhRvj3MSp0IJ2KV/B5TABA3DZ+/166JzXhOL5Y16I8o8eHFh2uy1/DDa0148Jwcjxz+Es5anB15WT9WM66pQXYdX58GaIoV353ak9yt/qlF+psp9hSc1j1gTFksQ2bR8chJcDD4F4EKTLLFZiWaLEU+gx1bCsrR2Sg/QaKgfpNfA+co2LYBKE6pPlHUnyXjt0jfo9MwZPcVFmx96r2sDgEPnAKesRSCZcLhnB5JD5Sm3X9sFTeCQ7/77C+Ter50NQX5utJDZo3TnnG5Tx+Ofs/AcK5z9fPD9UYuXJ+aFzzo8Tu7r6rF1taHuxcLbbpdWSs91nz2aY7ivyex5m5++j90drAbkO+GUztRIbyy2YmeANZ6+qrWX2K3tuvJfYZzFwt7xgu/VG513Wh619Vv5a8RoJiVwM+bwalwUCTUncJegAFTGamUZDJG4xhMwmk2aaLt2r3a19XNuv5bRakSOmKoz5vNgOYyJRUZPpmuod4FZwH9gHeABCfThzyE7DgOxj4tLpFBUsPTTinPwnzYEUZU4mbSiTqqs3iNaEWaxhK36zNFCzuG7CSnPJCjQWxCJlMzZsf3RxiaF04iwcw51yba5kycc/+OmxWxdvzfrSa84/tPfOcfg2pWZrSd/GNTumX/e7r//8AQS37rnsBweVC5Vl8BJKjxWkn17jbyZWaA00H7wxdWMa6fsGP9ofDNOqiG/IbrOU4/VOPTKZSkOlocTfIxFbZa0WEstUu89BA7t8stlmgMAcKi2PxQJOUzkzH8srclPKu8vRznJYToGzsdMADQZRK0qaaYG+wU8PUEoGnsYZIA5+IcfoniTuEFGaDHyCQYhtWuMk75ppTqORfOaMcbhv8PMDJnKENP4ul0jkRjvxMYwex/AY/hSjatyPi6kWMZMLq1Opxjx5qaK9JzWQSlG4TFpM+BM7hgp4Qnsi46mIb2jwFOaZaYa2Lhil08tsIZjDLnAWOwuZddgthcRjSU1hBaKahYwoAmjbE2t64rp73/ohGNz2xIabL5p887ZNU0c1Vi+aVtvZvnJm+6KEMv6RG7lRjz64+aG7Dlx+hTJ48/G5S5/uh29seeFbl71/nlhb7b7iW5uun7Jyk5rvD6/H9wEneFxuqncuB1eDW8A2+BB4SC+I7qC7HmGnpEdObKOLqSTRErSgtKXFgiwWs9mm0YhI0hIqIUBrvB7QGYn1SFdM1Ogdmml6i5O7tVora5FW65TSFoszCNOwhQX+EfYdJHAK7HDCTuc8J3J60j09zPRLrya6UTU6aOWpFK0+1UJnRal1oXJvfYF9odMhsaD7BGK5WQi/Wm3okdeUleLSiaucnVMnbdLFDvesGIlvO3No2yLlw3V3fbQT3v74M3C88rkyivImnRvbzOpypaH9KVBG+GqZQcyJ8WD8W+AO7yNxfj94Iv5czYve02X8eu/V4VvCe2u4pfGlySWVS9LcuPj4ZGfNYi9XH29I1qfbvJxYU+op95YnOLMZJEK2uBam4iEDSASiKyl3Bpwhyp7OEOVGJ+Hs/Twfreob/OIAZUTWoJ9UUa4NFI4GKEWrGDPLLS05EEgH0MrAjsDJAP40AKcEugO9ARwIlDLGL5XoiaVEIuwPEbBCq/i2t+eiY6qJXFitcqdaOI+0KaHZtquowQiPNmTTBacUxdUpqM7oq6mT6TQllQzMdC4higqo00wuzmJXORb+NTNz/tgHtm59oTpU1dwyY+T4eZPv+9GOWcp/PPGDE5+fVN7fMW9BL55WP3n6gvMuWjSrM5FpbWsYna2+cOX66/svfUZ5/4P+p76wp5U9+488d//HKtZgeoHI0xx4S/a2JeHhGniEe9FyOIavMl2VvMmEDQl9KUrT6KCyZCAhEUQRcsf9fr76E0pyvry8WozzQjxebQBWmRrWlVlWT9Pn9ue02mAl7CYGcGU2Yqeks7JtIa0LIeg860or2mWFViJiDn5K87NFniKdQ0hXGOgqBVdn0ykG96jTggK6LBn86R5LYdA3pGF9fb0643ggVN5JYGvXzIKHAvTAxHAKq+vT6ERwNqOmq6axWlRQFwSFKqhh4wu/vPtbD+Yi9bHMws5LnrV7Kz1Nzc6KsPWlZfPWJ+01ZZG6V7+96z/gH9tuWXV916hIdvJlS7oOcZpoUtC8uuDKDaMyNYnZ6+/cvIvQuI3IAZnfBhrAGblsqm6hDmV1Y3XokP6IHs3VbdB9S4dbdJ26lTrsaYDpSoeL89TUSn3wY5lQENQYDDBNLOJocmlQrJU0Ws4UDmfLJ+/wwxZ/t3+nH/v9WRCiTmQsp9I53AcDsr++3iqaWkxE7GetdipFWM5Lq3VeFlLvT7pLZc1sOp8iuovO91GtRoSqqwEU5m6DnkxDrScTieU8GbOY80RMtZM8XR5k9Pg9yFNjaDnKeD3lewp4oPkJcmBgJpXGNKMw7Zp8URuuZtzeBV2as5QmhBYAY+y6oc5hwvhsVkhNNGSRIB0gcL60YFya13e82lj1zEPK36+629LU6lm7ePdN17bZ66pizeOmzHGcH3cr34OxCQv4bbGyibX1cOL2+OgtXuUvyva7vsfhOy+799BFrRbx4qaxzRoED8BbYS0a33Y5jWuiWIeMgQD4hTwBQC0uxRi6He6cHmpNCEhWt8fjdPoEcwUSLFa9oDUDSdDyemJJyzZ3TnTvcCO3rDPk3G4rjSrUmgi9+RgR1l/JMcrmeq/JrJnWwrIa6/WSxWZhp1hiVhv92No3eEJ20FOOWSGwwk7rTisCVon0V0GgDKSKOlBt0ulZog8JlTMFS5IMCyrGGy0NhOKgJwV7IKGrB9pd0QR1cNBw1Kj6HmXLoTfec8fHiUci8pQrLt8Tr2iXYrYfTZqP/vyCsifv/eklc79CLy1ecF3+fLS3q+3mP13K7PPziay4jshzAzEtnODtgw7ZKNJwzY/2k3eRog0daZgqyEagew7S4Ok5kB7qdB+xvuzAzqehD0jQd8BpsWjMREjvA9hO3p7UGIxOyeJkUpriBiqlMREUI6jIwHJTSw7LI0fmJFyN0eu0es1KvAPvxc9hbjeGAE/B3bgXcxhbjPRyCxHSsl6npRcfozP4FD4w+VwQ0OqMrIocGvNqqHphGpZ5oKPMGw2JDrQ4qFfaBj975KOvHvjB5/+A206cumrxScTfrKxVnlceVdbBzbADjoN35iejK/I3NCtPKS+jTaAY90OQzV7gAE/KRskluwZd2GAwQ7a8IUDXwAC7HRtMaRrUaJZEwfQcbQhkyLMFgEE10w8CQwXsgWTRWthzWTDVYJYYIfbvD1BGEijHWRgWE2BImCJ0C8cEjkX6G6z2HA3vXyVggQx+lalSzJZKdaUYJKBoiopdxkgpwklMV6mRRbDAQzSqiA5aZCT80jQj4FaDiSoilWNf/MOYaUvhhN2zaARR1czR6vM7qAubPH8YNsn7rxG3SN+xPCI+LD1k1axBq8Ueaa2FWyAukFCrBHfbX7K85HzJ9ZWTl6Pd0SutG5xcKSqVxlvxFehG9C7Cbp6iRredPrZbogPGnnYEQyGP3eGwWK0xp8vuJLrT7Y55vHaPC1otnMfM6fWcEEwHQ+kQon4eweF0ut0efdgToin/goQkvYRIAoDQ5XJ73Yy0bo59R8zTN/iHA/RLacIgBhg8NDTWTc9Jezo9aLNntwcBj+TZ4dnp4TxpNbGNStqCT6KHpm8u+CEL9LU2EDmL+aoUNhe97rQBCUhjnjogqQnMUqt72HwrEZ4WeI4SEyGkrkpYHNTJOJwGubtvqB2VDQeqq725lr1w/PRblGeU6x/0VrFOwnuVCdB2X6Y0WeX1jn1WmX8ZF4d/URyoes800mdqf3kG/47/wt8ESsAp2VtvWGJ4yYAX4aWmtRiLoc7QNIwFg9fDqKEzjGZkkZu0dkKXaq1g12oFrU4r6BhO0sX0Brteb7AQkWa1mvc6aCEqNVMUB2EgwOn0eoIM+9DfZZ03LbyvtaRl69NwLzAQm0SnDelukqtptlP0E1kMAQp1d2k/pXg3FCzMZ9Cqj+4Br0fKuz/z0ilB9wBNMNeYZoi2kaW2Z9OCqluTkjnFCD00lw2zTOEnMYxCBr7UzBEl0AdLyDt+MbZ4UsuaqunKm8/CxyLd7Q1EruNVF464uH1Ce2re6FUwdO/Oea/Drfk5+K79j82Y/Z0nZr6l/Fh5/oXrCC3XKG0cseCIAftX2bZFC/3AziGjWBIIOEg/xtkaLquBVnyORJIGbwUyAH88zQ6byLjfHNsdezzWH+PYERsrDR3keKdNpxNFW0kw4Ces+CSltD8WJCJAjlFGDSbokVAQisFVwV3B14NcMOhw2p06BopjRFyfYQxNGn+T7VRUTrHB3bZ+GwI2ybbThm0qDw9TOflU0YHMHDJZJjFU6amKigJ3WxqY9iEyQ8MMLdcQnKKxlFnmYsvUWVQJUkflSgK9ffD66eP9oZGpipy3ZE+wMzPzlgdjqbF2Il4mLHjw56Nr53QtDlc1ttXE5i6Zj2/K7511Ye1V6On8uIvGXPeHReq67V8TvbSByBg36JPbWrxQDBktOZfbLel0o4mc0FrJSK5WeZGwYIwGUuh1eoMLcjbAadJpAQqC1kaTWLiBweAyYT3LDV9B7mL5PORY6djswA6HW6cFUKPRC7JoyQmCjugcoN+rf06P9XoyIhhHurJkBKeKngFa553pZnU+v+hiNxfnqFVepAO9i8fFBSLQxkIUKRYiViuE9xx3drSUxMxfVkDh/kqL6dJ5W5Xf+9HOUZtM0UvODMJJs7Jl40f4Fsya+XX+D+oYpnhzMxnD42CzXDvRB6dqFmhWa7BG49A4jVsNW43Xl2g2jtk0DmlknT1n9IqjPKOwd7QF29xumw00tZko9vTwPGjSain2TKezS8vE0V5Lm4nX6EXqM4iGxlaPXTUWjx2LOyoq5BGTdydgIiEDOrplaoXi2o6+wVflZtoHoEPqQB0dnaz4+Gb9DkK21/WCXi9Ljm7HKsduR7+DdzhkvwpU/UF/moLaoAzl9OoiVKXkJVRNDXl4GVplDnbrWczqiRKUGs1EorkoxayTo3OjyERMtaYiWiVgNUrAatM3weoAcykQycwQa0+KItYe6KBxLEW4StvMaqDczTnOxa5na5gPoVdyTIpT5qf2xGXzV8k/Hpt96aYLunfuXrFm+ezpypdbb/NWXF565YoDPY2Ty7zWcHN87OTGsSXlV5fvewN6L5m+g78pYe6Y7GxdWtW0Dk3tmt/SWRfPmR7+zdyNWPf9tQ/8sKa8JGawz23PTELCsfsh+NH5S+ZfHFuxYXAQtJIx8RTea9UAM+MJE9k/RWURNMgzdoFd8Esb3hi4JXBLCR4ZGB9YFsBfoi8xusv2iA3prXqbGNCX6IMTSm4Ub7BqzwucVzIhgN0Gg16vjVH7PR1viXPxeDgcIjabzWa3vx6CoT68UF4MyjS91OdmMoRC3fZVdAWizyfF0iAux9HuOEFE3fFV8V56tQR2UquFN6SBHr6n/1SPevW79Y/r8RR9t36VfqeeqO5dLPijW5Q6pdclDKSV0g5pr8RJRDDlKT9QL/LZWWpmwjRQ+4YGTfe00BnT4uxA8azGFtrB6uw1dERxwSjJIlVS2aJ6WBBazbBO1Qgoi9//yK4ZVdVtjYWfvehSh+8Nx3ntTVUtIzon28deMCMZC8y5eCO+7VblWOfIm5quVP582bK238OQcpvy+PwRFeXjlv3xq3FjL91ersbgzCT2Rh+RVxaiZb+Sz1vugY2eiZ65Hmzw/MKD/q6FD3v2hvo8+HrNddo7tPhS4zLnKi1Rv7OMNIOf1q4dbcSiCUCzg8Jnk8FHE3QS88PnEwQ3da6ZKRiU3LDbDXe6qavP+KReoEKfmCT/IWcpjOnWQ0BnruhElqw/qecozXupLJNEscTKWXl6llXPrPYY7hv8UrbRO2CBHpewjNlEJEtRbMrh9DBEWdAbq6kSodYL7YoUc442nA0b6Okq+OdibAQB1TNnHxo/GgfkfhiH5vufeFv57LE1S3sXrL3nzWtnjlHGX/4nlPvkg3+88JZyePy1v0SNV25+ec8vP1t59VnZZya0rQYvywvSDIeMhI3ieDhB5J5GT5tfQa+YuW3WR9EPzfhGBDszmzNoJ7EPiHrEQjgcXxoQg0FQWhv0wh3ek14Uoi6NoAaGNET2S0xASbTAmCR1gnk03QnhtRQ1oVdTv/Bqyn9FWRRyhU21rtKGkTlXaWWabCLxnItKJaPL70KuKiqSUgUD2kVkUtWQTGLwhSrSHuYmsuXAN/wX/85sLsidNpg6evHCSn+87YIROx64+s5UdZlx1aKHrrtOdk6MOKvnrbD7L0zueglechpOHVNTUuot+dtDV21CcMequ/tnjnLop0/fgIRfgoIPj0sSuUGjynfKzgs88z1oO97meMjxtI6bbbrURAwKB/MYEyBDZIEkvU7D9YkksANR44prDUiySxRm2AnA9jLPMaGhl5pnhh08lPluGtxlp9aegcAZymOGMX7pdIrVJaI2W6MlVZgCyhcDh0CKTUxDR7gEOuxcNAJqqaPXxYhjZaTgkspVvfcpg/f/TPnoO88/6I/evv+ZTYu2kkE67uTV978J0y/f8s6UW7+76xEl//z23zHeMRIZKZJn9YEDcsuXErxTelj6EnwJue1gO9wubpe4ZdIK7wofXgaWwWUiTgc2gA0S1mm1GrvoCDqQw+Ej5tkQBVJej6aX8o3BQOwUh8m70wd9PqxL76QCEkuUELuICYtwt6lv8K+ywUwOTDHBT03QRMuB5rsoYw2Jt4FzZVpBDzYOORThcFHGJFlBeIUdcCAgjEl1W+PhZ15wxhdcMDsZC100pRN+jJHy/oQJO6jI+v3qR2GobuqKLZW3EkzF5mfYWq+DtNLiG7LfLOXEWDq2N4aleZaV1Elti6SBYDbbBD9FBDaNQUqvJI9u0QOaXhRFIsHiREFQNeY/kbNMhlgpPwSpDR/CuzDqpZ5/KlJWYfLPVbDAYga9vSCzPmUeAX2azQc0Fr2szHOVZVBAhaItKqnUGA+n1WFHwyxXtsJMjaIuuP9R28Efndl78e4Rkaoxjpjpyebzg755Dd3rLpqD9zqVrx77tXJs6e03wAmzRl//B3nqCuXxdesnnnz/5edK6LhoVcZzFzHMGQF/l+O1XCuHbnBvD/w2gNeLVwZu1GExtlhcGsACggRCCZLNw1MvPgWjPCHXIZuhpaSzBJX0wVZZrxcsVjP4NmQF0OSgTspBaMURj0eSREpRDc/bbM9ZX6cePKevOIh8lKomclNKLxbzEDLZaFWtkyai8HeZnjPhkKnf9L4JE+HGuI2oncxByQmdY6LS6dXMIdKjCm4KpIoG61DIUaowhd7TwkwAloOEOVXJyNNYJH5odgVR51IC0UURMUtxMuWd49AWWj5p24cDn1x27OtTcCo8b9vscKUB7401KHcoV7ai1s1rZyqvPqe84VAWwbut0Pbuka/PrEvDJQ++n5bnqrEHRJ6/gu8DYWiV66+SbpSQXoIz0BK01L8kfAW6yn9F+CZ8g6RL8aVSma0lymmDSVSJUxw3zgY9aa/Xqk3r+gZPy+X0+Xfr4BRdt26VDut0RFhhyULpS1AMjbKjnMvccn14gTzWCuxWK5DCNsRBCdnCHLDqQmwysdto9qZptiRXd4BO3JCug6x48w4AV4LNALWATjr1brHS7zXRWw5Sp94q6s/r6Upl1VlvNf6uMHWooloCPiE1EojBSgwDrdSobdymJY1COJ7qpxnqhB46S2NjNlVhkpFasWwOQYgyl3cQotf2KreNDs9ovlUfR6vmTZ2fGK18vhdeWx9sHr3WH7+4e+rURA7fls8pf7pp/KPf/eGye6Az/yGGH2+Zve/mg1ftfpvFPxJe/yPpg0qIaPabN+RxZkvOV0E2N3lu9u8I7E7/ScNvMW8Rr7XiDq49KaexQTJYPBasMWsD4/F4rk0a52tLtpVqgd2Rcjn9pVjkYi6jTk8MjQOCEIyESeNgTAApe4raHp0uQ2WF4HCaRaxzlPojTn1QB0/qoE03hq6Zc4SlCDwWgf7IRCpmnJUiDdGrmOeEorPFiWTnSecnTpYGutqJnc50lRo/17O6sYgUSbP4NhRjwLyojM0bGuiLdgc2MzwztEQplYo3QxuRqRmXg6piwYwp61dhley1TMi4rE6XJYsOLZvtdYbnT0nXGbSpRqcj23ND1/KLb16adToay3WGunTn/LjkW9y9PBR8Agz+8lvTzAm45NhT99wx0abMgz+wX/Ddu4/8/BKYME/71pPKmw/48TWkLyYQffwFkTtV0CKXbwvdD/YDfD3YZt5mxcuNy6MoXd1dfZsdCxVS9d1+3FsNgd2PkZsKh2rRmnO7dagkXmmQ4sgQTycEfVonJPbGn4t/Esdx2SDm4vFyHcXg7xEoSC+ykGN6Pe+3OwHY7X3ci5jm1gWdE5zI6eTDRQkfpoddwfJ55QiUnyxHj5cfK0fd5b3lO8sxm1G2mMScxBYgkZGoCix6I4mfwqNOHvJE4TF5lKL9xORRz0CXh5h41OPgpqKIOR5Un20xqielLudmMKmLuR0SDAgUsozSGJ+iJa0CJBrLQ9UAxU3o/hn7r/7l1a88fNsDl45Lz4zFW2bPHt1x/YTl7TcveviVjS9f3/fokQ9/u+/9K+KfvfeHh0eOWrT1Oydfu+Wu9+5558mfLefiV514/N0PWSzDaerj5f46FPvQ/uxBEJQtCO6OvxdHIB5kCwpQ6fD1BEMxEOy6fWrcB7h18CDwP4GIFjgo6zIV7qCshn4MBUGw2A9m29HYCWrbsdiMe4msDMgi6gzDzWEYBlJHCsHg2e/rqf0XMReF61iURjyqxzKE8XNiOhivsfOfVM+Hk4rn16T5cnJ+zbCoDggiSiuf4CeCdvBb2dc2tr0dAqDRaiMto+xaXcuolpbmXK6yqbGJxjCfX1Fpr2hqrqisbBwxorGxWatratY2N0V0WrtO26RrbvaMGxUO2z3RqKVCF/E05up8tVFdhT0W9kVRc0uL1WL3Wdva20eN0hBcqdFYtQQdUR+VhW0luuDXkmUL5RukN/KHs3Sx/GuZtERezOCXfraNS0mQbImotVDPK51UJOI2RY4chhk3nWLcpmVxkHSPLi/N1lTzdQw/tECoLtP+Py63B3S5qXqISAoo6KBDoPFmTpeA5nvDdb5gU826/D6TPpSqrsr/tHpa3G0ylFRUV6PRVemKoNEIX076yrJB+PeKWGyNrFyCbv1bKhPzeS/0RvwVNevROGXCkpDH6lZX7F+2JOyhK/ZdUii0UFkMHzmvtMQVjceR3tAqK4vyq8R/pBrDwRaPFwzN57zA3wwCpAvrwArZf2nFhgo0swJeF4CzeeiIuaSSUEl1CS4RxXI66Q0aXBk6aku0N8ZgLBF32KriLuCTfCEakjciEjfCEXG6KJcOT2qGD5zIDGRo9qmj0gmC54+uVqenhi/MrZXqrGqEhpr4T00qitVVuszOsZ2T2gy/sPbKV/q3bLhk65k127tmbNl0/TTdiDlL1rzw2Rsdda3fv2rZhmmts721HXcsbW1umnz7Sbj/F71bDz3+JUwOwNzcyQvOq2t+/4tFo8b9FS1vKHEdqStJnvnVI2vuXn7x+h+su0O1z8Hgn/BploupEayWzdPL4Ew/XOaD6zSwJkie/8lKAHFlcz1pHojFbHY3PQYIaG+sqWSWT9BmidudRAMFg95cvBR448IQUV6ljDSQkVg6qq6BVzM0LPfdzLtHJZq/jlEmmouiwqrlRCEhX7LgXKK5ZIan7QpAwoPxJAG6BPxL2UwWn44vtDZ3HV87Y76N55DG2O622cY2PQPhA5saK3x/vO/e+fO2vbNy2syARfm1YPrgByLK8xy890blzMafjmha7q0Pj+rWhr3Kh7csuWP5g/cfv7lr1j+e/nKEa3r2+3+D+5SvIyXKvWSs05i1A2SsV4Gn5E0ht86UmxTqCi0P4foYbK+cUbm4EuvK4G/LYDwB9yQ+T6AR8SNxdGcIHjF9YEIfmE6bUEQXKWSOA9U0K3J7EhuSAarbXWEQkALIiAOB6nSJmMRRKRB0uH2yS4sNBjlWlhMNQQNqMqQiRBoQyh47OpdVnT9ME55lTtFky7CQZvJU/gNrw9wu6c2ugbSa/5DmP6Lo6WyZEmo4Y+T4RvoHieYBCbmctkIVNf5AY7qiScpuu2W7P3FBRb6fZoTY3/cenP+ze0OxrXc8MWVkG3f/iI5cuZjQjVA+U868o5xQs0SEVsNR0PXJ5/FfPKT85dThk4k0lePkn2DkV0hJ9By8iEXBXTZoJwdr5TKYYXlBcjkZttRMqVlV01uzs4afUtNNmjtrdte8V6MBNTXZrMyEO5G+Ler6NrVfaCwheq4QS7gEXg7c+xAc1YceO4QgaK4PSDLTJS0spg5TWwZ/QvjdAfwgDu6XJ7rdoVhuqe5KHTFjPrTDxfb19m12nHCMcKDxbigmg8l0EmuxVzJU5DRmCXhL4lZRCPjinGCw+ngxADSwtZNavhEnlRe2TsCikpCWFiuhKVySEab9uw27DYhGlhF0NkC6aC4BAWSMrJ7blc0ezWRoNrEMe7UUE4Supp1H8x9qmMmhjgQ6p0DGARUaScsI3qL6ap34kzXLD13285Vrr1j9zGXPLut5Ojuy54Ty5JrmkSOa4a9evXajn+Cse2xrr/7Nsa1Xu+Epxe9cu1H53f0bvpU+8+uKCK61zJt58yNX71RlAsVd1DeQAS/KGQ124gR+ED+JeZ0e6jRepxcZgr5gKohF8tARJM1IL06vT2NdBlqSaQ2uZM8rlkEvLisz+qk0lT2sqstBOqmbY/jJJBrnGZEWG81WYk7TyCQrAdn08mgqpf3ECq1eMxFACw+5NDXROKclQqU/399CM9lR/zjhejXvZ4Yy/qQB6QhNWuV1szh0mqOKgqW5aoYc+h8Or9yYq9MUKwYSBUbzSYaZRCHUHQahuC8mzX7o8Ojx/f8feW8CH1V19o/fc87s6519X+6dubNk1sxMMklIyAVCIGFJZAsBQiIgsigQlFU2FWTRClWr4gatrWJrBS0qbjVtrUUqlb51ra1LS219K9UWa+srGf7nnDuTBLV9fd/P//P5fX6fH8rkzp1JyDzPc579eb7fnN8x32tNR8ONi6Kd6N1Fix6bMNjZdrS72h9umDu3afT1x8D9D2/+xqFDt2777i93KHXe6b+os9+0482PVq1/ubRmVHjhxuX793fd+GMSX2hKrbJ+7NPWg15pY6jXbC8sAUBlBBplxBGBuki2NgsJ0JBb4SYLi9y+QhVZF6Vjpa/4eYK2KOGL6hh+0FsAK7Naqt1VCYVgD4kqbSEUTAlKoxp4kBqKOpIyjVYVdCI01hP3tAm/o75osGuP5AfykMmDOMpbxARZf7Q1AdQJVwJqEuctWPEBt8WScT7rfckLjV78Nm+VKK2uklZYiSn8k/ZZgZWtAsaqQBVUVVU5mQybgerMKMYJtMhpEAkEZ7ieGcWHMifZV397mrCN7KykWL8ZLOX5Hmm/HllvSvucMLvy+O/wTab51G+lFWTDOMXNAwQluLyrKjGMTwN6JZ5jceAqCMaYmRa6/lIuZYsqizFIox+xK4KZ8ryyDVLWX7q4KT8uy2c2BC9X3p6xl47n7u89hwKZeaQPEN8AhfTh3kEYSPdsUYP0oNPmLfD55aDj+9NP6d8slZZ87bG4b8H8G54G7Udnvux4GQSXfO0ncV/fnB1Pk/M1sTSPzBIxfmxRbhen98KVEG617bXBRS5wpW87acoDRi7A9XIrOVmfAJg4G++M98VlamMKGOUavUduDugSMZlFHYp5kJaT8zrObHYEGrG+ETGnaQMF2TPNZKON5X2TKgfZQcM+X95lSI7JabLz4AzWOZnTOYrS0ittk5IybCw+IraRVqIJYBVkYou1HDYUiJUcFRMrmWr5+p98843hbUuv3f3sb54FGuB++tE/zFz598dW7L7xsqN/WTUHPlT6+YsP+O6sbF660/ft42AUGPfiwy//vPQzYPrOGzsPlZ4u/eCRXScOMOXcE6ntMCGmmvma2NaSmZFZlEFtke7I0giS82v4HTz6Iwc2+Hf74UbXHhfUOzc7v+ZECpldFpEhlZ71GA1ZQeHQxoSgUt+uDBvb7XZPmLbMkORFL9bQ+SRN0YqeTg/s8PR6oIdEaOxbqyUqvSdRSVq6O0wgopclEkkrnsjOOIlI/2JTLXqioWnx6DaoigRGlfItuoSZvffSvkbxxStObVn+5NKJl183imvqvOVt8ObW9Vc3R40np+prLEZBQFAdCiw47tp73Xc3b7h63T07z539Wt+NHZseuOFRmjdaUZ5z5pk5YrEYAPVesEa1QwXDKqBUOVQwLt8g3y1HOEKx6Hib2x1WNvpxIIFiHNJpQm6b2WOla4N+c4ZsDs3g8OEM3RL0Il3UxJQ/rrL8SfBZKV4gFzU8EQuGC8r+Fj35+z+vXfLJj1uz9kAPFQXO98eHngFzAA/qZDO8b9523ft/LP1JO3UmlxWEGDfpwPeBAlhorAUYX6kVPYTOYU5f9Wg8hlULNQu8zli4PnVnCqpS4DumR00/NaGgLCuDfTJwUAZk1WklewwYxHBM6/YvtRs7nX3OVU7kdJqrqhm+xmgGKnP+vBqoe6tAVabnZD/7Fj4Hr9ItXT10fdeZ5udP4jhcyi2X16pzQ0yrlVTDcOmhWKk9BE1Yk4wCuSJ6KBJqWl/67NpLZ0+duBr/+69Mmn7jDtExKWQbGxNWOFzTwqV7t33j5Klboujc6sSUDf037xxVi87f1LeUVCCK1S1XQSXY+d5DP2yhdOAwPwPY34wzN4suGDP7CsqQaNTs1RzQIA3HGLGxMLoYMltv3qYIRT3BQAyygYDD7XGpDMdARExrPKwqqII0h8condjNDMQT4MEAQ0dt9zIHmPOMPIv/qYQ7xgUyHw9gf6Sn/8wf2MHTA9KoEUkzY+ey+fSZM+4PqE5+r8dNG3Wkre8c2SJGY8B/HRvKAqHUotzy0ivgpAAn8uP/QYK/6urBJ8v72KpyWfRXGf/tmHXwz6UPd0TNpVmXcsMRnnSNf0kH1gFbqT/ygKh5XQPegO9DqDOS5JnRaAgYmg0dBpkRGQxWQO7pPAnGp7SGRVe7jZZrWIutwNhYG1TbGIolTm5GyBp+pWDBPyJghCZkFPENo8VmUAguj7S9wB5wK5jm08/1nDnTnHmeQtKXly5TQ+PMzKf7I6e85x4cYN/6Q9nzIJqUBDYScahTQZfDJGj/EqEL2hoSxjbt+cPWnpBHJwhg/MVbv7XFjObCZTszVYN/ruIXldounTK4RDbn5wKRByv2x3bi8x1ijomszG61Y/dABnwK0oCkpCsJfF6rz+dVuT1umlRwu9Qql9tNXnJLvSBal1ujVnm8Sp8GGW2IE5HaRw241VGwe8EsL4hqi1q4TguOaY9r4WwNGPEd5mxIDMGQYM6wz/WYHPVSWCHZ4+aTtNODnZKgw5ROKaWwU44vVFLDB8VAE6QTVLSAqNTzgYMg6WQh4ED0qBVlO/Xp4vvK5sGpzsXym2rSGukpfER6OulixR+r8uDJ0gSEVLHA7RDrDXqr1Aoehec+k25RemFHfxc+P2rmskcQhIQManwXAEapUtFncoVVLlcwckQ1h1EFjKpe1dsqpFIqIICaLsWlCqhSKCFACnkv6ZqVZ9hf0I+OvdDmAXJA6smnph/aSb9IKJ9cDcgjDu0q/W7JnwargH/Jn+Cr8FeDKdheDX85eEyq22pK7fJvyNfi+ONZMWkVwgK0hsNhuMEIduv26yDpRIMKpV0JnbKYDK5jwJoQ0DvVZi/53TuMng7PXs8Bz2GPXOXxwKAlXG53DjJqVg3N2OWLikG96PQVnORBL2pN+Ao/6J0+r9fiDvh8ostX8PHIolIYmOZmslPfyT6fN9MMJG0LxZ41+xZxs4g2kGAM5tM5CprSAEM20G4iVjBaSwLIKM0DhYhWLEIBX5AX5Fg3yKsXTWzsyl2+K1uTzxS+M3PasnOlgdl3Xxv8Awj//VdvodGvlD793Z+f22n9HWgDEz/tajONGjt+cCk4f/WWDXFQcA5+ArXa2bWPadV7v0GRSEvtsrhsGtYHp8TUBAZoZP8pg3Z5RF4rR0tNQOkGKpvnDx7Y5gHIaD5shhrsTesURoOBMt/EWk0mVqNWk2cTdFqrTqdVazU4EmGNyKRz6o0FE3lgdFkcoCh0JplNtMsMBiOLTPR9uqDaVDCRhzd0QGfCjPLZM2TxY309sR8mRx7/j08Hjk4wwah7ykg3saxMuUBmGOpyYZ+17HhhgrKYaviEyKNCRHqIZEBtnrhcd974kKV7eel4FRhd01p6Lg6Km6+741U71iDsb38NF/wdh+Gvfxi87XtPnn504mOLL398wtGjsxeZBHj11eW9m6VWxWZ8LvqAXWxIOlWagkwJVJM8gHS5wLcTHyagMRkgrXlOYJKPGj9tjkyeCdROmjqfkec9vZML0BHT0XBC3ISts451x9TGyNhAt2ymGKpSz3CAbY59DjhDB7bRDUcOmSXNTGWnBqfiAHpq+3S+RYy0TCJ6dlJ7S4ssPZ9czm/3z+GZdhGb8gVMDVsTrEGqmvZGPt/OpjvTq9IH07K+NNiXPpIeSL+TlgXSIE3LG+8NnqaZjvcGB94rb36eQi7yQ1DV7HOEIf0kfMCxgiPffCb/XBk1QloufdqRo9Aikk9HlDmx+iZrBVal0s8nQatg166Mal9ZJ0+3D5ZToDZpdXoziEr2T5pfJrepBSi/VbH5Epd+5ZUDV5WON8wc3Zj3F5bOWLwZNF3dnw/35efOm3et9aKGmX3Xt9brHYvBby1LrTJnqGfJdgihOuqdAP640S6/a9QEMV7tnAzeksfq/DM/u+aHG68+Om92jX9GJnL0uvl7HuwLicu658cbV869AY3tCtSEw+3Gaed+uLh6wmZtAl0+SZ+xGcPhiSZ87924kEP3XuvRh4l8mLB8cNjOzgfVIsfHVPpCJIgfokHM7OU8uMUJSFc1VMkdQlkMHiBi4BZYtbF6Qvs8Rp72iD0TM4qugsZYGJ3VGAqh0b4u2fRRSU7QYrG4SQewkNzkADqH3BJnsmwWqrLtxbCYbm+Ob40fjn8YlxnjQI/iY+YRIJB57V3eMNOelQNGvk1+RD4g/0gu7yR4z+2AaWfbP2rHgtXe3hEeI4bGTCDf8eGE8xPghPa+MdvG7BuD2DEHx5wag8aM6euVmmjf67lAQvpfpoJ06r0hbAViy09fIDr5QSw6dLNuPl9ZrfvcEPA5sW50686/Ex1TjWJE8uFLpKb2S8SmjEtQERwOC07PJU9fVXp5pOBUX/30Qkvv0qcT9++/e7SdyMxzRGY8ka7C5ZMqQvMSFhou2VFTOyNJxOanaBUWm8GGn6wZFhuw4sGFbOdPfnKwfjPYUxGZ0tr+lFg7QZsAjw7LDL6ZFX2pWvBnSWpoHxL2V4/LlzF5gtHsP/9PsRe77CShod2jvUOLVHdoQDYoBmFQrY4Ah9uEkqFATPBEYEoRyEMPUAVtIGgTbZ22PpuMlje9RCM1CwcEmcADTsGnYgxHlovUeBt7acMISaBhr3Xw9KnniYminKL+Kn04Sb37k/3EpSepgDiQVpx+AQUChzRlSpsKocrmU2klrez44LHb/MYnnntw6WULlz3WmBk9MT0tuL25fdeDV18J/nmnx6Aw1MSnCUgMXgku61+95sfHN++weQszl5du2zH3smng9tcEAY4LrTz34Gx3s9WIJFqNx7QCNN++6VFN0GQtBIkbNlbPFtTa/VroYuPsA+wT7AusvDYIwkq+Wb1VjdkoMJhuTBYTS0M82aANqWw2PWgPK8LJKNOezPlJlm1fhTYfP8cODpymRpvQBROk+SSOfejK9n4ir5giuX9FkaE8iGmELMpAqbnbbd3x/YM907svfX5Usm5ipsc/NewRx67ZcinINYaTdt/F4VjgEnDs2a9f89QrO++kxLht5bfumNt3LfxB2OK4+lxkYSAu0cFfapXLsC2qxz69s7sAEGfhQhxCt/rxa6QUg3Qygezt1pkIgMZHYgxfCKlEjg+OSjAEddzMuet4tUnGEbdnlRppkToVE0SBDuRhvSQI2ViMNxbdNV4o98hULk3AwnpMcEhQMgS5YWDYKADivROhGvh4YH4PNuhkiLGCI0BwfIXhZbn0sJZ35RISUfqZWI4cfunsc/jkB+lsjdJkBR947xg8dofXIDfURGbBiS38KKvx8HPHrtpW0i4vfZqYujPlL4DQZSA+CzgP3fnguuUtEEtPS2gFmtHtFi0GhJ+pjFXBK0u39N///dKZwdm33lrjv/5WOBVg/2daackKBjI+7PeS+Zswk2ZeEG9wBNVswe1UGwprQ9eF4CHHMQds03Zrl2rRRsUeBfwG+g56FKEKpNMEH3jA+oT1BSt6I/R+CN5uARbMEJtfCKaEsszZbLLg3ih4NgqiXqUyiJ0fo0yj0eiUarUAlgobhN3Cp4LMIpgS/pDLFGayiQ5Xrwu61JoMET+JosSJ7F9Nl5k1//blHiyZPf006CQLzsgaenxs+/sreRaK/6OQ5DIkpfIw8ctiS+EZigQ/sJJmyedQtnfhvXOOY4c3btxcfaRloOaqe3aMKTx696HVrkCVMTPnk2nbl9Zlv78bnPjpth0bNry+kDm/fcUVjdlJa/atTUzyVvXucq+LcJnlZd12/l0Zi2OvJuZj8eFL8+vysC3bnYXWeDgO5YJNEIRXBJmKc3Ix7jj3Oid3mKIm2Kbp1kCd4gbFXQokg9vhLRDdBx4DcLdxvxHWG3Yb9hteMMg8hoQB7k7tT72QQooUMKRCTCNQNTbK/LZYCNXEZOrHDPiuudopMkE2CA0oGGRUZuK7B81kAxbaZz5ohlvNe80HzMgcjarqy8gOKqa5urEXB/9EGbw1v+ck0Yakj2wIIcNN4W2xciBYUs9RRWGSlkXj4JW69/0XrBSmlQf6X00F9rDcj1nWHDQXphgG1MEebNEuY+/Y+eKPtt11UeOKKZM31y68tnv2FkMu3PW7A9+74trJ9cs7pm6s75oxdc3W6b3zHX8AHUcXdk3tfWppl9gQFpqLC2+ev2OWaB5rCmcXbj/WNuPWld3jGmOxsU3zNm+fMmHc1K9fJ1YnyjxCn2Ee1TAvPsFUY13RYzAV2tLAGg1HoTxkCwmhV0izlDMQCxwPvB6Qt6mATgbqdd066NEldFCRALoExxhrAjVQVQO9FoFDeQFqdQk2Y8/6RT8kOgkzwO9nFCzWtI+U9YyVtWA9o6hhGJEXCkYGqJhihvSddSh6FVBByP+L+dTnoJBlYCQmXP/JoWHp50gyPCetux5qcUwAyP3PKW9Bn+0v/ahC81swzVd9nubfIjS/e/AeECz9aIjcrcWFN1y+Y1bHF8g9vWneZTdPmQDMUr2Y2K/PsN5OYjl7X8wokvYkNKiSziRkHXYGOJOMPZOAKQSc6RTKJOwplOIZO47I7fjzZ0jE5QFOHIo7kd2ZcCRhWpWRc3prXO62wlSG7G7hRUzGVAaQbc6PMmgHA1YzZEE2MqIMgg4546eNgzz29kAiqDEVEEzbHc5kQqWM8JRZ/mol38sCVnITKHw9INRnB0gugqDCEe1TQcwaICCuA9LACpvYuZkGZ/iLEf/BARoND+IAIGl4enjKJx8kgAkSD0bUVo3Aogayzz67CRz/SSqeZ5uSmcbWhk4AV4yb3neks6GVFlabOnNXP1X6j9JLqAEsm16rjhirChNrsSt2YuNt349kZlQqq3P+PKiC8cHXKO0xFWU3kX4ophrUifP1Vb6qVBXSIUZgBahnsLJQxKJGNm6IGqv1JjZuzmSr9eZMNGPOhI1Rq9EYjVfrq7Ns3MriF6Nxfcxgyqqqrcgb0loTIWWmWhCNrMZIKkgsofEWta7g1Mf0dfrZ+iV6uVYPMsYPjXCrERSxd2cE3zWCyca7jLDbCILsOyxk2H0sXMzex8KZLLCbwfPm98xwvhnUmSea4UbzHvMdZiQzA7Y6Y5QxAbMpG43FDXqVXYdVFfYlpYKpjMnL7EBlDwcyZ6RaNkm8EP70UOwLsm2qp3JZgbz4b/k4BIMBLmQW4Cxf5GxOAsMgX4EWyG6SWDYjvRnUDbZ+9t0RbL1tiq9pQkc3KYeXJt//IFJUGDf7zOCfwc9B40jejncv37Qfc/fcH0FT6SfSeSJ75TopbliS2SvOLQJQA8dDWBMEl8bXxeF/yv5LBh0+MDE8OwyFUEzhBbXeW73Qi0+Byu9HWsYKzMhqdGpFk2h2FkxalIghtclsVnKNTNobbSRTnxmCc0USODlqgjMnidZ5XiqlvXyyDGo1vyeP4x9S4+jvl0wAIEn9cslHSn3ny235WN9g+cfR4FCePCjvLB0rvVJ67clH3nwVjB0tZqquzkYnfRSNXXXRzVOmB5/5DfCD2X8orXz/aXXvFb8F+6CydK701q9OgBSo/emzKkXxLaWtberTe0p/eBf84I7u1r/ce5ziXJw/jX6DXsWS8Q1x5u0q8KoOtOhn6BfpUbcV7LcCua/GB+3BSBA+FgRyzsYJ3Dc42cbwnjDEPok6jgVJYDyA9OyEoJhOZEWzo5BVJJQGIaR1abKMmahrfJQDOQ1ZxxDN0LrPqyfZ5ynaJCk7si8TpFypzjxUAeqXTCQYosgIyxcpt0c6Kq0+FehJ/Dr6zeSfp3KT6jalIk2d+xaL9TXi/tGTu9uO92+4eu3Pfrml//tffy0zT+ivRq/+TmvqmTqwftXNMycvvkacbG30dsy4+/C8GXfueeof116uK1I/Gvt8h7E+bmL2iV0q6IRQ7pcZA4EADMQ0rlA9E2NjwRhSxWLm6nzWUxcPVEPW4tE6A2YVaUVUkvQmyXBKmtPbGQIhZ87E1Wt5Z7WZizmdzaOJdAyUHWP25Z7fPt+DH8kXppkUDumDJEEDg+QNA6R5DPQDKTVYU5BqBCMqBBQySFluaBhFtmiO7CbzSVgFh4uhufYZGzYMFxXXb5hhnxsq+qIX/WoIzWV6xPXyRVEferStJdkWWDBt2SAzhOrCLJu2INCWbGnLhHP8pRLCS3VwI58rx61WLFsQn70A0yMWgthgmHWM4Dc7/PYWK4PJ2IK09qgPhmVRi1ELmrUdWrhSu1ULWbINJMhwZG3Fw2ZT5uQZ9vly0+3AaRx3Mc1/P4P/zxBqnOyhYDUhoWivfHaFMlTkTHm5VFDzAQ7B0m9SpQ9NMXcOu9JXdQhJgTmfAibpBgij/nNXrAqxo8N3Qr244b/Ab/CTpvCdPTSXfP407SdIgZBoVyGgUbodbqiLhGvDEBmVwK0wlJsI/OUmAn+5iYBi5PL4QqBNBErAylRKweAPKFwaBzEBDqvIuZSpSsdAKgE1WgoLx0RBHEWVYoB2DASAOuAKQE3gvBIw+B9UKkO6Z9mXWGhk8dtYv6gqdwyQr2KIdAxgdc/6gdEf8EOsxHRMiA3BUIbEEykmY3eQPgEcL5Biw/+0QWDA/W+7AsiKg/9JH8Bz/33xv/TYVyj6Q2ZqqRXrMTJjksYR77KqIOZEe3JOclkSfbcKtERmRBZF0INO8LL9tB1eYbvWBhU2oJrAdrHwAQNoN8wxwNvVYLdqvwoyrj4X1LqMDmMA6/6AXJSLOmtBDoyCYFQmBIdW4bK7Ii6kcmkBEyLeqiUbJ7pNS3QbUW0n50tbjys2QLIA84d8z0qNm9b6+BBtzDMNJQlI6RNRYCPyH2Kp8qPdM+g30XDH2DHfm7Km82jfmndfuHbT+i1Plz68gt3QPK3qhkPNfXe/ffuUutM3TW4otcZV0M4v/xCMPfudE7d//cVnd98IuN/fMtWmkck9CZQEyx/dcbh06MHt1L+nuCMMx/zsCcZz/h0xb2ALn3jAWsd1DqgE4BAAFFJUpbhdcUiBPlEAtcaliWve13yqkataXaDXBVxksZdNJChxUK8yMSzLBlkUQNjEEbHUqKwFjgmJDMcReU8YzAWGW8VBfMi5IPcO9xEn53zVMi37jukjEyTbqzImpDLZBJ2SwLJgghFkFlIUM+WJVP4iR2HzMGFzGQKjd4Zgb84v9+P1lKG7hzMvVBlegEeK2oO9y299/PK+NZueu6R7Uszdmp686Kr2Ma0z9l3cUSyAeXdfeuVde549fv3N9dkW9xhX1YqLt9yx/mvjMuul3e8LS61gr3yvWaE1Mhfsr0W/quTskA3dwriZuWJYj3wohZBe6VOmlMggMwlWK9AJaoVLEIHGYrFqaffWY9gdZLwmKw1w5L1yKM8Ql4J2XpH4hiEdidJ6snLSJA4qH7Ki2ikqFjEGyFYqvbF+06b1bwB49rqOSSBbOtUyZe/ZK9a/++7a/nE9XTv5MdU7Zy3Av2sMO0r/oL/rPJGH0Ax5iKDL7OJd+Hc1CHq93CbYFQpBrsGXRh2ReEbCVNXh31hkOvH589rkmQH2+Z5yDJbDmqWyEaXyy9JYt9LqQrDGC5JRwvyB/8C/Z6l0du+UltIpkJ3Ucd1ZAPFvD158d/0V4xbM2lk9ht/Z1TOufy2hNTYvsjDdKfptyotPS5PQk/Ib8fPvUNq3Y14YcbzqY5aLjTOci5yw1QHkDtBqAXILmGm+xAydqvWqXSrklK2X7ZIhvc5XzYxhYBh/c8DWSOHTFTq96RjKHNUghmBGZx6G6hEAQTTy6ckN5IYRgnA4WXHmgpaKvFXad4py409Lt5R+/dQPfvAUiIDLfhpY0rVy/6e7Nm7c9en+lV1LwOjSvb88ARIg8cKp0r3WfY1Tnriv9PfS3x94ekrjPvKZynuscVT4kMiv50E3D1QcsAWFICwGJwShOwiwOlJpQThTxeNDhgNBHylVc0G1Cqr4qmq/1RXkOJ6Uq7WcxqQl7/C7NOqwR8UH1RoN9HsGsd0NQtIMDzMeQLrgTw0Sr6Q5TwfkB9hTuTMgk8kM/oJlfrRTTips+BC+NcC+NfgL0uwur9yQVklLDlwclJ0SEPq8myKl3tVgRK5+FFD8bXAg2xWyD/6dG/zYI3RmSzHSG2vl94C1oAR+A7ZlusJ2r9CZIa2w6NeDa+DCc1MrrbFobXe8RRh8Ak4gz87twfclXyRdapf9Hst4DLwgbrGzWMExZMtSOaGjtDlsUVvRNsE206qosgGPTbBCO2OzRhiksGptcQa5mHqm3oayVW1Mm62jShaz22xhJoZjxhiwWK2sya6YaXXqWPyYZQC+DeyMBUV9eoPBarVpvD4DBCAWiyoYMuZCpjPxxTnRqNMpZhoNZAzY0G72eKX1HLqCt90Rs1mBzGK3mMOiEtv2v9BVG/jiA9FL5qZVfjL5ckAFOlQ3ktq6UXVA9ZIKqY6Bo6KVCdodrMmtmOkIk5kxR1bkseL9T/oj8MUf6PoZfPEbUU9W3zAc2MYNcJA7BqaJuiBppc6SrX9VcWkXhXuQrqJpdDvJDkWyJAUHieUbdNSM/TjRSP7ieLGynkb6Ks0vex41+g0ev5csYu2u7K5I0CCS4Ctsfs5Zfp/oVMb9sJ3n4/5oe0gV9+vbQ1zc72vnia/RPZS86WfI+BSWnAqaDV1uXJGy4acEK7WGg/twcFTTknJbRjWVxk+rKz0dKj1mbWgqfas7Z09PAGM/hN+JeGIrSu7eolcQmtbA6CCEpXMh+nRMP7preTQQofGkpjxv72YSzBaRX+YHy32AbD2Aa1w7XHCGC9zmBGucO5xwlpNgjnlI51uKpbE3YlI6jVIdDuuNbDXZzsWag2ZkDjiUGqNgViplekNMQUYe8iebyXnDJ+8kVjU9J3+aG3zx1E9zJFYfgUhWzh1ihc/RZttQTb7iRKBKX1ylzoWOrbv2h1cuxWpmQGb8nlW++srV644/uXzRwZkLvnVxyNnQePnOSSL4x3MHD7e/Pq374iXTpsHtP79m19UbSq9999rb23OrSg+vGDdhw+Lynr935bqyfm1Y593phTO9YJYHKD1gmRlMNIGJerBMB2YhoERgHdwJ4UwIjI2Vfu2Aw6lUOB0Wol3dSKHUEu0qw9r1zIs58hdk8gOf/6zlhkkuiCrYaya2gr1mJv2Sct0jT5ReK90iKdbBXWvX7RwkijXwU3AZiD/xCLy/9KvjvwQ9RLUOHAIqoLzvGaxaraDn1M8IXys2Q8vE8aeqnRm+JAwnhMCEAJjpvwS70VaCPIpU7Hp2F4sYhYJzOeNBHcFbQLoE12hWIyT48Ad5zOmyI11cIJ/JUP5ML+ZIIzpmJTEa2GaQJ5XPBoYXftj/vQVB+8akU2PHpDMi2EpsyWtPPPLIEyBesSWDO9et3UU/MjycHjM2lR4jlvqwUTkOUiD1s7JReea+0qelfx4aIEYFjuBjnFknjt7pBWu9hIlzzMvMcIiNc3WEjTshgc8L+/2KYUYmJEa6oxynJdx8xI0IL3+gUBJu4k9Nh1ROsiNYOvKjfwWujqTOf8fhwdvHplJjxUxG/He8Lr2ZGjs2lRHFCk6LUm6OEJwWk1KrAUFwG2MnfePPPlZbSyYiisfgg0xzjTTDRt9P9zF/WJ6HCAztYx7XxOTJgF3DyH3M+KwUz38kP0bt9u/FybvhbusheJ/ykFW+SLZWth3Hk27gmSVDXJHguNmLHg8X0mkN09XAhrxvW4BFJCDGFrLJ9iBCSFmVSEQiTJSNwihpT5wQyzAMz4dC8Rj0eFW6DI6eD2uRVss2riITE1w8kctWgaoqeyySi0YZAGw2O89nOfARB/q4IxwMclms9SUsicHyzPaZ+vKOIfJY3uXWXMEeK0kT3c1kVQWJFcm2m5y0CJ2McpNCnTQsHy3SUpKEXV3G84Dl8LwMAgDvfuZXx371s1sumuJoyNy6Y90T13KjuwefmzvFu+j+S828RqZUh7TjF66R/WPwj78s/f61E6XzmYATTPvrM0+W9m2uDcoEAYabV6PPli8F8dJrnQs5aW6FYicpk+YIqQnT2cR/gB9Ks4YuhwmIALiGuUTnYN+V6/E54JiHxZkuxS4v3Aw3eK+HaKZzkWKhc5dVttG4wbrLiHpDi3WLbahL26XrsqFg0sUVVMoQdp4sfjcWYkxfWcyNTCxriFnUQQ7k9lGg4bkmCrtoKtBVUE7sdphMdpVardQ0Bu3gQzJpHLBDOxkhpigdZDiVrqw4k88xZJybtNbgh0ZTvbm8phwk6OYT2gcZDvEMwkbAarbngxYHJAg4BXO43E2bl70ieEp/2Xtv6RMbZAc/uuEXe4H7Gc+PSodKL5eufRGEnrrmYJUxHOPRvYd/VXq/9Iv2gdJ7e7CklH4G9oPYa2DMww3GCZSu286/K5NTjI7B4f3kI7Bu/jf7yqvOv4tM9Gd8TO2r/vxHikfxeUkxReYn4pSGXENtc31brq12Xm5e7crcyto13Bp+Xfhabmf4Sb3RV/Q4OT5V9MQ4PlMdi/oDbeliMWbPObQEkF2rNRrl0ZiKASGnAxaOoZSY3xY6HIKhUMpht3eQ9l2zZS00gpXgMFk05fP70+kMz7yUAmKqL3UwhVKp+jqpt2XofPRQLJUeiVE9EsxKeU9cgpVWQDayg+VDAThaox5e6WR2gTJECLSZ6BoJskuaHg5LZZt0CN1W2v78Q+2dBSEQS4W7VrRukXmnz/RO/cULG657/T9K07rbfQMFbtMD3/uWHJa2D/6o9EBbVqj1c4ADNwMvRRAB/Lj+0s7Wh5aveGyGAEOjrwRfH3xWfd811xykdI7ieOIxTOcGpgW4xduaW29jbzN9h73P9EfTB+P+blK9Oe4D05lmdKL5xLg3m9GV1u2m7VY0adzK5pXjrjTJmse1Nfc2946TxZsbmmGUi9alxhW5Yl3TuAnc+DpVKuDJcyGJObDoUXIhfdGj4vhkwBPh+BpPIewR8GExBvz+UY2jYw6DcZQx1NKSdzhVQkSlhIU8LNTUhMPCU2gB9pzGYL6Ft1kOW6DFgp1ov5841aNGNfIrfcDna2CYQCDIp5L3jKeAZxKT+oexEinPKEROBSojI8FlULyHwdzQ+7BzWgF26a+YJ66C2UAdzQv5ZeKGAeu+gCIIhpgJHgB/cU+7CI6Z3W3p+MXxjd949XnMwUneknn04sDgU/G6doerbUwAjg+0jfbBh4r+zQ88+C34GtiwamwICkJVx3zKx3XH2sp8LC3cMG0k/mC0eHmpeoi5gKllGDnBNMoz/3gCH8zXH/P6Cg8A7Iqef10senwFZdGjOxsyFT36s3y46AlwvM/jZ5wwYCfmxm5nIAsPQgSVqXQ6Hh9GDJ2TyOXzghAJJRPQH1Dp9L6DfrDKv82/z49oAdfPuRRKs5J/luwZCSfTuWxqWwqmUq5EPFdVhdWD0+niBTbcGYbbwuCjMDgSBsFwNgzD0o72LzdBEsxXT08jBbH7UktEDBFlHtGMZBk23Z3gAxXDA5pAgS5V+BemKAHgXY/9+NKvh7wtEwbPrqyzzxx3wx1fboyWwl+/cuntb726ejQvFwT1pGtfvf6ath+Wbvr39kjeQfwMpCzPvk8jfgaxR/VFNoLtUf2wViy//1v0/fKyX3Ipfn/1wyBJ7AgOXZN0nSu2IyuTwJgEx86/91gyGVSLIFVxV8gilhpyzt3Ytu1W6hkb0whiYn2NscYy3jjesti42LLOuM6y07jTcqdPG1OdaIBtxWN1x+vQ/oZDdXB/3f56iFBUra5ndDrTgwr8g0VjfV0dFhWrr67o88SjUZJCCAV81kDAV18XjwZ8HqU9KeTCfC4cCjlzjkaS2cnlaslvy9m9hdrapDqTqY+vFevW+oJGHvA3BoTF0b2NoPGeeucz4G7GA76FPct6WCeqfcHATDETBfhfsYiaYNYn+qDPN7ppKCAtb+vEEehp9nQPSx6k52SxCd0Tls80ExwcLCQU/8NBockugKpknMS8NgJpCXg5uiSALiMX8Umu6WiAo02SP5SWKtLWJGC4QLUXAVYVsqA/9cxPXng8yXGZROOmq5oSqXMBGPn6chB7vWULeODWqaXBS7Z8o3N8by5R1RC1diwoWQs9k5X6mvCcrdu6Q7X5rk2bZudKzYJiYv6pwX9C1bfrppoFwfzk4O1njveMygvVvO3b6OK5k/V0J3BpI8XJyjC/fIJJY0JvM5gKSMQPe1KvQ6hKBasnptGp6neq4arqg9UwWk3Rs8jzSMDDc7yagKnyloDHiNVAwMNxoSiBsQ1pAh4DQc8CCZ7jjEYDdDlDcpksmUyomBwA1kiU94le8LYXHPSe8r7jRUFv1rvKi7wUSKvaYuU1ZD0OVN+TZT9eLUH2SUecaN5ylmCwnCUgu6c+B6rVn0gACkT2eVQtCX3sC0BbWOfCTwR0/yOlIwRhC07Y3KqJzgAXr3eMx0/IrdJd19yaKW189Yggm7gD9Q4hbn1zVcLE7xl5Ywe+WvYIPbsX4HTi80RyjzMwvd34lH5PnPy+BrzBf+D/kEfH/cf5N/xojf5azQ49WulfyV+hRRP98/29PIr5M9E6P7JRcDIrgSXjlSpB1RYKuVlfzDgCzNPCyBUhxg2NrIqBuQ6y0jBI3BYjAZXTAZ1O4eFt1nsi1NJhK0cd9DP1FQ+d6EQJoihPAG9H4AMQwE9A52XoxpI4qClbrGgNGF40if5qCAd3fPd07af/efM7pb8M/nhLq29sN1g/u/qqn506mErLJ5de3zd18I/Nj2y+7bQEXHbpRL9c+Exu+PbXb/26ivm/FsvUjc9RJ/4dfUyEOSJqv6a/xgTpZAf12cdpzQWaZlXbeC7EajUkaW/FTII54MsxEX8bYKA2p9Go1Qrs5Cp8DOOy5KxWm62Z6+AOc4jjXMfATaJ5G8H8kyv4yNsCCApZAQpPwCATI1hfEogaDbgyEorfEHpuGcuPOCjNFdQ+drBRWpCbSPRYKueADEJBAtSnDJlq3YDuqJFrgJIemL/Kere05nbz/h0PrC3d9/tXbPw3T0zNjV8OWl03rAWfXFcjn0yoMmj69aWlmbc82vTJPvA9A1gM1fcvmu+UCYOHS/zuzNUyFfMFjFPMYzPDKJ3yecxicK342S7j7nlwg/GqedepUbewVFirRuoOdyQeQdNnzJw5rWv27Fl6nc4gC3gYjl8Q8CzmQthlrOZCtQFPjuNNRmNYq7ZqteppM2eG5/RY58zpMRhZjdqkmDVn5oy586ZP61FXMxddJDebi8mLk21yeTXTlZutz+m6Zk+qdfsKkyaNmSCypsKEJH5CFrtUO8ltp5P3kttectvr5flcNdRptczs7u7Fixky7qXR4n/IZNYEZPN75s2d0z1r5ozp0y7StTAEyq2lJZVMyuWy2mLx4osX8CmjDDTLVsr2yt6WnZfJt8pekkFZZtiNqfieOFYoN9iUtV5lfTcJ8+jioZGXZawq6pzSlUUZ8p3Udkk2a+jCWUG0pjKyk9yqwNRKxyCKdaISkWtLbTFd3uY1ZNawI+SHtDN7SJFKW47IRqoRGyLJshnyXuI3RbSg7Ebhswb7t7Z6haxv7c9K999y43dHY1c+H4+TCk+4qjhjWufW2upkpqvFEWndCiduGe91TpqVSWVrt140dXZtgq+p5bmqWKGpsXrMmpWbV5fu1914l6G2Rmscv4VIITgAvOlfl74mOI6B1Ipoct33do7x+3JCasK0FffsXZBXgDWVY1y6XpHvvenuy2e0ZIWczz/+2gfXJsN9J5+71Ca4gRJwngZQulg66YBJ4Hjz+zjWTwCveKtCnQgkQmixc71ul+4Fv2yZbjG73IxmsV3OLg8S2VZntw6N1lWzU/QoasTBvcpg4GaKQUD6RbNBFAyqMCEc7kQHAw6TUB8CNCo2KQZlMWssHEOxmApVQFjVXBDH5Y7cNjsgS/PsJqw6EjnAMiDIbGX2MocZGXb2OgVAGx8zXLjQLHQIkKzHhVuFvVhTCFqtrzFgAitNe01vm5DRlDF1mBBrypqgie7eO0N3fWLLuZoCnVCvJ59Z3U/lqZG4RD3kbw9dHd9Pt3BLy8zOuOj6YwL2IEU9PRZTfsReUKW0GTOIipWFh6EaEvHQhknl4hDbYJ/Yv+nQi3ds3fPd0rkfld69h8//eNWOm5987fY7+q67Yu83XehtsGesJ35i51WH464Xdh16GRNh+vqHt21/bKy4r3fFDQ/sGYH5WcV8IjYssS6x7bLusskmWifaZltn22TkYb11vU3msrpscWvcJjuVfCcJVxGYVE2SujXkufUp1INVUhXqEd22kd6NhBMaD3gEjmfIGK/WI6v4OTbyvEDMczDgCXPE0xEEAv/lxq4PVgu8hbFaRQt4m+w3P2V5x4KClqxllQVZqLuTjFdV2fhgJ9YS9yTKuKEVh4eq6qGqCEW8Lf/JnMmcqfg7DNkiDAp0QOUC8FAT8MMvYovK/B3r4SQKJfro1a2D1wPblAWDj1PHp21rq+yyjWMuQBNt24E0537dNYqHn4cbPYttnxRvkBhBBCFxJokNllQtSVxtvNqyq2pXQjWxamJidtXshIw8rK9an5C5qnBIVxVPyE6NfWcsXDX24FgYHEs5QJ4T8AwcPMT3kl24CSl+eAYHJpgl2AcQCWMSI5lRQ3Q/3xzwjOJ4u8SYIUYkJMZkqW1o4EKYI6NGNcDqbBbzR4Xj/ri9qkqMg7fj4GD8VPydOArGs/FVcRSnjBnbLIoJvrazBtTcM2aIMYNfgTFDgQEBtum5kE1fGh5YvjrznIHUseMjQoSqdNW/YyeJDbq3DccGg73/A/aWz1UHts21zKvi12oJGrsmI9atz67NX5eXT8iC2poNid2JpxgZS/wxXhnwaKmHZuNCbuKt8YWafL6m5qdIZkVIVotqCrJ8TmnDoZ3nOwqFTceAFLGuqVQ4TgxrPB4O2wFU2W1Qq1PJZQjWktl+9Tay1d3t8SgUSt4UYAF7T3GII0QjVTbcS/AAZXNITaFLMoJDlk9paHSWe48IWGNCwJaJiUS/FIV3NKIGbYQ9g0o7tmbyjtK36ks3dV5EkHk3T8CUnrh1/OUzljZlU/Vbuu5oinrHNjiC6VzfN+Z+83sHBWEu+LQISssr6LzDNC5dBzx9K7eu6xl3WaQu6Bu3+zwznn3/H/dJdWfz+Y/kE7BOizAbxUneAMmISVGWFH1dkKmU0pTYLXbY7c2qDgJPQbKTewE2hviP18czb0dAMJKNkDTqBW5j/1BOshwKVNKRkof8r5OQI6UVPVea97ms4zgJrXhL67/MM44Qw4nXDfn/IzG3L8S7/zzWcyXfQV6HN34R8xg/L9fm8PMz9PkF2L+YxjTHQWn8FzF0IgzauGP8cR7tDx/i4X5+fwh/dJ5Xyq1KnlPKLSYTzVuolVa1WhniLSa1Uq4EdmPOoMsZ9HpsliM57M17vcFK3iIYtKtdrpBlrcivVQaNOAy7UW1cbNqL5fmeECR5CznNW4RI3kIZVM8UM2Rrs5S3UIpY4JSx6P+veYuym2f5ShkJ93+ffcCe/1fINpD9XpMxb5WY1kEmzuSAQRzdVzhY+KiAYqE2zXgnag23RdrSrdmLwnMjc9MXZfvCyyPL033Zx8OPZw2WnJnNmYI5HNuBeJs90WanQ65r1cYCthGAa/P5qtrkBFxZLjcxQGU2QbPFEmQ4LL4shICrssfjPk6XSGCbXlWl6sXOUmPAnXHDrFt0H3R/5JYxbtYddPe5Ze62YAEUOjMAR0tkVUeHaq8Kku60ZhVSteVHIiyvnsL2fEIhlldTv3sIYlnKGOMvXwFimSoiGlVThOXacD4NpQOmpBE3w2EHOkqdJuxBIxNJEVv9QDZ18PErOmDpodIrDwPZcZgd1QXb1rbLX//nQ6W3St9GU9b89ObDV1x5+KaBOw/17zgqwIa5wPvKwd91zai1EWXfPH/+r7/5UumtOaPgu1OO37zn2fHnTqDaSUf33n1qFPNl+MuVfFGceVxcGUyA9WgX2iM7lXgnIV+VOJiA0QQ14/h5OT+kIVjqvJS0kDSXlnhT5EzjSFfOcxzLGklySCEn0TB2gv99ZihhtfFaAhAANfdUlfV/JTOUGwp1h9NCtBg2MjEkmL40LWT/YlZIfoD3nnzt3BJqRyduabWvAD3brK3bYPuW1jFCaeYdH3zOWq7vDUdXoqHA4tyB61sIJgzWQnIDplk1MyBuE+I18fFxpPO5fVU+dM4HTvje8v3FhzL5n3uhjhQ7eFAk8PPOosfC8fqix4x9mSL2c0JRT4T5jsvlyWbFLMxmPR6zUqGIRARoMasiTHRV9GAURblEMJAI8NuSh5MDSZRM6vS8ExPV5XrbCbJOgn0bZPJU8ZezAMMpcklIyW0KP9JPpHm4pEFnOsAICOqRuXCKy0WT5OVaB82d53Noj3fWNDhxxgwv1zFj8Njsqf5zB9Z9Q/B1dcL2mXMc/nkTboXHwO1XjOEJ6jQ/fuW5B9eM9ZFpSk4kY7vzV973Xn8Lh1+MTFr89PaVo4gM1jOM8g3SUw/qxFcP5A7k4T7DPiMM5AJ5yBqwNB3OHc7Dg4aDRrg1tzUPVxlWGSEOo/MwaAgaoTFnzEPGwBhhsBmcan6nGbLNYvPBZhRsXtUMG5qpAJPbAhbXs3x9wFM4S1JN2LKasbN/ls8EPPmzoYaAB3AhbJKDZ0Nqko4KCRFvhDd6tnrg254PPfAlsmG/QVXI5zkcuxkMelgVjzucIQhU9Q18RkyDt9MgmD6VfieN2PTBNBTTq9IwmM6mYZqKerPZwqs7VX3YkN8zeljUy8JO5XzI9ST/gfJq6TMjXNGK2Pf0Dy0FIX8EOij7FTKj+M6Id0lMV77xzz55cErTmBVQtaBoDDUD1aJw7SJwdmEtvwroi7y6uBAq2ic5zI0C5ipSiLtRz7VtCkHQTNp87t5Li2zwRtSzcaoG35hy1bl7t1dZImtQz6bJ+AaMtfWeu3dpQ4bwubSR8nksuEj8vSiq9YXdzQeyB6rRPt0+PQxkyaiEjtXDw9nD1fCg7qAebs1urYardKv0MJPNVMOgLqiHxqyxGjI6Rg+DLeBUyzstkG0RWw62oGDLqhZY10LZTW6HAp7AWb4Y8OTO8gqaWiL+7FmepJbOEk/WfzYk+bZNo0czo3NNTY2NdaGwO8wbXVtd8G3Xhy74EtnFXqfIVVcHAn6/TqeFsWjUbreFxjKqYh2fEpPg7SQIJknkiVgSeYrJVUkYTGaTMEmZ3sKaeGWnok8BFfeMG858j2Q6+y+5Xk72DafD/xX/E/n/PfsdNElY/xUl4GK+atuD9/1vpQCUZt5/byOOMUlNckE5b35cvPQDHrzJf4DO+NEJ/wn+TT+6UrEdbVegKxHo4EnyHE3y95LUedzf4IdSFKIPeNQcCcRZAgRkMIZsHh+p7QugLRSyqdQk4LBZchkraLZ+SN6ip6nzIEOQQYBc7mYYQfDwhqAeHNQf0b9DEA2yeqjPjGx+KUMA9Zdz6uVUOqkSU007MqlOEN8uyKaTui+pKFZyaeWkOnxMSqd/OPijLa2z9ixr0cSMqGZL64waKakO3x9Kp8u0wbmXgiS5/OxcOaWOiH+s+BWmnQN7xk3Mz8T1sTT4IADeDGACetAJz4nAm54KAVd6VgauRKjN0+vpDaC4p8EDqz05LpGgkXY9KczzDTSydgSIfTIEiH2SSOt0E3LyoC0YNGNyhgVVPodtE8Ta7nACJBI+qRJBaOlw4u/UA31Fr5Uz14NlANELKFdGwmQ/Zs4M0w70f454F2Qhy5T7F6V1ItfggRE1Csm8DxUpqgafjtWXi+ot/uZ2z+jFI2g8bO8rJB68cWQ1PTx+wblbNkwbUeshdL9BvOirkjwTbvCgL1L3QuJisg6Rk6lQVH9PaLiwc4H8nUmMFLyvQrpD/5I+/5YWxGccdf5d2aB8uWkc/Kt8IsMM4NCG4UUnYw/YM3ZIoBCC9qxdtMvtbSHiSE9hP+lZbaqhdZTI+XeVf5EvZ6rwiT8ibpkbmZGckZ2bm1sr90SsSWvWk/PUyjfGwbL8stqNQbQ4tTizOIuWCYurLk0iZTYZXBJCmGoqjvfSQw8DpH3ESJMR1bGoOhHjkN/H+EIA2JQqcuQLjeGFdelGfy8DAiQH6/X5AIC80UDSC+VzTcC9sL/+yTBRKTZD85nEhXT9dw0dJs7MkNYqFhuWMAQU0jVP4V3hs6X3v6SVAzgM4GtAAxiwp7Sz9NbTpbcegTf++IPf/seLf/4tvKG06ItNHBtABKwqrS29WHqjNPcIqEezS8+WflH6Xek27JulQQ700HmHv2BdmpdPNo3TnJPPKvPHQVaw4UAni50N4iLWEqaYpB6rtvNn0G6C36bVUh7RmU/5jYyXiTF/Fju7NGvRGuVGtWyJ8jLNWoDmRy8BlyDUwk2KTuNQgRsVhQxUOVcPsGAfe5A9wiKWtVp8AgMBVIYEldaSsVrlDMVGZILayLHzfz1KmsojBFJGfv59CRI9IM/Ie+VorxyckoNV8n3yI3IkyjvlfXIklwcpJHrQTL4tWIZvEj0Uv4ni9GqD2k4t+lALDmtf0kLtuDj7SRlrJiEBoKzGlwSFXoI2OtPccyZDsX3OSGntclLbzJWbE6GpYCaVDlDMG6DSgIQyxgM+PPDWK4Dp2bOf/Mer71y57dAr+0VflJt/2fW3XrFpPJi3aNuD/UvW3QVvBFzpd8d+WHoBLGTOPw+6vjsVQgO3YIZPJhP2/mnGfY/89Z/f/+EJoJNi5ix+2IZuYew4ak4Ajzj/IeZZ5jn7ceFT2T/sihrLeAsMW6LWYAr9yfe+8F8+9Lrvz+hPdnSdsCd6CCCHxW6FcovcqrYjhok7XIl4ICiwLiEeZ3GcIcjlCo2JVTDe6pfIbp8I6TivggZCdBEegB9CFITvQPwn6HAkEpyWo3i0nJJCbRBk6V8fLWMjSWMBGgqpTpE/NSCreQdHarTfxGQtMJpT+FkZ8/dCZNoe2rE4mJNikMEcTdyxpGZryrvw9VCHv04b97PtIU3cryBd/d2k6kAnfUlmlSZWR7buU0UnL+u1BBhpVnd89sunSo3dGVuqFdy38baLS/akevfGTbsKufHrrrx1BxcBpwuPb94kjFsJ3rssEohEVnXe5QBLJ3VNPVdil0ybtwCScR/Mm1GYNw7mNpEdxbQzq1xIjb2UKgYBSJdbqnUFHOcqBMah0OkVDCQrMK0AkEYnSMilpIRUhk1kvsJIMX/OfyzqyE2sLEz7TMiECVYmFmltKmfoCNhphSZmc9zviIZMcb8+yivjfl17aGjcATikyn15qmGobI/sQjIyZdOP7ZnWUu2COntxCrrlvzY1DW5fFg9gD6x+HXjv4qITRMr17fMQ/QF/TlLfLoljg7HdLijGdhl2WpCXbDzR6nQ2m93Oc4LZpIn4BcAoOKvKq5gJYLtSlyFojUpbxm53ODjOz/h8nmPnPzhKXvcQvC419pY1hBh+ggTroYjG/sn+bf7Dfpnfr1BGlBqJSMKx83+k0iaQ7yffIZApGAri0imAAVIV/0iAQqanLGGScBHaEYguKTVcro6zpKcvUU4XDFbq4hWSajV+h98E/cDnZ6QkzWC31DdrqUyN2KknnADUbTONBuaaQtRhY6Vq+TMo1pJyV8+JyNqu2frBik3T1cK06xbf+dtHwIx5XnQLHRcZtXcMKv122sZcdNNcEEKbwLLDD8o9xZLto8BCuI/mXyZjXTsdHTErGCXNvziw7u5HB5gu8EuxXaaSqTVTNR2yVjQx3ToD7XbuFnePQY9PHOiGu027w9u6nzDKVrRcNe6qFjSlpa2trQMlWiaoJhiQusXY7WoJdsveML46ESZTZdTGVDQ7q4tIbQg/6YpOT1SRIaeqqAzQaScmKsN81E+eMqXdqNeTYy5Q9JwwmRRTqya2t1NGtIendlinTu0wmapbWyPV8mlE5Buaqzuq91aj6uoEo1cZQxZ5e8fEQos8wYxhxxSbmorELXC7g8ViIhhMJhRTpk5lNGp1F6MhqO5ijRozXa3SG0Mmi9Ina3GS51M72icWWluUDQ0+X3Z6dHr4gAxkSBk9K9snOy9DtJp+plxEd2DtTrbSY4aPqKFLnVvm+rryI62VV4aOtBnN5MyU8tBRPXFPKzV1Cb95qJwuIWabypDZjZVppsrf8s97fBbwM6kqf4JhSYdvI5Gn1ZUGm37QLzUa8gqp5k6sS+RzNXdSeMjXVPw1H8jVFsuoZ0PVCcVQsZ3A+BJ8Fxv4XU9ubCL/YOlvrRObemblmmrdfrc1kHLF0q2ZaQtTics6a+aA5+YWOi5L1K6pGdWUjrlSAZPP765tKszqbp7YWvrbg/nE2FEzBPVFm0/5F5SOCvLxVz3VIXPvGRPXmWsjyczFm9dNvPXqyepIRDN5260T193RUitEas26+Jg9btmMH2wZLxfA5AX+U3ubtLSO7jx/Gv4RHaY5d4NcLdfAOsVEBZygATIsV4/KwkCv9xHV4JSg6fwqs81ptzsjGalOrgiTF2MqpbPGrPX7gkTumn0dpMePMeo5+4sdtq02GLBlCBKikSjdoyCSIVD3fxJtVL+Qn2M0cqCDA9xNWi0dtHIHjFuNUDS+ZIQDxo/I1SojZI0kaSS5CdhGnemn5fFEuTze03NaqjLhO9LQdgXYy1wvCY1UHK+j1XHQf0FlXCmTCoF02AHbJaGmYp1mVJntpvrexu0P/xmYjxxacf8C97dvnnFZ6fyGy3umPNIA14AAy3o2XnJna/3xpd/smO/eunruz3QNV7ePWXCezivi2MON9XUKzBRjaid4w/m+81MnanPud77gRGqnyxl3og5Zh7wz05fZlpFHI+2c4xjqO0p6xhh8Ic53msxmr9enUcjlZO4QOLQ6h05BaKcL201ECdtdBqyB7UZyj7VvtcOMvdneZ0er7Pvsb9vRXvsB+xH7S3aZ3Z5iGKeMvLkCqMgRAMLyNOHHRw3SNOEHEph9J5km3Mcd5AY4GRnw3sohrgxmP0itYK4MFSjpd/bCImxFgWu01EMAHX75MWQUHaFU3B9r56VpQF3cb2oP2eN+M37tKO/s8HufQAYmVM6adGfO4IAUh5yVn/ZIxB/FZoBaVOIN9qvBiLbukfODUk502AGh7wDzwQ2wdiz47ri0m9jb8dPrSlfCZFupWxogfArfB25wYkojiEiDhNQIN60Bh0s1M0VAhgjBe2SIkLxK7DHlr/wixsaMAzeJ7eo02CG/TvtG+v30p2l5W3p/+oU0Uqdd6Tj+YnPZqmwNtg53h6dzfN/4bePPmTV6s8u21LbRJmPZJMOk9WkjCpCiu+pJ4GEs8PuPNjU1thdTVCIcwGGnEpGOxmK5XF7j9XhGj25SOFIcn+KpRPDhJJWIJJWIpCQRya1JmEk2J/uSaFVyX/LtJNqbPJA8knwpKUsmx9ntaSoRaSoR6XCxIhHFikQUhyWiCLYV9xUPFgeKMqbIFrcWUfF/IRGY99523tHh90gSMS7uH93OF+P+fGViNIllhEpEusOf+3KJYNjyz3u40X+mm0zW9JwebgDul8TDQitotNtlBC635X8kNL+J+sfmfZPCzaK3qslfdWLLd+695r8XIzkKJTa1hmpblySCU7avP7fiq0tVWW+g17B/MRosEEVVBHwaBstrr6pdJX6KZPWwDXaH59bKgu6gJxqJ18iwo+tR1yBFMVoXbkB+4Ib2BtsoW6N8NMM0NjQQD8FEYY/DCFgRAnV1qiBPFPfMg4ojCkjSnKsUiFGwiiDBhHcZG1GDUCN3GfNsPp7JxONuF4FUMxiMmhpq8QFqbBDqapTGJDifBL1JkAyorWrqQavD2FH4G5UgfHGGOof44qxopxJkAdss+ywHLQMWGWNhLdBSlh8qMORacg2Ge+vK3kBFAYzOMBU3oAeHKXnXSCeAgLINiZkzEPe7o7w17ne1hyxxv7GdV8f9hmioMoK8uow73RMHZQNv+8LIsVRDIVbhc/10w+106LXS37YsdkZ5ndvROKFUK8nAienRoEPVtLwqmp+bqxXTcTtXZU/7+WAq0Lawo2PS4wPJBPz7wqJzBPedobVH4fhVy9ozhapQtc7YMbcmqW5/6Pp2WMYi/gj9kuC142hfb0xMdUO/qDMU/H6euIpR7P3zS11anV5jsRK/X68xZPTAqA/ooT5qzpAqSESwkmWhR90cddjfE/VqF77K2hyEXTb8kjSTLtoGbDBjO0CMtkJpUaolr99MBIlCfpt58rYDZhA0v0MgTHtWDzv5/ZUgCSsDkjLHSqByUg3kpFI/v5mEAYkKqyxSrKSI+0E7HxkT9zPt4UrgZPncOSWBE2ciwzv8UH28ton0QdyD8tjVJwcyMmUUX3opekX7tjgX8ketqXiqp+zrS2ePbboEbiptefPhmcvCaV/ktmdO3NWirNhrab/Aif8T+wVs2M7/P7ZfoBwE/N+8YGDwjfKCAekcj/T7qkFQXNmZ78tvyyPACC63O4GlIBjkNCqlMonjK70BGhSEygZqfw1hJzXgTju55zQQqrPOrU6YcTY7+5xolXOf820n2us84DzifMkpczqrPREPzQR56A/wkNj8nUps/nElNq8YcAFsE/YJB4UBQUbWIW4VkDCkgD9nwBOft9/SSOSQFdfH/ap2Hsb9SmLFTaHquD+JT2/cn2gPOeN+K73LC3E/184b4n5Le8gT9wdHGnOJT4CrGWFth5nShLn2pfqYunGGYit4anS91dgwVrK/9KI7h7/Q++CzH3fVCJGIt6av5O6qCxFu/f739ILwqauOp68NYaeSvCrBTh3BuxDzD/HiTqFP2CYgIJj9gYBSqdJYzAqni3FRnrkoyV3hEOVZiPIsRDN2bGhrCGZCzaG+EFoV2hd6O4T2hg6EjoReCslCIQD1UEnwy2FYV+EWvjhLuYUvzpS5JSEEHNQN6GSMjtVt1SHdSHP5RWaVy5FnKkxinYTwPGaVuT0UivsDElN0lHWuuN/fHiIMHMGUMku+eDY+f4Lgf5aupM4PPRrog2FfCE0vJ69GujVDTg9T3vXTjp6kuWyW5lfKu6vwc51k67D/s5ruMnpU5OSMBtgYN4gwCVBgRoFWpg2I3pnMXNDpNRCbfgyERRu18VFeqVJhRSow2Il2udxET+qxnnS7sUXEzixAJASFUM24SDbE7XarsONCz8+Q+wLLLsu5cvYPuylHLMhyYfbPNJQCJAnAcg+H1HwqWS0HzUkNNWcM1RVzyBlL6eomdnW66haVDH3FabOwuKbQLf+cNM39/5H2JoBRlHf/+DzPzN7X7H1lZ8/ZI5tkz9whO0nITRLkDrBJRBREEIIop4IXCFTA1rutYFu1trVgvfCq0abQVqO0Vdr6FvVtkbZvX6o9tF6Z/J/nmd0kILZ9f/8ENjOzs9ns870+3+P5fsdvuqzahMsu6q6B26x9c8naaMU2+h/07Yg/WRKHXih2Mb+W7UM4IEvlwJCw+Gb1npI9PrqvaahpXdPNcsapy1aW5oK00u82W/SR2NVeyVmnZvTKFGW9fkVNr0aT7nVr0LN0rlKnD5ZmkSNKUSGoD+llRBuRxdA/AzooBwIMRCVhWEe00tGJj58i7qODqz868U8SLa3Hz+KL9Tjur5wYJ1eRGfpAqMKXlTgB8LYSJJRrlduVh5XMISVYp9yhhEPKdUrIKmfjMsmEAv/+BHFbcH9gwckx+K05PQlKMvh6HweSHOASRaVFEgfFMCOpNi2SCQcZ8axuMq27QRpbX/gmic7aXMM0ZCmosdLaSVTV0yCE5aEQuOUz09ohTBcMPDC6MmtCGEQKFpgLjYfxfAupwh43fQPfBfqyJQPXP/3czkt67Q1Donl5ffele48e2Xf5LF/UHzlQs2j+4OD83uavWhZEei55pLNb5hkeH5snnv7ZMfG/F4nvLq+283ztZuBeBHyvPQv8Qx/taDOOf3LN27996fgSY7bmpVfB4xchPnEj5vgD5hONXdJjE7AQe1ALq3F8YS+zI8EgeOEiuQY+FDIaWTlM4GKv0rg3TlRanKi0eIgjKo0jKo2TVBq3nYMJLscNcfQ67gD3Nkfv5w5yR7jXcHDYZtfYiUqz41TEO8VUxN+LqYiiSlODHeoD6kPqETVDqVn1djWtfhTClosWHZHd2v8vlFuxpqxgjpC7N2WJSmMc3xVAcD+E1ZsZxxOMXYFz8xNF1VYsO/ucYrPVg89fY1w8/ZUXxw9M+XXeed/IuxAkICcVvHjq6t3n6LnxTxf6AnkwPljtlvRe7PqGQv/R32A8QP3laUQbt8DhAjIM53ABGW8yq6UaMnk4EcnhtiC04QdxOYmYxAHldGh1QCeXgrwOFxEDB2AdfQ7ocMTLfGXkqbKQtyiE3qLnhQ8EKybGbC844QX7vUe8kPKyXujFcjM9OD9cdNpJxaRUhiatNilDw6I1aVc4ZEEUXQEfXvigZF2wpdkZiHBhGScvbsHHK34h494IZ4CpUrXgOaVq8Nvm+gbwbAGEJWanvF/5Zv8yF1tTDQ6jJTe35taAj0cnl1dCYrShcdk73eX1zQ/11/jIE8PNFV7Jlss+ReueAxnBh9XjoaYjTUxZPG6323gA1VWVlYGA36/TaeV+31F68AfuQPAoPSCEI9GSKBGIKI0XNBpyu+X1DckGJb7WQISkIZTAq1uPVzeRIpqLpEyExGBiR+LtBHMwMZJA6+wj50wiYTIjX4oYF/J6c0hOsifo5XL8iyxEQOSA+OTYGT+AnHFJJIp2ZzpUw/QgB5haDefsSRufDqkfS8a4SsxIwWB9jKvqCpgwWg5MulwIRTc0IccrGPRxfmTEpuEA/kIIAAtKIXsVLFYjXUh4OCD79JPM3Jqi5AQuXi1EdQgjgO9UZdnAok1DJvIUorShiifxkCm0oBgMGULLwburYlw4DALZxeOfLvDHVoI/T94xe6fgo4p6jtC4BdnCzFDrutZDrUdamUYsXI2NVE4QkH8Ss1otfAulzmYyPp/Xq9Go5UIil2tsrPNymOxOn5+QnQ+7woTsYUL2cMjpZGrrKuqUOBBWp5SCKOWTZC8nZC+XyF4+WL6j/O1y5mD5SDn0lvvIOVNezhplRkJ2I3m9McQUyc5MkR1PaTzCQIphmQMMzZyvE/89A0xuMP0iNvBznBdnO4rVuMXrFTEug9nDGayNcdmuABvjNF0BWYxTdwUZ7IpP056Z/z/sYCeqt+I/5Ig2XrH36f8XpoDiqW034NgsxpA4V+qkQsAspFop8IHmIzxo/DT3Zz/9sv8N7r/89E5uj/9FjkaAMaRQ8oEAxbpKeIOBVTucGDuqERM5nQg7SnjRgNTuhAM4BJ0t63BYpvQtBj3aiY8EXwG3+7SHte8guK6VKxShkMvqIqR3hSxHJ/5IbKOlmDi1YASFn7QQn95oyXotgMX/kpb3LO9bGEshiVpUz4QNSKEEImKhwg1j0Ml0/XhDZtIDeAzHVBA8fhLHwdhior5QR1FQu4UqpIJRxJuOp20lz8D5l8b8C7/1g8Hn3xSXzKnZtMJdDsaqs1ev2bTG10HfHraFNj5dtWXuVfuwO7yt9arxx3RXdc1dL5dqJsqR/k2TvHyCqgV9QtsHro9K4JmS09k/V9EvV72R/U0VvTN7S9WLWbrW4eSrq2PeZJrndHo94lYcCiktjckVSouS4FFlyOwuBBY/EJxEk0bx9f3mg+bDZrrPvBb3lqnEIS58uRJTxV2Ar24c3fKQcgj3Yfc7uNN5wuGorU2GkoQ2yVCwiFuCRdqgg/+RnAAhODu4I0gHpQoKa5bC/l0QV1CcRxh8RsooCpfP8aCL9RS1maIhLZFCF8h10e/EJAI7g1JgIxHjSrFbowuEYlxMct4KkjiNhp+zq0ToQLXv/PoL6TaJrP6Agr4UjM2osZqQhc30Jny26vFvrwd3H39W7JCQztuXVHCVlcuvFT+wx+grw2FX1cWia6DaI1lacObiGru4H3529a1T2MfOXz3+Zf2qi0ZAIS9CryR091NvCskP4EcMPMOcLvkzR7/MvVHyG47eWXIL92IJnQsCPwV4r9eocLh4uVyhNhnlniIFPZiC9MTHBcLRh+l3aPSF8K3f79A65FISS1MUKg0uS8CEQwdniYsiaIAGt+TFRS9kpvznCXY2fk6tyyRtHrPjtBQhgZSm0hDMU1SFEgH+7UqDgS9cWPDZF68g9vvcyCeO0YeNLXQTvXayfk9F2Wwq/BltmKFJPYbXBmzdgV72Q6QmCvV75ROnZY+TvG4K8ELdH/k/xE+X0Wv4LeE/cPTlJZdylwXprtT8ssUpurKsNtVWRrucuJeTSVnOhzQR3lMIdSCE8wlZ0QQORxb9sid95C/wIUdQIGjU6xv0QV93xlVKykdKSf1BKfbgyiiCPqksvk5BAl0p0EftR38k5UCqFUA9JAIIQ7pi4gAdfEjeFR88SWDvUJr9cDrl0lMOIPncZ+MSGbF7Zzw3UuXQTwJUEgopRK26JhMBUtFg0DpdisKTGygyOLWPvT/s7oGANNrZmIVQ+L0l2S62tpaWJJeAZ1uTtjOuv3/3Rx9u/vnW58+CO5dtP3jDW18Dz55eEfcVxWZTDQiHufjKF1/8m/jH57ZNUFuBDW54+NGfiG+DS04AltT4IMpLdWa4yqxMKE3oHrT+00IbtAZdQkvPs8yzQsbCWOPubvcTVtnuEuDy2YwWNx2PHQXup3aYgMlk8wdxdsdG+eRSQZDaZnfRZVaDTrI8fxUMJGJosdIeP+IZI4uMEJEXNiSTY77iMRnkEXyXnACUg3KwX35QDl+TT8jhYfkLcoj8FSydnon3BQO++wXPax5Ied7zQA9xJghYIdHfcYloeMBMfKp9AsInaZKYT+OuCpNuuFVGMAeL4WlAjrEIIozlKH2JoHK7LG63y87Z2LM4LlzondAv7dpaj0j4uQiiIhBBMpmuqjaTwg37pINeTe9orDexMxpxwCqmsou/PZ2OVJ4888DxFZHgpcv3rdbokW0LZJeIroXVIQxOjwMgLuPd3aBi9gP53bM0y1sXbYBTtUGyK01hSuoLpaYeQnS0PY1I+f6TnE9vEaD/KHxksv+kdH/N5P3t1D3oatkTNIQ0DD2N7sQtpKT1eIIqjxiNQtz91FAERDSLO+Lx4X7cklKaQ0lfLtuH7t0t3Ba2h7msPcvNtLdzcrVGrXdq3PqYJq5fV77HpFysX6nfpKcN5YnyI+U0RTNWWzSxPwZei70dgwdjh2MvxGhvbG1se2x/jInF4tFYzI+4zRAIBgHF+6GPpWfT8B0a0HRcwVjdpXHKXKZQuNxqnVZrAxCyyInyqkkcTU2kWY2FX8faMGewJHzDYmNKCpUMrJd9jaUH2f0sZNm4jbzMRpJMtlAQ4fOiHkAHHxTd2HGBJDLWeUHO2+fd4T3gZY54AXZlR7y0d6jswadpBeWYws1xaTsa5j9jBqcjpjQGQcC1Uo2QFBVCp1KVyPqGhsJ2nrM4mZyhjFJh6qTnq/U+zrm7ArbHORfOJPbTUoRJ0iLUMG7cbiQKw8jKKqvQY7jYZ6MQBKzMEFwV4TOgB9wrXrZiVeUt+0TLt3e1L5izLrtYFJak77or5nPG1aDEx+ypF+/bWy3+VfznZ3+sDUVBF9gGjGO7xb4b2/Q8r75oGz23vjfJBq9CHERqIDEf0sgxMso1bX2U1J3M5SDdMl1F1opXFma2nabnIRvho94SAv3yy+Ur3VvljMFnMGbdZSp9VuXYH/i95W8W5hb7HgdENvlDYamHcRpZ1qxUqBS8Wu00+9xe4JV7nZQXJEAO915keKdCz5s1SpXKaENXfYMUGKLWIYVPUxSbSBqHjDuMtNFoUyjUag1xpzUmTFkN1ia2iU8R1+CaFsnGtfix2h8nREwUO5kON5ytLfTCOEsS/+jJ3PqGYruVQkOMGlIGgMxCnjSgQriWNNXHwm+fityR3pq0NazdNnDpLWYQE0/cd813hwN7j49+JN7XmK9hrdYw3Hj5vhcfaEodf+R+y8uAH/sFUHiMZiL7yydOwzdI3NpEzhuQAlfgHvaUipwjDQHrZbWmsGYfoUn7TykqJNggOOA75DviG/G945P5bNGOOJIhz9P0Qok++crK82cTYH9m4n3ZV5BdKKWyoF2Y/4HyIzU8oz6d+HOKfjn1RuI3KXpn4pbUiwnaZOZLOS4QcGTlCj6dLtXFy3mtVqemSuVuB1H8JBa31r3f/ZqbNri97oQ752Zwfvic7HA5yQ5Xmi0EZ1l0xF3xYeoctIDtFnDYMmGB+y0H8SYdYxKTTzXxD8GDb/CpDqveUdEqlUwuz2bjpmJY0Xh04ndEoo04qUj+jHXGQ0Z4yDhifB93QdlRqLSVnN7pMM043aAQcc7Hz4duZLs8O2n6H8O2RIJw4SautItU5hYhnATgJBs/HcYVksvh87LLxf5aCNMxtcvLuWFw97HnxI65NeIrZdcubhmo9AdSFa7qTHoRfKQ6s3yb+KEjikwIAnUvEpiHvSPxmmOPLhMyfGksvPOp390xH4Y/e7YI+CDxlfYg+mapRrBS6PYJ4H/YP9f/w/iRmTljPl375wb65YY3an/TQO+s3d3wYi3uU6v3lJQ0Ns7QG/gZMypCldU8Lv4NBkM4u5hIVMhNMhKxwKQxTfyvECGkMe0wHTbRJhNyshobK5GPVVJSSchTGXIHC67S/0ie7Do3wHPUd2BvKUtRHg+H4BN+ggtFi95SFKNvEinDwIKQVIiCA9FD0SPRkSiDJyttj9LR6bHd4h6taafnoPHPeUzTOzFN5rayMS6xMxCLcRVdQfR3BY/SesEYjMa4kATzdhaTk4/jzKPtadpAfc6BGj4n++gpFnFKIcovzD9O1rGDPLjWUtcHznTPcC/73bEXviXa2qu94o328n4xIyH+sf4yBwzW1wxtXHOgB3z60mCNKxw2V6946aZ1V97DA2Pjst///oro9GxZSWz1+FcMa7q7r5HiWzqk1/+O7HwlOCJsqxZKK1XVQ7p8FVLUflyNxRypHqk+UU2Xy8Hs6qHqdfiSUA3cygwF3CWJxGvJt5PwYPJw8oUk7U2uTW5P7k8yyWQ6kUxGY6Wl2QwfrYywFHgHJ4nSDHDrU2nKWcYopIaB6mxlpSoWjYZt1qIvQApFYpjQ1pBSZcFMoLKSFBpxBg6owBEVMKjWqQ6qXlMxqqPwecESTpeQuFoJYZ+SUGkkEkbuA+GgMNY6JOiGDL8QIg5FeHZ4KLwuzOwIHwjDI2FAhdnwSPhEmAkPVT14pSPOfniudWfHp+mGooEvstKFDPx08z4ZLbHGOAPJIeA8dkAqGOoKlsQ4f6FsqGDuWzYLrN0hUzhkthIgV9jlzhKAFDfbEL/+emx21iOjg9kbECzAFeJkUxuSiu20i8yFUAEpQEKowOi3gp4rbm6Ze2VpTYNFbLQ2pg25OWs3mRtbxLr+zIH9MMzZK/Qg4gQPMk3i4Y0d+XseFJ8bruX5UHUfmHnkqhvFkv4Mx/MzL6PXN1wSZ4PrxPcakC0iNWUEH0QK/bS/ThUQQlPOXIYQQtMUQpDuZ1zkfr6Aax/HDZkeBQkcBdHoDNmDCZBIvJeARyfefTKRKLcJIFkEuogYldhm4dwlqY9sAE8Lc9u5FdyH8g/VjEwmU0OVyWmNWWutnVbZgx7QUdpRt6ORrrV2WTs8NNUYKfU10qpagCeOsT7qbQom8APSQnVTZZLfM6M3lKgncFytrTwcdGxpAA22kNwmT2+pAlXlhnB4hs3WOAOTn4yzOZUfzeXYU/kTJ/A4ttpU8gjbPW/R81R84iMqNvE+VTrx/qNetgZ99buFinAw6HA0cDY+HA4dCoJ1wR3BA0E6GPTac44+x6CDdjg8tgR6y4Y6JE1H4adCkPNaOM7r4bhQbZ2llvPW1tWU1nJ1Hm9MyYdCdrtNXoUrqeqryteld6RhOl1uKFxPJtG9nlJvTOHlwCC3Vkq4wQkOzOZe497D/Xl9XIajOSdBpcPr7ZkMHigksTniZQR7pBN77S5lxbmN5khhPCmJlh7yOKlGFdLWkxWUpEm21CppWKqgGc5fuIySxjvqrBa7G+AhkVKTDFAwnZLlzAEQjrwa5ZoyXJdUP+ktffm6B775Eviutd/39s8sS0FpptIr7q36fm/N3FX+dKm+a0aT+FTTsvPKJ8U/htvCLWIa/D0ZqgqHZVW9n1150+5cKm8x3nUI/mAXOz3fmQFGwTy7cqhyN72jkjk3Obj3QsnBGJfswi1SXbwsmUpNy41SCQDUODVKwvdxRSE1Stxdjmg8TqXXo0f2P0yQ4pfYya8hadK3/y9p0gvX6RRz3VPNWIs1IOf0YpWRaoT/LOuJ1RKCy7A6rG5fk//JVO6zpPPwYg6H65+Vij3G7tkoXrK27Nz85/jCgDcPKRKjn6z72IPp0zHx3yqn7ApqLvW+8O3Nc34zB1ouCl0EO+v76+Gb9eDherClHqysB131YGsdWBkB1/BAEQLHQ2BDCLSG8CwP+jIfcOkBnloGH1Y/rf5YTUfVd6uhWw3wdG54J3wSQgsMwXmQvgOA1sAseSztrwrEXAFzwh+LaWc0zKawN3KAYqj5gQaD1qtNaGmlNp1wJ5MGZRMXNXRZZxvo2uqoPBxllCoqNzqeTqdHc6Ovj7LjowSMjAI8JJR9i4xTOvP6WXb8jKn2dWnOyXC+OBO62HscH5DxGOGIXEYGg1D+whR5Ml512nyQqmppYjqhBR77YrNPG6ZBhq9KA/kyPrtN5Tz+c/EXHzzyyAQl/uL4cXAQJLbO23DFIBsNxj/aveXK3e8cu0muLffNhZEbvexNz/3+y6u37P4oHoyyg1dsmLcVJE+8Cm8Tf/zCk+qtW9VPvgDqQQY85Cu/eMNSQ1LlYvUvPCxOiOIPf6W+FszqcdXY2XBY8F8qPn6t+jfP4z5WD7+gZ12qpGHphovLfb9+XcIqwYnTzF+QT+lFHoqqQ7ZIBqtkeCvJO4+rtM3zFXjbxwv46B4ncNoRukDCxrCM3WZL0tBC26w0RAA2xLAWhmENen1SLrPI9Tq5DGHVkEJpUSiUbbIFMpiVgXYWKHWsQWa1Q71NrVBzCpNaTjNyhaaf3czuZmkFu4KFShkL5ErwoAIwiqxipoLul4NKeascMnJQy3Qy/czHDGNjLmN2Mg8yjJoBWrqBnkUvpRnaAAch1Mqg3UYzVvRGerlCp9SrS6bmpj2BB7351Qk82o2MS5PmKQ5Oa/AwkM8jDhpF7JOTRvPm8dRd0gPKIU3awuN3p5+zu5SjylEjwNMcEUcNA4sGBGkQBOHKDNa1kcJPDECxnmX+su712LviB7z4ZvD73tEfh9HjT1eVcFfMp+dXib8b/z3sHH+KhkvnLJk7/lfwyLLF84Z6RRmwduYCN3ovKcxLlrnIrOoaaly4qrG6t/rValpZ7aiOVn+7+mi1TKNJuBNfTdB6molb4nB7DPQFwRH3iPuEm37W8rLlvyz0dhqQ9r+szGcwCHpzlkxHNvDqoMdkskU6qRRQ0qmUXea0ue2wKqjyyt0ypS8teL1himTaPOh+p98TzgZUgg2/2Cbzmwwq0Ie7D5bjPfYsVWdIe9kEGZnZRwZXD6/HoxqxKzH6jxGJCEhaTxcGuLt68Cbi02dz0txVRBo8uGZkfOQYchzZkcI8O/JFxh4XR9tJxVoK0lYeD3UkLbnkCr85SOavGskoQptCklwS6pe5vnb9G+MvbW9dORTZpAuzYLcsGrwKdlwVjMrATkNYY264b1PVLxZ/d0Hnf68bOlResSh1yzNg60+WXcQzs26gZ+njR0Bjv8uBN/E7XP3iS/NCw+KDrPfyRdff3dOsHH9G/31p/ydHMNk+KkKlqVeFzmsAuByCDRFAG2J9scHY2hhjSPWlBlNrU4xRhlx1QanLHkRLFdLwHpOc573xw/H34hNxJu7kXDPdVIJHdFAbDTi5WeJlt7P72YMs8x47gadUA9bgAkpXRNal9pFqOe6QFyRwC13Kw5eHzIfUIKF+Tw3V6igSikeprESL/OjZNB6OhGDEWfb06YE8aYuSQaQg416HzyKVOjqaRyRwjBZogEWmsPjTp78WlCNBxYXts9UhGrvgRrJ5i3HdeOm9YseAy5wm42BB1Ms6Skr1wFwOqtB57zZhPbj7BZxsqaxcmmsDcG9Llo97V8JtwuZPDj3q1GFwLP9kS058GCrEf44A8XZ9RRbpscjEfytuRLaqnRoTrj8OwG7mHgbWxG6J3R2ja0qBvA1c1nJNC1zevKEZhpvBnqp7q2CkISjP5WCyJlNWWVkTLaN9HjcHqfbWKFTpWLdBifx6ZWMjhSy0EMHDCdfK98sZFS2XU8p01OnPpjOV6ayi3d4Ole1Up1fnDysDVs7gtybIVOEPR9i30gP5k2cz6QKDo6XLuKQpjWRUKZlqiH8gMrCjplpp+hjSIqBoj6TZVLT/8yP8pk0Wthr9VabqYu+5jJnMplGQ+JkFc37GZ1bciCfP/NeLP5SJf3T6V+GmCRtcGpmmnCdtE9YHDcClffqu24pTaey8U5z4xq82L2Px8Jqapi0r8Pga4BKPHx8FYXFgfSTN8x3e5fTq2Y56m4nnm0vWiDsOg7Kli+oM7WLdod+99LU/d31r731zWgHSNCS/NRvZmWbqM6F3a9PeJriuBugjXKQisi9yX0SmklFxNg5L5OVVMaoZ8nW8IJ8xAyZjaUGty6areISwS9weucBDjd7IsWpDg7cBNjRQdTNw4Lqex9U3h+T0ICISlMuVVCKdWJsCB1OHcQP+HSmYak4Y0N8x00vpkWbTd4WUIbtQwnbZ7Xi4A+fP2kn5gMmaTdoBZQd2Eu4ASEH9Y8SFiYloN4IhxElEGUk/YXkhGRFCSay1cmdH8VztUUxHPLydHU2TRghkUi9WXTzZjRIJWiW6kG5SVUWCSiDCAzJVU7Q0BgvzyEgwlPWnq2Wz9x7/0XUbmXehIuhoF1sbdLxBb3ReDJ69zKX5g37t9vtmDFQbrdZwWFsrXHxNW5bFQVJg+e7w4Ze/vPfY+z3atJ3leZpWBbzLwJk1JREQDmeslz/x6FU3eoxm8feXzey5bmBPU0r80v2SDkNfsuO4dzPyMH8tpHaFQTwedToqyl3lSlVZuaK83BUNRwOKcmTuyxeGV4Q3hukw7/MFy11BvpwP4r6POVe5xeUqNxptHs8BF0LuLAsPqoH6gO2QDdpsPISDCqDgyyocKrvdEObpaDzoc3kU0GRwc8CoxEYZKaG09J3DKzw6emoUOBNj+bSDRJrH8FhlJ0vO0dO72DgZl4lMNDLO+JY8urRLee3oLtnoqB7ZbfKDPIckLgYwKZACo4NkeJ+1qNlo3OqxQCiEuPBwYKABsuNiXcpor77tPhU7R7xpDqv66s3JeeL3K0PZUjDBw0yaTbeOP/zmMV6mM1elV4G0uHuzFbe5sW4GG8VfX1VxkYHndf7ECuaGT9cuMTeq4FrwkthYWG/mKH0EOfZl1Blhx8L4ijiMxcJ2W1ncEZcrSuOyeNwRDoVDsrhFJouHghznjzv8wXjQn3TELQ5H3GCwuN0jDpBwAEdQr4fKFyzAYglCmJMBWbC0zKZ41AoOWA9Z4bAVUFbW6rPOtg5ZZVarLhRUhGN+zuGWQVbHlQCD+gJLjzXT55a/sPpfuPz/ZvXTZO2tU2s/A5C1z3xu7Zmj4o1t/jvmF1c+f6+jWRwvL3GEwWMx8ETUzeXGP9h3gG9z1QLVJ9eYvciMmq/5RDydKKnneU2JrYE2ffZpux05Jr8GMvFTvOZBilI2Ih7voWaDkGAJ9wF7H7isA7R3LOyA8o6qDtiOQLHQrFI1zydM7Orp6XI6Zve5lKrevq4+RV+go8vS5+ro6uhon+RtYLO1l5eHkSjsDoI+V7C9r51IQ6urD0lDH4TbFUCF+L7dh0Si3dUentPQkMi2NoYD2Y52urdtdpBXORyGXIO7EXb1SAKRKEMiUV6UCUyZKdogfwfLxTjGryAx/soo+2oab6KudSYciXyROtNIA/I4xoADLUUBQge7lHH05CiLCTSNTGRrdiJeGCP4H8mL+d/arSmqKhtFU9por7hze5GuG65LzBPv7UQSdc/4Yxc2WnA18POQLWPTl4/vPvpAUdhaxE2TwnaLeHxK2MA14m0XNF098KWCGN4E9onri/F9+d1IDjupWZQo7FrYvaJ7Yze9cya4OwA6O9vstlndjm65oqtb1t3taJvZFpJ1I3nsntkSj4c8Hn+3w9/S3YJEshuJZDfLWkpKHC06HVAdwsLYAkBO1ieDspaWUG9tbUW2qT4Uys5sUXQ1z+KDCpst3lDL1cvbOuOSMFYgaSwriiOhukR0QnXTBan+eeG8sGgS8v8r6cz/J/Jp9v9Lo+Y3FygdUcjvFtcu5L7UVaTzRV92LBD/lC1xeL8upi5k1cBf34mB+8Nurmn80xt2fF6uk+6CXIPYF5s38O2CzP/+H/+Q7BqenYH9qAhVimTexAcqA7DUU+eB7eaFZhjFwcGfCrf6fRZ/aczvi5WWBqRAodwYLPUbOAQj0IlWrXMrWK8W2CMOt10ZjQUFnxciJG/OKnzgnz4Q9QFfVKHygn7vx17ojVGsvxSHiKDarwgIHNnvqaR1fpZFqCOqNGZBYH34hjCsCXeEYVigKB9yXg9RCHdSZTY8SsyE7rEFbnWCzU5Q7Wx3Qqc9cQoHxTFaOYlghgud9ZwtQM6eMwR0jp/JZ3CStTY/bEQPeKK7I0cwCoIt7MiJ0+lJn2vkx+Mj5zu9Uro8BmiMRqZlxzEwoQv0xt2pfXZCYz9QuMSH9kb7Ble1Xjd+dEfrqsG+6F7xoVurg5uvBQrRw0yITmC6tnGg+lax/7PHwENg0+qLLhYvvr4He1SzbgAHL75otXgLb7us98MP4fD4/g9vfPEyG3Nq/C1EN6mXy+2UnwqB5cJ1m2mw2wFqncCGTGJViD4TAoFQKFnitpSEgiXuYCgUcrosTqeLMfChEvRTrdRwamD2WzizOhDkBbdLvtm9232Pm46hH5Byg/fdQOf2uKE7IJvpmuda7qJVLnCP62MXhC6T6xsuWs24gpS+JCRTYtS4XqnNKrtkIb3g1GsEdKLpOqI/oX9HT+v1lPmrAIDQPb6HfT/10St8G327fPQSH9D7OB8s7MgUKIYK32UCl5quNkFTSG61Wdus9J3WB63HrPQ863LrBuvr1tNW2S1WAKxGK1RazYlTxBMePpvPsyfzmPz5s3kCSs9gh5c41uSIEB1jz+EC4fPD51JeovuFiU5J7S8x3aWWKIVWK4VOKwWScwBTXDYs/m1d/f0Nc8WGfPr++nXi31o7OluQr/A8vUB8CZS3dHa0iteKMmoCuO44vqVRw/OqOSuP3yGe4WWto0+A74nznhhtldER8buSPVbdi2Szg+oGuwWWb6lsgSs9gEhmZ3c3lsyO5iZLc3dXc1NXd3cgJ1hyOYFDotndbMgh0URnU6LZgUWzsyvYJEA+6o74yr0RZU2lW5hR4a2CZPDHVUo2izdY+nga7+fyGTjcP4V2MJydbSLC3AT+2QSiTaCpU6ESQL/wsQCFLopt7p4S5twFhbn9hnZY097RDtvPEeYeIszBzwnzfvt7duhDDki1v9EXqIr6yxNnRsdHTiPQ9f8g5fhp9JRRcj6x0PecTrsQ7YmHmhv5Avkf/X9RANX/3tpP0xCqewsaou3a8aPb26ZpiJr+8cCFzT398y9WHTd3Sh0Vp6uOKxvFwQua++3n6xRk6xWXIp0iUC3gTWFxBw3+x/GJA3Y5FzshrakBOqol2SK0zG5hHLKmlpZkfZ2lvqW5vq4Zme+aWktNTa0TqZeWenRQUC8CVi9NzXxdrdwf4oLqdIITknK89f+xEn+WtABoUzmzgYDbqTfH6nbXQaoOvF8HPHXX1t1a9/U6RlfnqYN1TbJ5tctroaoW3FP7cS001QJYa6r9Ri1SQbXNlL6+RVJBN0+qoJovVEG5h3M/zdErchtzu3L0khzQ57gczLHoM0Oq9Vz1E0YKiPliBWT1mYfM0EylkaClu6rdoVIhEepCBrNYbU1mVybyxH/+kPjPpwdxXOnU/01pDRe0FvqJ78OcHsc8XNBeU+w7pcQuwLkUdr8H8oPDyP/2f4Emq/436GWaolNcegFF554hhi4EXeDZC+g/4Lr9WFEBHrtdUoAd8RNfBF3ewLrxcawbw0g3AkolttFvy9dQg9Qnwq2XLwWX9oJdPWB3OVgWAG2BBQG4xwf6S8AtZjDL0TGzuqG5prqsOpEoz6ZS2erq8HZuPwe5jo4+hyNoaejbvAQsGejfIwe0XEVrqIvD6WA6tKMf9Gs0IXlwYGDJnFmO+c4Q+vYb5s83zVGlE6lUXVNjY9PMsuqZ0ah/Js3TS4Iq9Gcb8BgF9mwuN4ZdhVoMQxHmTJwaxRcQBK1NoGdJWv8sSKArefbsWfZVo702j4n81lnJ/cBuiDPxKsKq+MXomD3lODVGukJNG2EujSgPBpigz5glSU5c5ItTMXgoDN4L4UOeidQzqhpfzlgDVosX4FtxVga91IABqdWikOYsSb8OZ20y6aqMj347441f0+KeoJaLbwvdW/nbw7/duvL717cOrtm1XnyvJhhk66ydtfVb4oGfVDqXbUqXJeNKBM2CffesXDun69o933npsfDt4Z6I51Dk7/3IzdzPxW+4Acgum50PgNSDs2c2Wz33LF9/iziGJzRZ1Y/nTCYvG77z6KxMhTJ7NVg8dOe2pXOjzh9/6fGfeFvSLc/cQPI1FKK9nXmMGqBeF+I3+UFLVX1TdVW8KpEoyySTmaoq3tPZ7nQGPF9ub+9enF+AiaqjKBsOkpm6h/hEIBFcoNMF5fn84r5OB646djkD6NtnrJwzx1LZp0lVJJO1wowZQjziOwo8gq6lShGJhOSLpyg8hh5ymbOm2lcmCYwbfE0n8BghMKYvDjGb7Eh2yRZsRGJCyQsRGMc9C2QgYbLKIl1Jg6/qwgaX/5CoDCbsJElJWVgmTdsz3qo2wfhi59qmxrrccu9W193ixCW5mRd3/qAuRFqHpQKbS4M/qXJhiiYkil60oHXFn4Hp4jmXB7eU1Hsd7kDO/KOOUxJFZ7Wvv6yrjxs7rq3LVF/cuXgCNxjTyx9rNJs5fRSRM4vIuUkVnbEWtxzb0Z0rack0t2abbqCK8/tkJ2RLKWQ1hYs2BG8KwprajtpFtfTKLJAH7gzApa7VLmhThpXXKGlagfStRR7Cuw2BQZYJB9VOZ5mZctfT3oq421eWjnjLoNHiNgsah9esrMD6OKPUZCuM/owm4BDiOE8TN/vDDofg8mS9DrDWMeGAlCPpQLDF4ZjRUB0QGIrkypS6LDXDj+sePFpj1h+IcOAh7inuDxx9Jweu4m7kIIVcIM47iUSxsj9G0Imr52wBS+TXxwE74uiZTPaMfDhCQIgUVMUoBOnwEWkLAAl9S+mFgWJ7PyDH5FPgdI5xuoJGyCMSprGCNuOLxfEK+G5jmoCRqozsRLtZyZVdv+UNma6ybPH4g9/w6H87b/bG3Cyg+rrQEJzhWrgULv5mif6DGrtCIXTeL6uSdftWPt6/o7VJJv5oANkZK8/DjsAmMOPwDwFYpeLFvkdrAuDxjS1RgJ7pDG0QZ93XfO+3Zy/GtCwRu5h36W9QaeqvQtXeCJD7bX64iF3JwqXG1UaoNEaNUIUcExfFpZ2cSx4O8lqDRq8PG3SghNYJQb1ean+gy+b0L+ihXp/NlGHBLWfsTDuzkKFVDGIAhsp6Q6ZB0wumt000ZWJNUGWiuCEOauRcyCyYcbGX22zPys0LzA+aaeUmM6g2A9psNkMVbXbi5N1jpYmsM4EtLVlpBAylfCgGkegCe5Y9lh4kB1KHPkRDl+MUxoZULpfpwdHuE2fZN0YQvbBnAYbzQApSS9/GoDEQjtBS5LoSx7IlImWMEk6U4tvMuxrlTJ/aYDSWNF/y7Jq7brJvtUBno0pTnbg/uFenL2lec0PKbjUzzprkRYlq+kpwU3jf3S1XLro5LA6C+3tWwPQSJgfC+q+Of7nOEqdv+Oy68F0trz1n3p0q1eO9bIV5R5QBoe4U9dwTkSji/jKc0q5WGbL9ycuTUJfwJKBqaQTQgm22DQ6awHL9Bj1cogfz1OCrKnCFfKscGmAfHIS0Wka6+NTgGZZCqSPq5bEM8V6BdVg9Wdbv9TKWqJauiDIq1t+AUJUQKc1SGUdpA55/A5WJPIIqrxblgJRC443amTiFrozhvMHr6bRrLD49zZkfxGlO3MVdIfeTWgTkdCEITcNCVqCqoCLt8qK2M5HEQZVs01MviP8l/uqZH/z2BaAGJc8+fkbdP3z6t+sWK+bY+vp6xdSiPXOtvfhg/j7FrtWP/+/wYvh98Vevnvzlz0A5aHnl0V++PEEB2e3PjXz1/Yya/4oDP0TFlx6+5fh90l7BQh8Wyog88ST1PWHtRnoXDdXyLfI98jfl/yOXqbSbtbu19EnDGQOUsVezN7N0jWWRBXagh5UWepPjFgfMcKAnmo+uiX49+khUVlW+oPyycrqqvA0dPFl+rFx2STlwxz0xQxgowyGTzyez8XpFgpdpTCEkGo9R6TjuQPlEn2pQBVWJ/Nk0MjjpqcUdG8i/MZbJEPdl/VSVB7AocOETsTG44s9uUxTyLB5QWNBspLCgZNAc/XRd46vXvbZlRUPulQ0nrrviJVND75ZtdWX5mYn7/eVNcGkr+pms1Ql9N7wN/mv75h3bH9j7yLWbr994364bvjS49Zr+PbqWi5da+OaLubuuvk3S/XUT/y2fifjTQz0o+Dc5QacThFzA6gK8E1icQOFE5v52FbhGBVROlxO7vLUalcVp16hqXPhOl8Zk0jvteq1Tqw/YnRY7ciTsWg2y09vl++VQ7iqh7Raj2wzRNSo3mhsfRVZ7LJ9OpIEzkTnleAUHAc8NBZIQMYLOJAAMSLS4UHmLU5JgEiQpcH1DIdOOrKsKL5p8Zk2FczYbdbjNYj0vMlFDZg0svbMC9IOLL/3arcz/VjTy3mDi00eY23Cglef1PelVn71LD/4TzyyZOM2sQLwUom4T5losESdwO90eZ8igsxh0pusMoNQA7AYgNwCD9hYd0GndHrXWrfUk1VqLWkvtU4Ocuk8N42qgVAO1Vs0wCk9A4bQaTG6LXKfVkM+PQ+SZMenzE+/D8cqu6Z8/j5AIufzqrriSRMdJ/BNMIYlpn7tYSidpMxuzotqoN2QNXovRLr4bE5/ma4xpcLhktvWNkw6l2VGRSzXTHY12Beu21Y7PoWWLPColz7f506IcsvVszJ2tRjJFeEJBoyMFxQMg5J0BoAyAqL/Dv8l/t59R+Z1+eJfiIcVTCvou+iH6KZquDoCNfrDAD6r9IOwHMgbIVyg2KnYpaMUKGoskTUOgVO403ml80EhvMIKFRhAyAqM/4CeZObPRYvZ7zUYKAG8oAAJml8vm99osfost4PVbvH6312I2ajTb9fuRTQqEaG+Jzel2Q4tZBRWAOQq/hxb31OjUAk/jsF2fZy8cihjbpWSLLEaYjD01ln8rP8a+NTaN3aRdfnSGRv//NevRZ1dcuWI5+k/f9S95UPYd0C8+BPrH//TFvEhLvCi7ktCgjDopXL9LgVecPioDu8ii00fB5DJDssiQhmj57KaSkoh/lx8G/UHeH7LjRIh7jx1st4NSO5Aj+ALtFoRTeZMlaOGTJovFZFHmTH2m/SY6agIqEzBZTFqtgS9V+D12l7sEfUCNAuI1fgSt8VujF2Li8xa5yMJj01iYAPJpK3zuwv4HzA3/VFhf+MN/z+WMtbDIb/4bbic2WmxTPoV0YILKUd3U3UJvIkF7veFQKOSwWRwOWwTXrtJ0MmqxRKOWigr0IDQkOc7h0FksPW0NNTOjDXRHNKuKlod8trCZphwed4VXbjEYzHLiruClwjWBo2nkgpAsGbINgHgiY3j3yVtnSXPzXSRqwOpHZSTrJRV5FdJeSAVgWAOIjY2cWy173oKRCphKv4yVbsX2Gt9M45JAnxHn76uUT+XC8hJxb1nX4suykbIVvrqIpruxSfyTyW7ibFnwXeti/yNjRh9bBko/ow99858ffvPgwW9++OG3Dr3btOCH4iNg7g8XNNFrFVWqmZ9dubpzkcefztsMdx2Ej5X7XFZWy/MzLYvENPikNOLXyvn3xF+9fOLEyyAGYq/8/OeviL8Csm+cHL9x/OY37sc2XGyTi0jvVlCNVC/1ijBz5SzQPwss7FrRBRfOXDETLmpe2QyvbgBb6sCWLLg6jWwSzXF8MFggkNUWjmACRZDSjljKy9FDDmNWTSLh8RAqzW7H597qFr5e0c1nNJGyoNfGY0qVuMu5/wOlsPv470k1FSH4QppJvsJ5JJMEoeh1TpaLFZzH6iq5+AVkY93WxHlUaxi64siRKwYH8ePQYb5qeLiS5yuHh6v4C9ItEvYEziebWPn83q9/fe/zz3/p61//0vO3Dd9//7ovf3ktepRyV6UT98nelx0mfRqeEbatqgCdFaCmAmwtB/3luMBseRjMD4M29Bi4NADbAmCDH2x1g8VusMoFOl0AQQiHHjhUwDJUAkpYn69siAGMMhrVOhqoVIhU2g5q12q3aw9qD2tf076nVWl9Pq4karKwrIUuKyuNRhmlUs4gaDGG93CN4ZgA8ujxAUjgcluCwJA1yJDHaZSZ+sK4VoaXPSTJCk8cA0leMP6KyKVKWzu+jnSR7P2RR8WP3LN73eJHj46MPAqU7t7ZbqB8dOTda9Yecff1uI+svQYf9fThI/iA+LMfPWbq7DQ9PgqqQVXxWPwp0H/vG46ODseh74p/E/9WPJbWtnXiOaaZ/jXlRl7D80K2L7U2tT11OMUMSaMCh/h1/CGe7vOs9Wz3HPYwO1zAgE2jQb1fDZUUBKysDDsKDUpttiwZ5eUCo1T7cEzWx4V4i4OVc0mGdoSiSpptc9zpgHYWtLMr2I0sLWdtLFQ6WK1UtJoJE2iL6AC1xRWtxU513mjPoH9UbmRs/MfYdcj92DWGnIqi81B0HwDxnEnJEeHrgudlI+WQbER6Bi9w8XoV03zVFU86L5rtfHL1hg2rnlJY/eUJn1n55BVXPfemq7fcb1G8+abSjC+alL8Br4xsXuee1e1et/nFFzeuddktPp/F7lq78UWQbe7wWyxN4s/E0ZzN7POZ7Dmq4JOpViseoDSUl7oCmITDq+aAS9vBzRqwVwm2KcHGVUC9ECyYC5i5YEE7WNgGmDagagEbE8BVuqUUbgkAhIgUcrde3+cedEO3FtldQTsbrZDZPDRje93+OlhXlV83tGMIDi0P9yyvQt+t8xt8a1obyvqjK9PLltU0RdPoRQpVEwNYxscgYjCUB3isDgOlB3p9mu7pDEYvCob2hsHS8LYw7A6DWBhowiAcRcyeISv7+lkWecE4s/7b9ClkWPNjr6QTY+w4joi9jpUW+5YUD8NxUMT9+D/WYwgbZfBxYhrUKRJLelQEcPFe0ORPMzKLQiqyIAExosNsmKTIEyTeoETSzHnF6T5abmUlnVUtFf/h69B/XkV6mjEpHu/cKQY7n87unAP8y8GfxJbXSpOlHnVYHUisnNHLePY8LR4Wv/WNZ8TnxMNP71mw5Jv3jWyauxGXrPsT4m825c5uvGt4++auWRu3D4O2LfWNm8TfpDlcr75xzqYXQcMTCtmKH/0IKA49crCXd3LBqpQuHcgPfvrpZ898cuDAJ8989uOHDl884C27ZMNSXUrtYnXiO3e9Jd5woKOteWCguQ3Ydx195w7g1bIudUq3dMMlZd7nxO9LvmfbxGk5K3cSPmqlPhWuJuWdC1tArdApwP4ZYG4V0uxtlbAq3ZaGlyc2J+CiBFiFWWhPDKyOgZuC4NIgWB7YEIDzNTdrIGK/1cptSrhABpqbzuMvVpvUYh5jtOZkbdicajKnUuYmOoMN3Q987Rls30K4qXYT39ycxLylcHhUDOYovT7FJxX19bXV4VAUeyHIyqUTOFyKGeetMSPp1TaGQ6MFpWm0I64hRTsSo0yyizFzYRX6HzAMVqRF21ZtZ4ySSSMsUsnymEvk8n/JCnDt0JqnTn7pS68/tWZo3cYRtfjXXO/X79+8+eD9PQ3iX9UjG9fJNkukvv8cUn/22At7voa+9rzw/J7b9Nmo+Mp3hvft3Ln3yiMgG83qb9tTmEutcsr3msJ0D963pjvJHAHbKNdjQBgERydeeHJwnnmWAAaIo1GJN1vj2dZ434LMgF7TK70G7kZ84RVMQIgfiUMq7lNTAvALykqplUMcb3GrlPzuLnEp8z7CnOXUHUK2lNvC7eHu5ZiYp9YDkTuxQgmukYEIA7x4P8F+eBBCq98dMPtnY+VA+crc5UeBTCgHbhb9roSiweDz+hI+2qcJlqj0bq/Z5rZqSt2lUFl6bxiAMpqOhmkckEDG8X8H8omz6dPpnETsk/mzH0gRtjPjp/HegaLPA/1TQmydnlOdAc4Re1whyrzvvVo8UpDGmWmde1Vq/NnkvLBD/M4TexYufuDg87fvixsbbUH6PnCz+N+SgBk+W+Fv4fmUd+tX//HMZ8ceOjKU77AN4B4DYhedRHgwQX1NcCk0dg00aPml/GqeNtKGMDCED4ehSW7AQbRuLZt9wADeMAB1GETleA4Jfa8cyHWUq8scKumiQmzIF1oX2hGSKUMh6iDy2qNUqi86GIVRY0izHwKo4ssULo+7RC9V0I7mc2NoYdhXEcubcIn06fEzaHnyw0hTrsfJbJwSJOYNWIjpkqa8FBCa8dwE3gwwDczRyXw9p1cqW3LLZ1zUNu9AVRQqw956MTNTGzexh9ZtuHrb6KqBNfCX88PGpvr6rmX337vpVoV4b6+u0mzgeRqqgt5lP7nuxrePf+kr1U24P+TEabhPto8yU38T4mYDpTCxSqOBggqTHuiURj2gFSYNo9UwSqNcYZKpVWoZfp7CHrcK6C0A6DUMg8/UMrVFJlMbFSYFPr1MabQolcZ2sAJsBPQfAJDLjslOyuiwrIocfCiT/UoNjqt/pYbH1CCsrlLDDjX4oxpvs/qLHmzUIzBCAY2akSmVJqNCebfp2yb4kRJoGJneAJQKo0mtpqx4DwxSNOvzVGIkMUI2ugxPfeMUKm7hzRS2ukg/DIUvBDEUEYVdEaGD5ki1vRr9N2douM/9y96fu37x2OznfuH+ee8J94nvzX6Crujp+ENHb8f4+zCGfvyhvbcDTIz/iQLigwwPlsp2IfxaIditO2jBsENlEvTGrIlCqhYfaOWJMRIsPYUBTsJ1Cn2P4WCMPOgvbGjEO/79hQk/YGlzhXgPaK6oaG6uQIuHD2T2imaFBl8o/CTyLz7H/BR0yL5L6SnrU4BSMjoVUKJ1OPVbxHyv47cI4kSTPA4qSdIIdDS1VpW+PX/9euEnDSeZn9bN3rNjGZ5PvZOxUptlBykLlRHcWu07eEv2+wg/KicMwHCYBrRJa9ABpY4ooIH82OtjecTdY2P54Vrkp5gLEQ2Sd7YWPsXmREAbVnpKlXNe62soa5A1B9K6VGVInuJ7D84YSpO/f/J9rVRKcEJoUEy+s+GwFmhNtAECJTznXU/lh8dM0rueZyGIeGx+bY6y1KMMawMJ9K6xsAwiLZ6ShyqxFo+nUwn8vuOvyEwwS2yuIEQ2aMClGvCA+gk1vFcJdhPw9jINfgP/BCGFAJqKAXI5VpDYOcAriwDSlP2abrRgtvNakZ8nmZ514KOiJUHvqfwsLh6h35A9it7TTgWRVqqn2qm51CD1W+Gi3h7P/HnJ5qYZDcnF/VWVqSTn6eh0xkrlWp3RJA/xFJDhppxQR8sdTk9nT/ccYQ7Of82Zz8f65y8ciJQZBhIDUE0PNAXcgpPjMGj3oRu4uoySzlQCWepg5eFKmKwElW05iyHXpDPOaEKMcmKEPXlijD2FUB8+fgsfH8MblFyO346xbyEFRZ7Fzx0jwX10DBJvncJVO8jkoydPoh/sCfLv1MnzLxEGRHwRJC6redpx8TrWaeALrtMXuAcf89PvyS/ZtGnJL1fVpDYVDz77Bz5K1az6Jby9eO2T/y1e2zT55EfFo/EdxSP6Z3fc8fcOYfyr5Ae88Y47rhA6Pv47OaOfJWfjZvLj07PkByCPFKHvLHE5/bicobSUDdE3iejbgeg7QP1F2Lyof8lAQ1PzjI42ur0hWloe55OJUEPt3M7uHp/X7+PszhIX55MpVLQSMZpc6auvqTXbrPqq2tJ4IhSmk7zJbNPzcqVCpqFooJIp+P6lSwb6ujt7BnJNM5sb2me0dVRW1dR1BHwc7fU7XV5/R2IADFCJ/FsnT50cIwMQ3sJ0OZWurT2ZHkuzJ0dPobNTx9DzaXwBw7TCLfbak4jLj51Az6I73jpR/AWnzr0PPVH4XeQV5CLWqDjWgHQqtlyyIBLLaqvcmgE2RQSDd3QdUVmB3bhqO7Z31cSzq6yqDFZmeOzjkUlYSBWDcNCKrmFfToYtZMaWqcxYaS5nd8YqqlauXpZp7x5fcs/c1u5ZcJ+BzxnJxeyne9Ysy+ilczgQjaOn7xHVl2TaZs0ovFJ2g3rVV/Z2NuSMH6/Bj/3olHlCev0l6KVVezu34ouf/L57xuSbZemr1kz7JZ+IxVcOT77bSpBH74XesU56V6TFeHGL7BsKHeWkeqlPnzAntcYsAhwnBDU6KLFrNMbvMc8gLBil8483NdWGhKN0/gcxIYbznhs1hiwVA1SMRRdmx4Zih2JHYidi78RUrDwWqw1156q8Da0ddK27rQ6mXIk0HXJXzop4g0rEjMpZlSVpt+AWlJ6su8Pln9Ua9DdFA2tnbZ8F354FfLOSs4RZ9KzZtSl/ZUPSL8QCsyvBe0g73NeHJ/GOj/xjhEX/pA1C6ODDkbFCXlVC+VTudDp91p4eyY2gR3RcSJIPEyUh3XUWASFkkvHExPhURKrgtBOXjhg7Okh8vbg0iJgUVk+W5E2NJQZSZKswk5xZfuvy/fuX3xoPxAOa4Iyt2xp4ZbAsUAoa7/SberoeWLWjfXwvkGnKIhePP7W9tXU77NzRCq+O8ltgNzqVP76lJhKp2RKsyhg6tm3r1qWrPu4V5y8SbqjJkk2R6s/e7LSmzUZIKnjpgRtmSbW8n/2dDm0M+aTjb9wwi8RYyN5/0mdiDugRNHJWpcsqWJcvG0VkfCzAZ3k8QqupqaYckXfoB2EB9xwRwsFY9ngYCYs93B5eGGYU6OGu8FPhX4Vl4XBNucWrTqihWo9ncTHwESFbj0hdw7XVyh2lPhtdznnL1HguDKQSSjCoXKs8qDysfEH5tlKuVPakWg0+oKR9uOsAcuRCPY60XbBjXrB32LoSPWBtDzjYc7jnhZ63e5gdPaBnXj0VRy+I4zY2aiEcSgk1ZV2pFLYiJZHSrJAaSkEqxaZ8qQOpQ6kjqRMphXJ7CqQSeUzyqZ1l/0AsMMq+hdujTHFMYcfZqLTPbDRPEZ5JkMfc2deLT6yfzjqEaaZxTcFDICxjnuIYUpoJCgwzVac5uYe9mAMgJwRT06u3rrjs2oUbWpsz8YubgiXu0hkd39/E61JVNwlL3RZxAzQ5usX+AZcZKEO2DvDsoFcHvgQd7lbwHXQIFbxDJsvnKmNV63q3Xe5ztqz85A3x1MxYry/Il/kuw2O15pREAI93eoIzs9VJhyEcTliuFPPgZx1cEEgnrj5N0sFOmw/uosLUS8Ll+/j7+O/z9JX8dbzI0zV8B7+I/zX/R152hWer51MPvct5lxN+bAdVdBu9gKY/psFOcCeAZnWQ1en01k7KC5Rer0wPQ4VdzkYjxVoCAZVG5tcZVAnVeypaQ6tU7qN0eWEjuWDS6LP7qcPUa7hJmo+CSirKHsOZeol6GVJHi1SAtLFW2tRMPJrChmaSj5bcvfXTNzFXYm2dsQYvsGWZmVfYsjw6OvLyy1+8N3lF17e+1SXuvcBeZNxP5mbks+C56l8X5p4E4KcQvG4Hlzsfdj7t/KmTudz/sP9p/0/9jEXDG/VWfrv7Bdxw7D03cBsoL9l5vF97UAu1si612UwZrZ6QfocaGNSvqaGGVqsdU1vtBW0olR2idlAH0AqF2FeHp69MfkRaF/b0sTzZZYw4+ezksuTP21o8uSbnbCWmby5uJf72tx/4zncuvG2Y3tV15kzX+H3T9wpD9OkpJo74J0RlASU8omDsTDVDq8rCDWHYDhYi54GOy+plsAw2QAhlnCKTjCmihgpvBdTSFRXGWNThxTuFDSa3oLZ7jUroaG7NyvADA0HbPRDv8dZBD4Q6mUcG9TJIwSSYtz4JYNKUDCRpTpME7fLkg0lohxkwj0lmyni+yl+W5RtyVB8F8fQqxFJVZQa/OmD3GP2z7UP2d+zv2xl7Io8Lt88g1DmQXy9Vf9cSjxh/D+NCbxwgHl4/kI8Xi72xZ336bGE/vYm0VULuntQSF3vSGHbIyaSM84u3cen2+XyI3b0qJv7ghuwtvSuW3VASmZUdfzazgLe4Iz0Z8NdDA9df1HF6T9P8zOxVdQuat2evy9JvvH7p1dld7hLx6u0+9EFrvBvo1Tu8ZbybX96/73gvbx5/xVK9vfK6TgoW58xQpYiN3hRKFMAOYJDP8FBV7ixHUJ4KA4885yhLZ3O4NG2BvSSrzN2SgzZnA1A1OBv+1PBxA5PKNSTqeFiJiAcBX1pZCmWloMlRGi2tKaVLYbBaWcczmow/0R9UeDhupldhMHFG/fwG0JCLw1JVnIwyMUSAMtLsz6pCXMTYtd8GKBtrO2GjbYhbT58ZHyE0IAuK1pPC5cgfYOuN93PjBFaelC8bScR+eIA0h8DxC/SPyudlikLwfSpokUlLiy7tn7cWwroGQBfyUMX6N4kC9DPZ2wa2d1bHUow67OkSfc7aHrWp0sFrgSu844E9S4dvkYeWCosQZJ6rMjbUdixr/Ep2VzydPdBmZcvEP7Va0xYDz5ftppcNuGJ63/qTb66+6fX371aA1C+Gex2mxeJ3rgzNjIa7v1y5awly43ikO66WNyGUfpGQ3m0GWq+b9Qc1XrfCH4Bet9wftFmtFAgaWShXKK1pm03A1aoOAANazX129sOGcamREWl5X5gbXeh1g6cXnYte0nhCPH21mG29dvyZ69raroP2ocu76YAMfvrBzg6pzp8ewEf+qy4mMT0vUnA/YhopB3WroHfY7RbAmxVKtcUst+NOCCzlcLhw52L5ZOfit4qdi88WOxe/W2jtrwMHdId0kNKxuu06Wje9ER5uVCZ9AGkW9uQgcTyFJoInaygjU82Kca9i/3m9vvGnq6rOwB+JX7UkOsSqmZV+W3UP+NbaTlcFHsS0MubnecDWrQBnllU5QLhqg9SnBemsVUhneamNQplTEVRjZoQ2G2dUKimNg3N53Zw/aPW6jf6AhtBG6u8BjsJfCk6vTB70cpA1ekGa0MUv1wRc1vt8k3Q5W0slpAkEYh7TBbCkPSdFYAa6jJ1SDBL8Rr+dbPOY1h9VohmzKqLcml0h3oTMq7jZH7xu/JntrceOtW5nBMYwEjKM/6VLvOh6PlrY4HW4C1yKEeK0WfAh6inBWh/qCq0L06qQK1Qaot1yoTSRlZM6ZJXDETShT6t2BilQHBEPACPjQ0E59vgBprSeomTqEjXp2aQO2YvD4e1Tw+HtrP2AnbZLrd8bvng2fEmMC0aCuKl4JKAmDcUxSacvDG6ULI0cknpdICN1zi6CGQAbr2yhRoCuxw0uXvrFLzAeahWrVpTY77iDVvHuXvhPeO+WnHh0zu8IxOF5GPKu+d2cH3SZalgtIPPpeLGN+Qmif5r6/tMUmHjnMS2bTeIorEpryBpMwChjsIu0QKnJMnpoLTcnEm42AiJlQZ836A5BQTVbBX2qpGqHilYp9VFosHm9bmeJ261UpJXqtEpFeSPpMBugspQTKJ3+clsAvdB/wvs+GT1DtgudGcizb519XUKbb5zFOo/FweyR0fwwtjGjOGo7RvyagraLx3nWT6pLgnQGLUx1CCmIcxvsEuYxF5iLaD3mJ6JmyXN0vT7o8oavWbMXBL791YevatsmqQJGkBUY7aEfH9264y/jixobQfd1bQKgYTdienWPOFDcCyTpCPFHmP3+sPqhR6T4v1dso9/EfceoV5+m0siKlBpMWVkaKPvjl8c3x2mVzqlDphtYAQ9ogzFhMIAm5BSkUhEX2eFiQXxXWsGHuYhc/v/R9iZwcpR13ng9T3VV313V91F939d09/Q13T0905XMlUwIGUJCLiaZQA4gmGQC5AKcgQVCYCXxIICiiQciXokgkIi+jBqyumswroDoqkSNUXeZF1YjK8L0/J/nqe45ciDs+/kzoa/q7up6fsfzO78/JeRsgtuhihPeQ04nnmISi1EymUdNyiA4CvkIVEFMGwhqjkWhydv7DUFP2NE/IMEh7/fQaIGH8QqfkSptSQxp4biEf9cwnMgGc/IkspaOJygJLeckelc2ixa6sfeTtSY5n0YrBB6QOqtmusmKDWwWPCWL/kXd/pN5wZ3JP9YW7FmxeJo3G5xJUFm+N3rrE6+m6rb1S0fAp/ZuuNX20AxGBWcbfIphWYZb63VS117fLbcyV1M7wFrxpr2KewPHhulbFbsC9zjplfTKzhvoGzq3OxnVjY5arEb/PPDKzRBkd+xY6/UWrR7B6PNrPYLBF5jnES7zBa7wCAsxEwWCbqfJ7XYO33xzkFWYWFYRdgbom4dZhewy45YtfdGobXHffI3NdplxB2nL1OnzO7xZz8aiw5XfuHFwncjr8+uS6Mm6dYODl2Xwy5lMJYdfzuGXc7lKZeFl0OM2AsAYjAo3+v4oU7TiU2xh1mqpIigWtWvXzrNeofXP46ygZt1i3Wd9zTppZUasP7ZCDBqybQx3JEngxzgApCcI6qfGsmn+FPL8cQGLNPZMP/0QyVaiUQGPWyNwHwz6lLVMoACbkIAN+PQEgQXECcPBhrkMApjYYTWQUCqndXMkPLM7r9gmVSuFm6FfEkqwNv5wAmU6ckBMbMN0dnmqRAz/NT8jt/qvWPaA5oFHUwvUnC9IGn2dc/z2G/+l/vi2Vb3zSuXO9t4EnwwAf9q9xRuplFLivH/yCK0RRSiX7LKGe0bhvA/3OG33tlpXqqO94kAtVS5HvVs9Sb/M18Ilemvd2ezVyYG767s/u3mHA8iBbymor53eRA4CWIj+sP6RkGFZ9+3XX785klsX/uhNsivaM5F2r72/Vvr0iHGl28GCW6RgxMI76vez16ZBwLEqFXd42qPp9sWqGx/0X5tPbVm58rOZZTbMu9ZJyAzTB6n14GXx6vBV5Y5yd/GqXk2veX7HvK753cq9yb1X7V1OqxgVKxNkTsVa21r2aODZNWMb6b3hvW2jG48FZVtW3bry1lX0fHbhqvlr6cSqPqHPTytXcRvtq7wbZT8PvjIE53KYSVvwtNqIuqbHY2v1EcshN3C7MyC9fv0VvmCQ7FjBoOA0CYLzmqEhvItZ8WtDQYy0xjLhsOphXDnQZ1VhDVSp1PoW9e3ro/v6RL1PCBajzDVD7IJVjKhfxi9bdOWVi+J8PJtKZRctErPZOSKLGF3vcvJ6FUYFFkt4VrRT8AWL4ag8Y1lFZkcz7DVDCwZXydVXXKHOZCy96nZ18KAFpC0/tsCMZb9lEpnEM8cfDW8bRwIgwX8jLk5gVk5QNRwOH8MRDHJALw2KnhoXPTXW76n17rQLyYM0MrohEBiYQpoa3RSGRBMfk8BM8+cSY/xbibHGdzyLzfm5NbdIoS/C34WHR0uJh2FqcJgh8kLaE8wNaZHyhRdIC2b5gF+KpBAhKeSn4MVcoNlnQlqPIk35aEoHMxxqb9v+tRata77esa5evUYwzHPrkl+t/3kgY813G+de1lGMR83ulO2qW1aXgtFgS3FIL1wLjqM3DhVbAqFIZeXOq2wpt8FvYa3FjgVzjV0FS3agfl9HG7hsmcZ1ars/qw2FlKXgtlMu3dL6N0Nsu3D9Xue1rOO+GzSGq1d1Jzevi2UP3OwvqsJhdSFw04Fs/Nrr072rrjZowsr2+xzsNa57bnBWcZomUX+Q/hqziRJB/zGqNnnqKWRWVLGHpUSGhilqtOQV6NlTWmMeYhyUz/LGfNkD8snu5JIkbS1FSjBSBZZauFas0dcLuwT4Hw6wzLrRCu8zgl/QEtjjH8D/AMiJlGpANaSiFbQqi6N+2USxs9O/lPd5faJvwCfz+YqyNSmQStOJIm3mLaMWbKtY0pZ9loMWxmIx2mXKRRqgYSl9Ri/qR/UyHLCxZMWtZsCZgZ42+3wpKoplK+AL5qO4SWMgCkai+6IwGq1UXFVqbqYly6e8qUyKTpGuDNyjRoY0NdqpSZDCQXbg1YO/wtG3kzkMWpernaydlDpWx7GeRnYORRqrSWaykdsaxjlUAuRJgvQWqRGNBOgJ+7RhXNa2Rtkh4aHZ3YqSxiVdifTX7rz2KwvniYNr7jV3ll956Hu3+UvHr79z4fxbr/v6SN+6Uube4alWxK23f/KGrYv7b9/7FTD4pRuusLZcvyKXvMxr/eiiYOply6qtK5bc9dgV3XPNniXz1gzvldoOY6saXYYnsN6z1R+Ef0C+dwnzAES0NyHaz8ldkYP01vxoHqIDZhazgWhDfHAVBDNp2eJVaPMteOhMSzzc5ibjTDjPIs8aD63weFplXAyo6VgswYbRoafFVrnZYiHGFEYOtNgKRpmaQ1SlNSwiKj7gRgcQYc1tBc6NfBeN2x3nAj8OQBcd+FihMAvVkctTlQSeExtNx0VioqnQL6fiwEDHLVivaXSePGuxWMJIVZnTJ7clgNQOL5lW41N4kGhTJc3yiOqkS1Eyvn51HDvtpO8pjWyvHO4/xuUc+K1SUA+/tzSTFaRahcE1yCa7OA9ItTcX62tskF8G/7C8f+cM2u/d6fjCx5cVc/XJa8Tua+Y1+xXXVHcsw92J//f6gW5Ny6YGza+Mh29yjLRXluO2xNLQvFWkLVHIkS5EyZ/YzVyO7LNu6nfiw6r2Ei327qxur91T+5tKbqn1VaGtCxTnXE3fQO8q7i0+180ix7EbdPdaiIcpef/IUhN8yL8QnD7/nFrtBSVrUtY6lSw7p6bsZASms9P3mFot6Lu9iELdTAnbW6VSOo9NrXw+nUZ7j8IpIK9Uwc5BH2Q0o62gtdXi1fiteELSZ3r4t7AxhRU8saGQ9YRWPduYbYnsp4Q0RcBOrKU9igZssmQk2XB1jYRgMdy0kLDKjzRcD8kenjJ4phrTmhqdvUClM5f7Fy/fl/5+X+/VW3pGJo6OBH09I3DeSM+acLmU97haY4bo3M7ln+yIuOa0W5IRkFxzYNVnH7PceW9996EtO/qBbt26TaC+STJFIuE7plMk9XuAksuly8XRzZ7egO/GSJvXtQTsmOzl//R/7QdoCSuZ/hmySfrAdWLy7QTYOv/xuW/L6TI7n12RoCk/FfD6vQEZ27mrvLdMO+YAkO7rm989Zw7G+Ndji2FOUM6Y5HKmVlNH41g8Nx5SHlHCAeWQcquSppS80ovnP/hM3fI5ySrjM1X4SrZYzGb9PmwlGE2qKjEH2KS6Gk4mqquqm6q3Vt9OnqspGXn3nGStKkd7BliTn8zDfETj0BAXXBO0N4fD2JuhFvTgL6KFhFrsYNS+337IPmaXUXbeDu0XmS2LzAakenGNSkKyoyUjumE4NLb8J/vcDBlBT8DJxrM5xBXnGQrTo+gjMbc/4nfgSecBe8xt6scDw4yRqflS20hkXjITwuf5URckTFygkWSZaQnMNATon2FDYHR9Kqdx0Kqou69enMqU/Ov6EG9V7Ovy6v2Fluz2ZRZf3JKqas3pwlxdb7e5fSne7b/1nWXwr/2mEi7tn5khiel3fBM+vcxdFayrl2i4g9ZIil9rvnWHvQcSPzdEUcwiJOPzwALx62L/ThFauvpEaOsDxZ5dlb2VA5Xn5r0tY0st81rQtuwQE2K7OE/8QQsrKsy2vNhSYMR5YF6/Fbti2CHT+wI2LOwBn0dw+fw9XV0vMNDEdM1lYEhEtA+FnH65XGNgmasZCHu6mLmME0SCOb8CaObO9T+m0TgN87AumAeqWBdUq7lSkuiEXA4oXE6oNyhCcjEQy5NKqNYwIyp1eQb54nMRZ8ztgKvgrfB+qIA9+JxaT2G0AAsFq0/rt3mswPqZ+bP0xWA6MTaRGJPUxsWVBgmFE5hfsusThd9EYW9qkRP4WDlBatCILomR/Jg+oH8vZTKz1fWS+mRR/XPtT/eWl8gUkcWzFMryliUG9XtplL1r3l47vz4OtsvkwqU1Clhff0GnurhWcTxIS7NY8YwBpFcWQKc4QIvxQn7rwsd7YRnOh5DyUX6vz+uXsXN3deztoB09wAOioARoguZ/V+pT9J/o06m/pJhUohhjlcakFxF/aVJE1mIyGfMy2FLUadFLDKMwLliwcF5Pz9HJv4taLPo9QRqYaBp0oTc925LKd3WpInggmlg7pDiigAMKPGecphS8wqugFQqvke41RfO0qNHn59E9GZHxGjv5zmKlUiz6vCwwGFVJBrMOg1nnmpYBGtAisi5pkSgtsag0IF8f3TyX+WEGshm1GM4kxFXiJvFW8TuZ74h/6lKJGfpWsBfALq9Snwe46gDQ8xAXq7kSWFOaLMFSWG1XE62mDtqaWs3W1Gq2aa1mA6O2/bZDtjGbjLLxNmi7UJclEsM4R4AR4dOJYYlRm+GBhmZLNCe+PrnADc7XbYnZym1at4Xx7As/0mre5gQ9NY5gSrqNRC2JACQSDfYf3Aa2NUaXIXGz4P7osSfRPTVDFVIJzPRmxPLvRxUWcubie+vD+p+vuXKJNXQpdRjwLvEKl9SID3x8L7C7Lq0Q1f95JNZ3CaU4UyfS4lfCXeDeysMVODcUoOQZOVTI5YLWZwmIQcrIGxHLqWmjUStUq6VcCbsRpZzLIXiRPoTz1DpBYfAArcIOHgFPAPp+AICK6WdWMrsZWZUBjL8r3HtV7/beL/bK1vWC3q49XQ91/UsXvaELdFFysU9cJtJK0S5CsUUhFgaQIhOpAQpS/X7Kxbu8LlrhUvt8IYXfYHKgn2RIj50bw67s2FtjGIf2xOAJgpmCmGhwUJ/DnfqDg1mMXT6GkZzGamey49mXTjYihU1gJwyb07RYib+CyQrPU2MkZN1QZS48WeB92UZIl8157P8kphTZ8eOSKjt+/B9ZR3uvPwMY9yw1Bn/fn24qsnR/ffLSxpGkxho5hJ8xD1C9wIZjuqfFe/3RfNgSCtjtvKczEhLl8la+LLqi+XK50Cr3uL3dPqpXp3eLgFd1ti9oX9UOl7SD59t/jO4TQJboTkB1eyJ3VzeguvluyDPdNUpBe5FWUAMBLACrgAwPUIPX0TvpHyA9RlNmjB8GEUsqqByf8+Zons5R8wikgxH5Mrr+QFgRNIs2vt/ujZjNxE3Rm/M8RmAFZux94pqQM8elqpCxs2T3OdH0R6Ss7eBUxndQSiwODm/T5yRAN5x6/Ot47WQ53QwQL5SwWKTEOpHhiwgwond4CrUbk/sfmjP1P9923Wxj5v77oEybN6d1QJ/63e/e06D55vdnGTP00sXtpk6M6v3m4olfXcqaAVSRoti5SG67qD+Kj4Q7QW8V3Ft4uAA7vAFRkl1aLndo29pyqRwW1VzKGLA7BY/HAbuQrAIkrO8hq53hOVfN2T7ni3Nk6+aAOZ17Oh/q/JdOekMnONYJOil5+7J2qGy3t0NFezSjcKp9XoVf60sbaoY1hi0GmcFA2TNUjy1rTyNX8gTR02cw0kkj+YtldLaQnsnmMLXOjJ8cP19IMdGwbA5fXDgbKPfv12dh554nl+v+udJt8ato7z92Wy4imDIq3HIHiP0jl4VIJcDzvGX3EZ9FfozKIZncjWSyFsWymOUrWBbR7i1m5a5RS8jn9rB9DXGsVedXV1ThVVXwXPXfqrBWXYOeJAGb7E1CdTWZv6cHwB5DD+RlPeL5MqnhkI0CdcRC2ULTBhYLpk8CVvEQKYwognz/IjNYg4TOTLlxZGN/ns5T811HwetPUW7gxq0ZJ05IYZ5hREgiiccbckeKLS6QwvPEcHzccbLmmC2J7yWCEskCbWQXfR8uhey+C2Vw8UJLi9dlagnDnVeY4gr4QaQQ3saok9Er/xbWOFrUV17aqQBUoL6bOchcRvVQ/yn6oWh35WEUWVVb+w71neo73Sfr7PuMUywOoIew0yPrwTnJtUZbvocBQAayPcUOj1D0+VUeQebzOzyCyedPeoSgz5/2CAVfQItzPwHBIwR8gVRLQK3RyIKBQLFYgCajUabo6PSnRRV4TQW8qoxqq+qQ6pTqtIpVHYVe0cH3DfWN9dHePtCX1PqFAceQAzo+07v2l7bEQv7cturCiSo/vO0colR1Qho0Jg3ekWYPN+bMAb46gWeM8dUE/zoWwwTA6CsB6As0ymLeG+OQoBw2S2fMhGiNGrp2wBz099X3rMtcGbZP3DfdpqNVeRKtGdjT2poKK2VwOzqSgd2Z9FKVjBzK1neDe0Kt3t3g0/Vrm1079KbrfA69LRSyW9rNC+u3gbuuw0eS7ZZF7z64ER+aMV9JBH0iv4AGA3OH5o7OfYSWVTysiCmzDVFGlAOAgzv5RDykwcBgePpwPpcLBgNsuZKskCFwFTIErhJU68nUbgsZAqrT6tilvHpEDdPqmnpITW9V71e/pqb3qQ+qj6h/rJap1TGdU0eGxerIF+iCQnMIIXpwjpjN6MHrjRlKAhgV9guHhDFBRgm8MCLQwkXCAbOmKUlPpwYp6auzJ0mryjF3vt+fjLlzuKxTH4iRYYM4s0/Gg7P4VbUfTxvs9+tibvMxWkcFmjMHL2CGYUYaKCKhH/ve0xL2FWZXVUrvlTlCsvUDn6lJVZMKv3tOvQfJLpQHXHPBcx8yqcA/Q9Yn9JHH0vGPVTO4SPJ3v5vP5cyGhsG7UJ0z68PhojD0ve8t0GQtBvK47iDvadSLsJ9CcjqX2i32lQOizeYFo2ygvRTxiK0pYU4a2i1yOuxx63W0T+C9ijm8r93i53yi/JQcyuXdXSBLdWc8vrLdH077fFvDIJwefguboLjEeby5yZ0bkypTz1izNVzVdyabfd3xI3TQMd4oGUG6siEAUzLzAWSI/VRUv61w31WSlEx8+/1ID52TeY/4+Xf++wZJRi4tOxXLlOxIvrDsDSQvHdQzYk8uJFosSQ8HgIJGKxeqtqcS7mqSdfFa2usWOY+qneNwUzfHAdzv0583BbX9lBzslx+Rj8mRNVLrJAUpJqqWoghYdH/OGgyKCU9/MIi3Ix0y/jLB00GIG+VgMH1BUfDUOg+fnRg7gw/zY409prHa/LjjR40o9AXrPYXS/X75VPZGi2VxcNlAgy3/EYvC6+CjH3FpJ+5q8OX74FGpjkU+gfiySr1M6ljEpJbPR3UgZthlgIVKT2VphTa3GcVyuVXA5SoQByaHlLSKViogKXFZQkpcopArtnhyGcEfaIUBr4VOesJOOx0ThOhUQQselAsFn9dv4XIgJ5W1tIk4oYTHC/J+qjPsC/iTmagvSQa2nMXdtyTr+BZa/EF+4sxgs9ClyeLjUvdmGXf72HBaYJis/UlShoHN8/csdyk2mP8ipfoS5MTExQpfkOV2bCTgm7ifmHA9PSPM7SM9l659kYy1aOgOmfqdvza9qBmBoU9M1cGk6r2sGvH7XOrkMWrO5JviGs6QV2qBbqr0pbNR+iK2OXClS7no9oXa2KhgoxNu0RFXyWSUx4GFYNIBHP2eoIErgzJaaHt/5yID4AzPGyBv8Bq24um13V2kIMZFprDgBg2oiPX7g+livJ9K8+nR9P60LC0VGp3BdUaDEi0Gh8fONYjRSM5RTQlAxKidJB3Usyph3rMMZlr/XFIicFUMq75IVUxDJKTHzZgF/foaj/ZS5TFIJuBtE3c1np1X3f42KZVBPv+Cyd8wUWYTFaMK1DHxlh1pYPWBe7wHvPCTbrDXDSImcI8eHOBBTAtsWlCVA6sWKPMgHwcEr8C/2wqUVnBLCMhDICSz0gFBMMb9gRhFcQEQaDNWVamox8NFdbQNfcpqjrJUgwCxUCQKoYzFuAa5NNIoyNPM4ar1QdyHQnAMTpAedALcSeahDaIDyCUdxPHQZsoT/xeSusybIHVmMiPPl8Vp9EIDBUfPy7FhC5rIKry1yEQXP7v+yrW76q88MvLFp4H9i1t2g8Gu0nAl27X0ySevnPtmJHnn+vrbaue161yae/c99Ewo9PvvAD/gfnJ2/sEj9X+fuNty9VcOfAOYv/zyy0/U/7O+9EvGu8Fv3h0899a15+qffeITeH3x3PTb6MNUhGql/iSu2eEGG9ygxw2KbrDTCa53gn4nKDvBdgtYbwFLLKDPDIpmsIK7noN7leCPBpCJDvPAy2d4CHgk0Dyfus4Oyvb5dhhg7bQHrXbUE6Eo0QM8OSNm8oomGXK59CFe/nDmSxk4P3N9ZleGrmRAxm4NKajPRsBoZH8EXhFZGxmO0GIERCIBJJ0yVqGeIgReU4kUg+cT42STGCfJ2/Tl82kh0WN233/O7G30/SMCIckgeUn0TKovRoeK9G0xR+GyUmux/Qdbh27e+dQk1TJnr2D72NnfpzNX6vWDPY+wpu41y9evKpviFsuj93z/xEc+Xq6vfXT74+wdQA1O1Cs3b9pcY68EtS92PFvf8M7G1c1++wcZDvF3gao/S9wzl5RFzmmN+ajIG/MOU9zUb7rBtNvExKOVKPxyFExGgTyxLAHZ9FVpqJqdGVapOJwZtgWFEO7Et0UEPGwYKsJtLVXO5rFBJW0Lt4kFfI42hSlfoNpmZqr9GbSD+D/pPoKXPUjHom6a4gvAWzhUOFKgC/taD7bC1qN0+kkDxrbJTQyfGBzOkv79Qf71qSQv4F/Mkuzwi2lSrMe/srrZzT+dNCbwmIOkHICAULMX5IKD09As0+O7Zrb/F9sYbsO9lx2YzgTXXx7csmxWZ79nBgLAw1uXbwSdTy9JB6YKAJYmWsvbp7v867lpHICFHfskGvXWH6T7kYzkqbePUQq0cElEnB3xPXH4qOl107smmjN5TGkTPc/8JTP8khmozEBxzIacazswsymcY/do+PzS1PrUyyn6wRRYaf5XM5TIphdZlrLmMTVSiBp5qhgN4S4d+pNIW3kOJ0HS6imusW6xQutMMlH5PCa2X6fPU/mteUjl+bw3fzr/Zp5R5DOtMqN6nw/4oiFBThHkgNz4cdJKh8PhEoUaSAJIVw0TYjWqJiXCUMMNQAGCsDlMQmsXkqdJnSbGyvmYA8U2uj90Y37Rhuk8/b0rGmACsxEH1i5qy4Orv3lNOlzY0qDLQrew4a5fE0SBdTNxB7rSOwlNOuu7ZUeQreSlPiNu4niFNs+JOlde6bQ7IU3RPA2NLJdB66PTGAQ5bkRhbQGP6F4DwCg4DSAY9UBdFkM4QY1P7tf7rFa3N4F7eXCXyQglU1B+T8IlDLjBqHu/e8x9yi1bQ+Ifg8PjvyfdDb9H7Hxm4q1BZAI5fom2YgLai2PLGBaysXzYP56yO9uBfoaz3AxXyY6QiYrPC6GBFuwEr8pcFbR8Xhq9KLtSplsSHH7n3Ifd8fpS5OrmvdtkGjJgEceQJiG9DdkofmpEtPsUbl+eynhFL/T6WFvIx3Jao9ugItMQ9dp+eZAzeAxpZG30W61eYn0HebR8A9RW0ok0Rp2iFHjkBn5piDyVK6ig5xh4nfKmiQgP45qfM4MTb+FJlNk0rnD+1SAJn84yrq36ALIdZ8TkSPSG3iZZ0DJVxHltSF4/cssGwTIVl6FtTYPZ3K5V0vVf1UMw5P5QM/aCSD45SRkpinmCuQwZIFJ+Dtb76Ul0/SnqJ+LyMRdwufwtLcFAIMPITEzAz8j8gQBxxANBi9VksViZgNUflLGCZb7lessuC21xcqzZw7U42RNWYPU7Lb0yEJSlAhYtQ3xyJsjhEhnilFuwjKqwV26xOFMZJwaJwKmi4xOJExh9v0zaWXCSQXKwv8HpasjJ1vJuTkcl3YJ7YmwMA/Kv4M/h2Ccpf8VYErPw+EFjJBFaU4I5eIF3OBPdsQHPJtXPT7Y7k5FJSq1wBFtjExPe7UZZ/W2XEJkLvrWL+/mrBrMuKzeBlfRma3Bo4pH6v29zWXhLLHalYQMQ4N39zhgIhxVFLjlxCvqydrNJRwOIfZLGmlMlcOKbTBswVLDe2VMriJXV7tWegYos6brVtSu1K32/a28abfh2GaQqZsac8VYGKgxDswybMVOyIBNNBzOhoq/NW8pUektiZTmzMrQ8c0VpoHITfRNzU+am7NbKKH0Xc1dmNDtaGq0czH6e+nzpUOV48OXg6Yr3btkeZk+GtqsCcs7pcUKn0+Aiwx0qGi6vUJRYQXCFSgwllGwkJR9ORYRwW6YotKlJcj7kRjtiMuVGPJJOmdLpFMOyOBsaS2fQs4w75SpnmAqbYdIpNxM2lNrawuEQNOgVLptfZNVf9ZI58QZtwZvOpMX0QHorscrl6aPw4afKm+6zJez8ucGEY6LqsJEQmhR2wVQG+kZj2R5ZY4i5rDnEHCldih9HrmuC3M58TCa8GxpR0mabCS6go4aRPbMNJLquXn6MonEW2aKtlaIGda0N37gRwz6pKTPSHfrVf/yGpkzh8B0J2wwCCc3SjEcmzkbP8RV8BQm0MdCcSkIgRJuwjU84Fi8NzqkfA7fV73KGFycnxrCmqt+Fnv9zBx/sN4dgtzsTSHQAAaiqJaEIfs5EVoQ3TEx45r9+uycewtrr9fkaWBo0hIOqUMhkSwZX1xeAz61OtTs0oVkyXaR+J64pmAPAMFOw8zlTPuDP584X7DwW7NxMwVZDvUc9Q7BzIJhDgq2EeSLZ+aBaP1u0NQ3RLqZKJmd6jH9ljGSCx5B8jx2/qICriYArNW61Lv1BBZySEk8xYJ4t4TOocBEpNzdIR0/Wr5ol6cvBly4m7ZJOAF/+3rS0f28+P0vcfwK9U+IeJrohQOjA1XczX0dy30Enj1Htk68+FYjl2/FQnqjgyofbwS7+h+1Qa1EG5G2VyrXtO1w7y49ABczgoDdSk3mDQAocuHKCN5X5mhgRa3QNi9DHPYH8Tn63e2tkd2x7+ZPuR7xf5J5wPeF+wvvF2BOJL1ae8zznfc7/XOBb2WdKP+BesL3g/EFurPay/mXn26o3ay5DmvPq/c5gJBpPJzq4jD7jbHcVg5lIX1lrUHipmreWqZ2qMSdi4ObYbYm7I3sTsq7ICvUKF6302D2WtlptgbUryBpMcRCMr3c95nosLpMIKvo7bLXOXfrtcci74mWZ39bBmG2CVWZV5FtDfiGQDUAcTZ144YUXGnekPobIt3CM6pg8JS432vIdUjx/oGOoA3Z05OLORCXmciY4N8+59aVyJaYvyThGkFmd6MuDsZAQzJXyQs6iNwuWgBufJ9EqZGNujvNXYqZKJZYo6fVYV1WdCZPTmYi7+LKM3FTcuWw2GAxAq8UiU1xXAqUEVQFcxVvJVK6uDFW2Vo5UxiqnK29WVJWj8O8i1+280rnOSTuzlPuQG7qPwu8/01k74MPqK/HW4LnBicHhM4Mz4v9EfZFWi8Qe3e1SdTl+0NBa7+cWoyIBHrF8M1y8gkD7dS1/EplbgyukJo3hruXPxNzptnSFHlyBjonK613rIlsSQzUZep4A2xIU1ncityF4fRaGbUjjeXhtuR3b1kZN2WNTl+Pof888SzmQseDXx56xlN1RS7kDseGTlrIB3T2jLpt5Az74pqg2lGMKQ9ntNZSzWFNy5aB0h5yoV9GdU7qLSHdt6O4bXBkkzvuPkvIi6CoSiUGKzMQlBp40JAdLLQ1mTHxUXkyuG/O4lcANrMzXSRakxRI0apVM9mz9TO3Ouicb/vBOINb/uqJ91S540/2ZU//dkbXMB7+pBNbeUf8LCOzYuZykQQCjcBiMVqvmMnB1/RNXhOYxoRDDFx4GnwB77szi4XHMvOC8+g9B68Jwq0EBQiGaiz1W/1L98m9cw2CZF5A9+Weke8vwQ+LunijYo9lj3xffl7g/uS/1C+0vbK/EXsmrwtFQLBjfFr0ldtbKlttT3MpiSVO211pqqUz7fM0C+6KWRSmx/Sr1VcWB9ltCI7GRlpHUSG4k/wj9YOhgy8HUE/TjhWP0cxqBa+FSnhZPKhaN5dPtcr59pbA0MtDelMZopsW3C1ncnrJcv90ETEaNvRCVeYwp1sMCwBpBtlyuGI3tFb3UCzZOpdO5dK0mAcsMnjo1Jt22ZgTxCIfrnQL4RlMoFPO5nNZud0Rj8bitEI2EQkWN3WG3OdTpfbl0CqQK8UQiF0cnuL04wAI2rd6iHFFC5T4lUBbVlBEYjRUbtqah4c8cp7UNeIDndoe3EAiE1MVQKOhQmxwOdTyn1WZscZPNFnfYNYVIPG/Tqotqt0lTiNJxe8iBLgJdmiltRBfqdnvSqZTX62GNBgOLO+Z6nt6SA7mU+ijQPeUtgiLBDeALYvFI8XTxzaIMv/AUZ8gXn4NFykaFwMYnHSntUaB4irIB23Pwu1SFaocLn/Kd3EuEe/zcOD+RGEwMj5/DHsuUiPMT1WrjJpfGqkxvLVNk7zpf6IHNUL49bXudP0OC6tItvhlEzuSZQf7c6/gF/rbX0TO5gq/qqnt0fPX248fx3XHFcTm6U6BXQaN6CnmVyJJB9sxU5qiQTwP5zBGpU7FHvE3iUTaFfEASGA4YkcDQf5ZSRivEez7evbL+csgRXjn29U5HYQE43B/Q83MWzJsHitlAetntZ5b09uJ8UbBsWX38+Cp9hywYZEyuHdTkuyttraFQzpa1Oa67bp09i+TC5r358frRnRkZ2QuL9d1sO9oLM9Sr4pDahnxNNfY11TbkXq5Qg5+r31ZDryFgpxMeKiWIabuTwlVup21v2mjOBhS0bdQOVaGAQieI/riM1nu0Ck08hfG2uBQw0Clf3C+jVFlR4ZPJMJ2jam1elnUknILg9+t8aT3Yov+xHurtCauAK+dOoe+W7UNkRt7o+O9fwTmQV5BTekIaKeYYP8FPnCUl/CTvvvCMFQMdjKdrjl+RYYdj/CkHjtXzZJz6MLYMAYHBwXNIAjAmAec0/VNj07ez5HzZqVpOtn2kx+O7A+urd68b6VE1SieuVAYsmzI7OM96MHiLXtc7CvuZCMa2OXh3IEI8WPSkUSlR/9mhIP/OK9d6DfzN9C2Nfmfk08oeQzqoQH3uGGWb/JvYGm/JzzOCZ/l/4WEy5o4bLXqjoAkZWeAJsQW5m1XIWmsx8EZsMgZj/cFgq9TpnCz0r2kFQ61bW2FrmwW/ZPWaQcZ8xAzNziDb71WDjPqIGqr16NjTZFKMIY0HmG87M4FuMP7k8FtjSGTO4hoV0s07Lnm8aPXGcTh9eDjBSJ25MwoVkKNrnVqvdtCMoM/KdMoeI0w7sXq1w6jZHHI7W8Lw2miLIR65UeVb/NJKXqv1rCE4MZxtHUlxkiqEsPumv/3t5oB3Yv2SgJEbBBObTWkJ/CV2s7NFRoHJvyObTYf4tJM6Lt7Ne822vC6DbiDG6bmXf5iHf+SAiotzFa6fkyEfOgRMLDpozWdkvpjSXwLZXKdvX+lgCW4pgddKIFMSS7AkUs6tzv3OQ06Z0+fz231bDCNorWKPqVSZiBiBEY1G1uY10nGPM5Oj7UKrA5aUHhnoRBaOgsQJcBt0I0eE0xHDZMLZ4Fm0sgQOahtZ5rFzY1NRk9VSOntqLy3oGzDNHWCmJewCTdCHqd5d83RNgZXRYebc8JCbe/fgyoWr7UZGW4wvhv2ft2pYri3de+BpmbaYWAznfUrQsbpCbDHZRGnRezO4cdgfW1D+wtmrrZ1mHu2TCyLrv705vCLgXgweHrR0mPV4wFFXYMu7X13uqJk4mmBeQvrniG87qaeR1es1CHneZjDnV0FACnfDGk1Ep5ORJXK3Oli0PG6Zist4MukMrcj0y2LqYClHWNcqdvY/XwI1XFVLlfjSWInm6JJI5uv4FJo85QRvOoGz3xvkcDJpyAgOGZGfPmY8baQVxvRqtKJnBzHbNodhDg5jnYCz08fP4F6d8QZUEiaGhIyEVptpxmywD0KWu7HYgfMX+6K5e/rnQXn9yLI+dVrPffzzj/u0UB5wtoHDiIkZVSTY8aFroCLs7CRcTSvC7mq9ToBD3deeXrDAPefxBbq8iSfcPFw2IMVdPT6gadNrG+BGC/RFg07Cd/w7RREe76F+Ky7W2zQ8WmfE4wabWcgb+HA0r9TI0caViSWTzphaTekyj8lFOa/S5uXyTExEOkKnc1KdrX5zm7PSJriFkhPW2DYAewRKkVRjMzuTUqlaKddW1yEX7fL5BXShLt9hPxj1j/mhn+2p+DprfhaUfK2vsSCD7INj0Ev1Ie9/+BRO0J16a4x/aRDDs/IkRzqG5xlNYPQzPJJxDD8YI949loQZEFWN/0mkQEKrSjTmiOvJ1Kh/JANWXFp/cUGYOIqkYOfqJZ25iwkCr1+ycct5stCQg6JQfx3p5EtIAwCnQL1qyl5CKMje6aYoIhddoFN06r1ImWfCgNMDBxuPO2NaLeCTqZhax6ewlGiVyhjPO0HRyca1WtzPq8LOuhbXrmsxaYYSGo3C39bV30GwSjqCaa4I0D9PMV2sFd8oThaZYj9Jo4B7FF48j14h4DcuUgD0j1cAhZlyox8FeLfXnXGfdr/pZtz9flK37g8K/eajk3/5Jn5iblau4weiCUcJ9pnBAC5H5dEecsosw0WpuJPx7EQCydogJjkSozODZ9CTsYnEW9LQzfFEszChETQAqpogqrugG6hKBbfgFnHdsRQ30DcEUuKBJks0Jl41eIFIp9wcKFxaRK2kxvwSUlpP92pSeq6rb0kqfr6UerNL+rrOE9OmkPqNjz/EXkRQdXDif7SxiwqrVE9exjEE6ilSd/yU2Z7P4U5ZNYfzF38U1yCh5R5LiSmF2ZVPpbiadpEWajOZkK2N5V1ttg5osQvApmhxt4UiQSEEQ3afy89bw76WwzwY5cd4yHNgBBwGNPCxHb42v4glUmQPsTTL1jqlAhEiiGinwcU5E29dUhj1U9IoSV+sUcokLWQDPGBGR8sMScMr3IAhbBKBKU888wWrGglYy7wDTzMaJF0TRz/p1DG6QvgqOK/b327C+9Llq+0GRldsuTx0WXDjt7cgqXItrl93taVTEqfuwGZ6yQqHaNTR6JmCi3tvrn9i2B9dUPzS2ZV2LHM4Lq5FMvYX5gEDiwP4FKRUk79hjzGbqCSyor52jNKilV4biuVNNoU+L2cAozVrQ9r12lu0d2tZRyQegZYEUGSWZ67L0EqvPWOHdneoEDDQtK41GqM1anlUp1TjmRdQR2s0lIEuVEOiIRQSFbivSWipUm2igJtN1bq84DenT0pAfb8mPcLN4bXjTUTHHE5JZckIsrGJU6+cHCSlCVIiEJjkviaWoxViGH864JVyTI0RlmZTOzA05rw1U+XsMfqdR/lrdv3syTtu2ux5of7x+uvf/7b58vp/tbQuuPlqLqNMnupmn3seREH0u985u3n0318e+RD8sin8X49+b2HPI6b657/3baAf7y9VN63hczeD6PdPvPjD+tnTT/3k1Dd+J63nGVmIfgWvJwDiWg2v4fLXRLdF4eIovvv36G+jf46yo36Q0HxKAz/CAi3rYlvYj7Dj7ATLKmWqcFiMp/LhkOjiClsKI4V9hcMFRkEXCvFWs8gb8pwZOGizvjUk+uRUEneZPKUz4W6TU6IBOQmnkqeTMBlvlakLvw2D8FE6KXpcKk6xRgHVCoU2+SOKa/G0pFsOt8g4uuVcqA3PORwTlcj+4JGz6tAiigw3SYIReKXe7VxufDCLpOEEzsA2OndfOkkmYZNsoNQVMY7LeSQlhBOBw4npqTFtF6FNExXDxxIyNuYcsnJZyLruxv3f2rpBpZxJF62rd+czn1s7OLEHDAx+7luLn2T4wu1DtZIKXP6JjVs+cc/YnOqvmoS58bJ/umHjF758677/AMblwZ2Xda/DtKn/mvB6mipRx8Sd1+d25aAtC+5JgXALeDgO9sZBIg5KMXC9cZcRyrURLQwzwMoAHc9HM1VK/WEN2KIBGg0kPSatGAAK58DQ9lWhS9WobXMILAqtwdkoMxcFimjA6S1FAxq1mabl+WiSlkc5nR7nwk+O13AhyPEXsxMv/fJkDuAVfhEPv+AR6+dwLQJukx+UykVOzh5XMJvvGamB7gOx/jfuuHmz52j92Y1/PkxYP5VZQAZHENb/P3jA0Xe/jVn/pVHC+v/5aYn1n7PU3wGM/vBzwDB+WVu7JACJ775w8of132MBePK30hoT/sdrvE9M7EmAnUqwQnm9EspYVv1ABmzJjGRg5lw0TVGZqBjdGh2NyqLRSimGWTWq5l1qr9pi0aqpdEww2UrekBaX2HhjdCzWkg8F5S2tjEyunl7DweMTx399Mse/mAXpHMbD4H/ZXMUcrrfBZR2NJQSNmZrhD86Q5qVXj278wtBVmCOnl4tw5OeHZnPk2k7MkXevu9FQ/x+gNH/szq8jvmyuF+bLDY9N82XXeqSTc0hx7MS5StVfSO7SQFFyG/s3Q5imyUyGn4Ft4HHKLmoBtWWj7BoRbBIVhU1kjAMex1DAn7Gi/XOYuQJ9JiB9hsK43+pnADW0XHaliN9FNfCvGDNzNbWIeusYZULaPoAUlG1BaQFURADagsIc1NAc42EgzyJbSozHKxkbVi6bkXKx+cy1oqdSLQsVUS6nL6dxhwh9eQWKzgEn9DozzlEn7RR8UTOXKHgyqVYho+jVXqWFJS1waEG3Fm2aWcGVdTr1BeqKkJ/TT+qh/op2KgUUKZ+Y8BfKGd+pwpsFWGggZeECQlzCxp9oYGWRvMrw8GzIrKneDweeCIpeJ4ASjY6B5jBcaZxPAszq7pCKqRqoPI1aQ8QFxA/3va8Od8Y83fCxaPPJB7706N0vzaw93Lxw43UrDtT/9l6d7rI3G10fP12664H6u/VvfPmjzXpEsPljIP3fOza8n3b3Ri0i/Qv6IDWP+tkxqjR5Wgz6o/lX5gG2Dyi0WhcymcoqZPEaAORkuBSxpyXEizzeAtoQgSme5708raN5Pmyv4c6SWq29LRwNucOs1eEW7bhS0d0TVWryN/aATI++3E+KEd24GLE/StmAwtaf1AfdIXv/ADaeefd+N+1uoHKNnZumJqLiVBliYwo9/9J0owfZWciA1+O1kycbdq1EwPOqEhPgg/aUNwk/C7HrK++ro9zt543x7922q1mj+Njuj76PhvJFqxxe1317qAaeF9OH7NwU9SVxoxQX5rzAzCLNKSgVXACttSAmrH5PGAoi8lgFweMxsVDLbw/5KB/vyxBwl1Ef6/OhUymBglb6tP4kzAIR4NgNiFI+MQm8yUxSTNKvJUEyY0uT2MlMTOQzjWLnwbNYoCgyE06COUUGGA5fIXKkmyOwQrNBsn1IYKBvGk47l7WDaekwWZi+BwkM9saRnvrVwUX1yY5ENh/yRFuCL/SMyLpGenpCM9CuZer6XfXdj9UfdPkroaLbB78JnFOA1wTkWqpd+QnBmfuu6ETkD+X5UAyjxqFFc4tKFScAHY0Xikx9trvynuut+owY7vf78StJZNuc9oMB/1b/qH+/X+b1i/4BPz3iB35/wc4pPcqakkbr2K8LpiCOqghkLYN5EKP6D6aeT8FUAYMqeO20wo52arSaF1vLbRhFGgdVzzrGqfT4VAEVNpXwpKIsRtFIhM7Dj/bpG6PFmjDT+mamZwZs9E92EIzotYtctfqPWWNfpX+0P+COmK5SWW6gcw1k6FATCVqhfwTeVv/wU8WHC4kbFrvCYMm/3mevKmaBP0tYmGgv+DTixT7qKVGjtgt2qKFUgGN0WN9fi5u8rBmDOF16rLdG1VxnwOUKdYgsnfQUeyg6J/TmoTvhCQXCQkjBZ/XGrMEgT/T4aoKf8m2Rj8jhGvlrcujFvYXy+cWAr9PtT+TCvoEESKQHSSPEWxLWOy7OPw8RcToUOC6p+ilAxNW4OIE4UxdR33bwATojmE+THqEL1fY/bi5iIqRRaEf9G1/52CyFDX78D9skJF1N+orK1PPinSu4vRy8W/ugFtIUO8RuZWkFq9bJuXTIYBDibRQdcZeirN3pFgWVUsl42zBAItc22Qbb+jN8kOrnmDQDFzFbmEkGbeAHmcPM84xsFLlw7XFSst+fNga9EaGf94KMd8ALKS/vHfXu9x7yjnnZES/w4nK1bdO7Lom3koaJ2Yq6EQ4cn9LLa5BlRZh1WjHb33+zhONDJlU9L+nhf9DKQ28uCkMTW+t2rHsfBZ/+R10SzT67zyAen089IC6D2YBeb2/Nz6W9nni5SkeEShTp3y7a47GqKNohKO2KaU1KVZVlX47zV31buka64Jqu17qgtyvTBbsWxK2+rMHviTp8OJ93ARvjzp6TU3iT0209U8yMdOsMRfD/1hCXYz4jKdz1H7QjbkoPf/CmOKnvYRLKBNL38LzYguwI3h4tlOiQu4iMBbycbrsIlXZVQakk/T1KYEVKNqULdhAtu6CpZUtUf7oDDHVs7RjtoDu6Z1sRlBtc2Qy/yUT3kBtio8KLzIpD7iPuU265YoRUWq4mWN3TVsYrg9veOjFjCMAZkuOSwmvYTBxvEETC+5+tlf9XLWkyQQLyn/O+W9JCM6D7P1BXGjUrf/MDUT0jf4M3vF3/KIdDZxtZnP9dDoe6MIdDyToZgXq/ORySwhk/P4fjI9ht/w85nA31PX3+D5TD+cr/LoUzK4fz7MwczpJGDsdHcjjUVA5HxnS6qRk5HDWNRcBFUjli7v+HJA6pMH5pnL90Fgctt7yBSfG/y+Isqx+RBz9AFgcEPnAWB1D++m72z4jPiyD+ZDwWw4H9b+l5kz4W1fPRWMxvMJoMBqPS+CcjLOMbwXir8X4jvcq4CT2gw0awyAhkPGB5cA//Fg9X8Zv4W3l6EQ/KPDDyMdrQ6vckw0I8Ck1clvZ57EhxOQW9QSkooFIf08/X03/Sg6P6V/VwgX6T/n49vcfwrAFeZQDzDCAaM+hlxnjDDOf92enNI4GMnyzIZMXsQJbOlqSmOSP6+c/6wk5kwQOftGucJfbkBQYlGSU3TIJoFKLd2IzW0PFso39oeNv0lLmZdYMX2VtAAFy4uyCCKkGjeJPk89k/SxvJ2tZlAcvEX30T54TQQKYexaWbJv99YBS8Ds6A0fSyoMUZGpjaPfLebfR979wvu+Xd7c3KTXr7ilh36J3/kJFn796HXm/sF79DMtMGRPFhLgGoGOB4nOBRJOLxDM+Z+HiM52LxeFBvMOn1Bg3n5G7k/pmTBQ3gLQM4YACPGn5pgGoDUBsEwybD/Yb/MjBK2sDFaX20JeJOxFhCPreA9h1eL6g43sOnefo/9IDS83qvXtQP6If0h/RH9Kf0p/UqAxOL63kZZyD7k7I/wQWzZGtyNbcmsYXqX5PdkoVUFpOS1tDZMoGfdkrw0xlsUGFDyksMqSPeU165wpuWNqKzU/KIxXGavi+cwQaVtUyipHg/GpuxI2WbRzAiyeCFpKVWkwG357sRDQJfZMvCJJ6xS/1uxi717UD9GSSaro7656bc3rnAC9yg0BDamVsUjExAWJ/4ORHNWf7uxCr42CyxnZykOigKciTPoCbPkcvBHMExLdV/NeJTP5BiWpCKejlehEFRUQjOjmnNnxyn9+KYlhp9h57V/uxeHNGCVG+nEBQb75G+96vN71X3gb3gJqrwNA0hDcPH0PfF0C7TAGai0jF0qoQgcltj+2M/jtH7YyDGZ+clEoPDKwozzllunlPddzNFRUU7Dbf2jfbt76OP9I31neqj+9xL5iXQGbqP0cvIGdA3FAqTk5N/pCj2DOk7mE9J33eGsdFH0PMV5HmcomTfJOvwRmMdetE6RL8JvFVQfW5yDO2hhcmfiupqPpQUQQktSmlqURKDBfIdl02eoa/E60LJpXX5CkXxogoOhAEVdutMYmO2a2LyN8wuvDbUR2esTeRZGpZFhTJfRl8scjTMFAeKp4o0V8w4HOSjBXy6AjXjXGg9wMqp9XDhT1HFoIISaZhDPzF3FK0C/gyY+pwUw/xqM4ap7oMiOrf7WQh24XPvQudGj6ntW1uKIvkU/vhUHLPcjGOi37wZfaEPeaGA2wiojWsjGRGCG9BJb5g+6TaJduh66a+Rc8qkz1JfJNcLQSc+Zye+Xh0Ei9rBvnZAtReAWpToNuN6bZNn4B/I+YPS9ebJ9aKfWo1TanRqtHSF8nnXi3F/0bm/j/YpH/WWeLnSXDZDtVbukkMdpLM05GR2QAG/zW6y2dAeTtlsOLaDe+z22Q7aDtvesLFSw53N5uEo4KSpgLHKBNyiNytFNXJI33g0aptNcOVtVh6gb8P/FAD4lJq9mkc0tFKt4ZRKe0DkPECgPb5RChdVG32RvIwyUUso+hwFPol+qA+S0dvSrLQfSUA5tZPZ7GppUuzwtpMvYFTXXJrEMn7vOMn/epx/sYmeNCwhtuxBh/BkU6SPJF989aAST8IiPV9eehYyL/A1isPo79ev/fp1w3ePfLf+m89g/N3982vb138V3Fh/+6s5QR4W6AgTnfirfe2mJ76/8ybAW1Zt3XT1o0eWzi+Cl9YXNoClmD6+ei/dR3/CwIKPE3rhvPHn2HWIXgyh+UfBA0CgHKIObTctMSQKKUz61LRiQZ/B+AQO2WvoMyHpM9SLkwek+Hprxo+YohXRuHVq3HFh+jxfnTpPHzqPxM8d+AQdDX4WU17lLH4m5yL8FGrw5IuIXwKiCYJ0R60DUh1tfsxWIjqlOJujqcZMZ2Yn0W9vN867B50XyQMN3wiBkHnlvAQNZ11jQRJh9NkeJLvHmBKSf13j3E+gV/2iEWmzyCgy5aml+NOS5p11alo6L7OJ4igb4umHxCIeTAwjujYdZL2AhUAmAJ3SDlgHoHHwVwE41hZwOGSmqIZ2R2VK3l5tTLCKKrV5MokpTs0PUAFQ8wbEALQ5qhiSEHIKjwIq5vvXXWtLXE7G/72wcBgZRWebsMITL+ChzzgNOd7AAh6UtkGc0eHJEHepU9prtcibGRvGZ5BSZMzOo8/Xf1l/9bknf/k8UAHHt58+q1oxfOaXW1fI6fXvflK+58Zvvj68Cn69/uqLP/vpv4Ek6PrRN176t7/+/cFvj33yv/vrP3ri3n85hOekk7WkD1N6SqCC1DvHKN/km+ICDZc/hJVul3aw+Ir/rP8tPy33Wr2wzQuiNqA02U1Qx/DgKm4DB5UaoGJXsjewSCPSgGeFgMejC4QYtSWkkxvcRyf/RopI3BgQEZeVuKeQmd8lnScUHsGi48iDP5B3kNX1avn8IgqIFNhPHaFOoZ/6ukdQEkQYJX6T8C06Sykn3xV5/CVK0rryphIou0L8W8ME+CV7ZpBgwDQMFPTC1IJPBXhw8J2k3Ydx3l0HGkndTkDgFhqrbjUz+YiUm6SPVTpeHPnx7o1V8Uc3nfrwpu8aOhbeek+7H0AK1hmtuOjO18B/jOy8Y+Sx+792+647dnxmz533D936wBW7tbtNoQO3fHQ279M/nc37MvoNtOO6Ee/L6Dzm/fyleZ9+aTbvy+itqdEUTOmW4k+3Id5vm8X76F3tk7+RTZDzOhqfnUDnDSD5njqZqIZgTSvSF4mL7JkCOneMyHxF2kPaKCr7JJTqsgWkyYeKo8X9xUPF00UGbaN2O5L/87bRQfJl6LscaA32Ev3GN/TbbqTf3KIejMYBFY9ROhHE8a+KT6k4svdrkJ48h3Uc1fgc9WWk41wiD0aLgCoWKKMIiuicxSk1N1iYPt9Xp87XB25D1x57lmx8DZuBR3toEQygi0BWQAb/ghm7aPPc+Pob5+6jfowWJi8qITh//2waZnOr6Achw0y1r7q/CqtKH7bJVsxcAzkz9ZsOgOfAQ1T5GYivvIAvHC0ugSu3p3P5N/C6DMRH4wfjh+On4+xAPNn4iYkLfuPmqd94gHoL/caYaEdKHC8QX6wV6ZXFEvpZcNZCFRoXi2w9Ul9I1srUWKtYw97oxmvV3bA3uD5A4X8Frwb/jG2zeIXUvBFeyTfWCudtJYuDfIJ8WaF7tsVBcMfJHCsH1S+2rNJt0sGybr4OKnQ2XVRH3wuBA1BOm96k1cj9JooJ2AQH1KsFDa+gaj+aGKuNT/wIpCfwmGUcq8xJJQbN0VQm0piLK2qnwFWmplL5Ah/299XvXY8BVBoTqd75K54k0qzYltKTBEtyEpJ5VB4qK9o9yPRwGSw6LRu0UEzIJXhYg0bQ8qpL/J7GKCjJqZnRJXzeFCiCIoJbhC+fHrWDh0A1wEJIc/DM2TqNvZz9KaGbrWGbRsheLqMHMN0G8F4uo6kr5+jKs/byFkTvLKFVqUHvlRKt0JsXdQTlooy+DNHqsvNpFaj3Elq1UivF9F4aIL2RS8eCUZfZ4eNUSrk/EVVFAwk5QH9B9rG00AqDnGALKDwGjqqdrL2I12dcXy6n0/zYxBhIj02cHPvlr3DVw69PNMk3NVbM3BgrxjfHkptNrNmEE0sXGzSWu65+F9hT3+UL3v6bBWtyqQFD9raJv32498QJPCFqeuDYSDgm+3j9m0v70z1Xa1rVLUC7KSS7fJSMHxu9vEFvJFOY3m3UVWKyDVDlQjKc8FidAT26yGAqoUqEUuQiw2ymILSxYb3gCKl8pvd9kc3W8RnzwS52lRedGBaO3docGTZ1ofWbrxNmzg7b5fHh4WELtYhzzr9YGHRv/u3iJ+cbG6PESN9jL7Of1Cz+p7iqLdeXg7vie+Nwefy6ONwZuRcZWAxIp7NWG8fZ8ll5qBiJ2UJFR8xGO+3RmC3G5rJyJiunnVlbzOaXZ03yrEJOt7cXPR5nIRwqhgQZXXTSThz0SoaKplCoSK2hweU0oGvJmD9UbM+maSqWFKop6PSE/IJXYTMhvuRwdczJbG0iO5atjeFb/AfSL77yIh6P++IeHtvuvO74cX4PumnOQeJfye7BB7g9zSO4HU86iA43qpCA1IFmaaBkNhI+2NZXvo/+NWZ/oxNteOhHD5XjbQO+W4O5hQ/UD793+xoTkdrPJn7zkY8c+IVZyC5Od+f6XgL/875610i/GuLN+xBvVqlT4i28XqHQ46Ijc6LaknYnqu3JRDXhTbv9emPJ7NcbfH69Hr0S9OtNfr+eqlZLNps5m/Wk0u60qVwyB80gkQZm9CxTMptK5sKqEih1hvx+wV0qpLOJqD8k5CKsWzAjvavSa6sqGWby3MWIkktjqrxIlh4MDk4tPpCogqdbSQSTKNIgzNTR1gwzY1BxgxT0pTqjzu+LstD3DQ7NIMRLF2mNuma6Meq/Ny07sP66xvr3/wSULt4c9cmZrVGf/xSRFaQ7DyNZmUP9SYxmMgme15YindpiLNJpSdjcSksibrNaEpa2kkardiu1xYS2SMq4r7AkTBZLIlcszukMBiMQKjuq0UhnROV0uSNKt9LfGTF1dkba2zu7fG63xeEwWsrOgL1aNRZziUwk6PYJrQHYOUfLK6HFKAA92gCnln/6kVR8T8ihxxT5UTY9JSbMcR0hCb6fEhZMN+kdHJYkiWYzJCaNO7YLF+3tBBEf0kmX7u8EVqTEjSSncXjiW4POC/o7ZfUI+OJLF+/xpMFT9Q+/sTa4HKms8MVbPNl+0PZeTZ6y/vqjHw2vYoncIPvkDzhHDYziZx/Mg2wqB7icJwdzuaJGo4zFgmGDv2g0hcKGcKZVoUzLlWk7o8TP0kpTWplcnf5MGqbTRQgZTyHgL/pZm51h0H3QzpjsdqbsK4Jiu9NuN1h8Usk8NJs5Q6s1ZDqUP5I/laeH82AoD67IAwm5hs7nNeGY32N3ppOCO84WywaOQd4V8kdVlyIt0VxN+g4OfpeQ+JdNTThD5Bq0a4gjt2c28aelDn8JUoixCxsRa8BXyF1a4nzmgIT+/If6wMxOxG/Xfzu+60KJ2w0Cb359rrk47/xWxL8vPnwRafv84r+vMRdkFKS6KUp2M5I3O7J2PnaM8k++Kl6OvNWf+n/n/4uf/pD3di982wPuCYB72YdZuFf2iAyq5rtclFmDjA6Bh8GoXbB4KAXnUzv8FgPl22KZxGPKRMuA5bRFZon4jtItIj/KHGLGcL1BmtnC0AomjdxE3A8nZWLPULUz43iW75lGnhXpt23UIOlQkAqI2ortQD+zesga0kvVqiakymQ3T3zv5Tse/eiOm94pSoVzPSP121Ith4a2Pren9YprfrD7aa8H3DizXkiWhL2KuQsfvuewZF93T56RMSQOzZJ6d/ScvRGtSwviaOEYVUTr4kDrclPxn4ofL9LavCsPdXR7DlAuYJLBo5N/fEqplUZ1fdrsyN/VBlS6+3Rf1tEKrU0b1dL3ah/WQqXaro6p6b3qR9RwvmqFCipVe1UwFhZqEfB85I0I5CKeSC2yKLIlMhI5HHktoojo57e2KpxGj90iWKEnKlOWoq+yf2Qhq1CwKdy4YPEZt6ZAJnUoNZY6nXozxaRSlAZPUqYj/b6gGOunKNFkyx+kAI6+tBeO0S2UhgCbDTeKkKaLvIbHzkycxY2JucHx2jQ5yIS5rISRjf+2SeBaJB9LRm5No56dTye+UackR8/DiFhgBtGYn3Qv/re9uw58bjblxp5rE+aDX84X2iY8TQqC9OMLVlxRuJCQv6q/DZi/bhC0SCcBrbChPoOqEg2jzANUmuoEoviMpT3cDte1gWf4EzxU8kChVgMlhAb4JPwe/HfIaGQsbxbyPe1L2yG+Wd/+crvsZ/4/+OFDHvCQ8XEj7DEuNa430irNbs19mi9rZI+ogeDsdlH92ZVZuN10jwlmTYWQQZ6ICp5YOrYldjj2RozhYvjJotga9MJB9NJr6EWVIuYLydTKDMgoOpIqtTNiUmSC4pBn1AMpz5Bnq4fW0x4PpSvjwv3qHORQ01kxvka3RQd1+Auhgo71B4JighDYml9DbcFzzPdRB6nDlIwS+RNTVWaEwOnB8UZ5Dk4aORZOZE+dxQlfDDyI47XjZIz24HDtr9Nl5BJe12oppNMgdHgGwF3WWpian41JTfLCTVIz+ka0R0LuYj6CqH1waTB9x5ef2HTNjju+v2uRh7c5Elqgb5lB8op2Q2tmec8q8fIHVhGq5y0de/bdefiHn/rSwid+btfyga3vfKH+9q/mTNP8UfDqgXbnout+8Mj2j0kx9g2I7tczmxDVs8eoJBJNnT4fxT1CnB6L6KtPIQkloroZyayStbMxlo4E24LwZyFwIA0qbe5aCTxfeqMEuZKnVCstKm0pjZQOl14rKRSleFy3VMSjqjNaUStT0lqtX+bGs9jcbqs/7QAOweqnM0hS41qTsiq2hCktUKN3mZwmHHko+4J5Ey6HHjKBfaaDJmgy8eGhMAyHKSfXBhRt/dlgpf/gVMuAmqZEpz3rEB2YEVTavKMxoHZiTMoZnsWpYSK+MwfqoSP8Sw7SBIiDdCdfkqboTVfNYoR0e/r/o+69A9s6y/3x856jLVt7H+1zjiRrb1mybMnblpx4xHY8s3fSrDazI0mzujedQFva0t5b2kIXLaVQWihwcUIpXMYlBAqFO8C38L3A90Jj5fe+50iW7Dht7/399Y3a2DqScvS8z/o8431eA5vJny0PU52unKE3X+T/uPPyLGCxhvPPQj6/s3PjRx6YV2U4y+NNqx5lHr/8UXk3+0t/X6DliMfDF9/nP0Y8hyWAIJ+N4x34j/D38T/j/B/zf8f/K5+QCkiBT0CIf2B7z4YTtA3w7Bo7/ojri643XAQ6BBiv4xsR14zoBD2jTkVJUDtGSi7tl66WElKphZdD8+p1gkjQaguFQrtCz4U+CPHlIfSkP7QaXngYXvolvCgJqdBnDRah28OTUo7VEiCRaG1ysFoO5Hc5REhz1QyDaeVBWxAXBQsNdKSApdA56S9pQmEd0EHlhM5wnpOzP5rdsxdtWeCYhwwwVE/2eFv2IET28DuupIJsMjtQbxrMo/uPOOMORb4LtVQE2fWd9Ssuc8jdIkZNLbv25SXOt3vlh7X6WNbB0mHeTna/2AevYm6og1D3XFDnXjCQcQpNS1kOLwgUUln8diX4Oncws91GiDHU5Mww4pG8SGQhOBYZVRZ0eIBOZSH8ZJ6AAFQu2iX6uuj7ol+K+OiwIrmWPdrVBnVLjnTrV3Dh5TY5riDkcocHRP0FntOTZ4+oVEMV8gT1mmhO26/FFVo7hJFofc/Mn0n411nFN6OslaxRpjQWYg8hXKRInBZVOk3LCkThDuUn0h2IYng7nd2lf7913wuXV5auq9EmcrDjsRWdl9WQTad6eNy6D7Pz+57DGrAPXxIolJq4Ay02Y3XEt+AH8Rtw4gfm98xQI8yAZ9FYcMysMENV0KF1RiOrXtSp5XYhEmejXNQvWi16WPQcXGORyETIUTuFSi2Qo1etJiFosBISu1UutAnxOqFQJa/7fh1uIeruslJoz/nLDQUeTeUpdtHrFXE5ZaPw2ymAUUBCUD4NOj5SGVLlVciu1SniqlD1dEhk1/ZW2fGjmkMioUKE2Nmgi86CLKsD0oZpbuc5e6jOZTWh0rVE7KWFpQ/vv35J8edGD5f+tO5KwaVS/x091yINMNXF94U5iBUT2H++itVx/qYGEkJ/Y4gD5G/uhL9ocQZ/CSdIvo/fxCeekr4ixX9qBCLK5rCSNGmz4ZEgmQuBr0PDgiNrk4PWZlfoCGtrRCIi5PbkefUaVBbWaAyGevF+qwMzKUx26CEGTEdNd5jeMYlMppRS4HQ4MCbPDDCEgv1xlLmDgaGdUo420ZRtkDJUNjvc1PPZcq//fKM/60NYXYBOIodOOlJw6JxtxON8hR11UX9Uq/9iFyF4HNqc0rGlm/4XWRywkXj1Ixr/F+M/TgfqoG+Yg7FoI/bvUAcquHwA/nIv/nn8ZZwgMBmoF9jQDoF4xGqLhqK7os9FP4jy5VH0pD+Kenkehpd+CS9KRFEJE6HsVofAC9deKtcCGaHVGtn+nh6jJW7cqqQKHhppy+1QX3giESYN2wsKM8ibHzF/0fyGmWc2Z9TyCIgU/HS8EMJy2AfYRYyHvHwGnXyFs+15ih+jPurflbH471BhbXrud4u3CCCYVkZsC0aCVsz/x+0UuASnbYbc+O5o19IbBjh2/KSj4qmHn8Yll9sycFXp7z8sLuYFBXXjPqgbBex76Izbn76gZrHXv+WPQXYY+Q38V/nf5fNeBm8DvKud7GigRCKFx5cm9DZHOEZYyYgNz0KvKlOSYp1NIUKdkXjY4RU4Y46BDFw+NJZsIHPH/FAysQI+PQqf8jIZTCdvB6L2QgvdVfg6/C59DhnqZtVZFY4B1uv+eb4du4qiyr3sGDt1FVqaaofq3DtloFQr+P/jXuxabWB3W15A2nB06X7sgHtRP/Yl6gE6Pm4HAdeP/eMaDFXHMgf12b0vKEI96caeze98Ef8mjgtwHY7XIUCME1gj0Ana89ZWNyORqJ2hKGGzhu2CNOSGUmNVS6KFFC3Kh9hp9CEQKnig3BvkeVsezxea6PYCijd7nZgSiJQFt5Q22NQFdDgfOqmPZ6jdtseuPrv47B4CFtyysUl59atLX5keXMWo/7MG7MVrz/9iWfY/tg97MWIdfnrPJ+nEvgqturG66oCtVf8ju7f4K69iwos/zSel8niSAjrKRW2i9lM8vc1t22w7YOM9YAINJHiABGyq4G8ScJvksxKcL0hAJkX1aBB30Rg18ANu5zvYr2C0u5t/lI/zI44s2lUfqiPqsACZC4KvBz8I4rZgLtgf3BU8Enwu+MugMCjVkBpcpHnQqLN4FATjEYtZoPnGN/+AIkVk7EGIzc+8PT33NvS/f5llg8I9le3a3DR5pAMY21IxP0m7HPMp0Sxt+zw3+P9oXG7RfOuh/yh9r/TSN94C/kPPpVV+PkNRieFDL/7l2u0bd78NTgnqAvYVeD3+pTi9s/THW3aCbaALJN/5Uat2tDT8yOC+rz9W+lvp91/+Hnh7malRr+BqK6h+fz87a/4zr2J8GONJFHE7MvfGenlcKn5I/LSYkNYDkdwJDHwVgjkqBIg8KlKDMVa5y+YKuQiXSy7E9OAOPQjpgV6vEZCMXOhghFINAul5ha5BwdiZMEMwFI3xGiyvElFMGppVnH977u1pxblZrhECIXTufIppdjBB4/wWJGQxkD2Y74dIshn4FKpXwgWqzIlPwqUi7o8pJDzJK1/9yvbVR068HbxLo9W6XHVtXdtKf4jlr3lWwh8FPeCoTZ15+M5P3/jGt267O6gu/WZbR2/pui8cuu/9HWjeVQv0f7dDm+vGfods7q8qOCR/m8YQfxsADU7j9+CP4y/ifBPfy8/w/4nPe1X6XSn+ZfW31fi9hs8bXjYQUPwoO5lzgK87PnDgNkfO0e/Y5TjieM7xS4fQYYRWQCekZPn61UpwVPkrJa48KsPldpsdF9kLJE0VsAa5T0kOKEBYcVSBK/TOAQHABEcFeB0hkPnqSBg9swMFlMa4on6gHq8P7Skjvt+iuHbP3I/YodgcPKmdhl2Tj6rMeq+Y48XjxRYjD96fWVs7Pwhbzk3JXmxUNxHPsOOwS28O03suZC6JPssYg3cW2k4f9oX8BhWak83DAYpDh2EkCuNQdFD0zwTE79CBvFYbE2J2Mc8xHzB8OYOeoN3/u5iH4aVfwosSEaNFjce4lFCqTGJGJbAwEGjQaJgbXbDR7gIW0CJBrH9DAzQkjYneEOEiBTo+zaYEytCe2R9Pz/14mgsh0fZMBBPQWDHUIF6BChxoq8KE6hRtfXW1FiADXoy1jt01A7U93LztxdZw5B9xCTdU+7/RwO3zi4HAxYvYyMX3iJ/wt6sE2F3s+rVBvVVCvfVga/OG01YwYdhmuMlAiCR2u1mv82CYRuc1vwb1TIJRMH7WClRagchh19l1LiMjE2IejwuXYLkz0VAsx1WDz6RzMYBiZ1QDrhzakEZ2i6kExvOj5Tndw6FLZrNTWh6bkUwRyhffumHNbqD6/ZbRA9nVaaVO5aUzz3ev78yvLV3cuvLux+98Jtd7/XfSXQ/tao6RCkXpPeziVPfqxnim7ttj+46w+3a72H27Eaw/H9xnARssYMQC2i0gbgGnYVgq0TsxXsztDJn2+0IYaaTCeANjFavrBajwdwb9N4vqD7NnZ9KK82fnZtDBH1xBlcXSNSibsxkfsdGW332ks3RdU7wjROmtisaAtVkjXQp1s9P0PnyzFNKa41S0Xhh2D/rv5K9eGncj2S91sfts41hrnj4NRbLeRGP8ZAMTtYSxgD2AB6IYaWZiAp+bkuoU4oWUTS8gjdsROJ+7WETYZZAs8QMITZdPv76ItEsRLLETAtO58e8evL2GtNuJ55eAsGwc90eRC/JuM/ZhvlgsDonFquEh3DXq8apcoxoYGW5SN3hVXrBiCMeGcN2mIZVX5cSHNDg+5PW67HbX6tWjNptuxO0adW3W6jbBBxiFf6HyZBP8F1yu0bVrN23CBQLcBR9be9Oh/R2b1q0bXb16qLeP9IaoNQU8n42LVWKxFb5LZ7W6HKTIBsMxdEBJDEo1qvKilYyh/R3oGvwPCsvMWRVSgXIZuFyRBNOK+YqVslqRUlZeX1C/r7whEmanxpYHGrQAuOJBgMqSKJFrxSulSVS4DxLIaCD+BPF50UObasvhBoySUMmyhUCReDkaRC2XrwGqedySHZ/7StqiJcU80vC70vsBsbjOGnWhymVzOt2NivuB4sCa/LH1659lMm5NnLE2BOjRxhTlPMJTeJL2+vA7f5Lr5SKrRlsA72XHfb5h/IPS8sk9hjAMDoFUzKj1elGAQkXNJrVGoyA1yCDxlMZAYAK1ALSNxrSlE3Pf+MLTGoffgET8jjvgdfNJhoJhMi7TmmSuLlT0VJuNJqWeFopwhiHcLtc2zv7/kf9ZqAMj2F/yp61WGgBhPElLo64krfUwiSSd1AuNWo9YaJRGDSIhLTQK6SStSdJtSZBMRoPBqN/vkculbp3Wo41JpB5pVBrWeqC39yiV30OpR6PZbIzCx8rOpjA22NfTLvX4/bTNBq9HQ6Q1IEk2MZhWpZLK5SNCnFRgAixXFQoFyhjOlp9EWaEBoZnZmRo5mY6FFnV4LJSS6dOVF+e7CapSooYIGtVxuLKlq6ZTgJMdNvHCFTx11QYDVmQ0QhmBdHpeYrj9ZJ/Ff+O1a+Trij1OF0hG6PDote+vYOh0acBvUqMKaCBQ+menhZl841mLP9DoXacRe1LtzNEGh9PmUQc0Wr1umriHMevr3PoHt6w3aS2o1unci4aumgwETWvqDYapb35zSmFw4zTN05oPYhcveBNWGND+bNLf6tNuo4MWV7Hv9X96iHKIIKJ2YpgA7Qnuw6axD/LurWNgYgxcPXTzEL6v72QffroIDsRPx3GRSNXZ2ds03nRjE5FuakLabi9immIR61WNq/D9GBjGNmC4Cv2LGpVGA/9PoqJofqSra3MRFIvIIIzAh3u13bjM6Q4EnG4s3W3U6D3LBgac0xOeYLG7uynQQXYGcWga4NttTlJkF2FVDudif2A5jybapFlzAX0iCJ2NhhRz0RnlQq4rZmMVCzE9fdrAbh0C0xXOcrWfpawAYPHrpSEvCm+jVuhDBcIU0vYgTrHqLwSov78FZ6/A6JdnBM3ZiQWaX/rX+NHeDUfNrmXxuddiIy4N6V4WA3/KHTuwZZkfx7+BNNzoCevAe9H+ng73hfHkoCWzqp12F7e3m1o9hLFEX6rxT9hs5tK+ozY/wzTaryR2HLH7GZkzvWJPQWmTv6swm8xKk1WB2hqcia6G0phEEh7Ykm7dOxoRSzAImP9WKvDvgNhkGbYOaPPqw9NgbBocXgnGVoJTK8BpCZhAKf176zUaudN53As2evd58S7vqBd3eAHuBSIP8Ho8tIXUWCzkSRIE5cAkB6S8Xh42khqjkdRqQ8acEecbgdFosdsta+sBqijlIQ7myS2g3lJv6dzQFCNAP92JYVmsE3Q2Z8isbISJhaResp7QeSiLnXRKjGq5jtQIlq8eFxWxZThOiITseVa/OMMaAGQN2L+UegiOUOoIut8ZViaiFalgj0rmOhWqjqNGLNg/5V6W2Yp0EExM20LEotAhfKT6I0VnT1SuBOlIHDipYY/14ZdfmRcSoQAHJhfd3VN09+xdEa/rXdIYDKk6Nh4fLCQbItI6s7mvZDeqXA6TSCoSUVadG8TF9anGoc7ptMGQXtUZCTJEeu+Ps8MxfeOqq9s3Xs4yHOy9fm1aKw+U/n2KJGVy6CrqdSrjemLdSpPBIDtS+sfdzozf37rleGv7bfuKBnZ/NX7xPzFMOAhtRBGbwt7Nt24cBanR7tGVo8SmIXCw+4Zu/FDLjS34CTvYaN9nxwViUUd7W7vdahO122ztIsKzKhwKOVMJTSqViEYTiWFkGBLZlAo4PVMeh8PT1+9pnRr3pEINfr/IJrKpDIIOQQeGP6FS2bEnWnH4KSdpeCLMWYPZMhwOcZCY4zBCDtAiKBD32cFX8F2h2TJOuBYdtAz0aUMoFFKcgfhCcUZxJjpfAgZKNJ8ZgWWo/0EC9fxa8SaAuBgjIDuhuiuRVXC5QblnKQgNQAseY2Mw+AE+4rMMR9ghFk3GeHsAfqUnLmAYoUwoNvtbvKUSXxto+Fr/voleyrPvgirib3TUK6z1igZTKVG6d2dXx1pgGL12hWf0xqeHiVm5W2tS+eJ599yfo8st+e19vtz22/rFZjUfn/s3KnhVyRPNyWBwLym1mpM+ksxtLJa+wBBab0cUfAbAP3OnmDq/7zQ4qW6buCK3+uQKV+knW71mG0QrEnFDcVt+YE+PA0DeEhcvXvwNfxe0A2EsD/n7QT5+ogfs7wE3doD9TeBkBhzIgBvV4EYV2McH471be/FNGbCBB0Z4oIsHUjzQ0FoEOBpX5tXmtUaTibY5NDabQyKVHsPAGmw3dAh/bnVoW7Wt1DKzWWADNlsjsiwhSopJFBK7hJBIhIBpbRV2MX4Yc2t1TF7eDJqbTZEY4xHYzKRJIowopGz2ASk6qhnGOKXnZAA+BYjVULU5WUizR6KznYKI89CdK1hfwZ6fwDK8Oj/OUWZaSo/UOIi7KS/0AVxZS+3iuIw2dlhxxlXD4xTDarIMF/J3zZ0Kj11TnDgZsIlb1x8tTN6xKcNr4yukpXPvR9Xa+I9/17zpeBe4herz9R+bjl34e5vDW0jafF0TIX69HU+Y44VAaCBLE3jG333rrs71BzWd129q7j78yDgorWPqZUUQHHiiYzyurZc1brjxa1KdN+eN9sVIAO6Jjbe5PO1jEbQ/pLSLfwjFnpIPuV6fUoGHEc+pBFJleR/Ge8Jr2b2YgH1ef/F9/oto75hUx8aqEAfwfwp1fBn2ft7Z0ZFdViTSWF+RKDZlk5k0lk2mGkE2iRcJ+IMoEggAjCWzmiTBT2azRSXBJ5xqpUatVoI0QWCN8KEudnUVi3yJRKnki0R8fr/PSgXMSbWTKkJX39GYxpJqIE2DNJAGfdDvB3ArKZKSEjPS8v9EDEZ/z+t4lG28jYVAaO6bM1HF2agqzdr0+b9Y3qP5+zzWwEO+s1uFT/OuRdj/NNe5xqE7GJIJ3UJQseNcw+Glh0ZdmukG7hR0BixY4F6QEXJAvJ+881Xw56tXjo3OXZ2JSUTJkr9eYveFg3NfC48whnqp1R8O423BkN9WVweyxxLHQhaDxtkQs4H/E2jPd0eeIbri971akl8d8EOr4TYY1Mok+H6puAUafQOX9t6xxWFEaW+9wm7fUFoL/Kdip/w2qymt1VPQ0NTbGiPPID4GMIzXBzF7DruYvzuZjOSwYDPR0kw0h7BgxOcPgIgPD4BmQoM27AA8QjQTYV9E4yN4vkgk2BwIyJqhgDQ3NvY3g5ZmYEOqyBOJ6ggeQcvqNLI6QlbHEwh4vFan3swdMkxrtT6fjMbMwIzBDzcHiKBPBsRBEATiNONMkilawNNrBGJSpJWUecsxt8pdJToPBuUUkSVHZ+yhjDhryL9xmsf66/IBQMiDIzlAKUhVOnpaxHEYWz09Lecg/CIWIwZD/i6x53+es1plCvEVcXWeqfh/+DdsA+O37i/RhUjpLGOz2UrD9kaTUqzqsYMv2HpVop8M+0bMVmOLFqx2d7c2mcJ41rt2S+mZW4QM47OEgb/02/VaJcM49IN4Y6c+wDBhXXvpz98calhBmlMaN8RmjkDSFCrPQusS9kL9G8Om8uEC029zunwSBebU+eBjojsV2N9ms/QPDdHdBTJA9eAtmajYTZMukUpWzqqwB9ei82sROD4TrUbMitnzZxQzECKjDJlSI8Nrmpt0NZJemdVbPVT4IwJfVh04y6jXCXubdtw3uWU8YzTZ4k25wloSfqlUsPvu52EkO/fqESdVmloqxm2Hr1z73X7PxGCLTAV+XbKvfuxAe0eg0W40rZzemPwh+Oou14TTMlBaywWsfIo5iYakXS6gRa+X7kw1Kum0O1nOYZa6+Gg2ySR2OG/dPw5Sie4E3msaN201EY0msMxllUskw1baHcSQW2L0QfiYLmbC4U6reXjlSqawjAwzRUFrc6PUw5Buiaqef9n1nimvt2KGjVkUM2WQwbCLXl5I5EDmoeCC0k4lH7Rk6Fg+xUpgAdyq83/Wcd3zO+NDjRar3ewPpFzJyVaGKu4bHBuUSgyGrpKrz2pVKkvfXyqEjHXotbL63N6WzZ/Zlhw99q1THVqnT2txeUKe8PYvXNN9y+4uw/mtOpUKQkSRyGrfgIaoLRFAulyyOq1617cMhuFTny/PmOoQPgLleA92PN/Zl05HVjWE1nhspxTggAIoJJItNmdoJATlOgQfV/ZmhyPO1i3bbRbLCBWJZNb09U6Tq4p4Nu32kg2ZqnBXHQJabgTs2BWPIjvBLjkL+eCaT0/DVYf/IaZ8MnG/5BD5T1LtXHRtXhEeuYwifAk6Ae6s+WEGzaVC7gFVQqvuoTPCugd8P3zNH2JroX57nfSaefX41eXVY2qLnTuU3nY1ml1V4za2b+Ve0Ssc0G1cA05s5V7TK+2O9aUbK6rCndtth3qyAbst79i4bt86vGCaMOFpE2iLxQIrXL5RBmnKtJX2FX2sqjToffCxqTVZCNCZ6TVWs7kYCMRH2/MryOE2QTJGu0lXvKouCzl45vIcrOXfx+kOjL1rT6Sff1oOvqo6g6qkEKkvViKB/XJK1C8UZdpKnUMWc+kq7tcxk1EkzLSB15qtpFQCbhESCluIKj/N7f5IVRojzdBLW237fvMb7le7fS/43YjV7IQaVG82rHvzzXFDvUEpKT/9pp5TKHZvI/9zUJ98WC5vN8jV9fVA6FS7ScbmBHwDSQopI87I6wDpxuoRcDrLLvMsioPOzp2PnmERMnSnkXD1qPhF09jnR0dBCeaKdcTkdU5q7man8+jcK9BEQ1PNvxb+lLiWdTgtmzb9hOE7mVPoKPjTVMXsEquqJvjC57oHvTK8NPLQvv2V2Whotl8Y0WBRauVyIKS1fpuXoQHfbCOFjEXghSEW6cfkko+h4WPPWq+Md+EowVezHOQsImIh/A2dr96u19ejY2IY/oaBzyLGoCPVywaP5c02jVqhgNyQqdW7uINiSr+4KxvGKjxJQp60Ycvz7pZs0slntFoZxud3UIagzGkOhmV1dTrKRdJ41qAFZAumq2FN1V+wsh+aQc8Vc+fPlMn7+Mn5bIp5wej8ec7hHzyhk7Im574X+XVJ/+DcKw9YZPz6pHsE73HGlFm1fO6zk8tWGVVVZva5NnKGZKi0ZdzITdAHnfQVxPBKc06DJugDPq92hP7va9kL16P+Ik78lX8b1omN5AOtuQxtUmNicTfl8/stoYCaxigFhVNquT8UE/obfEEsZzEBMo+RiNkz7Kr8Isrm+1kICJeFw3dwZcrLMp9S4fInQuVit1nOtaAmbXa+rZW3QAoiWrvPrOATfHNTKpxM9kokFnN3KdPi1ErrREKbSR+QAVVwV2tra2JZwqbkVySDlqgtasVy0JHaOhQxmfpL5jVavUJO02opaR4lmh9y0SYFtXtu3SGKcmQGJjdESz9cKCvUxe/wX4KysgpblQ+Pr5KbzSK5c1VyuVC4PElkV61ak3XG/fD54LJCm8dNGsw2m1scEwuSZEKIzwdCSGAUSBWg8KAUt4o9qx2lM+ZmoghAQ1cH16bsk2CYqtQIhFYCQloY2EJpgYEtymBAK6pc9DYunA0SQvg2N3x7EooSAsLwEzzSEsiYKbyTIVNBi93ijHjcRi2lVLet8lpi0RjZ9ujY7tdOFSzBFMngnZQlHbAEVh4dars67op7PabKW+OxmEWhlBh8Dt49kSarmGHE1qbIXMvwqaQ/ZZXguLrenE3huNjYYPd5kgdfP42/WX3fhQ/XnB5x26lInq4DuLqOhG8FEnPI6ZpOeQd6WslyDxaMX1fyt2Ot2FDe29TkdJqc3mzWS1Fer7y9VRB3iuVNrdBE0KQzkRCHPVoCxiNCEdeCAzXw/Cxc4BlkcGZY2YtxyUAUj0TCDJsQKqf24BK24Mh5sHo3f7kZcBlgCBCiXA0JSqQDPGEJpC3U3GvsGhZOvbYbrZjcYFMypW5K5TDIfYP7Cp/6PB5v3DHZqSr9QZYKzZVeiWY48jNR/M3Trx9IJg+8ftpCBUwShpGYAtSaVTeMeZ95rdRSb4vQ/d02O5unw4pwDf4G18CLpbGWvJ1yMl6hzekTKxRN8azOZ6O8jEIhiHhIQiwgRVXaZ1jNQ0J1NgbJPze7iGLoXFkHjMiGehWLQptEJdCWdLeyTDSSI95qVhLmXqPMmYCl9NaRb9/Ys+yWN676ENTt2PMAjUjLvOEZunros09Ep44P1BD5t5bDL+zb96WD2b9+WDqW7oEUMZ3gzeGT09E339370Go0L02CYQIdpC2HFfNuj9ObCtHOxlyu1aAQOZWGBoYKyVWkIgQf/HSSbBTxKSvB5Yy4bdQoNwjZOzM3w1oWGA0hMss8u4STHIMXkKpdIAPEVzm+yQ0OFVXqZpQ2g7zC3Xlia5eDeJ3j2ZoqFy0VzlZoLlVXpGw73mPPgclhfXl3Oq3SOyWZDARhjtaoN+dscMSoXAZRncnwPT6yAed7zOIKzaxAn59lKWYF+iwU57mzqPgBNByMgnTOd+3BFSjDrEUGYqEwB0cOFgp7l3kYPQWuZUhr9/Ev7979tZuW1ZqAhaIMbkd0R1Ye6AyEXQzj9PK3PbG3CVFdq+QXsaokA+y+i4f5PrS3BRvIN9AJn8+Wxfx+DMtHEtCFKSVZlVYbU5AqFT+RpKmYPyLie0wst8+eQZUgdshmDFWIEN9ZZUaarExXGM7l8RA3gyBRYbZGBnhCjlyKJRfar5g22iLgTcXW3z41ddvaqEDrccpL/6nRDt7/85tu+um9y6deLP3lOXB947qBrOqviN7n33jDum7/8aNXjcWJkU1PX92RXn+8117IexnXhtjWF48Xlt/41StOzP340YYKwQ0g/LrS1Tx+4P7XEe2tF7lZpimsNe8IR6PS+npj2utMOR0qY8RLJZN8O0U6cD6lJuvQ9t2Z2TK/WemOlpkN4fUZToljtQys2K/Lc/gtudVnAcoaDnpZy1XLYPCX6sul5lfcfh2/Qgwru8S5JRmL5Pkwa6Obsba808/U1THOQEImSyRyzU61MegjAwF+xmMjFhKHaENIcJZj5Azi6sxHEPeRxhk8IdFRJvCTKgUXrvkY0/yK3WeULCDwo2wyssPQFwltkM4OrB9bkff5gzGXs7M326KCD0lHZ+egxKkxuTo8nYFYrI/vsRN9nnRaqSFVrEmOhWZrrDJHdiWvMBc9d6ZGiJWX8UuxeSn2lSNgznzD97LGmt0Zz/tN884HJqfu39lc66I2PPXzgwd//tSGDlamfw0XyOUdOz01deuaSGTNrdOPPz48Pb1ixRBnzrxjN6y68OFSzurn5QVjShcK107FYlPXFgpXj0UKJ44eufPW43CNRi6+J6hnZ//nsOa8zd0QNDqcegW06PGsROGggg25XFpvIg142sOvWrWqq4ohw8auRg2BMcci4a5dCf58/h4tFm9rx4lvXHfVG7cs67nx20dAcy3W2TGv0JmSfuD4VNQ9cGgFdFweMHPdK4ebMvu+uG/fC4daALaEoDP8htUP7d1635pgePL4MPgG0mnol/ex+/2hHQ83OCPptLxdaGi1O/UiuZ2iWqIhMtICH2KdkdTjNcCkxnlFWfWOzkQ5/zVzKSqpIbwS3y6tBULwVi3La3W77enNm790rHexFtz5eV6Nu65V8D+HY9mrXztirirCaigZviee52wZ7xikuwEL5vXIkPmcDciOsRYMqjifQko+O8MVbZHxYm3XJzRc4K16o8sAeDW2qucSel6hfXrRZa0T+x3fEw7B7ziIbcgnYjG/yeRwtmNYoT2RyDr97fAhWmFUFpwKIHJ78uJkjCR7qbhRgPwuPoiX5zzn2E6UWRTeVa0wxzn2MDr0kz2TrgEsbYNr4filL6PxIi4u+ikXJ/GTc1+9hFj8H1gcYm3bWihsbbOy2AS8yl77r1/96r/Q89Is+4El7DTLu9KO5QcHGxoGDy4H91Q5WnruX3/9638FfnRlbieSAw5vTkB8sgfauQiM/PJ5B+SwPpvNOrqDfn806wjiKYhHWl1uSkNgdUqPAHrouZlz0Si7TDm2ZneG3QrIOivUi5Gkq/rKNlNgtdYr5Q4S7kRMawWEppoIcssI8E1jWL8PyO+cV9sVzw2CNtC25vGfX33oBw+N+Qf2dLZWXvREV9+4cuVd27KdJ75xTXKqzcX7BiDwoVVlKXG2ZBtLT5b+eNPZmzo7bzpzeuK5R+9o5hEyMohepeaW73v5utbmQ8/vu/3duyd0sWP3fWE+/kB9NO3YsrzH6Yw3RSKU12lqamrvhAGfoL1J62lpoeMRMiZCMYgAIXC8IjqcA4+x0QcbfKCoTnEWhR7qJeK1siYvvFyj5eVQ73e1Jg1pcc++IT+r2eBVVrNr8WlZ8WsjtNL6VTeMez3Dx8b1VVmYe71qB5DuH37tKDuD/YcXnTwX/9Mw9ujMU3yBgEdkYdxhs1itfl2DTiuyNHgxgscXWSmxgM9HpKMuvxkYxZ5hu3hiiOwzLGiLsZlbGIS6GRi8sv1XGh2EZ7gQWPl6gooHeW4X7U7gH9jMU6BT6XaIhEHgbBoIzH2q84GHHrztumiIFqipxsHGL5eOnSG+qUyG7/2emXQpJRrpMp6Q5yp0tJhKnzG1FvqXF+2lTwU7kwF/xL75uRU2Vq6vv/hTPgnlugsbw3bkk8ONhWbK4XS6DAVttrlZOlEIBqVCIZYVSZ0Oh6ExZrVSMRRQtcW6+30U5RO3eRQsHIVw5Rfnz7BlarZclY4pIZMRLlVWZB8Sj3oXyoeXLoFKcSFUDNRjlAN6SKYbFQdclZf15VYkKATqchSGMiVBAvQuwKq3/svdfTeddDSbpLRSrddYX0ke6Uzt2bHJd+qu6PjBrparD+yO+aImUQXoNuZzntYhX8PI0DJHaveOjcTrtRh28Pa39rxQ+pdrdQ0qkcagM73jHfW6mry6665IT+Ypk6/Rmj5yy/2DZfg7F01SDWlaKTfRGmvcrePidcnFfQI7XONGhAUjMJbz+hvhw5Bh4zlkXRX8KOmnqTAE9+VQ7mwFC3JRHLKvZ2BU90nCuCqq/wTxG2cp6uPe0iNKmVlb/1Gx24XvcXbD4maEKouWlZ/j0Bb4+FsxD4zD03lzfV2d0RkO25oAhjVkbUHKKKpXiDEA6sQE28kUU5xhHcdsua6JOlyg5qd0PD1qQLIBIUoHCoRWXGWZD8Uhk9WsmywbwUdMmwF2sv2m44fjXjr99Zgv1nik9YrvPjh5oRhcnnYsO/Hc2vzRfZtPmYMZCz7Stf+h4baDk0m+Jee4aqRxspWqS347oo8E+r7669J/3/cNZ24sufWX586OBQuNngvu7MqMeeen5n74dHvTp7/yo3JsKlgL7V0jyunyBFJnxI7ZMVckknE5rTq/Rym2WxpJIJBSNoCUfe6souIeZzldQMkrlN0DjmqQrbxMFLrQLxJj4OcwxkbgNFxhWq0fRKwt7Bv0sfaP38cF1xe+V2HZwuxSBccSfHSVlc3t0K85oWwOYYfzbVpFtreXzGYyzHBnR74128bnY1mBoL2tjWloCGc9jE6b72rnkQLB8i4q7yU9bVhekcfz+eUJj1283CPlZBf1qfzi/Cx7iOHsWSS984YASgAXqUajZXfI7mXQsGUorgONtX5aK6GtFkNS5bWpcYWUQ0ipYzCGTVaMAvim2qIr/UTQc+2Xdm199tpOV/fGlqE7duRGH/rpsWM/fXAUx4FNp1SL8dDkDePjt66Np694dGvp++o/x/4kB9bPPuLu3tA8tLlJy9sulTM9+4cDgRVXdYcmC1E+ELZuOlHY9tT+XHb3Y5sUdiWjNNnqW/cMhWKrbhgZODYV2QHqRo9enxxusrkbW9l1FcB1/TKbo2vPO0NJZ9Dlam2XyUhnq94paA2EyWCQdHiyYoyUq2Ro3WK/iJ4/Mx8BnputwCkW/oJ50I/kp9KCBRdtaSdZzXCAzkhqXcEX6t+aWbY3xBRCzpawuaPn2YrY1OKmingRv9WFemPpvoBaK+oTKcTGENOamltfEZ6+qmUQV8SMs3NXQZrroJ7ksf68NyaS4xhGZ+1GY5s8GwyjNulgzCOxkQ4J5nBgEkKTbMQ1ngY24Dmj5FK8kGzANkUgxUHhL/KYiH7Ucw49gmuxHCCarUBbC53YYhiygtCZ8K5zqcSxK5r9gRWPXrc8tfWB9cPHJ8PIX1DApdEuu/tHp2745cNj6x77yb4rP7wBUMnJFX2uFQ/1EHe7pUq+qckizp08e8exb53oSK09uWzeMbxworjs7n++4Y7fPDIhCDYP8KQahbO7oYKNPgP5HsMa82aHyekVUAIq5vUmYk6xHKViaQeMeShhudmXtRJna6zE2ctlYC8JgCtB/lJJ11q0U47sl4pc51pqAh1+OagH2MGL+yAfUe5iMh8Czc2JrDIj0el8Obc965OIRD4X6WnGMh6lSCnwiJVKsYcQkJ4wgWECRFYISjHLTSi+yAZwLD2j4PAepBOxNRLmszxF4CaGesohs+bLnZfJWbHwgOeCHD1WuuZrHlLYe0vn2CMHu6Prbl+FPLmwDAN0LAz42T19A7e8sWv5XZ03I152Ppn40KY14fqwqfPkW9dd9cqxzqYNJ3vtvc0NjGt1bOtLJ/sG7/juwSu/++nNSnunC+G8v0KCPg/XIYX8dtDtDKeEmnqnzsJ3CvUaUijQwYcoEiSh2xZ5nERtGKvkYvdzM9AXnJ9BXEUK6la6lTJioeuG9AEYCvCsYBGH+XRi871r31nzqY2JWs+9/mUAHn4YgJfXL0i5Ply8fkN73YVn1+P/Wde+4VixraylxgB1+K0be3tvfOvw3NSCnCv03RcP8xk2punHhvINxR6+ne/yeIzZKB8+BgMRZyibrZPLQ3V1qUgRs1MhT0CUghEOGtt5Zi7Kph+57CObe2SDQAT2YmzLKcPxk0ctYOKleceaPCVPj+y+QNhCgJH241vy8eEr9l7ht9u77/7Vgw/+8o7OpvXH77ynA2QWJCEJYeHYF9b1H5mIkMGWjh5HrCegcTvH7tqSLtQHRguxiWKmQZu9vm3NS7eOTD343Z2bXn74+MZ2WU1SEicPfe36juDAzlzzWGuowWVgeooDgey43XfdY2/P11wE+9icPMT8NkfQRTqTwrAwnEsmW3NQtc2UyxEQC8KkMCjKQjVnITFqyz53fpGGR2fOnbm8kl82C//RCr9kHv4jNH+JNPy8AZjPx3+GnYEB7RiM6hLQjAm8iUTK63SaoB0T0w4Y1lFscFOxY7VoZ+bSKt1Hw52FFbiPgjoLK2sfjXTm8XcXexZcMe9u70w0O+N+TCRSFU2OrFFFGkiTKeb2iKTNVAcge0XJGJkoh6szc+eiC4F4aAYl487NV2q5dmkYpaGtMFX3u3RuowabE2tYuN31pU2TN2/uDugIXGGwKSquuBLB1pJ/5zxUZ9E3yEaiDV3Tm3ZETE61iPXHVvVwOYgFX6wuxodfqqB2tBbXX3yP9wyU4wK2N9+s0SpN2XQhK8SwI8LbhbhQ2JxNp/N9Hk8o66ZpZTYPyEJBW6fVxDsbSLc73tyctdV5Oom4xyYuQ700F9qpyr9wyL6MXWAQyO1PQW4AufFEbIGN1+n5H43zXG6mxngQV+hkKgmP6dqY79hWdA/0gD29V/TS7cffuO702Zu7IcCjdUqVBI+N7W/vOTQW2bS29JljR/KHvrhr15ePdxP3MHKDuT6/teBxtozEcuuczziLk7u7e45vzHYdfHhCYVNApXTU9+/pcaKQYO2JwFPND6wvHFudyh96bldN3TWGpfJmp8lJ+XzyhDDmFMlpB0lRwksrrbVys1Qa82Py95+snrqkgi9KUpb1Gscmy3hfja3GxvNhR9IdyfL52ezkZNdas8lUKAxmu+RZt7urSPaanI5kiodRGo1k1NMqlnj88/h+Vp8+f57167Nc4biS3SozepEr16P2cUgfRPiJ8oaCT4z08e9kN/Y2+IubM02bCl5fcUu2Y/9Ek6T0B/3U7gOx7JoOuvf6L23Z8tyRbqZzbXbZLdvzK+778YkTP/s0Qvx2KDFSXmjqpsnJm1eFM1vvJHotmZHGzFQO8ngq0ziSsRT5dXpVT7+jQS8EfF/rikDvoZFQaORQb2Ck3c8HotbNJwvbnj7Yuhj7J9acHlp2Yk2Ks5cQ9fOuZOdLQtmwORyikBIzulAq1cFQ5RRqoDaFOne2Nsl95vLp0prU8EfkQ8FETaHqp5dLfFZ8XiWzSWATUKZ/y+5vzmLdCLdjJp+jzZlyZZtT0eyuelBvBCpRqrHN41AZSNKIp9o9PhEeIQGkZC56Dg1V4X6gY9hnouemZxXnUPGGbcGt0FSJXhaQVpYAiiWKNZlKeJmPxEYJP8RrK5N5w68/NzH52K9P1ZJ7628eHp18/L2T7LUL76e23r9u1X3bM8R/Jbfcv37tA1tSiPjG3utf2r71heOFWGUJYp1HX9y95cUTxUZIPn5i1YO7Woie5p0Prlr14M7mC68073oI6Qj8I+BDHclCXLQ870mk4Gq0tSkGi1lhyKnQ6EiRotPjIJo9QR+pC1HZlKLcYwAXYgZ1FZyPzrL+MHYOod5YrJr5XdRrgDbasFleNGWzqhTo8sJaJWcN550Lvr7WNOwrO/92VOW58hu3LOs69dY1mx7P4X019YLfgd7eA8OBzz6x4vCQJ7zyUI3VyHBYAF+765mDuaa9T2zb8dTebCJQmq2IC+jyTt624a0XgqOH+/wbbpv0crZkJ7Qlh1lbwmD2vIKfpSi3MSu3eiRijQfjbAVXwELtB1ErUGk1OOsuAaRG1QL0taquwPH/uu+PT46PPfnH++//4PNjY09+cN/mz+3KNO1+dNOmz+3O/pS/fcOXSx8+8mjpb69t3vxVIHzkEcB7ZUP34COzDz30x8eHRx7740MgCdrRdyOwzfC7/R7KtQRTotpk3pvIYh5+2GnryEGfrzIa6axcalOTHdIwxbfZ6qwCT0Zc54FeDrn+cgUO+jHWyJ1jd1eh0lRtL4USolQlW2Ik5o2WXllu36wggUq1nXLSnCdL8S2JTfetX3/fpsTc08cOHXjEqLIbZY1b71116As7Y/9xDhznBPzXD48MPVv681e+Uvq/Tw/wRHUi8Nb4PTuyF/6Z37LtTjwF1qzrnx4qvcvU2VLeibu3ZQnC68ityl5zhFX1/9N2zZd2b/nSsZ6+06/sUDZ43Uq0X4LYCFZBfmkxMi/VasWECtMq6lCtAuUeQOjMDMrCA/Q90UCT8qR3yokcNQhfece2jshQh0NFqqTM2HJio+/xvSv2ZhujKbGwuWMqwNnBK+E9Hof3MKF7AKDQ8zEgrtcsuoe6MiAbdbixOd4Ud0eh4JHNjElaJ5OqTEpPi82bad8+3kRsDDUnXAmbXC4UZwNRs2vP8P61eTYX/3ueH8T5JyHHVS9jBMABgcITeJ9fnEFb3yk1iJd+5tzKP1l6EozD9/8Evt8iWI9ZMVu+Xm9Si6RCvk6tE9ZDts+cRbyOnomy4Ysa5ZvdMZRcEAjR3nedvhzJTLniNpnUKdOm+9BvAj78td4W4x8zhzyM2mg1tDDR3Y3mYINLJTPJDTnamEg1wnu/A+99tPJdAYETWM13JWJqKvzLH9yEvil877vwvb/hfwWzoe+pkGMmPiaX2zCtBH7PM+fPRGHcdf6MAuUU1bW+lqq1In8nA051nSVEhSa6/cHcuoPpUHfY6GgeTfBWGZiATsVYVZ7C5vymT60Pk8Fmh395E4V4SPP/wpsSfA/jY+qX+Xy4qDyAhX6BvijbUgONl9bBm/rwO/3Ev/P/8uOTLN81F38roIl7sCI2mPcWO+kOvNlrpklNlI64Jd52U5jsNEcFbqezudEvlMjluFBaJIGEDZNioXI7dA7ta+QcCQydoSOJsqEz9CJsJcDN7VvjQqGEoxI6pFzxSy7VPhfQpXc8heJQaOXV2tjKZV1UeGWbR2hOhUFY425kqNZs0oCL7U0RkDF40w5HZy6hlNozYZCRWpP+p7w9ccv6Nc19PjlVPDAMngy0etX03JNtIzGNjg4a6g0y8FKinZHBa/nRhM7gCmjB77kLTegHpxeaUoH4MvEc5sc68rTf76ApSh40ioCP1ovlXrffaBbqSINAIiTFMsrPoJWZO8vNzIrN18MrGXO0JKzdRE2htZCBq4RrlZQyzmbRlQ7iy3O31jsz/lKTL2mTSsggrQHhwcd6Y+Md7icKy7NHsviVH4azdilNy6iMn/iRJ80o6SfXrmWWHRou3Qdy1+3Ot819irX32VKBV2RnvDRhPfl6DyMCbroBBr/y5jjqkteZQozLaRM2pP0KrZQlxcNwPOamFyD+cg4BOkVEDwqjqAWUlFlcTnW2gFRMGWOUNVAyFk3yij9C/ClFvY1wEQeKPUzbdeubl594bk16m8vSaHL+qHTakuqPpDYtD/n7Nqazu34fa2XqobNztKfBTckenyp+xVNXHXzzxqLdLrOrLtx/H3g53J+yhVbfsXbz3dP+Zo5niF40e7MRxo0eraxOSuvM5gzmi3gBRUf0GlIn8zeQ3jpGJqHsfpwvREUAjONYbjb2hyhb64d0KmbY5ue5M7EZdtJChU3seSa1bOSYdglns/Mse/dduSPhhsxMO2Us9xbxlrinzLq5n3R/GM3aJDQttWfDRCtiY0lcZTRuRYzm6JRf/C2vnn8b1oD15l2aehyvp/VSqc/taQA82iYV+fUmKSRWUkcwQMC4PR74qRyE/FFWRDn5ZFuZVWmuEQ2lu7gDaVD3TUoZm89szXfmVnqYwXJ899wdLClPsBSU3imTWulVVvJvKwm6SwBRAJ4uBWsFFP+3clfyvHwuh/yyYWEsk5fYdAZaDez2aAMSTqWUZvRqhdAe9AOB1Episgqn5oWSlUn01ZcQQo4AoIzXbo3F311K+gRat+Oq0okr11blr1TAR5DYJXc9uWf/mzf1sWL34UZHxKHoxu8Bz267sip6aBbJCLEd8sOOdbwkV6gIQowIMKlUTivEYjxaV6fgMzoJ4obZarPNcwOqGXKxFVawnIhWWFFx6K4QiCIo6ajhQRG3z/3qt9eevu12kUZYf1vCV7pz4epf+HtbpjkNgLPDRvPqqmuOzsIpEBfhmoeQXTNpMExDO81mpzNS10BLcIuJNEsaXP466LhJqQBjcFl5tNospxwzNT2LrNhoHZcYs8toCPH8hX9baM8WqQbiQ+nObt7tC0xasaoV4GYkUxfWITYg+YG08GlISx4bwra8inUT0RfqCZzdABRqVbfK6231eH1rfetwjPElaAvtayUYTKXqsxj8iYwwSsYFLopkZH0e0fwWbkQoByShIZiJsYYADWlQxhRzaKYDpBgagQVta0GC3Wx9qRVAS4IqZDxhTYjM472wZ09+68nOrkMTsfDY4cJZXtuGq5sbxqfXBC+x+8Fte/Y2etetm+rxf+6sI+MzGv0ZOxkLuswK3Nz94JtXeByd23p6dvTQQ7vbLVJryn9hxaW+obEQUCtczRMHP6WJrsjnh8IqiS2z+mYuJhiAtmQSyq4NC2Kd+XqLNWjjEYDWBoNhF1pIjdzOY4BW4GMkUtJiswKrlZPf6TPzvo7VRbg83KZC9tinhZ19iXnRJWq0MUHc+O67jRtuG5l49FBXft9j6/5lXogPvN53RbeD6ZhOH9rEmZOJHU9emUWt2FuePtR+sLK34euZHQ+s3nj7tO/JJznZ5skgLUmEaZRKPZCLab2+MZ7wJxkroF1+tClVppKTSomV9AOeMBpnj3fjtDFW6XcBbAt2jNvnO4fqoQhFKT9GvOcvVS3l0mJe5fL87g7+bXOrLyvuNRzlC6uqzNGLayGGU0DsXi/EaJlIRioEMLSVlUO5syiHxS/b8jLEAi1le8ciqtDvkTL18K5mURL3bwpCcA37sC35RoVCgvXRrta2dGd71EfH0i6DijZJGJevwd/ZLcy1trV1YKhvSCbh+0m7FB2ipCBVglqbkYuVF5fF6nNnFedQcyRaXW5WDlxawRIgEPkezqqr49x+o6XWOKZMcpnGK3Ey0GRfBAXLMDI01uGRDBUP7F9i5QOP3hWZ7PKChsb+6KVQkGbBpKNtbR7svnLL9UuyYm71m1Tv3n6kS10Xf0v8Hq6dC2vGxvIyk9dts9tpmi8iLEIpVKaX3W5tzmJhsZdaa7Fa7TYszSik3lBIxJgEAjY1r4yh8irbjDPLTg6AIqjSp9l95WyqzkrooYJdUkN1Jxi9kG1JQsPngkRtWg48GVm/esz1w8cSLW1XPjy95olDXU0HXjg49J3twKbz10vrwfbxQp3VSoqbVrVRgYEdufhw1sErNYyMr473jP3T4e1P788VTryya+s/HGzFJx9Z7tkfVvM1Yqn+wsZ7/7QR5+EgNHxV16GvHm1vGDhYkU1WF8NYd56R6YU6OW0VCqPBUBjQbiHPb3VIDVpSL6sn5QJ/MBSqdYrRCkRhYVhsbqZsV8roZKGUVHP6C5VvXtdApqqAl0KVD99gccr/ZTn74Z4a7fvcpZAFxQUYxtOwNmZF3seoGBXQV6xMEtoY9x1+AM0MtDHMZY0MW38BoemzFcfP2hjoZT65lSGqhA5/nJUBn8jM1GJNYrBCMucfhPxPYS3YIDb2fGeGFd46ksxBeyPJudxuLzr+1ukssM5CY4m4OjNCtwvL9fslcikMKSTzsC0XYztL2B4SVISEZMNfY6ihbr50VkVybL4B5Z6TqLlMwBUbudgeCK2EsNxaVPYlxDVlMOqbnJ4O9mzrdHYdfXmPxJQ7vq1DZ9jmdqka2oaGegypcFuCabMUjq5KPMHkhoPdq9IGS6zb13InuOEM5y6ThaAmPHFk+YE3/+HBQSFPyJPY/GlG7TPuoFwahcZJauUiQFg0lnabzqe377jl8xf/WDx5xQpj0+Hrjnct31ugu8uxyAEWZ7XkHSE3jWERs1xrkwlpLZR+m1NoJq0CBZR+SbAMbauxYwV4hNiq3GWjjIWQCy4f/uFSIcY83OLsfoG4sHRsUUFcFx5nYS5bb/4tL8i/BWvFhrGRvHLA3taKZ3V1dSEPHenuHm1DLDdkAch2d/qjKWmIjEhIpRC0DjB2wBkzdgpB2fiHFBxOOBtjm0RYY6ZGE4yqWVTI0TKaQrCpWmapkQo1OygUlal9QEYc32gb33/fKvdYMSLTW+V1epNNrXY4HOrYcHtMJb/qC1cvDygrkrFyYiLYs7nVJlKZtWvWjV5zj8AYHT02ZaxTSPjEcH7DyzevMAVaaLnFIBeoISimtaKuA59e6cxP7ru5f5FwhK6++b6+ku/Td935D5ndm0ZzdP7ooZ3lvArPBNesiLXnqWg2KyjS9g6PyG5fZqQNytZUAOhJo8Bu8YvrpNBTz2vHbHlAIFoilIU+uzD9XLNDkrV9FUvISyxIQ5cXkNUWLXFoYYCGLASIsCJicgfcJm/nRGThytmsNrU1QidyCfq1WpEAL7HmYu4rrK38TXyoO9/eF2pd3WJdvGDZxnBPPldclUO5vqFSF7gC4hMHZs7Xq4S0wGHW18v5pJAFCOWBiFwbMUtUzV6Jym76b3N5n8SaE/2hdr+2Xm9ROqJ+v8XBqAj8WyxouXDswLN7G9UWWqmy6esdDY54/2ofa6snIC8kkBdd2Oa8ViujBXV1XXqBwN6TiMfb2rpoezOSYCuaHepyt5NtbbJEYzwEBITfQEqhc5LUkbIaLBM7w7ZCs91x5TpauSkSNQizrUDgEhe1kHtQgBPVAinqmZ1302icIyjWeK2FzJOaGixrVro612aZvq6cUUuNe225qM3Z2M20dIDlNU5szr2QdZ0TLV6NiNqR9/dESQEU9phMXk9lAlTGa/Ct3wDXyQtx5NvQVkWw5PNicQAuypdNJkXMSVF8tEBSBeW0+T1CESNlDdXc2eiCflBINptujcGwtaKmld5fgdBdVXCcbts/Hl/WCUbm/tuS8OiDfesSnqE2r6d9LNRyKECbChObUisOLneZAhkgGrjh8O5Uqrtb5QhaGsbX72wJbdlzbUfnhlZ7vEkfHszYY6O7s+H1a8a53A/0y35IQxz1/mDuAHLNBtxGBxQS2uBh1ArSBcMeM8r6xGuyPmVfPHc2VNnPgqCG+mOD2cukez5hsuej3W851QMwPuRLingdS2CJ5xMJL8uL+npBymyxOLXaCEKUAoswzgCWLdymhUpll2VLmR08thkPlXF5qRjnMllXKuOxPYl4qtRr8FOa5ontE81KdfHKfo9YrlYpBQlRnZBnbN837YI6Ndkf72j871JBZfManIOjE6MDToW1LrJ8+WijsaO4rDMltzanwqrk0NBUzpSx+1etmV7ZZ43HyjEFmt8xiK3ORwSDdG9/f4tM2NtCp7LZlId22WO6VL8rSw56WgSxYLC3w6/WkaRMLRVBWyFjC7BL5ZzPsT3XitlzM5z+lWOdBanJ/0UOmn9PlYv/uzR0TSIPPPa/T0ez8fkwdNgR4osQRxdgfC7ubLPZ3BGFgk1yiCMRfV8T7XZL0DOJvkue9AvljErGdWhyWCtWkQe2bB3l9qQJy8CpVmO5jfVV6ySsafNCsEvfQhAR3/Tdm83pkNXYEDeDrXPvm+Meg8DenvUG48UhS500s+X24b4jk9GnfF3jIX8xZWdS+RRjMYHkmq4GfDB3/R2PTBnTuXaHI2yTdSttPlLlSg40e8cC4f72JgvdQw3fu6ctNn3s+qEre+y2WM4RXd6R6+iPhqc9oGXf4VMVXRfANUlh/XmJXOJRqZwGGKqiRTAbDGnMizvpsMdHquFaNEicFqT0qVql/0O0Jr4oL81ZNKigqvhokRxsB0SlVrO04o8+NdC6fZmPyY+GgbrUHh3K2NX+nqS9o73FeKn6b5kMDu3tWPHIHddFuxuSB0/eNRgc6/SpqbDlcrlehCd4UHc8WDZv8zhoo82mwo1Gr4pWShQ2UuUQGHWQPqmnUpypRE8zs7WOCZVkLgMhqp6Kx1sKK9R4oyXhQK3X4b6zFWLfCRgj+bHWvNNPMbTDCQyGoJJWiG0Op5PG5KRSYNDC4EjqY6p53Vk2VVD55mejleTu0t/bVc0BlNHv+Uu/O8ET2k0anxIoAmX0i08vQQPRMLBWSZNKavffTnHgd75GxkCf0o5N5sPQO0aSjiytD3ropN5q1SNycH0243dQQrmVVNoFeq0f50kjwXYyjJiB7FSFH5UEyAxrss6xOw6UXMwHWSO4hMLUPMRPLu2HhBzVxN9L7zx6Vy3VB/aXUX/1csUjlV968s1FC3A9+L8cZHhzKed0fUlc9keV3HEc68m7VCqbAflWQxJ6WxfytGgEmQw62qX87Oyi2kolrfY/9LTy//+e9tIMabkWkSVQvKbAOlAetF1J54MY1tjFkCSbzVc3duR5TLPQbvdgMn8wJvXo0OwoRBwkJAfD2OqmQeShIHZfWHvQL4K3em42czO4tHiBv1tbi3i3Y99nJ5YdWuGXam3qOpPZKreMNXqH8u6lahnna2oTvuwXdj25K1UL0ZMeffuhdf+a7PEpkztrShtYBUMRSmhrlBidVymVarxeTgtRgkbB4CQm4fos0NEI0cp+0flGVyi2DkI55wunzEIusQg+T6u9rQHwVw6kv8jVVAUUtAtDKLc4MNjTTGcTPQqFbogCZrpHJqJ1PqaniWwW9LT7fWEp4yRpmVJGKiRmkx8QwuUDg4OXZmu539jmHahVKHGLbB6qRnO1lI/Sn8VVzEsRwXze+oql1KkqddGRYqdzEUDINyUNC3IvS6tXrUCCBzO9niWAAhUwEJGaPBSOSaCNrYPymoSR5vjzNpuaHXvW0ZFc5nVYxI10Uij0xWPJHGMxJK2MI+ZvIH2yVK9fLBPCsHNeL1Er2Fz0fBR1zZypnUzNIUj1gkJGNcjUQtfIwsjyUOkkGg1FJWJqpUZvJWpmjj8tIQPIGDm7Cn3u5UfGI01XPLjG3JROaPHX5jr5dRoZOz7a0yGXPvro58VCKtHVkJvKWpi2iXj3DvxnrF16OtUX0rTufXB847PXF4RKUvPnbkMkbVNArMPoKON6VTdhKf1xtxPGFIbGtaeWj1476O5h9wD/lvg+XCM15sZcr2J8IvoCRTUYWegktzISqYbBhJd0PeG1iVX94uZG3erP7W9L7fr8zs2PX9ncvPeJXv+KVo93+RVt4RXNtKe4g3iucPQf1+x45VTf0M1f3rDh6Wu6W5kVx1et/dLpAXr49Pr1zx7vY/udlpUK/BR/O9QqNdaLbX4V60DfStqbM8noqNcNv+MLvkCAHUdsFzhJLJrDGFnM543BhxwwLVhUzvQ6pWYjBMrYvBqU9zJwuxliM1wjFDs9KBY7j8hTlukBUAdQ0x6oakEzKLd06rnNmsr58o2ysij47vbJlMGQmsSLrzw9dnI8UPpMVQV2vH3fBI/3NUFk8sSKLZ/Zlkjv+PT6J45879biiru+s494Eew1htq9wa6wsSR85/yFb6S33jP3RFXyz+cPf3G3s1EvDwU33r85TnS7Oqcbc9M5W6m1/chXDmx45khPpfbN97A59vY8RBY0bsEsmEerp9WaOopkBEq1RqPDLCY/IZC6GLyKiUJnyhvgyzsfYjNolNBSJe7YImzE98y9tDhxHGS9DmfpenoWV7fLSeXfVEzfxYvYFy++D+4gvqgSSN5n6VCAvfiv8MehrTXlJUpMLBKJofGVYWia1lmWech6cd/NnUI6lUzhv2p6ZLJp/44px7vaxraCK7nVD/493WLOTOVaY71BXQODbIMI6ywNC2P8NrgwTdg4dgD7FPYC9gPsA3QnKpX600PP/eT3q6/EQmdCqEWIa2YFQQKSLwMwMBC2EKkWXAf1mKgBv1UDANDrgB1H7rYSeiuOuq2Yqta7qw3CqFZhBdClwY/Af1iGozBUXUnaQgNb9X0AvY722cOPoO+CJ+GH+NUyhr7ahix4hae10irf1PSkLzjWl9OI/O1jCc/46g1xOkuLu0lKK/YWN2dbb77huljTA08+VUyv6fYYgx1zF73d2bDKZ5clfMErrrwqXnz2qXsTnjDfH6dXbd4yt8felmsyNa9sJOWkSxee6vZZcpt7YzvWD5TWX3rL8XjllpIektaKlrwlDhbdsu+Z2lvit8NbZo0Lb7mpgG6Jv/z/0JcFn/lfsuTj5HWktfVPZ16981ojf5G81uw9rUopk2RxVY0YI4EDVYF0V8VUrUNhcK0cI4mrQWOpqpzyBWxkXCPISD1AVST1VUElXGwwXSPJSD/wLv3A+h2x3s05i697KqxzwSVsXNlsasq14a3BLZtX0XE/P+xJ3PvUs8X4VVdeEfQlZHafKpztBs94O4JGT/eadPGpJx9oil13w82t2c1Fr1hL2erFcHXjG1aPexJj7X6RJtc3FvRNTk/5VLRVW7qOvWVh08JbGrO5trmvL7jlM30Lb1lasfQtRVraJpNUbhkfv+SWvFv/3/mu4Pr/LUe4PUoYxs4IWIatzUfjyfamoN/r5GEdfLyvz9avkzn1tr5kE/X/Mfcm4HFUZ7rwOXWqunrv6rV6X9WL1JK61d3abC0lyZblVcb7gmwDxmw23rABG7ATFpsQglkNAQIJBAJJIJYsWzYYuMFxFixDJgwzTDBhZjKEhFEgGeAmAbXud051y7KxSSbz//e5MnRVV2/nvN/7rXUW7HT7XK4qIcbV1GJsmNrpm6I1pCrGl3/L5E/SNUcy1EefyI9PPsnnjw/n6IgKNnMJ5+shtrJ+4UICATouxTlxSSHn6e+LcX9++eWXz72ywPvvT1hZaOKstJfxpz1Tcf25lxn449Se8RWVTg1SL7KcYqyrOA0dGTsOeVWFYpEwNhl0omgQEW80MGd38nhOnW06zCaZ2mP1hVg0QOcPN9bnnS7nkdVLlq2+bfVtxWnZhx7KXnR//OKL4/cjMpbl96LnNX5kQSGUQfWHUJhcN5BKGf0vkOuQA/HwaETV5Pr+Cq17iFy/DxqQyY+y4eEjb4/QG491WRJl1S6af9JqKM6f8Zw41MHv5WvXO+MeOS674y5X/AScu+JuOLcnm+1JD7tIn/J7HYnSM3jv+Lmzwotz8FD+PMVmHfThbuiDAT2puDAxCDpRo9VbEI4QtFPDc1pRpDtpLtSbCo+Iz4ovigSJksiJugc0WCM8on9W/6Ke6A0LeIx4Cd5OeIUgFKZvR8+iFxHhAQkO4ZXcDu4Rjhg4H8dp6eaTBY5wyJOhO2O6jw73bUwjyX3US7cr7Dt6cuPRk33jF2md1TsML+RyMq2PibHGJPzLi7J49+G1h+kffeT/Y86c2XPYH+LGvg/9ms/6JaP8PmQcItf1i3Y9iOEgr/CK0VLgnyc7kUSuRy7ybVCFd9OI7TyJM0dHj8KvOEqDzCF3s044n59weKJ12dj4UfhpjcdUF41liydKJ2zfkG74/cPw+0bkRn6UGfD6TQjasN+u8XgkaMWAy++nrdlHXIiuRchGs7ElD9j4bDbqLplgI9ytpSf0XIhZ84czFdEsxmmbHMtmY/Q0H4Gf/3D1auGnFZm6aI3PkC0WY9m6aCSX3YrZWOuxRaADT4MOGJB10MCJBgTO7C3qy07Ar4Wthca8ug3i08Xv8av5nq6Li9Nwn+S25S9unUQ/vxn6czv0h6Alh6B7LykW2V9ARCKckZAw4ji6kWcQrnHPYmyB1Lsdr8R3YAGvBEM1l8NcGBNPBiTsGe4b7kPuTN9Gz7Aqcw+VbZoKNtl4O/wJy15++Yfwm8V/4n+PK+E3w+j7h6AJ7w1YZbqH+j8rF+mkgqD1Bgom+mB1w3VrCq7JWrur8Ib4rsi96f2tlwuGdIqd7DSZPRaSIRzRmfCfTfgS4WqB2y3cL3Amwa8J4k+C+L0gvtyJL3Ve4+SCTsmvbIA2D2F0wIAkSeKkTN+w960+L7j95o2b6Pauzc10G1wE118f9konvXAAC7mR7YfOtkRnkyDUaRCyOHFLQzqgoNGFK5co0xpisULN4jZ5zSJlWn0yF86k6hTXZcJNyqK2hvrupZPl9syFypK25imFXLzZ017HbFnxfH5g7AeaJpBjwyFkGPuTYg5ECqJkcxaaRKzfKTxH3of36cj7B/Rqp6GVr1OD4z1el0XQQuIQY+o0ivrwXH4JiHojXsD/kop6feukZdSvXASyvxO4IqCv0b1j/6S0aw0FXsCEw0aCMFZkX8GCQyBkEiOYUwSOo5d2cHdQFbfQd3EKT4jiiRSIwiME3DgI54i+F873w7nAZYbZXq8n4SC5X/cCGdyZEhk2pq0o7/VIjBiUI3VZahfSOEbVHt+5fWBg+0Bx2g9ffpntv9QN3H6OcVtGYcVkNGqQU5KNRGe36+g29nSRIWA6nQFRlxUdJV2GIE1kW1Ql8y6nFHFkY7FsDhTp5ou7ekAFit/bQ5UpmsM4896k1ovzNrdUfEzVJdCFp5ltARnoSzLgmAw4jHbqqAyg1yADg0XMgLEsyWC0LAM73VTDIccS9VLkafXn8AJhqPQruI+qDL8XP37u3+Dpb+jO8hvjcsYTfgM/frYfodgV/wy/I5bsJHhHo+TU8U6EnMhokDU2pM5tYSMn3h6WTlJjMeF7hYm/0Z2tpT+hxZry2YQfW33qZ/liL/zmvpLfTKNGnFMu04qVGilcUUAarBcETSVRiOINFiwkRLgxgjOknewgrxKexBQ2pFZPTCGp3so+YoWP2Kz1DsXBPuIIObgxB8442h07HK86eEfG4g154RPeMFIoFRWvL1ig+2V/CNYMfPJc9CiEAgQl9IqG7kqf11kKoha+WStoRF4fyMmKrMBHfiV/II/JxCKH5JXyszJ8RK4OKFY3vF0aAgnp4CMhm1XiAxk5n2bkHj7K2MxOpWNy7vNXUQbOh4/2bdzE/A+EW5TzQP+8m77iPetL9AYaNTFgMFXj4hLE5LiLolOi4qx6ra5kOfEc71vR3RpflFoevaB76spiNLUo3tq9YtWUaauieKw9nW1pzdS2jL7Xmkm3T85kWoUtUy+ILI0vSUzuvuCCsfjSyAVTp164atrkxAXpjpZsTVtbTbalIw1HpodtoBc/ZHL1oceVyUjEOkEresYFqxE0nnMK1l6Wq/TFUnKVpGQ+XUpnhfzc4Kq7ctvPQFGcgNQPJwI1qQzNaYB0l0Ao24TvQt+tqJvazPcUt14umP6F57VSRteu69URXUjbruW0EAW8fxBZJAuntWjhfJ9ezBwdeX1F3whoMEQ9pRpgWg1AkmyRXRfdlTn/3URmbr28erW+ZtFq4ee9Ta36nfjmfcadrZ+LcbUajcEEPtlkNhlAD6kWnxyGyD43HuOKeaeDfSlwBWL1RH05xi1MDHHhe68rLkI3MV8Q2McJqmXjyPsDCt7Jo4z3LS+1OcfoTRTIDvI3Ff/0+OriotXYRj97GbRp7/+LfsTO/Mje09zIGTGSDvoJKQKLkU7QqXYTXMXTZQ9R/O4ExwC2FPymWPJDn7Ol9rPY0olfGp9wXrKlxT8V/zJ+duqnVp/6UTx2DbT5VvhNHepTfD8gmIS4DMchbi63inuU+wEnmAjE8IpINUrvrymIPOgkQ1Kx+COFLPoBegm9Bp0lQubYMLhYt3QM4hyUUTXmdYri8EaQrwXXNybbsVO8tePglq91HLy6+MNlkdXOr/VFVjtO84ml+JI/FV+SsHU86Hgagg0WX2r8xcfG48vTbcejynJIQHSCBXkwsx0YLDyHPTRwp7aDD/HcGI8zfDu/g3+V53m7RR/Sg+3Qu6CnzFSLH4hjIrGIIXElZC1gN0TJpGBqqlHZVAO/EG/6++zGGdY2OdFuTDCpnrId5Z+faDtP2cwz9JampSaaoP7P9fYywHMv4Cmgh1TdM0/QPdApSgAnKNsGspPsIQQRuEyYCtJXQvAKZc9LkKQpiIbznA649d9XRACL6uJERdx4Lk3k9zJNBJvDP4FuYm2vmGhzFJ3C72RtwWAqvcfPYnr4J5jpofET6OLjE/OdCXzEE/Id/PjZEh48epL/Pcqw3OOp03OPi///zT2QgWYf0iG6+2SGZR3S35x32P9a3pH5e9IObmyLoEG3Md22oyWKgXfrgwUtfQCuvDcARz11yGE4MYLvVvTOAtqpkcw6EBic63baxjORYe9xVaNw5iScMmWjzq7c+HE/THuQz93W29LSS/+fPBf+hDvVJ70tc+eex9ZcAN35DsiYxpGTn0M85PLGsZcGsnUFI5ByAAhvfAFyfAdc95MbkJtc1y8VtIfIdQDtyEcjqH20mE6Ds3XS2oo6556WWuQJ5Rf6fLyy4ox7uIllll20oOJixRR74kcTCysCtK2H2zR2olQbake9aHt/BaKZf3+11j2kNtNdaqa7wwjtLKAp0NJZ0NICHFvg2AQtzmb9HRZaTyI7EMALZz0oBY9heM4qTPAVBlPBmEmPfjL62oj0yUguM8JKexL07qWXRl96qS4rnOodLSTFJvSOPhdOB0A4A4D4Gc9x8zge9uTweBFKjuM9KgIqSMUny3jQV/FS9ag+5sZx8wJuE6tV8+F/+qKrAr72J/Bk/EsmnKvrNYD8uW6GsR3F0KJDSCIP91ut/OGzEIEWe9xwPUxuUPS2rB3b7cgqOZ4HBP3wXdchbWbk9ZHMUbqH4tESM3I0EjsTDKE+4pRPxws/qnZYbV1xFZ61QL2gPt48gRn61atfLLGGdXC8H7uAxybgSg3aewjZyfUHzB5FZyh4hsjO/b5gyOsbgr75/axverVv+lLf9LRvFXC9itww6PGaQzzQ7DolICtuf0FWorECkiWZk2VfIKgYjIVg0O8L044nWcdFteP5TJrGnn3Qb7l5HIDR118/Cjw6Og6Ey+miI4WwWD6hRVK6tVRMLr3uYJfxO9DlYD2ui8lx1x+rcF0UeJJ+BN/20B9A2sH6LL2+C95TnYxlXfH57rpYFuCqc89UEVIvq2NC0FgCPcH0PHiIavl+ZMRGiJ2vG6S78nJgV2js/HlFnqi4p+kqtR1jCfxV+E4zCqKG5wGI65GWVgP3Izd287SAawQF81PFG3vpgNtTkBzYAeiMfMJ+63UKyOlKdKZS4Tlnr9QWzlWbLXGhB9pVthsrKKev73e7EZW7VpW7tiR37QsluVeDqQCTMBAO+7+45XToeEm0LXQeqZD74i7YP6f4f0v1OXeuDhaHJ9pIKtel+LaxI9Br33PQ94cRJg8dICAbjDFoYQb0kAoVyIVve3L1apULxU3sMzZ0yfPIAp+xITPAAapiPkLoUttGAEQDimA0IRvPUUXw66ki6Kki6PVmyarojQWr1WJWHM6CmWKpMxXMmXS6rAJlDTiq8l52nYKkRPUP0mqHGJ//6K5TVZ1xl8YvrPYstIIM/UdYe3jybaQ9ja60Y+QMdOdPNBr875h9cDPE4DufKX2nCbleQPrSd5bUd8K3ldVvHhjWQH19oPxN6VSyGr6HnOGXrmD8GnC7q88kGIsXtcqUHngIxQraDtsEshnhd3lKsnFP5KB2VPVEfuqJqB8CCD+jnr00rEU+g1yfe34mHBMcy+i4dbUnv3eaH5nItQ3jrgJQe3miu8AQM/4Af4dbNFEmT5xFJvhMxnPqd8Aj9f5kAq/VnPEExCA5sCMEJQ9A6GMoIPICIMQBlx+mcKuYQDp1dBTonEnTEN4ay61eXShup3xeRKZwN/JheGtqH0EvkHXso5fDIyEP9gsYHSJfR7z0SQv8h9pbRlvohKWIcxFXQ6a89ZbahsnAjWP8p/Ad0bIePakYicRhqksS9J1qU5+qTgQ+/SN8G7+XcRW9M/YQ3szfCJ91DxLEQX4wRG7fh3AGfgplWjLwe7I1b33n7tX8bz71sN/jnuX3koVnclFUwyoVRTaOkFKxluOepWa3ZPD53wGA6VS0Dpds+9gV/P1IEtr+Vl7fO4HX75/iNaeObeELIN8ASnXogNZPQRauhUdEvgP0fKrfV+APwVOjGvqNlNeXOs3eseclt9aAI/66qKcQDdcFg3XBcC7YkQnnAgpfgGvwSrAuDE8/uyMIMbQCTzIdTPfJCJrP3w2xcvB5tR/MY1n0WKsfojeaVvTRtOX0G0zjN5N45dQ9JNB58HsLxobhu5xHSt/FEEIZ9SvkCaXsBeXy9a7xqjWzl0sgUO7l14OqTj0oWfzI5nO5h8g2xShiQkS9Pixi0fEi0E5CJqCdj6wF9lxG48fj8COlzaTpiLy3juVOshXn2MJL9QU4tOOGxjxbgImmUhYc4XqLdn2dqWL3eb1GX+vJ+ToDr8W9VYsb3pp0QcuHLTcYRbGj7cLrTcKswpbbZj+p2vNpzJ5LqEqxSxjSep7HFqNebzSKnGSCTO/o8NvDR2kOLB2HHLhPYssAO0sLU5RMMpjhdDYWraMG+cmt7jqKQZ1762o1flg59ntyD2DQiGcrqd3kfvKm808F/srstcFtUbKELMuujZIefkamN0t0Ll3IzTfmeB9NaazeYGE6j0P5QiHo4glETkPkacUtE4csE1LIh3iXHNSmTJmIz++PJzr0ZD2KAJYpQNJM7oR43UQu60c4cYRsQnGyGaLU0Njv95tMmoWhobHfKw06WbNQhm/GCL4MwjKjB6MGv89jhrdIjrA+q1f0RK93ODyhWCbWGyOxWDrd8Dy5DzUjDxiGJuld6RO2Izjb+72P7gOfabHmIR/O2+TmdFoCrmda2lsgHfiopUWCl6x0C3hzbdp8vXRUOtoimqWWln0armvBkkOoMPbagMFTyA+px1DpGIRjPxwRteZLacaZprs29wmxRBIz2TsdaVzPCjwgEPaQd8nADvUshBlJYvBWdkrm+DS1xTnrp82bfqQlkTi2fXa3V8jgawLzHqn0Sq2LNuoisy6t75tjm13Af2xaMuWKbT2rfFJ95MIL6r+58bYlKxfNWlxfXLjneu8tvZPbLA7f6mqf/vFLZ7desXTlIirvPCjLNfwa5EG7D2Rt9XbOZB4i6/slre45EI4VbMPlgx63mxDuRaA7YoQ3g4RMZLNiNrhdYLYh+DYWPB5haOzD/TpJs1B4jlyJnMhF7h/0cRzGhkNkL/Kq2INlHklD7JDP5KzNFHBqpiX4x44fgQXFfZW4MdLAllCJMkgmU9MTwA4xT+Z99q9JbpGn/e7ih/e2eqUFL37/5srF3zn+5ReHdtzQN6171s5Hbn/vKsbjyNhH3C7gcQR9UzFyhLgEhHmNYLMz4hmhby4gngb6BC+QTQMIhe2HoV826JckccTPCzq32y/RDvkPk41IN/bOQUrGVTqsoz7fprMUdDrBEsbhsEYQ5kpYOkTuRlHpo43Q0RzlVya9MT2aZtNVgGzQWzqMAWUYv+ioEfWBqiiJEYHN6Elk6AinCURQGcNd6N5jvqX4afWP7svMOy/Tgdt9xt7pu7TahUuMeFnxsPmE+Xsnr7zIZNTOzC+a0SGKpi/n16zJL7/rgYtmqHrdNfYbIoOcg+jaA+EwxsjC5GzV6Tt0AIYNWQEOBFHiJhDvZsVhxKLOiQTi4wNaisHdARwYIleBLRSNIWevk7M4sZMqVxjAvBeFpF9L7/b10aB5U5qufmDNM3UqiZVtKtonJFXaS40lyeYjORYwljrJSV5eeKZY8yAVLf5Gd/2CqQaDR0501K9dW4+du2+4sLM7P2VJ41Xzur96e/cP2LjqOWPvknWsXzm0VzGE01UklApN6N5z5d4pdhROVKXToYpoTUaoY72qgy4NJBJGy+FSv60T+m2k76CdHoA+Q18fRAXW1zz09de0p6c6SgULz5g9mdDpDN1ZFeSbLKv7hH4DoUvCHX85n5OdZYG/LHm12i2jA3tbfdIc/F5753RZHnWYvYTc5zBned7jrG6dvPXqyX+4jaJSNbsufvX1PXv29PTLLl9tqL099HOtL7Q60tER3laS/wg+BvpgQ+ftx0YEYjeCHggAjhEEr4fu68DmiuBJVSXGQ2TLAWTFH1qx9XnyAHJA0HIvskPXP+nbOMJsJaVxxsb6R6f3lO0XW2gdf9lVs/r+ST7tzAXdHXaRG+iZKnl2nN/YZjIZFu0czS+lbZoz9htOhDYF0fr9Bq9edlOReTk7jey80Co3tEqm+ug0WEx6jZ3TaJnUIJ3dqtitSjBUsCqyFxIUZ0ABdQyofHSCuWF8TFtZggKCYWRsH81JpRZjZmBlVo8uy0YVDZtoiYvnrZbl5NesQUnqfa3RZ2x4dRGZZVurLL9kaP7LsiPd1bZtW+tzT92xorvZqO1eWNo3dgnoGLWl1ejh/XaMgsCd9QNhnZtxMAKx/+X9NhSkVAtAr8I+LNpdAklW8mnRaTOaeZfe7ZZcuoo0Y16aqptBFCt8EnsuwfP9LpfLV0GpWAvhx72ohnbTmqdcZHMA0ja6SjSQEphpm6CGjJIqJ0/n4ykUMpiuSjJOT7HMTm6YMvGqouZCh+NeU4XGZHx49Uwg5Xz877Pr8Wy37HEmOykT/+sr05/s2r1rystOZ9O1o1hzL26cCtRsVObftJkyc0DlIfibK0DmCexWbE1ojWer5yYPPxMtJAs9xGiiiFkisTC1sNV6MLeZML4jjEPh9vDKMBkL42fDL4Y/CJNeePpImITCmXBvmITDEGysG4jFnGKHCbC2AHm84PTLDssEkBvJo4qkR16/R8bYKThFURbCQ+RaxbgjgiOK11+IRGR/2YeByb8GopAHD6Zk5gJk+lwYe0cx02eKMFdYJRBBsEI7Bw0WYKD+EIgjSZ0cGPw+IB0kdWnmAkZUicA5FUe+7PSAjXQ1jQwNDjZu3ATvLbk/8H+qMpWkIY8HBDJ1i3TIuy2fs0rc+6O/x4Gqwuz6Kp948dWm6tbYGvyNhd/+Skt4wfPP9X797Su/tMvc2jF30XSBXF9dbd4w/3+9v//jt36oxfcWZxQ/pLLAb+OfgiysaPkg2ATEfMHnjMJ+MAqYlIEhEBDvlzZYsGWIPLLfrkBITHtuA+svfbKxhbq7fNk45FVdG2cbc2pg93DWf/m9T2R8+vOW34LfDvfefrFGs6t78RRRo3925kjJXxW/QSaBLrnQugFRMx6UHCkHJeC6rxjgRGI+rAYj/QatWG6jOES2KyY64CpM4G+HHdufJ/cgNzJAS2UaBoKL3jiabqGW29aM2id6KY1sd2nEpPWUqaahB+HtXISvabAVs3vAOy3HB3Y4Sd416bO182c4tPw3aPRxZSjtRuWYys3aftmBB/jv2E7FVB3G8fZDAjnOT6EcOb1ItiE7aLe7HGMNGsYjKLkUQX1E6wVplUOnB005a8OEoClsBc+KrysezODtv8cbLiuOfI361RO4tfOF4zj941tom0f//KP31qrzNH5H/ML/Ro3oPsX8SuifEOc29Zi5ipjDyQKEHKqDRutQBbQrBlrj9Pu8nkxtTXVaJ1cyFdlQiSuHyJcVI+iRQERjSRJf2m8wyFapLBvpRbIFNaB68giE5TLIg4XlwJsWZr+a6cJJI31pMGDl8IFGSHhjHy7HQrEoy6bojsOss3BeX8jgCeGzBbP7i6qT5f7thamE7+q65662mVcW334oHhArmtIxjxBPtAfN5qpZuLvvIvzeP86eYXS7jTPmb7l/r7KmZU7+tqUbF8qGgM3nTGTyIYvFU9BvzNd7klXLnl37ZXVOF6RM5FGQsxX50FcGZJfVdYSKFASqA+VZD2GxwJuMPpuNf76kUjZyzX6et2L9kXGHK5eAAQuzBcKUexRDwOVETgapE5xwP6YadjfyU/GPpGmw/Anzv8zgg1Nj4bNEedA+Ase6bN4KmMQmRFhWip01QufRXdO6U7mz1Wudg+V3bx19c3s1d/XMmzjf3Kn37FwxpfuWd0a7yZR+ZXnxH7H5ta8zHw39uRFsRBX6sWLcrd2d5CzVvdUcD3Zg7SDmOCO12Zf1Wyt0Q+TG/oTbQy24P5FwHIYu+yHqCicSlS6T0VJhjYaJK0wXpHPRu6c6Q4HjLDzWlJmhAcsyaKnsreSARg8erDYyCIxwtd9icbF36TQLXVQVwLimKRgQi4ymm+nsxjRLvvvA51FLS6EBC0SVpUUaac61M4RGVfMaFyM0v2hIiFFE6HAs+4TgpRxzNzS6bJB8rYgWTVn8ZADv2PqN4n9xXfx7qek3VPlsk9sW8ELoCcs3v/3d7x5f9+DXX8DF9cU1+Qr8KBpLRCTfFfNmtOp0xulmf8Bc6ejb6yse/2h32a7hNwFPGS3vxxYEBuEKlvquR9qS41Kd1eb9eo2Tw0OnwrGbBpELu1w26v09wK97kVvNaKkla24uG9121eZaSwtAn+oXNWy4287VO7cea4D04bwH5ophY/EbWrJ12qpEMK/R3dLX1SPwugcj7982+vIvVTscAaK7ob0BdP0g4RA2W5iP0NOompbe1BqIYvS6EHEQjRYMXzmYHjQiv9/Bl7vAU0m63Y4hcs9giFo1I6V1sJwXUnmy+gllNoQutKzMMiWJkZraNzrG9/Q+jedH5qK9CvdqeYNu/slW2rndNpup7viT3XdtbJolmK6/sK1TIxpvaLnm6tZVk3/ZuJjp70qweetBfx0QNH5Fsd3neFx60kG8glfe5SEal9FArbbZ6aLxqAV6dDnouZes7UfYSPXXAPqrgzTyZkWn0bgZW93PkW8gHgVLXYZYbxvA9OBAlOd1tDgZof1k+ksd5YhacRi342qW1CeotZpoopz92qyShkCoJkXYzekEp4n3//jK1klgzud/9NK3Br5a/NdF2Ljklh3bXH969Q+Pzc6unNpdHCv+pXhilCzb8/3ivru+/7MbWQ7w72Qlq+04lMQV9dcWnqonEbfeWKhPQQZfSNERHz7MBUPE2oiRrLPWVFMEsmZTh4XQMCEFQGSpG6BeDI6YebDE2IcHaW8TiVzNi4BLNeBSNV4kCBjwKkRXJkMGnSx+UIWrFKutUEVvLFRV5Z5j5Zkg2ThIh1CwARUDsqfABlYY9WYwETJzJPIQuUWxrhI3iO+IRBTtdsUw18AZDjEH8klfLtOc6WOFhXTfCAvC0n0s7Mr0UUKpGVqapd7tI9QosASc/gc061PvqvfJjfECW0/jjFIM2zwrgCE/b5ygVEHMiAfpW1cV1jXOjDgfTvmk7szVeiUjVbX5WyYn3bLSmL+7zqfL96z9fvF3gVcir9S09da3XhtYv7C3S8sbd4X89k3d/lTrrHe1utq1q2/dEm42RNfOmFcZNUjndxbv+tUfI6VYSGF5xV2KziXLkoRROERFExU0tB4ZQ1GavYMp0ZCNis7n00qlPGmXYvGYQyZsMnk8gWQKV4WpcoYgXgpMMC4vkO2oiiUVASApTSo+GY+OmtVqWYvK2AmxEl1WtoWZGuqIqceVqb9Vl7QXY4lxHFn9RraDPdVw/yHPvKP4cUtl1+KoJRA091RFwlcva/daz9v70F1NWofRSe3R1GN3r5paHTNJXbmEwNcrHfsfs61d0d2d3fpUsa34m5fzPahcryUpwCVNx52Yx95TJKBOUC/Ldo/Xa7cnaH1+LfhP9By45AoIW9b3J3R6GkImUYIFuABWMGjUlxzNLsXgt0qS3w/GKVJxhEU6m8ECasoe6gVQ50rAqQZFyDdRNcVJdcVs40WAowySihG4ndEWtvxui5X6J5RW7VhOrW4x23UGYsnEePQmafCe4k8y+PJbLl305eJfOi68IGoOBizTK8OBDW0u8OHzX8DNPzl+733f/k5lR4vd3tkY5gGs3gcvrXE3gwUY/XPx2Z+Mx9IPgN4XsEep+i3/mwrucOpw5b9UkqdST1Ue4slsYabmKZ7ok/oUl0wkLCEzV2muraEEq/P7WKEgBP1ex0JAFxxDcKwEhTRyXDqv1RotyUQ8RjXUtNOBHQ5p3HXfBGm5JS7p4Vl8iOxWjHSSgCIRSYp4aqmtqAGA0xAnbIJ0djNw1ZLOpHvT69OvpoV0Ok+tQwOKgE2wWAsRahN0On1BgXwt4qGqX09VvS+dZoeSnttKloB5k74Rq7o7SClYGtf+jFXdVVuNLeGPVgQsuFyKEpNE9TWlHKxkCkI4f1qdlnylualn7tLFl1rMF8tOHA5X3T6p1icpyu2NdYSXXjnwcK1XO6v9y2SKvXHe8qX969q3X9f+YFJLGusuugia7Z1Rt3Bmuyiab6jedd2U+e9/2XvN/NltWtG0PUjl1gr8XgVyy+EaJc9rsdFkMVssQVPIHLL8WjfG/1GrW8H/u/hrLWnjG7WzeaIjXlLLk7jWZ+CSaWa8M26ZVTx9KAmCy4Dg7HD0kcsHjAad4TAYcD24b51Oq60zcoKQHBr7iHE9CeIc4Li6OFxg1j1eGaymtiNN5bSyckclF6rMQLRGKivrjpBvoUK5XHPAadDrnZKl/E0WSgx9NLozuCfIBYNOanXMZhrcjr3HQjrnIVZU+yRNM2cquOZSHMDE2sdkmmb1NppQ0tcQi3Qn2PLynsdUkmgjZmtOOkKYRno4AQlCohQOs+oUixpCp1fcyXmR83Lz8OJH60e70lykeEDhBK6y6uvVPmtHbGpBq21aOe38HVV+XW/jleQ8oy67v6Nv2o0fHsfavLJnUtOXV3RP5zmh0BtuVyJzM70vbvdfMf+8bpHXra1Qc4XLQAevAFsVA7q/pPi5arujcHUMN6LpJu4+RIcxIt6vi6cqvDSC7vc7nLRoFKAh9ICuMlXxHBj3FKTmNyl+g+J0FXoN2EBjaIMhIlekKiurJJ1Vs7AKEob9iXhc9lJRecDMn5l6hcF0UQMmQ+xVXU69VBOmJmEseE73pWn2JbWUa5nMW9JaJtWW9DlzsQm1TeoX6LruBL81h8NTW7//4pzehcWv3slqu/O/tLlqdLazx4ofvauw2ii7jVPnPHHVzsJlPYsaaVq6/YELLr3ms19oyfmL2z+bG1Xrl2Qui9XWKIaIFLdmpayLZyHaoBmbkUZ8cTxKM6rB2X4dh20TI+gtA1lWCngAMnMdcM5J+9+n5lSlqkxmvAxDi5p0a6DxexCQRzmI3pm+aHbxEK0BLPj3d2+1i/jdY1c20CZD7nRfGyrXuPhHQG878DKlhdQKCukgKTLNs0y5XLlV+X7td5XferWTlNaOKdy6GJ9W0h1rPMTS4VX8HcRSq8uYFFJTXfAWPIfV6Hqwyu8Um5opL1rCEXqoMBg7zKDVFlSAXrdAn/1wrICjqGYRB2u66A1DDDZgj+LKeTu9F3oJ57V5o17ixdjjJXIdIKOWs+raGqqYxQb6PKaY/P5E0CmW6l5D5BolJwhW3Z7Eo4kfJEg4kU0oiQsSfCLRG/wgyGWC7cFHgiQY1GUa2ht6G1Y28A0NbW1D5L6BLqtVR1W7Uw162Z03MM59tOalViub1U2K00zB5XwGXhhhMZu6iGNJu1UFz7ePflQqkFElH6+STQjGSlWyxgb76QEcRyIN9jOLBHpM6kd/HohmK6/P+fRVXas1SoN8VWj3pdflfcbq9ot1NV0zv4bbal+rbzCtnuQVq5tWHv7a17c9e+W918QvWjEzHjQ7b4k6nJfseOzf8V/w9trVi6Y2Gczy5sqgufhU8df344rp+YKNjy5YOSsr2SOXLiv+qvhkKaca+4DcCVyuQAP7/D6Q58EghNsul0bsoHlVCOLhy9k9i7UgYAnMswFZjGab3m4260VqTc3IJbk4l0vPZKQHZitmu90akjJSO3WuHv9h1aPu93A4OjHO2wIhzQMoAabhcRQH+n9UZj+DPZ+h8QuTAVV4OrS9XGaCd5VUQ1WMsg2w4EhjPpkYLziUFWWa09G38p2qNlOCaIonq27QiOdNSj7Q5rPO/9VvdllF/Ounrpq9bNf51de/ULX1+NGf7b7wBgjwbv7X0X2LVXsJ+s4jdr8ijh5X71g8f6o2ud8RsvsDLBN1l+KRUrVScawU14uP0PHsGbFd7BV5UTwtjd5yQEJWycpZjwAQSQh4N4HubD7orWBYVsAbDoYdioNzOLyUvAnmhFiUJ31E65stqk8q3/34opsgZ7lEjrhq6X0R3YwFUztH/9pNktjZbpwwbMh7DJsKtG8QoLAH/M+fgqJ0f+cspdwJ4IQAnrOAc1B6x4qRFTN0EmV09nvpKi3l97kgkT8QezSKo1EGUZxBNF76BZj6zo5T/px3iz5XIiaPU5wm+7QzFnR3jvacqhefAdPiHQAJPnG2GjJH69vkfVbfjqGDpQr3BBIN2oM2G8S3FCgZLgUnAOXqFfGzIlYnRaynOFnOrIIfkHZa9lg4yxHyCHDUX1Y4m93uLL/NSd8WnTser1acgVS5YE6Vr2/jhKr5F1XPhc+DNe8UPqNTv6i23nsWoDC6gluPZ/I9SIvyA5jjhCFyaz8SgQ5fUQwcmStiUWznMEfLNTqWbPc1S6PWZroVdQubY25vyOecjj/0VWqFm+eQ6AD2H5mXUmUA383dz77bijYM6A0GM/12HV398SuK22A0IAnTe+fSDgPOGtZDTn9GCySOPCJi1oid3B6OY82wsRJ+36ZT7cCqY9lkO2vT5DPa+F8rKrWam3rLTf0eO1RRLLrH5omN+BdIQpXgHHW8nkcWTPQ6C4cPkYNsPFH+KN2rK58ZHj5hbfZkgNGReH2EjvRplCHu1Ih5sfEvljEkDPtsPXMStXov98tnvmXs7p+dO/+xVJur5Rr6O8VP9GH0I9QE8YybI0jIGLPVfq/NFSOBUG11wF+bqXK8AL+YhMz8IDJD2Haw320uDMFBb26Ew36RcEa6JsPrubdGpNfZf6Nv0U29jql7N8jNwznpZC731vAxurydeqszFuUh3xyf+0DHVUHL6RJS+Rwtb+RzrnyOToBQ50JU5HP68Pe9feH4pwdzK+dOXzet3TInG81Mvv3KfY1uzdd7py93tFbnv5XZZqlyuqvijW38kua1FdsH3OtT/le6uppNfc0dD368frGYdL/WtcCSOX55bnrLiisylcMqPwBv/qf4a2DLoqha0SObrSJssYs+COwODshhG6KoSxT1/FsjbGIy1ZY8BZ11ge1sB02VnRFnHNQiCV0S2W7nbZj8rDj31nV7otU/bu5sd4cw97PPPtbYlenzKzhhd7jZYzI/I4fPu6znwQUO0taz7LuGTcFwq25pJhSz8AL2Z0rt0/0W0/32omie4tllx1shhgz7rCaJEGTCJp/XW6Gha1YcPBCQrGGBYNpyu04Mg2iOHh3NHZWOq7scQrtPHu/LeTI5t0RXVO/rU3uhiVH+sCltiWSjLZ+DiBq4Sid2WHA+p/vtaKJzTtO6T9cCpe6bFKzWCKHGW5aueOyCNXsfm183ZctvFj3T3v4YxB5TvW2xluKvVjy7ouhf3aGOg5kyNk/v446g5egGJWYVHAsQWtDc3NSeb2rKdyWr0vkF8K/PYGpqbvZVpdO9lF++bJQeegREabZ8udWopydmc5fSA53Ks10A8mwNlBxbsYxKBNPFS+mCzG8P52hFnnbRA2m2G85ywD+hltC1fVlXG9i9zTaerhpf3ohYXTOLLUgFpwE8vhYwP753uZh3tXS0ylKufWbVp78HNBx1kx0ms7umfc7yXKw5V5upD/tqYw6tWCWFK+vjvojZHbF3eIJWzWzl/ESwNl3tbVzYVZ/NeCunNYRCeaWzxfV13umPSNaqhOcxQ9jpygdqrrhi9ezatDJLSZu8KV9oUrSl7bJZ6YjXV1OV9q5LtirT8x/Gwi6vWajpmtNVU9s5I+DP1yRDLgH48jB6l79Hsw7yrCq0X7ksGPAIbrfB4bDbTWZtfXRhlKuI4utiX41x02M4HsPRWKTNgC2GkCFjIJDMVcRTlU2Vl1aSB1J4dwo3p65NcakUrkxVJZPVkapYrCKVDAQcDo9LqxVIxOXz2V0mU0US0aWkj+fUkX/0kW4aTGWQUddgslG+wd/wMIvBy0/zJ4dBdqqc8ifpchrqbGm6ZwPNlGN02dZkI13hNM8eHK44ztsjzhiOYTKcz7fZpXzMLtviRo+5oSpT191jqdDm8oYoNzoZP6N5DWv7ii81jL6lsSzrjct2Ln9hQ27to7OqLmq5a9nq+fN1iYWffg8fmDF6gbCL2YMyfjrIdp9RLhwS8QMi3i3ia0XcBD5Aq9F5PR6DXh9NuFzmRCBwI8ZJOmLZhrnbObydw+dzazlwVpZEKMElEojwGk2VDnEcETUuu8drNiRS0YDXbk8hb8pgIBoG3Mm3jtuArYAKHarF1HMCdipmJcToftvDKsD5HFtTXb1Od8MsAaPDIqsbtWFWz2toVPd5kcs3LLB2IjLcz1q2bwhqo96e9Obttpb6UHx6Z8d3NevGcSmSXZrqRHWDlItFXJ7sV2atc1Wa9JLJY5W6prhTFoabF/1R+LFwC+pEc9EHSvLWEL7Jh2/W4K4wLoSxMxwPc2IIb/XhpRp8rYCvEPAKgd6v/VH/jDw/RF5R7JHtXbd1ccu6Lu/iumKRSZMg+qfXLQ0zIg0NkRlknhnydLcXrg1ajc2TJtWCTVASPXO25G/Oc2vyeGEed+XnIC5G4msabmngGhrmmGWrzeaW5TlHwIjTGOkgBFcDqH2ULuKSZ/tKlO7aqShK7DrOnKAHVpzPgEEBC8MsSb6vz033iB2py6K+8h9mtTuR3qOnY5OpPwDu1rcR5tOoqaHREvN3VBJ0kh/zDXQHnka23J1TgFN1GiCd/Cf8eMP6g/Ne2/TDnzTMvXNOfMXqSzKpi/D0hU/M6ZfO65rfoPgCrYs2KQa7mFpcI6ayXTa3pOfNxuLdJofGn1ga8EftOfLg1KD03Aura6q/+fjXHpB6aq4KNGarJOvIlz6IRHtv7K0AtepruCS//uuBSWFzyjPpouxtzrBHNiU2tVwdqNGm5oSskhZBuHEz1vMbxYrSvK08Wv4ipPmDqBrAHEQOZCc/OSg54J+1HqQ12K/V2p4jP4FYiycH9huN9mx4iBwYdKdSbreVLu8B5B09SncVp8tpq9vKZ9j+8Wy1SXUafWm3WBk0HXT8jGvCGc/xh4lEY0MykYg3NcUT+MXRrnXcwUp6py4Rj8fhlSReMfGZZmZ9ZTJZWd9QEY9XPPbndzXevxyppx9vbI4nUxChnDoHXgu0/8KTE/rfhS5+ERWg7y2ncOh3VNuHKBDV8M869XNADAIQSjgLSOxvAigYEOCZj54NiLchiPp7sfibsGk9DZsF537230DqNNT4scPFjzmv8CQiyIk8kCNerZj9YclaMBiw7AYnBdnLz/oxtoICDwaDOq9Xcxg0UyADBz1uN5v3PER+egChiI73mobI6wORiAB6/3o/nxAy0mtsahQb00o312DL1NMVTTPNbKMguMS2zcW0TJhstEdoaJM4BYqTxKx5Ows+WQEBv7zkq/PfG30UL94673v5zY1tS9fUV/3HM8/cJjsrJwWSvT5h5p5VX/30hmfcHlfumsv6LvvyJV/97Gr8PP75eYmZNYFZXh2Lc76L3XiEfBUE3rXPwGb7Waxs1t+gEY566PL+g+A2kMWioTOyBwEOhDRD2H8zkCDNHCStK9M7iOUlQxJqSK+hNtuFR+a2z16zJL0oMjnU+Cb+Zv2CPVfcu6GxtbEhNa2hIauuxzw2iH8LuYOIPIM8AeYxXBG1eCN0jVAGSyxKkrbJGP+256mv1e79lxYcL+4JcJjO6z+M40IHuQBi4QiapLi2em7xcFPdC90XuwnExbHT4mJ8rrgYzOGpyLhxYmSsKUfGDXzn6CwWGB9pmU4DY3Li04909uaO5VUEfxUC4wCOq4HxjABWI+Nrgt5OgVuSCUWsQJAGNXa3FueQT/lu0MpW9K9K3eUteEsTvrUeX5HAN8Xwlhi+JIYvNeBFLViuxbeG8W4jvs2ADbW6W5pwk0YLuczrig7FI6lAErVH6DPrHVa8znq9lVtuxVanSaurfo68jkyoAVyNH2Wl7M4syabc1pSV08E7borjRXEcjyc91MEEUBIeU+TV/qbaSTRg1WkNGvBtJ0Cs+Zfosn3U8bBce5j6Gja55I1h6fUc+JAR6Y3Xj4HPkeiavH30/5KXwWVPE1e1WwNpVKMK7gRWy1GRp2yWwdlr2KktApchhg8TGjc1kE+f231wdFc+5DV1Ne7w9qyKz1u65k5lRm76RWuKP9q86rrjv6h6fUlxdcX7uHDb/KWL/1D84I2tnzy25iLTH7cuHuhbZKz99oXX//Lh8LRsbPbWy9dsSXibTanLWhtr7VcWHppf+cMPFk/BT81f9g+vFP/hps4OJp8xk/BL9LEYAcvpRUuUxnp5qsy55ITMCTJ+V/5E5n4k/6PM3Sc/IR+QyR70KIjU4ZZ0eqNokmwuo0ny6HWigOja/idfOs62F387d/JYjq4RtZEyrW/jxo10bk4aq7jUN7om09yFpi5iPvdxc6H97oA/3qGf4TRUubdeNW9ZuHHhvGWaI63VKc+UhH35tZruRy5KXIjwWL3Qj4bFIFirWUrqWxF8Y+TuCLclgm9yYh/yhOxanVFjstp9cgDFjCaLTqvhrRZEl2M8kZNO5F6H1tEUpNS+t46BJmwstU4VWhuuZ2FsSWQQio37/OEVm53VLmhmTcBpmOeyTamfXFMnhyo66uvcEc22VCRlh8Y29k7VXGCKVYSa2urkhD/ocMuIK54QmnGt6AKOVqB+5Zqldvy0Du/W3a/jrtXhy3V4qQ736HClrlnHuXX4uxp8mQaf1IxouMOan2m4uRhPweBZ8phjIex/YXyFAzvMHpvV/LQBX2u41fAApAXIrMdFPX5V/yv9B3qi53iktZgDHods0RsiZosVLmROHHvjZI6xOUerE28Pn8gdY+sgbNwovXXymK2ZSoxCwqRW/sMOIZFUV1NpdDmTIi/GGhqjtDCgxkqMu7i2+Fu9Yemsi3Op6vttxYcLoeAzuriudpndWrEgsawuCF5BY3jJVlUZTE5f2XJB15Z180MfHFlAbPXWmEEjcIgvHuRHcQ/Il4CFjqNqzCnP/GMlPlaJv105WMndV4lnxHBTDFfGsDuG9TH8u9hfYtxXTF83PW0iS0yXmq4xkWbTdBOXMmGPCWvZChHvmfBu/f167mk9XiCsFrgOAecFXCFgm4CRgP9V+IPA9Qs/FP5BID5/0BOKViWetuAHLfgrFnytBVv4t834VTM2mzVa3rjH9qiNsyUI5lDCbKngEMEVqSB8xu9zabQeF3Dt7RNSSRNOvjEMbu4NAPp1enJyI4U7z/Iqiqr09klGRKojKs59G0+dqULooyujNJ6B/7l1yVUxO4Z3npLDU+fSrU+mpqYW900URvBMbaNr4/1UuAts8C8gPtinbH/Mie914MeM+F4jftSA7zTgmwx4jWGrgbtH/7ieu1i/RX+znizS4yl6HNfX6zmXHot6/Ike/0aPj+nf0HMH9fgJPd6rx7foMXLLFq2ON1tkt9nyTTvead9j5zba8Vz7KjvXYceSPWzP2omd02l5jtavhgFA9vd27ii4SabSb9Otb8ph/sbT/9iQCfBmQjIOLG3HLpWmgBhuujwYDzTNLY7occ2CoGB3agWTLyFbnQbN9c96ai1O4uz2N+t7NRlTKJ+q1hSonTzBJ7ik5lHgZS16QnElUDwbV+Ib4jvjgp7Esy6PJJkddPRBQTQXHB7FbBKrUzpHoVoQQ72+lT7O58t+wI1xHOcxmR1mh8sihSROlLAQIrEUmywEH0yR6hBb6XEHfgQLeAhX3UxXsXrp7TQtBklvreg7TmNQul0ZnTvUl4c8ni4x9MaPvCeH06yY0iy9tnJFn5uGEXSZWHUwUjKRwaqj14hwypJMVXtZCYnWI3NccvTJ6e3T7HqtSTQFtHZt2BHmzLxZkxA5zXnenuwNs1a1r0p6Xt3AJ+ZX19bUKXVNwYy5o8pt0pKQAhHhjkXhtCmSMUZ341zOIbH18Kr5BITJLhRmVcy6fD6braI7TGq1kapw0O8PhZxhB4SULpfT6RDMjmw+73c5Q3zQ7UAJnYgQREQnpJMnj8vNrID01jAba0QnLaiZYZ7SgA2bt7IcsC5LYmwZPbYRUimjm4xJstAoO0LQlqRdpnkgs/Z08EaGrgFNQx7XmovO75paw90zelmzwWRzXHZ7KOORxVDWJGdesvAWkw4THa/TSHqvwSHCmeCvy+VN80WtOT4l/BhOGFuaBb/J3hLWFn/fXhnXh1yCOSEW+jJraq935eWHcktTF1EufcZH8b2aATq/GLUqvmAwEPUEAlbJQw0L8lCzEghKVqvegTI0ZHsbHBfboS5DDcnxXL5UOAMR0+iZyrJUrIV0FYPMWc/gCS0n4PmxadGvVMXr85FQzJsIh7QBxdPU0jzHKQU8FVaH5o6OuFLsyBZqIyGdYDEabRpjLLq6MpYIRroj0URGvR95hbABb1PXNTyAdmoQ0UFgnAJ2DtNVgLxqUYjCCnC3YbzN5qzYfJ7FGt2q8dvTNnNt2FopmevUmHCzwOG7NCsgV6tFTYonwusJQv4ai76iSm+vkpPRSI1BZyE8rSMO507mWFRx8rj0NujAcK68Zy78HC1BaehMyYmBFl2vgjZEdpWXkQrhBnyXwHU6fNpJlS3J+oIHtC8YqtDLdqPA6bVe3dSgRat1xDTCLlPAknIFxEnEnq4Kmm0Ob6EyZXT4JbNNG3S5dDOdcYPG6vBJDJOx/8Db0J1fgEn87JjcORESDj2KXfjf+HfA6wVQ3+mZiWJgqYmFYEJ8z5MDyEn2IxsZVAxut+av5ipsLmH7KBsyc46chUxYJgj/28T8xdeVzU7rrqvr5D4+I5EpRjNTp2ayUzqBwUEscTmOzpUXAYcFh5Bu7E8DJkdBGFKPmC0PBicEGyBQHCIDig1xnJ7XKBpFchQ0eq3WZGQJ4jF1/SIryxWH3wD/qQ66pCSn/1swHB/YesNV2HP1js0Pbdm5mbt6841XFe/beNOGuzZ9eXPpfp6be0jYh5KQcdx4CDnGjg+YrQUHXXPZqjcWeMXphQedtcDzHtNhcgjFyeGD6tIwnjoKcBoAdpNDBzyeVC3gOwRYW0TFZi+I4k56DyoaTR0mg6gWV9zMtmJj2I6Mjx4DsNN0zw7Am7Uej09Lry+U01l19FihHRfUHIxiP1EO3EMVlUqu80ql0DG/SjFX6VuxMOMG48z9N1/znQPTC3U90wv5bv5QW6a+s3rKFFe0anp93ayropdt65yHbfpCU+cG89L1u/pv/WxtfvqMXGH6jLExlCu+wr9J+m0J4TaErKJgw8f+/BFqVgyQVnb2eG0Kh2dS3tntBXa0SOrRYFCPOlNhJsrQCcv19ThNdz/G6Fp0N/ceyUNUu3fQQIsHEQqzBU5ku1sxOwtutz+GaH6Lx146CN8AYazeTm8b+P0xWljQa/SCoKecMMVibrcs0+EoOKFhI3t1+oJGkMyWgiCEDpPnkAm7AHE6jJ+NAQdPl6H/aD5Ob+ipBRoQBXu0NqvoU9NIk7GGxlKyq2Zi4qnagtzAvZe9/8KNfSGTy+65Kp/Kts09b2adIVWIi63J7KUtmZW3cZ7HE5mGxdbaZNTXGU2FF6zuWpTW1d7oEZIN0cpEINqF6H4gdqzHj2getiX43zCM7cDIB5BV0WEUcZokBbtRhoJHeboI3nulqEchVEAP0hWg3xmwsTHN7wwarIV4RQ2FLQs4mHRVhWxWcCJZDAh0cbgD8D4hEJCfJ0eQhZxEFeSfFINTtNm8CHkFAZL/4X6vt2aI/POBbDYVr6gIHyb/jFJ4MqDnoUahOeMebc6MUqdJrUQzndwEz/LpDBvPYc1fn3Gnf00RRCp/LbhwyrzSWQLiqeX5mPdhrpQDMoMnddlkF74y5Kw6vDokOSFLcgSMhlCFK90Xcdm5gCVnI0JENlsdeVmqM9s0azwOk0WpjUkWuxPSJp/LHLD5bUZLgXz6s7kzU4v1gVmmS/GWV7bvrF5Ts6l41SPH2Lo+ubGLyBZ+I7uHMgMNH0I1QD0dQCcp8EAYEQ22go2qupLuzPVkId0/ojg7O3sUALCnJ6voAgCs3+DQ+ykl4/EIhdxBBvr1evNh8g+IJ68pBiXX2jo1nZ6azTZQYKdOdQ+RHw2kUvrI8+QVePcr0Jih/lmq0dYZwWhToNP01j21AoDraUCP5jwZd3uJrFY2yZ2OQ1VH0qjmDqXLdcVxf075O6Fm6Bynr4v8FfGQLdt293d25+d1dFibttdtW7dwYbp3V9esbNOixYlguyvkS/orl8w+h7jwBd9+7IDF4JNdMVOgra4vc3m6bsMlS9Zc3Hu7sCoejvvr8njsnPJj9rhmTMHzhP9kPH+Erpz4jqIHAal0tlCR6GU5QEUSCKjsdhTCAqanB3VU98uqQH4xkKnAFUPAdh1lO0ICLTgOg4VKfTHZ2czrfIaO/6ci6GsHbufp8MXTsUdp4e/i+tRzgJf+HNcbzwkVd8k5qQ4Y5sae5N8Erk9Gy9GHh1Ab2AqAMDE09obiAOdWWYCHqgJcOq9lftfSjpmM6PPnL6WoLl1q6cAdHWGiMUeS4Q4deRVpAM5mcpxVwlzqWk+u58k/IjODeUAxnNc1Z86ilpZFHR3TKMCLFlXkWRlOr6+uIAB8NajAfsVm64s8R14GDQxD/AFfEg5XHCavIy8Fn/I87R2htwy9I2xILnWPIIjTtGGkPU3H8JUmJDNPehZl0LAtlVm0MlldYUbURKJle07HUzDxqGsjQGo8buhd8b8iUP5NIxe7ILd41ZJ0/dyeqat++dPiU/0r1kS9taSlqr3rqYeveWT3v3j8v0t3NrYsXHNJ56zP7jyHsEk43GWuKVzc12i3E6nj0xuvmTpz76WbFq/UbLRueHnmtm3Zyk0+u7Gtrmvz9QsunnvFFygNRneDb6A640D5foE30REeEvkF2KN/QiYguiRpBZ5Hh4Do2gksByvOjDY+K0vnfY6NXMUXcW7S2DeFQfISoit23nkISTQUBZq5ChCPBkLBIfKzwXAY6206oNRxJEMT3XC0UV8PFjQYDgyRnx4MhQTq1el6Gq8ghVpKyHj0jDM6lTM6HZjaV5AAiW6ZM27pIy+wBPrlVrfmVgd6MoaMlniBx+WvhrGQ3EfYAAGW8UCsKAx+1v3SpjuqLM1BlzNw3fqnSW9Dx+xq3ZTRl+d8awaOdy0Y6LsgdqG9tnZa09aOSb4Nt+ceazRveGN09M4Fd9F7agjruWohzOJaD0STe/rVeyL7MeY1IpwoFguYKcEVDJsgvgzGXdSJOJ1xaqyMAAEmEDv+dD/HCaIGThQjz0eDXqdDcrmiXupDtNrK6GHyIyRBysBUY8RjbVZvL1O1ga7m1d4DGP8Jl9W5CqWraurHIuIJN5QaGQBiqZBfWqH89TnfmtkxCzr9b7XTjkzPNsbCEUvrYOyaxVdmGmp0/uZs0038K3sW3fHsnQvuHN11+7QrA5HW7vPn9PJPrfQseDLR7vPWGZOxfHM787uTcFwYFDQMlwq0/xByl5gRpMw4EyODQCNrQQjbvFZGlBCgE4ajV73NeyZKB3neFA6HQr4SY7TAmASwijLGqjLGanVRxpjOyZhTwI3TJj0BNjWfYMh9EYnIr0qwkVXnYBK/rwTaZ9vOxSbgkYrXoVJ+lEK/UwwGuuuAQB/osMoBOPqHSiBGT4E4iLFBRXG/IGj1BganTmE6U+EKOhmcMYCxAo5BOJoYnPS23CBCWkHkKbAajQ5CEwBWq7VWVMRioRKwRgC2CrkYsE4VWKfTS4G1/lVgVT08G7zWUyCfmbd9Idbe2Y/OwJf+NcCFi+5adFfxT38ddWq/Gopz+DDZArhn0UOKuSasNxT8VfBwbS0ODY0dGNRRoPFh8jO2+4oesg1CZIMYix5mmJ7Yb3fxsoUqtSi66DWZvFrCFzJYdAePeVcUEJVdrpzBEKDQpSl0I+oSX3lwcNbmvuYSVM10M0prM5xYm2lyWDJkfSpKhFXTNafq6Q15lrgwoCJ5WYydulvXQDQLH559vWOWXZlbWJaKzdzXeXzl1MAGf/wX97y1/YF3XsbdQ5p/m/TPd3x3yerels0xLO5ddifu0xi1to3RGX6T+amK2ikXbnvin9auMDySyl5+7Y+/c8ua5X7qd8qYVaMtirmSIuZmiFVhHyB2ABATSSh4mKnwif0WG7LTO439hNjoNTt5VZHugK+xBUGD7TZbrSh6KCzJz8NyBiJlKP47MOBf/80QcEN/vffjnBECjDN3n5MzVDkPYGz5v8OVcY36e6jCPT77mzMDfzNO/E/A+Y0++DeAhdFKHOcG+MuRC804sMaORdFko/23Wk2H1Rhg0GazWrWmw6UMyc1rD5P/hUS123QyQTO1K0hNhtjew5jelWb1WjpYMx8ZL2FyA0WlebnWIBsC7ip8Y67tTsv3e8CwdtYk2uKVNsvAut01P1x4+L4/0vnatF0aO8jQi9YNrpHxuMBcBoO15KStpbEMJfej6DnOaaAVaKOVtpeH9vq1RtpewxntdVttzeNeeYSt11ISUB8zd2fvAH5qzqPT8bNn64Vw5M5Fd35q+3xXAOMZY93kt2QDCiI6lqgK2GerAv/AQ3I7oFOTXHrkaCJggBM39R4mo4f2zkt+3m8sSDSP1ZDX9nu9Ho+zLIuwyTiEvTdn8tLHqnWnUvD82k3rVmXjzZLQLygrk9+umLftqplT57Yu7Jlm7bxj0s7bbuivjXc1z0tW4/iVWy+d2eOwhH2+lMk3b+Z/nN+7uHvGw7NmLbqc6hnrF9OzKLpLMci0Zy7aM22pR2LpqCn3zH+aXwxapQDtYxD6KBUctI968lpJ4Q4iFAgGAwFPWZIVVun03paiKzTe59Pdluq3/krv54Ni4eZzQ8BU6TPtF+GAIZFbq7mLLEbd6M+DCq2fBWnZwgtxQCRMEzya0nV0dE4q1Fd3dqbq65OH2diFn/d7Qu7DkMhNAjJDNvZCacgcja0s5M0BvqOucJj8ENWDX7MCePX1HbpUypIMJblkMvYcGQYDr6P7VehMEEt0+Ds722mK2AqhwXApSu9BHhYauNXQwO32D5FXBpAd2+ktqUzfeHzwMY0P+sqKkW4pPWNPPoJIFpg1Qidi0kihfZRVpUtrb5TgZmN4NbSKP444u2NzKq1rOAV7vjwA+tQi/KVXNHf1tizPVEUyy7ZXN2+5++RPLr+qqsLVkOqu2ff4S3ufjwfq5+dsnu0rUzFRTEmueOVM2ROSE10ZvQvHIxUJk+38xRs753fPfmTRD5Y2bLDteWLqdV/qmn/v6mXTOobntS/9esBTCEyOtVxwYTobcOWaq6rWzfa3X0P9Bq/KcTzGm4fXnxnjKTo4mUUlXEUlLIGEa6iEc1TC5w73JJ2uMHv2nG6lo2nOHGBCnsq/APKPpyuo/LtB/kZjE5W/E+SfhqOPvPmFQeB0pzS7VaHs6Cixo6NjtrNQsORDeQ4cEWVHE40IGTucztmpOXPaZ+PZs6eX2EEDxwUozthRobKjoiLF2BECJ/nfYwe7fJaw8mx8UZX0LGHmGYHm/zd8Em6YGJLiN/9udp0ZtP7PuMZRrml/CjajDrXRXfwcYCDNQCeZMslPH+qpi6upGTeQFqeZcqWF2YroC6pzBr5QB/jmwck5zIzlEBk+gKNRjG05EPTRkhlQwJ5QQZtVQZvNNmpUdadlCB97qWukY0ZV4/p5nR8p3caJaMp1my+Sh/pPLXMW1FhHI0ZyDdqffnp+cNPXiucA33b1miUX3BOY1zFj6a1T2r+1fV7P0vYLpvfg4VWbcPy1S790brQTkWmX2AsuT+/0m7i6xrCcSySS6n4IDGue6nU96kTHaa77BlNeHwU6fEp5BzCONlPc6+pYETkKuNs9Noq7Ald5PvGCGnCAWaW2uqyjih6h9gYhGo1EAlQCQiIhCK6GkgTAeaEpEFZTCdhUCdhsZ0l+Py8Bd/NZVGlkotqowcr/SCCaDE3W2v5eqfCrqYdc+98XDRsDyT+pWYpqUDO6/RAKgYE1WayFuFjXaJXcvsogHennQG7yC1RJDu6vq2ts5EpRqSLFI42iHvvcQYfDanW7pSHyL/3BYAQOA3o9rj0M0AP1903GGeljNoq1VDz2lC0RROU0XqLLddBt6K3snom6tABwvL6RQlaKFRJsbAEddmHGdNyFWrsUzwYn/+Sn9gemTJ6yyOZyWIKSt030uaXmzHS93iwGTbEas2B6tu6ey3d1tX7jsgunr5yzpGMqHvhPHH8G25z11RdnrvjSih2dK0MtGwoZr1O8pKkS6/gt/3vBtMWhjovl7t6em7l8fdhbG01DulvGj4AVaUWDh1Bs7MNBS5nMignjmv/D3ZsHxlFc+eNVXd1zH91z39NzS5rRzGimNaN7WpYsyZJPfB9CxphgcMAWV0g4rAQIJJBAWJaEHNi5yeYwSD4JxE7iOJAg29k4DkkwsL9fki/Jd504u0k2EDz6VVX3jCQwBLL//Qya7unprq569erVe6/e+1SjsbXT6QiEm6OElh4QwLRsxrRsbe3s1Mxqz5SJvYB4JQAoBBoTnUYLFw5EPR6nMxBwENpGowlCW4uFKxDaYqZ+osK9DW2VqULRz95E41kWVhj4n6U2+uQSLNX3/zMkVzW7d093CJqIfckOgDL46tREGgaJloulScuhmeeIQz9/SF3CMov4KrWjYjO/PIjPY7EGUH6KcvAJIronvV5VFzwpO8zE/R8zp8IQZPH1MgANKbKQYjJLqVR7mMRkC0KWeOa1MERtTgp0VCSIM3W6pxWDhtqcufS5tAp3BLVzrMk3xLKqNqeb/DJrgtJ5tMyKF05d94PtdyfDHYEBJYy1d1HL8JYr77pk6/WX3bJ17Orrmk5tevLyXVdvmvr4C7lLc9W/fFUIrr3muVsvXzEUXViLX/V2mAUx1U4iWEvJpsBnV6TXbbrp7o+tGAi6STQ0mQ8pTbnfYF7uBD+YmsjBiErVVpWqkrqkqjK3HkKvQOhLbcCUQt8UVtg7n6JcfYKI6MlgME1+zsya8S4ABELolJCOcWwB39DJspm0Suh0ujtGCO10FgihjW9DaFU0z6P2XMms2JH/JN3hf6347ArmR++S+NwDD6x88FX+3ffAzAxwwIRml+aQLcltA4DXGkIoqMmQ69VHNLu4l5TrgtYQZU7h/mqQbQg/V24W/TI+ycsmJ2H7o1N6g5Qn4QWtSnRBK11PV9a9fleLWTBNgj/NZJT19O6uYlGGsrqeXr/387V7DSG4jnUCv8zj1/WQmxnYK5ssUi9+Sy2Cof4ct6r+nAiXsc8Ar2wm9Vwg4wfxyUL8nnrFIJGf8DH4U7LHw9OYrRSNikwaHJ40fq3s2BBpjcDHqjb4ByyiiS6RwnRaxl2Pz0jU0979emINOAmPmpTwlP2mOdpEOE6BjPAtWLnmXVbq7G3Abwrjo2ue+D0AQNrtjvsPoW9PptNxrDs8r+oOecBT3cGq6A5Wq53oDsY36A41P0b7PKcuCaF4k7owy5NUV2Br8BqKfE1J9ZgK7p5LvrASbnt9+08/+Olla4oJW0M6AEXYwfzHjeVKz8DqyzOJbXZ3LhppDHHBh9Y9+PdJX3ho6YfXv29Fg3vtxsSdt4tN+cHRq99345b9lrW5tsZEi9eG7ayBmSvZr3Lvo3YW0ch+MrXKQIDW6Xgn0pT60COy4U0LEZMc10L0s46ORpIbIctOx1NYOQvTtZpfvGmtxsiyJbKskyzFmslSTXe3PzZnRaIfy2BCWIdCWIfDT+0fHvJvsn/oLFcf9vV1iXY6910o5OYtTChjv7aoM89jrvrMVXuFZLHNpXw9HICsaRZqRsvMd75e/c1LH7gzGettCjr8Juu17/nhz/Yc1uqTS1Lryn0dvetv7O/Y7TMGmvLNHQlfMxdVrZS/nzm+bXT52q/f9KGbb7YNlIZb+yof6mkfWPHRYrPb5mzIXzZ+5Q177pl6osfamI2F41a6zo91ipOaImgAi2D4MGjDnYK5FxPm32V9LgADgaGYzYm/HcglYTI5hHvnsGw1kV0BTKZCR3dX/2BhiPRQr9x/BOsaRVBAPyEODtCElTZnwOrHfSv5/cCq08p6i6TVlkgghqwXZSw6RLEEvo1+QOwVEjYgYF7vLvUeQt+XjaIsd3d3DQ7193cdQs/vtw7BoaHOI3iMNOKOHAFF3JEF0o3YGC+UiOzOKtIoe4gEeKVJONc5rKyQpbcaspQ3h/uWaim+c0rEEf5QIJFsSu9WirM6S47u1zN6gazr0U21YH0/83JBtTqTJItb8Rxqawt3FVhwzVk1UVDHihGUwjfRQFaNNmVHlz14Z/dw81rBE11mv/7LUbfPMuCN7d1sX5joEp02S0lqgtdeCP3xivfmzE3RqPP6NV9hbrtN8nisQ+91m/I3oXuuuVkw+J1I25d1hiDnC6/6vXiH3RVrEayMtnRhfXv3v6zbGV7lWLoqeU0mgpZ7F76/3dgRbMheJ/KvE3zoQWBhzbjfy2APje4ggYutZFkLDx8vFm+yBZ8ERCzc4rFsC18gfZxKZrFA+ykFOf4JXQrUgBTuLEMyGY/HWgrZLJ5Mn58sFEJHcIcQQ7QdCLijeGW88bybdJQBJoggq/XPnO75DfDk5vZCzdU0xyOgRA5o6tRWjJ4co+IE4f8IfcnRxZpH+j507de+e/UNXmc63ComvBHePrX7aw88GvbEItmywDrc4YTfYbC2M/6w1QM/v+fSlfHQ4NLPrBlddmn/Zntf62Bbv3zL7R3y+stemXzhe54PX5tM6M02s2FA7rC5pn7yoVNKjG2supTZx/wKNIF7DgMdpmUgTFyhf5PtNq90r/1eDyP6w7LeI4XD7jjJrNX7Za8Pjwp303foooMyE5nQiSm3G2DN73tTokgS9A8dyJhMNr2eI8KMt0Eb5WYvZkgP/xsi+QUSR1c5R/WVcwoj0+y8tBp4QbfxIVFHNWNRBYagoXXKnphuZt/7vnLr55pzRovPm3fHt+9Y90TFWpQiIU80G0pW1vT0FFt9RZgIpxYtePjTcrKnsHLloysmfBMfifhssqnBwaeCI83D2WR/ZJmi2y2ceS/byt6E5X0cfOUw0GCKYGZyH1KtcB9xoYXFum43CaGIpfRBEMFcRaCRTmIT8CCW2NTcfhI9S3aPko0GC7ZVnJGIKAZUmc5ebJWZestNb54s1cXQtDpbthMI4VlvVM13/NZmNSYl892Rzw4x9js+Vj0+12x++sH9IV9+ZWsDG79/zb2v733pqvE3mcbvWbe0Y3rFY/dS3aUEDYwHjfMa7iE1TuhydCNy0Ji4G/fzslkNhDPVAuEuHuv2lBLrhon15sC2zNzAtjANbPvLudq+d3Nj2VQ94V1Err2jyLR3EIE2R49Dk5gW9yrxgdU15Du2CiqgD/zsMEiqXDMbLdXVUyE6Qne3vKCPrAP3ohP733mY1GR3pYsoDT09vX0L8AlWKt4iTGrhW4RJtb9lmNR8ZWE2RqoyX13434RG1TSNdx0CVb27tk7/7kKe/v6Sql2omC7sz+FnNd1Yk+NB/2HcY09PMoyGRK7pWTLBsyzZzf3pSaPR+iR6GpjRU/uATsea6bTchU0qit2tCKxiTk3G1uLWEcFNT+Bnixufyaz8ud+9CR803dl0Ynm6IdaTdzvoyWw9fqPZAHKgA3xT1qN2fUKni5mbyUuLysYNxWI7rsmBRMLh8cQCpFIOR0ytlGzRadr1+URrYywsaDTgSfQdErW7n9gz+dZD6DuyqZGMvMbGsNnjEcjPYQJf7CebQR2dstikMLZ68BiicRR0NquZigLRGGbXGduVuU6gof2CmgBBe5y4u2MUw2DO0nAtxWc29I36PxTLEf7G5bLYtGuyHYNrG1iTw+6waR1aoyMbTbJatLAi8L5UutWfHPQ4XDYuZNb4Er1Rg9uca+wrheIL9H6PJ+ExxAbC5QVNTmfQ6sjxQlDM5aTkancyYHNo/HZK2+pf4WfBRtzHVrAQz2iYcgaDiVDOgs1mvVWyWFhwSOl5cpVFR2gnmy7SyRfo5rGJeifX+ljaQPqYfm7MZWIrMg3Rzlxz7JJ0U4zOqQPcFsxnLbgO4lwum2IBYOlrijmQm89BaqGalmwzKS9G+WQI88k3NR8lu+GBj+73pVgzcpA6R0jwiNEsRSIphPQp0hqzWX8Ic4YJAbeZTaFQHAA35oSpUCiOWfo7k3o95YM47n9fQIrTqHuncrTw+AiDd5FAeypYlYBJgnVuo4BV6pJzWgmSVLNg6HJH3VFQC3N0zU+A+aYGrSzYhguLWgflSJh3LGn2NRkdvGAcSdoMRm9Gx90mxG2Fsm3I21ZM2Z2+8IIr2hrsjWWL2Tjqz1q0Lk/UoegpAzM/w/36JUzTWJ2mSv8dnZxD1opC1sR8sn4pn4nh4UfwOsnYe0LjxRS9W/ZrPWwiGQkEBU8waEsSrT6ZtGJVxeaJEKKyrIe8woieOqgNBpw2ASQPoe/uSySCFgGfTNpsQbJeT/bMdLppQNWUmSd7Z6apoUUJqYwrJcJCDTelI0sZbrb2GqIDXUBSsjEqdAcmOn3PySEMQfiEL1i0hexOmxhrarKYnazNlvaZbE4dZwokXTYnq+V+MJIvmcxxm9he8BVEvS5ucsXafCOaFmO40JDW2HM1+bNCYwZG4AHNh4EeN9VqdZHYfoTIhoffmTSZNGS9zkbY4lwtoefcbC5PfWyrJmIJrtjUVyot7ywNdy31++IRX4s3yr2vZ0tXacn7NqwN9Dd7YhajBdPfzt0Dd2tY/OakzHuA0QQ8HicyYZGr0yECgEFwfwiQDcmafq6AX0nhU+gMTiJM8YvdZJYvleHuyNoFvChkfI6QySzkvbpEzJkUkgNB7n9KBRYZeJ0xnuM4xAbsCg+t4c6q+Q9rlahwC4kKn5fFcND35qQHMnSXkY1l4DDJjDw3m7ZAMTpqocUkmvsfZS68ZZLC26QkqHWfGYPXgvtw3S95Z3X30LoT/rXSjM63q/Y/CkJ/y2p73i6meOZkdQ0ogK8BA/DJBr0WMYDT6hFJrZ0uQNzRRZJtZVfw31CpbCvk9GzOHpCqPy+NsAnhVjiQbKlOKpgBy9ifg31YFvpAHAbk6Xuc8OcIfhh9BR1AxxF7I4JXIrgKwT4EJQRFBB0IMgj+F4L/L4KnEfwugl9EU4j5VwTvQPAKrLIy+O6F9G4OOVECocPMswzjtP3SAp+1wE9b/s3ypAXdYrnXwlxtgYstmyxMpwU2W2DAAs0W+LoFnrPAX1ngcxb4TcvTFuYzFnifBW60bLfcYkFPun7kYiwuYPoKAx9iYIgBoh+w/jtdcI3rPa6bXAj/yoecgAk9roO6GMhNj7949sQxgYZkjcLc2RM073B8/KxQQ3eal218jGZwz/k3+9OoHUth52x8Lu3SCiSe2yKScsoONIV9uy7tExOtYYcQxtIYaVa2WocLd2KBHHU5NR/t2tHY1iZ1RoOR0GosiR2CLV7otAxV9xNxrHMXSN8+yjnAZViO2kGf3PSv1i9bGWATNDq9YNPpHzDvMTMfNMPl5s3mnWbUa4a8WTTnzcjMgtzZORnV0wUlnboGh5CcmzN9mTPQvkLDGJVUaSzejNwPevPy5eElJEm60NikkXA9OnA9jnEr8bwgTAJWcxhPcsreqoS1NNpopFQuHOMX6Ks/EcqruJWNrrSD7su6EfPTF7mngQaslTvOML9l/sogljmKYCuCLHKgOELoF/B38FWIoOYkgB0AGoEfpLGaL3PgZXQeMWiCw7w87Ts7ehR6c75p3A24t9QDBXlMFd3lL97Tds/aJUu4p3/72/vuU/bLHcPv/mr93dxvub9yCHFHWdhKdk51sHEWsb/Q/E7zqgZp4Px3M4z8MneeY7gJ0syj+N2+afzyN707ltLGysWv4hevvaeN/fl99/0Wv/f2mcfAHWAvlvsJIub34wogdGBSL5ONI6e0BkkPcmng8/BLlL1py3Ok/R1LyuXhkVJ5SVN5ZKRcXroUj8mHcDteVcYk+DRZqX4Fa9GCZI5yXo2dTKBBOXhI1VWCwShWVaPkqtcLqK6i0Vu9XBSJfr3eSnQVUfRDoqsoqovsDPtz/oofjfl3+Hf59/qP+E/6Nf5DMHVXbnT8nKKonLuooqI0oaatpO3UOtSqFsqsXejQupCkTGHl0quLCsPW1pUaZBT4sOAIl+Ji36VLna6oLuNlfz5k6SzEbYLDaLasDkWC0c5ie1vjDmh1Ftw6R9QD0MwwOw2e0TC4i4xY85wiOamvyJFEViobBg1rDSiMIEmxRgjKUHYnJUjckNBAk5Gsuj/qGBfCWij56iZZqvgODblDE7ZCLMCDyGo+RMwRmdHRnb3derMEdLxus26njhV07ITFaoIDJkUPOn3p6LSPn750lKTpn/ZNg8rZsUtHx4+nVcoUc/jrBfXrNPmpJX9dGpEUhpqui8+9BNkhJ215JXPZ0/iU++XChoX+tubs1lJDbjs+pzbwzF9mrsTz0sdsWtPjALy6g/A3vBUeZb6LPgfMIChbDAZkEHm7hAxaALQ5Muu0p8lET6d26t9RVlCZ7wYC9tV5cbUzFm1rTzKvrH3vFfmou3/jTWMtmSApNwsTzKPct7HM6cAKr+Up9CSNb7DNnJd5vU3SshYLZ5aNQclsZg9j85cjukvaS/WtNPBUKjQCjDQxJpUlxWNA3W3MoxbkjbIdzcsahjcvy/fHmpgfbnhfcJ/n+tOH7r9d3vD82IrrJz5F5+GDMIEi3DPYtP7gEwTE56Bs8sqY6b1ep8NhdZI6BfGfFU3tF2SLR8JD688krDB4CH0fa+MWGl5oxQ9onE6rg1TW4bCQylrrlSVZF57cOdw9lUpFMcPSF9qV/X0P7HDsctzvQGB0fR0LTNkbUuOMMQomoltVHUMQRaT2bea2JO8PsKHF3vwddyzok8au3pn2mEWW5fzXLhjSLc8tOz0Z/pgG9q3+yv986Udj2VUjjduZ2Chu6wdxW4/htjaChw86yfqlJoDIUkY87tGTlhvvJ052m9vtsSV79bjVIv7z4D8b7hURtzcSEVJP4rYlCceabFi7tggTeqh3ezw2t2wISm63QH63Ke4eG7Wr1Q4bFYqYCsrG84QQFUEhxSi5ckEZ2Yo6SpYmVBrgjmXUXqWOoCJ1CBUdLnRs7PL2VY7otkUJPhg2ehra+qU7FkldfZeszjfyoq5NusoR4bjLb7sznmhrX5Qa3DNeufGRF6Dvriu+e25NpqWjsGnT8Fdciyh/ZzBdstx+LJCvmLqTRKCRnGVBIptDHjTgo9kMPIpz9EksZqmD9AAEwON2Y/l3bMpsbsDmw7HJQEBLohMaYPauXD1WhoI30iUxkmtM18QvviJervnt1dxu9RxlKxtWXtt3SSzUE9m0evUVw+3XLB4N70isGxkYXNxfqfR/ZD3844/MQrSxu72ruCC2Vow0ZxdvXbKlf/Booy0dFyN+X9gXHFrQu6QxLzqpHfod+BqaYF8FPIgAWeYdlN8JPziIm8FCvHtud/jbFIYYoOOTgqAjSUZ+KKnWQ061HuYmmta9QjR1KKl4lKgtgSauvPHn7x9YnikMrNl001+Hl/ddMZpbkIkvrNz6gc+iR745/sGm/MYVd39qy81/eKF9Qbm5ccOioUuSMdo3YC+U0SC3F9t3E4dBw8zLZKkzdWjmFZJJEHYZ8UTzwym/30XwCw5YCH4BdJExS3zYbvT9Ay6XNgyN2kPouGyMyTwJgyD54d4c5kXqEqCZUpQjlZTvHLmijs3N1p3WCas6NolfNlnvttmwwNY6c9Z7Dw0meyNtwTgHnXn3cO6z+aQm7nFlr152uWu1oDUFXFmeif86nejeuOOLHd3CAT1rEb1LI3dG2bItYWftVxbX9n7+2rVDXnXMfgO3XwAPyVYT6SSUJB8SnjCUak6ZOT0gbdYr8nMK6Ow2SOIEgDLK/LIAIdCRXtaRdU2dTg+eVO7fbxZxOeYn0Q/Jk7LRYuZ0ekwgPcsdgoN3eSkIL0VKKZKIvDQuj6ASYFKtV92HSMOgmAGm7Ljd9qKtXELf0D30rUaL/MMvxj9zxZaKIbV+Dbe3+h+frF5aPQGL8M4HYff+n/y4+jfo+sW/4/Z9Grag43gOcIFHZKtmFa6jnbTPPqd9rFEQan1qpO3zuOe1b8pkMgLq+sAMQIAsDJQRnlLuBywJBDdLLGmlgJ6UjRwr4AcgNPLCW7TyjY1MMqkYXejRkv3u7BQI2oWOxx96sUWbFpu6Ktc+sH5NwV6sdC5fwFxfPfYIfObCf1z3yZtuvQeG7vrZSdj3h0cfunYDGXu/wv25hHsO61gpcPVh4MOWnxmzNOL1Bskf5hKUka20/joimxMJGCayR6gT4AeT0aifjEcO/WC/AndQY+dzF5StsxTkRMrPtvZZ3hVqyKX1BRcnaYY0Z+UXLeneKvr6+yPXfDCUlC/ZsTIdM2odUeu33OHlXTu3DITWwNd+1v3ATbDZY9mwqmfjDYMb1w7cu+ax3442MoaNOXlDqilrIr7zu8A30D5NG9We/GC5rLcyVr+kMUM84xyYwhqilxztdouLoGjyPB7Iz+B+DFJQTY3GfBg9Ayw51ctCpClRMc7lFCfbaHqu44JAZtrnQpDsW1wuLVlcLi9mwIWea5in+he3EV23tJQ7XF66rNQ6PDT42oe5D7z2P6XFi0ulZUuJnDkKyvAME8V1Dckmk9ns9Pk4p9mErfHc9HPUus0puIcwhKh0VtB/yj2IQkm3wn8z8kZNUuwQOuPJWKNR8PI6s9NvYaKGWCplXjXcXRYa3flAg9meLxRcrqaYX5cieJIgB88xXwROYlObLRags1nMrKP2VoL+i9X/WRWXvFbdHe7rDQ2VJcXiOpecjnSFyu+9hvGVGpuGhrb/685Ae7hcTg2USx4P5rkp1IG2cn8GV4LrYeAwMJPcb16KkWWdAj4xxzwoHxq/orR9vYi/LiAf6xcMLvV4Mu2ay9jt4Sarlh0PDazu3MxuHww9hSd4spI6TgaaWRofX0Wm/EH0/f3h7XD79qWH8BDzGkghm8iHYdMY2SFmhfOybSP+ayuHlJcnyctD+KSSzCwvwmJxYHDVaqsQCuuu1W6+bFtn07UZDSn2MvT9g9vIHn7btrWTF2fw37VQviv3m99g6f2b3wjKRkLtNrIp+jhRRdNqmF8xN06+ETtitH6zul01uVmYe7NAzlV3WI7A/jgdCpyfSz2lC3F1lx6dtev+PeLCmvWb4mE134fqnuNLV885ac6I25qJtA4PG25akwhIV+tNLr0QEcORuM0fjWTzgfga3bgO9UU605F0UzSzvYh03V1r4oFctiHgZdz+SFiMJAR/BWWzwfjqRVlDb6QrHWuqnnTZBJdLENzsw8G41xfqyJUCqZMa1B/tyoQaUuHma4t6ubI8GSxl2TJvcRtssVA4nrDxtkCwuRRsWL5Y0un7VrSE0k3h5msKhg9wKxqCrc1xV9RjdMREm8tl4z1uxZdF81NpnvetcuT9ro+4mHWubS7mgzy8jodbebiahw0I6hHE3Oi2kzgXGYQMJLRCLwI9r2f0ekuvhaRw15PADUA/mwpO/F1YgypWKIiuNzfqO8ef8nkuqNsi1CGa3y4/9C2Tud86j1vdN+BK9qvoftAMOsAxuXivFy72wg4vbPRCj5egRt7khFc44RonXMtfyb+PR3dZ4VoD1GngKrgV3gBRgoSY2D+ahbdm4Uh2Y3Z7FmVDra12Eu9zQAZdrBmalSgTYOJNogmZTJREumwbjTMqFEhg8cGptjaz6Wl0klKIRb+o0YRkklFLuU6aUUIbqm0SV9O5N3iWKLzoPxsW9NV3GQ30X+82BgjOnGSToKB5P2aAZtnH8L6wRByNHNDqUZipMGPMLmY3Q/w0o9TpeLZQUCCeLuJ2ZL861+04M4PtbgPcq42o2Doa017cw72TDIxSp4bLJ4Eogdjh6Wo1L1nJZSc+wYavheyQBITz1vO8loFeEstHIhvStRjAmb9QLJ5QvWxsPYN1sgXmIypwj5eHwqGZz5KCefVoVY8W9YVm9UgrIARoBfYJNgl24PepeSqjMD3eitsSnFkFH+b+s4YThN/X8OomkNsH807oVJeBnBQSUGeQ+p1Y8ZfxQOU7xjoQLm20lYaKqfGL/wINzKWzZXEOcL56GqT3wZ0iFJW0cod0oyjyvAyofqVvkQAskMDJXBpXbLweB3k562KP25KcTimHeezCU6AsNzIgn/cAmRnLw3xezu/KI2s+RzF2J2xOKS+73PhDb1HCN9Oj49cpCEezZZ5TyuRTSpm4bCt4pno52CzbWAS2bPE0yOo7WLSU1LiAVajNS6F16e6le5ceWcoufRfvzo2OK+Gd6dkYUm4N94E67pUDvVLdCVJyAB7tOtV1vgvd1tVF6Du2fvf6k+vRellvl9bj4giVazSmMlKzB5eRJWWwP4d/xj/Q2FI+JIYYEApa7DIDQ4S1yGPznmNrzxlS8M/czcArWxgIYhH6iBiFUdKlSkQqeab6DSKPZ59hCG50RHbiZ8LKa0QSNQtEXmRE/Gh6zrNAJtgMmBd+r2B8Mev+fhXwyEZM53TC5ccElg4RpOlaAOxF6hildQwrcbq0kojUshJllHrWomBJ3ltH9ZE6RkgcW3l/2B8nGW8hFdWgQT3yh+aCh0RiUZLuFo+HEqkkib9oaFDwRGTTDhG+hLn2rWFFovEIyWyLxRIKwMi+cDjZkCKZbYnEm5BGmt4l0siFedllc+ANRsfpTxfa5yKQpN8BCAkBb029HRhJdeHwlxZPDH9xSXTky0vfejKrok+s+kR194NrHtxw/+oHLs5bcdpvKdnN4v7iUxCkSN+RL8ouF0rnKdxZ58/qinm8FmdIbrdaxmwBoiw4pRzuGIXbVBZQy1By5vH4Ys8p4ws+gMdXWHZBUGjW2mRoHc4Njw3vHJ4Y3j2sGVbE19xnSRuUZ/H4yOA2xGnMdrFFSzDp+IJYYAp0NVeQCnRczvKuildQfz4EbwXPqGOl2OIlz4MCj5+XTdZ5D1/k2RS8FbIgIXsZuLu4t/hS8Y9FtkhWoWslFZTBTUf3ReouwlW47kmZp/HtpPKkH0qwpNa9pLxeHT7sHKyFPJBAG/jzfomMnaw6ZtpI1qiAT94Ew0BCVVuKBTKGJCnbWi6RMdTW1pzL0jEkYvHI5PP2f4DUMFmQWshQKhZbs/lmMpRyuVJbmQQ/u1tl/LbW1rlQDh1vDeWghMLNHzlvQLsYffP4GVVG0LsBM+DmjKh3A/4A54yxf4wE8d9zh9pF+CQOvwRXgXY5SUbGjg74UgeemgmHfNL/VT9DLuZKUC7tLB0pnSyxuNdHx8lgwVO/ckLnJIJRQHWZPyrzCdgKPgiWPkG22Xte9rmxai4ztigftcXtcceDNg0DPbLNJXmIIPUSR4nnpIfJe+73nPcg4OE9D3iOeFgPedd1RKsZJUyG3zOGi5lir669h7OBF5T5ALNo0M3iX2HyjfPB2Mzn5z5jCACyUBaU7RB4ySOQvI/BZTgljzpNqvkXn59tE59S2lR//gZZj8DQAH0laWPLG9rIITDIDzKDpNjB/1XTSZVo+9NqeygeBFtvTwgsx+M0J0cYmA/KwYkgqpGiEtgdYAIygeORTWYpQHSK0Xnz+djM4nm0CdG2KfJGLQQEeFIInqAD8+WNUo/n6s+KYKtGBp1TmGHIutwkNqcPzbwk64NBGxUdVHcjsdO8uBtP9LLRLImkRCVDJl2Xv21vKDcKGnC5OTp/BwIBpTCeNo2mlGAS4uqZ6s2rz+e4rEVvKCsOluOyeqYIVx+a+bnsopWjc4q4WdwpIpF0jaiUy0u4kiZaSaVgdZrA5VK8B6I/sX9S9ScyiSUoH4bDTkI3pRCTHTd32Zv0GgUvwl573vQEfGBmDQjJetgWDvt8Msn5OnrAapesERihj+InyXPVvxP8jNpzWB966LU4po1A30sYEO6NwqNRakRMCXaJHrHwi1LijM/NExqu/oK1zJZlCDATM20g/gRdcZDtmGs2h2GClgp3ifcrbSDMo/LhcHXH3LrgNvz51U/huVYPQYKQgLZBttjsUj6CmVOOvBRhSFvG07Pz5bw68CmlDnSMPQMzoCDrGRCLmZyyUifn3Dox8Tm1yin1Stf7hnPV2xWCD7AfBWk5pPSNE9MoLjucUpwkT/HxZfFd8d1xNk6oPJtHheczpZxnQQhEQRLrXr+TjU1kQqMaoUi3EcYn7xTEJByJKghzTbEEVRLj8VRjE83fszbAhgbfRVFOJsUo1Q/D4URDUyOZ1FKpeDKm6IfeeRAomToEyp9nQUHOzZum5uGDjL4V9sA/BkqZA07wdqApL80DHHgbBBW0cS6iQH18aIR6H8bhrdxdICM7qB4Xi+FepIO24WQD06D62htUfaSuzOFyKI4FewSX898Kf6FXWMpfLLGIJSznwJIRPZkDFg3GME8tJuJ6MdXusaK0GA7JWIoNkQQ7kslHjTCl3OojmofQWqVcIqNoeS1E9g1SM5fgKg0OYjbFVxYT4blYzQlcXM8JTKtzJy2Le6ZeR1oWkafoFa4LrJDNGo4Fo2tjtCxaerheOv6J35TbtHnTxCZ201u9SjVyyGn9nTOLCeYCfudflDHCETCGONH1wMKKl7yqnxTVrxbVrxRVn1MpjgCts/K8yN2M6xqTXbhXwKI+L7F8GX4oN7R5aGKIHZpvZ83M1PK18fP/ozzPrMPPt8g8eb4ffqK/PxIhRfSR5prJnNGX69vdt7eP7VNVdkXtJ3Wh+bJUxr86Zx4aIH2xgDyeCfVJDyx4eQEDFnQJXkLEXjm2Ueolkn6sd0fvrt7dvWyut9K7sxf1Uvmklk+ryyh5jng4hrEM+Kjs3iJAZrkA+wVYEsiech/hoN0uur+Nvg1SWDd9fkoGGRNxoZnEiBECI29kjGRh8MeyQbtTnMACS7THe40U2eQ5YAJG/Gl/o2eRqJiqC63mXnxRgZQCytY8Y6PvInlRs+yd5C3CxDtIWcT0Ts18ntAD21iblXmDvQd3ausTTJrOOX6JHCf1Vjz7/1A2pdNEVmfIuMqozJQBymBKK3oWLY+LKeXROWCdWu5i9rOgKAcQaMm5cSGgOa3FnJmXjTYpf7Eic/UhSssl/abJ1Ospsou5PaBhP2arU6149v+yzLe2ut2EzSrSZmlCQlKNT0dr8iNFx/lsW2vjHD/TSsc5nt1Aa9pN+f0tcn9rY06pz7Z6WXFcnxdAsxzk8LMPtELQSlpJvoQlGVdop7Rb4qQ3WLm4HCVnlMPl5NR5u5+9neizTL4Thjo7GxtlxtqV69rZhbrUGXvOc8/UnxOZPB5zCdmD37i9UsGP4RNrf65f7t/cv7Of6583aqGSF829hO27Jw+T9BHZzgsSTfrt5LZzjF7UmygYEMmStB2aeYXkzeHjC1NmCzmelw0ErR5pbWzGTPnfhH4KEiBOEuZABn8PoKkpxALtIfTtA5iyDSYT6NWjZ/A4OQSybwLoIfOeOD+ZyXsOT3l4lJAkRgq2QHKZBHd7WkWuJz7SLKzHaiWcsyEOdMOwN6YmaowD+x6J3NSzaukR6PvJbUu2yA2Nnxr/wPDfV89NP4Q/vfpzG8MbpOA3tmwYuvabA43RtNudD4Wuv/3uT3xrfrYhXZ/AtpLub+xnQANYehjwJM22KYh1gx/vM+j07iBZXQ1hohwETpKnc8DmNOkx4Uj4gw5rBNi0KZJYW/7F03TLPkh2P73wHH9Gjfbn2Eg0B8tsREwo2x5Homo4h5O2tSjGiwXd357eWR2txqvv+fYrZzUwAMdRhdF/eODDr99SnbhlZN2H1n3//3n4+svhcjRY3cr86T8XZQrt7mOm9qv8nYneBdev2LwwN3JX/5peT6Snli8/mxfP2dgTM12gS05gXbT5SPPJZtRMvBWgudlsxrpXLl/J780jPi/mj+bR3OGiqKeKcYLLVfNvcblI4XO4jfsGWLSP4YfhMDUwLFjE/EBuGh72+2XMQ37ex/tZxjqya2TvyJGRP45wI3IkJ40QS2OEYKiPqJo8tqaIl7j2Dq2u/g4RbtPcCjbJBjwUXl4Fd6yCq6iZpsfDfNXSYvfsa/ANe1fCleRX3p2SVsrdPfgDawsrsTJG8mGaJaTqDelxxVxW7GWlbdVH5rUtSu2HBuI/ZvCLsnQsLpOx9bBMJdCy+VgCZNMyilNwHo/HMvibzOd1duLTwrp+iXy4Dr31CD2IrxTNBVMz2b7ZmoXZrOkfDViyt8Ee0+MmxkTzXN8wbGV91lQoaN9q8La/g8H753mDF+ukfJc6gkfVIUx1VqGohhCMkmifdzmeIRkD2tYeWC69s6HNDj9/6Iuj4tEPP/wuBjkX/Nqy9UsrV8dvH1g2iydxHvf1tfPHB+agtiNtJ9tQGx0fbW14fCAm11np3NuJ+E6x82gn6lS7v/PN44OWq3XXyjVn0U7N0+BaWY81rx64pwf2kGdbNkn0iE2VHsoSZAWpp0erlbUt/6f0PyWEmG7K4l0z0p7ux7uPdqOx7h3dDOhe3r25G3XDLHka/5il3EycEgozY7a+jtrCjpnFc9tnCDEP1XXJnjYKi9FNZsZutSndb9AlHdVvzHs+9W6fp3SI1OmQQ0PaReBZMkdj/W9iqjwjET1wqlBSjsm0cozElaPNQY8yb8adsADS/xdg+pTwkJBdtoCkbXmfRPxgL/VCoi++jNXEmoOAKpHk25QnoBy7uulRNgzM4F8XtfYSAk5MbZ2RKCFbLifHlw+G8tJNWYintRxZuVPEhEpSfIG41pQL6pxPc9K1Im4jW7O14eVgr4wVzHa+fU/74+1sO36NbMACCLS3p1IytYoSMyQ6bYIck+qxibhj9TNSo3rE952a0sfJfY+TI77vcdmAT2CHvPJyqYO0JSVGJdCR75jo2NPBWjtyHWMdOzpYsn4ndmzu2NlxpONoh7YDkE1OpgIzkqbOKenWukk5u76ntCVSawvWX5ZqPg1+fRCCjr0dpzqw9PylzHd0xONyu9y7VWojH/+r1iSMcQkk+SQD+fadlFhH2znQvhl/QTvad7W/3H6eku/o5LpWeriEHqaGRyR67B+kx8le5dcuepCNG2ekdjK1tL+h4bUmk8W70bpNnVYW397cfnOOyWsXQSOxV8gInRxopQM2m1cGbiqjHJ1uepw02PCs9/v9PT24kxvJlkQeP2k2PabUY3L2+j9PNi8lG0TMTC+EL/fC5b2bsYl0vpelfH7FjMLv69Yrx4Gh+fxv9AbU0XFR8mBZNto6lzyURWocr9CpOkpwGOp0ysPMzA3g5oPEA9DD91D3SrKnxwCogBhs7Za7eqVuuaUkwSPdJ7tf6kanumG3fMklVHJM4hto/XoVQYKlAT02ZuhR1ofj+GE8O3WDWg+OXteqbg5UtwcWVi8h+fu4ThpVJ+mqPgEqWPcGqYSJlZmkvGSplJQ7OwkNsVQtSNJLSbg7uTc5k0QgmUtWkruS9ye5pOrfrfnCsF5IsQHQWjxPPibLH/B/1M9s98NF/vV+psHf5mfuccEmV4eLudMOb7LDK+xwjR1+2Arfh/83whsZuJK5nGH6GRgMgkDAo4S1RC2HmL8TQ9QMgZk3M9iSppEtOropeRBP4RZgRieBY34URz2yRbU9scJpmxfbUo9x+Ue4AGzrW0ICwMTboQEQWhN6aJZjWr9f9bGumnkc20sGBm6O7ow+HkU0UkLASo01GhE8ZG0tmq+t6s6uay2s3j23zzgbXPXq46BHNiFmIg2VZeTmQ0o6fE49ZhUXkFFCjESYQjqEfgEqxAevDOTWWv2oPfV+VXfMYHuqYT/hzzS2L/8q8+mEjnptQBPflGtCTfPtS4pbB5CD3YltgVbQB74qWztErIR1NHfbCpZgsDlGYr6tJEy4uZngjOzT6Szm3u/Q3pqiaftmrHw5ujt0hcZgOGYT9Vhzy7tisUYXCWDM582NFFKmgyR7dHSYS+QqAAvNFPmAOP4EFe3lnFfBJaUhaO11mFuKZlpQ919TQtPSs7uEK2m6rSRdUokxqxC4utktmF2Jug8C84ebMIWSxUsCzRzxVKpx55WDN7T2bdywoXFxr88XQKbLHZHgwow1LF92y+Cl1T02Zza7/ANpp/dPbbFiY6Kru+A08fBEx+ASKZ9dYPd8yyzYHV6PwLu+GfPrcg7HykC5+4YHr//UXWlvqDvd2BfwhX4YG861tqx2h0Mu2+z6bhD320J1DHvYh8n6Lgs627U2meXxDLe5Yzee1k51aDrmr+8SfAriWyb4FDQ2patqAqMHGDGxJ8EkiJxJ5LB8/pHcnkhYLDKTmBBFKTHhcEqJoza7lJCxkpGYMJqkscTJBGNNyIn7E39MsNZELjGReAmfcomaZFB8JKPU9vaBTyAfsxs4wKAsfph/mGcesXzNwtxrgetZ2MYOscz7EdyGIHCZzDpiK1qJT2nSbAJ0Nex44QLdLps/Wh/DStprDfPERlxGnRD5hhaMym2cGOl7z2B39oc/aV+1qa8LJloHe7jg/VtvC8I/Xbad0IHWh12K6TCh0uG+C/2g6TCAM6dln89pBjK0+iq+Md8OH+ubMBolH5kLfMoSjbKWoZRxQ60MQwhsRa+AJF0zPCY7/aQQPKRxKctwKbt9e30aXz2wRInFIdgg9fgeGyy99jy4UjZi/bcMHy9D/ElUOEu5LAjyR5thswfP1q3kUggbgy7eSLYpAlm4K7s3+3IWydmd2YnsnixLFTaPR1HYsCmVVdZOrqOjnyx7XjeurBHM4pNkgQSekuNuK+7eFMFvyfP2gLTefZWb2SxAMwoixsja40l/gKxZHcB3BQKGBoJdUywacsQaSqIf7wMloyGjgK7mSAZMIGl3xnM0UiUa8HtBCL4cOh9iQiGL0UCWOQnUybcVqBNFdFP4ErpF/fh104WCsp0qT7LZYK7InzpXj8SGxI4iybljl2JeeAPMSS3Dh17A/JGqb4lcFhX3oqDsIq0CnnSMpNcKNy3I3PLeS5YaBT676f1GZ8iY73TevDEUDgd91d/n29Z8ppJcsVDBPjH5rKGY39qTW21C3ojFPBIhydXPXbnuPdUj3Jd7t6p9eyu7t9a3ZH2s+l9AUnyMstHmkYDiWGwmWq8N27Ny865mxtpcad7cfKSZba6tM6VrMVO4n7gVdV6xwi9Vf0jWOTEDdC3wECFdlLEhUCSCsjjHwKg/e67+bJ55DOshGdnL4DoEAjKTa97ZPNFMfB1cs6zTS83qgkRzndvrdZjbpsm3alOu3qbcrhxjzVVym3NHcmzuYm1iX6+VR9e5doLSJFIKjJBFAlog8UzitpF4M4bPV/LL8jvzE3kuD2qhZbPjaRdXrx+ezx7gYmABsaNyihPEKYFcDii+fSkvyRLKSXslRjqk7O4pqe2WamuNNecnrGHZgE7wiIJbY5+HW/MPMGq+M4tRA4oXw6Ppfrd4NPNBaP732DPvGnPmXULNUIxGlYYlcEbOL0rCjiS8InVjirk7CW9IwsuTcFUS3hGF74neFGU+LkK0TbxZZPQOr6PRgbA4OT2l00WoOmC1MowVAKu1bb0P+pxhslghlIIDQSYehEzQFmSYYDCCn9jnd2KxRdSNVtwjRgofOjUV8IeDBAc6hg4eBHayrTWyH0Y/w8QGlVGsPU63K/llMHeCCKQxEvZrIwl3Hpqe2Z3z8FQO0Y2ux+qqJNUm1UQtTH23y8lzmogoSEQUaVsTLjf+IULxl1qlucRnf2EZ2Y4pv3n5LQvy1Qs/qE5XPxoNN9r+DEXB9yE4cPPuleOPtv4+W6Gk/zgSrVsuw3RPGnW91f+c2AJT267btjRye/fDnPH/fPLPeW9hIBHuzVK6z8HsbK5jdj4BnqnuVOJHKnyFAZWuuAHPdj1jPUzPXH+7Mj6fqI+nAFzFNoE2gq/wJ9nbnG5okJl8Rs7cn0G5TCUzkXk5cz7DZagxgkdThozZjDqU6jKket/cPU/NLdgm4kHbAQYe7TlFTKKjsrVHpnufPt57tPeU4qogzh96xMKNoIWmx+tBILTMx+aVWcB6dpsSxzFAV3I8eGD/p2wa6PLR0ItwL6SFCarnQ2+tFzobx0HtmWnNLubvWLc9KMtGq9/KOBFdDvNxbq9XdnslrzcBG5oScighJTSNMWiNwJkIbIpAZI1UIssieyNHIpyRi0VSfjIdeu2yWQwkJLOInzWLWJ+wmsNmxof0ZE4ndsB+/Q/0P9MjvTnltYPUYcywDCBZO9N4shtNk8kuXctSxkou/jpGNqbHilEa8kcLJH6fzIzKtIj/T2iVNbZSuf6fmvdSw11WfOoRza4Lf99xgzcAmdao587161dsHWDDkSavy9jdXeplC/HQFZ+6+VLunuu+bOFF+WCDf1E+n9uxlA2W8oNLsrcu5paULdKSDm+Q2iuEbuj3uD8+ocYfZl5/GRSfgI0k2Nnol041Yr1mXHY1NtrtMtyR3Z1lsrLTLWXJ5JWtTTrjNbsSW1pwgmK7hg4TvLgDeq8EOIhU/HBArD3+eFpFeJ2oPgbXUYRXun+QgscGBBAmWVMuAiFqcgVpUqbZTBH5WeL+ddmw3mmx+GxEpQEg4iMZYbo3bwOnbI5D936bNSPeap83xvOW27sxi99uVzem2sgm4S+1LtACOsD/PQyaZs7LDZG45OAxs6oi0dVWMJkKTQ0JZE3BJErF5EjU5/eEaaRJWGuXwlHZI2ttkscdxRaVUGjRCyAH43jOk8lMJ4dMdklKNbT5w/gOLoKnGzPyIZiJudpkDkJyi8vpkXKwAhloCpsr5jHzLvNuM4etr7UE6mX6GOZJ/qjPc/bo0aN4VsIc95y7nX+u/Vg9dR6zJmHe3PSZs9PKXtJpmmtoa8fnL+IbCoXpAoFixnMYYW6yKIxNsmhts3jMvLNbxRMISG3KXsDWuZIlirnZqZUoKxcL8JfVK6L+2MLLN36Ebhjf5oGosbZhPJc2u3NrtHYX42xO7++4ZmkpmRniH13ABUKhLZJ5pcU6XCHbxfeUuYCZETojuuofiu5YcA2b/+bdsCXYoqMxNdUv4H75GO4XgndbBr1wj9zXoPOEJSvv8uEPsuODy4nsPi2nYcnW8TkNtGpgAGlYWcFQE0n2Fr4AGJmRY3GJYXJJH/UviZJPibxwSj4snEnP2W1BISSHyOUrSBJjiMS2I/lUiKjRiHw9GjoVYskJ/q5HoVDO1OYR41JbJNzzQFKJM7aiZLiM+9xE1lSXdY11sSVO7oo3cXHZ7pbiIQ3LaRk8kDitrCVv8ghuSQuRy4ffzgWAE3OFUwhh3Yv8GHR6peX5zVgBQ2QdjMmXw7qKbky3S7dbx+lm+WKccsDZoypPnJo+rrBELcEMj1fg4Y8rQoxszJ47Pv0C0eWnSe4YYREPeXT8OoLSQB6c5R/1V+WbAtxQP60VT9LSZmGS1d3uLsZLRYmm6NSCDoL4NkUiImpa4rMCtMaXxEIE7aFNYaqmq+4TszWmyv63wZrlL3H48u2ir3rnhsEFGeahb2l4uz3Y5NT8YWHDwpX470KnxbpIfiODuROceUG20Ltx5JJthbxkhrfxdnc2gOVW9b9ZD/grdwfwghiQZDfw+kTOauV1Bl50BWPAoNPxVg6AXAH/w2bx2RenYQ5/CEWhyFPQGHsW4ZZpY609qEwTK2E5BN0EAQFfxWcnbM2ZRmt4acunxVUr+njelvMJCWtjnunWxOxmv9neFWTHoc7qtBQHfV5DtCnntjX0O60827lD9Ada/VzI5Q5xBHsoyCbBrzWfwbKqHfxWdpgbg41Mlo3pPeGCvaFJMJeIuMHzm4uIbZ4TORTkJK6ESiRpsTnbKZVkrVEqFfB5GqQJmGq6CUEECrJRzyAQ9ns8pYidFxNkB/uX5YzVKTVwdoktZUG6ieFgc8RsNLYJ1lK4lCshuXQxSUUETXuOP31mmuYr4kmUMlER5k6fLpwu+Ahj8mdV4YS56YTCZoQ7Fe4qKKmNRE7ha3ZtCgt7FVkgVgMeIMq3OiEQZgpDl7vUSrhNSQvWaLHy92t3AKIRQWfkrr4OMvoVbUGHe4FN42adrSFPfLQhnHe6ywGnkSkYrnZF5U5ng2bTGktm1+1hVygc9Xo4QzycHihHG7YY+5KRodtKhaWx5h1f5jszyOPhqo22xkwD0lBMKBvulz9oHsGyKon7xR3lsTAHcTHO2Did6AxIWt5Jse7OyzeEIlKExx9ojnDCd1cYCLDoRwwTMlg80Zxk8eCrBovPwhgs9hBnSIZD9piBAVaIn4JIRkTGIRRO+N0hbCGF2cTJMJwIQz68PLwnjMJhrsKNcbu43RzHHYLbSddgWTE63c4fKxTOHitScOba3EGQuKaPnS5gKYGv09mhJhdG60NeQegiA510lZ0GpNfnZBrL/oZIdqyDF9/TsChxenvgl4tzN5uG9Al9doNdiK+KjGVi5pLZtmXoHLx8HTc+lF5Y/dXSTe1jHxvT55GtVYgZNdqVgmvR/ceo7/NBTN8dnF3dY+rhw4CbOT8VzJIt0/4mr8QnjA5/GPU5A7QaoEGn5ZTZQJPHk8FyFrE6BJXpACsqOkxAnYbVcpjghI7BBglxBp0xrK/ox/S79Lv1nB5T62x7+xlVlGIhOk1IhNt9ZpoAG/Gnr1OO9FPZKj5dC88nkDU7EotjFvzXg//YT2KxlMF/jylYNQBWb8dz24c0LChC+36jaPeShrwy5Y0QwOPzcrc3KnUaR4wbjcjqC/tyPuTlsDGdzSYzgYBf9JOdrf1eWSOKsi8oibLehs1YE4olknIqSdcSYha3lEyaMkAGMsHn0fJuPsUjgTcBAdqRYJdN9L4WnVnKkq2dkomkfyIAAxHhCH+Sf4lHgOd5hk+iCNQ4w4aKYcywy7DbwBlqo/z00bPtLx4bHS3wx0axisEf548JeDbBlvPZ45hMAmYidd6wKT4kOrILFIQBUkXmOOUxL92xR10zIPOKsitaSqO6mdQMIzI70LUCdWMeckbR92qX4IeSxXS8t3Pb4LZnk0avvfyFTUPr2xvcelPnCq1dp22MuTOiizOyf4tEdnQ2PLjoUr+kH++7WUwNrh7Ykgw3DRc8sWAunfM2tUhxS7gd95MO2zu7dD/COkgRVEA/WA6uBR8Au8C94Jh85fqORjl741XGW3Zcw2pWS/kKiY2A1mwYa9grwMc2LEz0ixPbrLd+eKvLcelIKC/CiAiVvLUtvtXd+bWXLg1t2tBfbkwPJWKxVP+C1B1bXe+57hp2+1W3fMQq3GzU68233G4GubMnyP5G06cKeO45i3W4U/jvDReni/gEC9jp09g6pt8K0y/gP/4F/IU/c9HLKv5QLV88IqbUDPHkLDwVGc2liOhWs8AxneGc/O8UBW6fcwFSlRyXFlFS0DVOHpIiIuQDzHs0gj8Tcy7ofrRt6xRaWm6InK+eq/7xfKShvBRNbd1WvwrtUKhfrS7NimIuGxGzZ07/8U+n23OimM2KkSz3q03rdgdjbanXG1JtseDudZvgSvIVPU++wpXVp8hd5O4zr998+k9/vGAnZZCymB//9YUzn7ZYy0tcu3a5lpStlk+feeGvf33hZ/Ov/ewF5kqlgGzxmmvsSh2yr3/vV8e/cy/f2Mjf+53jv6pWqs+Tc9hQ3aoUnrVcM6FUMAdMmKee1d2itQMrsAEn8BDcBhABcYDtd9AJBmFUXmjyB/wZPzJ5Ap6MB6VM2CqDz/LwWR90+OI+5rgL+l1pF3PcCXVBrHhAfTOPJZuVycleVwZkxAzDI+ocKGktUiYfZE0xtmuBaNVBAen0mojsFBobZa1ZaiwtiPEmaDIb4rLHkQIpMYUfJRvoyEX8aKq9GYg6trIwaGXxoyzHhGSvLZ0mj6aLYCEcEBdCfiHML9yz8OWFaCFdjrh09OwJYqsoxgqZOAr8i+52chGf16+PkhzoE0QWvPlGOP9GLF8vHZ3j/BnVQyGihxGhdsQH5T8oQM5dhlo3TGnxD/gr/j0lJC4CFkq57pbqj6pD+O/Z6qLqs7AMD+K/Ejz02g4Yqb7EDVRfhNHqixcmp597fWB6Gj353DTaWb3hwk+qN8J7mRy8D7qfu/B/d23YMDGxYcOukVWdnStXdnauYv4wrzz6Sa5cGKRlvgQjrz1Jyh/BRX5b+as2wXurN144RQqGnunqe6aVMndtUIpchXWMe9Cr4Gb2d3j+CwPnQRNwafxIwBPVNFFI8QcB25htWtlhYWLRLNMq9TDFQogZyYTDGfLXbI+kvd50xF47suPKD5nw3Kv4iN+5F/0ZrGD/8E++s9HuctlsLpe9wWAPO51hu6F2xO9saQmTP29zzOGINXu9zVGnM9oM4EyFzYFXuEV4TDTIAogIRqNbCLgdDqAzRgSih0+/ME0y8HANThRyPNXAsaKN/6cQXIoCTvVDbQ8i1XA/o4t4/ZKpFQs2wd0h+obzpWtKvrDb7HY7jbFL1q1rZJ9k7HZHQhe1mzmNxViOG7V2a74c0GlNggHXaSvWPz6nWYGpcPQwCJEtLeNpySoKLqIn/032+rFFaW2yYhXaCuOcTdfWI9mAxyt7qYMA3+aV9bzk9VoB1CNg0euNWmTxejw2v0um0Xd6LS+5wjYoU1+AX2+SNsOdcAIehacgB+dqJocohuroiVHF7CucUFQUPMviCeDs6Wk8kXr4Y0RdIzMtNQSpA4W4qYhLy67AYBPHVA7WEEFml27cn2v/WcRoYlxRYVvTqpDW4/WHXYm+Yjvv5Cb6w++Nh4Np7dB1XeYdYZM+zNlj5tFFjgiYmaneXv0E/BDYYddynwHgte3AegAY5L5+yXAInSDr4cQvXWLD4HvsZ7DUE2UzmIO4i0DuhWliUWHtH7fjOdqnF0fb/d5bge2yH78I2C4DAPEjcP8H23dh8DXZaPVgU9ziCUZI8s0ZEotFjnIYk/xB9AU0idC/MF9kphiEVXOeERmk5+yqY8Du8EohssQfAoIPGPTugEzTykJmuxTweQVZIGlCAmvQm8NshR1jd7G7WY6tqUxnf8Ar3pqzP1P1SpgrnqZXlY6iCtDY+Hh6ziJbDqprbGXVcnYq62nwYx3yajHij/fo2kKu96y3p+50+xqHQ7ZkhPMsXbpGqzE5BbP2Mqd0WUtT/hFmWTiP6X+BTTJ/5f4NBMDkYeDEfPxet1+ymqFFY7ZadVabtNt6BHOx0QodVisIeGXW6g67c27k5Jweg0VyO/2CVRfW5XTIyep4fEWj8xutMp4rrIJRNsq4CCPROJcb9xgfNyKjPwwrcAzugrsxG9d9FuOKZ5VMCcr2a0RjrJ0QHXJ6uoD5mHIsdbJSi6PmVygTbpjrWCVOBObBC0fKXogy3KdTl9rSmmDQG+YbW4bam5kvsEmrdXVRs8519aqItzMeavQm/CYL0cM/hHnjlv9f0gO63z09mBkey7nzmo/R/cP3EyvrFXlZICppRcEr2V0ev+TSYUnq8bh9CFoZmEWMDAAWo8Sl7HYSY4XR+3QmYMZGhtmqYwAFGTVaJOgxm0wat8/jUQJLLZLHxwphTUUzptml2a3hNHXD4uw0pQL1GfB1AwzLtjO40dP8aaxfHFfNU59ilgqK9UCDwqhZ6ohcxG5wyvElsWr1d88msHlQ+sLqgY2FhozmCmyTVbf/+4OLN2J7YMfCm0OpRWNdl/XdSOw0DShg6fEZzX3YEhCwzApj674Z/FS+RUylImGrADR63iba8jZk83rtWmxaCb32FXaGrHPl7chO9gSONDckGhsDcYsJskbCOhU3cvv9LmTFalfYVXEtcyHXpQFoDeQCTCDelPR5DFxDQ9LH8QbRsNyADB6fjuHNLEzHgk4LVMT/2TNnz0wL7nZ8gklyhgDvEvdU4YwHXxg9O3qGOPdy+Hj2KLXoc9Nenv52dvQiv7XkG6FdQHqIDUM9dAvaSEooa7E+ldIjNz4o52V3SusWigL7mb9/8te/ZiSm9dcPV71V37/vQVft2fZwtfgwvBVK1eeq07fD7Yl11b+v++VXvvLl4QOQYxZDxLRdeKZ64cI+tAz+vuo6d+GegweZm899/fVfouTX4W3VO8iT973+X8hy32UXPMwrl7300r/924oLBeYEzQFbV/0WeGymKmjxWAWv3QNCkxDQmdJi4qUwhDx8AB6BCKrL1NQnsw7z8mPcTdRncLNsQFoOstjklgGNBIumJCvu0BxAZgQ0jMwcmpmRLS6/xACWIc4BJCPqosU3LkNjaAdCSDt38Nac8nSGdWP+VGT4sbobSyB+UcKOhG6P4X/b8D/2hHqm4C/fiH4L7mVfB3ZgngIGK4c1KwUv+g2a1L2uRDEYLCZctSM7PvcbPiq5clurnwCfA0/hOfjzdA52yAagJ5MwwTql8/Aojaeh+djc02qus8Y02QWAW7ZA4PXabDL0kdUhEoBTy29/Yw7yZD0HGYii1yfDWC0HOQZjtRxkbJI8CpvRl7jvY9vm4GFgm3n5AC9IRpOXpbvV6QWJtfM+rxikapIBCwWv18Xz2iDJIAAu6HJpD6EnpwBIQYL6mEJTsgFrC/a4LykC+yH0/X0s7mMvWZPmfT4xCSBMAdkUlADZHuH7U/kUTNG9ntJqxFrBQ3frofgMdJu/ooKeWVHBXBUgTbprVlrd09ZOfLlEwGLVSN2+R6voIW5FQVE8kzEKHfroyIbhQcvYxu6W5hYdF2nJjuJuWhS+5Loed+AzH+hc2NBk0hdjqWh/if3x+S9sbvriJ0L+LhM08lfdwFvbRnT/8mlncHNvYfvHf/erfbs/Pq6sq30KDqC7Md+7MBVvkb2x+r5P7ogLy2lTkx4QgEzwFPohgJhMPvTDSb2+iWBGWsmWv25TxNVEgphcQUwgOybu8SmOy6YI4qsdZmrLbkSBJO0vttN4vnayQWea7gyh+vcpNLJT3SKiBrZlK9spNVrV1bjaehz81oJ/v2pT7/D2QD6QWZ8b6+79wrHlriUN+d61yz/WmJdTLf3d6UH25K9+curAJ2++6n0WdyIklcfGYfDXF067xWJq+O5bH033rb/kymF5OEDXJn+MeekW7mkQA+/f7xQtLqxYYobCDbPypFEHDwQCXrvdRHGBvV5gepJi3k7JTiRbeQmR8GsUiPFWazAQiLnIhpEaTYwg9QEYre9XWsRUIKGNaYUxVKY4pzJDGuIGK4h6ikZKg0Bq1o+6ygvXDa741weWjnTe1Nx6/Yhh0ZKW2/71vWNrPnZL85ZLt/UvccDmr8PsXZWe3CfWD1+yZszg5fsKpa5o25Housvu/tS+2VzkOXm+gXl5vhU5TnJ/Vi+LKdnIeiXMZlVu1eZVE6vYVSQV2S4NqTkQQ0q+o5qfNxszre7vjd/xVyXmgLuM5lII6P6FECzs41gZ9ZPEyfmJvfXYdHXvWfz8a2rMwgNgK9mflAE9PYW0zHSr+5NiCfz+6vPMK6hIcZIy4MdyQm/0GhlNxBVhmjIp2ZoIJ3IJxKNEwgxiMY8Hut1hqAhqEkkEs4zGpmH0SMNxYdxzskU2uwN2j2xxYmUkZidLzIEYIAfFgtqPVS6IhRI6KFsNmVSTmMgn5ARKaDjDYTQFXXeBytn2M6NHzx7lz7XXYNp5mjZLlQ+icy0hEMjEEXFmWlU3CDIdESPED+yj1u/oKKR9ToAty7NIwrOyQtlxCAkxoRMKMeaV/Ke2jI+GzS6794ZiQ75n+YqRFmODlNB2p/LbunJj9x4de3JsjPF+KZkrrRWyqah/QbRBXLW1b01an73Dy6VK0cZkMNpX/WD1SvhI9UpC29l987JYX5mUbR/xQL0D3q2FwI2tTXUvPFlPNsOT8gW5oCx9miVQgFFUyGTlrOwWlTBmvV4vZfUmE90rbx/ZK8+EZw1Zn2kppKGo7Lt3wOoP+xm/+ym6PWUtLuDCi+Pn+BMF/sWjLx6tQCxOFUP0hGLanD1RnxZ5rHXkSEwFoSINMX0Xu+xhGmJVJCa8s932qr8eg96xd7bnXvVRhaLwESXnHCAHmR+525T50UFRYBAYGIjFZDRE4m2GyCQ5pI6JGqbUzPBcTCnzOSTiH3iSZwVBigCYze7v2zHzeW4/R8bfK2oM3XmuGSQo/lQonbDQbOMmGdsUu5r2NjFN9WT21hpW2iPz8KtEipWWl730XWJqeQr1plQIsyQZx0l1HCfr6YH1XAVa1ix22mxZHIstczG3PId6c40uP0k5zpKysmpZ2YuUNbMYl2VQ6kVkFzzP3kFzvUhOa/kJhFWtX8girRoEYTHM2Ci0G5ZocT7OxGGIpEaGlMQgpeQ6DknHzJfnthnrId977QRolEPQFaHUzUV3RRkQ5aNiVI7ujO6JangFY04NjKphh7F/qZfxBPzeTBtol9NElxEZINKCdoR3hZlcGFrD4XAlPBZ+IMyFZd4mheVkkxSuRfnW4reUOPGtc7C4VrHPg5jsIVhczXUsr0phrHB/4UhBU5hFvbsolpcIvwQzWM5nCXBFOVzeUUbh8u7y3vJMmQVlArhEgqtKEJT2KlBL95fOlxiKt3Sd0hvjdTlfqH7jothEKfAMvuFmWWDR8qHNQzuHUNvQcB2jyEwxilg0QtLpRpSYToM08r9EJ1JDZevxZGMzX56LKWSaBFvV/oz5Kd5SLrDr/2PtTeDkqKr98Tq3el+rl6re9216m+7pdXq2rtknM5nMJGQPk4SEbEDIAgQSloQ1bAFERBEFfCK48dCsBJ4yYojwzISgGBFJ8KeQABrlKahBp+d3b1V3ZwLo//0//3+W7q7q6u465557zvcs91wnIm2FvE7eudH5mFPGOMF5bjwxLhCwKb0Rg/k9Bym63k/lN9jIYIxE+qk02wfsSGpnsXNKUxbGgiwytxH0eptaqbCSuiQb/epuRYua1EfzlJQ+tpdhFJybfIfFncuBW+HUWzX63O34Q0aFzWa1cmQNtpPyKRXVPirjx85kUiSZRYrHhHR21WZQZftwvZMKNh3Y5FSDcWKuKxQQ2qekMLoSojy+vK9QdVhdYJZn6ff6591z1eBVu+81/JS/8c7WbOVWeNGkWfRg6RtO5/JtCwe6Cw0NcwKJQU5/xZL7nvjqQ8//pb3j0xiC9BAQsENjtZ/RT3jL7KEGSmyNMpoaXT766OjTo8+PykbrXQSq/YvEnhm2es8MN7VBuosa3S0uQeObScuMjt90kAWYBhuWnnbSMaOdN1rwA2aatz3dvqx9e/vT7c+3y/Tt5fZHhZfSdrF9RrzWPuMcppjWn8NPuWU8tbHen4PxdOe8Xfd1PdZ1rOs3XR90yZ6ZepZv72qu9urYMXN1rnNHS0+uk8834wf3anFdmaez3PlKJy128Hi6U6IXOng82vmnTmnntCUU5zp5fNa9RKgMvpdZexEs78AMfJvPdrRVCR4mBOd78AP+xXbhFzGhr7TT6fb72hEheiMm+09VojfHzy0VE3pazJQtnNY3wi25UuyrRSNltSabSjPpasuI8/tqkZ4TK6d91it8Vlwbbq7VX+eIws5VFXbuU/vMi2uOn6/vVe+kN8qaqRSvAirJJL3Je5PYXfuYZ5NJtZoHprHcONK4vVHSyBc6BPU/vVeo+F2v1r5Lm6LXy85SWT6IR6dIvJTx4rHin4ofFCXWYlEuJ4NWLowUdmAlJnSLmz4E4nrfh6b3C8B26ZhIH/7gXcUmYcEvFAh9hSp9hU/RJ+AjSTv+Dmm1pxtF76c6se+aJPhxexIP5od8MJn0enlI7DDmEzvUeU+inFiWoO9NgB6/Gkk8nXg+IU3UVJlYMVn7bvTrad9NdGrq+0DK6g+otLmN8R1xrIz+gzcIQwlUgklU25HUWFfDDr2VC6evPdM2QlvlJLWyWqO/W0tapJ09ECdLB2kk2PKmvLhyMCFX5/ThR8PHyLJBJrwj/EFYEib7JmiYnF7xtOJ5xSsKySuKtxR/UtCKaoik2rvmXB/g6hq6D8Q1aoLdLtD3CWvpEtQodfVu8Ud5FqMeKrwR/wq9HD89Fv4e/jnpM1Pv8+VwSIFZSAW+F0DeQDrwWOCDgEQf8OGTNLo3/3T+lTztyW/AL2h9PpUfzW/Mv5WfysvyECT+SrC2FLhqv+K1UE59/dw7Nd5ovk99gD2Jru8LDZ0OGNkc3zDagPn8ez7QEELYhkX4Ul4fSUX4yPaIRB9ZHtkYeTTyfOStyJ8i8khtccSYEKOo7eGdon5K1iR9QJYnJKt7eDNkD28zfmFqwHYkYY86HAa3KxhWRYiv4fMGf0D/nFJTKvpVyoB9DZUkEaUiNidLSuJ/zKu8XrfbFY4Eg9g/fX1/JELZ7XqWlNfHqSY1vmK3ilc9I65DUKn0ZB2CjGzrjU2JgJWxS3JsnCBlw/kbfNdK7z6x0behZl2E/AEjlQWEivhqf1Zfba2lL59NgbjTt5ls8p1lA8I+35UP1n+7ctEiT94712GCOWSHb42rMvVRpLFokM8atpXAPtDOkR2+K8eH3JD+6o97l5keWtrdebaFX7Ti9NihwXest13e44ksu8io/s/BB28+Vu3bJsSOXqr354rAb7Adcgprt17m1aGAzU7gURCC00DRp3uzSc3wfkVD9jGFqSd4Q9BDwk76YAojRoIXg/V2jJ9l+yL0fvyb/v0IUkP8ECI5O/XQUC5HfngmzKRqQDP/aSymvxPtwIS4hX59jUkb6UEsoF88uYQ+B7U1Zud9jongz/0XdbEwj5+ZOkR1kN451MVLxb6s+HtIK8GVpN/iShI6w1BlZfV71bXvPQeXhO8XaJIdrscE3PQ/JXPI/Ulel5qpBO/A3z86MtxPvn+4H9OGcZ3Q5csgdPfC31f/tnP8Fb5P7KfnhsfF70MP1L+vIRLykO/zEW5L6AbSDo9sZv9Z3yf2hH2sxjdBb1AUW+WbgIEbqVTddk39GFQwRzZc692tv4vKYI6ZyPj+n/0sq9XyRCLqvtXUe8L1I/Xr7xauN4gxSHJ1qnr1uf2wa+sU9HehMP4S4drZbb4sD0P/+tq7z117YT+5dv60aysD5127C935TwllJ9fOmYt9SqEFzB5ld25uNXhaX3v4UW1th/4ueAEjcBNZ2/Hu/njcauVRyzQ6q9f/rX793cL1QlylUCBX9567H7H+/8e1+n/huzPivXdEZRYemj957Yv1a+8+d213mVzbfe7aT86BXWjH5DfFa4fJFIBp9yD2zXuoNtf0uyR/BYkYTV5KxBCWka7iy2rR5Gm99p6ufUazm36t8mfxM0PCZ4ZIdePQeZ8Re/w8U++D44a1sgTpQ47x0eCggJNGSOeekfqkrPmMXzrnMzLE33vr4x/VfTY7voc/kPP4+9ZI7vlkvzlyHsXIebH3WK1HGJ4vQo8whuClvwi/01fpkTwpvRq/j4TPOeH2yten2ZcidQtfYlmbzW7hTBKjK2vQG+VqlUohpyiJREajoiQrl2ezgVJDNJoMRBsainZkktGcBSEDWeO536dXGRVyA0V2/TmSEVZnZk9kJjLMRCZLsv9kr1riY2BTYSmRfYGE3WuZE+QKYecQYau7vK9uAjixNJuYAOG/sI5KsBodcJ7ZCKcAbQa1qmoOFOHokK3kGGhXZRsYa+WDy7+FDQcTs4uW49v3PqJnzPTFg4PYIuxc38Mw4eXLjQfx4a2vrhdtx1cOBWanTV8e6+o629K5sOnxK3dR57Ca9C4RTzGkP98ayZQw7+ZLfiX5Ez6vIuelZhSZfKd+/r3aeZUTRSQrKCwPU076APYJM1QPNcj7sz4nZW11ODG39VIn/tvXGk8XshRPFtn6rGGVmuzRI+ylxJzIZITiFmxfU5iBwh7Awir3UlM6RNoBYSNa3dzORZYB6mhS4y0nNeD0uZQNZyGRYR1izW581IHQA0HetbjRlPWXLggnMimNLxTUK83SLJKrNDJrsdTiKNy4aaYjO5Dc+oKx/LWVXDJkSQ/MDWGcnB9y8+HNF47ODwyEvjo8NP+SvxQ3dhoCfo/GPiNhUHnw7xjcnDbYv7Y33pdxrN817yKtI+qMtYWMjM09TadU1z8TPlGHqd2UhOqb+gd9Kf0hxj5lqhtL6lY+3t6S5ru6+py0J9HT44mm054ZFDWjxaPX6dRms0en1/f2dnb393dTJBi4N9+esBDh3ONU0OIC8kwmM4n/v0nCgYIEijsoC9LJkModIedIYqmYp5i/E+KqSn84ItdJWTMJqtNChJ0uNkItAcYK271nI4004apcyMmYan1FL73iKewZzhjoznqiTe3hgl/fnbWXWgoWi7dxeFXRXwiz+Vh4df6HyODwG0zJmEeq7QunO5Z1P9Db3f2Ffgi1p5VGk05rbfD6lnXHM3Nnzojw3Xq5UqnR2NucvXds6E2OrC+XVsZY92llLOE3Otza6Ay3tzD5u5uGbp5548ybxHyee2qcep16hwpThn1yymGSWqnUESxMb040pYu5cCSfFTbWEcuVhCWiFjZAqCQJBfHfXkR7lVYrNzvdOt9uZhDyIpmDswwVeodsBtMPZSaFzGL3FnUa/D1yuYJlyBm1i7OndDq9VKaV498U8p8DU/9DfQBXUnGqQJV5t1ImU9FU3pdoshitoaY87VNJlNGU1eJWKvVuimwTxRzJvDlhJLnMEyexzjhJFgxlxG2cBPaz4nbr1b24OlDRYq4V5UQIEcV6fZ0Y9v6A43RGWjI/VQp0J7whWiqjTYiW+D3phSGfThOJ5x3hfquZM9JeLeRCnX6VRWtJmruLLqOxp6z1uGwKubnB4oolHD6dh0mlcuF5lrDTZJIKpT1YMbin8pjfi41y6Yf4mCTtUeU0GQP4Ah6DYVJB1tXSYmqMRMholPnEDqsUj4j9Tbs4KkT6sqn//eBE/v8Yw+L/9xEe/1+JgWRqZOrP1CnURUWpPHURtZ66hM+X29oKHGs0FlasWTJreGAAywUVSwUCSy4tLeAlq8rl3rnDkRztwdKRTK5ahoXDyWLjffTkhGhPjKRCkxwIgpIVREXYKlJYGkOexd3GPktkCv9WYvCkLoTwNSIvLdUcG2vG853wXSzps4hLrfHXFUnWTfBodHCKZXUGWjInWfTzMW9AIzViOfO5kvMDXp06HM3agz2cmTUgo05TeYoTr20s4Gs9AVoqpcWrG+cFPDp1KJaxh3rJ1RK3XAoNAd6rtGgsMXNn3mkwtOQteZ2ccZssvpjdo3PrE42Z4BxL0GEw03qtMRUoe1WclouZ+ZzTYGzJq+02Ti5c78fmUefSpxL4eg5fb5I6VAZSN3e2civ1PrUYW7W/UcbKi4Ie2Tf1ITVI3UHRpC4AkboGsS6giFXeYOfczoG5nXPJHJ+Dr/uucJ2ccvJqCdn2lxQ6gJSqmv9qmaawEQfZSrdzbhdYq9/QKXwL+Z7+qX9Sz+K7sFA+jPxNeq1Wqd5BOVRqNW1167RaVlQQEwwZeHIr9iOiYoiQmlo3shSzrBxPg0i1CrNYTYoWwwdb06ZI2K+/QjI4KLlYGzZnw+nWy8w2mznS37c+3a5jrer5Q8X21CyVXe3mV3Asa0nEydzeN7UZ80CO5/bHeG7fIMz3Ofjcd4Vz/6if658K4Hs34HP/xMcR4RxMvQJKuNIYkeoqz328HvNWN7X+H93kvcoTGJNNwl78nn5q9B8x/J6+svQfMfFzlQdBSbWKnzubEz/3sUp4L0CNUN9DDD73+FTgn1FhXUpw6i9Y17BUAGvZPEYaoYBfqgg1BjmjwdYU9IeCnIQNSBubDBIjCgRcDTk88TS5Ki9F9SNu7AYEyR0h6APjjyNN6YKgYMy1/dNJ58IOKENtzpC5UpSKVa6spZAXFpplM8e9RqlKCvFYW1tMKpesBqvJB5BoaMeHKsmyypGva0NsuPBVV2AkqfUbI2/EGSRBUqW0oyEelyilUXvUoJVrFW2xeFyqloWv79IZcmHeEdS5TDod5sGCqQnqKbAQ/kwZPr4U8+LjqY+oewT+LKj8g3qKKlbfk5H3KM+UXJDn+6f+Sl0O6ygFFeS1CoWMllMKOTYHSE6RPSxPWCdsDH7AgoVFtiltCUTygkRdrvz5z5WPPKK6a+yujquvoT79XTKZAv3776KzFlYeyBcj1e+CdbUvw/d8f+V+6nJKapTL8H1WvvKJc4r6uRT+zROwzhiWKb5KMfhHNwj2p/JLfL4inv8h9gnwJ+4T8OnHU35qDf5cDr9/u/i+XTy/XTjfREmpb8EzRAYr//xHo/DOddSNQr2HlDSUp78lrAv4Bj92OwcpwH+ccpmUk7qkQStntnKOHVawurw60OlUSoXbpVqgWqNCKtbEpl0qs8ulYi4yQdrEm0ZNtMklVzhdnNutZTm5FFkdDlBpTYxDByqqfGwyM55hyEN5XCh2GD8xju3/2NjRnUx85/WHYGznoUO6Q0BaMowxJ/BpcpbRHZIeOgTkXFN6LAp5jIpT4BM6arK+PMneQhaEjK0aO4OV9WOOTOWrJcsllVebjQkfdPVB2d3gLVYuefixkDTr6rzm1oItowiFVIbYMPrzpGwg4CSlg5sr99R58k/6Aaqd4qnn+UsdDusos5xBnQwwjJdJMzTDaNQqvqwpN2C+aMqaNGs1s6y1rIgm4h6XO95Omnflggojq0cehJDCHXPHgqGsiu/IdsQpKt6RlTQHXWXMHJesGWn0rNHB0A6EOXRGZNFEeTJzSPCjUvgPc2xCcAtSWMEeGnvzKDM5fvJkButHsiBnnBmvMY+Zxr2xMQNxwEJy7H5hr6r9E/wijkXeZwmEI2FS5IlNZNYQENLh+NBMWi6R/FAIm65/DkzaAs12pvLR3NQllV+W/fYQcOkr6Yw6rmlwrXjrqeFOaSIhV+gixvanrPrItg0tHdHJm//n9OmQj71g3yMLnUHMakj4+pBysaNJFv7vpTZj5bulmZW9zeaAQVE5PVur8AeXPwVHKxmi56gZU29LrfT3qFZqgGhBnrs7BNtCsCi0LoQW22EtAkdvV1b2DJ3ZN8MfDA62kVeUlqVmD+JXfGcs7uviS/cZwGBQ9lIyRuaV0TLZYDym93v8Kf+jfok+5iFtz/wxf2xmOJUtyWeGbnfAOgc4XMqQTU2GITNGWoYcE9lOmDlRSo2RwvcxhmyoN545wxx/bUJoGJLNnsHItSS0Dan2nsN/a8Wg9dYMwjIloZDJV8gzvvOKDQrTNoUO+OXY2cPH4BOydFJre/Kyr1zz+Xw0FTA6Iqz7iyPr3kqt+M5j80dQC0xRF41kSt7g1fNvXD8zMJP1t5rWrlu+/ZvxxoEZO1O3bxysmCq3SfYtzSXRT1d3NzWPxi580ebObLNpLd6Ga3uD1167YdU3sha4oj1yDfcfl81KcUsYR0rdesuXB7OFdaseWRSbX6r87n9mdlHC2CTxw114brgw4k1RX+Eb9rngQdcTLnTA+hMresIKD1ihCJCxddkQZWNsXht9oxNszshzNBlcNx6fvMXBUF4qTY1Sy6kdWIfJqaZAIqg0qWntfUpQBmzaUNypikYb/V6Tg5UlGiXi1JjIkP8k8DyePYH/Q2ps/M3xcTwbmONj46+dYc6USmObNtU6iYXMURBkP28I5LMEu8Uh7/PikSBBaJq0FzBgBptqL+i7KtdUYoGSjbn1VrM9F4DdcOOa+2+55f2j/dn80EuO3y/0zpnx0j/+EQpZZ4Ki649zLe7QR1sbu5LgfEpX+aGq8refyCpPmmo9Rv5AP0E/TXmoC/lY0dHvQJeZYdC82IzWSkhrNMZgMBk9syngKWiigDAEUT4bkV+NzMiGDDqV3ONCWBQnjpQPjU9iDwILHCErc3xCcCJEGuttgKqdsLKmwLQ9xYv0E9srHx+99Y77733l4uVuVUyfYKNDpx8Z6RqZ9+izW4/+9oabXj1+764mPV956eyuK/c+verSb4t1gGScz+BxNuOR7uGNi10w4ILFHAxwsNq8xYxYcqcmymOQ2oNqm8XgMMnsTplDcm6c8A2/Oc6crG2sKSwx8FXHozYWNJkGmPde+szn7jhd6fS3WvUme94PD6PQkcoL/ND8FijBK7/ddkUoZBlGzfM4d6iSgztMk2bT+fdppULUcp5bHIKBEGAlMWCHLVZYYwWv1y9w1UVF3P6gmtVK9Wq926fRBF0O1mGR+YPn3bWY1sDzuypYJ8kEr0nUeTRMlymRDixWn6DlllvOo+aXvzyPHlAMnqpTVHlhsPIVkyA7hKaLME1J6iK+cHsCnJ773bDcvdG9w027KaMhSaWsoaBChxQGl8FlsQYpdzDopuioRedgZFHaAQI9+J9oP+q2481DzOQh5vjEcWw6xsZOHMJ01exDfUw+bRLqBqFQpC8amXR4u8xaranbi95RNRr9rotO7x/ukCSTGqtzZL9CV3h46arsqVOhBns/ahmyBkMvj1lNle82D1f2XGBzVd4tM9buFeIcsU69jU7jORLFdJq+YIVbrDDPusp6lZVuCDOMzUxURpjS4sFzUHGnzS6XNegZO/6rtIT8crdTppTJJXiGHMlMlA+TkgchhkbQ7fETL+KRe+2M0N1FGL2QqH+L1S6gobwYacRTJWDICierWlqCTm9cfvuP99of//yCQrYytYLvWTGwuyUYM3KG0rK2qxes+T0Y/3jTjPJT9u2tLQt/omnJNi8fWDIFHoZxZNs3PNxXInLZVulDcjyGLPZxeD7MlZyIpVT6oJys89mI7kOPISnylGx6ldyhlJlYB/6QmmzCfCZTnhwnnW/Gjk6ePJxhXsMTKCQNkOEJ5H0smdqG6tyets4QySt/SDRZu+AHq2w6pSbrbNjaGo+2tcZibfM2ot/c6NQFg82euZVHH4yX9JVMvKUtimE7HgPb1O9RBt+nm0rz9rACLAqQKUBn5ChZ0MlRTodbZmZURA1hSILnxdHJo4xYi1itpDPUe+WIGqguSCjja7YZWgbuzkSTvYkwY82E3F4ffJfe4OPmVGbeuuBStz/Tvzi0Gi1ZyRpCotxLZuJ7aaH+k1+5KAKLwiAtlopBudQsL+bl0kgxX0wHI+ZgMFIM5pPJSCS9MA9teUCpPORL2A+VtmwsQakE+pKnhEptTj0blLt08iCbTyflQeR2OBpdslIL0jIO0OFJMj45foxg0clxLDz4FaQmX8N4isGK601MIVkjlsJadxkGqFkxlrhTImCtnQorfpZcf4jssk4gKYkNVOcJ+4kZxYp8KtQahOEzQu2uHjBmlcysBAebKkcxbzyVud6SzaA0Dnjhu54ZRoV5xg+jxg4WlhVac23Z7E2waNeWUNyVhkTlHcKyEGYkau61JEOhNNtT+dDY/Z/tdnMEg62gtzWXu67y1F0KMs8CWJ+sEPTJEj6Z3IHPpDQut9qt9HpUbo/F6/IFFWqVGWmUCo/bYnZwMrWKdkQookYmJiZP4pE/RqLUL2CleJxoxR+9+dr49Tslhw4RwAlWzKGJ6UhTni8aciKUrFLvgiIrNwj97wmw7IAivWJ40uoaNCnuvhtkHmvEBc9F5xolDz2EZA5ded4KX6HPhrVIE9u7b83gWsjy8pBRFwq16zoPbpq5qfJKk9KtlauY+STn1Yjl5nf0A0YZHRXiz+TYLhyHqvn8t+mD9NNGGaUT9Su2zfdgveOmZvKmFUa4wAh9RmhWw2oECxDZZjrDs5SXY1kTFm6zIWRlsT8kV0oEa4zF5RAxx9njYozizHnWwVtXMQKQC5hqyoWi77nj1qOVj7d7tj776DxsgB85PRRlE/qYyr384lfABz949aYbfmv99qWrnt575a6z0MzrmypvCzaul2IkDH1LtddVtOCGZg4WGGC1GuapoVsNC+WwVgbrECxGMBOBMUT5rCGloD+1lJPOfF8wcKTX5hnhfqlPdEoWfP66ry/P+c4BiIKE+cZdT22/evvWR3Y+vX3rju39la/+Zdfye0au+86d+2D8lW1r2sqvbDp2w6UtHUcveGvdwPrbWn3tI1UMRLkkCvoGzOdZvH8NV20N3WOCGTJYTkM3fQGNkCTkpKxencagwGw/wLoxwaDTU1X2knueOMKcxCw/eu6+Q9J8jcHkPuVhg3DvFAHZ+FiiOIdmrALEASeGOO3ToY9nO8gwLqq8VcVFBNv6pv4kKdJfw1jCRzVQ1/Pt1zbAbVa42ArzrbDADNfqYK0OWnQQ1cHdaiIqOpfbilmsDvgRaABr0xAX02pCIaVG68Dk7GEoiDxT4//hTAr/B/KARwE/XL9Td+gQmUTCk6BJzm0/Lo/UhyVStFRLkjGBJjI6xDuQg5AwkxTjj978g21btt2w4fPxL+38/nVbd5T5zfHKQ1tvhhdm+xt/Vyk/Aouuc6d2XdJW/unWh265tXHnJaWOlatvfPB26PtNpLI+Gc1/C76w5Pq3CQ86sO91M/a9vHgWFamn+czcKBSifVG0OAClwIwAWu3Z4kE73XCbHS40Xma8zkjfLoXLpNdJ0Vr6Gho5ZITgfSmtXp/24Ve7qVKazKc0Z9GkLRzpi5fS3quV6DkPl+JoLaflcmZbKLSD+F7yXOheGbY/8RCZamdeyxAXbOzMdCdM9LxOVt2uUukzhVkwSEWfmDwji42NvozIQpohUlM1oIWQTya+kN586ZbDRy+5/KlHF86VoiDyBG8Z+U6PrweYg3Ov/9ELV1z23OqOJUeT3Q9uyIYmH618DWwNG+anwvCriV1ffuTRy1Z/zaZdceFlF79hgMu/9rVdt1TeAPTA4sr3n73phavmpXs7183mhXk89Q5dwnrYgjXyWt55mxeu9sJqLyzwwh12uMYO6+yw0A5KVm0kU9dEWQn/QhpyoBZcJ71MyTpDer1fY5T5QzRhkhBIOUOWLGK8I4Ae43lcgRpKKIbzWWHpCH6Sk1keqaZOsOdT+vWTj/78mpXP7Zsx98LZ+36w6pp9sdK2p5ItW78NF379tZ88vG5/Y8cLV1x00RXPdsa+/c07F1995val14pzHH5EdCtlpMo8u8WA1dIaA+ozwB00tNLQQAOQeUCZ1Ur8vF8DammIkVPlyZPjpJP7dG0EgXMzOiDMZyN98NmWWQ9e25qQ/HDbjeMvfgg/um/r41cvvr0hcfi+L1U+EP0srNvhZ/j3u3nbrSrIqSCigmuksE4KA9KFUpTH+pARBNFMNMx+ucKoEcRLvAV8B5lz3BLlB2EOWWpanD4o/HTtRuBn+KeBOVm7ETKu2N7Qa/G4OjBaLR8kCpd36Ul/Q05jCKglQUMghBWdyss5rDKV1qHGyoBAvAmhqQrBHEcExHFyjGyVxIQi4kYxWYwjajACI7+MpRYcEHyMtZW1m5EyZl1R8a10qU32pfDMwxff/Hxf+cJ8PmoBNbq/MilHP7pA08RqwuGs+RI4tc4dD2W7b1uUa9RVHoApkumm6B2CnWwT4vLVYyydaepmPrlGB9fIQSlfJ0dRGdhlINfpdUGl3KxUyvVKjwUspmDQY6M8GY0yTua4k5KCNBQx6uUGQ8pid1iVGofOKgumAlWPJFM+hsecgC2S/iakj505jvEkJn7y2OExjK4EcFXThFEQfVuhZVs+C4WsJf9JGBwyTHN36R2VdS8tGD51PK10Nb8NQbssanKMwXObjAr8XDmmU6/sH20vzA8Mdi/6xig09ijsocoKgJ+s9cRDobJzQcW+xhMPw1qULS2/IBnFY6jBPNmMeeKh2ni923WvE5xmD7UDAHRyQrNWb3ZRrMwjw5BSJw7sCQyTIHVk8sjJMZLXHCM9I+CcIyVsAESCcNiFFJdQB4o+enOSmxNcMCpRRZwXV3SrHdycYS7pdZmTYdqKvrLLpZ28ZQbbqlXSoRAKudej66TqRMMFf6/hGYlHwHf9vPnOANzmgaIC4qE0tRFr05TFRW7UaKZ0jA7pLGYq7uASMp8A6gn0HR8XnA08DuTxs6D9J5BsbXLUTks8/oJLP3zB+Jtjo3q27If/DJasTKL5jifak4L/O0pvSFoGKw+9vHTNxhWvwKJ+BwapActI5c4vDo6tHHwKFs/nXKEqLc/TJ+hnsTffyrucbofH42N0CT8VYZUOi9rtsfo5Q9CqCSolVOromdTkoXHmCAnHEVc9cyYzjm1sptrAk6AYS8DgI9BciLaR12K1u0moQqRPPNq3o7JmlUMHIbTq2E2TZ0edNhRC8TfsOkNg0wsr/B3Q8x8ZrtnZD51fWrnD75oLzR4D54noKn9MLk7NJfGwqeeljHC/TVQ7NZuPTbvncoIPN/MZde3W83xrio+y/vMIGD/+2pmTZ84RcebYmf/3lExvOWOY9lrKCBSudmhrFM5xWM+n8B9/7WhM8uXGxg7xOVkWabbPEGj2ueadT/PzjWU+iS+ubG4sl5P4v4j1kpWX6Dclp6kLqM18S5+jv3/GLDuXTSVGqcFZ85pbHaVgIOwIapQOdXCAH8z19bfywVxzczgXjgddgYBLIw0aR+0uUm108gxpN8VMHhWfiBM8Tpo2H5sUIjLHhKEez0xmDuE3MqRdc6jGJBY784IqqNefxoXGj+I7571Ru3zaySozxd5T9JuPla6vbFngyQeDg/o5cOemJL9Mx6jjlaEhbSPLBIMDBnI2zbuShQp7kwN72CX3XFj6pXiLPrjxxyuZ0R8vi7Z2f7WD01pWwyHTOrPEEV6w7DLGgJQRdy+8so2T+hIj+cLcRJNtCF5cZdMSxz2ir/whvtK0bN1/xeeU5gr+iwHbuDNET6tZ4ViLMdpe4ZgTjrHXQ18mHFunxVUeoPzUOt600wPzPQS00R6T0U0ZjXY9UQcRKmh3OpSKB9yPu/e6abfJ5TGQpXYpB210GB1qk0umVihr0ZUqAJsgBV9jxPUhyQeCwcjIlMbGqkPgFzbirUVYTOfUG0uyM+j0hhU7Ny8ZHrM/ftfyYlNl6oNXZnE5q0PSIEP3Vj64tb/n7zcP9zSGF9m3860XvqppgZxEncwMVkKVJ5wjg7W46tvoPYw3UtSqfcGgRqPQE3TkpeIEZXibTOTISkUwhX6FuKKATiajmlBQz3rYFEtrWS0bNYSc8qiIMatho7GJE0Jsv4qiSCxZ7AQemt4KmHj5hCixdVk9ri9n/WKwnwRi3rt67tp7l93A92yp7Ls4E2z258QT5d7qiUD2pnlxd7y0dbCN567d/d3LZmX9nziREWnVT70t4fE4FqkuPrAgtAbPW4WL9kWypLlgyccyrrhNoQnKUzZN3qQh5Bw7Mc6cGBc2WhB6LBLP/JDQGmAsNG1rFJGgqk8hLAQKV0+I9NTOCg3k+WUDq4Y7GuZf0Ng1vGpgWc6fjRoMtngm5xzaEpjz8M23PDw7uGXImcvEbQZDNOvP3TQv6s351q8L5bzRef7sLK8vkHGsvK5w7V3X33nn9XddW7hupSMT8HlnZbHserDstgoYxCvKuhDP/Z5RBrs+4csnascEaxllsojII/x+nH6E6qPu5pdQkuB93bCsG7rbm5o7mxHVzDR7m+lmg6o9aAt4go82wGgDNNg68rPySJ/35FN5Om9uTNvARjn65DZVqJ201Es10o2N5ua8oygLOIJyg9lhrEI2/ECkZLwaoRs/OT42RiJFk4exZnqTHJwkB1htC+WM1TxQDc0VSHCkuuQUP+a56n6AXFYMl0TEyBBrEHhPClIk8bRW6vDOmv0YrQy4OioDl5lVXxsZ8ruk2vRYbJFcojTk03NoRdDVAc9cblLOThcMSol06S30NjrL9m3tmxOLS57nmbhBFw5Dk3X0eUms4YL+bX1skzSIzPGvL/F3+j1g5/VxAzYRIWiyjFZOeQK8d+zKjQK/NVMf0K8K/G8Q+xuhZnq5dKuQL/4l7+i3we0c9LFwBwtr2WtYdC51/Ax9io8I6WOq0wqM1WtNW+nFJJGs06mOK0FIJL+tApJGfoY+zcfEVLJ+3HTM9BsTvdkEF5uAtPFH01PKFEkpP0O/u1fIKj9Hv0vpKKDf+Tep5bGxI+cnl4WG/8yJsU2bjnwivUywz6axTeD7txlmennl+QusTZUXm81Lp6is3h0GN4u9V7O3tfLMnfegZosk6ShddWOjNSG3WJQ610L0yOSSXktIAmGYUTlQ46MkLV1Ncsxg4vvfaIWDrS+3okEblGxgtcG7tr/b0Awz9AIUgHTk4wAkAH8FeBvA4bA2MeAl+ehqInpITEQTPpqmJ6Pd8XaSiiZjkVMY2HsQbEDbEepAs9BSRJPsdArRSKFS8h3VHDVJTpMktaS5HBQ4fcBFNQNJUf8AM5uhaPwoMLyeqT6TOTFurCaqRUPBCLw/RHj/5hEhWU1qef51qlrIVGPWC3/IE1npXosmBsRRCAijYPrf563T/ORX3VmL7o+DsaVTqQgb+HvjWvSwktXyBv4nX+5pkbKsTKH1M4Uvc1r/+iuKCefke8dp6QTnNg5+5+4Ra1zOcZCxd8HR+e64jNtzCSerPJ/trrzTZPLo5ZW/9GvkuWj3l+HLldWkgz1qRh/j8bRTESpHPc8PqLJwNgu/z8IbWTgYezmGNC742AXvueANFxx0vexC/VbIW0Fm5axhK93HQY70IAlziEMQgSL0A43H3EKGjnFIbPCRDd62wS+wrvJT+OS+Bn/KIFOTt9Upmz/YmEg0+TwGMjVMVKpJ9iweJ4kwTvXEFva4sFXAfi8zTow3Hp1NJLuwqfaHjJf48FnJOtHYcZG6E4rfNE0/QB/f13N7ZYcny+mM1qQHli/rOPj5g18f7LiwlE13PtRotV7eMn/E0duzpG2AttxTtHM+tgfphswOTp/86s5U5P8saGzQVV5SDjdUvrUxbZNWdjPhRpG3tA7z1oe1fyt1hF+oaoGzLfB+C/yqBZ5tAlUQzgbh90E4GHw5+KsgnXP1uBDrCrkQJ4V+CRQkEJEAKwHaCx964XdeOOR9zYtogA8BfgdwCF4D5IWoGzNzjz9F0fj5QCpasDIKo44wWFPwGuN6yGabG8JWwmE7VWhWEg7Lz+fwOBZ8LPmTQvZw/CQ2CyQHVarydVOd1+cYHRArA+rCfi6pKPI7+6/5Tevuv6HO8S1b6jy/8MEDn83zw+ntVa5XoqerbF9b+I/P5DrRUYTvczDfSW71Vr78zyD8Ovj7IFqEuYz+6YBfO37vQIscLzvQGgv0c1DgIMKBhDNzaBV+Zs0sWsOCFLEIrUJAZHavzWuUEpHd4/W4qqLq9X9KVDEDa5njTWOCPtg0PT7zabmcHhohjJmz5oo/Vh7AbNEaCFOGvrJwa1fLHXMXPdzcPZz94qIL6J9/Z9N2zmfuRbqZJgfnbrj8olseWXmJYXKm4bKLRexF5vPrmPYm6ho+8EzqpRSKCDpYKujgX8A7gDx+n9Hga6J8DXqkIGJisjd4DV6DzRGhfJGIj6ITNiw+7+5hqAT9bF1tfkZedlygt6Ykq6qwrgLPT81W9V7xU9lZfAa93j+5y9WllzNs1oWuUFpUKkOQK7+1p9fqkXCcQmlZuIfT+O7clIqEackRLm5qQ8wso5XbnWNDOmXledbZW3mn1ZCsfNivlafCg+fzIkXt4J37JYclqARghQZASoCPAd4DeAMgSMUIEzwav9dnYo0mGpDJrjH7zD6HTYtMWq0J0QpHkDDETylS/54hJ6ulTScnsgxmjhCUEHiC0W81iVSLn5D8LTlTPSpOi1K0Anp9cle/tbvP1X9nTiXds9CiVHCcxGPt3fPWKhejsSjRFa4sy/gcThdqPrKDU9o0BdAkDa3g6HWy0Jm08rs5q3HW5AdLDDqRFxF6IcY/TdQX+N7+MOTD8IvwO2H0uxC8FoJ5oX2hF0N0OFgI9gXpLzu/7UTC/jJr9dfob9fTDTpowIBHZVehj1VgsVrttiaCk3anYhryhHUPZg+vtaXTDW4ra6BiDTIsWZhJWHWXD42TiOFRkoU9c/Lo5JHXqnUggs2s6pNNIKbbahD/vLqQenhVxPfVWBq9UJ8yaG774pltS66+eNG2kXVerZ22sKwnN7D5K7O7I4nRGTMXjYTNTdBKn/RwnWcHvrjxC1f9rDUX0WSnqKWZvmtXf27d2CVNyeQfFplUFlFe6LVYXlqptbvdBmLB9qs8jCpFFYiAKOWkvjSsSqYxrfsbI0ql3usiusDTSKFW/GI36I3PCVijCuyI20+eMPUTDCEf424SMnxTCJsK4gH1Kjf2X+dgXfiqT0WyWoFeW3ncmbHoK7cRMah83YVfk1cw5upk5LANv3bChWRaiWLCuU0z/v73RUY9x7nNA0i7mLyKm9rfe098ZW6b/At+tz534FrMCwfVuFtPccRwk1pbRkvmgZ5yIDIPKEInppHQ9gmKPiP21gpw7fS7dDeRVw43uTN8PzrxzkwzJv8s3AW5hxD8Gt+Dm0odpHRY+5LsPtHCJMFPOO+mzIxKkLPpWX4Sjf73KX74tQubnkWZ3pS/oT3i17FJn83tggulIy7jYGXzd4bjnD1RHvUuRolFRp2lyg/6bnwvJerJ3blCgQBWTTBsDhaKwbAUiyuREDtJ+MulBXkxmQyHU7kiyexTRbmTLGcmAuTWBeXhRC5FBCjpkgcZNwGqe1yUliHPuiIqEQECTKwoQFlG4C7Zn0RArViEXhMF6MQRMcf/Wfl9yfXMIWEg/p+S+y74zNw+fXfl+s545TQeJkflG/UBW+LAYvVKu5spmiCeznsarStuhKbrLsXjF3bEgK18XJctcSyxmj77YnvQagxgROo1xWwrrqn87Dp5XTe/gfnpoXK7RTO0n/NQBs5ALM8+hqI89um2ZyIjju+bE1Up+6SNYcN1KRMsyht9k3d6cpxGMKSb1nEqlXZN6+eaPR6aPcH5jf1ISywoB0nzQAUyJms5MFS7L0mO2AyQ84Vf+SHpB1J9iY57T3lRsNqbPqTKq3pV9EEVYH/wViVsUcLFSsgqu5XIY7Zj2dijpoJRAhwUXpVaRQZf5fOafT6v0u/zE9lpVyjNCuU7Pjjsg2/44AEfJsjii/hon3oZQAfMAqQHD6SABsWoEZqMnUZEGUkfTdqoJrZot8LvJlNA7aVQSlA+BjPhnBF8ShUIc+IYFp+qEsqeOZY5I3o2b5IHY0mAJYIbudMqujZWhiBs/L9WF1AFL/UJDYHPkCUM/DDl0ye5JFd50pnjtJXD5sphxpJyVd7Bs00btzSdwv5B4BR5z2BJObHYeE09yDt5AXpq8jdDRjsnHJvncRpu8mZ0PTma/MOgyV4dlzj9BekqKoztVyLvgoALOBdI8T85HJb/VY7WuKFZAZTM3SOHjBwDrqAcyV1ul4CDFXKzQiEPuhVOotZP79ErgsRi7QlZFNUZqCOwbl+XG9xyvcC9w5lNJFqSyRybFLIiR48wJ2rV3thykW5dTWkKW3bR/atqnE+xqJoCqokp/QVXjtWxk6cNXNpVeZsc5JqZ0An4MzkBTumIx9yDOXJvRT1ksnEcPkKFdqOUm3wEfkHO1HTROiyjceqy3RadkcwduVUrpwIRgVgZ+N0yl1zmdvsESfHbOCIpVj+F4oRIcMnlGj1RNNq6pcoYslVjxQgH/8JWdQAWA7I2iUQXyEFOCP7ogDWQjQuqL81YhayrPDYzXtkJSJ4tVb42HI0Ow7LhKGxNDcBycoRHH6WG4ecVV1LttmAHEjXOQrJZjUh4VYnDb/tjwsvJj/FJqorrI3QLxjCkJek1fN9C9+tutMD+SztawMFZIyw0vm5810jfpgNOC6u0V2nR7SpYp9qqQmfl8K4MLpFtk90po21SuJWG1fQWGv0Kw/vn6FPYYiuwfbOaNZRTIpqT8gQBK2KJzKbzp8O0wGr2XHKzXndCt1y++Xu7N15yy+bHvrVx/R1zuq66szs3r/Oye3oK9C92X3vjDVv3vbDtku3bnnt19ZwbVn7pJ5fO2bZcpA3dj2nDjgU1wW94yQM/dsEXXPtcqM8JRSeEnWBxwotOWO3c4rzN+YRzv1P6Uws8ZIFnuf/m0FruGu527pucxGwApQ4+1sFLutd17+pouxIUEjgrgTck70vQ3xAcR6cQGlRASQExBTgUoDCqGMIEUkpyarfZriIHakpGRMmuMFq1WrdaT7npKmNIkGqilrY/LtQqlsgEELUG8XhqXk/V/6kl8oU8PjbCWeyM09OS+AV0/39+/u4nv3PPHbsevuO+p+4I59Y/3JC/rHcuvfXB//r+Pb8eTR387//+fmag8ucb5m5864YlW2+o+njoDsF+JKjNfDAWb4kjRdwaR2fj8Hr83ThS+m1+9LEf3vPDG37orTpyXrlDZxZmSUQrl0ki0agmHLQTFeCkNHpicLRVTFMPPeDJL/g5b5KQgygHmzZVpeCzQVvmE34dumOgZ0PLCDFFlcfd2Cgx1kY3xA6Pxm+/IJL1NfKBnkRUcuv6tmbDGcEq+Y19SDdsdHAr8/OuTnHqylOaQpaq+7b9mO4oVaBe44fO5uHdPPwqDy/l4WAehhLQloB4AmwJUCSgPwKFCFgikQiSBtgAKgb6A4gNhAJIEoBMsCuIJEFzMBikIRgOChEZBGaEWRVGcr9gtdIxPoZiNaZp01p5U1CGJBJNurHONaJjtOGoiFwE9onZ8hoLs6T6pcrDsUlD6Xg9rjlW84/OxXHGsJX5t5wVogtim8MqjzPCtOv/VeWMx6TjqlzOWrAPjbncsD47PxN/+ZvZQGqw8tN0ela4ZNat6BjC8PZ6hKrsxkpWcKjVptZs39eT7/U7AgpUHsimMecbUnW88hLmu4vq41mnnXIwjvsctMPsAqKNEKWVC/zSmR0UK3N9QpamZ9azJLOePS+zPo3Omi+IXuLk6uCyKxhL2ll5ktjPFc22AQWnRF+SPJlleybvrxvMy5X2dc9X7zFM3yT4/vfz3c+G4aHwt8JoRgieC8E+H5zVwbs6eFn3Kx36WAu/1v5ei45o4SMVnFLBi6pfqNBHSjilhF8q4UUl/EQBxMM7vTcd9VgYgrmtHsHJ25O2CuZkj5UKaKoqQUxuCgQyJ/FDfUv0+p9N01Pz/zY5P22w6Zs8abvGZB/q3/bHDrPW2OyB5Z4Mp2/Ibxlo77NbMIhwg1c62mDsqezf0DY3m/528XPQUbZiuOnleiqP3Nc24va3FW6CGcMmOyf6NRQKSS7HPGqEx/nvKMLQG4JCCNhQKIQOhKDZCrdZQKGEdwVGHFbCASU8oYQvKuE2rEgVDYpmBX1YAQew2pRDjwzyMojIgJWBSgbvyOC4DH4igydkcDUpPInJ0IAUwlJQSOEdKRyWHpeifVJ4UgpfkMLNUrhSCiukME8K/VIYkEBJAslkxO3GkxQKAfhJ4G8BdFtgfwDJ8IwVpp9chv0LmTICESlNRof3hSLmUCjS2EGDnvbQKZqmQ/I5DPAkxM4qWYvgeJjVSvxPr7bI9S5wuazySIJ0IXj3QNId8MitCtGXYg1qgr15JeOmQjKpRSl68ONZjCNrWQqs6/FT1RXJZslatxNiMqIaEcfH0/MW1tpE37SJvF+Nl0+Ti+m2QrAddYER42dA5gMdUENALKYh0oJVgwNIgdy5I7GqMp+VXN7iUbp+Zz14kP2zQ27thKSuy/HYzrixFIF2ttPxlYftHi70F+lIQT9vciNSTv4NPT5Tm7RYmkzDlSLccm22wWLJu4crfTA+5PSqFRZR54aRUbKWilE5as73Y0Qz7tVL4mkbiX2YWSGWrUwn9Ba9JWvEgPNtXhnPKqhYGEmqUZDXThyfYLAPI8aJCLZ4jVQDjo+TuhWo7gNVzc4WSa7WA9z0TSBrkyOSr/WORsbuDh4WmLyhtv615btWz0WA8tn+loE7AyqtXKmSa4MvLHIuTIca0Y2LF3cr9bPb57WHM9y93YGW1u6I9wLrnGfXq2USRVD6alDf1BvuqGMsTOs6YaXuBQcpPaZQpSamc0+iyWsVooUhSVNGosV/5U2pqM/rDISw7n+bklMmUR3UqK2ua8BQclxwyzHJ1e20SNa5kIKwsCGDoA3aq8pcJs8L22mdW/IuZ/EBMq7l71ztzQIhsq9lRo1ITUjkgi/Y1r8qFW4cXOhaSP96bgchNOQ+n1J5yC8wYs7CSHvbqwGmqU7vDZINlA17Flfwjdguvh34MID2Bw4HjgfoASdEnSUnUmnhfe3HWoKbMGKKyVvkiLIZTIQtjMROHLy9PpeRwfPn7QP2kIyyIIlMHPljJw6Rgc8eEgBlJjNZIqsQ6umiTXBudZ042sVsVRXKxZy9CJLQDep1c5mZS1bzrQOzruxsnOOQqrxRzUvbhxu8kdS8IvreHcPD82etu2bpKr+vMhI3+EbZMz+azc+9cGCBsP6NYGfAdOapLqqf+i7PxT2tniEPbfWA0gNnPfCuB4IhJ5HoHreeQEAlwYN7C61JSZkMe6bbxblbS8lsVKuVl++TPCbBMKAnFHzU9bQLPR2Ee4KPBNGy4Ibg9iDtCrqCfV7sAL+9r88qN3HWKi+wVNRKMsamL01kjmUmBIWSnRwndTQYWb6J3ZBqQLkuMtWtXarN1atLEou589sfn1uRSITHDcKKRGmAVNnBjUv7F85j1UxhSbpjcKamdc2yXBrmw5dLaY/fxPXnhvmUJaGwBdXljtLwqnwiPlvDzO1MVF7/HVq/mX5nRVfa1rylPEOvKM2IYQYO9rSvSLwVsvZrL+pMuXR5mckpD85ekiiX7Ysa8vaM/9ufq8vYhdJdFEcFqC/x/DP+l/yv++lbPKCywXu2szYUZoFl4UozzDOvMqNuM+TMwJpDZiSj4TT9Nxo96H7CjXbqvqh7Ukc096n9FrferSWVfKf2Gdwuh8FEZqAaA453D+h0DOX2yiT1+KuwNkcAsuOTRzLGkli8ivlaR14EslcRrUGchxEshtPdmyqQvfCiuauXrjUp9Uar4huO0Qsvbs2uCcSHW7raewdjPnr55xcN96HSTXq5ku2ubN6wcPjuC9qH+MqBtnndVT4sw3zwUinqPj4lScDbiQ8TaH/icOJ4gh4MQjRYCiKVBt7XfKxBDjnEZC2yQcwDq89L2QnZPs6ip31KIqUxM4Eh+y0WPHP1Wixqe32NUreXmDLMc2IeCflCNZowAScEPpBJOH7sKDZlhBMlMhNrE1EeyE+fh/lzjBDnY8QQnu7poWVfd86ct4ZvwfNxRgqzxGBVPO4wKXUG+zOKdrdzZtQbTs8tokt7RkbmzbrkmrFVjatuFhgzeestjELlBcfigGEOP3dJ/0KRN/AnPD85jCaf5DNWFyhdcNYF77qANYLMCB8Z4ZQRfmGEw0bo1UJeDUE1YHgRl7ZKEUfpCU8sHiGfk2EoimMwBhrllnMbufu4xzgFx5k7mFkM0jMeJsXQzD0WWGbZYNluoS0Ws0NDxMcsJrOEKYon6ASeofg5i1mWPSHMRupctlV0gmTTXWGO9VUZVWtJDn/StfELNvS0d/Ree9Hmyi3p5os2NF1Cq7xDpbAfD+uiju5Fs6/YPmfxDStWDc2/5RtZy0BjtLVuh+r8uI9v7DfDDBUMIpCyLIs+YiFozpkRawaJGT4ywx9U8LLqVyoUQnmELIKnp7Dq9AIm91itet2jiqcV6Gkd3KN7RIeW6TbotutohU6hc2qEmeOcRvo57UQSohnmxJmsEOgR0com2FTz/sh66OqeYNVQQKBagAR/EiiG66CJkGzStfILN3a3z5uq0k7PwURvv4gQrVnc0bVo9LcC6dU8DbwquZxqpBYdUKj8fnsjZfwh1sYcpcKPdsEtN0apxsaEIhhxep1m/Ddh1REiEljspxEhbBMmbN8h+OonJw9njOKywlqWpTitGoycCdTLwcixcEjIgVfXXzm7vefzW4Y6Zpcz/Vkf525bv0mnc+pCYU1KfU05t3AFundtrHFkeTI2b6jBZ7TlsqnOq9cjCWtVbMv3zzyPriW7k6Y4mcwOk8mB+UgE1+MgY8YbNY6kTSaXKw061uaz+ZSuCCFMef7oZEW3kpRWkpo3kS5S91atOhVXSxaI+RS2Rq0G/6sVcNMK4Dh4tad99pXrmRULc+Vr1ClNOISJ0m1a3+bmfNn+THl2x9CWz6OjI42xtczM/vw2hZWVoPVXd6ayOZvR1zA0L5YUbCs0okHJeowOO6hZ1CW8OTKjOKN/Bh1pLbb2t9JlS5OUEkRRnS/19oc8Wn00EheCECXHUG97VKs2dYd6scLaI20qprAqw7S+hvVV9gRpLsWQJWyTr2ELSf5jeg9ls69NiBockxuH+hp9MUNWX7Nf3WihOH2kBcNYi7yYxOqteugKDapoR7+vq31RNJ5ssrbd4L+WX/rgVSNJucorL5SWr+0qLx4pXelVHLhmrc3Dr72lnR24dagUaNs0o2VUkrRIINY7P5fWRNx2OY1VsPGS7raFObdPq+calM1+X9No9oqFpUJY++QP7uvPdFZOR7UYRKg64i4uZPVW5z2koUmylGKxpz1wkOKwnNhpllIBUXB7FLRc9V/YsVZgHllJIgiRGqx3d+NPivpeXJtRFr3RUm0dKtbt09ah1uA0bRalA5q+4XAxYVC36xVGFdbjM9rxH3RZNxwcNihZ1m/MvrZdr1BWft/W1l6LBdwovQf72e/xeXsc1HEIh73eyP0xuDkGm2NwcQzmx6AnBk0xoGJMzBujY0mAISl0SEEaTwqDz5FskTQup/RJTxIl5U6T3O7QEUzJG9yztZDW8lqklcvdKBRrII6ZbiQMHWHQhz3hVJgOk5lhpez0u/scDpcYhtmrlaJk0/RAjOi2jYsYAKswfGwgwbtDY2MkIJMRdhkfO8JQP9oprbpqGWtKXLAvlKBlBZ9tU722TJCx6Ss8RBMp5pEi+Swr0wOJD3NZdGPlo4j1m05dY+W9Hp3SqNapHaqvO+9KYqL/tKB7165ci1kfQs0cWLWen+8e0cuB4zymJvjwZr1SzfZMnrwhqlbIXMhkQh037+5qVsiqse+f4rnWT926P5fwZrLhBAFBhZDXSnUTvQ+KNrIdx6n9JmtbR0s6QzinymbzLRqVx1FoIVwLUhES+zcKGZPdRtQvcsx4LmtL4hnl7IlapTZ5xDzDM+/kIRLjOIR5dzgjduSrJXCFbgzm+vIX8YTsE6dq/GJFizHNu6N/WvlAU9agJeURub6n8v4MLT3m9WYcbn2i8gEWTJncbbQon7C3aEvljfaLL1wW0ip07aiZTcqzf7h1qPJGUe9j2bgq84edBoev8sYsg0KQ3J8tdAUw5riqRZ2+6qrl/qE/5ExeQYYhhQJYH6epDftjfnND1OEnZoZggFOUgkoTbaVPpO28HdnNYSJ/+6PRuMmQaPwB5qCNcmKW2el3eJVKVt0BEs/A96jymJCJJXBTYByRtPGTZKHAOY4x55SyIERVxtWjYJhPljqfsC1CgdcvbXJGfcaYip47o0+lz2kq/6Np1KtAHmYsym/Yly/ahXor77dng64u4yz4wr2zKidbSHjMbc4dWSnrVHLdV175yjn/No3pJmtS7+eHTrngHSfsdx52HnfS75nhGfNL5tfNtJRhGfQRA316KOohrAerBpQa+LsGVHK7HJVkM2QoJoN/yICjQU7D32ghvMxreZKrA5KnQ0YBpto5wTa7Kem0vAKeWEKRkIg9qxC8ll2obRpVFPfTOj+/gNL+0PVD183oCISv77luJr+hHO8aDZpD6UW30fOG+4eHV85dM9w/c8ay0S/dP7dlXnpw9QXrqRqu+COmO0ht4ptkAS6APgxAxt/lR7Tf5A/46Y/88L4F3ufgPYwvaQjTBRoJNVAfVUPnZp3TJeRpdS6nU2X1YTu1W8VU8yVHBNCIkcbk4Uy1AqqOFDfBeXn4+gq18/etgT/2DW3pKHU1B4wqqXKgLZSONi1sTfk8RlOJX3J5Zws9tPWChf5Ia9aiDfYnWy5a1je3wTmgWNbet3ROtWaB7sVju55iqGHeF9KDTM/p0V/18L4E3qPhp/SvafRfNNxOf4n+Jk0LiR8gqGqfUq4EqU6wuyfI4rrsmdryPqjWptTSFeL6Pg6lNwRSi2+nN88YvnLL/XTv/BkrXjH4rp6/5Os1XqM0PYLvYz4f+5nqtyr0YxXsVcFO1RdVT6roKAkIWqXo71J4G8GL6BcI7UfACDeko+QEuzIKjchY4X7w7WSra/1Eptbwp7jcD7MSpYU7Ee+KHiF3cqt4U6JNbULL8NiHqCJ1Fx9UFmwF9G7h7wVkawBVA/yq4b2Gsw30Mw0vNaBgMBfsCQo+5oFwys2lXHpOEOwU6aKl9KYaY367EC90uTxeP9EFWooh1cz0e7tziprTKaiAQ1XfC/udxw6NYQVwyFB1PjedLxdCsD97Xla5PvvPTQC50PxQwCnLyn1b4n6r22NIVn6jb9XLMUBhWPm3LMMr5zT3XIrRjsNtTcuUnU3DYQ+97LqFF2uVjm+OMkqO8zOtSFHA7qupZ8fNnaMHtnen9Jrc0bI1kB9qFcYuBZdITZSFyu2nLCatSUGQ2wGD3mRUynV6IvQUK4KNE4fKEycmSFnP0ckJQtlEHVobxKrfLEtaqxBMDZfEl3c5tAsGizqb8cYbi40seuLqNlcLbDa7Flva98UqX1nSJMpOA7oR4x8/tWQvsH5S54I1cdk2YkM2mjXolZ1KLCYGyoZ57sBcfxdz/+29rEnq9f8r1/fMsTNkrSZzcvzwmOD2CoAofy7uJs9nhZsUsrk1dxfd+Ljj0tGL3FqfIT5+YetwKPucSa0x2NBlPVdeuSw666N2Rglc5b7rZkGxyYNf7bmJUaqr8u9AcyU3YBpGv68WkgVmpYOUSvEat9vL6HyUx+ByCxXCSl/ZPGJGZoOGSL+EUpJbPzl58vCYGKuAVM2SkGVUIsCPg7CsLF9dViaTk5fiQigLG+DQXHJ3bQZ8d7DxulmVlxv9+NXwxZwPg4orr6QlmCa/IUZoCuSfkyqdBht23C8V7juKscVSjC227+2nWqGTqL0WOhdLE00eYBmhSsUVVQZKbYSqllicGMbdMYuZIAiOipHQb8CXyyjV8t7+2njIp4/HeIagimkwA1N4SEAVk4dIt4ASNpPV8Tm3JFxEDvWiHXGAzke0nzohQtyffhIxAENQBmPJlUeQcgQ4gjNmlV36JDA1lIGR73lwgRUwRo8jPAThmDpTRRnDEB5hpmEMzD8plt15mH8u6q984ayZ5EdKUrBLQSmFs1J4Vwq/lsI+6YtS9DUt7NDep0WdWgxU0xjmaiNGMMoUpLqLD5qNZrPZqCkrRhToLQUozE4nh2HilziIcuDgQMqR2M9pPkVLsal2eWjQ0TBFwx9pIFuQvkXTHfQsGpF8CFLTQKvNYOYcQspjn1Nr1CnUYnLu7d1mmbSa5CgLSLma2Rg7UctKVJMb5HVt9cVErQgkI3SrG6slvkkMTSZkK+jqmphPJCfQPI/GbPyx9RDnV7kBGdLaHTt0Uk3jHskAUhvilSgcyxmlUo6LmTyVV6HVb5DLGE7gawTdLhnD+rvrIAnKHvC7ZUbazpG48wEdZ3QzMoUVa6b9XkYR1KBq3ua8JVXHzzAnLKXjQgBeXE01DYSFRdMsLqESAwDo9scaQ9bchQOPZd02jyc+2s82fee7TWz/aNzjsbmz6LZlHnPnlcuyqbZ1Q94Zcx95ZO4M79C6tlTN3gSld1F27CFdytsUTdYmJLdb7JiMIupHtCsUsVl8jRYy5SNC1YFDRSA7r1PKG20eVyCEjb+JwvjpvT2N6WmRzPJEfTXAeOZMRggUHxV29RBC6vWkvDxAzEhtl0Hi6WMjUqP4/zL3HmByVFfacJ2qzrGqu6tz7q7OPZ2mZ6YndU0O0swo51YOKCBpBEgggjQgJIKRMMlxDdgsGGyDLQQIbOyxF2OwZ2TWK2QwksBrTJbDLrbXxtP67q3qniDJXu9+3/88P4N6gkbV95577rkn3fetq+TVcUqTDB7M9y/Is+tYramQn7OqpXPT57YvDbqac+5M7OpFTk1qwT9RDY/3OIs7r5qzbgF5eGmiLRpK167Y1tX77OfnKr0ufc+iL84N9E/816Dog0iRX22XbEIe8jzefogFq9JmQKZoyAatNtDbPLaUjbIJ2YCnKLAZ9Kbn0BEqRRO1KqESw+ZyaKJjL2A/5Mw4mhZGDBY85xJQZosQtNaHKkm2gOhSGUn772VUsabTqLM7bDWzpebdSxMK517JyrKiZe6jPcvv2N95Y6F254tP+1+Fh6p+sBatEcY8/i6/lM0Ai6xOGk4m4b8S0BgHWzwaJz9Q/UUlertxGTRLZ0tJ5LwoSRhAv5IARyKeIJUJeC3xXoLUJOiYjIN3uD/iSuqPuJ9zFIeOL7zGVrzGvH5uDLwx3FBAxWr8tJCp1NQkOI0m67WbiOxk5424yDjnIcB9TZzEbLR4AxoEmLzh6nWEShZyeHpHjqjL05Na1UaTSrf9VLJDOzB0+Wa+pb/ncn9mfTHd0V4/O22O1ansgY13LvO1uRxbt37dHe7r4VxU5/ZFS2f1bN020E+H4ksamzHYUF0+mpcz3al1ra6GYuPaw5c7/3UuP3dWo5jDII8gP9SGvO0DfP1zQbA7QemEPzvhPScco+ERGmxyXEF+X/5nOfkLOfwExb4kyEl4l/wTSQouoeBz2yk/g8OIZ/RaKaPVuM1YWyRIWwKMjKpuc6Qtr+Aq2wkUZZ0ZFZuWxKsaVQ8cI/CzgbwIGc1iETAXdi8xdeSRL9zYNnLXTTtv/udaX826YmG1O9wRU1DPU8tufFj9pz+pH7lx1xekZv/rH0ahdFPMsXzeTQNdS1JMU/mLzindb0G67yM+z1udCofLalPaXVaV0i5TyxUOmdoqU8uw4da7rCaXy6p2If/UrnAIqhBW2k1KpZ0YckCrAyiHI+4g9Q4gHUrGoES/KpN49AaT3YEz/R6CxNVpFG6OnhwbF14EculT4/SZVSUMe/XioWpTI84Zit/o0X9VDy0FVMA4Yw95wJijRM+nhbq2xWsyRB7Y/J5Pr7bWdDPmKxvdWtZ79+Y3Iu6hJTL47WjOO+uR8ndh/DBvrtn6/SbbohHwl+d/df9GvP7n5yAL+DAhRyfhToEtiTc1ddZSNHqR4hc53dVf61Jhp0FJsMgvcmJYGZI2WwgSbBTJyyS83VUrIXgXuGxCzGUeUoFKlzpVepGeeLF0cjxOVIjdU6+uLA2cE+/cC9TulayW8cKcg+DXvY9TW73lP6CzXir3MLiK49JFyM3op399zIzO8n9bYfWjeLncM8gIGFx4LsfhZsJL3PEsoTz/Hq+P5mvlTukT5PdIknTb8bUiXo0NG0lTNrsK94fzNK+xYbohG6PB7FoaRjDufIVKnKUIpwIzOj3pDWB64tFj6FdVitSLmI9p1Iq5we0DEy/E0eK9KExzYGI09Sr66Tn6lfHh8awwUxAz1HLkuE5mV0TMHDFuMMPxvLFe402tLr/To6UULG20yB6xdfW6U9DREC2V/7yVZROq9KurQoyS7bj2Wq4SQ57vJkfgOuS7Lri0//3dme73U/RM35tITTreqUs43tL/veO9+7/1u6Vo7AvR2F3Ex3wDcr4eFfyveNUFe0P6ofQTKSU4YGEJIB/sTi1c0gML/Q0P7BbzZ83k/ysfDHvQWuSAEanRXOr/wvsarjhfw/9L7ws2/j3vSzgry91kkHxA8GfW/U/8GWa6P6PErgyB3ZdU6u/7Mdz/J37MwD/oxiA9Kg+QdrTnbUTff+PD8GrRiZFi70Vg3EFz+1uuC/s3XRflxZ4LXFdWzG252HOprgePxucjksQ4f/VziV8kyEcT8NkE3JqAR+OADqifh+Bg6L7QwyHqVQ6OcfAwerWftJM32++1/7Od6mKhlgWOBYo1suR/svDvLHyfhR+afm0if6UHhRb+Swtj2o+05MsaeFUBxxRwUHGf4mEFNSaHTfY9dhIIg3DrMmIV2vv1EV0wZiYkbqtgyc1EqpQ7e+YFPH9kApAfM3EKl2xKVai04ekdslP/4abAQOWm/Qz85ckr91SlKURwYXgLmx5an+lOb2vsPrR3sK931vBDXarecNq8ZGOwceXBFTW+W5ckA+VuqxR0Jv7O7396/TXLF113xbyFj9+yNK2RUhRtg3d+cfnglp9uGqrKtpc8Iqx9kNjHNz4WfC5ITvdeHqKP0aTovPxZDh/KYbr38idyMqM1w33htVX/RYIdFwJD1SJFuchrmfJYhBfu/8pt2fUPeC2irrcIunT3/9xnSfyDPovgr6BZIz8l9T9yVqT/D5yV//y7vgp5/m3paeqbRA2KA47wy29PwpIkHIzBwhj0xER8vJoxYrVIZRn6mEhBSmHNe8NBK6MJPoGMuusBK1iJmhSHSTW96HdCiQzn9ctdDjcGV05kJFZzQqESUD6QraPP4XxUEZMxpkrnTmBzf+JsaQJDw48aCmdKE6VXpoApZVXoj4DfJp6XPqaa6cAmXtwhvipmtJgmlJ62rN9250O7U47Pn/o46FkiwAEFXPOhYfvXvrx65cShuSvvf27eUd2zq4sNKhi8Z9OOkVzrf8AG+NwSlw24iS+8ciMpn++wkNycbVs3fUXxyN7b3wDjx7M712Ossa9i3DbpYRQ3NRA/4WsP1sLWJPQlNifIhZGrIuTC8FVhstu7yEvmvSDzmr0hL9WnXaolG7Wg1Nq0US0VwzA2KFrESOIU0ehxW+3BbNCst3gsKQtlkWnUNCEDWbZmaSggV/pGPE6NckRnp3UpJzh1Tl0wJDeZ8e+SFosNcnlOhmWbwz0+qRLudBE6GPCVMeR6jOH2fBrXYZA9GqfHStmJ0Vey6KtTpXMzWjGr7T+CjmG5VvxGLie0/uRwLHVBPrZyafnZL9/+tfu/3h2fo/XKnjbaQJtzxnRgTPaGhmjPd1nbzZ//6tqF32jsHsnnI62bdt3QWQfnPr53/5XUK/41b0ikilY6sLP8sW/dm5L/fPau/e/ftuk6h6l54vSGO3Zge9R5/m3JbCTvHNFO/IofrCuC0h/1L/VTW43XGskNACFYBKQUoLMIeX+XnzT7YbkR+gFsUAAyXoO5aSHh8Hk5h1ZfG5QSuWRKrfFKQdrZgleiyHKpTGDETWRGnBLSl3bz7jluyu22ReOrEjCYAE8ilSgmqESiBgrcAQc4bPLatgSjVGs0Oj2jFjN740ixsxjzES9CqSR0KAyPnS4U0BqcEyqu5+iTpbGsIPuJUfT5NF6N0hSGH1TXAa+CqNAW6QUtSZOLE5qxODCzM0ky+7sM42VYR1Jd/l3N9Xc+unXtnpF/uWZobkJYIocb0BrZ41pgksXAEF3+vHZjJr2kazk/eHi55IU3yYkDbzgwytZNNx258YmXv/DVge9F1rwhkymFhfqtc90n78Nr9zU5hy576XO778I21IR8nr3STxGtxNf4y29ugUUtG1t2t1A9LaAoWAvkshT0paApBbEUKFO2FLnQDCJshMyMgSOommSUNdE7if2Yw0Ljs+noYF1tzp+OQlTOUU1gi1pq4iN0Nm0ZYQ2GXMDr8Kv0uXSdRiYgIYvgNmPnBGkjvS+OY4ybsdGx0YkTo2OvnB0v0cIV9Qva0oV7KaLcXCBCoFf0XGaZWY6cFLuAnU6LRxC1t9ada26dtcah++ijhXas62YbgJNrnT9xJrrCoemOieI2Hz365LLhzUsaJb9y55esWF97qr23/DTWd+/i/f5EMNjvW/c02goy0PU2g+7Kxs4ksgsMQcgK1BPEQmINsZV4i9+v0TDO1cRCpWR+cBHBAFPqN60OBto7Q7y+DdoK+dpsIRiKx91b9CEIudcGTGuDa8m1qxcVtmTzpkAwQAZMBm5ki4QwjMwn5ixavWjnImrRIsfmDYne0vJE/2BvKz/YBqm2YhvZ1tbR2SuPJR1xl9vhcGHwM5dqZmkcqTzWclo06VjbS2MFpOincYs4+pLBaceScLyX8OpgmCHB/NBCP0IudxqDEY1hkyTg1EMVcSg3JfWZeJLVH0x+K0NrInRLV/dCtahebZquq5dW/tJsYc2c6C7LWbOsEGw2u7SWjeVmDG72tdcpZcjdVc7sNUtffzxr6y83bbBp55kjwWaTU0Q2A9MUstmaf2o1LzSXf+sILb7sIMBL5bu/iKHQvk7ytxVY3e1V3LXtEu4zvXTKJOKtPc1JRSzzgnvBuKPz9oJR5zkwA2/tgcL11zi6hjFa2w1mz6cCHW2/dCXr9lLYBmIsxz8hXWgmuonn+O3WOCyugaXKW5VkCopAAugVLUEkiOZMfW8kpld1BUP6MIQtLqeHISw0OigUKitlrx/Joi3Z1eLJuuwjnnxmTnZ1dmeWymb1ne2JRDBUDA+FyXA4KotBLCHXN5MGB9Ai2PgoWvISXvPx6mrnxk5PjAkZOWTfsDuDNlz1gBlDa3xyVLirK8BOCTYOShVWi+kLOX1/zVhJcQWFDSmqBVT+ljVTfyo34XUb+YvasaPcZBq0MjIF2mrSg27aLi7Wg3d9odmsQ1vyU1lbW/mnJt/SPbv3Bwf0Q3vN8W+XzA3BYNa35Gew5rhb80ubFq3CD37wYNP1/7Tu254r9rt08NjVW3NzbvwK7v0//3i5n3oOyb6O6CPO8s1X5WF3LdgC0F+AhgKsz8P8PGyshYWBDQGyOwBcII/va8AyPfTpwa6P6Rv1lBJ9Q0K9eO7PStaE/L5QKqPQaXnCAhaDIujSWz3WlJWyhopNS3PxZE1NOpOTG1y03zOiDAXpER2hptVeNaVWS2xmh1XXzd2GonLh3C9Vwb2mGUBcehVWClJjpdxEdqyEdx9aFfR6IkufugBKu3L6TJVjJy2hubpMdfVTRvCCZaIm/YEqQEMd9dwtOx/rq49mFgt2Maim5LbdZa+tMBvaRT/BxqqYOiunAXto/z/ftmL46Ap+SToVnK9kmgu961vnwofnvrCPpRPf9yM7GaAbOC4+4kXuAvnqcuRdeHed+sW2A+UTPxsetBqWlR/bHuyMhAY3Yt6r76BFewatVyNxP79mQwi6Q4tCZD4EspA5FApRSxnoZ6DAgIqxMzGGymS9XNCby6tpvdVEqINRhzeVSWWL2SG8MWpVsnqT18D5R6LqsGGE9mrn4EyJlcrXyx1Wh11EV8sJ/bJT4qeFimUJF75PjE6MCVYOyR7vjuxFAMcVmzTpYpmm2buqxAXwtekiJ5/JhjwlI2OuSVUkrO1aXo7vZqWd4qFjM1MOxuEJq4CNXXFNLhih+FB9lylW+iqSp3T36nnBYB8z53nfmjek9B29Zh3aAidOuL3T5JciruMHN9bsrjlYQ20MwsIgYGgQUhpkg1yQWqaDgq5PR6p0dl0MM7q6tRozQyiCYZvbzegD3pGwgtOPaFUqMynlEnKstNPQg6dkNU1EZ8dnCEeQjQumScZyCdFUw2TymU7/8vTeqjR8wQvE0Tnv7qGOhZS/795P/5cggpWRxHQZXH7AE6nk/96m5Gj+baDjQ4qANdAQoORgATIcgAhAc0sj0SbJpvZljmTITEbicmDuGxN/yCsBQkJL0hJK0tGYwDuc0dF0Gp3FQf8oA99i4E7mAYYcZkYYkmBo5J/NYVYzUsbz3Qzcn3kiQx7OQIYkig85jjlecFBPuuAWFzhcrOefWkDbDB81w5lmGGuGLzR/rfnbzVRLc9GDPtg6Lh1NJqNyltMrNBqFwMRBv4C9UHpURIgUYZxKwyXBWJdK9Nj4CfzphNjfN44jg9T4OI05oVBUMIz/FYMjCfyjKiQ3CNZhsrG0wj4y1ckTrpjwKjojXjRmCrjFIywjJV8WWbn02kVbAkaL1uezdg5cwSfSCwN7L+9BqyRZ6Xxgd91ADgWNPp832bKjMZn/0l2tbUM02Xl3bXPPNXMG3Co79Fw9exEXbp3f5miuW3NfJtu5+26LPlR+6dqGfre/fstAj3udwH/3/Pnfk82S7xNJ4hi/YSEH3RzUchgp0MyBlIMlZphlxnQEUTNs1lfMdaMelHqbPqqniKQnGPDcboNrbLDFBjZHxOkJKnVak8GrBKUyog6N+Awe2qdTj9BBny/uZo3u4+B4xu6QxROEgD56rjg+8QpOfqWqJ2UlECgJ2o6U/pVxvA5nMcXhRTcmOVn1XtR051PoKWFm+KpCJohsdhXa5uxIsG2xShT26b0lc8xz6tQycUPQywf9T8+ra1mXXvtDDzKjoPNl7gtuKv9bd/npwLo3ZTs+MxfpfgWPlYgT/8Jf+XAYIhZQWmwWUsFAEIAVgPzqLRCyoMhqKZBEPB7SabTaEGN30A5JOCSVos/BkNQUknqR4ieD/kCANrMsvd5+pf2AnbKHrVFGQpqNIwGvFaxRLTlCRKPSkCPNyWhpWo+xtgvof2whJk7Qp0snBBvBiK5khYU2h5RUxK2o0HjgzLBAeDI+1bM1GUlRPhGTMkf58lOiNPqmI7xi1dz23fqbP4LB+b4mJ632q//6Gnj3RgVZpu54r3yyivdKEeU3L69DKtn0pqf8kpKu81xWfjcI+11r3vBDvor6OmJdJ9y5ail3U28gW1JLdBLziCd486aBPQPkbT1wTQ9c1gO31UMklPQFjlPpp2R8e0tHHn3FsxJCIevKECpQLWjhkrMyNhPt6DtOZXiTx6fwdEjebIMTbXB/2xNt32uj2o7Dl3h12IM+hgqJjHzo21SG0BE2UDxJ0zq90BFNV8Fi6XNILNksk8vRKELKjeWEK/ylcyezJ7PYqysIvl1hGvGVsOWr275yP7EJqvFoZetPT1dO71bEl7GmX/RHfsEbcxUrVz3w+PbN9920+gd1GloR29OwY+M9nT2z5rp2jLcuaWje8sVPfnBg1pHG9c/vXXNgU3D3W3tXbe6snfN4V27OiiRH/i67QbW2UDf34MLRe1Yu402WkIzq3Xnn4iFTWzahkVBSpba2YdHwursWZ25MB1vDdVu6WDklYzZNqL60uP2j+5e1D/KT97mvlqwkcsTnj0aJFM7mNQVWO3c69zupjLPNOddJEU7a6XVSTqcvEglg+MkjJHUBACWpkwd8Sr0dX7M9ptTplD6cKlTK5WTMaQtHcLHyqRytJUEnFmvPYk9aeMXkB1inBYSN0dOjwpUbDChpEL6YRNwQ0fWmHX75GW0+uYuA5cmry3+sZzS/0dAN5T820Go7EwFVu0b2GxsdB1WbRqaiC2SD2W5queWWIm6StRtbIThXr7JYfHThqqsGGbXwVfk0z9jFnHAb0uN9yC7gfPs9fPKyxNUJcmNkd4RcGMGXp3sD0BSAhV7o8UKXB7rcN7vJ26RA2xY4wYmdXvWW4N4gqQ5qtRhVIMtrbfcTkMZ0PiguC+Gf0PIgp1bHzDY6bZXFOIleQDgu4NgQk7+cFHZ96QWcNES24FzJUJhhMTnT1O1Z9FoUsbPx7q5qItJLSfWKObVv343PHv3Z9Vd+Z+HGX5avn2Naq8Q7+3xh0bbcoiePlk/n26+7ujlFPX3jzb94/NhV281DhdrFoxLTA2Xul1kfu3R4zqFvn3gqXv7ejWuu3r4Y5z/O/15mkh4mlhF/5dOzZyV6B/r6k70Drf1Jd7GlP9nsq+lP9sdnJWZ5ZyWafZ5ZCXcx2g/WfuhPzEocJ1/mu5L9pmSyf1bvAEnKrQPLFgXlPfRAsKu7WF9oTmbTweYgZ7NxTeij6PM1u71FKPbPonWJgbnyjmJXd3cv5DLN6ADiLQ0FWSIZ9fn8CS6qdtsZyzLSAdj3Gi2PjmKQ2bFz2RT9yqhwOhUx33wW5w5xmyk6mLKpytWhFD2Ogcyx3zqGIrrcaWSPXxBwsycZT0t6PWaAwX/EZPUka2HVIWBm8kEITWo58WBDizPVJSmcaDAVVzDGHLDVopewajJTuZXdbKQkmowvs+VaFLC7usqNzcFE+UZ0soXx6be5Zu7SeyXVcw9uQMEgm9KBoebc0vJzCzMLlvxzrVFnXh8c0MyDzmHPMr/lprKzlxYQ0Y2WERTIz795Ljoily//qi9BXjZ5PhLwONCv27Q4+RUBdfnTa0tcy1H+sfJ3FvlqxZoxJtPQCvwTjbwr4JKDP0jbGaWR9hs5GkBmdzkcMqXMoVBV0NLQHh8V8eBeHBUAmDFc1+QmF26wTkJqiplucbOT2ntI7bXlXI+yTq945BFKyTnmwvgWVn0PPP3moHYxx1GkuuAceLP/+T5jo14NoVDeufp5PEbu/NtkGp1FXqKd9xNem9VkDhqMapXCrOYUNhtBGzzGlJE0Glk5so0ifaOQT2YqYx1H2jGRHR/FzgonXMANVcaYry4bWsaKpSfTxm/kVzD6u+/WNDsjOjAl7rlHwdR1mn70q5ZMYtO/9qePSDahoKM8t//1Xmf9zQJH5/k/o1j7D2iMSaKe6CK+ybuXp2F5Cg7FcUFiXeyKGHkNBb3UEuoyimqsaRDiaSC8CUj0NIWCjLIeORwOu9Fan3BwViCa6CZv05ym1U07m2RNTe112aURr38oAK0B8ARSATIQ4EIRuZF2GHTt3G3Ir5NOxtNCBC3kcSvpjlGcBEHBiiCF0bHc6Ch9sjSO+VOnkbAEqvWKKcXH99CqjIvTIzhLruody1lpbdjHTsXOf2jRbr7yaRw9S1QhVz8Omwe2b1cZ8lPh8jZp0x+YfPt6HDHDj6FcPxk2P/3dmz6Nwuby+11s1qTnuMSt5F39B1fao2LMfMMPdwyuQSHz568wmndNRs0CH2WFi6OGKBBr+QIGuiBDkjpJt4RKB93pmmQImjJeM5hdQVanxekIUp1WA5fUud11QYsp7DBzsjrZFDcH1nFRaCUktImx0ih9amx0fOKEgC+Gtb3q4U7Djr0k3CFSfHm+WuSpk3gOzFrw/VdLi2++eYqzAyZEvg7M53FgrEzF629/uCUJTze/uHLLZWt/Hu1/p9spUne88w6m7OCSlv5fXhnrvrdv9bo+Yf628x9K5qL5R4gM8QLf0hOCuhBQIWMoEKJ69FCnB6me1XN6qkcHIaTQOpDq4FYF3EqC1wcW2sq53C4r+rBHMYPWU5Ew5GJ2gUFKyZo0alrpVZJKL8soIcqFNXq7x55CHrG9xmXlrqQP0CQdZNwWWQ0nFcmRzoyeKqEXQ1X36JOCJHM4TMvSp7Lj57KTtzxpdDyeHL8gpzOljUi+QqIUe795H9I4XygFSLRIwqzEkpP6KponmTtXenjkqScPfFoxOE/XNn//sc3SANyu/TxD5nUPauH2ALXpOEjcC8vnJ16Wtg0evGOgGTZ+c8uadVu/0b9y9hp7ctF7bzWM/Sz71nuLkgOv9V+zcNPmeTiH9gnyH6o1s4O842AtXJuEpYlrsBcB68OwwAy0QkuxrFAay8/BzLJtGGscs8tSRGPQnw16fZiVl7Rla5YGQ3K31+cL4NqXjVWTFrVBqheAJ07kxDLYuHCm4dIiMlmjwm02dOqNnz0zPo3zjqGrdCOsSSioM/npF+C5mRfgp8pdO37Zv7ouPseQve7QQ/d/3UNbxXLXpcpcP761/F/lY/NnZzpWaDOqJGh/uPtK6qnXhMNk4rKLql1CvavcLZFW6l03896uItQV4VobLLNtsZGRqI815oMJrVTFZIlYQqxgxRyhiCcK0WgcF6h84PPgApUlnTUQOTrnzVG5nIlVWNR6UpDSCSF5X5hRsRJYb+mT2dPZM0hIGI1+dDJXJb1YTn/jqjxXbWGycBdUpKSTMvvZtIIUkp1YhqoUq34wrRC1fYbcHl48WYx6VDyLPzkjFKmWzChFoXNuCOkarkU1EfP4moDDG2b1lcKSVqMP5jKxdIpPkSk5RzVAjHW4oyrOqten07lqMQkJCL8KRKYn0A/GT+P60RlBdy4qGYl1oosFNJ1r91L1IlwlmhRJ2YHLRZeoEk08vN+fuGuGILbiahG5bLJQVI0zJd9B52YfsZjYRPySL968Fm5eAHsWwNWzYWMAegKLA2RdAJZwXG8fwXiZbzIUo9J6pKCXpqSkVNqf6W5rMdK93l6yd/PK1SgMfTKTtDlwOOrI5+ZliHq63ltP1a/MfH/Fv64g71zxwIpvrqBW4NhT6dGTij6jsXsRDlFVlrzN4kEf6wdxINpEdIPimZaWJvn6RFTw6YVwtGK4cgJXCd6VODDNCqxaOBDFf1Dwn82iABXp5vD4mbOlceEeb9W0XULgsplXoC+4BH3BFWi2cm/aJ51xue7C+9CS70yt0UlT99p/rsapS+srcaoYzu7YfK8QzurliT0NsHbit2KwisPWN8QQVgxn4Rcz1rIwv235VNiaa1gshK31UxHu3auqEe4OuxC5rkUxbDlZiWj7UHwbyWOdZ9D6a5DN6CSe5de/ngF9Bhoasi3NLel01pRuKaaz2UJzc5FgVEajRW2BlqLF1mKzBIstpmKxBRkTVbE7keTSNR5b0EdwwEmaobnRlnbXOwqyWCKZTEGx02LyuR0ehVFVNSPVgEIwtyIyVEkg5BpDK3sCxw2pM7hbT7hbfD1d5a84i7M4Y7lDCpGHFrIifcUlrIxw41jEr73wxjE3dePYh28cG0U6EolmasFG2iLld9OWgXLNsFXv1jvYGAN0zft9WkUPHL5z54cfrgylg7bW7RdsLzJsycHG8r8esGkgGMx551Htb9i0TGDnX3e+2mHUaFISr1ey6fXyz/dwKZ1K9P/R/iP1SP5hop53YNsc9gWCHq/R6vJ4vX5AvtE0sQmXsQVUQXw4VQzLJWd/wYSF4F4/NcHr11q1LmRBIyh0SuYc3RfOpMG9kOJ/bhWMZdt+ZwXXGemKDMcB64hb+b7ZA3x3sJBIpItDg/oCFNImky3mxzNYtzJI2MC2yItCmTSkve7EomUL+mcPDAwV8ok5C+Tr2lqjpoSjaFTEphRC8PtwqVBgAatUh5FKTGSzZ0sTwlSFci99tpQdFb6YGMPHzCVnP/0uoMxyQSg5veSUu0g3ZhaCKxFkekpyeyucVpcdAJiq/VY4raoF4EtXfrWWjRfKuUqydb3JX541VfKdotiqFn4vpNiq8nQJ66JB5xau8XYQW/kmvAIdRaORswffLMLq4s4iWeyqzSe5hjpvMIzpochktjafr0fr0tAo74iYOEfogq05tQy4NotO9BN4U55EnpCwAn9H76ZLnplWqM1fWPkTJUv9aUqy12DJCuXWydrszKJs1tZ2ofwG9EOwBxdcy65qaRYWTCvLlq/Z79IJPI9/RjLCtdgCMZt4hg/2N0NDM1zZAOsaYI8ZNpjhViP0SBZLyAUNsLgeSJOpEftHA28SgJmnBmntDQpIKYYUqxQ7FBKFwhv4ZmA0QAVqs46OYDoTjLa3Lq2rSWcyudo6Oed3BHV93G0OcPSxS1nyAkezNC1QrJZaT+BMyegLJaE3ArdYlc4VKlnpSYrcv+14XhQ2/iN11kWTsr/8wZkh44yA8RL11edvKX80YyW+v2tm4EitnQwbL1VqxRATyO7hWmED0cMHUumw02Tz6nIZQhUMhJMpdPioZDkKOYs6h8WvcjOT9m9cvNMpFEjRaTEqWoYT2YqDVZ0lksTfNIv5v10R7Vo+pY+bd7PSv1EJLfetnnehb9XHzIF1hwan1UOJ9WiOr6I5dhPv85bOju62Qt2XGh5vIHc07Gs40kA1RKIJDhcA93XjTZvpBqKb7vZ2U929bYmEy+70JtIJMvFYJ9zYCVd0wvpOmNsJnZ2QRT/pgCs6YF7H2g6ys8OXvj0KLdGBKLk3AlsjEI2YWrjDDeBpSDWQDfXp2tq03MeNOEHMSuNMtdTpMFmtBoVpyrPHxb+xUkms/40Je12o/lVqf1UdTJVOjovlvpIgevxrJ7HOMkLB7xJW4ZJlvxqYSvxfXPFjyVcnF2L1PRdV/X6f7Jk7uOeigt9PZpqH57bOLPrtSXRu2t3fN7Pkt+7Lwtl2Po3sw/XI928hlvC1+2JHYmQsldcSHtrj9VAeK3qfyR6zYDrP58m8nGqETDKk1/rMLtqsIopncB0aswmM48IoblrCFTrBAT07XpoRAbCM71L6ydIzeOpEw1mNAa6vdSfaejtQDADPTWnpgaPLseef89Q2FfvR300FAkuXo0DgrxOfnyGToVvL/3FFU2eywVO7uLSh9lXqZ0BXggHhfMeci0SGuIef70XBoC9kD0VCQafd5LR7nc6IzMqYNAwTSadj0lgklhbub2SOULCdgiK1iiIpio54I+kIFQn5nR6KiKUcGZ8sItXb1WalqGfI4RstZ0eFD2hJlV4W7mJMAwKlR1OCJOmXU+PT4EErfV5wScHBJe9t+KhztcjzLL8OnVMCe7L8LNfAZOEJ5xz21VMWhXEQ4tQOCePqmai7QFaUdIlLqeC4bl+2LCO1DS6d0s4hOTmQnDDXZA/xHn/A43E0NbXzjs5Mvj7YmQnVByMWrq4+WG9v4x023hGxBB0QrwcH+hEKiUy8o/l+Hni+02SyJJOZbK62ozPTaQ1HLJZMZwb9Y1MkYsH2gLi/84nO73VSnX3eYDAR4VsyNZF4faOjKSnr7An6LCbHhT51RarT5Jt6AfmLKB46jbeqmHzHxOsV9nWo4KoKJfvqdRn95C/o9XqoAq9e2snEoD7T+eLERnOccsZhkAfwTg+I9BAVP5t6d2olDi/lD97duaz8KmcPLRt9vNWenwVP9AcYum1Wby/UZQOpxde/3c7W9V546hfMK194YTnTIgkGpSbXHuL8X5dZMxyXs2at9ssuW2/Lchxl9V75SPn4KjYvEX3XKFozXJ+OEnP4WBjAojc5lOBxe4IEmNDfK5TxSCjsJjzpcFTmhrRB6VLZNIJkx06cKxTHzglt9zmkmKcOVTruRT+opIRqofgSp7MvD1MFY2rbxOcnC8WTgphQk6unl4mpHX89KZaHr7lg4lRMLBMjO9SH4rZTuNcE+TObecas6ggmG4kWaf6JJCQHPd7jsOlYsCdj6MCVHafZ7zebZzm4iLx9VkInU+TzmYSiqNKpGyjRKRk7eS6bMuAiblGgmU/RQu1MCKbPCmE28s8rJky06NPw+6rdd7IZyLNTsMwMjYFGhHviZmBkk5mdU6v7fznUt4U8HKhrWd/c+I2NH7rCG2ujKZKkliy4avXeXzcazBodrTG1XJc1zInXTQzfW3N3KFqcXf717Pkw+7HB+7bTtq72DYc3Ni8K7qzrc3lzjavXDPP52+I3l19+yqiSa1rKr5f/M6nKaFd0wBNQarLPu4LP1Im5MunN1DeJJNFI7OWTCxuuaiB318PCeqir764nb03DMtNeE7lVD7fqwKJOBe0hIuqV+qz25jx2DB1DzCqGZDKczcLKawoJtTbucydkCnWwItFzY2M4hEFOHk4HnaNPZ8+Oi/mKbHaqADkl0Coo6QVIrrmZwqOnMg7Sm5H40vMa12qu/9xjW9fsGfmXy2ffmhAqJcGKvNpP7uvM84OHV4oCO1jbW79PTIU11E/U9Dnqby6fmBTPYfgUtN+y5Y7P7fl0RT48Og/zRCdxGR9pb4e6tu42clMtdNcuqiWXc1u5aznqVgauld4uJZO+uqCVUHcXsWgsYRmVhSbuANLEuLyuI+ELqFm9Uy8w7eQqiUN8RiInYmxM0KuL2tqmYXpXci5ivn9G6rByMlarf1W58OigvBWfk2pTiyfZoHdZgzWdtU3Plwan0ofiMTlx6AoxaTh0x3J8ZB5bXzv2yb98OjE3nJZrM8FaJ3vn1S/NvenITY/j7OHlYt7sk7vgtSPtOG/42T13CXnX2WgvPoB0KUbkiAN8eoF9vZ28VgNXq+GAEW5TQ4AIuWTuw3HYEd8XJ+Mfe81pM29ebd5vlprzOctxKsH7h3Sgk6ncrjiHu269lv0WicXiSHEGuSMTUal9olaNCe0YwuUXDGFYwun80rlS6ZVxMUFNVLsxhVsvMyA28WUXmZhhnaFS1VKS5AGkTrbAhs8+t3PjZVeMfXlNaeIQzCl9+bl5noo2/buUzl+PL76I2gTGaHj4noOj/3bLZ7Zseuixa4+8YSr3VLWJWrUkeLVw7QXZ1h4kn83IVnURV/DWVqKtQBsSiaDH3iD1FtIFstBzfxCC3wYNYSBySH/cOrom5IpxmRqZqtBQgz7qfJxZXsd1qNTN0+UgZAINBSY3cSJnEFklSpj9N3dqXECrpKcSr0x+ShjT7sdVHDLZJbErLew0OUk2I/EUciuGD23Y9Ycf3rDxlssW7Kn1NwSz6xeuft7gjDtaWk0Dppc2L777K3ZRXqKUXkrZaroGb3pgVvfh6zvq3HFMDrxtx6JnJLJAWDu2ZPcN9r9WZSbIikfnFCvEDNfwyq6OaLTpzgxksHA6CD8STjaDgejF4kZvXZNDy9JKp6Mr3JCKc8GwQuJwhtGHu5YrytVWvZsz4IayE2i/zRRY9oSAjyN48KfEcBMJjxExPidpk6cLgBV1qkp1fQE+Zuhiimgzxe7acGh4Ra4gygPJz/6Vu5fkcy8hQbW2OOJOw/OrF07SRd+64YYf/uEvNw121dhSP6yKJINFSJy339BcWDqmDQdkkmcW7aiQR9d1XH+4e1Z1//1IsOV1yHMNHXTCIQfcaoXFJlhqgGsZ2MLAUgYamF6GxFbcLfPV6PGuqx9xg9fNu1e7d7ol7gbWPJKC1amdKTL1sU6W4sysV6/36FN6Sq/PGTN2eY6Lq6oGvroVR3HkjnQPb0IhRYLsPFOYVi66eD9eAP2KGS9nbMnJotqP8JZsQJtx9UrymspmtKzbetfzO9arMpVdWS4vwftyTWtDZVvesbzvM1s3fUXYkPdt3H73zT/oLJSbqxIllXhjdgh2qxnp2gLpYUKN7NYcPpHQpJhwYJ/siIyUEcT0NKTcFHZkjKqYXr+POoK8fCWBJFDCQpiekUQHW0oIeaa2XYVgu7IFL5mWnK5jcLgxHmtuiscb4UU09fLIRjGXJnQBZG28OGVpNN7UHIs3Nv7503jC24MNrkWw5r54AUXeE979Lt2RyR0FRAeaYw/aT/XEfbzvUB5uy8Hi5KbkniS1NLo5ek2UWspt5q7hKDllocjwcdDw/IU1xEIqnRb22bBvxEeuRnGR15F2zHFQjnRKIXGl0EcgnqnF+y1w8X7D2w1XX8VwGbcaijXFadXEv7nZ/h7mHdVz5XU/3LzSbp7cXaUmN63QX7O+ZW7X/LvWDNXXurwrt3z2mctXw49fvu3uBr3psRnbCmoWhkzFq/rXPvjF3Xd0pK7WfWnjlV+8DdsgFdpPi9HZ30B08JzFYzfu445wJBdL78eXXtVBbzqdJtNyKg+GSIJ2sn68Ic4g96ZQCX2Fa1NnShcVvlhGDHAvmipzqYhXshgd5C2z8UmOgtxNiyYneolgV6h6TdyGg9u2OTOm+e1KpEteWYl0gSCRb9OPYoEG5Dm3ZojauDTB+V1yZXA1t5Pbz1Fcoy1owY3WuNZl9jusAZnLkdBG4zIiQSe8+D6fok6pVaeqzvO0oqjQ71IaO4fparKjY/Tp8dz0U6iKzVUDwj644FJqtQQ6XT7SfjTjk8llqQXL+q9M1Dv6hDupPuciaPAyrCesm37aPLr4B2v9rUvu2A+f2+jQVi+kznNYSW7i1ddx0XN02t7wCXvjHrT7d/DNt0fgVjlsovZQJMSJWMwTzhCEFKT5bDqT8bhpq1HtVivdKQ94ohCLBYh4OpOTBZSszlFZfhwj4djhzImS4J0Ih8t4pe32xXPC4SK2hKOQaarKdslDpqr01fAJB0895bGD/e1rtz4zftWkKrhC82Yvvn3uYPll8Jd/XG3Ho3aU3zatWrj7wW1Xf/87M5V+rW5jY11v91XngqDDbXnYDkrJELlBsl3gcTjC57v8UO+HkL9CXf2B8y9O8lnny87XnZTJClIr5C1dFjJkAdICEgp+Tf2BEq6s8zq7T0/Q8Bb9O5qk5cLldbVJ5vO6zbTWgCEv3n4yoKhCUr0wjkkNxmiRvGAie7Y0PD6JfjkJgFkFKKqAEFd6kKc3F1Su82+YTu1gVm+ezwiED9sxwUMWMz1QawR+B/gW5ncQCB8+t6J3cRYTPczE+Pzcs4T7/O94pclaK7XaXLXUcfSdA32x0b3bTd5nf9hOfkb/iP4ZPaWQWWWkwO70NB18BT0EA548oyAMQFMG6/PUuwRPaDBm7vnRJxVMbfD4+VHeVN9UOxp8JfhWkMIvvwtSQW8FrvLF0nA8TliL9oFzGMcF+3OlcXzfaCUmdInH4xc5tLhLu4aczqBWD7/BkJ+Xtzf2zLqqWGhrCBiUqgiHEUGzizEiKKVc2dq9cv6uq+cv9YWbcxZNvz/ZuKbUszDi7BXxxz6Gs4IcEsRdfPwDGmapoVENUTX8RQ3vq+Gz6q+qSV/Uo1Lb1eSz6pfVr6sptUzL2QRIQpYlOI9CqdQKkOQeWVQRVvsUlvsDT+CesbjjOSQUBulBXFnBu3wxOy76EcghK4yLt32zOGeDMWBE1CpDpa16eIppQTgGLkJgF8SAfoJRujEYG5xtaVp4WdFvsCpq6rr7d7c1tDXUqg2d/WGft3/VfTWXze/IDt5A/nh2ItbT0kr7N8zbfs28JVgsLfPa64eG2rs28sXeKezblPQOwklEieP8/Fe5X3Pk09yLHPmBB172vO4hj3vAIVAZ/UUG/VKISgtSUk5aSNJotRlsNtphZ447XnKQVofdzhLMGsOw4ZcGymDQ0UbKZWZZBUZACYhoXy67zWY2MIyGRc6QTiAYCFdx3HMix4BwkorwpqmcwVLIpUo5fGECCez6Q5IXXoAcjT8hw1tF+5p21lYEFwrLw/WhMLI29ZYLeeVSB1pn7+rvmd+ztjabbrvHcHtzLd0zcC9727s7/MkVtyyL1tTPohY8OT+8cO4V+1YMBtcNzPUNtfjtwcJ83+DL5Z9unbv91ad6fatm4vL//wu/vnleFb9eU6MJcZqgSlPFr8+1zmsR8OsHU38Pv17shZciXyFK8E963BbfJBsgr5GatRq9nAqBlbVggHq926cRgHIx7hj6H/sKo+Njp8/hCy1/u0Nmej9M9caW1GPwBkKJRkZx+DBj5rLl49YGWr5169a6zmI+IA0bvLUNLa4bw4nyZwZMdrM5YWyGzYngl7sCUYeY738Y0nCHZCUa98CTPiAi367yJDyj99isZr8HYxTzxojNnAYeSGC0hIyWeWWUrAJVfeZ0SZyH0N6KQarRJ7EV96IkvtCneAFnWQ7uwMPlawMegyOQDjfRlblAr7WOUWwlV+LhRhx+gzfe1uweicShc8DkYNmkuVD+TgXvvoakkF5hHsN/4dulMZBFIeov+Pv8lMoOdhb6TdBkArspZiLbtZDTAqvltGQ3BXkK3o5+HCWfjr4YPRWl3rH/0U66BXYYF+0LKxQYYPVYOOBx4WsIfMAbN35a/aD6W2pqtXqner+ayqjb1HPV1OTVUsxn9GteqcP32LwSSlIRUjEn3EgoTdEYZVP02dHcuUqDGAxP/w+mSw4Jbma6pz5HzWA1oto6d+WzzR6jbUFuQ/+SjXxjz8BudATa1+0fiHhCqYUFsuGK/gGrO210bzvdMmvh4Oa9KzDDUfLcD+byC0vdi0Us8zR5JdKDLLHwaIgQwPXVLoaxcBS4LHqVwJcTDuoYmsPHt8shIOQeS2cF1oD3iUrDIC5q4JsZImRXtUHhxJhIHyD7uzisF9zByNaTVz7kvGxonUej0DaDTltUk5Smr9gPUgsTAzrP6IwqncaF639bd22Jrv9B3uhh2RpF5ge8eekQ+FMylwadQzZTYzk/QitUov1myQZoR7GenOCI25/FSO28kSD8emVG0aYgCQWt8CoohUDkmPH6bK3WQStZvVlMm83K4GEbrLLtsO2zUTabzu39ku9xH7nPd8RH+vAtpLePMjr6OWSpSOqdb8kAt2udGRXwLASDVcJ7BQWJKArCTdDCp1wuhc72Sci5wIxLmtPannGP/3vNLS3Ny9a7dWEBfm7DhioA3Xrp3JaWlolv3TbIKDD3Ze62pLOCQleexC5fjPYIS9Q8yRJ6jCb3jFYnV2t1OhoP21hhfxgbrwayuLNmEo0ZrVq+OgoBi3mx+rJ+i1IeFN49FdWQT9zSbm/90WJoxe85VBqq8J/nkE45iNhRhwFjYD+t0JMKA373t4+SDpFiuWI8qrzJUGner1yBCE/XCciVP4zJ7Gol0gF9FtiiVg6KfkyDC1Iz0wzBDHLEZWCxeA0N5dMpeV6sedjROJrQOALECp6Ru2ZGtQJHp4O2K42thkEDqTd4DCl0HtN+I7524MJA3W8fVcoUU2PFXdmCuUOrh0ctfv7Hbh9A01I04sos1q9H86AzwjyWUsWDaMDmylQOJnZNm8susUcRxeMwIuiuB/kBy5/UBRgJFipBuO1KhYCyp7TavIzZarMJ9krLuJXeUNU4PYf26ZRaoqh09Ew1a4GTN0gRsSoKNylhUhvF5EUTTOOpMMlz8kpuEJpbWltbupYEvhwvXDe/oox2yfyj85dFHBulc1paWv8674mG+Ga4bYU1gDRj4udRj2u2gyMqNgeeR/OxE+mjagzW/g6Pjhe9gAoDaRtvI21G0bqMjw9X1TI3ITY5VOCMZtBLCSkBeH7ba4xKp7epHnLY9TrG6VPpmQxsawYrufpGnULFdvz1ihFWY3VK5RW8QkhBHfLpOKKNV6mHJCBR6Dl88KHxuNwGs8PldnuBM9BaUkYLeoAjuknhnag0oY0P56YkVyl8YSW4gOZDUOS6Qxsb02r3rPebdfLqYD10DP74o1Xd9Qq3zPFl3uyj8/Cf4oAnwrMZ5eSdOw3SZQ+RfRoIj1lHYRStY7SZEfbxMcz5Lu6rcUz4LlgbzEl+djz7DzC+a9LldjagV2poDwu6LlrOquqctSwfIU9+kbXoamBxVmdgWfDo0uUncwqJVL9GlB+1B9mW+cSjT7a15xux4Nyp73pPeMkj3vu9T3ipld7t3hu8VM6b83JdHSlOgt0MleAeMfSsjKfNQ1ZbDCx2gdiFs7CzhvqKbe3tnTWxrj5lnc+dq/Xiw1WluZgtQ7wUWG2JqVDhYcyGUk4gzkBHkaFCSoWcLEGBJhk0Jjk0hBUysZdgG/nvKEgq3iS157WtGZ1B6XcYOI2MsdS2DpGqgfIH/VrK5Ei5/Tm7W1dT/l2ziBuKWTcwrviwPefNNK9E/khP+b0WJFSXNWNdCg+2u0KzdIbyn6PqrNkcV2XOdbjCBqen/PqAaOKzPysJW0rAGW82B1b7Z4l7SsBf7yMOPNlHtLYLjLr1iaZEU5aC+qxgI0LmmDnmCglY7LzWFVCGWpuSFlOs2ZwQiDfravGNTLUAun6sp2/mEY9li92YUWQ9RoWjPpc7K17OTqGzvippfPMtWzn2/xsQ9tr834Nhr3oD/ysYduwcbL80DrvWCLJLIrGX8wIUO/KNH4IUOYL0up5Y92QkyuKT4qieyGGp2VthEEg9eJDpoECeiOlDkWg0rtMkajB/pStt4S2kBZ1z7x8l6yfPufHh8eJU31Zu9CxSUIxaL3RwTrHgiF2D9EV0HxeyOogCJEfKv1cjQWiMdT09rwW8kYoKBjVyzMQkkLssKQW1bl0EnZQ1ivQv29zpwfKO8gda2iuqm3Mh7D+kVwgcL2sCsz4cqODWon0tFef/LQJTBB2T+fwmhzB/LpAxthlJwkgbvUbKqJN5fH5/UKvmwvi8ZA0mNOdn0nV8HVmXlkza8DOj0+aPZ58bxZOnMd+x6PVWjfr0pskZO25mSR19S0mj3sBrwuxldEf5d5qUXoUmLjD9CBN36LUGdAgYtFnY5mG0YIY5ggTOFjQ+kd9m2tzLa/ab8dGgEGxtmrwK7aUQcS/v/KMLfuWCZ1zAuuGPbiBkbloOEjnIXW4XlohfITcpFHLOrXDSloy+TU8Selrv1VN6hUXhcHFBAnvOR3WMHhsxXZsb/O6sm5S4wS2TVwD0ke8vuhj0K+NZAXimdGZsjD5TJQMeHrbSZ07gkGFYKG+KEVSgSoAdqBh3wZXOQcXI58irTAGdUl++T633Gb9nRF8HOI31G9CAvx+V9LHamnI9HCs/l9MwLIu+g11RjYQt3wJG/BOiyn1a4fyxEX7iEN/5aw887XnRc8pD9VsgailYyE9M8IEJ6mhgaZCh//Uhfbee6pdBQQYRnBKxy8hPZCCjzBT5RwqcBoES1+6y4Qzh01aDy+UTiX58k0Q/OMGBuRNzp9EfnBKcotsUchmXoPoR6rguwBcCzSLbT4C7dvZ1fa3B0LVd183mr1QHa/pvgVqy/IoilBo6SC2c1T84a92CTbP6BnpXzRlaUOj/qaKPYZbhuIgS4qIrUFwfIZIoNvoc7zOHQRqGP4bh3TD0GyFqLBhJuxHURviLET40Ak4DPvVmBjLC9HjVb1EomvAqQ1RC+NbgUdVYDPGUJYTthM/tJWoSlEE419QKQkWrvCpKJZ5r4map7BnMAHwaX3TFr2dxH0WpAlJe4ZE0TWF/VdzPEFMrtqRMc0DdIK8NM3VyBnkn5BU37ppyRicO7SalZuxV81rZVft2Hjjw3h3U4FX/ZLgmLa+tuqV7bEBdfb/+wZi24pvqmx7UfebRX9eXbXYTfMQ+89uqP3Uv0pUidPBsrQNaWpuIXFqf9WRTWSob9Ic9wjFU9cCbvitg/hrQq0bgZrzdTlhpqxdFXPqwJ5wKU+G2Fsi1QLAFyBZDC/lxC/yqBdpaIdsKwVZ4uxXaW29sPdr6g9aftUrTrej9Ys6UH9x+0Prhr374wA/L/Vv91/qp2UFoCUI8CM8Hx4NngtSngnAt/tFAkPQHqfrYYBaKWTiSvT/7BMYuytTE8IHod1K0WUX5bG02krZhVMT9tjttD9ioYRustoHNJqUqrAMpMT1JCxn/Ym4UX70ZFhBJK2ls8bXSSlpZOrR4qdLJ0viEwPBVEhtJq32kxLCYDmKnWTwxs8Lkc2KKq4oeMdlDys7oIYV7d/TVxCuesEGXwdbS5L81VJ+z9bW54qt7PCm3mlGbTEYH1+F3elYt3kue6F2lyYk+siKHbabt64/WcJmwMeB1xlq6l+qUlm/3+5IG1sfXxJrwWXkX2idh5MtzRBOvaSOArmBzCsi+xkEj4KvRRXRSuGSUH2xmfeVMELJfY8PDE2OYk2BG48vMJEi9COMspL3CHoN9fqSJVmxtaC/mAx6Dpy+JvxOzXhGDd1uze2Ti2Je7glGcN8LfkbMeqiS9RP3cIjUgnes75nT7rWYBhVii0IneEeFFP/I53XiDhoOMipThgBWvr+D2Y8YijLp74nR2AoPQYGCqCxnZWv4Wh1EOtry2LeOJupGHKNc6OuzaxX0NeiumM0qZrJiBrTnHOdCBXCdvcjXBLqNrubXpWKz8hWVpMX/hISPkjehMihEZYveTPi8hstpb3e4kUAlrktViFsN3eJcl6dVbKHlAE29NDCZIfQJjcFKJRNrkMnsw0UlaHiMipHj04OMGKWzlsmypIODIYt8OX95DB9DoqJBfreQnJ4l1pi4ey/NojoIq5oXJVtQ1nA/gKIi88SFH3pWtX+PWdnX56MTo2yyT/XZnp4DJ/szbK5owIVIjy62KDbQlD7XSCjD/x+1pRo8+JWswNHtx39zrKrEaGSe3ovlHiBf5tsVK6OegiYMYB/0OiDuaHGRE26Dt1VJRZUFJ9inAZrCHpaGMvc0+104RdtrutVP2kD3kDBIAAoVI0GkxmwWZpZ32I5gecjC0MkRVKSINO6T7pGSrdFC6UkrppR5pSoqcIgthlNiExLSXUIuHFRLeSWyacY4Hv1QKGGfxK1OJPvAt4/FclQUY73wMVx0HdtpVu+ot49xUNQf3l+bIrSzZsuNbCwd27pi7eMPsbUWKPae4LJaasyAV3aI4R/2s1lH7wOXtLcWubQNX6h21nzoUundeQ0trw+J7fIcqskuQ1wm53tm8Peyp9/R4qLCz3tnjpNgIG3H4olKfw6gV8vJh1kCYIniCLkIxOcFqZu9Mxd8XGVQrzvykgz/t1rlp0n8TPJHrTD5G+W/7G2qV2pAJSLNfpzq8nnPgcPPHkl6HLvnz37Y2jfw0xljNZlafeut7zYnLfprTGcyTnHB5dK74ibm8O2JqMPWaqD9Q8A4F95keNpHPUT+mfkFRhFmnwQt7zKVzWD3frXB6v00YJisIgs05gecx2SpWyblOMQpUBT+tfkDmG7pu/DZS3+/rrF2r85FufbsjM7w1YKA+d8fGfR/8ewvSW0v5GwtD7fvW7niAz7XMj1c4PVDMvhCN20W8wDdeZoUm6ywrGbOC1QoqC1iuVh5XvqSkFAqr4j0F1fxZBdSICDkkKTpPTchpsmKWCOR3K2TIy5QR1bvvCppWLVaBRaVQYdQclrWYWAsDLMOSa9jfsySLHmrBZ5iKRT6xjLS7aKhwnlS7pHNoTc+UqjwBVZKAKkcAOp+yQtf5rpWl0kqxeoS9crTX1SAqKCsaOWNO6GwmF5bLU8QAHg3LVPgCUPARM6J4qfxDkRbATKoNMfh5OY0pAyZzG0akn0ZiHs8o0eMBDDSjQqEcqFVqPH1aaFLGHBgkoSKEbPvbT6oA15iF3GUB/8HTqbQm40blU3jD4VK7cHzm5L68oLC4lE4ay3e+tMamlJtkZQdcfmyxUU9ZKRiX9JataUPxUTO8E3TVfK6aH/9A2DvreW1DsDdIyllQKMGJyR6eIlysUiEUuk0mFv2vN3lMpEmBRq8wKYVRPu0nIwrWJa8O9PSZcXGseIhT4x37SOiXGhZ3U7461grMVq7SXz3dGSA/2HZtLla+Gg0/q3LrGdIqgTE0rVpDgFHKWbtOZ3RUgp/mWa37WXiHlDk98c+ayzapymsovnUjq7bgeAfXUd4h16M52pBR+wqfe90CX7Uct7xkocwsoNmiFVll3mHeZ6YK5j4ziUH6U2ZKYZZRbilht7OVNfJNSmCViTKp8ApKD8ugKBuSkTKVSVw0XuW0qpRuViqjxLUbPZHFh8/pilROl0q4IW9KNBigDJkc0XGaRNfCpfBwXX1gakmRkKqVXySb9d/4plkfkJmfF6TTJMWLW75zcP3Nt9Ws2LDo89eTD18ejdGGDJaKZjWWyTc28oeq600iWbiJL/KFOgWEKThnhB8xP2fIGFJHuUNOfiKHD+QgpViKoyidVutyOmoBAgBgJljWYSAIqXASG7Q6M4AU4GP0V6wpbeJNpM6kM9GE2enGFpYmlIIzhKcucqfT41m08XDDFC4UjQkdI9iRzGZTFRZLIfpBtpeadk1bqHnimwbGSQUnz8yvby0Udy7nC0ZDy7Yn337tuayqWYp0BCv52/rmjk07e4e6WlYp73jxOAsmLIXJeE8lvZ3QEyakDzXfYnE0c5Q2CZj9KrOJZa0GDVgnCaeqkZrA9H5BfdksR84RI/XRaEVUuc6RGzpyua6bbmjP7Lz5VtCV/+PQQeqt+6575IG9d372uocfuOZmuK58gCuP4HGU75awsFm6HdlwPeEgOvnIrVq4GsXwPE0f1kGFhV6n1xC8TKux8UYNxStX6wH9AFmBV87RmD5mHDO3jZdK2ZQQMk3vyKMCkJNP79DbzCeSfLEmWXzXX/7Fm9/gkwm+mEzyUsCfa4p8+V1Yei5ZxL/FX3J8B7WwRxifDg1JNqKBOZrVmp0aSqPX6oy8DY9Nq+QpLZFCo8NDROOrDE4AlZ05vjAEjBePj0/WtD5S/oV/8x5xfDVFyYg4zuL3yo/A0svFARaRX35FeS4x7/wjyGJ+md+WQ0pIEG5HjUCxcN4BJxxnHb9xUA60hd1WJkMDQdO0l6ZoulUJeqVHmVJSSqvMzdawpJ6F8yycYM+yv2EpVqORmd3AWh1uCcEYdTGqkSIpmVIj0cGdaPug2adyp0uYpQGrLf4koA8OD+/aRZ8UplsqCYCDtPAzQa93GeV4mkITlMjMEq5eITELr/NUX9+6dWstl1O01W5cuXJl+aog1FnDSrnXwcbUJjYU6vYkKdLnsYQUjHD2lr8jeRl6pV8jdISVV8oJmVxLqCQEkTqNE/i4EofrNsIZn8MFjbomgN5djf9aONXWWR/4zcAuaXztvzfMu0141ouSn0BC+hNCSnh5/WvS96QkIaX2g4SQSgCp2xm0AXL2cZxoL4HUl/fVQ6L8+/Kj0PiRdNU9+/cLzziJntFYfcbPJe9KSJKSomeQ1MXP8HH1Fh80lh8t/57/CBolP7ln2/6Lx0G+R5IEMkP78StJYG2ClB3fD8XPkIfRQJDyflR+ERZL67cJw7hoHPAuIHdDQuwH9AoXPsMnD3N4HC9+xIMePWXW/m334GesQs94ED1DTvTykffl8LoM3pXCq1L4EQnvAUikMgLk5H5KJpG+JUdfESCj0ADPjL8yjjVfmOoZMZ082QUqD8vRrOvhQf6tP5ZP8h99iMa8d+89k+Oees92nkPv+SPZz2Xvyqh3KThFASEHmYTaj6Qgl5IS6i3kN4Hwhrgn+Yz4huNZ/Jbi+4E0jKaG36386odocok/viWs1LZ79u5Feydf7iZ+ev4NtHeaeYfNqjU47SpC7nTLVVLS7XYIZTaVRuvA2jSKdTmLX8YxbjtuBM6NnjmLQ0NLhWaLNV2qgpDL/jRPN06SbBlUTIVka2BTQ7S0SWTYyu/TKwSGLaFn41oJQxyQfpaQEX5eJ5OQUimg2ZKAud3xnUGkRQwewviZ0UzayOU5Vm45UP4TKI8dkzB7795rfezrOJYsHy13w5zz4+g5WjxDtVKFxIafgp4mV2tUWrlSIZdJQConUifHMRcmenYBq8ap8TPim6D3Qu8hpQJUzlKvhTyK+KQwR3yPMnrPY8dAuUt86xN7bV9/zLr3/HmCLvdLvyndagipPiQIRk66yIfReLTPIOUIeRVmHuL5PIF+r6/cT91KPWEIqdXi7yHTQhD0tyjy+Pk/H+tslXPir+Lf9ROE5B3ZN9AzP8K/q74bnHAlYed1lKxYtFh4qsgrlLXF4+TXiWI8j/7Z+fPnPxF5SAwhtAuEf0O8hJ5v47Xk7poas5kn47wiHz9OLa78E+F9yo9J3pHOrr6P5hbqC+jfqJ+mZIWCQoHHQ+DxnP+k/Nj0Z2tuIX8h/B4p4zilcvL30PM+mP48MkpiRdc9S1Dn3zjW1Cw+UnjeB9OfR0bhV+LziHBk+vP6y3ulerkUPe8cElVYfS/MFebWDV+EzxAL+RpyqHVHK+lpTbWuaqVandLeOPAczOFWcyRu+iUJjubSHPUA902O5EzHz//7M71xsgUJogXJ7ihwCqKYF8Qh7Nc8+iTIpbu8l+qXbkdrpUHvG1Lfe7nwrsTdaFgF3kwONX2vCb1AqqnYRDYpCfS2fur4+Xfx0xvR0xuPk984Cv7Jp+MHD1fmFECe1DXC2v6msrYrxbUlN8c5nY4nI3htI9PXVuA8kQrykqF/I1PfnSWQF0NmMGXe/6HuTeDjKo788e5+c9/SnDpnNKdmRtLcOkeap/uwbAnbgA+EzGGOcNgyEALE2GQhHAlYJoQAOSAkix2TYAsMKGQTK7sOm2QxYXOwJBuw2TUky0axf8QQEqzRv7rfm1MjYzb7+fx/Px8zb2Zefau6uqq6+njd1so4fX9eqYlPR+YiYE3//FwkYjTyJM4qmxYuGBTsypXeJ72J1c8fxfqmvmPgVUQfxK1Bj4Wa64Rwbx/YRo4nrXO6Pqmc1xB9y44WeIlwHLub4b6Tjwv1/oBQn2VuAVMsex/YRx4m3KcWMe3hXWFiCkf8jhxmTQFmLTkuYJ4Tjxdi1hRg1pIasUxhHp/D86KUYvlHCjA95I2M3fkKMUcKMD34lGDHZPH1g7EYg6QyBsBPD8rrAO8EvU/7GrmM+T7BqL0DxbK+Pwq+uUb2IODJmT3t3vYg1LwKfQvXoxUznJOuodWUm+LIaXA6nFudktnFP/MOp7vWzkNHxq4zgcd7Jj1HPZyHV6jiHlIHRlYn+nIISsdMTPDpYpl+/bFkGkCXgkxJvp5LOTH8qy8Uwj3pPurm3FQId2khppheQH8HmZ5PiHrexfSMUVu7yZzT8yjExDXcAUEGpufZnJ5dbrU6o+f09gK8enI13Gd6Foe7+W6w+NcOdsfd1bl6Hk1vL8Ctxy+J9Rys1eXiGuDeLDkoe6fci/3MF++HOPsVGjMxWnl+OMTjDVDEDTlXFLBv5tZIVwFNgPni/TcJURY18zUenvQCRS+4f4aC8amDOrEznz8pxua04PO4oiWCGnkcpz4fL/D5MXqGDqVRa8U4oQCaGnp66FFekwhBM4CjlCw6S/bnyTe0+KZ0n+xS4PV/GN1uPIurBLoPeE1rS0MDj1spXWthudje1JKjwE8n0KFHFh+kJePQxAUyGc9NQMkmCtsPGsu+ysr1rijjPWK50NhwopzHo5TRaEG5oDTcnygNUog0MqAx8UqM+HYMwb+TlUdQnhizvsrq/l0xZv1C8G+sH6Ns4sZcvWuhnfoT81uFGLNOi3bHt9fZcvUuyP3trNyD+C58HarlDeAkG6ngBK+jkq8TJafC5GT/dlb2QfTjDF3jaHuTEuiGKd2wWCUZOhe0Y3llUH8R/YDaL62TD58fHKRVMqDIK7MWbCxXDpn6ixDvq5/D4Vb8SiueXXz/+dZWr5fHLQKN4HOu9AX5PIiX/IdY9pUDTEdi2bXpC/J1BPepxfu6WhpVufuq0tvJVxjen0Qf2iDe1+hQVORyg3fgvqsYnlK8zy/6Wthl0+bwYpCkfYrFJYan2YfPZfWohFwPNbuVrHrE/IfAvR00NqnvY7Fp8Cc/oLFp8ScQm7poNnGad4fDoAKCX/Ee89JMS4sgPEUmIyQCZhoh2A9vftEPxeg0kUgEs/mV9DWWV7wn5hPbIJ9gdjswUF8PtUFrcaDAbqELJtFQGrrUh0XKXwKNawa30+htUGjiU+3tCPG4ndK2Z50ylxvtk77G9PleXttbQe145Ssrj608uRKi/usHVw5aZYJBU57QBmuYblWiPR8Xbd/RjWPd3XV1OduH3CsfH9rWg2J9DQzq8+q1DNrgPEzIvSBOIKNQjucVCWgl6mr4nNx+kOF5hvu+KPfjIm7AXV2Tw+1M76N7ngGuWpS1KuOndozsFRqck5Vhshj1Ps3rBEwWq9ZDrGqYIY1Up1aVNo4amygTgRe06KDacK5axLxm8b+A9+UUj/KmeJQ3xVv8OeC1zhAPxasz2+JhD+8Z93DI46byZCUjHorsyVbahNCcCrK+k19+0Cvtt5Q/g3e6wBX/A5opJRFzlsXfpd8hm3M6AN3Wi7qyCeXP6nSkANND9gqYBi9gfnDQ62OaZXmQPj1CevIwPaJ/YVRVnY8JNi17l9n0nwX7JAmwzxregPVxjOJxPdhKDJwillWfaGNAF6a5Lj1VitGZhH4DhMKNKw3ZNvA7+f0GyovFfYHXF6A3fL1A0x7H0G62AE1LYfsi8GnL8vkCfjXD56KNrQEeXwg0Fy7pn8jeZXr6s2BTkhVi2QU2OZveR/ewy2DDfXXifRdtbAnmYtVbi+9A20jl/kCU4Usgt4M34q2RnRGCIsE6KHATtYWmfDVRHuzMLSa/2B6jpzPyd7bUWJjf09WCefIvvgU+v4/J/4HoO8cyPhHBIrcsPrRdf2Zl0Ir+86FYhs4Wf15f7C3w8zxMsMcTGX8U8ESdaKCPlYcH96nE+5qL8EYK8Dzkj5k431SIN1KA5yHKbE5Xk5c70/xDiPN/Yfnnb8jRTH+40UHjo5h/9tP+quwfAU/H+nbTaJ8YVx/Ha9EDM1zH9xbnoI1KQNoS7+iwByELtQc1Ep4Ltafax9o5fbsdLibbj7ZL6dsWuJC08ypdvH0nVASx087R+RNxeOefPifB3lYJbyuEtyH29kxigN3zXCxhhxq0C5Yu/oGWA5rXbXmxZkn5/p2VD9oxCZSwO67k8toxoYybl5RxEMrYgLbzUQmHVnZAmcSiSTj9iH0kNTI5ItkysnVk18j0yNER6Qiv1sVHdkLOPUJLtVMozU6hNDuF0uwUSrPzTKURCsOSErEOisvyGjmWqas6h1iSXDkezJZjN/rWotCDOXZ2PRhabWfXgymp419/TLkGmFylejFMkLPpxWTHYYIspv5VzBOkEFNZti+MqYSAOFQQ59ie9S+wsQNDJk8A2etmSJLqSAcNbLId0mnSAaQd2bCajauSIItPfxXjkw7ik3eGNAPt0yDu7OJxXtPcTFnHaJTKBXM2riLwbsvy/gKiOUA17U/9jlf3dpIoT3jgy+eFqUw+fAXjezpvvKnuGYK6oD06xWu6umpqmMjKeEdR+6Gl54OxuKgXxiYuFaNiNIqheRI0lMcuk9NfwWLO6bxciPX7fnewq1WBxX4f5PN0P0ERm8bETMyJRu12vhCP5ROnxXzi22If5q/Q/vtpxvi9Z7t7LHU8dBZ/B8WhLLg+Wpy+vGwiIfYhyCztB1GeLJdQsnLtdj2InLyJoJYWqD5RAgI9qURrrnjZPss7ufIZaOxdJ+be7+SXB/KDCbE8wYYKWa48OxfflEhZfSyI9fiDTL+qJxmBG5eO/6FLF4+TX7G6LxfqwS3WQ0ciEGBdvnxBRT5sjOeqDB/QW1yoBwz10JM0mcR6uBR08is2dlku1sPOzH3vHOxIlJeL9zG5md8yPO1vablRFW8k2D4QHnh0gIPEOgE5diRCM8yJhCgHk531dctZvj9QL5T681DqXmoVH/DBVCqRgIwtYU+EErsSEpSgxSJJXqGNb0puTe5PHk1KkrQjnYiLXhWaEFO5BCoh2+tEmxkXGRTkEWLKpiJZHnILsnhAlnbeR6AGYlEe74hhFItSEVJMhNTW1P7U0ZQklUmyikXI6jtTrxCvWL1m9e4V/NS4aogqfpmaztVHpq5Bxi+4c7XioSjv8OWD3bRaStd+pv67IN4cYPKkC8eZMfK7rJAkeCl3b4Gdmeg5ajLQo9oo0Cz+Af0e1fM1GHnsVdC+653wL+RMOcegHdjvlDmBtxOFaFDNxJsu0MMB5h9p0e4uE/3A77Lkjf+aoJxJyQ8zvKCE64T7DNXVen3uvi7I0fPwwN9uEPGc+XiL74H/XZfDA/9rFu7T1NrNmny8kQI8D7lexPN4C+UbIZfk4XnwiHhfnTNfPnX6a9IZhrfI7qtmfXNme90hrTZreyT9NW6BewDwTOJ9CjZHQGin/2C0odKRmyNQp7cXYNaT/xR5J0VIgTdJby/ArIfOtXBfzFuO82UcKcDzkLfE++KJQryRAjwPIdkYJsgn4i0ek84wf1sU8kCuLFNmPmYP5MoMbfgCzQMp3pI88BszpDebBz7X2+uL8dhHG9Lmssp42Ef90RczImiJe1I9Yz2cvscOF5M9R3uk9G0LXEh6aFLYA0lhDyOlSaFPSAp9QlLoE5JCn5AU+sSk0CekUT4wX98ySeGUmBaWKu8bmbyQjm8MjRgV+eMbrMw4W+bdaB/LWwah7D9GQ3yUI+E2SKxjRqgg3j/uJ8hfD9cc0SftLNj9DMKdDIKfPp4UhzpyGYzYfxV5lUMu9ZTsH4AXYnqdxvfgrYKP1zXqwF/rqI/XFY51gHzz1BbUZoGG1onQmjibkJHHzKcL+4Tl0AY/xWiQ6NPvwEUNr8F6P/VrOQQzL0tjEl6IBom8MQ66P2mGF9AhxktJO/2VFUJ1A5FPIGI0VYtvyrfLG4AGM/lUZBv+AbJAvwp1dGiAEe78LpTHj4JiHrF4XHqQ5WQW4X5Mx6PZ/U1NfhfcH/4uFCZ7fzH+QA6/s5PhJ8+IP5DDD4cZfmgpPh1HFPEHyRS+DsqsAVMZYwwIGc1xEPISxqMty2MQ38f0RGl6GBNCUt8FK8ijEfh8J8vnC+ScTHzv7fTV0x1Loe75wvHZIj5fYPOUrO6bw3pDZhChoJ9eld4n387qHov97xcz/dxeykqlKBijlR5k9W0R6/uXmX5p2OfJxQ/IkKT7mexElOPOjOzDvd62kmN0VdBH/x2T3SrmTY8J+S/kKby6JynVsgY1kSrKfwVe387yyh8PPpcyI3g15ba6aDy4kJ9MPXgLQj7eSrB+CO8cmh4iaKgH0dHkFcB0hciUWv42oX6g1ZB+i5WRy+gayghZJtZH8XQUW6NROmeaoLwT2ZJC6GH98QHuFMu7M7k+ne/1z2Daz3g20BTflcQ02VUnm2XQtLWBBG3ZYotzRZXQ/u+T0zgkYRi7cDd+CLIcHaZPLBBkO2Y7aeNsNGiWmeL0nder9XFkMxkgcFgB0prrgIjj0OzMUOmVgGkTMNGDIFeIrxM3quarJfSCr95UvbNaiqptGqiUaoCqzsaT7FxpJeQJbGxCkA9sJZEZ+zIr5PnjafvoPrAZnpAnPCXeZ68geW1cJeQJeXiQJ/SJ95mK8N7Jx4M84VB2HC8fD/L5grF0f3Ysva09bywd/tCcyZHNmQYXX0S/Q2HeCZYS9Jig/4+beKU2rm/CW5t2Ne1v+lnT0SZpEyiliSVOosWhXBy4P+ufD4B/EoizeiI6KCnIQBOZWCDYy/1Ze3kAPZmlSzZDUCeijRTRDS/Oc3dLp8V1CzJ8CFKrBF9GHN108m26+7HuY90nu+XdmVZ6hld3d9fW8qQb0LpzHdwJUWcgNdfB5n9uE+32VdbXxDvdYK9/4DVuNu/npjbvzhuQZXtO0jkx6edRG7qcb7G0ITOCnoUJm02VNpXR04SRgrS5LWEjdDiMUY+/Dn4xKTA9kRHZwpUytaJKRY+UjaboMTJslZ9wrg89Ef1IlJ7H/VLsSNTA9pqhR8lGwtgsL9ixhK53kSdaMvuWZHdeoSsE6e7n4hO2MnMZGd9X7e1cs/C63+es02hfeOHppxuCGy/YesX69srKWluFttbosdu9IXudVseNnvv59J07nQ1ut8noqrvk3YfWPoyNQ8m7Nl3YQff1rqmuNCjcVS1GY0VFLPHL9Dv0XCNRFx1oE99RZTb6wh0KRNw1lRa1oICOmnBl5tliYol7gi5sCiOLge1TOm6RWvL0QfduZRsWiadkxWKxhSMvx357hK1mwkXbtmQ3bqGLVdlRYsuoQYfl5K7/yFfD009jfHBOZVpGE1I5kWxaffp4ThX0aCODXb865C+hCkOKPkiCkQtynMukV6Em9DX+khua8GVNeIPvZh+50os3ePFABe634ZgNr9PjdWp8A8GXEfxZjHcG8aXB64PkXiP+hBEHjYHycpk2EEBJrdYVlsuqnDWuQH2wzFherrTW13O1VdUKupVPvURJdRaKpYTNItuOsH1KX1p4OUr3KoJfythGpewpqaJznNlaUocvs98mfbQxs1eruSzzOLuhpbnOYaRrYaWXfXbns+nTu53b524f7r76siexKjC8au2R8bb0reELHJYrbsIxPPCNv+y7/Gq869At15+2PH/NRV/8+vq1zXh8oCH8yJb/OP2qp91/BV7AI7v+Pv379E9tV1wNPjgA+d0O6efLZeTrzCcN0CbnrWESx2PoHJ7fxVXl4t0wxNm8NUxij5Pe19VFSO4+iDDSAywXFtZEYe60eJ/bpc8bUxZiy6VZvHsz81vEsAajNRsgjGTzhgJMg09zJ/kFo7lVspHlJ2XcIZpn+t1uniCvU2Aj5piMD6WlfKC/vOsGSrmTewQoV85wA7RhU2uhYRsY6OriSR/9XAXWcK6hb7yPoL6tfQf6Xuk71ic19Dn6SJ9nduGXB4eCBPdls7qpiW15fYHlZL1F4qb9/Bmuns1vKY3xufpj9SfrOVRfXyQ3y2dKy72d+ymgnMdXcGgwPMgPcjsHpwcfGzw5KEGDg6nU3yB/ZtxzOflvk7QC59oZjs3PGSpq4qixgTY5OcGXl5tg8gFQj/IGzrBhbsMrGzi04aKuv0ncxBlkvUO6L2MX9RjVxxx1y9iF7NVCOfGH3O1A2Qc9NzRwzt8kYCLjWzTHEuSDHOse/FDWx+wgHwoHwMlE4Qj25hL/Ar9jOVW+HQjex+Ts7wf3+xvlLNLjZ7P+dRHrx5m4ySg+FKUDn6zGHYGMKqdK+tj9WwUfuxvRfKGSGxvHaHy8t5cn+4fw5NCJIXJo6GdDZKh2FuuYUCuyQtHFcsGpZXzps1lfCgi2GGG2qCyPo0ikULKStijItZ37FbXFGW6MJrcWf5y9G4zsna+AXAyNjZ29sMHgGXUo+I1vhqPj+M8YLfFmJrNaF0fNCUegQOaC2FgsN/gQjZAtfDVnuGTrJQRd8omuobMVUrD55WQU/MXM6zgUSRbKVNJXmDyir0R4K4fGNpy9KJm6pb4hO5r1jfvx5/DuQt9oizHfYLIQ3Licb6wqql/BN2I0Rq5aRX2DybULJOM+SrJFui5sX/56M5DnAkAzQR+Y78RbO+mUrLuSx9l4OQoy5K03A+4viu2dr05YxCbIWrQ2D9pFcf0lPtaKUWuLpylvDRtdn0fbRhHzXraWyT5D6qjtlJmt8Tpos+IG6FfV1ZWV8Zllnlk+dMxH4KOexn14qzAekeimTHCiYPxC4DWa4aWeRncL4xd0XhKwCbYXjF8UlIPF3CfFWBEDujivIYeokjpbW3m2rOQZky0uLJNRquPj7Zvad7ZzqL3Z0yBKXVBmisvWJEKsRI8gIYrQ/ldqhvNmW2qvl/Yx2O6jOq1Wdm7Yjbe6T7qJu2w2/XtWsY5cxeaP0y0n+y0sR+kR5umeMdvibL5ODW00SibPuiDBnD5LlGM7R+fqB8Bb2NDlTt+07zHfSZ8E+Xx0MuljlEZcZ7lMWW6TyCifGdJNZW4IxbsZMrTXfDdG3Xw8cbb1csbygP3SZ1m7aIvun/O/4ueQv772YxbkTOW4A/o3CPrJSoKSg2ctdJ4t0XhVKDNELOpzzbTV9EY+prCJTGygc/pFsgoxohX60zw4Wx9GfV00RpydmvPjCG3ni+xGiCdM5qZ6CCgfV+aitXfQitDoaJ7BDEdpqYxDYs5W4AnxLwn3y1lefp8Ye+g4iWsGV8H9Bw1VsnOr2IQ/EG6twqiqUosK4k8svY98Krd2EORflZ3fyVs7iJJwnzy3dhDuq4YfKul69AaMGrw2LT9DSO856w5I710vrocagjbjU6yv8hdR7z8V+wx6D52CkslyMbSfPrfA5lt1Iv4fs3E57/mG4vUGBDP/ofc57MKSFZRbz8FisoB3L+cQ73PW5d9XgMds5B0xPm7L5KRUVo/DAU2bs1YgFdtnxoP5mk60gefEGPjv1AbEGGjRZWNgyL3FTba6D4ENoNn0u8wG3Hk2IOZBy8l0i2QT4LbNcHSN3DORWJy9O73CO8RBT8ZyQWC6CiAnMEt7ziTzdgkdD0vxbg75aMTjiiPeR8ueHQtcTv7bJKM0RsxwfjHWsXcIdf6s3P766mK589bnLJUb4hqdj00KmHwVtDc0uhExup2F0KXWCuXJfIf0x5lcyx0qlC1vXcurxXJB7KJj5Y2Qi4ux66NFEdb5UJ9hfZC/iH2Qu8Q+CPUdF+AJ/kbXpQiiEFybl2plxu6YP7H4VFjPgl8xuZrqwbHOWi6mH7qm9uvivMkp/CUh72hu1mhAipaCPAX0ImHP5aDHxTnCn9M+AB2NTIQTmxIcSiSamoCsOccrUYKPCn8zw6e1lfFpPSMfFfoGi0taom/BqKWF8WgpxaMuwwNiyKgYG9ooi/wYAtiXZrDzYkgrxS2MITSHE2Wexi8JORzopofJ3FxC5tGszNNoJpPDJbqZwImCHI7ZhKwsg6+5Kxvzulql0jx5ob0b4X6elTcXQztb6CL03Pzxvvz5Y7CtucwcEM1to2wOWYzLBOwobw4592wRDvFKTRyF/OUqXljTVDyvCr75rtiWxKLGvBjO5lRZm2US9aqBH5wzOCDGsQBrsgB+ZwCjgL+iTmyyBB6yW5h9HBDt8HNgH2aQHQ+pDUM+jAezuhZ5STYw+5gR7fARcb7PlEqFw5BfdxXouhg/a38YDQ3W+OD+oYK6LMYX7E+cf2T4qRL4dRn8PB0NDxkkBToC3EszuDkd8aKO+KyOeIz4VGO8SEfMHg+I9vglsU+hGlhNmeCBEmUYzZZBsEfPDO5k/ZeyyjjfOd4JVjRMudAJ24w3CbEB7An4RTL88u1pFUarhli/KmdPkg3MRmeK7Kmf2VN/yluTsSc258bmdrnMXDD+Aarm9RiFHCGCQhGbHOSJZguTXZ9L50+uzc6fqNCTrD+GY4LODHEUjzdAcpMXfDJ6N4JvfIvNO3F5OYuNrs2mB7qKHsJWltCFBTl+1EcEfuI8KSt/Et+cTFZW5sovlKkugw/1Py+Wv4+3VsRR3wq6mEcov1COS7O497K2zvQsRs2LzWR28T8PNjezZzDzsdn6AU6s989CvVN9hXl9WRyFkxSbTqB/O1foLJ/RrL6m2VpE10F8KI7jTGUaHaiMp8sJcDynMtbeI0JzVtmT0lHkRK2ok7cbbU6CcAT+tpdJPE6lqay5qpxgVOtqkFQRBR2RX3g5Cq9RHJp/OVouHIsVY3sxWrm8nWIze8XqMN14sRZ30I3XsLAzp7h1rHCfSya7p+76v5wOr4U8VGVvCIcl41ef7zBoon93yVduveLDT1VoVY5gWHmex1ztGbKtxDfK09OeiONm7urL6yrKbR4PDvA3nf72GrvZ1HQDt+C4+fQD7IdWx/XcVTscAcKxs+Kh76OV3oc60PV8R1t7TbtW217DxUwdagmH3XGTqTNiibm9oXC4PmD3trdAwXwScziAY+HGEIpiR41aV6WtVaFU7I/RaDQVez165LdRem5TWSwUo/uRxV6OhmL0hMLytlBs4UjspVhZuRXUA/qhczvipvzZLWFp+euWfONKxJqweMBynXjF3fTAAxptZeVgOsVbrFptem/+p4ce5Ko8VT56GD0+L3Mpve/06tO7zquu1uvcbq2upuY8bqr48+p4v8G19TR7RWx+Z4iu3QNbiKFL+e51kSsi5K4Qpkc9kVb/kJ/I3Va3z8216oZ05JMqXFV5PbodLEgeiznkyYZK+JtwJI1VxFevUcaga5UCO0mBmQh7u86z2ZoJQ+5sL2yx1nJmk464nE2SRLxL0hLTwedaSSzaRRLxJgLWwQU6w2af3dj1qae2rL77mnOaq4Ijl267JTl87h0bw9qaRn5tc3Jjl11f4TD4ItxDXSvrVq27OH7ptz49EF6zZfsdqfP2fHXXrVfWrz/02gf3+y64cH2/P7Hxpv7oxtWDNf1srrN/8ffc01DmCLqZj6wLXRH6VIgb9q33Xenjml30LJt1Ojysw3eo8HUq/EklvpPDdxJcYUPySKRWTo9s1AUMAUcgHOBsAVsgVku/UhltkMVr1JFiLUyIajAcKZixKtYEKaEJ8t8tDUZ3dVn0ise3rP67SwcbzWvu/s4G/sx62HNTX2j1NbfcnrrtvX/bn1xOCzQOuCEPMoEewqgPHeJ7dDzu+A6PlXwFfyV/Ey/hFfbm5kZwYC6IT0H8kClkzsagqbExCAlpo0KvVz1uwV4L/o4KW4wqhUWhmiU/4T1Gi8lotBgMRqMiqAi7+UhHpbIxHDaWlal0OhmpQno98E5FQwbmSOBAdMLv9Tei7DSXilDMFoqF7jQEDeiHd0q3Gw7jqYkp8eBd9j3bfWqb+M0RMK+pCyciYWOdmW7/YcXGLpyI030sdViOdRxol1DtglYlLezYY+zUEdAz/Ya06Dg38e42qHHDzxX6W/G3VmwJpH8U3vLJm9r5c+MWd/e6uK61f7S/VZfelGgKrcDV9c0OndkVMAfWjg1UOcdX9UlHPbKhygbTwn/hU6aO6lXlHo/y4osW7Fu+cnGDPdpR4+8KWLBMY3VVkN9u9Hq1Hx4yVDjLK9xWtbdrPKDRyTGti8U/pP2Sce4BlETj6Hv8NdXV5mYf9pmN5rDbZ3K7fTU1bvemUbx6FDtGw6P8KKccfXiUjBrDPT1Erb6xDG8uwy1l+FKEvXROHp9CuIxWsbEMaqNMpSLEiIxVidHOQV9Q766tLdNoiFJprqqqVsuE+BbKVEVsaV0IOt+2Dew2mtX7NrYdS+bnCVojkbAHN2Fhnprt7SbLni8NgU042VheomKkhXVC1qafV1jLtCaFOYGfNDc21h09UiZXOIM44Cs32aQGbXq24cqpT+Yqqa1/RX9Cm/5GtnpWj/ZWOVet6HaTZwxea5lNZtB4PL4aX386iv8a8BkVaq3HI1VrHXKv4/Tr13z5kqZcZelsnqrZ4lqCdvd8yLtc0kfLveRrtN1V3INeYDkeYcsm9TrIU3w+q5UneQsbxecHltAeZrSeGUIb7KeBdHbxt7w6HqfkUSCPFj2/INBfm6V/mK1Jov1LEvbzfuL3++nuFeJWFNmFJtl14MX0TyxD3wz0zWdB/8jfyH/P/4S/7PNZ+i8zevdBjmwdxbOL7/Ca0VEGICxCKwQoQb+X0dfT515GcRHECECM5EFMJfLmbmkdsrl3mYLu9lP9LDngmHNAdkeeczj0eqi9We4PwsPDiRI0h2mt06dcHAYHozzp4ErRZsZm4I+sU3qtwQf09zKEh38NufHTHIkJa8bMcRSLtbfzhCNOTswSl6V9ogRtW9vZ0T4CtB7Q19HYiVgGQJdj7hIBJoS1TUvp9yxHLwhQil72+Tz6L79DxwnKOGJoxND+rFpFqUY4sSORKEmzt5Bm5colNIPQt21nfvm46NM0l45B/671ZCtpFRbIsjetGXz0FV7dyvrw4mOY38mu0BP1Vox3mK2ThH4gm0HWa+3QZeimAD0A0FMYIwTaa0VaqOlLEfLzSkjFW6ZbHmsBO/lnXtPSAtQE5z/jlO8nxRhPnAGDPjEy8JEY1NfpXAFbzyYZSpRiL9RZMd2epXRFLLN1LT0ifRTq7QSuEGphkZ780cBXI4P7hHvRzTnc2I3Hezf1bu3lUG/vyAiPBzK+MpUICXM2S3EOfwTO8PAyOHIts90TZH3W57r4EBp3Y0BAboN7zD3plrgJHh/cNLh1kEODhkHH4DRbJwKWiQlp4TIDchR2W2ncJxhu49nhUuvFzRzImvgoXOqrK54meJAanbGqPo4GcQbq2ODJQdns4p/46sH4qiC/hHdWdgYvLJHMxoQiPnvOks/Kj8VHnR7h/pH50DdFn6Sxmq01/k9e3VhrlPDYAYbkyN8MpATd4RJ0+e1TId21WTqhbXWwZ0OgVYhQQkKXTSbcBaZbivaJkrTiw4wfQfsIOprxF7Qs0xJ0e5bSLWWYoWNt4Dfz2tAgrybY0R/uH+/f2i+ZBVVp+psZiPBo09L4UIyz9yNw8jduyceh8fo55q/vFvh9Hx9DWxLYkNiS2JHYmZhOnEgsJuT2BB2JnoSvdrEvFAl84tzFcwk699wLLuDxulyzm+cXRfiH/2f4Gzcuhy9/n/nDuwVxogwZEuMJghgclyB4PVv5otbGx9aPrydo/TR9Wb9pE40TQ1x2QjE//hTiPvFxcCcnzxqXxgmeN+bjHk1IPkLi4SLkbGwoxN7z8bAFqZfHZu16BpvmAk18HTLEx+MExcPxo3EuDta/xrCGoDVrrr+eYm3NtvP55S/A2XtmnOuuK4njWTxOwizOPCHkgd9nLbxHaOHL4shjURh4bAOzt+Wn8agE7eHStC6gdRXRLu5ntNdmaR++CyHvc+Ds/pQfEtCXeY3foqBLSvLX/Ody4CX0TyxHn99/yaNfBPrL8+gfeU2MOvJKWym+iewa/UK6PcV0RfwydL8AurUszgh0XwZdeaG1YcPcBi10tzqbFHTtUhjowzl6Mb4uod+7HH1RNpOJz/CH283ix5+W5CWTyi1KYlc6lDuUu5QSJT4RwigUam7mcbQgUCRK4hz+CBz6PG5JHMm/Mh/7U168ofbLK/Gk8qjymJKDTM8R42PTMU7IzMF+nSX8oAjniTPjQIZ+djg0nsR5L1LytY54DmkstkQoV356FMzquwhvz1ngCcIti8f8/U95caMetH5UiWlK3GhodDRONkqE7gSgjOQVcTmMvctiQIJWEkNY2/BoZm0D5DPC/kTQC2yspVtUFCczJWgOF9MUJzJZmmuzNA+z/NvB9sH8Pc1F6BYNpHQeU0z7REna0nlMMe0jYg7E9t/kNU4HNARny3dPSdrSfNHimzIp86u/sP5exj97eTNGY+BY+5VzSskh5c+Ur4DhSJTCLkxKwkP10BCgUiRQMBiN8qQp42vU2YQOf0n8w/8D/EjkDPjybzF7/wuJZP3ZwZswOgTGRffApREFuqy1nPjoYWgiV/Yi2ieW0EIUWY5W9qZAi6/M+m0f78DIAKWaU3JjyknlJuVW5aJSClDjITwdeixEQkKnHeJmRi57ptMu9EaWxd/zsfEF2UviL/4VbGYva0OfzvMnlue/zKujLpudxx6wGE9hnr+ETvApzwyEWujfW2riszn6/CZFHIMT6a8V6YX+uZDpf8BrfG6rnS/aHE14lnEJ3RMl6PJ3VyhNl/MrIjzN1exSc6U4oqWy5vyqkHYJ1xwtazefzusnCLSQJIx02KjE4l6vH0G7l+nYD63uSJ6SMxhDgDFU2PCKefs/Ur9TcwXt5Qq+cmMNRsgask5at1glk9YdVmK3jll3WTkrRe9KWNkMuCJhxbu6prvowzN9fTzuzmtKhQfMJ0Q+Cg21UzVHLsn60GpehXgrRtZXrMQqjP8w1EDHQNxKcA/fNhDv4d1+eKmsiaMeRw/fM90jQT09Q0M0/kfE+E+XQon7ApXkted/gVd0eV60zcryom1WeAYx7BqISlZspc8mGpKO5HRSgpJJ2oMiZH1e0yW2oSsWj0s+YD7znOBreAyJzyx3hSyVPGabAha2Q8U0h4tpkkCTLEVzbZbmYWzLt7keSkfo47qJxJJ2oJj2iZK0wu48H0X7CL6L2itfSfOfcGxrbGfsWEwKaUYp/uJYZTHGnjNiFMmRj8H8RsD4MtOZ0Kc/b5ARDgPhcHGfvphu71K6tUC3tsSYm6yX+hh5sKDtDPAV6FElRspHlURJV0/wdAFFayrF4468wen8vlkRjuCrXt6ShyOAdHXlgxT27w5R3yAPCjsCsXawFvqOkGDxSTDUZG8vtc9gzj4TJemeKKbr6VmGLibQ4e3Z9q+Z12ckXmRZJlulbqJj1Ek+SbJCNGR8rqBfWYi356zwBOGWwaP+m8WjeSvFG6PqFHRKMHvSxaTQxl9pPtZMl/Wdfz7FW3MWeHvPCu+880rjFc3lqFXoPiTuhXWSV3tKTIHlzcHk0Qm7fvsPkpRP3IpCCa3Di7y65CzaVKkxZpG3nS/HqPkkk5oOruePXOGisfkc7QCj9RzEY624NbOFWMnh/alS427Am+0LwKvxJjset2+1L9q52cV3ebXdblCz3T8SdQVP3pfAGEDHmb8a8Bh73IQSFnYHBDpPYd9drYK+rOMZbKhgu4ipKyoMBh5XAGFFXrFL0A18X+Cmt2KN1UpXahcOU2TXoxbm5aKe/TNs879n1fp4yI7pGB+Ula5pLSzrVMn+CJSV7sXpf55AUXfU4TpR5dVQakNxJ0jUV3Eek7M1vPg2r3a76Zp0L1B6S+Z6OboBuhYThZ6Dm3Vlca9g6okxL7Z7MfLS5blFKePEVHaNWVF8V6tYjI3M4DBd22f3xMMMTlkWfyx8IExQOLy0YZwIlmzn1AMMq07IQZkBRqNLqcU54PRIbg7Z4BPmn8vkpJOt7W/glZyF76bPFH3UfHTGH4vwDhfghSheiqd4ZzFHndGVgHltFpONpefJWCWx9PUD5kdOGxfImMN7Yileb99SvKXTyMvgPfK/LN+e/w35MvPUgPflArwmXiOxrFvP8D5y3ltYd1CEt7cAL8rrJZbz1zG8s5oHF5+7HcnNaRu8dB6cIf6RtftaTtvRrDLxZ5gXF8tajHM4D6eJN3Ha9gTF+eip8sx4T3okf84ZECGPoIjsSUo/r5JoU+2AWDj/PTBQOP8t+NpSrCeKsbralmD1958d1iN5WCGog4xcS+bGBeHy5sYzfrYUc08xpijfEkxByOUwc/PngAl5RxbTxdsk2jWrGKYwnb5hQ+F0+vI4e4txVq/Mw1m/vjROwXwei3ei7WL6rI/neYLa2svLeKEdKjktGEyUwjm8BKe1rQinaHQtuLTtzo9tDCdAnyHr7CqnA9pnnDcU1nwXYT2xFCvZuQRryThYSSw2j5jFgkw8K9ey04olcfYsxRFlWnaaMYeTmR/Mj2EMJ86Xc+ic1QznLKcd8+dp83D3LsUdP2d53KXTkHlxI2+ekFoa7cNQZPakyUq+naCLLvY4+Y83bXjFFUunDfN9pJDn4aU8N130sXlefvkZeebP0eXiI3sWdJC3cWjzZZTjWU0zXn11qWnG5Xk9Uczr0s1nzeuqqz4er0fyeA3zlSXKdaapSKFkxVOR2VhexGtPMa8l5ToTL6FkZ+CVm6/MxWPGq4Wv59BNNzNepacvd+5cOn1ZoLMC7L3F2J+66QzYO3Ysj70Cco7s+A/1Jprjspad9nXYTr8jK2iSW3oIicWQYozDSzGGR/IwioaU8jCuzWKwMaUsBouxq8bYEMkZx5hKYj2xFGvlqiVYS8acSmKxMacsVpSvy8p1VkNQJTH3LMUU5TurIakcZmZsicbxgjpg7cHFlzCAZYeoSuLsXYpz0cUFOEuGrBgOjZl5Y035cZqdXBPjHQT19ddX8KWGsFasWDqElcvPCnEPF+CG+BqCevsKcQVQuhCtaEgr57t5Y1N5sZb293w0TgwNU8TsUNXYWPFQVb6vFmI9UYw1OFSAJcxmLoeVN1aVi5WSf6JxeYYbYvsnQT9UEO/MI1iCzEUjWMHlee0p5DWY4SWIf2ZeQpnOyCs3xpWLlRleF2R4XTBBeZ155OuSS0qMfJ2B195CXhszvDZe8NG8Lr74TLyEMbNV2TGz+7NnDw54Qks74nlrxYezNLuzNJfWs/GAeqCpL9xntKgfK4yzZPuJnuc5S1OIDgXMLjvEl4dD9wUQeIv06ueIJRBkW6mUHicQxgKz98d4TYbhWY4NFuprNFv26VzZvVFKmd/zLij7aFaW6YI+MrQ1nDAmsAxEbn8iet6ZsC+b+n58l3DeGYEODt1gpxGIGgvPbRFoLs3S7AaaKnZeIXKxDatcdKdGV8E+rMJ68msz68nV9OQRzwxxMKtS6eKTDjztgG5QUyLuILhOWGDJEguUt4Y9Rz+A2HmH9JSJZ6w1cSebw9bGdzoPOMls+jle5XTQPjh2ZGea8vvuubM5OzPPLms9lECoZ4TRv0vM+GXpo8iMInwFIXr5MYSPoZOIIP1+DdaUc3qCFYQp88KJI788MoHpIfNHyttC7HhoemI8PeE3e7Kx1YJf/tlqRaBG4dU4Q8mGpN8rJY+u8kRk7kREG3UGo5EQ5ftaegT/fPEBpEZu3sgZzDVxJT9Hd+ewS7EUyaSh119EoYnK1ycq6cm+QQwMOnHMbIpFW/DPoz2fvbytojq91bv38cfHdP9/lsMi6Sdfko4iK+p6VmfTm+LMA7VwYb2Cnm8fQhyaxVt5neYKrTYuuc18I1LcpkcoNf/KqYXjODR/amKeFjCILcJZ28KR3+VUAnY4PPkiuTgUGrthvc9vU5c5FAf9TtsV57uGrNLRvbx9vNNdthZzWiWf+Byi531bJJvIl2SfB3lcwPuWPJmccGHjj9WerCW1dwT4sJt3j7s5t1trvYKKmRIF9WquMGgdWqKlYt5ovk0bT0nGJJMSTlLXyFfpfXZfyMcpfCh04cTcwtyrE8cXTtGzrydoQUCbE/Pvf0SBuLxjsKV518sWVEIPxKZHZacfY6dhNzalZJ8vKnuab0yxc7ObxPOzS4wHCPMB2f5olC+nh67SgYWzmx7I9Z1Z/PxmHhZ93tzlLi/L3xOgkDebR8jrq1szvJefVsjr849m5yOms/MRm+gJXkE6GJJ33E12PqKAjsXMJfzZmMMZYIK5NfvXZtfsQ0S7h54Eawa/rXXEs8v2w27iFh5uLqPHsbJzt+jWUTiebThDE+K8A8U8LmKGhVH2RXry1iRvwfpmezPfPN68tVlqgJedzdPNkmZ6uk//g2zruGfKzcIWcm66UV1zM/CgktjjVIRJ9w73UZDopFvuznCmM+V025NtU9l51eeF/iGuzJYnwfuhI4UBBTpSk/Ed8V3xE3E5FGLAMRAemB6QoIEBmkriwUzKFprI4R0R8fLLciVvR/b4Y/EDcW4sPhcndhF4P/TTGPQQK9Rf4zSfeyYcY++8G1SqH7IPzQ1B+hke4oemhw7Ah8UhORoaYgIMZHuiwaAweiDYGz3fNf8MxE4uJtrlilHoJorxHoyOO052Sa8FZ69AG5+lEex2bhYv8KHMfrkSmcyoPmHEJ4yLRmIMS3jJAfB9A8b4V9x+AzZY5HoZVsjyIukr8xBMJ44I0dTwxsTC/AQ9jB3HpCXjKtnlTP/6WPpUUXSF+L3+q8UBtkje74K8C3wccZi7/SPkhabkrOWlAUuJXUb5MvKmf+288ovFjcG16T0lBGY6toDMQgxuRLvzIrALLiorj/rwUd8JH/HZw7attp22AzaJrbCtCGmuQFqDlii5TBDmoemQ8IZgXLJf2FkmYAgcCHCBKn0lVlRmywaFejGIbIaVxyuFqDx5IYvLUFooLmvqzhSXS5Z+uai8t0ghS0Ny/xLl0N3A2Xznqux85/0viCtPLI6l66rFdcb/CjRjLF8WaHZnaayK7Kxq4fk+i3+ifOj5WJSGnqP5Aj1HU7X4Aq5Hl8xwTdTral3xJrYLWLk1bmjC8G928UfPN4U9dOmTcG4i/II8duDCTUYwPWTzaISL0NOzIgQLWTrJnrM5JayQCk5sE9ejlZZhgMmwii/jdjTtanq0ietYjmMYp8KT4aNhLkw5hpfnKKzTWHwF+I2zmC/oaTqjJ6uL6knIyYv0xGhk1xfJOM1kHOZVHAp1sCXYTDh1TrgUhC/e3DYQt7Pjf06mJCmuSMDURDCRmWUR9kaje7GxPS//JPaVEN4tSOgI0D3YSuTgFqB5gOXgAs3uxUUhB4cG10lpSuTgNBG6X1innBfjQ7xryWpu5HA4ph0cvLndEFwdBdE9u8Z8r4iVH99X8lWIgpA8SLrS9KhSpsROqpzawb/Gx50YOR3OsJN3Tjsfc8qQ01nAaCoXwwtinW2Z2GwwSDTLxWY5llsM+jKsKFsS614vFZupk7ucZrrbhTmTgomhOeTUeBU1AcXqn42Bb9PIPOGMaiMJtyziWfVo56ZoCXlLxua/Xd5cbC4pLwvNheIKkXmpwPlxuQF9Iy8um+DC7UY2DKHTRiyczeHj2RS9SVcWP+nDJ6CL+zEidNWhKlKVidBuvQcrPGcRoSeCuNJmOHIEvvjoSF1KF8sG6kL1LI3TdyxRVXZ9xqrs+oz72TpR9wx2ZU47eJlXuxqtpZbi5uiHs/S7Gb3zWTznPellD7OovR5KLSwOyZ7OkV1Xy+Lm0yx3HUTfXmTRG30botLaGa5DjN70/WmISRC2n+vojDaIo7s10QZA5ia7cKprsutoF9dF42dX0dhs5liuRLBA5hJ8BxjfPl7DPdqJOzo7ljDqxKnOyc6jnVwnZdS5LCNxPd16yM1n2dj5U+L66INMN6SJt1VBYV7j1U12ubx41Q6LbcW0h3PnHGbJGoCsoeR6m9FsfUwXrMl2h2lVCKuNC86HEXVy/RKdTAs6oecLvvxccoitkQaVPCdoZDTbOoxuHd0/enJUMsoVaUVoHbJzfMJeS0ezey3dj6ehbWBxPtRGt1lK0jifLIjzAs2lWZrdQCO2DdEIpckcEl/YNsj+W1jni3uybUPfwfU1WFh+a6OLk3eEdoVIaGdNAhoNfzzE26rjIWH9j5Iufo/F6LZP4gR9UHhoIDGRXStpFvGvzmsvzuergQWejuAIXTQc4T1+eKmsgRcIMmwjbzMFj0QAHE1a8Zh10rpfWDfNK+EXK8ah7GiRsAEl8M2sk5b2sbnKvxasx+5hK/p1Yd1jukWdxAEXm3ScjoST40l6buCxpFTY6FddHhdWO5JU9jmIqcx6fqjgdyRmMgdxXo30qApdBX0/XgZ/9TVxmlpzMo2FN/AGuj+qvjpu0NEmS6/XY/3tGju8/kqvxVqodV6prOA5vRErjGI4nFuYS03QgL8wsXCYhb+V84YXIQCK13RkJjc+IIdWS54/XjDHRgOaGlMfOtO/Ofow3yh0/SW3NbAxAv5hvH6+MUVv4lGJcnyCN4jlqI7nisAroVgI+g06DSsHouXQCeXQYd1HlQPkz0hvOFyyGL5sY5ZfDDq88YX0b5xXfk4oRlNKKAYU8BBtzsSCpNiY3SehRT7E2t0gr7LTno4eYwV+AaQhILOSu30rwiG4EVqVhXkqYabVx4dcoCraoOfmAbNzUsK6uey8Twfde7i1jU7efcx1dAXzjGys5Lk8XOFcPUpZOB+Zk2OgQI5gTo6PWINXuB5wNLuGbxqvRGImHE5Swvz5tMz6dibDaFYGRlM4n8nm/JaBEGLL4puyW8XnamTZ2BLjPRg9pjygJGHlHE0Vw3SewVEdrp6u5lB1Nd0JF9fkZZ7bss9fL74pPQZ4XtVfrshFkh56nhTDCylTyjHluHJaKQ2zh3U40FRtuJbUUj1pQU+1tQw9+5iOCC/Gwb3C3A96NytrCx8oEJVXPgqg2OGni+Me8x/wS5HfD0aJcaBA4GyuLKVz717yIJ+Tl+ejSK+0U7iQkmbLW5U7gcUcBDXQoRLrgxgFw0E+COYcZNj+7LOCIXpeGMNOpkekz9HxbJBXGN/InDfZFKqvyI1n/wF8PMF8ow2cl2Cshy9/RaRWayVkbgvPcreTCol0liifqXvrm7ZgcNWplacWVvVv7nsbhVbOTyTBTyZovkkSNLUUcsn88WUT1GeVRpMdXVYsQmjYD0lvuQbinEJbMMKc63aXytjwy0WJa8+SRIzuPZX9E/l/4PPib9PzyC1Vgv4NT0OT/13u24iE5qHNjISNZa4y95BU+ZfjMjpvgxc9cO+/S+9AOnSM9+j47dvjhL7opDKZVk04lVSmlSjVnEojVyglco2K42a5Azz020wSiVIrk9FP1XKNSS7XKOQ6ItVINBKVTCWTq6VarVIp517gvoPk3Hd4vRRplVqlSs5xcplKpZnlvvOMQiaT0PdNCoVOlLKiLVS5ELWFKgwLbBetWAXbSDEUQvBdaH6e7qAVhW+EX6JR+LWtrbztTl2TLajbbjicvYDW707JYV3yTp0hKTkcDELZXWVyX4uvxdpilVvlPvfQZyNPPhnZt4++fjY9L73mrsi39tIPe78VuUvUI34KdKNCn3maiAVHGPwJKxUK+kmPVPBJheh2u1Ay/ANuPyhdAiXhkYrbz2vlUoUcOigKlQpj9A/cU2gOSeFXWWih8jSUNBZqa4vFoGTJkAE6I8njZeVt8A+KI20SSiMVSwPmC7LXQe3V+VrwU7+O3J1+fxCfc3dE8tSrkc/89WLpW5+J0PpMnwP16WIyb39aoVQymWXQ1snknERCP0HNmqRSmUQqIwq5SiqITJjIchBZo1RhiYJTyuVwkyAxgh9xaL5Q4lAyIzCITNUfpPvQ3ZkVF5RdB0oGVde5BtPv3x35NciMQTrp1z4TefXfIp8B/f4R/0hSRnTAvwZyZ87HqxCqlOLLJYNDtqDhrVWG92k8gKLXJeokZR++LnHhHw2DvXfjn8rnyEagazhIMIcwnZCz1MRBx4SjS++V+jgHLW8yFEwiEDloSBogqBgTdeZu+Q780927qauQxRPpAUn5YivgyNGKGSmox/ecbKf8FTmRf4/roI4FMlk57ig075DdyiWXKyGYyaSXK5iA7yUBVnhFoamkYSGZnkouJAV5zVTmcioz/Z8+vvbdtSyWzHKb8X9Jr0JmFOYrUZfZrNHIOPMJykxZ/hTHgrRSyYHUEwYw9tBEEqXopn5UDU1YCFpmk9glZZv5fe+66U/0RVb31ZVXlas961Zxm4Pf3LZmW7I12qKUd/Zd0Mhidy+3mVsjvcrgVbz2OZqdvoY/IcTupyoqlMrs2DQNJlL4y3SC6srqyjzwgpEEnXZwc6d5KfoQOSRz/y/ei9HdnAt/AXSvQxFe5cVeLXkQYx00SWt5g4wzXKC8huvSPYTu0P/8Qqje9+dPL7yNUqxCt01U4eaWLsyULwdfutuu1Rr7g+6AStt5D8DW72joaqm3W6t8t6V/TfX9OOfiCNP30Qqq76N4C8hQ+QxtDGfxFl4z5AOJah8f8h2yYwwZG9DIgWY10PgURxdvZWtsjtKdsRg1PYHEzOuIrbbWZuOxTa8Xai2Tbx2HPuIM5ad6iVKoXsL/DT9UPBP7wA+dr30HCUdChlmsnRny4WCX4U2qsQsW3+I6QB9+1IZG0AY+enP4njC5MozXhbFzpinWgjCOxGakml02bDNAQOjkB1u8RqMct/M96oh8oIZjx/ctvEzPoWuDGAGW+sbrE0cM89G20JGo4Q2wWkT38XRx1HZb6OadVsF8Mxsb1hKmUPhrZAPfXh/9Xc51YY7qmm39SehZh/hF/wDhNBVNbnNtbVNdTaBK27X5tr5Vd13WUefYOO20r02Wl3e2ywjp0NWPh/nyWr/VWl9b7qjDPHdOZb22qVZmsvsrPM3N1e5ITWNrVf9Vw97A+A2jI6OrLn98sBd3bu3s7Fp1u9tq1wQtC993rUkjPkwhymvrrSFHHWsv/10ySf5VchS0Z6d9XBoXOAzpHUEcxJsJFm+EcMNBDPCQ9xdUkqM7qf1J0IHF43ga9K0WZ4a7+DobXxvQ8OUB6AW5+UAVX6fnzUBn5hp5n5KjK+aEY/7YTrGGeVDxL+cNr9B/hT2a/AndsmWu8XR3U2NPd1OIxz3CRXfxu+R0U3dPY1M3n+5lFz3duYs+8eL/Fn/+v+FeMADSRnZKrkcx9F0+juo1bVuaro7saNoRkXjDzeHe8Nqw5JwINv2wR3uv0//DHue9TvkPezT3uqp+2FN3rytyb3CWsz0d7onMclZeG6tE2lg0amvfAQZFw1K5xllXp9WYTYdkerldHpJz8ln8HG/2xyCWVFYdCgi9gnG/xP9UfBZzM9+kgWsCWiFqg4YFegXtoHA9D29gSYb35k/j9+jQBZjQ1ASaCBrZLFMNNtXi7JbLnThOxzzZHtX5Xwp7L7fEfn7Rhf0Bv66mIX00Uq5VyBoaVwzKFLXR9FG/USdVKMqM5TbdMzUSsi0SmfpdpFbnditkBk3sjbHmkfTvYhoDfKGUa8rCP5ms1yrr+unYcO3iACnHd6EAiqORmYBzlnv7oF4SDFfAxdMmsxre+PJwg96qt8bKa4IxBQp4iUQBLvfL11+lZ4WGjjBPOULdJDpveGNubuHlSFhKW0uZXHAEKAadXbNji8tJP4klZ2O6zS2+BD081QQfSHlvF4/PNzo8ycErUp+7bC3USCI22D50j0ullUOyp3X/4/rqdWFP0+SGDb1K/Tmd53Z6o5Zdva72jl6fY41t9QvXqGUShVv6r259pN/bJZQPn8D3IQuyoyf4VlsNVtbgv9Tg39fgwXJsLseycvxeOX67HP+qHL9Yjvu1OKHGbjX2qvCQFAelHVJiQXqqDatdQbURNSB6pKrDMm7ZZNlqmbY8ZlFYLKYuA9Yb7IaQgTPQTQB2WLlVVmy1mqo0JgkKHaFqCk1MHJmYYGeu0rj9+sJcFGL1FPtDt15mb1NTHpkw/C2oymKuEzSVPWIVn9Al+fO39HV29d9y0bb07eHWi7ZEPsGpHCvavE6ZY31X7/pzrtuxesOtF29ecd7tfx+zDjX5OzJ1Hcb3ojLQxZf5dW/X4G/W4Leq8XPVL1a/Ws39lwnPmn5ses3E7TNhrwFLDWYDec+AB/S4RY+9emzT1GuIUoM/0GCVvFJO2mTDMhKQ4Q9l2MJ5OSLn8J85mm69zWv5chwpx4ZyRzkpV1KjqrToaqVMEVD2N6C0EE2hsKzQggYEJcAfj0muw6IGaPtvtcjj4ompTBUk7PRsX/Hp4S6Xd3vfp0f5Lalgz7jb5Amv/+z1KwdXrrxk7eUrB0eHJ8cfun9t+7nhkcvWXMPihnRxnKzEn0QRvIHfLAviehPuVWCpHD/vwrudX3eSzzjxZucNTtJqxisUuF0+IidDMoyx9PEKXFHREFDam+pc5famRoe9yW5ylVuk8oDSIpWZLdJ37Fhut9rJ+3a8x/5v9t/ZOSncQ1Xht0hNFosUNTUFoHfm8/3YiY1OV7lLEQwoTUq3kihcNhdRwjez3O/4VfBlQFkfCeCTAbw78PXAmwGuK7AqQPQBeyAU4AIWXXm5zRLwu7z2SovVl6oYq5is4CqaIuV6Ka0cpDPoHLpNuq26nTqZDoUm5l6PzrG/eZc4dCQWOmL4LbO6I3cK+yhP3KmjZyDDC54QdrGGfy9ltlGG6qE/6fUG4Q3DLRNwg5BtCFuH0xcpxK1EPIRZZZlddGo9hempt3VmNgxgx2yuPREzy/SYTuxYycr06Wbf+Dp/8zNmg7X5uit6U5hrMEv0vsaGhhdaV6y4O6CyNx6wOLVtN9zQovIQi4XTlA8+/KWLLRa7rlZmS6W6tLXw5WWbDydVDoJQkd9/lW8ZNOFhFR4h2G3GUrPZTN4zY7cpboJMCEtM+D0T/oMK/0T1axUZkeJhgj0kQYiVmvJBhU2nl9OK9Nlset2jiv0Kcp8C79fh+3Rf05FJ3RbdDh23SocVOoWuWmOszng73WKd/SmjW/KDrxten48J/i76+tQUhjePSQiTdc3Mxn3i0cpylzDp1YxPMD/Hn8YR6uhGXQe/bmtv57mLosdPgavvuIi6umZDV8/68f9gDk/tfQARybcg9xnE3u+CQo7xAbU+fpfqIRVRV1ZVBis5vdFuDBk5hdFYlarA+gqs4iosVR5ez7EVTZ9RaONxe8jTySs7W3iFJn6iBS+24JbOTsLXj9dvqufqmzyeWocXT3sPeIndO+bd4uW8Y8C6x8PVEkuttQIyZ6SJt9Qamh3N4WbuQDNublYgf219PbQhXW4FT+cJOQ+xKxT03A6FQjNYK844KtBwzSwXfWZSgzWhCWhaLmQr7YLYMGf75dzkhROVhpULc+wAZvoyMSV++NU8Cs3PH54A9U/Rd/juxYmpICqL0WHphSidiExVrpyfO0znHOFXuk87noJG2SPPnBrhhPwX0WqIRZtbYkYXcTnKDFJ6fDM9SsLqYmdKlLH2K1YGn5owfDSJh0m0SL41ttDkqLV7f7yAdf+y+cJalalGYTOZVv1H+sfYVm5rc5Cfq93WjoqB/3NoZZVb4nQqVZpE8lCFzjN9a3MwePKPToPpUmzA6EdHcE1YX+NMz2FZeiz9VeefzzdVuX5+vU2VftjmGE1/t8dYUZH+3bhO0RxcTbOnkcVbpHrpT1AYNaMufC//iXqHsTIuSWBNQNGuGFG8oPipQsrpoUuEFzHRyerrDca4r/3GdlJd31BPhkx4rxEP6dbpyF26h3SkXoN7MZYE/A6JXSpvjtRIamXKeKxKUqnSdLXYJOoKuhKHq6y18/QBfN5nMMXtdrdBiujiI5VDHVaTTeqtarJejXvVWKHGarXBXeWZxVLe6KvSQ4+QTyb1BrA8g5fnw3RaelRhioczNsAhnneGFeq48xHLAR/2+dxcSyzil7TW26pqHBJgDCbLIUMYO8J0dJ4Lb+7CgeZ4l2RXw6MNpGGWC/EalUzKqSVypUZClChljb1kjS5MWaMTYBbR1MvWqDU2b42maPf/D2zu4mUwjKhwRSeqV84bXp2Yf4+dlk5d9/VXL5w4UsZMEW55/dVJ+tHaRo/YyPynbdsEbc0ngoha2eQEnd0hdU6f3NXiFV682ePkW2JyC3sBgwJj8/qwkBphemU1utycDCKjVP+j9AOxiGfcn+pqHe8/v/ee8zf8/aPfN1c6xt18V3S806Lqsrjs9q7r0rf0Dz+0dd3l6T+29aV3RHsOydO//lTqRtyV/obs6pv0tU+81L7hhdMv7jmwaYJsukpb9YVnlBemYz/b+OHfla/s3MV9vVb94a5gjWSOpI9+6Y30e4+AQ48svgl2dRXqxxx/iR7bMamRWXiwnXZuhPsEdw/3CCe9S/KQhKywbLSQf7FguwVbK3wVN1Zwl9fcWEO89k/aSVUyJMMyjLr1jfbGUCOnaHS5w690427UTBc9zjW/0izVcM2m8iojGMiz5irTIN9PTaIDTKIfDSaTfLgt2tRQ1cijJjC7piYNMVDjMDyiMZnKOWu9hkOOfoz6N/XP9XOK/t46WuGvRw9fSGt6HqoYahhB1dlovVa+DjX7ypEodJyx4WWhwt9YCRVt+CX8+suJuQWgY6Flnh2RwWqU1SfUpCOv/sR6gy85lqLQLyBvTwgZGz0/hd1lFkfDIYcrM8WiRlah6f3fFerxgfuCZVB/avsN6cO0ujr85160McBVlVXZfSpsDlx3U8xdH/XaJ4xllqZQdNf3aXX+VazGIcuF6S14OP3ml96YvXNi1brb3rzVFbfo9O6tL79c64h4W/pNgYn0v3wOy6Ft7Fz8Pfev0itQCg3hMt763QCODvL+pLe9p6EBBQ1BEgz6a2Sz3AW8oVYvtUuJVErKy60DGheGL59zIhImBPpK63iVRoraDe2k3dUzy7XzVv9MaHAgHg+pEZeUeKNd1fY6zl0ZnIVAVNsgA5ia2lqXqTWkx/pPu1xue8M0uGjliLu16x/wOyiJu5AEv8PbKluVnyaX9w0caJlrIeIG4S0VwyOz+JZn6tZeyKYvJiZWLrx3av7UqVPzqwxvT6yEVGTlqal5Q1L8O89csY2O7bahFHw2LLw/P5E6xTpq8yy3oZf0DT6Ut7ExVToLgiE38cF/b97AH6tIWrV15joLfTHJWaVbaZ7q9eXWDUJqIxcGCWNRHH75nxWHZsmrX77576I1bo9Evm1igwZr038hBHPpxa5nVgzvCbrLHt3SN7V75TXR3ku6HQlO3+Cf9FaNk9imyU0Bz2/m7xh0RFu6t9z3qZp/2ORp3/TwTJvtMeXu5yJbHhvoGFmt4L3t/6d6vStAc56y9ClZWPI1NI7Ow/HvouHF1/g4NOG24fphUqXvTnVPdnNKrrt+jZWMS4NVuCKgaq7lW/oGkcFggLaA7zVUr5ZqXLOLL/F6lT5ud7Vzmga+tWtQzk6vvxNSAHp2PakfaXO7+eBIiy8UwjtC+0OHQidCkkW6RShWcqHVmFdq49DGLELuPCJ3j4+ERzEa3Tk6R1dEjI/iUbbgyDYy0H1e92Xd3M099/Q80sPxvT3dEoNbWmWuuqPqi1USxZqKqkpJdXg1Hl+NDavxltU7VpPVq9edz1xyYmrbnDV64cQCxPGJ4+CtU9veXjgO7Ty2MfeFzyvffrtyYe7tCdrex2LQ4luj4PzWGPwKicCpSogHNPDTUEDnqqaCfpw7NEp0U/FMJM6FaRdW/ErsnGfuYw7OAoExxokRgR0uFfMk5PBZFk4njVeaJFXe85vjLSs4pbe2Pz12zTiOfyXRvLYhWjGS7thcoVVqYtU+PTYFLzFOXrm764vjjwwkBka/2mXRWi87vefyMaPUPaJfje+ZauQrqwbTpiFDyGRwp0+RU1Nv1jQ2p823VUMHv612Lb7woWA7uP4/XWIYvxVfk75zuNrzWNv29CfPtyeeXLug6Cqj4yjSxbcW35Huk46idtSFulEfRAMrf5O+B/+4F3s6u7pT7lRvz0C/hHOnUk6u2sRx1QOdLVxFj6eZ01emKomistKt7e9q5yy8pBtyD7PBTJSc2ezWVjtMNfFqXmOMV9dDeK7uTXFcqMFZ1egmnJIeXqXo4VZz93OPc4BOXA113o4UPaSnor05VJdomyTYATGGJ8eIhIxo6qSDvfRXY4VZV2eyjVVjvnq8mlRvcWFXCNK8qVjseDS6EI0eh3Z6At6ED9SpJ9hgaWqOHuljbQsGc8HfGqs8Yo2WsfTPGoPLOw0r2XyK4TD8kUBHSEovaPeGxoQyF64TEjxzJkeEGJGA/2Ve1jNP1OG6TH5oppZSg2NmlzlWl6iz44QL+8zY5zJL98250+vT/irPeDhdHzrfbZmDP802D1+dxFvxFH6p2jMewq+Fz2O/pH+fvvGf/3HHwg/uxg/8+CV8YuFDIk2fvrU24PHEHduwZPWp1diYMtaalJ50x2+224Xvf7MaouIfv4If2rMn/cKpU6w/1LD4lvzvoa6vRDfgo3zf+I1bbySKtQarwWaP2KO2tfVrW6eGptZw50ouWDtx7mZus+SqtVedez13g+SWtTef+1nudol1Uj2pIaHa8PejtZFQBEdmcfDp8PcbZ3Elr/EP1Q5/31ZrdVixlX4//P2B7+FK1IM24w/5jp5Nv3BuPN4z+QvXZcev7EG/cMvUqg3nf+KG665xOZ2BZIcpmexYs1Xm6nAmJSkve6tOWNQjxpWN3+POQ340wPXyLUPhkGxoWJXw+Ks9PX55j3rN6tVa3Xc0aqXqTrXMeNtK9fn111wzia6rR5hsmlRFH4pE7OtTdEyvwTv00LDtIWtrgzduVT6k0mg/rbMOD4+MWP5Jr1OrVSr9gdXn/MtWh9IqO3frC1wjkpEkb994wyc+sWHDRudl45sf23xg87HNJzdL0eatm8nmDz751ht01G8qO+x3aj74fub6ffEr2uicmqdjyIaFeeiYQDOUSrK+yjzkIvAzEMBLKkVvob8ZjhvYdCRLIbGQS7J5Pjq/h8RGCuwX7Njwh1PzE9gwf2oe5S7BWLeBtRrrorRf3YWhb8KOeqvFtBuTiNGDjOiZR163L7POnWYuZS46wsgyF4k1N9MldyVY85ZoKXMJQ3m+MpOlhca+LgyxD5JTBpxgo5YNhHzpv/igKhypdT75pL7OqPc2ecpS26L8Or8//eeGhi9cHT3PrtZYgm7zTavbx0NOXB0O//2O0DkxS1lZQ9t4gF+LTS2rrr2//uq+cy9ceHF40DV2Kb7T21d78f1fubmhXTq6+SL+6viatenX2xceGWqymRrvvejanrUdzdHoQ21tY1serFCq0vOf2bYqlgg7v87z49c/ajNoz+sOX35dmFx5Y/OoxZzu27CGuFze/jHuyfExsvD1cuPjd973eLkwn/P/cfce8FFVaePwObdO7zXTZzKTZGoyM5n0zCSEJJBKCKEmAQSCdBABhUhRREVcVBR0dy1rLxGlRrAgiooa4yoia0FdUVfdWPZFdwVm+M65d1JA9v32//u/X52Ze++5ZU55+nPOc851nT8luIGuV3hE57j4GRW9mxuvI3Y3Ng696xkwwHT+c7Yb8RKSmKAONIHxoI3wJ1oN8mw5oVN4FISIoTQGU3YlrCyNFuX5nFm0QCiRUtKS0bVj6kqLq2vG1hXVeb1tDfVymU/WpFA2KnOax7e2ebPHtUxoy2rL0OvUKpOqtK4Oiz2tlNJI64qkVFFdnVPm08hkPm9bG75zXtmoUbZlKRuz2tqcKpNGpTKNa25sqB4tYPXZOcUlNJ2RYVdNaFXIx46RsOqW8U31NbVCFuhydYRAp7MHGiEpb4RyxpTl8zYWlVJtdSKVMy9aCWibKTEqbCekMqVKaFLYXVGmESoZHyy603fcR1zug+g3GlnMPniT7w3fGR8p9cEa00QT8S8TpHHH6hHVzyqSVmlVbtVo1QTVRtVe1Zcqwb9UsEsF/6aEG5VwnhJqZfC0DM6SQUbmkRF3yvbJXpWRN8jgDdLXpSek5HYpFEqN0hzpGOlkKS0YrKVK2SaT1slsiT3IMZlkCylebUfCvYPrbEE2+jK+2wUd+U7FpUs7sPeFjAAkUQcNAfQHpAQ624flP+ZLXhHQCh8eVxcYFPwAu+HCc8UmrBj4/VCSOxUMao0RT0AcN4G/7coIjqDAngRE6kGO1QPrwKYF90V6AludaV2ixTakDTq4Xt8Lr3AMzKkbfYR16ZFWYbP4JNs9IyoNFxz8YAL0p3r3ZR/8rwOZz6WehLGJnx4eHZBkLYS/GBb6y+Dd2lqZwxxT5xCKzAWBfHh3gT/iKYN3pDak7pm4z3xNInVyomgimbqnbb/5mjidNUW/9V6kaZL/IGR4Q8lDa3V1bndLZndPSV92bo6Scbsnh9fdce/aQFQtcye/Od2yBzJICaEj0j13ImPjfsoOpMAEPkmojiq+Yr5R/ML8qqAFEqGCoMheWLVLq0I+X1VCrjPJZDoCQq1QINDrdb3kvL1SADQabS95+W65LEPWS25JCH8wQVPCmRk1cVPjjOhI/m4PS5CQRLd3f4YH/XFMI3oCJNBtgG9rBKyQxbf7RVDUS968x6LW6DT4wiEt1D5LbgZmxS/ciM3Qwee7MIEdCSyxuT2il1Il2hRJ/MM9e+0OhGgHkojooGNcJJKRLi5+BLkRSkK6HR68rGY7/H33PxvaU6O3E2seXkr8Idk3p5P4R5K9ugdeCxdd3nGulrLfc1NqM7Kn/gRt5Az6FpAFYshG25vQ2hJKXdSUnZNF5es1AYMhP6OgmlsgslaoiBYWWjIy8tdZLG4RKxEKJTKiGpngksCTwA3dbgkQcgExeWKjJEOvNBiwaySTKckoyMh+SaJUlhYW5r3k6IWRjSHeO8LK6RTfCYx+nOLBWwh9cXgE1xeHHSj8Dski9ATScGjv4/QbvoI7QaAPe1NpN7ggMvjiUew5Ie0yYpRDb4SekV38NCJ44po33yAkwgyVVfiibf58nUSutglesE+aNb++sW3qdRMKhLVOR3luvKxwXCLVSbxIbS+Ka+RiY+MLRSn1XWqRxNA0derEqZt+t3BZLGWCYy/P0RTW3nx9S91rxcXceIAT0eUJLMfhlmfBqPP/SvjxYsajoNxQWVhJ+CvhwxWvVhA7KmBvxesVJyrIQAVcWNFdQdxVAUvLy7EA/swf1Pj9wYrKSicf8FMadPgrGVZhLPdX6PDwIaEgWVaek2HLjBaQDlO+k5ASVaTClIACrU0u8CsyrFEmqAsSxXi/Ivhq8JcgrQvuCxIrgg+jM/LxIPw8+FOQeCIIqWA0uC1IzgqeCp4OkpEgfMyPfzf67/ITq/0H/R/5ydJguZ/yFTBMNbOCIRnmTuYrhtQxHoY4ysBCppaZxJBZDNzPvMYQlUwFyVbFCwq0yB6sIqqqgQsKXFKHj3Ua9Q65owlxRWgpMqYPJQ/9cqijXXEEj10dwmYJ3329jEtyAhedI3G7jBezDafCkQyuRw3tTuF30CJRe+jQJ4cOpWmoaNOwZKX4SCtOci/FohpgNyyMhBz8rb094m2+yGBBxKKMFAAsEblLXEiDHCKZCnV6+kRy9cLalF9qmhdMvoDf6Hv4sFRk8+XlEpXB0AQRVdACfaWmaTb4j5a2cGP2A/3E4eRW+Kf+Z9xxXw18PdXS5RjldufZVsOnWuCCuQ4Dfr+vv0TXmNpWD1WTs63FbjcRtdZ6H3i7JTXjbQk/Nl0OAPU0oqkAkk8uYY4xhyABqSAJNcNmugQukcMpdIrtNolNZrHapFYppiKRxKaRSGwuoVOITxUCl0YgcAldAqfUZpUkJJjDu8Ty6KcSKJHo3U6BwK3Rm+Rmm07AuF3+hK8TwnXwM0jAdX5C4xCLWFIiFJBSmVPnsDsySZvTRVotFl/AB01yEEcWy1qAh3D9Pq+p2QfX+bb6Dvne8VGdPujjOs2/5Prav0SI68Odo6eS3OErEM/4uH3poQxF8lD8VHggjKiB6wZd6gN4Cs8gahvwgBFGLToohrUj3hCiOa0L0x3oBVpWi7YLEF0G2fyCfBZbndz8H7WDetojVpfe8+K/0Ac5TqHkS9g9OoM+D0zPWiX1KKjxlKw1c2lq+YKWBVvRltoz6CL9urBl4Va0wU9lvqdhOef3gpzUPPZLJhdoQBEYAyaDWeDDRDmjr9YTlGGWgZhddGURQcrroQi0KdoIGdPozy+MEOXKakpkmWKc1uqZlDnNNsk4I2GztE7xFDZG/K2953/cL7JEW52eRCPusIwpLVFdY3Uj0ej03+mBHr/H3zm2VMuyepYQsEwB08WsZDYxFHMvMhInIbxKi8GcTkeoT3G871i4va89jMyFjvZjfBhKu2JgMLreN2RPAEMoo++dPsWxvnQvVyjUd6wvHunrC/NgxoBGtgY3vJRFIkjGCtTp3gmoYBkHEr645yrdcYW7MgsobvgJffUMS8ELBl0LYvgcj+mTBIs7Rexuvk8M32K/nDj+pgVtdRL3q1r3OuvkjrXrWyYmD6y5O9W7dG5FxdT7X1rc1FzmMua7isalvrhFXV791Ps1J8KV8wgbfCYrMGZsXiAUrqkO5iQXl7d9GKhRxxuD2S31k+Bt5x6vTAQqltbaBNB2Q1N9Q+q+omrnbMJ5TVNLbT1cmXrs9V9qYvm7ehvneQ6vSC7dP0PRXGrTRmHDnebKjZ6z39YXV1aU1I8pqxxVSlR9csU9sopjRalfUvsXOROFO/zlgVmjVZx/LE9Vk3+lbwYBUAQjiXfnWOHDFrifhA1G+JoNFlgLY+hWTO+3WQvtWp3eb9fGtHZtJohpAIgVWq25er9Gb7Xo/UZjhtVizTQYNQYDSmfkmswak8nMWiBrhmaL0UqZPIX+mF0LGGXYA6RKRq43ZJiyLfANC3zCArstWyxElbnVPMt8ykytNm82E4weFunH6Alut1q/WU/4C616g8VszBCavPaYFlAEcG51vuP8zEkJFjvXOgmn0+QtEYlMfDcKSZSYOCu5CO3xKEZHe3qcon1w1H0pCGHruK8vPjiU0d4+aAhjVhZ0X2gQI96Wow83+ovHfd1ckB6v0Acdy1iWGLrQTx0xQXJQ0ePnSHWatGxQHSOPGrdMXXr5pOKILVoSHzvDlFG+61jOtq2NZ3O23Xqjq6b+lknFFbon52c4E9cS0N60Tl1cNfadqSVVgUJbdGL77OmPwW+Qep+euo+YlLoPtsFVMyasrm3IL55VHk6thGf8mXl31k78EAYDOB4M6XxqGpLPYVCIJGEN+K/EH6oVEnk0mot2N5J3kY+RpIiEAlJO2ShCS0NdRVkiz1hWlvB4o2UJgTRaVpZBZ9urcqsIeZWtipBUVbnkgdKMhLdQboFZpMW2zmnKz3YRUoWJU/HAH0qUJ0oiVFFRzOGPFpUGvHmQioeaQoQ8ZAsRgtCYyrJCUuoQIKTpSbnDYmzWTtd+pv1RS2lD7ZHIKX04+ZU+ovi4o32ZPowlgB6PZL4dBljTDoTjAwMZ5/CIVTijL5zu0eJHSvGYJ34UXc7LxYIX3cDzK3l3PuvS/VlpBctNutQjgw0jLIJ5ndXS0SykXGPIa+HQS01rNocXvT5zgzmrPpo8GGlzaw6jD8zIaojAn+7rWD/OoGyO0UxB6tXa3ZFm+IAwNQfeS5lTV80rnltvIWPx3Lnm1JVr7X63u9C2nKhuubllpdXvNrlnWTNbLE6f8+Qd6g0P5XhvNi3coBlnw3xae34W/Tj9AqgG40AqUZ7VAIVxY5wQFBmKCGGBsYAwxG6IEcIYzFHAHDm8snxjObEyBqubm2L5ID+iVhEwagA7ABEF+QBr22kwqoFRGwwh9QlFYrFUIsn0IkyYSsbn59eVljidbonLZWhW1WRXAFhRXSEWV4RZyLJEBRnNX950XRMRbqpsIppMakP2vBicGoOxyZHLI0TElytEhnKkPYKwEQ6H29s/fgWdckETSoTNV7j3jBeF3u4Lh7gwToy5t5NvRbjYjHConQ/LaB/hSw5xGx9uEWGtcGiEGo9B4w4Z/gJvKLnSXZFapQzyHTisqwC/BHto5Ao9z9p5Ea+HHkpWWyzWSgo0ahPpdrmiE/S5ppRarBNfva5uc6VC7rC3EFJjk1lTvKRo2aaZj9WNq24vmum9q23Orm1vjS2V2dV7UslNS+v8xfCvo+gXNlIspXVFUq33tmhdsrM7BAp2rMcNb5hjsymVHk/UsyA1wxaUWWzWA+/bxkWf/+fuB1++fKKEFDA5fT0/HL6vs5xq0eEZFdzaUPOBDwRBGLK7i63Qgt/+VCEUV06wGoSiygkOdzaENBYqNmu2VSgI5wUDogDDhnL9ARp9RbQz26rJtvqyrTKZSKM1GM0WUSCACWA0cgMt6oBlhQVOtHRZiGokqS16S5aFtFgzdAq11RUKe7QC1mUI5/pt5qArz2nMzZVarGS2T62gCZHUJIMCEH8lFX6F+8ZfQYhE2EpivJ3kD8degaFP3j7+ijKCMce9Qt432Ncse0WJg2kUH7+9ySfgJiDwVxW/SfDPHedmVrQjKzmGA20cfKSNg4+0QQxc4Mh3wAg2gzH7cmwMxQg4DpZ+OvnNTdlNyYHJzj+mJkwwhuN1r35TnfozbIGMC0I4LfVq1S/vNYZcBdOTK9ZugHOrUr3Vbrbe33nw7aassWK3W24IbdvZ8kALMSd5NzocXJITZ4jPYCj1558feADbv6XnP6fcCFe1yKby5o/eOJrYVA5rK+62HrASW6wQoe5uJ9zihJOdlzuJYid0O60mypjTC12JkjKFVCZbAeGGGkjVaGoya8g7KuGGSri0ElZXQqpSU5lZSa6PwyVxGK9Ez9BlY6N54bDRZabx/+1GhAiXtcYZD7tdlU6nMJBdFItFikhhtlalkmsRNx6KhBQD/B67Msm3Dyk+wXscknYIvz6+T/GKEqu+wU8YXxoYvvTxIa7/xsEMm0VcAAi3dgjHVwgB2IBCOIilu2o4K1YZwXyZ1n8ILbynQrmTj3p0SyfUL3x6yUSz2y0OB3+q71l9rWfSNo0p/miqjSidm9VQX93x4OUT1W63Mqp9r/6BZasis5+US2rutcG34BmDsm3R5eUFK6fdkJrY0DB7/mOTalu02vDUlvLM6sZppYVXTr8B9jQ2Tp9934zmFqmocKKSs3fGIjkqR3LUibhqQ6L2Su9GL0F5NV7iOje80g2vNt9kJox4YhfMYaCcdllVcsJGhJApQWQju8YJTBmB7FJhpiU7wyjX6VRKOQmcLmsvGdpNEjQWfH0D4bfC8T4k8RSvvDUQRiBGtu2r4QgfCcm5g9yoOi/LCFrryh8aUy/Ij2h1Q8PqbgS8WAFUUlwYhI6W700dTqSe4cbNtz6ZuO4abuDcZluWel66/u1Vyb+nUgvjA5NgeeoF49ru9BD5BLa1lU3oOlIRuEZ4VgeveCT1d+oLY+rc9pOpDVvzARfj8BN5hHoJuEFDQi2TEpDKNGZmZmW4Mu02i4Uy9iKfTulyII0A7EiHmkUykV8tBvHkW3Ek2N8Kh0MRLNNxcN0A9nojyXDfSbyMW7oXnuBEtYzkwuuVLvxFKrdAGckn3jt+nNG4rI5yZZYqUlrljFVlyZ966NZbH3qKein1XnXyKXtBtiEnO29snjG7anIuMffcLrKx+ouxqfe+4OPcxef3kJ8gvusE88FysA66Exk3jIGdlqXTielT3AvbF65bCKcvnL6wK7u5bgLmFld2eaKiIpCdHd4gl9qkhDTUHe8mugW56+A6HZ3bBbu66vBzc8NNCRhEFgwhx7M/m6uXNW9oJlqbZzUTlc2QaobN8wu6ZpqWLrbYbKarVSqdyRRYt2zBXPf87M0BeHUAtgcWBoj6ACwLwBDyigMwUD2Nge1TBDTRKajOLojHq0tgSQHZC8MbEdm0cywawR9ktqgGGQ9rUE5dRjABRULoJjJrlPx9fkC4HZFYGBtMnywLn0QuFNdZFQl9ghk47SAh3Yv/FeEtItBOu/KROkSUFyTTUyOgvpzE7hCeJWGB5TA/GiSyBu+mla3SFUQ4lBFahFK9lcQzJliUB8NmRfFlVoty4SKeWW05dGPFzDlKSAx/Xp09PqcqszxgVNoDFofXIJRYM7O1TarqCluWThiI5k9eUdm8dWGicuHWxnmrY8YMh8jtpopmbhoXaKvKCU9ZM7Z128J4du2cspqxk6oTMqtJx+aMz/5bPBDztaQmIC1v1Fsc1bH6BkIkumyVNCtSkWPNz9ZbXDaV06SYNcseKbc2Wppj8dbSXLNz3NyNbU3XdUTzjbZQytd8y7wya0FDsHDi2ITdPabzmskls8cntMs6lcRnV0jVBtEzQpawL1tWcZiQb8/QKC0+d8FoDRe/DwoQEfYgu5oFYuBOqEQU4wQCAjDQS4q9QgIgBRlPnkwiNXjyFUXyE2TKOJTclC0l7rkhFKksakXKnZxNrSA39/Scu5K6t6cH8+RsAMhdKF8nuD1RI3AahNlCIls4SbhK2Ct8XUgLhSqL1Qqgk7VBG1GqLVRBlUqUaTaZNGr1RBYybIytZskC9gP2a/afLMU6Rayol5y2NySGYkKFUrudGlsGPpoJIVfJV7DKPtnOSSzkHUUwxUU4CkP8vDTch9kcR40sxdNBWJeMZKEL5ofLqXxHgSNI+mCBg3UgCiB3la4ma6/c3kLEP06+He6aMSHhTgVL4U2y0pbZBbeUksrS1MfxZiVl7By9enqFOLmLKO8UG33xtqLOSFPM3NmZs4Cf925EMPgJwWA0OJG4akw+nB9dHSUmR+FGEm4k4CY/vCEHvq46oSI+kMPXZVCTla3OVnpzVDk52dkKn1/ulwYDskDA7/eWlgJQoCiwF5AFBYoamVyuYlm1WWEN+rK8To1SqojHA/7sHLUqxy+T+/1hs9lmshDhbNZEI9gMDMQRgyEe/LhPcRKxFRf+DxF8EGDC4bcUb70VDnHQwcDqw33GSCB2b6J48xXbLiNOByNheXMW4llHg45Iuv8nf2RnH+7as0C3ltaiTYnDa8oJzJuct2mlyJ+Ccx+5Knky0papx7aSVGz15+YSo/NyAx4xBeWpn/DW2dq0dnLIE/D4XSZPhlxIwAOdf1oxyl3gXAbfqmipaEbbE5fbTQqD223Qlaib509tmdqMtuTPsycEJq1vzcNrVmXHrOF4opzv7xt7/u/0EmoxcAFTQmLKYEVmI4voSCnApn8EaUFEMLl5jmiQylKyShnSctFyqiC/QGultdQ+maOobVXTo02r2oocsgPq3PHrdq18dOWudeNz1WN7nnl86zzDuRPN5CrDvK2PP9MztuvdI8/cMkO9qPkF9YxbnjnybhfiO+TPIrlfD/ygBEzbZTKpe8lAwhuJkGWZFmPA6ZZC2s8QZIDJNvqRriZIo7HQ5TFlCkoKsyUmGYGxijxITrJ+gpxJBaZ7XvbiIIq3uNFqHOWtTkc7pEMcuElkMsIHualTF/bfqQeRg/tonXfffbcpq0EMj3bu2dxateapeTfCB1LtZk9DNPmFeIJHc2jauJVNHlvV5WMzKrJh55g9Y+B+7BI6J9y6ePLNMyJ7xixeZ8Meov2KxbA62NhVVHHFxIhQxMP/XuQbbKIfAqUgkjBk20Oh0txAjsdn0CuURp1KriGoUkIC4n1hTqW8jVrVN6RIcvPcLOJZLKCRfIfY7CjgIvXQQadHsp2NYmcJI46bl8MqGZaT+jhunV5VcHZxASSb4pNmT35kRTDanunJdLaH/Yt2tEleil7eLJG0OzOzXO0SScuSotHdk8Zdtn37dk9xy3d3bPzysVy1uDp/AUkW5F8tVgW2HZq1YO27d+YwdMoYJaI0nQJRwkQz2be9veZ372124Zj28+dTt5E9cCnznYIVvZ+CsJ3T+9HzrzMrkN63g0yQBxLgaEKrd+iy2gq7CilgJ50usSOTDle7e+HkhLi42p9rX4dX/rIfhE3Is5ITx3cLzeuR7p28X1Mt9IuFdOw50gxCZAyUkeaEFGQrsons1ZWSmL2Lm7QpNiS0pqhhPbO6wvEcmQUyiUbgxNOIXbku6KqsyHS5etGp0OnQOJ2O1ikG36Yg9nSgAevq0MDpAcUvA77kwCk8xoYX6Ygr0AEHQLTjBI6CQA9ycXh88MFwEB6mpxFmtxCJXTU3XzH9nH7oLmd3E6tMD1y2fOdLm+ZscDs8OYL8UF2grKFk0piSnCzi03OuSeTHozYfmvyHzk3PH7w64SsfVzCutrMpn3xy0+1HHvnTmwuKzJlZHcHCMVff1lETdk2Fe8600w8kpxzd3v789Dd/f/vn4UDltt6FdVfdtv/yWl4Hzjp/iuxGuLCCLHAy4RaRQpHAnkEaRQb7ZuWNGoHQaDTeKEZupdhMQGAzE2KrtRdWJmTApgEWYBP32Gw0nnRQmRBZrbRarrKpsI4SJ0zyar00s5omrTGwxuzYIRfYBCFBp+BeAS3oJYW7VDvUvfDwPnOWzSYWS3rhTwmthTBDiwWYITDjNTcS5q1m2vw8zAHZZAFZCAxw1kY8bW1petZa+oDX5FKcPsXNgEy2lw7G1g9s8gW5kRq+xw+2qwuUg4hhOWmMzKJ0jIinDLIQcEEhjHbWiw9dNXXeNUc76kZ357qyZ45dMGmzzfAIHAWVTUXFTTD+EvzstVfmTZ55+q+p3juvWHLb/ZOqpo8ru/OyB+F6GNg5ftri+3j7VnH+c3YaPQUEQTEXd/FtYnMt6K06En+jihqj21uOZxA6UXV0Om1gR1AHg6aS8lAoUZ6fXz16dE2tQKMVut0mh8MkVCgYiYRhQJDQEurqmprw6Nrawspb14VhbjgRJsLhslufLvyxkFhXCAsLFUI7nhsOCY36KUBAgtDbrCErYbUGAwGdPif7qVx9Qk/oQ+0YgOEQ+uHunfQZ8h6RlcCZCng8ldtUOBgVTy5HUI3z+1J8Af3QkxjYRYoBvBQBPy6GYS2Eymh6GnQ6MofRKl1QqRlmEJ7olVhc5cPBmFWOJbhI1PwowY2KnYf/sm2YUd9WEvT7wlqPLZC8I7ahYXxTmT87XKh1Z5gntNDXrnz10WXrD9511cr5TYs7UncTbcnH6fpzi+Hu955YVJ+XXWayNWw5J6TGJ5d/+Ke6+pAv32SdtZN4dkmVC7pTsx76w+bHXtxy1dOhp6/98qFlEJ77YQnHG1POn6TWULVAhayZpYlEDlVL1ShIjcGog4BkyhU0pGmh2hhXAaBAYowEQKhzy0m3kHYzjAoZcwls2UmQ64mkPpQgAHIUy4fv4gOe9BHiVmJOR/WmF3bgZYlyKFoXcBM7gDqLl+mwYt3jqS21s/vvHUh9DD3fHYe54q/XPbnzKkKd2nLVL75broeJn/+JXMlTqa/Hwpyrrk6d4OiRPv8G8yp9FdI7CTANdMIrEpYb2+DctlVtRHUxnGuHRfbJdqLWDCeWw0R5WTkWioXxhCYeT5SVVcdga+GsQiJWGAELTHCKCZoyrHq5RGaNAF+2Vw9mNI6Co0ZV19S2d0ys7qjGs48yJ0/UTJ4IKxwVRMXkyXByh70xt5FQNsLGxrqxYzo76uraWtvwDLJgR52mo6OueUbr0lairRXCVmUr0doRj3fUjmnvaOvsbJzYBiZPax1XPaqusamyl/wykVOOagWC3nIv4fUWhmIxWBhzOmR5MkImU5syTFQo2+NUS0QUcnYjh/o+Dh9Kjzkhai8q4t2v+KHQofihk+kJZvFDXBQAcvIhnpz9CTLx0jPJNuGOLIiXFGlvR9ff4rs5FcNX8QhYX5/i40/QngvhbOf3kdDgVLTBbgN3esSBD1ZTRtITppDwH+zjHI5wGxFdwH9J6BJCx2+70ApgBKa7zJhXm8Z2ua2q0nyNldXpTNMLEhXBSJX3Bf+UMVUzqqqdUrtIp9NcFiko8gaMns0zMqpN+iPnpkwhH0k+n3pxvCEvdaRQ03EeRORWD7RqocmisZekem+65Z3ZFaU0qVEFof6uiMXpKa+I2uc6a2Z2lhXb5MHU19tjZkdmgccaqIuqQrEANffMTPqec+/oqYCp6Mr1QYOf1euFMssk4p7k1NF6NwU9cExqP7aHRiN7cAy5DeSAuoQny67JpIGI9pkQ38ikJpM9C9g1BpnMoCHVwJTNqEUmiQgJ+7447uMKhUJ9ikPINIK4//mTQ4qPT76qSB56C3EQN9aetvKyMKBLoBJbdzzUSyBvq2flO8gxc0x6qXqUPWkSBVVO88yv9zWUU4GAxGBu2keJskyz4T/IxYTbNj/5fZ0h0320Q6+GrUX1sGFchvXban2JVEi6z58HN5w/Sj9Kz1V4xI9y61ItJ8ZwMXmPk39MJoB/PzB3mpeYSW/v+XW7zPleHAYkEEW9vRDuqYN0ABFqHHJhO0iG4tg+zVB+j106P1unbYmNDPD5BdL5BXB+jUo698L8AA2uP/8G/RI9F8kzHR4YBAlYn5gqNNAOkZMUBB90PBJ8JPFhwbcFZwvYmxP3JB62kiWGkuDqBOkz+IKEyWAKEptc1wdfLzhRQDFBpvB6E8m4mADhcXkC9kKSdXqcniBJBzVOrYvUabVYfsg0ao1Go9YXOIOUJZt5ASaQuy1EewEIwy37LHJL3EJYDsBJoBRu2Z0tZgV4jsZEqNoBeghIa7RqnVaso1mGIQVCoYTLJ16U67fb3fn+jIwibvLHeR/p88X9CXezm3C7K7nVWKUE2S9NSCD6Sc5UIJWipior8BghZ0AgZXeK03oD/IaVHT/7Iq30sJHHRU0h4y9Zig2LEGfx4WewquM13bKhedCcfRFBZgVmSU6vYd51I3uPHF6OhbXCITWXXr0Z8TA/kRydXt/nyqhLHWwwyjXaILWCY8ry2b5N07vW3Luy+Kb5i9dXvDxrRax63IRRo4tqaOXE5NPVRmi3m0bDFRMzNVdghjt7vL7e09A5vXjy5HFTA43zl4wKTeiuaZxf4K3dX9kRnVAUaOZowZumBTfiugQYA8bDOxNFiLd8bP4J2zlISyBjNEOlIABpkfqR8V/ZfoU/237NZB6i7mMfEDwYfaSCLvE9nEeMNegM0Qo8slFmNEUrEkJxdHxCoYqafD4fITfajAHj62NPjKWZuuuDmwqur6DYGFOgi3lingJ7HUNXaGLaAhL5/JhWpFkeTVaWxzs2VkGVju6FW/bKc+O5RC6mjia4JSEvFWdle3KyxTk0yxISSy9MJCTvmD8zE2azhFAqtb1w634JcLs/RWZ9L2T3AkmuhJBggsolaC7blvpR/kikqNYfCNT7QVwRPx8n4/EWf6KouYgoKppgudcMzWahzI2n/yC1LWPtfpo2+NPr7ciys3I81IRWTAV46R0cIV3Ekw5W4pciKCSp2gdwj4wiPVzWPmDEB0OawBBlDfyGptq5FSMRUS1tV6dJhzeQRlhOUezTDkYyX0RozAhKc/+W0PJH399++eW3PvXHbZl6c16Rp2Dc8jZrfOXY0IRy6vZzkyeTj9hn+TfNWLS8aA6mu+VrIMXT3ehRRTVU3+/bYzWtsfVzb4urM3QZDQV1U82tNQWFk54YQYCz87ObizkKXFYx7aEhAoyN5wiQBnlp+iORE5EPykEtXJXwsRaRjc3RWyi3Bq7KuCFjR8YTGY/UPit4IYN9MPuRGFFie9hNxDHFxTDFFSGKi2GKq+UozuazERvY1+Mn4iSTuN65yXd9jGK9jE/n9Xg9PnuCoWMar9ZHkgTBURsEGgiBNe6NUbnFHLVlxjOJTExtVQj74lwxXq2FEJO0+QC8FbBIvKICWURYuxmVStcLL0tYpHQuk2CaGRIwCoZAFjrKVYrfyZErpaSY8EZZaK6EmopCf1ZWoMzvcFT4QUQR2Rk5H6EikRp/ItAcIAKBsSxjISmzWUFTlNH/owiKRAq8aBU1dswQtUW4XjxeSl2S0Nqx4c5NFVOkfAP/IYVhp5RmXSNIZpjEstTw0lR1KflF/Y2jneTW/B+Dm3uPXDe2rsySHcipat/bcx+5ZbZv/ZyuNaOncBTVXYkkWWFVWpJxpoJsVovqzjkL7g9ZfAbTlJIp10KYcfYUIqYxl00vDjXE0sTEi7PCnJHiDNGTe4ieZEimBUEhnJDwCBiRIoMxCiczk4UPsV8xX7HCRwrhg8ZHPESJ4mEdEcKk5MGkVIAw68GkVMiRksKnIF4PnQgRTO716k2m6z0Um8GYdBmeDI/JnsvQHk2G1kRyq7t1JYQso2FxiNFIspKHMjyU3cuRlTauJbSYrKKYrOxDZCU7CMuBFJHMPxMaSpgrSoiaRSQQKUSESAQEkNOEORTNZVWQl+03GCwBv0qV5wcuheu8i3S5CvwJSzPSn5ZiTG1bEiKZTMARTXFRmmgGIpemlVNpUkmGTl2STPAKbZegFp5YHFroUmNTKgv+x8otTRxnv4aHU6ebfvhLxVirm2qe5V/ftWj5vbyUqTzMS5mqqtKqNE1kJMcQ89xRybkdHCHMzk+rNY4ORjdzUqV6SnRCia+Znw8x6vwpsobcqWKIpVxfWxP4I/s0uQA5aAsSKgFloHKoQuTHTaIYmZQSil4gxYABLFmKSIgixXsgYFiql/g4IQU9UNQDo9OFS5Dg74X7d0lpphd+vE8mjStxF5HiNDYiku2nkFFwGgdZJ7kv77wthREZZLmJly7s35ZD+Pf6kpIGpuTXI3M7GtcfuGziYXLBis7psxcc3XpHbsC9A9f1rtR4ci5dguq6MWERqDZqFsVYqV6aJS2Q1kjbpMx01RIVQZEikRTXUKZgewSgRxBdrFirIBS4iqRY0kvM2UORBDKjUGtE4j9IJbgvRg6AXZGr+FFBKjYq513NL/7DteAXvurphqBLUMm7n2CpT41n41ihXuvJUrpwOMZdt253B0N3bD26YPb0zhXkPRsPt112YH1DR9eZcvpwfWnJBfBelFAN136ilCEpKVerXSKRuJcs3SWRSHEdgYLh2yMBPYoo27NYsFZACA7C/XiFRPjxfrFYMgRwZIkhIj09CG8+iH0Q4riiqI4ubhwbAZ1RD1Xv1yNMCaoeuQDVP5DL1X9GxwpwIczXJTJEqo3yRTFMHUQ2VUQRmF4IqYyiWI4kRD1CMEQSuIZSIEPgZmhCKMJNYdg/4MUBxQklfAdAO8gFP6JGDAF8aZpEeFppP80RDg9uPKzg0+ejJigjylgB144gvGtlB08goaB7u6K+pLSePnymvKujAdFP22GQpu97ELwXARN4PuGDlnWORTHk9+h0yPfzsB5dAVugq2FrdBPZiTqJXAYgxWopmhZzhM8CASJ8HdBiClEbDQa1WsUYewwGWocbvJ/qWUyvpQkaNxWvaXZot0wdhYgJdskEWg5lqh61WtwzXbQEiSxEgPvksnVmDle/lHLrSA1gnPk4pHHzm9NzERQ8IHBfCLfuAFzqg4O4G+IY3Dnn8GQhAmSf7ti3oXl095mvEctv2NfBn9FG7owwB3y3bXty8+Ynt93mC/hvvQMn77gVw2ZHagLZRe9HsHk2kSWyYNyyLMvBJovN0sXYmK6arda1sW2DsOGatUvN6jh8G8Q9IlWPaLp6iZpQYyDIgBxi0UD10MYeerFhrYEwoGbvh4DggIqJgBX8QafliABDVKWyq3PRvzeah7jugvZjWmgv5WbbDSZOl3JcqOfIwgcHGXCIKrLydXolw2KZ8g1q77Ynbr75iW23+jEUuORt9P6O/QhA15z56pqqpg37O9BZU9U1dMY1CFz7cb/WjuS2NFxs4PtE7o8OKHJg4GAiITBEiHw2X0dgGBEYWASGGgGgXEaxupEg2mWw2g4i08gCzOTYhFT+H8ILuWSAsFosot8CTa+2maOqIcD9qCbVG+0XgO70COgpLg3BFJYNaTCq9EVD61X5YPt/C07c3XhpkKY+JvqSkf8WsP/640zcyzcPAGY+dR6pk5Jn0el7u2gSmwX7KVpEZrAQp/fQNDAyB+AT8Etg8DWiajagujcqvkJNacAT/RFDRJS4MvNmUX88c546f3b2LEzPh5ChA5GN4wTvJ4qXZB7Vv2Y7azhtoQU61k6s0r9ueN1MTrXM1881zLdQBoPBPFVPNggyhEroVBMKSgiUKhWAGagKu4UKteogmYXEnhKW7IJO8CI6QSiGbuAC78IywPMwD2tkWYYGmRXy3ZOjrkqUaxyk1O6wOawOi8PsoBmKpEmGZEmKkUjFUgJrfo1eY9BQjEngXA6MIvVy6CAzlkONFO2AD69y7UWf9esRfrAh6nApowU4lMFK4Mno6CyLD1pgZVALg4sYSeLm/uVL3rozIaIWMuLIwsemjN18WZnMqCNy/1W5csft0yZtf3xt+PvkO0Tsw/jia68YG6lrcpX2/ICksAcWUu2UjlurTwx2P4PpLishauJWuV4rpIQHSRwIwHAX6U4aSz6KxhfxqrdZ+5BJty6ez83Q8hfng4Qn3wbgOvApIOJgOuhHCYxzSBA0zTBC4ToR3Cq6D0tF/LIAoTQqmiYFJIk0CSsQiKdJJnErhw6u+4Anaw2OanCrxLYvXYYMLgz9X9r5LS9X7dAOfZE9ePbo0KZrOd3y8zh+POcuAKgotR5QQAgeSegp8a2uRbEiFuYT+YIjxBEBJRAKWCE33AUJZKgiS0GAzxQEqSEEQoKEQoRBgqHRxb0UEBEsg5e7JXOpQxRB9cJ9ewghIkIOeHbU8q3gPlQWur5fQBBiEWZVJTfJip+Ell5ZEGs8bFsK+DECbFwK0nNoQLsvohRCvHaiEN4F++Db5/YRv6auTV1HXE2wyV+T148jWPhEagKv7zzwBNWB9B0Nyp+BxAFEtTQMJVRUAq+MqwBY6VIggyVIXGuaMjIY0hyPcSzW3g5CDSlurVYtnuVGdZzTN5GLxqUOwjtx/oQzmSTfYY4irVicEKrlMlKgE1+nPACrUDmfJITAhuzyTbpC4jn4AtDD5+DnHKckT6F8k8lTaXkDXcoRC/BySyHizkhi9627l46qibitJlVIr5SJKDaZZNUfnazwZ0flojESgdoxD/EgnUwSu7k6lPJ10AnSdQC4DjSqACQKge7COnB9WiA0MFyLyIhVPfHyjNzajPmEk69Fps2sCvK1YI7+a4CvhUJUKxZo7fM4ff8NoaNfIo5g7tkDoBcJMmJvQkIBMkZDIr368s9YzALOlOQXNKZfOpNNnyB0Ozl8EdckbycDbC3Kw54QY9eEJLwAphAlqZ/5MV1tvAJzKRdypiSu2Zm8Xbj3l7r0f+nDqHwahBIaSHhpbKOTXsJL0SkGwBg7mAkn6weSXD6KYeTSh5PzdxJHdp7tpsNce1Bd/Fx+uQkNbhCJ1DYkYsg0xXmnmBH5cRpkRIaoZUoX0Z1cQI7aiRp35m1cPwSfw6htXH40QPlRqIUEILwwxVD0hfXjpmIO54cnXWpRa4k7UCbhs907eXiTfi6/vIQWeLkK0hSuIKC9FEX+uwoOpNe+VkZI/7nniW24gtS1Q/Dn6sgiejYytJekANJCFN0lxF2qCBlIsKUEF+bLL1fN5R0qHa6tQ8nVNzkfYwjV+Gz3IEwH80c4okiGZhGSYwKGpSkKQtY7Mv+BQSF3+sL8udorMXxR9ZO3U9eiBiAi4PLnaJAFZQkTshcAR4jISSO7kACLCWjGy7K/acHpoQbwzRlca5tHIX0C04VuJ27BEJ1zbYgnzCh/ggcNB3oBYLuEDA/+iwr5eRgDvE03iAUlxwQYD3dwmOCKGWwLKkcMpiS8AqEQDJclEtOUgO2SohIlQOwViYRCJl2q5LfIuaCFQ8UPNzSNLlcanhhnO9M14dtMnP8GTqJfIq/l9GF8D0V7kZwn/pnIIDDZeQHSUwDxuRApM6QjhhYyH7TAOFpOJgd+GWJ75RDrc+x/bGfy/Z14jdxDiD6+4/gfY1CJ10VnaLxIOsIglgSo0D0s48WvedizW/DBR2mRkBYLuKDQYMNwq9BGluK8eSnBS4ohOkftEYKxewSsl+ZaY6K45gCk1kiGYbvEQgFNUxzJiy6Camm6dRikAwOlvwzSJa9vEeWTVcn5PPHTP+7s23muhCsXt4+TUUJQlzAKUKso0gsJwKGPIGNiBFlUMq4MKhyXfIOIayRXbGqYjfmWDiGRxx/6QqR2Uzk7+1AxYYQ7avnZm0Earhz+aERNk/cwYi9yQVEhRpqTj0gXCgR4JX/ka8ekCL4CIbq7F4kRgoAY0pI0pBU8qIdwytdjGAAuzg7F08G1xOKdFDz3FFyzk9jIASF13bkSavnOIdom/Rz86wd1xT8TZgpxp5cWCHm7KCZiBV5M9khQXoCAYZr+DQYQWeUPyV5iGyd/4SSEgDOKoXK/5eBfm9AjWwZyMoizwZDdFhNh+KOq7BcIvSAKb+BK5eB/GrX83wBfzRWIgf8iTOVQEEMfSaQzb3OsTPBlpmE/EXn9XqGAgz0kvZSXQCIKQR1VhUDlS1D5EPDoF3nFYuYGyTD6/1vIcyKRVztkybmnKJh8P+UlNiLCpytQ40mk1m7GdI/4GMt3Du5CL8vVxMxQiIlpLOdpgUAYEw/L+vOiYc07KE4uBXdehGjTOgqTPirox3MlCPI83ad1nxA0JTIg8Ar5onhGE4KYGDEhYgFMdTxLYKoTDfG34jekP0KGpmeLOujDZ1OoPPgBryLTghTRPpZdnJ7EtJ/OHcFfiIr0Ci6Av3SQM/aitqeljGS4Fv8nGMCRvngXIRaTLWfPEz54PLl6J1t75sWdHCyo5TwNwkmcDhSCxmHaz+BpXyjgab9LhLAj4AXEAWI3EA1jIU39l5I/g9SfVuycNOeonzySthe+5cqtSxiGdYlQgKUcktpckbjtvCYZiQEFT/0/XxL++WkMkN+ePQ+Po9LSuoO3KTjdwZXLw59AlEbx8Bcj+IsukD0SAnppTP97kfRjsY75z2VPBLMAR4j5ZMnOs+fJltR1O5OrEfgVO+Ea8sjZm3deaOOIQese0SAP2HkeAGKYBkiXVMSOsHkuoVZH4uCSvDBkAQ1aQRw/IFXAy2PezhKDcWlLSyAWI0XHrWGBjImYlEDlH4D3oxojcSAWIVEouEAcJIcMo2GUXGiApfUf/CCVk9aBnEbn1CA5VAek8IAcXL1HJvXiDuF/JnKQz4coQIgEr0gk5wlSKpGg8mNKuUyGquWlRWIxRXH8ygMIY0oxElMjY+4uRNngPs1QfHXVXJXTTHSIY+Pk1cT1qOKc5qYrqOUIemdeRBokrUuHbEksVYf4yDXIRyJxWotIqCgZBbyVhFnqYlRikjo1QqhdxFBZPH3zCuUOyPHUIFNhayIt39O4nJawcBqFN8jEmIOxXpEgcuZQiKuoZGAUeDko0tRIjCqSpxS/JC8l6dJoVQ/xGq9rOG4bMn9564Ycqg+P15V7RGKvlMOrjWa9Ai+DjCqEXGRUyWRyMY4TZLsUg8ZVQk6J5F6ZTCrFlo8Qa6oL8DqIVY4Tf74EWi9gA04rGQe1ErIAkqvh8bRa4u0xxJTkEcSgnJnCwzJtZyJZgV+OKKSGjE0X8pSQ8BaJBby1KeWtTQRcrCqplISzOk+PsA1+q6qGjd5BC5+3Qs89N2jnc6boSBrj/AkxmLQX+Q4k7rmvRKqbQzLumxEDjlURiocUuxgBHBsP6fqcHpZbP19gPfycFqDqdE0GLQj6BG/BIbQOm3A8XtOwwXhdnZBJZTIMHUYiFrM8iBw8iOQiEVKuiGXR37qUaaNcIZN7xZxu48wqisMsV8Vh2frzRXJtGKW/cRp4rDo4huVheDbFoRauwWzLw/HszUP8mvYh0nzSvhtZWJwJmolfguTlRK0X0mkhGJPyYrBLMqiLdu+WDNf1YteiNMTVDK+M+stIv2rQy+CcmrSjQR45V4KdjWE/DnOtA6l7vEgeO1InAjHvYQ0qiRGKUXIR4E7/Vjn+VkHyjh7HtNhISStJZKWQQ7ChuTdYrtkrlXjlchmGjxfDBwsLXD0EIr5qErmcYcQxJSIBDrdDVQRDVfw3uL1QFidHSOlfRtYXDgGQWIS5dic5Pnk1qvYQFDFqeUiO9FXV4E78/hqgVCpwA2QkL5VLaUqKmsRB2Eur1EKBQi6XSMQZ2rSQ1vB9nYguRSIpapRSqfKq1SClGcHTw0Ad0ZDGtEnES+6G4fZcgmTzh3xd7Qh/d8jn5fzetGQf1NQXtu2uRAESniqVUokkpBfVX5w20eQKBaotL/SlkgwtkgeaNASw2OfcqYSWk/tqtUo1KPsvbh2W/6XDQvY017qL1Wb62zACJBeqhguESZrahiTKIM3tHDSQqaH2YdpTAj04giSLRKJS6b06nVabJkM/0p/CtDEEkNlGUxRqu1qjUSiUep2OIDohhBlGhDo8XgvHJeQMsqxVKrVXo9FqkQeHM5EhqSSUyxVepVIi4a07Q5pKL6TDS6F52SW0zQh8D/wG4dgS5+1BXlbxfin5HWeVJ5F8GlRGhB/5qCSCDSJozk7kJBcmgmF/lVjIwYgEWc8AeBCuw/388KOEmAQxmoAX9G7G07aDcrBzcyH10bAuWYjf8fQs+vO6hAQluy7oG8UyZGDkfxHOPhxJgyRwPYNcclSyFA80oH+DC/9dGsfviEKci1eHSneN8v8n3uf+n83/fzfuWu2Fr+6lAa79s/BTwGfyywWZEH8f7l89PmQvZvF57Md5dKEMDsBXAUWMfiYtcIbqgfS/kjg+nIcVzEkJ0u1gOUmnRvSGxxVdIAv4QAhEQAEoAXEwCtSk152cCKaCTnAZ6ALzwWJwBVhJPJt4X4AcFiBmWIJEbCaV6FVqmdxgMTvsJqvN6crMyQ74s7y+YKgwP5qXWxIrCEdKKxKjq+KVo6prmhvqx9SOb2waWzdt8qQJrZ1TprZNnD571uVzL5vTNW/+8qVLFi5YueyKRTq3p6y8vePKFfrMrNL4tM7lK0XGjKLicS0zZooNpsKS5vHTL1PleCsqJ09Zukyd7UuMmjR1yRWMxZofa2icPYc126IF9U2zumSB4OjqCW0LF8n9oaqa1okLFhMOZ154zNjL55F2V26ktm7ufCDsR7K9l2zZJ5Fo+3U6OU7a7cb+jAwXTvr97n6PJ4STublF/cXFEZysqirrLy+vwcna2nH9LS11ONna2t7f0TERJ+fOndE/c+Z8nFyw4Mr+FSsW9xJ/SQhXXRXTruhfuVLTC8X7hMKZ/ZddJsBJpXJZ/xVXKHCSpuf0d3VROCmVLupfvBjZzOKEEMJ5/fPng6dWpdXwf7s/BdLW9X/w7G/3JK0oTX/+b0gQ1NDp/3W7vFx1ROtypzd6RJr9D67r/zeen9PdDf+Btv/q7k5q8HHNGnz+a3d3Soo2WXc3dRIf16zB578OP/3rJa/+mzx+Hb7K1nbjz5oR++41+NP9H1wHoPT8t//7cgKsBmvBtWAT2Ax+B24H28Hvwb3gAfAIeALsBLvBfnAQvAheBq+BN0E/eA98AD4Cn4IvwNfgO/AD9V3iPCdZhJyk4eSLiJM3/pxsd6bDbjEbDSGvz5PldFltGaaqikRZaREnbWoqR5XHizmZw8mXcZy84aRMCyd1OAlz+dzZs2ZMx3Jm8bz5c7pmXnbDxuvWr+tes+Xmq1Ztvn7ThmuvWXvL765evfWObXft+OMf7r/voQdvv3P73b+/594/PfDwI88927t3zzNP9zz52KMvHji4b/+u3U/1PP7EoSOvHH29760/v/P+sZdffe2NN9/uf/e94x/8/Zu/fXnq888++fgvJ3749ruvvv7rFyc//fAj3ejqK1fcettLh/WBYFXN5CnLV95409bbn3/h0MsD36v8oYrKSVMTry5ddsPmO+587sUjr/79B3WONzFqQtuSKzZev237swdeee2bb2XZvrLy1okLF1236a67ew8efeNv38ndntL4uJYFi9dv2PH7vftef/PLr0SZWUXFzeMvn7fu2j/es2d/39unvhY7nIUlDY1z53df84d7n9n1Vv/nf2XsrvxYfdPsOWvW3v+np3f/+d3PvmAt1mjBmLGzurbcct8DPU+9894nJwmzLS9cWzdj5s2/e+jhJ3e+f/zjT0ljRm6kvWP6ZVdd/eAjjz1+7IO/fGia1rlq9aNPnPgIYFHKSVWDIdAfDJp4+Tm6v7o6wgtNLCk5oTl9OhaPl+HkqlU39t9002qcfPDBW/tvu+0RnHz00ef7X3jhCZw8duyl/sOHP8DJEycG+r///iMsVS/78acu7eH+l1/WaAKB7/t/+MHvVypf7X/tNYUiJ+fb/u++y86WSt/of/NNicTt/qr/668zM4XCt/v7+wUCh+Ov/V98YbfT9Lv9771HURbLyf5PPzWbITze/8EHABiNH/Z/9JEh9uOFQzr/I4cv/8eF9PDn/yeXCEpxyQf/XbL7lf+Fh/+fT/JaqeASG/0/cH1QE/27592XeB5fz7rExv6bfPT/i893rVnzK/pxCusMlz7zEHeSPucSZ+/9zVNn77noESenvS6RF1aBQ4+dMyH1OpO/xxfDpbt/U2T3f/BMWrGOVJe/TfMqdc0Ixfq//zwInj+fvJk+jnRyGagAo8EY0ADGgQlgMmgHM8BscDlYCJaCK8FVoBusBxvBjWALuBXcAe4CfwT3g4fAY6AHPAP2gmfB8+AlcAQcBX3gz+B98BfwCfgcfAm+AQPgJ+qFxPmiWD5e2syb43EXRCO5Ib8vOyvTVTqusWHsmOrRlRXlZc1N9XW1NVWjEvHxbROnTO3onHmZw9k6eVL7tBnIkLfbiKtWXLls6aKF8y6fQ65aufyKJYsXzJ/bddON12/csP6aq1dbrJtv2HTdtevWdq8xm5j77/nj3Xfctn3Hrbew9937h99vu/3Ou7b+7sFHHn3iyZ1P795jzHjo4cce73nqmV17DXrR0VePHH7phecPPLtP/Pprr7x86MXnDvbuf6v/nfeOfXDio4+1ur63//zu+8f/8uEnGrXsp+8Hvv3mqy//+vlJ+Y8//P27v3196ovPPi0sLWuZQJBbbmbYB/4kEr/5hkxeMK55fOtVq27afP99Dz509PW3Eq/0/fRjtLGpbfKKlTfecM+9jzz86mv9b3//Q6ShfuKkK5dfv+mPf3j0sSOvvPPngb/njq2b0r7sio3X3f37Jx4//PJ77377XWhM7dRpS5dsuPaObU/2vHTo2Pvf/M1fXdMxY9Hi9etuu33nUy+8+MHxr772ja7qnL5wwTVrt9/59DPPP3fiL1+eyq4cNXP2vPlXd++4a/euAwc/+vCvX2RVJC5DbtHqNbdu3bP32d6PP/n8s8zyuMM+p8tivuV3RsO+/VrNyU9LAKS4tf8VSqfNauLW9XcX95LCfYWFLuSflGBFCUC83+lswckJE2z9c+ZAnKSorn6rdQtO3nyzqf+WW2icFAh+h/yeB3DyT3/S9+/bJ+Qdo/1Im7+Jk2+8oe4/eVKKknsVik/7lapeomzfP/4rWqxUKvBKAXJ5EfJWdsViP+LDDz/k40M4/PcDUAy+Q/eDwb/hK19/HcAHr/cUPnzxRQ4+eDyf4cOnn7pRTrtVrug/kNI9zY0//jJif3rkOe6h4JydIeWYGqEo/5P06X+jSf/fpQj/By79r+rS/28lcYeHSxsZueE+qHzXRVtEe6nNpXVf4roeZZJ10cZe4jkaXS+4+BraHGhj84fzVqO066LtUvn9p8/Rxwc1x5mcEYpjTTf/Q1rTOXx2oS77dejGuR3dQ8+g5+EK9BDWoWu6R2Q08uzia/S7qZvWpG7q5vdr4JXdKI+h/fDn1+5Lnwzrv1//zcMo20s9PvLyCHXJxZ7eBgBVST7NxzIChhTBDBoYKboXFu524MhXX+MpHMUdx8G6Ssdt5NPnmvGG43KH/8uChmdY6iBpwBGrRP0uEsfaGvYTpEi4kWAZ/gaBb1D4xj5AbhTwEfB83ATafcVPf0mV8nHBSoda6VByxdWTBq7UWef+hvJBGV0LnydayC2o3LxdIEr2wn27IEFXiOEPXBjHPq7b8wdA8Qus8IV8BUKlydPp3r6WVB65JZUL+/n44uH8WDB+FxXFVdxF4iBh1ARUwAmIZ0v9sAtSLLq0F8ATBM28iOrClyMYWc5gY0KlqVP8aClfphTtcLnw2tRRWMCXXgdTR3F7ACxjzxMv4n7TZ1F9DPtIjASKPkAsBA5IPvMpwgIXSx9qGMjLxQMe7Pl/QeLF1DV8vFYuAMxz9GbUEt+zABIduwkgIg7A19Ct13YBI3kAPg6v58PyjQ2nTwFDvBTl4xCifxKvEq/Sm89cyeVjP/858yZ9I35L1UF0zv+fEMNeomMPQXAZzYcdw/H9IG48jZonJKCdfuLMBPrGpD/px/VB+TxHL0D5eJ8hwPNEB9fGdHaXqE4Io1xIMM8li5PF9IIzV6K2XFgfL18fAr62G4rxOH4Hn9FQdRpwRL/x9M8Y2JB5E1fmzCTiGI/fXeBGykWe4d57sjlhOCp4TUrsl75GHGXI/cSzzLMCcpRAVgx64Vt7tcWsoZhCqV2qYtFz0A3M4F1UeYxcvEpSCO24iQJhaFK4JR7CneGRS1XjgAkaxkGNAKV0DEopxbJx0EiinVqoHQf0NNrh6YbQl/6sxy9rhmE8vRBwa6GUQ71TBgcnFgYhMX/RsRWp1L79qdSKY4vbn5p5fPv292c+RZ5ZdmwZugaJ/Ve8t6y+4+mO7cePb0cHHCg+B0yhplKNiIrlQA9sIAuEQAG3unYTmAg6QRdYDFaCteD1xGVzFzS3tk6btGpNYemS5dn+6bMy62slgqoEBQToa7ZnlvozM/2l5CRzNFejUBjMjWNXLFs2c0515TVXx8KL5ql0LW0EU1zehr7OjinWjClXz5syZd7V5BynSOYNBj3OOSB0sq8o1PdOHzdrMxRSvNOn4F/HrMDL5V+wcc/BEH9UvM0/f9HDv3ke4VqDZ49Hwlnpozp91KePg/fZi84vPl58n9VdeO6+KP/B8shjudFo7ja8+2ckL5KXiVOpArywWU8kLy9CtOB9MgNfIK4dejb5VG40HM6EedFoHnwN30xNw/t/4qe34RR5J9rlorPUB5FI3qfoBG5HiTac22q0g8+HQ/nJWpS6Izc3StjTD6VYlPgb/ttfornRIEpwMn6Y/gN790tekxCgQgLfwmSCCJxCKRE6yoYIPfkVP75zEX1eQJEX0iHisXVIF7SSx/BaZqDxWUASx/ZQ93KBmcf2ie4FIum95EGOH6UwtJu9FxDoBo5fMyqUvXDNoKrBYuV7RfIrRWoAxAeQ9TnwfV4uHuKFzqFJt5515LGUrnXFyvGtK1aQx875iT0rWsevxKeodC9e/5LC8QdKxAGznwUqPMU9K6rqJUsSQqofGhPozIjPROJ+JFG+J4FIh2e0mNF13TpZP2HGT5jXCfohSXwP4DR7emILlubf+/CWnqnJnwxWEHMvXtEIcy8bHp44XA691LXJFxa/twIS+/ZDYsV7i6funPn+9h3vz+QGOjEor9iHQbnvimOIpXdO3/7++9un7+zgZNcS+Dgxh7wPiBFHF1WogQSrQOIvQIWODDAib0GLFRG6IkdHITo3kMpnHkwLrK/SEuvCtaiGQQnnz7399rlzb7/t8jFzumpru1BJ+BRv9V21Y+bMGVPbxc1FhzvO38hso64D+H3QPiRVRoH3EoXb1dt1OyzHmQ9FXzLfithN6k26GyzkLN38jPlWci7ZJZ2lIlt1UzOmWslJ5ERpq4osL6wo8tt7yTEJRdjT5On0rPWQHiAoKluJXLCxCWFFU0V/BVEhUOA17RDsUWuyEmZBWU95eaiop7A8J//lJSEY2ke5Xl6bA3P2Scz4QQo9qCGzdkmMVQcIG9yY1gl4QTtuHbV27v1/p3n5jZe/S54u5ZbBw0tUpZem4hc8CVMqrYagXM5MIj+qytQ7KUKrUVGRcKYqP0pkjoSjY0QaFgy/hZbS3QfDTz6Weuehh1N/fuwJGL7/xtTZ27dCassWSG29PXU2tcEZCjkdubmEiE+EUoLyprvuaoyHb58x8zbquodSfQ8/hP77GAw99DCMPNS+JXXmli2p5NatkNxyC2S2pPZw/3ek80HHVEfm1q2ZnbNmIfKHvQhXezhcmZAOiIAXEjoMfowQKpjti5gVTkXCaI8qMB70uiZdp45YrFurI3QCEAmtzMP38hA69vuafP0+woc047SETBBaHYyszg6Wu7PL1dxLxjPRc7aXF7vXugm3Ef/J+LJ6iRu691HcdMm1aqjeh3TptL0SYxRHZ3E4GWhfitcY/MqnWIq2U+j7veJ7hBiEjZSPR0t76CtfqWIIMxcjhRxBwI6RxMy/XhG/SyWLil2EhNY0vOBrzhCXSL4Svm3mjNvD8ca77mr6LcxTE38LYgTeTgRmji8V5x1sNTMBadg4nJGYMJGCmhyvV630+3wqgcVqZe00w9g0SgFNGVQ5fruFAl6LXaPM8dMCQShDrfL5PF61Bv2FYa1Wj43R2GwMu4Px7vCpdqhtO6x2bOZ8vI/xrcztIUK9ZG1C5pZKoh6PuydTJo+6MvElYWFPQp+xUh214sm9GoNRXa6yM+WstdzmK/dGezwyPA19P6taKY+W9kh64cGEzEDoQ/qejAwjNPQAI7q01+VZabN50YO7M92jE73I4uReqllq5OYgGU7z0R7cNJfTA6eMuK/BoBgwcsg7laH4O7Lg0LMGfCfDMMB1RQxOVh3gns5QDCi+xCsNbZIFDb5Nsu5XhhJgxCs2/w/a3gQwjuLKH67q6um5Z3ru+z6lOTWHpNHZug8f8ilfyPJ938YG22AECZgjwYZwE2InQBLCYWNjLHMqxMufBMuQBMgBhoR1SHYTAck6YRM8ra+qeyRLhmQ3Sz7Lmu5pdVVXvffqvd+rrnrPUtinYU/VjX+cEs6E4HtZnRta8A+JCOYz+RgplEINlOoCOpJtgYRsIEsgG2AV/sGfIpYi8iBEjobohqmrDs6H/hz/fpc7TMEZ/JOGq6CrwP9m2e3rp265dwb/yyx0Nbcq+SNwhry5jT+XhsGVD1wWuPYvN+07f/3152+8+S/MXP6wtLEDOvP8+/3dS/ranv8GfzYD7Z0FFX8YztQ21PP/mYXuOQ+ta1t3cA70FPgP2utlXV/+hBS/EVfyyZex3JznuyRKyb8DGx6Zm54HdmobMFDbgY/a9jRQKhkGexrUtqNIhq3l5UACZNTlRxkgwdeewn90B5/H91vw/Vp8dJ/EH5VbTlLbaQv+vBye3kL2r+iEdHCENcTlqcumMqk60QiUFt2QdSZ+MdRqVrTwaJLxQk74Kp+v5XPw9Oo/33bLf990419v5n89svPXe6HhpR9Aw95fw2F+Uy3fBU/Uwtu/9OlXbvzbzbf89cYf8z9Gb+x6f/cP+BFo+MHu93cJ42Qz/zfJPmYOsIIw+Bbn7aF6ENUFu6lu1GqlKYQsVqsZ4w7abDZJDDbvi7hLKtw/G6EL9hi3cXKEaHyTyQUJYfCd+HDMbA4QmhwzmVwBQhIZLsLio2siSUrEKOoKYyEdhVAzohUgyiUjhpTGl/F/cd8mtBikCBKiEF1OiISpYpHDiGESieih4IOFW/n77rjn5r8S8sDs29PnwzXF31q9E8jEzGGLq7RUWxFM4W+78a+3YCL9AmYcCPGf5ItPX0IqjNNqcO8Y+jUQAPu4qCQ0J7Kp0upb713rQ16PWYUoILXZZMJmTT1ruIfT6RVsDqOnJ46pDBjfwCc4hRkAlTlksdglJHSGarWZBDDwOm1BEsCA+Fv2aUXrn21F6/S2la0fCDGbsB+HRy75wKjGTsZtH1a9lqy4U98N6bFwlxE3RdJeZiojpXiXVXigYVjos2+Apu6BhbM6K1NwykM3SS/8Tjr4Kp24fvbC67yJV9PdLfRrG7736b62/oFC+aKvPb5cHgr97M3+/usWdNfO/nbl7OuEvldhkCHDfc+C65723BPIGe/RD1K/5HL2spxHBVX7YPYeQN0DoMLzeNoFSYSYQy7kcoWTxscbLbDH0m85bEEWi1yb3xN+Br4EktT1xw7JIfbbXzqq3ZN7Bhrgr0R0u7VY/EAMVD9SOuCOC0EK+s6lzgvZe8tIDGKiOSITQntOiAoj5GwZz0gfEeIQ090Xjsgerpy5GtYfXnT5t+5YXLe63PaNK3Z8s22OzuFf8bVvbm24PhPI0Qsua/imP+DPvrKJ9Vy17Vs7Lz+Ybess2/7AA5vnL4tKZA9cfuWD9dnQ/IMn68s8mC6No7+jr8V0cYJGTtlrgnarlqYAo3wGDgADHOD0HFBavgu03/UexIJhc5UY3Uc4XTeCXX37yIiFJCLrkwgxlEu9wA0e7wTZx0st82x/eJczWXbHpo0z68PeutkbNt4975qHptRad772y0Ox9h11m++aXrN9S+3MO1YteunQa9evFWWWG/0degu3TwcansPDsB548aive4rWaGTY9M88KnsVkIV2yv2a1zSUxqYfb9+089YPbOcA2Vd9zk60E1HtpC1ColWS/oySL7jursu6v3vjLEdq5pX2B1Ye3Em/dvfjr6ye/qunD+TarjwY+P72N7+B2xAafRu9LZkN3GDm026nWaFw6l6gyJSGE+tQM5BjvaFQ6J/FqsGG9YSgNpcTHQG/L6jNn+HPHeDcFqwWAAk2LwQwxVpBjH8s0MoNXTBAQkeRZHkT473CD8KPVfXUJXLLC9VdC5zc1y/beM09e6YvkczWGAvl965aHWvtt3kvPL9r38w9K9buTwo0mzs6IMlIPsLt3fC0VsXgJrOD1I6jEOqeFZqtIkqfcT4vtB7rQKzttx+Ty/W2Z0nz8Xf93+1CcQTosjAlTFUUSD9ExSd2JTSx6WaLTjKpK5QZORvv7t943X27o/VtxcfH+0J/8t+fPnbV3llXL19xm8ZFvXHywnO79s3Ys1zsDtbx6dEk+onkGWHty2vcNVYa/pyGq/Un9NQgBhku+HMXNBv0Wo1FY3O5VWqr2u70KBUOhfBOBsiBQ6GVQ5lcLmWtFo1aLTVqWchKkdNlQLTdZkYvQgitFgciG+E5sAQcAkfAEHZffR63HkmUKi06jGVfI1cjVgEVqa2W7NmtlsywJcO+1WfJlM5B6lSq72WSSvHssJibC5+wV0/I6sROzvAkpNPcJmAMCf4liRDJb1YXwr8kWWKVBP8B/eSVXv6+3lfwv164ihz59/n74KEF/EnoPcQ/AWMLvrsAfkg+OvhfHYKX8a/ic16/YAB+eIjXC/JQhvX+CclUjCUv4zBCBRUBb8ht8/vlGoUZsSo56w741H6QSpWH5AGV319utjksVHkAOaCYDaBIorwOCZ9ZkkhnCKaGht4den2ILZ4mJ+xbGTJbgi7JMDYWQ94UJlFFx1Yck8iswrZ6+sTln36Q7Q2ZfoD/OSPTstSqJ0IsvJnfSX7Vpo5Xr6l6YDncwh8IVXsvh+u7u7uhX0giRk3x7uL/jL/zd86yR6XqkDAxCxJYWIKSW0EIzObKQ36vm4HBoNOlMbAmnVzjNYX0JCJTKMjqoE4nd2EpkTMOmQLg/qXOZoaJssZ9K3XwDMlcw57OFIdOZ3EXhX2dJOg4CVU5oY+lzD+RkJCC3ZSlgo9kHe184zKr+rv4n4u12qP4cYlHHnmEuozfPuDUBoPV7rnwq7j1b/7MqmYDW4qPdXcL7VeU+FQFlnGZKggKoWCZw4vZpJZbkV4OqqrSZXKlJnKt36v3K68Nsn5/2upw2Kj0Jax6Z2iExJcunhIyyafwgCVMeneYLZ4Zwp+XcEuIqktG6GR+CQF1jaX0cZZMLcyIqSPHuNYYnqH2Mk9btOOsm2ntYT0vGE2svoNZtnygckFjLjfOvi+7lr6N4OyL/PuSZ/l7iP/+HLdfinlde7U41knevhimQQhUglu44Jo8LOS78lQh2hVdG0W9QTg3AHdSN1DUXArOgzCZTIRJJoQ0GbkUqE6rmITf5DZrrSaGjlZk0wlr1ATSbJpKp7Xx8qjb4aVUWodaRphOUiLoSkx/N0MSImAyDZFIuFii+4iKnpC4yPj3UunlJuTRk4rSQPIfl1LnxXZtPTk5cZ5jPGte57mbm+ZmZ/zhD+tqtne2ojePr+ibmCbvSPc2khDBEVqx4Nb/Nz1k4Lv/YFwwG/cywLdL1gjjuR7TKF5dN7+OWpuBnRm4uhy2lq0oo3aGbwhT87FaK4+X+ylopChIMal4PE1oFYo23qiGamMl4/faK2ui5QxF06l8Nup1+Cmd0qqNp0RpypA0kSKNstksoc8ZTJtCH/sOVvtn9IVL4zSXQThGIzFuhohmmIDXBidSycRKxNDLQhhOXSYr3C5Zw9/F57NehzdhtbgT1azbEki15mr5vUTA4Icn5uyf3cEfhda5tdP3FC8c/FLNcrnBIH9o9VXUbooqlv0saIikpWqMgZwm+DrdTmin9yybs5P/qJvfc0WsVo2ev+7rhuJp2NQjxprv4q9HN0mSIIeRcTPogBou3lENd0ThqiicG4U3GuC+Dpin64LxoEHf0qFShpTyxoZCdSSsUISUIZJUzhpWGMMKaRjOC8P2MAyHc4fjMN5lsw/C1VzUrfmlEq5V7lJS85WwWwmjSgiVOiWlVLZVfFMDZ2igJhRuaagjCafi+UJe43STuKz6fL6puxpWG0yhSNAvVShBLpeOUx2NtU1xlZyWUUrQ+EYmkyG5ktiRTGo4RdLd4299Yt4kkv0If0thLdYnhDEU/rFvjGTYd/rOkO9b95VCdF+0SKdOQSsW/SExFr0QdpswEyOmSAAFDGLCLkMpm6cwfy2E3TZkEeHoOM8JqJVWGnSMFOELiIQzRDdtWbWOujVQXSu/un3g1sdrlm+K1uXKUhSF5s/ZsWR3Nrmv86sL/XqzSsOqjPX8C6apnuYZ8esd7qlzr/d8+a67NrF2yN8DL684fOsqfzlscLi82ZolS7dyeRncx6/xzYhdz//wuEEhVdXDB4P9le+q+Gtgn9fAD2jgip5NDTE8ZjSY1wzmtRNjiLs5b5dpgYmKmqpNVBhCrcflcGqcEmiClAoCtRoIGSODTo3RqSl3QqeHkXjcGqM+aLd63VvcA27kBk4PRHqji7BO7bDaGbUGxTHYwsxqPI2ZgVky/FJxeIi8YyB8GB4qDp9hX39nGLNgnxAsEhO8j5CePiURE2P3yaGgc8WknQLNsYKpFDLPZQ0ooEMM3yrpne6PuApNM9KZg+1PuW7b3Wcu97z28EtHJclPB6+dOauy3o3t5wuZrdQaX8VdwdX8T+F9vJdvJ3EeA/xuyUHJVD2D9gv2Rj1Kof/C9rIWXMF1MTlzjjJlIcpCWFsFXCwJkWmSqoLvVcElVVuqBqpQVX2s3BNIxk1BEkxzCIuFyRBPZqSxaHkC1DqlHgfjwjYs1fhykeSYxSa1UdAafcUMVrBDRPr6imeIxmVJujTcYwmJ166FJW2aK4V4FwzORUt70cKWshqL0ob+K0SvnHNfu2kthnHqtD+9bg+SRZztfA0esG7WbkppoD45Jztn3sM5g8a8gr+9LkPB0DTVLNi62bvIb/kS7+zSpoxsMGiwXIvqf24XjPGyy0INR7nv8c/1+nIkdzym2f1Y1zaAl7jyG+rgjjq4sgZW1cBwAS6Swm4pvIyBXRSspmAZBWFDbUVFrFBVIPLTXB4zlhdqy2OxqlwuXAWrqmolElmhtuBXyIwKWUEhq+W8BmugnFX4rVWKckMOAzNHxk/VNrASg4PWyQgthwgtM+KB5DbD4PvM62cwOTE2Yb+/jxZUcMaaEjMk6LL7ZFgr0+K1MTKPG7EA5Qt8bs71z+Rbn5xtXS7oa8n9/g5+36rJ2dYn5VqHT13MtM6vgue3B2Zexu+GNwip1l/jp4ylWkeT8qwvhbddTLPOr+S12xwNWkx73ShFq7B85sG/cZtREs5LwGekEObT0SgdgFgQk2lfwOgjn4HyKqx342mtVpGUQDXJMiFLpmWKpEIWTCeN6eS9abgkDdNVbpfe7PMogsAMzTQuElP4JFFHOePGSgWk8zKJVu+gWcUY5UmKAyLHRTyOhzJ9Y7L8siDL+2JCgk+S9UbMc4CxFmHD8DgTsCqdwAYs7Zj8lWPkt3xWwKvEXJKE6lpoEPIXZGlVSMofaWqK8r9NW6bxya1WrVvrMJXrIJv8jy61rAPeemDL73+/OJwO2hp4PkhFLFm4gv/pl20qDH+z3lmo+W2bWhfYcuHyH7cYVKoU7fXSq3/B/+yKUEqjIHrAzu+mv4dlnAX1nJfRarR+CWOUSBiNBrJ6tVKlkqiYgIaSaANIEEmSSOo0yfcwnGXfGh7L10AQMlUG89BXSucOffT3iMAUZ6FV/PSjObsp7ES/v3A9ukUQCfqtRcldcPanjOijYF20Ad0BDKQNUC6TBwE0kvf6NGXSszo8FuRpnYGRwbRUgcQ2CMkmLzZCbIMc+nSB8HgzcEOqfGhD8T5qCqEiP4dawr8x3ZyzOugogwDafOEN/kU+iMppZSLTzYsYtBMArCfXAzuIgeVcAwYE5mg4StmV5UpqlwLexNzLUDqH3eCHaQd0OBLhOjFPD5LJ/FGVXq9VIUd5FIMqu4ijsimsBklKYHYEYr9QSF5yqniG+Mwl3JTHGCkS1rFV5K2PkMhCUIG12KUeU4qMjiUmVnKQ3/vcfv6to0+8+G8wlvlBOrsqKg5Bfq/Gvnxm06e7luy4prgzmz3xFAzDzI9/Vlb26fWrfXaddSt6bqm5zGH+5WP8n/i/3X5QoLufb2f+hHlfA+7k9BVWm9WfqTBmMhUnLRB7aVmix1xmi9FstmhvyMAdGZiRy23mHPCbzXVpf8RrI3f4Ilsz12aoKTZoM2eQP59yVGSzFZTH77BavDKdWqIFBEpmBTJgKmSERKtYk51mz5AEmkUh/Ri+NDwGKUupxyvSIZIwzj8pywceMTDwWQWWRIG8D7NfzITMZGo33L1ozYIam72UblxT/LOveN4RmpHmo+neoNkotZbVlMMB+Ad4Dg6k5gXNVP+DV7S0Jqq9Nvu8vpWVP6V3fXoLvePCzqs95aFQzrMd7ZxfrrXpFaFP36aFC1hWLKO/lhCfTcQVmCou4HSwDrfDr2eNej1rMun1bqkUeSCF3Eir1hJ6hd3I6HYjuVytJkkNAx6Xi9UbjWqFAkmlDotDZqK0WpYkV00RC5pJZcX/BN5hvAdtKZJjrzTu9mkwgBBTBpN8maWrrHCVXCQ7KauEuOQlZY6JR0J4+kxkxtnioCg3pb7MX7sMPjrXlm3gAwE+WuibTVlmFqKbPvgDuuGtnognJSU5gdNf+/Qhes2NMyWhEJ30xfv5/yq+QwWFMRPDdLgO04GMmR4utbYMrsU4WgEZxszsZG5gaFldOJygnH4d0ONBotNpVfLxQUJdOkhOi4lVR8QBYvCZKrNei1nHShmfX0wCUzJYkhJWwDKgY8k4icHrntsPy8nw4N+cODzgdROHh2QqGSD8L/kzZIDQe8QBcqG1NECgBjJkgBAbdI5+GR0GLrCZq2dZ0045XCmH7SYoN1lMQaXcqJRrgRIqLTKrxZqWyoxSGZgihVKLVGKl7FKLUmPSObSMTI5x4anGYuZUJtU4nB3OYB6e7bOeFnN/21h8PlzKA97XpxO5hn1v0lfMLjHlChZswi8ojAP65c6yKzw1Pv75Mv5kqFqXgYedM0xv/qLnRCHTgLi5C2de+BhJ5rvkslCo3ZfhGUr/fbtXnFN1jP5aegHrtwzseVqpkaua56pIPHclOdMI37Xke4CcRSLxQQ2cooFJDXRqoEID/6CB3W5YcEON2+Um0lyp1hjVGot6nppSe7yq3viqOKWKJ+N+r8ro9aqmKGEcE0jpUFJ/U8L/UMKwEqaUcqWQlD2ZMiaTKaCUx+SUvCwJk95QyGs2O7Ja+F9aqHW4HH6d1qjTmnQzXdDrgtClI7jUK7+G2c9QzD4Mh1AFSqrdKm/IYdEZ41GHOUy5lCqNFg+fU2+cSjWeKpbydRMojmnfN9xH7IaNuEVnxzjQt5UQHYscYYXAGHaMG1u3bi1pI6yW8Kh6g2inCX/cKhQli64IzxiRaWSUyUXOBcY4Bw3CzPPFC3LCSumF6qR5Nhu1ejX8QJR/lR8O8hsTqshG+BfrxjhU/rpT43NWGsooNrghAWno7n30q/Qfkg0hD1bsj6PlFx6gV11jnhIKzQpeXZRS+4aj6TIdEwotyAwUPajwiYDzzzF3YxlOgNe47T5f6CtKaFcqlGmb3Wiz2a9UQIVTPicEO0IwJHfKg5GQMRKKyqSydCRqjESiQBpxejxOg8FyuQqqLDZLUKMyalR6jbfJNtNG2Wz92EWSSqJUOcYwfotRo1PY5U6Pw+BjbFjuVcqLjMAsEHlRGgQYsmI+2M9aT5XYcJEL5Jqo38aITV7dj3Pi0jGCLg4TRhglkUnfhDHD3N1ZttNb6+WHy37D/znE/9Juc3NwoFd36t9ylqilFj61W/b6j6Y+c3EEUV3FE4hqsbs1oRBT7UoW/wgf31dj06BQSNJpMhb/RCFhVFGgafQcOobuwlagHPw3942bzHCfAd7Nwp0M/I4EfkUC90jgFTTcLYVrpRBTxfsNPex3wQbXdBeVckGNy+2i9C69y2qKRswR7PMzDD4GlYxRyUSOKIeU1DeVcAmZP4BKs8RqtqaRxIgknk3oVnQGIS3qRxTyYlBrdSHgcDPmVdGdUWpVGSyLKlBALjUZMTphAlpGKWEwQ4YwA7A1sRSGBVOcwpppiLDjLMnfJVDYKiTz6hMy2ItzBUJyV+yCWFPijMIwNt5ktqA0XUD8C9G8IGmkajyhoxZi6guzpHmfREwWaLRUVaJjOaPPzT9b9tEew1795au7Flw16+B7FplhOozxXGU0Xe2cNR9tpnWujgsfUv7qeCFfs+mG+dyafIC/mfJVuzRye+gb0aa2TGVnICzqtQBGi38ScqTWcW4YA0mn1uhRRRg/VgsBwDBaIcvtxek/Ya70dBFD2aIwPzrEvnVWmOglg9T3DzwkITKtzkeSIdJ/ClGd/rbiTdgjqig+O8EjIjlpIwqa2tnbow7B166P6Pnl4/7P+jXE4AjZZ03T+aumbCbtTwKAXsIYOAJqORcMgzK71uBS+SVBQyQAJBKty+5wMqT5ignNP3tp80OBJAz4TJ/xoUXF4yfpdYWWo5dCsGcZv52S+d1NfNtiu4GSBlzN8NmNRgX8yjzc6Atrev+9S5s16UOhmGcN/GCaMmvShcOVjiUv4QZToG301/R8rFccIAwu4wy7PXC+e42bKjBdDFVJtVMUGEQZTsk6vc4DTuQM6mTCd62a1Xl1lE6t8g7CtmNWqS40CB1PkqRzxLMgCzX7zrw7wp59t68EAMjkayhcShpvwkhYostVlSYDSlOumB9Bev7Om/kP//LVves3P3sWGuS6+sppD6/r/2YFt7VNw8Ba+JuhOw8jdN/Nb7+w93pZsMDfze9qo9q2xmdXxO/Z9851277WE1hUPJwi43kqtvs3oiPY92wE+7n6W7JwQRbOrYC9aViV7khTN/rhOv9uP1VlhNcm4JLElgSVOF+VxzhQy2JeVgGWBVWo6aZKWJkcRHHOGmK1WpCvCiWTmbpQmdSZqfDKLBYvybSXGmZJx8k6gjME7JH85n3iotY+dphkMWdH+vomzEULi08okn0XU8HCSMVU8xFh4oikSi5Nk/jEJKlV0BcuBVRGcyCU25Mhc9hrk5s1boVT5U/WhX25sFVica64t//OVZVX7nr6vuXLi/uWr7xh4fWJ4rfhd2mdbXnlrJZmOE2uV3i4vE/vDBkSBe2idndNwuFM1nsDni3Tv/To4t9/6curVn7vzLbLl18JDfOD1VwTySs2yo+eo45JvgIqQAvnj2G8aA+yOlnQoAdBNkgFg16zTsPq9S6jWZkqo6HoK2CXDjverGgkssXTGfZ0JkVcJpQTJ5Z1RpOI/CySQJ4RfQTyB2EasuRTi6lKqdZM/aFXkEPn8EQU/O/Lt+/KBqOZsKfPoDMnUwmrxZOo1rqsgZQkkneYzn1c/F5v4DKzRhvccuaM21sRrmozlveh8QlmEocKy/45dBLLvh5b1SZwLzd1Xwiu88GrnLDLCaudcK0OztfBPQq4QQEXKmCvdJV0pxT1UqsoahUkby6y0Xrr0ijkojOilC9aEaXEFLzWqDVA42FyzG5vCZDhwvaoodqQjFqrQ3KlO0RCz45gbZ15lwwT4kqOiBnvyQwvJtek+R5hxaGFzMGT97Cl8VNpILHiK0svrgQfwA0tJPG9pZTrfiytMwVe37u+tm544PVdqxu4latuC7fmvJR3bccmXE9Tj0QmcefaoraEz2DwJWylIzr8jRuf2H3NNdc8fMvjV+3dW1NXPOHMNIdm3XL+K0u8ngeufuU2mVamiLbl3G1jpYy+uHAsvcNDS7EOTJB3lRpKFgxara4Uvu70uFid3uVJeBJlwZBN59Q5LTZbmSWkcbCKshByQEbMXD4iZKQkK7tHhAXeMPXucAbLEf4UluhgUapIG6pKfuI/SnYovg/DFxI91G+8zUb1xXyHrqUT8x3KNJX3L16ZpZ74IBS1dxRfFhIe9lkNcE71NDhtts0FrY2stWUZoEZ/wndAL/VtzEY/qHra47X6AJCRvJ+sykrTVq/L42cov1GjEFxm3HQWjwIht+Zp7PllBJM7tmwcsaXl6GMJMcdmkqqy0NtQX9+g+PmGCo1e7XDrQyqpQaZjrfJv26k1+C8XTvD/WZ+VMVZHhXMu3DfASuXmFsHfgV9HI9iGesEKrkBRA9iVcQKw2bmfvJiw6/VKi8FwjQU2WKDW4rGkyJoYW1SOlYrc7vUajRSlc+ix+mzM/AG3Fv+kCrjxJEl8H0m0RRLJixOVLEbhKSFAv4gIRJCAtdQkJzUc0WG/JlJmevMti0zpz8FYzhhwYtTAnzRHPbqMZGoo7A2ksXejJohAq8SOqc7dfuFDJKlMsXKZiAsG+HZagv2deeD3nGGf7W4b1VTfkU1nMh2yHjUAHYMwcBy7D44F9fiM2xFi1VhVYzDMar1a7IhbvHu8t3jv96INXrjIC6d6Ya0Xlnuh0uvAo6EwxYP7eU0GZTJNhS833dFEbWuCy5vgnCbY0gRzTTDUBOkmYxMlayqzRKf0TNFoCoouBaWYIi9EyyoqEmWodxY1NkGChbYxK8zjEuldPDaKxRSsZOnqxa9EL6awZIvyPkKUI8lxJki58BLHKMTRT8FwSaaFZUSlzKniIhiyWGdsWqWylD11Qv5UXICsVCslXxWLYqn7xuMLai0p2/rmZTaXNBRSB8yxRYs2XN3ZVVUTOnKks2vqli2Pr9tTabP7FKGQPpWa23vZ2pbWWP1/Lrk63Nl15RXP1eY0th1dLd5wKNbCP7ujwsAlvr/TnYI/7toY6kynm5sXZlcknMuX1dTcMvf2tevyNk+Kj+2bMTOZ4hpnNmamXJ2d6i7cNvO+LZvlUPbmjdWVwhxmO30Oy20SdHJhvcvp8uv0Rp1Or/AD4HTq0g6b3a6z6wNOSucKsLJ4pDQnhQ1vsTSXKWiHVKEwPp0pTD1hu5pEsQnziQYfdCOLGxEtic0NfS7aNDuWXLNtD5dbOn9W6Dky2bmhIm23laY7/XOWrM0nZ3XUmL2JRFV5qIZ/O1Id0ukyl02pn5E2hOi3rJZE+VVkJpRyVi9orGwNq2P5WF6ci5wNVlPzUVrYO9bGxUl2pSg9SNMyYAVRMAho4KXTNEXLISeBEvoItvFHAHUESo4wIDXy7shZjKNGsKiQN9rCu70+Oe6LDv9S84ufUhLyS93LX7gb0nytcBDjFNZKsuCE1CfstzCdABADWTWUgtSZs2dgaphMaBuwSEkvJkswnxgY+HEmEMxkgoGMJAs//CSQywTxV7G+mZI5MFmqbxPX8TJ4C1AfQAgpSsH9BvPvPxD8OYI/RPC7aBBR9yK4Bl2JbkQIDdALAewCsBrfhJCaWwhhF4TVpOgAbo/9TAYPCDvWK1li7fB3cYhkStewPZTDCJSSZWilhsIk/+Ai2PdWRTCYzQaDFcyTwvemYBrCUoupUZnkYfAX3F6l0H8t0DBypNIA0nVIiID7P6HvJPDcnExA7PG3eD38kHk1kBGowT89gHUQ/1fJw1CN65MA3XHcEYAkIHWWbEkaLoXly0J18Q/wjgHJwwMXSI4t9CO0hhkGcuDl1FIZkkMGyWUMhfmTOoV9ZwwST58dFlewi4tuYRaiNfyrK/lX4Tw7XCxZwa+C94VgK/8cuLQ+CkqAFEkYCaKADKRwbadIU86eFuoj8xZijEBc37fs/CMwvxLmJRr+Odgagvfxq4hcnkOr4MvSCqDCchjkWBpJAVBzBqnUwHJmJU0INSKYLVExkdEkRQFUmsdFE2gHX6YXhuczLm9+C2pKJpvIL/NE0sQn4U+8gYpw/MJDwkWOm/hcpfhck1ml1zMqFeAYjVnOISLzwwQ/EzNTeu4ENhlLKMiQNZjhD8aehrbkvS5mfnghzbyEH0OuXvjrl+LhioAX/oRPmoTnwmvhy1i/kOeGON2k5yJOji1e8Ys8mD77uQ+G/EPojzCHnysHLk4lY2hA0QyCEhl+4Fns9cHU2TPC6yVY2qGs88HcRztO7KAO0D/74IMP4CJSBxaAHD4T6pBLJRBJkFQmIe8mzgqZuwnKOEOWpepKO5phrrgFV/IRXITrEGxoHd9NbR69EzAgx9l2MnCXBO6h8Oi9BkDyqu4OrDYQRIMwcZR6TUJWQPedgqlzfX3YUBFICgMRrDmz1GZP8a/u5wf57jffhCRuMDgCfgAPYJVF9h+5OA2mJ6Pi9FrOhIkqJUTFUkQWGU6m5yT5OdCUTDQ3YeMAm8WTJixHTc2JZBNXfEk4aW4SdGkYvk0No+2CLvU9DWhaTjGUsBEI0PhTVJgwdQrbgVMXMzRQw8UF1HfIL/LN4tfMEjHFTHgAGjGmUADDCRqBjVIkR9ig4MZOEnayx89SWVZpWbqM/qPqj8WvUyv+qNpNylNP/9PlzQ/x18BrHzLvHh0dfWI0DOaMDusZ+pDQN+Pob2Td2MdqB7eD45xj+nTv7cHVX9p1y+bNS3pW53O5FlWLimkPenfVE6eiqbw84jVpgoyFWe1lGO9qdMeSYP/8cKTZ0bK3Ze+SGy/PV+dSqcuharFDs4REg129Ij7b6nDMmK00TXNYehSgsTRdLy41yYpfsSrJlPZV4n5gFTUiurEYzhTP6PDdI2dKqFxIy0pWS+oKrLjSCgr7bLDnlqQwCNRhP0SYfRHWyVMY2mJnNy/sKqCEZFdS4tGW/BUThpDwMwVK9YzVSo8VNV206wL2dNMmyS3d0+uuqVP7a+KwRuFIBo386zMf7MouaI0o7WWuJfPCbUvrQlPbG22mwIJyT2PG46/uCDW0Fj+cfLPWl4/ACqEueyQRsZe3LayIzJ9SobG4tSqL3WMweNweg7simG/MB+H0vVu4ZvhJus6rDBYj0UJIF/zO0qWhabvmwONtCxvKjbLABi7emXEwKlaR1WjVgZpEoKbcGlu+onjv5NszdR5FsPiMUOG/52Z1cC1TU039DW57oiGIXVstY/A7nUGTrK463ck1TlncOCYz0yS3gjKwAzzAzV61KRK9rAL/eHYEuzfNmtWS7S6DdNBjVGO7G1RalN0epdLTja5oCTbXNjlaGKVM1t0Rr7TY7dlKpTHtMGcUKhSCzPp580AoEo1iwWzMEECK0VVj8cylEjMyST6w5mTPkL+IYlESE+H94NjWkhIrs5+VDXF6IxL6YkJwK7WleEBg3sOT2SqTeuyWhAbqeNsX4LfkVp7p4KHAo0f55EQGUr+7Pxy0s4Etnyb+FXzlu2XTMV8rwXWYr3O278nl1zbgn/h1wXl7+vtnNM7T6SyVIegOhuNaedAyL26xxOehL88I9nROd8xg5s2Jcy1KvbbeoWtURIKOsMbtiENaeuWmFStAJpfPT2SssMaHwGjyolI8v8hXPOrZ08XM6aywMuLz+CrsEaJMOmEY+/Jk5kFIA89IJ1/6F3F4At/42ljBrxkf9/hrpUc5xmk9b/1CnC72ixzkpwgcDCq9dWl4C2HjhdnCeA9qAjVxifRfx3bMdzfmux/zPQ62g8c5UzwQCvr8VmhdtnTplsKWQnZ7cNo6ov1b582bPa25Nphty1qnZbPTrGiHLsjKrSZTNh3vhDTd1qlsdrQqZs/Z7NiyRbds5dLLLgt6fH5/EBS0jhodEyPbuRtHSjpfkAOs+Mn8ZaFALo+P8c+zABMNABYDLB1EDv4OO8NjfB8b9F/QSlDvfpafiJZ67caYDrIJxhTxXQ7l/zdjgBFS3+cwEJXNWKoLOnSBLX+9wVfhYzsQ/X/X+6A0vhWbMZ+ngnvAi9yqm25rar5mDv4p3BPceNuOHb0b21oysWC2oNMpwNRgOBS26oMKu2JjIaxQhAsbaduq4MrFNnaFQ7+KUUgkG9fFFzi83t4FSutsh32uIlYWb+uQ3vrl3btbG5uam1tBrsKR1QiT89lJg/6zCACmxhk+xnFWWD+MtcDpbJbw/1INwJQmsidwlIx6cUo7bxCXCH+uKsjqKoVx/oVUgvQY5UjUen1tjXmd0luThjVKd2Wcfz3aPWVWKjW/NaqYNeWKnZ+jIBLfvL1iUXv5p899EQRQVt2TMVvDCRP8fb4lpAkWa4XDd8s7cy5f81IObtm+5rrP1RjF/pcCXdt6+MIXVRwk/zc4An9Ib9aH6ccAYKX0HdB6wYb9hvfpu6FbcljwgBVyAOVQjaH98JlMaQYAZsfmk7LCPh/+/aw61rl+U2c2L//21o0PSQ7XpzvaczVXff1+Mc84DKDfC88ZIs9R56FBwNJZ7Dv005tBAbz1lEWuS8QH0eajaY26SYE2Ax2Ioo0gjdYBOT7q0LrjHrebomCTFm3A5daCBNoG4hjVlwMNPlPjMyUIj37MueUsMzcczkAAlHKL9KNyWM7p9LlyTqHJlZdnnkV3gVrgRls5LaDgIeoI9SvqY4qmKMsguoFTLZFukf5KirA/a1CeRHeCGvZ8JlUQs8JvHWH/kknFYmQeTifosVSsFACgUQwqipVgKSmxMBmXrfLlxMk24gNmzR4oros3kjk2rbCrXFz4J/yZzNPhP1NkciUbgc6qKT7TA1EH2566QsGl2PKCH0LLrKzDwlVlv1bhkGc7N6Suog7cePpMoqEnX7/LtXluT4uMVu3zOA3b2p3BupkfFnavuGmHt6D0b+ieVeZXspc1LOH5j66/V/Rl+kc/pIcw/SvBK1xZbx5W5Tvy1PIKuD4Ad/lg1AcXWGGnFRasMOf15D2MxZq3SqyDaAOX9+SNHg8GBN6MP5lOx8ORYBxQCEkkoNqpdDnIWg3Pag/0WO0mlZ6RWbSmpD89iDY+VeZxhcsG0bpjEsRqBjEbG4dfzjS+MUQWtGP5OoXtyRvD7Cmypp3MF7MvC0aGfePsMNnRUhh+a1hf2EeLS52EV9OaU+NRFsjadaM0EI5AYR7TZIxBsuqSEFeksNkCKy9hBb4Tn9JD7Q5pojjrYMesrufrpv7ugWntdiZJHdBvPVhmZ+t7t8p9UzdXLZ92fW9Tv59SNK1uW7enY4mDzUeGMkd2XFl7Ve/UtQFe8dhj9ht6ahs1RvvKuENxeM/y1NxmTOeW0d/SLfQq4MY+tNYAdCqlBjByr9Vmthqex8LtwEKuBCpCjKywwhI7U+9mTg9nMCgWnULy3tmoxw2OCP1hq3x+oRdZX8ZMt0Ta5QHz7axd/kQR3l9vZ+dQP2rPo0c6yrrY2pnt/G/bj1gt4abKtyqh6ca9y5rbM9iWTB/9gL4Xt8kFUmAe52E1LkYmlys1iKkIhWMB92ve97yUN2YyG1LuBPssbqUJWDHbQmGZXGBbdijTeLr47nCBNPeNs30vE16RLUbEJrCnxIZPanVuQqsxdwiTzBf/mM1Y6Hu7kvtZO7vjwr676x3sdGTscLov3JKW3aWxM3cZNehK++EZXfz7XUfNpnh97UjtH28h3bHY23nGs8J3rW+33OxIevZ6fiwb0y90K+6jDaRPAiXazcmBw2iSSfVG7Qu4QxZMdhlWJgzpzohA+Jdx89m3RsZoHvBV+TLCy5XxlnvpVlNgbf/Xi7ekqO986K3YV/z+rYTk8G+wnrI9uej+usrTMPb1jnV7+zracRu0o/9Jd0o+ITtNOKuWVRsoBCRytQHUkTHjqbCHfWXWZ3Br8mjdk0o5aGwceWf4FKbpG8PvkLacfYcArEIpZoVROyba5A1QI6ysh2OtayQvUlJwgnSX7hWpTXfWvNCG6JaWO25vyPmXF49+PeSSBqtjAZskFG50azQBay21bU/URT16XdOb07rVFoe8e/bl997NrarrtetuWbxhrknt1jlM4VTWo9XacpqN2awjq1d1528m2IQECDmNaa0DTsA9ZXVKKMMg2nFc51YoZU58doySSawv4n4qsKpeB/SY7lCk+2my6+6NEVagvK5ABKcM6nB/Ahdl3IRELpAXd/TpTx+rH+Buq7frplMt7391nrHs9uJP98Qpx/SOOwYWt7bf8CteDzXP1l5+lFvEvymMvxH6Ktw2M4icBDTa8TQgnNAqCNn1aN1RRMknjDzCfqxGIqW1ExNGmom+qt0k0bVXTC9+9YAwzrTvf3VGQ0gKP7jLvzXsICy/4VeibvWNfkQ/j58ZAT3CMzkVKPN4XUaTxaBXaghp7GaLy64kJPEAPyaJGZPEgNaOt0YkzDuZDFnHhlET+zltE1/YaKGvKhsJT6QY4fjz3SZKmU8uKZ4vb1CHKIY/W76XYWbURO5tcOhmU8p/b2tfPw83/tx9+g3x8MLrF8evfjax8/SpH924bO/i9vam1l+TPdDgA3oRKgNS4HoSkFTWT0FEI3CyNG82ROaPixjJh0rpZehFn/4I/mkGPP/BLPhHXivafywbByX12P4/J+IM2v7518HfJl+X//Tz7x+7Xrq/f3QBukPAFw8K12+HcfE6v23S9a+R61hWsd0j10EV6IC/4BrKUDldluuRTGO6TWuYpeqVmt3oCveN6B70C9N/57Sb0rvcu/1oPlqY3uBHnXR3qieN5Ga5x0pXZWgHWTGps7tzXTT0ZHM5t5lGObd7EH2Ps1qQ0WJBKJf10Njgy6LqlM/hdIbCAr7xYcZHMds16DagwmNi7VEA6wbR1ZxloPVA66HWI630UCv0tqZbZ7QOtNKt3CC6iku/Vw2vqd5ffbAaVXPZfK6aiyXwhzeQ01YfqKb6q0erqVR1Y3VP9eZqurpaEX4eQ6MQhkYB4Bn98Cm1mpnrGRz9kGuXW5i5FtxUCHDr3E6HygZBpdNh0+BbWOMMxSHFEQXyKtIKTrFEQSsULUZoNNo8gZ4AFQh4Sby5VCWsfA5jqS5gQ/eBTvYD9nxfhryaFA23sCuikEnV6QT4j32DGMFKOmEXWgxjqG0jgJyOkGQpWPmeJ8FEsQAJwVqSMc3VLLbvdVINW1f3JEO1zJl/EuRGXz+mtOWyg+LRUzq68fEoPgqB8BZgJbk1JkAByWeAQOR/gQRMxtB4/BIxVAea7mCS/PTNAjQIh1/eg7GBJAWvdM26iA3W5Pum83ZzyGoNmcVP/bQc/FP1/Nb1uzsJTvAtW5r/5tZb5vf3Tp2X5+ceuJoAhQat0bECA4WH1kyrX7+gv/fa8dLmEJFfgo+vpFdh+X0Iyy9D3z0DCHLtGz1P7RPk+mHx+s2/E8fH6G+RRbj/2+J1IN6PbT3aKFz/jjAO7gZ3lu4fgS8L9XxXvD66XhgfqtHfUpV4fLhBEuw9JqNhDMvl04GA0q6wWAlGt1MGYkDtWHw96CoQGR162hbIRSI6bMm2Ybu6nWNNSq1awRgoRiYjeFw2iHYe1+lMLpdpcHTomEyVM6Vi5IVJaiRmKWRFyYgRHJ3B4FlYx0Gs8FYo8MUyhhME5olKTnhFDSfwSop5RSVmLreYI1/Vu1l2xuuVDlXVa3OLb2GamkI28RNN1W/gFq0enP0DizHW0rB7d/2zj+xf3F5QydrnOvi7Me0NYbslZIbG8JjOQesFGj1aot0LAo1a4LvEd8L2zgfuOon9ias5w37zi2YqZW40U2azBKoAIAnzNh/bLIGS5zC5VILdu+pprR3a7UhBSCVH25+SAgjR4OjHT6kxndAghikKdosWajmFOqcdRAc5RUBKzjkplBKPxM9+0Bdj/xLbWleMEaglDioS167vfB0hqU5wVTD1xikmCLkLThJtQi6Ydq6789sph2Lmohv42yaKL3zX2/PVlQyzr31eq5RRHJ4yslr8GyGNJSTKVQv/DVQjyNXjorw1iNeJ3FqF609MkluMhZBT8gm+fli8Hi3JJ77/SwKNnyzR+K3Rc0TOSdBS4fox8f47QUnf/yfaLNT/VOn+20We4PZw2ObGQR343UlQwDzRpiu2VFAVZouFZSHweoj0+kmQ1Y1YJRKri7mLoddVnC3Bef25nkR/4rXEewnak0glGhMokVAzg9hVlDscMrYkx/s4r03zuhoeUMMZ6iXqATXyqtNqTo3UapvNFYnCci9hrQdtP+qiIGEsKQgH0Z4TPeX7yw+Wo/JBdP/TDQOuA9hNOomVZz37wVb2/NZijMTB0onLOYSFM1vrWMJjgcFbyehoFNPtkeGRTdWl+gQuk3lTHwHTFsJj8sKR7JQIj3udtSTeIoYdJiPzmfHyG8uU/fyf62JN8/xal1vTWe7zXrGw0a6beffXb6+WGVUm/s5xscCjh/+GDLW9/LUlbfGAmm3JhCV0nmt66kH9BowX0jsf4Rv43/4g24mmXJQVY1hczzAfUzqKeRPDzjd/EmhGf3fMYsulicEzVXP4tLra4FZYLAab3W4whBGF3cyjEIJnMUgMggBmW1iuIM5SBIQx23KYZVZPfEac2h8/HKf64zAVb4z3xFE8zioEjrndKgUhvIpwLOjUDbDwEAu3sAPsARZx7Ax2CYu8bJqlWNbppCD0BYmtDGBb6QNMiWnMC2g3KEP3g3psrr8J6rCR+8tIyYxlSzyaxKS+rdtGQIlJjSRambC0BNu1lC4rKriYEAXIJwSWE7j2GaZFxrjm1bEMusQYwQP8Kym47oY1vdfxf2tattSvcbu0XWVe15YGMwbEs1+AhVfusoQsmAHi5+k773r4u2VNdQZDc5WXxuzquX9Nwlrob2sv/pU//AqFxlhlsQg2px7zaYkw5k6WbEKLMObW4rG1Xhhzz0wa09iGoBnC9WcvXidjkWA1rB+bwEx4N1eFkhIONaEo6rAt5NZxN3GPJ7/H/YddVsPVN7VSGwN0jIs1rbIhbZOdczYhbVKeUnOonWAexebpcHoinrPnbM+IXsPxcqdJWl0gY7nO6yOHoFLVxGJQpcWCsRHUYQFx4mMQH6X4qMXHblxTwtN8sJnSNjc2X9OMPmoebaYONh9ufrEZ9eML+5tRT3N/M9WcaBHCCscH0QHOrLdn7MvsiLL77c12ZIfQZkeWCjyoOQ0RkIqGynJBL+Ah/SCndjrDbpPUIlyxDKIruQqJRCc/ED4UPhJG3nA6zIWXhulwuMf9kZtKuRvdB93I7ZanKhsreyr7K+nKyoZBdNex2TqdnGj6WWS6ifyS/f19AqbSCRazkBGP+DOms2RTQsypEuoqyeDIxakoMhuFpa+xeP58SWUI+Aj0lUFxbfXE2SfR3lZVGiaDIwr5Kg2XOpgKOFE8pUkK5Ys/dvnTZVdnHIrylhUMV2m53HPjmquyDlW8caU80TLlVtiQfD1fqV5RY5fGq/ufufVHonoRhfW+3Yc33XllaPniKSG3xnSD32hafc2D/45d6z3JFb1t1UqNZXuZW8M/wp+7Bwa7sjk97Z/TPzXNGnxrFvLv8d+BrRcVDxQxFPbD0G2CfD5fshWvjGOf1wTf47uluc+rwEXM9WkJc0np++BbE2zapyWbRq4/JFwX9Rq5fqJ0/bTg/2mxj/EC9vtnw8Vc19cgNEK403MnuIdGKz0rvDsA6vJChb4DTNcjKbAAygRsHgparFaQ8XqA1VruyRo9nqzHaoHeTBbIFGU6JJW9gGUcEScaS3Q5uu1EtMzpamvNVz6LngSzwEw8NKZa01W5NmKAWtEuTllfV1vTM33aVFl19yC67lhzc7WMqDkpVnMSAEfPc27iCWTxM11O/CigsFeXl5X546KwovAgOsqp0+lqrcQjoSQStdpOMP9cUI3uBnPYc0Q4RcQ/0lcoEE1HgL6oIEd0lsL5ETGmrZCfVIT5l2J8IRgjfWoM5FtFUG8pgXtYOoJLQf42UYa39ck/A+SFeQ/xi+ACSC9xAULC6t6/O2OCzSXGnUn58m+XObQNvVvkqbYk60r1zm1zSFL8/odg3azu5+sKBqhcEGp0r/OVplHk7rJGt0ZRl06it/nVvY/4vjQO8DWL/fXTu+s3bezsbaproqh5va0LiVugrjYfzKVvv+2KzM2rVsy1KF16YXrFp2JtOfm2bDg6S9Cxoy/CEHxL6tOHFXsA0DGqw0cASHFyCoKgRY2RB4mZapKzOaAg04hADTRA+7FaSkEHSOXzfdhby+eJrNbwj0mOoyF9WJLE9UgVESqNH+DjTLgmj0tj4Cjo5VSmHPCyXsqL3TNcrlR29Bn+MXgefRu3oYq0QREZL6nVQYBLskJJlsUGdUJJ8AXL4jbfS9rMMpJ6slwH13UvqauUG88Knj0uZfUmIicfH8NHJVHNSnyiz6l0OZqkC/jRcakUyhRyfPaUUgkwJEM/wkYFwfcQREiNPZkTwIhOY0f8BHbDjx2VSOlB9MPjDCODCOCzpyhKrsSY4ocnZDK10WgwaJ9Hr2IwPwjsQA3Lr0+x54uZlK2QspKgkGQUjAgIDn8KalgAb8L1onC9KMzkETkOSSNVBvwbwb9k/oRM6lSRqCrwXPdDUwe6H5zmn/LwdHhX8WX4R6dhyvROvaP6tjm38Qdv77194f65B84/sbMhNvPBRdlpR0t0FmjDMvL3SrSbOYnfQcqJaRjhLDTCtI/4MMfJmZfTmXIpLyxxXKT+Rd7NhJ9O4F1wQg12wj1yxgo1sJC9pIYvXh7UwJDkOENflFl4XnIlsHEaXD7gE2XWD/244ARZxePlPCkjPBOXGf05LhM9SkGtMFSUmtyY5Hn1jfoB/UE9rS/VIAjev6aOz7Q9KLS91Hs2MoEF2rAnTIWF4qSCvgn0v6QdQaEdWc5Hir2HNbZljIhmTqbIpcybzVSj+SB2QQHxGf7/rq/Ux0NjfaR/Bs/jPzg4FvfQ7XVTwC0qFjdRRULJ8XZQEVJOlAv6Z/iyiVNS0KNRC1TViAX+j/eDCAwxPUwct2uJ0E8vPVVyCESP4569nsfa4mGOzectFtLTxtyS3EAO5UTyi70bf2aQOaAPqx4X6xj9OUODumO4TJwIgRl75SAeFumljaViM2JLYnRscHSAk7O6XIxTqnIxQF4Y5kticbFeu1DvE6V6/4DrzXJGXA2I+sX62EgqwkVQhEyXWN05fBw4ptHlIhfry0/u65rxvgZxX98BCc4lwfUcyEOQT1kAR754chzu7JbcwZwkd4m0jfd3cLy/WDaYOJj1lGSsw+HxDguV4R73xz6K0ftjUOw9inF6c04kgJYQQF4iQAyD0vw4EfLjNBgcp4H4rEbhWVHyLBd5lkAMckkrUGNJ5GDkcORjrC8nUKNvQsUiPSr56XQercWyclNJZ1jBxyDM6bHOaGrU0FhaGltfbH2tFbUS6soVuVaxHkJT0V7R9Wg9Ln9zqTw9brFcFkHagJN1Uk5itpwXi4IvVvYz7XbjVj9F9oTeTz1KUVhLtB1uow6SD9AmdoNrhaQLnFyqzLVyKlboiFhl31Zs+ktjZ3TqpDa5/5n+/F/LAnqsP6ABNIN20A1jx9uJreZKtrqb2GodPnF7Fcqcuhx/7PJAdnD0W8flulxHVyex2N3dTY3N5ITjWtraienWe1rhftzvVmioluXqy0JGwzPYdJvQmafSWX8uMYhOHA2FssSs59BroB4fITbrre0txKy3tTV1dncRs97RwTU34RNO38jpbbn+xmsaqcZGWlOdlWEA8CrHFgr7sWXJGkwaozGXzWIsMHhsalmZ5hls/p3E8I9kU+w5YSaAzNkU+oj5F2KiYitWJJPfxUlAQNiypyvgE53wPk+4cetI6cbMGDDoExK5lEIhV1Yx4stfi9mXtUiFDTml7XxV4tbOUtBgspaA3KmFwsY2yQRoQedv2rVKQUsfnXdo/uZf/QC2DzLv1/x8/6PzV8xtvib0SHRBcGWjaZM/NPvJpe9Pyy7NR8tyvhoq45lyE3//RBwSWrgmUmMO5kKtvRtu/tmGxcqD0fS6Xf/v0YEVs20LJVI5si4LzwnJpN+TyBll9Syn7u2JYEXEbkSWgBkjJzfwgyePu4k8WEvy4MfH4/jocDkJanO7rR6fl7De77eReecfHbfboZLSYgYfk8vN1DMlzjrdDsJZl8vm9fsIZz0eq91COKu12ZBSCdEcLE8IQcLBJ4MQMw0jtRhZmiisXJsE2Ip1GYFNWfEvl0A2sjZ8bK9UaR8yiWoKJ1K7/tOrUWpV+7zOmbOzOVeqdc2qW9q+vitWx18/iZhP9MSrbE5pd6JpReYrG+X8yknEGsNzhF4Yz/3tc/VaEGow8rmcm03M9VSuupCbypUl8IfOnDswFWqneqb2T9089aOpEjC1BesLclt/5+bOg50IdKY6X+x8rfO9Tom209OZ7vyoc7RT0snlWnKdnNub6ySKUc3mOidr763bYmOKVsR2k3RDEOvZi+gu6CgBCQItCcDzXlTWk/DlF60D9I9OpY7R67AP/lFJb35lgo6i/6HO7cd26BjBQ+NlZ2A8lOJ8FEy7ONeAC41V0eg8SKrAAorrUQv1lDTteDuEuk6P1+UFKxgO1B7D7Xdheh5VsrnB0fc4ucul13MEeBPVrVHrcqz3IHa4OKVa7F9sAlwg9WZIvcT/E+vF2GcFuBZMf5LMLv+cs1ssALdP72f9+qAhaLxdz1DQSgyxldRvw2YSWF+zUmnrfuvHVgSsrPWA9UUrbSWAbht5TJ9o90D3aDv6D8kPsa81T3iu8J1gLvqPJWxHBDNEUBfweEwC9hWsj8qAu9Az2WcEEBhhSLpT8h5oA8WToHz0rWMYFPnIYMfYIDU4+ityjJeOaXLEpEjiI2fCJ7WO9Y6b6pHHK9fmDF58h4bcgWuIlkrg4zvH1BpyxC6fQpVrsttcUQkbaFJhxeBHPwVyIEM/BlWAxd+rAUDHjtnsJtcgepZTa6P9USoaNakCgWoT1vZPcU1NquoXsFPXAeToB8ALZKNDx+XKnEymIvqeJvq+mLGlYvYRK/sbrDjsZP+loMLJRmxhlqMR63YdedEZE7UF1uRidq6xLdgWYdc1eT8vrvrC+kL8Q8g0puUv/tRCk6ju8Q+Z1oBvfLRyQ0pd7vebtvd+G37v4IZrK2ydvp0Nc6a/CO0/frS9louWze+oz/u6Uon6xJf2zFoYn1mhtGU3X/F7GCrUf23+Fs8c4/Q54Y1xX1nFgpakNexZmHM9tmxh56bH22sCbr0l7Xa3NFXXhRYWwtkn5pStbVS7K46uWE/28mO8hiKYly7wzZPAhpluwKxQefFHrWy9jFJ5MdQzDY7+jnDGVOKMiXBGgTkjZRQmmmJfxHzQYr64ACWq7mOMFCkIP8zcZtN+E6U1pUz9JuQ1QZMJarXoBfQKifuOueIBUHC1/2y3jYihYsjuP5HymPATyN4naukk/HvERZELX6P+2v7UveOku3raMky6e7bu7sZqed0DiyaQpcwfsxCybN+77zZQogPtxnSoBO+cBCks01hUw0Sm8TFXksyKkiznS8cskWkPPpkTm5OhWmOtGarWu957kxIFiXRbiXQnSmUTJdolhDlmTDuQgFqP25+QmKJNcky2CCagBKOdE4ABRkxCt8fuJyRUahMwkbAbo1HGjgX6mFZrZJ7FlKvGw5BQjsjs54gsoVzfmMRimo6J7GcFMFYK1/mP5JZ68zOit3rDJYIqUlsQVGrlZEF74rNyOcYAQS7JGmiiU5iPsU6ZAWs4tktmMOU6CX7sIR/lg/8KLXMC1zA1MMWP4eaJp7UdsKPD/z8qHXzr8UP+I37K36T4PNXDyTsCU6a4/hcKaNb/SQFhlMLWjWmhvtJ4EF4Mk/0Xk/XRv04lCVv28w2wqvKLaCfq4Z8PPtjnHbrhri+mpySvPtKzYHrjuuDe9h6yl1fQWVIK65soeJtjfURWvERMIuTDRkyX5bNaLMgGtG6CMT0e7f+k0QSua49oKe3zE/UaJ/doAwHF/1q7lZe02/nPaLcSWzFXJ/B0nKUlhv4P+u4ik/6R6lt6kQf/QAdKUhNJLNKYdmMaV4ImGDheQ0jcRAYXMQ+NXkyyAqE1Rz5Sg/+Eugz8Y3VZH62LVBEmVVdH/jeqU2BU5EiEirwwWX9y8upoXZ3/f9KiLX9Pi04Yd31junQiiybo1NgXUKyGi0z8J3VszRhf/1llS7dMYjXGg0b+MaJ7MVaXleY2yLuuIMciCsybSTdhTNtLIHZvaVall0DkMTgozo2Q8YjLy8Xy4NB4+VQZRvqISpLyyVL55GfLE1nD5RXj7xHE0p3NJi0u3UFKd5RKd1wsTdpO7IbUMtZ2dRJtYZ4Hq48iap6Qcq7ishw7b2ge1TMPeudx8w7P+9U8GnfK5eKk3b/t+aQH4b4JcLpuNHeo90jvUC/q793cS4HeGb1LelEvFB6L/0gemxeQtQCsxZPxOUzcf8tY/9VJAHAbbsBtSJEpMxMuzabgoRQEqRmpJakjqaGUJEWqdbjI4Bni7KFIDqRSCgX3Qfi3kb+EP4nQqDHZk6So5HjbkkeSQ0nUn9ycpEByRnJJEiUhyar3dPlo7nIP9AgQXWxfH2lgrNREsX2YvpYSfcfadyNuXyeZb8O1E7eQMzjcObYTHuqEoHNG55HOoU5auO4mrevs9Pu5PVW7qz9o/C33l8ZPOAY1dvR0UFTHeAs7jnQMdaD+js0dFOiY0bGkA3XA6rEWVsPqz7Sw5KYIMtg2ugH7wPP0jGTXxe/MDH2YfBd8lDmjR0CCU1BwiX8LNsjITx6sw4pd6/fprORtkz+NzfTYXH2fOM/1CeYNkLyL+24h9UiMoI5/A/SfoLzRA9FDUTQ4+keOw/baxFH7sVoRlgf1JzYnBhIHE9IE15JPcPmqXIJLpvBHeSyXGPB68Zk7gD+wy5jglI5cQnCmhX99WwXHsTRfCRWUFW3FfbpD1Kn8H4V3XCrgAEs49y/08CsMvJqBC5l1DGW2GNU2GwQyGfBIoRQRLQVcUEpmQ2To9DELa0bPimYIxq8HjSPvnha23LKvF89s0xVsRHVZU6eHSUAhIVDUxBdPyFgKqFVlIQuK4PkJr572V4arfY6vmBd/BVuIHY3xGcKLp2I6nKlK1d22PNBb7UyAUvsvow5QfwBukACPcqzSAU3qoCuYCCIzHS0rI+rdLNflysLAw3ooOfLELGql0SSXKIV5N5vEYmFBirW5pVGuLCrMBluxOSCBsn4V/ThKR/3r1XvUlJo1GfVkmo8FbvwJAEs6nHp9hC2eyegKfanTfTGgy9qt7BldARNgCOvuU4VpI7rCW2T3+Run+xf3DZ+JQV22Io1PF/fBschhRDNXiXrZQAhBclrVwkuIQx2Irsk0GnSKiMchoWUz7l+48PWVuTozlZl6W/TJCcQKJhfPXL9w0bzkQ09Am/7wPVvrpjX1X/j1Z+kmyCD9CKZbBGziVDSCnoBXEpaZTJpB9JOj/x9zbwLYRnXmgb83p0ajY3SO7tM6LFmSLcmS5UtjO3FiO3HixCRxEuci5ICQizMESKBACEcTaMvdcpSWG5rbCUdSbmiz0Bbo7par23SX7ZJCu5SWEiv/92Yk2wkxBNr9//8+NIdGo3nf9b7ve9/7PZ8vjHObKpUH81fCHN7nBDqfl6YMQ+SL+3x67FkEwdOov6oGQfI3gIemq1NHhd/bcf2IY1gsGAt45a7hdEr5w/OYymthyo2urNqUVwCC8h7oVforiN5i8bKHJNg2OV9t98zPnHf7+w8SWtHkVVt0HrvZ699W+qFp9tKApaGuGYY2zr+podVrm/WLXtUEVSAWqGo9v/XRb09YAQ3nejvynBpjqR0/cPxKMkKuQcFdNciC6/aEA0lBL+JePRAQOLxNp/Ve3GbE2wNy8LhLUsNY0uML65JaRI2f7TQYkth71mpjet8Q+cJOh4NGm12xmB7gfjsH9NBZ6bcLymJ9o2tXoT+kIM2CUq5QPi0jq1jLxTCY3/lgfSY3ZlkT1h/KVjKvJqw6CtweGSndLCUKNo908dKLiXeGg7H6xo4mbyrp3AKHSnui8WZ3/bzWydHzF86vlzbZgjDkyU/s6001zVx6/+THB6efJXWvapmT93c8tHBBYqU9XDP8t2ldzcLqSbMwHvrE0mxmE/wVsIEuSb/VACdpZmuWa0gg6h3mIfINSU0bhQt5yPFWHQ6zBXIXutQq24F/QW3EmYlCYdCI9OCo8PqhMn6nX5F03Djgz1iCPlz/kPFb6Cs/X3O+3QUJj9tVtxbuJu778M/Ds0uxCxbQ15Zm6wRf85ILaiYvhTMfL3337ISbw3YYPx95B7KfdsV+kh8c2w5CkgMCT5DWSVDwpDwLPaQHW0OPxGmzHiWBhvpnbAN/QH4PfpvaaGTVLiQan8g1ND84fi/8NtgCSODeKWdvX9lFEIDcT76K3lSAJmTUDDyODr/de193+qb+m9G9BPIWeIR6y4izeYDqBsq6qlPgEXCDXDcwXbIspy+it9AP0NRt1BD1MvWvFMXSDP4CSvmiPQRBMRSuHtjFjn7lcKHwlvy1cnZYkL8crIPr8APoIXoIPG7f3vOjXjxMv6OSxwVO9Dwf0VuNOCMIqGEZR9BZuh1+VH4eHmyVtA/x+/lXePIOzENcbSDpVA/R++lXaPIOGrI0rkmQBIZRvQDhLfDHcC8kIS6SfGUPACo1npP16h6eh0rFg6S+m32CJVj2BGrhYLCS6C43YXDQUN4K8muZlpXmxKbe0w1X9N7X0zblvu7czbNuLv1t+6xtT6DGye2S6Sy3KzDSLgG168hIu66UtC/w8Bb+x/xenuS5crteZeHt7EPsfpY8ZbtGOKAard9QWrib509oUTp1eg2q5OZPqKtoODHhjnyAz8g++Dl9A2pPFUAxglxv8hmuXxhpjx4ckrSNGshp7JpqDanTaOUW6et5yPBWPjymkfUsZFgrGx5ppAU1UqVvhJDUI7OagqSRHmmpnqFY3FKa5lADcUsh1Op1eEejUatQv/jqPk7iJI0hyyG1AahPm1ppf+YLRECd2cJBuYZ4DCVOpgdicBHxWIQ/Q0z+VZnH0Xs6H5D5/JMyn01zt8+V9efG40n4Y/CSTAfLPgapCcFSJEhlfl6ZFZw3BA0YSPHDhQcWLnyptBzeXlquyP85SLe30BcYsccPqP+W73dO6VG4pUzX1p0KiXYxCkEkTiB8BEEoCrj7C2IstxTL8rsj6o9bBAcQd19H3JU5uxM1A303Hnfsg5sFljYC8Pl5Sj6dfI64nmkRGOrXS7+Pj0s/Iq6HXkHOrP99k3xNAvnCr7Eq5FeSSi4frmAuBfMlNUUS7/fDNf2wX3ZoOVMW9PdmWiTgAE7BITgpdMETM+FM/K4gRrIzpZZW9MIL2ZmIs8iZFxNZUo4RkBu4rr6+7OGOqQ0gI8wvkB1lZB88BaLMZyAi2UkCfhSFIBpF3j/aL0amRTZHDkaoyIllC/+ke4D08TPJC+g+1H45XqL18P7SS3hMBUVbze02HKtlJKM5m8Fj/JkxgVr5s5dST1Q+q9kBt5f+DLI7iDgmCm+04TI+PGaRwGGPUTBkpcSmBKFHLvWixMEElVBKTfAQyJhnOTryLLXEg8fPBzWSnUD3cbkkIpVYixzxJ9Bn6YSk4nAG4BAuD0iMdjGV+2yiR54L8XQ7HQTtuJ4jpTDTgsMroNRfZGuzUpZMZZ/IEll8P72csZDvm5Xvu25kmKbyjKQZ+fBXgVPRYOd4NEiN0CC1KUXoU0UU+R1MUamTaFBV6qX2EDTiabfM0zoolX4JmuQ6qAL6a7JoUWjTiB+we0pW3kqT5O3eRC77eiN6i3wLFAfjCqNG63BOUZtXhat3guXqJiOOqY3lmNo4Nqb+5p9V8ujlGKddMo4Jb1Sq0agG+ZwHlagGkOWIJna1PJReDmdQNCMHMSfEMCcELShUGVMjh+yOCYaIP9AfgirQBeZKkcZQKN9WE4vVtvm83ipnG/rtESy0Xk/rhcZsc011aGLM63Psl+OL1PC76XffSR/OvHs4gzFOZFxTBXIWn8AgpzJaMYZqxa4VirwjSQWQPl9G1cSZ1jHRFh6vz+bDlWVO5FVzwwpwCbqyEWd7/lBaNDHaxaHOkEQBkkEMbwwbaI4hfQaXH852mbtxM1d5TTUHlnoMlvqmhNmt4b1VvGjSJFN+Xk+rYCi/GNqSlzc3D3ilUF3w2Qsfyv7luflr7LGLm1EUNz89dSdxl8OkEaRUQNCbLN6GVqdV5za6aBXPCHYHhEj+ynQzMuoG2XdHsQoVoQdAHEwH88BaKd1WU9M6OVNXl58cCYfjgcno1zyomTWvzy7QZlo1bwDt9PVF2po6MrU1U+rCEf8XiYr6rHcOC++mMfhzJnM4k3kbL6k6Ln0jY9CNFZiFVliJWb4mmfGi74wc4eSpSKm7HOOcP2XK2nUPcAQlqm2C2sajOMfng+eeDtGH/1IzwZ6Wo6EcCofm3Vxo0Qu22ctX9sY0DsofNwSNxfXFR7d1rDhdJpQeEnwGP4qdiuV8BaY/4kej7Hche0M7ET+SYCYYBBdJiQmpVFtPLptt7IlVVydDPei3f6GG513zYJWtf0JrZy6TmpatjsV8c/qrUIwlcQCv+GQw2BBP0mmMi5oRhtNvYzTNCn8ghvt5F58Zly1K/IzhZ/MYKlVe7zo/Zh0fy9fki1xrgcNt2lk6w3jm1h3tnY622JUGV3NTwbZhdf8sa3N0S8eU2vzs2WEPHDwd1pQeED3OiKt6Dgxdc81ePW3SJYKMXqtqrRsUp+TidWuXDSw7a/oNp8uX4fDiKl/IVZep2H3MB8SX5hOOw/hYwP3olNKrp38e9Z1TSse+8vxHI/epJZ49fuF45wEl9yObkZx0gBVgFVgLbpOy565Zs/IcKiPEBiZMmLWop6tr2qJFxdbWjsZzMrHGxljmHMq23u3xBGxnr1q1eu1acy0DcCJCEswDM+f1TJ6wtKu1WPS43QUcogMUeBaPKssWjdhKHHvKEMUpPF1cFh8FK0gWIPkNRYIwkjk+JwNbYrbj9aQV/GIcefsVQUISJbLlcasyqrFsaZW6qCb49SSMRX4wrtvZfMmddwya/RpNtrrW6N54Telnv960ReJb6qI9Ts/mDW/ddM41fl94SrKY62pc3juj7rRE7dbAgqp29A9Dgs0PIaRphtOHnjxjsKt3+wVXiEt7zVeklgQvaWuxOlMGPUEyEPr8l04r+sTTFb/PPuy0dfajfzDiJ2yW5W/CSM7997LcdOH5WXIfjfvBquPeETm4TAqfiv0K90nb2TLzvxnXT2D3qbj9/x6j/08Y/H/HV8xLhUeIl5MqY22Yl0AEzWCpFE/YbLGs1+0OZk1Go6jLol+yVcWyGpJIRFJel63BbWJVKqOJ1I7waDgtrzQhjFr0FGbKuOZ81K9yw69nucnff/4mcsMUGsIHT4+Yj49Qp/N06YSiQkwn5BuDHNi+H/iOv49CEkPWUW+31zPY2VYj55NhYE0NDGA6GLA7qs0ankH+cL3iVoIw+cYurRakhsg3dksU5QHPyJUTDnkg3q4MxNvtngPkG8ACC6caiJen3MWHDRiTPRWXsYDx8N+ocJ8o2fLyHcwYwcaLt5QrPpFgU3ueuOPOweravjGCKi6JhkOFzZe8ue3cazxB53lGJKfNZ03pf0KWQYobFcDzr0zdYW6TVndulGT5M5CsHwmf5BVBOe+6vux7C8AMLtvH4LkyBpMRB9tms16L8w57gQAFAbLPlB3w8sj2Tp2AUx679Xqj2YTnxBgMUIVkjsRzYvBQtrVSqPPFOTEjs2EqlZUygU4Yfqgknsa68HQ5NzHWlS9NGJOHqrQHWbce2ReqpX4NX2MvAgkwCyyBbokjF6uDHOfXxQ+QT4O5iJ28Pjt37uIh8um9waBZFP1OtLvTbPajjWTV6XrqO9Mz+6d19xQ7e3qk/n5J6pyGr0inO/EdCuRTko5jFqtnBwcjfo+BYcAB8hkwG8uJOjt79uAQ+YykiUickI1EPDpRNOATao+nvqe7Qyom+4fIn+6eObOnuYh2dkpSzwHyp6AbiaVFxEXRcuFl9xCsuhoFTEcRpTAE1nBayVfjvRTuTONoGz8qj0QraXw5l12Q89gYejtlKFRy3PLHlWHrQkr+mEFeO0BOdcuJfay+8jIyiiwG9DA3ota5ipoj15qUc+JhZcUZPFJQlDGeZCEuwgoqHL6wsuKTVczBVymtVW8gqVnJxkmzq8xmk8XoYHlzMhBmVRMlH2cMJdPusMfhzhg9JrPJF4zFdFoLZTTGHRqjRUVrXGGr0UKx1aLGpDHSHi1rEVNBjUWLLujIeaqaQ25r2FYzyZPviBmCfnPSp7E5U4k8hOHS+T21OY02YPI1pB1pv0pVpbEGG+xTmDrem66uYUx1yBsOGzRGM+M0YNnpRLKzg20B1aAOFMDPJRNrp8KRgNtjtHs8pkjEZLIHsChQlB0LC8fj/AfP18bwSXmhdXQyKXG2bDLZkMYns9kGLDQ5JDTGWDqdzEmhaDbHetxWkxFEsCiEwx6dEYuCyeTBouBWRMFdFgX3OKKQijdnUs3yEooKekZle0ohUDCtxjIvPy73WDzKgd4Xy1u4A/HG4DeYzJg3KlpnoQymuENrsHBUhTn67MAr8f5fZ+aiV+a/ptTWazUBk7ehzu42VmGyi/4GZxciuy9dnWBtNW8la4IzaqoDwVSiqi9eHcQ+iUx7Zj9gEe0f24+48fROgmAwRZ2UxLmyFOVMpmKhsMOp92vCYWcq5XT6ZcJrNH5MYxP5FIryKWz0NTpTltKHQx6nQ5XCRE4mw1YHJrLTGcZEDilEDpWJHBqXyJnUSXqFFcdQ1qt4BaN8lGCnR2J4H6JXYsZ/KoRVhF4m7BekntmfTAanx6oDdyJRxkTFolwm6kmyjORXov4NyW8SdVvdyPp9uM/dT+l5oLJi8vTizpDXZnt7+wFQ9WPCuvV6FRZWlSobbQxNmtzRWsw0FovZyZNR5NiBSRsKNeLP1iDx5fqpHn2fCQAk+s/s6enp43mTbNn6+qLF1nw245+MKT1pUjGVwZTOZouY0q0KpVvLlG79MsummCrFoH2JOUNMOaosuhxXxuxk+cYpAYXyETykFa6sDCUP2o2M6J0OdyJl82UVWyHcEYyoggWxuUHn1E/x1jaKvGFSwp1Sk2Yfox6Pf6OK0eexsow5SLJMHUeo63RhThXQi36rXhTjZ1S7LSIb1POGe0/N3B42jZmbYMx1f7ZEdZwFuXTGUV35lWyndnyVldLxktOdRaaKG2uqMFuTiK1CLJbENin5T7FJsrqULdE/0RTJJmikezi1puiR8amZyVzWk6ovm3xkfFDHj0jpzzu6R/XkA2R0psejwQod2RRQgwxYL7XyfF1tNGK3u3zuCEfgxTJoY6S2ri7qcrujLEcSkWiNygj/ZoRGvb43CL3BVLAYJPGGCFpB6vC69euREz247p130++m3zlchgnFmRMc+xxOp+X0Vkp4B6dRZELIKD055P+cbt8KAwErFTC5ItsUkliM4/aYzC25HipkmDAxXHfhJ3JPWGX0FVBP6OMUAXP0yFSJxhlTamR+6A56uzGMx78EVj0NgNKvR85fP3J+Ojo/OHL+ppHzfej8Myh2IeQ569OVOesCS/PHn4ImeS6DGl7Lxoxh6r/K5z8ER5FPerg0lVjA9AAJDIJzgCS552lZY9ucvpUJnyTZGnxdff1idMEEkF5qEyWcocJL9xgK7x7GpR2Zd1BYkxLexrnDd9IyRK2yzFEkSUbqW0kcSBrzFgbFkviPQWpNyjDRGG0YpxGV0BO9QPSfkZO2rUQ+CfEHg8qHPDAUUDKE8jvEgu1Ltk6xBhjKGUmJYjLioDSdue/+z4VTwg0m3kgRFhMnugJmTzrq5jhXJOMNFQxmC0HoVY5g8OLFpVY2YNKRKoGAKqNd8EQJyqhRO4IqtjUUKkKdPcKrIw6dw2JgNPHS1JnrfvDvxSvbg/mYXydqvNFM4KK3l0PnxckpV7T/cGnxyo5Ei1VjM2tdkZhWFw05ohZrc6awMnPH3MEHp5Lu4sZmU2ZdY7gxEdT75rRP3CpN3NbT2u90DzxRJej8ap2B0Yfk/EEK8eEQ0yNMUs8hbgTgECEpeQULVDMEc6MQ1l+I+Bah/ov6iTyGMgP+6fgC0IXHxcAT907pk4it2ERYxSzeSrgC9Jdbt8pDKo9KiVT2UQxW9yieGfuoxJmzjyolUfJACl78SJ43kj4+g51MN4NV4E6pqm/qnN7eeXPmgJZzJqxatXrxhNqaeDQQ8kRr6/las8lUGwrh6s7dXl2914wTFLzJO6d3Ktk3b96ZcVxDUlOz+Exc/jmhfVVLyypcTQJxFVwGr9kivJ3GGNbYRh0WC8LbuKITr0iAc/sZvI+lCWMvvntYWV0Oa3GhvM4LDndZHYl7CQ8pskjU0J8/EC5jMGaVoAa/J0tgBoNPs1ii0GEEZ6pp5F7roY5kZTxrLH4ZVven4tVXXFhXnJO3U4S1pWOiN1M9cEa33R3327jSeT1dJtE8C65dvVn/+OSUSqV3xIJkZOCmVbOemxu77KY7JhXbaMeEmvTiVRunfN/W5AjPmDap3hcNrOi8/qoNWaOp7apNF9Q1zBUXQZGgWZrVmd1WWsMKfo/I/oLxxutER+OkgUJTtrvY8+yH0Wdn7d/47KSVM4rOxJyuDEsTvkLMrtVNPscfbkjFbYvazw+w3mhNPKRJr05xjNlX4yHj7dNDsTwNTCANdtMvMg0wBxfBjfBhuA8+D38B34XHCAfhIaJEmsgRLUQXMZdYTCxHjBcV7ULmEFk5MQWzKEo2e7GJFGWtw9Wv5bVldTDoN1kyYQXhG1GZrSxfhqdBBv2iRQZXLt8KQ2DhXWxD8VZOZwQDEQbXwWODEPTLZoANlo0F+rNaMoiZkUr/JGOMYJSQjF9+MCYgg23KRoaRl1ks75aNN75FOVGljPwoYM8jaa2Rc5Fwduwpec1GPcT9AM4b4PugiCylIPWgfoCMjFLFCTN4iAl/eQoZKFKU4zXk6pRpNjokZlZWCMXEQL0I+rJy3sYyQgUG1yFHKoXIeesXaCbjA5W7qzAWXyudSZdTcoj0JizKuNlkHo7uhpQaKkZBq7XK313uy9CG/NJ3cVK2cqvcmD08tZXG3aRVJCumGX00hJQPgxEpwIBy8QU6ixfBs5jJszhWx/A6lmQEnUlvN6t4xhHlTXbe5HG59KG0tqYu1UZZfE2h0odV0xyWUNZb59d52Vws5/dOWnWB88abSlH7lQa7ysEYVDqVOeBsRjuGpK3KYaQ5b8obzDkC1WqBNVaVVofa3c6WyKUOqSWjsUTteo+2/aC99FjW7ognW5KJNsajVpn1ZjiFsjAqrV13i1nLaQWV0az2aLU2nudoQRTNifqgyBX8BMWxWh7pKm0TOQPN650kR6npAMUjH1FgGOgl8LGOVZE0RVJadLmG5r4VnJmKJzTq9SaeNakuC1jkFqvN/q5lIY2oogNmk06/VOv1OjlrPNEyn7YgchD/wbNer0vFw7fSuUmcNZCLMqEkN7FZiNjXmKzB1tLFJofF4hPMdl7FW5+Y/FcTpyM5XqWzClUUT6ldeqtAo26idGuYJU0mlYmPwd8OxVpFLR8WooV9YtWQWgXDtTWqY7bRfbhVrTYaBK3LT2mgqOIpGrWIZPQmVk28Of5b8Ji3zQNft1ZN51Sk7xhZ3iH2e9rcpWc4r9caaHjf6Oc4LctZzXYzAaFKK7AUT/McqWLI4c/aRKPPZqU26/wuagOnorUms8rsttXVcp+qHXU2ysYLKQ/7ESeYeYefFeMxQTvZpC79iIsnbdVug00TYvUajTleIwQnZ/+bIwjOakK9gZf3xqxOW2iqzZGKO/XO5CKn044emHG4Y0WLmvOEqi1VBbNGR55V++fttVouEI957SpbsN2zbkZEbY1Z4IX1eYqm9Rq7luYZlcqrEQ16LW8oWDm3nrEwWoNWaLfXWK0iQzHWK/Ws1shqVQ8Y7GpOoPjvqnhSa1RpWcnnF9wOXq/hQ5wZQp9tMavhLTTLEC5azbCGMBmHM3BLaVEjpB1M6XBpAlxOajUGm07nIWiGIRlLoMPiZQ0cogRjTTiFQFuVxT+xtEPq6CJUglanUmW0SR/siweim0t/FAS9iqR8aqRner3OpxPtaGNNors5VBra4CT3JTsor5C+/wJD2PrxHXq9WmBo2glrjV59j9pNQ4PZSB67f+xRzmOycoEoK9IBo0pQkQZCFSfU5IJTnj52YWOgET5scut9vJMmtaVDRo/ep3ah3e5Gf+OzNVFVOMSQVkZL0xYeRUfXc06fT0OLOpUpa9DpS7PEsMpeuqHdEUURQQG2Ucfpi8BB8C/gY+S3GqALBmEExmEW9VaoJyhPBEcdkOw/Ziyow8AuJe6VlJlVo4vq4u5FtCjrNY+MWsu+ggkZ04iyXonyhnI/1M1UDH0ZzArZehF3KyR+C0NW4awdMvs5+f4yhJtSYXCK50ohg4ivp7FhpvMReUUMxfTmRm2v/PE03qIOBz9mvdJXyCteokfAxhUZ1iZEhIqRh3m6bGrLA2kwK9tcMUd8V+uH93XG83mb1Tc92apLh7JW5/ALbiOd7uwLHaA1FkFvNDrjOZdxUmc9zuibo1buTovHIrCuuhxyFNPdjIPNhyVHlRjhSValoizxRr2125az22xW1p3QWNy6bpLR+Mw2Y9ClEgSBsdiRNNTTrB3yekE1UaXRoXvwepYzcJoAnHjy85QCM2kyGiSq7NHSQZ6DwZzUnFKfTaqNeqtR8EeRx044eWSASTVJEpzBqtZAOEzb3LmAmtMlPCKnM/Fai17HEL+X4lrDao6stkXnqDnCZDi2tNtuiDjtRBCZqnb0P/yiVs0gx27Z4rzFRc5MqOP+WrrXHkz79NeKNcmsj4u2+j1xp4YTq5xc7cQ5dToNl5/jzU2qrmdV6nBtKuBSO32ltzUi/5HoZjk2kJBcKSFq+T7fWE87Nca8lz2gn9mlU9uyzjs5s6nhvFVnRvimtEdlM8VtKl3vivOzkxcaumb1u9szC/KdN3UtGfsoB4Nrk/B2s9/wLd7LQL3VaTdRq9VuJ7LktZRRx8asapOaUvOEOkvS6tJjUJUgUTwliHrOIvBGrc7OcszfGCJZgGeafYYqdBdCxf7IEVe5Su1INz/F+tnBGdVGLSfHFZOOd3IvMBkhTFM4rlBvpKbI2zz9trz1UJeDpQaW+hM+BjX7AQ1FyXnZZdOmoYgCLFnU2ioRYPr0QkGCr7S2ojgD4jACBRLyQqrs5/9+3MlvpX1gDvg22AH2gKfAS+CXcI10/+GXXwZ7du3cvXtSH/r8pMl33nXXAw/edO+9jVsHrr1209Xrz1x73nm1lw9u3HT1wEBj+6S2tsbiynNSmkTtOeg3WmDzjUViEpwMwBvPPv303rAvuvfA0F7RbLPbfea9zz5/8Gnh8Guvvvzy7p279uzZevmmTVvXn3fe1jMXDw6s+NbFq67dKux96qnq8FD1pMmTq7c99uADD9x7/1133jm9r6+tvb3Q2JiqPdCSrcbhjM4uCiRNCwQAZg0noMAF/aTSGNFR+Hl6OJ1WRvSUv0zqnXfxSmrK0kwoIJYvezf9dhqvy5BOV9IRON7B5aOHcbnNYbweqVznIafd8Dp++H1cjINzGO8exstQyMOD+AbloQP8TfIbKfxaOXf452mlOKR8qAz741gpYmHHuJoVf9sfQbao4m/7x/U9sdnxQmzkkAnER6QFKoG7cj8cDUTqK58fcfiR9ys72fKe7L+SVrwUEAra2AjyTrHNZfAeDr9k01V2K8vDm9i2je7yW3v+ru44b9oZW9tmrqwNJuZ+Zhu8r6fjtjNLPydqlq9cPjDJUr+0Ndzj/xGzeVqoUVddHWoa6LhVH7PEz2ue2xbTqXl4jGR5Vp0K9Xah0Jklh1+LuNNmcwOiTINNr/Xbhr93K0nEDG7GxJvUrlr/FIoWOXXc6bVZA5ye1ORc7mhUwycbChbamG9tsQUWJ/UOwUA7QjWiIV9IEere+7r/Ioi93U2zr5vlsM99JUrXhLWOyh70z5pg7Ogohnh92+Tl92Tt+ppca0dnYO6NaW9Q9flGnW1CfWfzNc0Lz85PaF5wqKn9gnOLNd5pmVmeWbMmC9bm2A/nZc1nrFxdM/yfRkEw+gwMTXVYWE3A63P7U0Jdvc5ncCfraj1C0pPXu9TBAvV90qVrbm/gVEZBQ5g5e1W2imbNOo2pNuamGOrzVTf13wxNq5abFs8XSr9MitaqvrSLMgvLRncBPP4zKkesonsBC1L7nmAPsq+xJDtEunbhRUiHSG63noYqeoh4bBegbqNTR58HxQWDnwweHcRpYbx6s9FPrHr0kVdnxX4JX6Neq4p3yzgjyn3PrdyXOci8hnwe+b40pOX7Iq8R4vvC2wCdeuMovu+nyn3xqtnBeh9xbmzWq48+Cl+nct3xqk3onvuoLvSseM3YHqmaFVSaLGuz2rPoUUlAraABD60Mz11BSIAgJKsjS1QeHt/85+U5S1OPphcuGISoKQsH5YmksAojBMvjcjSxqvThlsOhaFVzx1XXQYq6srD++kIxf8J31+8HxPGPMdQ6gWdcGdET8CsAAy5iGe4KPQVVVPkbhzPpI3gFDuVb5Ag2VE+hHp1YVdU84VuXlT6ChusOh+gp1xWkwnea1st2u5N8Bd5Fp3AGD4DSn0dyhw/SqUouUHkHXesgD8L9dDs6ozn+RukDeW5HIwwRfeROYAIBCV1nUfO8jubVxkpRoFxWnpYtlZxqGa0HkUcVmyDRN+un67bFVEG3J+6+dPUj6IYd/bvmLzF01JnmT85fJDXKz1ld+hRuAvOQm6n9nfzc1AL03An0LDr0dMfGPHdi5Lnld9C1k8lH4GP0Alydhc68MXItOjdyrfwO/p7jb6LvuR99j/A7ZUz6Tfgg/FX5OvlsmW7vwB20F33SgI6ZMTlX78g95XfQtavRtRtok1y7Hh1z7YO0aeRa+R107QbwHeIDMiMw1G/l636N86/M98uYoSxtOv48uB0YJA6CIAYNhQ6QUgqjCSDIuVo18IIcuAtLzfu7eEO2BhdLJI4fkrRcLJtI0BYgsm6axhXFRnuWdrvFZ8ingZ58B+TQhX5yl8RbWKPRAYCDxjP5DkvI7CRqJA7dqiaRCA+R/76zrs53AFdWwKarhb+kU8P2Qiptk6GYhssLKKeUOgF0mInLQ9SoB7ksZYt/WFcL4nC8uhMlT54zyaWHEdRPKIkPkzJ5Leq1xA4s9QqjRSfW+KDfavr5DROqq0JqRmsxWiMbIwKKNQMu/w3MMrtZq5eSwRMKTowafZb8+8/ytc9cv+6PGyO1Vc9e/MCK0qU707HRGnVqHaL/EaXO+LgE36I/BFZE04cwYsr7khoTVUx6sq4wHpTRJpNZDDyWzW53QRcmK6fLulxQ84wMRPqr8uwtRNYaT3V1nSjWuVwBTFZrnaTVZeskTp2tq9Ng+mo0WoxT/+87DQZwKvriRctOIvCHeHxmUBlJq0wDBLhc5RQEHLfcp0x2+NapCfmjcegOQ6eg4vCn41K9Uq+2h/wjouYs8Nv9oKDIqA9bNrXGkJ2S723tb+7EdDX09vZjuvb3Nzd/ZRHQU6NFQBI/pbWrqy+f72tubkd03tXX50GMOkVh0JxxCoOaTlkYZMicLNwnlgnheTpjuQDj4JuWDX2VfnytsqJjj4zLvtOuN4IXjc9UQpkDQA8ADagB394P9IiXesRUuRwpoK0yx4wuzFBNVVVMMtqysZjReHI9ksQHzF5vRKuNGI02xLR9kciJ9UhJADFfTqhHOpEbR0/JgBNnRX+F/I8tV1o1LtVGy5eIu8YnSwWjlR4QGPUGua80Yfss25Lmg0BzknVQf8EC7EfNto1Vf1nflV70FNZxHOU9pZKWMV+P36tgMlMfKHWJx+8dqScbVKrJlCKyXeNXkO3T609klLGCgTLKqDE1Y0fHqRY7gfTLek+qErPL80Erz4foeZk8p0+eZ82E5LlnYZACe/dQPETPp8y7oxg8FU8y0BLSbZp2R+JRbVJwu614DnY0mkRB2b7twj144YgwNiUcatMIUjTN4lmkkgbZinhQZY1GtHgEHs/NdkO3O67Cc7PrQJz8DWKqPDf7yJi52TYkk47RajlEiMGx87SV2p5ChRiDI9M0T3PuNkGWK+mILacziZt+vVxj9/m8r5rNXcEBphkkE39QagxlGZ4l09gMNu7TYak4icZ7sJNN6+Up/EhA1Kcm5j6K4gRBr+expKjkEkNuPNjtsj4PjiFTfIRMJ0wS+qhSVbhtbKkhLDf5WOyEaUMjOjkLydAVo7jH9H7U3v9RcMllXGVuBJd8p8TzGNySrqCTj6KSK1TYAyGvkGE3TavUvEwPDnLcFwDJR+f5KtDkuxnmGwGSD3+RPqOahaFpxk79PYFYJ8wDPpFiu8bOCh5LthGsaQ7R7CrZJxqLB/tzSXdK2Ne2onSAfBW0oy5bz5uy7e1fD+VVgXTd95U4rhNOxnH9/SlxXIe/BLo1fnQEr/UfBGuF/xhI63VT75369cFZS/958xk3l/E6jj81gss6f+eXYq1+CbCq6wvAqiehqSr15OPAp44Pm0r2/PAUcKkbtvffrMRZTykYqeotcl85KmP3nELCJB498NeQp11fKkTSVwvRKaXnnyM131xivr6wgBHsQ0VOmnd+UTYkzckSYYMK8AaWiBFZGFcKxpWALzC/bI/LfL9u1LbQbmR/28Gzki6AOW+QOR+E5rJtUQyvxENY16xpaEtU20T87HYkA8i5a6jDMlBdnccy0IBkoA1t6RH7uw/ZX2NzXqOSxaGlZVsYhvOi3WizNeTzlGxTEgkjFgffN7QpI7Z4sGyL/zH5IB6cem8PUftNhYR6GTlPx1RfX1IUTLgWmRfYnox0dyY9Y8Iyo9U6mAMjtJUn/OsJgtXraRZLDyuDASB7Qo9Kz3j2hFV6qlNIE7EAOzrfGkekyo0bT65oN5KrG0cxfamzUT//0RiMXxM6/ngUI5dci47/NHqMP0/JOTHQenwVczM5Gx3/74gOFcl60AQelsR6jDxIaY2G6ljAYXQ6c7FYPpfLHyB/AVIy6k0AiyTHGeWQldy1l0rHtM5w9QHyWRA7fmgfh1c0z4kOfOyUUa7UWXQXQz6fkzS6bC6XPkAext71jhaDEgLF7Qp2XfyTgvIqyx6wySg46K9YUEo1U5VazcoslrBSIaJ4miOIdeUSJ5xuLx+KcvmGAmYnOw9Ucao0P5wKZgbastlAunb63J/+tC/YyKiqXUZfOCl19FRFVWzM4owEGp3+ajbWVq23wlDQF9IYzVpPlfNxnTjR3VjVPD/WFUqIjoK3MdC8YE087Hc0tKrz57YmJqwr8w3RFfHtu6N0l/2zTyr+GVWk95f9s0nQc0r/rA0zZFz/TLJwXIdg97jrc8mwJxJpz+U62ts7MLuaEJ80Ghwb7LRYPJhd7i/z3CS1SlUvtObskXQ9Zl5OYWYu1x4M4+NImZnoO9wdHe2Yme3trZiZyM3b0eX+MmbajKfw+sbjbgXn/Et9wX+A+6T/BNfxd99AFugzT3AxL/laklHx3THvkWzcWpEN1SuyTv6lMq+OeYFsBSFQC+btM5poNWcy+ZXeIIF5KcpFg+pytLc7QYf1xiHy2V0mE4fY9bysYWkOMeUojuYwNyoqhefdlKcMjE5aP4mA8izpMsAUIhmblUvZWH86x7zweW+uLpSO9c+XCcWy1cGWtjn96y6Zs83X194959qJ0g8v6Vv67XVr4eFzl8KQUectk6Up2Hxt97RwdXGZOWu1T+u6iqjLdxQK4TI9cHsRPe4YpQeFdeXTSuzGvEBhXcG4XJfsHO03Q1aR02lFMYSJk0jUYYo40S5N6w6cEK3sBaCOi5msmEqiqI1hKlGISjntCVSyFUblcwypTrTvX5NoVBeSNNL3tShHLcX9warTIN8I/TC91N8fka8HmAFEv79+zeO/ffWx4tOSvyPPQ7zYJfH/Sn1AEbQPWYQ6GVhDBjX+uSSgHV7tVBNRr5Y0BUFW8cr+ZY8giCaTiC7dozVkRTGIz4eQt6bPQpBEFzudVV6t1uiVgdz1hqzXawSgSsFOM8r1/0mc3WShR3ZqjuLEUqVXNlamnynZirhsXrBDYxTlDAUyJGAQsl/wWIIVtpll0AUZD1U2MRXI0wz5u1efPOfZ1TfWx/qj56hDFofdYBEbNs9qnRgOWhuWT50///aHMl1N0xMND135u4tfKf3xHoN34LzXtl4wuCCxNOALrowuiqV66gIuY0fD4/PPTqUntPX1PDQ4ya4tY5k/R74E3GD1fmBV8J4NRiOwYO8kpYXaAyj6BuS+vQCiH8b5FAaLVRwWyWB0GtgsIiWrNhggAF4ULL28U62mU8qcB+TwGQpxZfbKURkkFuPCFlLlVARDYTnGKRrFU2GTcGSiCfncxFtL5z3w2cfuqhfu3Dg90GeauLrpuu+f2Xv/L4nBvfmex1MXNVx4T7N9icFkaknXbUjZUyN+ORkh54AoOFvSCFUiHQUmk0sU8aDCHp0h63JFFRA9HjNfjZlPVwlCVZV1um+zj/D5ZKi8GLAidouiOlXm8iBOkabKEHkj7B3JkgbL023KipmXgRrY4AjQQ4W3ZOQ7bR3Tqzpmrbxm7tz+yTOmxXxRo8tgaaz/1rpJgyHnZGGe9zsw5A21N/urHzdakrmw1tq0ujrkifTFk4Fmm6/s35O/k33KBvAW0gLVByqCw1pQX9aCLNYCHN7xOqeOGDVZzpqggRQjVIPicv7LHrPZKYrOskI4nRF8vnrEcEkmxNNgA02l0ee83mjQYLAGK7oRDFopKoqJ1VgmVhrrBv/lujHi9J+sIiNmrqIouM/9BspCzJ5yXw+R+loaI3vAn/3i9NWmPP/8OZkHfnDTfuA4/v4eYTSq0mNlMVisVpzxRHpkgAasRxTWI5znU3ufkqWvkuSrUNvqtfBYoXidxUJTVNCFFUqn405WqEpXcYJWlacTV/J8X65ghLfnh1OIznG1TKbJsDSOqpXxxOX214DrKr0iarbPHHVyNZQo+pxOX1nnfL4arHMUpcfypRttMbauXNRsjkYd06s2VxFVVdST8jiFQ56bqDtZ+4yjXeRJOnhCL3m62gh/iWQF/u00VLIcI32ZXlbWHqPPExgaVnwHoop+DdHIjvyp8ytU4iC0ODxcUItt7E6PB+Pl79Rqx8SBMnF4ABw+RD3OwRrw0JvfT7NYw7DrEEHx4CdHFfztQnxUpbDfcAqvAecvy2CuI0QgK2gyeNDm7qn3dsPq4VsIiyXrSga7kvXphrmXtOd/qPPGws7gHDFLb0Ce5+ezHh/oNbCaUGza9SvOP/iDNyFVFUonvNONI+110A+g9lqRVpyNogoNtI9GEchtNOLJJ06nWhRPai3ykTxqStThhno8tFhpaJDGPpJBQSsdYzuUGZKVHIG85hBqZTo3Oi6FmhipNFG0wufm3DDzg+F74OzW2ZlHM+flWweW1cfmipbqRld0movu2b7ohs8vf5zT263pi1cOrrxy+Q3U9EhPjWeKQ6nN6zzeSj2Aaw0ESp7b5SG6qS1KLIV4/KEcS7mRj3jLzpMHT3Q0nhZN03ZPQBsxYHuwMxCI4I3BoB5v0ISnKA9mvtbDWzBNQiGOxzRRIZrEuS8wf3SUZKwEjB0hOSGX/WWyQFCVAOXhL5WHWysjIt/9EpmgyjLxukwfB9KCa3CsCd2jUjFCKOQ4W7F4eL06JCHjEGYvRQV0KqcR0yQQ4JwVmkRGaDIiJ6M0GRGWzAkSU6HHl0jNR2dcNmvltI0z4ZbxRWfTNTOuvvHavms+/8544jOCochkkG0gR3EJ6feQ38yc6hhMAjpKK19PVfwa+CCTAUawbj8w4pUXXO4sTWkFI2mQEyMq7UHyVzI2nIyGjBfOkHifSkXTlGDQalHI/a9I4MinyX+VhxjNyJ8L4eER3FdnlBLFjD3lOIpBkY8WMxkZp6hcCYGIVJ5rg3oRXGhtgg+WjHDrRVmbTd+Wzgh87YUw9Dg53T5xQ4FvdJvN6fUu4djHlRod3A71HrldwVIvsZv4DS51H8FxiZBdQARBcKHEe3wabdbp08jLlry/C21NeKjR5fLheW2o4+SCivtWEZB9Lp/JZKM5XP2wFy+K5eNsB8iX5TA0xJWNB3JC7HIdZjkSNShFNkfLC5kFT4iq5F9rWRBk38IDRTKyoqN/cXfjhvPvun3epHyiZWB6x8Tq/Hlapxiu9Vs9Vd9qhCFPsGVS/vFkVductkZhZf/6SWJjQyqt8VvSkVa2wmOyC9FiaBSvnboQ0YKp0AJ+QlsxciyKvdWj42PIcvI4E6tBPgRzQrZwH1IMjYbnWTzsRclDx/TJmCOjY4FjvAPTCYNa9yN9Hzt6TD2L0wv6k9fUVZ4PPf+To3U+pBk9v0rBW1KwZ9D73TL2SBmnEQVPjaAVlPY0qowWpUwFg9LkC3fLSIxv72toaGq5uxW2HiDfBs3kv0gapVTlxAoVzYkVKjsbGvPYMBQKza0tGC+1tgk2DeHUkTrb1JTyhLFl0OJCInW2XLQiqSUKFwpVSlek08C0kQdx5NoVBSgkPjh2eLVSvCKXUBSVZb/xq7KA925tjbuGAIMDSjHhNyxjKRuqr1WuUloyuHbu/HnnD36N8pRjv5g1acE09K/YqzpwH6VjLjeG1S9iPEva5LkEV8wRYO7cWEwiZlQq5vC1beDPyLbha19Srk2Wr+3uFgSJaB+5FslEGN+XVYMJoBeshtJ+0IfEoYY3ZPtVs7qJ5iYAiR5vMo8tgGWyyObpoK7HsC0Ig7iyIxhM9hDYEABQ7EnKZWLubDLZXxwiD+ydtnTZrFX9/eWavP5Vq5YNkU/vWSBxuuyCp8h3gAEJTg+uklk6a/HildOmrezvn4tLyHTSypXeYCw/me2xiAZpSLabxWJzcxMkAGhCgrOTIGTPS8ShDxIgUTQYYhPx2IeBl7R6DCbAZ3l+rRSDsSFcYTOoTPjHTrmMTXOCgZXDIPkvY0s5vlAONVrsV8R3kUHaFcnD3bpYiFcwbjBsOVZlcQTRQS7+ztWX8R7K4wAKhL9SCKEMCOBaCDwfVLbouJyczMoF6Ej8vrJoSlfbRARC08N6kWLP/tN6SJsevqDTF+z32vwmrUfgranqRJVDpXFX9048o6drWSLVYbcWRItI1dh6Pja4PRc1Xpg+o5QdpzCI7tztnnfN5ddt6YwW20LZoM1p0k5pm3fTVfnmTXFHUK+qiRSSLfHWYH1v5/qzLri/e8GW6y4+4G8/p4aJO3RVx+LWVC6yrIrV0MKXVNDJuEhYZpEcisgyLYAz9oM2pYquGi/Mwysr60lGtHO1+RrLNdaXzNQ819Y4EcCnU0gG4jEkj7FuvHQDHqiJYvFkfWqoltSGrFpNYiARkjS2+nyttTjWy5AHQIR8bmc43PqUPM62C/Xih3aJbhkTVtKijxuNE/qLszrnT5hQluEJ8+fPwjLci2W4d4h8R+L7O/v6BorFgQkTupHs7hkYQE3ASMp7bb4sRUJSvpcatZIUfPkEXwtrcb+fySTwJp+34bG5ReGwIItpJoWDq6NIKm1HsXTZZTGLZwqFtO3EyrCxYinLttybYBx9JemOP1dJl8cHAY7h8QQrxZOqjNIp0leuXw7XEzhq99dX5XPlTGYuP2Zxra+SRDJCqRpWX9Kp95idjV01TdWTb3/k/G3wwUn9mRZ2Uc/AfdeVdkPtVW+uvtpu9ZsNDhEJgs5YZbNNOrZhHOEja80uy2VXfycbrGnsnVOcd9aWHw3Pnrf6PSHHlv5y5vlhn6uvacHG7/5sycMD/XWB7Q+cd9V9Z16eq6K+M76okWDmcTelo39Wtnftir3TV+zd0mnYZi2QSzWXLVuFSzVXrartl/q395MypnaMF7P9/YbTtIu7AOgpPoMkLYn+x7N3emTvDP/fGDzDKSxecVwDd6qq3H+6xfuqesZ/ksW78//a4JWmf5nBI5F5c1Ov0e+W7d3CEXtnLS8YZi5vLdj+6U6ygxzaGTV/nnHMn2K8erEwq2fNmo+Fef58eVVxoykrL83t4vTZCRPCbNlIGkmfr7ZsKVuNWG5rT7SUSkXCrpPN3r6BgUT4HzR8n5za8NkMX6i/lw1dUS5Rrlg7WdpPLpRVTF95ZbP/vxq/YfjPNX7Dv/rSfpYAM7G/V7Z/70vVX8fLk63ZwTHWTFLs2T/Fdk1XbJfltG2XEhePb62wcfon26Z/ku35p9kYzE/Z1y/bkc/kEaOvaT0S4zlPX9Mo7PoGBkCSDYD7yzwfnCE4hcafpOD/oH5/c/39hmqKdVHALypA/xTQgANaYAduEARJkAUNSDsngylgBhgAi8AKWJKOP6Dfpycu0m/R36onLwnDmaEzQ0QwlAl1hMiBlpUtRHVLoaWrhRxoW9lGVLcV2rrayFlNy5qIcFOuqbOJnNWxrIMId+Q6OjvIF5fBF1bAV5fAV5bCWYuWLSIG5q2cR/wotidGnBmDe2IvxN6M/SVGXRC7Ova9GJmJdcRmxsgz223t0cTsNYOwODhtcOEgOTgYmTU9ClPRYnRalIymNNMmwUkwnWGdZErlojImy3KhecH0CNRHpkUWRsi7I9AXqY1IETIyg+8MTJua7/HNyHV7py5eW9hc2F4gpcL0wqIC6S3AQmR27QK4wBs5GCG86LNrIndLyyLvRT6KMJGqMxJnJYhQoj4xMUEmZt4dh/GFxjVGwjh3ehWsErfr4BrdJh2h87M5rj5IAi/0BiHvB+rg2bVnwbPWFDcVCX3RWywWpxWpoqPL2d2b0k+FU3vrJvalO3tThw69c+iQ8M7gIeENtJcaXHd4vfC6cvKN8knhrXWDh98YPPzi4BvrDmcGB9Eb695Zj04PDg4eBqlDzc3voH906VvyOXzxoXdef3HkjXcOvTWI31mHYZvWrTtcEJ4/hLGm8aWD69bJ694NjvygYxisD9b7aX+9HwYNGWhGMp3Hk4/RPj7nr8/Uo7N+9F4awyDAoCVo8MtvmcuAP6jDkj/qx7cxZCwZmI1DC1IRZQOFYMAgZNIqsPQ92DH809LTsIMoLl1a+vRXs7Jd9ujC84/dgM9Rl5eefm/p8LbSHz/+n88GLvp893tLlZPoQ9+7//bb77339tvvH9YtXUp65HPoRkvfIw/8cOCsWz2PrLn0B8MvvfLii69Ql7+3dOnSY5fDjtJv/5SY5rgOHoHOpX8vou/W/IJ4/sC8XJL4LnoOdIbY+NihQ489cehQaQfsOHb5UvR175H2M5997dy3wXGoLf1v6S/IBkIXALSLBnJOe+oOAj5JPAMYwBIHdwKaGiKe2U0CNYt39kBgVzH0QfQ+AUhYDTh4DlwAbHHh0+bh5l7hk+apw8qCqcIx9FJX6zf4DSH0Al0UOOYjDx2TaPA58FGH5L70yPEj8EX6HKABNrDiSeJhpMIc7uVyDVkgSW1ZFbaBZo8/q3b8Tbc8B6RYffYBsA898RDZtU/LklrJxKP9ekkLgJoSJGtWLVF/swufHv1EWQ0OO+TCfyJjtw5bORCHnRNgkByFjiRlT0RhMlwRnsN0pFJt1OpkW1sS/cPlZKzeUZwypccWP1bblsCnE22KH3A1GSSeQs+uBQ5w174h+8v2v2pIzdDxv+0KhrLyNlGLa88+2IUeGgwdf1lyox27Db04GtDLXzWQ1YgaQu26GjVNC4Zg/y6WdOjQdqcZp0Lrd2u1akqHW2d1OESD+lzqOfFcYICGq52u7/rPvsQWj386OPzp0ZGMylF5LWFM9jhcN1h23NYj4zymvf6xjSeknJVoSMYLpkJpSd5an6hpdOTIIKzaYLcXGxvrzjiz9BsYvaRGamyqi3y79G+43aHjR8jfoHY7kWlYIM1X0azRRotGyqgTGYOeFXSiR2tjDBpWsGm9aidj4FnBqaY5wBhUHGAFu9ZGWEykWdRZRR1hcZNmm9ZBWJxql1NNmiHgCAtFmgGndjqHyIjEAc4MAKcTRXyE7mm22bQWq9VudzggJPBJkTSbTG63y0VR5D7WYDR6PF4vjVd8i0gJVtDrcT5ZpWIZHSKomgOizeZ0ArVgMJjNlqJui/iYdssi21obYRsitJKo3uLktjgfA0XU5TGknoDEfN+c+7GIr0PGp1n45OgR4cing0eGP/kEH2Jxx5uxr/Lv8OjuJ6c6u4VOxi8Tnt+StOGN/qQfXDggmoL1GZzXNmVI/J+xBEm/xU8GTX7S5Df5zxt85MmJxwE0zZs5D/Ytnrnw4f2d4Hjp48G+eaXHFq6GMyeXHnHBl2bA2dPhS6UC/p9eemiGskfY4Wys8auOLyVvp58BIVAD6uG2Ha78EPyeNGBamYs4UvlrxRtSW2vpxmxPdmF2Wc0G8UL7BTUX1m6o30rf4n6MeYx9wvyE5aeZF+s/o/9eb1LboaSKhGmK8tcn7DbKZ7WkQwmqPmynKWiyWmyaiO4gvAlYCDvQAx28G0TgmbsRg2j4FHwUUPBM4Ie37w4EvFr4JLwR6ZkF3rjrCTM0D8HtkjX9H/e4oMsB8tCXl/KL8u/nqbzOJ0uJFvgX+df6Sf8QYdwZ+w9uCP5B0gjABxaCNYAC9twB+D0IkaFCNmpw6idHPxmU7dXguk8Hp6KDo8JRzMYjR4+i12F0dEQedcP+MHqF+EDEB0oeHM/4/XgXZ5QXu5a0aIcW0Es9fpHdqYG62o4NUixZF612e9R8bV2qjmCSnvQSGOVjS0CdO7EEeLzJRLU6gk5FeA3AAhGXX5BbFrsC/YB1qBeLmzDuj0HBh8vXZyzY3zJgrCCDguttCdajA2jAcERWUxlQLrKqhr/le7/tqd/3sDSjwf3DiPb6649t+8UBacF9S+CSpYvnPNYTbWib9n3Yu/VmHTH5+nOmnLtxyDR/Pq1jW0tv3v0dXYn6yQOXXvdLYfNmKhglHfAXmuW9XZuObdfaguuk9gtX4QX0Jh9/mTkT2QESGEAA1IE2OFEKIgtLEg8xP9Y8JDwU+nHNQ7X7mb2a/cL+0N6a/bWam1UkIWssUnMzBvcnvBZAtuacnWpjp3oIDuylSAqkO4NoV3I0dsZiBAFRN8NHGlr/nmuYnoRCUkoSySHiXUnbzjZ4/25p0Nnb++fKbJ2KTKHw6eA6tAHFoqxjRxErkc4eRQyF5WKdwhZZ6+pqbYhDa+m2bKg2HApJ4YZwTag5JIT9YdFqs9qtJKMJuUOZupwbtFW1umEhjvaaqtGeyWBxgwDtdUMHj/ZcHNqrT6XdsBhGL/lEoxu0RNGLWW90Qx+DXqxapxt4VOhlZKlwOLJmeDw2sncFCrgGORiE/nKvhMOqVigGKrVA5YXEYVpm/uj7Y4dbkPqtPVY1QL597Iwt33vwwmlXTZt+fWdmmtVQZfHWBtJ1PvKhSTdOffj8rq3Tpm2dVBtMJAO1yaraWj99zt8H6R++f9Pjz8x+dOXKHbMbLj50fVfeY8xO3f3M1Mzw6rmPLt/x5NwHzln5+Kz6XOdzuyZl8l07n+rJIAnoOf5b+nMkC3WgBXQh3oVBz/s9hNADGR3n5H1WndNnb2MmxdY410TXZNa0X+JkqDTswZkUszWLt1KNzpitljKR2p6OyBJ2kWtR9aL0WS1r0+e3/LtPo9HGTUxruq3apdESMYYZglOkQKvL3NrqIqmaZKI2xcKMK8bUxFtNbRxXdxsgboN4mkrf7obOIMkNEZskXpj0mtUq8HXYe4C1u8DEMPM0vBe0wpeQ21FNvLjPVfT2iKJDOwS/JZns3jAMX7GoHtY/2bRjjXetl/AOwYTknNC80L7Gvsm+zX63/Qn7Qftr9vfsH9nVdnt3D/rcLj8WxnjvJ4pVQX/rheHeiWdN+M+pqN/Af58Ol7sMJJPFo5/IW2RbIPrfopNFE45WlhWEV5QCMtkYrF8H/RYdJFgFW1LUlWFyTpgaWk6tWEWlTjskGwQlz2KS4STLWUALvH/2zJ+sHrhh0sRF5lDo/nNnPLT00pfW/ejZxz9OBS5fctlFt9w0tOm6n3is1aUrL9040D57IHD4qmUtF2+47oLiBeTKEFssPXvdipk9Xc4brxk4e/UZP7lkw5+uWHF1yyNzO29cfvY9C//jqV9uT1Y5ab7plvmTF2xorNswbN/9440Tf7z4nPvSuO61D/kZDtn365Ocat1mz/Icj50jDXaOhviX+X/lP+ApDfaL9jEk6v8dHHaKJLVGw51Lbtb2y10ynmjTK2ACg+JU7PnA9UiRTGOdnB/kxGwi0SQ7NtGNceTL1IZuwr4MBP2lbuJS+tvABBql4C2GBwzENZqtBkJ9G2cAt0ETRE4l96AuMJ2BzGZz/wL8hYNHh5tlDiLuyRmSQWhB5pmoF0AeMwcpoocgLr31rO13wfSnG3/Q63d0X1ZaE5qy7CZ43RswB4+vjk34sHTLC289cd0Dd6BnSKJnmCU/Q0GqqqZiqsk0ib7cgB7CBCDk1OgBfEwtIzEks9miOCInPgQcNNUj62C0CICtb4VGxHhkJG87a9tdpdf+uvHuqX57z6X00ljPsptLF71ZerUEV4cm/g8854U3f3Ldj++Qa5BvIqaTa9EzzAB/kG609F+tn5fbrzvo2NW5b8Zrjuc633W80anK0026Bn2joylcn891ZmaozG4hIDSb28zt5o4aZ83EFmfLxF5n78SFzoUTN9jOc53XsWHytbZrXFd3bJ18m+0W1/c6bpv8sO3Hrh91PNL1avjVvK+vq6NApadkO3OUIx6pcosC5VVrQSSXptRxyltMXhpoHoL7pKAxO+1SFoDbtG9ast43I7fl3iwWfVNqp7w25fUp1JSrZ2JXGBEF9dzDw58MI+v/ySfDzUegXIUpK5I4MiNCrl1GXEPuMRwDIY9nWcn4omWMVbFsYHGWS8l9KXmQVqjM1yqr3EgqTL6PB8I/UrZAXZU3Wc/kaya0B/yJ9qumZrI9G3oSHk9Xa3ULYamqdYY8lqSGbqrpCjlcgdrqauei1qZcz0Z3IuHxd6+mzBMnLAnh6T2JeycE09PCCW+o0W2wOnXW9oinJtZVFy90XBiP5t2WZO2WTDpSO8MqJF32vFFj1tqdeofFn3ImYpswX0PgRmoe9Rzgwd2SI0WkSJ/Kx1Ep4KN9TIpfA9bwzCIk2216sg+wZASo0ZYHJNoj0B4AKrTHkX17eR4soiH9NDpJIZ8RvZKRfXCRCqqeZHjcoTvoRejrnvQRtYRErCVeJ2gf9ps1cxSdWSe7W0cGQQr7zoOyEy3/DR8ZVJQoZEBuriFjQO6tgRBLOvjn6fCTkuZG+L8z4J9K+hklLW7P6tIj8DbwMhDBTCkyQAyIz1tJTlxkf91OchCwFKVXGcFeo6ThqUa9xWvZbCEtQzAm8V79Qj2ht9vuur/sAQ4P4tDwiLEAK+XscJ2pHhvLSlZzVDZWL1/HsSwfMprrGnty7cu3lR6pCWybbtJyZq4xU9d53sLlO+RabTATbibmECLqEYuSj6A3u5fmNtGoIyLAT0gSEAKcDhfB7fAe+DpkUCeU3QM2U7jDQL3CINbn1FH0Klt8EyLETIIe/pwQb1XuTR4/QrQiHSXBDBQU0T/zongYQkx8LUGaCYLESCqQR/bSK5l9ZC25iFxL3kO+TzLkk/Ax4mfUEFyz4z3ZZn6CG49ClXIEgsJF7HQQrSXLdPg/9Lf/Pot+WIlxu49/QO6jVwABVIEDOxerfEOQ2UnTFrzRah1DUC8ZOQcIS2FCCi8K3xN+P0yFDfi0Dvvdm8A2cA9yFe2hAxh0suJ9H5X97qlHy+YL+WFTYFWwKlBFMAQkIcGwIZfT7fQ4ScYU1of4sM0u2gnGTxmWAC/jWALNOrRn1aC9KuhbAp0q9GIULEuAXY1eRtyrmPwfi11hyhqV5LTBTMiKnBfkmUz5nCFbSWMT3TecP3fRXZfeee2vljx7xbnPTyysy53vSdZWFaobJ9RPzhI/+ABOm9F29wulJz4s7f3e73/619IHO763eP2jsPDBnefV+ltmlu6S+fQxUhAG0cwKbpXMkm2R7R7b+zYK2CQbcSG4BhC6NhNcCdsAB+9BfjMp76vQfhB9+G9AD1cCKzoD4J8lHdTrCY6ANKfSECQ4AP+KLu+SjDqdXjLU1+o36bfr79FTert4gKiCR8rkjTdPReGL7GMUmw1YwAvgL0ePwb/E42XLZwplDGYUVlj89a1EPSKBXIn+Mez2m5rnl4hFDVY1G3KE2qmX7v18y/oGDxEKEe66S4i3vxvzeby4jTWojY+gNnrgCulK1sYXRJurJWuT0Isdv+g9Vms128x2sQ+xjOSbR81VzRPn2s5RnW8433gX/33d7YZH+Ud1r9CviC/b/k38N9v7vs+oz0SLBbopO+202K120W1jOZG38e6sfZJ9q7jNx9rsBCE67Bo7oyXtBM3Y5LIjE4UcthUSx0lmTXEzB7khMoNCP9qxzQ6xi0bYD5DIR0VxJCQ0niF4o6QFzH9MMy00rTFtMlGmIchKJgk1ygF8km+zj1zku8dH+OxPws+QrmmhJJkXEmuITcQ24iDxGvEe8RGhIuzeA/DboxJ9pPloOZashJJHhwfXNReH1ykB475tHDzIvcYRYHDdQPxIuUOSQxJCKNdWXWa/0Y5rq3TNWwT6sud1z+Ok1fpBgFeQxokr0l+vKvtybLDcV6GuiGD9adQrkY8sPPY+XAx9P1i99O5wyP7anT96p7b7x5+1wiWrZnc6IF36PATb4W0PXfHjC9btf/GN7cuX37en9HGDUJfAdgvp+SzEzzScsh+oj7+/U1PgsFPerCm0cRPVnXxPgHqNg9XVDdVSdlH2tez72b+qWZCFbdym4CXJh6v2Vx1IvpJ8L/he6DfJPwT+O6TpUlUPwRt2RaMCGCKO7HpdHr3I7iFpwQqtQ/DuPW4pnsILjXTsErTV0SfhCmAGHPE7iZdnrWyXeYA4uesnGqjBwT8/PbE5QWxP3JMgEuj8noXsJtT2IeL3klrKwnuyh7JEFtm+1n3/D2XvAt9UeTeOP89zrrmfJM315HJOkpOkTZukTVKattBT7vdWuRaoVEVERWkLIuAYnaIIusG8oxuwKSrKJncKOsW96uYm79jN6W6y/dHptJvbmK8OGn7P8yRF2Pu+v8/vX815nnNyEk6e7/366M6XncjpyxGW88FFAFHoDBFBhA9npLNEd0oN9bcNddM2TpQLNaYzobjRxvIRNarGVE1leU6zxuNGzF4ybN01MGTDM9WEbXajIc1nr4FhS5Dwm7LVnhox3AmN9YM+rIYSMFEkpV3LebUiVMqNfCuVlGmSpkm6CBM2tKx5/8Yn5o09vn6g9/7SR5uvzag+v32NR6tZ+kjUH049PFPp2Dn5Kz2PL2Onbn7oxo4FD+6oP3L7vq88Mz4RrBW5Nt60Y3nHtKZgsj1kvGpjx/UbnirzcQXT6zEMXyOwgF/pSbcF2sAEi25jdBusMUOXgJkuZAwcD1mzyQJYs4XlzRZMVwHdIYhVgiCKDCvwZhGELdDyAvwG4IEJ7tQtHOQNIs+LHGs2sy/AKZhiRLhUNxkMNgbuZJ5nEDMI/0v3wjZKYDbYgznWaRtj43UBCj7rJVTU10ph1IpJCE/fl4gfua2YKdvx0nB/K9mXiZAMNuDZiplE/WSgH+sPff3QFbVHsRYBc3iAzLEju4e/j269ZXcpBs9+rfQYXDrA3HH+PvSt4cVleXoNxvm13HSgwpA+7kkWOrpCN4Q2cBv4DcH72K8GhQIqqHOYOco89abAam5tYBPa4t8SeIJ5xrArejpqA1Fok+wOp8vtEauwBGbIYtkVFYteVlH9coARvCyHr+48qCiq8zjmJl7GqeNVhX8E6I+qijWp43AMkOGkwwPCLoLL8J8Yl6NQj/aQ7WYG4edHJLRLhSr5Et2g6LQtkS9CPFkf0jU7041ZvdRN1oei95mLdiVFamin+u4mMZ3i8IIBclJmNrqlH/ajfuUOeAe6Q+HLGZ19mNeMWzRfN93ErnAsCfVyvUGuu4t0IlIFlmAx3UthRC+qIDDRfiGzdmZpWRc0PH7XvI1XrFy7bkU66k9kps24df+Oe29+EbLc9GePJHbcM3jTkYHEqFkNgZSk5vdvuP2XzXUCshH8nI9hsR/jpxckwXm95lbDauNt1jsM72gfajzPwPXMOnad+y4P2yomeY6J+pI+nlEWY/UT848jCjbU4zasTn31oBdwREU5aLNAvLg6gZHuMPlBjV6D9Jqeml01p2vYGl953fFbwCk5FWfWqTu3OXc5Baev+gtF5TxWEs9UNBXKLjBTp8VJ/cRc/2ItD5l4mS8nxWIeUhvQDI5gIBRAvF2zxDVDFHMJSb4GqFY8ixnj18CAQ7kGRMz4AC46gmoqbAO6yhuGVHazSsTteUesMQdpjVNlxbEAYB7e+PQTN8W2ff3eN6//0pv3Xv3S/dD22U3DbzomTcxNmbf5nvXxedwyzdLx7R9svvb0vmfve3bRQRg8AieX5g+P3zSr5w9jM08++ty/FEoH0y+cYXbTnqKvHAPshdMHnfIYjsS1U3jiEyHH1BjGAt3SY9ll+RF8A70N30anLXhRoQkCi25hEMdi3fIB3c+gKoZBLGPh9EkF7o+QxwP/R4gRfRBuP7LLBE0+M3ccfQAY9CfdDFiJ1dlOdhfLsS+i94G5svLEuj1T9tISOZqShlJlTXWTdf2rFfQ1rOJW8Ru5jTxbQV0sJ/vxSmKtmXjPSK1w4j/Rr0qtvfCh0r192dm5IDc9/q+X2NfkdI+pnC/5JYxzWzDO+UAc5OA6/XgXNrZz4VxNYkVuXWTANGAe8A/Id2gD8S25Pd7d/qe1g+ZD/qPxFxKvGV8z/criFoAR8hbkNyTcFo9fs2jWafA+eKflLuseYG0BzXAamAanJBfDhYlFuRvBjfAGdH38xsSy3O3wS4nVtV/KbWW3cgPCgHiH/Q7H1qqt7kfZh8UH7Q87Hnc/Ff9O4ju5QfaI+KHpz+YPrR8mPmyoFiyGRDMowqYGbrwIzP4ESw+Sh2rlPFdHBqcl2G7A3N2AsZ+8snguYY4sgYJeQHqhp7CrcLrAFqIv4jcYTAc1mA6MWY/u2eZhPL78cfiXCnOhLizKWIbOnC3r6gTpIbGWMKI3pDKhiN3Nii5N5aJYMReC18DaqpprQNqBJWOExaIyRBTzlLvuGpCx15XRvYLvRE4ShtNH4Fap56v4rb4wthsvdV55nCOuK+oB3fyt7jf3PPnD5c/tK07/9f5Xls9dC+vX6KuXLh0o1DfO6vzqzcvviE9Cz23cNXfjywf6p++46Z6ZS/u2/njt1SsX7H9r+fqOG25b3ZFflin9aeLunq88vm7e5OKNmA9dgWnhGYwTHpCAZj13e+Id7leRdxLsMnYtt15cZ7jNvMay1nmbcq94p9NoELdWoxaRS3jVhJdjQhoLBO44vBZ4oX4o0YnlG+ZOuiGjrdCwBg1CBDxWDvOp+w55PMDiJVzID21HgUNyKA7GMQivwxypWq8eqGb06p7qXdWnq9lqSPiYim/TjS8bkdGXvEyvGSorNsNlzt9WYVASDX7ay3yqWIZXjRwT7ea4pAXi0XjYol4DgjZiQIl4pphC2Iqy40PEoF3KlgigqFzwEL/SqJHtcspKDcIcCpLdCWCluAjDZvkdp39a/c0NW99cevvrT992/+9f/9ZLKOcYu3ZG191d7YvTXw5o6FYYe/663x09cO+eLc+d+2Np7VduRMfumHn1H9bs2vHz2+bWUn1l34UzcBuzD/MkDxi7n/ENQk0PWq5v3ObbhQ1BHQhmzNZtuovRDfltrl0u5HoRalh6/AyCMgc5S7XwincsBS8J8jovDfiqlThvbaZ9LBmZffQUv4adY8uzseR5vlZ6Dlva+/HzRMG1uqxqr9ivb3zd9moEmS2y0yUZzEe8ZvJcVYPMTD0c0r0mrFoZwgZkaJSlZpsaVgdURv2h7IsRXxUNVmBDgdrhw/gpM9IZCqlyR5a+yx6Y+V+8EtBfefir/t09wezXy8+u/+tf/5OjgviFXmC72AexFvePo6MY6AFeHlVYq4kFogB1gyUPOZDJpOhzyQdYrOAwCd3Ec1U8g3gOlc8NAFYBhgWQP87glWLGHmAUhBnQeFKzhd7BnP4drHyycLye1jnYxq3gNnADHMshCFnA6RzaxsFOrodDPfgy0rleDmERziEsJmZh9vQ33Q1s/CkeLea38mgFv4FH/CKBOpXOdmM1ceh8OcWDOkMz3X1Dft/wsN+LB2loCOs9XqopXpx0EWURdjuhywBdUGPz569hdpx7E30f/mxe6ZbSjQvgW2V9WYO/YRcxK2k+xJf2k2K+xBGug13MIvYlZjpJfWASeBnBhQG9pbkAwABAnfiwC5wCpwEHeJ7jEJIgPAVhFupwF2QAlKACGbjIILB4LcEisewaK8eCP8W/ob8STO7uS7UOt37aTdMniBuI/Kexo869QV7MyivPXnk5DCGrG73Aw6MUU2QughGwosARMHLw/wcYAQEjT8HIVsDIXQQjwmBM6RC2wRVwAxyALORYZIMdEJHzrXAnZFdAaIMZfGkxfncEhkkeP+8JvDJIBz1gG14mlkRms6CTeBN78cJ9sR5lcFK4Yqj+PwIVYiligAX8P2S7zr3J7Dx/NZtHXy2l58L74cMLSzUEposuvMe0cDeBCEiDDw4bRFsW0dbpTdlCPpNty3ZkF2e/ZLjXsNu82/+EbIiLZouVkdwMp4ZZaLM6jTzHMpKASAZF7QYndA7CI4eNE30YtIPMlboc1atN2IoF8Vph/7tBSFqCbopLN7vfr80OwpuPxnWlNluLal9AFpDBYnnUQfUbC8oZHO9TV2hf38Ucjk9bsQbfXfFfe4rAXo5EV1yVmJn7PQHRLGsmryUIDH4hCM0eYxCKAXwAZd6N+Tbme30wSvdfuChFXV8kNI1kdAqXMsTXq4X6Ga2xTdfMW9KaVmsmfP+p/7x6cvvCr7e7KhwS6l/e/UDf2jEbHr4yqy0PxOpnTe377pr5N015bNmTm8+2ZwjfybST9b66NFGo5b4GxoLZ8Hf6jU+Bp9o/bieF4wHJ5wp0+uYEVrsFKIHkB+DP7afnfjqBnd/5lOsp96m5rNKpXKFcudjLqkCBClI62GXgOnR9cBNg14It4Fw7s19sHzs2NxZ0XFk/th0B1sT6azrac4gdJ4NBZqxukMbAMcvAODgOnx0da5sYB2OFwAsYuX1AZiYdnv6VxtBEzyBzhd4oTEznG41XXs821dfPmWuaWNPm/44iZ2VdZmT/3GKTbcrAFDTlGWezEslG9EhnhI345swdhO9gAF7lHYSj7qrE+zBHnynRdIJyOeZ7oO3sMIYshu97bW1D0j+7h7vfo0LZMRKSkN7YJFlbKUhbxk8bNZrLTpo8cfKEyQzf0tzajPjauEFzxRXNrsXiSWxOjB89ZRWYNmpKEPAZNgjEOtMq6A5jTLz1IPAG/Xg8CgOyzy9p5JoeBNYEvmNy87hVcGrT9CDgskIQGFPCKlCleuinfIHy6Ija8HgYmqttq+ClUWqak3DZX01NWXkjf01NoLsPMiOqmaOQR7FohEWuKgebU4Azh4AaiaGC5AC5Btbhov5XokNUopbUL+v2jBIi5Y4X+EvIPoAYX7mBW9sDKWXKyft3l35+5E+lVX/6Mez9BRTgnlXNC0rx0k//Ulr2x8/gy+d+Amd894nzm6fPcDx4YPykW773jZULx3VJ6venzejrbJlU2zxwn9I0hXmp1Hd6TUypvR9OPvAcjDz+z1L+s/dL97wCsQZW+ktp7x/gNz+DInwDwudKR48dLW1/cnJ708KDN2648etwWd+sCRNucXasem3b/LaO+UcX7VwydiaVExIA3D7MUwIgjLz7EeW8DhgOoVAQYBsQBMMQW4JVLzF/BB78EvDLyPxR94goEGJsYsAdBOFezEnJ7mU2JIIMydHtPnnqZCZDMATzu798DDPlP2n9pldflfCrnuCmaLXZLJIxZAh3qrzL5pT8dr8sB7xBXh28cOKAViDDwez8PB1TaToeqC5fVuLly/5Q+bKHXj7gooP+iOTMW2wm/OVF21TbRGlKqEPtss2T5lTND91ou15aFlotDbCbrFtsm6RNjs2he8KP2x6XttsfDx2zHZO+5z8W+rHtR9IPgz8K/cb2tvSR7QPpg9Dnts+kz4Ofh2oNtmkyCmNLDy8SCIZCAYPVKBvcAY/sFpEgiy57lexaE7JJihQKBCJ2qcrea4d2yWa1DqI3dDsKVSEUCgd3Y8FBF24QHtbNomRjXG63KBrEwCD8F2nnAu1ot1W3D6LswY4QDA2ij3Wrols7rZ9YGevTyk1bqLTx+THVev3EgTL0RR7XWRJKbCXheOI32dRtxaJmE7f+1ZQXSENQOvHfj5uk9a+2Cq34f+pIuUgrsL+7C6oUs4m7ne51mIMV3ztR60yI2TP8j0WRlmtKc+b4cmPg76Lw7WL3rOEPrygmb3n/Y/j6Wx2JcEbQNJs3+wC76Nyj91zBaRqbVmsXQwuKDf+W2LIRANj3sQ0fAinQhNbr2QVgQWgzuCe0Obfd/83EXv/exIf+Pyf+lDE3gXWJtbnHGrbndseezb3tfzvxdtLINg+iPx20Xd/YTLAiEMmTUf//XJ58Tldr8cEXyjfo0SQ+yMH8+Nh4bbP/HfhW7Ne59zSBjUHN0iAxLl72V4XcMXfSlU03TIhNzc+D830LEg8juwSk5jlwQaynubd5oHlXs+jP+hs6AZam/lgo6cuwPGJCnlBH7p7YY7F3coLSrDd3Nl+LrmV6uB6+R+jJruZX+lfKvaFVsZWJdcmN/N3y3aGtuYHmH2V+nfko9q+Yr0u0hWWDGpHCsluN5mJYm6kFhVQ4xkSqm2pzTDqSLBQM7uqkx+NG6STBlG1xGCdo31ygw1gyDBxsaydZXScOjptIR70KX5++OACNoWwABeawqXBTLenNpUsTCg6d3cVi6bOLPc0ydGN6o8Wex+quwkJ2EP5U12p5pxPNqTXbbORoseBjBOOyTUJzbAo5te0oNr8IfwpUcDX0Apo6kkq1zhjCuDOMNcHuvnHzj4F6pu5DmQ5DXZghtxIM7R+iCNZfNvwqLQCGKhqDvawrkIgPFi3tmXw06Q1BwS/7ZMTz8Rg2SHPxpDeegxmhPgejoXiOycP6HJOQq3Mwy6VzQAtGciDUwBRyEAIsAlovTVqifm6IOX9/fz/o77to2AMSrnCXfYVRtdzSjYTYUrCgNpRj6hrdBraskQj2sj1f3qqJOfDViVcPvPve8EBujuYJJmbk0NQnr314x5eGb9cWF+9/YOb3jy/pXNV3+KW53986Zr6MDoXGLrrrumNztMZoP7P8y2qt5o0dvW3pt2yC0HbHjNuecZ9bIT+xpuP+2SxH9OWpF/7A2TCvjkGkjzWEMpDEwzPhh23bQ0/YnnAcsR11mMQQfnq4nrndtcb9VWaL+5vMw/69zAuMwcxYWRSczHQxXEaU7DGsZUDuMJIhPI71jWlHlMe4ZICBg+jdw/bUPglKg0z74a2WnRZkGWQyeqbKgPaSfmMN0t7n7TBsb7Mju1/HCGhoVbzQ5g17kZeih3eKtuRaaiGmuvtppPTT/j6sUvQRvbDvbPfZ99uGPj6LWQ7xzbxBwau4ZN4saP64Ke7WeNlQB8wufBB9XB00eix1AFyEXNma7+/rhk5alM8TQU0joR6ejSrE6eKIEdWQto1gfxoOj3n/W5t+vX710KMbf7Q2vLT0yQul549tOQLbvvfA1hqHXOU3cTeVcj85srn0i3cHS3/f1vdM1eFn/nX8/I/h7Bcmu51ytmxPRbGcJL52N1Aho3eZZFPwbukh6ZcSt1paXbVJetS53fWG/EbwF5LotTuqgiFGcMFN/ntCKCnyYRnrEEJYtqhRj+oLJ61WC/Il3W4gBlo7HLDsPsk6dAfnGLzw+yNkFR1TaFevMW0FPQqVKOyNEp89E1U9lB49lB49dMFJ8pxZwvTI04u8n1zkd0SurkCBUOMwPUrYRkt9SsHyBdEVR4gs4A/ZXJJWFQ/ZAnOh34UPQXt4LpSdvrkjACBOXkwz3X25y0lDwZqRJPBqAq87wNyS9AXLzY25A4QGktiEHP3K3ldKt/5mw9wPYEPpPz9ZsFIbpa5klm9QarUtpZd+XnrvpV9cE4AToQf64PhgOb6BjR72EF7zHGzU2/TC9YHbAo9n93j3Zl/Ini6Ic329fK+wQdxgGOAHhK3iVoMhFpaDakQLyyk1KupkSUTVag0bZFEgi6mSK4KKUJiXhYAkIxjFOkgwB3an0qBOImE59HMsLmpTGKl2B+UPAoGgaNgrivzeNhKrA4IkdJB9vS68r3fS71qd3lubCtdl8EeX+/cqWKt5F+vcszoLvYVdBaYAJAosicJFosCSIlqMAitGL8YosGI78qePwU3U8UMARaElkX28znafGcYA6yYdUgjIPsZSHQ8lKt4xu8QmNrGLpaGPgfTPFKyMlTg5tr/InnOjcvYo3QVZJTHzFkg3es4xlLlhNjYCQkJPiXgU7oU1qxJ5XtOsVseVc0pvScmm91cuy45pT9567qNsNqV4/LHZWdZlS7hyDcnrODT8QTS9qpS8NhBNltoXJDxKZsz60l7NI+nXMn1fCSW10q9u6nTZyjBVMUzDGKZ1sGZ/MjMIQ/oobUmjgTUY92WYR1PHU6+n3mF+nvqQ/dB4jj1nNPRyvfwGDOUBboDfiqEsCkZDDRJUs3kQxnWLKAvBsOxRIzwGK7lSzcm8lUrQUFiOq9FUbdIomlkOYWBjAHjqQDQOklISJQmstUQijtweMZFK7gXVEFRnq/Xq3mq2ehvPhwXYIcCXqRP0sJ4GVgpLKwWblcLSGgkFKSyD9GKQwjK4I/3fCO8s9Y2QxN4zNKdB+kv3RfCV07oIEFMV+A2PjBiIJGmyLwXthMFhMKYRnleVC9Zcl0inixBEUfjEf83psGgaTEwY/18WIzbZ64ePZ2fHvRZjGKMF8zdL1D/huhsx2D6atqJU6JiqleZer/ocXk2rV9Yxy8vz0luLu5IEXpOxzHkWy5w87NZnG9mJaeRL+JNI8ko+pDTqjT2Na8Reb69vTc027zbfPu8+n6kus9q0ycR4G9P+zsbexvvY77CnG1kzc7fpRCMzWcRw8f4j4iBQi+apFDpIpRA8iPXAafq4+sdqPV5vhE/WMtZkxABT4ZCZrHyILnKIJ4scitjtnY5tDmRzdDgQ4Z8bHBccrIMl0HBgJnrmEGWig+gz3WRs7YxDWzwcRzTZXSJfE5fI+/EphSVbKrDCTBFTWiZFQUWhdoa6XwmUpBF5VeGUeSUlSKKWTFQnahIMb8bqiE21t0AlLNmFlLEOWKL4ICnWFmBI8HXQpFnrwGXGaE1ZkKUolRIFBIszksajEEW7LM/sRKkoqC66b7wdayPKSN/FkdjlKPbDaLQwe+1LpeFNfQ//Y2Dafe3h9iuRxTczWLXy9ObSbW9un7v0wEM/nrp2RZPTKTNY0M3edcWtJ7/z1++XTjwU1+A9S9vUeDyv3Vy6ekzz+e/918En/+OGed5qVzRHaZXIvG9iWp0Abytbhkcn6WTZgDZ44dPDBCZafvDCed1BpnmK/XkKpLwT36A7yWUnjFDoRSjFRAYvfKBTkonQGyP+dglblEH8qsWvDH6lgRkfDfjVhl+t2NY0jQaxWHo0SgeMCLRlqIV5EhuWH39MDzBDBNOJkyky/i51oj6bkvW+3km7Jp2adHoS65y0I6A3duIpwjhnUiORsBxQI/mwnFYjE8LyGDWCwrJRjTrDsqxGsfCoU6OFsDxajeIViMZi8pjRo00mI0rX1QUCsuhwRpAege9GIPGm9EZ2RU5FTkf4yCBSdL80qWfSiUmMMglOmqBFCp35njzK75h49W+9qRnS2X5SWib19VN2MHx51U2ZGYxop2WfPzG8vqBugghW6Ppv5K/+7wyh8hG4G63GnCCVzaLxlIFjVlCbzQ6/mJ0V9w1voW/VD79QYRL4HTQBLyJW6H4FNy4rswaP1L7k/ENf8An4zdK1l3CNmy65rcznMQahNRh3wuAVfYVKZbFKkUfVkwWferV9SaMYlpEa8YZlhxrxhWWoRg1h2a5GHXbMrEWvDxG88YkET3ws+agvYugVB8TTInNBhFmxU+wRmcXiCfGUyIgsuU2kOCgOXvjsEPksnpT0IFUDrlZ61QH1tMpk1U61R2VOqKdURMAyE8OCsmpM+H39FX5NmXQZDuSo/c8ry1dgkUNr/m3x8LLSRdUu46lkfv5BOq/oNxf+wNjxGkXBh3rLBAdc7FxchZZ4ej13mZ+zndA4hxdmNV1DfrG8VEG6SG5vQHL7EETZKr0KdZLKIsZ42Je0GIKBwQv/or8cT84eIitCJrpKViUQMRiyoi5uFXeKz4vcy+K74gW8bqiyUH/Wq+hCuekK+rV3sQVwOqYNovqD6ulvE6vuTDdVTrr7sB5ZWaWhoe6+ttZyTsuIFin5ZaPZbw60QJNRNvlaAJZmrZTbkUywPucXa2eFF4NxlcyASi7jm3QJveOeXHXVcp9aq+QSnpicoSvKJegyDt+w/aWvdrfW+8I1CxvHzmZ2VFYVEj8C9zZe03Fonz54u/UlK1oO4AZwK7rdSmq+1jW+bDxuEW8G0MFOSGMkbERz0HVoAG3Wt6Ht+kHLIevx3PFxv7T8qsHiMEHGinjENdwLNjXsAHvhLutPG0QTIOmwnDlsCFlqgAYzhjZDh+E+8Hr+HfD3vM1g8pmysIBy+li9c8JT8Am0Wz+Cjhj3jT0JfgtOwV+gt5iPwEfwE/hP4yfmv1u87pw7n2/I5mfD7eBBy8MND+UNlQiImrFFQq2hCeNdwJVF1ixgEl63T/byXrE6LidaEoiwkOHX6IFYy30UEJnhVlkv8hZB5omsVSOZsJxUI63to+VWjmVlzkZlbzgsJ9RoS75ZboEARKyWKmyWtANAnFSzs/mqbDYPoCXfzk3IgvY822yByGwyGgTB2mt92YqscYEVBLfbt9fb2tKSTCZGNzdXV8f3JrweD89zCcSJrQ+w1mw2ww5wsJdsV4uadLNu6bSgAQvcZ4GWQfS5XpuxUb3KRuWBjUoJWwSLfIKNFZFPqTq0Y/yEF2ErdTP4RtwMIwoWVq36SboiDUWdGamduqyAceQEr1B3Bq/V5RUrm6zlGsaKewzL6S88Y5UTEqXBhg/o6x83XzdkcnXtmbF149juru4UyTkyNnrdljajUlVsIG0PpaIuWYukePaAtQjwlQP07MQBiZyd2I+Hiw7qrnIegaHiVSsnJf1f9LwRSdA4ClBHM71mJe0N0BJ49vbvzhu+vTnnLJRqKcmkh1+6hDmNTWdqw96qW2H1GLmmIQz/Xjt52XT3YfRJyXZ7F1b6E15vPA9/Upp2mU4Y8Za5u76kdLVzOZQWJkOeKNYx3W0Tq45RXlaN9fqjmO4UsE+XJSBBBShQj8xD16Pb0BZlu7JHOaaYYWQQfk3PWZc0zkGLQgjze0aNuEfJ9tERY1iW1KgSJlE1HTDgTwG7hAJRxIiY8JajQfSqnnH/T8avwWCkyGKkV40UWYw71Ku7v1DCy/zq7Fma1kqKJLsJu0rRUhusf3mYf3P0uOJlQUutpTGQfVhdde793FzNRc3ZpcvnKZK54c5rv/HlZfA2obRNa1JWMTcRU1aDNfra83tnhV1V6VtBhR/xf8frkoVv6B/YvNAKRI/VZ0naqm01bFZwjIajM13eFXCZ9+bMWu8j8LHMj72/9n4AP/JaLF5o9PDZiVmm0duYneRl3NmEN55leC+X9XiYFKjGZy2g2VP0FnyFbFtDR8MysA6s9q71rcpuAZu9d2W3g0eye8BT2V0N+xre9LzhPdHwW8873lMNQ54/e//sO93wKfiX57+y2mQ4xTMxswB2eeZmbvSs8b3ufS37lvet7Hve97LWsldSCct+NZKmnATrS6IaLfspVcpFiMJOArBeH4A+r5ewkDHZTFXW68lmvBmYwc/u8ft8HmQQRQCy2URSzC7EGoIvk44oirpL3acSiXxa5dUdegNsgIh8hUWyKTY78TDWU1GNoUk0qBnEMiYTLHkyJQzSCoGXFSkSZLyYMEhDrGTi/UKvwnK+D1MxTRSUM1KVuQ2WD1LR67UXvZKjCERv0TN44dRhT9GTrSqW05fpqwtiIaZS2ryMMqmqboCX6AWXvA2ZicNnZa0zW0pm58bcVdZps+AA/BiegQOZeTF3QOvMDJ/Izou6h//J3np+9fpwjabllX5m9YJkMKGd+w1LT89vufjGlnP3kv6z7134M7bNpoMEfEWftsUBHVshRHpHYSuCjiCCCVTnbHKucT6K3kUXkOCMRBwS0XQjKtF0IwyBa7SKwDXqcNghQhFHpMrhiGAa/bZuS+yFRoMBItkvOgwMhYfZMctuV6SspEuMhFnaITsGjjSiapAJdV1JO6qpd7mtoFdDpRqSLCBU7awiX+FS1WwEnohgq4BaAdQYixCzzEjtA1/y6m+P0G1Z07jotcIX8Px9mlRbhvXQ0KZKXig2oIsUxAIpPgHdhEUnDQ6foxq2gaKjA0x1LAYLHCvAjY51jsfhHvgCPOz4MfwXdPwVQWKDdQFsZfdhlCDbSz9zMORoQ8SFjjk6NiY/OIKRSg8UyfRAZZDpcMRXxJoqmb6t2xxFh9tRRJILv3xFbAK9fcBUxF9zqjx8driqiHT7CN+/6IomWAW6GYxU+ct0y+i/Yxl1z8iwlxlNMAa+TXApdv4OOd6BEYsgUsvolmALN/28wFhHUOXcZnb8+e9dRJznJ9Q6DdSfSez6NbR2UQb79fpHHM8Ie4x7JPY2uFbYBO8R2HGiJQkYV5I3eFvDTIZBgJEYUpSjMxwzJUgg7G8rKEE9iIL2VsmgGFA5XWhKoOL+JW7GGVJf6tOyv3GkUqYByqQixh93xq1mex2QobcOVgl45ubwTDJa6qAP4YNDdNUBD+uqA5cuV+ormISxdLFLQCXHUY3E/2mn5TAOu5SIoyEowjtL60oflT4o3fnbl//ryC2bv3bzwZc/33wLNoBXlH5R+nFpGfwabIXj3tw/ZdMzpRdLhw7eA2tgO1z03D1kbUgsKkVtl1q45hhI45/6QHMhk77Vu0peFfhSsjf9UEBY6z0aO578jfybwK9jvC8hpZPxolZMtCSz6QWJGxK96YG06XUA/YHqwLTAr3y/kblnkvBHsXc8v469k3g7+VGMD+jRYFK0EmYagWFZUKOY1brUKAgqtTXBZFu0I4qiUcFVk3S7XUgURAfwS/6sX/f3+jn/lHTFPwzSUE/vS6Od6RPpU2kmXQupkIRUHEIqJGHEZqX0VvFeURlp3VGXHoS3HVSJu+oybapCcd0zSOQmXo7cxEnkpuy8onEaUnRQdJSlKPEdx6o9Aa+WjFd74jkYC+BDwleTg5oczV3iO54yGxsIIcyAoi1sJKS0YBCGAaQ+EZAqp1P2w35CkKn/zmPLMZiLZY20hLgceRHgk4H4jPzwC1hGV8lYRsO/HfnZtt/8sL6/vXBlcNkjkzfOznWi20u3DoSxjG4Kr2KWk9m0A+ueOmWdZDR+a2D+I9OcZbooreDWYrpwgTgY1qsnwPnCQ5DhrXAeni2Fq+HdcBt4WPyB7T1gYG06GAuZuSLzCDuITukZ0Z2UGBDaK4pEiyFpQSy4UhQtTCrSGnZmnOiLbG3OOSU5QkNJPYmS/lbJoliQzRK2IMuUxP9EQ2dIfKybbLXQRmoP6cLrhriiBeIms9GMeK8Wi2pRxIddkToYNPgx+djwIW7Hp2pVqA7/KtmMB4Pos7rrYNSBD7T2Y6T8o4ZUnFXSWjmijcZrYaJSG0yorQrAi8RGS8/SkLl76dAjW0qvl/60dNvsdZvgFojVFngXpr51R1bc97VbDr+4ctPU4vds+54yK9x1B69rbr8ayq/ALLy/dHPp5Oele9g/3/FEaV/p6IHNm78NW//x1MDakXjLMkyDSZBHSD8Q8xLE1Sj6bopAx13x16Kv1TFTYk/XIW/Yk14aYwzQoMW1SWA+XIFWxG6Ht6OV4ZXK6sgabQvcpDxa9xx8Tjsaf7HuQszFKxvhfbGNicdiu+GT6KnY83Uv172d/WvdhTqLA7ihHzmSmM7qm9PN2aWxGzLGGhEFAtAVlm1qBGhJGWB73IotceJJiuqoVovFIghWIQRje5GChJrq3TTg4CGPK0hCp9AjMNtoiQSQ9wbyg/Druq0hGQwGkM1qxeak6KDpC/PL6QsTOgpAfV5FHVgxQuphqRHqjb2NpxqZxrxIaVuk6yBS2hYjbhelbRe96KK07dpRuPoYNZMu80NL3cT3lEoRus6U6TpToeuKAkX6TGADqT+TItaSzy8NjVhG0FH0eyumUIrWd5UbUATq6kPRsFYXzeRgfQgf0pHaHIjGskpDDoIRzML2f385bkdlrEYLtMi2dgeqiqQh3ZEqKjTx9JPDUjEr2bCYhGXp2EW6B1RDSIn+/8YUBGI/wYaLNQYCt6z0cKmQUywhKRCfXqDsgarw8C9vn9z6xHPQ27NlxfnRzoDh+6/tvLP5WrQOQVhafTmTaNtz6/rBeOn2u+eb0YPwmTs27HQSvX7gwh9YDvOJJjRP9zkeqoU2aEMmBtjYJKjmUh2wAxnszYNwon6qsanRz8jsYu9i32L/YpnnLJwV1JxoZleZVllWWVfbekO94d5Mb3azeLdpk2WTdaNtU+oZ9pmc5LDkLHlLIZgL5oMFEu6tY5WQEq6ursuNgWNQG5v1ZUPZcFYdnR9dmGyZXDPbNNcyT5pbPTcVDMMwknPhgtw42zvbN9vf1bAotyi/qLCoccEoK2MyVTtNcnXUpDS3VGeb+x39zs2xR4VHM9uzz2ROJF+peT11ovmT5qqZYpMMViD5efgTiOAGWIkW65bCY/UBObgiLIdCx4PkSt73WBVmHq1ma5XZbE2Za6xs3EAHPgqHsRWUrGeiSRJFhnookoeQdKcYhFFdythftqN37VCxP29/187YB9Gmo+G9oZREKiHxDeGdafhy+q/pC1i46ZMKevon+IQBaSWdxSKPTb8IJ4IinEiTDwjL7E71YWbZf5YUMPYP95M28VT7oJKrkoNIzH5r2d4f8e3TWTeU+oYqrLUxlhWcybip1pAD1TYi1pz4IGTxqbHOnAMmc20qIWEhZ7NW12gOLOjEDE9wPnVZK5xKKiPo7yZ+g2tNSy3XS9emiN8AYikL+solS2aT11Zks7ZiLmujKmIXJOGeSl66J4TKNQXlPIOoPRdCI8VLsYubCZGQAPOc5ujeu2jZPakxH75077S/vtiSD/+H3xcUNM0///Dy9V8f1ZwoPfnA9NPfWb62yeNXjVgnSm3addWGK8bkpq1fevODVzz2roFrC2XgT+//es/GBQ1La0P/seq+2ff/vOALl/fzAmOwfrSP6kd/05sXwAVoQXBB6CZ4E7opeFNIzKhtaof6KPeI/Az3lCwgGAy5iW0fMRD+GRW8URBGkk1UB9EJ3WmAKaB7rG0OG/66TvA8KbVBSd0vGiinM1CmZqCczhDxuMOpEOGQVvIJEJJCi0O7QmzoOEoC94WPdRPhg27KAd342w8qS7rLIdWz3YTlhTCLNRXIFxww2fJ4iVNnpNZKgI7ABuimAn6NvPU+VXeIUx5Kb5TbmIBuGqchBY//xomoS0aIOtlv2eImZ/j62S9jvTwz/ApR0p9YnMxPFeISN730/dmx5lHnzo4o5KzZ6ly+CI4pr6vpwmluP17XNLzzGMhi86MmQzbPw78jRkd9tjuQT/LN/HR+rY3VolqiIdqQmBCdkNidEKoTxQTqzK4y3W57LPFy4rM432otu43DYdmnRmqo89hJHIJRbKJjWYW0pMVQg221vx0i64Yn71NDjk7IGlYTi00yGETdXBR1rKiIWRGJxKNsr6oi8ofKIp76jYnxV3bB0ycd31aQsrA3uyu7L3s6y2bDCgWnQsGpUHAqEYdjgxOucEInlV9OK3nPGSLvOX2Zs1/Ygd0jHhxSy0YtQbIF8SVu6LL4Khv4065Yu3+UiMk3riaNdlIHi3ibltBiVqUOSPa4uboOmoyqpNWBpEkjtgUsK0A0Jwh2Y3oEfXQLkn/zVCfiWN5c5vwnNFgJoEeZn8LTuc6U64qhN3//flaZQFJ/8rNjvuD0rcvu+tkMLHWI63pcuG/412/+4VuP3dH1T+RYP1PTCrH+4f0db/ZPXXX4baRtUGoxHjiwbfZdQl/Iccho48OoHH075IYhyTLI/PGoNYzcghUrEyQW1iYNnzp1AmZIUqXZIanQLZqKe9yQahTecrpkrlBOl6zN0FG/U4nm/+E4F/5EZY57jnlf8O9TPxe4Pb69/he5I/wxgXuWe5rfIzzretrNPS5ss21zPObepnI3uJZ4VrFrjQMqt8A9z9OpXsffIHALhS5xofEqa5eL09VOMJuZx83iOUXNs02uiWCKldP4aiEpJl1JN4e1SDWr9qinVK7i5A4Aq6oY3X53jZtxCxbyE2UrluWCGLYS/3ZbtzT82muvEbdtuQJArwIclIHNJck2q4hvDntCcnjwwibd7hZ4RRQErBFVYZOJ43mCwAW3B595wjasagEk8IZzHuj5U9atu7e5P3Gz7g+yLt3V6drn+sTFKa4eV69rwMW6BtFHRxT1YZVkWWL20e07232mG3grngdazUfkBx69dPK/J1aWC1O/+KNaDbZv+gnbNxi9jqJNdxRZ4k2QiqLoLGLV8e0jzqIx6SRX395vK47Yvl2kltVF2rfAKCRsKEEcv1j38RhgpZK1wH13slaoLiW0EpuQfFPGoJqrmtKwC+qZ5gmcmZuuWdT66859mf36gqpwlNM0QzrWcOP59xj7qrpgwYSZQpkXyRf+IKzHOFhkQmXsO2KATdXxKjvGP+LqQAkUMGRl1uRAJhGQoKyn2EZR8SIy+gy8RTCLRoNgNGb5ouCwep1FM36RzQ0Pioa8TLIV8RjAo/4BnjQaCpmphi52vuFpAx/nU2KtKWlOOpP+arkmmahv5Iv+fHYSP16YZposz+bnC/PFLuN883z//Ozs+hv4JcJy0zL/Mvmm3Gp2Nb9aWG1cY7rdfLt/jbw+sEa5NXMXe5+4JXBP5p7s5vr7he2mB5wPeLf7H5UfTD6UeTD7jPis4VnTs/5n5D2BZ4NPZw4KB8WjxkH/oewPsp+Ln5vOBz9Xpi7LXJddVr/ZwDbJy0MrwrfUsdcJ14nLDMw0w/Tw5OS0DNslz8tckWU6hU5xgYlhBWDEylbAnakJVIfrhaJpJLgTBI6WZjlrCLAme3llZYcomKBJLCYcBPEx5rdS1H/ttYt1cLJeawgERIPBGMDaVygkAh6TgtNfJTuTmWo56TDjb0mE4nKiWN8kFwcv9B6UTUZl8MIKvSorCorZZIrI+G7ZHwiEDEYjdcnJAXwhkAmKYoT4bLOZel4QyDuBbD0+rXc6EskkNvYBMhmNoigYWnbwu+sxzA7ohfpy+ilNJ43XZfPZ+oH6bfVMR/3i+p76Xnpyuv6TerH+A/FPhitN8mG/6ThSgB/+Szfp5k7zKTNjfrq5ZRDdeLBMaqR01ied8UrDZ6mpkhp+/6J1cknXSVJJS2nvi4m4/hJq/N/J8dKjIFlbRfyfILXSGpzKH+imLgtMdYREq5JJt6UtRA5KFh/CXoepDVQCN91d0BUpE6ShQpPlnA2itkFnBo60Gb94cYRSowVhfWFsqCpVujtZ+nHpZKx0c525akIL/NRbaKqFpj8kFWzLOX0+ZzWSYk35OshCVBt0x0djGo7noxvPvcBce/6b7NIve+KapmUj0S8PC2hT/8KGuNPiEHl8qTq3YTiMPvpS1pMUrRW6tmG7+nlM121MbUWq2FnBK2OqPsQ3j0pqhLyluF0FaTbua0Jx5BN5EbThP5rOT0SNdP4iiUtr7dDiM8Sb4Rpwm8qRXXpP61ZbMSNVFaV2PaW3M+0ENbaGo/nVYI19XaQ3ta7uscj26FPwKWmPuieyJ/pU3Z7MC9EXtBfix5uOtP1Qek1+Tflh8UT7Lx2/VD43fdIecGQkxRFRYqlkOpMZLWUdWaVFbUxkU5MANtfblfZs+6l29vU6uKruS5m7Upsz7LhUl7lLZQxRX9Q9pq19mn9cgndUpWEsfZ26W92dZis0GGH97Xq1PZ5GdqCmWVkjSyH7eb9IlkKON8UrEdbXXqsMZBFG5NC0tJKBdaqSkSJ2KeJoA7DO0cZLgsz7FfwtibokJsO2ZrnIQVbmfA6v7ItHyLdmRslNdRFJisC6KgjrMO900IiJkqlSlExatQOWHmCk2NREMtT8Ph/Pc+KyNtiWAqQ+TYFZuAj2wF64D56Ap+En0AgH0b9023hllrJEYZQGENkVQZFB9B9H9PaHR0jrbDc2ibAYuzTxpFIRTQwiSkvWClH9PxHQpUfS8pWUJ3ZjXfoAXhnSeIH0se4bN/9IBlZHMmMYbPMQPfsGdUlqRaanncZOIbaBKJ3ZliZuaEI1JIoalSzEY/6B7jQXo15TMY1f0cnuYjzrJtdPHHEXI0k3kY6nD7iLpNH9ERMN3CASSTA5inWioxhRHMUm4qq3FRPlgbjp8aCUh1R5GHO5iL34V2kq300jPl0jsdlye1JM0QykFUMj10YZ4CXSWIb0rvIVWqHGjIfRtbcuGD7eHHDJBiH7fulMnaNxeimc08b0ToZ66Z83P3otWtnZkj31txqn2ZaeDP9QjDUuuBL9tTTz0GIsp6HJoDk9HvskuKj0YHPCpdQwmsZJ/vkL4YNw085r8RmTDmiTSm/A+sakyyW57BBfsnlm3kDo3onpfg+1LX55iAPQQbX0Z9oKevYq71W+zixb67ndsza+NnGvZ3OC93E+HoGsS3AllWxnluM4zOOSLkTL2WJCMhFLaulsdiLUs1fA+cKC0PxkZ3Ylv1JYmVxZ05sdgAP8RmFjcqBmILuz5gn4BNqVfTX4y+DprHIXv0nYlGSggGRYNgvDcUUOg2RaBmUDMeQNyqFY3OvxRBLxKoz+gigS8ogkkvgs6Y17MkkhKyaFRNzLhSWyx3U4RAxKj3sk/cU9EpMiE91G7cGILhoQNSbxtaPUntyrJMgqOCyFclv6zkRvYiCxLSEkBtGjBzOEaHykHZUf2xmtfu8XqUEX6eZiR1a2og6yFQEEHcWRVIJLMwnosdJ0oznenKjsREdiksQRAPthivrHOMJGMSHAJJE15OAlKGwmuiEZCELvNxdHytyJWkjkC0a0f7dLIY0aXS59sIxiTsF3/P4lV7aWjgXiV9YOnyB2aum+sZmpVXE0PpTpGA1laGwNNjZiaZOee/XwcGnviNEK21HTkoaoUdNqa2NXlabBb1+VDtT6yvLFDwBLYpJ2iA45dFJjilf4Gqc/32RrksZzU213s5stRw2kzsqgwZlgApxpXMJeI/Q4V7H9Qq/zbvZOYcC5B+wx7ra8DAbhy8ZBS5VNwvjHMQxv53iSfhMxGKuwDmSQRCME+CptmaXrOdFoitrtgOT6CqQ+ptx0cifP8v6Ms83Z4WSc9gZFgtLXRJ/DuVa9qZtGPmZg3R6blu9305ZjM2iG9XCr9H6ltV65YU85zFi+cok7IEXU+ENAMpO0DuLNNA5e+Gx/OWaMuQbZyJSkF0A1UnYPPHb+LlQ7sLmg6uf2MUtLM5dfnXPFA9z0c3zvc3xpu8a+lelaB2fRtXymdCPq4W4CAviK7tVJe0ADw3JxBkkCH8c0bPB4/GSPDayHMWU9jCGadHRUgUTqepkBhh1gtjFoFwOZTRy/D8JO1IMQFumGQVh/UP1ZudFrOcxKkhLxM88sNyItr0I5ubzcW1CljQ1V1FOaDAdLv4eR0o0C7Pj8G5W+fqNpX78l+yE3CBndFFjSuAwuQ6jS3892aX8/+B0aW3VU5elokvAIM0fBdxgfyz2o4s+TJn8ELsPY1h++vM8faSyIFa1Z8M+dJffFRn8QTCvdgBi6Vhv1mG7YZUA9BohXixfiEEgcG0eMow3jCV4yCNE+nisvGBn0EF4wTuF6SV3/ALeNQ7s4yG3KgucBAnitXoT1QAWzaWMGWidbXirafZusVvcly1Vpf9DtVGk3SHUaXqvJeK1+z930WamDX1Kue0ePM49zywAPXtQjUJxvXdL4NoJT4BQ0kZ3IdcEuNJedy90Ab0BL2aWcuaKsmBkOII4je5WLAoULaMtlSD6TfIhhGcTSMniOr8LMulIUbxkpiudYFmEF4bBu4AEHruevZ9BLcDwGzhHA4BcLxx/m5tOuBKSxw9Aw6R9OFv480bkvJlNg3iaOlKv3QdJxkei88O9wz6LSt0vfvgo+zy0bzqGpw0fQSZKf8NfSRNZRegzjhXIMIPo8NgY0cghez06a7E1J/2wttzHDX4hXi3Wc+x0bLU2cTdZoNeuCL3O34M+26FW93CkOZTlow2/8kvaz3wgH4fAR0pLrGyw3iAwH1W/8rozMM4ZJk87h7jIYcs7o6ndvjHK3lJ4u1/FMuTDEbGaeBw1gNDOlUu+qtNHM1DadyA6XLKQ10WQi0SZyVQPmXFmrcKA5OTe5BZ//nrrMckS8uIhQydF7c0WBjkIdDc4qBvyRdA6E2OrabN6sG/CXmvVgkBzt+C3z4IVf6CFyk9nMbvBCL73qpXd4JS0ktNaygOx7g+0Zst06UUhOZoYJ6H+ROgkz+IQqKSdO/C6VelX6xUmSrirrK0yBLTnkmNUIHUq4OND2jOGIkXGkHOvB+tzd4F7TvQU+6HA3S20DbawhMJ2bzk9QJkSmN+ttm4Oi0SooIDIFTjNOMU0pTBs1rnnK6Hmm6013GTYaN5pss913ulG4bXEb6hFzIN+arq7Lv4BNUDMwk50/i+akqWimcc3mgoTtO0SMvB4zo9BhtZk1t3pJskS1qdjhXexd4WUy3g1e5P0yFuTkF2db9VaEf3YvaZVXV8DrNshM1O2sKX2iDtb1aCBnMZvzebzw5zEE+Dm5F+D1IAY08i9ai0ALawPaNo3VtU80NKBBTSI3aS+gcZgxuDDFh4uuQXi9HpIzxXpBtxYVoVMYEBhJgJ8IkDS8GTdm3C3lMEJff3+KVMKnpGFSFECqckYyCT/tbiWV8We6paG+tiGSeZiyF8v8M1Om1gOMGWLZPlRp2kvjCZMKLYEo5xzV1NiEeINoFBGvRpQI4gumogLsQWcAOJy2sCUAI9EWrhgATWJewXqkyRGQAtAawYdmvjUAaCSPhBYqfsuacjl7P8Q6BOzrB0T/bnNQzTUFqHiqx780TZRliQ5HrMVRipXowUSXoJv/mrD+rJiKHvwKEGz3m4pGDMpRSTIa8WjEowGPhov5KyN/Xfh3aiMNhYkqXA6+8S7PpZ0aPG7iMIW0Ks9VDuURxZjWy6NJX401jl58e6j6xx/Pm9WmxVEmrmX27Vw3syXgMHpsktnV2ru0vhk+Utsxfm7T9I0323133DiufvyaubHNSyOR2uZ0Q75u7rbq8NjUXaU37mypEiytTQ+PfwB2t/pqe4qTK/3yJl44w0zFtK/Cfx4QWThC/ch/WfkcpWDerdkMAtmPARGHKS12UIOYXg85q9AcPPnREcIPgvUMJlBMfKnutleHaCXCSVLdvt9Bq/dW1tTlQXScpbvRY5nHoYBzNjuLm8XPFubL8wPC9dxqbgAMqIewwXtKOQ3e4wyj4CQ41zsnsDja4+0JrPb2B7Y4vubcZt/mfQo+iZ6PHoSvwB8IP/B9KJ4J/Fk5C708muqY57g3fK8yEP0kKtgV+OKF00DBrzAGNwgCQj5ZSYU96oCKgCqpCk2A71W3XZJ194lqUZcG37VB2w/cmkEIEsuoqkgGvclRxD/SpL4ZNsMO81YzMmckmqHZA3rBNrAPkK4oBnIBgWdX+u/0o04/3OmH/kFo1h2f8BDwEl/Wwzh+XGTcMfT1cpiO1IR29/cN93Wf6esnATqygelQHyW8M46KzDPOCl4bXBlkHghC0ncU01FTUxNsog2dSNkM9dBg7ctLfIqfHHEWOUkaSbNVLkmzhcR12geJHx8V8iBXaRiSoMpxpNK2AWMmM1V7+85vfADhoU3fra9tCdlN0eiYJaOv+Nbma2aOysNFh/8D8u++Da1bZ8QzcdfqcGjqNd968ty49FqKXx0AMOu4+0AKiRXc0upo5UOdTjCrjkoZOQUlKw9FazUUaW6Ow0qy7x0EnawOmphTTtLhj5frYHSjGNNCHgBs1bZBKB9w8KTLwtAJ6UTbSSymy1iHJcAJ6VXpdfLfq7RqQR7Z6MNGP4NVaVkPVvMx/E1iNUkL4udA3mbDR0R4JH2Mt3UTuW6l1/H5r4+St6zWulp7WfwQQZM6gf/5kyfL+VyyPuZeZbtre5wZz4w3T/bdxdxl5h5jYaZug7qN3ybsFHcadkg77PvqDBIvCWhxzeIUCojWQyHx/gg8FBIGGVEPR0M7Qy+HUMge0zww1YlFQbam2mHnRcEoyVAehFce3IrZ/yD69ACsSQ1CSbckq6HDZpfut9lgzErUyJ6ePB2bm8tjW1t5jNXTUXcH1Pw2KwRWybrY2ms9YT1l5a2+2uMMzwiVwHE/5WczhkZ2u2nFw/vdZ/qpBtraOtzf2jaM+XymkvPk0BJV7rjmimvuZAAkqmIB+G+5DhjpLjHHSKgoWsiRFuyV3jVk+wuCgFYYhDkXfCqgjZk1/Lvq5FjfgQPzD/fdML85H/LkpobD8bQe+JiZPvzUQKQ2FkuOvwYtmNy6+aVbx9c1hQrqzU5n/fVvjZ1M+iiMLk1kfoN5XAuYArqYR/Q7HO7OR+LbGxlQJy1Eq2tWz0Kghk/zV96rsG2jOhauGHVrvHch6eN3p2ejd2thy5g7J2yddnfHQ56HvNs7Btlj3CHPIe8b+TemnVh4auHphZ8slP2KKycVqhrDC7mnxamNbTJwM43qVBn4xjlImwsLKRMwOJ1VBhGLYIdGtCUH5poa3SzD3EZGrE6Z2nZqz2sva4w2CHccnp8aUEnI6ve6hdzr2Kk+r75MNsMpf4aO+CPYOtihe7dNhVNJr+SpOr40tZaQzlRaCANF3blChBtEPLGTEGWB30476NTrZt9UY8YHO30DPuT7HvoZ1r4NzAzQit8y8oLvCnhFba1txktMFnO3ED4WwQwmq4elLFyR3ZrdmWWyXtLzIGsmJJEtFNPMwGw4m/w2C6ZWPPnRIamKTn5PNZPZ5aRWTEiztXAS0mQvt8ef35qEHcne5InkqSSbtJI7kyPeCjz5i+4gDCN5q7Iwu1BfuAuvObeQbtNqMucXWrc+PBFOpDrNxHrFDW3uXvdP3Ix78MLfdTuNfZtJSq6bPqN7EH1Pd25vg231WaaTQZ0MJCmciJiKB33BPB3xtzLknyfyjUyOkt/I3LBg4XG4BstJ4/7NxHFII66YS/cP08lQqv+MlOorVwOlym0c+qQztIhySCr3retvG35fIuVBEmnmRyqY+yVyP74Z6yeHfqK+q6LurlT/2SESECNXtHc1fKV/xLdSca180VQOU9y6afOaJ8QKgaDHC7m41lCfq8/XM3x7vCOe1mric7XZARhoCQXAtMIMBYyFbQoYzbUFQGfdjAC4MjVbgeO9EwNwTmJeAM6dF2yW8e1yC5heP1WB06YWGnU0TiH5DWxrAM7MXBEAs6qvUMAEz7hAufPjSFZH5ZC6zGlYQ1tCEuIn2XNYGaMBPmNawjhakBxE8/pkv6OS2zGSs0FLn1xVWBNKwYpMKvsV3Z7yDg5CpZMk3aiBfgpebFVI20hSh+PFVsxxWJi94OSuO3u+n7IyPMfYUrc1vbp7/KTasJoN9P7n6O4VN37j3Ct3TTPZC8LifKoIXVOXjM93Tr9mQq70WSbbvOR7h57L5R/7A5xZ/UDXPa/qHG/w+I0cP7l34EhVvFhlVwSW4QyW3iv7rr1/XkOj16uNNVwbrg9Hr0KbVq/bMW9s/7qdC8ae/0puvpaNjdkwOe92szxAF64tTYRbua3ABKrhqxXpaEo6qXh0hhnilDtE6JhOqHeOJJhX/HVv605yn8FCJabFSC5bwoMXSvQjePIx/Qie/JZ+JEw+YiAfCQO+OkFiGuYkvoAJq9ot/6eEdbaTmd+lhqS3TparR0+mUuVRejX1OpZqR77hh7wPpgjltY0qWFIHsA6npzpT21LPWJ8J7krxCj4ZSDESvnIqxfjFZEJpT4SS433kJ/FznH5DjU9Wqs2CexBadYsEgFnA/7JtJ227dr3eWrPNAA1FBlsFTDrl8fjNZgsVxBaWCF/yS/ExFg5vU6BNgaSj+ycKoyjkFqzZ/BPrEvgG5UBN6qfqgScqCbykrvRiqgTdsudsCtMdzRltaysrBPv4k/KhbTzki0P9XaQFRKUntSNVabJfruILhKy2oBawhQMwZJUJ/sMRyUb38um6rCOl/RJVv9IdZaQpf0KDyVRra6qmtXXgh7sWzq9X/bL9atWbdhuEkD+QtMIqbit9uybVWlLOL/3ozNhotMEizNPmfR3d90hK9dlivcR2v/B5aSpzHMu2BCiiSAWHqluo1d5grCGDkac1QF6nDyhMtZOii1OhRrtCnMM074TYjjQNhVjvFoIlCpNMOVgr7z9ebnOlm7w+b1qzNnbxAsUeA6DYA6AA2jDetA1lhjIZrHtRJzDFHKx/ncCql/QqPiN2+EX1q+HC+cMEVA1GIhC8ZGo0tjTjp6M6mJMC3Ymf5dNDFKJEBsgUygq+K8lbEwD6rPhhTORpyAMQzatN+t1Je2Vftwz511OnTtDpyRRRyr5sbCFWR1GaIi2UNtvZu2thS21by7TahbU32m+sXSmuta+t3SjuFj4UPzdYsi3zc1355XlWb4EZkUlWO5xKdch3d8RZHfImoiChdiRCYDxypJIMm5YaIXkSJJBn8nmtDfVh4zYj6jEOGJ83MsaPFEQRXFaUTmI+YbFOzI6yqcGpPc3fn1beUKWfOlmHu/vpTh4YP4f67Z6iVNnogbGSLkHlxnJKpiBYRC0fN8ezWkFoUGDGgg85Q6MC601p5d/aw1D+ixV+Rsu5LravL28KTE1Qooy5y50vKIZytNJrZOsxupMG9Mcnbe3Ysqjvnt5npzYmGzzFaSXFNyrhdEnRkFeDeYP15llLxlyxSJ+fzcSYYv9ba69evvEXQ49vcNnqSh9elQuR4jhT/RLmmq6s17qh9OyKaPP8mUuP/axvptdB/FDjS1NZgHE5iAnrFxVc9sep7Rl30SJcFw+FUMVGsJJgmJ2aCOXcfZp6ZSUskqb1k+oSajRw/4eyNwGQorr2h++trffu6n3vrl6ql+l1ppfpnmnomoVZ2GbYQRhmFJRVGBAQFZxxBYwKbhGCCcTdCMrOKBrRkEQTjeafxGfyXp6+9ybGfHFejOH5TGSa796q7gFM3vf+30BV3a6qW8utc88959xzfgdTsBzP4crcjM5jCPA2JrrIoJJpJbpBJFOu6QyY7Z0VKVYimrPOOsx6nHWYDp11mAYdOodnPkvCxACiphhnC/cmCCExnHgycjBBpR1pX7muEOthBYfg66nrii3U9ToWeXp9VyEpfz17jeMa3/q6bewGx5Bng28odpfjvthjum86HvN807e37juxZy1PO553HY69ZPk+eoLfxD6NfRWr4xI38DdEdhsfNT5qOpuQzTFCP1KVPLKwH0Y9TDjgtOk8XjLgiEL8WgHebZPJGK3TCbxeLSa7FPDCPZAYgMPwRUhCuajb/DFUz5p7zcRr5nfNfzKTZlGCMrfF24YkHzPsLzqOhBcJjiMlyvtj5fGNYu7EqrRvC0aM1qA1xIGIEa14S4CDYVOUk2hPGvaxR2chhtVS7L5ZozUJZaUa7Yx1TytSNPU10GExd/waW2ZqpcFYcJtsi3d23/VzaPpBcSDUlLsjvLw8ePCJG5qXkC9+dd3CBhfPs6ribHjP2p7Pf/oHyHOcKziegi9Mm1/6/usvnc1Ido7lF0eJXyHaqqeyVcoKZ0QumRGwXZOANkw0UHSphzqnQx5W4/1hn65GUDrMGhvEiNx6mTys81GGGA1vouFaGtJ8CkJYJ7Pf6IHLPNDDcw444Bh0EA6DCpTPIUmvry+FtmjTh52CMK29g2jsl++wv5R4Y405Cg0+XVhO1Vk8hiRN1NXLpMvYDdNouIa+hSZovk7W7oHLPZuQcsgbVBA/4eeCAxOoTpdpcMi1uCgPG/AmHM40VHngOWl7Do17fX14Yc+d6yuz50RrnAhB6hSiirg9ThgMSUFVjEdURZtpkfqq0H724SCtlCkjyuhAZjAznGF0mRHICTtQB/ip5qfac8Fz/D8F3g/+Ov4x9XHg4+Af4ipDOd4XX5fYHt8NdxO7yWEzRl0fdu1K7E5qsFe4klSoGZcy/qb/rYDcRVpMBpfFbY864/sU+5T7uYcCDwVVhpgmEp8a78n0Z7ZGt8bv1j4beDHzCfmxSx2V13vAq4QHemFKBAuMHQOvJkegQ9DX2Tz2V50eh9cBWQeHWg4ftL9qwQf9BkMwoFFRurC4oT3wxyCZqqsHADeq41a73YZNQyZLCjcs8bYBQgMWyv+EdS7SJKgGcaaLQd0eHakbgXnBHnbYk16kV8UPhOGAOFFK4llTIvwy5EAD5I5Oq5lNse81ZuwbxrEl8qIP9i0qppAsfOwiREUxadV5EepbDNa+zCm7DYnLwUAgqFGZNBpVzUV7keSj3bfxCi9tVKzOoyY5hSYLqglLXZGol2P1jMyr97kgE5W7AIZhBLII7YK1rordPLEfwleyL9gv9F9FKCTNbBQdsRcK9gPwAHGAPKD6lmaPeY9jj3OPa5//0cCBhFp0Vtgg2pyQ6JoKpILfiO8P7o/TfYuwoK+PcPaiImIvQkFZJNCCvdyOKYsOLEPalcUk2hUXF0VRzXoMZS2HV3jS0FkUN/ZiEFtkjcWAtFFjl0BjMV71mDtmkK6lQ0qRYEC3MBTjnAHX+UzQ6dBpuiLJatB9NPgCnwkGDbqPBp2DFpteXL5uur3yD0q2XNHxvAaI7q1pJXhcxG7nUtBVKBgOXeZ0TuzxhW5c0jGf8/Y/+NNXN89d6zNbNT6f6zvXTFlwdeVfE4n9t+RnZPSsQU2+WHnzodVTE4VINNm57PHt+zxKB+y89/5ZxSlL9zQVF2zYa9VpbYiHmS7+mShRrwMnHK/Z0tyCAfEwt6gyqNQ2PBqqzUZIG8WiUSvCzWDsD9GPuKZHGHFbSA7GKnlcZzFR2IgGIAPK74y/905q7Fx1MPwtkt9SV/Inu1XSpMW1+bIy+h6fiFq+o1aw4xHahEuDKqjSOaF5lQl2m6B4OwGRIrq3yglpUdyj5XigpUUBkEYP+J/iJfCTnsAHUOFvp0Xh0Oh2VS1v2PD23jtYjh9/r6/vLIs0FTzFVXNVcb4ENOgBWtTFfthPEGX3Pv0++2vm1ywj9k/ssgNuuMsBe9Q9mn51v+a/bDRjM9vCNtJittkdJMQrk/MgJM3p6tOSaYKAjDqHH9ryrvlDcdS81uR8G6hG4KdCnFNDdTLlPuIm3ABCiqKDpl4jHDZCHOB2xHjW+J7xIyNjHHA9v6sm7FWhGPrE9FIYnxSUx0elZC/o0CjUY5RoPN5KqFdiPgxstdVnzAG9OEo2ZvAYmhStaBhitxFOff/9TMQ3WR8ODLcnF9Y90HhDwhqlXq/8omP8hUWTo5FrlmX6lxErfZZVXaFrpbGRuDhKjpMPA55IV+nKEhYw/ciropaKi+CfWEsQVKKa4KlqDaOSFso5xBMdBhc+z1AjOENNv0CF8ydFHKpgTZ3Q2nhGxWltjDuuVclwSviTWJ2QKwHSQrElVRLLPq0poxKi0W9j5y4pEsICmSAfkA/KSblSxals2iBvRVeVLqmqyjlK0Z4r2XY5h6hIOiiRTJV4n8Mgl4c4kfY4RlQ2uBB62s9F6jNgDQQfwgWR+gyGcKhKfXq8Riv2HWwFeUc0AmORHZGhqIaUf9v3Dh5TczCMJUUujEeII2Eqq2r0NnFd3i6OdsiNPVib8PV4+HBAHoYtMo+8nVPxbvkInCIYlYDn0aCE30erVClVKh+H5TktOIId3gbhAfgupCC2afEGuyNoMPQa9xiJYbQ6YiSluEqJ8BDZhd4Yqg1Gom8DHoxK1XyjEuyhGD6On3wirxxWep0und6lc7gAq3eyblcNukaMR11UlegaGq10IFejRCTFyXK+Kn3qs6Fwjlym81m8YW3lPxNbtk2ZsSHuauyCLYvKseunFa8iHx7/1YFOlz6w4Y3h1kX3DsN9LQ1OyI/vH+7NTydkMxsJHtGoHtHoGKJRjni95nutAA4DI6Iw69HCoYUg//0oYDAGz6efllNoTMAOmVVaqbcpFU65QuH3oXoqkwV/X5OR0Ysyvd7AEOIe1MM5scDh67wTu/RfMrulfvsO0jLxZ1UY5igX2hbbSbsY1J7z43HoanPOZDc5Agq/0qfnDEEbZ+ccTYqissmAASmaHFPl3Yp25RTbFHu3Y5X8Mfk+xbcd33Ie8D8HnpU/pXjc/rjjWef35ScVp5SnbKftLzvOOM/6f2X7QvmF7StH4oAC4rscbxjIittYvbT1RKVtZ6e0DYelbSAgbfV6cSsIdldW598GcJaoQXobdxt9l363X9EkzyqztqLzR8xZ3wcO2U7lLtsOO9lo6LIRRpvJYwROzgMMSr0H9YK7hbjCYedsdnta8jdyOhxBhRyV5DKGpig5EsqMBiQ4AcZhV9lGIBqg+pWQVQaVB5SnlL9U0srtCicmYlZgUgflL8l/hnrvdoV9swNPmXNAgZ5XZ8gqqgZZvD3WkMOb0+ocUJxVEIoR+Nop1g+H/VJroLPw9pTOmPVh1mpnYzGMJ4b5hWPc9jF2V7Odd4zh7Ubb2ISzGk4ebsVeTP9rzILkBr1hwgsSk74Uq3BSyVk0ZcS8PjmNtoogkpjxlLIRezx9JCiNRTmHBBW0VOM2sTixaJGx5nnmxJ5nVffoagQDnvwI6+GLrnDU/Kv3rXKVPwtjWVPAVTkTrbxkiXj1DeTDfIgLpCsMoSm4tQqdiucpvafjwn+SdD7FKuQiT9dcHKVPoP4SJ9+p9peQz6PXEnFsutECRcgmpyK8l9ExmNDL5VRK8mSuuTHXTDUhNIK2Y85nc4lqhbi2icqiXFrbQgoKRMSL3xSHcbCZh7xqcwRGVNLV4/GEz5dM4M6jx3ok+usr97G/7RNvJiU/ENvVedQguoi4yjlLmGM5PR/mkv3JVYrB5B/4P0S+5L+MqPEJx4w58bw3nd6sL5mMLs+77XavM8AmKWXIHYqHiqF51mesz9ieCclVfGOwMdwDpsMZsm55Z7AjPCMyI7pTNswO6+/jd0Z2RoeT32IfxifzZ9iX+JciryXf5N+M/Jr/deS9pBfQlIwxU1YFLwsrIkw0Z21j2/S99GzZfNvs6C7VbnanbZd9V2AnvzM0nLTuUNxt3REiNYpF8Eb2Rj2FekUoFOZ5JZShfsFa9R6WC/g8HIjGPUCn1Hp0XrvH40Xd6jg2lo5c3C4INj7IyWVyhSwYjZii0UgoHOLDabnCJJcrkIRiNweVvEmp5APBYNpmN9ls9mgoYLdZlagHKtF3OAM/Rd3IAz897oU6Pf7FAi2ST9A4yLJeL8cBAu+EII5OQd3UdgauBjyQw6cFXURADxsMRlTcBd21SqRXHT1xFlwbDeA5JLPgTPXa4UE7fFXMjk7aHwymUAd3nuZ0PGTRR6/OnfBnIAtCwIz6uFpQpvpDUAgNY5xJ+OkJxfZwSv4y6uhyJFIpORCBw5HPMO4oGv1R1chBmWgm643CYYw8yka5qBA9Ej0bfS8qiw4kJiSnsfOxvg12x9j4KFJ8NlR7N9rlQDvQYduoA4lTeKnBvzvEBHolLGbVHFak8pika03ELmmrDl0iQ5Bfvuf/On4CR09IDqyiN+RG0WUaT8qfDGFQHayc4Ok7I+YUboypM7Ex4c1nx6xFHm/M4q+j5kt+2BLvqLpTi0EUEuOosZLqbxggJU6igcNoID73w6wtbCnBE10ek/y9103hIvQtiFZ+Fv1d5b/4ym/chRLiKJTH5Y2P/xke3lGyarHftJUNmMzjn8Ov8pwR54rVrLrwR6J7/DRJdGc01XgoAMjfIx5ToKiq3KgOKW3ZEJUA6GIpHD+RMLJEARVOgYRHL7GaVEqKmBiv9n4pamKHYYoS7tbs1u7W7wjtyL6vet/6m/BvMgpdMqTkVUH1RuVm1ccNMldTUndVnkqW6TJb1hdC5Ugxm27qVvWwPfoOT3doemRaVmiab5/P9zZtlg2phtgh/ZBlyPqI7AB7QP+M7UzIo6V1rE6vi3tZr94bjyqj1lSTkm2ap7gq39tUi4IIoue+qQAL+EW2pGAqGcralBRI4nfwJN3uYjLZVKyxtFSqGgmCedpZaY3f6bYQ6p1WiyWczeaUKrU6Y8NQcfZQNpfN5HjDbktKD/U5JJpa1O7t9l4P9KT49YGhABHYHYABO59MFjOJz6PRcKYXtfb2HMzRtIy3y2TBHG/K5Xi1JRxOZ9SmTEaNvr1NobZmwrxdVUiFbEpSnZXlXJhNxhWK1nk6F3R50TdJJfEHQcO5Xo/H6GSCw0epBEwkPB63Uo3EzpPrLdCS5Eeg9jhnh3Z8CTWbE+xH7B/ZP7NTeAceoe1niDzIABlccSyXDCMOcRxkYOYM8ToogiZixnHfO7uk0CWcKyXWF9tQzU+N9Z1YbQgex6j3ohDaJ+YyEhUewz+IvIA2Q3F7yvYpO9qHW31UbHqMWteHE4+LP9ltn6KSTM6WtKUdWra0/dw5vDknPydDGznaK6HViQCzG4AEbKRC/UxZVCGF5bSiaMXWB1T+BGMdmbHyqnDpyxrByYqu5sfRD5sYgWHVlmk8zS7DYU95XMKpFU6jbTSiw1f77JSuyHM6LAbgeAoZ7tw6CQRPgw5oxD3YahHi8KJH+/S4HkZHwqLDMYO00UuChFNTZFED6NFiFQxFltUV9WiJC2YMqYQ5hUXaGMSEH9gm8plgNBfzcnMxkjYVo2jRyy04+y+6mKUYFfRoMRcb8ILubMV3RwuuflT/93EfsZpK/XXbyGUHRNZUM5CIEHxVqUYHjVUMP7w3Ba9Im2HE0o8Tvhj1BVSWlmld/hDM1wfr520fndtVrPQm7Ebh7ofaE4nKr4LO0FVnX5g6axJiVi6rrYH1r1y5zGF2I1Zl8298pjJyUz0ZDJq0VmvfuXOL9bYwEQzSJveN4OKFtY2ghsdHrkX8ygyfE1IGOWWjDlAHNAe0z1EjlOyAFWqsmzX1+V6wUNdrJp2UVWvULaVm6z6k3tPJqnwhAkmrhdQRWlo9jYa3VNOc0Wk1066Dm3SwX7deR+jShBJp8ojUxNUlNOsiUhvAFyzbYvZgo0FQaKDpE0qPitLqdEGSMpEkRaoISgfVWqsG34XqpSGd1qgZtl8HdWlIKHVniMlACyhishAnYfIAeq1krwamNYJmUENqHClr2dpjJa3qpCoHCEjYLdbvSl0R+wGfxz79GDfnfN8oO4pRIUUPHryqPWPVxwDJxTu2n7NV0dOrG7EDgY0xJACLvUd78T1BgfoKmUYrMVOGBhV0Av4VtBR1Ixf/5ZSlSEVMuPjBKVORGjTg4p5ThiJlM+PiJ6fMqKgTi18PORKx5aRAASwdBxp9ZjF4IN9ILlFd+IAYqPzy6pLRSUUYEox/C85cNc3KqqC98vsgWWcPNEyt8Bd+GYhzK9C3h85KB9lN348Ek9uF6VvJwQixmJxrWEMuNyw3bjIwHtXK9UqoREq2eaVJD1Yimj2sUm6jCsGgTVbw+bQF52R9wXbcjC5lMnFmKT560EybX4Y8EmPWHL1ZFE0ktnYeMb2SKF6Mny/VkmxifKhiFYPeLHotiAO2mDQD/WgUx3Uxe5eI3ILKZPczP0/etGbNTcmfP7P5+sTDD+15NHF9ZVXA+m+7ul7LdW3XRrXbunPf797575aAa2h68+vt134/m3vj2vbXm6cPIcL4bqUDnBdjEOYIakCv1q/J74F7CAwK/8+CggS01eoAQAxG0BCEhGNG4oCDV6AX+MDqCe9+0WAgzZ6D8owx8SViRn1Af34Off+XI7IuqX+Z4P1UmXgaWME6wa0kaZ2DNOuiZFjXROZ0W4wKBUuZKajWZM048x61TQEBUvDQ3f0s2LsHHoQETqtH1JLqTUmj4Ue9VzPFtvBfceOOYdLtQ4NIauy82MYlrMCJD5OpohFMZFG3WqhMQ54yJKh7r02u/u23WjoGTHFm55J4ciWcM2XadcQTtz/kvUqYf/WO3VrPAwPo8S9elPI+MYcMIeUfAdDLVJ1wF7wB5E6SBEESoZeIQ4iDxKDECU6CVFTHCjGnoBuM7om+GyX3RGGUbejCHgeLcrlL13tq4noPw7uhGdgEliRANIBqo8s2sKArjBVDVAXXmVq5GeczQXXGxDqPwFno4eoFBxR42MsP8MQgP8wTgE/zxEH+CE/wppGL/36qKwYhL8ePFxPDdcX7i7kiZDS61p/Ea3WgZn0UOAUtTDWWG4lG+DdcLV97sRiqhZ9BwlBkXkH1vhTr7YH3wEHgE4wQJzAlUtH+KBE19eLKxYnKG6R7ihh6Yhv+tdqGO1AbugQtSfwJ6Qjmq7pi6K39l91Tem8R50Osd7Fa72VUL3WSgJAgcl9v+/YGgwK3vbJc6CkQBX45bnbc6uK1xHgGep0hpFKhazGqjs0AuAWWSLWUW3payBaPBT0ELL9EHL7ivb9WT6ZSgvvRAV6wEkJ5sDxcJoG0KUsXaLl0gQ25S/VXTdx3N7pvWrARbHtvOwHaB9uPtL/X/lE7zbZz7UQ7PzL+yxP4Ou0T19nQtzE3cZ3ixHU6NwEQEewkMdg53LmnkzzSebbzvU6y0zNXbMz2y5/jUv3pE/X3oOcwCwpiGu/B9+uZOP+K935w4vyHNxPAg6mUndw7mZjsAV+/TfWb4RzTc3B7AZlEX+B2dEG7oCbKPujTN+CbeS9v5X9QRwlwEIof1en1DngHvQe9lFc/cvH/EVvGd1nlibqrJuruBt9CdSNHiaDoPYktE4PBz4JEUD9S+US8AHfpArHLn7kwcY1OsA/tFelzIAzDKok+g5c+SfVdSwAQMpE27pdo6lX81CrY44BDjt0OwoEksH8/gbuE/Qqy+Ed1lf8EgPU4hDZU5xcnusIQOibq4PORekUIIh1J5+/+OQCcoISCu9f9mZt0o7GyIN7KfWX7EKheM363ar3Oty6iegYC7uEOch9xJGeJoFoEcXk1XE+N5KL/xvSC74z7O3getavY31t6W/a0kL0tsIX4P/iOUy6jVfF7TkHt+ZL4PbVVGvgOwL1NR/T44BAiA8B+jQw2/MN6SnAa4FZBp+KgQdQql39+iU6lOqsm6uwGp9CBIBq8UsH1QWIw+Br69mCk8rn47YN/9x2k+oWJ+p3gObTXLxhRzwoPh4kPEQGAeV8jANQlcxN1p0/U3QO+J95bS+hiqVg5JsQOxOgYGIFTxZunrmAu+NvgORaRBkzVdrob1fcKBtiD2On66FCUirotuIkjf8eXvl5XCRDxAedJeAA9sEfqLBBG/4d6qybq7QYvoAPxozAuzpli6x2Is3EhPhyn4u6Ri4x4nfjf9RnpOoWJ60jtVncMvSa+kFGvZ+adTcFhpCd7mkUKu+wafXhkg+DaymJyP30LKIP9SFJtgSsDWwM7AyQ9aVKLkZwLaDgOmshWEEWLHC02tKhhOzCgJYWWHGwX9A3QDxuYphXyFdEVthWT3m14GaZBELYfo9/V4aIHnwRWwBWcgAjvjNDyiO+xJ5EEYz/f5xj73Zj097ux34GyrZzCaWfRL/Q3NgpEhNwNSDALEGQoPBk2MrIr4nSsImBFLUkzDl7PV5OOTMRMIB2HIQg1T7nM6UycaWlblU4UmuN2s2ppqQsyMmu+NVnXJld2Up2TlrEWa7q5Od64Ll0XpRMN6VBlMTwBlT8+Hr+mX+aK56N1RYaMOqio2ds43NrUNa3R4wkf7mBsYYop1EUKKZOSXHpd9HTlUew3dQ1JEm/Rq8W82vcivm1/wbY8P2w/iFR2slFueIUMAwa+AdRk+BggzfgniX7qkOBlGlYcVBxRkJwirUASoeIFG24wbGIbG8dy67iE+lYHrRqVzg2s0OyGehkqGWlU0irVbmgh0IqVG9zARKHVhGJ429cSXltrjj1I3IWP3Hb8xPDQiePDfbff3rfkjtvp1fjniaHhE3Px7zuW9N2O3uu2yl3knXQSxEEeThW2g3jKFHfflX/JQrN5aLU0BjuDK1Wr6lYmt6puqtsJ7w7uqtuZ3Gc+aXqv8FHhby69klP6CLdcYUwkXSaTnLEEgmazLA4SyXgwwFmMCkbp0DAKKhEPAiqSDHCk22JMm2WytBydLjfJ5FmNyezIySi5eQSeOJXm9TKjTD4C9UIgUk+pHCkcfOlIFQQkg2TrU0gHIzT2RpPJoWksfM/3MlTCnViCtmPh3yZldsf614YZSPEanwjniSyL3BAhH4qI4Txj5fL4WE1dFMPopTBryUdHnAyuxVvvYLXnSqWSjI2VtCW6hDPOYvBJQ31GyzbwulA9m+VARpvmIKjFYIggplAk7jAZMIbCtcTvxgxpsdbcGjCUg5h9AnUE2lgLBiLvTG266o5Zs+7v2D8rmPn21n2m6L1dD1zLp9PJRi/SpjWjhZArOmmwKV9Rf+jirivNDsC+V1bOClRuhs9Pn7nu3srOVRQcqqxL1OUnhZMhS8nrH98V0igzUwYHiRXqqcufnXarGI866eIn5M/plaAN9MCdQl6X1hVT6VSxp0gHBXfnfXKNlm/nIowpAFvJyRptvWlGu5LhOjXakLuxkG3uyB5ItoXPkEvQxUJw4Ykk7Q50jpBNQlZ5VD+jw2rVqxoL3npYvw14tXu0hNYxiywEslw+kp9cqNsWXjG1Azj2OA46SIe9d9YIvOW4b+7Sapjz+H8hveP8efQZP+6bwVYtWmPs+Bdj5XE8nT+Gc8dV3fP1xUsadfVjVnP7Le/qKUyKpX1+g4tSxEPykI8ObIJdrqluUEpMdoOmVMENi4XpNrRjpqXdjfTBnnaFgXEDGWM0+SluE6AZH9ft7HTDSbFmdG4arabZZ7hBjxmtZEalG1TNNRLk4iUX/Vgt8a/kmY/hh09N6fB4p3g7R4hjx+kOTzvanoBT2r3cBAoxnu71ibppNcuSVVK4qg58YrYSEd4jkMuEpGCeK6LJJMBGH7zMv4/4RaUCnYFzrmzDnJW2oPmpa9vXPRzpyzW0LenS1zkIaH7jDc01h5fdOlTvDtlVco+30LNCLSMhUVlgqTMnGsIOX5l4KGlZenBlmVHPmKP47tP163t7p5TaFlGUI6RZ+Of+Rxpu/smane1cQ8hwo8u17bHujdN84y9rtfXhYN1kKfb5scoguRzRWhdYAG8WzvoX/UC/PB+DfJBb1BAsdKUX3dy9ZdY93QcXHVmkujt09yxCSdHRzaGdPKXgdDPt3qi30ztV6G7rbpeH5ZF4qiXVlmpPzeyat2DmVnAzvJHfiurvArvgzu6nvd9rfbbtTNfH1OikP7RZGxd0zlw4jzzd86PQr10k03P3rFOhH/W8L9Cz+I5IN1CQs3jQTcUYt9dbmAdN8+bBlra2wsyQaebMUNvMlhAV6YDueV7KT+IN3iNn6s+QKhADGlIleK0rdUyKKTP9zEHmCPMR6vTNK2ONhaSpoCiw+cgrpAFMJn4E5pCG4+vxVCpceLIjWcjmSXzEgY5MIw2Cnu3gOtIdBzuOdNAdP1i4WrJyoHEBW3XFLQ6LRxp5qk+EybUWJ/Kb13zVRBuuVuJhl8GDiKg44hxJXx+M1YI/qm7JIluqpTcXB+BLhpEJihONJJeFeYgDdGOtgoQoBW9qKz65dd1uh9Hvj8vppkz3tc7E6remZlff0JF7cuva3SmvN87aw4W2673pW19pz6x94FE++0BHdt/CXbPJaVNvLm9+6u75YY856dWFrKZo/rpuoa5jxgM3zL5q8akpMwZbbn5y10I+k4o4W/Ruo2flpMn10/rvXTNr8ZLj/OI7Oppnrcul+4Za7luDw/IH4feI68iDaJxOvoRG5JdPAUYjwlXAOccVdrUGbyWJBeM8VFEnZozXpy8fR+GalQ89tHLlQw+SB/EGLxhX4PNKB/kEPR0YwOLjAOfnIz4QVKyB2scSNMEcprGZioJIl0WyAvMrIgQ+hBDeiBMqrzep1hlNI7Bw3NcpYkyM4nTn5/tKY9iA9Z9foK9bKmPWhn2r9AHxX5IQw5ozPjPp6TrT/dqry2NNrz8G/0Sb/1rPvPvXesoon3d03bqOgWWNOGfaxb+Q36fvB03ggtCUtvckeu0D9p3Z/Zbv2WV3yXfqCMG+tUCkHWknAWysjbOlbdQ0OR31gKl+fYbz8u6IPp1yj8CnBQ6k+VQK5HklAMoIb1UGk1w9Dq3NpdPNpUy9Bk9VGuL1Jkep2BRkaHtz6Y++p6eJTYoBKWayX8wYFwfY1Pm+cTGbnZjOTpwGLNaiByTXl3y2wMfMdpm6jm9UFF1ALsupMi4YtvEuEOKjlrgLFuR5F8yq0Spkj7hAzBxxVSWgGqeVPCv7MK1ncpOJnD7bWCNzkZyJy8hZVqXnRsky2FDrAfpAKWPu63v+8e/nI1fvuOfUvgWrYsFwjGJ0OkcpnHno4dXXr1ow67ogzRX7id/9deWK0/evnpqvi/zouy9UvhporUvEgqzepjJotbmOB987ryxuf/DurcOvffUXQCG95t/o9+g1AEPNtoLpREg4nhVUxXq0ZNASQUsCLdghOCUYqoupaEtCama3d3me8isjmiTIghztTXpThC6iSxJoqLIwDoUnlUvlbzFuMcvpQCRArLev9xL93gH9gJXs1fda++3kLeGhFBFPLQkvSZEb5eFUMnk0EjZFIuFIMkWGE5F4uC3VeohrPJTPHsq1HUp9lobptC8XP5SY+ijH4igKToqIJFsENZLrknlvDh7JwRze0SxnOwBp65ArciCLZKEsmb2/vpWLNXrzML+2NByH8bXDCZhY6+2Euk7YeZQNwuHggeCLQTKIM9eZqHRb2/TpLJIUjk5KlXaX9pTIEjpwSu3qOItTQZMBQWXq6FVDdfcMjE0vcsY+0ZFvfGPVEty3caxv42jfaB/ee74kOfmNYaz6vo2l6hmlsWr+AHF+WvpRxdnZIc2DSZLd3PZuGJrCG3htiOA9IUtIyTMhB98e6szAbn9nM9TrTPOBF7rmQ6sClewyVOrg2zIgFO4KTG2GRg27CbpJtDKrbJuAk0YrUJUSYl+f9RHpFiP/4XybGzfEwMZazhdM4A2UAREvFfAHCZxd2OqncNJhKtMQNOSyRJD2iSxLZsSs2ByAAb3k+I+t99UwKONEvmhSeRzOfe2VygsjI5UXX3kNzj32ROUnLzwPs88+C3PPv1D5yfgv4e0P7F1x489DHqN/pPKb6UyirfJAOqKQkTI+Mbbl+qYNC0NJes3pyvMvjVReOHMGzh55Cc47PenZylvPPVt5+9AhdK3nYOOzv7yjb/oN3sr7OZOa9MFHKj/1eXw+q4WdQaimaqz2yh3JOblZ61hAXtEvWmBK4LcYtliHUkMNN+fozoZFkXnxRYVVkesSqwqbzYPpwfq7UqoeeXqEbBPU9f316+uH6sn6YmbyCDlfMHF+ny/TwmX5laDIFrliukgVR8i5AovpM9mhy3gzqUw5Q2XEnZhg03vr81zevxfg+F+YEJxU7Kgu782n8uU8lf8YEeBB6gh1lvqMokQy1GAyHFAT6uHWuVddTojiMordIPD0q7g6L+ZVFOdM+1KjIqdrgt6vExUipU2YlDZhUtqESWnTPySfKyYCRbIRJzj+F/KwVhNV19AuGq1odAPVSBAJs/t/o4kzpnDw2+tmD0c9kVOP/GAz/43zb1b+Cm2/SU6aaVezFtX/BTWcrXxy4+b2Yuz+nl++9bjxp5B86SzUqR1yvUuSDT0ELzuJxlQraIVPCR33pmBf8hrbDbYb7JsTNyfvtt2ZuCe5L/lM4tmkui3RnVxkJ4vJdtsUB9lgyzsa4yRt84a8YTbH5oO2kCOWlHPnWp0jUHHCP+lcaysuBHznWnmxEDvXGhIPpc+15sU9pXOtjagglP36c62a+/zyc63q+wImezLB2expBxe3W/PxlJEI7uXDe/lQKI/YX25vPl/Y29io1jAymcFg3AdIYoScfAxarGgjJICt1bXX6WzZ29oKHRAQib2rkzB52G4vGfQy+aRSPMa1I4kkVqfDhEd0n5qU3gdKEHG9OsEgJ/cSlr3WPCDycIe8DuzQnyE0SElrh7857lt4M57tHx0/P8qexzwMUWAJkaAoxEykm0OEN2Nc1JlEBxxpiqwi/pdcoWtIMToNRoopSedUK0t88bJpygmSq8GUgj6jzxqQgMjFGWYRXQBPCfE4DZWWMNf2o3EYBqCU+hlzpVrgWy5DfGDxK+ctmxZprdzTEpje36vzU9dBPVRAa4E3hLorG5ujxso7XOVtPR8OVn5WCBv0kQI9/a2uKeOvzk2QwSATm020l2e+NX6OKPHQFO+oxOfVUcEgtNS1wE/H1xG7Kp72qCUYNNVNgf9nesTM47mzTykzkROxnYqCDhBQwnUixCm6ETh+kryTsFdRnX5XlRDPV0XE1IyxPtHhSIGYKpGr/Nq/CmM7wUWYhovUALGRLoq2oW4hTtrnhpfn1cKQARqAMMRAxo4lUOE9xUcKQnGXTug3rzcT5rk2zEZEi8X4F321+/TNwGI+9rC/XCD1XVYmmES5nEgIQuXtZFmIJ4QyXRQS1X3VrTRXaK98Tk2jO4ERWoWCwjzFvTxfMHTKnlGTENAaggK0mpQZGTUpZxVqUqVTqkmtTqkh9KxCQxiMjIYg1Wo8d6jWECaNhpDoHe+wAtH9Xkd76RRN0iRBsHq9XC5ONKqUSpVKp1VryMPECNEphAE8TN2AkRwPG4DRyOoPyxmFQlAeVBJAySo5JQlwWTlCFAWr6rD2Bp36MJ5qP6ghNdtY3RSTNDNZsp/vsyFWO34eUaHkW1Zbn8eeaTYsQ6dKlxIulkupvssTMFah3HTVPwnSzWfMkD6zT1wCRl/OZ/TZiav+T+/P4J2VBXuI4vgTv+j9eWU7fOaB8TfJBsI8/sellfv7xscII8aBAcTFTwBgRhH/agVTYJewor6hId3eFgy2t7XxMp9G0yh3yqTEv/F0whnH2cIbaScT4+ucsSBiiw3pdIBvM/F8m1Pn4NOxjgZ/MRKs49MOUwNsK7QGgoEp7e8RMKDRal2tgWIJNLPNRDPOIR5rKhxqKhJ2xydOpyseMz3lPhRzye2HOhGxOZpizYd0JW+JKHUzjkP2M9APGCAj4oIC6Pxtfn9HZ2yE+PR43N7R+TKxAg2BxNEqJqEoJZXGkRz1BeYw46PViG4xh6HU5hdwmKKYC36sdq4YwGgoXsk8RB+HqoYq6qRV5z7J0UFCpqx6PezAQG8lWQm7EWEVyFfNO44tG/8gfTxOPzzh4zKZaISSeopTkUuwx4i1UiSENyyVB4PqaNraV7mojRdPXb+lsTsVWnuBycwJ2yqbtnVMGqjMj5enFuFjM5z+QWqBzq/hnRn3mvH/quyHYo75+esr0eVTzKpKeXHAFsy2r688z9dzN0HPH+6MulIynofBpatJcncDZ7AzfOX9FfmwQTk+F2OidF/8OX0TvRVYgB+kISmsW2SF6VQyELAS2slyUhMIarUEYK1+HWQNQb9VA2iOZBKoxGpIILNHoE4X0BImdJZWxxkg6vm6iJIwQ9IeMZORiFKhVSRKXsRgHDh5IVdiDVBn6DcQBnv9ZXmcZrIbvhAzoYkB3PriFZZPbc30KZkNsF2hKNOWRJunVoqExmJxMhp3eI0mmcLjdXtdXqeXYuShWLwuTjAOE5cAUUUiAb1GewLGZZFENTC6Dmc2uO02Bn1TCTewDzZasUbGivaHsCzcGMLp1Bqsov1TVkWUl8yiBP6i1C13NN21cun5V/5txX/Mva35zrfgTmj6j/5Nv+jLT2vumdpNvD8+Jz950fWr7t4816Cl3n88/syGT75dee6XT0xrP5B68l3YAkPwgQsnLZ7WhZUDvz9KMheOzQ4Vynd+duKWVTPwN8qBNfSt5BFgAyGQAWeETQxiVAqDwmTV2E07qJ3hRzPPEcoh7ZBuqGGn/LSZvpm7MbmlgbyRuNG2xUN+0/yM+Rkread5n3avnryuYZf+tJW8zrOGW5EkF3EriBU2MkdMIRbqyLBdAyjGGA6hLc1amurYpnTaX1fndzUpRuAWQe9vImXeDsaRS3QY7dnq2IC/3hczpGkCvegJiYfoqgWoat4R/5A8eJlF8AqrobEWPBcQXXwu2Qcb88R97Y/f+91//eCuZfMKVwt71+758cgt8+98ftqDi2956oW1U1bU2d6pv3XJ6t33LervThH7H7vpk5dOj3Wnn9p2/c+eeOoniyrPPbbm6CMPne2YkZi7buUj2+86MK+Axh05uI8qUz9Acv1bQjAFUjBFpWhOyak4LaeTczJOPiAbkB+UHZQzWjSsEPAMGcYA4eSsY6RcNkLOEhSMilQqFAxDi8MPRanJAdVBFaE6Iw4xxgHmIEMwZ+gB7UHUN87INTIN3u8kaAqNxQcJgjgDIRCackDI5zC0yk9ZDO+5VBTbMYzdaF9VOiqJWqOI3Vi6LG8v1iKroWOSO1FjTkLWzEhwpGY5/LyihZ/3wvMVNfyv+2bBx2fDP1d0sytLZ4lyre1iHzWd+ifEdZWQPLEV3kgQktx1GlJKBaVWofcMn1aSgkKbJQFIpWKpMfGjOk/QDE0x4kiKYTQxiCbNYJDNUyRhIkkCjpCtp4m9qEEVMkWLFjWdnPg5uicF23ECW+LXgEYLBxjYLoSAQp6lMP4pAw8ynzHEADPIDDPkAFrtYUjAcIzAkMzLxBxAwz8LdgJmlUqdjJWlZeR62ZBsN1L+lqikARinOT5fQjoPtijicfZ8CaTGHPbxcQcal7/Abemwi7kxq07d1CXcTrCBhzloVhCo8aipX71L1V+YSp766mdU9qu3v4BvzoE/uq5yY2VTZWnf19sueOJGuPUftx3AbYe68P+PtiNeJlsBJFuP05xC2aLDbYdGxZ+jizBi64GJ1kOtKaRJpSxLMqhp+0moI71kmSQPkC+SxHpyiNxNkuvR6gBJ6sgU2UP2kxRZa8c6AjU7xqA9KKKkk4NwGO6BJIACHIAkBlHvhSRcoq42rNigODT5gljcINksrmhdRIv/H41rhGaYU0Asxdip+q/eJU9dmApx21L/VCnMqTRdB3fBe7/q7sNxiKibXUTyigC3CiW/1xfw1/lyWW/enwtk6zK5Fbm7vXfXqed759fNz5Ed3o66jhyZi2dbc/nmxtZ8wOtHIkkd3xo0j8BnTrRqfuGnUEEwtKp/EfB4vf66mKmuLtYcj8XEFCilZhOGWGn21rWY480lspXy1sWbqYDg0DgnlUqxmMfjDrkml8tOp87ldaVcZRflwhp6pxUCYLfbQlbSYiGsVk0+lwsGCLVGPmnyZNSuBCROk26Xy2Z70Qqtpx12i8XsFxD5U3s5b6w/RuyOwTQag16GZ0CLBOxrF+PyHNgd2mEbF2HWaq6E0laCWxM1qMvEyNrRCd4gDp0TNviimPN3wo+6mvP3f4hbkJQopCb5zFcm2W7MT8JItLkwWpFXALpLgo0f78FDJP7EMmIe/F5lvkph59PR8XGuw29TUJWF8FldZQW86Vd8ZwG+3FVveP9XZrO2QWGAV5Wcsdj78I5Knww+17120GthLdGowxgyXru2e0+wG362oABDITpoZmPjf4VfNtjNJg1FhkLWwNUVZzcr6hJ3VzqoDhyHAP71JdB08ewxfQ77YwsmXW6w6UgTwTZBtyJIKu1KyLDYw91u7rFAC7Yns3ZZnOPsqoQuGCQKboUZR6lYHlQrlDgQxa9SqQUdy8xT57FzkVcNU+qyul9Nsuoe9Yvqd9WUegRGBBPXNNA02DTcRDWle+vqCmjUKEBcH40bLOqvw2APoME3isckoEdRNxa/FRow+6rAyfgTIsW5irUhTSpuEOMypdEUbkRjgzFTg2XRT5SqIcDVYRVtRCNyTSPDnw99pXNPGjQd0S1bnpLL/EaHwaGqU6ydNbPOI1/wzRm5sCsA/ZpCiG9wmwg1JB8e/+MDuUjD3cSL4xuXe21Oi7fzpvVNsUXXLTSzaa+u5+CkWHpyUyZ5Y69txXS6Q7KVCBf/jfwP+n7gAynwTSGBkeWzjJY2ztaS1wVWRzZzN0d2hukVHJySnJIieGczSfB23kHED5v8I4ifKcA2fq9bIX+AHkFMyqYG8r2KbVb/CjCF2FtLrzylPjoCvyuoOGvaKlhJqz099yX471WgwhmiRvDF78SYn/HzpdTY+bHUWE0MgX0gBmtyhughikU9kvD5xelK0SaPqF6UP4iqAEJ+V/3qt1ff25iccezWq55f9a3Dlf9+7HTf/Qs2bJ59V8ypCu/vu+qF4XXzbhl+gnhnQ/eJH/b2fGf3Nb95ufKdyseVH57Yv/nfHkuWygnXnvUbt1Xe2r/xltufRrQaq3TQ99L3AjO4U2guqa9XbyXv1lIxMqZZTC7W3EvgAHg/dgXXaElKo9WotYEqTvhTnAZpnSr1UwwNddoR+JdToAwh1FIvEw8CDfHgSWKO5SMxtxt23egrSejbou+BY+xSOFMt+3fVE9mHeDNWTdCb41zdGJel0UpP/9uHxLfHl1EVZ4S9Zd24i2gY/wbZ0DGnOM0eqXTw5F3kjXzlxXu2jKsuHHUarl4pxRwmKx3MSvRuPBgWlI7wx+51ee1oq3EETjsRsI+2mnDBz4+2cmJBM9oqFwvEaKtMPMcx2upFBcEf8HKcTFaWQ7kWKegmIwS83+74WxgSfq3m4xDG5JZEIDz2YB92MS9QqTazXY+4K44/rrKw/GU5ynCKskv7qQ8u/G7qwuD484GF06YuCjBNgYVTpy4M4N9T6cl/fWtOVyjUOZf+4Zwunu+a87dm6beU7+/iKAUQz8mA3QKXTKV0apUqI6/XqTyqOiskCIvFi5h/EGQY1SBmEsdoAM/AdcAACDhF0FjouCWlM3iRPvQNK2JJx+se9CUR7zmW+hxHx57CnnMD2bZLDOM8Ni98sWEU29ZEViG57lezvItzWDj1O1ZQzYEqCVdZg8QGAjKGkF36iWneKHUGIkOBT/SWzny8xAQNm7qmXqvSK/+oU+fcppglnFEy9b6gjjS7OxY2BLlrllxHPvzgysqfZl01p9D4zeFvvLt4w+mWPzxSeT8Xctb7XTZde2LlZjPkC/O23l7NrwMuBom0rBMkwRJBbbdGITBagZstqEdI+3EmVAigraBwM9Go1WgEileJfwFWwOE1/PMpANKphWiIFNnlKDs6EXOF55vHqhN2egyRgAakxsv1DGny2GA2kcQlb65L08VvGuR1zqXJhmm5cCBq1eutCp6Vz873Zlsz4UiTSW9R6BVqcoiY8q1r21raIqli0OQORFdWrr3QMf5l5dcr29pzibzg8tXN3P2Dv4pYbH8jdUQDvRK9ZwGcfwmkcE5FnALhrLBSVWSACYSSLUBIzwYfBv458c/1v278sKDSBXWNPYGp9T2F3YHdBVkqOTm5VbNTs1fzrGZE86ZGbtdENMPMsIwqBFI5917Xu1w21xRK7W0G08BiJBuWAakQ2KJC0BV3i8lD3zjpVaRwlDTxI0FD7tUhSWTY1PSCEU/x7j8ZKBSQQP8yTIAGuF/QRgWkoN+mnhy1F5uuyDJwfmwDOyYhvuKsD6ij4aj6DWMbMOTBlpQNA1acF+dRJWx/sEHMD1WdsZ9obQ90Q1GaQPzUfIXLiIjdWLX+5xvh3FwunfTZrb4NNy1Z5iSQqsVo490NDntYUV4bz820eGZkn9q6IBOyNPPUY9e3xZKJqN/RuHBy6/Tf5JCKxXjSOXM0n0hOT8d9yZTXExlI+7MWizg2uUkjsQx9FxWwg/2C85v6fbZfUeTd+l02YrP+Jhsht9lsxCS5sYNBzSco1B2AdFqtDssrcD8g4etAB/cfV9gdqGO+ftyH5WLRFjU+Vpuhr7nJJSESCvUh0VXODi1uaMCucibaUnWVs0quckY3MFNG9+VTJ7cBnA3v79zlLiFatm974tjNW5586rrs1CnhcnFaZ5xe+dy2bSee2H7P87GrrjmwrLho4NvLqjkzOwGgP6SvA/XgS2FhSBcyBoPBFIV0ASMTZFJGndFoCVpS8pKySVWylmwLggsjC2ML0iuCKyMrYyvSNwa3RrbW3ZjepdplNRzMQP8h+2IHOKRYLPfc7yTvlzkdDjlSheHfBAvB+XwQEtGn9IRcT3oOealDpN0xAh885lMg5v7gKehvGBKnEgqnONAwiMYrVBQcRKhkbuB0Xuh1ZBIlTQOBlBjS3lAzDJVmYA+rL8QtO943Ki2ijCQiqZYnwnirgi8OZqqMof+YGPGID40+EZjHl0uKE1AZcUJKC2VmyXrnM2LBiCWqvm1WC3GXZ/xJvynfBVPfObH6cZh/522Yf3z18QMw1Z03+cef8N4yeeXvf/DOtbfP6krj5BVwZk/cnbr/z9v2Que+vZXf7dv+2f0pd7yncgz6E/Mf+D0EkNr44MUHf9sSl+xto7SNPIL6aweYS2yphdcLiDn40llmnjAMDoIjgOREIHESC45IHdK28yWZEqMfCBHsrssqOOyuCRQDCuy5SSnm0MvoG2jyQfpx+hhN0vVa1TSMVlMvSHPjhM83uyeBkacTROLWnJeHPJ+TpWcLs4nZcbsqWl+f6ql3IXWzjMHNRJC7ctnQWZg/TwAiZApQY/gT4JsmbqdZ8L5p0+bPkzBQfvjbWAxDLKK/VOwdDBwkzjRi/H+Mc4v4dN+GsTIqnevrizWIgxT6NhKy3vxFzfMmzZu8tGVp69K23vmyXtBbHgADZWpK5/u9hMM71dvWOHVGL9frY3hP1JuY0extnkErTIpOIjW/O7Mosyqzj9qn2qfezz456cSkNyapCoJPaiqLzpQFCtxWn6Em2k73oz6RFnDDnPQJrAAFfFI/H8n2C+uFIeGAQAl0e7XF0j6y1mZl1GokbrV2iD6D2HalnAy1cbX9tHaVrgWubxlq2d1CtpwvlxVv9yphWikoB5SkcoT4w7H5QBDj2X3R+lR9uZ6oT7mmlX2vYUAxr6/fdwR7LsDZgranvtcF0X+XfV7btAnb6HnRqtGHx/sZrJjsHjvhbMC27g1iMPtG9rJ2xtO5sY0p3EE2sqN9MXFcFBPybOgTkXfhxkVwAtTdylTRHxnRtinxHLS/lqfAJCkTVVc+a9XXmfeJAjLSAidBRlZz5PtXuGfw6p6GIhe8cf5ta2cEp6ljTabU6sLS2xYMPba1t62VD+mDzrDZ0/3tVdtuNaVznVfvOTn+I3gzsaK3d/2tZseODVP7W8MLiMaM9a3vTQpvtTy+dmbKepXCn1I5ubsGFtzc0lu3ZO0izheZ2+CwcpHsyq7ObMkZfON0y603bB9/O/HAlEV184uLepZHAe5r4Yuvkr8mfwFsSBupg3urjrYBO6cwMvP80truC1Ahl4u3yEK8QiX+jHqjIvoppvEo7RXp34v3GFUqVDKwIhIQK8IA0WL6ExGrio4ZDPFYNRY8xorAuew7May2VSP/rCJeolO4IQKjRNg+zX6VY5AalA3KbzINRnYSKoefjROMmtFZ1BZdSFPWME4/Bh1V+wMaDQF0dp/Pq9VCtc5rsPvrHJQFkHQ04PfZdWoSyF0hQqNJa6EJnaI1xPArwRQS9VT4xQgkU56GyWgv7YhrMUyVRpP09rIGaLDHqqSGKU2y5Iqdt1weLWOL1d+Z34s1mwIrP6f9ug2eC0fcHqOZkZtCspDb7OVAWB7loMfo4mCECV2CIxV9Tjf2IXV2ETa4W8zVRMKysIjkLJJbzQxsxRnmxBGQDN2V3LF60zvDc4an7Ujd11C46e2bZ9/FZZa1XnN7GB6tXJ+5Zsqy7aTwUGzvjqNbxm/LlPfFDkw+MfPGz4eyhxZNOfjStnvgcGXykikHf3yTpK8uqnSQBfJdgN0l/0VofZGFIV+UX6xbXLdGt6Zum25b3T26YeM9dfu0+3T7Ys9ZDgdZi9VGOjgdWxehNHab28Q69Eg/i+kU5KAbukfgCUFr6gioBzXDmj2aIxpKM0JOEcJMEWgG1WpS4ejVcZDmzBzBfUzqe98LQWXIESJCOxQ6Ecf/kZNkUaeAiteIR0AcJOCbwAc5Uf6PfbFh/GMxC8SYuBJFYZAaRwMkkoL7ahMm6D+43ABUzcZ1OSYx0geICS/8CS/KapYSAp5LtrQk0RII0+Gn7ly5YPnktC/a8YPnvveWO/Z+iXxXPIiWyhPbHqg8ecOde2bXe9dw/tScKTe8eOb2OVOu+e+duG1HKx3wR+TPUNvawIKXcBYcQSm0ZFnHl9oVeZwJ53hdLqsZufiloKhLZx/VPKMhUFt1n2SMjABQKSeoUIMJiiwrWL60s18gwhRfeCzFfowtIZID0uWvZbz0GnB+SkDPKAiO0CK6LZlqpcmfib/xc2+/8H7OUZ4xfbothsaEIPyAWkKuAzRoPANoMoxkp/QxksJpoo4RBBSRDxSaLHTIwEJGSgQ1yn4hJtkuoeZHwgaSMgJ6X5Aq9Fywkusqq+EULH/NuXiMWiabAWTgUUGIEIhVyl7DSrwMECRD0wGKNFEUCWSyAAHRXoaAJMXIaCijaJJgSBKpiIAgaHAY3isgkTQqaDmOHqYPogHeLp/7oTRAOOwz/tNhGx+zY4ORLVVKoW2x2lX1kuWPvtz7VlT8tdV8YTCjgBiFmrJPrbxZYX/khwn4iGzGl9eS44uFRy+8VcWFq8wif0+vAa3gNSGriHmhPbYy+pTwB/gxKSPp1gABYLCV9gcIX7SVpoO+qMnni/roaCulmDSYsPO6M1ALFCADtUJrAqmBwXSAIEl/IKBIKLSBICTwuXJ1Pp7eDNqh0D7QfrD9o3aq3RI3vAjUrJpTp9WCekC9Ry1Tz2gbIZRHhyRleIzt2/DFmMhgU1dYRLFKKHoh16Z2q5PpMIPa+go1UPK2tIhAtEgTRrqwWLg8qickhmhL6MfoI714TP9CduvS9XMXFVpTHkdYq9SqTHpPk5fplW06qluW0Tv83W2tsyZPi7gcvEWh0HOOgMpJrmmt/KXSXXl+7ZxJ8XBD0GRh1TK5RqlfersF7grAD1tleqt/+S9Lza3JQF3AzPJylVxm82VuknyQoJ7qpFjgBI3gDaG+juR1dV4+RimRikTrlF55gI45SJvMrHN4bQFzTK3QU3YuxyfkUBONZHN4foHbxrtdWf5lROEJ4r9PUBp11o5pnNomzlg16SHIlvUH9B/pST3YC6FrL+uGw+733MQe90E3kXYLbqREsW7OTbrzxcjeaBRHZRfmSlHZJRG6sA+j8pSwK3gfBjrF0dm449bitGszgl+L1Caq4VWYIxnFQyn4Dw5Rrhj5jeXJlR8+1tJxtTFGNW8oxJIrz1zd7OGnXae88lgTPrbqzDVN+BilvfUhz2JhwcCizW0aT28dKx+oDA495F1cxrvaNd7eOp28H7czztH4E0TrBOIG9wtzFUBBFkEjUSCvAleRq8AKYhV5M7iZ3ErdSdxJ6XQUxBnXcKz6YZoy0TTqz6jz1gHChC5GQ4IEFEkfhhAoKYoBDhm0M0hjGqqpj6Psx7jf2nCWPLaaUVDEXMAmOro2kYLaCxNvFCpI6idf9RKbYG9lQ6WLXvO335M/vlCs2l2/JM+ST6OnVoHFgkFBymRQib3KlbLDDKM8rMCO3yr4XUEp/xsND6O3PEziXTT87nFC9Dl/57hv7lW13IKihvWFtK0F/JfKaJCnAwqYIaG0vlCsbId3FM8TI02VLfCepr/I4Qfw/UpdJSJtv/Zcffi5lDIoU1ut9v/9uU4QDs0VD4Z9tv/+yUarT4Z5WcAorQmqCO+obC+eH+9qgvdUtjT9hXy6EqnUwffhB9IWy4cfXxyVOcAbok9UAPHoQY4XePTIjFow2ASPx2BgVE7BJ7TlfEI5dwCn5dD5eny7UYFaj8T3i0hu/0AnmNEJZnyC+UMzoTP3mHejArXe/Jr5opk0f4AGsOGmnFfRryB6FB8qiN14pfgy+LvfVkGsYuPiurapguOIDsD4s/P/g4/V5WU4TxzsWlqIX1eH7lpBeEMarKvHL9tehnUgYgNI2ARK+A34KI5oRio9xJmwCB87cvGcGMwauBStL8YZS7gGr0zU3YPqDopxuAew3vRu4kOkN3lG4FKxdv2l2huleFIJI+CVCYyAPXAnqu88SRyIwigYgYJYL3ElLgGiqWkXP2P+g14I8qALrhSWDdKDzJBsSD5MDzO7Zbvl8hWOGx2POp7PvJz5sYOJWposOxz/bKFScplPpfLKnTLs4eSlnYxDY/e2+9B7qdUqViWoBlUfqqhh1RHVRypS5YyXnoqSaZBiU0QK+zL1J/MgkEwQBqPN/onD+JTDGXM75e0Rn0J+SCajD7FMmelh+pkhhma2pA8lY94UHErtRrVTEBVTa22HOPuH9j/ZSfscYSqcCjT+xt6uPV1EuQse7IJdI8SHgkoosTzHE3x39/KX4A7R5rtxvIYRi/Fhz2MGOzouTh2JYjqe72YviL5k6JRKX0nEGOnbkMJDYdWN5grwFiltwKQ2f2Qy3xoK8JPCQgK0+dGqHColYDjSEmxPgEue4FK4IJIuEQMOi/5Okl+l5ZK7k1/mx0NqkMixjYguEa+ecHKisxKTx26/YiRhjuo9fcMADIcVczefNll1k1du7c9My0fWVpz3edT71/LPVf7w5H3PwXbr8/cOwV+rOZvRnvWtqwh8oGHGtlf75565a/qSAE2M/6H/2krklp6K0JvWyB3J9m2VQ1DBPA+7z0Lih2MyuvL+Fm/Eovns9jkm94OVX7y6v/IvT2eWYBSUtouj9E7yCOrzDaCZ+OeaDSZTs8Fk/qENRlPkvVUbzMx/bINhljE3MOSDzOPMMYZk6jWqIG+XJXijKirHk4dRUWWM9lo0WIG0iDYUi0KZDeDMTh78K+BWq9GadYF05gq7S3rk4vunFQpmXjo9SZwajNUsLhhA/j2c63IsFhPVzP/BzHLdfG6uf2l2aW5pfmkj0wt6AwNgIED1yHtU9xrudtybpIsNi1z9Daucqxs2UDc5N8W2NWxpvoPalXqaO8X9iNORcoWOeEDOutLNFCAzipzSH1AqGFcxwzKJgGhayWYy4nRrZ64/sz4zlDmQoTJFBjUCajkMqO63y4ACShaZAcVGxYNi0LFcsR21FWomo0aVGSHjQjzNpQ+m30uT6dIkXRauzw5ld2fJ7HkkL759QAklh0zJvMJg84qgHpz02iRiUrR3D57NRU+gqEtmLW2lqmIbQ5qtiHYk2U1Ef/davGbVJqC98tvhANzRvg3l85KvcV8shedYJNWq2qUM1RhcsTetyTW7U1obSTeGfHw+15gjmHAkFCGYWIgKFbicC/r8+VyTJ+MCbleBy7ogb4tyII5TJCQNaRfU01qCAzo27yu6YLO76CJzflSKWIMcrDMnOJDSJ1wEqWM4ooa+heF3S9WQjeqUV11dNc4I99cJQ4+oOl8eqIkNoVKgJhatZBB7XJnZqo2ZoH35sGTd6Sfa7uzpvSXoCx7ffvWuwOQDVx/5838fWfOdVPPtSx9asoS+0Bpc5uSvm7x40eYd0An7od0wP9W2gphk1yx9e/l1m/SvH17a1jsLwvd/B3ULO+ZN/X/ZexP4OIorcbiO7p5bc5+a+5Q0kmY0h6QZyVJLluVDlmVj43uwwHZsCIllzA3BggAxR7BDSGIIf2ySEI4EhC0fsgmxEghLDsdswpHshtj5FkjYjYLzD+G0Zr6q6h5pbEw27Gbzy34fsmequ6fr1atXVa/eq3r13tq1j8K2rLj4S8XiXSvveuJ1aH2vV0zmrqTn1v4Af8AZURUZbR4pHq4aABdfDob7Kpn7qX2zHAzXSIPhwh/MJfkm4A+UJqT/q/IpTW//qzICfzCPDOeZeANeTOQ8G2gAN4g1EFRxDnuk2lcTVBo1NWLwgN0oag4AOwY4QaQoPYueSsOx1Yn66vxuwhuf0lf5qoarcBV9puLyIxZocTYmxuClU4JUoX9issDOYMhbBJ39dHP/zYkKV2Dy1ol1KlZVpdoROftj2Lt8vlql09WbamfMa5l58U1o1XpRo9Fq6m21M/pbuy+6mf9kbeO6tpCuSj+jPjnr0nPXPRqN5ld3uKuqDG3xpjmXnHvho9L8L9PBiDWfIbLX1wGp9VDTcBMRaFEdprNuQdIBD+H18N8JvVxgmRgAQHAQ3VSthIAz8EqLqDsAsJuSyeAzDBuwgZBkP5+3O6vd34F1IAB+BmeA8nZJmRb9RJtnCgGQAoZD2YMlW5g8/QQo/M4nItVajV5tqjbWdPjiuZ6Llrfxn4x3ZGNZv16vULU3pN3RS5Zcfr5Icf0ewfX/MlwHRI/KSaRv3qCygAM60cKw5PN6u88+bMd2gueo4SxYlk8s0GOXr8gNRXE0Z5unI+HIyMmo/mFDxKXRVmlMLopiXX7mJ1e04fWJGdlo1iehmHJHN0sokt5qh3aun0sT2VNPdLqbD+7W7tYjsEcYwx2jVbY9hsO4A+hwbF8VESxZjMaZbVl9FfRXLSR97vGq41WlKmFX1TGS4M6qTVWoiqrISLvNvMeZ1It6pN+G96hUzm163YDuuA7rZrklQ67NVCt7pWBg1oQFWe6kpnGsCSr7GBkwlfcoFU6nI+SDxPd/xDVPvhpJZ8LhDGHx6XCYfYr95xT/TJ/RD5XTEqSi/8TfQWR/FXhJVC8Hy1WItLFKwTyNcbyFUyg5njm5lZ5g8kTgMJkSBKXkjQxakFKByLyuUjKTORc1mRMUACoFIHAKFUmppobI7PQEDdoNFLDnIIcA5uEWIkFqRDe/hShpW7nt3C7uCHeMO869wZU4JdehvohZDxQ2v/nWK2U/sEyToGsnssnUlKHE2S/YWQtEVCG7CqEI/FrxvE3Fq+DnckQQWQI38HdMtky2oR+gH54/uXPybrSBjTdtsRe/SX06UemZ+VA5RvqD7N8qV3aXUvZv1d0OzMy/FT10iNpVgdP8W5mJ/P0w9ZWlwbKvrK+RWttFLQHVGqubE6t0mRVn47j4rdKP0Lf4jaQHtotkxlqON6Ir0UP4HSTgMXTeKIIaTB2DAPQG5aZ74WvcYZQnfJnSii0Mt0/IR0wg+tapFSvwg/zG9y7g76M8/PXS7/CvCOwE+Pn+Wr/BmIlQP5MqcqHzawwZJbkb1egyUWkby5iJhmtqRJUmU1NT59Obq6oc6oRPBF6vqNJmvE7ewTmd6roxKOwN8+oxnBCTZp0AGzGmWjZIJHBNdayqWt8EmsQmJDYNNu1uOtHEueweP4ervQ6fEx+CZHAlJl5sf5lZTxU2G16ceJHaKB9ln/LCfC5BXjA8EweGdpfjZSZfMf6ciAPpEDAThGFAsAYUAWkTu2LnJNSSJmyAfLMlI7sxhAJ0oSiABya/j1GNffKPyvkrvnLzyubFvqW9W+5/7boN5vX2eWitfUlw+IuvfuvhmKs4cd/q2TY0gH5TV7vg55//xqzaLZZt+TVH7p1cYPBGFkzcs3d58QXY9eANP5V48RWld1Ca6dSdNIy9GnOK0zVnUQuQAflREomIR4ehBgjwkT2SRxdJcz5Nm0dpWY+X1XdaxhZSRgsro40OTDWAZ5RxUI98aARh9B0CXgHuxT4wDX9Shm9m2viWM3Rwdu6HwJpBeIMIR6ZcjMPqvbWCje5b6oDQlmkARM7z6e16GsyQStws8hITi/W8m8UKGSu9JoZZvBCbtAfT3QXs7A07i9NrZyFF7LURGoqEPiYXv2GRHMjFf7AIvpFId9dpEXzlm6PxODsPkGivCOh77lBiKIPmJcTmWxO3Nj+ceLh5d/f+5meaX2lWb2wZ7B7q/vfmf295t/n9FsXCbuhX6mu96lgwss/rvznI13pVsZB9n9d3c6g20txqx0365ta2gQzMjOEeUdcWaQDWhTEYS9ZgjkrLDTW1NUDw+9QqdVOCN+jD3C5+hEe8a6j7WDfqFu3h6KbIdqIr3hlzdnWPwVWjgW99XbbaoFZfzMMnPevO3Hu2M7tRyvwvaacWHMacLMbmjDnJVorIsbb2zrr6js4ZnVRyba8X/aCzrs3PIvfWsShem0FhBTUOS8sH6FLlU7xxFszXXmFqFcqmM7J9HZtCYvJin2CFm+DWoUB9tlBsvcBtUSsbrj6uVbnr/XVFbbi3Y8+e9c98ZuntMxt8wWQuEHHXpdebXfguYTK/qROFw3HvBvhqwaw3Tn77Yr/D6A6H+29ES/oOHr08tyIWbAwtSlj152Tn7KPzj530sU7m6zMDPz8GUzfJbNVe53CAKhrqxihA2t2qMkJDnRX4lX5FFMWi5f4WnepvUZdbjmjzf6X+5mL9zeWiEjN7AyH6GLH+how6KeymcC65eIn1N125v+l0hDhn6W9lhW66w3VK1kxiRpNY2Ix2N8OhZhhU6vZ5lTcHo7VefyyI9nkVN4dctV5fLGTU1cftGDlc0Zo6ewNhmzEx3fBThxWAhdRlbCZmNJDOpFSoa6Jh5y7XiAu5XARgcxqFqzbptuuQ7k69M9v8F/pRuRdJrmKpzZVx+jzOVB9yNKZMlqZUMpVIYcEcbbQQpSdlanBP9SIic6yA7LxUS0VfYeu8tF9JPoKpBVfWCWnHkZbdPRCriuu9s2YXVTW53j17FEv2rfzEBZ+vseZmFnPdIYvDH2m8NB+0RwxaPGdy5OKZUdJZxNvR8vk/PHLJvHnv965s8cJwGJrVzavROKyLPGzxttaNr6S86DYyJ19G+slnYE60iFuHtqLhrbBLNRcLs+YKs7Cqawzev1d1bUOXCXcDD/l0UK9k5NNKRI4U+RjJx04+FmBBvxmN4Gvndpnh/UT66QbzyefT5LOafJaSVxaSzxbyuYp8Lke/EQ0bYMRyuXZDxwbPhoYNXcdUXdTdWZB8aihA+BiIgIvI1TrYI2rmHgMb5m/49IbVGwgXJvnhY6MbspnFY/AxUe2P/FjcADc8cd3WMdgyGqAeWqjDM8drTtek4xXm5exV5vzMMO3/LJFwJDqdk5IDNPL1imFS8oZGryckLxikR1LxSFaUNYQkuEs1SxAuX8yE98TRFczwC5J2k6LzVkGFbEg77UaK/DgtSTKDrzP8qjXCmCxZU69rVei0H6Ox09yunVlAI0QmZTiVqq/LJCOExzaf21SbydTULm10W2uVakMqH6/L6wIORUO6aX6kNpWN18xtqrbGVZFUo8XnNzcmI5ra0K1N0VRTtPHctNMUQ4ImaEVcPh5v1swQ6qO5+amaVKYuMZCuwc91izVz7/jkulv6a7tEQW0LpaI1mYhZwaMZsfCnmxvaOxrt2eVdPUhrCzbFatN+q0B+6ozNaFu15fJlzelwF+lRLalopClIfsFxS82KrMJUnZqRz/lqPr8IqxyBpmgsFbCr2Vz/BdQCN2Er0ROCoh68IzmKeUfl1NIGpoevpg//nuEfBshLvdha3q6lMuOPi9+CfwbPGgX1S0Sz04sqMETYg+N7cyrWV2cWn8aLwbOEfybAbeKMe6vvbXw4MZZ4NvF6Qri66jL7rVU32TmH0x0DkNMHlHVax4E6MawBB0yiVtPU6c4vbID6Bl/DcANuYArzbjKtPcXl9VafddiKrVTr0juTTZWqMlW5iPBQuGSCOmN5hfwvO2Epa8ibifbFfEtNK19yH+A/5PmW9Z1qjU5ts9nq2vtbuj/5Obh2Wb9ardXZ7EaiODf3XHxT8em6XGEGUYuVyvZ4cs4lyy58LFzXsL4tVKVTKjviyd7LiOoMiHzTVfqh4kmiU2JgAmGQBj1gCVgPHxVjAxuGN6CHhW/qHjY+HPtm/OHUgwOHhP26Q8ZDsf3xQ6n9A1W/U2KEqPKip66RIUBOPajt8vRqxuAKUW3updIszvRGyO3BGb0NDf3n9s6iPzkLvf39iEjkc1sveG9F66LHalu73ut6L9eaHIPPiLpPKFsD7zlb9c5PlM/hMUVu8jW6OfJWeRdhckL6prM/SWQjWcmZnGSysY9fvyyyODo7si66KjoQ6YsOnr/mfCS0tDa3IiEVjUVmRtui8WhnxO6wOawOLBijQiQUrY7qIr7I0iUrPGB97wUeuHoBuTpvPrnKpnMe0BPt8sD2RnLVUU+uLCanB4T5gAe6teTKqyZXy8851wPXziFfKxcWPOD8eeSrtSnjgd015CufmOEBYh35chjMHhhUkC9XlccD/CrPlFOzMxzQT//VyUldpTcKqrQEygKJZGViZ5PLtLudWBSyF2RTKPZCeQlG+j0y9fs0BPl3qRdyT5/KrMA/OfVW/7b+Ry6dd9vAgs/N9loCJlsi0NQYaEqG0GVztg0s+PzszSMLP9/ts4eijf5kU6Ap5UcX9Xyhf872uXNv6Z9/Z2fK29BIsLUHY4kQ/8n3zuO/tvLbGx/+3vKHPrlxZGnW4Mn333Jobiqz4Mjo3MzkJ1d8e92nHlr51EMXPrY0a/Z85ov7Zjel+vZ+Z0E6u+yB9Vd9fdWKBz5x2bcXZxNznz44O2X2fPbLj/Smp/d/4NQeznZ4K9wJGkdJv/uAp+toUPJ0rVkThlvDMKx3UnWU6KNTPqbhlI/p7dBP4ORFHwR5OJgfzqOF+aE8ei4PT+RP5pFIbnbkcR6UveVWeJ+mx8s2Z8+yN9VLcPsKCIkWNBCCiVBnCG0NwZC+SXYRPJV/s6wfM5yYL+k3ZP3YR/TjCF1WWDhjeMaOGbtncDPAGHTsZ85K89M+rLNn9ZutZn6zraIawqz+EPXX2zKtXZP304R5Xsne/5Ps2xWQ951EH08SPFWfpvUMVBQynQdO5dlO8uwEuVEIz0Z/o4l5Gl8T3RRFR6LQF01EUdQxVvziHtISm2lTTMFk9ZZgzi6VSL3jo6SOZ8A8iCDIhijUbLb6IPm91qGeE4uvkOh3Zn2IEkjqY98LA46x0tdYs01vCco0Z3t6LM+7cpttk2iABnzQp2NOgD1n0EDKA6fybCd5dgLPQdQZfCOIgrqx4im2E+it3Ak8S1lqeAvFb5SUMOU72Fe5/lH2L87ylGT8biu3aSrSS9s0eVqbSu/Dqfe3w8MEt3raPh/wRp5tYt7I923KwixFmjXKiuxZy1XD75TLTUYALTdVgSmUfEXjEWCD/nLgOouJhdpk3zaL1abglUqH0iOcq1Q47JBpHhBVRDnUUhrQp9py+EL6hIUv1God9mk9lyi6IJGOG9OdLx81sNWO6tEdDuhg0VlTqcyQY8Rx0oH9joUOJJKvQccOB0d/HW3NZ1jakJTSUISlYsTpymhrvYp5LDL1vJA1puuyeK09OoUNKBQC6Ug6GNYy+M35zA4tXKiFO7QntWhQO6RF2r32vV+XTp1uviQ+UT72aJoOSCgtyBQ2F+J0k6McTVpy38J2L6hR0zWupq7izJmN1SqF1+WuqYIWPDLpX5ojOqOr/Vx4/pfq/U59eEhaU2nnvGgTfyEQwHIxcDX3DIcuI3L6FRzdXH4aP8O9xP2WUyEsoBeAAAXqi8nOHSP8gaP2H3cxByoK5V3TC/+TBXp+b+L3hQl56RgUzGlzKKIIvTv2XV/xjVe9/IXF/S+8QMu2cbPQl/n5wAk+Lc58UH8IHdDjWxQ3628248v1V5hvQ/gT5qvRVQp8EbpQsU6P70Zf1j+EMIAZ4/WqK4g4cz3H6YB2o17n0yV0WDcGhw6CjdDpoku+7ID+ZNlBafubk2+2l/3kFMxSjARphyhtY7a+jHpCs5+7aEFtsOGBGn9TlQ+mC4mByzrrrbUODTf3lqt1xk81n1v41IyFcVPYKNHPzv0QfYmfS+Sj4CFy/9WDGLp4QF3VwKEKaxdJTjUHrAE7um7yBn7uMMnbwjWjLfwCoAczRZ1apYJgh2637nFSk8PYDXisEs1AtVOv9qmR2mUkw89pqHQ9UOifAIk3JwqGdnYS3pwuL9FJNkYtvkB8zqc+NTttCageGNr0DX7BDGe8zpO/9t6vkrJf59bAp5hfnAZRT4Nl4E9RF4xvB6h5BtuwAImCNAIfF45WHwICXjCx4gxReynzaiM7uWGXTI7+MmdEVn4Hsy/5KQ0vznGcUqPmWpRln79YpbdyToepV6BjQa0mQ1MQtPQoZedEOhGXT4zvF3r1Jmgaw6r9KnqeXEWuRDV9DfcCK7Q+gVWk3wIy/uhhc/LjXn0v26dWqXQZ1U0OyVtnfPLNeDvzVEsuSLriv+7SGXzwiErZo/O5C4eGFg4MbVqYnj07TT78jqEB6dGs2enUnDmp9GzWX54oXg1PkhneCnaIcd5+T9WG5rlWuMJ6oRVdZb3FiuqseStSW11WIojAu4HVAoCVTFZEd+jZjxDQbVSOwaRogEBtJcqRWm0DfKshA8fgdlE9CIbAMOmJTtth+C04OHUw9E3Jb4wUxX5ykjqqgJIwXLaHpH/xSLrsYDSWtZW9Uijghe2pzo4r10Rybku6tzGoNhgGDPOb53xKEedmxr31SNKdFnAWdCPz36QAl4l1ogoizCt4jpM9OWFBoUBoF4ZY2Kno5NBO3AlUdE/qO/B+wEENmWLvF6tA5wA9CKNU3TXtcvhNItYzXa/fcOpV8h8k5GN/k4WpM99sjyqNQ5B8djzxqwC85ol/CfKfLn4Trix+k9HdU1wMP01mFzfwi1VaDe8Glot5rUaZ11MHDxOpFExM/Pqo4aeppmSkCiuEaS+/jYhaRnbgFjjb3Zb0Q5RLmZMWfc2S5kh7rRWiqNcUqmutbfeKPXNjmd4qracm5azP+ePnhK2haL3/TD7bK1quBtfAS7ir+a1ERcZAT5joC4iyVgt3DBKK0Qd3oUq+2j9RYIf+Jn5PL1h1YQin+ZY03EvYKjS+6uW8sO/551lZNsKfRwhfrQdvigMxMBtcDoYaOd5j9ax3X+bmtG6PR+PzqlQ+r1et8vnUSl81DASrfdWWGUGdr9ocCKm0Ho0mpPZa1GqvBqk99V6vhwxgc9QzBu8UVaJ30uK3mJGb3O3z+cxkyiWPDSqVGUbiv41EHyBYKD3eMdQpqjTq+5Txb9dfDMbQ06Km2h9UKnXOhvMLrHMy678335woH2Qld69IB8PZVyd1rECdLJRt8Gmv5SSzfFOOUCb+ObovZXj6aUW7wtAuuwOphVlJKTEqsi3UrVn57CtRWIwtVkXZiIcd9eU63v9tXaIh4Dx2zDarrQ6tbJ89U6f4t3+zea2FnV9Izrom7o/YjV3rYfybqx+DL16SrYlEGhrs5xV/+MSa8WLbisYqjd7y2auVlO5eMhBi9Aw4vFtmdBkfk1r8LAg4wpCzW2xWZUDr8wdIS2mhHO67MgC43TxW+uMHYn+flGN/h4Ky+NJO11DbQaKTyC6ysTsRX0QrmSqwC7nwdrQdCztC46GTIRyiIkpnLzW4GReX59oyfGivrtC8MATF0MLQYGgoRN/eZd1l2xHaTTJoOB5YMUSEt1is2Oyw25DZYa71amN0NV8TC/ljji6f198DMLLZklZssVoxHoPKfYRDaW1j0DNqtWp97OgPABqtGuFLODkmuNlmvY1AtFssZhkrmoqubFtmhxkuNMNB85B5h3m3+aSZN+8NyvKQ5CKA/ntr2vcDk46Y/bdjQnIxPyFH7QIGWWIqOxPbzFZhL6Gr+FM9gK7C2iv6yZT8dO23vmV1RMRiypnx2WyHD6v4qN2YUkM3f8fk7s+fe8fkW4ONGjMKh6FJl1kLr7l7yT1w7ZciLr8xfA2TeYdLv+F4JjtPMpl3JzhOJm+iv0FfG9S3wV1tR9pQW+OVVJGYVr5IJWVdYl3pFfQCi1thYnFMduYAiBKe7890ZkYyRzLHM29kBLqt+E2mi6TPjLVBbXkfoeVrOKl8WE/1ClEPn3PAXUTAVQOaz1xp1kjzsfhwrFyHjPf1dI92D2RxFJ20Tybc0OD2u9FW9y43cnNMtbNXBBq5JC6vpU3H3lKA1Qc41UXGdc3oO4TpK+AKIkn+q6jDpPeopAhcPMdcCSkEhR+JCKGLlKoPhOBirKJdjsJFJeP+ycnXmpIsDJcUimvxYtJALvTa+/fRb4JDiOjRVzL5sgY8K270RS+3XG7HGo8mgBQOeJPn1gCKKAVfNQgENb5qYyDkcoeDMWUoukYFE6pOFVIFa0wmI3LXOJ1ASc+mqIJuH0kW18ZitXW+dptrqA7WhV0kOxWEa+uuCpy/thwyTNpBkHy2GV4rAObhVg41PmEo0C0Gug8lbx+4PAGzwxIJmH1LocdBvvzW4FLotbuXyieHqA/6zXBzIS37WAtl06TPsnP9fs5kNYBAjMxZwGgApBdTR0ih9NKI9amn3LH+NKqBbbDx6eIXilf8cuvS38JU8advrNwCbyleEWn1b4EH5sGLt/rrI9uLP/h58TfFoXVu2Avt0Al7PEXNPKk9e0qv4P2kPX2gHh4U/7kZQhXUIKLaohy6V3d3lWIe7EMbwdWAq4c1qB3mEIeQWq3WmKEFVatdmiRMIhGKaKV3te9Kx5XBb/j+DI03whu1w7pvQO4q51Xe6+qHAXel7jLT1ZarrdxcNE8319vn49oIrHz9XMjVEsCIg2GYgd2Qa1VilVpN+I1GQ8/i2bxalQIDoS7k9WtVAgY8KZPomEhtIXgQXqYOafR1GgSx2qUAauiPAJfBtdCFXWTImzV1Y6V391FjxToWOpIy27qFlHsI5/r0UO9qtI2VTonVdAiEGJ8OMaPG0EKDDdqcDdNHyeLMXvuSeL9sl1iYkGKjyrZzp3t1k50cm6gpEItmQb7an5bmjn3eVpUpA+IrpNXKmkCtwemIRqLGaMAZ8oOohXzVmOr8MGj3+2HYGvODWkOMHTSbOlVNLeIKsmtQ6mqeHTKLtdjs9OSZSVrNQ3IEDJs9qgiWzeayGQRfeNv7evfMluort74bfPW739/y3NbRU7de/o2mmC+18ILBGxbd2rfquvu4L3yu5caZLeF4+5rbWm54oLjl0G2v3wA1P/r5Pdfr1OEHHvza97e9uum+Pb+BhrLdBl0LkO02euHI1BpEjP/gGoRkM/LpKZuRXhYrK7aXLUFUGowcgCCbFjRiPFt9AMJmFZDXcki/DRNeGCY8IA5y4F/EGb1Kt6/aFgjGfdXhQNDgqybjxOOrDgVC9Q1pQ+4B+NtwOIQaH9DrfXqk/62NzNbpdoWrLW4Ietzl/VF3eT52O/NtY/CK0fKoJ5OU7GOdqZ3U4zD5Lu/zw9L4XpU6E1/BpO/pncPWRCvS8QInYPKP6BWZlgwWVEq1UqPUKjmB7ikioRWl0zChI18ZIZeGKWVjWnbkR/5IQ1N1FpEWRQohTrejptwXZSskIEUV9FB7ZrZiy/w3wm/M+/K8i7evyl9w7drwV3tnLamd/G60UGOx9TXXoO6a+pTXW391z8qlHes7as7nHFrzqp3n9X/2vFYdP+P6/kik1X0FXndJtj4SsVf1rt0++ag7esd5fdfN1impP4h3i334MOEZMZCDs8tUSJFxxKSelJqZKqjpgHPQB2p1Wx7XmtmPZiYSmf10BYfek4t3mCxELv4gjUO/n7xeI1TFAHRWNUaqNM0rBAWZLyRXigYqFkkbKfIu83PyjrNkFyxeY9wav82IG5X+Wq/z5iARbxyxEIgFBmJe0BOvrcEpc7zGhLnmxoCAAIVNy3A6qtro4ZKFqTHUIRr9yBwOAD/0k47wH4Hv903zfkPZOy2RUfopQqacsRwdAkyt51CL9ERWoVNGMlFtNBnJKlJ+0srkK61q9sMmTaMfVA7nwgocSRslA1bJTjAWjZWXgYhIU/bjS9S2Kf9I5R0iBF3R2dsHbl29edvQI/Oaa1L2XF/R72yJma2GkNcRgRlV1acWr+tYtFpcnkyEefclk7OvOv/iG5+f+OpWq76h+Hoh5Y1GIbRpmtbys1Y0OfST9xUf2RTKL1/wiUM/27zAYaIycAQNc6vQz8i8H5fsUm2QGpMjyRMUpjaqqznmwOY1GkOmUGHduora16Hhc5gO8wCswv/CzQQa8GsxBpEK8Aqs1AgcVhLOrkIagf+xishAGgH/WIMyQIV4AKgQodIIFg15qqSGdAdVyKJSIUCu43tVPP4OjgMBzwCIBofQZKgVNoGcQWPoF3sJPPqWMiPQ0BFGP/6xTwOBxq/ZrcGad7Q/O8REESc9iO54zeWcdLzpfNPxGk1BovAKSck1lU2nDxyWL6DScMJwgn3RGUVm707s5BERSM0q2EIt6aBCBR+A5xd35+EgHGwt7oYX5Ir3FXfBOfB8OJgn94O54u7ifXl4QXGXpFNuQzvhy/xGIt+sF0N6FdAi4/e6NZ8P4u91qz8fsjsBRCbnTqp+Pwoh0qjH4HLRhKjKSR7daMJHRCM0Ol1j2Ljn5fJaAfW5SIQrJmOfKkzItjKSj2kztVNgR9KYCUzFquO2oyGB1xg6i0+IBq2ax3qtJcEbl00+3l6l4pV+v4K3dcDLZ9sNOguNk4p2ok6Ctxs8JRbeVb6jRUotBBzgieZqBw67I+ZQqO3D3DA/bP+sYwe3g99h/6JjnBvnx+3jjue45/gXbc/Zn3Oc4E7wJ2wn7CccJ7mT/EnbSftJh9thwZydx0bsQG7SI5budTodbPGkSq+DOrpIRKSBw3A5UONa0WrkFddbOsBdSLezqhlj5PRI51ypZkp9b7Aj4ZOSozmatEtBusu+BTbT4ACKgGQdO+1bSwpvQVcQUOeMountRanFnbmltoaqresvuinZ96vDy3IWnNzpGb9q3qwZi9vaLth06Zzuvsv2OvysXevRLUhD6BMHj+zRNowRPP2adc1BdVJ9uXCz8GXhQeEB9e4G5Trh3TqkqoMqRZBUtHd0F2EU1D+YjQvt7FEtUa1TXaq6UXWXSlA9GgxyRC3r2evs1ZNOMLq9FtZSsGaODwWDCnN8I2g0R69XJNzXa8dQ7X6zs375N+S91Ymy4XaCusDZPDnBwoUUmF8SiQwsQELcXD45OrWIVOlwKMok1fKaUku4QTx39UUXzpn7rfuXRFwBl/uiaOvCbF17wtt/YXfLuR3c0XnBxOqWnmWu89s23OUw2ozu5EC24RyD3X3ejKaO5YDZEt9c+hH/Iuv/HpCHc8VV70bfqUPKOsgFuay9OdrM0UGhzg4Hh0PD2c827wjuCO3IfrF5PDgeGs+ONz8XfC70XOa57HPNJ4InQicyJ7Inmk8GT4ZOZk42eyqHksftprzFV+2yVFe7mlMBj8tdzbW3BbMhnAg0+7U7Naqd0vjSwfKI05PmOIJVoAbXggTpb37gJb2xpaWZunub5fMjCF0ed7XGw8d31jcHAv6HvJHrT6YgSMFUB/DCpFf0LvSe8J708l5XuzRkET5mEo0Ljcj4XttFksdUevrplQJdDt7c/+bmwpR3LLoNTj3Ks98Nk9T2+RT7VQ71Mu0lUdoUd0hjnPboDx/nEXoA8i/195vPwgi485i9LGw721B4YmnO8iGcYgu1r31fdbe3PEzOH7psdvf8S/fa6eIJ4Re0/V+W27+GjJaSGGt3znci2uoeFpWSr4vHY5UtaXMagau6mrZmyu2xuN2eandDPeGTnnjEFQ0E66KReLjcgshbUxOv9fn94dpHQ3cGWQPvQ9FYIEb5RxDPFGPVyEUgeHi3Jhx5oa4ueCzmvTFwUwNtJ9ZiCwmHfa++YQxePxqgDRZ/q/AKa7K3Xmln0wV15sNa6s0J+RQ3uWiXHlHnUwXWWLIDirKbA7nJJL/d8bjCIG1t/CftZg1ZQ9lAFqaJtgzP2lCXn1q5kjRU3cWXFR+GVy65rHjqLzbNlYsOHpwL/7nYAtuLT5P2qJPbA4N60EJGZJtY48n7qxryyarO/OXqm9R3qb+pVqnicL36T9o/6/4cfTfO5/L5ZtlMJCSZiehCVEsDZHjl09lkU49uiW6d7lLdjbq7dIJuDHoOhH8SCinNHGN59bD+CbgBKIELztrriZgZdyM6OeFu+5U8wNnmMfSkqGnKtzYmEqmGlpZWAkF0pBrT6dSdySYNtfvm05nrcg3/tzmZa6Ke6JKD7fXUU4iea7SHQyF7rF7jr9ckDGPoif12ZxuNJc8YI3VFxyKJ0OVLOl++IjVne2f7m5U+SeVLiXdSrsmWNiW3FZJQODUGFZzk0nizZLPB/2WWqpjip6c3LTd5qkCa8f07zsplN18hsVj+hosvLT5EWvlS0srMlP2rZ+O5cwaRxHJPhU5rbdq7yTDE+4huRXQS0b3Gvyawyb8psNW/NbC1YWuj8qrQbaH36rC+DvqfgA+ACIhgIKoC3f6h+uF6RJqtjwzaGvj+aLy7voHepQjne3+0sbvB3GWAD4JuoCMPg4Bj11pyHQIOdu2FfaIlFImGfF6UStfEQv70jvTuNE6P4cViBNjsNARCiPqMtFisB7Q6ZSydJqgSucBiMUP0Oc5mHUO/Ev3mxvjOhvorfBkfkeBdndk1WZSNBh1c0GF+J7OcxZGh3JIZgva/whwuMt/Thop/QG7tqfYuFiblQ6nssFrlCdTC1ElU6WTpB33NzoAVyzrmUCOKs+OnzN0+uYZfh6biH3Rqf32yafJwcknU8f3ve+vmJfHntMHqWesv/N6ecxdUhcMw1jtzD9zW178h4DQ5IpEm/9X9fej5mzy1keKLa1bUTP5H36ZidmBeRLYleET4lSmq/iPTse+Ez8M7WLTlx7Pj2RPUwfBYycXWGbtPO5BM8s4g+vm/8guIPi/FBL6TxTAOiloM1hhIf0iu4VYKkhEDhhsqQkpP2Wo8OmVj8cVSCV5Ko3TDWhVbnYxWWFjQNdXi1RzP4sJLa6pfAk+RsuKiFfpykIYUQkO54RzakdudQznLWOmnLCR8biok/NTaavFq9AIemVpb/VItAG2U9aQMKeSnqraYWphCQ6nh1I4Ufi51IoUGUydTKGUqh5lPVYSZl9ZN5xEa6pmNw4S8rnEv/AqLHz1Qs6kGJWrW1KAaN08zx85cc+0tvYLnsdjGWnmN44ss5roNDkSORNBABCYinREUkYhSEZZZjiMtlQ2nyt4Jd8OdLDJ3ZwyOxI7EUMw9Vvy3faeTVDrHLpV94VTZO8FXpPjlcCgMw8LtsqFLxeIyAlGS57dEp4+ANNJKqswepKVMdYuevK1UqkTqX0qlBq5oBJNZNaSwDdmhaB+0I7tTk6r3aFRJVRV5A2sNTNU3cOxUcQRHw8z4PELV/KiemZ8TfpdgLyX8Bqbzi2wNIMKWBPzZzJQtR9mynJqWtxt+wpbeXi4UjnZSZyidL8ePypEzqOpvnBOE/iyNnrs0zEX9Ln/scOkEiJROiL2fUV3rujaKL45eJ3xGsVXJtUcHoudFcVSJ0S7ViAolVJtU21VYFcMDSi97ourR2GOGLpvX3uN0RWMRLp7CY3jWAaVOqyX6BCXMclil19OgLJqQRg0oRQgVHE6nh8w+u3Ejae1ILBaNulzOsEGj11Wt1+r1PsMOAxoxQMN/JBZu9+/yH/G/4ecMfjjoH/Y/58d+Z2bmVtlR2mZq5nAJ8/l++qzzCtshoWaQncyNMp2rKl55jUXRZUsRlDfRlKjjdAKiy9H1Td5gQ6Q+mPCDJi/5agzE/TDpS015srr+ekgXFVvJH/WxtoKq8PIOStqYtobYqkSqxc6HsrJRoSmdsjthY9nnYDqFHi6+DINcIOCK66Cx4e679QFbdYOmeLJx5vC8L59456mrBoT2tYnls1Y9fvEqrv6cwQZDaKh48pzJzvtnu42hzZ/tnfH+D34AZ/dPzoO/6BnKDWx89kcvkXnpqWIS7ik9CCwgJ/qQQRDUetABoVpNW8EAqY93DkItd43JpE2kExPGdKLQDshVWtp3hK1NSTObXCXL2inD2qdmb7ApTE7juTOjmUU3FpO1S1sCqqplyeTiBZ/cCOT9/avgydLTwAqWiTogqg0ZtUYHkNWsHENXiRodfUIVUZ2ZWrKj0rhoVBkySAPUBD/AX2EwWEGifRqp+GQqUYiTO/qP7fLZpy3AK7bp34sHzln+2XXhOoeprScZUlV18Us7z1mnjHM9df46JJ15LU3AZ/gZpij3EAAGBXcXjeFOnxfvw3nuE+T5o+z5bbAeLT/L8y+CR+jz0orSv2M3/zZ5PkKeC9xd32a89YznUfqc/PqVGkAdOgGi3vOA7QeBgDFgjJAvqvSf8uPxUyIP3gd+bpyt2X787kd+F4Ne7iW4R7GMvGkAefDTQ+TZk3sREsbwk6KKo9YzHKdXkru9Go2ePqzWiSpjRqcLO+qsLa3pxkSoLpEIt7aGw3Vp+prVWncYPwnc+Dv7gFLJ6cZK3xO1ekNG50g0xsIhY+sY/t6+lpaEL0Qu9obDicP4e6CxND5qtWca6dauzkBSGL6J+mhIJyZTRvYlHzAkPZwuJ+RYP08lmPPAspsBI7UAkkYAS0mnp+plpqXZbhHKF1KUGmHqNHIntJSdO3ZC2RAq2+KF8N70qmfrF79UbV9Nkt+7PGlCR4vZH6qNK/kqK2cyxV1ak1XFad1Rm8nKKRTLGuORhfGaUEfSbmEXX5ufbNZpg2Z/rsnlMYWVyrDWFmp19imaNP5UbYNgbvqH6AP/X34Xlg7DCF8Nf07edTwJED4IIB4lOcf28DBBD/rJi8h89Xu7+PNh5LF/DLz/171behsSNY17GHhBDHxa1HIY+kJ+Pqq0WqvG8M/2+v3RMXxwr1LpfYK0gUhb4WA1qPL7eM44hp856NdbodUaAk/iMSI1hvC/Ag0035SYMLzqpF5aXZNst9PR6SLTmvRfctcnWTRVBkdi7jBbmskQ9kGmIkHyk4LKFBhsn9NS6/SuTm+5+8RDSGc3+9TWKq/T4gtsL37dvGxd0Nra1A4j16z+QmuHz7H0nxcoe5TBumC449KOb9/RsxEaP+Wb2aJS/6PQ/ON3P37343c/fvfjdz9+9+N3P373o71L9HQrdHLPCneYovrLqZ6uPgf+sbTmf7C8Xv4CeK/QZBD4Kume6J73CjPIveYfhiYUp0WCjuBkmrrfIzjJvfF/tNw5pJxHhVtJOfqpcl8VVpJ77T8UbfYIhwyCemD6XrHMIGierfj95+T3RRW/k/ZVL2D3IvdLct9I7hey+yT5/ZjiCnLf/9FxKb0A7wXfIPQxSPfFt8j9KnKv+8eg18fvfvzux+9+/O7H73787sfvfvzu/853wY+gA/6QPwhMwAs6DgEDPnxQIarUGYXC/R18ANjwPiDgQ/sUCrMTjOH9e3U68yG8HzgTE/KmKD0/nUrEO+XdGMEaykw7p8LTIQ9t8IeuOO/KOdURV29Lbq4wJ5OaQz+8Z+blT7nv3Hbd3fkD1zXMKKw+1cLORc+bR/dN/4ngdwwFgQbYvgtUBCNMMAIEA4GWzPaAKoo4NtDSPL8/27oA/p/mgQUt5EPr+AyBcZRbxs6d1x2iUPZibKXV00vA9gqCltbKxGrFKnQGZGNlKUcXtGbnz2tpXTDQkp3f19y6AP+sdcGC1pYFCybvmir2H6N9P37343c/fvcf8l22dwnBh+1dvjq1dwlB8TDsZXuXLI/yr8ijBG8fVlbkMfwVeQzgjcMGOc/kT4Tbii8rAiTPFYcALo2LHSpLBmMAxMZUBlC7ASCqtZlOADvBAEB6sB3sAiOAyx0BJXrbCY6B4+SS30oSRApjQcOqMhiJKnMGIXAITgJI+W08FwefSRQ2X3IeO84dB8a0I0FtztP20ORPjqdCisCXGb1OWYTbJj/PcBIlnEwMJ2qUTV0k05gLleXoP1hOohDfnC4DP2U5fo8MHE6a+Z8XVzPYA2ISiwZzBuDj+A2M8Qu0MrtooW5vRc2P0wDOGGKAbgRjcHIUQAgTmycmjLkCrQ6pyGbHRIEVZQ5Nmo9fRIoq7qVlFbuF20qLWVnDhwAqnZTclBDEe0h9CFBMaYxpSZjRGMNOPICRHm/Hu/AIJjTGJXrbiY8RHEuY30oShCXcaHi2/QQOhJhWHf1FEsdhqCVdXB9KHRduY3Q4dYK0+xKG2+WHqAuVvz9OBKNJHPoSwwhOPs//vORh+CwR0wIZX6xpSJ96gzx6gZa3i7QRbZpp5I6TZqGdAsMbMWsaBNHZm6YAQ+b05Nuhi47zP4cLaNvEhatLtaQ8F/g/B82iM54xm6kvmlGnNyOwWpgyRFgYg51i3i7aKVHstFw7I4oddtoH7Ehv327fZR+xE6LYS/S2037Mfpxc8ltJguzGJ+BMYAVOOHOvWs2Pwe4DAnVbYxXGYMtNiXSiYJggAohh4nT6uByGfkq3eI6SCVFZSxFqbmmmp/isFpvVQg3S0imrZcLXqOYVPq7WB1FX2hysv/YG4bBGr8V2v8+urzfyVsEazHcaWb8/yP+s+DNSXw+4hgwY0WAjFQbccQ5xnJpgJoYcomPY7c44hkkF1zjggGONY5cD6x30YqvjuIN3yNVxk+oolZhWh7NaAQc5SjeNNsMl6KA7rU7T1Smw2sAqyOoiWdZN1aZZOs9Y/ErahoJco39u0KiwRVMD7QsiHqG/KRrumZvxzzMoFIqQOpSrbYl5wynSh3cKV09++X9BG4IPb8PJ4b+6EeHkNkEDVAoTkW7n7Tf5DdWZKupn3q/SZ5CfMFtouF6lslyvYQOEDFys3ajRwI2U44wSSR9I1lQgsTk+TnCefFpyJwZDJsndbDrVkrYp5MjxCmHyIb9if23QfPFq3xy7D61tTAxctiJW69AIeoh1iq7m2x4SfQtnyH6wTimFzxbnkrawg5spbgkJN7XKmEF1DLcx6N5L0COJ2CVq/qt8Rq6SJL+fRnKH4WlX/2n1aj5rvU5FPIqvRXzGC85xd1ncaEVtfPaFC0MRm1q4+atKLuZfvD5qTpJbwiNKhFlA4QqgB1sk/u32ZXRjcKao4sUqfYbn1Yy2m65mXH10YKmU5tukNNkspZ4aievbje7MCQD1QASD4AQRFdQbVaqpypC6SMd8x6nZW1MyDs/w51UsuT2xrgvO72o0eRRfWr/uLuGKsMHpNAV7z5NilRAiPQ+KwnoggBv3wzqVhhb74ihJyQg9cYB0Ew5gNjAMVjIwGG61dTKOEQnHWlc14bqwYzeABNVBMAxoRKhxwFM+S0/lcDzaiLGwkWdYU9sdU04KqHEeZbgE9/Fy6ABM5t6YIrT4m99yv/bramH9F/r7GZ7F+4qPlK4tbSN6WkzUASzuUsEBGh8JqmiDElJM+x3bI4jUYZeiwu3Wn2T/vldWBHSDxSHOWjrErwU0voOfzh/U6ZSeDAIqMejxGrwV4w+dLKi4MFEozxPFL5J5grOyeWLyeQLX87eBy+afMty3CNxOBrdF9FD54oWyeKMHa8BW8vwsQsfvTwNK5Y23iLzBr5XkjckrOGtx/L8P84oKmMULCJ6f4deReWPtWecNs94BHawINk9sd3AfcZ5gRZfnB/wX54fvnmV64HZ8yPRA6PEEoceLfzfc/5O57asfBXn4/i8ETXEF4/WzK3i9d4rXZyqZ/Ydx+ng7tbF75S8z+vff+esZ/T8uXpcKmsk//33wuusj4HWqyM0qXcd8EM3Zb6Z46SleUYIXlvAyErxs12s51g+5NaRz6jZqtXDjCBm6iYI8NZyB2Id5r5z0fgT3lfDU7QQ37d8Lt1Pf/ki49XKzis/83XD7xF+PW6k0GSs+UuRL20wK7bbiLXRKK5VO7Ss+Mnmn/MwmP3uIPLtZfqaWnz1Gnt0uPzPIz3rIs6D0bJJ6K6S86wvcLGD8u/WbPR+p/k+R+t8v4VuKSHUoziZzeoQ8E7TbHqb3F5B7Ubp/mtaR5JmU8xTlPJO/IXCOyHBmys8+R56tl997XX7WR57Vys8elZ99hTy7TH727oe9R/rRrcINxR8r/IQv9FfIpZopuTRTKZhaNOWZfc20+FwWz+KbTyfmh4iXD36YeHnT6eIlwe0Cwkv/7e/Cs07d8FF4lorQbN7fk2bRv5pm779EaLb878Pn3/4INJv2Ww2OneFDevd/wYf02fxGK5lza445ug5ry46RmDPp6gpn0ru1J7X4LO6kaaDUMzxKS2J2taitdFkdpx7HKv1M/3fdTOOSin8AvM3WdmjMv3v26JxP4l8DBTDj3xCd4rg4H4lIbG3LILEmRb6IloXoKoQPbUcj6Ag6hngacytBbo+h40jo3oSgjzw/jt5AHP1lDdpEfnsDCUoE1GP416JOXMNt4tBxIreNQ8MhUpgtMTHu+lVhs2ti/DMg4ThPUhzjU7p65/jkOPXPnA1U7gDxFddvF03wD6lwOEU/xe+mQqEMvRLuHy7+MtzUxH4IpVIhkoIP1Pnn+wE0OzNwrFQS1eQCK721GZ2T4LpXVJjH8G/ExQgPY0oETImAKREwIwJRiEfwEaIF83rswwmmDvPdmzD0kad05ZKjz9fgTeTFN7CglML2GjER9cfwCVGLsIhFAykSGxhttBW0KZNGooyRiLGQUOPl/gnD0TXn0TW0M+h0tHPc1U8JRfuHWRFqgR9CrEeeCaUg90FqKQKPPnoWclXQS6A7lFDYY3Az4qhtlDjn8GiYLk1+NPKMyATizyAQz0PEUdqopSwY02NyJ4gqKvmosmMARbqUKYZNtgyknTMcI/3SbM0MoWGEaIy5x9E4eg7xM5FZJxNVsUmBjiugYtxMieosE9XwNKMfpetRibqEsoTALzPHHjMSZxCZrmIczZXJTEgcS9tbzB9C5V9v+/Yt3n9+vOXsdD7//A9SeprOUvzNXxwCVaRLqkiX1NEOqqdu1kjXVEldE0tdU6sf1lPa6ynt9ZT2ekZ7/Xb9iP6I/piep+7yEuTiuJ7QXg995Olx/Rt6jj5fo99EXnxDLyj1NHIs6ZpVekK0E6NavUjKGz9AOqdebxBkOoJNANE19/9m56wgU4wQsXKD+u0yvcZCzxxcXiYZ/55MrKWkh5bpheieCgpzq4hOGADzDwEdfl6sut0GP2m7xoZsvMeD8Bh+fhSEkHEMHxx1uXgfPR+lUuHD8v5LJ9UVc+QDE4bnaDVyuUJB3onJxORgimUfjFYsRYuzWoiMhsKTX0ZWa8bdGJrbmE21rry6u+XrVb66aHVouT0DI4+tWGBUaCN1A7dtvPTIfS9ALhxJNfgWmuj+FMPbhf9ERpMH9Oy/0rrNisjwf36fy4UEM0PZh6oIqqLKbtcIUDCbT8M4V0jLGOeou/CmZIHiS+TGaAWysTKydhtyTe6GyzqWpb+d3tLSseIT2bqVdmtt3l0z4CaIqvROW+rKCwsX3rDhdm5hrK/eO9+lYvtoQM//Kxwh/dEMXOB2cc2bDqiw2+0xO37G/qL9NTt26A1QaTDotlq2W5AFaBRAZ9Ahjc4GTLCHfHaZRkzoDhNcY9pk2mrCJud1GjigWaPZpMEa3rDGuck54sQnnXDEecSJnGMwcxNbrRp/+ZlCwfAr6hjivMJRSPrSy6nnj2425cjVUVLbzQVq5RCHQVo5BalyGyR1VlDVPp2CI8nMnAd9CMLkfMfll56z0t9y7jkrhSez9ckGXqcVmjLdu9ZGL2Brcn/m34GfVnhBFPyBeoA8IV5rsGTusT9iRxy0wKfh85CLwCycBbEnUG22VlcDbQBYDVbS8NpdAEq7bfg6MiBqNEBr0CKN1qP0pDPAE/E5c+a55hXmu80Pm3ml2WGuMW80X2neZhZMZmNEq6lSqQRRb/QZB4xrjJwZGyMRytQCVcYMDeu8JoLFzshAZHtkV2Qkwu+OPB5B/kgygiJjcB6l0iWbzytQjvQ8GW6EKSWOPkOP755XKNAwork4JVraQMi4mfSQzczBgjEnOQQjz+KSlYgUxy4mOa1pkbuO1aJg6+BU5IKfPm9+VqEy5DRGl6bGa0mabaaebFtDk90X7so2OQLC1TUBlxHZQ7pemy4U9rV2NNmjbq/ZaWdy1ze4l+Dv+SfJvLFMzL+IXkNvIcyhcQyzGHLYgsOEvf8Svg7fhRgKxwDMA6ghjC9O9/l4cAKfxGTi5RFIHHW9XBiHzoTrKMGejFE5IQNVYsLw99taty3r7+effO21228/S9n8a/xbPMb8OAezZHLlLFyYw9wvhdeFdwUswNPLRkg8wZ/kET8MOJAYJ2W7jpLCP1A2XUBtScPfk4KXbWvlXrr99teYrlM6CiPwRYXXFFVfQ/2YaB//BQDr9kDm4lttcmVAyK7TMf46qjJQIflemurkVCunGvl3tZzqaHad0Zd5TndCh5w6CNtBIltemaZ+H7Kk7D+XlsAX+d/LZSu0jwPw7mrgE60wJOr0tGjBKBKR2NC+ph0TAIUszQik2L2ELzVP5+Ut4Nni86B2DwxSFFz+DE1Fg86SAUFDEK0PBo0EFhHdCYxCXPIFkyqt5WzcM6Yor5RgoIcmvwNaxFoEkkkHENGaJEwmxeTWJNYnE8nhJE4Om6yZpGizky+iFyQBdRZCHW5Pxe+RYE5IMA0xCSaBrSf4rQWDoonD4IILHDWiXAaHF1BEU3pjZnAB1C/YtWBkwZEF3IKPUDZd8c9SDOJZyZ9OuOTj9uObCW3mSfXC/lPXgojoIrRsiepEqF+SWLJrCV4iErlkiajRZ5ZQYIWs7CMnT7r0fl4wRbl/Z/lNaPn7FwKHqCG4xyO2aoJ0ZowyeFYqK7N0GIjwTX4pKfN6KQ+omcpTbVUpSZ7w3yAPyMMIv1/gCH0baR51kEC4kvQZE0YQhAJVZpFc+IOdQRSkHUbKKbUNs594k+ZVt0h5S78geWOik+a16yCgeTeZoN/UaRo27TJxJrqb8jeHAZqLC7gsfzWBcYvUPnBHcYjUwQZBT2dtmrTP6sTqNauHVg+v3rVaWC11/OnyuRks761y3nqSNyV6IXDbSekwmREzSJ9JZNZkNmV2ZfiMaDJnMnRQkC6WYe28mYL728KS6sTowuqkjsF6QpeIqCFkmTWTVArBHhZSRWfMGHr8PaiHqvVyw5ZxYflvlfKDZ0n+etFO8nuqCTKIOYwfdmM3RcLNPEMYM26p41b0qb8NnA/Uxw+XEDhR0UDbeS6tELkwzIFzZABzCICp7nYWPPzQQfLXiRaaP1At9RODf9i/y4/9Mgz/3x4GWENqPMpdRMbyG/IY+5U0xig97BylR/TMMbamdH9lHrUb0HnKI5ohcNIskEzmDkRgWDMOVhws81OSTxGQ8hli3EtgHbh+Kv+logqDOb2syLHSL8Qm6l5NRCbCnk1hc9jCYzDbMBvNpmBnTz++0yQg6KCcSloLIVIHcBxzoKRjO10QoajscBxxcA4gGQpkswWKUoHWJi7Vp5XMFaPCT6bqEwQ1gggSjGe43W6TidGRRSJgXZQU4Ra12qlOUTl2554BKwwWElgdoxymtXpJtHk8BB690/sH/UOkYSjqfgmuIeMXNVrWRhJgCXKW+d/qxa/zZgKX+U/T7oE7SkuBV1TBVp/P5RJhgKo4enNGH4ABNnSkcTev+D5+HQ+V8xFefdd7YVI3I2lfn48SGI4E4XhQmheNZjYvjqo1maA8fOVmZz7Air/kqqZhqd1ouNQKwnugj6JvJtPPoA9GGFS41b/dj/wSayrIdJ5X3FSJC6nDm+/uJLxRBUHEZwVSHcQqMuySATGAxMDxAAqwDevp+fM0HAwxCQfWh56F9YQ3qRAIhbRWUcLJWokTCldgJc3z2fg0bW1T9fLCHdytIC56GY2sVkKjsGixZsKitipjCA+Et4Z3hbkwpXL8NPpQOIJxCk4YXsvfRHiLhWOTT4hAYg1fc6wG1VAyk45UI49HuaUZnI7SxcKd3BEC509SHfHvOFZHjkhAICNaEejvU9FxNnd2iNRrPh0S82l9NSp1Zj6cI2oMjOFkSRNKE7/E+0r3c50UrvouCS6pJ4OLlpfhimJzM4Hb0e4icLso3K4y3C44g8Kd8XeDCzqKdwt34WUSHei4ZPVvGiU0nD3GzPXIWJ89GzA+N1/USkSgK7DzaedlRGUjk+JYvJvrxFkJRwqL4cZgtU/Bam+XYHVRWF0yrK7/SVhSHflnp9qa1ZHycvw7vh0sEnUCz4HCshCDxWrtm6o1+clAJIFBIgdwqz+MBLKQQy9Pw5+WKbcXw5/NHzumyzxnvouV2T5VJqsRLXNRYtHgouFF3KIPq94/RplkHM1X/pD1nz9L45rMjgCE6RwNZnU6aVE9FFSPDKpHAjUtK5TmCz/AHQTne6T8+HdT+VuaTDR/M83fLOdv/tvmp3xA+UPWNyT8/fyVhFYh0Ua4CJExnFQ7QIY5iTmDc4bncHPOJs8KP2A0v6eiT9WKOpq/LWti+fNTUlc+kUd5SeqSofztYHAPCitIPd6WYKDlBEaTaKAweuAXenoCAQpmJtMKKZiZiZm7Zo7M5GZOgSrIbUrkLvxvDJ8HJFhgN4GVEqspi+3MKapp//F1QENHomO4Y1fHSAffIYs+HZTVXnK6/ISfEuoJrG/KsK7kd1P6Ulg1QbWRwkrEOmODseEYFzsbfXGM4fKgnH8dwSUj6mj+dIPdT/OnxkrDVBxOMX6nIxNIKpEaSeGUPH2UAZK6xUr3CwP4Z0R3GZTmV24bKSi7B8XZ3FydoelelZ5I2P8kauNxOqfVU15aL3egeiAxUEl/pXyZrimaotpHqe5O5khAo9IhEA7qSNYQzRqSs4bkrFk5nwv/ieR77LR8Fr+XCsg+ms8n5/NN55Pw50MS/mxuXi7XYz53L0iLbgyaEnYCATTEFaT3J0WNKZM8WxUSU9PAVD34z0n1MEQpPhRq6WkegMViC64R1YRV1NTodKJcN+yLvRFD22O7YihB2m5XDMdEIgoQUUOXiZ2t4okpNb2Cdi5W5mMfKHOmWIvDrMxwWK0mZfq9alLmrhAMUZ0hRGM+hM5GprISLa8vxNj8Nt3e5fmNDIUsm0cIMJCN29kYS1JOkZTBJc82J53W1sEaAGroagIC9UHIIMQohJgMITYFQR4LJH9lm1fkr/FK+UM0/+lkm9Yjeksd3IPc101RA8d8Q7hRD+cuP+fXTz33oyT3S0Cdz0dUHdxXQRNYN4obG81j+Mf76kE6EKEXOo3W5f8uPggCIEa+HaAOHzxgdei1Op2eLXs3NtFVcAw1KqabpJ9LTaSosVTa8OvnJwyTv56AiZ+kUpM/NTz3/EQ6cZQucAXpGjjPBYIJ2MIF/BFmP0VumfOv5hYrC1Oe9ofZsqGtDao6+r5iEDRDxUIxXPzEE797WYBuuBl3ItXNvZ87dW1x+Jq+5Tcsf+r/+fKWtXAhnl1ct8rR0Qcj92GuPpWzP63NXVjdFunq3rJocFai76aepV2OQMfAfSti0vkJ4T1S9xjoPgT0+Mf7Qa2ixhPoUuMfAxtwkxp7QIh8W0CUVNZoUdIVc4FWdHKqeqRuzxhelH0W8lwtDc8Vka3Czlor4b0nLy/eU1xa/GRxJ7wG2eBVl/zyQ2qC/vj7uY3J3GOJqvoP1kHCXyES/JNgxShuaDCRJjsQByl1kz/M6uAEPoKwn2IP7KCW1MFi17B2a0jSBEOp2VirnVGlDzTYf14zqb0UImuvzxTHimuLs4r3/Cd1nGqtZOOHVJQ1FuPLFlLfy/njhM/zkg7F/bTUDtrFCIL+3pHeI73HerleqhuA3t5QiGgLibmdc0fm4sG543PRXDZgNJm5dPZh6hSdyyrmDwpXkODCawncVqL6wCPeY17kFbX6DPB69XoKM9AZGAngwcA4UYpkmIGzwuS8DKaiAmZeDBE9r+VIy7EW3MIwbWmJxSjUfGd+JI8H8+N5NotTqPnToJL6NxCYx4Q04VNY4oJwI/9tMHcfMsyD8+iUpKkiU9IPxLp586qrReAC1QaXoZpD+r6tfSN9R/re6OP7xEAi00fmP/plzPTJGi7RwqUY5RIthCNlWhB+u1BoBW0H4QkvNHihl+LmC2W8TMcnU2DK662qEqHB1+kb8G31cT6xuYNxWbYIHC/HqP+fggsaiDxbSZMg3AGmOOaSBY21lGMOiFpzZkDmmAOVHBPIPLuy/dVBtg5SI61VMq5LLkIUxlm57t8KhtS/hZMEhvL0/o2Rf9HIoiOLjhG5m/WaRYtI/8YosaRzycgSPLhkfAlaIveaJR/SvxWIwFWd3r8xOlJ7rBbVsv5dW0v6N4FZ31k/Uo8H68frUb0Ms/5D+jeDqT69f2M00n2k+1g37maYdnfX1FCoszpnjczCg7PGZ6FZMtRZZ/ZvS2l+Zf2J/v+NKTl92SKui8BZSue+pTIFl35Qzq+sp9oLdk/lT9SyJmik+Rvl/I0fzF9RJ0HttZRzz+m2UtrMprlny7lnT+cutx1dU5Nw1yXwHMVc8DMqQ6yikmdLKbOKDtEZWZqMpprZ7Wi0QUoDYZaKNpMlA1YNrkJglbhq4SoMVq3yeETSdX8nekzujHIuVMxb139p/8EBjkA+vhKuWblp5YmVeGV54WolXcaid6MOt5S2z2CpqO4tkV/nZldS9XV4dF1JqknTWpqe2OdNEm0WJLJxST6if5upkE639uLlHaFpeT3G6qqS6lr6I6nr+7SuaQo6X8qkKegZHVIay0kpqSRNRSOtZHphejCNQTpNJLeasdJzlEIxOY1O378z6onR9IQYJfW3xMIx5AxCIbgltCW8JfJa9K2oQAmRgmtSm1IniDhfJkSKEiIlEyIlEyJVJkSKECJF16YYIZh0WLeWpidGPbU0/cU+pzsDfBJBzqTIJfLuWKFMFFAxJgLlMSHRBUK27rRwPgTzxfkL5++Yv3v+4/OF+bTotpK0TEAIxdJYXlo+UhNKgfnzg0GxS6aEKKed0/eMMiKlTJxSRgyLSGhb175uxrqOS9svnXFpxwHxtc63OtWUPH1wTd+mvhN9uK9Mnj5Knj6ZPH0yefrK5Okj5OmDrTJ5WmXytMrkaS2Tp/Ws5ClTJy7xaUlfnA2qOJ3CT/g0V15zhGvBiKiBIGfI7c49nuNypDhRrTFkQC5HJkW2MhdhnWCYplE5pRE7R1WlTK2css6jCtP3Hqcpee9xUU0uYF5cvDbDdOKYP5gB+WR+OL87z+mJcrwmvynPgbwh788P5ofyR8i8q8gDdprMXcoIbA1MWqaOT++FFir2lh6idVHvl+pSupfU5cQBCOwGO7LTAmt0pBp2M2cUHWJNd8ZKvyz0yzE8s5Sx0i8L/apizKTENmJpqpVTjZyq5VRFK28v0SDALFVMPyepjT4f30dSaKUPZs7KWOV+RdO9bVmrtJKjyQBr0jps3W3lDNYhcrHDeszKD5LLI1ZslVfmKypdUfnN2f+/113uw4FyHya61QLhHvDKQQiI7PZcHo+V/kU05PPhsJgTu9ZlWunXf6sXRzSED0QNUQQNuSE2SMZzPMgNkhu8Kbc1dyJ3kg2b8b3Lsyw5hyWj8/oyLO2ZzdK9XdKv7SwRNatKmRwVAXNndPhyjakGXqgkQKGy7QPltida+I+FeyAm9WeRvFmA7/pGFuB7L2ExlDVZzWadTrQMn7OWdIHYooxZjK39mza8GCMXnMApORWGBsuQZbflccu4hQeWQXKD/1/23gQ+yurcH3+fc95lZrLMTLbJnklmJpN9sswkJCHkJJAQCJAAkUUbgy2b2gpBwF2CAoq2BTeqNVXqgntRXAjaXuiVUheidLlqrwK2t8u9vaXS+6u9Vcnk95zzvrMmVLH2fz+f/++Kk1nf5/me5zzPeZZz3nPWpG1Kez/tdJqcpkspTZdSmiGlNENKabqU0nQppYlBEqWUxqWUJp1NMMYoFzrH+3/l87flE28/ST5Sjf4xgdfreW1wX2dAlAirqv3i2VuhP6c7xPM+SwqK7PfPT5uGzqGU+7/MHG424tlrPBdHPv/8ZpclzA4oGW8DeL8NetuWta1tO90mi1r3inG95r1kqf7c2aU/o//U51LQM7Zx79o2qXmhR8Rotz9eSHFxRLQeYRxxGOOrf2cWvmQiBw7lQA4nXN/sF8+OPPG8L8mO8vmv53NyTCb2hapQfkSFEMFA7prc93Npb+6y3LW5p3PlXEMouYZQcg2h5BpC0edqUSi5XCi5UkQOgdhRJhRA/K8MjHxwZrBfThK5rW4v1VAxvl66cj9PKafZppGR8bdY8bRpvOZJWtjMQAub2uZvYTX1fjjY8mbLyRZ6rAVa2IIF/hYuG/yBgNMm3vIURDyXVohnZi5w48XoJlvCBt2/TqQDobK/kefC9zkm0S+qpegdfnqVAyEV5qXqWa6x6iAxtOogtlb/910vdQQXyAF5I8rEqCPA1OAzUitLJZLXkygzUszmzvMXs+Zmbsv8ngy//2Qx3F+8t3i8mErFvuLW4k3FO4qV4pDHj1qzM/5d+DOff7a8FFunT7UrSDmFF5JTRvTsLyW2Tv95rsO23BTdFsyh+z56WprGEikZKgd9CVfliJ4s+4znKjHE4AtK/Lyz/CP0F1IrX0OhO+pAeL1WCE/Uei3MZB0cEiXOydd4ndM1Usf4V+UAn3dRrjLmECuUqVLJ87wPy2Fk/C/MVu4x6X1aZivzldGy0NxNSJ+MNVZ5KcXmj4z+zJV38TVWsjS3u7SOybY5vjnL5tw/5+CcY5g1xa6xCt4jt4hrPzZqSj/Fa8sOSPL4b1iOx2O14uVun3vIfb/7oPuY+7Rbc/OJAXdoMcwXQ4OvJaQbaFp4fWIK1H/8jrSKy87WAE83AP7lGXxyQ4Pdzm6phMpM9JsB/lF+gt2fYUuwYndKVbCpam/V+1WUVa2tGqraXSVX8REpM1MvWFgS9IIFd7K8t/tRiusGQ3YhMMhnQhjE2om1Uv0+KiatWCGfxBUzVXwGA/NvvmaR2Kpbq3uq11YPVSvVUmh5Iu9dQJ0ukJ8nilQvvcZyM2tBq4X6QrjRCcud651kkRM6nGCyA615if5copKXr5NPkBOAJtCEAmmKIzVnhL7MEtOy3dmEZAPJzi4Ywd8kZaZKik0hlUqlAi6+Hj2ZWaHGCpLVZnVaqXWEvsVsS7OgKwsasyDLkZmTnV3/kr5SHRq3isXqdaN8TX1/Kz5O2Rsbfb5+8L1xqjbLN4AfpDTaDuGHmT6+VYftVE21NKAf3dfP78p38pX2/Oav0GnqooytBTwOUcc2zhESO93xte7822aQn98bfL2/aa0vNW9k0/iBax9lKVW/B1dJdk3jk+v37vjaNqupzD69PmPD77vP2wueksIk1Wz1nOhrnjLnwfU3uLuvatmVVr7oktk7p5Vl5PhSTAqlMm3/t5mO8BrQFaE1oInPSK+MPSrW1u5s2N1wrIFOaWjw+RhYG1sbSaOxjic8Xq2DP8sf4rXdxrWm8SlSDXNTKT2dd/UaxyYH8TnA6ihwtDoGHLKD2VL8DlZc5ndIkam2L5iWoYvPhHUxF/rkMmkK31PjTyyrsrykhJHqClaxo4LyauNQxfsVpyuUCuGErHZ/BdfPisiqRX2tLI4TqI8hOSXVAguekBp57CiirgxLsl9qa0hP4qNNE5sVeLPpZKiUnuRvQrXCUXJd3JoPvr4nas1Hbsyaj1bm5jXk83pc+gofsz7N3+frW9Y31Cf38eU9qf4uY1zv0icWDW8V5e/4mpyo9Ra5MestDB6zZ2RzHlOn1tcLHrN8s5bNGpolz+JLclJ1N408Wv7neOhrIOQDKKu/6H2qXCRqq3a6o4OvHOUeYgZ3dLGLOCK54/h31R/x6y3fMXLnv+pekkoNAQdeXM8vjl2BAeV/97XGOgUc3y2PGrrIpBKp5hnSLGJzp79ZaE+y3W9rBqm5sXYKI8uaUIOQIp+AGYysQ+c46MuC1mMGrYrwTL7bLJ9tJj/UBuoV1z5u+JldxrVWX6XZzEgVvza2Mq07OiL5xq+HI9L5Yu85P8vSFFWmIBGC8ehaBZT7NdA0IuFHPhwYa32Do+saG8FXx9/ZRvlZSx7N22AFbwMcqd85ZTo+qi6uuPhyfPB7cqjUHHwd3hx/R9BPkE4yP4gbFlA4VgJ21B0msa4+v8RaOvySpJoTTBaL+NaC31pMjAOSRZCMH0oyfiirTGW1HX6VZRb6VdVkMZkTmIi7C4tF/M0SUxz+hASQVUVjIuCe1iECb/HFsZgW1fkGjTu+GsVZcaHXvInGnXYDF/aXi9OxY96IncfiflBTraAwlJBAnI031IMf//ThY84y97Lz8HEtPrhcUoL/Ab+WrtTlAovY1ASzxWRhmGPssNxvIddboMcyYFlj4TK4Stuu3aPRSzRo1GZpSzVapgG1agUaSVHC8uGXMrlXJjUySLJNdso0Q5cVpqwopm2wC8gK2ACkHjphEVAPYFeADZAIBSKJLXumI5Gd0m6JbJagV1omrRW3l5hk1Yq6oGmwy7THRDaYtppIp2mRaaWJBkyQYSo2EYvJasa+MXqCpdc0+BNYkQe7gfCNYuyU6rdB8m3rUPK6mFFwXKfKo94JZ4odMdpvqBm+1YWLXw/oX2b6wnKP/5J/HP5Q181UfHjxAb+e/dCcIXw48THlOnZd8I/4pwEfwg6eGb8WuqVO0R/XshohVuZu8MtMVYV4+BuJqLJVKVB8Ci2kXLnYl3f6NTZ3sZ7XdXXpambLcfm5jg3RnXQ3pULVBrmu8bwn0lbwjepAazN92aPRmB0cb03Rhe6N+KjqzOzcgg/dnr42vhbulBoMvUlmGbreOLL8FlZc6Y+ymGfxM6EZSfg5b4Yp1M38G9HdWfiNxO9JrZruJ6ygHP+kZPmxw3la+mzxdD09tadn+VEFNEVhBS5/yKaq6vTGurJdfqsGforqwU3RzH/E9YDhZbz7gfINFp/DT4UgyiXeTt6JQhL6W96p3IyiPwNhYLqdGfe8RkwvO/Qm6vOI7ER/31m0smgGPhz4yO7M69yMjzR8hOf71U3qTzCOWG3Mqa1VPzLWhZkaGjSN+/rW+p76ofqD9XJ9/LowYz71J6H1AjHXS729eXni+p6enqGegz1yT+z1fBtIcJHvw03Yj6nPUkUiByj6H0ncJ3m4ptoeKEzHr13Ll/Px/UPpATlZ3J91RL8/C3/ZjR6qklZRX2plalWqT60eGX/n2cQMnsuJ5yrjudJ4rjCeMbH/8LkLLti4kXEPIDLxQZ3Hf8lvCh4/DvOoZgmS01Jt6bUss8i8osEs5my/RfLZwCbodHevXMnpVKEjrioX50AvHHfLycrrBlZ+P9crH1VIXTw+e+mF5ctTUxlZzdUnJcOPz0P7CgL87b4m8cRS29r9bDX0rj62mlSvZqtPr6arpapQ9Tzkd9uQx5vKCQMr57EceXQyM7F2dxcXM7LE4LBE57BE57AkzGEJ9C45toRUL2FLTi+hS2I48DZweavtoTYoadCH8eriF/bUHqkl+mR4odvPn1luWrpf6nP2sT4qYexGnH3V+HotBnE7+1Res0/t66mdyh6c9mDrg6gRFzJzhv9ClBVfFaHPAfXr+tTG5S94/tjg+T7yvOiFahNmcUQEPp4SPQByFunPjhzxzCwYYq2dMTRj5ww0tD+xxBmt6dVsV/qedL6DAc/oE7DTyDxm7vLP46x17mLWNVAuGe3NFfMuep89Q6rhK9KXnyE9YjSzJPp7e5b1kOSeHr4acf6IPhMinlumied9zQH+pM+EzK+ePzR/93zZNn8tvtg5/835yjJ8eXA+nR+ZCREr80PtFrx/HMV71TOkXZRl+TrIX7Hk9tbqOkZraC2to6TNANBmAGjTAbSFAbRVtw217W6TbW1r8cXOtjfbFF5kPdhG2yIA+iP3EYr+FvXAI1FzL4NcZ19hxfPnT53KiG3B2gW7Fzy94NACRVqwDN9Q34LWBWvwk/cXnF6gLtBL3Av0EvcCo8S9wChxL9BL3Av0Erf49IJx/wLsjEht28hvdHkUhuRhYFnHysmaVihqba2rQyzta9t3tz/dfqhdkdqX4Rvqa29tX4OfvN9+ul1t17G061jaDSztBpZ2HUu7jqXdwNIeh6U/MFEuek1dWsOSeYy/sHVh78JlC3cvVLjSZS1cKIkcZgBl8v4C2itkdHqBvMCoXi4wqpcLjOrlAqN6uSBUvVzAq5cLYqqXoVLOJHJBLEsQy8rnkaV1FkYWR1jWrOmoJBwCiuL9dtorRHO6XW43ILQbENoNCO0GhPYQhHYOoX0SCFwWwZeix7Wkavjz+E+lAr4uQVhJMiaX1T2sh1zf05OQwIR6h7HjtVHjVVI1+T5eW7QPrx0Z/ylLbm3NzOTAZ/NlU7O5iYZcBUiD4KG/Up6X3NIfn890ond28onyjEK96GcXxb9nWGaizV9gBmo2Wx3WvII8Xx5NkvMKnCA2ayzAkEs4YWbHWJC6+E4KxEatBYWF2gh9eZ8RtCUk2v38iFWakGHnxDOYH5//9dmUdP586Hn82p7n4KWXJCZl2DLQ19lpRl6ER3Gez3akthyM27znnkpp5K4703ZEhMhic5TGLJ+U6eMB0DH081m2w7Xo87NERJTJj24e6A/tGKOJnXP0SorYRSfFnmZFrynqJ3zTAHzQX1la2XAeRvTJiWqCw3NRQcmThOR3Z9fNZNfe/8r1JVl3LVGKbb6fm7+UmLyhfHpa8MxYMH/mXJh2/jObLx/ev3Ur98VPSe/RZ1DGudKlLCHJlpzmT7bZC/gU778zG7aapEOGLDbHkvlmFj9mFqaarJID0hWHEMxUv8Ns5ZK0mWX+JOWbfba3Ttl+ziUAfIeJTJ/vLb6l6BG+uZ+IdMr5IdOafkc7X+2YWpcmCkea2A+BPqO6q//pv/ZPv7qtqy67O1+urltw/s23VH0ZnijcXiivK33jnq/d+Pj5EMjfmP/o0ZO3JiUV6LpmjbFZNXEvfux4jpKFXNe+/9yXvlRWxkSR1afXKawxdhX5/XT++289N2eOzRb5PQ6I0XvRXP8DKYlvvvMP2HoHxXjiGbD4jowdmXyPnVP6Djs0fled78ZsphPeeyP4B2UvZArc2dJ/Pp/iNCXzfX3fZ2b+wlZawXv7r8+lOfzZCXwnqoRUlspMif7UTFsm36BKD3pZliXdzxOvHm2NtknboR3UPtDGNXMr1V40hND3RQphdXa2FWyrrb6xw/zE87OIgquT/vKw7bDx6lBNtSSmfLiQHBnhjag0sW+bvkGVkJcTlnf5V8/PLElNTPLSL80uWVA6P7UtDaX32qyBao8juXLukiK7cyG3k12YgPxQeVEyS7NZ1Xp1i0rq1U6VUFUmmjmBJ51E9msztD5tvbZFuxO5ERnbgQE1Bv7cuG3HRlMa+8HXbztx/FAKz/ZqqgtddrFhvb2O/nA4OBI8ACugbJi+BV3DwbegLJbv+azRTSGDwp3qQypZp8J0Fc3IrfpVGoOCqqad2m6NbNFgLeb7URDqMD1EGNEY+H9hHKkRHN/94zB2xY7hoAYfSbE4ZrBSWU1TOQo5jrH5u5znkLZTo5yvOcI3lu1ZOMJM+vbwWAN5NYqfSZrCnHsUIJioqyaLRG2UUKJou1W4TYW16pBKVGTDm+abwGMiCyV/+Mxs+oKeh0wP81jE6vargK15QYN7uNBMFkXeL8OjMsiK6Q4VtqlwhQooaThCoIssIZgo8tYh35BgD9X2Y/fWcf78Q6OVZmgwg4Fg5UKYiV2rWIJHYesA/vHH4jBLtSzzcQqLBBQuWEVG9mpUF44iG4NJRIcKoQEK9WZ+O7hFZ4JKhCxGoCuKvia1s2KUnVmmL1CgsvqKAncosF6BFQp0KosU0qCAgtzUKIUxmmYw1XuuQdfYsfyFqCKoJ0cHxnaQwbi2tDNXuBXI7l4Kj6h608gLQqyoIiZM+3zIh3Ow6/oYaV1IfhDuQhTgtz9ENSE7eOOuD1rp5bH92M48hqJgEwnsUmCVcoVCzuP6A6LN2k4VdIXxnY1nPMvv/dKQ5iVjF8pTdH7kaiHPepYv5Mn3A9ZFukW5UyGLlJUKQUGqRvNCIuyPkyG5eji4YmG4t3SFQHDh9mxks1drcLMMN1K4gsISupqinfnpDEpRHbnd66r6YxmKuUy1O9QHUV1uVGG9Cl5dYa/hCgtEi1XXgRiF5WUkYyyQ+qE/Tm8XrBIqJR8ee538eib+MfJ4X7ivVzK2jR6hb9HfUlmArKedHClsVe8KD5KoBjJcJbr+AQ7wTjRdHCe4PYf0u9Hns9fZ6/rjwUXGKYHLHgF2EVSh9IIHOLDdwMAZg2saKxqmcBXdTskeFRarq6LAfIplTbQtwe86SOEaj9wGyY4YXv2s4UEVyLfJ44RcQ24lZDWBCwjMJhFjxhFrqwobhQ0g+wYxPIdsgLdZ18dodZRE0weMLgFHFJRv/XWY9wvHwj6iB2L7RJX8LA/QBVFCqHKH/KBMyJAMl8uwXIZF2AnItVYn7Qs3XIyZIeO2rELjVi6f+ckF8sNh2obed7DSm+ndSFpX/mPYh8VC/XcquxWyTrlBIV+ZOJTEGoHUH20G81ehhumC/RdSrvPzhO3gaja3VIPt8mMy2UC3UrKaQgeFegplFDTqQPYqNUzhSvlu9EWKxvsCbX2zMAXDDnIJJESZQqwtxJvC5LbQNajbwiVnjstTG84cp65YrGZpA5v1kAZ3cbj3IGB6pQxbCWwksIVvptRBN1C0W5pBYzRR+HQ0W7KWg53cKAaEBKN0dEDHKP4LwQxEcM6HaWgaY4Mc54/I9n1xOJezZmGlDr7BEzrT76rkMRnulRE3XEXgqyTGCa1Tbzi7ucbACkOCKFj2CKxByMeODo5wWDdAkuE3PFF+w4O2eie3k20qeYrCPRRupvEe0bCa0TjWYWFwu62L4rrrIzQWzrKUvh2rW+exwHrhmB5WYLECjwuGt1B4gsAwgVsIrCZXEtJIZnFt5o6Fyqj2fGiv9TU2RtmO0ewQhBhzRQTPvasj+OTECSXenpqZ8wEF7lLgBgWuUOAxCmG3gkYV5UlEc/tjGE6wIr2dr9IGziM73M5rWe92Mfi8RuFbooXrdYUkJRTSuR3BTBX7/wmZoAZcLYNN5o4jYlmyQoRV8aBrp4qfYwvQbnAAqYvr/4GIAoTFEWNFLRthLrci2yenla9XfXJatkVjNUtfZ0tvEVgxANOBLuHm3hnCShGsYeA3qPC4DPQqmZsbTZNBDMBFaOZRGmMW4aiwLR20GJLi1XZAHw/5A/oHJmAPmVbLVXAetKBpnSnj4F+l+4f0/ozgv5p1I3hNjZaybvSPaKD7aMT9BIJF6EQGdBgxCo5wJRPC7eOIJYF4csgIUwccRhxvcSjqi6ECLW5skKPdSb5GaAzWZaxRt7dvKRAaEFBMO9XdKgc5KHBunwSfgWxyXFH9PwHRVbAZ7KimwQMc0XQcfg7EyE/EVXfKsFHeJpM9QlsfAwCZqJqZuzMV7cc3GnJbfBM9w/BLIWT1wVzO5rt/GkYOH/9KyQ/RF/amSp2s9EpALQJ4CGMr+Q50jmju28k9hMgEhNvk50+g5xR+0hdvdYa8DW/JLW/qeujlzD55T3ZzXu3htlSw9CdUWMJ7Eg3ILCsoQcMHjXLRxTRCjFxeKOSSOhB8fj5cT0DJD45cClfpOtYe7rceVnmHBjO1xRrB/AjD6+0UrqTwAjkiRMT7SlYwGdQIZxjOAQ/VTj5a693kjXTT091wrx6a+oNHkX8kX4lg6GYlL2mva2SjBqs00GHE80aJynEOY1IEsfwfDh7qEvwxJrgkeBz5j/2QtMbz72NVJSpkqZCgwpsavCQwPEbPBkN3Gn8LBEwA8s3gv+qCwOz0ruDHCOTMz2hlDA6TdCFrvFmBUgUSFPSd2wmZQrow/qOnVHgXkamwR4anCNyLOqXI3IsIH4KuJORHzmJBhgmhnilhQJuDv9MByW/8FdF88ls5W8di6HaA5SK3e4XrupjAElQggvosIzcQubKvLqx2sV7EC0KV93bD8LCSFvxnXemic3H0zUu1ezTybRVuVuEqFaaoXSrJRMeoOwmUNjIxhZhgPh7VIAgz4jUP0Za3gvfqKbEUfGtY5Kq7ouIA9xTaRcnt2gMaWaFt0MjN4UEImSk8EKHmUI/aRu11Mdz69dhtkvoKZo8zh4Nv88Ajlp/rW+ojKnlQgxu02zVyuRZ2IWF2prOxG4jmF1/VEHUU2hYny05WcqfykEI2KjAFupDXQyq6Bt29EiOLRTUhYRWJlSYfggZ03ZjAkr41PDZF96ntUXFOzRaec6GTn6mASdHDadSTq4WehN08DlMyxX+RfjQMZrJBI9axHwgu74MquEikijC8JniILIux135W/6IGIypsEfUj+oAoQGxTDERLBQzdy3AYZJJw03a4lkOpnQhlgqNZMR9mixEMpTJ8YfAFVDV/7PjRwHIeFPyRedi/aXr7owaL0fimxxddbtQ5oWYNfzl4HyaGUqwPmM9q1im3K2S5AosUmKFAQAGvgqnYepl0yhjePmrkUugiZKFpWvRQNUmIGV2GyetDDUM1+/WKscFQHhjp97msok+XtkmGxwjGRxCukXBuW4zISnANhbU+H19tMkmfx5VHVnTD/l+Kdi8Pzguexzd0iYxFGj8b8k4FNujVpZUKXSRvlMlMdAfRbeZR7lma3R/X7uhYd3kX9AnO/cGnyNYJdRO9YvcqcseE8UeUro4EkA+IcOdd5ROFHFXgkIjzbyVw5ec2AohTQMMY5vejXc8XuSKdOW3sCnrFxLpJi14Q2BqJE0sp7BYAX1feVcg3hX1GWQX3ZRgyyoTqg58DgQlkk2GLi8BCEeyCfkwOu0RyyIENkh1/jMV1IWtAUBspNNCZlOgD0xYDEXrY6NwwBpHpUxFNmhUinkuhSmSFHE8ntJFVMXh8LH3PuVjohMJNP9wEKdyFz24ec/AMMFZfBlnnbtFIzARXiGTwuwrsVGCrMNZ6Bd6V4VUZdsl7ZHKFDHcSuDnOiuKs56yqErHf2HJOP3yXl3Ow+Wd++9cJ+WEfq/1Yhl/I/yHY46h5mwJDCrwuwyOIRoaoOsxnsySIMyZU1QWCfTuq6eUxsvkym4o6KsouSyIJo151EWULkaejH/k6iiRsQCLINRnpVkzEEZVrwcDkdnMJNCEckR3ays7Mkhvi7WYdm6nbzTtKGBmvioaRYW/ebkwPHFBgEwaRJGxDoWhQMkcymLN2GUQ6LM6GLoEZwoYwC7S5zzTRo0OxGK9kcx4RGEcUngbywg+ppxBC+F0dHibSfepyldxHvkcQJVwXZVrnBHQiUnsE6flQq2eAtsozWeRSY04nehyathixKnqpVIyTAuTt6gMqQcPfoGKm+rhMbvm86OBsyK4JZYK2yk8Og4TuK4KLr8rN3WbY3N3wKBDgYbOZ6zeRND0LnJBCxWaByOI7HwyjGn3yZcwCIzalSlUsUyR6Mi8VoHo8iAo7JO/kLeKl0YF+n6AcqdlHjOUS6ECS3jMueRmXY3EY7zTmvlW9V31CpUvVi1XysAzbZD6MfpbUrz8++9t3CVxIWpT8scFe8m40H7O0ns18VYVOFRpEanEXjk4a3Glkg0co7KfwJIVb6b2UXEdhKb2YEh2Cng/xzuN991nSsrjeC6chbwXvugRGMJLGBNE1ds9c8m54/qI42gY+0gt5R1TaoYJfhTIVfozOTrtTIys16BAZ200KrBTFN35kKbmVwnUhkUXwks+QwsZ5vKhk9tlLYL+eTAbGXkdxGpMY0VjvZl/5UIUjwtGhvi9VQczwIt4PKYeMLhp7co8GOzXgc7zkqxos1qAcBc/hb1NInwJPUbiGS/3iz5uAxkUUE9vyQPBVvS04Wi8e+6iLvGsUoSNt4fFP948UuFWBqxVYrcD53Id1KqRM4dOXt4qQAmNtVKGd2Fz5TpncT/YSgl9c/zkz1IhTCwPdFfwXXUHkzcGsDvKuXuUzcBo22MJcN8nfksmTyHYHgiBfI9dhUMjzVX5Y5ISUNcqLDcTkrGgrI8Pyi2Nvz+OmEhX/qnxfvu/wmZhLyTWEziIwJSoh1uuqdRPSYYMyD64H+8i/YX46tuMS8sOY3KGWZV6sXqVGDAtjIWFVcTlpVHE6ZN92w9GN9MH1sIInKN9fBVeJ/DdC/wIWQKMWie9MDQ6ocJPQy5UqHNBrHASiWGuIIyYh5hp25GwKFm8eB/qMWgsOxa+eD98IHiDXxNdaFjLfUUyJv6/BSyrsUnm5iU/1XcmnMwwYXM1VPu+HyvMZotOBCTWfo31GqQVDQcRx39gwvSk+n7mQTekT2VOWAv+pwkkVRlUe0i9X+ZQiLcDYmafVYTXm8RkXjenTozOI1+EdwV/1wbAY5Dien57ZKl8SxmPEZlNY/l9k+LEMN9FH9IzG0F2d7VnisLCS6S4FNWGYM/npfLgRpsXUCZpYwS66h5LHuOXeS8i1kTALhU31mZC6uPJAuB5BQ7WWPwYH9Jmrm4PaMM9Qo2sfLczZqUGDBmaNDw/mcMbB+5S3whwTak+s3EWVWUI1HZ52D/OCS9z6kWZWsEfMjyFHv8azrlCVZUJJ51M4hQo6gl3wLRE7ROQ2jbnWK6Km+xihyEXEqgtViCqtmCYvrRh6MNmSmOGgFs5xDT6zWImeUKI7vl15QCH6eooJqWSoo86uf3GTJCv6IA/WDcvrz/wMhtcGf0rvirHHxaxOj3JnqHw9EhW8NwreDUpsHUXjZ7lws/x0m4wPdMMlHZ4schg/Iy/+awyOi1jzAyJ3ukm3QdIpsqfbdZ+zUtmoyPvJ24REZYzhyk6UWp1LXadPzG3ydJEjehza+WgVjWmamE9DvxxaARKfOprPXtyBSco7fULF8M/wRcH7MX2M9i/trETEpvVyp7xIpl4ZOnneLKYNbyZUn4PnAaYccqRx5Rzoj5p1F7Uc8m8rMVaPG2eaWSGmo12UD7p300dxePnsxZOYukmf0ZQFmG2PxsYN17KeW1Qo5W7tIwo/4sHMrUY+UBrK+fTpq808fdFHWozeKDojpz7lFk7/JBKeIZo0/TNm22AgvpsNvetaCxXwFZEF0stmjd0hr42N177JvvQj9EI8W9+oklIVdMS36nWejZQiYoc+VXiFBg8JU9GLq8tV0LVjG2ZmMlCXPqIas1vowSWzAK5HxnG4Dbj6ABuZJJxgNgi/FvpFfkgvm4OO7I8bY/GjrEXm/BEPLX9ESaj+E8oOeW5I1qtwXgjt9wiIGOmaqHrQuaWI/Wedk5u1Vmg4zxHpZQvGlpKn4M9x8fGXWD3miBwdLwrJDxgI14Xgbf97MtdJ8Ogje/AA7/wqaKL3SrG5Vj3Lf5gfFn8nJUsxeHoM6Llnh8jmtuAwcjjzG2OOsDhqjrCCE3+IUp4V7pbpOrF2phP/0vV0CxWWLRnJY5Rt909q29zyUCXQLV7WM7ZY3sN5ucJt6WLl31GfUsmtYlLlTvkhmWDiuEGGxTKsikkfJT2gmDR91PvVZWSQHwSXXQ4vwq+V/DOlXXJ5FD9eP+mq5/PTDpWI2AJTmvM0qEczEQP3emWLQnZQno1RTMW66QX0Ur5oJZzQmEMZpPkzJTRGtckTCaw+CN7AwfEo4d/OfLNNrg3+HjKkGIzr2eyr1O0qmaFCnYFVVCf0hT/rtYc00qGdp63QqBiFROq4PSZvPAeUMRXcMMrXg3t0lLx+dOaFZnnK2H8Q/by0CM7b2QDmuK/x4HyrsSpYgN1ItwnBrtNu0EilBqka2ocGj4h1HtvEOg/M0YWYyddQzJFJ2wt48mgO2VA8+PjlYVED0tmy3wN6KzBjVM58Mk0OiIwx0gYT6kO3psBHfF6iQ9mgbFV+pCglCmiKA0MKso3wGtDt8gMy2cJn5cMjUT/P1qLyRROGGKZPyRcNjIMxcfb3gi9fDi/xXLFhzIYAI7miK2yP01gRmsKDgjsNR8LRuWJ0Nhd2fgPGbH1UsjiCvERYNUVujq0DX8SabjcWHq0S45o+O4UR3V6xLOhWMcV+gci89PlOHs7wiOLTo7tw11Debt7svwYvXgXf4zH5X4Lvjw3OJz+AFbF1uRmseK8K96pwtXqLSu7C8YCuoueScRoso7LOPwZv1JnygG4eOY5Z54Q5iVl8YpcvX9mtwW282oFpqB4/30Mfo+QWIYW45JOX/zEO+SwR5iSz7D8N3q+j4ino2GAbzQo+SgZjcHWzsi3c6DdqEKmdfs7Uc4KB6Mx53jk2WEtXjfXT6+LnCJD/Hj5BsEUldygPYoK5VhkSM3rnmGnqk7ZR7B8MvrEK9ookk7f822fmyHMmrLcsCTkFUan5BoFLyNXkM2eb0XP8Ad0GkKVgOINetw95dYfbOcAaQ2XfVeoVIpznVUbh45dQ2EvgO6KG9HlNINoCxoNru+E6DJN4VsrtkpFDuty7w76xjmUdEFnNIkXMc1D50+dIQ6m1KOB0k38VLf0aeU+/p6I7rFPVLONmFT53BQcVpxuuhy+JVGQVXCcmfqPpL2S+LRos4oVZXla8QtRuhA193prJJLrbDbfrEX1XcOQrcBdG9S/HypDPAZfrOepWvgqaD2zr+Tr1h+RzVV4DQRSA+4M/7YY7UHu5DNbCg2PD8mGdt6G7rcz1Hwq8pLyukAN8AusqAuektjFlEmQlGJ0Pd+pzvjF1kika8OI7uiauoNdGlqWctU4Sjj4n1klsYw3D+lrRSO2ihNlDhRH1bxZGQhQDxjgfXow7TBvvi6XZxlwrRO0lU+N12S4CWedWfjlL/YWLaRhWGutrY+oifHUSpqZ62r5C3aCSRZ+pLmLEs5NVYIaDbyuxdZF5rHK1eiWOHwqU0Fco0RWQL4nma+2iJwr/ZqYY4y9iFprY4XqRHcK9K4Nn5B/E1ytnMFeItWAazplCUeGnJicQn9WFazI8q+Nsfyd/aWM83y7mmcn5ctk+JsPdMpw750lzIuTthwtEjsZ5v0YOi4Xy0bznsrIDYn0NjjTYeNHur3/udHESAHoZBHsdARzAePJA7DqXWpb5iMxXTn+br6KMysbkybIxUWwR+ZgYT8fGgzf0QRfqEjzUH7yXJ2TR69ramBejzxViDcuV5G5ClhIoEQvtaHjBZnwqFjvpHZWK6UUQ3ggldu2uJk1l7id4XeEelSzh+mtM+t8kk1AaRjSxLBSlNzrJDF4o//pT8MvXwss8//r4V1XK12PW3F7GOiKJwh6KYR2Ps0QK1qmRh0SKIJIwDDu/Qb9DyTWxiQ1ff2sOgTjr+ttwtB2be/0pOMSB8QjwT580IrTg++CMXb+8lnXx3OtVlUZgYsjXpkGtxr2HuMtpozFf1095+hJJD79hpC8TIU5yZ0sEYZRPeSd4j44Qo8FTn2xBiGMnSWHcGuuvswv0vGu7mBfJUDlUqoiJiQ3GYp+HePrFp+jS+M5HQB/m4fwuhYQTr36eeJ2jZAdC2VbU3Fcs/h8HH9fxY0D5109+iPjDa0Yj6/GH2EJMuG5RXlOInnVRzLgyeNIFr4r1JRt5zZqvyU9XETlffQJb+cLOJwi3abJJ3F4Um32JcftQrW9SzKGiVQRzbByhQ+YjKgKOWpNv2F89K7iCitnCh2S6Q8wY0nD2hWYXGsFjzC4277oWDg/L7k/e4+aAtN1RNfSyh/lNlrtUguHJpfQa+gSlS8U9GOEwE304OopQ10zuKGKjy3eDc9bBASO/OlNWSz+EO6L58vgvkxv6Y2pEe9U4BRiNj/9c4fjvo+AlOn3uDmplJlKpGPqLWd2IBsu19RpfkcJzhztVulINm1CYa2j6Lpr134zAotXtV8EdOg6ePHEk9wRvJqvisaxkU68SkxTpakDli5XgodC9CENi4VOomPu5QIXvQIiF9ovg3etQraaJ1IpD++tYB+2O6fsLWQO6Kr8C6QrQPaGsmwyJtBsj1NtlWC9vkSN1BoXffBDR9ckVQaj6hFTraPDhdTAKfr3HlNwzTpFq6XiMeHUac6+iV1ASq+nhkFUR7izq1odJ9d1IstbBiwar4i/H35/XyAofEEs3norUdZeSi43p71iLivdjkdnpVeQvw/LDn1zQo1wal8f3sym7xKSMscp4m8JvphJrQviCkKso3R41gxy6teszKmDYzuwxhQw+5zc22EOegMd5OS++loF+9T4VbhV3Q+CAhqP0qii/plH6NywvzDa+lvEQLBAxUQ95z8i/IjxXsZYbcdhfJXIw44YhkcEvCmW0Qi6r6edT+v6QM4hV+tPBzavgJ+ARORkCowXB79C98fWE5axFLMrwEujjkNJFxYU+KHR/J7+LEtyKvjrjsahx/jNq/0AohozV/lXwI6jRxUX7xrbKt8fWGbpYKUYjYQjrxboc/VaCz2gA/frdUzFJGy81GCyJA/nNC8sAc58HxGICcWvut8WNfuc24EeP978MLuiCu6B9WJ4yZg0euAZq5SQpip9ZmsmKjTSE5+DiTuXPZQEhriIt+DC4sgt2GBU1zraKXn5fNF+N35PBp0LJHhm+JcOlJFzImCDKyTJfYehd5G0hxGvIGyKli2lXLct6DOXIS/mf1ZxiLen94G1dcI8Yp3kLVos5zkg/dbNydBAL+ZIozOT5wMyX7Twi04vPVTMnqmQXPALVBt9rg6N8H1Sdt6GTNaL+w7mRz6iDMcrXBTsN4ttCa+MjuXA9y3uMr3PeRkloFDbUTzFy0mOjvroJiwMmqxfQF87MHtZzlkhuX8nSRbwmsl1xHwlXL4Oujjt21TKEiwbBYPByYx3FmbJh+di8WOx8TXTGXgL3RGoFgrh6NuJh0PYQ6gvQD3KNGqYXwQ8mrNHQ14MkxK8H+RQmZ61G8C4YhhV8jUawQZ4DrypWKUHq2I/daUrQmNisMS8zz39ShgF5jbxJflM+KX8gq7Imm1jCEFEt2NeHso9nHz8EvtHBdWJLpeOj+H9NNWgur8t4wKvnF/lO+MTjfMX68gr872Vs23uyn35VmS+lY35XqGaak/2aLdvpT1DhExVUkoHNOmRKs1oKLMRiSX4RciSZPCW1nqrz9R8GX/ZRbjKDfOOi0PbWfKcivql1A9+K6avXrFp53eL1He115Re1uXJzylq6FKW/NVBav3betRc7s6avjt0/SJMO8h3Wxpk5NcsPgH/oyPhfWV5+qV+zqgVqq9qjDqg7VDVJ5RvjEDsOTDBC398nUfUlelJikkJ/yeZJLL/IL5Ghz7TrDt9zR/mbe+5c54vbYGe0XMpszZ57CnzHT4ltqvAHo/oeVakubx3fX6fVdWT/7/lmOur6p4Jb+I2wse3c/7zEmwcj2Nh83k4Tb6Ok2kT9Xk7A0cImYfskvX0kpn2Et4/QIcrbR3n7KG8fFe2jOzD5PEjfpIqVFlAfvjhJsX0UCvDTk/QDKvPPB+ga/OEHlOcp59Q+zdXA1fjxI65akHkDtcKnRAtJ8FfKw+AS7csBU1T7kkPtszhtPn2LJYvZ7k8pM6f6c1L5VkqJiVn49Cwz2cUuYxa+uxg2dMkX3NBokbIEQuXVOTm21XYmmCbbxZZmLDEjyy/ZbXannZrsPr4tl75LWa3vVEgcZ5EYPmw/5zt6+cYOGTuW6QJTMrSo3Zbq9R3h0UiEEKvI0vLSrtXzizwZFmue9oDbafvK/Ly2NC7XE8u9qdX4ee29JtnrXCjRsIwTJIfkA3g+n4s0OyTSYi5Sn5eL1OmsFCLN9XgMkXpQpPup1cqwgdYReoJ1M3N6OpdsOpdsOpdsupBs+o70vekH+XFV1vSCdB++OJmOkk2HAvz0ZPoH6TL/fCB9Df7wg3SUbLqE9J5T1UxPCiecmJjoyVzt87lXe5jHkK0nLFuPzeP0UJMnVrb2RnzgwHkKhTsQLd1M22GUablkOzSZhFOjNvtSol+fReT/zfcB44/gP4V2BYOvnqUH1NfdNTXi58aeYU/GdQfa9A606StFf1ild59P5DqfNGIMYFau86oQCNp/oi0RlS/RmiSUL5klM5PVn8ysVhTMfovVb7XS5GSjq5Kxq56nvKMov7zLzMy8n8y8n8y8n8yin8w7zHvNB81vmhWrucDswxcnzdhPZijAT0+aPzDL/PMB8xr84Qdm1WSeqLhcslyuKHq+h7K+67D4XN+R2HdqopwdqNKLQnIsQh0OC+o7Tz2FMilEmZwQMkmRfvac3Z6UbONttvA9Bn1Wak1O4W+TuEScidRBE5MYPzPn+ZR0f1Iy1yRsrWpPTrQmD4UFwvdSo/9oUbSKZ+610bXNPXVMF8VxlAOK43g/188WX011nCy8dY6IOG6++cnt+T84HC2Riy6SaHjs53abI913QFLpiX1STiJvrZ2l5BySsm3ZQ9k7s+UEmp39Axzrs3iLJSt+P+uLstP0uEYL0xo71IoDPd+ccfRY9inbsVOxDYw2Kj7wT2ZA7cLRxVtL8AVj/4dKNBQ3Jnp50mJWn2vzgNWarZpzTJbM/J4syJqRrWmzd+Pvcoh7rw1sWV7zbLstyZlUnXQs6f0kJSmpIJ+PDOsO/fbXh/vHDh3p/7XU+mH/qdZTtfjpITESuMRZGumFAYw8WsAVqONnavB9FD2YphD3o7VZLDh9ZVbSY4+ZE+tyS5IhreJReOF3Q3nJbveUvEW/m129q7zR6l4bnD8+HnxNLgaXutumyW8Hz/AmjI9LA+Ahzyo/SCmWPxB7Iu6bKkkOlgxSVlZKCoNsvhNktqSfX89/P3u8k/6Hkoq//5PYw3Yf7BxfJOUzM0hOZ1Y2A75t/wvWVL/VBS7J1x8+2wckmsb5KNfpfNIkKY+lUv2IadrFz6ro4sy6orbsF/v930C9nJ8lU+cnLUd+hSyDSvX1zmxGG1lqur+Rn5FrbQR+sEd5eeQsjs99rSQFZ9LLxt/Adt7Gz4KQ7+ZzLyi5W8kRKfT9mvGj+P3tcd//WIpcz7+/Y7Lr/18+//F/z/c7t/MP/188s+3vO98M48nh8dmwUuo3zuK4fJ/JYh6hrz2bIKsKf9YkgsHya8zCqNmG/tmcYBmhr7IEZlKBvwcq6e+JrPD3iiYfoK9Kqu9UY2M52I5lZ86NfSVlcs/a2PiW8YgcFiLOx1g5+6HZs42H+ba+2y41HmKsaBqfrTxPD+HYWCX6+xR1YhtszMwb6c1LTmWR89F3jc8my+gelEuD/lvp48hvHUmQ+Pl+ixi+qzyv8HNp/t048+a0UsklLlOSX+5JdvBNm8uYJdm/qWxvGSkTQ3tI4qGz21Qz8toSObvtBTmbn8aSLXZcNlv82bKUk5Uk2IpR/vNfJzUF74mWmcVJqiW+i3+WkJnT2+ulbd5CFB2+L+bEikf0I2GKw8fFx5zF9+ewnFQLl75+4nyCw54ldC2Dk8gwSGREnzj/91+vt0VRUfa/j22LIlPJ5/T1+mibrzQjh+H7SY63mdgWZRFi2RyNBa9MKMgqNHES+ZxEvkEif7K2fP7rUY/mYFsser/wM5TgtHwjP0dNzOc2PMO3Wv4Fc4quAanAWUBSCvJEN0lum5u4AanbBFVxeBJvWXnkfKY5MecD8hXchSxdnKyXxU/W4zt1kww+ImToIwJ8Eddimx6O1jWMef754zekUpYPGYXCOn1Fm4qIVGQrchaxorVFu4tUWxEUoYkYB28J/g9H6QjSGD9s0EizJ6VJSCNlUwqRUmwpzhSWsjZld4pqS4GUL5qG1AQe5Xl+PpnRlmfgn8enSI2snMdvTiI5RYPWFGwqIL4CsBYUFLQWDBTsLFAK+DFlBfyYsoLIMWX9gZC/0s88a4g98wykpCQJca2xbrISnxV4otRqHbDKVk7MyolZ489P++JoGWciLkda242z/Prkd1BeeehGO6o7SHVHa2kdI2Cb4ZzROmNgxo4ZB2eoM6SQ3oXwyC2Cxi0GDRfSCDALgeo8pDTE94R/nmXmORIkJMVywZbrzG3NHci9P/dgrprL4yFBbvAfQk9vI7043EYnJKPmTWc1OOgUtI23kTVtB9vexBdyT9v9bXvbaFZba7LMVtqBD5TttnbC2ne2726n7TrlwCDoJyNGnw1JLw3jdUJmxIcU5qAnjvibc/itVBt8kjzLYxyed2B8/La0XNqM13ilV/CaK5ldpr1dy7rWdtEpXbNlLoqR8XdYksMhjl7o5nbaLXYpxzGom6Sg7aW4U91pt6eoBDJ5oJEpvk22+6XMNzNJdeaOzNOZlIcMOzMPZsqZRpyKIYhPP5k1EBBdLnKi8YfJs/IlRk4k8gbDzlw5DpnbWe6mXCLl8p5hGATtzlVtuZAbY2ciT6JrU1Tl5dC5b5Ez8rCdbnE2XhU/UwFb9mPmmN9dIg6VAGuvr3dZ7/29e3sP9qq9+mE6+vAaMPQnfEYdpyPOpmt4jl/ZGY4C/8AcnSzHoNfh61jWcX/H3o6DHWpHmJ4gGI43v2iaxnlx6UjzYV3PpSfk7VITcxOobQ5oOdihBU2wrAlsTa1NPU3LmtY27W062KQ1DaUEmvhRNvZAU/iUTt56HSd9WbkKae4xaN4gn5Jqn+ESPMwK3PkWO5J1sUQcD1xrXUOug66TLkVytbqOuagrfDBnmJZX4HvEoHUZ4pv+HJqhD8m9t99X6nAiNX50KHPa7X5rVXXVsqqhqmNViq2qtaoH36ytur9qb9XBKlNVmHZ/bPtfCbe/SLoKZTqLWVF6tmbY2fx086Hm080yRuzM3NyYmiPOW+Q6m47SRtFs4qJZ2zTUdD8KRmnS9TUQMv3QWEJfVivC8iiSOpXdUhk/19jmHnATfiaPzV2EUuHnM7mWoUSEGKLO+jDk8EpYDkVSLeKs3ifU8gNm9lVmOvnl4rzcJIS2TByqurdKrooJASdrs1e02Sf6Z/9+0UijjXYkZBOdrrdPbdKJRfnruLZ5pfOxbcUvEOjRm/Y0s4qmxbUsfHZvXLu8ol2VAstz+0WrjEZZOZaqULOUqigk2Cbv+Bx1Cf0p+stlup7I60ORg9k4B1aqtlWTaj4iVUdFDnrMQdzyBSnFiU/pMcdUSXKLCOgMSykq0i/22rzEyy/2Ri42rs2m/wev/Z5+bX0oXsnP1y902VzExS90xccr3uA96leiMDsFZozi0HTTfD798Bo/j+L8RhTnj47iQmM5KY/C7pwaoqAVF+sUyjmFcoNC+cQ4kpRH4Y9cbxctxxdefr3XuN4bF0fqZ44dDJ05Zsmla9Upko9ZQOq0dTo7d3Si6XzM0js7CwsZ2Ga2zuyZuWmmPJPVT/PPNM4U7o/SJa+gZZx1LfUireb98H4+2PJBhLIFLhHSoj+x+mvz85OTkSiGPj0YCMkFnGiBQVRkrpFxM1/Q1aLoTkOM7/Ozip0NpMEg3RAm3dBQXIykp7RO6ZmyaYo8hZOeEk160vPWvqZ+JNUxN9phL0OXdqj3WO8Hvad75cyzn74WOZPHaP9PQu1P8kklSM8rcqUPSkAqKbFYBBFvj3fIe9Are2OPl4609Sehtho0dExtAlPbsbYP2k63yZltbUVFghzrYUPsIJPZRExSWvAebaNyMty/TnIMv/DxM6+ts9FGN7Dk2bPlNk6nh+tJj6EnPXEpj6GraOsnw/3rlN4LZ2BzS4rKRAZ2dm0Lxy75goam6+uVklSuj4JP8wOnrVZOhHEizCDCYohgm1zBeeQ5uQXtztBZSaIvSG3MDJUsOd2/qRKJ/Zm5KyudTgYV6OgqhhICBRWtFQMVdEcFWPFVT8XeioMVSkUoPOFnl4XHeq/MdW3EoH1aFnExsblhmXutm5+dyk+c8wwlJPp3eMDqKfD0eAY8ez2KR3dPwnN8wbT0NpN3o9rM4zffM1Aupn+S/GvLh8pxxHuA2cVwCVKFrYJUcDlWhMw06tx46qWzonHhF+5nEQ5KbjGzu938UDY+0UY8nIInytD//uuljuCXos+RT6qCqcET0leMs7/3JfFS5Ef7yz2JPF8U9YSagKgrsAotwW8tvr/4WDGVim3FQ8Wni+VikEws0ea3mvaaDpreNMlvmk6aPjBRkxEs8L/hg8L/R/Nbcf68elo/f17k7PV0p12T34YKqVe6Yp/eWJZuTvRLxWuxdXQZPu0ufhqbqYyM/561FntMqNKS62kXcbqqXbtdp12y1VVo4qHDjsDewJsBWhBYgy+oNeAL9AbWBk4GxgNqANz8zGS3nu3rkR7qVbmQT3jcIV4tV88HObbxP9AzdhXzhWul5xAZPxqM2dIz/c6UZTz3tTPUMV713JfxZeyuT1hjUpLJxHaabrccMlFKCtmM2f5C1h4oZFVN+MJbin8Scvw9hWsKyd7Cg4UnCz8oHC9UCoGXUFnN7EAya8VHCz4am/3JLCXdnzyUYPcPJK9JPpn8QbJsTfYl9ySvTZb34juSHC6Ai+OfB/UX+gl83JYD//9sk65Dym9CtoN5+2mpRGp/hpTwcQAZsJLeEhwH/pO5SjwErdDLGgNWr8/LvJu8stW7zLvWez/6npPeD7yaNzzIGHNHHvizusrQbT5XclR6XDr/GSLK7l6fXn7PydfL78iLs6lKs3M2qcimIHVT6sHUN1Nla6ovdTyVWlMLUltTB1J3pz6deij1ZOoHqeZUI74WVej/IZ7STClZTlLrbKryUz6/qM8DqHVStnTbASl7/DSz5eb5s+QMTaNmkz0tm6aP0P37khLt36c/kyjdLwF9liVnZUjpskZNSmamlJ7Ej7CzJCaazaa0dLvdNELf2ZeeTvmTlAsj4Nnqsx07VefD/1P4odB1Wb7fiClznzh9Fh9S66nWurpTdnzH//cdOq6ft8UPJHMF6nzgr29wpDkyHGmq5nXUpbtS4dFgCmyf899/cPozM61ttXW2hOqcWS094Pke8cz+ZVbHVY0JTXlpabXrcm37Z4/9KTLnwdue3CBF5hlfCc0zWrzwPsbvuSJ+f5UleFxZ2bxy4wa3EfYbOYh+XUboOiUNfh9MlJwHUJx70AEU8ClKq9vnJm5eZ3QbDiAwaY7upS8gzyLMOXzdrJvwFVsJ3d1+P2c8B+bE5xsxObQXLsRry5kZL8Y4aIBR7vvtjJWW8svblrUNtR1qk9uiqk2T5uKfk460ePzXskt9K6WY3MfHmITbpPfG37FrpnukV2A1xqgYiUtTS0u86A5LvGmA8biPK3R2Dj9V9xCzpKb7l/nAR6DkAHlKKpXKxeSocZb936D/bZD/ofT3nBV/k0G/KUy/CZrOmf4jZ8X/99G/fRL5dwU8Ph6O+AT9ZoN+c5h+MzQTqD03+tHy/0fQ33NW/J0G/c4w/U7oPGf6j5wV/znRHx8d/zXpEfT3IP3ihNteFNIf36NTx3ioMjsrE2OWrEyTDaMUp0HdGabuBCdA1iTUhZ3+BOkPTqD/7fFffYH0J+Lfg+PD5PTLDfrlYfrlUP4p9FdNoP/I+DtfEH0u/0AU/dsnyL+xOIPHjBlOQb/CoF8Rpl8BFQCus9H/E9K/ZgL9b4//4QuiPzn+PWfF32DQbwjTb4CGT8G/agL9aPn/ffQ/Hv81fVTQ3zf5+I8cmrzFHuRQ7EmgyKHS4FAZ5lAJlQDFk9vX2eiHx59/EP09Z8U/xaA/JUx/Ckw5Z/qPSKf/IfQnjP9Iv7POVcmzpkpBv9Gg3xim3wiNANXnRj9a/v8I+nvOin+GQX9GmP4MmHHO9B85K/5zoy/GT21q2L5mvnizGOUW2bUEy/gwvCGtYDNlqa6upppRqaa6PAvDKak8C41Nbg3AQAACzJLgD9BlNcBqoIaZLf4aAgMl0FoCBSXwZgnsKIES/nEJDyL7BwcHMafHF/zPoD6hFNBrN38LS+f40yEsgcBkWOpgoA7qOJa6LwILH3eq47Cg9MdflF4UkuFoVrEuWWptrZqCaKqmxKBhMMCAYUbhZxTjB9YMVhFFxGFZGwPHwNN/7ng6x98I4Wlr+/8Ej9BLgUfXy5molzfr44MkdEd6L9RfjE1rQUTTWqYUc0RTilFN5dZ2GGiHdt5f7XTZNGDTYBrnPI1wnULNKgjAmwHYwfULPw58Wn99Gp7OCJ729snwtMFAG7RxPG3/SDxov7oGCTyix+bMae5APM0dMXjmwcA8mMd7bB5d1gWsC6xdfBOUODRrYwCdtcekz4KpM4Jp3rzJMM2Fgbkwl2Oa+4Vgkoi0UHpAzlBel5jUBVPZ9LQZ8Mh0+GspbHXB5S7ocy13kXoXZKfBR2lwaQrssfPd/x6hsI3Cx3bYb4fp9jRHjlKQ3gFqB3RYE9pG6OssW2sqbASp0dZIGlsCfn+tz1oFVVUFNRW+EfpzNpe1NkNLy40eaPdAwANvl8DGEqgrAU8JyCVpJWQRfUEc00pLPLTArJ/uTbXZhQX2ko6K6bQDmM/X7EjryMkpNCe8RPdLVqmDPvtcTW2gqXmE7n+2sdEfeJG+KBXio7W1rs53ih9h2lonViynNNaJ+gB+cggf/F7AI/21dkdjeAeC/lpfXV3dkVO1eJWv33ak1jdqO9rf32gbO1rbODiY4hAnHOs/HTSewKVqGQ5xXLzLz2+/aij2Fuv3P4RuzErNKIAMB//KFairD3j9DfymCIfmxavS68DvVbXahno5Y33akDfZkfDLP4Cc9viGTqevq9OTlG9LqLxsWs28l+d0rSytm56lKT/7hdxY4ZArGlh1MxkM/rlq5s0ba8+jf/3V2zO909o7GuoS02bNuOC2rfW9l662mr7eM3NX8OOV6x9qX3nTLe7A7I7Zhdd9SS3PLsx6Lm+ezaSNNXgW9fdpiagTs6X/kt9QTkhpqBUfsJK5XiAtXsj3QkcqLE6BXSWwsARW2a+w32SnDf7G2gpfaQIO9yP0HZZfW9soujopt7Sx1AxmNYl0ShCQQJNAKuU/cQYaG9PbPR4pCZKGvLDOC1/xQp8XvJ7cjIYKn7/mRezPWvoiS/MUud0Z6g4zXGa+3kz4Pyv7Pn6ZQZ+VrKJnT6XoRwLV8ZLQaOvY8UP85oEU4/Dk/jqf7VCt7+jYG7xL+Rm29hReGuq312X5Mk/xU5bt0RvbiFuE0zTRa1F30zkywFVk92Nvqpr4VxhwN7jtfh9f517sbcjg1aQM0ZUZzUCrE6dcdnVnUlFKTtPTpTO//fiGHXBfy2HU5crcmpqlD2wPPguWm+CVRPriU2ZLpyPlGzcmWzNppjszs4VWe5zXb7nD77rkgdYLVty0Z2wJPGrPTk+6jq1tW1/szO2d+hpcds1U6+zyskeuv372xZt+mrI74BZ1lKlozElaRUqxZOb1GPRI78A/SWnMjHmpx2xmxDNCnpRajQXrGCwGOxWmXCq1SJezzplNUNcEq+uhLAu2Z8KVmfBNC6yxbLIQi7WlKKPaCrYMsGZYM/Jb67wVfnd+UUV+9sZAI63N8RO3NyfJY7KrVql1tPWNscO8DneqFnxjbxy2nThsN3rIdso2GjEafrtiyC7q9TsWU+sDdr9xvxAOKSjJ9MIAv5FRfFwOgUK7uKfRkWFXWF3Z6ituPK91ekPZgmJH41XOtPrut6+/uHOhnHpNzdhL1avyk1LzvlwNN/T3XXZbcOgSmPnGvjvWbGpoXFjetn0BSPc/DcO/f/KPy6d/cyy3N32lxzM971K6frC4uTj4u53ti449GfwTr2v+BmX0uDJHqpeufkZSRsirLCeQXlWZkV6VXlmENpuRkZ4opdvSSXr6lLwM/r2zooB5ej3E45dyAh78vjynkuQW5OSlp+eZrCkWlNHxw62ollxM9kZ73c/HDqOevnF07CgOTP1Hb7KV2+CHN8nX2Q5Dpg0Vl99agRJJt4v7O/W7QOpq7QGIE5E+1vC7Ww1hKY9XL3JnFLY8+wOfq2wobeWZF3I8vdXBEt9id0Ygy8PymmEtbcn19PrgHcXrd677hH2ja9sKV+1FQLbL8pkfXJ9f5vHg53TvtLT8NLPnjEaTryso83DdGf+l0J066Ra2eFEddNTBVTWwLROaM6AsA26xg9meZb/YTm9Kho3JsCqZH1CxAd1YkS0VUlOzAlVF3mpnVpE3qcjkra7NchQV5CQUFlodG2tpZY6PWEtkMy/nnuIy8qFKcZMG389P4fhr6JSv/1Rkc1ldpWxomBGFKuRisXF9oumTa1NKoVNhu/YEf7f3zkMNZUsLKiHxn1fMLe8+dvS5eDV6DDT4d/Jo8Pgr77GFd6MOHXlrz3tg+vqfg69vC+kPZOj6AyXcrwbflzaAky5Ax5QlZTKLaXOatNmWkpgpS77R90bBd+oEv7ErfNeurtmaDQcafiNNLThnzPv6Ez0luzpm3TJvxn2bb+hOL9gCv7xjxfqnFq/+9wvLr1y9C6YFX/l9awrq6VLpRul7dKGULnmYzSrZDiYlg0rSITkhyQaS773jtaO246hnR9+oHTuKiUSDuE0nZG7ehjrB83vBlxZbFKuWlOazjbrUxIU3Oh0J02Dj6iQ1LXfx2NNTkzMkCP6ndCNkIK9c6TzmzXBAXnJlMiEJUGYGzQG/dfzFQRwkNRckKXWzRkhSopZoeYmWohwcMGMfRe/iOzp66r1TR8F3YrTWZzuFrnYUO7R/sKYaA5VB0AoDaOcBP4em3zfIXaombmmGjJZgyl8W1C5svaqiMv/n53f2VHe/92Jnhi8Lcu7OO3TV7I7W+Rt/Ul2/qL17wz4loQRlY5XWS39EvF5pJfMXp7o3Z6pqfl5qal6mtDk5OTM/Ly+ntxiKimuL24tpcdozqbA7FS5KBZbam0pSUxNyRmjps84EE++30fe4PnJlG63tR+8h9hHwnbK90YgS422xN/J7t3RLFYZaH9C1rTbUIm+oRRl//OoFW+9ozh4sbJg/MNWX31nf1OE/b1px972zmqZffBusuX5GY2tl9bz6S92O3LLKGf7mJbZ73aWdMxb7hX79Fvshn/ZJFilJamU5ZRq4Nb/Gb4WnSQo1W+AgTUwwUbOaMIJyl4FKvuOHx2oP20btaEpjo2hHo7bDdiF3cKXj0BHgu0+77AD5X90QfAyu7PvqL4NnoGn//lnwk2ADTA0e5mOiGeX537QD+7+fVeVlVWYRcxY8kfVSFgrLlUo8ChCak+u0VluJ1erLac0hOQ4JQNvsyOFqwHdDm/Fsbpo9Qchz7MQpNAVUAdsbGHP116IYuRpgyJqqucLhlOGJQ/L0pv534HTVted/7atfubqmrKkla8DVtuz6ZVt2047lC2xs7uDGni5rekl53XlsQ3MlAN8qKngK7dGm24h0Jet1F0JpFvitUGoBiyXbQj62wFHLe5Y/WOgFlkstZLYFctNtHhtRbfChDR6x7beRYlu9rdNGbabN+RnJydLmjNxsW0pKcpGcnITa8d4oFy0qc61oke3EqToRe9fp45RoVLS944gkU93qDbcnbqFDTQHbgjmXXj170V3bXqkNvj9jTveXpk7fmuvuKp5pcXqnNxfkwJrBme1szq63rv5qSV4w6K9tvG+ef0ZFlW/m1NlVXnHPX/BD1A8T6gffGzLJJDaFlICf2SmjPjxjQjN871Qjx3ocUaMuIEwzuFLFeFAIpuCfez74xcY6z3z4Z9o0NotcsjTxOX6/yniytEH6PyjHHJRjtXQhq7eUJBe7M4ukzcXFuabNZWXJm4syNueuyITOzEWZxJ3pxz9uv5tkulMq5XLMby1yfoqQFw/IbOKviNZwRERjsvNHKC5LjcirODJKcutxZFC/IbP6VAyc0Rlz0f2fBZ39F3T03jMzs2Zu+9L5bb33L8pvuW5jjavkm8tTnj1vztQ6dylULfFXVtSet+jS+uxAY191ibu8e+nSpoIWmHupI8fXtbgjeHfv5Z3nT52blStypBjd2cjmeZ1QmgkHTPCoCZo08PADmVMI+ROBl8nPyL8RupxABzmPEFVN3pzvLjeBxZRtIh/hr01QagITqo67yGSxqNkpqiL8QVhxDJ05gRoU1pt+Q3NwHHGnxvqLCZrDdQZ9h9AZXYvu13VG1x9SI3QGCOrMSqFElwudaRb6w/PBZuU4XKY9KRXgiPkkGyxyOiUpPSU7odjtVhQtIT3PAU5433naSV5xwktOaHKC2ZnlLHXSNKejaHERKbIUQwH+epYVmqxgtmZZS6200LrcAQFHh+M8B5UdaQ63gwYcmiY7ZNIoDql5W/6dTGVFypNQEKPr1l3YX3viQj7QXiiyMXw6ob9GYdh5MIA5Hf6zHT9aW8tf6L7UClGKgnqiajySF7pRz3VJwy/gsoL0sheXF9jSA82VaXmJCQXujPL+woxUm//8b1UsVFdmpSVZWZXLZk1NL5gyLScjOS8lNyXR6qewoKrSNa2ihG9PLtVwOZnmCzn5pD+w+1BSZSUlYWFVVVRweUlOOO2E15xwj/Mx5wEnLXM2OQkXGHE+XXQIpVWMv5RK4P2S0yXktRK4p+SxkgMltKykqYSYS7JKSFqJVGYrIwVlFRVN1tlWEhZo+goHLHJAhwPqHeBxgIrpB0GhOmRQZWj8bxl+qwuWRIkV5WoIlouVC7TWd/zCsGRtx0+MHu8fNRJaQ8bRYj4nSTs+VeJ10w9UzDhYOwP//i25/3dVeV5XeUlOZ7X+zOW/SMh/Osq/ReqSXmPXbWza1rSriS5vgo6m85rILPdSN2ly17iczobKmTXTZpTWzJiRnS5Jz6TAUMrOlN0pFDvqAg1KtUZtlka1BEVJ0LioHE0zpxa7Id0Nqhs+dMNv3fAvbnjBfcRNHnbDRvc29y43dVe6/G1TXSUl1vQfOcAxAs1bJd8g2jBGW++N4uA1KP5DieNr24naUW7ddT573SAK+ejgYK2PlxaOv2E7gYMdXlVn1y/5LNJVNZ6IloNRY9CTAv4jHBW9fv2XBXB2scsyaXIl1bnqPDWVjvTE5HpnSp6WnJCo+XMSNVNKvvq3+qIiITvR5U2sS/G6c5KsKRlVM725yblei9nUnlKI4aM9M5n7CWmG6J9a7J8e6Xzp++xrHUtn9ZYUF5e6ZjmlXlsv6T1vVuuUyprpra28V7Avonpgin/q9MrSjpLfLIX9S3+89O2ldNvSXUv3LKWLl65aesVSWry0fmnnUupaWjx3YXFJSWXlq1Z40QrbrfdYH7NSazr2R8dWrvKDXNJ1Pr1LhFrz7jh+fLQ2uk+4emN/oHIfr8UeOY5DDXYH7xThhT5Lj+QDeiXeLa5w8Kpq9caPxcvI1Rr/mg/ZjrP3kcNmtSQqU52lNS251JSclJykJCumZGdmNlFIdUViQkpOvic1p9b+fzl7Dzg5yvNgfN6ZrbN1ttfZ2Z2Z7b2Xu9293nWnfiqnAqqYIjASCEwzSAJTRHEMxmCwk88lJv6MTccpji+4RFKchL9JEcIxbh+xcOw4vy+fzY7+7zszu3cnHdiO9nS3s/vs7DtPb+8zRpNeYdd+EMW+5Em51GZt0J8J291ptYWiPJTalbNH0rTRZNMZgzq9zRkMct6G2WszGBVW45J8GSH9ElgVW9PmmWQ4n7+UVLFMmV2O9zUI729eC5F4elUUnz53+ndjlFg280AtczSycO+Pr3Q7Ew5XY+FivGK1uJ0WlnJ9EE6mEiPxcHl9q8+aZSgXqSHFXOik8D1wFLtP1OmPtXddYvtWcpnTP8oB7pYwmA3vDF8Dg4dXQuBLIfBECBwLgR+HwAuh10LfDxGhaxkwx+xi8AEGmBmGyTIEw4i4k5QG1MtQtyLZPy2maq99Ez67Fnpk8GlhFTun/B24+51aN1YcfT7Zdr0vcqbTKe9kMir6PgQ2IdTBjTJOsthL7RsS0WgPMZlUSsbNlxKvJvDHE+Bw4lgCH01sSuxLED9OgBcSryW+nyAS0VSGC38p9GoIPxw6FvqjEDEa2hTaFyKWoYmZDx8I3wjRqLS/bPqOCf9TCdO4yalWYH6lhCwYyeYlzJjPXXtOQhgyWvLT97dZvy/WUHfYB6MvKhktrxNZrQ/CYtdmOW2S0cKxwQs/Ip4ifoFZIS6vb6+ZD4Nv8+DbQTDPgM2+/T78W17wLSfY7NjvwO+xgJss4G49OKoHJzTgiAacwFEKRbmbBVm2zc6xBMvG3DtN10AM0aTOhr1EvIsScKdBZgHdhGcBDYxauOgfyNO43WbE2VAaLxWbuDNkhMc0Xsg34XEaB7/c/elrm9Urnz5w2VPXNSeOfmrzyDUzscDYNWumrxlnkzMHiV/M3fvqFXu+/vCWuXv/8ppb/uqjQ1dVDj62e/zhwxOD1z62edsjB2oYwK6GwnQF8X0YI+Se95hseqB6CUy0ScaWteE2D/DCmPr8c3qT10Birc5iS0yBdc69Zj73GlQNdrQmCi0KTROB66LgwtgSfkVsIOXyZpqsoIm2Ui5nshUlvs8ZwmO1zl/UWj4lx2mY/jK+O1entdzS7PMPQ3wnsV3toCsBEuqwklAowj/Uq7MUgHowrVa7GU/Wg3s8bscrRAELEu+20SQ/M/SaEhClha+qVXCRpzv5Uwv5VudMHmG3kBETUJYadNJPIxuxkMvy+XILpS6aRKVJIFRCzlJHmsqCjHG1Hd8+dns6tK0Tz1x99V4+WQvqg425zIYjiYDaGS5P7W7NHRoL1m585Y6T5RL+Xii2+7LtXGKyXfEk1zTYzZM6qtpsFZjyhj3pwaN3PbFXIe5NvIYoEb8wq8k3L7wlnBB1GCfsJD4FrxnlBaov6rVqUq3AAcT/cwa1DpCQS75q0AJ4ZV9TKtTw0hbhtS22kEf9N53Ti5aaGIEDqmBnKZYKloAaBPH/89WvfqZzFj80KUyCF4hfvPfYCWEn+Mxu4oGfdG5FueeicD0xRfwTXMdbF/5BuE/MR89f+BnxrPKARUX+QKTFkPAh4gXIE3pssO0bw0/gj+Iv4gr8McUXIKoBAR9GPanTkYpXIRkApifefRZGrJlCqyBi/bR0p3uI69MLiEnQhEjIKOqIlXhBiB8EnxaakdH+gpU5Qnzf8JvPBhTPQFYJmUEdreUKuJYblQfMKvKH76LjtcL9xBcUFFzv2xgmfFFc734I87oI8y9+dDwHkbkPHqvJf72wS55Bk4T89CXxms6Kx2vgZ9aKn3nzt+gYakXiZfH9c+L7l8H3jyqn4ftvXYoTeByC+uBm8f1/+z46/gh8/2Pi+z8U31+L6oXi8du9HL9a+YBFhXL8kNYxDFPuUd6LrcH2Yg+165fH710H1m3fM3n9JD45GWfZXDzocd1mOglVhNLr4hbi8fr+XGI7Vy/29dfr3ni237VdleOCxZeIH7YtoTw5ObuJHx7GLp+dJS08/IpW5xTygmBIbqm1FjuLi4utRfQHZBbffM3cWTyFBAG+cPb0gvnN19ABhIWCAX8gkZYpm0gasJBcfoD4arlsB1ccsaVCsalAMuMHTUIZSiukTwWRsqoYgeLm1MZ2xGB36+2Mz2vyVP3Zskf5zDPO9Hi+00n2hylhr4ltJIVgoj9sufNOfbC6+eZ1+W2jMWttaofwvDscCnJJX6kZ0IJP4RqD3sQo73Ul+jmL367Tu1gnH0qOL+S+MNH55NgMp+J5XWRqAN/f+WTfZMzE8/roVAvfP5G56so902lHpMIo/P25wL87Q5GQMz17oHb3tmAxEbFrgUQb1S3K+yFlbsI+1x6+YfSBg+Dg5ZePtlprRmOxTH/Jy10/elIP9EplJMhlZjNoP+doZjSz6SNrxj7MbZqb37Jp02gpu4XxXq+am+mLhVsildZE+8mr+B07sBsu37dPI1HpPAogRDJJ5BHpVLiYUFIZpnMK+mAL5kX0Wi0jk+z0MoKpJHoRCPNqI4DIz5dRhpjGnT2FDMmZAOglOa3+PpTEESWdTbCMkMVyxYgrvjFyYJRNBSxuHx8w+YMRt6eU4kijAdxWG6MSukA9K1QStaAhaBttvqVlWmVS0LNcIWBaSd7YwieuKmweSqqrrwjPraCt16OxO5T3R2otN5tSODJJO20nHeGsl711W1lBdBr1Yc4AeF7LjfaDt683adSdZ4bWpSCNzel1A/iGiyi+4ysn1lojzfiO+fNLxJ5/sKZB92MkRFqfgHJowaLYddjT7dyaNdutG9yx2IZmc3h6xMJxG4olrqDGhrPDYMPwhuE91+/Yt2f7Rpbbv2fHtqlmYw0ibWB7/zTp56++Oh2zOhxAkS6VCno+je3ZMJLdb+FUmETc1nno0ZiRz3gRyQGSxFOSHCJamxdPFc7ne5QuoHvzwSdIuxuhNIZlGvsBgQ6XKAQlrUmIlFsiO7RpEoFXHKwit8pRDeNxcwab3x9w5Cte5TV63uKKsSyf8EqkIU1Wn3fNpo2sKlaqOR+gqXBfQghG+yJW4YCeGywL+uIgb1hJaBPX2HzDDCI18QiIaCxOG5P06mo7bxmZA0G9Zokm1fmRci0znLQTRr934rebmhMRRGZAhicH8IOdR1uTER061ifWjV1C5cr1V+4ci0E6i/d3E0aJZ6D8bsX2t3PHZ8H+2Rtm8dvtwK7znxwH4wMDgPP7i9sT7AaumCpXimwxW8E2qKb54T4snoL0fCFBOs+YxaroeeTlwN9IJFeoTuRALJjPnhbrolCgljwzEf+OQs//CV4kbUvy1ZNYUcOqVUhgIQmJZ0o775pLD6ccRgdthioz5MkFnSGnXuMtJIR3NJ5cPCEL1YkTfdd9dl/7wHgEiqSf5jz+ZsFTTHOkB/S7avWSnfjye/sO/9mHaxY/a7EwTgOud7sSVO3gFvyZ+b15Q+eZ+HQt1BWdibv+8iMNrjLgY1Nad5qPR5HYDb9Uht6GCulFYVT5c4jXw9jHsKfacxpsmqNOHE2nKa3WdRd1+wFwYMehk/2gv1zewB3KHgLUIepQ8D6X5U4u6GW5YJDCsuunubtUV5y5fIvpRPrIkVruFj4WG+JzmJdUuyDiv+rRIr9GWBRlJXPeLGpHhP/FxcIqOtHco4J5UVaHBfQ2EpTfW8UV3k93QlIUPoiw4CLdSHz599J3t7yfBm26qvWyPVHaeQwSP7lE/EzIycrEL1yqKonJ31P/vY9GhbT9QBYBmy7Vmzj0UTGFi/glxkO9eap9vdnsinjcrqhRs0NztYYQNODfNWBGA+Kaugb3aoBWA76rAS9pgEtDarioyxaNuoxGkozyfNjr80f9UgUMPskq1TYYlQKQVbaVOKcESmU0HOE9Ua9X46JIoxL4OZo3k2qNGDVBaynkF8UHZIAaklJ3puBCfSWZE+bEiVsWwbXmE8ZFJWQe+DJKFHVfl8LOa6+9TnqbQu/nsgUUB4ACoIkutxTDGRCELCFGW3YqSJC2cDTpBeNmcKUtHIk5hf0kQztMxorwdEmrsdO0FuSf5IA6NNom/O99NV1wwwiHIO0WKk7fdpszaLZ5TWoOXAmulOJ0B/x1H/EG9FEHsHXYrufvngGedfZXiTxWwUJEvs1NVuBDtWFgHaeCAZnXk8ry62Znm4MjPKCT5ECT19NGGJdBb+J8Hv1HM7TP51F71LlFKA6SsJjPS0XOhcKy0CyYpxVSjEMrxb9GgiVoKBJNBYyEFCgSosRDvBsYOWrtgEobbJbBkzs/tqsR1OWHR63mXKWa9DHxOOmtju8cvM5U96sj2WLS502US2mjK2JzTkXrGyoeqvahLd6ciXNnBuN4JDectLH+TF9fxdqYTjsVCsLoCpfG0pmxnF9psuqVuBXGGTpXYiCbG8v4TAqCeO8zKhVfH2ft01MVHJdixYkLP1LgkBdb2KE2O58BFeuYFd+fAc1WCwswDAhiOYhZaYQxhg2YX4I4tc8mQZIJAPhw6vhcq7WpBmo5yFJfc/IRnbghDbUgoXoWmtcPY8fzUmReEJ3q0/K9vACbJmSlAdkDmtEyNMAVp1G5pDMcTshKoi4h/otTmxwBu3dgbJKbumVrnq1Nzs2G6h+pu1if08hqfJmhhZtm9rx8/8Z19756cGZvyEVbSKWCokwKFv+ENZ5MOrwJ2tw68oWDO+/fOxg2RQv2SDTptpnrI6N1bvLYK9dc+82T64ImUq/GFSZGqoGh++0otkH+8mNF7LK2994UqKdALXlPEq9HwHEdGNOg24uP4ECJMBMwx5n4g/Gn44p43FH2U0XOQbM8RZvIYob30dhyRkOVv0taOrrBA+Kl5WkAIOJBITESfBu3fuLsg6Pm+Fi5/8ajN7eEHclqQG9my2FQJ7lExunbsLBjKjN0+OkdpmiUJ4k3Zu/80kL4sgN741DAFZyRKYTxo6kqo2Pfu5pQKwlTuLXr2PyBz13fBAQBIF+UoFzth9ddxK5sl8M8ZzJZKIrDAI4zHOC4VLkQTWldXIqzcBYXzYdNwAQ0JO9yaaJ0mNTwhd7Foma1jMQLMkuATKfXzgLZQUyP5jNSBO6ETAF9bET0SIGSDkRrJHKBejlOiDzJKbNDM6G//+t6269A/o0mOFh7kbCnYuvyG8b6PFyjo83C61V7CgnijZ8NT4RUwk3eZNUvfIKrxRzCi3TCqzck5oYvcIFMzYOvR6+yolwgvTIErz+FbW1HjEbKbE5hDID/+EyC4WmNk+ONmBFTa3mn2Wmm1XyCTqH0jp+haSm9c1662KVLPtW95tN58YJRA0LvYivLLnZlBihIDEUUtvhoWXgyWovYFRyHG8PDlftVvv6yEKy2GLWKbtcJBj+fHUnZhds1dH9JeDjRx5uF92B86OE4R2oImufoUNbD9mT+8WUyX8+AahrU4mDUCA4QSPQBhvk5ztt2AZdrQIc424Jk3kvTmM9nUSGZFwX+eaeF55DIQ5WJ2k3NcuNSV+TPiGGXKPIyf7PLBR5eNlUMR0pBu5HwA9Edv0TwFR7W3tx8/eTeR3ak+Na6LduiXLMYN8P45X97M6x1/pvXHX/jE2unH/r7Y+VrClaXWaexOAwqnMe/VLp8Or3h+Oc3rLtz70TGoaesGqAY6cch/vTBvtz/y1bW3/vcZXu/8eh2m12rU+Emu0sr6UQXlHlkUxrY9e2GyuHg/FqbicP8/mR/PpIscQ2aS2K8iQ7QGXqWPkk/Rata8pO/o5U0zZfyWhWtLkJ+eJFz2iK0g0eemZRHQP4ZQs215xFPnOsKwmJH/gu5oiTR/dKMYNB+KXfYpVhmSEX3l8EPSk2G1If68wLjLSW9gl/NtGqCu9IKqNV0qwp+Wm4zWtz+bmQw7WFZa2K00PnX0kiM4jiVr1ECgU5sMAMZxpMZjOE8YieWdaRH0j+T8BKBv85DvHixaFvvNdk5NdREZgNtQozvxWlsKa+JbOdZeC0xcPFapSsC54V6purXKry1EnitVPMqtP5qhrPHm1F8iOnL+Flk25jOn0ebcTv6bt+FH+G74HdnsHhbbw9EMBWXimApOgO/+3mPJ3TGjAxPPiN++5nOGbNYbxG/zwc5C+nT5Z6obJfldeG7ijWPQqHTWWuDE6yzlmd1Nr+VcllMGsqrtbtIXBtslcA/Es/RuUFOeDo4ONDvzY5lXXpPgjZB80NaPCbW6Ms0QzgP8SXrEIgvxU1wzcMwNh4bHsbqQKsFda1am63WbVWtrlqvQ19NbVIDtY6i3FqdlvO6bV631msy6XSx0QwXywerXi7mrXJqMJTJ07lheLlt0m3RmYIcTYVktoIOnMRY0HuprWArKJLYN04oRZ8tj1y4BQqVpU5ooBunuGUR3T4ljzw3lH5WmAA0M2K2o4xYMLKaMpJICORkb0nBuNKl5tp9AzeBodbeNXWH4AnTSr3NKLyqDAw1hRAirUjkc4lmzAooHeO32zweJfEGixvp6qbm9cKfDM9EdATH+Y0ao9lBgW3C99i+pIvjfJlGAB+i+7I0y+qC/QXhFwAjGZY3GS1agu3xJPEViOMQVmpTVspi8XCM3RNSch4Go4MQWy9YdLydtkJMne+cErmj01XEqPkHdFlStjDEiqvFtf3DjAqHQfU/uFrj0zy3+b0zvSv6IfGcPTGc6TziDNq06uimNcK7HJ1p+PGhYH/GK68vBHngN3B9eexP2we2esFxAG6AVsTjJdg0BUxUgMIpl0mh5dy4y5Uo5sKJIAuk2VG+P8HAddhHMfxyDAxjGzCcx4AKGiYc82exhDmBJ8IWE0tTHuDlKNLv8+VcbrciR+OS5YWMkZfuWtxafD2/aH5PzJUsdPJyF8SZhYUukxSg8kGN/tJegFxWi6+ifFgAH5dyBNgKHX4ejJf7/Gqlr78q9OVKboVC+GpQ+KrCHGlnhROVhldJePpqxBudJP4668uPRDtvR4byPo4LViZi+Ob3XiV8nS8V26weckG64sXJvvmaj0X4s0L83Q/xF8GeaO/WmrKPYuBm7F4M34KBKAUwykJxALMBTP0gAAMAmAEDsoAAwBKLeINZsxu4TRagsbi8tJs6JuHe7CZJNa0NXmG5yYJvs4BxC6hZgCVMY1oRca+fF1GUR83Kr8OnKAwAmR0LpxY6Z8T0BXzzzAk5DFpYcHVOoR6yFfLBrhQdaPNKgMUfN4RaOXANUw7b2U5FFxooCXfX+nyKYDYW80Dk1MB5Sedq/JX0e98n1J2/RzkdaIhzY0l8Pxt3qFnkkyL7XYH22w5982vamUp6LI2PR0EtCqrMOINXvGNefN56wIpvtVxhwTcZ9hnwjeq9anwrcQWBk8iaU2iYK8M9yD3NfYVTcVzBAV99EfPzJl2CV4rB4Xk0nf/8JR3H1l76RYztFRXJkMsRj1ExMXnspasPvXJscurYS1flrzu0fzbzTYLih6+YmblihKcIpS06vG98cPdI0q0FnQMv3L1m9r6/OHTln987Z8+tveGz22wbD16zrdHYds2BDbbQrv175/Lx8YX9BzE5biY+DHmBg7Hd1MuYGl4Ia84wGTyT8dfsJp7zsy4/H+dNen3R7qIdZKXIs8ucbtRQnRF79MXQ7lTX+QZyIIeSg4huFfulrncvhgMvOzdctm99sX/HdaXWZVktO9LX6YSaGS8ZGq6DTZpAOGFLTBT8kf7JED9mI94gTGzrsrHx/QO0SSf8lu+L2aELovS36vhkeiBmZYWEgtSogo11udbGvF2tluKOiPCegoE0DmL92Dvt6bE6GC+BiSS4InFTAt8bORzBRyOgFAEjAVAJgM00GPODsmOTAy9bwCZqH3WEIkoUqBm2GA4ajhoUdT3YokI3McUwG2KASvYOH/iwD1zmA3M+MOADWR9Q+Ry+sI84SUAn8EYC9xE+IvSZ7LNZ3Jxlsg9miWy2FUKftf0FCf43CT4tbZU4SRJkhYcuwLsvxngfoQvSGJZBWyEQ/yCOkWI/OQ8v/zP3+vwurtSGuUhaWVrK8UHDrYZGCVzEZgrmy8Ir92+/bUPaoZw+/tJV175y18TmcU8mm6fLu7ZuSr73XZnpPiQynT0y0mU64T385lvsa/dec9k0dejP755Ze9+rV9z42oiL9dq1A3NpuwL/uw/iQRgXKGhRn49gD7Vt99TBPTWQQDesTCVsqVQCFDiEo0x/Lpf6aAocSYFdKTCQAql8f78tb1AXOJvXZCuU+GgCJFQAGEYGeQ/tE816Kkcb9CYaM0hm3fxzMU5EPZKFhSWuzYhbuRCyKORwW2pSSgay8cJCEE2XlZj4IrstOT2QyxVq0cgDGjTBspot4RP+yGilrHo6kbMKsUIrqCODrSJ4hplZu46PlrzJcjljBMAZT2T9nUFLPFvy0wmf0V+eyfjKZvBtFBsJ/1Vr+pUcZ0sOZ/FIZiRpZxWmgNe/vZEeLXIuo0L4pi9B21Qc+C0MmI1GU6JQcSenKwE1jnT9DPTxXoc8P4399YuU3jEFmRXqJVvbVDMXmSJeLDbXRPlIRI9e29D8M+zPMfxW7AEM34ldg+FpDJiwAEpSUOq7KLCOuoy6jiKK1DA0sJmhO6JgLgqCaJieOYpHo7XMvTWwUAON2lQNr3nV/ND09PgQYuIM7w2HGS+KaRB6u1ENQrek+tHfZUeogxcGOKfFY7E0jp6KsR2Qk9PIa4fxTLcoKAbwLFWglV29EkkTXZZHWZAC/hBHhuPs9ngoH6LYge21zNaRODt9ZF14oJqxWdyUTsGypny9UeCV3EiRCdTWFfO712TZkf3D0WY2TDldujD+5cS2QiJmZ9PuSLteD3rbszsbycvWV8wWs85EqcH00EJf0EhYw41YqK9RD/ibUwv9+YWxuJEyuuzyvTE/B3k9gO1sNwL0p/3gNv9JP970r/HjAX/Gj/sdGHgIB4fw23E8hw/guBlncBw3aTizw4iyHn7g1PCSAu4snpVCg1OdU+ekvQRm+e9S2L/C3xDRVCEeM7IqOt0IfVzH1DNCqtCgNQ8XBqIUwRmIN96pDHL6TpVvpdwc5061ePzbjkQr9o7oe2mgnfwIXH8N290uHU2C+eSBJH4vBe4xg2N6cCcJqlVPHlNlB/LAnGfy2TyRz1saHoZzWbwuUKVrHrjyr0WhUUTmUHSwUWwh+wDS315gKztMKjHSCF8c8UjBLqogSW7zR+rtgMriDG7fc3n0H/6ORNHFT8stRoObmMa2odD0WMtuceigNq1noafszQ1FhZsaR2O1sajx5RfBFyU3wZ4cyQmbDZXBkRpv8CYZb7lS8YPPMeWIQ/SdSHj9CtE3vqs9WvECldfhDXsJp6aigWKi0mg4r9/m1ZBefzDo93s9FKUhXR6Nh8y6PDYX/I9+eT06f9BlUwGSoq2yZ9nNGrcgPlBGD23fQmEG2r4lJorFF2GMIb4iBhgiisKo68jpFaOHsIwdNXQrRf/oU+m0USf8LWnUKBJhYA5lwqxd+DdeeNzOc8g9YoHVY4s4Oy/glC8acOncLpalGxvLHRsxWqh6FVLM5bnwIxV0NLEm9nftO280gHicsVppTk9RmD6ZzGeZz1VeqODTFVCrgEZ5qoxryuA4CT5MAhUJyHKFqH6u+EIRf7QIbiqCiSKoFsHBwtHCPQWiUQBHAiBQKJZ0SuZuBmCMmcH1jJ6ptjFMy1WbzSoZKOkUtmJZ15+KU9BkJTCLhLBeddriRD3c4vafbmnasrQBd9lTGUKElNhM4jARfyhrKvMWUi1eORyTEikQodouTp+i/A6DXv+Tv4x64jxnA7fpvC6zxmBUnfsOAZ1gyssYQR6q9KRb+Mew8FvhV7zwV64wH3FDdBN6h8XG0p2/AN+4rD3KKFkWJx12XSAUMnb+E3TUvmDI6PBTWpxllVR8pv1eB7+q8wgRbwwF1RItfNBWhiAtZoCm/Wg0mm02i04nZhw1DmfH83QxO87QxRBZCNBFesRgHDbqjcMhcm/xcPFYkdgAsW8ERfhqli7aaLrodtM0DKbIsVx2PKsLhsjQPVlwcxYR7zAJ9pEgS4ZIbjxrGx/PQgUeAqHQ8OzMzPj4cLudHQbDw+1ifyicjdHRJjk+TXtIYHTSrksYGj2D0VJe3EUrVjzkNGWv8IGIc8K4uCj+oiR+p5a/b1p622QyUTC6EGsnIhVBl2iBrvGNSIQ0Aasce8tVE6hH7L3CcwsQIj3/yxamrQqj333gfoPdoDY63CSY9PSPb8x/5Ex6rJZ1CWV1MOg2O566l3RaDZTLoxU+7yoPbSh/atGZbwzHUditc9g0lC8dfuI1q89p05ksOgVgWVthfuTLwrfH1oS1OKq4WM1Whnn3G3omFDKbLKQCcBzQRtZNfR8k2JFKiEX6BdJXI/pCd7QHrFY9pI6G1GtkTyifT0C3J0HqPT7Sp896fDDs99ntHtbH8YmEz8qHaA66PB6HBuittO1iSiBnvSaq29P5FQrGJe6Zgq9oZHWzHLGidlmeQFMTy3Jm/UASixfJUMhtN337Wb/P5A5aQL8rGs8yP1f4B/oFV67J6oX/cAaYaAApHa3N4ow6hW8BR6oEY0mSQOFZPSc8/hN2IE9znCU+UvgW+DSb9uoQTirQZv5fiBMrtrmdvksLtGqNBvPogFYHNgGgAxjgSJ2NJHUQWXaUryA1gCdJi65rJk/BH6QixA67ZVxFwSs9XUDBuVxdJYJSKxhrJf6+sw18bOPeulcfDr+3D/9T4ZU1WwsuPecj3nhvT7C+Ji28S3zKklnbBHo5jlKOwDVOY3NQS1518wjYMnJwBA9v4AHPWUxms5Tmz3KQEVLrpqYajcFWK5ubteWymbnZ3GxkFsymqtVILoJKADOpViMXrdIR3sKjUkAkneHnZmZcSxWBWoQcnKLXzM52fQHo1KKE8WKvMADFAzm8cpVAWCwgAUSvnDoj9nAsmG85sbhoXFS6zAmZ6vlMr36A3C/z6YW82E3gXD2nvqKA0L+sJin2LvbyWVaKJRT/x8Qrrcmpvp/+RaWP1hKQ8dV0u/Z1lTMbP1CaG6wFwtvf+/f+Ab9C+M8r9KTN79cKp63QMbWDIdKgUXi5sO6fFO9C5yQxmHYJH7WGa2Hh4Whf1CZ8LsBZlfb0ZPk3nCfTCv/ZP7g4yuY0KOBXKJ2pOH67zee06uwOEmc7PwA/EnyYFO//t/JnxL/BiGMr9kCb1Ti5rTzHUkaTaQQDgG2zICfljBiW2MpuZbfPoRAkNFsCpSm+2RyWCxXozmWMk3BSLEs5Cb+aR8nEFzfy6bSfD5PivXXRzmMnJAEMi7t0OS/l8qXojVpCN0qPXFLBgDi8CN1ooICUKYAerkpM7INCUCnXsXpNuMpHWU2oOJr4/rORetQOdY0nWQ88a/ZFnHdHR5oNP7e2s0B6GH0kElCtu+fKtSWvyhKqrrvuE7tMY9HoqAF3dT5tL6xvXf6RUTczdfO20Y1pI36+Pc5qhONkoJEXPl6HkYnwOB0w4rrY3PAF6KbisbGd19zQsLbXzG+cabDwBcWv4hOVwMStn9+x84+PDDHVyZhox3g5xxjHbm4XnfY7HWCP43oH7nAEklEGxk5BdTCg1TBuJqDWYCotFwpoeHWQZ9Tw4caidBzh2U07HSbeiVLkp8znJfUmFZalBqY3F81vvnbLCQX0MV2LZvmJWSoYLXQzlX5QsasvyVb2A3WpsiJj+fzzl+YsT55cnrU8c6L2MeHJizKXX9pX/hBYkLOXBOS7v1VUFBbo/2ewAWjDNx2IgFELGCfAdQzYw4BNDLgpAw5mwB4zWG8Go2YQYDJmE2bajl+J45M4uG4A7BsAmweQnd6SPQhjQgPAB7IGyJDAmDVhNghrsiNmtT6bBOYkk3ww+XRSkUwqhwDoQ683lHcNgMMDYOAuBhxmAMPzHhgVugOAhK4Y7tHdmwVHsyB7bwatJFPiSZPRaFZC24gbSDGNVVgQm+JRSg/+wGgONTf0jsXYTUIx9LPEnJ5Z7CnruWEnVhyKfqwzUkmDbpmq4lQvRXaRSrdMCw24WOhSiDb8ptBNk62N9z23a+2fTt7C3RqthkwoTcau2zQfm9NyjU19UnLMY3BoQ/Bo6PLhuEujhMqkFLp3zZ9fcetf3TlUaJwMPhDbuefyJEqW6TzJ4IKpWOAb267ev47a9VA4Y8plQsmJXQevzPCTQ3W7nC87DPk2iw1ht7R1n4yCA9Ebo3dHiTBCbaJWM4zY0Z2fGRWhyvpynMGmMQw1ed9sADSlewtlAkTA6uBtKD1hzRV5Me/MJA4lFAmNklaL9Z5zC3kxt4aCuXwvTbF4dkHk3fPilBH+/epWYgeRooe/0vJ+CRQb7FrKr6HGZpzoG2G1qb39zOT4UIFuX3ZdPj6Q441MP5tdU6ZT7QmfJcL6NN/g6zE7xynpVgPf2GjT0Hl1RBs8qzMbfMnmuuKmDzXsai1JVCkD27c+296QtxNKJQ5xBmVdgereQawP+3Dbdk8J1EuTJbyemczgH4PhPBsSC/0pFDC28w/mn84r83lnkw9xTsbs9jjDCd7kCfG801lBAXBfhWeWl/2lvmEzQtPim4tyg4lULJUiyVUaANhSQc5EBu1B6uJGAPpR1AgQG6s0b7zx5pawkKowupMnxVaABvALb5NsIuv0btiB2gGOiO0A3KrtACBWAH6xI0DIFoRrV2kKkGqjF95RTBC/xErYibb7riI45gFHPGC/B2zygLtyIMdZshwKE/PtmHHAArIWYLEajVYLwVc0aj/H8NasSwnhLBR0jHQUpXTxCZR2QWVzHa/ULc2/QLlaaGYWKMkNPJOnLJJpQjNV4KM7VAWIzANFD4j75GFcWZFrzFSX4eSiH5RUxURl5x1Tp68PFW6d3rPw8MlzllJrlB3ZUXcLr6T7Q8bE5U9dP3nznhnfqdFDs3EQGLxuXeZ5z9DIscPX3BH5rScdsiW337ur8xJnibaSYN3tXztUYCqT8Z+RhaldYq+62Nul/I4lbDwpzqMhsYexbdI8mnhSrWnjyZeIX3Tn0awCP4q9sxI+sRr8qz34k9gpbJ0En0kg+Mxq8Hf04B/EXoa0k85fRvDx1eBrPfgx7GuQ7q62jsCxJloQgTekTyzNdJY+s733mY9jX7xwCrOLn8nLn8EyS/dsmRBuRz1HEP4hEf6PsAuYCtO9ALC5Qaez3b23rNSDIuLmETQzX0feKmIGYNWKBm+Dam/ll8AiPD6FydDlMoKurLxOCf7VHvxJ7EkJjwBrVNJYGzRWg6/14Mew+yW84ACbrKbxNg7GLsaLWC8X1/SotP635BUFAnZ7GwSWrx/B/gbNlZZhR/9mqwRL0xpNG9DLYVXQKayJa5dgT35XXnmI1sDzhpbBXngXwkbEdUuwY893V50LQGB0j52lVcNzi/U2kV+ekPgFaCV+AVisZIF4jK3Ei1iLEq/xSZnfz3b5t1RycG289MHwo8DdhS8UEHxxNfhXe/Ansd90+b1aRPDV1eBv68E/iP03VpDP30LwhdXgaz34MQjf5fcxdAFosOVFdBXziuI1/LF8zT/v8lp/P1Nog/6V33Ex/ChIdOEbDQTfWA3+1R78SWDt8ma7D8G3V4Ov9eDHANvjzVm0IBxMryazGnFNn5fl5b3umopF+BcUV9MLWE/GH8JevPCihNdk4n312qM9+IexZ7EJCT5WQPDli+CF9agntgf/KL4FXoPuBRxLpx2OJZ0g9iuK635IxmWgu+6BgVyuDQYvpS8u4lKCfwz7VReXA20EP/DB8CchXrq4F88/uhr88R78I9h/YjMS/MTQKvBiP6F4/ofl9fT0d7nkjF+CF9kfseDGLy/TQ1hPDz2EPSTRAWlFpLeqq+mtR3vwD2P3SXQAWKmF4AdXgz/eg38Eu6d7Pc3qanpRWI/6BHvwj4IzIt3g5dfd4Yt1+ZK+fQzaRRmv5RI6b/lSvD4urvuPpHWDZHfd7UmE15nV4F/twZ8Ete75RwdXo5twFPXA9eBfAXl53XNzkchKfntcxIcE9wgodfExOrrKecXeMXEdn5D5R+iuo6+/DlbiG/qb3V6zIWwM+0i73+VKJGr5mCfIsNwwlc8PTKj7BsjamLnADQG0k5ofZEfy/NgIfDjrfbVYkk7USQ+pdtIurZxB67WZ9XqXu5vXzsA/Sx1n8MXTZ+UuoVzWWigtd8yDK44u2b62ohGNVUI4/uRShxl4e6kb7f77V+9HO0nQgh//sWupy8xFL7WluQpC+H0a08C/PPnkk+Jc0b+FCJwSdb1k2x58viBh2h9DdtC/3A6egrCTotxIsA89L0tNQLSZy23xhZ9D2KjIexLsw8/LnOcLI9jYCrstrEc9cT3YRzmJi3w+WWv1/IDjPZhHnpc5iA9cbK+xCOQ3GLOZRViz2vgYbhf5CvW/3S/y1WOSzae70pOPKpdLj7imo6jvDMJ+UuJt7Hsyb2/cGKKWeFvsnRJ16eOSz/GurEk5zgvPyV90TpQDkWHROb8mn7NQ8FgvOifxcwnOrNZdA74s3NF7/Y3e64+Ayc51PX/jOz1/YxTKubyKWCxousTfsMJru188zxOy3OrldVSrCLy7Dum8r/bgHgO2rhzGohefV45rcjCuGcUOtZ1b2gfb+A0RcIQBxwOfCODXB0BJnRGbH7xNpgkyzUzTNO4a5Ux2ranK5+O60QHe5UebjO20E3VDqrRydCxNhWydPr9iPwEKYc50m2L5lbttZLmT9qJJoaDcGFuW02eoUR6IwzbEEFntq+asgpsqVL1KUQbH6dHNBwfWHt9VssXbichCi6tFbDF/IGI0uG2uksFgvfa63JY1w76fxMeKfo4Llkd53CkK4nfS65vc6K1fuWL8nhv38OGcO5y2p5KZLONm4/Ev3vnLf48MbEgv+U1Yz296CPtZ1x8oFd/X73u0B/8w9h9dfyDfh+Bbq8F/twf/Cah3t8t+megoEt1vWPJpxN4MkZeeln2ab3R9y4mJkf42Pr7yOxyQl2iRl56WefpHss+xaZMaW+Il6byv9uAewz7Ztdljo+i8YyvPK/YxiOv4jCRXB2WOXrNmaKgNZpfLlQT7ag/2ZErm0vWzCHb9CljhJtQf0YP9o5rE+bOzXm9X11x8vscS8vnWzKDzrVl5vqMrzvdKRjrfwsLS+TLCTagHAMJ8Vo7VTsjyFgo5tEs4ykD9sBzuFewJGS6bXQGHegrE9X1WxuWDXbkMMk4Y6QRXymW3ByGCzbXDET7sxTFg0eu0HO23e8NhADS0ltd7vRqrBXV5BpbaDVodubFa7PrKgMyZ04ud04unzuVPm8+KCVW5VBC0B1fUiFC+5ZLmA6AUfrvUgPDf/31RC4Kws/DrpSaEXxfAZ7ptCD3//Laef/4g4DHZUjXG3tf/x3rwDwFD18fr73vf+OLRHvzD8PyyxaoPI/ix1eCFHvzHIfzVcrwwJMUL7dVjnu/2PtOTR1wOYvDuqro3rgOYBvr0qP9iPXZLuzE/dmAM/1gC3BsHE3FwjATr1hXD00GX22KpTwNVtj0NctPAPM1M49PTyY3FOpdPlvJgHb0e9dG3dYN82BDTuexunwlrFU6j7QaX9mQsdM6gJ6fyp6naUnPGst4MqayKJp9UnEv7DSrixuDfs2cjsKnorab95YI1azNFN5TD9Zg9UBhg3SnbxZ0c2wfft5OjOmzTResT8eKoUe+P5t3JGpOYbBZsCuL37O9AsQTqdRBl6X/JPu+/dGVpZKCZbIORi2IPEf47PfhRSDtZMw0OIviB1eCXzk+C17u+b7v9vvC1HvwY+GEvDt2AvgAHa1ePQ1/txaEnsde711ArqYxtULs0rtSI3/F5OV7/Xu87xst5lNEY+V2xLol9cSk3hL7jothDrOGK8F+Q7Ugvvnc6rdAwOFaDP96DfwR7p4snvwjvWQ3+1R78Y9i73Wu22xC8fZVYWnWfFBubI1J+TVzXy4DGQm2bAhserjbb3XSbYkhOuGXkoffSOZQj4jV9Uaa9t2sb163TwHh8/cX292/lPM0zsl/WkuAJbHgI3Y52eJU1QluiQmuUbCbalwmPH1yxn8qPldpWP8Awe8BnthvVnB1T817aj5wmg5k2yk4TqoGv7NP/oN1R9tRU/ZcaplUW3KVmkIRBRhXth4oPZzydwcJE1tFtSUwOp52sGHdZ0cwSaCgITIWtbUeUCqVKwRG4jcAJAgdKFQaUUClh0GuEawUqBY8RJMClCKvV2yl7oteWQIGCeIyaEnLZAiiAiBZYwT/6wIvfE/5Z+Bvi/HvWMfzPOuu7sbCIm0eW+EE8/sJSDCkef0Lc44piAofY752AUeLV7cCWYTA+DLY0wXgTbCyDsTLYmAVjWbApBAykjkG93PW6Y8IG7Emx29uht1FAp6aogQLP6wZ4b7fDGyL3zbMoIITYPif1MJ6Hf6XJ8HJjW0EqN5aRVSyGEyCksrP87+gCB3vCel+OywxVwuHSWHa4HBa+OXn8xasPvXJ8cur4xY3hl/To4p9lkl59oS18Copx669+7y7xbqwl4u7RbjwixkIqFAvJe7tqEJccxGPR4+FCHAhxNovNZrO4XPAXpdUCjstSJhtl4iidzmSiQl6by6RDjoaHtFBdFug2qkiM0N1nI/e7UQV5r3S3RyWX5Vc2HKzcJB0hACDVaPezcMYWjSdcYJ0JHLGEo3G0QTpIO8zGXz/b3fzMAUN4uIp2R0dyfrK3OxpPiLN1pP0m8Ho/tRQHicdPiLzUgL+eg3JIQszUsM+3d0ObgntdD7jBbW6ww321G8+4W+5ZN+F2EzhONmLRKBnW36EDh3RgrW63Dmd0WR30wnU6Lel263Fcq4cP9YMWYOEYrzdcLkeZcDQaZgh1hquRak4ufnUbC8TtRxmzeBOC7hFAuyHFVtDTqMFAFPnlL+Sy1qCdTQM2GFKzzoINxkCIIVEQhHgyIjIlauhg1QXUAuQooNkt5X5QoIJbiXoYn5wTxh5RhR8IM5Yy/3K4bLaYwmGfd9PLqarJqAv/GRsNBIbAO4k+K8+9d4J447/7Kh8eG6F0Go1OkwwJX667XQaDLuaPwUVrdCaDZ5YS3l7KD1VEvffkir2DGazVpuNxbSbiDXIZl46CbEXFIzrIRTHS5aUx3iMhprPY9WJEfZeR9wFCjRekbCjcEzvAALpYtFcyDcQuP4AuF73vkCeTEEOC30hZGgXBXW4aDQbKYOorKK4vVi1Gymjw7ROYTCOoJx7rlHMDlMWGurkcNqo/h0/n+gwmE86yuNFiqOc6z8H3w/Bt3BJpZbGubkf7LuA1frp7jcQd4j7A29vDBMDxY07gdIwZgdIIjB63J2sw2jxeg9GhD+txvcfr4Qx6m0HvMdgdBvhw+71et8PuNnJO0uDV8zgQMXH6fCHTOl+QJydKqavTS7vXFk5oXAmoalExniosIJkTGcMp7iKHvKEVJ/ZATDmJYEkLXARnCyttXsZiqcaEl8CA8ElwuLzeF8iawqn3FsEDwnXEGxf4csRLanTCMeGIxWwZLKqF74XAC+CtpVhFvO7PLvkR4vHnJb0Mj2chHngsDXX4oZexIFS2ZLGicPuwCpc2It3rTKQdKqs2Ha7wPnSP2YyVsLodvAv5tM50hseg1c9Bw681axktoSVUtEKuqi/06upiVX1xESnq82JpHT2BGoUGogYpV7puLEQDcl9VcksCEH1dZ0Fst43gDykmRoX08KRq758caQ/d8Ce7VeOj4B9GJxRXff5QfeDwnwi/bOwc4u+440vVHSPh2++4p5zhuEy5suuOqdnbthWV5SzLZsvKxs5bRifu2F3FHyFCEzdsfvB+DWDGb9wG/0p5KqnnE+Locz15+DjxNoxHPvpsLiH2JZXD/YMzg7hpMDCYGSQGmXB+eHAYx4bNw8wwMezHSHHIgP8tJVA6Ma4RbmC8MxymhwfooSydy+lokhxaudVavD8uQk13f88iQhuUp7OL4iY3+Oss2qUFJIe+gLpkjUr1iqhPnEUQKdEE2nm8PBLAn5nekjYTRKC5c8jpo1QA6APVbXduQ/NKBE++GdLf+fSWAIGrzH5ne2criCvMmS0zSrrdAD8ptSBb/lN4fH+7ub1Jc7g+1Jdt7Ns4nPUT38kOxCwcZ44MFr6jKF720K50LWQiONxdWRhr7R+PgEh6JOlgWWt8pCDvJd0OxaSGPdAOHyuBIyVwOAOOxsG9YXDcCh2WSrXi9fAcX4GPfDQUDKK+mheyURCNNvIIoR4dBoAuFAKgUuF5j0rl8So5rkqmeLPsDqA2JOnWBHkxYIaq1yztAMuLWllU2Ga0X1/cqy/5B5UC0sbLdjAgzjMBqSPMHqzI3Zi9ttdgJEw02mdUrcNby1MnXr76qhfvmkitv2FCc4ZPe0mcFaao+d2ZtVc1B6+aS1oSo0WjMNapVWKGgb3H5rY9ef1Q+9Dj26Zu2zfljFkDUUfnbeazJ3c8fFmhuve+DY0PbR11/OB/VFf/Q+vHUp7/O708/yjIL9UAUZ6/uRL+D6nv/qE1UpE3ELwpIsOnl+qL+WgbtVJdGkP93rW/P7iG/D+J0f7g+jrKDV34teJaqH/b2MHnsz6vN0YhPk+GQpXBdrNVwTGgjXF5rAIqmTydJX0B3h2L6JtAq9drvG5ddVmuqIA0x7lF1NYoKl10c5rO4tn8aXSLANEtRgBnlpJGvdFH4n6PXvcJ4nS1fbVtLOsMrCqQ7gvdOvnEuolD05Ewa0kXa77ZMuWkbfUxU3S08shuja+UEhoow7Szl1/6fqoeNAg3rx8v77xtfPzWrDPsNYaCWu0dN2f3rS/f+utYO+G4aO+LHH8NiTxhkWn8YJfGDKNWtwGzMs8GeY74CfSLG9jRdqSUH8nj0s5BYqv6CvVNaiKdTgZon99PQweSoQFN92fE2MJOYg2ajqT4TAM+lBHe5Pe70W7Ar5Xlbp5CbxSMOB0CzYMRp+wsyNNgxNtHiNqEv3iTPiHuhrKKO6mk4VJBe1DaNlUhfmJtX37vwrVfPzG14YGvH4j056OUg7YblDqfkTVzuljI1T8ywY3ftKWkAE8Kl+NcfWLNmlD5so0T/nPs5uni+F2vXHd48f5Ztc6oJvVqgo4J/yu8PkWnAqb6VZ/a1dxybFeLN9HlqVQvryr6eZ9Z6u1YijP+YBmR5xnAzz8m7W298EvlccjLLWwWO9Q21LFZzmaC7pTRadMgPNPjzDiwjdvG1zqzlRCWBdl6ha7NzvAADNn5GnIn9O0h3hDnAwETbZDaeU+fRtyMsH4+L25iXjh15ny3ACFmzOSBX70mvKXxlHLdQZpGLe1La4J+ILqgvSTZ8nY9NXFDJb7/4OUzaX7+oSuFaLTOUcI/ay0+a/jgVL0vQlton88cKtgcNovB1J8nNuf6WT1TopLrW+HE+M5iKISHlNZQY3N/ae9sljOwzRz+/wn/efUzd+5gmgN9EW8MurKpcv3rD7+WrRlMVpY1R9qZTkml8FbWlitzJY8K69ZUlY9CXA5i67Gb2ga1mqaT3HqNicM4J8JlcIqDj8LGWrrQlxzkucJ6Ez83B59wvr4amtzREDOOQ6O8L52An/XJYxYQMrvzO5DDUUCjFs4u3e0LVVo7p3oVVXFLeKRXQr0Yxe87ywOsHBqFv6kPNjLgB9l+ziAjOLb941cKRa4Wtgl3qr3VvJDsTfh4PVP1a/BosGhJrmuLaLUELbgdgFgjbAUQZeH+1K+WYVnHNHLAs9rcj9RI5mdCegm5BCHn4xWfhrgdwRbaXDLJO3xWLefzFcb66o1Cq7+J8VyqUG/yIYwgEsURvh/1Pqcd1gSdtPfG00mO2un8OXE74HI12zljPiMNa0QKFoU/fiBFQVIgtJwJIW5W07RBSUPjhpGTWyau9uo1SqXCYtDHvcLGzXZST7FUxFM+1LeKqnV0VTROzawZGPIfnHskXtKTVpVKBQMipc/Qn31kzYf8BlNr5FeXaF1RTfdqoAox12aakO2xtqt7FxaSpTbYsdIe0xfeUQwqn4Dw65DuMLzRNyVWThoFhU6qnEA/Wvix3Cewvh24EQeNTImLpFLWyBCG6SJWN6ezqHRZG5Wi01bEvdqGih7qZ3kUTZxfPLUUZaIqpLiHWIyzpSktCwDdRU2acNnbRyaHl6hdX7prVo+Z7fJETCnoxttEe/C48Ha8wVvMfF8C/DTeF7HgOGHURhlg3qbVmtl6HPwg3sdbdMFmQfjHPYdsOo3w48cHWxwwhhoZfCHdCBogc+KGYD3deSqe0VAqJW4yXobvTtWCKDg1BPvSnT+O1CEPc3ODzFD4kpyjJPfEUYgjE1bHdjwX8NN0UXQIzEpGiSuV9j6f2R7Tc3Y9ycek6T1Q6dOxqAHjzXSNjMp5SGlolXjnTGlM4vJ5VeJ9u9Dc657ag0pQuYQ4p2SsxD0RS7t+g2Axu3kwkpi6vMoF3A1hTxdZBG2IKKMBo4ct8Kdb2Zl22Z2eLtOxbVDA2VpPrwm7VQr7Cly905o2q3VqQriVUJNqQ6JvOo3k+dLca9cXQMfIF4B40kNeSoo5ij6oH6eOucERN9jrBqPuTW78Xiu4yQomrFusB60EhfbyPtgAjUakebgMynQ2G/EFoPnHsIg5gkcon5M20RXeSeIZuo8HvZTG+Y6UVVw4dW7htLh/WsRe59xrS+PZrcvzGJDNKIS6MErywJdZSsx5yOEDSnsoVcgiqSVmfJa4OdugjDZSb6yUQs6dQ+154a0vb4xFtcHmnnC0SJl1JOUyWvJhgKvDHu9oChw5YLOi7W8Gk7Ev2/mP2R1Gm1v4xlUfdTjmMzvKoKUcHhx4dOfOR/r4fNCq1hK47w3hzfn5jxRs1i34P2MX522l/W/K52Fsexz7dfv+qZu33YzfvREc3QgObARbNoJPzoG758DROTA/d2AOHzFuNOI33njHYXDoMNh9GHCHi4fxw9xNk1dNbtufXT+ZOg6O54dBcBgM3zbJqT3qZCDbLoGSmqIesIFrbLfZ8IStYcNtnEndPwDSA2AANNSX75ifH/JcpW5M8rep1cdQiBzjMpkhUQPcSIFj9E0mNJVJ2oDaEj0CUfmKVdEacr9Ow2hZjJDPnUcph4z57AK6KaNZTEEswpfFo7PnxZEoK4Y2SPqCFbWAmpCTVOinN9avdzMLUYETDbBcu8jVtYqo6OUZotIAUUIt6XtxQyTRnbnstINOqMRZHX7GoMmnPim8VVvrDwyFw+vTbtbnpcweh53U0SxHRdmBwda82xCw2gORYjxj5Uoh8C2uxFpidCLo0pq8Hq/Zs2WwfygVsgV9PpPO6XIZjJ5A2BWImalaPNlf6U8Jb/1cnwzbLGyJ4wDaQwT8diM5u0b4FadhQvz1fc3LbFS4PFPNV7xQskwJD1+ux50T9cF1GQrocg2GRFk1VPgT/ou0esyuuU1z7ng9zzIJCK7xVTKFyUrUouMoy7ap6fVxNNfyKTsnvJ2vMySQZ/lHLryD/xJJFfbRtvYuO4jYgT1vRvMta5gHKrdqiqk9WMOZ1IMpPF9LpWp5AhtgQ6EWnoUeP46FWDZqz/MFDD76onxA18frlDoc10m7Y1BAL7bbi+5LTbq338JpcVLj8nZ7Srzzr5UqdNtPes0p3d0vYXnzi5jODrOlpSYVlXoDp7LZKdab3Nw3dPV0PFCbyxY3t9jcjrs33/iFPsZaG52LldZWfIOTQ/sKG0LNNXu2HTxix8+AgMtjUBvNbGtzITPTTBvJ1ODmYvvgVGz3HgddijqDtdlUc5/fV9IabAcn5nZev2d5DnYYetJZtdrtZvoT2HCQwZhgdhizDWPBYa5QTxUc0CVkEkjoGEzh7q8j168P+SupuMNNuxLkim46tDkbWoKzi6IJ/cYJxbJblp5d7Pp8S/6xakm1LUvh9ryZwkVpXXYprUsMuShjPg1+UKyZjFbKaKqVBaZYMpnMgl+jUlqM5nRYgHqQMtgpytifAT/N1SmjnSgm0wadkWUpk6GR7Xy+2DBQFEr0mi3mQg73d77lY3SkTanRwtcgTDWH787WzRC9LG6ijNVs59+wZbkN5I+MrfBHZkaGmK4/Ivo4xE+gX/M37auPbAL71oCxNWCglJ3ZCBSAm99om5/feLXiVgW+oADH5sCGOTA6BxRz83rTTGAGPzQPds+DuXkwPA/4+dI8PjM/M+9bYB2+YBhgYRA224Atped8E8PNJr9x21yKVwC93hZmaR5RaH6b1UEDW3f+meRRWmqIg2Wl1kE7kLojrnqzZ6ju/ZDkjbUu8/lTok6LAdFuI0K8f9pdpqmUZhZV10XaSy3qQpRDFEmsGBHOOrePsaU4rTcnGJPR2GoIoUzGZDZTBiPklnOFAaPRHq9R6RE75fb47bqAx1lnayNx1hYMBCweigqH51uuTKHKDO0MBKazzEe2pwfTPi2pFc7nyga9QySw0VBHxKwZjBaoc8xGaOGE/6tUGId5emCw7aP8Rp2pGPUlICd4HPu2X+tVOiKN+NarA3REnBPxS0UUyksdG2vzOT7OmQqgUK/3hQxQiXjNXtxbzNEFu5kkCyQfoqGL37PzskVBe0RPnUGdF9DEL0q1i98ZQC4z/VIaG+Iaf0v4m/cLGVtZ4kO7fAa73WBoZQWmUDSYbMRjHxggMkgQnsqVzCYLx1FGYy23Wo1sRb314prO8vdNgUvrId0ecBH+oUvrBhC/on8v7pM/2m7eoAaPqgAAGhWZUIlb5RNYKmEykRotmSAdVkc2QdoSCdJsZRKOBB5j/bpU3kqpcNJIm0B3k/xr0ib506fF3VGn3jwl8XNvJIH53KkTy4qPorMlD99Ae6TkGhIhdcSA5Xa6kK+IogAiNHjhUDJy5oliPgtma9uYb87knCW/fzDQPxBmqLSDcpJ9beFBG0NZMn7ijRBetK0bED4Ddt4Q9XlVLKsamxCmnxnnixRFpTlvQm/QqI/gVzBRI2VWdOOkWRGv3Oq1AznmGcD2tXNbFVco8HsJcBMBDhJgkthK4EUwUOfiuZwTi4N43DjkpDmjXWMsuuw5Oo/aMF/UDNAsD9CtbM6cvygEku9lAyOgc6df6zYKsSJzdpnxEsG3yaXF96nFIYn/aMi6NnJ0fceUbesNVpPBhtRzoQGlXKPZBPTZEoxELGZzIY8CeqjdrUZ9OSv8+NDmWIKzG40lJMYVtH+VZW1IqjvHJrRGjUqdiePXZBsGPZJv3ECJfF2o6vRoTg/8p/BBPE1iM+1Avd5W+3i31sxN8vx0m6umJ8f4aNRXryDzhhJFz/nctFcqnHSzGWLV7ZS0OxHdkGhRisFXN2ayvCLvDeJBvqeCLNlED1qO25HY46/r1NZ2AfxgsK1XkjqVymEwJYICE8owNrXasPZPZ+cPu9QajVoViMQs4F/6+k0arVJlnM7UbxslzPGygXGybMCjr0Q7zyfzBoNNpYI2TGO06gzpJHaBT2T7rGsbT8FgnbKiAQ1+nzETvj07YEuFPf7eTFfVAYijHdj2NrtjzUZuZHo6OxLJVrhIOh2hXJzGhGsis9NpiylHz1AZ0YPGd9CgDzKQiCw0DnDpnhNnJSZC/HPKLP2V552+j1Hv4q4BpGj6YvZB9+ru4vQSvhM/6yioDvy/r/gHbSaPxWhsZsG3IzHIYIDA9UoN7fnulNmg1+lSEfBoOEtqDXpq/d/ZvSYNDnCrXp8Ng+8ONI0arUGpdBncE9Cltej7Ebc1oNFgWYIyGvpSnafCaZ3GSBAKg34fvjtRMppcEJ8E9Edy8M0dZkqh1qk02QQMzMsGo1PCdSXU+XwkoyOdKlNXbkVc78NubA/evxvcvBts3X3FbnxqN6jvBrHdYMf26fXc0ORkeohPlzg+meTNTg6pIh5sp/cF6/yOfeTMZJIyZugpc2rlCJ0zHWke42oEeL0XXBY+gAyO/ykVZOan5Iqz6xJS4LjK8PtTQkOYdZBPOR2dHkgxu9sfQBKL+g+nyIyNdKi1KuEb0bnRqklPSrnRjOi3vYFR0NqvexkrwRAiKudH3H08i3GAc6fDes7i1pN8JuPBeCtdJ1kPHxEdL2T1z4ijrTMoL3JKvDH9gpS7Q6MUV+RFCGWXCvKNIVB2rqsdJGsjxg74I9lNA5HE5OVVPqD3+9zCznzORNkq3majYDJSOGfA78/2GQ32yq6P5haujW5/5MrlqRFCgYMaB2Bc38jh/4pDG2ruj7wDvSB9vfgbGNYd3SZmRggxL4z4koXB0Cy272VMi24QkJwdmuAaA6VGEj7sa/1YgbN7zfZCjgcgMkx7B+hBvzieL8IbZ8tmumQUvc7XF83nl7LBy2dKolDqrDj/2HxezK07emmgXrK3GwSvSKCDVSbtisOSd8ELzy/lhUK1uNPM9SXBT6ONqC1YpLKbBsMIfaGQQrNirnLdq9DS1QweMhp6KSIx5Ys8/6AO2hKgD/bnOollOXSBft8xzMtybAiH4xIG3UwSJJP20jLMYVjES4tTDV/gIrzU1tebwLnKAM4/AEe/Py7+oKtGeqvvwo+IfyN+iZWx29uu/fEb4vjhGNgDf8Q7Dm8hgdHoFYteabPZ8KDhacNXDAqDwVfFymUf7fd7fWVoZAy8yWfy2VV8TmfnI8EITUcuDbXPS4E2moxOiaE2KoctDQFYWKhIqibfVFSCpSDKpoiuGmu9JAAX5ybssKUD9bvqoTVrJmocIVwOnlSWthwdHz+eDcV0LBpNrSe5JHvZ6FVf/9iayeNf//DO+/YO2v4jUPPko+Zwe/edm5u7PnVVvb8vtT4MtsVovc3oHr3z64cP/fXJdbmp+bBcV7nwI5UT4qeIzWGfbBcrM2Mz+MQ4qI6Bamu8hVfqY3V8i/2g/ej/39uXgLdVXQnf+1Y9rU/b076vlmRJ1mpZlizLu514iZ2dJNAEkkDCFgINFGhmCimQlL3sUxqgLKWBkrCUf0o3pmWmcYZOF9opSdtp/077TTNlWkr/Qiz/994n2U4I/bvMP/EX6em+u99zzj3n3HPONdNrTdtN1HojXKWFKwW4WgHXMXANDfNo9o5AiyVMYsob+xK+cMoDrMEwDFmtvkSKxNCvqd2+kEfZHRJVoyGuZaooW/Rj8Fk4dZEPZU+eEUgUZhddZ7BtYiTwASct5jODisJzX+PHP/bcRa3wtdlLLt4ynmVfO1sQdXgLrQ8N4Ki2/SSqbYREtR2M2wXKvPnQ3tGWvaIpOXrJ3ed9QFz1xm8+ONQoIBd0MBzCtQ4wgCSHkORzBgfaYjxMdUC+I90R5HjECPHBdFubegjCmznIcV14Xq3qgXooHePb2/NBDvrcHQFlJh+S3KaFOBQ4NvSrJLAoMZc5mSXRzvAlMMcWIk6J1leJLNdB7BWxfQe+nyN7lsjQnD8Qw+auS6NdIgESFl3peMwCKfeKsXwuGloxtdwLn8pVfUqVv5JteG2FhEurFxRGbeMO+CUx40yNd7q1zrgrOuTR2FRBzuSOO2GFcxbX9pfPcTk8OiZgTAx0zH07XW8zYs/ASifUUFSjk36A4j3FZQlbMRvXmdRU0964wuzH93bUrDyLeE6PSy/pFEE5MKXTrQhx8un/0ZMnzxIWvBm+6CwXco7mRjuQeCM0ErLFcaHHK5AbGN6wpfpiv2gZHJ926QIFLNRBqsJ+EljQamZr1qgZRnRv6KiIAqr3hsNZ617gAUZofAmueS7OsqBn9tSGWTn+sgzfzbjL+AiRwSi/xOIWa00ZS+f0prCjWi0l7K5kV3fR1LZ5ZekAVIielN/X7hJ5KDjz7e64y6CkGd/5n1jbpg+VZy4eHNs1U/Jrw+vu3GGoLRuvRWO9EyNdmtxV5/d5CwMjw4Sf20Mdgt8mfc/UEP9kUeoUgNqrsxglyCuBAipQrz8PUadPbTiOTSjwgUnmqHgsQ25Nz54+h0QhGIHDIY0tbG8852mzCgqL3m00sZ+c2+fy6WiPh9V77fBIMqcSnKR9A3WIGkXtx8H6mgGvZWCvVmtrjwmC1WazoTnrP+KOcWg5YX/NcKEAS8KIsFagVQIUAA953Ds36R2O642tm7CJE6G+2dZtZEuWPN8KiotPExdICcOb4a3RpFNUpuoN5XX3zTh8mU5LuBCWuBRnya8b7t1QdnLW5OSelbSS1UjiXY7zbr14ZTjaGRBtgYjGMtSXjpb7nab2Yv/qnQMMHlcRwYQFjasC1tWizop9L+vb21lhOzvZCi32xOM6sVKBFSfAIZWATpnMYsXYy3ANUML+z5vRiE6e2kA0ACkSgnB2A7kGuKm3bV1ZZFwynEhrOEtiFi2oZ5pb7Ms4oKwlmLT6kh6zEFW4cpPdoaHOwNZCl4ONLL9ivKMeEYMmayKWsDvSQSnevzLGpFhLqBh2xh1ag8Oj1Rs6syFztCs0Pm4ql9OK9LrBmNpkVVkkvVFvDnU4O+pRPT6HQuu6DI1fCbRgqCZqAA6Xp2RouFer5hkeL6dOK6hACvZACkLA4Qt113we4JFvINK7fLNcFvt1ZcXj+OpfcoWrGVH4PNotaR88fskl1zcOwWvjTANS7Ccb0XOOHDkHfv/expdlubCM1iDF3gRCoLdmQ6K0Yq/LFaFCIVGkg0GapoxWoIEaPOkUmnSwOOkphJ4Zcrc34YUJqPOBRXX46fPKRIxUKvt2R9+Va3NdG/f09E6F9NZoOCK5y0kXKyUmPrzqYfamczaq0iObukqbR+Ixv1nSm/TWWHeQD2eKKR8FnZiO+FB/82jO3Ij/KtUsAGj2JhJ5D+vfa/F0sAoFiAADNGAyAtxNMqJvyvcnMxkZ2lFPtTR/OguRxxcZwqaN+qL1ARWo71zTZ3UNZBNTlVB0cFOxvGW4zVladfmtqxq30qzOX2ozxQMWtacYD5XY3VRibFtVa3MWJvP5jUOx1PQltcyF56/tCzf2iTF7YPXyvD5cbbeN9qcd8vwH0HiKaP5ViCpqIQ1wDCaNSlAqBRqt/2EAIVxcc3IlbrZ1Je4sjoUYMMqQXaSKjd9sfOcXak8wKrVNsjfN2ahbaEPIr36a2OpiXHOheYuATjAGpmohHWxvH4ya8mjRS+zgYGB5HrJsFQZKwJ1RmqLKPuCGbty0kpAOjGairG3Dph96om4uYW4Ox8hDaHa6AeRpCCZ7kckTinVwzdCeTYOxyBv2XMLh657OZmeq/kC2U8KbRri+uiO3rh7WBat3etokwRGJ6QoDnWmTyu00iv58OD+scOTbmYA+nOoK+ns6XM5kl9tbSPjVrmyhyx8byjrdmXrQ1p7ObzJHggF9NGnlSu2hunePwh7JBdDu66xkNZ5IxrcUrpxof6rU7C7LXtbrzcb2ahCEuVIYsEIGAJzQiafEIE+JuABaciByxItlCcEpLr3Kpwlj8HRDUDT4bH3nWgRag6eBVu2jX9kLL0OAFehcAljU16j4ImBtGoqlEWCNfepjM3CPLm73r1mWFxFY2UcQWM3PA8v876gK9UsjrzsXgLlpIByGwKjCxlfy+cYeBFXfJu/PI+/554ACCSjE39UAIDVK3n3ofe+KqF4Lebe59S6sar5To3LLyLstC21ivWOrzTIqm6LeRO/Pb5XVtMr60Ls8KXvBQlnDkv4G0PsiKbu1VZZSLemTi5TdRt6pjlAQuEnhM+revlC3s1U3wouh+Z8x+xFPvxxsAJeBw7UN49M9XeuD6Y3t6a7pnf0jbtVmL1YxciMPLYfLl48YTenpEZNpZDrN7NocDN/khjfvhOWdsH0ndO+07e6Hq/ov6KeG+mFbP1T1i8uge7ynfSOzbfnybatCeRzpa5vPJNpsPhxgPXX8qDgrB/uylOYQQyqHtZe/MPdDdrKUiIWkDfg+S/zOQBAxm8XbG97gILHmxrcEEGtB2YYwsgCBzEKwvgXMtDTjT/Pytxw4dgEpsR09zZRFfyCg97V5vVZNojwSa+8SQspSX58xM9mbNfYe3Lj2kprFm+8brNtFn7eyujM6lPdYs5MlRzqdduhCPkvCNyfl2l3ltDtqVQbPc/YUAoneEbcykq+Hc8P5KHVDgOKNQXd5pNAR0Oezoc74wExS9CTzUv9McmDCl1oxVO4IawPndZc2DoQtsUoo0lft9qbGB+oBc3dv3elJB9RiJNPTVq1aA1Fd1wXPG+LFgXh5VaeDNcfCPedNDREaWwWAf5e9FqwGu2vdU1Oa1fl8ZcLnGQqudq/OxIKV1ejPtBbJryYN59eZpvIZnXrcndNMKoeQhBbiHWYu4PZ63RReMiy3k5AGi7rQY5h1JjogrPqYO4YE3bnMwj3LWI8shwXFyjUS5gCr3gKymYfRV8zqC0Vy+CARHRtxiyLLUJCvXCbHari0RSJsZBFlzzOHLOUt4284QpOpua+kVwWlRzbEcqN8WGQKB5OX9Pb2jl/qMGpZnTPmbVTN3rhTZGlR159OFwojSqXLOdToqvrNKjXTkx2Mm957+1pPLBTKeXYxaq3xog2w2jG3a08gsHJDz2cbf7/KpzZq+WBQaXQZxXHYf297Omm3TzSc55otoi4YNKoczlWIhpqhjXmN6QC7wEfBD2vRVRfDVTvhzZvgnk3wwk1w66qrVu1bRW8f3DN40yB9z8DjAy8O0CunsYv/N2uC9hsDbwxQAwPL0K8Xp665JrQ7letGz4edV1yRQ98vdE6hv9CH8OvU1p6t1NatG3GyAoC/CQ30vES/WFNJW7dOTXWmdl9zxXXo9wshp9crbVyPHg9rFQrpJfowXr8sDr6Lr/zJZE4cx1fEpoiFE07DYmDLFAC9wJaiejkC+YbsQrg9EnEPIYuueUrUvFuL6Eo5nluy4xXxlogWq6k2lU9NaVIKpWNHHSMx8sBv6FaabPbhpllSMeRJQeY1Aa2LhhXTM1FvzCAlnWpvMCh6Kw67V9VW7Mx3rqv5rW05pypTn2ijWJa2GL0OFVrecskS06p9pjLDUAxtUdpEU1XhMSr9be0mrUhNUDhNS+l1gkalYHiBpU79wdg+ZTX79FIx4+ym/GG3NhQOqEOUTquKuLzteh4xpzqTseYuR8KCTtKYu+t1h8odCBt5yWpW+OL+8KPVywrFkk6p8LihXrQrTU6FP64PGC9pHI1XLWrJoFY74KUo1ZcwBvSaif62rmTYHMyEnF2XiF6tJusUlD6ZP7oP2uB+6lrEH/lqauwgBJCgwwH0nZotlWypFLQ2HzBXB3k0vWQW4X69Ux0/J6vxmX1r4Duli0rWnljx8i53v1zvTeA4fJAZAHpQr0UGxVXiBSK9XwWvVsGqCraroEZzvfpWNWVVQ7WaBoxSrdGgJrNYa5XFIYA3bEBttvxEoYnjA7lCHm3xIo2XUIIP6sQk4t3+cThdt9QpKfbgLqVNr3co4AzUP1C8MHcv6kMC9eFdZiUIgIlaYru0R7pJondzN3BUPzfDbeFozqqy2axWvc/rFVV6r89n4xgHEvlE0pET5OJIrEXLZGQ1mi1FrubA9owmDIkRmQnjsb4+HClKiPBUkSiBJufdSGK51YmkNAXNckyC0hklIX99+vIrJn0KNRdmaPrbK5MFzrVsctzTNtTfHxr52x3T1ruevPfJTn0hSrl65XNdcJziUf8j4Jxa6n4T3GO6ySRfvOT3OTinUzCrJclsFnVqQeBoj9XqkXw+yeEwS5KODEH2hTyake81JzPbHAVxbzshH2dAbF0QjhBkwA4H5JCSDKdQJOrAYpYcEFF8qd3ZoTf2xLySUtmmduvKyVj3VDwjeFivq6wm11cywnmbLJ5oGz3z5JroR1a+e2394Y2fv6G+rKfwEd6gUZvwuDaDn8CvMqPABZbVArwFAYBTp9VaLIhzMBicBouTBjotDdVanodaLTYKnsXh7W3ov6FkRZtz85KDY/iydhLEM0U2aj5I6AG28svnQiQCNyb6aEiILYZfjTf+OeNcZc/Ze6DFPDUYzm5JxdbBPfeatldGY+eqJI0z8PGf3+orGUWnMWpR93ScH6wQPVkaXgnfoY8AEa1Ie812ixHuMcJhI14J+oABAr3CZkYYx5B+IrGNTCxoUjIMJ2Hcr2wGzSGfi4TxfmM24V0KvlNfdtN4e65neNWy8WC8e9OqdMRuuW+wo5363N6V5/n8Axfde3hdbO1V3QO1/mJml1PWVzjAf1AqphtEwUgtsiV6RZRaGYGDEViMwCuxQAOAN8DbjTY1b7Pb1Tqv243nELsMY8zCGIYtoslV97aFGBZ8k3A2o1WgPnfDYiGXL+JtMVOUJxMBgcoZrZicEhJ2mWy/uM7eRVN2g94zPfQJrcYmqeLwnqct7dHC9at15YEBm0JQmgc1Yas9qKHiKqdn6nL/yrtzFhm+XQi+FUwd6JCk6dimgzcp4IcVEIlmrFrDQoZFA0GCmoaV+55NoW3kuO0Y2jWsaOltrUs/OApDLMI/gzFbMFCK8U2m9rZyeaP58ChvuYCpf++SxheP//yuW3ecbMw39s7CarPtn1ACok8mMFQL32iCV5nglfob9dSQHq6jLqQomtFp0UzqVFpGp4MqpbI1hTJNsB2zHsd9wDzJwgyG6YC8qeQLBow5eLoE6ZUaawoYTIPp8U2OpLnLbeuD3/rVb+Adew6XBj45/L2NsP9Xe78+1n2prJNtA9+Dc8wUsGOvz5pR5ePxepodPC84Ai6drtmN4ycyRC6SEdoqvolVE80lRBC3AG8eSLpB51pAV4Bz7fG8hqNn4s/lB/d0u9Uio+IkDWv/5JZEPHadkIO7P+XYMea+bovrY9NbP163LS+8svqqoC4C/+6eQMDRy4EltGkMBMF4LRAEwGY1eb2MhtdqNRqVkrfaQNDNUF6T3y1JGq1W2aRHqN8ZfDFP5ljmDHI0ezQjKzkIYZUJEUXL5xQWPBieWO/6eQyNFB9+oCchOTTqMPtU0upXqtwG496hLkHQK6zWSwPl6KZ++lM/CfX8TV/hmin4MDQfLg4Z9R7td9cYaZ5WPGD5EJrrMHgLzjOdwIzmeqTmsxoMRs4nmUwuIEkRl9oXCHgUONFoMik4hlGQMZDzlCxxUSSbA1boyrSphK+lQQOQcb6J94QpiRQBncMEVsZ7TFnhfFuyP+DJV5BoarI5Vva0RyFVfMSattYnk2VvweKh+DWTaxyZSHQktrlQuHll/pHGvzS+ufV39v7o5aNbs23hBRwSmEHgB5mahC+0MqvRxsBzUPBZzRKwGo087vbxE8fQrGOQIfH1W3ONgRXNs6EpwxCg4ZsECssqlOAtbYtvN6c0F5x3vtbR5jinb/gC8/LMimTKEe0wb6d33mpaXbn7Veh9TFNsN4Tbi4ErbjR4bGab1W9RkRg9qH9uZhi0gxW1xN+a4Ixpi+kKE82ZJBNlsoTDTkT1hZhG47AgykUnElGTSh8LR6NOGWCOH83Ktzdnie4R/c7giTfI90hCPtw8uCKzHSG/JIPZCXVQ3pQRzOAxof8Ukowi6YwCUhSr4FhOay2pTNpCFlI+Tq1RMe6EqTN83tVjVnF9nn7THByaYEIBQbnal1XwH2r86KuqsKMzt2myov/YeYkt5Zu3bJHxIAoeQ/g6iPbowVpwxr/FT3F+yU/5NS4ecVIWl4QYG8mvCQoswmBJUguguS1nZUV28wHhQpO3gE5iKiCPLLJg85x1QouMFRyPRyTBOQpCl3vXyNXFtnCnSQrpFA6VD1F/ndadKUxPu8qwpgnZ7SENvVKnu7/rvFjHpTX/3btUXknyq3puWf6Z7YJgJWMYnF+hnoTfRvtbW00rCIySATpIKwUdBb9AvwjQvnYy++rxWeKwO3tMTxgz1hfK+2T2m8BQVj359jvzQPlzh3FoPJxUOuAPDz2iGnxueXb9I9GqVL2StOPWfB2cBKPgQC3QBySXjw6Uugq5dIyOdpoKFE0DVsMW0N+ycDQUMGChQ1mt5sKhUGcp50I/n0vnfFjeiMVyI+j7eZ6mKJOEO5kDWP+IdraTWF8mvnlSJDAuXzCBCE1TpyfKd8RnkeSPHY0tRMIPmfhIIZ/DgrqaJpsfBqcmuZGpqaW5YxMMQfibz0WKRGDMVGGCxtK/5uufs2/wqnZ87qeNU42fo7+33vqH+rkTIzuHehTJSNqfKh+4+PNFK3f/xMh6UzWenZpKXa2Lma2xcKH/td9CI8TEWvjFkct1O5Zdc9h6SdSpMtldHpfdpOrrK/G5VKn3gd9duoqPWF/vm9GlLrjgwo7R7o07km0om9vjRtnwWs6/PL+CfhIf7AHzEcBABuDJoQBxJsNO1awv7zNTT82J9K8PHVLJew5af+1+eBHac/wIS237jPBKI0QCjl4joiXRQI3Dbg9yCisW+lyi3svSEC+CUeC9CJqRnJ55Fc32iZPyZV3Hj25AG2PGSrSZGKJZH55QDC9YMM/hnTqb6YFoJs08mnTsy63dPxeuj3fufOcfEQiVutwJjvUUb1y78ZHzLrjnkemO/t3/vupQT89BtdYyYK8Guhs/2vjMxoZzS+8VuP/z69HnZ+BzaC9Kg7FaEIQcFrPZ6tAoRK22nYMKt8Os1VgZiyhybsoXjVJJtIkefxUfjpdKmdRRwk4iSoMJDGYxEdyQDTWL9QRYGZBLUilYKBIrKYSUMh7KlrmBZphElPEzjedVOr9No0BSv5nTcBJvVEGVqNFwTLAWjkbybqfGHwrpro26ygad16UvVzMKZdqhFygGSu1Me81tarPY/fG0XiPoTCo1Xs/bqW5Qp29H+21XzeFwCpjh12k5wUwjZlCCkpXT0ZCmCb+/IXscX12kx8M5jTMwyhx+i37INwcucvh1t4dVsiYe8+96QatUBqyGRMJrpLUUpDe52yBMT4Q5o6BSd465XRVvV2/QpbIR+jf/IlUBu+g70Q46VEMSlNdrl3hOj2i5zSh5tT4fzwMmEGCwIaLWTmg6FkaIUILJOO4pvovoxKw422RHjU2ZA/GbZrnfXEswWdLvkJpSq6y0Bkp6lYHX+jUKhhEpBcdJBlHy6o30bVZTSsMKVDgoqN20txbQpX0dA3ZnOdSfbfb9AaofbKPvRrS7XnOj7nqtaAdVBNVqCe9F4XDQ69cb9UqlXm+Re052fQQezf1oyXaEui1TbKKiIO4pPPYtlL21WnvQNkYrGkwU2oJoHNaE02kEwWzUsjyr0IhmbTDtEriAmd4haB0eJAExaqtBxYYvGcu2lfWOtlDYmo9E5udBoTHO5OnthrDyJuz/p7uZ6p//PnATb+AtPQxD4uvNf/mwWp+rgVS85ROMaEOdqdAXoXI3N8s55+sgQspZ0T6MyllxOcGaI9/qUM6KyscXXOL/e+o4vf9iBNWxBnTreU0SvjT/LJisWRkaXH4pGYc8HobeXTOYc7tJhRry/YKgze1ujlNvyMnj1ZLxonbQR7PFpv///MuNFYv9Jm2ifpM2E43vgNGaEbU5Pkz6L4+DoZfjOp2JHPk2W8j3C4I+t7w5RKM8tDNa+59tC1Tnd3B3cF83hJnf4raUbvoUswKvC/N91gQSNQdqa3Ji+RBua/lQLofamqTgshqCjWVyhWfMEwwxPbg+5V1yffA2uT7qo6i+VE1C9Q3017txffXutjZU3wAFe8mSq3K976vy/1OdYHR+kP4lGfd/Net8tFnnXQvjjkZCHlynz2OzozqjFAzicQfPMm4ZJrmHWzjFvAETqCEzgetaTxuJWbnkjgkypgrJf7OcH7y1kN9qUdEYD/6a/JtgCH6PW47yX0Pw7Jb5Y9TfA70cI1CtrsEwINH3cN4bSN6Jhbz7SV7jFxCJe+2F9nacu6OZm4w1OO9hnqdvR/lH5bopLEuQupettKdqcHCx7pfnL4dvM7egvGNyXvAaeBfXTc//4AWzmedrdHBJ3X9u/mZf7lzoy/7FvtTrKdSXqTP7cmCh7v2kbj2OGUhiTtCpvygvCM79jHmeYhf6cIBe8d7DII/7sLqY0uCIuggU7bEc+bZY5W+jWf5GWDqBqQ7Cy1bbjU/At+nPoPqKCDbDmiT4MK4VWk+Ngv6angZ5s1GDAdOoQcBFt+NaVLYc/q6pBSHXTkFDzWDKGUj12pxhgagtxFv8n2gDZOY307vp3xnCrEJeS/hVsAWvJTX/ixficau1RnUtXUs5/+8X8u8n+fXk7oECzj2wOOcDjdXc9QQGbXLdDI7liWG28dgLNptWW4PRpXXL+e9cyL9/Mf/3XggGcf7s0vxn7pEHKMXcEzJcberRMjW4eimsnHvannYAvj3nBAGct4jJM0zhSTJZcqnmeqdAc55aMP9XlZdpOHOfTMNxeeYdxLhbaloINmKSDTfVBGNuEyZbi21imorLYJpKxvd3rTLTmITCGVxm5q8t0+zbM62+qZ+jv9P4jVxmjPRtrIagZ+ws7TzTakf9HLy8VaaHtFPDZWp/bRnQjsr8M/cSgjcal0F7wDYuARw1kabAKELlGk1N1FQyep7Gw8AQHcHllJxcDmRQOV/NTOHQ9EolQptAzWTOBXDhwBLu5a8s+2NwkNnGTYhh5dfXybRxgnpFxqefvTAxEYvVqI1LaemPwW9YSPJ/I3NG/rde6OkRxRo1vjT/L1D9o9wUrr9bpnkdKD/Bv3XrcO3bF2H+F+A3zE9J3m+Yzsg7OoprXtuq2QUy4Aj3LtcJ7gA/QzvNCNwCr4eH4JfgUXgC/gf8PxRLGag01U8NUyuoc6gLqAupy6gPUzdR91Ofpp6gDlFHELNtaVlZYzdeCx3JFYoWkwciydsiKzgKxM9RB7UwDi1ZMx+wmLNh+WAdCdotpZSlUEQMNhEo/USrXsSfkgdKZXwKTI5hLJILZiO+RfUbPpRZ2qIRpiAS6SW5ebNPlvEi5GCpDJuyvSzjk8qwQiAO/USBh9omRyWBfMs/syiZkXylwwHeZC3Ugsaf9I041qAW5FPJ1oFknuRAz01tw5ljQR1cnCBZo0iu/4PkjKnYPFAw/5E3rU5jgcQXacreZEBnDBF30EwT1aQvQgaHupOCsk4kjDVQUvMHagef/dGt+ChYci9APHZiulv8oMeWPjSf64GtQzKiO0FfRjJbaHEjC7qVIuQjCxUUljyFFp5YlIPFgqFkoTme1ISmv7rg9MGHTv8pZyqG5C8WtWc2QfLJXK3ktZxKi7KIgk5v1ttNChVnj6qMVne7I5TRJDpSvYzZWw69o3zg/JRxwm4O5TwdPq2HL8QKPs/Qjt2OA7c3pJzNHk9Wku29nFupMOlM34A0Q/Mej1OhusXU+FpSqWZYVsOzFsuYz0xaUJp8jetsZiNH2XBrcEhvU9g5vUKrMPkd3ehBn7QG7QZW8KQ8gYLd36YUeUNw7luhustRiXzEXqtk1eaoTefW1I8YOMERcVvV8elo0CGE2mNue7K9zrkZrUq9LBjVIYnKzeo1jNnpEzWCg3NZWZ6GjY/vPLPbA7aF4TOnMoUhQfIXolwoKQx0ixHbJUYpUD0VOns6NW20m81e0WRTKVTS3K+GqXOMgpYWVAqtJAYZFaN06iSR5Sju2Z2+EMwJpjYN6zcJJsW3wjxtNCqMqlhjC3qEnEpAP5QajmIesmhUYTFaWvdSrDp3syX4klIBw+mEgnp48fm9bYvPcFCpNOhFjdPHqKFFoWJYSmBoTmfkldR2b5vb7VLxBlbDKk2Cz2e2Oai8p9cNvyMFJwUF7Z37UOvhhuYDE3H3uua+Ing8kr/zlR6bwWuVroFIWucZFasSaAVHw9+f/vujvRaca25S/oZf1/qcTBh/XK1UsBqjSWFyWQNxmwqCeaW9w8pYVWLKzf8n4zHZfbwlHhM1w0blRqb+ohBPWttceqs6xOvUalM8IQaGc7elNYI/HvPYFNZA3X3ZCrVWqeREf2/Q7BtQfJnjNBqPwWhXsDZjGQ7j+lmLWszYucbsnOYXylyKtSpRc9wxgaIEyWg2SR6VJyY5rKHlVnsq7tA5kuc6HDY0XZzdFesxKwV3qM0cLJnUWvr8NA2MWa0JcmqjtkMnWosKTumPR72SyhqwTBTb9PqdosTafa6VVdFmUAr89R61zX+pzWvWzv3HmR1vLBn8/268WusboRSiRqtQZDVJL5yK+6MfhfWzpc5dJ4o6Bc14lQhndTqtV2uxoS8pqdW67Qo1q3fQ50xYedVGtVFvZRWbkn2MR8w8ulsflt6ae4f8smV6prvQ7+7VfXm4TylyLOto18190eDRjSldLNSbDDT95NJfpy4/7d133UZJ8Ed5C+s3KEQFracUcUrZKAXVagUCMEGtVjdKXf4u+JTRpfOqHCytadxscOu8Sid6nFh46unydX01EVWEQxxtsYYVtqrg8HrVrEWrMOb0Wt2y0382VllQngT+YOr2aOM29NGUoxpdS2UY1gBf/MPmpl6m0mfGosAg5j51Yo58C5rc4Pt0O4hVXZApcB1g7Xvbm1HmjDair3ASK5/FuIp/SRlggiH+SsJDsTIPRbsWeKjBQZcflRmriWJurKbWENbyT+S/3G6ljvBfqGwAl30/78a4SVn+fWWLRX8Ele3GZbtx2e7TygJT4z7+SvZHC332UzjmZLRmoEmnzWbEbMKRmtqcGyHTq8yNyBWQGlo6qPvoCKlD7rsfvLlYR9StxAwr9OE6fM06fGerg3GTOvAYEPp9eKGGUtGmwzV04Rq6mjV0La1hQd6+twUn6ufAf839UJaLOjuxvF0+TYamLMwvWzI0yhufT8gytM2sUNRo21+Ut9mHh1p9QHz7AK3HfDsZBOoEXge1lizB6bpHJNOzM6020PpxzGu4HEMDB1YtMLQdl7P/95ST+8lMLvTTC6v0q8BW0+DZrlZRR+mmVqi5QK22OOVCW14A2OtwGRY15rGhxtCD+68uA7ob0xRPI3lJ9Qn5XrBlzduyLBDKMVQUYNv8D7nfct8FGuAFVTAMpsE68M/gTVip7bz7vte/dfv+Pa8feuZgT093OZ/r729PRnK5PU/CbU/CJ7cf/Nrm9S/veQVuewWufQW+8rJ2Zo3LhbZ39Q4Brhdgu1ARlgu0IHD40I7TvQx1nIdLcfTrB1/muJcPvs68cWJkfPxv3nj5xRcPPojP8aKX9fQO9ufL3d3tyWQuX4qEQum2Q55Va1xWA6KWh772tUOH7t7/rdf/FWfWXzs+OTay59prL6MpavtlmzdfBoj2vXn8fmL2+Kw41zIvJCmZ45k3ybU7qexxYhaEz3BIPnIqSCLAzzY9V3DIoVlyho+DtmCTHXw+PqvP4vu4ZzMZffMS7xP4nOI4+cSmYOgfCUuMmWFsa07RiBk2GBF3i9hsfFiBWO8yPtV6P8NbWOB33TCC3iIuljC28hOqBmL7DFLybIaP9J9r+Pin2j1yazYaGCaVNqac2x/Ilye+EKALK+0f++j6OcbuaIvG/f0zSjfbabZJnEWp0ITbzTaKVttt6/4xqlzeeIs8sIkw+6FgZeP6LY39AqPR6VgpPRnxxpdaUWoNWhW31I5S3bHEjlJp0mi63mdHuUzjNQr+2J9oRjl4xWeU0bLxWvgADMY2FeaeoKVSptDBOblCafTzjdGBYtG6crOxUz0dDye4iMJ4IacyfStlkQLjaafC+54qaZGCUxknYxI5KbbzvUbYrY20hdUZyiRqwi5vAonI2CxT8ASCuqWGmWq3nxhmSrw34Q8/2r3rNMNMo1PwJfQBY+OcWNWispxhlzk+8EF2mer5l+bryu8j3G0Dk2AjuAxcDx4Ej4ND4CUwC/4V/ATuqT1drVbiveVnnrn/vrs//Mblx449dOTI/gM33nX33ZUKQuhc2Rr1gPKmH178ox9tuOCii9aNL1s20Tc8NNTf39cXq29Yt2719MzM1Op0GabrsFxfvbpepp/+qcfyxNMPHTz4jS996eWjR1V6+umZ6WmQy+dTRfDEoUPWj/zLD575/AtH7r7//gMH7v7YPfd8/I47fnCl79LjF/9o+5Yt6zZsWDY8NNHfNz7uq1Srvoc+9ejBL7368lNmMz60f9HjfHqyF8ki5ACfowFIZTKZuQz+dyKDneROvJnBKKtvonk2ezSTycpmH+gFNl8hBnbH8NGhjNwYa/VZYhzeNMzC57ipZkbxxPFji1HGmnlmiQlAqmXBI5vvYJM9HBi01Go7hVvMpJpvWjSAWD5AH9YEIJxPUlU5zgP6k8y+pvmJbHdlkSxZ1rcgnRMiQMRvF/TJqgh83I91EaE/jZw0Lbok9jTiYiJmCYTIYNqC6uJ4VqYosnQMF6kNj0ViuuUJHyKGiNgzAbUgUx/usve++9l7uq7Oh4x2HaVGgu7m87vXT9Yfoy65b/N1u+1Z+/CzF9ziuXTFVe3d1J2Nj7/yzEe6Ltt5UVb/zdpXvvKFT5Yeg8arcpJdB/2eLY70lbD0AcTlDw8nk307otFyIRSibnO4Mj5/umvGYWaClbBZDA1zZpZ796eIuDT2YeoC37CMj5ZX38x8o0l43t1rpAx2r8goVSpOMnEKFU/Td0ZCLo1FVO4oc52EGkHfdcMFezgZtt+5pl4S37vmqkyVZl7aIm0c2yEcOviZe8yBuBSNPvno7bc+/tC9Xx6gJ221a7pVroQ2evWgeOqt8/4oRZn7z2pHx+XjXd3JuH2sI29beWF0gFcE1KUHufX7eG/8d5ie3EfoyamDO7YazztHZCAmNxMdiNw0JMpQrtftnNGkdYumjmzK4P6NI+DXmKzqbvjj2E5MAwQAGn+nmkc0INCkAZ8Ad8hUAC6v7Tv40EMAofWydZueuPjpp5vovPqO2269/fap1UtxvX7nnftv2Xfvvddd/+Eb9+1DeFmpZDo69OVQLVhfjf5ceq8XeDwuAJ41iHqE7qE7777/3n37919//b4rb7rpY1dXL33q4qdPR+/qHbd5vN5KdbJOHANCHZlM/lMPHXz0UdX/ol8EZpCgX3whnw/pDYZQy2hu7gRG8eMyws5liHXOidkPxPNFJG/iddMODJvaYaNLK3bbOZEhHmKyFWHW2kRaUoF+KZLjj1mM3PpmLQipiSe2fPsLiRLCc2oq4E8gvIFFNfRlEiRIi6wfY31yGPaWoq3QfPUXY/MH4K+s+DoLf0DLGKp6wZGuhTY3jjcebVz7tScarzd+/dbWxodscAViRB+7B1ZgGlp2bT9/23Qkzc3Bxg26na5quWDuuuBD5+X0F37MNfVAoTv/fkwtfwCmntp6duxk6mMPDp8ab+Ij+18tRmC+iXnLM6vHKpbq5qGwrzyVhhP+78w6c2Op2O6er390tvuBcw9deZW3EJXsbVmbV68rlnqu7/5LkLChPxvqNX5966pb4BMLyPYuvbi38xUZtziQmT9H3EgfBAXQhXjjAYRh68ErtbFqd7nS1VkqFiuVDWOhPJLsQCLg8bjdNhAIbFg1NdWj4AVB7GOsPavWTE/BseXDg7BS7q6Wil2dnd3Vrq4qlHptbo8nie3T2gb68kEbfoICzzNNE2KRbHpvnpTtjLAfu2xEUsKA3drYsL3d7JsZDL4EaNH/oy2bHhzCGmUlqIEBW5zFVsiwqZr2Rarsgmral5NNZrAe+/1bFAY4rEtt7hbsIsSFFh/Fjb+9Y8PBsb57NzeOUomt27euHTLnt1TDY77H+BudylRofETvoH76vj3iD/rxg2Pw0WUHR991yCRceUsLUn73RusJ+nqHtz6cs+kShWrfoH/dgYwnoHjvmj1lqTv2yPrc+LODSwl3w3Xbqlvrt8/cDu+UqeovFhfXtPgo22b2Y7s26otoZa+rBfSsaQaAmVKpsyfb2Znti8Ti2Rn0t0Gl6SyVHLF4fAIbGDrSfvw1zAL0dWT9er1aiR+02r7aMCDGSifJRwYt4psnF+zBZZ9hTHmwDzQ2fZMpEpYnOtIs2noR/SAmcAXZ1pbBwRZa4UyL8plAjtAX2kUinhF6wzTdWRmL6lGpu7diETM9Y7HfXzsPhBs6yiaN1treM74+Eyhlkqm815EMmBR8TPS25UMOn9bqMyJI1HPLa+eE3cl4wl5c2ZdPp+xtQwWPJ1urd0v3E4WwPha2PaLymqWsq/2ii7YsT8Zry2pxjT3q8HT5u6vbl8V9dkd7LG7fGanURrJvBbySXcu29433tSfroy5ntj3ikVgkk3bN38s+T3/ZEGaT+A5m9efhj979CpFv711yVo3S5x/5Y+ny2S1rR+k34nQlYmyYT5D8f89USPo+OR08/sfTUbnHubWGMPN7OZ2K/SXpIDL/aW6CS6BxnUtsTbzMMvZh9N5J/7apX/g0FeRuM4TVn5Pfz/+AY0ROib01Wu/t5P2h5vuTS9+DwUaCeZw1GsIiQ9474ccbt5D2R5l9rfrZX6HxPYPen1Ev+zpKf3ZpOhgCWkbDZQ0ce1K2CYUh+ASXBUGwp9Zhs7lcbofdwkjegFkn8WqVSsEDwDBBiuaYAM8HAmG/O0g5OIudps0e/8toR/fSh1/QqVWSgjeD5obdgwOYY8va48QTgcSnRbx2y8AvKyLpnLjqZOTr3/PZSCCfXTzXImbbEUvWHMD/jWZf3kdr3lb+/lfenNWq6z2fYRglm3aMVFT9pVLDAG/qpLeMjo7+xDawp6Sq2KO2vMsV04ovorTGDa8egrcvnO3isRo43U9l3+bGOHWEvQWtHUvW1Au2MvNNPWKB49HcvSSnwyH2mg9OB0EEk8/TW1H6l3A6a6IipzYs6JbWybobnA7sjckPTm/Ws65VD1rrU9S3F/JbWvnRWlqZ2z44HYzOO+kX6UvRGv/XEtsLk2x7QfJ9HTyHYWv+Pfoi+m2U77fE1ncaHGQk9ptgAqwBT9W6SpO9vanMMiAwgAFCe2qFzzgTDU26XFarQe9x2i1GQaNWKyc4mhKEyVKl0rfMl1nBeFIzmErGYtGX6MM1w4THSdF2rq9Pr1EblYLBwgHsY4RdPTJYh0JgBN+iJVtcN40ns7KRKnot55Qh5wSSwmbl2Ph6OYQ4tq6E+WwRgQ9irSI5YnhtwWa4LohAh+PJR8vTK4DdlkiUcCh7BLQ8sLIZY9MfhjBUaMPD577U448I3/4BRZUSFiZRrCFpGF52Bc1deyC0KqqxcOxPfgUZ08pby4GsmB4aCmrcBqH94mrH+NfCo8ELTEm7PaJNJ4c+3j1tW0ngMzAU8n1kA5ew+WxHXJGUQjcaDo7edftwuKc3UHFmOVE50p/cPdK3wTF14TadYv/k4Ccb72Z3dj3qm8nmLyo0zOGVG2ZoRo3XahT8hjnGngA5MAZurmWr/RiGi3lBrREZhdGl1SoVOYy0Lp73u1ztdvvy/v729kTCXqsN+nPFYs6KcdeOVkgj5jSDg7yCE9Q0pQGY0T5OphxNuOwfj68zbm5lKTLnmFNB+HyccCdo2QjDLvvZyagcKbaQV/bRwc7XAT/xqG7qmNBq+PLBYlDfDSO8iV80qJeXAy8jHd6jevlzxsG2A38rXH2pwiQIPoPVWqm8SkNIWYJaW9q29uAtjeeh4ib4Grxc7ZwuXj2o0esN9vKzbUP3P7X7VoYdHRld+fgp9Dl598zUhfbgIfiE3q4S+Z6N3tIa7+6Q1zlR+Sd4sdam/m7Y07O3fqfdHrjo0z3rz9/3uEwvffNvU/uY9xDdfwzjDnM/tv1D6X3z/05bSPpnmulfJenj8z+nd5L0x09L983/mr6dpH+xmf42oUmfY+4B02zFwDF34d+NBnMPpNHvCHPX/BTJeRd4Fsg8y2ehFZ6k9yMZyl5TCgoFA7QKwUAB7LODGMJZ2W/HRGwhJNknqqUagCd37ii6u33xmrQmm11ebYvS9C6rtVAcjBSLnpLz0rsvGh6Otck2/w9DCf4b82PUThiEa6Lk8Wjl1gIOg0JA7R3NHD8x22yxKSadtVWahCFZ0ot/O7MXDoMnZs34A4FAR9rnp+FZ+gTztrhH7w+kUgG/34/71w12Mf30CHCBOBirWQLWsFtQKJV61hB2AwTs1kDY7YpjtRJQKhQGPebXDoMeTEpSs4TBRiIexCLlCUKEslnZVQ/bCbR45KZ3jZu2RORUbJnydnDt2hXuyoOE2d1+8Y5zl1u8gY3ZwJirrZ50UFdzVm/EaC/YDdmuigttNnp3zLn1AOJf2wuVWt0TnPp43OVVlHdfuN5bcBQLBbuynLBE3CZGnnc8rgoalxPEwFDN7LeFXEpBpTJwxhCSwBM2f8gVI6NSCYLRwJ05KnlQZ46pGZHi9FFB8+KomMpwbN3qCdfZhjV9zq4zxiS6E2cZ0nVf6LGcMSB8DoHXifmSIax7r7mfNZjOZnqFpJ86PX3+03hdl+Q/JdeD0isk/dRiOtqTuhvfJ3BAAx7gW+3PrTnj3mRYLxoMdoajALBp7MmwIhTKe+PJUBarIzQKyCGOxiCKdptGIYclkL0MUtljmcVZbIHGbFMNIU9mSB/Q+9D/4v8DUKjDm6Bt08//HGi5rLEV3of/H/kzoKY1x+w/LcyZl3Ky1dYck/RTi+nEn6fKPE7HQBTlmP4CYt7+4blcW5SEgXBYrUJVpVZr0a8jAuL9gr1KtEekQBv6dAIefYrACTM3gBS+C/TESbIlYElVL8ffeRMHYSXqEp9XnzNivygSsZpcAbqUDpgj5EBCFmBwTFyaedyaGkp/tvG/G4GbY1vhAzu+MJkcSFlo7tNrin1dtXVX9nXdJTi0urTJ5DIqPfaw0uPzfKl9zUTdMgNX/DuEht/e/AeXW5/M5W06mz7ace7lW3c9fOPz+wI1g8lpsLvVHqPIUWjnQHTUD16nfs6JQIfpqA4fqymATkF8IWdlr80sCVOlRExowQ6rVJH6eWhkxcYrDqxZvu7Ark1r12TYw1z3NV9u/Gfj7l+O/wpeCk1f+UiVxzTaBHZTPkaLYNL8IsCeHOTiqqwc8k2OGgUpX+OCXfB+RntqK30fep1kIrCbKwIJ90ej1QKFQathzC26fpTQdWNr7kyEOS7I7lLhpM+f743HRg2FYLgDCXnJ9eyriUCw0r3uug2WDnsy6SsnLV6VEfxfvV6MpQAAAHicY2BkYGBge3w9Q/br23h+m69M8zkYQOB2o0cSjP5d8rdHII4jEMgFSQJ1AAC2WA5FAAB4nGNgZGDgCPzbw8AgwPC75OclgTgGoAgyEOAAAIs/BbUAAAB4nN2beXxV1bXH1z3TDWEIhjAIEoQQYpgHgSIJBBIggIIoIFIU2iodeKKtoq3zUBTb0ha0qNQi+qFCoWpbJ0ptBX3IRy04FalD+1HROhSxVkVRuOd91z773JxcciFtfX+8x+fzY+2z7x7WXmvttdce4uyROuGfsx6IwTJPws88kTp3qZwIbe2MkCroUdDqYIQcRboVGEed1pp2d8mvoV2o9x55e6g33t8mbaETD6EzZZL5PabbpMzvK3VKvd3S2/R5BErZevqrboKWKb8xhZcOzojwr9CO0J3QIdBMRKXK3yBDvAVS5XaV3uR/hXo9dJwGu6VSx5ukbg1y0O/N2lf4ho49l3o7xfV/Jr3cjzTP8DXuEDpTylR2udQ7X66El7OydLeMou8Spe4CaQcdyXdb2mlJOy60VQ7VfCeXppdKF9Iql3aGx93SGTlWxpQ2O6jOgxIR72bpSZkVlorqKamrYLEpU2fsY6uMp40B5PfxHJnhnR+eo2MExUEl8k8bWZfFcqWffu6rcnSwRPPCiyO5mfL13kgZl55PX0uQzxD6kHA/cugJFiKLem+dHIvcPSsPieUSDGWMMxnrP9En4w1GG94axngyvJ0so5V/cDK/9QW93R/I8e482qCf1Eq53Rktt6cyUgi/rxfCc4vpUobc6gpEKtPH0M63pLrg9fCNAgnfYA60iu3Z2lKQ0HGTOsil1o4bzY101/AtZD3RtiUJuzbyy7UjHRv1uqvtJnmO66VvYR5cIj0abPSQfiaSX5HLR+58c9aHz9HH7fH8OaI954z1EHu+Sia7lTI9O1+HSLnak/cnOy6ru1x+8s6nBmrs28xXpddLicomGCR1QX8jl7Zqy/x2lc5jM6/gy9jJODnD7S/t+L2H8u1vl2PifrP+YZWpW5cYp+mPMp43AP4HhB/r3OG7Vu3NjCnyoycY/j3amiMTQI13n9S431cfGg7MllvN2NEzZUXlEvlU6aLzxqmQcugwcJyOz4zxNuOPW1jgt0xbrdxPI//sF4I6meydY/r5oAHIZr3xjx31231ThhkgC+VH4V4W3gjdrfoyOlM9niXz3UegkS1Gvv998VR+7scAWwRV4Aw7386wfqPe3SYDdbxmjPXSH3leAb8fuufJMCsjUzZYgK4eAc8hk8VS4t4tJf4gKQlOkqnedYz5YtCV/BfwxaGUeu9KqbPcoFdqVPhs6vdSCnyFc7qUuufgM+aJl9os1zt7wHr5LdgCNoKPFakD1AHeNdhhhFMVzvpUd13PwIU23TVKkzdCHjCwbYA7E6Bc+J7bBr3Nou/ptH8vPJ5Mmn7ctthIDqjzZYsq1YvaEHS5xTMWN9n+p1i0h4dfQX+RBHZcqiB9gkgGr545D/xN5EAG+rDIwb3QV0TCG6P8zJdJEwdk8KyZN0jvAPPt9yu27JIG6L/wi+CMqF44lzLXQfeANWBaAzJbwPeiOge+GfVn6lwLzgazov60fuZ3Uf+GJ9uvqR/zvCXnuwO4P+rT9K9j2AQtAyttmQejvjOPRLxnboZeHZU/+Ho0TlPvkQaELjiF37tBLwGrrQzK7DfI/CbKTxEyhWP51nEj7/DJHDxo6akgDdqDiyi/HzxF+mjoX8GfQG++h0ayzbwAXva+IWXuVPzobpniXiE9Y3tkTpV7p+ET1suLsb+xNsPv4Tvq67CN3/hLwznBReEcd1I4h3XggeA66D/De52K8NfWH/bwVku5Xy6D1d+p7zUx2Tb1+zJE1x71hemu0TpCual2zS7Hr/fQdVn9qPpC/wWZAC3y35ROuh7b+u28QXKa+j18ZEv1Y+6+8FPN84pZ268ncCGOMH7xZHwmZdydMk3LeQXSXuMFb5Jc4K4Kn3OXGZ86ziuU1m5GTnf78E0ddzh+SNtchX9ZSt+OHKN+jzHuM/nUUap5fj08F8s0d59ZX9ulu0XUG2Z8pbBeFibWtYXw1ZVxdndvkI7eT/E7t+KPXpRCb6FIsJp4SP3uu/DRh/KTmHdLKT+Tb+DXwOudlL+Z9orR33Z+74AvpQ/zjc5s3FnvVjOOajnOxDzEJLpOGZm3lf6MtZDvCTYWm2D11DvwZLjRXT0+njXWrM9A16vgU2kNKvy9Mow65aovf73RrabbanyX1f0i6aztpftIMXFcH1um3NQ7R4oj3RubyOrdrKOqd9oMTjFrc5GpMyT8tKBYRij8O2UYPJSbvuplZMEI6eXPDPeaNV3Hr2tCvXQj3dmsj9fh9yqlk64PCne3GXsrlYHJk2jtUPkYe7/CrHOt/AHYkq6V+lsgpcSe/RVeGb/NI+a8k3bOJQb+lPTdYWjWdMVfWGvpn9/Gm7WPPQFwjE6eoe7j0k/XYeXD9t9KaYsvIYejkMeZ6HKWlKb/gJwXSD/GL95GkYJa7OKX0k/lqWNqsYG47BLacqQF4xPmR7GxUWtnwdVygveAjIhpwaNSn2btDjqj5+tkXIv7pD7AnrL92njc+aWU4iPuBA9ZfwoO/hE/2wecaHSlfCN/91GozleV3Ur8xlPIHfvV8futKddNusX8qg2oHlT/OvYc2i2YyJq9wsSTZdp+sAN6QPoXjJXy4GRTbnJyj2firCtM+XY2LoxpkeotmEd7z/E7tqP6a6AmLmydTjNf5kphTNXGY16VJ3jvr3ZqbMXylKW2rXguadyUL+5OxJkaV5+YKw9DiXFiuSZo0/EoNm/sjjli7DSXWt50DqoedK6ovWb1YuUT03jfFSwEvcECme//XKZ7NxGX3SbT02PYd3nSSuN+4iXDl8Zb/jIZ5T2N7bJHYxxjY1kVjGJ8D0qrYCmy+W64P31luNf/RRha/uuy+0b1E9Ow59tpv5T2P6H9sxPjt3oKCrHNZWC/TA464LNuJL1WbvI7yRj/IeZAJfU6ygz/SzLGO13GpBeRv1Nm+1vQ1S3hc/5TcrX/CfW2yDXBFdS9VhaQDtDBBf5mvm+QbwePh/v8e/l9Ed/kwU8h8/9q2tTyX/QukzHsAWcHVzLP3pKFwVT5auoW6cfe7vzU9PDv8nG4K7UufDr1j/BZb5H0DL6ATw+ZxzOIJy8FfZB1B2LYRcirHT6tJ9/nsm/sKkWpv0hRUMX3IGyab+846nXgt9HUq5JrvBpiZTc8xSuV2W535m4N/mS8+MEAKXKXo6cJlOtEnU74KI2pad9rTV9dpCoYzncF9l2JPBbLSf5gKTKx3YfSNn0xe2OgMmWO14KB4BxwFxgPZoLz8QO7wByCna805MvJNtaYyvcoW1bbuBR8PfrW38Nv299G2d+/HpXR+gf/QnqRNOuf4enuKG1iox3OC6LtjnSmCzGUcw/pBTq2uKxznszS0u6LMtddwxp2D+vtbGKarcS4I4lpJrFWPC2z3B2ke5C/ClzIOncB8iti//Ya5Qbz23nU204bd/C74lrqvAy9W6rdJ+Tr7map9V4DIt3Rfa13BqiT2tQvZYGzXxakL5PxhfNZC66BDjDpOtb2nymClszZnbLY3y2Lnc7hJmepbEi9LVX+mHCTN1uOYhyto9gtsyOKOTOPE39oui/5BxjeAnC+UuquZi9Q6rwotX4XGeyeJN9JrZN2YCZ2NxjaT/OhN/j3ywkO0aVSBXvnYTGce2Wuwn0bPwuC5TJKUfB4BG8tvK01/PVWMKdKFNp2DObCJuZIhbcWm34K39NaJjj3MR+Hsmccy55wUUNZeB+fg/qcbzMGqOpbY1u1uVU2Lv5itE8IL4/2HeEk+v7IG5q6FPSnvwfBVaT7Qv8A7om+ZSV4CSxGbptV7qTvNbJYq32GT9FnkbYF7aoyU56zfFu55UNSnrlAtoNjGeekFV8AE2PZHw6xXg7RjeoE2TcFow+g+moxSgYrNfqxiHWZC9VfI6DHXLgr6VvHp/rtTOwVw8otHyI7CDcZm03YBf2OUyD747RNbJ4oJ3MH+AD9dAXFYDnflxcckMEFd6ktmb2k+oLR4Cz9DTostRQPsS88yDd7tLCtt92UnWWxSMvGNs9YVoGbwZOxbFWmOp/UhnWczdF9rNtYV/F8aaSfhIy17XiOZIGsk/qO29a04ZU0NvooeDs5/2LZxjKM65g20HOWz7WJeWrnaLaNB+lX21lg5gMxYVgf0cyb0Rw0/v3+aE8bTshJp6IYUqnZ3/YEp1ksz8GAaI0JjweDPF98vxIQO7kbia2fg//B2CdwfwiImUxMPZc9HPGD+yN4TsTylO/HujvOOwnMMHHVKPdycwZmYOJ2jdcVGuufSPlCZFINbWFic3MOZc6f6MvtT72prLW6p9AzfN1D0IZ3AnnEO+484vMprDOsvwbn4YP3RWA9KWW9KCVWKE3tJ72e/E+IzU4hfS+4DhDrO78Ca0lPgP4Nupoy7AWdgXwrriGvG/RicBloHSH1XgTna9CpUPrCLkqdMWAKaGXplKheagn0NvAtW262+Pg+n/lV6nSD9oHeBcaKr+2lnrflZyfKnNlQhtjBIfZfp3Ed8XNJwz0O6+/68CEFe6BS9j6/N+ehItXOCvreSjzV3ZwB9jV7cj2XVz2chU7tPRHtTfUeM2euOXdE4X49ZzRnrGebs0nN72L0pXvAAdnz0ey5qDlvHmHOEGvd7xIPRWfl3ZGrb2SkOMnKc4MivNPpHp0BIof2qUXQaQadU98nAplq5d2bsfzEyvK2cI2R1Q1W3sui87nUb8PlVu7dnOuhK8GpVqaDoIqF4FhwnNl73RDBxF7swTKP2XOcmM6NYM50zJlR4h5M92KfNUGzdy3mrPkItLl3ZnqGoXrKd1eWj1KnCzbxjr3ncBJ3EY1o4/uy8G1L37T5Rbr/UrvIpfnu0RJ3Foc984/3tDHNd7eW946tMZ3X1N1bAyVesd/NvefRuzArJ0PjPdWRaO7ez89zd5el5p7W7N1a2zuJiXqvx5gnGL3fz3q49TD3sp8TbbY95qHx3Wz2jvbIdz756chm0Ub6iu8Tj0RjfeSjwS4Z4g1nPkxnD76ffoZKT++scI859zwMzJksCKaLNAXrJw+Bzw5Dka5qDD1PPRwCdmSKgmObhrl3MgjvsQgtnlO4j8IT8N2mEa/luYjHk/7EYmAEPac9HAyvvRtgznQPA2IqUaQ/szi3MWK5x3KM5RKPOxuL2P7jdv9TPf6nevm8xn043pNgPr4E/myp+pUOTfGtNhi0A6+Cj83ZuvrdCosO2Mz74BnwgcXTBtHZdQf3v805gCTrHGIHevaviHWidw96lt+CsQ2hzx9ofV2zzLp1YZPy2Q5/RLPB64Adhr2v0LuVl9C3FIixXUOdDdHbmNSMKM+kV/LfhuyZx8ugPKKZaaxDe6k3xr6H2aixTCApyYXeSboz5A6Q9n4ir1NuDjy/pGcjTZVXOIvFMXFmaxu7nEJsQtp7Lzpvtffb1fHamt4sfQueNu8CugTDZIXXWe4wazbrmL5toGyROc+Pzvbbkq6ybSj03mk49GxwtL/J5PUIiuU2xrk82CDHuzvlrPQdovu02ek2THni+UBkCSgB14LeYBAoVznQ51TauCWH3qxI70x9Ax42e9dIL9q7xdCdTg9vZ8r3N7Bv2uBcHiFOJ2kuUpuj35Qqkr/9q/n/Dpzn/Q0yn/Q7/s4w9HbKcoXzvFyjULtK/z01EBwbU37/jbdF5hu6U64EvSl7XkGf1M0FC1Ib0zPwJyIfgnO9GvawNehms4z22ksN8isnfwZ0oI25+kEL7V1NmY0H2iTiuzhui95aPC719p6nI+k+xPNHpQ9gMzcRvz8mY/zx1GvBXmoV/nC5eROSMX6RfZ7eu5u2iJ20PWxe7zpH2jvgAt1/qq4V+r4mRnRnmllj7rz1rPMD6ZX6pkxT6LlgwZlSUrAAnAGGSWnhpexDekgtdV7Tczv3DhniBzLXu1Zqvfdlise3t1qK/JHEb3uk1u8r3c19/mv23M/CnDPGaOq88TvET02cNZpzxuQZo54vNnG2qG1ou6YeZTxPilLPhw/rXj71YbhJ8Z+k9RzA6Rlu0nPIZNobKsO8amh189I551mD4/OL9IVS4lZQpjTc1Jx09lxJwo/1/Ed5dH4cbtJvLZM9H/pQVlm0tehiYb/D/Qqnvyzle4HBLTLeeVgGK/Q8RNszyHNG5d0vPWM5GT7ekXYKryL8WJE8e2kK3pXEacB9g3El04l2mboDE2eeNXFaz1KzeF6c1Dr4XhpuZ98+IJgl7dNz6ONF0E5GtNgqE1r+9bMXc94JPEgd2w7zaBo6XyeVibx6SystjfMXKjXnyM+Hu+i7rTlHfp5xJ+XBd9KOVD/5bOxfsZ9G516j+Q0k03ouF2wlb2vjdPZ8OgfuSvoYavWcSDey9bXYRZxO2IWejcU6MGeAcf5QtT87bmsnBrNlkLeDtXo2a80OfOdsOdV+G6p+OhiROkbsuq9+y62TxepvwX8F66WetXay+ix+mw70bGuZ+h3KL1RfiG9z7Xr6Dy96f3gqOBZ8GcwC+s72UjDN+MER8sPEWyRdN+ekz5Qv+fa9hlnn7XtZ3dfbtbssvvu363tl9s2G7nXiNZ61wPppfbPRUvelds9ZZPYukf9epzxDJ7tbzJmPxjEX6hpi7p3XmzW7Wu/Jzd5bz3Ci+/PonVjD+7DorGdXqou+sWQvVJKNKaP3A71j/pQX235TODEJe0+v0LfJjmffIzcBJwdnu0OMzK9S/sGtznY5z10d/pN0WVCCnwLpXebtlMaCI/Scy9wPb2OPe58M5bsAdDLQNm+Va90PpYbf+gQr0P1ZMsoZxA9Dw0+dS6RrUG7ebZh3lvB+utoPOmUvaGxA39SVem+Y+2Bdw2uwt78l4m5dkydDa6OYMnzXvvWpjd+xUb8j/Q+I956pmZkNlH2b3y4C56Pro0FHfv++vu0m70kbh40x8Z7RQUQV8RuSGFY3MVrGsHv0KrsX6AiGA+1X37L9zr5P0/dy+ma6A+VLE2crJuZQm0icZ0XnG/b9i7X9nzvzZQkoAX1tPGliSl1n47Ms5TNuO/d9Ob/34vdHDU8j7XquuCA8XZEvzo6hfv1IZfRO5HC/q589Uhv/l+DtlfZJ+eTKKDcvvidsqkzOOjowX5v/n0A88ATYBh773+4rJay5oK1o3GLeBpVA2aFnxpJ+hbSeU/eBEn8cuBm6BKoxexi9g8ysit6ParmD+8BF0XvRg78T+ezPFhdEb0sPsPM+gO4OVkDvA+vA3aCOvGXgUepOiOofIH3wVaDvMCeDmyJ64HtAf2c3/9ku9TPw0SKJeN3HRsy9L3Nb9xBriH22g480zknGg59HjGPvCI9455svBmpuPJQv3skb89t7Yr0jTtcQl9fkxObJ2CiRblZcn4ilmpVOxFi56aRMG3TTOK6O9ZVPVknZsDcYAEaCYvBrcI7ezSr/zkMi3uzwI28HyInnjkiHyjfBXXwX8V0U2Vxmj3earMhBbS7ctoYOyAX5SstzYfM754J8pWNzQf7YJvjIVy4fH/nye+WC/F6fAx/52i3LBfllh+Fvci7In/wv8JFPzj1zQX7Pw/AxJRfkT8nlA5sZ7tXLyw1+K/NahPBHoLvxYyOkH3lPZPdQK+2ep8L4tuy/RvvKdfpb5lbrx1YoPq9zhcP4wMbvI+zczLdPa44Pa47/Se7f8u3l8qYTfqkp33yk83ungn17dE4dY7s9uzb0SPcUiXrvN1Xe+ptJ5o7rZ9LL7IOg9u8MTof+HVpk/15C7edd8BHpNlFaRoJB0Vsr8zecSieBie6rMtZ5SRa6j2D7V+Frn8WmvyfH617TfRM/tUu+oXtNb4R81dkS/U2cuxEbFjmWumZPynePxJ60ytsplcE2sE4qvfnsle6E9pBC9wnp4E1gf7OG+XSjDHXn8n2v+e7ktEffP5JjvAvY+zwjFX5n2lxDnH8lPK6TQq9aKrxS9gYfyknwNMD7LnurNlIYnMq8rKZesSkz3P8Wee2p8wx+U+uuJ/8e0kvYg8FDk4Anw08Chp8IgdM+3BvzcgiUjySKD227ERi78pPbn8LIIgnkEskmfBL8EeyJ+SK/kbySMLzGuJg2kvwiwxgqy1yobJM4ZHwWKvckzLhjoIcskIHqxPRtbUD17m4n7tIxaxkdZ7UdF+PxpkmnWP/uezLS1KWM2gF1Ohm+tJ8LKau630D9a0n3ML8Pje3J1NN8yhodFtvfNzA2tb3eMtGM28g03Kvy9LfA77O0dz99nE7dM9mLrolsx72Pvi3/Xp200rb8h8nva2RudGXq1NBGxH+nJO/GzpR3bTPmXcsMEQmulE4Kyg/wf0x5+oK/qmAetFRE+3RmsneeKd8BxWA4aAVGgu6OvlmI8ro3txx9TyhI4+fYozm95BZwPegLSsFXwEDQBXS1qLS/9bLfBeC4VitkfJtW5j3ZpjbPGqrvN5fZc8qf5lsrGq0P0Ru97G/E5nPB4mTMly99yLu4PH008unJWPe+8BVfwle8FeFb3uvhW+k2jc+G88a8zeBN/WGLWfK1wupwY8sHRAoHymBkVJd3LU2cbeY9w8x3bplPPok3f9m1JHGPoecj0fvqTEbfzOqbY+y7CvusOoSOS6Thya2QHs5AKUldLP3/B5nNt1R4nF3ZC5SV4xs+/mcfZvaeKYSiL50kRNG5phoVFZNCR0qhmJIaHRSiEEIIoRSSqJRMGukwadJpOkoq0aAjSeh80kn9Pv3Xf63fWr/Wutd+3+e57+u+rut+3j37XYXw//3r+P9EXgjRIyGkrAwhbWoIxYtCuGBkCBefDqGU68smhVCueAgVBoVQ0f5VPUO4uksIlccK+9eWEVlimMgXx0O4LlNkixGiMIQqcSGnCowq+t3QNYRq9qqtC6E6CtXlV88RelXfKPSuUUnoU2Oc2B1CTYk1+4kJAtda6mpZq4VPHToycMyAkzFcFIRQX8/6tYWa+rjWt9agtFDbMBlCZq7QK1OvxhVEa0FDY+uN8boJ/s343Exj0xIC/6awm+Lf1Fozupvp22xzCLdUDuHWNSFk6ZmFQ5aeWbME3i1wbIFjC7xb6N1iTwi3VRU8uA3+bdtDaAm/ZTPBg5a8b4nXHTjdya82fGwzSqhtg2tbeG3VtpXXVl47Wto1EQMFr9rxu515tsepPX7tcW5vLu0PhNBBbQfc7lJ/N42d9Os0JIR7+NOZ7i503Yvf/Xzrin9XWN1oeNB9NqzuND7Ew55DQ+jF797tQ8ihv4/afiWF/P54DcwI4XF9njDDJ1uFMNjnEPyePhc8fhbec/Q+z5cX9B6m70tmPVzNq3SP4McIn6/j+wbtb+o3kqa36H8Hv9E+x+g91vp7fP1A/jj1H+I8ns4Jen6sbiIek3D6VP8pOH5G6zQ9ppnh53z7/NznohBycc/lRS59ueqn824676c779N3hvAFvl+o/cIZ+kL/GWY8w/4M9zPc59GSB/dL61/SNFP9TPy+4tFXOHyF72xrs63NNrPZ7ufAm2Muc+jKN7f5fJtvJgV4FThrBXwpwK2A/wv4sIB3C/T7xhn7Rs1Cc1io70I4C+EstLaYB0tgLXGmljqfS90vdb+UrqV6Fjp3hdYKYRfCXeZ+mbOwjDfL1C/Hfzkdy+leDmOFHivoXIHHSrxW2l/pfqX7VXis0n+V/qt4vco5WG0Oq+Gtdr9azzXy13quvoe/jo/rcVoPfwP8jTz/Uc9NtBbx5mcz+9k8fzbDX/HbAnuL3C14boW71TneSv9W89mG1zbfH9vMFs2w3ecOWL/h9buanRZ34bUbxl+em7+cr7+dk3/k7YW/z3O337wPmMdBe4dhHNbjCPxjOB/zHfYvPcfhnPB5yt4p/v1H19nSIRIWhUg0HiKx7BCJ54ZIys4QSXQJkaTrdOvFmoVI8fwQOX9oiFxwJEQutHdxkxAp2TVESlm7FEbp9iHyv1EhcjmMstbLjQ2R8qdD5AoYvmcjFdVfOTxEKrm+St7VonJWiFyntsruELn+QIhUqxoi1XuGSI0CsSZEasmtXRgidfWvJ6/enhDJOB4i9YtCpIHrhnhnDguRRh1DpEn1ELl5UIg0hdvMXnOYt7YKkSx8Wuh7m/4tRavtIXIHrNZ0taGjrRq2RTrge5eeHeF1oumeESHSeWSIdMkJkXvzhF73we0Kq6vcbhtD5EFr2UNCpAe8h1qHSE+9e+GfI68vzv1hDxCP4fAELU+VDJHBeD7Nu6dnhcgz4lk9n3P//MoQeYGuYbx/CbeXaRrOk1fXhciITIH76+INmt6Q9ybMkcUFjLd4/PYk4fptfr2D76gJQt5o/UbjPBqnd8sIuO/iPwbnMQNDZCxOY9W9lyH4/r45vs+DDyoIGj/k43g+TND7E/om4jMpKfCYZH2SnMl4TKZhsrrJm0PkU7VTKot+Qp3HIzKVH5/x5jM+TMNjms/Pa4txAqZHKpKLa66zk0tPrjlNdz6m0/UFP76gd4acGXJ8V0V8T0Xy9MyD/6VZzTQH30+Rr/T8Ss1Xzuks17N5N5vHc2DN0Wcu3nN55Csmkq8+3wzn+ZwH8+tKQt/5Zj5ffQE9BbxcAGOB+Syg7Rs4C+0v1H+Rc7LIGfc9FVmM8xLYS+haiu9SOUv5X4h3Id8K9VnG62W4LcNjmXO8HNZys1jB8xXmtULvlTz1XRRZhfsq96t5tRr+any+1W+Nma1R/x2s7/j5nfOy1ky/x3+d9fV6buD1Bng/uv9J3k88/ckcN8nfRM8mWEX4FfGuCH/fUZFf+Per3F/h/0rnZl5udiY2u95C1xa8t9K83Wy3q9+B2+/82umZ/UP/XTB28+svPP42o3/w32t9L/x9Zryfjv34HHAuDvDkIOyDcA7x3ndV5LAeh53Tw/w4wssjdByFf4yfx+0fd85O+Dypx0lenoR7CsdTcE+5Py3/NI2n+fqf83lG/hnenDkSoiFbDBTDQjRaXJQJ0VglUTtE45milegSor73oinyE/LTKoj2YrjIF7tDNL20yBJDQ7TYyBA9r2qIni8uWBeiF8K6aGOI+p0ZLVU9RC8Rl24P0f/Zv2xUiF4+KUTLThWwyjcL0QoTQvSKAyFacXOIXgn7qmSIXt0vRK/R/1r4VUoKvKrgXKVA7AnRqnhfvyZEb8Czuvwa9mvAqaFvzeMhWhvfuh1DtJ6aDL38Vow2GBSiDWnIFDfq7bsy2nhsiDbB+Wb9m1cO0VvU3Up/Vl6I3hYP0ZZqb9f/Dhpb86INvLb4t6Onvc+79L0bXke8OuLTkYZO7u/JEPy5R4/OdPvujN43K0Tv17friBDtRtcD50KfB2jwGyyara67++6LBE499O+h90NDQvRh+71405vvvfF4hG999O8Ds2+RsNcPbn88+uMx0IwfLxGiT8B8smeIPqXHYHmD5Q3mzxCeDYE1hOYhuA7B1fdw9FnYz6odSvdz8l6g80V+vyxvOH9f4dcrPH5NzWtwX+PpCJhv8OVNGkfq4/dc9B08RpvRu87Aezz9QO44vD6iZwJ9E+j7xDn5hI5P7E/sKsxoMr6T9ZjiTE4dF6LTeJTr/gtYeWq/5MOXztBXrUN0tteb2c7WbBzmqpvL23z95jnX8+TPkztP3/m0LYC/kKaFPFhkb4n8QpqWy/UbKLoK99V0+U6JroX5Pa3r9ftBzo+8+klOEb99L0S3uN5G3w5+/67HTvp36fEnzN24/YX3P56ZPfb3wd9fGKIH3R8yxyOujzlLx3z+i/9xXE7wwLMcPeX+FBzPcPQ0f0/nhuiZESEWJoRYdFiIxReFWMrxEEuEEEuOC7H02mJjiBWbFWLFR4bYeT4vsFciO8QurhBil5QMsdKlQ+yyeIhdbq/s7hCrUDzEKp4OsUrqrrZWuWeIeaeL+d0Ru35niFWTX31IiNVMhlgtmLUPhFjdfiGWAav+1BBrkBtiDfVu6PPGEiHWeGiI3SS3GcwsOS3c31YQYq0yQux2vO9sHWJtWoVYW73aFoZYezkd8kLsbp8ds0RHQWNH+/eMCrEuNN2L0320dm0SYt0mhdiDNPltEeuux0O0PVw9xHqXEVVFV8Gb3vTkwMypJGDkDBL659D0iNxH2gt6HpHXhwd9Bwp1ffPFnhDrp64f7H5q+m0Osf7WBsAeQOuAohAbyJeB9ge6HwjjMfeP4fkYrY/j93gzgeMTfH8C5hN8G1Q5xJ7k0VP2B/PraXyfwWcojOfoeo7mF/B8kb8v4zf8SIi9mhNir20PsdetvUHvyLEh9ja+73QJsVHWRus9xjzH0DoGx7HrQuw9c/H7JPahvh/x9mP8J7qebBaTaZ5M02Trk3k6ZXiIfcbXaXBzzW26tRlmkMejPHhf6vkVbbPUzubPHB7MxS3fDOeZl98Fsfn4FJjBAjXf4PGNXt5RYovpXHIu1oRYof1l8pbxYbn7lepWwfU3PLaavm+dtzUrQ+w7dWt58j1+63i53vne4NM7RGyjuh/lbsJzE7/8jY79rP5n5+VnOb84Y7+YyS9yPJexzea+Wb33ithWvmyjcTv+O/DYYYa/q/3d3k7Xf5jFLvP70znYTdtfnoG/Xf8Dc48Z7DWXvbD2m+d+/A7ofZAnh/Q9DNv7ROyoeRyT/y9fjtN3wrxP8PekWZxSe9p5/o+GM3w84/rMgRCPTAjxePsQTxkiNoZ46tgQT/QT9pJDxaIQT6sd4v62xtNzQ7xYF7EmxItXF3LPKx7i5+8M8Qu2h3iJriJfHAnxCycJ6xd1FPY8//GSpQXsUlXFuc+8EL+kIMQv1f9S/f7n87IyIX55phgZ4mUqh3jZkkLvsntCvFwTMTzEy+NVvijEK8CrgE8FPCrgdIX7K3C4YneIV8S54qAQv9LalbRdlRPiVzcL8Wv0qKz/tT6vlXcdvlU2h/j1PUP8hrigt9rAEK8+NcRrjAjxmvZq+axtvw4t9UqEeAZe9VuHeMNkiGfyrBGOjdQ1ofNmGE1pbYZzcxqb43WL/rfw4lYasmC1aBXivpPiLU+H+O143snD1qINfW3dt8Wp7fEQb4dDBzgd+HkX7+/Wq1N2iN8Dt7O9LjDudX2vz/uGCb3u509XmruZTzdrD4wSuGWHEO+upgcOPWl6mE+9RG8e5Vjvg3NfnvQT/fn7KIxHcR4Ae2BhiD+O9yCcntJ/MN5Pm5F3pPhQHjyn53PO0XPyn+fP8zg/T/Pz5vsC7i+a5ctyhuP/ipzXePQaz0bIHaHv6/i9oeZNZ2Ykb0fS9Jb6t/R9e2WIv2Nu78gZZc07U3y0zzH8GkPbGJrHqh1r/z147zs/H8D+AM4HdIzTa5yzNR7P8fh/pMcE8TFvPjHnic7PJFiT3E9yHqbAmlopxD+D/Zm6aWY1jQefq//czD9Xmws713nKPXftHE7Xz/tQfDoM70HxGfjOoHcG/nn6exeK5+GSh+NM52gmvK/0+Mp5+oo3s+DNwmUWv2brM9sMZpv3bLOaI28OP+bYm8PLufrMVeM3RXyevHny5tH1NT5fu/5azfwM4ZkoMNcCewvwXkDPAufzG72+MfdvzGshvYuctcV8W6z/YrVL+OvdKO77Ml5or1D9MnjL+bpc/gqxSv4q2lfT+q3rb+n4Fr9v8fPeE//O3lr5a/FZy8PvYX3vrKzHeT2/1+O2HpcN1jfwZYPzuNE5+NG696L4TzT/5Fz+5LqIH0Xwi/D/2Sx+cX6888S34LWND9vh7+Dr7/r+wdc/cdjtejfMv/j2t7q/6fjHM7+Hjr382wdvv5wDag/qddAZO+S8e9+JH1JziG+HeXEE1lE8j5nnMbM9RuNxGk7w7wSuJ8z3pPme5O/JcQKnU56LU3idwv20nqdh/6fmjD5nzOgMb896hs6uCSkhKVqJsWJ3SIlUFcPFxpASbS8OhJSY/Xiu2BlSUiqILmKUOBJSUpsJ16mFwn3CfkJ+YpBQk9gcUpJ6JGuLrmKEWCTkpumVpj4NXtpAASdNTXqR0LeYumLwfM+nFM8KKefheH6lkHKB9QvKhJQSlUPKhTRcuD2kXGTtotYCx4uOh5SLiwu1F2eKjgL+xXSVxKukPiXzxOmQUgpuKf39LUgpZb/UVIFfKbwvwaG09ctgXY7/5TiXGRdSylorB7O8tfLyKvQMKVeoqThBwK147npdSLlyaEiplCH4etWekHKNXpXxrgzjWtyupdP3f8p1eFRRWzUnpFxv/wYaq6mtNlJYrwazOt9q4F4T15ryag4R1mrCqqW+No51zKue2gy19XnQAN/MEFJutNeIh4150Ri3JuZzk7qb8W/Kv2Z4NMf3Ft7fSk+W2d8m5zb6W5UMKXfgfafc1rDbwGrLp3a4tZffoSCk3DUrpNyNS0c+dHLt/S6lM4x7ablP/f1q7ofVFf9u5vQArAfkPeg+G6/u/OyxMqQ85L6nOT2srpfr3tb9Zk3xXpfSR00fGP1w6c/T/jgPsDYQp8fE47Q/4Qx6r0t5Cqch8J5R9ywPnpP3vHiBTy/q9xJ/huvxCqxX5Y8Qr+P4Op/fdCZHirdofBvHd9SPMqN3xVh579HzPt0f8OtD53m8Hh/hNUHeJzAnWp9kZpOdySm8nwrrM15Oo+NzdbnO53TcvsBlBq/z3H/pbMyE8ZWZzS4RUubIn+tsz4WRPymkzNP7a7jz1RWYYQGdC/j9jbPwjfqFZrGIB4vxXwJ3qSgUy3m94tx/ddG+Gp53uZRv5a4R35n7Whjf47/OeVovdz0eG3D4QWzk0Y/O6I/Oi/e8lE382eT52uTZ2cT7IlqL4BTp87O1n2n5xQx+cS5/8Qz94v5XWn41q1/59Cs/f8VvMx6bh4n8kLIFty382eK8bNFvC3+24LjV+lZ5W/XbyretNG7Tfxv/fd+mbFO7jSfb4W/Hf7uc7Wq3y9uB1w51O/TYYX47ePgbbb81EfJ+w+033H6PC71/x/l3nH+3vlPeTv7udL8T153y/pD3B//+4PUfNPxB+y73u2ja5X6XHrvk/elc/Ok8/an2T7V/yttNx254u53j3Z633ea2m8d/yfXbOuWvbGEGf9Pwt5x/6PFbO+UfXP4x7z3O6h45e5ynPXTsLS3w3avvXj326rHP3PfxZR//9qnbh8t+OPvh7Mdxv+/M/WZ0QN4BOQecoYP2D+p5EM5BOAfhHML1EM8P8e4Qnw7pecgZOeRcH+bpYfmHnZPDZn2EF0fU+tuUclTNUfdHrR+FfdTZOWbtmJkek3PMs3jM2f5X/3+t/Wsu/5rVv/Qcp+e4fsfN9LheJ/A6Qe8JnE7gdBKnk7D8bUs5idNJ/p2k5RT/T8E55VyeVvef3LNmdxbeWXM+y4+zMM/qffZ4SA09RV5IjVQWrv1tS42WEANFfkiNlRFdxCxxJKTGu4rckJoSF5lipFCTqj61oxgq7KfuDqmJ0iJLTAipSflJ+Ml1ITUtQ4wVe0JqejNhPx2XYjCKySkGs1ihOBBSi8Mo3kRYLz5JnA6p5+lzXkFIPR/P8/uJqUL9BfIuUHvBIuHe38DUEriXGCZwKrE5pF5YXNQW1i8cLui60PpF+lyE60WDBLyLikLqxUHQeHGOUH+xtZJ0lLTmb2VqSWslrZWyVgpmKXmlrF0yKqReyrvSrv8H/3K8yuwMqWUrCP6Vpbfs9pBazn059+Xcl7NfHofytJVXX55PFeir0FrgXwHeFUnBryvwvmJNSK2ob0VcKtqv6P7KSmKIgFWplbBeiU+VeHEVft6xUq/iob+3qVe7v1qfq830GrnXWK9Mb2W+VD53Leda/l2bLdxfC/M6Z+G69kLddWZexX0V+1XorAKnKm5V7VXlib/Vqdfjfj0O15vH9eZ2g7nf4FzdoLaa/tXMrpra6mZSHbfq+lTXp4baGvrUMMsadNWkuyaONXlZi2fe91Jr6eHvempt3tamuTZ/autRx30ds6njTNehuy5/6upZV5+69uvBqTdO0JfBrwznKkPfDH3r01vfPOo7m/X536CkMI8GeDRwRhrab0hvQzwyccq0l+msZOpzo7Nzo7ob4TairRHdjWA0pqUxnY2d5yb4NqGrif5N9LupusD9Jns327sZ9s3m1dR6U5yamX8z+808S83VNafpFnm38PUWPt/iDN1aVXjmbuVpll5ZMLJgtFDbwixb4HcbHbfJuQ23lji35F9LM2lFQyu9WjlPrdTcbv7ed1Nv58nt6m73/N3hTN5B/x163an2Tlxam3UbetvQ1YbvbeS1Ndu2cNvBbCevnfz2rtvb72C2d+lxlx53yb3bPO6mvyPsjnzqKKcjbp1gdKL7Hlo7O9tdcOuiRxezu9es7oV/78qQeh+e98m9z3NzH93363M/zvebUVfz7qa2m3PzAN0P6PUAvx+A/6Cz8yB/HjS/bP5ku87mQzZN3Z2b7nh0h9/d2ep+bs1ce8DugWcPs++hZw+6e9DXo+f/H+bwkLn0hPUwzIftP8yvXjj0Mrte9PRyDno5e71h9Katt1n0xicHnxwzypH/iDPQh64+ePfRty+9fc25L4y+ZtGXzv7yH5UzwBkYKB6T9zjcQTwdrO/T9D4D9znn4AW8X3I2XtLvFR6/yvsR1t/g50h5b+MyCt/RuI3R+z3rH9A5Ts042j+i7SPeTLD3iWfiE/OcKCbhN8nnp2Y6hVefmes0fuTiMJ1/X+j7hfs8fsw049nO01wzmeu5m4tvPh7z1H6tz3ycC2AvsPaN3gtxXSR3MZ6L6V5C6xL4S/RcCncp3KW8WAqnEF6hc7GMD8twX2Zmy/VcLneFnivsreThSrNepdcqZ2W1z9Xm8S0fvQ+nruHBGuvfOWffyVtrvmthf28+63izDpb34dT1/Nig7w/2f+DHRn7+iPdPzswmPTfZ20RrkX5FfCvSe7N57XT9j++Ef1zvwXePc7iXtr0w9+Kx16z24bqP1v1wDvo8yNtD6g7rdZj/R3l1zIxO0H8Ct1N6nMb/P/v+tqeegXWWB2c3h0SkTEhE46IwJGIrQyK+JyRSa4dEskJIpFUSrtM7hkSxjSFxXqZYFBLntwqJCzJCosSgkLhwaEhcZP/iqiFRCtYl7kvDKw3vfwND4rLWIXH5uJAo0y8kysIvNzUkymeFRAW5FYMoCokr5Vw5ISQq+ax07nNdSFyl/1VqrtodEld3FfKuUXON62vyQ6IybpXtV84TB0LiWlhVcL2+eEhU0786HbXwrdVeTBIFIVHHfV3X9XDPgJWhV/3hIdEAVoOxIdEQdkP7DeU2pLchjExYmXIzYTfiV6MjIdFYj8ZqvP8lGsNvoq4JL3wvJ24aJXIF/TfJv0m+7+lEU7qb09e8p+BRc/2yaMzCJct6lvUs61nWb9sZEi352dJaS3xabhc03g7ndlxu1+923G+3fkdJwf87eOz7NnFndQHnTh753k20Li26iFkh0YaWNmbn+zfRVl1b3NuOFGtCoh097eC2g9MB/7twv4v+u2m628w7qu3YRIwQ+HWC0wluJ/md8fSdm7gXx674ddP/wRwB50EY2ZWF6+5qusvpYVa+ExM9eNSDzw/xrCcOD/O9F869zaS3s9Ibhxw8c9Tn8CEH70fweQTnPrD64NtX7772+trrx89+5tSvmeBJP+eov/r+rvvr0R/vR/n6KPxH+fyoXgNoGgBzgPqBvHsM3mNm+fjxkHgiGRKD9BrE60H2B8EbpOZJ/J/k65PyB5cQ+g42xyH4DqH3GV49i8dQn0P1f958X6DvRbkvwR2u5yvWXtHrFV69gssrzvErNL9m/TXrr/Hldd6O4vEY/o/V4wO9x6kdR8uHsD7E80Pz+JD+D/EbL2c8Tt6hE+PVjTeT8bSOhz8e/nh+j8dxvBl8RNtHNHwkd4KcCXI+hj/RDCbpPYlXkz2/k4eFxKfOxqf0TJE3Rd5U/KbqPdX9Zzh+Zrafw8nlSy5e081+Op2+1xMzcM2jKc+s8vDJozePp3k8zcNpppyZeMw041n6zNJnFix/AxKzz306o3PwmIPHHFhzaJ3jLM+hZQ6ec/DMlzuP197rE/P1LhAL9Fmgzzc+F/JiIYxF6hfjuxjfxXQuNpPF/FhifQncJXCX4rUUr6U8L8S5EOdCGIWwljtzy+leLtffh8S36tY67+t8bsgOiY3838SbTdv/bxTp530+8av9La63+R7YoedvsH/D/Xf5f5jpLr7t0vdPz/if+u3G5S9e/2N/r2dlHw376TsI55DrI3h5N0x4J0x4D0wcx+sELidxPEXbmQkh6f0sGW8VkikrQzKRGZJpJUIyfVFIFi8ISe8+yRJlQvLCfiFZcndIXhJCsnSXkLxsbEhePisky+aFZPmMkLyiKCQrbQzJq6uGZOXaIXldfkjeMDIkaw4PydoHQtJv5WTdnSFZr2dIZpQUp0Oyvrr6cm4cEZKN94TkzXrcmgzJFri0Kh2SdwwMyXZyOsjpCLNzdkjej2P2oJDsYe8hWA/p2xOXnrg9jOfD1h6m6eHNIdlLn15dhf1e8npXEO57w/O9keyNQw78nCGClhw8H5HzSEch55E1IdknLuT00bOPnD5HQrJvdaFPX9r7uu/fOiQf5eFAtY/TMohnT7YX8Aa7f2ZSSA6dGpIv4PNCTkgOg/mi+peHheQr6l7V/7WhITmC32/QPRLeW7x8G7938B5VGJKjYb3reiyP3qPhfX3H+5wA4+PtIfkJn/2OSk7UZ7IZfDoqJKfwcQrPp8L+TN5nZjrN/KbRk0tPXnHRTOj/pf0vc0NyJu0z9f0K1iw9ZjcRvJ69LiTnqps7Ttj/Wu8CPRdWEvYX8niR+qVwlvKtkBeei2ShWRSqXUbzMtjL3C+jbbk5L4e9XK3nJLnc/FeY30p+rbK3CsZqn6vhrcblWz3XqPtO/nd4rYX9PT/W29ug1wb3G3DYQO8PvN1oVj+Zwyb+buJ5kfPxizPxK76bs0JyCx+2qtvmeof4DdZOZ2KX/rt8/onvn87cn7z5E//dvNrNz9007zanf/T7B94ePu5xVvbwfQ9/98DZg99e2Hvl77Xv91hyL4y9NOzDZ5+zsZ+WAzgcMKsDfDlA5wHn6QDMg3Qf1PsgHQfN8SDcg/w55GwcMq9DzsAhcziM62HP2WGaj3hmj3jGjqg5ouaImiNqjqo5quaomqNqjtJ2FL9j+B3D7xh+x/DzOzB5DL9/8fsXv3+dmX/N8196jvPiuDN/3HN/nP7jvD3O9xM8OeFMnPBcnuDBCb6c4PNJ5/yk2Z7k+0kzOen8nnR+T5nvKV6fMsNTzsEpMz5lRqfN5LQzfxr307ifxv00Pqf1+E8Pv0eT/+nxn7r/+PQfn/7j03/0/YfzGZzP4HwG5zN4nPtOOyPnDJwzcM7A8Ts2eVb/s/w+y++zcM7K8ds2LSRFbdFVjBD5YmdIi5QQmaKnGCUWiT0hLVpaNBP9xDixUhwJabEKopUYJCaJdeJ0SItXFu3FUJErikJaSlxUF13EcDFLbA9pqcVFhsgWI0WB2B3SEiVFE5EjxopCcSCkJcuILDEwpKXJSeso9E3TN13fdH3T9U3XN13fYvoW07eYvsX0LaZvMX2L61tc3+L6FtfXd39acX3Pg3mevufpe56+5+l7nr7nVxJ6nc+vC+i+YIiQX2JYSLtQzYU+L8LpYtxKwi25MaSVmhrSLlFzaRB4XYqTd4C00tZKu/4fny+De5nel9u/nNdlcCxrrSzvy8Ioq0dZ2sqZTTnr5ayXs17OvMqZQXmzLM+T8jSWN6PysMvjXsF6hQkh7QrzvEJ+RRquVHMVrlfjfo3+lWm/lg/X6lvFHKuYa1UYVfWoquf1fLjeObjB/G+AewPtN9i7Qd9q+lWjt5qzU819dbnV7VdfE9Jq6FGD3zWclRq8rol3TfU1+VzLjGqpqyWvNi9qtxbWa+NYx14dZ6wOzLr01uVPXf3q4VhPfT1nLAOXDH3q87S+nvXNur6cBu4b4N6Afw1gNTQj7y1pDfNCWqa9TDPJhJ1J4408uZE3N9LdqKrgVyPza4RvYzNvotdN5niTHO8paTe7vplfTfFtSldT60152QzfZvo306+5a+8wac3NvLm9W5zJW82uhZoWrm+jt6XercTt1u80n9Y8bOM5bIubd420dnS2M4d2MNrxrT2t7XFuT3d7Z7mDOXfArQOeHezfZX53Oc8drXe03lFeR3PuxIdOdHQyw3t4cI8z3BmPzvzqbPadcejivov7LrTcy+/7abxfbTdcunmeu1nrRscD1h8wnwf48KAz+qDabPjZPO/uszttPXjSgya/T9IewuEh3B6218sMe+nRi4be/Mnhcw7MR3w+4nuoj70+8Pra6+uc9eNJP7370dqfr4/S/6i5DHCeBsAYAHeg2T/Gs8f49bg5Po7HE87XE3h4J0l70tqTrp/i7VN8egrvwTAHHw9pQ2A+zeOn8XzazJ7B8Rn+Pav+WZ4PpX0oP57j53P8ex7/5/nwgjP6gt7D8B3m80V6X+TVSzi/bO1lfIfjNNzZG27de0vaq7BfU/+a+hHwRjjzI/R83cxed+7eMIc3ePCm+jedrZE0jrQ2Et+3fL6t9u1zn/x6xwzesT4K19HqR7t+1yzepX0MnWPgjpX7Hqz35L8v/32cPnCWPnA/Ts04vD90/6Ge4+n07pP2kWfkIx5NcBYm8GSC76GPPQ8f0/UJPp/weqKZTKRrIpxJ6id5nibzYzIOn+IzBfYUPKbCnArzM15+Bmea3Gn2P4fzuTORa5a57qfjNp0nX5j5F7ye4dmc4YzOwCsPRh6MPNhf6vGlvJn4zNTzK+uzzHG2vLnOT75ZzsPzazOfT/d8fsx3VubrPV99AV+876QV0FDA3wLnZYGz9o1zupD/i+Au4tFi2hfLXWym3oHSFvNyiTOyxPO0RM8lcpbStJTOpXQU4lvojBXiUqjXMvfLzHqZ3GU8Wg7Lb7y05Z65FbSvcL2CzhX6r+TxSlxWqlul7yo9VrlfDWM1v1a7/tbcv6XlWzXf4rkGzzUw1vBgjfvv+PYdXd/J/c79Wp6t5cFaur53/b1z8L1e6/i9jqZ1cNb5HljP9/X88vsxze/HNL8f0za4/sHZ/AGPH3i2kT8/8uBHz8pPevxk/yfneRPPN+lVxIcidd7d0opo/Rm3n/n7s71f8P8Fp19596vaX3HYbH+z/c32t9jfYn+r/a32t9rfZn+b/W32t9vfbn+H/R32d9j/zf5vzsDv/P3dXHaawU48/zDnXfTtkr/b2fubP3+bzT/478F5H2/3+b7Yh/d++AfU+Z2Z5rdl2iG1h1wf9h1xxByO0vGv/RNq/G5LO6Xfab3PwD9rLmeHh/TQUwwRB0J6JC5KipFigpglCkWR2C2Oh/RoUpQWlUWGyBIdBZy4+hQ4fs+kp5UJ6cXkFB8Y0s+Dc/7GkH7BmpBeQlw4NaRftDKkX7w9pJfsEtJLlQjpl8i7VO/S7UO63w7pl3UN6Ze3Culldob0ck1Cevl1Ib0CXleIisNCeiU1V+l1jZ7XwLsWh+vwrCLvejk34FBNbQ37NWqLbDFKWK9BR03carYWtNfMFZtDei2YtTKF/rXk1pJb60hIr11J4FVb39q01OZFHR7Uob3OIKG+jvq6xYX6unrVVV9XfV319dTXU1/Pej3r9azXs57BowwaM3DIgJHBo/r41se3QT8xTvCpgdyG+jVsJvjV0Nz87U9vqGem/Ew4mWoy4WeOEAUh3d//9EbWG8FvNFTIb8SfxubXWG5j/jamp7H1xvo2Ph3Sm+DZBM+b9PIbIf0m2m7i7U363Mybpjj5fZDelMfNgoDTTM9mYwWezfjqt0J6c7Nojntzs24O9xa+3ILLLTTeav9W5+ZW+LfKy8IhiydZk0J6C9ctXLdwfRvNLWlriXNLfrfSs5Xz0srM77B+h7NyJy9a09ua3tb0ttGjDdw2eLfBu43atvS2NZO2uLeT205ue3ray2+PW4eqwv5dPL3beekkvxN+nWDfo+Ye3nW215nGzjC74NAFh/v51NV6N7q7wXowP6Rn288+92ktW+9svLN50h1md572qC6c5R7O3UM49uRRL3u96c3h6yP691kU0vvq0V/Oo/gOoGkArIG8ekz94+fCGXyC74P4PwjGkzQ9hctT+j/lbD2l/inaBqsdTMtgtYM9X4N5O1jt07Q8a37P0fCcmTwP83maXsB7GF4v4vQiv19ydl7C6WU8huPzCs9fUf8qnNdgvobr687M667foO8NM3vT3ki5b8F4i9a3zPQtuG/z+G383oHxDu7v8GmUczGKz6Pgj6JhFB9HwxlthqPxHc2X0c7mu7i+a07v6vMujDHqxpjNGJ6NccbG0DrW/lj7Y2kby6/35PjNkP4enPfUvGfm7zvDfj+kv4/T+7i/T/MHFQSdH9A9kV8TPRcTaZiI8yTnbBKMSZ7PSfInu5/sGZys92S+T5bzKW6f8vhTa5/i+6neU/SewtNp9Hyhx0z4s9zPxnc23bN5O9vZmKN2Dr1z7M3Ba47ec/CYQ8MceXNgzXF+5uI913MzV598fuebez7MfD7m45aPb7455pt9Pp355jAPh3n0zJM7D+ev8SjgTwGeBc5KAS4FehTQUGDGC+AtwPcbGAvhLYS38Nw1vIXwFuGxGI/FeCzh9RIYS8xsaaX/A+0AQBYAAAEAABAIArUAPADKAAcAAgAQAC8AVgAABjQE6wAFAAJ4nLVYzXMjRxVvr7SfrJMUIRB2SfIOkLUpxd7NhiTrLQ6z0tiarCy5RrIdn8JopmX17mhmmBnZ6BRO8AdQXLhx4JAqDnAMVRRH7skpR04UfwHc4L3XPaORbG92U8VqLb3ufv17n/36QwixeWlLrAj+t/LyJTD0ini5tmfoS+JqLTF0TTRqXxi6Ll6uv2Xoy+Jm3TH0FbFaTw19VTys/8fQ18Trl0eGvi6aV64aevXKb17NEHmlXkNZN29dZfoy0q/ceo3pK9x/h+mr3P8Tpq8xvcP0dVT0TdaQ6BXxZu2uoS+Jl2o/M3RNfFz7haHryPNfQ18Wr9c3DX1F3KofGPqqOKn/0tDXxN3L7xn6uvjV5U8Nvbr69pXHTN9gPY+Y/hbrdsz0Te6fMf0S079m+hXS7dZvmX4V6W/f+gPT32Gez5l+jXH+zvR3uf8rpr/Pc//J9G3m+TfTbxDP7etMv8X095j+IfHf/hHTP2Za+/Adpm2ir7H+t/eZZlm3faJv6v6fM8223P5UfCZAvCvuinviPaQGYiwk/u6KWET4l4uZSLinia0Uafr2sF8xxwaOWCLEDwgX+45xfi4ybkn8lch9gt8Bc66KG/zXxp4hjkhxir09lhCh7EJWByXMEH+KWIDYMeIq4SPtI53gWFrKgtKCu+I+Um+XrQ9Eg/XwECFBXkC5HsohDF88NbwfYWuMvTQ6RT2z0i7yhWJbwgv1GbE/QDzC9hBHqNdjbyzaqHFiYymwlCmO+mwvtUaIfYpzU+6ZIlfA3gPsL2LioE7kHcXzIvbvQ54vmUOKCcokbwf8DUajghe4P8Me8l9SRnFuB43nqIXCmRl6QXwG79699x4MxhJ24yjOZ4mEZpwmcerlKo42wApDcNXxOM/AlZlMT2SwAas3Vm+05TCVp9BLZDSgWR1vFk9zCONj5YMfJ7OUZgEJuHsf3qafDxrgemEyhrYX+bH/FHs/iscRtKdBRrIGY5VBWMUZxSk8UsNQ+V4IRiLyxCgUsnia+hJ/Rvmpl0qYRoFMISdLnAF0lC+jTD6ETEqQk6EMAhlAqHshkJmfqoRMZBmBzD0VZuiQAfpmwl4E0TXRddF7E84tMVATmUEX1XDjiYcdtA6OMZ4hx1a48ngaekgsr7Ctr0GGJSQQa4ihOJZxmUHrCGzCtLWkChjRsLar/DQmt6y/uDkHnJRZmTjvY5J8KB7ggEwz8tb7Gx8+qMJq0GVIRDSAX2e1XjkerwOqPAFnOXngKa+o0TeqWsuGUdJ4kKdeICde+hTi0cUpL15YnrgI62waQKUMthjkFEEiDDwVyhF+lCka7+BfnxdrhCkhcZZWKGWXESqVvwPmz83y7rDjAi4IVMruYeTuY7kskwZ4qbZS71RFx9AbjXA9wDvQz70olDO0IVW4EhtwoPwcl0XHSwMZ5XDvwX0EOeKiBhyeGRcxXXTyspCOWK+cA0rthLNpgqM5fnTJGvLcoujZYh+1tiolqhhJOPEDlOIzouJ0OWVZPpf78+TqtuJtIOSCr6WSh6j80XhiCj6wbwMjSxkE32BpH9JGAWcsjzkmM16kChdltTRfpFd0Bvv5vVQt/EW2pLyoctbcL1PxfOu19LN6Paz4gCzRtuQsr0jylDeLGXsvRv9HvEF6F1qqPe0teFVvdLH51lZpmrbcxGy8pO1Jmf8ahzhpe392jIqDR7FwSZuQ9ZyvrsWtssE+9pgOTETPbsXL2+saH0lI4y2xiR/JxYZkPOUNV3J8POwjW4+RoxjbNJifLG3v66yJh3MTlqYLpba90OZFDlDPeWCBHyxhdAoMeKPMyyfYpz1exF/yYS80B515nj7rEFbk18UHsSJ6e+U6yCo7kM4vnTHSyDvmzIzMammw3ak5JOktgyqExzHQsS6yMuL5idnltIQYUfWhKCqzxRPzw2iB+X+MR+klj20n3yneYLSXA+6Z8kYasa7Vo53i/SHj/DQ6Xhxf3lUWjqMY8fWKjyjKWkO1sCaeG4+rtOJ5Bff5taqxVKsK3y/PDvkIoZbsLvSaXxXmK2darvEihg2u3jFLGZVtWckQqkI6QhmiNcrdQms9ZF00Z1ZyLtYTHcNNE/GMV0pY6lCs7cVcen6vziUUVlb3jcWcnnvilP04+YZxLGo7XWUi45nF/TQW+noz98sT5PArO0H+jJqs63jAFhT719aZau4hasyV5/wLoj5fFfvG3EfF3jT3U7WuLM7KuF7oeA2N7efvot4FUU1LD2Tm1JbzGg5ZAxqv7tHfNAuqe10bT0/E0RPb2DrEU5TLPQ72AVZTF0cOsNXC3hb23EGOvhm/wxE75D2pjXz7vN9pDBe/u9g+4lq3LYDb1HqM/F3Eorm2+Jhl2IjWZ06XsXext4O/tuGjGU3s2cc20TtcDbW8Ls7SV17H7I9a0wH2Q2nholYOSyw028WWi/htM2ohtsN4pD/J32a6W+q5bTS12EeETJhNcw51uXcff/eQr8/yLbZZa9tlG7ZxXNtiswYkecPYqvnIPwdmhGJE+nXwM7fKYh+0WZu5/5r4u4eaE/4Ojg54p+jhzBZb2mfv2cZnZG2HW3OrdKSabA15lXzQQnoX/3ZK37n8rXVxK2iLvjvk8TmXts8y3032XI9bOhpNbg04VjTaMLF02Y5lqYeciTZzWWxxv8yQbc5erX2RnVpGr6KJlkexrepSZDU8Y41olGJ830T6rF/I6xb7hPTql5IvQsbb41E8hYk3g2kmIacXjVGMVygvg0SmE5XnMoDhjN8p7P2Oxc8P1EjSOJj6OagITsfKH1fm4q+K/HBKLxh5DIHKkhAFeFGAsxQy+MiF97QNgEJ4HIUzWFPr+umjihUV3OeqpF9K6HKYyixP8RqI19iKeJxeYj1kDdYUSsnlhO68qUKpQXwahbFXFYpKe1pVmQLaG6Mo/J7myTSHQJ7QLRR5xjJMliyilya6XY/iMIz50mqecBow9DJUKI7KJ5/icWdtnOfJ1uamjDZO1VOVyEB5G3F6vEmtTeT8xDwOrTfAS5JQyYykE8z5r1nnvUJ9YTg6xPEl+fJJjIqT/fJEhnGifbr43kX+WnjxIvP2KAYZP66gv9AxEucdpx46IGjAKJWSniv8sZceo9XkymhGgUMAiIe5pyJyi8dvbsT5YnaQSl6Wxb7yKA2C2J9O0PGefhpTIfpmjRAX7IW+eXT7cp01CiQCKh2Jc/ngVOVj6q5kVcNkFWlfDIcK01HLJqxUPzyihClFnCxswCQO1Ih+JTskmaJB2bhBywKhh9McOzPqNHmCFm6i4ZkMQ0KgaBsvnasqTyCRem0YT7MSp+N48gwbKdunaYTKmHUaQxazLk+knxcpNs9kzPFA8fraKtLcG8YnsvJ6GsU5rQ3WiFZTMs8VM5SNPbRrKBeWqFcxNSUFshzTSWGQcJXqFf0sF+hV17ah39seHFquDU4f9tzegdOyW3DH6mP7TgMOnUG7tz8A5HCt7uAIettgdY/gsdNtNcD+eM+1+33oueDs7nUcG/ucbrOz33K6O/AI53V7A+g4uB4RdNADEmigHLtPYLu222xj03rkdJzBUQO2nUGXMLcR1II9yx04TayhLuztu3u9vo3iWwjbdbrbLkqxd+3uYAOlYh/YB9iAftvqdFiUtY/au6xfs7d35Do77QG0e52WjZ2PbNTMetSxtSg0qtmxnN0GtKxda8fmWT1EcZnNaHfYtrkL5Vn4vzlwel0yo9nrDlxsNtBKd1BOPXT6dgMs1+mTQ7bdHsKTO3FGj0FwXtfWKORqWIgIslB7v2/PdWnZVgex+jS5yoybUpdPoBM+jwq+8c5WVvE8+QTPo//CnmhhvHh3DMx7oqj9rvbn2l9rf8O/z2t/qf1RLCPOWx7fjC4a/8cSN91cF+UZiRfih3yHXxqvv1m/V39c36n/FL8fLMmLWMbFeNTy8H5Bb1rkB0Hn8pU/rfy+JvieInBvT/EzNXfvr8O6sPU/xb9AKwAAeJyMnQWc1Eb7x4m7tKXu7pRNZibZ+u5tBmgpUKSUGj2OA64cd/QEqbu7u7u7u7u7u7t7/3u3v00C/+Xe9vN5eSabyfOdZGfmm7m5FwaJg/r/+2fSoKmDGvzn69U/hEHiIGnQYoOSQcMGDR+09aCRg0YNGj1ozKBtB40dNGHQToN2HXT3oDcGPTioUxAFSZAFRVAFTdAFQzAFS7AFR3AFT/CFxYTFhSWEwcKSwlLC0sIywrLCcsLywgrCisJKwsrCKsKqwmrC6sIawprCWsLawjrCusJ6wvrCBsKGwhBhI2GoUBACIRSIQAUmREIsFIWNhU2ETYXNhM2FLYQthZJQFpqEipAIXBgmDBdGCFsJWwsjhW2EUcJoYYywrTBWGCeMFyYI2wkThe2FScIOwo7CTsLOwi7CZGFXoVmYIrQIU4VWYZowXZghtAm7CTOFdmGW0CF0CrOF3YUuoVvoEXqFOcJcYZ4wX9hD2FPYS9hb2EfYV9hP2F84QDhQOEg4WDhEOFQ4TDhcOEI4UjhKOFo4RjhWOE44XjhBOFE4SThZOEU4VThNOF04QzhTOEs4WzhHOFc4TzhfuEC4ULhIuFi4RLhUuEy4XLhCuFK4SrhauEa4VrhOuF64QbhRuEm4WbhFuFW4TbhduEO4U7hLuFu4R7hXuE+4X3hAeFB4SHhYeER4VHhMeFx4QnhSeEp4WnhGeFZ4TnheeEF4UXhJeFl4RXhVeE14XXhDeFN4S3hbeEd4V3hPeF/4QPhQ+Ej4WPhE+FT4TPhc+EL4UvhK+Fr4RvhW+E74XvhB+FH4SfhZ+EX4VfhN+F34Q/hT+Ev4W/hH+FccJAqiKEqiLCqiKmqiLhqiKVqiLTqiK3qiLy4mLi4uIQ4WlxSXEpcWlxGXFZcTlxdXEFcUVxJXFlcRVxVXE1cX1xDXFNcS1xbXEdcV1xPXFzcQNxSHiBuJQ8WCGIihSEQqMjESY7EobixuIm4qbiZuLm4hbimWxLLYJFbEROTiMHG4OELcStxaHCluI44SR4tjxG3FseI4cbw4QdxOnChuL04SdxB3FHcSdxZ3ESeLu4rN4hSxRZwqtorTxOniDLFN3E2cKbaLs8QOsVOcLe4udondYo/YK84R54rzxPniHuKe4l7i3uI+4r7ifuL+4gHigeJB4sHiIeKh4mHi4eIR4pHiUeLR4jHiseJx4vHiCeKJ4kniyeIp4qniaeLp4hnimeJZ4tniOeK54nni+eIF4oXiReLF4iXipeJl4uXiFeKV4lXi1eI14rXideL14g3ijeJN4s3iLeKt4m3i7eId4p3iXeLd4j3iveJ94v3iA+KD4kPiw+Ij4qPiY+Lj4hPik+JT4tPiM+Kz4nPi8+IL4oviS+LL4iviq+Jr4uviG+Kb4lvi2+I74rvie+L74gfih+JH4sfiJ+Kn4mfi5+IX4pfiV+LX4jfit+J34vfiD+KP4k/iz+Iv4q/ib+Lv4h/in+Jf4t/iP+K/0iBJkERJkmRJkVRJk3TJkEzJkmzJkVzJk3xpMWlxaQlpsLSktJS0tLSMtKy0nLS8tIK0orSStLK0irSqtJq0urSGtKa0lrS2tI60rrSetL60gbShNETaSBoqFaRACiUiUYlJkRRLRWljaRNpU2kzaXNpC2lLqSSVpSapIiUSl4ZJw6UR0lbS1tJIaRtplDRaGiNtK42VxknjpQnSdtJEaXtpkrSDtKO0k7SztIs0WdpVapamSC3SVKlVmiZNl2ZIbdJu0kypXZoldUid0mxpd6lL6pZ6pF5pjjRXmifNl/aQ9pT2kvaW9pH2lfaT9pcOkA6UDpIOlg6RDpUOkw6XjpCOlI6SjpaOkY6VjpOOl06QTpROkk6WTpFOlU4bdKZ0unSGdKZ0lnS2dI50rnSedL50gXShdJF0sXSJdKl0mXS5dIV0pXSVdLV0jXStdJ10vXSDdKN0k3SzdIt0q3SbdLt0h3SndJd0t3SPdK90n3S/9ID0oPSQ9LD0iPSo9Jj0uPSE9KT0lPS09Iz0rPSc9Lz0gvSi9JL0svSK9Kr0mvS69Ib0pvSW9Lb0jvSu9J70vvSB9KH0kfSx9In0qfSZ9Ln0hfSl9JX0tfSN9K30nfS99IP0o/ST9LP0i/Sr9Jv0u/SH9Kf0l/S39I/0rzxIFmRRlmRZVmRV1mRdNmRTtmRbdmRX9mRfXkxeXF5CHiwvKS8lLy0vIy8rLycvL68gryivJK8sryKvKq8mry6vIa8pryWvLa8jryuvJ68vbyBvKA+RN5KHygU5kEOZyFRmciTHclHeWN5E3lTeTN5c3kLeUi7JZblJrsiJzOVh8nB5hLyVvLU8Ut5GHiWPlsfI28pj5XHyeHmCvJ08Ud5eniTvIO8o7yTvLO8iT5Z3lZvlKXKLPFVulafJ0+UZcpu8mzxTbpdnyR1ypzxb3l3ukrvlHrlXniPPlefJ8+U95D3lveS95X3kfeX95P3lA+QD5YPkg+VD5EPlw+TD5SPkI+Wj5KPlY+Rj5ePk4+UT5BPlk+ST5VPkU+XT5NPlM+Qz5bPks+Vz5HPl8+Tz5QvkC+WL5IvlS+RL5cvky+Ur5Cvlq+Sr5Wvka+Xr5OvlG+Qb5Zvkm+Vb5Fvl2+Tb5TvkO+W75Lvle+R75fvk++UH5Aflh+SH5UfkR+XH5MflJ+Qn5afkp+Vn5Gfl5+Tn5RfkF+WX5JflV+RX5dfk1+U35Dflt+S35Xfkd+X35PflD+QP5Y/kj+VP5E/lz+TP5S/kL+Wv5K/lb+Rv5e/k7+Uf5B/ln+Sf5V/kX+Xf5N/lP+Q/5b/kv+V/5H+VQYqgiIqkyIqiqIqm6IqhmIql2IqjuIqn+MpiyuLKEspgZUllKWVpZRllWWU5ZXllBWVFZSVlZWUVZVVlNWV1ZQ1lTWUtZW1lHWVdZT1lfWUDZUNliLKRMlQpKIESKkShClMiJVaKysbKJsqmymbK5soWypZKSSkrTUpFSRSuDFOGKyOUrZStlZHKNsooZbQyRtlWGauMU8YrE5TtlInK9sokZQdlR2UnZWdlF2WysqvSrExRWpSpSqsyTZmuzFDalN2UmUq7MkvpUDqV2cruSpfSrfQovcocZa4yT5mv7KHsqeyl7K3so+yr7KfsrxygHKgcpBysHKIcqhymHK4coRypHKUcrRyjHKscpxyvnKCcqJyknKycopyqnKacrpyhnKmcpZytnKOcq5ynnK9coFyoXKRcrFyiXKpcplyuXKFcqVylXK1co1yrXKdcr9yg3KjcpNys3KLcqtym3K7codyp3KXcrdyj3Kvcp9yvPKA8qDykPKw8ojyqPKY8rjyhPKk8pTytPKM8qzynPK+8oLyovKS8rLyivKq8pryuvKG8qbylvK28o7yrvKe8r3ygfKh8pHysfKJ8qnymfK58oXypfKV8rXyjfKt8p3yv/KD8qPyk/Kz8ovyq/Kb8rvyh/Kn8pfyt/KP8qw5SBVVUJVVWFVVVNVVXDdVULdVWHdVVPdVXF1MXV5dQB6tLqkupS6vLqMuqy6nLqyuoK6orqSurq6irqqupq6trqGuqa6lrq+uo66rrqeurG6gbqkPUjdShakEN1FAlKlWZGqmxWlQ3VjdRN1U3UzdXt1C3VEtqWW1SK2qicnWYOlwdoW6lbq2OVLdRR6mj1THqtupYdZw6Xp2gbqdOVLdXJ6k7qDuqO6k7q7uok9Vd1WZ1itqiTlVb1WnqdHWG2qbups5U29VZaofaqc5Wd1e71G61R+1V56hz1XnqfHUPdU91L3VvdR91X3U/dX/1APVA9SD1YPUQ9VD1MPVw9Qj1SPUo9Wj1GPVY9Tj1ePUE9UT1JPVk9RT1VPU09XT1DPVM9Sz1bPUc9Vz1PPV89QL1QvUi9WL1EvVS9TL1cvUK9Ur1KvVq9Rr1WvU69Xr1BvVG9Sb1ZvUW9Vb1NvV29Q71TvUu9W71HvVe9T71fvUB9UH1IfVh9RH1UfUx9XH1CfVJ9Sn1afUZ9Vn1OfV59QX1RfUl9WX1FfVV9TX1dfUN9U31LfVt9R31XfU99X31A/VD9SP1Y/UT9VP1M/Vz9Qv1S/Ur9Wv1G/Vb9Tv1e/UH9Uf1J/Vn9Rf1V/U39Xf1D/VP9S/1b/Uf9V9tkCZooiZpsqZoqqZpumZopmZptuZoruZpvraYtri2hDZYW1JbSltaW0ZbVltOW15bQVtRW0lbWVtFW1VbTVtdW0NbU1tLW1tbR1tXW09bX9tA21Abom2kDdUKWqCFGtGoxrRIi7WitrG2ibaptpm2ubaFtqVW0spak1bREo1rw7Th2ghtK21rbaS2jTZKG62N0bbVxmrjtPHaBG07baK2vTZJ20HbUdtJ21nbRZus7ao1a1O0Fm2q1qpN06ZrM7Q2bTdtptauzdI6tE5ttra71qV1az1arzZHm6vN0+Zre2h7antpe2v7aPtq+2n7awdoB2oHaQdrh2iHaodph2tHaEdqR2lHa8dox2rHacdrJ2gnaidpJ2unaKdqp2mna2doZ2pnaWdr52jnaudp52sXaBdqF2kXa5dol2qXaZdrV2hXaldpV2vXaNdq12nXazdoN2o3aTdrt2i3ardpt2t3aHdqd2l3a/do92r3afdrD2gPag9pD2uPaI9qj2mPa09oT2pPaU9rz2jPas9pz2svaC9qL2kva69or2qvaa9rb2hvam9pb2vvaO9q72nvax9oH2ofaR9rn2ifap9pn2tfaF9qX2lfa99o32rfad9rP2g/aj9pP2u/aL9qv2m/a39of2p/aX9r/2j/6oN0QRd1SZd1RVd1Tdd1Qzd1S7d1R3d1T/f1xfTF9SX0wfqS+lL60voy+rL6cvry+gr6ivpK+sr6Kvqq+mr66voa+pr6Wvra+jr6uvp6+vr6BvqG+hB9I32oXtADPdSJTnWmR3qsF/WN9U30TfXN9M31LfQt9ZJe1pv0ip7oXB+mD9dH6FvpW+sj9W30UfpofYy+rT5WH6eP1yfo2+kT9e31SfoO+o76TvrO+i76ZH1XvVmforfoU/VWfZo+XZ+ht+m76TP1dn2W3qF36rP13fUuvVvv0Xv1OfpcfZ4+X99D31PfS99b30ffV99P318/QD9QP0g/WD9EP1Q/TD9cP0I/Uj9KP1o/Rj9WP04/Xj9BP1E/ST9ZP0U/VT9NP10/Qz9TP0s/Wz9HP1c/Tz9fv0C/UL9Iv1i/RL9Uv0y/XL9Cv1K/Sr9av0a/Vr9Ov16/Qb9Rv0m/Wb9Fv1W/Tb9dv0O/U79Lv1u/R79Xv0+/X39Af1B/SH9Yf0R/VH9Mf1x/Qn9Sf0p/Wn9Gf1Z/Tn9ef0F/UX9Jf1l/RX9Vf01/XX9Df1N/S39bf0d/V39Pf1//QP9Q/0j/WP9E/1T/TP9c/0L/Uv9K/1r/Rv9W/07/Xv9B/1H/Sf9Z/0X/Vf9N/13/Q/9T/0v/W/9H/9cYZAiGaEiGbCiGamiGbhiGaViGbTiGa3iGbyxmLG4sYQw2ljSWMpY2ljGWNZYzljdWMFY0VjJWNlYxVjVWM1Y31jDWNNYy1jbWMdY11jPWNzYwNjSGGBsZQ42CERihQQxqMCMyYqNobGxsYmxqbGZsbmxhbGmUjLLRZFSMxODGMGO4McLYytjaGGlsY4wyRhtjjG2NscY4Y7wxwdjOmGhsb0wydjB2NHYydjZ2MSYbuxrNxhSjxZhqtBrTjOnGDKPN2M2YabQbs4wOo9OYbexudBndRo/Ra8wx5hrzjPnGHsaexl7G3sY+xr7Gfsb+xgHGgcZBxsHGIcahxmHG4cYRxpHGUcbRxjHGscZxxvHGCcaJxknGycYpxqnGacbpxhnGmcZZxtnGOca5xnnG+cYFxoXGRcbFxiXGpcZlxuXGFcaVxlXG1cY1xrXGdcb1xg3GjcZNxs3GLcatxm3G7cYdxp3GXcbdxj3GvcZ9xv3GA8aDxkPGw8YjxqPGY8bjxhPGk8ZTxtPGM8azxnPG88YLxovGS8bLxivGq8ZrxuvGG8abxlvG28Y7xrvGe8b7xgfGh8ZHxsfGJ8anxmfG58YXxpfGV8bXxjfGt8Z3xvfGD8aPxk/Gz8Yvxq/Gb8bvxh/Gn8Zfxt/GP8a/5iBTMEVTMmVTMVVTM3XTME3TMm3TMV3TM31zMXNxcwlzsLmkuZS5tLmMuay5nLm8uYK5ormSubK5irmquZq5urmGuaa5lrm2uY65rrmeub65gbmhOcTcyBxqFszADE1iUpOZkRmbRXNjcxNzU3Mzc3NzC3NLs2SWzSazYiYmN4eZw80R5lbm1uZIcxtzlDnaHGNua441x5njzQnmduZEc3tzkrmDuaO5k7mzuYs52dzVbDanmC3mVLPVnGZON2eYbeZu5kyz3Zxldpid5mxzd7PL7DZ7zF5zjjnXnGfON/cw9zT3Mvc29zH3Nfcz9zcPMA80DzIPNg8xDzUPMw83jzCPNI8yjzaPMY81jzOPN08wTzRPMk82TzFPNU8zTzfPMM80zzLPNs8xzzXPM883LzAvNC8yLzYvMS81LzMvN68wrzSvMq82rzGvNa8zrzdvMG80bzJvNm8xbzVvM2837zDvNO8y7zbvMe817zPvNx8wHzQfMh82HzEfNR8zHzefMJ80nzKfNp8xnzWfM583XzBfNF8yXzZfMV81XzNfN98w3zTfMt823zHfNd8z3zc/MD80PzI/Nj8xPzU/Mz83vzC/NL8yvza/Mb81vzO/N38wfzR/Mn82fzF/NX8zfzf/MP80/zL/Nv8x/7UGWYIlWpIlW4qlWpqlW4ZlWpZlW47lWp7lW4tZi1tLWIOtJa2lrKWtZaxlreWs5a0VrBWtlayVrVWsVa3VrNWtNaw1rbWsta11rHWt9az1rQ2sDa0h1kbWUKtgBVZoEYtazIqs2CpaG1ubWJtam1mbW1tYW1olq2w1WRUrsbg1zBpujbC2sra2RlrbWKOs0dYYa1trrDXOGm9NsLazJlrbW5OsHawdrZ2sna1drMnWrlazNcVqsaZardY0a7o1w2qzdrNmWu3WLKvD6rRmW7tbXVa31WP1WnOsudY8a761h7WntZe1t7WPta+1n7W/dYB1oHWQdbB1iHWodZh1uHWEdaR1lHW0dYx1rHWcdbx1gnWidZJ1snWKdap1mnW6dYZ1pnWWdbZ1jnWudZ51vnWBdaF1kXWxdYl1qXWZdbl1hXWldZV1tXWNda11nXW9dYN1o3WTdbN1i3WrdZt1u3WHdad1l3W3dY91r3Wfdb/1gPWg9ZD1sPWI9aj1mPW49YT1pPWU9bT1jPWs9Zz1vPWC9aL1kvWy9Yr1qvWa9br1hvWm9Zb1tvWO9a71nvW+9YH1ofWR9bH1ifWp9Zn1ufWF9aX1lfW19Y31rfWd9b31g/Wj9ZP1s/WL9av1m/W79Yf1p/WX9bf1j/WvPcgWbNGWbNlWbNXWbN02bNO2bNt2bNf2bN9ezF7cXsIebC9pL2UvbS9jL2svZy9vr2CvaK9kr2yvYq9qr2avbq9hr2mvZa9tr2Ova69nr29vYG9oD7E3sofaBTuwQ5vY1GZ2ZMd20d7Y3sTe1N7M3tzewt7SLtllu8mu2InN7WH2cHuEvZW9tT3S3sYeZY+2x9jb2mPtcfZ4e4K9nT3R3t6eZO9g72jvZO9s72JPtne1m+0pdos91W61p9nT7Rl2m72bPdNut2fZHXanPdve3e6yu+0eu9eeY8+159nz7T3sPe297L3tfex97f3s/e0D7APtg+yD7UPsQ+3D7MPtI+wj7aPso+1j7GPt4+zj7RPsE+2T7JPtU+xT7dPs0+0z7DPts+yz7XPsc+3z7PPtC+wL7Yvsi+1L7Evty+zL7SvsK+2r7Kvta+xr7evs6+0b7Bvtm+yb7VvsW+3b7NvtO+w77bvsu+177Hvt++z77QfsB+2H7IftR+xH7cfsx+0n7Cftp+yn7WfsZ+3n7OftF+wX7Zfsl+1X7Fft1+zX7TfsN+237Lftd+x37ffs9+0P7A/tj+yP7U/sT+3P7M/tL+wv7a/sr+1v7G/t7+zv7R/sH+2f7J/tX+xf7d/s3+0/7D/tv+y/7X/sf51BjuCIjuTIjuKojubojuGYjuXYjuO4juf4zmLO4s4SzmBnSWcpZ2lnGWdZZzlneWcFZ0VnJWdlZxVnVWc1Z3VnDWdNZy1nbWcdZ11nPWd9ZwNnQ2eIs5Ez1Ck4gRM6xKEOcyIndorOxs4mzqbOZs7mzhbOlk7JKTtNTsVJHO4Mc4Y7I5ytnK2dkc42zihntDPG2dYZ64xzxjsTnO2cic72ziRnB2dHZydnZ2cXZ7Kzq9PsTHFanKlOqzPNme7McNqc3ZyZTrszy+lwOp3Zzu5Ol9Pt9Di9zhxnrjPPme/s4ezp7OXs7ezj7Ovs5+zvHOAc6BzkHOwc4hzqHOYc7hzhHOkc5RztHOMc6xznHO+c4JzonOSc7JzinOqc5pzunOGc6ZzlnO2c45zrnOec71zgXOhc5FzsXOJc6lzmXO5c4VzpXOVc7VzjXOtc51zv3ODc6Nzk3Ozc4tzq3Obc7tzh3Onc5dzt3OPc69zn3O884DzoPOQ87DziPOo85jzuPOE86TzlPO084zzrPOc877zgvOi85LzsvOK86rzmvO684bzpvOW87bzjvOu857zvfOB86HzkfOx84nzqfOZ87nzhfOl85XztfON863znfO/84Pzo/OT87Pzi/Or85vzu/OH86fzl/O384/zrDnIFV3QlV3YVV3U1V3cN13Qt13Yd13U913cXcxd3l3AHu0u6S7lLu8u4y7rLucu7K7gruiu5K7uruKu6q7mru2u4a7pruWu767jruuu567sbuBu6Q9yN3KFuwQ3c0CUudZkbubFbdDd2N3E3dTdzN3e3cLd0S27ZbXIrbuJyd5g73B3hbuVu7Y50t3FHuaPdMe627lh3nDveneBu5050t3cnuTu4O7o7uTu7u7iT3V3dZneK2+JOdVvdae50d4bb5u7mznTb3Vluh9vpznZ3d7vcbrfH7XXnuHPdee58dw93T3cvd293H3dfdz93f/cA90D3IPdg9xD3UPcw93D3CPdI9yj3aPcY91j3OPd49wT3RPck92T3FPdU9zT3dPcM90z3LPds9xz3XPc893z3AvdC9yL3YvcS91L3Mvdy9wr3Svcq92r3Gvda9zr3evcG90b3Jvdm9xb3Vvc293b3DvdO9y73bvce9173Pvd+9wH3Qfch92H3EfdR9zH3cfcJ90n3Kfdp9xn3Wfc593n3BfdF9yX3ZfcV91X3Nfd19w33Tfct9233Hfdd9z33ffcD90P3I/dj9xP3U/cz93P3C/dL9yv3a/cb91v3O/d79wf3R/cn92f3F/dX9zf3d/cP90/3L/dv9x/3X2+QJ3iiJ3myp3iqp3m6Z3imZ3m253iu53m+t5i3uLeEN9hb0lvKW9pbxlvWW85b3lvBW9FbyVvZW8Vb1VvNW91bw1vTW8tb21vHW9dbz1vf28Db0BvibeQN9Qpe4IUe8ajHvMiLvaK3sbeJt6m3mbe5t4W3pVfyyl6TV/ESj3vDvOHeCG8rb2tvpLeNN8ob7Y3xtvXGeuO88d4Ebztvore9N8nbwdvR28nb2dvFm+zt6jV7U7wWb6rX6k3zpnszvDZvN2+m1+7N8jq8Tm+2t7vX5XV7PV6vN8eb683z5nt7eHt6e3l7e/t4+3r7eft7B3gHegd5B3uHeId6h3mHe0d4R3pHeUd7x3jHesd5x3sneCd6J3kne6d4p3qnead7Z3hnemd5Z3vneOd653nnexd4F3oXeRd7l3iXepd5l3tXeFd6V3lXe9d413rXedd7N3g3ejd5N3u3eLd6t3m3e3d4d3p3eXd793j3evd593sPeA96D3kPe494j3qPeY97T3hPek95T3vPeM96z3nPey94L3oveS97r3iveq95r3tveG96b3lve+9473rvee97H3gfeh95H3ufeJ96n3mfe194X3pfeV9733jfet9533s/eD96P3k/e794v3q/eb97f3h/en95f3v/eP/6g3zBF33Jl33FV33N133DN33Lt33Hd33P9/3F/MX9JfzB/pL+Uv7S/jL+sv5y/vL+Cv6K/kr+yv4q/qr+av7q/hr+mv5a/tr+Ov66/nr++v4G/ob+EH8jf6hf8AM/9IlPfeZHfuwX/Y39TfxN/c38zf0t/C39kl/2m/yKn/jcH+YP90f4W/lb+yP9bfxR/mh/jL+tP9Yf54/3J/jb+RP97f1J/g7+jv5O/s7+Lv5kf1e/2Z/it/hT/VZ/mj/dn+G3+bv5M/12f5bf4Xf6s/3d/S6/2+/xe/05/lx/nj/f38Pf09/L39vfx9/X38/f3z/AP9A/yD/YP8Q/1D/MP9w/wj/SP8o/2j/GP9Y/zj/eP8E/0T/JP9k/xT/VP80/3T/DP9M/yz/bP8c/1z/PP9+/wL/Qv8i/2L/Ev9S/zL/cv8K/0r/Kv9q/xr/Wv86/3r/Bv9G/yb/Zv8W/1b/Nv92/w7/Tv8u/27/Hv9e/z7/ff8B/0H/If9h/xH/Uf8x/3H/Cf9J/yn/af8Z/1n/Of95/wX/Rf8l/2X/Ff9V/zX/df8N/03/Lf9t/x3/Xf89/3//A/9D/yP/Y/8T/1P/M/9z/wv/S/8r/2v/G/9b/zv/e/0ErzWpu6ers0JprUS1N6Wqd06o29wet1Dm9s6N1ptZci1ZTS1tXS++sae2t86yWrGw2Te3saW5pae3oMVvSolppae5LObUWKtX8zT1aAmArgEkN2NofzCRL1JoWtQTNaK1FNallbO0P1rBco6bnGjUsyzU9y9Xb0Ta0EASIoTU8d/WMrCwPn9LcJc+o/qGO6Glrn9qqtvUHbQTa34b2j6i1v632wEagpW21KI7YSmzbzdoqx9gtK9faEDLEyJ45vau1taO9uWNqW4s6srmlt6dVbe8PqFJGbFJH1h5Be3+QR1bvT26v/qGOql3VkbuKUESmjqpd1VF7cB3Nszu7e7o6Z89olZKO6VJrx3RtNG6vE7c3unZ7nf3BGT2jt2N6c1fvrPbm3h6nM3+kjq2Ru3JkilujkTq2Ru6qhXG1ut39wRqXezzdCz8ehq+Kher42sU9tXse3/cF9fR9QRNqX1Bv7QuagDvoxR1MqN1Bb39QJnS1dUxXevv+dCYscDe9+SNtAr7IXvT8ibk2zs2VJ+XK87OyukPtDvfoD+YOWVfcIy0q7Z0d07trdxcPRSwg4q7jEJEg4ruM8WTjCDFGLCKWENFj4ibECmKCyGuxCH4R/CK4RXCL4BbBLYJbBLcIbhHcIrhFcIvgFsEtcmX0jM6uDqWz78/aZyXccwnsEtglsEtgl8AugV0CuwR2CewS2CWwS4kyoZ/ZmzHLuN8y2GWwy2CXwS6DXQa7DHYZ7DLYZbDLYJfBLuO+y3jeTXjeTeA3gd8EfhP4TeA3gd8EfhP4TeA3gd8EfhP4TeA3gd8EfgX8CvgV8CvgV8CvgF8BvwJ+BfwK+BXwK+BXwK+AXwG/An4CfgJ+An4CfgJ+QtVhtVE/vT/gU9AT0BPQE9AT0BPQE9AT0DnoHHQOOgedg85x9xx3z3H3HHxeNEt9M0ltkDenRa2U1GJza22GG93d3tw9o1buzMr9WYKhQxELiAFiiEgQKSJDjBBjxCJiCbGM2IRYQUwQa08jKIBfAL8AfgH8AvgF8AvgF8AvgF8AvwB+AfwC+AXwC+AXwA/AD8CHnIMA/AD8APwA/AD8APwA/AD8APwA/AD8APwA/BD8EPwQ/BD8EPwQfAg7CMEPwQ/BD8GHrYMQ/BD8EPwQfAI+AZ+AT8An4MPjAQGfgE/AJ+AT8An4BHwCPgGfgE/Bp+BT8Cn4FHwKPqweUPAp+BR8Cj4Fn4JPwafgU/AZ+Ax8GD9g4DPwGfgMfAY+A5+Bz8Bn4DPwGfgMfAZ+BH4EfgR+BH4EfgR+BH4EfgR+BH4EfgR+BH4EfgR+BD7cH8D9AdwfwP0B3B/A/QHcH8D9AdwfwP0B3B/A/QHcH8D9AdwfwP0B3B/A/UERfLwDBHgHCPAOEOAdIMA7QIB3gADvAAHeAQK8AwR4BwjwDhDgHSAogl8CvwQ+3gMCvAcEeA8I8B4Q4D0gwHtAgPeAAO8BAd4DArwHBHgPCPAeEJTAL4FfBh/vAgHeBQK8CwR4FwjwLhDgXSDAu0CAd4EA7wIB3gUCvAsEeBcI8C4Q4F0gwLtAgHeBAO8CAd4FArwLBHgXCPAuEMD9AZwfwPkBnB/A+QGcH8D5AZwfwPkBnB/A+QGcH8D5AZwfwPkBHB7A4QEcHsDhARwewOEBHB4kyJcgX4J8sHgAiweweACLB7B4AIsHsHgAiweweACLB7B4AIsHsHgAiweweACLB7B4wMHn4HPwOfgcfA4+58b0ruY5rS2ds6YY/R7vK/WfC4cGRv8qJPcJQaSIDDFCjJ0ZnZ0zm6d0zslfVUIsIzYhVhATxNqzCOHwEA4P4fAQDg/h8BAOD+HwEA4P4fAQDg/h8BAOD+HwEA4P4fAQDg/h8BAOD4PArq5zprS2d87NbgoiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hAiDyHyECIPIfIQIg8h8hDiDiHuEOIOo4rS09nR2e1MbWvtau1u6+4/Mkvts2c09xeN5o7Ontb21rZmO5nd3VZd1/d/rCc9OD+iEyV79Ky2vp9K1A4m5Cqbo2e1Tq9VWqytWn0BltLPksutPc3KsOZZs5prDauaGTx5h+opqcpTxs+oluQ+oLJ18+zZzerI5llTpjaL2/SKo3rF7ds0tEAc0yaNndGpjGubPqtZGt/cq6E10pgZbVJT9X9juttqmFLRHpFrkYeK9WOzOX0Qdmv+9lvrt99Wv/3BvQteWru5/uvlKX03N73v5pSpre09zRpyyXv03VrfyZ7+W+tLpszsv7X2/lurNbLcJHb0ivPatM7a/UldMzrV7r6bKyj9Qeqp3iP40uzq/bVU/1c9VDr7Hrydf+beQs20O/PfWm/+W+tMv7VaMyDbsDJU7W9uQcfTQp+EbMMKkattKKj919fPoR9icR1icR1icR1icR1icR1icR1CzCHEHELMIcQcQswhxBxCzCHEHELMIcQcQswhxBxCzCHEHELMIcQcQswhxBxCzCHEHELMIcQcQswhxBxCzCHEHELMIcQcQswhxBxCzCHEHELMIa/xCRbUBAtqggU1wYKaQMkESiZQMoGSCRbUBAtqAhkTyJhAxgQyJpAxgYwJZEwgYwIZE8iYQMYEMiaQMYGMCWRMIGMCGRPImEDGBDImkDGBjAlkTCBjggU1wYKawMMEHibwMIGHCTxM4GECDxN4mMDDBB4m8DCBhwk8TOBhAg8TeJjAwwQeJvAwgYcJPEzgYQIPE3iYwMMEHibwMIGHCTxM4GECDxN4mMDDBB4m8DCBhwk8TOBhAg8TeJjAwwQeJvAwgYcJPEzgYQIPE3iYwMMEHibwMIGHCTxM4GECDxN4mMDDBB4m8DCBhwk8TOBhAg8TeJjAwwQeJvAwgYcJPEzgYQIPE3iYwMMEHibwMIGHCTxM4GECDxN4mMDDBB4m8DCBhwkW1AQLagIvE3iZwMsEC2qCBTXBgppgQU2woCZYUBMsqAkW1AQLaoIFNcGCmmBBTbCgJlhQEyyoCRbUBAtqggU1wYKaYEFNsKAmWFATLKgJFtQEC2qCBTXBgppgQU2woCZYUBMsqAkW1AQLaoIFNcGCmmBBTbCgJlhQEyyoCRbUBAtqggU1wYKaYEFNsKAmWFATLKgJFtQEC2qCBTXBgppgQU2woCZYUBMsqAkW1AQLaoIFNcGCmmBBTbCgJlhQEyyoCRbUBAtqggU1wYKaYEFNsKAmWFATLKgJFtQEC2qCH64T/HCdYIFN8MN1goU2wUKbYKFNsNAmWGgTuJ9goU2w0CZYaBO4n2ChTbDQJlhoE/ifwPcEvifwPYHvCXxP4HsC3xP4nsD3BL4n8D2B7wl8T+B7At8T+J7A9wS+J/A9ge8JfE/gewLfE/iewPcEvifwPYHvCXxP4HsC3xP4nsD3BL4n8D2B7wl8T+B7Ct9T+J7C9xS+p/A9he8pfE/hewrfU/iewvcUvqfwPYXvKXxP4XsK31P4nsL3FL6n8D2F7yl8T+F7Ct9T+J7C9xS+p/A9he8pfE/hewrfU/iewvcUvqfwPYXvKXxP4XsKT1N4msLTFJ6m8DSFp2lYvw7thqcpPE3haQpPU3iawtMUnqbwNIWnKTxN4WkKT1N4msLTFJ6m8DSFpyk8TeFpCk9TeJrC0xSepvA0hacpPE3haQpPU3iawtMUXqbwMoWXKbxM4WUKL1N4mcLHFD6m8DGFjyl8TOFjCh9T+JjCxxQ+pvAxhY8pfEzhYwofU/iYwscUPqbwMYWPKXxM4WMKH1P4mMLHFD6m8DGFjyl8TOFjCh9T+JjCxxQ+pvAxhY8pfEzhYwofU3iYwsMU3qXwLoV3KXxL4VsK31L4lsK3FL6l8C2Fbyl8S+FbCt9S+JbCtxS+pfAthW8pfEvhWwrfUviWwrcUvqXwLYVvKXxL4VsK31L4lsK3FL6l8C2Fbyl8S+FbCt9S+JbCtxS+pfAthW8pfEvhWwrfUviWwrcUvqXwLYVvKXxL4VsK31L4lsK3FL6l8C2FLyl8SeFLCl9S+JLClxS+pJX69Wg/1ssU/qTwJ4U/KfxJ4U8Kf1L4k8KfFP6k8CeFPyn8SeFPCn9S+JPCnxT+pPAihRcpvEjhRQovMviLwV8M/mLwFxtar8cQI8QYsYhYQiwjNiFWEBPE2n0zeIvBWwzeYvAWg7cYvMXgLQZvMXiLwVsM3mLwFoOnGDzF4CkGTzF4isFTDJ5i8BSDpxg8xbAuZViXMqxLGdalDOtShnUpw7qUYV3KsC5l8B2D7xh8x+A7Bt8x+I7Bdwy+Y/Adg+8YfMfgOwbfMfiOwXcMvmPwHYPvGHzH4DsG3zH4jsF3DL5j8B2D7xh8x+A7Bt8x+I7Bdwy+Y/Adg+8YfMfgOwbfMfiOYV3KsC5l8B+D/xj8x+A/Bv8x+I/BfwzrUgYPMniQwYMMHmTwIIMHGTzI4EEGDzJ4kMGDDB5k8CCDBxk8yOBBBg8yeJDBgwz+Y/Afg/8Y/MfgPwb/MfiPwX8M/mPwH4P/GPzH4D8G/zH4j8F/DP5j8B+D/xjWowweZPAgw3qUYT3K4EUGLzJ4kWE9yuBHBj8y+JHBjwx+ZPAjgx8Z/MjgRwY/MviRwY8MfmTwI4MfGfzI4EcGPzL4kcGPDH5k8CODHxn8yOBHBj8y+JHBjwx+ZPAjgx8Z/MjgRwY/MviRwY8MfmTwI4MfGfzI4EcGPzL4kcGPDH5k8CODHxn8yOBHBj8y+JHBjwx+ZPAjgx8Z1qMM61GG9SjDepRhPcqwHmVYjzKsRxn8yuBXBr8y+JXBrwx+ZfArg18Z/MrgVwa/MviVwa8MfmXwK4NfGfzK4FcGvzL4lcGvDH5l8CuDXxn8yuBXBr8yrE8Z1qcM61OG9SnD+pTVPYv1J8P6k2GdybDOZFhnMqwzGdaZDOvMCPNnhPkzwvwZYf6MMH9GmD8jzJ8R5s8I82eE+TPC/Blh/owwf0aYPyPMnxHmzwjzZ4T5M8L8GWH+jDB/Rpg/I8yfEebPCPNnhPkzwvwZYf6MMH9GmD8jzJ8R5s8I82eE+TPC/Blh/oywjogwj0aYRyPMoxHm0QjzaIR5NMI8GmEejTCPRphHI8yjMeaRGPNHjPkjxvwRY/6IMX/EmD9izB8x5o8Y80eM+SPG/BGjH8bohzH6YYx+GKMfxuiHMfphjH4YJ/U8FcQEEe3H+2CM98EY74Mx3gdj9NMY/TRGP43xc5IYPyeJ8XOSGP03Rv+N0X9j9N+41n8Lldr7ZTUWEAPEEJEgUkSGGCHGiEXEEmIZsQmxgljn8losgF8AvwB+AfwC+AXwC+AXwC+AXwC/AH4B/AL4BfAL4BfAD8APwA/AD8APwA/AD8APwA/AD8APwA/AD8APwA/AD8APwQ/BD8EPwQ/BD8EPwQ/BD8EPwQ/BD8EPwQ/BD8EPwSfgE/AJ+AR8Aj4Bn4BPwCfgE/AJ+AR8Aj4Bn4BPwKfgU/Ap+BR8Cj4Fn4JPwafgU/Ap+BR8Cj4Fn4JPwWfgM/AZ+Ax8Bj4Dn4HPwGfgM/AZ+Ax8Bj4Dn4HPwI/Aj8CPwI/Aj8CPwI/Aj8CPwI/Aj8CPwI/Aj8CPwI/Aj8GPwY/Bj8GPwY/Bj8GPwY/Bj8GPwY/Bj8GPwY/Bj8Evgl8Evwh+Efwi+EXwi+AXwS+CXwS/CH4R/CL4RfCL4BfBL4FfAr8Efgn8Evgl8Evgl8AvgV8CvwR+CfwS+CXwS+CXwC+DXwa/DH4Z/DL4ZfDL4JfBL4NfBr8Mfhn8Mvhl8Mvgl8FvAr8J/Cbwm8BvAr8J/Cbwm8BvAr8J/Cbw636pvR8VEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmgWcSeCaBZxJ4JoFnEngmibg6sf83YtW5tTCx9n9+m9sfjIn1X6My5tZLtevgmQSeSeCZBJ5J4JkEnkngmQSeSeCZBJ5J4JkEnkngmQSeSeCZBJ5J4JkEnkngmQSeSeCZBJ5J4JkEnkngmQSeSeCZBJ5J4JkEnkngmQSeSeCZBJ5J4JkEnkngmQSeSeCZBJ5J4JkEnkngmQSeSeCZBJ5J4JkEnkngmQSeSeCZBJ5J4JkEnkngmQSeSeCZBJ5J4JkEnkngmQSeSeCZBJ5J4JkEnkngmQSeSeCZpAn8JvCbwG8Cvwn8CvgV8CvgV8CvgF8BvwJ+BfwK+BXwK+BXwK+AXwG/An4F/AT8BPwE/AT8BPwE/AT8BPwE/AT8BPwE/AT8BPwE/AR8Dj4vqJNqA3F+f8CnoHPQOegcdA46B52DzkHnoHPQYf8E9uewP4f9OezPYX8O+3PYn8P+HPbnsD+H/Tnsz2F/Dvtz2J/D/hz257A/h/057M9hfw77c9ifw/YctuewPYftOWzPYXsOu3PYncPuHHbnsDuH3TnszmF3Drtz2J3D7hx257A7D+o83B/szmF3Drtz2J3D7hx257A7h9057M5hdw67c9idw+4cduewO4fdOezOYXcOu3PYncPuHHbnsDuHzTlszmFzDptz2JzD5hz25rA3h7057M1hbw57c9ibw94c1uawNaf1vGg/7MxhZw47c9iZw84cduawM4edOezMYWcOO3PYmcPOHHbmsDOHnTnszGFnDjtz2JnDzhx25rAzh5057MxhZw47c9iZw84cduZY9XGs+jhWfRyrPo5VH8eqj8PGHDbmsDGHjTlszGFjDhvzuM7D/cLGHDbmsDGHjTlszGFjDhtz2JjDxhw25rAxh405bMxhYw4bc9iYw8YcNuawMYeNOWzMYWMOG3PYmMPGHDbmsDGHjTlszGFjDhtz2JjDxhw25rAxh405bMxhYw4Lc1iYw8IcFuawMIeFOSzMYWEOC3NYmMPCHBbmsDCHhTkszGFfDvty2JfDvhz25bAvh3057MthXw77ctiXw74c9uWwL4dtOWzLYVsO23LYlsO2HJblsCyHZTksy2FZDstyWJbDshyW5bAsh2U5LMthWQ7LcliWw7IcluWwLIdlOQePgwevcviUw6ccPuXwKYdPOXzK4VMOn/KaT4OhNY9WYwExQAwRCSJFZIgRYoxYRCwhlhGbECuIdS43p7VN7+1qndrcPaP2UYE6vR1TW7u6WzqrH09pd3bv7exp7ft7NLq6W6eiDq/FAJgAmACYAJggUWe1dfT/rR+tLZ0duDokRuu8lvbmWdXs+AT1QzSLIjLkZ8jPkJ+hPqvXQ3sixCIeZxGPs4jHWcTjLOJxloY6LZ3tnR2zOjtae5q75uPTQG5v62rGAZ54iamzW7urtXCIB17CAy+V5KmdHdNxgOaV0LwSmlVGs8poVhnNKqNZZTSrDGYZ33IZ33IZ0DKgZTyeMh5LGdwyuLV3w6CAXlOovRVVIzNau3vaZjX34Ast1HxcjYne9yhmtHVNNXrmdvYXuo3qR61t02f0zLB7ZnS1otxtTWubUy/b3dX+0YGDWqqYGM1dXZ1z21un9Wj9pd7ZZn/s6qtWOzm1c25HrTSlCjNQbWqHnZamdLeanV09M/r+Spbmdruto6evH7b0tHV2WK2797bNaW5v7WhpVWZ09na3OtVu2t45va2lub2js8fsq1x9GW7vmZ0Wp/To46pvjX3/9RUKKAxNC2G9ENQLpF6I64VivcDqhaheoCiQep6gfjmtI2g9c1jPE9Q/Cep1gnoeWm8qqVcO680I0kKdHtTbE6aF+ilSRxRSaD1zUG8qSSvXM5N6e0h6X/XMpH45TW8wzdP/idY7e0p7Z8tMrfod9kWldtQ+rRa7enDc0z2jeWqr0v+nNnVmfzSmtbW3Vyefznnq8OrDiUJ1eCGmpBZowayd7qp2A62nq615eu/sWuzC8dSOWmyfpvb99Tzt/auhgDY19ScIQ6OtY86U3mqOnr5SrYrZObu1Ax92z2qrdtvmltZqf5uTHkjdvR3qtNZZ1R4n9/2hdM+utlVuae+dosxoba7Cp7Y1V6eSqdas3m70wVY3V67Pd/jllKCp9npajQXEADFEJIgUkSFGiDFiEbGEWEZsQqwgJojgR+BH4EfgR+BH4EfgR+BH4EfgR+BH4EfgR+BH4EfgY57GD2FLURpjxCJiCbGM2IRYQUwQeS3WlmvVWKjFGPli5IuRL0a+2utsdZXVX7/61hYiEkSKyBAjxApigshrscavRuSrLRerEXkD5A2QN0DeAHlry8VqLCKWEMuITYjgB+AH4Ifgh+CH4Ifgh+CH4Ifgh+CG4IbghuCG4IbgEXAIOAT5CfIT5CW4L4L8BPkJ8hPkJ8hPcF+kzsF9UXAoOBQcivug4FBwKDgU+SnyU+SnyMtwHwz5GfIz5GfIz5CfIT9Dfob8DPkZ8jPkj5A/Qv4I+SPkj5A/Qv4I+SPkj5A/Qv4I+SPkj5E/Rv4Y+WPkjZE3Rr4Y+WLkiZGniDxF5CkiTxHtLCJfEfmKaGcReYvIW0Q7i8hfRP4S8paQp4T+UUKeEvKUkKeE60u4vozry+jPZbSvjPaVkbeMvGW0s4z8ZeQvo9+VwSmjvWXwyuh3ZXCb8FyawK+AVwGvAl4FnAryV5C3gjwJrk/Q7gTXJ7g+QXsT5EmQJ0E7E+RL0M4E7UyQn6OdHByO58TB42g3B5eDy8Hl4HI8Jw4+B5+Dy8Gt/fiPN9Xe06sRxxhP8BmHzzh8Vl014pjXj2vtwi8zcPwyA8cvM3D8MkN1FRggoj7aV0H7KhzXo53YlOPYlOPYlOPYlOPYNOHYNOHYNOHYNOHYNOHYLOHYLOHYLOHYLOHYLOHYLOHYLOHYLOHYLKnG2n0kGK9JDF4MTgxOjPwx8mK8YhOEY/ODY9ODY9ODY9ODY7ODY5ODY5ODY5ODY3ODY3ODY3ODY1ODY1ODY1ODYzODYzODYzODYxODYxODYxODY/OCY9OCY7OCY5OCY3OCY3OCY3OCY1OCY1OCY1OCYzOCYzOCYzOCYxOCYxOCYxOCY/OBY/OBY/OBY9OBY9OBY9OBY7OBY7OBY7OBY5OBY5OBY5OBY3OBY3OBY3OBY1OBY1OBY1OBYzOBYzOBYzOBYxOBYxOBYxOBY/OAY/OAY/OAY9OAY9OAY9OAYzOAYxOgGnE9xjl+3M/x436OH/dz/Lif48f9HD/u5/hxP+e8SR/VPKt1m9YhQ+uFQr0Q1AukXqD1AqsXonohrheKRj3P0LRUSEtBWgrTEklLNC2xtBSnpTRzkGYO0sxBmjlIMwdp5iDNHKSZgygtpYwgZYQpI0wZYcoIU0aYMsKUEaaMMGWEKSNMGSRlkJRBUgZJGSRlkJRBUgZJGSRlkJRBUwZNGTRl0JRBUwZNGTRl0JRBUwZNGSxlsJTBUgZLGSxlsJTBUgZLGSxlRGnmKM0SpVmi9Io4PRunZ+M0c5zVSzPHaeuLKaOYtr6Y5ium+Yppm4tpvmKar1g0034/NCsWsmKQFcOsSLIizYosK0ZZMc6KGa2Q0QoZopAhChmikCEKGaKQIQoZopAhggwRZDcUZLQgowUZLchoQUYLMlqQ0YKMFma0MKOFGS3MaGFGCzNamNHCjBZmtDCjkYxGMhrJaCSjkYxGMhrJaCSjkYxGMhrNaDSj0YxGMxrNaDSj0YxGMxrNaDSjsYzGMhrLaCyjsYzGMhrLaCyjsYzGMlqU0aKMFmW0KKNFGS3KaFFGizJalNGijBZntDijxRktzmhxRoszWpzR4owWZ7Q4oxUzWjGjFTNaMaMVM1oxoxUzWjGjFTNaNoEE2QQSZBNIkE0gQTaBBNkEEmQTSJBNIEE2gQTZBBJkE0iQTSBBIaNlc0mQzSVBNpcE2VwSZHNJkM0lQTaXBNlcEmRzSZDNJUE2lwTZXBJkc0mQzSVBNpcE2VwSZHNJkM0lQTaXBNlcEmRzSZDNJUE2lwTZXBJkc0mQzSVBNpcE2VwSZHNJkM0lQTaXBNlcEmRzSZDNJUE2lwTZXBJkc0mQzSVBNpcE2VwSZHNJkM0lQTaXBJTq09vnz55BimG9QGqFaCgdXH0p7Pt/2E7uj+WhQ1paZs1e6MO4/8P6JXG9UEQhqmeLaL0QoRAX6oWgXgjrhfpVca0NjJT7cYwW8rg4TVXnxnVucWi9UKcU65T6nUbpnRbrbSuyeqGeuYjM8dCwXiD1Aq0XcFUc1OsE9TpBvU6Q1onqhXrmAG2Ow6H1QqFeCOqFeuawnjmsZw7rmcN65rCemdQrk3plWq9D63Vonc7qdFans/rlrH45q7NYPQ+r52H1PFE9T1TPE9XvIqrfRb1XxPVeEUf1zPXuEUf1zFE9c1zPXO85cb3nxPWeE9d7ThzXM8f1zPXeEtd7S1zvLXG9t8T13hIXyQpYqU3GSq0/lkvlIe1t05uN/lrVt7hCWgrSUpiWSFqiaYmlpSgtxWmpWC9VVxz1UsoIU0aYMsKUEaaMMGWEKSNMGWHKICmDpAySMkjKICmDpAySMkjKICmDpAyaMmjKoCmDpgyaMmjKoCmDpgyaMmjKYCmDpQyWMljKYCmDpQyWMljKYCmDpYwoZUQpI0oZUcqIUkaUMqKUEaWMKGVEKSNOGXHKiFNGnDLilBGnjDhlxCkjThlxyiimjGLKKKaMYsoopoxiyiimjGLKKKaMYp1RXfKkpUJaCtJSmJZIWqJpiaWlKC3FaSllFFJGIWUUUkYhZRRSRiFlFFJGIWUUUkYhZQQpIx3nhXScF9JxXkjHeSEd54V0nBfScV5Ix3khHeeFdPwW0vFbSMdvIR2/hXT8FtLxW0hHbSEdtYV01BbSUVtIR20hHauFdKwW0rFaSEdjIR2NhXQ0FtLRWEhHYyEdjYV0NBbS0VhIR2MhHY2FdDQW0tFYSEdjIR2NhXQ0FtLRWEhHYyEdeYV0vBXS8VZIx1shHW+FdLwV0vFWSMdbIR1vhXS8FdLxVkjHWyEdb4V0vBXS8Rak4yhIx1GQjqOgSO3+dxjGh7R1tPWkB7Nap7ahTpjO8GE6w4dpDwlDZIiCIdPaOppxEOYPaP6A5Q+i/EGcP2ha8CBrXPWgr3E4qOSrVfLVKrlqcSFXrXqQVase5Krlb6F6kKsW5Kvl76d6kKtG89WK+Wql/EE5f8BzB8Wh+YN8c4r5J1ok+YN8c4r5x1vMP95ivjnF0oIH2S1UD7JbKOYbWj3IVSvnq+W/rGL+yyrmv6xi/ssq5r+sYv7LKib5akm+WpKvln9upaELHmTXVA+ya0r5J1rKf8Gl/Bdcyj/r6kGuWpivln/wpXw/KOX7QSn/LZTynbxUWvAgl6CUH4GkyPBx/iso5b+CUv4rKOW/glL+Kyjln20p/2xL+Wdbzj/Ocv5xlvOPs5x/nOX84yznH2c531urB7lqJF8t/zjL+cdZzj/Ocr6HVw9y1Vi+Wv6pVw9y1aJ8tfz3UT3IVYvz1fKDp3qQq1bMV8t/C+X8t1DOfwvl/EAo8wUPctfw3DVN+YfYlO84TflsTcmCB7leRIsFfJwnVvJTIy8teJC1heenBZ6fFni+T/J8n+T5p8HzT4M35RvG0lcBlr7As/SlgKUvBSx9KWDpCzxLX+AZJcvmVkepkIZ0VddGy+bWS43OpNeEi7zm/51Jr6GLvGahM2m3ri3f4mTBM32PpNEZtshr2CKviRZ5TbTIa+JFXhP//2vwRZIh7Z0t7XhtiPoPBueeTt9vy/RXH9ybX7DiQ3xzUfoNx4W4b4Xb9y92TF4wsv4fsSziZDTQyXigk8VGJ1m90kAnGzaIDdQgNlCD2AINGvwfbj4aqJXRf7myYSujgVoZDdTKhunigVoZD9TK+L+kbdjKeKBWNryiOFAriwO1sjhQK4v/hdmwlQv0y7Q/NmrlwifZQCejgU7GA51coJUNB0g6MP7LyYYNaThAFj7Z8Mk0HAsLn2z4ZBqOhYVPNmxQw7Ew4P01HAsLn2zYyoZjYeGTDVvZcCwM+KAbjoWFTzZsZcOxsPDJAZkNW7nAN55+041aufBJNtDJaKCT8UAnF2hlw66Xdrn/crJhKxt2pIVPNmxlQ5M0HANp3x+olf/pyoYNiQb6/hqOhYVPNmQ2HAsLn2zYoIZjYcBbaDgWFj7ZsJUNx8LCJwdkNmzlAs8yfYaNWrnwSTbQyWigk/FAJxdoZcMvNf0y/8vJhq1sOBYWPtmwlQ3HQsPelfaqgVrZcCwsfLJhKxv2soVPNmxlw3QDPugB7+8/pW3YyxqOhYVPNmQ2HAsLn2z4ZBqOhYatTFvXqJULn2QDnYwGOhkPdHKBVjZ8XOlj+i8nG7ay4VhY+GTDVjYcCw2/t/T7GqiVDcfCwicbtrLhWFj4ZMNWNkzXcCwsfLJhKxuOhYVPNmxlQ5M07MlpDx6olQN+CwPe/ILM2io6COobB0FY30wNSH07qFqiaYmlpSgtxWmpWC/Vt32DOC0Vi0Ft0Z/kf+CU5H+yxPM/y+ILnen7eULtlzbKhcm1WMkeJi0HjT4MF/iw1pJwaH3jrFqK0lKclor1UlRrcURzP9zsO0gb2XeQ/vQqooV8tUK+WiFfLchXC/LVgny1MF8tzFcL89VIvhrJVyP5ajRfjear0Xw1lq/G8tVYvlqUrxblq0X5anG+WpyvFuerFfPVSvmDcv6gacGDXLamfLZKvlolX62Sr5bkqyX5akm+Gs9X4/lquZ+1RizfQ1i+h7B8D2H5HsLyPYTlewjL9xCW7yEs30NYvoewfA9h+R7C8j2E5XsIy/cQlu8hLN9DWL6HsHwPYfkewvI9hOV7CMv3EJbvISzfQ1i+h7B8D2H5HsKK+WrFfLV832GlfLVSvlq+V7F8r2KVBQ9yCWp9Z43+f/exf1IJh5JaLIST039bt3+aWUSl9J/dXXQl8l8ykYEysf/SJvZf2sT+S5vYItq0et8/Tfk/HlPjOv87z8INalxn0XkW9Yga1/nfeQZqz6Kez1r4Bzn/xyNaZLX/lG3hhi2y2oDZFvW4FlntP2X7H237L/0qTu9j0c8/q/O/87D/kIcNfHeLatIiq/2nbAs3bJHVFsy2bH4a7Kuz4B5NfU5c4IzV1p+jf1cGb0Fh/ddLqqVCWgrSUpiWSFqiaYmlpSgtxWmp/qYVFlNGMWUUA/zSbNJ/g6z6PpO+2WW/SbvAh7zRh00NPqRBow+xCUdp/vLKAh86e7R2dQ7pbJ/a3TO/vdXu7GjNDnrmZmfc/r9qJD10pnX2duWO2ubkrutum5dd1/83kWSH/X8nSXZhR1sOaPS3ZXZH76y+v/WkVuhrQ1/BrPH7ikY/u1bq4/bX62P216vx+os1Vn/Ffk5fSW3r7wv6tMnThkytdhCzWpjclhXb+4vV07tln9WKamlIS9DdopZroakWKrWQ1AKvhWG1MLwWRtTCVrWwdS2MrIVtamFULYyuhTG1sG0tjK2FcbUwvhYm1MJ2tTCxFravhUm1sEN/0Eq1pmmja9Ea2d3e3D2jVh6dlc3xMzq7OvqLetJT+6zvTaHvb9isVS71D1qUa6Oqr+yX+v6+jt5Z09pb5+FkT1v71NpJt1T/20ZrkFJXW8f0/qLT1FIdq+3tzbVrklzyJJc8WSi5myyQ0BqRu25E7roRC183YsHrRmVttEbncozO5Rj9f3WdTVPjOBCGj3xMhoSpvey/iCVbso8hGCa7MxuK4GLhMmUgBdRuEiqQ/z/Wh6XHnswp3dKrll5LctptddInNgexeddeBRsVbFT9cVTddncRO5isavMH1/4iPpifePIV5sd2lv+5imls8Wn6WLcNRtNeT8PpU3O7f3xcrj8c+DyCG3m7qV35oGS3Zex2WHYNDEoOo4S1y9hodNkbhvU2EyGcycuuydHXHvro60O99bMZL/ZgxiHOcGVmGNJw1jV+MHM7bvTX3iFJ5fcDZsBVnPmKyPDoW2PaL5w+PM18RYQfln6RD+Yc+DwO/Mv8Zbd+rre71f/1zlu+7lvO/AivcakXWFuLHq/Pi86WWsRm1p5IchhXbkb8d1OW6U834HsTpqHCNFRkU0U2x1XY1l+qX4gNKkzS6La/qW6xnm/jLjq57WyU0V1/I931NhI24H00Obzv7YL7yHJo70bcgLzzuHtjLDiemMcEd3nOlh9OOr6sV6s6XlZZpH6vOI/Gwe9beHNnrdu7bVt2NNu0hX/Xb291uypXD09OPvi+c5//+M9/X9vF9Rqm4+DKFR5ev2ycscXrsx/Z4U298zOBUR1evfgm01a4en8FlUnhr5Lh/bFZb9yVPvXUYsnnhlXUTgwfwP0oY8lwvlo+E1H1DZ4aE53p/cNjOoV2mOk4oSKoSCoplYyKoqKp5FQKKhMqZ1SmVEoqF1CSMRVSSEghIYWEFBJSSEghIQXu+TQhhYQUElJISCE5p0I+CfkI8hHkI8hHkI8gH0E+gnwE+QjyEeQjyEeQjyAfQT6CfAT5FI6P80gbt3FrPVIrGI/UCN4jNaLzSJ1kPFKLMx6pxTmP1IrOI7VA65FayfbxtN44r9cKpg8j+D6M6PpwkunD4kwfFuf6sKLrwwJtH0Y6qVdvy+17vX7yd4QfL9an3ZdMZf4jDclUUoUnHRWedFR40lHhSUeFJx3VHrhvJBmkNEhZkFSQQh9F6KNNXDE/mhekJEgiSDJIaZCyIKkg6SDlQSp8OIzRU8XoqWL0VDF6yoQBrRg91YyeakZPNaOnmtFTJg8YBW0YI2VagdaMhDLHwCgwwHgnsw+MAhjjncxLMApgjHcyY0FrRjU1Y5eaEUomNmgmNmgmNmgmNmgmNmgmNmjNmdOcOc2Z05w5zZnTbuY6J1r1b0/B7qkJbdLftkFNu/J0artXggfNBQ+aCx40lzxwLHngWPLAseSBY8kDx5LHryUPTEvmIUjmIUi+2ZI8Ky95Vl7yzZbkOy/JNBqZt+lLjZQFSQVJBykPktufObMbcmY35MxuyJndkDO7IWd2Q87shpzZDTmzG/JJSlhKWEpYRlhGWEaYIkwRpgjThGnCNGE5YTlhOWEFYQVhBWETws6ouAX1J0f9a+ytpdCp8Rnp7XvMC7zHPJf7CtM9heWkU2gHJcc6IhrlBwvdwmvcsHgqu/FuotI8r7WK+YGnWGNeC72/j5PTVrFb1pT4asVq1atWF2U0ZaYqYNsZBZZfI2p8zgPkHKpyJH4CxSD5BgB4nK1WbXAbxRnevZVOspWzFJMEE8dZSWcldiRjo5Q6JFd0Z0ukiVxscJpYKYPsOCZ8jk1l0Wnr4DA0nWYotadJ+SzYfDhlcDI+n0iqfLTx0Gk7MJ0mnf5jKDEl/dEPioGWDgyt++xKSWAmfzpT2c/z7L7Pu/vu7e2dZFWSbew95SipI5z9nb1LDOi7jlrHi+xvBbaOJ6zl7ALpZX8mE+xP5DzgIgFEAmglgCG0FwH34hx7u5BKxc0iNHqtVKehMX5CGM7KVfGfsbeVI2Qt4Qicd1bUSuctp62t3PjihlKjsK4pft6qZG+R9wCFvcXOk4bSqELDtfEFS0OAsgeJn1LCyST7A7EBhZjsjUL9mvjEGfYb+K+z18huOew1R1sax4S/Zj8l1bi84+xY2TlWqFoaJ1aOPUoomQOfA+aBBcBFBtlPyCgwBswALuIHc6AZ6BQRNs2msc4pjPeDm4FBYAxwYWdfRvwewewldjcJY+z32SGyHPoIOyj1RehK6POIr4Y+h77QiXL/aajwnyrHn0R/BfSJsj6OeC30MfSF/qjcf4Dl5bjhsk6ynLOaB6zV8INAC8DQOoTWIWzdIfQImLKH2b2y0iw0Dr2vpNiuvU5Il/dob+Hqa+KT2NK92Pq92Lm92Lm9xAVr5GLOSCmniY0gZwQ5I8gZwa60sBzq5XDDCDgABAGGfc9h30XcBs8B52T8O+BxYFL02Dewj41Y1QF2t9PAccj2FG4w44lT7A5stcnuKFxTFx+73KuoFAcRWlVWv8gdkO5AoWKJiA4UVtaVFFn3WFWsn3wbUMgycD3wBSAJuFi/U9/MT7KbyX1eYlbxUWWUjbpG3a6WJK0+w+Kky0twJKtZEzGQ0MizBm3trRiq2FfBAhXBipYKs6Krwj3IRtkYY5w1swTrZFnmLi7OOZ6N6yHmZnXj+nHfpM/2zfnO+dy2OqeeU+fVBdUdVFtUU+1Se9UhdZ86rk6qFePquEfp9Q359vlYwBf0tfhMX5fPzT100trPduEyCTgADAHjgAt7nEU8yG4HsrgbWWzF7YgTMEEvAJxDex7qRs+PPD/y/Ij6EfUjSsDC6QJ6gaGyq15yLo4R+QvCAdbCrUK0Cns7D14QLWArehp6Gnoass4pn2KFAXAQ6AKYjM0DODXgi15L2e8FVOkvyJyLninGKp+afWvnGqndSCcb6XgjNY2EFTfDoOrq6qyejWQbslOuQX0wMtgwOOXq1DsjnQ2dU66EnogkGhJTrma9OdLc0Dzl4jqP8AY+5RrrmOk403G2w5XtGOwY7WCtuHUFJ9oSlxqOCD3mXL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MaM5oyNGVsyWjPaMtozOjI6M7ozejIOZ/RmnMg4nXE2YzDjfMaFjEsZVzKuZ9zKuJtx34u9ktfidXo9Xr835I1653uLvYu8Zd6l3mXeFd6V3jrvGu8673rvJu9W7zbvDu8u7x7vPu9+70HvEe8x70lvn7ffO+Qd9l70jnmvem94b3vveScyhUxjpi3TlenNDGSGM+dlLshcmLk4szyzIrMqszqzNrM+syGzKXND5ubMlsztmTszd2fuzezKPJB5KPNo5vHMU5lnMgcyz2WOZI5mXs68lnkz807muA/5RJ/sc/jcPp8v6Iv4Cn1FvhJfqW+Jr9K33FfjW+Vb7Wv0Nfs2+rb4Wn1tvnZfh6/T1+3r8R329fpO+E77zvoGfed9F3yXfFd81323fHd997NwlpRlyXJmebL8WaGsaNb8rOKsRVllWUuzlmWtyFqZVZe1Jmtd1vqsTVlbs7Zl7cjalbUna1/W/qyDWUeyjmWdzOrL6s8ayhrOupg1lnU160bW7ax7WRN+wW/02/wuv9cf8If98/wL/Av9i/3l/gp/lb/aX+uv9zf4m/wb/Jv9Lf7t/p3+3f69/i7/Af8h/1H/cf8p/xn/gP+cf8Q/6r/sv+a/6b/jH89G2WK2nO3Idmf7soPZkezC7KLskuzS7CXZldnLs2uyV2Wvzm7Mbs7emL0luzW7Lbs9uyO7M7s7uyf7cHZv9ons09lnswezz2dfyL6UfSX7evat7LvZ9wM4IAUsAWfAE/AHQoFoYH6gOLAoUBZYGlgWWBFYGagLrAmsC6wPbApsDWwL7AjsCuwJ7AvsDxwMHAkcC5wM9AX6A0OB4cDFwFjgauBG4HbgXmAiR8gx5thyXDnenEBOOGdezoKchTmLc8pzKnKqcqpzanPqcxpymnI25GzOacnZnrMzZ3fO3pyunAM5h3KO5hzPOZVzJmcg51zOSM5ozuWcazk3c+7kjAdRUAzKQUfQHfQFg8FIsDBYFCwJlgaXBCuDy4M1wVXB1cHGYHNwY3BLsDXYFmwPdgQ7g93BnuDhYG/wRPB08GxwMHg+eCF4KXgleD14K3g3eD8X50q5llxnrifXnxvKjebOzy3OXZRblrs0d1nuityVuXW5a3LX5a7P3ZS7NXdb7o7cXbl7cvfl7s89mHsk91juydy+3P7codzh3Iu5Y7lXc2/k3s69lzsREkLGkC3kCnlDgVA4NC+0ILQwtDhUHqoIVYWqQ7Wh+lBDqCm0IbQ51BLaHtoZ2h3aG+oKHQgdCh0NHQ+dCp0JDYTOhUZCo6HLoWuhm6E7ofE84qDlyXmOPHeeLy+YF8krzCvKK8krzVuSV5m3PK8mb1Xe6rzGvOa8jXlb8lrz2vLa8zryOvO683ryDuf15p3IO513Nm8w73zehbxLeVfyrufdyrubdz+Mw1LYEnaGPWF/OBSOhueHi8OLwmXhpeFl4RXhleG68JrwuvD68Kbw1vC28I7wrvCe8L7w/vDB8JHwsfDJcF+4PzwUHg5fDI+Fr4ZvhG+H74Un8oV8Y74t35XvzQ/kh/Pn5S/IX5i/OL88vyK/Kr86vza/Pr8hvyl/Q/7m/Jb87fk783fn783vyj+Qfyj/aP7x/FP5Z/IH8s/lj+SP5l/Ov5Z/M/9O/ngERcSIHHFE3BFfJBiJRAojRZGSSGlkSaQysjxSE1kVWR1pjDRHNka2RFojbZH2SEekM9Id6YkcjvRGTkROR85GBiPnIxcilyJXItcjtyJ3I/cLcIFUYClwFngK/AWhgmjB/ILigkUFZQVLC5YVrChYWVBXsKZgXcH6gk0FWwu2Fewo2FWwp2Bfwf6CgwVHCo4VnCzoK+gvGCoYLrhYMFZwteBGwe2CewUTUSFqjNqirqg3GoiGo/OiC6ILo4uj5dGKaFW0OlobrY82RJuiG6Kboy3R7dGd0d3RvdGu6IHooejR6PHoqeiZ6ED0XHQkOoo43MaTNTU+OfmXBEr8sAIniwksFPcrMA6XBAJRx0Q34DbAySoH9/D3EcctVehcO+BRwGt1SIHKs1wfg+/X1ZOnHICPaTgO8XsUnld3E3hHkYPGAe8DukXJi+Kof2KRwq+7pVBevTgd59qFTqUMID/K4GO6MIGHAd/M4Mno7UqbcO1KXlw7LouVJ2n7FIojCfEQyIyVU8MLdTUKpDIB3w31bdc5tXz57ql8e3Q7ptptUMNjcuJw2l+jE6en+ovitL8OT9qm+gv6DrcxMquhPQ+rci4oZYB872g4KU/CfuTuiILGr+FEZv8UT5TJ60H9Pszg3Q/kb6b6puFqm6v8Ch7jF85o/Eq7qfzVis7gasBPMji0SQI8BHqi9i+LK3WMx7lahQeNT/gT4VwflIfB0bjStpSHxcn4qtf4WRzGchu0G4v3MfL7WPkaD4uT9unU+Bl8M63LG4b30TZR+3QGTnli7az2Xb3Gw/av1iaxccfURbVLQnEMx2WMTpYp/KquUttF+05tBwXnmzR9Zp+d1lbUFrXPZmfUsh2muq3iZOzzfwxjagPwNDLjaz/U/Q7UkcHxSaZ9WBxkEpspazjoJDt+Bxk73AY6oNoBkHM4jq7i8Tqv4VP2s3u6/YzRKc7Y1R5m7gC7hK6qc03xlA2hdmyc0eHamTguU/hj/cKUOZl9jrfD0/CZdpXYwOKpOjI4aduNiXCiA8VaO/DyVDsMimum6jIoLtds5jQ7qemYRHU7DmfnhXZGh73Qbv2M/e/X7D92wBiP2X8FHwTb3g/4fg2nesKNTVxDqp3n3IociqtlZnDC38+UR8PHtDITfUtcfmZe48ZUH0Mpz3HQh3paHijzcSgD1RM6r1EbG7PzOxg7sIOx81N48nkB6DH+co1/tnmH+iQq3kvH2uzz1MSxKTwKeK3u4BQ/4LHxojs1VZ5aDX+A/Cgj30LLBr5KtTovT+Gx+Q7GWhyu6jPF26kNVJ6N2UPA2ykP9LUqU4zOkN+mycEhOnaY8vSJzUzZlifG2fmXkR8S27VxNw2PJsaTzdevF5543k/qr4KfPDWnMzj4J7V0HldwQp+a05P5D9N4+umcntR/6I/xE3r/1Ninvkct6AyL9zHyGTyp/5DMP0k671MbSHWYwWtpW6njkcEfzv7TeTk2d1Ac+iLpvK/6Hhen41Q+t1STT3HV36hV64u08kyTv2O6/Ng4YnFt3E3D1TaMw9uFUhTzMabjD7cOamf8llrGb9kMeR3WfFGVP5mfUzsbP10/Un4VH1P9k6ap8ozROj5k+aPQ5tE4fDOMfVqeXg2n8lE95BVl8Fh5uqfk12rlUelRBo8rD7rK6ECC8iRuH2KjliPVD6T6r/qBw+CrUD/wKcAdM/mn8Jn8ZQ/JP00+1Guptm5FV5XxSP1S4pspa3/wS4n/0BSzdVN+poZT/2Fw4hBS/UziPxyK2cwYP8U1Gx6jU5wpQ3L5wzPlK32dTE7C9eBlNDVXKv6eGmdoU56N+cMwv9D+qsY9sTaM9425zZSH9i/wVIPdoPjDzykJYwik/AcT49p8x+I4BHNKAjxJjILqSRye3LcXtmh0LXbBy+APR6GP7ii46ouGwL+K5Vs+XT6ZXxj5ajxkOLYuUOkHgR6FvojSsazQY7hQkQiffU6k5VTnRGY+VWMyLK6uJZn1sopPW5PG4ZPiVDvTNmHXdIuT2A3o3ylfaApPGmcAG6XONbUUn40+FdNbNAMHf1u1ddTfpnabxnbA92Zx6geq8SWI86jxJbqOq2fihxSPix/SvNS4U30c3qPaHGp762fwdyTg34Fi60pYX0ytK20z+DuY8sStQ2dZ7yRef81uZ+LjTg9aX2jxzw7Nn58a4/uROk+pvjqDq35LsnV6Uv8zif82q25PxRzeRH6oS3QmrvppUcZPi+OZE3+yebwW9Co2j0/hSf0QdxJ+6gu1wPwYZfAxxpegfkW96gsVT9kKBldONyaCyeJFyfgTzbNqvCjxOEoyXyeNY0yfl6MP5k8QH6tKHh+bZf11KhE+i/4jRv+n8AeM03Ft3U3s4YPj1ey+xqgyrtE4HbN0bpqGH4mVAfVrePL6wlys5qvYnCn7c1ezPxqedB8hWRysnR9A2v7Ivph8Mo62aPZTwWPz9bT9lB6Gv5Ph75zOP90HmDVO+JA+FRflq5DqD+CTGp6M/lDxFtj/0vouHp+2zorh6xme9Q/kvzPTZqrrr8PgBx5WbY6GJ/Gp1PYcZOKB4D+Tuew8Y8c0PKl8dU2U0I7h0Ks9aGq9BnjMV6R+nV/rX/AD1f5V8Jg+CA0Mv8zw10/xj6lrE/rsRo1f8EzxV6s+HqzjpvkDxWjm/mZC/0T1Zx60jqB+YM2UPjzsPshD7p+qPPuZuMHi2fYpHnrfIQo86ryj4QiJ6VN2CYn2qfLTuUmN80/rr4TzyCz89Qx/fdx435cEnzn2aSyocMI5A5cgthbbJ53CSdvSOdoWK6fa70n8q+RrhMRxs4eNz6hrZDpH32PwNt3oVB1Pavjs+2hoo7YOVX37WeMzuFqZr9Xy/AnM3ZLu41q7MXgZjN+Y/18+1W6Up2Ma3hTjj+mAhpO+qJjysVm8TNfB+NtTOKn7L5h2mMIJTz1jB0Rt3tF1MXama6oMDx1XTBzHSxZXTBr3SLwfh1Emvo1/jhDv59+NMF/E/x5y8a38fyOP8JSwHO0UPiLUoHbdO3UH0G7d13SHOFn3v3Tf5my67+i+w+XpvisKXFjUixJXJ5pEG1cvpojpXIOYIWZynxGzxCxuvZgtLuT+WHxcLOVeFFeKz3Avi8+Kz3H/w+QxZXP7TbWm73KH5BGzFXvMPvN78HLzV8yncaPlI5Ya3GFZaXkW77V8ztKKeyxfsOzHR34jzo+fRe8zf8/8I/QEnB+vhvPjH4Xz4zVoDWlfpZ97yOA5TK69JJ0g6TT5/yxJgySdJ+kCSZdIukLSdZJukURqxd0nNcMkSSRZSHKS5CHJT1KIpChJ80kqJmkRSWUkLSVpGUkrSFpJUh1Ja0haR9J6kjaRtJX0+DZy3UHSLoLvIdd9JCm7JAfJ9QhJx0g6SVIfSYpVHyLXYZIukjRG0lWSbpB0m6R7JE2Q9icrc95I9MdGkoskL0kBQiMayc8j+AKSFhJ8MbmWk0RGGvF6EF9NUi3B68m1gaQmkjaQ/zeTawtJ2wm+k6TdBN9LUhdJB0g6RNJRQj9OrqdIOkPSAEnnSBoh9FFyvUzSNZJuknSHpHEEr/WQ0YkEZVx8XLEeKlwLMcnmydIZ8I/ElbPABt2rBLbwPyewDkZrHX9dsWMkXw4/zd8gsIb/NoGlpBQcXgh3n+Z3ATwA/DsBHpmiUPiEYkOwl+izIs1F4Eqg7AdYpXiMeK1uHYH1ijeI1xINJ7iQReB7haCCk75RZljYa+OXgGSlzGuAshbszDO8Ykur0HwF6hYrUJhQOIWvgzTibeKXdHoC/2zynwmcJ/xCoeseBwn/AjwXAY7CUz8E+DcEruCV1itExOLhbARxJF5p5zb+Z0p9he8qbaJTSls9qZS2cVLhfAbmmoeHG1/Dsyx8UsMnn0/Ckz6TMjk0N/koiHzEbp1CitchKpC0ttKGVZNfJRTOuJ7cTf+1WzXlrRjFntWCPfs42LNVaN00+0XmDpIUb/3Nt1+IsV8IK7pP7RfCipZp9otT7ReaYb+4BPaLNC9Jmv3iiP3iiP1CxH6hGfaLU+0XUsagar8QsV8cY78QsV8csV+car+Qar+4WewXp6x0VfuFZtgvLoH9QoIDcYKbXH0kBUmKkFRIUhFJJSSVkrTkbTv3FrVzjXHwt8cW8sTekb5GDjUi+E6AXII7hUnvvCvpnflTdzh9pd6CsP4msbZ+VIpa0Vl0jTNyUa6Sa+J2cb3cCHcPe3AJrsVbcTc+g6/ybn4hv5LfyR/hz/N3BJdQrVsqVoinxDEy+BzITWx4EEVIuYpQCRl/W4inzAnFE58jY3Q1/xyBflhvVMI+0B3Y4/lbvpXAswRPJKFBWb0LWxSPnF+pGyfwI2oEU/HJQrDi/ZwyztAoeOpGZCO1VezT+xX/nV8wuUKRrjzJHSf4dI6DDMcp4AgmlyFue5AMcW9SGU2UQ4n1Ye+rPcllQDSw/dWjycsBHLOWQ+WYUQ6lxWaXkYBjpowvPVBGPMd0GSkPLEcijoT9osSwYi2WsD32MByKDB5ZkBN5iLaHUJToFaes1QWRxllAo/bRvQFFoyAW8Hr0wsxcH9c9OZXrFeEDD8j1a5DrHkUmF4E1rHdWPa5J0F6PKiPBiEy2ZzEN9gqfUmJukweQFS1CZWgpWoZWoJWojqz81qH1aBPairahHWgX2oP2of1kZjiCjqGTqA/1oyE0jC6iMXQV3Zhjbr8JsFenROAyJ7NIi5aiJagSLSfr3FVoNWpEzWTW2UKsaxtqRx2oE3WjHnQY9aIT6DSxuIPoPLqALqEr6Dq6he6i+7/2ujwaPC/8mMC/nnwa6adpzMzWeP1y/CdhF7T5gdfLVvIpfIqysgbf9B4/ibDYLP4pMpreY3oPcsgfkpehFPkb8jdQqtlmTkEuc6rZjTzmUfOPYe3ydszl7ZjL2zGX3721yFt1ncHxFfiAYumI///U7HMShzmJs3BOzsP5uRBZIcznirlFXBm3lFvGreBWcnXcGm4dt57bxG3ltnE7yOphD7eP288d5I5wx7iTXB/Xzw1xw9xFboy7yt3gbnP3uAksYCO2YRf24gAO43l4AV6IF+NyXIGrcDVZddTjBtyEN+DNuAVvxzuxsmfwZ/rbBC42zAOo1DRgOKCsJoxGBRoUD3utPkfRbZ3S72WCwlOmawKK0i+P6zYTWCJ+mUCP7gKBDsUPJHRlxD0utgH/pAJFMqLxu8WzABW9ekJUtCVXVLRlr/jvShl031P0TfwO4P9vimet7r9AM/UAA6C3CuUJyOVpXbUyFsTngfNvFa3T/aGCi4p9yxB/CHJ+oJQN4N+JX1NqCvR68RXlWZ1yJvJp8UmAypnjX4hK7gvED0CNFDle8ZyiyeK3oUZfJTAoKu+aNiKldo1cH0ClNRpxG+DKmf6tOASUHqC0x8HjM+BWFd5RSoW9inYpZxEIVOpoxlcUnI8AvAZwE9w9C/AoA89qkGsGuJfMqxkwlyI+XbE9MJeKMJfqYS41wlwqw1xqhbk0FeZSF5lLP4wyYS7NFj8q1qAcMpemolxTGplRIzCjRmFGfSfMqO8ic6kXzSezaB8qMp8x/zMqJnPpEFpoPmc+j0rMw+Z/Rb9vvkBm1z+A2fX9ZF79G1Ru+TqZXZ8kpfT+2kr5bfN3SCmVsj4OZf19KGsplLUMyroEyvoElLWSeOKIqyFpFUmrSWokqZmkjSRtIamVpDaS2knqIKmTpG6SqOeAiOeAiOeAfgM8h5nRTsREOxN5DjOjnYk8h5nRzpjnMDPaiRjPAameQ2zWfqvP0ezsPG1ennVGfti5ONn8+6gxv0ebc2GGncvcOuedjCtIOYfkJrNqKlnvz0fFc1oDkzZ7VfGDnp5Q2vivXv08gT33RwAqs8f2V5X6rZ3IVXrg1Tbg/2OlFSfeqfQ8UBonFMu679UBxR5P3Ae4koGtAJdMwWdgB/yZ+8oX1VLJ6uWXZL2SxrvFKmXtYXIpawxzJlld/JP5rPn75h+YR8w/JGuKQ4Tb/QDuAfN3zYPTnnGTtiGjmNQekfoj0gKItAEirYBIOyDSEoi0BSKtgUh7INIiiHhpCJFRTNoTITKKERnFiIxiREYxIqMYkVGMyChGZBQr0YJp/nO850w9T+ptUg+T+pDTfMLXwfeLwZmR13cnjckumHbHTZKTJC9Q3jN1L/H9ohn3MbnvBQ5Kee8D7hfHyfdA6TBZ09Iv7/3eNI5kXAsTcJE1MfKpdaVcj82JqyQBFw9cAeCjtMfnxLUojkv7yp5F+IrwFYT039EPIk7/ff0PkE4/or+AjPof6X+KzPr/1N9Ebv1/6/8befW/1P8KZeonySTmN75s3IMCpnLTB1BIDsgBFJbXy+tRvrxB3oCIn8OdUVbYxBOSSc82oCa0AW1GLWg72ol2o71E2w6gQ+goOo5OoTNoAJ1DI2gUXUbX0E10B41ziBM5mXNwbs7HBbkIV8gVcSVcKbeEq+SWczXcKm4118g1cxu5LVwr18a1cx1cJ1io7QlhQRJ6/N1/T8LDazg3Nqu0WWHs2YmdjyohBuHkFMXL6Js9TC6PwRm6boYnviSvTN1VvgGrh5FYhD5EemwF+iQKvWG6UUDyIT4UWWkhstZCZLWFyHoLkRUXImsuRFZdiKy7EJlDEFl7IbL6QmT9hdB9xaiQRLLgiA/FkdHLER+K85NEfCjityOO+FAc8aE44kNxxIfiiA/FER+KU/w94kNxxPpyxPpyxPpyxPpyxPpyxPpyxPpyxPpyxPpyxPpyxPpyxPpyB5k265yChQx8ZvIMw3OE6Z9hwIPMs5SnguE8Mms/V2hyYM8oQS5MqeKfLUxAp3DVFKxWy3OBkdzJUCoYW2HC7bhT8TCJj2kG3bCInxU/i6z6b+m/hWzSkHQD2U3LTMtQoanKVIXeZVpuWk489Z+Zf4bebb5t/jlY+R4y13FEA2RkRXQ/IJl/EJtJNiqQ2wD4X4H1+s7krhhOeBR7c23SQODP42ahEJHJ4b9UcQXuBQlWfBAfwUfx3+Hj+DvG9aaAKccUNOWaQqY8U9iUTziUpxRbqfiN1cozxhKjBQnGalLyZbHVON6Lu/ABfIhIOo5P4TN4AJ/DI3gUX8bX8E18B48TgyySdZGDd/M+PshH+EK+iC/hS/klfCW/nK/hV/Gr+Ua+md/Ib+Fb+Ta+ne/gO/luvoc/zPfyJ/jT/Fl+kD/PX+Av8Vf46/wt/i5/X8CCJFgEp+AR/EJIiArzhWJhkVAmLBWWCSuElUKdsEZYJ6wXNglbhW3CDmGXsEfYJ+wXDgpHhGPCSaFP6BeGhGHhojAmXBVuCLeFe8KETtAZdTadS+fVBXRh3TzdAt1C3WJdua5CV6Wr1tXq6nUNuibdBt1mXYtuu26nbrdur65Ld0B3SHdUd1x3SndGN6A7pxvRjeou667pburu6MZFJIqiLDpEt+gTg2JELBSLxBKxVFxC1n3LxRpxlbhabBSbxY3iFrFVbBPbxQ6xU+wWe8TDYq94QjwtnhUHxfPiBfGSeEW8Lt4S74r39Vgv6S16p96j9+tD+qh+vr5Yv0hfpl+qX6ZfoV+pr9Ov0a/Tr9dv0m/Vb9Pv0O/S79Hv0+/XH9Qf0R/Tn9T36fv1Q/ph/UX9mP6q/ob+tv6efkISJKNkk1ySVwpIYWmetEBaKC2WyqUKqUqqlmqleqlBapI2SJulFmm7tFPaLe2VuqQD0iHpqHRcOiWdkQakc9KINCpdlq5JN6U70rgBGUSDbHAY3AafIWiIGAoNRYYSQ6lhiaHSsNxQY1hlWG1oNDQbNhq2GFoNbYZ2Q4eh09Bt6DEcNvQaThhOG84aBg3nDRcMlwxXDNcNtwx3DYpfmwuj4jjAJ0Gn/wP02w6U/QDfC/R/BboeKKD93DuA/l2g3wb4AtBHAW4CSjL5HwDKRYAfBfp/Az0HKMcAPsHwJ5PzQaCMAfwjgFBy/BHArwN8Fvh/DDi1AiagQPknYYRz/w6wGSD9pjm1CzagAM4VAX0Y6L8HlEGAHwf6q0B/H1BGtHw52mILgAdqOvlnCpw4AXRoPa4W7v4XwBdnk5O0X+xa7dArkMu/zdZf6AvAcwhK8gOA5lnbuRwoIJP7R4DwLFl/KndpGaJAHwA8CPjfA1wKcq7NWq8GwKENuZcAvvNR6MqcTCAX179J6En7Nxk9Wfsnq+/rRX+rjNNf13hMNu4ebXy1AOfXoDz/Z9b2/HWNl2T9kkQfkrZnsnoloycbj8naIRn9PkDoC+6q1ubJ+JOWn7YJSOOotHlAfw7wiZnl5DsB0jJv01o+aTu/XuMosXyM9Piv8GmC/DP+HvIRr+86yhM/J34OlRrXG9ej9xGPMh+VmW+a/wtVKL/7QXxnJTq7l/ifBlOB6R3ICN4x/T2PhYRjMUnlJFWQ/5Xv+VeTVEuS8q5RA6E3kVXaBpI2k9RCaNtjfumjQS46EwKdh5o71FgEQr/PRBYQxExi0RNESjw98vDa7nP4JFZWxX2Kf/2gEyK/7t04UuJ7UO4uaL9KwF8G+M9A+RxAsBmoHWC9pmuoAyDYjMmbgH8aIB0HT2uWAEFfQcSP41IBBoDyfYBgxWH1zKG/AXgaYC/ArwDcysAODdJ81dz7tWcnJ+Lwudd09jq+OLNedPZQazRrXWgutAxUJp0TJv+Fqd15gN8B+H6AYEvQx4DzfwJeBvDDAGuYfJkaQY4PN76V1eJfIHa1OHMc/cEs40C7p913MXG8mRwalxsJRIYfBVE4CV/iHEsf4f70EpU+Yi5zk6K1W+kjPT+zXeL5NF4P0oG8EIqgebNwv5FleGPL+/BPeIke09JEUaEam0/+zNst8+CWeX3GxcO0Bpvj+x6Y4/vmmGM83xspMb5/EnP/rtf67TK8GdITjf3kz/xmtcybV1sf0k/lMx8Vqbuisz/5m96Dv3mlmr57znDbx+1nkd4RJauoDwtNwgZhs9AibBd2CruFvUKXcEA4JBwVjgunhDPCgHBOGBFGhcvCNeGmcEcY1yGdqJN1Dp1b59MFdRFdoa5IV6Ir1S3RVeqW62p0q3SrdY26Zt1G3RZdq65N167r0HXqunU9usO6Xt0J3WndWd2g7rzugu6S7oruuu6W7q7uvohFSbSITtEj+sWQGBXni8XiIrFMXCouE1eIK8U6cY24TlwvbhK3itvEHeIucY+4T9wvHhSPiMfEk2Kf2C8OicPiRXFMvCreEG+L98QJvaA36m16l96rD+jD+nn6BfqF+sX6cn2Fvkpfra/V1+sb9E36DfrN+hb9dv1O/W79Xn2X/oD+kP6o/rj+lP6MfkB/Tj+iH9Vf1l/T39Tf0Y9LSBIlWXJIbsknBaWIVCgVSSVSqbREqpSWSzXSKmm11Cg1SxulLVKr1Ca1Sx1Sp9Qt9UiHpV7phHRaOisNSuelC9Il6Yp0Xbol3ZXuG7BBMlgMToPH4DeEDFHDfEOxYZGhzLDUsMywwrDSUGdYY1hnWG/YZNhq2GbYYdhl2GPYZ9hvOGg4YjhmOGnoM/QbhgzDhouGMcNVww3DbcM9w4RRMBqNNqPL6DUGjGHjPOMC40LjYmO5scJYZaw21hrrjQ3GJuMG42Zji3G7cadxt3Gvsct4wHjIeNR43HjKeMY4YDxnHDGOGi8brxlvGu8Yx03IJJpkk8PkNvlMQVPEVGgqMpWYSk1LTJWm5aYa0yrTalOjqdm00bTF1GpqM7WbOkydpm5Tj+mwqdd0wnTadNY0aDpvumC6ZLpium66Zbprui9jWZItslP2yH45JEfl+XKxvEguk5fKy+QV8kq5Tl4jr5PXy5vkrfI2eYe8S94j75P3ywflI/Ix+aTcJ/fLQ/KwfFEek6/KN+Tb8j15wiyYjWab2WX2mgPmsHmeeYF5oXmxudxcYa4yV5trzfXmBnOTeYN5s7nFvN2807zbvNfcZT5gPmQ+aj5uPmU+Yx4wnzOPmEfNl83XyDrujnncgiyiRbY4LG6LzxK0RCyFliJLiaXUssRSaVluqbGssqy2NFqaLRstWyytljZLu6XD0mnptvRYDlt6LScspy1nLYOW85YLlkuWK5brlluWu5b7VmyVrBar0+qx+q0ha9Q631psXWQtsy61LrOusK601lnXWNdZ11s3Wbdat1l3WHdZ91j3WfdbD1qPWI9ZT1r7rP3WIeuw9aJ1zHrVesN623rPOmETbEabzeayeW0BW9g2z7bAttC22FZuq7BV2apttbZ6W4OtybbBttnWYttu22nbbdtr67IdsB2yHbUdt52ynbEN2M7ZRmyjtsu2a7abtju2cTuyi3bZ7rC77T570B6xF9qL7CX2UvsSe6V9ub3Gvsq+2t5ob7ZvtG+xt9rb7O32DnunvdveYz9s7yX255eKBcKfVSD/Uw3HNHoGK3/sA0vVDTjsyPIQ78B5AI8A5xaANBZwGejZwLkWcIgXYIgycOMA/x9wQrwDfwY4xzUcQ/xCjWl/Czi/DXR6AnxMwzFEE5STnwT+J0AaA/994PwQ4IsZfhmgETjLGJkQnVFOayJ4m4PcPQeQxlN2aZxCHsNJo6k0hkKjEr9i2vOfAN8MkMZESpnSykw5P86UE2qtnDslEH75FE6Xcfgp4PwJ4MsBQjxFORVB4Eng/CbT8mNMy9NWgogJB3sBk58HOsRUBYjiKidGISaiyIFe46Cm6DNMH9EaNTM1+iAj2aJJ4CGyQ3fulXOs5C6V+Xcg8yZT9/fMrDtHo7gGwCGujiEexG8FvFZrYdrjGCTQ2JBazm8z5aTx4SJGSxczffQtpo9g14A7ABBKyKUxLf+XTMvvgLtfB/gLgEGGs4fhhNbgYP9ROU9M8I8lyf3rcTKzmRp9k6nRQbi7GyDEw2k0UOW8xHCCVqs7FDeAE+TjAuCkWk0jybAjwH0RII3QQa+pOm/ScLqbwEFfcF3AeYzJfUjD8T8AD+RCd0/QX8Tp0mcYXaK5/2/gbJmVs1nrqWmc32M4T8Vxzn0czZlz8hbqnWUcjSDlDe0UBc6dc+76yfaRju56wNjhvxbXRz+A3Nne/Om03jwV0+E3RObbs0yyWYaOUDrL/NbNHXOfEd4QO29m6v7XTN1hn0O1tLQ3Wet9lOGke99U96i2/NbZZKrJdMdc4FRdmhrXrCYjaB8yNruIzLuA58EpdNo+UH51bD6l6pLGGQDOf2E4QZfQC2rLk7tCWG35rpjOqHMlzJuTn9K0jgftxdB6GOwAehwg7Ms/xIzwA60N1T6itYZTidyPAIKNUneiQRsFXsP5PK03VQtWzvSRADgd7/c0PefoLtdarWzCQk1D+I9pdaf76ejjmoaonKAhPD3p8RjA56GVHtNaSYB2o2ONh51IlALwe0w5aY2oVoO14SFCoY6jBqY3YfTxtM3hrur90jniT4BzJVOjMFMjqmMVjJa+h5G5hZFJLRI9A3ABZC5ldOlnjC5ROw82Sh1xMTuv6FKJhqstT08CUDv/F2ofaZzPMPoJ5aeWYcpjmSnzNMOpjCOMpLnsPpqeMj2FKmAP8oNEehreJ35W+r50TvoX6bw0LP2rNCL9m3RR+pE0Kv0YIhI/lf6vdE26Lv0nnMZNQ7ETBgg1kGsTSRtI2gxar5wwENFOct2NBLQXKbuvPFK+NKC8/XKUJMVGklkZKV8rHUA6dA48Dw6Nwnz6mk4nvK4w/o2PsgRROG3P8f0z7rB7Cu9P8OT0+O50jjdH/sw3Ysrj7s98V6U8oZS5cM1syw/MuB///skHEkhh46nupHy/OznGS1wyR4nxfJR3ehTaMys3fWJmFNr7wGdirTXz7aUnEtaQlp3qajgJX0yiwqtw4qmYezLeh5ErTLUJ1fV5s3DHpNMnFH48FdGf7QlhqhWVFsRTEf3kzzx6Tg9bGx3Tw9RWzK1sj1onHbMTxMEXYmL7QbM/+Sha8LCtF7NyHoKH5vTEm6kLsVHuJXh0zs8JzIj3kf/nP1R7P3quvw7teG111U2zdH5CKUYl6onEBz//8Pr5xury29r/2jXi7Rb5dduDR3/uze733x07+bZv9/qM37d9u2lJPes/+tY466/G8eDUOH1/h38X4DSKCG/k4U8ylC8DhAgSfaMEZwFcBvBPAUKEjYN9SWzSKGou+Vpe9Pw6ZiOWNCZZzzx1cCZUvlMUg2q+yxj59Ung3Gs6ex2fj6vXuzWZD6jLF5gyZDFPfYCp4zOaHL6EkZnF8MBbBPwoIzm+Rgr9Yc/6W3CnNCT9QPqhdEH6d2lM+ol0Wfo/0lXpP0zLTFXq+zzK2y0IoqL0fR4EbzwouxA02oZQE0nKO+1KnFRpg9f4Pk/S2JeiQVrsaSkzgqffeTLpnQpm7IZgNigh4xbT3yiYGFDvKRDjTtICGPHT3nZS3nMyIkUXlP2dBXNqH1Ui3QGguxDqXgSlixpEP9cgd5nBr3NDSMASKaXlYb9A+1ptDuImIfY8AW+bqW1E37uJoytf9kpIX5iEXpaYzsqfFDU6jX/H8yeltz+YzsrH8E7QxCIFvgq7QK9u0LRQpd9k6NJs9CT5zvYGHYfMSUdkFVL27YpAZzlUSnRbiWZVkrQcKbt/HFpFZK8mV+W7vM3kvvJe65YpjZ4VTg7FUS4w+F1GX/dx6xDmDhJddD3qV5EfpJNTveJieuhNwSeqtF6cgF2bV0GnJ5YATvWgFfAeBt/H8FO6zMihPG2M/LI4/JD2LFse5CK68hLehf8c78Yv4w78FbwH7wUNmaYfir02KXqg6JbC+RX4GK2yZ+UGn4YD3zNx78dH3T84w0N6bfc50u9DRGcUKyvP+Rtqse+IcxPDWuuqbXkzCQ47WhOntR6bgHMTE34GX8D01U2GP8LIuTgTV/sEegzJ6hiN64FZ7ykaMR8p3+hSvmOF4P09ZQ9P8TKUr1crJZr+TbU5jdw5wPhdgMoZ/Rcfs6+c0YNzkTLz/ofe4veXvcn3lavmq3yYuXsWKb8Hq/y2h2PW7wzFxhD3KpxdoTPTRBOaskjqXMXaKOB8tRBpY8YfBxfFQUYmcoifZXZq/y1ul5bu0c6VT7FZ2rhACcbFXL81qKyzUWxum4TTGJM3NArth2kzXwvDf4bB4ylwcnGyc+rZeBtYFWcjZ+5JTueIcXlBkhaZScQX4/WBVDYukoybJi/oVhB+l0uIrT3g97gUj7cL/w+knI1QTrXYpnvgSEKKV0Z4lS+Lwn9PJvnPSErWAr+BQf+Xkf5XTlQP393i5H+S6fveCvXdE/IMKpE02RBHKY57cjShvF8llLcqjrIijlIRRymdKf1+c6I874/NzFN/Ur8T8frzSjyAu8xd425yd7hxjLCIZezAbuzDQRzBhbgIl+BSvARX4uW4Bq/Cq3EjbsYb8RbcitvILN6BO3E37sGHcS8+gU/js3gQn8cX8CV8BV/Ht/BdfJ/HvMRbeCfv4f18iI/y8/lifhFfxi/ll/Er+JV8Hb+GX8ev5zfxW/lt/A5+F7+H38fv5w/yR/hj/Em+j+/nh/hh/iI/xl/lb/C3+Xv8hCAIRsEmuASvEBDCwjxhgbBQWCyUCxVClVAt1Ar1QsPb7+Mo7+OQFTg9SwenkdSveNAznfCWP/1SDIbTluoZbjiRxsNakF8MdDjnFy+Hh694YDhdisGO8TQGQb8dE0jyFD0/RE/gVcRRiqEMPwFIV5zwPRFMzwvCt0I4et4LPCn1nKUV5GQD/teaHB7OXeG/BUhPYbJfmNoK9G8ApKe7BhI/laDF4GQV+yUptg3VE5xxX49K0Bo0LkPPscFpMwH8Gx7Wizx8w4WnJ/lgRUi/KBRfQp6e9IITb8pXrOdGiW/nBC0f184JKHHtk6DMj0b59WrvG6er8To2Fz382IO17g3UsbgWS9AX8XWPK2GCMsfranwt4inwng9Pz/v+QxJtiSsPT2Od9NtSzzK5/xAgnJsUwHdUfjMldko7QV88mtbNlPOw3zZKHu3DaAFJ9OtG9DSZEkvUvm6E1a8bvR7RTrqjcOatsaPAwzs59Aw9D71M3yVQ6dCP/M81ipAJ+KQ2unnoL3q2XoBdBAHO49LZhL5fRCnqSf2ntLzoLEAl655kcr+jPRUPVavyEy1fFf6E0cx4OOeaPqCOKTPrxdZo9rqoubAyf6hBlecXTGsLDAX4BfhqpADnoYXlzFNxNQL6w+4oYCX+lGwV8db6LtYknO5/G/6Wwtf6Xay3mDa//ZW3t7/yNps2ozbll89J3ysx+tjvm86MM6rvp6hvN3+JwecDpO+XJeOBu/SbmUjGf4178Nfge+PfwOfxv+IRfAH/2HwzUdl0JToLwrpyiKk84LcTuG6uhzvM9XInuNPcWW6QO89d4C5xV7jr3C3uLncfYyxhC3ZiD/bjEI7i+bgYL8JleClehlfglbgOr8Hr8Hq8CW/F2/AOvAvvwfvwfvjK+jEy5vtwPx7Cw/giHsNX8Q18G9/DE7zAG3kb7+K9fIAP8/P4BfxCfjFfzlfwVXw1X8vX8w18E7+B38y38Nv5nfxufi/fxR/gD/FH+eP8Kf4MP8Cf40f4Uf4yf42/yd/hxwUkiIIsOAS34BOCQkQoFIqEEqFUWCJUCsuFGmGVsFpoFJqFjcIWoVVoE9qFDqFT6BZ6hMNCr3BCOC2cFQaF88IF4ZJwRbgu3BLuCsovkv5SeY+N6LXyxks34FsAvwz4OOBfAfyPAP824G3w3qod3oGTAS8D+jng2QV4PeC/ArwUeGTgl4C+B+jrAf8m4C/DG8CfV3C0FuifAfoH4VkL4JR+E/D/APp7Af9PoNcAXqS+H9wLb7ApeBrgX1fftaW/j3kK3h7T6NmA7wY5/UybfB3wLwLeBzi8s0tGnoLvAvwvGJ4WwJvjcLa+DE7feKZvNrM4W/5p+f6AwZPRX98+/f5r7Ue275L2lzmuj4681n5h64KeAnpBHP4C4B+DMn8Kyvx4XN/Rtv0R4N9lylAO+HsBX6vJQR8H/DGQ+RjITGH4i5gyvA/wlYBXAL4U8ADTR88yOvaZGfjDWnpe+r70U+k67C8pJ3qUHQrPW3/dielJCxqVpO9Zs7+WQd8GrWPgBoZeyTy7lbm7m+GpZugbmKeeYijs75eF4soQ/xtnlQzcGpd7st+fmntNZ6/j7rh6sTWatS7cJ1RpXVMQ3k1WJTfGlbYuThpb00LmrhfkPDMDPvS6U9HypLtX1LfZNbtvg8FXUX+L5ScMvh0g/cZ7Mp5hrS6z+jazlvOttaLA8G6z+jWEzDi9pG9cf5KBf8LQP8Q8+3nm7ssMz0cZ+p8wTy1nKGsZmBdXhrVx8EMM/Hxc7slG4NxrOnsdX46rF1ujWetCPWn1HW8K6RcBPs88xZb2k3HS2Jq+i7mb+bqMQE768aOsKDB9y72DGUUUp19CoRHmZDzf1so/+4oiSdkOPaBstMXou+4/ZHBangGmVeN5BlTb96CyWeNORSgnIrTzEMqORvx5obmei3gj30h/a/kL9PQ0/foIfPGCfrlHpUPkAF/UKDyNnNIvtZQwOgcrfnwLIP2aDt3TatEoai6HtbzUr/LQvOCXK3i6u/Mj7Sm6w8pCNd8SJt+zjPwfJYFzrukD6jgeV69vajJVafcT10XNpZ+ReYopTzYjgbb2NxgK8PN+gGA9hacYyfE1UugPH6em57tnm4ffIprNw5dAePhOCA/fPxFgZ0ylNzI4hfTbI5u1Xlf1gH51BL4vRHcyVc2+pVFoLlSzaV5Us1XJ/wi5068VPcE89eJMyGq2mu97mFo8kQTOvaaz13HNzHrRryRRmQ+oSyNTBoF5KsrUkWltIY2hCAwPRFmFv2ckx9doze+4ZkOsk4dzuzx8sUuAuLNKH2JwCuke9I+ZXqd7zV0A6b7/sKbZ/EqNQnNRNXsPo9kgWYDf6RHoPjjsPqtf+PrVTDhNs7sY2K09mwDOvaaz13F4Zr1Uzd4zW13Up4aYMjQxT+1h6si0tvCnDIXy03kM5gRdOiM5vkbDb5BmX3iLaDZExHnYi6W/BCXQsxqUTlvqSYbyxwDhV/voL3Tx8KtQPJxo4WF1ztPfm6Lv4f1co9Bc6Ht4NC+6w0Al0+9mCfRcSAXz1K6ZUP1lsL9n8n0vU4uKJHDuNZ29js/NrBd9D4/KfEBdPs2UQc889U6mjh9k5NgYip7h+XO4e4SRHF+j5x5Bsx/1rYFEq4DXzb+fW9RE/d2tvtcA6S/jzfZWBZZ+KP0HO/IRgmfQ3MupRqFOzgHeTEIPvSnlhNz5qjnA1sR0KuHRy6la0itvEUsKkUZ6FoyH9+74agbSL6ZCnJN+j1Tlp3SwF/TLfkKQubuV4Slj6HXMUyydzdHB5FidBC7UIM2XzR1T2/ezmfhD1HT2Om6NKz9bo9nrElJ2I0gZuuBuFzylwDsMD1uGyjhpA8xdL3NXAjnVM+DDWtI3/R2TNzC+kizi8haJD08oLfQ2/G2FD3/iZDcbg/3/FZCj8Hic1VXPaxNBFP5md/ZnSi1lCaXEUEoIIYRSpBQRKQqhiNRQaixaJJg01iqxlFJ6kFKKSOkhiAePIp5ExEP/AA+eRUrxIP0LRMSDeBARob6Z3UZiN5ttSCISZvbNvO/Ne+97byZgAGyU8QxqcaVYgrN4s7SCbKW4uoRpxMAnz88MIXZp6toQkpdzWZqvzIgZODiAQj/VkxhJnE4TK3HqoUzS/PzdZQzKOSXnkXLl9i2Mk06TVhp0GLQSdqCzXImRZKIfcaQwgSlU8RhvCWmRzRt8wDeSCcNMlpCSycZZgW2yr8qc8lldVXfkLlf31I9c4XG5OskzPMfX+FP+jn/SbC2j5bV17aX2Xoce0yf0Bf2hvqPvG7oxZswaG8ZzY9f4ZabNglmV9szclN8B85H5ytw1v1sJa9Jasp5Ye9YXu9cet8v2lv3C3rN/RJKRfGQ78jqyH/nZE3WtewRfjHJi6JW5Mm+olKuDAZL76vZdnYooBokHYfm3trl1kE7USWhjGKKdhM/Zf3D9XhT+EQAnkMYITlFdz+IcJnEROcxgFtdxgzpskXCVI5ZM8lEv+ev9/KWQwSjGcIb6I4sL1CPTyGMOBZSw4BNnK96EJ4d8nK5lJXxclVkt4A6WsII1rGMTD7BNFtU25RiUuSNZPszaZVlkLViuYBmruIcN3MdWmzhozIwhO2K4VglGPIXNwvD6Lun1DUJ5FDfHvQf1u31en/tZtKJTZLe7dzXum4FauzcOgu5OWBz3uEzSOkoj3QDpot3T+mi0ErvroZ+Qgw0QioxaeFEo9sZRM/m2OCTFAnGK94JFSR6WNQ/OrjOnNuasOSNhYwofe7Mqha3B8Vg4Lrrb96Az9+V4aM2rnXjX3HqOBuC75UF8eyUvQjp8IcW+Ql3t+Pa10Il/7sZ9De8FbNav8HqBe1kG5/cv/Yr+0WrshuH1f+WvfZF1JoPO1637tW7d2tW4KBxF/AaTZ4OtAAB4nGNgZjnLtIeBlYGDdRarMQMDoyyEZk5kSGMSYmVlYmfjZGJiZWJhecCg9/8AQ4UzAwMDJxAzhPg6KwApBcZ41tB/QAZrKBODAwPj////gbp7WPaA5YwAvK0QKHicY2BgYGaAYBkGRgYQmALkMYL5LAwVQFqKQQAowsWgwGDFYMNgx5DEkMaQyZDHUMLwh9GQMf7/f6AamFwiQwpQLoehCCb3//H/U/9P/j/xf9n/pf8X/1/4f95/8X+P/22D2oUDMLIxwBUwMgEJJnQFECdjBywMrAxs+IyHAHYOBk4ubgYGHgYGXj5+oICAoBBhXTAgTLxSEoAIggkAeTYjVQAAeJy1VQtTVlUUXXufcz97WIqlZT7ykRhZaBOpM/nAB2KJpoapgYVOaM2YWJmVSuQbRs2UyEybwBcaiDFRSVlpkGPZNzlQKpmaOUZpSVpkBd85LdGZfkF3z71zzz337LP23mvtY2sBuxrtbC06minoCPjjl+8f3Aucq0VrFwH0EIDw5fvSNRVh6c7xRXsVb/E5kfdSLJUl0rbpay628TkHi/AKBC2QBYOeMgHFiOH3GvTAg1hD+5ujVtjL+bA/h8GoRnLT/7fy2xqOKyVTO+jNUIRtN1SLt2ekldmM2ZIlv5tH6H8NPTj9xN+LsViM9Vfc7ksQjXg8gXlYhTekhXTxM3wNQmjDvRP8Zr8Pkzlbip2y3Yy2mf5NrnwAM7AaZRJr0+znkZNuoc/wVWiOHGyRq6WzEkBwmx+P9uiLgUjF/kvRSycbE/HuqC+l/x4YRE9Z3HUVPsUBnJOhUm2jAzjxN/v9/ls0wwCuzRNDayldZJgU6Q3mK/MPAtyIRK5ORTqmIQNPoZBWTJR1Eid3y1AdqpM0W/O0wuTaTPsCK5OFDwVi5TaJlxHygBRJlVQxW8+bTAfi6cR4hyABSZjEeFeyUvuaUNcgIkIEUyVDMmWd5EtYTmilSbbD7Rk/1S/CxXBbMV+d0R396SGZ9S3BOyjn6hPcsS2x3yUDGd8CTdLZJs6MNilmnnnZbDZf2/G2xMW5s36xL/C7/EF/xP9Kf1HogjswgplOxgTMZeVWYQO97sEhnJeuMlhmyAJ5RTbIdimRXXJQnF6jRaa3yTXvWbHxNs/udVFuo9vp6nyCn+gbGd8ULEQ22bYRW8i4Mno7LomSJGPkIUmjxyWSI4VSIb+o1VR910SbJ80cM9fkmXrbzc6x3wSz3SSX68p9L/80EWf708TaAm3RB/cR6cN4nMyYidl4jpjnMecLiHxxk61gBNu55/v4kHn5Hr+gXq6Ua+Ra6SC9aH1lAKOaILNkuayVTfKD1MoFFSLpob11lE5jPQu0Uqv1hEk2xWaXqTbVto0daceRhYW2JEAQFep/xZcNNY07Iq9FXnfqYtwk38y38+19ot/hK3yNP0vldsLt5OUoamoeXiZrdrJS+8nAA6z1KdSSQwH5FiW3SLSMlFSZz0wvYa7Xy0baNjJnh+yk7aLtls/kALN/SL6XU9IgJK9Ga08iTtWpOle36kdaoc5cbdqZrsxnP5POnGaapWYLY6gy58wFe629zkbbe2y6XW2L7B5bYxuCxGBk8GwoKrQ8tPJy5/ivn/CSBI2jf5WJ1H9zZvxd3at3UBHh/8Fy5AL2yWCckghZnkObj5+oo/E6RH4kkzZIH1ktBWo0nf/uRj4KTLEc1IVYTvXH4gyfoo9JrGRre3bDVfoOTpIZYerlnCbyPcxK34iwCctM/CXnZQXqGEuatsY0qUJfyZahmK4x6IpZEibDeAXxVoIU9ttpF3uvzdPTmid1SNQ3mzAvl8nIlxjyLSwp2KHHbW/7EVk6jCq9iX+P1ZA8T26uV4tC3UvullJno6iKNVRvPnUyiKhvxSwMkTEQuSBXIkpyyPaHqcwc4ilCkUSM417D/AdN90/aizzPw2uEV45b8JZ/CR/LFOq4TK7CepxAkvnDtuaJ8ZvtECR4dVNw2I/BF+xYLc0xDMcRWca+MRzfShus89N9HNkY9hOJcxEew7hgUNCR3XiyTseeZvmhY6F+oTtDEswJHg3GBiOCIUGf4M4gJugctA1aBFfZOnvUHrAf2012AbUba1vb5uYY+2epWWuWmQwz0gw0seRkB2P1bz2rP+t3elh36zbNkreJ8ojf59f60b6/7+Ovc87VuwpX4ta5PPeSe9HNdGmRysajjdWNpY2b5c/IYfavPfKFa+AZ8Ix/yCf5P6m3632u7+8OyUrG2A0R6utL9tVc1mUTczuBHS5eh0tLONTjV2boIOfLsZUcexZpeDCUjPtZ72gqc+FlNqaz1xZyZFirVjwBBjLjSaxJKpRdujtP2koU+wIzjj5Km8RSqF9JJ7cR3dllZvB8GoGTMgCnaWUoi7zO3baGCrlreWgb6kNvmAZ6LMcyTQiibE9yPqIZssKnuBT2tLkot6cw7l8OOXPFAHicjVVLUxtHEJ5dCRBCjxUYPVgnmc14FQdJUV6uyELGW0irgpDYCESyS/kw4pECnzi5yjmRk6mB/If8hBbJQfjkP+BbfoAPOcZVXHxzFemZlWQpqUqyNTX7dX/d0709PbPON9733223tzZbGw8ffL12f/lebal6t/LVnS+/+PyzT8uflIqFxY9vf5S3b7EPLfrB++/dNBdy2Ux6/sbcbMpIJuKxmeh0ZGpyIhzSNVJ0WZNTyHMI59nqaknKrIOKzoiCA0VVc9wGKFdmdNzSQcsf/mbpBJbO0FIzaI3USkXqMgovG4z2tJ2Wh/jnBvMpvFb4W4XDeSXEUbAs9KBu9rBBQePUheaTQ+HyBq7XnYnWWf0gWiqSbnQG4QwiyLDjrpZZ1hTQM261q5NIHLOCBdZwIccaMgUI2W5nHzZantswLcsvFUGr77FdIGwFkgVlQuoqDEzWYUqFoUfyc8gZ7RZfiPOeQXZ5IbbP9juPPAh1fBkjVcC4Dcj8+Ef2nYiLz9a9Z6OsGRJu9ohKUYhnFH5peaOsJWffxzXQV7ebXDQx9LmsYraMicj05acEH3XAXKnhjylMsxV2KB5z3JAFAWTzqXWxsOBcXr8iCy4VbY9ZcN9kfqdxs3uDiM2nv+YcmhtnSsWukQqq2U0k+yAWHwUHQ04hZS7R+uawnJrMiK1hGwDdo5iJx/BDKnI6qBCxV0EzfHwNvWAft+EIputcGFWpl/4wYRuMijcEt529/nNc0+lrJm3jDZFQNsewwZAfYCgUYHFR9sVUHTcSc1xW8p1S8UlPf8mODYovLB/Z8NDNr5ax5pYld/Ws55BdFOCk5QUyJbvmBXHKBR90LpkXA2Z+WzInA2bozhm2729EI4TMQyQ/HEkjPeceVkFL/wt9EPDrW2y9teNRV/B+bdfbY1LAV4ZcH8Fc3QuZeh/pZkix2ImPhsZS8GIQtnFMqk7e701FsBWVRqNNMPhqMPtRy/qfTr3rK+mlXu/c+mlCtTAuL43JY+nFRAgTDuf19faOENHx1B8UIGbDtI1dAXEbEgrP2RfpxHaBQoLbeIEkh7OcNGPb+920fOpRaC/izVLLXpWvarCBxx1mbOxXOU+otZJqjqtF523I2FnNqL2t3b1Xzr66kmZRW4ZPqjlig2FDSuG0fZFLyQxSKvbscJYT+UcGMgGj9t85JNXI2JCzs8SoRd6Sfi7qfgAtKP6Gx82OL0+eHBP2tgeTqryWvEb79UqoEIYawbJtPLfwsIADT6n/U3AyrcBt5MEVQnnNWFsqFRkiohDNMxyokU1JOR5DW1RMZvm962sub1VVAJ3bVNKCI2SwtSjZPDXxOuB5H91CaNvEX4kQTUabgotO7/pkl1GDictQOpQWxy4fHNLe9fMzE5rnPvbloVbFC0gnK12mnba6jna6teNdGoTQ07Z3oWt6na/43VvIeZeUEEdpdamVSilQKZB1DWtwoUeUvXnpEHKi2LBSKHmvpxGliwx0Gtnr6YHOCALlVSCH6MiEA8YZWIdRFwl0J4H17b51BBlDMs8J/p2JIoNH7m697Y0ecbU7fukvIzY7NwAAAAMACAACAA8AAf//AAN4nJV6C3wb1bnnOTOj1+gxo9Fbsh4jybIlWU9LfsrRJI6T2MGJCSGvVpCW8EopsdO7hfJ0SiHdhm4ghQbovQ23t0Bpu01wQuIE2OQu/fWxNCXbQngVkrvNBljqS25r0kuJ5P3OGclxEtq9K1vfOXPmzOic7/vO9/2/7xzEoIUIMRs0VyIW6VD6GYwypQkdd9tU/hmt5nelCZaBKnqGJc0a0jyh0/7mXGkCk/Z2q2xtlq3yQiZUi+JHajdorvzLjxZyRxG8Eh+d+R3LstuQEblQUTGxhw1ax2GBF03YNImDCi91igijV7Qe9yGswWnkTi4Tp4enKtNTFVSeKk/lstiujYRjxUJHe95pm1Nn8YolS1aQL9OosGzPsmU98K221CswBjxzGnHc7dw2ZENfP4jQzLiS8Ajlog1jhFK8wc4jG2+wkboR6pg32ozYwHEGrLMZzZPMNxQB8a+FdLyIuPXcOMdyk8zLB9AWgb+aZ/hJ5td7HUtudyfF6cpUtVJCZY+3WjrV3S11d2PJ1b1Vn3YnLXeKP52twIzGkgYcwA4ymRYDJpOBug4/wDySl+fFfR3nIuzbHd7EPDnPLKk90NQWTpYDTIyJ+eclw21NZE5oJczpfTqnu5To35yIaLSZsUE3OxEzLwrcJm67OhHFirYgfj0/yo/zHO91LH2MSOBsZfg/OhkDTmMqEJcB14XTyZarN8BMEt4O9u1zkcZM8CiZyTx/9c3qm4F5bWQmDFo78w73CPsUiqNO3KcUExqcTWNNh7Mj0lFOlJPltr7UFy13WAyakCO0U/+i9pehV7SntGc79AjFW1tizdFIWD7EPMZ8h/l7xR4YtNqyic4wwvfFcTzRWTBJ/OTMESUTCBVEfoRnFJglw8tXt+HlbbitLW5XUvmC/VpJlAO6OD9ewAWZM5rRJLN6n3x1GIfJwwbJWA57u11bs5PMlYqkU1yWclAX0mV1rM7TVd5PNbaSHK5OAd+SldJwFfg2NVYuT/V/do0iiEpqXVlUhAAh9nIymVw7lZS6M2Obp8Y2J6HLQcTPHNkLnchQ90I/Woq+eumg5YT6KDxMZGHtFv+ArRKVSzKXRZUxPFaRixZM+R8FWRQLsUhYp8pjHu6ch4mOWVVFi7D0nsPucrbnQVjB4UOXPfFrrHuvctvyTZ95sCMQ77ZHuy/7rnL4t5GhcnnozO033Lmuy5dfPfTcYDYe371xy9v2XLonau5Ne2Mu0eF5YnttXXc61Y03uftaWv2S3JMna3/mg5kT3Lc1VhRACfyAktMwBgNvYvfrf6Z/V/8XAxdkRFMwKsYyTMiUiYZiH8Q+SJzTngvNRM1RxSCUY5T7UIkqvLFAr9xQ8Slc2Ke08jE9sgiiVbLZHU5XQwXMgUGEAv4mn9fjdjkbrZ7AoDlkbhXGMcZcAIVlTifwrTJvDBKR2pFOpPJUdCM67R4dPqnDOvrbVr6s87ahZgsohGJ3IWfImXW+7Dzh/NA549TtcmJno5vTk7zmDqoJyTGqAiWqDGOwjogZg39r9xhIrCuZfEbL9K9c86xZMYoFTEQLJQLB5rL9X1G88URI1hhkTTCI4wYgIW04iBP61iCCPjiZ3LJlCxpc+RVFjLUYTTFTa4RrMTZHkMmMxVISJRt3I1GGjTLhiCbCwl0Gz94lOlTBFTSGrUQpkMOOQElaHOrK7cXWun3FRIFAR4iK4A1Lv7P8VdxaO/3uikcWnxkqK4MRqhnslRNbxice37HjHzXWWiGXq7157Oe1jxLxPNEG9hZCzz129549d4w9+CCs9XmgD+/X9WFUyfBGvUXjYKctWDQGHcGQmAgZM45MKJR4K/ZWgmqDtRo6FxVCRP4JymqohIhu0Cs3VHyKjWiDOaJHBr1Oq+FYBqMXVLnDDw1CN5MTX6oS7sAgf5/eaSPaYNPpQRvMRpfTGTQQUQtoEx7FzBF8EjPY29ZMtMQbFJeLV4ubxFHxhPihOCPqD4tY9CQHt1OxE0kTu6kKXyzNSl38w6zIeSJy58Uid0daLFJEag6iFguQqBUEHhPmCFyVaDxhNCWMIO+4KRjBRv5CeYdkuyPkAHnLdrjrcH6avNXVn8TUTqBiAUGDqyFv2xx5c32RQQXW/aJHV7xbO41bXx15bCmVd0QV94Pf01g/eZ5INx9PYOPPj+FYLodmulPpOeIGeS8AeW8E2+5HUfwdhZ+UJu0HfD/3cebJmZPKYFOgsIG5yf5z7Wva1+2ve97Vvmd/z/Mn5iPtn6Rz9n8PfhwROrSLtYx0o/1G90bvxuB1kYeYXcEHIj8Ofj/yF4/Rr9OwRls0gPXETCZ6CqRUTJ5wYVx/TM+c0cMN7HxWCij+YoDcEvzgBAJYCYwHmO0BHJjEbqWIFClSRooMlaZiEGEBLUcvI3YGPKxiEgoIcTIx3TIx3bLs1HGyaAxMMusn0C3GyZnxvZFFZVoujZESfj8SLZw0YqM3Fr0FQz/FblMixaBt1MbYFLNQsHmaB29S7QRxGaeIyoCEhqepmagmk9buDJiNzdA2RQtwEM8GFI9cJnPYa29VSxg0LSMSLSdaG97hXytjySSoH3gHVzcgjQp1MMzMK2ClXOVgG5DI5MwrE1CS7misgkE95ACYgk4Vh+i03HntgD9HSxrURavjbjx3IPRP2za/sCwQ7wq01v7H9rO1N3D52J3/s31JJvT7zCM33vBIFl818vmcvaettam5Hztfeh0La9qHvnjZhi+vWb16DcUtDwNLvwU2oB0PK7LO5/K1+Dp93KMxzAii1I4Uo2JiyDp12G2SVWysVkdgUOEVA7nL6cEImMzE9M83zV3nxI0iA3yNRA4mri2VzmRz+XaED1/QTb3NnLcWjR+ZHxiMKgOLC1Fl+AogxR4gAA+i17bKfiRtSLWjDam2NtGddSvuEfd697hb69YKGwwGZoOeR8nsR5pJ/H8UU0jOyozsLSaxFRNjEvKKjltNNVGxm8qbxF3ibvGwyCFxBIqXRU70FCYxfkb1HSC84elTYmkKJEhB2KlT1JKUxKnyGLRVSWVqKln/IJFYmhIAgM0VbJVV5y5faMh7VXDWQJtkkftxvStzLY6SZV19mNDbPk/o5395+MoT5a64LXb3568bxiXSxhyuWchqpz7+j4Quu++ZYFdbplfn6UstIw3E36NxkO1SkC2LmtCLBwF4H9lrNM9jyLpwQGXEgBWzYmFU4RG/faFgzNRWM2aTkVeFM9epc3X77bA3WvnAYIYpM8sZljnErIY1e0QxW7rLLIaf15pNvOY5aLUjhlk9gW/lqFl3OEL2rH29nbV7/Ou+r7K8NCxWp6dEWH+lcnkMVh0wliwcYn0dkWLDbF7M13ZmzzQWz1L2LSb07BPEZmqsb7xRu706/0J2gd5vAd5cBrxxA143ovM6PHeOl6okhTOXrAZDYNANnQHik1l5raICEJXqV0jMiuvFx4laeRoTBHtAIWmprM7sr07o6KfMRjXz5905jafeQUiD2R+gBez9ivOEgJ/U/sj/o7bn/AcDz7Ud9b/UppcIfNrrjVB8oww4IgVpU3BT+u7g3entwe3pXcFd6RPBE2k+pw8qTueCNYQyawRaT1Mq0JY0pSe6TpSZMnmjwVLoIm+0QUVSgKBCsaOzq7unt7f0ArPrQp9fZ5ogWOZb5t5DTvha4SvBVyR9BY0aR4SCwcCn9BXUfuQZxSRpioX2fC6bSadTh9SuqpQWzFfK8/pKpd5660RgUDgI1ceUpkAqUcS6BV6ZT8jcLbxugbZYKDQ3O3jQAJDgsy6nki9SKOmLFZ1KoKfQwJjceueoc9z5gJOTnJP4jGINhILZIBMksg4SqQOAXb2/RYrBCyhAjsaKMfqC2InYh7GZGLc+Nhobjz0Q42LkmRh5JgZvmkCpNDw6URJ7KZKKFXf1YqH38d4TvSd7z/RqXqYVlt5sW5cq9yp95UKvMn9BoXe8fzHUliyF2mVXQG1kJZDPVAq9nv5y3bXVP5vHKsmlK9bs3dSLew8yNdQP2riW4qOzAErIQiPeLaY4zRTr73X6Vcxvhh+MKRCjx0ispTq2EvjGSuksecBJHqDscsETTtLRSTo6yQydZIbqz6+lPwFGkyi/CH/lMlnoVoifIG4aWAhDIwLaNbCn9XML19JHMEFLKlo7iHTEfvnqGN1HARtW30xxW8jt15ubmk3NPkPAj/wBvc5jdPmxX+/1s26z148pfiO/myQoru6Ky4TbZmc5PA4kR0hYEaR5OULKNNCT5tWHj5JqeEjGAf3IOEgJa+udvXYfvZ6AUu07hivYQcM8F6FgMqx1uGdVQ0HdBdfnL9XFb62j/kT+8mJqTaL4xe7Ni69S5s0bejEcCfubi7QaiUQX5RSwDgeHyvPmz58HAcD9Pbnmtra2ZN/IV2vFnlSqm9maiUqegdo16kW6OdWv1lVrSGoUB7SDPSRxfxHnlXat1qnd6WdPGE4EGcOsRViwxkDXv2odwPvzTCPeIwHfa7NrL9bSGk8kU+l05hLgLwoW6k8M+ktuqckDsubnvgvVl3cmXbe2sI4BKj6tWPFHPogbi9qWWEwUBd7lJEtXbwB4aSC6KHmKo4bdhpMGVjBgg7czgMjaVCzp9HgGBzM44+lYfn3dyxOfQyPEsfPWWVXQqWnVuzd0EDd0T1U9MN/gmeqSniPjuhALLXXRus43d54X7s6urcv3b1xJBEclGM1ctfgLK5a7cuWh94fKWfdyVaQD2ezYuh21e2Z92D39wdbOtbV7hEAPaekKCg1BYnQTyPFhkr/Btx4IYfyIFkvU6Dd7i7w4JDK7xd1WsFechciP4DfFrPF4fU3+QDAkhy9CcADNkGkWCXDeWSB4gT+8JO8D4b3JrJesoVSmYFXmLwYiNxesFi9dMtk8XcJ7AzFa7rd7CjhuMU5ivyJbQKJxrdfDI31In9WP6NfrR/XaByB28CYxQlaJiNAaRjIBdSPyenlU1sqexBzEVg/3lomnN1cohBiemgLzArJSKU3TXCxQGxEowDYSukmCyLAiY4loBNYaQaKVBuuN8A0QIcki2UVi5ayEUD9vJURd+JWxWW2gyVGqAJ+OBduZ0paH52+4SulLxlbKyR+NXwD/hmhEf/94Zd5QvtDWd9lNN9VeugjGgLx3QkxXAnkvZv5ZKRokbdEjOYvXZe/Lfjv7/fS+9Ivp44ZX+OO504Z3c9Omsxkrj3UanUHX0ZrtyCyOL8roo0Q7Ro0CRF1AeCRgfaQTzYsvQtoMikRbi5lFmcVbcztzH6MZ/O8RXtIYWZMhY8q6jHaT3x30eLNSz73GbdnfGN/KWE53/0vPxxk25MLZqIttT5t4xCV1Udlp8mSZdAhknyXEBBHn3nS+wNdLE7GdPUVeLejdjm71LpTk7t6RKwp8vaT3h5ar96GkTy8mTx9Si5OKsb+YhR/nWtBAT/03SKkYvC2FnhJr4vlJ5iZlIJu2Z7NpVu7UBQfuHvhwgBUGlg8wwQE8oESaCwNKR3HgeF9fSetSfKmC61YR9O2kzCK5DBHFcS/fItuNCiLh5/xlSZKUsI6K4+ID4h7xiHhS1IreQd1zzJVgW6MQeRoD/mXB9lB7tp1tp7kTOVJo9yxZvr0efg5Pl8Abqrne6SmasJgaq5xKgimaor67PLXVkk7eKf4UUVWWuiGkTF742WztppEm/I/RPCRRVi9SeHO5n5BFhAwQspAQkk/dC2W0XobqpazmdszlLHHtNGVrAIeeCQuespm4OygjtK+1/g4rfYaUIQoEoAI/aC0vJmQRIQOEJD/tsxaTIJmEviSyVROh8EdCJJoxbaF51D5MdxlcamhcBNNK/qg9rftYpx+rD7AL8zeXblkUTIQ2/Wrkxs2f2/bO2p1lISxlYe005y2Zr6365rLmYvHJP19xReWuXy2+p2STLYkuMdTZ3MX8fTDYYoUBiEJTU/OOy28e+kIwYLaUhwaGyvF8a7zN6W71eiXv0OAXbh7c4GuywK18vzudJmvxIViLh7hfozb04wmPXp7EE0qw2YnkWHOzX2v4SCNbjaMe7PHYU/E4HjWdNDEmylrQeG+6OaqGDzF/wIHsJC4agcho1L7HfsR+0n7GzovQSBrG7Rq7J3UIY1xE9VRXqUTNHli9f01WrN0Z0I8MWL/h6qmyGqWeoghJlGwMx8Y4CfsRY9P4kZrPwlaaeZ6bb4gVLwxXnedj1IIvcdM/3Nvub+0N5Wonrjl8mNqpIWqVbq9Hp9cucMj93lKy1Z9Z/sSt+EVy8yC5d1A1WzMzKAC8elSjkWLoKrDrWvSt3yHUAsEoFrKPZ/dk2buzOOudnPn6s0uSmGFSB5lfojgZb2WsWCS8prEtez/Eb3cqZsk6J4K7BFj8R8M4Y2BQ2uDWzgZyFqsavrFzgrdG6Dalhvt/K3z71SXhG3v/JYEo5cXO2oPEhgMvrJQXJzmE/AcwGhQHmcEWUJF9wAQ8eJB5qc4D4ACJ768HHlyvQXSPsFcJaHVnYI4a7gyLeK3mDMsyXoOOO4ORR7/0djp8MnowMBTuwCyqJfLNZRsbhtdz6FyIPXJO0aBPUIg7QvYLn5/5XyynycLI/Gi1YjQYDQKjMWIzggh+Sgn4+h1G6Yui+4tIDIoZsQyRrjgqHgPrd0bUiJP4pr1ZHvPPMzwK4GV0OxHs21Rl7JR4CpWrp8skVzKGWbrCW9j6TqLDzs7ZV2RmurmuRKKL6+GuWjRwdWxBT8+C+b2987mB6rezxWKW2ZgRll29flD45LdtfX0AfUtk3HrmKfY57lWkh5EvUMIWzesIUCfGiOGfNuasTxtexk8zOf3TGbQcOOmRvnQQZ9TlBIa4On12unqqDgJFwiIs18d4vgKgZL5G9vpCGryBVEM+qHKv1pyxQKAZf6CWdM/1oZkWdj27FRmRA3UfRCLzB0WgO69BLda+gp42zZgnmf3PIgd2eJyH8FLG0xhJdUrdd81ctO+K5freXie7fsWSxSsuX7JkRe1FrKmdaPJ5Ijqm1rNseU/38mXVP9aSmYDV7KT6Esch7il2EzIjH+rdr08hXYpo+pTidFhSTiHldBgR2Cevn5M8TV+ZVFUG5FVCmdIw+CbQHKCEGeo4VJPAXnDFBc49RIHLTYTOqTPfa6h+7a6udBpq6S5AX2+CDle5F1CefedZ5BbdjJv4kda2Qn5y5r39PcWcu6cI1f3KTsBaOQK4Vud/kX89z2pcRo/D5fNwXpfDk3A1ezgpq7T2FBAhWSXcDDUgWcUbghoQAWG3kBXdIbfiPubWbUfbs9ty2/K70K7so7lH8z9BP8n+OPfj/GF0OHvSfcYtXpvbmL8XOnwr91j+n3I/zB/PvZHnX3H9zv2W583cibzGkzAJC9a4JmeOgzShNmuCBHGunWmA65A8N3lKwLdFETgaKdHM6IW5NwvNg3xKUpS8smG4RGFuawOFy6E5eSlPNrc4h3MEArXmCznC20KPWpavgJJ5S2lye+xut8eF8kvyOB+CbnkF+uQV6JAnHfJuF3RweXLZPMA65YriLrDNiJRgh125vF5wB0Fubr2r4Cx4Cx4mB4/9UTHiNn1rSwuEenqQ6cmJ9UVaXKEWI2qxSC1KtNi7oL9ASqWzq7vAue3uDe6H3Pvcp9zTbp3dHXWvdH+NNvzU/YpbH3UXoIH0IJc6N8g2Q1PypnKmsU2cyZQzTGaSWaXYQ+PyMZlBskhDB05W4kVw0O8pYgFBmIQJfsckVYFJb48oKAsGCoKSaCtsF3BQyAiM4Gn/5ZONrDAJEkn+g+4plqokavSAzyUJlnoq2N0wHmdL5enpU+CUK3R/eHMS/rG6Vbw1TbqObb3zp1vT7kbVnbwg4HST/AtEnFmFhJ2KmvdIrqWh51iFxCP0QxMTbrIDsagMLBxXLPJ8QG9AECFkUSmWlAuagCBC1KZWOzQBQYTQpQfQjt7ym8gtE7kFJO82SiRCkKANCO1hFshNgXRr7IZfguzGKpspO5KVixxlu1U9puAyYJd63MJ6kR9lIzhGsUXtTyQ47ugsD/0LdmHp90PlriKJjGt/HCyXB5d+MMFmq/8wmxYNa7oS6W5c3clsxF3pRJfm3DuNdAdzTfUMYAdcqx1hj2ks4BkqihE1cAPCfzv3ywcGjbxo0EvEZq5TBIMB8SE+y7O8R9r57PnkNcUHpQtTu40AkHnpDjqjA3gJKbn5n1xGbKG2kbPHqFo7wrxMx3bV/+/YJINexIiMDTxdkM/wV8PYJhn7XhsZHrHjcwenaQAVGFwdsTB0cHiwNknKL3H7yA7ixxOzY9s88w63DWLNJPpQGX7D+lv7a9E3Wt6XTttPR99v+cT+SYTX2w0RpkO61nq9dK3jutZPTFqjCUuD0nDLWult+xvRD+zvR3Vej9mENFqbx+c0mUWD6MO+SSzvC6Pb4pZJ5i/7RDmuM0ziIcXAaJ1y2KhdRvcLRU9xNHAywIwEjgWYgDdlo8c/RmMYxUKxbGw0xsU8bb9ubNyQ3d/a5kpy+BQNpMpVQBziVIVE//Ctb8chkgNURL1idpZ5QgyE+Eg4WU90Eg0mkYmKgemWTRq3zG7N1g9yAGiWwyQYIZt07JPNLW2gbwm/w52+/K4Hd//gxfHLs6siib7KN2pnP7x3H45+cOUO9vpIefBrQ/Pc0iZf9odfvXWbVxyel1jY95lr7n33LRwMEX+9CjDy7cBvATWh/65cdYCZ1B7n37C8Kb3qOO5+1fOm7/Wmdy1/Zj7Wmn/m+ZmPkaZspxynPR/4uDfdx5veZ97VnuY/sLwv6Ta4NzY9oXnK8KTxh+YfCLobmeu01/JfsGyUNji1dtmk88qcUSTc5BESUQidRBx6jvkIXJGLufJAUJ/Vj+pZ/UFo8RP0Rr6Ns2AV+BAeGn1hwVCWCHHQANFQ9kA5AWU9LYIrwD4ILaJE16Ltec6pK7TM2eO+/Z5a9Zv3z6D7vo5mtt2P2a8dXfy572479Px//sbz+Nkvv33Plne+cvvU17d9cOc1V4xO/Kf1Tz1FMfDMh7WVNN8VQwX8upKpBqfD1Xg1NZ2dLmi1Pj7G7Jd/Jr8efy31Xvx0Shv0ibGMLwQhUGqcNxayxFKSMywBxZ/0Kflom35OIHGhRzYQj8z/FY986Q6pF3yvG90XTcp+70eeW/06tzYvR3mD3tJCOB3JhpTQSIhFITEUCp0McXtCOOTt8N3m9Xo8KPbHbCZNYxCPFYkkCnm5fshBt4sccijWz7bUj7aUTpOUl3iKJjDpCZcSOe0wDQov/oGmu+sHHhA58OC9+MBDoL3QmghE4rFwLBFoCeL2CJDWYDKIC3K+cexhzkmXbK4Z1ls+wuWaMxFg/AUnH6S2tK8p1Zz2JSOatia47/Oq99XDD9RPZdVMQZZmCgxCOUVSA2lCUuQsSZqQxpYBOSpRaf4rQVavmmpD9UQBLjQSCPSUzA00HK09fP58zJklj13+G9y6e8eB5Y8x9oXfvPrRdX27t3z1J2O1PdR/gLljv0tqi3LZ2u8nX/razWn8X5L3rv3S8sEV33mM2kAat0LcGcd6JcyHLTawGUB4i9dyI39j6GxIE7d0We6KncCvC+8J2kk1BG0ozXmtEQAE+vH5jOqFUWvYrDgVh2JXbIqkWBWX4laaFD/gzLnJ1tcapl8OxD1aHS+TtDhv+Cggm4z6cFgmxx0ENIp345OYJUetvEn5OcaAvMhHo1vruISDEpY8iQsT4aepHhHNopvd06BKJel8znSfQTEKasKU5L5JSnXuQRaSlJkVj5VKorPhajgv8dsvrnl8ybUPJYOqSMrz522/sZ7rrM4nrjrT2nrl0o7LMU0WVL87vy+n4O818p3w4V4F/ofxsf2CiGyMhIDHB4yWwjGEJRvN/RkMC9aEQ4Ricu0iNZFeKwb8VxMFBqwidTkcRg3mEikZ6gkEIr0X1Pbzj/hmJVgX7L7AIAySLF2jVbRbUdgqhtVrSbLZJTJGJPm8XoDFWgQC2ydJVh5DZb8yAjEzA3ZYp/Ah69YzIJmtKEy6KFfbsI20i6ERhDlkRyNoHO1BGnjv43sjd293Jz1Eet5qxeuGCK0y5fXQKolgp1QgKpHDoklN46woqbjn4kzUMAqzGxtkaw+Twzb01KUFKoCSfUBcqXoTVEQ3Ac6EWMHcH2j4gPMIENGE+bNoHFqJpPbCQ6h+dAbN3THDlWYb9aGNSDKJcQRH5sSWsMaZG95e4coDRvEQhQnXnj5ee9pPQYttsJx1X/Ex/pkl2KOivep85rCKCrsDAlm7eA3gvls0AkqhO5VExpCJfhX9G+LiFvyk/ayH0XliQGIGDrliq2VR12+Soi/JMwGQ0u4JV4IDYLXfanjJNGMNHMI3ICu+QTGEXFkX4/Kk3z2IP9OI2U+dEqtTIjkaAiX1k55MiW47AOAAKAH/Aeyw2gOMukFA1kshzdBzoR1QVTMgFgx2zGrXMg9EvcGVHX2Z/jvS/qbP5nIV3vr4jdm+jlVGyYf/LT68qnYoHtH1JNpKi0cKA/jGZMjY0ZbqMJrtCbzq5n8stcV79BZHvHZoYCnhweXAg1HKg7uUzJPejxyM1tHsiAfZsEGO3o+q6C8WjS6WMDg8AcoH3WqTKP+/GLHX5c3MsuDsxRwog0oSFqjQi56CUpO99XnTBK6zzpHGvBsnZSlHmK6I768xwUOY0I8XxSP6njhlwsLaD5My35Fqo0yo7dw0ywS8aNVlMzNoc+1BgmOlGFql5tu0CMUUAW9K3Z3anWJRSkwxKefkzEaad0udz7uNFWk+J8q1sU9rNPQMfVqxGPpZR78gsKZ+AdbsJHPdAdSv9bj/7gn17Hz17NgUyhBmXJTE0cxN6FTLqZSipFJl/GNCyRX3aLqs1uslkd+jtQfZCBpEMlo1YdnhmcRd+2W0Qz+t4w4xHyMdFvZjC+aNO/yTWFBEnfQ81u9Auh3wqIgZgBT/vDe88pv0dDzJ5QAm/ggklBH/N6C6aqkGI9Q0Er6zR5TU0+TORto9wsRjTf5YV981wzcsj7T4rNFszm3i9dbIi/8t1trStFQczpc/W3C1+FrsPr1Wq+UMMO4/1xBzfGYr2K6C4uQ423bTLhNjMtmMRp0OVudJAQs0+rQVhEyy0p6xtmfyGZRpz1SgBqOyMGq+q6Oz4VvyzHFt72fsFl9kkbEpnW1PRlYcH/nyBocgNQ+2FmPxznpuFc3NrWIIAJHjGbxaPctsLqDVSwLiKrB5NKcqoi+gddx6bhnSAep2oSBqQRnUicpoMVqOVqOr0fVoE7oF3Y1+oVxzw00jK1d+ds2td3SVRv+utW39huhlS0z6hQqHAEWiplC01BaNtpXYNU2FrF0U3U3Lhr68efPnr1u04K7bOvI3b5ScK1Yx2p55q+AvfNW6gHfdbRvXrdt4G3tdmLck0ulY+DqUeedod+bosaMkXslkMuKxo+JRazdUxaOkOvdL++GMWoq/Vvtf1PmS/kQjI2Gyx95SL2310lUvG/d1F11fXF58/+Lr5ove3/g99o1soZB9iJA/t+fac1FSq3Xm4fNf23O5dmYFoVUvaWDume1b/Um2kM/TzvgX5F7ts4T+mXR+iNTYbwPJwlXttfb23Am4wDuhsoq87HYg+IV8plhdArWHs9kCE6p3qumg8h557I1CtpCGCqjF/wVshuDieJxjYGRgYGB73Sr1o4Yznt/mK9N8DgYQuN3oUQqj/9/6x8DKyBoK5EIkGQCDMwzIeJxjYGRgYA39x8DAwHL2/63/Z1gZGYAiKEASAJAoBe94nO3OvQkCQRAF4JnjAqu4yMTY3EBsQBDxKjDQ6CrQHk4OW7AGW9gGDAxNPDA00vUtHGI0oCKr+D54+ze7yyS1DASSjUjqQtSlzh+wHiE51kfMPaSPrJAFssT5HnMXmSMVUiJZUw/7afg3/KlbbclTtJSOVfc74+0Vw6XZFPfjsT9hzB7uTZCh2UZhVk3afv3tZ+k6dgf0zfQcuwMiIiIi+ilV7AaIiIjeMIvdABEREf2jG3cBK6oAeJztwj8OwVAAwOGnqKCvTespEpPxpZMYDEaTk5jE4BgGgwMYTIbGARzA0JjFARzB1IH4N76kBiH55fuEENHTRBxzA0vnuwVd7Nkde1sKy/1Ku6qck5zKhby4gTu8W7nnbDztzUz82CD102D0ULPelipRSX0ebl4a0U1sdPhc0/lZY8BgDQAAAGSwAwDgf7X2AAAA33cFmhpH6QAAAAEAAA62AIAAEABqAAMAAgAQAC8AWQAACLkD3gACAAF4nLVZTWwbxxUehZTt+K9pnQSp9eNBksZSykpOAtiNjRSlKNJkTJECSVkxUjRY7g7FtVa7i92lBQG9t7ccAhTooaeih5yKIsei6KVAD+2pQU85FOilCHJvD730e29ml0tKZB0DjePlmzdv3s/33rzZHQsh6oWBWBD838I3npOGXhCXCnVDPyeKhR8buiC+U/iNoYvihcK/Db0oLhdfNfQ5cbW4Y+jz4k7xL4a+IF5ZvG3o58XVxSNDXzl/+drPoXmhWICtq9d/ZeiieOP6Z0wvgn/x+heGLopXr/+T6XPgn1u6ZOiiWF26xvR58C8svWPoopBL7zF9AfzLSx8ZuiheXzpi+nkEucrREb0gXi7cMjT0FHqGLoj3C7ahobPwN0MvilegTdPnxHJx09DnhV/8kaEviFuLRUM/L5YX24a+cvWVxZ8wfZFiX/rE0Ih9SeNwCfxvLf3Z0EXx5tLfmb5Mvi1fMjT8WX6J6avgv7B8x9BFsbbcYPoF0rMcGxp6ln/K9DXCcPkzQwPD5d8x/SL5s/yFoeHP8ldMvwT+iyvXDF0UpZV1pl8m+ZV9Q0N+5YDpb7P8x4Ym+V8zvUQ5Xfnc0Mjpio5rhfxZLRga/qzqGG+Q/Op3DQ35VR3j65TT1Q8NjZyuuky/Sfisfmxo4LP6C6a/x3p+Z2jS8yeiLzD+q18ZGv6v/odpjuvGa4YG/wbX1WWWv/GhoYl/yDTn5cYnhobdG78Unwop3ha3xFviDqieGAqF3x0RCB9/E3EiQuZUMIpA09MC32WJDcyUhYc/UnTAO8D6RMQ8UvhVkH6Cp8OSV8RF/lsHp48ZJY7BbbMFH7ZTW01YOIH+EXRJ6A6g1xU2aBt0iLkosyWzCG6Jd0C9kY3uiBL7YUFDCFkJuxbskA5bHBrZ9zEagkuzI/gZZ3ERFi7H4s30Z8B4SLGFcR8zxLUYjckYtZ7ARCrZygizNsdLowF0H2NtxJwRpBxGT4Kf5qQBnwgdl9f5jO89Xq9YQokj2CS0HX5K41EqK5kfg0P4hVkWx3HQfAIvXKyMgYL4VL596607sjdUcifwg+QkVLISRGEQWYkb+Buy7Hmy4x4Mk1h2VKyiJ8rZkFcuXrlYV/1IHct2qPwerWpaJ8EokV5w4NrSDsKTiFZJMnDrHfkG/dwpyY7lhUNZt3w7sA/BfT8Y+rI+cmKy1Ru6sfTyegZBJLfcvufalieNRcgEMCrjYBTZCj+D5NiKlBz5jopkQpE0erLp2sqP1T0ZKyXVUV85jnKkp7nSUbEduSGFyDYclViuFwOQismca7LT4gyLCoy5UN9SGGxBxgOWYivw8JzeTHdnKJHZQinWsMrlRAVZeaxDlcnB3Zw9SVbk2o5rRwEFuz7LybF+Mb1ciIcsGmcVcRvZfxc7STxUUUww3N549+1pzVrvtFYo1TpnuaF3g8W1Td3E4cql2j/kXTJ4pk40ERSKwJJJZDnqyIoOZTCYXcLia9sSs3ThlQUCehtTFh/wdkqADgEg6gEK0ZEPVJJ4KhJnpJj28gj2Qt65eg8P2GbCPekRIyoZrRPuE3pfJ1mvSqWJF3DHpI5Cvivuhw7LhaanlTgPPtsJOVN6rW20KDO2WHfIYRxBKuE5WtVnP9IeNd1vErNCd7/oFGeQxVDKxuN+dxqdkMcO1tgYl0zvozNG2y1ldqYjcLmqjxknm0+DszA7NpG6fE54fCKkp9c09rTGY2oN8usT/fds7dqHZ8U2391J0wF4EffzhDNnZ/V5VgSp9dN+3cvVAEWiY0nYXlr5EZ8IJ1w/VOA+n4LWzEh17VkTVaV7QGCeOipN07kamtOVvE2zmeohSTrD59WofhPxTWbG2tMd4hqUIz7v6bR2Dc4b2XtJ2gcG3NA8jjRFerKyS5wdi2nH1MLpk3p6N6zxGwvFelds4o/ivkU2Dvk8VpxZCzxC6QAS6dym0fnR1Om/bnbwuGPEGWqpN1/n/eop32fk8pSOZqpDrmQV/Rg8nau0chS/C3rmPWhc4fPe0dLKnP2elmZvN9tBce4c03nX1aCMvQOuad/kv8RxR+YdSvcg6hAW50DnOq1nXV+hOSu1hQBa9TuTn1WLJcbvqtN97f+Qjwwli2Mn7FzT8x2zZ21oPzJ7ZXySkQWXj6eY69P4ODu/oLuTb6vI+HoOI4dPG2+i35yOcY4+7sIur0ulz+5ypakul2I/vZpQ0301H3fq1/hLYrxzxidSmsMS9/2ArQyyscpVCPUvnaEY2sYnrfa6z74oc2KNslzm+4nO4abJeMw7xct8SPf2ZC09Par5k15HmT9xJmt6jMQx43j0jHlMTwV6B/QNMirngcNPsjnG5TEk7NwZkszpyfoEcDiC9OS7e6qbW9AacOc5+/tRv/GlJ84Yo/RUG+OU7yuTq2LuFzpffRP72eevNSOrUYZAzJXqs3a9k/QpnD/dn7UK8mddXVRZoi1qGO3j9OwwpwGeRDftYOYhRtvgboNzExJdM3+TM7bPZ1Idcnt83mkdHTxbGD/iXlcTksc0egD5FnTR2qr4gG1Uoa3Lkh3WvQNuE79VI0crKuDsYUz0fe6G2l4Lq/QXccOcj9rTHvgyi3DSqwZbTD3bwagD/XUzW4buBusj/8l+jelW5mfNeFpmjEgz6azAoyaPiLuH313Iddl+mWPW3rY4hhrmdSxV9oAsb5hYtRzh89DMUI7Ivyb+jKMqMwZ19maMXwW/u/Cc9N/HbI9PijZWbnOkXUavajCjaJs8GkelM1XhaAhVwmAb9A7+3s+w6/BT+9LJaZvEbp/nx1I6vrJ5Vhi5No90Nio86nGuaLZkctnhOKat7nMlVlmqzBF3swqpcfVq79Pq1DbaOU+0Pcpt3pe0quWcPaK1pPN7JtOncSHUy4wJ+dXNLM/SrPenyL7lZTwKQ89VjhwEfrIhHwUjeWSdyFGsZEK3IcSWSSDtSFmJKknHjUPPOilJy3dkGLmYtSGi8GvFMlTRkZskUNc/4ZuQ9L4jwUQsgyglBmShRL98X5K5E0aBM7KTkqSbHqwt0ZrUgOvL46FrD3OeHcOo69veyKFrodT7wPdO5Jq7ru9dcuLQMM9bfU3j+gcyUnESuTZ9c48N0PJM1z1GYM2FlUQd0Qd65MKqExz7XmA5k+hZGioVUTgBTOE5SsJRIh1FYZLMUHnhJKIbsuyfGHFKCBQCn6Hbd+HzBt2B0T3BIPC84JicNmCXZN+K4W3gZ5dRaRrWhkkS3t3cVP7GsXvohspxrY0gOtik0SYkPzLXVutIMBdGTK6RmrPv2c66H/urkWiSxOcE9OMAURE46onyglADPnkTR2BO3MVReLuUoJhvhxA7YFBYdxBZQMcpyUGkFFWQPbSiA0RNOAMvZBUKZNBPLNcnWCy+DUxr7enjIJesOA5s16IacQJ7dISsWPrSzvWAzRppnIhXds114Ofr7JGjoNDVmThTTh67yZDYuZIrmZIj79Npz0WtatukK9JXorDAG4kiLMmjwHEH9KsYkHCEgOIhb1qo7o9oA8fENHWCCDcReKw8jzRQtg1KZ7qqNz1M6o1jkGYnjofB0ZwYaSuMIh/OKFbgBDIO2JfHyk7SEhtXMjaA4/Lmu5uWudUPnqjcva4fJLRx2CPaauG4VsxUPLQQV19N7F8rF2pEDsQJyslFkrCF9XafB4HedfWq7LZrvf1ypyobXbnbaT9sbFe35c1yF+ObJbnf6NXbez0JiU651Xsk2zVZbj2SDxqt7ZKsfrDbqXa7st2RjZ3dZqMKXqNVae5tN1r35RbWtdo92WxgP0Jpry3JoFHVqHZJ2U61U6ljWN5qNBu9RyVZa/RapLMGpWW5W+70GpW9Zrkjd/c6u+1uFea3obbVaNU6sFLdqbZ6G7AKnqw+xEB26+Vmk02V9+B9h/2rtHcfdRr36z1Zbze3q2BuVeFZeatZ1aYQVKVZbuyU5HZ5p3y/yqva0NJhMePdfr3KLNgr4/9Kr9FuURiVdqvXwbCEKDu9bOl+o1styXKn0SVAap021BOcWNFmJVjXqmotBLWcyAhEaLzXrY592a6Wm9DVpcV5YeRT8LXxAb++0ovx7GvlablEjBau4IX5yzlr8jIDflGfLZvO18yt7mzJTKLws8LvC38s/AHP386Wn5JK43CfMt5Ujq6G6DPkCV+8ILI5a8+Svc/XIvGcVWOJGhDzxKH4FzR8SXfbc7CYlky1xAal4Cks5mUfMj17TTpf58+nJ5y3efLTcrv8ARXxx5j+5DqZs/ps6Xxu5sU3JVe8UfxB8V6xUrxd/H7xh8X3ig+K785ePUO69xR1n5ep/Q980vkHhNPCW/QPIDNl8zIPeC+GyP08BCakFr4p/lF4DR/bM+VzEk1zITNvj+RlnnVfPWMun9ne19iH/wWLQh9EeJxt2lPQXmsXbusMe7zTtj3z9j44bdt2pm3btm3btm3btrFX7Vr/19vBykGqH+R77pGqVKscXKPcUf//r7+PGvXMqP/Hr/LW//ObM8od5Y2afNSUo6YetcioRUctPmqJUUuOWmbU8qNWGLXiqFVHrTZq9VEHjHpt1N+O63iO7wRO6ERO7CRO6mRO7hRO6QycsZyxnXGccZ3xnPGdCZwJnYmciZ1JnEmdyZzJnSmcKZ2pnKmdaZxpnemc6Z0ZnBmdmZyZnVmcWZ3ZnNmdOZw5ndHO0BFHncqpncZpnc7pnbmcuZ15nHmd+Zz5nQWcBZ2FnIWdRZxFncWcxZ0lnCWdpZylnWWcZZ3lnOWdFZwVnZWclZ1VnFWd1ZzVnTWcNZ21nLWddZx1nfWc9Z0NnA2djZyNnU2cMc6mzmbO5s4WzpbOVs7WzjbOts52zvbODs6Ozk7Ozs4uzq7Obs7uzh7Ons5ezt7OPs6+zn7O/s4BzoHOQc7BziHOoc5hzuHOEc6RzlHO0c4xzrHOcc7xzgnOic5JzsnOKc6pzmnO6c4ZzpnOWc7ZzjnOuc55zvnOBc6FzkXOxc4lzqXOZc7lzhXOlc5VztXONc61znXO9c4Nzo3OTc7Nzi3Orc5tzu3OHc6dzl3O3c49zr3Ofc79zgPOg85DzsPOI86jzmPO484TzpPOU87TzjPOs85zzvPOC86LzkvOy84rzqvOa87rzhvOm85bztvOO867znvO+84HzofOR87HzifOp85nzufOF86XzlfO1843zrfOd873zg/Oj85Pzs/OL86vzm/O784fzp/OX87fzj/Ov85/7ijXcV3Xc303cEM3cmM3cVM3c3O3cEt34I7lju2O447rjueO707gTuhO5E7sTuJO6k7mTu5O4U7pTuVO7U7jTutO507vzuDO6M7kzuzO4s7qzubO7s7hzumOdoeuuOpWbu02but2bu/O5c7tzuPO687nzu8u4C7oLuQu7C7iLuou5i7uLuEu6S7lLu0u4y7rLucu767gruiu5K7sruKu6q7mru6u4a7pruWu7a7jruuu567vbuBu6G7kbuxu4o5xN3U3czd3t3C3dLdyt3a3cbd1t3O3d3dwd3R3cnd2d3F3dXdzd3f3cPd093L3dvdx93X3c/d3D3APdA9yD3YPcQ91D3MPd49wj3SPco92j3GPdY9zj3dPcE90T3JPdk9xT3VPc093z3DPdM9yz3bPcc91z3PPdy9wL3Qvci92L3EvdS9zL3evcK90r3Kvdq9xr3Wvc693b3BvdG9yb3ZvcW91b3Nvd+9w73Tvcu9273Hvde9z73cfcB90H3Ifdh9xH3Ufcx93n3CfdJ9yn3afcZ91n3Ofd19wX3Rfcl92X3FfdV9zX3ffcN9033Lfdt9x33Xfc993P3A/dD9yP3Y/cT91P3M/d79wv3S/cr92v3G/db9zv3d/cH90f3J/dn9xf3V/c393/3D/dP9y/3b/cf91//NGeY7nep7ne4EXepEXe4mXepmXe4VXegNvLG9sbxxvXG88b3xvAm9CbyJvYm8Sb1JvMm9ybwpvSm8qb2pvGm9abzpvem8Gb0ZvJm9mbxZvVm82b3ZvDm9Ob7Q39MRTr/Jqr/Far/N6by5vbm8eb15vPm9+bwFvQW8hb2FvEW9RbzFvcW8Jb0lvKW9pbxlvWW85b3lvBW9FbyVvZW8Vb1VvNW91bw1vTW8tb21vHW9dbz1vfW8Db0NvI29jbxNvjLept5m3ubeFt6W3lbe1t423rbedt723g7ejt5O3s7eLt6u3m7e7t4e3p7eXt7e3j7evt5+3v3eAd6B3kHewd4h3qHeYd7h3hHekd5R3tHeMd6x3nHe8d4J3oneSd7J3ineqd5p3uneGd6Z3lne2d453rneed753gXehd5F3sXeJd6l3mXe5d4V3pXeVd7V3jXetd513vXeDd6N3k3ezd4t3q3ebd7t3h3end5d3t3ePd693n3e/94D3oPeQ97D3iPeo95j3uPeE96T3lPe094z3rPec97z3gvei95L3sveK96r3mve694b3pveW97b3jveu9573vveB96H3kfex94n3qfeZ97n3hfel95X3tfeN9633nfe994P3o/eT97P3i/er95v3u/eH96f3l/e394/3r/efP8p3fNf3fN8P/NCP/NhP/NTP/Nwv/NIf+GP5Y/vj+OP64/nj+xP4E/oT+RP7k/iT+pP5k/tT+FP6U/lT+9P40/rT+dP7M/gz+jP5M/uz+LP6s/mz+3P4c/qj/aEvvvqVX/uN3/qd3/tz+XP78/jz+vP58/sL+Av6C/kL+4v4i/qL+Yv7S/hL+kv5S/vL+Mv6y/nL+yv4K/or+Sv7q/ir+qv5q/tr+Gv6a/lr++v46/rr+ev7G/gb+hv5G/ub+GP8Tf3N/M39Lfwt/a38rf1t/G397fzt/R38Hf2d/J39Xfxd/d383f09/D39vfy9/X38ff39/P39A/wD/YP8g/1D/EP9w/zD/SP8I/2j/KP9Y/xj/eP84/0T/BP9k/yT/VP8U/3T/NP9M/wz/bP8s/1z/HP98/zz/Qv8C/2L/Iv9S/xL/cv8y/0r/Cv9q/yr/Wv8a/3r/Ov9G/wb/Zv8m/1b/Fv92/zb/Tv8O/27/Lv9e/x7/fv8+/0H/Af9h/yH/Uf8R/3H/Mf9J/wn/af8p/1n/Gf95/zn/Rf8F/2X/Jf9V/xX/df81/03/Df9t/y3/Xf8d/33/Pf9D/wP/Y/8j/1P/E/9z/zP/S/8L/2v/K/9b/xv/e/87/0f/B/9n/yf/V/8X/3f/N/9P/w//b/8v/1//H/9/4JRgRO4gRf4QRCEQRTEQRKkQRbkQRGUwSAYKxg7GCcYNxgvGD+YIJgwmCiYOJgkmDSYLJg8mCKYMpgqmDqYJpg2mC6YPpghmDGYKZg5mCWYNZgtmD2YI5gzGB0MAwk0qII6aII26II+mCuYO5gnmDeYL5g/WCBYMFgoWDhYJFg0WCxYPFgiWDJYKlg6WCZYNlguWD5YIVgxWClYOVglWDVYLVg9WCNYM1grWDtYJ1g3WC9YP9gg2DDYKNg42CQYE2wabBZsHmwRbBlsFWwdbBNsG2wXbB/sEOwY7BTsHOwS7BrsFuwe7BHsGewV7B3sE+wb7BfsHxwQHBgcFBwcHBIcGhwWHB4cERwZHBUcHRwTHBscFxwfnBCcGJwUnBycEpwanBacHpwRnBmcFZwdnBOcG5wXnB9cEFwYXBRcHFwSXBpcFlweXBFcGVwVXB1cE1wbXBdcH9wQ3BjcFNwc3BLcGtwW3B7cEdwZ3BXcHdwT3BvcF9wfPBA8GDwUPBw8EjwaPBY8HjwRPBk8FTwdPBM8GzwXPB+8ELwYvBS8HLwSvBq8FrwevBG8GbwVvB28E7wbvBe8H3wQfBh8FHwcfBJ8GnwWfB58EXwZfBV8HXwTfBt8F3wf/BD8GPwU/Bz8Evwa/Bb8HvwR/Bn8Ffwd/BP8G/wXjgqd0A290A+DMAyjMA6TMA2zMA+LsAwH4Vjh2OE44bjheOH44QThhOFE4cThJOGk4WTh5OEU4ZThVOHU4TThtOF04fThDOGM4UzhzOEs4azhbOHs4RzhnOHocBhKqGEV1mETtmEX9uFc4dzhPOG84Xzh/OEC4YLhQuHC4SLhouFi4eLhEuGS4VLh0uEy4bLhcuHy4QrhiuFK4crhKuGq4Wrh6uEa4ZrhWuHa4TrhuuF64frhBuGG4UbhxuEm4Zhw03CzcPNwi3DLcKtw63CbcNtwu3D7cIdwx3CncOdwl3DXcLdw93CPcM9wr3DvcJ9w33C/cP/wgPDA8KDw4PCQ8NDwsPDw8IjwyPCo8OjwmPDY8Ljw+PCE8MTwpPDk8JTw1PC08PTwjPDM8Kzw7PCc8NzwvPD88ILwwvCi8OLwkvDS8LLw8vCK8MrwqvDq8Jrw2vC68PrwhvDG8Kbw5vCW8NbwtvD28I7wzvCu8O7wnvDe8L7w/vCB8MHwofDh8JHw0fCx8PHwifDJ8Knw6fCZ8NnwufD58IXwxfCl8OXwlfDV8LXw9fCN8M3wrfDt8J3w3fC98P3wg/DD8KPw4/CT8NPws/Dz8Ivwy/Cr8Ovwm/Db8Lvw+/CH8Mfwp/Dn8Jfw1/C38Pfwj/DP8K/w7/Cf8N/wv2hU5ERu5EV+FERhFEVxlERplEV5VERlNIjGisaOxonGjcaLxo8miCaMJoomjiaJJo0miyaPpoimjKaKpo6miaaNpoumj2aIZoxmimaOZolmjWaLZo/miOaMRkfDSCKNqqiOmqiNuqiP5ormjuaJ5o3mi+aPFogWjBaKFo4WiRaNFosWj5aIloyWipaOlomWjZaLlo9WiFaMVopWjlaJVo1Wi1aP1ojWjNaK1o7WidaN1ovWjzaINow2ijaONonGRJtGm0WbR1tEW0ZbRVtH20TbRttF20c7RDtGO0U7R7tEu0a7RbtHe0R7RntFe0f7RPtG+0X7RwdEB0YHRQdHh0SHRodFh0dHREdGR0VHR8dEx0bHRcdHJ0QnRidFJ0enRKdGp0WnR2dEZ0ZnRWdH50TnRudF50cXRBdGF0UXR5dEl0aXRZdHV0RXRldFV0fXRNdG10XXRzdEN0Y3RTdHt0S3RrdFt0d3RHdGd0V3R/dE90b3RfdHD0QPRg9FD0ePRI9Gj0WPR09ET0ZPRU9Hz0TPRs9Fz0cvRC9GL0UvR69Er0avRa9Hb0RvRm9Fb0fvRO9G70XvRx9EH0YfRR9Hn0SfRp9Fn0dfRF9GX0VfR99E30bfRd9HP0Q/Rj9FP0e/RL9Gv0W/R39Ef0Z/RX9H/0T/Rv/Fo2IndmMv9uMgDuMojuMkTuMszuMiLuNBPFY8djxOPG48Xjx+PEE8YTxRPHE8STxpPFk8eTxFPGU8VTx1PE08bTxdPH08QzxjPFM8czxLPGs8Wzx7PEc8Zzw6HsYSa1zFddzEbdzFfTxXPHc8TzxvPF88f7xAvGC8ULxwvEi8aLxYvHi8RLxkvFS8dLxMvGy8XLx8vEK8YrxSvHK8SrxqvFq8erxGvGa8Vrx2vE68brxevH68QbxhvFG8cbxJPCbeNN4s3jzeIt4y3ireOt4m3jbeLt4+3iHeMd4p3jneJd413i3ePd4j3jPeK9473ifeN94v3j8+ID4wPig+OD4kPjQ+LD48PiI+Mj4qPjo+Jj42Pi4+Pj4hPjE+KT45PiU+NT4tPj0+Iz4zPis+Oz4nPjc+Lz4/viC+ML4ovji+JL40viy+PL4ivjK+Kr46via+Nr4uvj6+Ib4xvim+Ob4lvjW+Lb49viO+M74rvju+J743vi++P34gfjB+KH44fiR+NH4sfjx+In4yfip+On4mfjZ+Ln4+fiF+MX4pfjl+JX41fi1+PX4jfjN+K347fid+N34vfj/+IP4w/ij+OP4k/jT+LP48/iL+Mv4q/jr+Jv42/i7+Pv4h/jH+Kf45/iX+Nf4t/j3+I/4z/iv+O/4n/jf+LxmVOImbeImfBEmYREmcJEmaZEmeFEmZDJKxkrGTcZJxk/GS8ZMJkgmTiZKJk0mSSZPJksmTKZIpk6mSqZNpkmmT6ZLpkxmSGZOZkpmTWZJZk9mS2ZM5kjmT0ckwkUSTKqmTJmmTLumTuZK5k3mSeZP5kvmTBZIFk4WShZNFkkWTxZLFkyWSJZOlkqWTZZJlk+WS5ZMVkhWTlZKVk1WSVZPVktWTNZI1k7WStZN1knWT9ZL1kw2SDZONko2TTZIxyabJZsnmyRbJlslWydbJNsm2yXbJ9skOyY7JTsnOyS7Jrsluye7JHsmeyV7J3sk+yb7Jfsn+yQHJgclBycHJIcmhyWHJ4ckRyZHJUcnRyTHJsclxyfHJCcmJyUnJyckpyanJacnpyRnJmclZydnJOcm5yXnJ+ckFyYXJRcnFySXJpcllyeXJFcmVyVXJ1ck1ybXJdcn1yQ3JjclNyc3JLcmtyW3J7ckdyZ3JXcndyT3Jvcl9yf3JA8mDyUPJw8kjyaPJY8njyRPJk8lTydPJM8mzyXPJ88kLyYvJS8nLySvJq8lryevJG8mbyVvJ28k7ybvJe8n7yQfJh8lHycfJJ8mnyWfJ58kXyZfJV8nXyTfJt8l3yffJD8mPyU/Jz8kvya/Jb8nvyR/Jn8lfyd/JP8m/yX/pqNRJ3dRL/TRIwzRK4zRJ0zRL87RIy3SQjpWOnY6TjpuOl46fTpBOmE6UTpxOkk6aTpZOnk6RTplOlU6dTpNOm06XTp/OkM6YzpTOnM6SzprOls6ezpHOmY5Oh6mkmlZpnTZpm3Zpn86Vzp3Ok86bzpfOny6QLpgulC6cLpIumi6WLp4ukS6ZLpUunS6TLpsuly6frpCumK6Urpyukq6arpaunq6Rrpmula6drpOum66Xrp9ukG6YbpRunG6Sjkk3TTdLN0+3SLdMt0q3TrdJt023S7dPd0h3THdKd053SXdNd0t3T/dI90z3SvdO90n3TfdL908PSA9MD0oPTg9JD00PSw9Pj0iPTI9Kj06PSY9Nj0uPT09IT0xPSk9OT0lPTU9LT0/PSM9Mz0rPTs9Jz03PS89PL0gvTC9KL04vSS9NL0svT69Ir0yvSq9Or0mvTa9Lr09vSG9Mb0pvTm9Jb01vS29P70jvTO9K707vSe9N70vvTx9IH0wfSh9OH0kfTR9LH0+fSJ9Mn0qfTp9Jn02fS59PX0hfTF9KX05fSV9NX0tfT99I30zfSt9O30nfTd9L308/SD9MP0o/Tj9JP00/Sz9Pv0i/TL9Kv06/Sb9Nv0u/T39If0x/Sn9Of0l/TX9Lf0//SP9M/0r/Tv9J/03/y0ZlTuZmXuZnQRZmURZnSZZmWZZnRVZmg2ysbOxsnGzcbLxs/GyCbMJsomzibJJs0myybPJsimzKbKps6myabNpsumz6bIZsxmymbOZslmzWbLZs9myObM5sdDbMJNOsyuqsydqsy/psrmzubJ5s3my+bP5sgWzBbKFs4WyRbNFssWzxbIlsyWypbOlsmWzZbLls+WyFbMVspWzlbJVs1Wy1bPVsjWzNbK1s7WydbN1svWz9bINsw2yjbONsk2xMtmm2WbZ5tkW2ZbZVtnW2TbZttl22fbZDtmO2U7Zztku2a7Zbtnu2R7Zntle2d7ZPtm+2X7Z/dkB2YHZQdnB2SHZodlh2eHZEdmR2VHZ0dkx2bHZcdnx2QnZidlJ2cnZKdmp2WnZ6dkZ2ZnZWdnZ2TnZudl52fnZBdmF2UXZxdkl2aXZZdnl2RXZldlV2dXZNdm12XXZ9dkN2Y3ZTdnN2S3Zrdlt2e3ZHdmd2V3Z3dk92b3Zfdn/2QPZg9lD2cPZI9mj2WPZ49kT2ZPZU9nT2TPZs9lz2fPZC9mL2UvZy9kr2avZa9nr2RvZm9lb2dvZO9m72XvZ+9kH2YfZR9nH2SfZp9ln2efZF9mX2VfZ19k32bfZd9n32Q/Zj9lP2c/ZL9mv2W/Z79kf2Z/ZX9nf2T/Zv9l8+KndyN/dyPw/yMI/yOE/yNM/yPC/yMh/kY+Vj5+Pk4+bj5ePnE+QT5hPlE+eT5JPmk+WT51PkU+ZT5VPn0+TT5tPl0+cz5DPmM+Uz57Pks+az5bPnc+Rz5qPzYS655lVe503e5l3e53Plc+fz5PPm8+Xz5wvkC+YL5Qvni+SL5ovli+dL5EvmS+VL58vky+bL5cvnK+Qr5ivlK+er5Kvmq+Wr52vka+Zr5Wvn6+Tr5uvl6+cb5BvmG+Ub55vkY/JN883yzfMt8i3zrfKt823ybfPt8u3zHfId853ynfNd8l3z3fLd8z3yPfO98r3zffJ98/3y/fMD8gPzg/KD80PyQ/PD8sPzI/Ij86Pyo/Nj8mPz4/Lj8xPyE/OT8pPzU/JT89Py0/Mz8jPzs/Kz83Pyc/Pz8vPzC/IL84vyi/NL8kvzy/LL8yvyK/Or8qvza/Jr8+vy6/Mb8hvzm/Kb81vyW/Pb8tvzO/I787vyu/N78nvz+/L78wfyB/OH8ofzR/JH88fyx/Mn8ifzp/Kn82fyZ/Pn8ufzF/IX85fyl/NX8lfz1/LX8zfyN/O38rfzd/J38/fy9/MP8g/zj/KP80/yT/PP8s/zL/Iv86/yr/Nv8m/z7/Lv8x/yH/Of8p/zX/Jf89/y3/M/8j/zv/K/83/yf/P/ilGFU7iFV/hFUIRFVMRFUqRFVuRFUZTFoBirGLsYpxi3GK8Yv5igmLCYqJi4mKSYtJismLyYopiymKqYupimmLaYrpi+mKGYsZipmLmYpZi1mK2YvZijmLMYXQwLKbSoirpoirboir6Yq5i7mKeYt5ivmL9YoFiwWKhYuFikWLRYrFi8WKJYsliqWLpYpli2WK5YvlihWLFYqVi5WKVYtVitWL1Yo1izWKtYu1inWLdYr1i/2KDYsNio2LjYpBhTbFpsVmxebFFsWWxVbF1sU2xbbFdsX+xQ7FjsVOxc7FLsWuxW7F7sUexZ7FXsXexT7FvsV+xfHFAcWBxUHFwcUhxaHFYcXhxRHFkcVRxdHFMcWxxXHF+cUJxYnFScXJxSnFqcVpxenFGcWZxVnF2cU5xbnFecX1xQXFhcVFxcXFJcWlxWXF5cUVxZXFVcXVxTXFtcV1xf3FDcWNxU3FzcUtxa3FbcXtxR3FncVdxd3FPcW9xX3F88UDxYPFQ8XDxSPFo8VjxePFE8WTxVPF08UzxbPFc8X7xQvFi8VLxcvFK8WrxWvF68UbxZvFW8XbxTvFu8V7xffFB8WHxUfFx8UnxafFZ8XnxRfFl8VXxdfFN8W3xXfF/8UPxY/FT8XPxS/Fr8Vvxe/FH8WfxV/F38U/xb/FeOKp3SLb3SL4MyLKMyLpMyLbMyL4uyLAflWOXY5TjluOV45fjlBOWE5UTlxOUk5aTlZOXk5RTllOVU5dTlNOW05XTl9OUM5YzlTOXM5SzlrOVs5ezlHOWc5ehyWEqpZVXWZVO2ZVf25Vzl3OU85bzlfOX85QLlguVC5cLlIuWi5WLl4uUS5ZLlUuXS5TLlsuVy5fLlCuWK5UrlyuUq5arlauXq5RrlmuVa5drlOuW65Xrl+uUG5YblRuXG5SblmHLTcrNy83KLcstyq3Lrcpty23K7cvtyh3LHcqdy53KXctdyt3L3co9yz3Kvcu9yn3Lfcr9y//KA8sDyoPLg8pDy0PKw8vDyiPLI8qjy6PKY8tjyuPL48oTyxPKk8uTylPLU8rTy9PKM8szyrPLs8pzy3PK88vzygvLC8qLy4vKS8tLysvLy8oryyvKq8urymvLa8rry+vKG8sbypvLm8pby1vK28vbyjvLO8q7y7vKe8t7yvvL+8oHywfKh8uHykfLR8rHy8fKJ8snyqfLp8pny2fK58vnyhfLF8qXy5fKV8tXytfL18o3yzfKt8u3ynfLd8r3y/fKD8sPyo/Lj8pPy0/Kz8vPyi/LL8qvy6/Kb8tvyu/L78ofyx/Kn8ufyl/LX8rfy9/KP8s/yr/Lv8p/y3/K/waiBM3AH3sAfBINwEA3iQTJIB9kgHxSDcjAYjDUYezDOYNzBeIPxBxMMJhxMNJh4MMlg0sFkg8kHUwymHEw1mHowzWDawXSD6QczDGYczDSYeTDLYNbBbIPZB3MM5hyMHgwHMtBBNagHzaAddIN+MNdg7sE8g3kH8w3mHywwWHCw0GDhwSKDRQeLDRYfLDFYcrDUYOnBMoNlB8sNlh+sMFhxsNJg5cEqg1UHqw1WH6wxWHOw1mDtwTqDdQfrDdYfbDDYcLDRYOPBJoMxg00Hmw02H2wx2HKw1WDrwTaDbQfbDbYf7DDYcbDTYOfBLoNdB7sNdh/sMdhzsNdg78E+g30H+w32HxwwOHBw0ODgwSGDQweHDQ4fHDE4cnDU4OjBMYNjB8cNjh+cMDhxcNLg5MEpg1MHpw1OH5wxOHNw1uDswTmDcwfnDc4fXBAvt+E2Y5YdM8fo/x3D/x3yv6P631H/72j+d7T/O7r/HX3yv3dGj1zDkUtGLh25qpGrHrmakasdubqRa2RDRjZkZENGNmRkQ0Y2ZGRDRjZkZENGNnTkZR15T0de0ZFXdOQVHXlF7ZWRL61G3qtGvrQaebka+dJqZKMa2ahGNqqRjWpkoxrZqEc26pGNemSjHtmoRzbqkY16ZKMe2ahHNuqRjWZkoxnZaEY2mpGNZmSjGdloRjaakY125L125CfakZ9o7c+NfEs3staNrHUjP9vZnxv55n5kox/55n7klX7klX7klX7kC/qRb+5HvqUf2ej7dORf+2g7h3aKnWpnZWdtZ2Nna2dnp60NbW1oa0NbG9ra0NaGtja0taGtDW1taGtia2JrYmtia2JrYmtia2JrYmtqE2oTahNqE2oTahNqE2oTign7C1W2VtlaZWuVrVW2VtlaZWuVrVW2VtlabWu1rdW2VttabWu1rdW2VttabWu1rTW21thaY2uNrTW21thaY2uNrTW21thaa2utrbW21tpaa2utrbW21tpaa2utrXW21tlaZ2udrXW21tlaZ2udrXW21tlab2u9rfW21ttab2u9rfW21ttab2sWELGAiAVELCBiARELiFhAxAIiFhCxgIgFRCwgYgERC4hYNcSqIVYNsWqIVUOsGmLVEKuGWDXEqiFWDbFqiFVDrBpi1RCxNQuIWEDEAiIWELGAiAVELCBiARELiFhAxAIiFhCxgIgFRCwgYgERC4hYQMQCIhYQsWqIVUOsGmLVEKuGWDXEqiFWDbFqiFVDrBpi1RCrhlg1xKohVg2xaohVQ6waYtUQq4ZYNcSqIVYNsWqIVUOsGmLVEKuGWDXEqiFWDbFqiFVDrBpi1RCrhlg1xKohVg2xaohVQ6waYtUQq4ZYNcSqIVYNsWqoVUOtGmrVUKuGWjXUqqFWDbVqqFVDrRpq1VCrhlo11P7boRYQtYCoBUQtIGoBUQuIWkDUAqIWELWAqAVELSBqAVELiFpA1AKiFhC1gKgFRC0gagFRC4haQNQCohYQtYCoBUQtIGoBUQuIWkDUAqIWELWAqAVELSBq/wNRa4laS9RaotYStZaotUStJWotUWuJWkvUWqLWErWWqLVErSVqLVFriVpL1Fqi1hK1lqi1RK0lai1Ra4laS9RaotYStZaotUStJWotUWuJWkvUWqLWErWWqLVErSVqLVFriVpL1Fqi1hK1lqi1RK0lai1Ra0llLamsJZW1pLKWVNaSylpSWUsqa0llLamsJZW1pLKWVNaSylpSWUsqa0llLamsJZW1pLKWVNaSylpSWUsqa0llLamsJZW1pLKWVNaSylpSWUsqa0llLamsJZW1pLKWVNaSylpSWUsqa0llLamsJZW1pLKWVNaSylpSWUsqa0llLamsJZW1pLKWVNaSylpSWUsqa0llLamsJZW1pLKWVNaSylpSWUsqa0llLamsJZW1pLKWVNaSylpSWUsqa0llLamsJZW1pLKWVNaSylpSWUsqa0llLamsJZW1pLKWVNaSylpSWUsqa0llLamsJZW1pLKWVNaSylpSWUsqa0llLamsJZW1pLKW1NaS2lpSW0tqa0ltLamtJbW1pLaW1NaS2lpSW0tqa0ltLamtJbW1pLaW1NaS2lpSW0tqa0ltLamtJbW1pLaW1NaS2lpSW0tqa0ltLamtJbW1pLaW1NaS2lpSW0tqa0ltLamtJbW1pLaW1NaS2lpSW0tqa0ltLamtJbW1pLaW1NaS2lpSW0tqa0ltLamtJbW1pLaW1NaS2lpSW0tqa0ltLamtJbW1pLaW1NaS2lpSW0tqa0ltLamtJbW1pLaW1NaS2lpSW0tqa0ltLamtJbW1pLaW1NaS2lpSW0tqa0ltLamtJbW1pLaW1NaS2lpSW0tqa0ltLamtJbW1pLaW1NaS2lpSW0tqa0ljLWmsJY21pLGWNNaSxlrSWEsaa0ljLWmsJY21pLGWNNaSxlrSWEsaa0ljLWmsJY21pLGWNNaSxlrSWEsaa0ljLWmsJY21pLGWNNaSxlrSWEsaa0ljLWmsJY21pLGWNNaSxlrSWEsaa0ljLWmsJY21pLGWNNaSxlrSWEsaa0ljLWmsJY21pLGWNNaSxlrSWEsaa0ljLWmsJY21pLGWNNaSxlrSWEsaa0ljLWmsJY21pLGWNNaSxlrSWEsaa0ljLWmsJY21pLGWNNaSxlrSWEsaa0ljLWmsJY21pLGWNNaSxlrSWEsaa0ljLWmsJY21pLGWNNaSxlrSWEsaa0ljLWmsJY21pLGWtNaS1lrSWktaa0lrLWmtJa21pLWWtNaS1lrSWktaa0lrLWmtJa21pLWWtNaS1lrSWktaa0lrLWmtJa21pLWWtNaS1lrSWktaa0lrLWmtJa21pLWWtNaS1lrSWktaa0lrLWmtJa21pLWWtNaS1lrSWktaa0lrLWmtJa21pLWWtNaS1lrSWktaa0lrLWmtJa21pLWWtNaS1lrSWktaa0lrLWmtJa21pLWWtNaS1lrSWktaa0lrLWmtJa21pLWWtNaS1lrSWktaa0lrLWmtJa21pLWWtNaS1lrSWktaa0lrLWmtJa21pLWWtNaS1lrSWktaa0lrLWmtJa21pLWWtNaS1lrSWktaa0lnLemsJZ21pLOWdNaSzlrSWUs6a0lnLemsJZ21pLOWdNaSzlrSWUs6a0lnLemsJZ21pLOWdNaSzlrSWUs6a0lnLemsJZ21pLOWdNaSzlrSWUs6a0lnLemsJZ21pLOWdNaSzlrSWUs6a0lnLemsJZ21pLOWdNaSzlrSWUs6a0lnLemsJZ21pLOWdNaSzlrSWUs6a0lnLemsJZ21pLOWdNaSzlrSWUs6a0lnLemsJZ21pLOWdNaSzlrSWUs6a0lnLemsJZ21pLOWdNaSzlrSWUs6a0lnLemsJZ21pLOWdNaSzlrSWUs6a0lnLemsJZ21pLOWdNaSzlrSWUs6a0lnLemsJZ21pLOW9NaS3lrSW0t6a0lvLemtJb21pLeW9NaS3lrSW0t6a0lvLemtJb21pLeW9NaS3lrSW0t6a0lvLemtJb21pLeW9NaS3lrSW0t6a0lvLemtJb21pLeW9NaS3lrSW0t6a0lvLemtJb21pLeW9NaS3lrSW0t6a0lvLemtJb21pLeW9NaS3lrSW0t6a0lvLemtJb21pLeW9NaS3lrSW0t6a0lvLemtJb21pLeW9NaS3lrSW0t6a0lvLemtJb21pLeW9NaS3lrSW0t6a0lvLemtJb21pLeW9NaS3lrSW0t6a0lvLemtJb21pLeW9NaS3lrSW0t6a0lvLemtJb21pLeW9NaS3lrSW0v6vs/+7zkcPXo07iFuwa24K9w17gZ3i7vDjd0hdofYHWJ3iN0hdofYHWJ3iN0hdofYFewKdgW7gl3BrmBXsCvYFewKdhW7il3FrmJXsavYVewqdhW7it0KuxV2K+xW2K2wW2G3wm6F3Qq7FXZr7NbYrbFbY7fGbo3dGrs1dmvs1thtsNtgt8Fug90Guw12G+w22G2w22C3xW6L3Ra7LXZb7LbYbbHbYrfFbovdDrsddjvsdtjtsNtht8Nuh90Oux12e+z22O2x22O3x26P3R67PXZ77KJXQ/RqiF4N0ashejVEr4bo1RC9GqJXQ/RqiF4N0ashejVEr4bo1RC9GqJXQ/RqiF4N0ashejVEr4bo1RC9GqJXQ/RqiF4N0ashejVEr4bo1RC9GqJXQ/RqiF4N0ashejVEr4bo1RC9GqJXQ/RqiF4N0ashejVEr4bo1RC9GqJXQ/RqiF4N0ashejVEr4bo1RC9GqJXQ/RqiF4N0ashejVEr4bo1RC9GqJXQ/RqiF4N0ashejVEr4bo1RC9GqJXQ/RqiF4N0ashejVEr4bo1RC9GqJXQ/RqiF4N0ashejVEr4bo1RC9GqJXQ/RqiF4N0ashejVEr4bo1RC9GqJXQ/RqiF4N0asheiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeiXolaBXgl4JeqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4peqXolaJXil4pelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVoVcVelWhVxV6VaFXFXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV6VaNXNXpVo1c1elWjVzV61aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWgVw161aBXDXrVoFcNetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVolctetWiVy161aJXLXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aFXHXrVoVcdetWhVx161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1c9etWjVz161aNXPXrVo1fw7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0C3y7w7QLfLvDtAt8u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O0K367w7QrfrvDtCt+u8O3/55b/D+M+F1MAeJytl11sHFcVx+/c2fVumt3G+aBNMPXs2Ekt6oRxHArNxs5+2K6lGDGunQ87TeNNYuejNZ00TlzaIicPFPEhyPJAH/JiF6qqCKmsxwjZgSoGHmgLEhENJHxIE55IJVBC5ULTkJrfHE/ahAapD8z6d8695557/ndm7rW9kzusQmvMUA40gSmtHLgwACX4DQRwGZIqE+WehPFoJK4sc1450ASmymEHIHi/dxLGYQKuQFzlzfemFt/ZbBU6zfeY+p46DOMQY+oHvcsSORn1JsBUS2JxFS46zlLjLCTO0uJkZcx/E682rykPJuhdhBjV32URIdeUiy8J1+Df6gz+LFyBO+ZnzXemHuptVoUW8yqFrrLKq6obDsMJqMBF4DlgHfM6d3yVwtclqwRlOEN/Fn82yl5MnTDjOhnX1Q+hclNWmHEFFiF/1d/0XPOMNNJLpfH2VLal+Wxhhfk291YWuwTrQA5cOAk/hCpk5vxFKZk352/MNhfCW5pTLWrD/Al8L57+1EM9PPdaAjlwIRw8C3HqzrHIOZTmVDg1htocCnM8/zneBhFKvOV/Jisqb/mf39pc+HzYUuek+lvqjcj/OPLfjfxXIv9s5B+P/MHIb498b+Q3R7418i2Rb478+siviXxd5DORt8T/w+/dUC580vwHD65kvsmbfJPbfZNt1I29OVKGCajALJyFRaociyljfhbLusx/6R1qm7Koe0Xq1phXpO4lqlyiyiWpe+mWSBkmoAKzcNa85C9alinkzS+ze76sQt8NMWadYtYpZp1i1ikiClsNGWiCPHRDFSPnGTmvNPvnDfbPG7QUthoy0AR5iN/SM81f6AE1yHl9QT/iD1oO28BnG/hsA5+1XzTPUeuc1DpHrXPMPsfsc8w+J7U+6JnmTt8ctKbNn/ttofvZlD1oLSmsN9so38ZOauOG2uRcFnlIs9iLoNlRRUaLFCmSUeSWiypudpqN6l5mtujt6n78Jvqhz5prxW+M/ANmo38/OnVmE1Wa2JtN4e8Es4FeA70G6a2mt5reapbZhF3NzAb8Bvxqsz7s8xIz/vJVso8zvr0manyqufkV09bb1CZJsac6OptLhcXmJ1jnJ1h9g1mjzoNmsMZf3yzTavwHO6MGvz8KS8279bBofUy/zUa0zBX4T+KXR97ya4vWjFHQfbwFxT5K8bRTPKoUzzfFo0nxnlM8nhSyKXZEih2RYh+l2EcpHmaKfZSaunPZsvy0fs1fvWH8tH5VXdav5rfpjG2Mxy/H9XjsckyPm5dNPa4va32m6kxCW1W5qoEqr+pkVdxK5BIDCS9xMhHP6ZzpateMZWozdZmGzNpMZ7y6ttqurqtuqF5b3Vk1UDikH+MlDug/K0P/WXtJxW2d0H8iltF/wDZh86BVCXtYWiewZWlNYCvSmpXscM4J6Ve/Py/MPAsXwZS4zNV/0MOiltEXULlA9gVl6gv6JYlW6/OMhOcgtE2Qh26I6fP6lOS8pH+vpuECmPr3+jEOlqV/5396iVW4rn+nt0v/13x+xed1Pq/xeZUHukR4Xe7qNdb+mpoH/qYRL8FhKMMsxHk6r3NvE/rX4Z8nbB5KEOa/rk7CGeCvLNkOrZzUGsAa6rj+knpaT6J0XH8RnoKn4RkO0HF9FI7BKDwpkcPwBByBEYkMwxfgcfAkchAOwaPwGBEPjSHR8NDw0PDQ8ETDQ8NDw0PDEw0PDQ8NDw1PNDw0PDQ8NDzR8NDw0PDQ8ERjCxoG9ovwFDwNz0j8KByDUXhSIofhCTgCIxIZhi/A4+BJ5CAcgkchrJ+V+lnqZ6mfpX5W6mepn6V+lvpZqZ+lfpb6WepnpX6W+lnqZ6mf1d5kLFuYRyCLQBaBrAg4IuAg4CDgIOCIgIOAg4CDgCMCDgIOAg4Cjgg4CDgIOAg4cgMO9R3qO9R3pH4g9QPqB9QPqB9I/YD6AfUD6gdSP6B+QP2A+oHUD6gfUD+gfiD1A+oH1A+oH0j94/oAG+kH8DKb67jeB4MwBPtlfABKsAf2SuRh2AWPwG6J7IA+6IedEumFrbANtsurP6AeRWdIdDx0PHQ8dDzR8dDx0PHQ8UTHQ8dDx0PHEx0PHQ8dDx1PdDx0PHQ8dDzRGUBnQH9f7UQrPCz7YBCGYL+MD0AJ9sBeiTwMu+AR2C2RHdAH/bBTIr2wtcA/qigNiJKLkovSFlFyUXJRclFyRclFyUXJRckVJRclFyUXJVeUXJRclFyUXFFyUXK5IxcdV3Ry6GTR0LT2wSAMwX4ZG4AS7IG9EnkYdsEjsFsiO6AP+mGnRHphK2yD7bLvDqj7RMNBw0HDQcMRDQcNBw0HDUc0HDQcNBw0HNFw0HDQcNBwRMNBw0HDQcMRjQCNP4pGgEaARoBGIBoBGgEaARqBaARoBGgEaASiEaARoBGgEYhGgEaARoBGEGroLxkv6meMj3NKrnFa3uXUPM/ZmOCMjHNWBjkzOzgZnZyQNk5KCyemiXOxjvOxlnPSwHlZw6mo43TYnJIMp6VWH6DmfmoOqWuFelb9Lqt/njVOsNZx1jzI2newwk5W2saKW1h5E+tbxzrXst4G1r2G1dWxSpvVZnRvflXtc+8MWl+DI/AErIdPwbTx8fz9/Gd0DSagE1qgCRpgDdRBBmpB3XWXUmrZ0mS+cLdu1fwfoNLGK2JPiv2W2CfFfk5sp9hs/u7u9Cvd6a93p73u9EB3ur87/WB3Otud/onxnhoj46/5e8bS3xlLf2UsvWssvWUsXRxLF8bSG8fSnxlLO7Qzxt+MFhK/K/Y5sd8Orbom9h2xF8XuFtsiNiO21mjx02rRtPG2b7dy33O+7eL+7tt7cd/37U9bPzVeVDbfGC3jBd/eTfR7vt2DO+Db9+P2+/Z6XNG323CFH9lN1rv2dMzIL7H+Yh+xfmtvsSr2Ruv5MOZb4zK02DpiN1pD9n3W4EJ4x4JrC92PrVb7B9a6hcjahci25YuWLypPGzP5DYnyLxPlUqLclCg3Jsr3Jcr3JsqrE2UrU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(function(){/*
 pdf2htmlEX.js: Core UI functions for pdf2htmlEX 
 Copyright 2012,2013 Lu Wang <coolwanglu@gmail.com> and other contributors 
 https://github.com/coolwanglu/pdf2htmlEX/blob/master/share/LICENSE 
*/
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class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x4 h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3">1</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><div class="c x0 y7 w4 h5"><div class="t m0 x5 h6 y8 ff1 fs1 fc3 sc0 ls0 ws0">Necati Ergin </div><div class="t m0 x6 h3 y2 ff1 fs0 fc3 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span><span class="ff2">ILARI DE<span class="_ _0"></span>RNEĞI</span> </div></div><div class="c x0 y9 w4 h7"><div class="t m0 x7 h6 ya ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x7 h6 yb ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x7 h6 yc ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x7 h6 yd ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x7 h6 ye ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x7 h6 yf ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x7 h6 y10 ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x7 h6 y11 ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x7 h6 y12 ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x7 h6 y13 ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x7 h6 y14 ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x7 h6 y15 ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x7 h6 y16 ff1 fs1 fc4 sc0 ls0 ws0"> </div><div class="t m0 x8 h8 y17 ff4 fs2 fc5 sc0 ls0 ws0">C++ DERS NOTLARI </div><div class="t m0 x7 h6 y18 ff1 fs1 fc4 sc0 ls0 ws0"> </div></div><div class="c x3 y3 w3 h0"><div class="t m0 x3 h3 y19 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x3 h3 y1a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x9 h3 y1b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y1c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y1d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y1e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y1f ff1 fs0 fc2 sc0 ls0 ws0"> <span class="_ _1"> </span> </div><div class="t m0 x1 h3 y20 ff1 fs0 fc2 sc0 ls0 ws0"> <span class="_ _1"> </span> </div><div class="t m0 x1 h3 y21 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y22 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y23 ff1 fs0 fc2 sc0 ls0 ws0"> <span class="_ _2"> </span> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf2" class="pf w0 h0" data-page-no="2"><div class="pc pc2 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x4 h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3">2</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xa h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y26 ff1 fs0 fc2 sc0 ls0 ws0"> <span class="_ _2"> </span> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf3" class="pf w0 h0" data-page-no="3"><div class="pc pc3 w0 h0"><img class="bi xb y27 w6 ha" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x4 h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3">3</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hb y28 ff3 fs3 fc3 sc0 ls0 ws0">T<span class="_ _3"></span>A<span class="_ _3"></span>B<span class="_ _3"></span>L<span class="_ _3"></span>E<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _3"></span>F<span class="_ _3"></span> <span class="_ _3"></span>C<span class="_ _3"></span>O<span class="_ _3"></span>N<span class="_ _3"></span>T<span class="_ _3"></span>E<span class="_ _3"></span>N<span class="_ _3"></span>T<span class="_ _3"></span>S<span class="_ _3"></span> </div><div class="t m2 x1 h3 y29 ff1 fs0 fc2 sc0 ls0 ws0">C<span class="ls1">  <span class="ff2 ls2">DİLİ <span class="_ _0"></span></span></span> <span class="_ _4"></span><span class="ff2">İLE <span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span>C+<span class="_ _0"></span>+  <span class="_ _4"></span><span class="ff2">D<span class="_ _0"></span>İLİ<span class="_ _0"></span> <span class="ff1"> <span class="_ _4"></span><span class="ff2">AR<span class="_ _0"></span>ASIN<span class="_ _0"></span>D<span class="_ _0"></span>AKİ </span></span></span></span></span></div><div class="t m0 xc hc y29 ff1 fs0 fc2 sc0 ls0 ws0">FARKLILIKLAR <span class="_ _5"></span><span class="ls3">...........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">11<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y2a ff1 fs0 fc2 sc0 ls0 ws0">C&apos;de Geçerli C++&apos;da Geçer<span class="_ _0"></span>siz Olan Durumlar<span class="_ _0"></span> <span class="_ _6"></span><span class="ls3">.....................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">12<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y2b ff2 fs0 fc2 sc0 ls0 ws0">C++&apos;Da Geçerli C&apos;de Hatalı <span class="_ _0"></span>Olan Durumlar<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">.........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">22<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y2c ff2 fs0 fc2 sc0 ls0 ws0">C ile C++ Arasındaki Kura<span class="_ _0"></span>l Farklılıkları<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">33<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 x1 hc y2d ff1 fs0 fc2 sc0 ls0 ws0">REFERANSLAR <span class="_ _7"></span><span class="ls3">.........................................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">36<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y2e ff2 fs0 fc2 sc0 ls0 ws0">Referanslar Nasıl Tanımlanır<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">..............................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">36<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y2f ff2 fs0 fc2 sc0 ls0 ws0">Tanımlamadan Son<span class="_ _0"></span>ra Referansın Kullanılması<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">...................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">37<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y30 ff2 fs0 fc2 sc0 ls0 ws0">Tanımlanmış Bir Referans B<span class="_ _0"></span>ir Başka Nesn<span class="_ _0"></span>enin Yerine Geçemez<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">........................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">39<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y31 ff2 fs0 fc2 sc0 ls0 ws0">Referansların const Olarak B<span class="_ _0"></span><span class="ff1">ildirilmesi<span class="_ _0"></span> <span class="_ _6"></span><span class="ls3">..............................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">40<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y32 ff2 fs0 fc2 sc0 ls0 ws0">const Referanslar Neden Ku<span class="_ _0"></span>llanılır<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">.....................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">42<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y33 ff2 fs0 fc2 sc0 ls0 ws0">const Referans Parametr<span class="_ _0"></span>eli İşlevler<span class="ff1"> <span class="ls3">...................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">45<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y34 ff2 fs0 fc2 sc0 ls0 ws0">Yapı Nesnelerinin Referan<span class="_ _0"></span>s Yoluyla İşlevlere Geçiril<span class="_ _0"></span>mesi<span class="_ _0"></span><span class="ff1"> <span class="ls3">..................................................................................................</span> <span class="_ _6"></span><span class="ls4">45<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y35 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin Parametre Deği<span class="_ _0"></span>şkeni Gösterici mi Referans mı<span class="_ _0"></span><span class="ff1 ls1">  </span>Olmalı<span class="ff1"> <span class="_ _7"></span><span class="ls3">................................................................<span class="_ _0"></span>............................<span class="ls0"> <span class="_ _6"></span><span class="ls4">48<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y36 ff1 fs0 fc2 sc0 ls0 ws0">Referanslar ile Göstericilerin B<span class="_ _0"></span>enzerlikleri <span class="ff2">v<span class="_ _0"></span>e Farklılıkları</span> <span class="_ _5"></span><span class="ls3">..................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">50<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y37 ff1 fs0 fc2 sc0 ls0 ws0">NULL Adresi ve Referanslar<span class="_ _0"></span> <span class="_ _5"></span><span class="ls3">................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">53<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y38 ff2 fs0 fc2 sc0 ls0 ws0">Referanslar Üzerinde Adre<span class="_ _0"></span>s İşlemleri<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">................................................................................................................................<span class="ls0">. <span class="_ _6"></span><span class="ls4">54<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y39 ff2 fs0 fc2 sc0 ls0 ws0">Referanslara Farklı Türden Bir <span class="_ _0"></span>Nesne ile İlkdeğer Veril<span class="_ _0"></span>mesi Durumu<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">55<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y3a ff2 fs0 fc2 sc0 ls0 ws0">Referanslara Değişmezlerl<span class="_ _0"></span>e İlkdeğer Verilmesi<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">..................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">56<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y3b ff2 fs0 fc2 sc0 ls0 ws0">Referansa Geri Dönen İşle<span class="_ _0"></span>vler<span class="ff1"> <span class="_ _4"></span><span class="ls3">............................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">56<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y3c ff2 fs0 fc2 sc0 ls0 ws0">Referansa Geri Dönen İşle<span class="_ _0"></span>v Yerel Nesne İle Geri Dön<span class="_ _0"></span>memeli<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">............................................................................................<span class="_ _0"></span><span class="ls0"> <span class="_ _6"></span><span class="ls4">59<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y3d ff2 fs0 fc2 sc0 ls0 ws0">Referanslar Neden Kullanılır<span class="_ _0"></span><span class="ff1"> <span class="ls3">..............................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">59<span class="fs4 ls0"> </span></span></span></div><div class="t m2 x1 h3 y3e ff1 fs0 fc2 sc0 ls0 ws0">PAR<span class="_ _0"></span>A<span class="ff2">M<span class="_ _0"></span>ETR<span class="_ _0"></span>E D<span class="_ _0"></span>E<span class="_ _0"></span>ĞİŞK<span class="_ _0"></span>ENL<span class="_ _0"></span>ER<span class="_ _0"></span>İNE <span class="_ _0"></span>VAR<span class="_ _0"></span>S<span class="_ _0"></span>AYIL<span class="_ _0"></span>AN </span></div><div class="t m0 x5 hc y3e ff2 fs0 fc2 sc0 ls0 ws0">DEĞERLERİN<span class="_ _0"></span> AKTARILMASI<span class="ff1"> <span class="_ _8"></span><span class="ls3">..................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">60<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y3f ff2 fs0 fc2 sc0 ls0 ws0">Varsayılan Argümanlar N<span class="_ _0"></span>eden Kullanılır?<span class="_ _0"></span><span class="ff1"> <span class="ls3">..........................................................................................................................</span> <span class="_ _6"></span><span class="ls4">64<span class="fs4 ls0"> </span></span></span></div><div class="t m0 x1 hc y40 ff2 fs0 fc2 sc0 ls0 ws0">İŞLEV YÜKLEMESİ<span class="ff1"> <span class="_ _7"></span><span class="ls3">....................................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">67<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y41 ff2 fs0 fc2 sc0 ls0 ws0">Aynı Arayüz Fark<span class="_ _0"></span>lı İşlemler<span class="ff1"> <span class="_ _7"></span><span class="ls3">.................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">67<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y42 ff1 fs0 fc2 sc0 ls0 ws0">const Yüklemesi<span class="_ _0"></span> <span class="ls3">................................................................................................................................................................</span>. <span class="_ _6"></span><span class="ls4">78<span class="fs4 ls0"> </span></span></div><div class="t m0 x1 hc y43 ff1 fs0 fc2 sc0 ls0 ws0">SINIFLAR <span class="ls3">.................................................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">81<span class="fs4 ls0"> </span></span></div><div class="t m0 xa hc y44 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Nedir<span class="ff1"> <span class="_ _4"></span><span class="ls3">................................................................................................<span class="_ _0"></span>...........................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">81<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y45 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Tanımı<span class="ff1"> <span class="_ _8"></span><span class="ls3">.........................................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">82<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y46 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Türünden Değişk<span class="_ _0"></span>enlerin Tanımlanması<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">......................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">85<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y47 ff2 fs0 fc2 sc0 ls0 ws0">Üye İşlevlerin Tanımlanma<span class="_ _0"></span>sı<span class="ff1"> <span class="ls3">..............................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">86<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y48 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf<span class="ff1"> <span class="_ _7"></span>Nesnel<span class="_ _0"></span>eri <span class="_ _7"></span>Yoluyla<span class="_ _0"></span> <span class="_ _7"></span><span class="ff2">Sınıfın<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ff2">Elemanların<span class="_ _0"></span>a<span class="ff1"> <span class="_ _7"></span><span class="ls5">ve<span class="ls0"> <span class="_ _6"></span>Üye <span class="_ _7"></span><span class="ff2">İşlevlerine E<span class="_ _0"></span>riŞim<span class="ff1"> <span class="_ _7"></span><span class="ls3">................................<span class="_ _0"></span>.................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">87<span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y49 ff2 fs0 fc2 sc0 ls0 ws0">Üye İşlevlere Yapılan Çağrıları<span class="_ _0"></span>n Amaç Kod İçine Yazılmaları<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">................................................................<span class="_ _0"></span>..............................<span class="ls0"> <span class="_ _6"></span><span class="ls4">87<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4a ff2 fs0 fc2 sc0 ls0 ws0">Sınıflarda Temel Erişim Kura<span class="_ _0"></span>lı<span class="ff1"> <span class="ls3">................................................................................................<span class="_ _0"></span>............................................</span> <span class="_ _6"></span><span class="ls4">89<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y4b ff2 fs0 fc2 sc0 ls0 ws0">Global İşlevlerin Erişim Kura<span class="_ _0"></span>lı<span class="ff1"> <span class="_ _8"></span><span class="ls3">.............................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">89<span class="fs4 ls0"> </span></span></span></span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfb" data-dest-detail='[11,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:52.750000px;bottom:725.350000px;width:500.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfc" data-dest-detail='[12,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:706.310000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf16" data-dest-detail='[22,"XYZ",52,560,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:687.270000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf21" data-dest-detail='[33,"XYZ",52,292,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:668.230000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf24" data-dest-detail='[36,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:52.750000px;bottom:649.200000px;width:500.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf24" data-dest-detail='[36,"XYZ",52,680,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:630.160000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf25" data-dest-detail='[37,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:611.120000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf27" data-dest-detail='[39,"XYZ",52,497,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:592.080000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf28" data-dest-detail='[40,"XYZ",52,375,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:573.040000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf2a" data-dest-detail='[42,"XYZ",52,545,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:554.010000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf2d" data-dest-detail='[45,"XYZ",52,651,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:534.970000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf2d" data-dest-detail='[45,"XYZ",52,246,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:515.930000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf30" data-dest-detail='[48,"XYZ",52,670,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:496.890000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf32" data-dest-detail='[50,"XYZ",52,236,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:477.850000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf35" data-dest-detail='[53,"XYZ",52,355,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:458.820000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf36" data-dest-detail='[54,"XYZ",52,753,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:439.780000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf37" data-dest-detail='[55,"XYZ",52,544,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:420.740000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf38" data-dest-detail='[56,"XYZ",52,562,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:401.700000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf38" data-dest-detail='[56,"XYZ",52,291,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:382.660000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf3b" data-dest-detail='[59,"XYZ",52,565,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:363.620000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf3b" data-dest-detail='[59,"XYZ",52,406,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:344.590000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf3c" data-dest-detail='[60,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:52.750000px;bottom:325.550000px;width:500.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf40" data-dest-detail='[64,"XYZ",52,307,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:306.510000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf43" data-dest-detail='[67,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:52.750000px;bottom:287.470000px;width:500.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf43" data-dest-detail='[67,"XYZ",52,626,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:268.430000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf4e" data-dest-detail='[78,"XYZ",52,693,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:249.400000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf51" data-dest-detail='[81,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:52.750000px;bottom:230.360000px;width:500.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf51" data-dest-detail='[81,"XYZ",52,645,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:211.320000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf52" data-dest-detail='[82,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:192.280000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf55" data-dest-detail='[85,"XYZ",52,401,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:173.240000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf56" data-dest-detail='[86,"XYZ",52,599,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:154.210000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf57" data-dest-detail='[87,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:135.170000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf57" data-dest-detail='[87,"XYZ",52,306,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:116.130000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf59" data-dest-detail='[89,"XYZ",52,254,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:97.092000px;width:489.500000px;height:19.038000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf59" data-dest-detail='[89,"XYZ",52,147,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:78.054000px;width:489.500000px;height:19.038000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf4" class="pf w0 h0" data-page-no="4"><div class="pc pc4 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x4 h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3">4</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xa hc y25 ff1 fs0 fc2 sc0 ls6 ws0">Üy<span class="ff2 ls0">e İşlevlerin Erişim Kura<span class="_ _0"></span>lı<span class="ff1"> <span class="_ _8"></span><span class="ls3">................................................................................................<span class="_ _0"></span>.................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">91<span class="fs4 ls0"> </span></span></span></span></span></span></div><div class="t m0 xa hc y26 ff2 fs0 fc2 sc0 ls0 ws0">Üye İşlevlerin Sınıfın E<span class="_ _0"></span>lemanlarına Erişmesi<span class="_ _0"></span><span class="ff1 ls3">.......................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">92<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y4c ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Elemanlarına Erişim <span class="_ _0"></span>ve this Göstericisi<span class="_ _0"></span><span class="ff1 ls3">.......................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">95<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y4d ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Bilinirlik Alanı<span class="ff1"> <span class="_ _8"></span><span class="ls3">............................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">102<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4e ff2 fs0 fc2 sc0 ls0 ws0">Çözünürlük İşleci<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">..............................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">104<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4f ff2 fs0 fc2 sc0 ls0 ws0">Çözünürlük İşlecinin T<span class="_ _0"></span>ek Terimli Önek Kullanı<span class="_ _0"></span>mı<span class="ff1"> <span class="_ _6"></span><span class="ls3">.............................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">104<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y50 ff2 fs0 fc2 sc0 ls0 ws0">Çözünürlük İşlecinin İki <span class="_ _0"></span>Terimli Araek Kullanımı<span class="_ _0"></span><span class="ff1"> <span class="ls3">..............................................................................................................</span> <span class="_ _7"></span><span class="ls4">107<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y51 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın Kurucu İşlevleri<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">......................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">108<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y52 ff1 fs0 fc2 sc0 ls0 ws0">Kurucu <span class="_ _7"></span><span class="ff2">İşle<span class="_ _0"></span>vin<span class="ff1"> <span class="_ _7"></span><span class="ff2">Sını<span class="_ _0"></span>fın<span class="ff1"> <span class="_ _7"></span>protect<span class="_ _0"></span>ed <span class="_ _6"></span><span class="ls7">ya<span class="ls0"> <span class="_ _7"></span><span class="ls8">da<span class="ls0"> <span class="_ _7"></span>private <span class="_ _7"></span>Bölümünde Bil<span class="_ _0"></span>dirilmesi <span class="_ _5"></span><span class="ls3">..............................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">119<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y53 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın Sonlandırıcı İşle<span class="_ _0"></span>vi<span class="ff1"> <span class="_ _8"></span><span class="ls3">...................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">120<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y54 ff2 fs0 fc2 sc0 ls0 ws0">Kurucu ve Sonlandırıcı İş<span class="_ _0"></span>levler Ne Amaçla Kullanılır<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">........................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">125<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y55 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Türünden Gö<span class="_ _0"></span>stericiler ve Adresler<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">...........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">128<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y56 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Türünden Referans<span class="_ _0"></span>lar<span class="ff1"> <span class="ls3">................................................................<span class="_ _0"></span>..............................................................................</span> <span class="_ _7"></span><span class="ls4">131<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y57 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Nesnelerinin İşlevlere G<span class="_ _0"></span>eçirilmesi<span class="ff1"> <span class="_ _7"></span><span class="ls3">............................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">133<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y58 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Nesnesinin Değerin<span class="_ _0"></span>in İşleve Aktarılması<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">..................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">133<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y59 ff2 fs0 fc2 sc0 ls0 ws0">Nesnenin Adresinin İşleve G<span class="_ _0"></span>eçirilmesi<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">.............................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">134<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5a ff2 fs0 fc2 sc0 ls0 ws0">Nesnenin Referans Yoluyla <span class="_ _0"></span>İşleve Geçirilmesi<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">..................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">134<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5b ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Bölümlerinin ve Erişi<span class="_ _0"></span>m Kurallarının An<span class="_ _0"></span>lamı<span class="ff1"> <span class="_ _5"></span><span class="ls3">..............................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">135<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5c ff2 fs0 fc2 sc0 ls0 ws0">Dinamik Sınıf Nesneleri<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">....................................................................................................................................................<span class="_ _0"></span><span class="ls0"> <span class="_ _7"></span><span class="ls4">142<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5d ff1 fs0 fc2 sc0 ls0 ws0">Dinamik <span class="ff2">Sınıf Nesneleri N<span class="_ _0"></span>e Amaçla Kullanılır<span class="_ _0"></span></span> <span class="_ _5"></span><span class="ls3">...................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">146<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y5e ff1 fs0 fc2 sc0 ls0 ws0">const <span class="_ _7"></span>Üye <span class="_ _7"></span><span class="ff2">İşlevler<span class="ff1"> <span class="_ _7"></span><span class="ls9">ve<span class="ls0"> <span class="_ _7"></span>con<span class="_ _0"></span>st <span class="_ _5"></span><span class="ff2">S<span class="_ _0"></span>ınıf<span class="ff1"> <span class="_ _7"></span>Nesneleri<span class="_ _0"></span> <span class="_ _6"></span><span class="ls3">.........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">147<span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y5f ff2 fs0 fc2 sc0 ls0 ws0">const Anahtar Sözcü<span class="_ _0"></span>ğünün Yeni Bir Anlamı<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">................................<span class="_ _0"></span>.....................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">149<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y60 ff2 fs0 fc2 sc0 ls0 ws0">const Üye İşlev ne Anlama <span class="_ _0"></span>Gelir<span class="ff1"> <span class="_ _4"></span><span class="ls3">................................................................................................<span class="_ _0"></span>.......................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">150<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y61 ff2 fs0 fc2 sc0 ls0 ws0">const Üye İşlevlerin Sınıfın Diğ<span class="_ _0"></span>er Üye İşlevlerini Çağır<span class="_ _0"></span>ması<span class="ff1"> <span class="_ _8"></span><span class="ls3">..............................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">150<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y62 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Elemanlarının Adresine <span class="_ _0"></span>Geri Dönen const Üy<span class="_ _0"></span>e İşlevler<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">............................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">151<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y63 ff2 fs0 fc2 sc0 ls0 ws0">Kurucu ve Sonlandırıcı İş<span class="_ _0"></span>levler const Olamaz<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">................................<span class="_ _0"></span>...................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">152<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y64 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Nesnelerinin Bitsel v<span class="_ _0"></span>e Soyut Du<span class="_ _0"></span>rumları<span class="ff1"> <span class="_ _0"></span><span class="ls3">...................................................................................................................</span> <span class="_ _6"></span><span class="ls4">152<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y65 ff2 fs0 fc2 sc0 ls0 ws0">const Üye İşlevlerin Derleyi<span class="_ _0"></span>ci Açısından Anlamı<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">...............................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">153<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y66 ff2 fs0 fc2 sc0 ls0 ws0">mutable Anahtar Söz<span class="_ _0"></span>cüğü<span class="ff1"> <span class="_ _7"></span><span class="ls3">................................................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">155<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y67 ff2 fs0 fc2 sc0 ls0 ws0">const Sınıf Nesneleri<span class="_ _0"></span><span class="ff1 ls3">.........................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">156<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y68 ff2 fs0 fc2 sc0 ls0 ws0">const Sınıf Nesneleri İçin Ku<span class="_ _0"></span>rucu İşlevin Çağrıl<span class="_ _0"></span>ması<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">.........................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">159<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y69 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın const Elemanları<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">....................................................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">159<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y6a ff1 fs0 fc2 sc0 ls0 ws0">const Yüklemesi<span class="_ _0"></span> <span class="ls3">...............................................................................................................................................................</span> <span class="_ _7"></span><span class="ls4">160<span class="_ _0"></span><span class="fs4 ls0"> </span></span></div><div class="t m0 xa hc y6b ff2 fs0 fc2 sc0 ls0 ws0">Kopyalayan Ku<span class="_ _0"></span>rucu İşlev<span class="ff1"> <span class="ls3">..................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">161<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y6c ff2 fs0 fc2 sc0 ls0 ws0">Kopyalayan Ku<span class="_ _0"></span>rucu İşlev Hangi Durumlarda Çağrılır<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">........................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">162<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y6d ff2 fs0 fc2 sc0 ls0 ws0">Kopyalayan Ku<span class="_ _0"></span>rucu İşlevin Yazılması<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">167<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y6e ff1 fs0 fc2 sc0 ls0 ws0">Kopyalayan<span class="_ _0"></span> <span class="_ _5"></span>Kuru<span class="_ _0"></span>cu <span class="_ _7"></span><span class="ff2">İşlevin<span class="ff1"> <span class="_ _5"></span>Para<span class="_ _0"></span>metresi <span class="_ _7"></span>Referans <span class="_ _7"></span>Yerine <span class="_ _7"></span>Nesne Olab<span class="_ _0"></span>ilir mi? <span class="_ _7"></span><span class="ls3">.....................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">168<span class="fs4 ls0"> </span></span></span></span></span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf5b" data-dest-detail='[91,"XYZ",52,538,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:757.000000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf5c" data-dest-detail='[92,"XYZ",52,412,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:737.960000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf5f" data-dest-detail='[95,"XYZ",52,665,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:718.930000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf66" data-dest-detail='[102,"XYZ",52,455,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:699.890000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf68" data-dest-detail='[104,"XYZ",52,301,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:680.850000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf68" data-dest-detail='[104,"XYZ",52,196,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:661.810000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf6b" data-dest-detail='[107,"XYZ",52,472,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:642.770000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf6c" data-dest-detail='[108,"XYZ",52,498,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:623.740000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf77" data-dest-detail='[119,"XYZ",52,486,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:604.700000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf78" data-dest-detail='[120,"XYZ",52,280,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:585.660000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf7d" data-dest-detail='[125,"XYZ",52,268,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:566.620000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf80" data-dest-detail='[128,"XYZ",52,417,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:547.580000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf83" data-dest-detail='[131,"XYZ",52,620,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:528.540000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf85" data-dest-detail='[133,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:509.510000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf85" data-dest-detail='[133,"XYZ",52,671,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:490.470000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf86" data-dest-detail='[134,"XYZ",52,751,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:471.430000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf86" data-dest-detail='[134,"XYZ",52,232,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:452.390000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf87" data-dest-detail='[135,"XYZ",52,422,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:433.350000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf8e" data-dest-detail='[142,"XYZ",52,312,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:414.320000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf92" data-dest-detail='[146,"XYZ",52,243,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:395.280000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf93" data-dest-detail='[147,"XYZ",52,309,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:376.240000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf95" data-dest-detail='[149,"XYZ",52,567,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:357.200000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf96" data-dest-detail='[150,"XYZ",52,345,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:338.160000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf96" data-dest-detail='[150,"XYZ",52,160,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:319.130000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf97" data-dest-detail='[151,"XYZ",52,389,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:300.090000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf98" data-dest-detail='[152,"XYZ",52,540,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:281.050000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf98" data-dest-detail='[152,"XYZ",52,435,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:262.010000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf99" data-dest-detail='[153,"XYZ",52,234,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:242.970000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf9b" data-dest-detail='[155,"XYZ",52,311,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:223.940000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf9c" data-dest-detail='[156,"XYZ",52,447,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:204.900000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf9f" data-dest-detail='[159,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:185.860000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf9f" data-dest-detail='[159,"XYZ",52,508,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:166.820000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfa0" data-dest-detail='[160,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:147.780000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfa1" data-dest-detail='[161,"XYZ",52,711,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:128.750000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfa2" data-dest-detail='[162,"XYZ",52,592,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:109.710000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfa7" data-dest-detail='[167,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:90.669000px;width:489.500000px;height:19.041000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfa8" data-dest-detail='[168,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:71.631000px;width:489.500000px;height:19.038000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf5" class="pf w0 h0" data-page-no="5"><div class="pc pc5 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x4 h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3">5</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xa hc y25 ff2 fs0 fc2 sc0 ls0 ws0">Atama İşlecini Yükleyen İ<span class="_ _0"></span>şlev<span class="ff1"> <span class="_ _9"></span><span class="ls3">...........................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">168<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y26 ff2 fs0 fc2 sc0 ls0 ws0">Atama işlevinin Yazılma<span class="_ _0"></span>sı<span class="ff1"> <span class="_ _7"></span><span class="ls3">................................................................................................<span class="_ _0"></span>.................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">170<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4c ff2 fs0 fc2 sc0 ls0 ws0">Dönüştüren Kurucu İ<span class="_ _0"></span>şlev<span class="ff1"> <span class="_ _5"></span><span class="ls3">..................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">174<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4d ff1 fs0 fc2 sc0 ls0 ws0">explicit <span class="ff2">Anahtar Sözcü<span class="_ _0"></span>ğü</span> <span class="_ _5"></span><span class="ls3">..................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">179<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y4e ff2 fs0 fc2 sc0 ls0 ws0">Arkadaşlik Bildirimleri<span class="ff1"> <span class="ls3">......................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">180<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y4f ff2 fs0 fc2 sc0 ls0 ws0">Arkadaş İşlevler Ne Zaman Ku<span class="_ _0"></span>llanılmalıdır<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">.......................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">183<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y50 ff2 fs0 fc2 sc0 ls0 ws0">Arkadaş Sınıflar<span class="ff1"> <span class="ls3">................................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">183<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y51 ff2 fs0 fc2 sc0 ls0 ws0">Arkadaşlık Bildirimi Çi<span class="_ _0"></span>ft Yönlü Değildir<span class="ff1"> <span class="_ _5"></span><span class="ls3">.............................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">184<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y52 ff2 fs0 fc2 sc0 ls0 ws0">Arkadaşımın Arkadaşı Benim <span class="_ _0"></span>de Arkadaşımdır<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">185<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y53 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın Statik Elemanları <span class="_ _0"></span>ve İşlevleri<span class="_ _0"></span><span class="ff1"> <span class="ls3">................................................................................................................................</span>. <span class="_ _6"></span><span class="ls4">186<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y54 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın Statik Elemanları<span class="_ _0"></span><span class="ff1"> <span class="ls3">...................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">186<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y55 ff2 fs0 fc2 sc0 ls0 ws0">statik Elemanlar Ne Zaman Ku<span class="_ _0"></span>llanılmalı<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">...........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">190<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y56 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın statik Üye İşlevl<span class="_ _0"></span>eri<span class="ff1"> <span class="_ _6"></span><span class="ls3">.................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">192<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y57 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfların const static E<span class="_ _0"></span>lemanları<span class="ff1"> <span class="_ _7"></span><span class="ls3">................................................................................................................................<span class="_ _0"></span>......<span class="ls0"> <span class="_ _7"></span><span class="ls4">197<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 x1 hc y58 ff2 fs0 fc2 sc0 ls0 ws0">İŞLEÇ YÜKLEMESİ<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">..................................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">198<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y59 ff2 fs0 fc2 sc0 ls0 ws0">İşleçleri Yükleyen Üye İşle<span class="_ _0"></span>vler<span class="ff1"> <span class="_ _7"></span><span class="ls3">..........................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">198<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5a ff2 fs0 fc2 sc0 ls0 ws0">İşleçleri Yükleyen İşle<span class="_ _0"></span>vlerin Parametrik Yapısı<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span><span class="ls3">.................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">200<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5b ff2 fs0 fc2 sc0 ls0 ws0">İşleçleri Yükleyen Üye İşle<span class="_ _0"></span>vlere Yapılan Çağrılar<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">..............................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">201<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5c ff2 fs0 fc2 sc0 ls0 ws0">İşleçleri Yükleyen Global İ<span class="_ _0"></span>şlevler<span class="ff1"> <span class="_ _5"></span><span class="ls3">................................................................<span class="_ _0"></span>......................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">202<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5d ff2 fs0 fc2 sc0 ls0 ws0">Karşılaştırma İşleçlerinin Yükl<span class="_ _0"></span>enmesi<span class="ff1"> <span class="_ _7"></span><span class="ls3">...............................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">204<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5e ff2 fs0 fc2 sc0 ls0 ws0">Aritmetik İşleçlerin Yüklenm<span class="_ _0"></span>esi<span class="ff1"> <span class="_ _8"></span><span class="ls3">........................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">207<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5f ff2 fs0 fc2 sc0 ls0 ws0">İşlemli Atama İşleçlerinin <span class="_ _0"></span>Yüklenmesi<span class="ff1"> <span class="_ _5"></span><span class="ls3">................................................................................................<span class="_ _0"></span>..............................<span class="ls0"> <span class="_ _7"></span><span class="ls4">209<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y60 ff1 fs0 fc2 sc0 ls0 ws0">++ ve <span class="lsa">--</span> <span class="ff2">İşleçlerinin Yüklenmes<span class="_ _0"></span>i</span> <span class="_ _5"></span><span class="ls3">........................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">210<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y61 ff2 fs0 fc2 sc0 ls0 ws0">İşleçleri Yükleyen Global İ<span class="_ _0"></span>şlevlerin Yazılması<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">................................................................<span class="_ _0"></span>...................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">213<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y62 ff2 fs0 fc2 sc0 ls0 ws0">İşleç Yükleyen İşlevlere İli<span class="_ _0"></span>şkin Kısıtlamalar<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">.......................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">215<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y63 ff2 fs0 fc2 sc0 ls0 ws0">İşleç Yükleyen İşlevlerin Çağrıl<span class="_ _0"></span>ma Sırası<span class="ff1"> <span class="_ _7"></span><span class="ls3">...........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">216<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y64 ff2 fs0 fc2 sc0 ls0 ws0">Köşeli Ayraç İşlecini Yükl<span class="_ _0"></span>eyen İşlev<span class="ff1"> <span class="ls3">..................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">216<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y65 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Nesnelerinin Değerlerini<span class="_ _0"></span>n Yazdırılması ve Klavyed<span class="_ _0"></span>en Sınıf Nesnelerine D<span class="_ _0"></span>eğer Alınması<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">.........................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">219<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y66 ff2 fs0 fc2 sc0 ls0 ws0">Numaralandırma Türleri İçin<span class="_ _0"></span> İşleçlerin Yüklenmes<span class="_ _0"></span><span class="ff1">i <span class="ls3">.........................................................................................................</span> <span class="_ _6"></span><span class="ls4">223<span class="fs4 ls0"> </span></span></span></div><div class="t m0 x1 hc y67 ff2 fs0 fc2 sc0 ls0 ws0">İSİM ALANLARI<span class="ff1"> <span class="_ _8"></span><span class="ls3">......................................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">232<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y68 ff2 fs0 fc2 sc0 ls0 ws0">İsim Alanı Tanımı<span class="ff1"> <span class="_ _7"></span><span class="ls3">..............................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">233<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y69 ff2 fs0 fc2 sc0 ls0 ws0">İsim Alanı Bir<span class="ff1"> </span>Bilinirlik A<span class="_ _0"></span>lanıdır<span class="ff1"> <span class="_ _6"></span><span class="ls3">.........................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">234<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y6a ff2 fs0 fc2 sc0 ls0 ws0">Çözünürlük İşleci ve Nitel<span class="_ _0"></span>enmiş İsim<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">234<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y6b ff2 fs0 fc2 sc0 ls0 ws0">Global İsim Alanı<span class="_ _0"></span><span class="ff1"> <span class="ls3">..............................................................................................................................................................</span> <span class="_ _7"></span><span class="ls4">236<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y6c ff2 fs0 fc2 sc0 ls0 ws0">İsim<span class="ff1"> <span class="_ _6"></span><span class="ff2">Alanları<span class="ff1"> <span class="_ _6"></span>Eklemeli <span class="_ _7"></span><span class="lsb">Bir<span class="ls0"> <span class="_ _6"></span><span class="ff2">Yapıy<span class="_ _0"></span>a<span class="ff1"> <span class="_ _6"></span>Sahiptir <span class="ls3">..........................................................................................................................</span> <span class="_ _6"></span><span class="ls4">236<span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y6d ff1 fs0 fc2 sc0 ls0 ws0">std  <span class="_ _4"></span><span class="ff2">İsim Alanı<span class="ff1"> <span class="_ _5"></span><span class="ls3">....................................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">238<span class="fs4 ls0"> </span></span></span></span></span></span></div><div class="t m0 xa hc y6e ff2 fs0 fc2 sc0 ls0 ws0">İçsel İsim Alanları<span class="_ _0"></span><span class="ff1"> <span class="ls3">.............................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">238<span class="fs4 ls0"> </span></span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfa8" data-dest-detail='[168,"XYZ",52,214,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:757.000000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfaa" data-dest-detail='[170,"XYZ",52,168,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:737.960000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfae" data-dest-detail='[174,"XYZ",52,712,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:718.930000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfb3" data-dest-detail='[179,"XYZ",52,667,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:699.890000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfb4" data-dest-detail='[180,"XYZ",52,646,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:680.850000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfb7" data-dest-detail='[183,"XYZ",52,429,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:661.810000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfb7" data-dest-detail='[183,"XYZ",52,244,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:642.770000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfb8" data-dest-detail='[184,"XYZ",52,179,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:623.740000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfb9" data-dest-detail='[185,"XYZ",52,343,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:604.700000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfba" data-dest-detail='[186,"XYZ",52,469,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:585.660000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfba" data-dest-detail='[186,"XYZ",52,235,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:566.620000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfbe" data-dest-detail='[190,"XYZ",52,90,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:547.580000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfc0" data-dest-detail='[192,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:528.540000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfc5" data-dest-detail='[197,"XYZ",52,341,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:509.510000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfc6" data-dest-detail='[198,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:52.750000px;bottom:490.470000px;width:500.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfc6" data-dest-detail='[198,"XYZ",52,149,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:471.430000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfc8" data-dest-detail='[200,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:452.390000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfc9" data-dest-detail='[201,"XYZ",52,686,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:433.350000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfca" data-dest-detail='[202,"XYZ",52,146,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:414.320000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfcc" data-dest-detail='[204,"XYZ",52,373,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:395.280000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfcf" data-dest-detail='[207,"XYZ",52,583,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:376.240000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfd1" data-dest-detail='[209,"XYZ",52,594,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:357.200000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfd2" data-dest-detail='[210,"XYZ",52,328,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:338.160000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfd5" data-dest-detail='[213,"XYZ",52,602,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:319.130000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfd7" data-dest-detail='[215,"XYZ",52,249,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:300.090000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfd8" data-dest-detail='[216,"XYZ",52,470,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:281.050000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfd8" data-dest-detail='[216,"XYZ",52,184,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:262.010000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfdb" data-dest-detail='[219,"XYZ",52,267,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:242.970000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfdf" data-dest-detail='[223,"XYZ",52,283,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:223.940000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfe8" data-dest-detail='[232,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:52.750000px;bottom:204.900000px;width:500.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfe9" data-dest-detail='[233,"XYZ",52,408,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:185.860000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfea" data-dest-detail='[234,"XYZ",52,676,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:166.820000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfea" data-dest-detail='[234,"XYZ",52,174,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:147.780000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfec" data-dest-detail='[236,"XYZ",52,701,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:128.750000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfec" data-dest-detail='[236,"XYZ",52,215,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:109.710000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfee" data-dest-detail='[238,"XYZ",52,682,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:90.669000px;width:489.500000px;height:19.041000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfee" data-dest-detail='[238,"XYZ",52,390,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:71.631000px;width:489.500000px;height:19.038000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf6" class="pf w0 h0" data-page-no="6"><div class="pc pc6 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x4 h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3">6</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xa hc y25 ff2 fs0 fc2 sc0 ls0 ws0">İsim Alanı Elemanlarının Tan<span class="_ _0"></span>ımlamaları<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">...........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">239<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y26 ff1 fs0 fc2 sc0 ls0 ws0">using Bildirimi <span class="_ _8"></span><span class="ls3">...................................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">241<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y4c ff1 fs0 fc2 sc0 ls0 ws0">using namespace Ko<span class="_ _0"></span>mutu <span class="_ _5"></span><span class="ls3">................................................................<span class="_ _0"></span>................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">244<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y4d ff2 fs0 fc2 sc0 ls0 ws0">Bir Kütüphanenin<span class="_ _0"></span> İsim Alanı İçine Alınması<span class="_ _0"></span><span class="ff1"> <span class="_ _0"></span><span class="ls3">.....................................................................................................................</span> <span class="_ _6"></span><span class="ls4">247<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y4e ff2 fs0 fc2 sc0 ls0 ws0">İsim Alanı Eşismi<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">...............................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">248<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4f ff2 fs0 fc2 sc0 ls0 ws0">İsimsiz İsim Alanı<span class="ff1"> <span class="_ _6"></span><span class="ls3">................................................................................................................................<span class="_ _0"></span>..............................<span class="ls0"> <span class="_ _7"></span><span class="ls4">250<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y50 ff2 fs0 fc2 sc0 ls0 ws0">Koenig İsim Araması<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">.........................................................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">251<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y51 ff2 fs0 fc2 sc0 ls0 ws0">İsim Alanlarında Yapılan Arka<span class="_ _0"></span>daşlık Bildirimleri<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">...............................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">253<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y52 ff2 fs0 fc2 sc0 ls0 ws0">İsim Alanları Ne Zaman Ku<span class="_ _0"></span>llanılmalı<span class="ff1"> <span class="_ _8"></span><span class="ls3">................................<span class="_ _0"></span>................................................................................................<span class="ls0">. <span class="_ _6"></span><span class="ls4">254<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y53 ff2 fs0 fc2 sc0 ls0 ws0">İsim Alanlarının Maliy<span class="_ _0"></span>eti<span class="ff1"> <span class="ls3">..................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">254<span class="fs4 ls0"> </span></span></span></div><div class="t m0 x1 hc y54 ff1 fs0 fc2 sc0 ls0 ws0">TÜRETME <span class="_ _5"></span><span class="ls3">................................<span class="_ _0"></span>..............................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">255<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y55 ff2 fs0 fc2 sc0 ls0 ws0">Türetme İşleminin Genel Biçi<span class="_ _0"></span>mi<span class="ff1"> <span class="_ _7"></span><span class="ls3">................................................................................................<span class="_ _0"></span>.......................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">256<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y56 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş Sınıf Nesnelerinin<span class="_ _0"></span> Bellekte Yerleşimi<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">................................<span class="_ _0"></span>..................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">258<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y57 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş Sınıflarda Erişi<span class="_ _0"></span>m Kuralı<span class="ff1"> <span class="ls3">.......................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">259<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y58 ff2 fs0 fc2 sc0 ls0 ws0">public Türetmesinden Ç<span class="_ _0"></span>ıkan Sonuçlar<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">..............................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">261<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y59 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş <span class="ff1"> <span class="_ _8"></span><span class="ff2">Sınıf <span class="ff1"> <span class="_ _8"></span>Üye<span class="lsc">  </span><span class="ff2">İşlevlerinin </span> <span class="_ _5"></span>Taban  <span class="_ _8"></span><span class="ff2">Sınıf <span class="ff1"> <span class="_ _8"></span>Üye  <span class="_ _8"></span><span class="ff2">İşlevlerini<span class="ff1 lsc">  </span>Çağırması<span class="ff1"> <span class="ls3">................................................................................</span> <span class="_ _7"></span><span class="ls4">262<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y5a ff2 fs0 fc2 sc0 ls0 ws0">Taban Sınıf Kurucu ve <span class="_ _0"></span>Sonlandırıcı İşlevlerinin <span class="_ _0"></span>Çağrılma<span class="_ _0"></span>sı<span class="ff1"> <span class="_ _7"></span><span class="ls3">...............................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">264<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5b ff2 fs0 fc2 sc0 ls0 ws0">Kurucu İşlevin Sınıfın privat<span class="_ _0"></span>e Bölümünde Olması<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span><span class="ls3">............................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">267<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5c ff2 fs0 fc2 sc0 ls0 ws0">Taban Sınıfın Sonlan<span class="_ _0"></span>dırıcı İşlevinin Çağrılması<span class="_ _0"></span><span class="ff1"> <span class="ls3">.................................................................................................................</span> <span class="_ _7"></span><span class="ls4">268<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y5d ff2 fs0 fc2 sc0 ls0 ws0">Türetme İle Bileşik Ne<span class="_ _0"></span>sne Oluşturmanın<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ff2">Karşılaştırılması<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span><span class="ls3">................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">270<span class="fs4 ls0"> </span></span></span></span></span></span></span></div><div class="t m0 xa hc y5e ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın protected Bölü<span class="_ _0"></span>mü<span class="ff1"> <span class="_ _6"></span><span class="ls3">.................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">271<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5f ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Hiyerarşisi<span class="ff1"> <span class="_ _5"></span><span class="ls3">................................................................................................................................................................<span class="ls0">. <span class="_ _6"></span><span class="ls4">273<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y60 ff2 fs0 fc2 sc0 ls0 ws0">Türetme ve Bileşik Nesnel<span class="_ _0"></span>erin Birlikte Kullanılması<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">.........................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">273<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y61 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş Sınıflarda Bilinirlik Al<span class="_ _0"></span>anı<span class="ff1 ls3">......................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">274<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y62 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş Sınıf İçinde <span class="_ _0"></span>Yapılan using Bildirimi<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">......................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">281<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y63 ff2 fs0 fc2 sc0 ls0 ws0">Sınıflarda İsim Arama<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">.......................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">283<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y64 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf Bildirimi İçindeki İ<span class="_ _0"></span>simlerin Aranması<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">283<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y65 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın Üye İşlevi İçinde Kullanı<span class="_ _0"></span>lan İsimlerin Aranmas<span class="_ _0"></span>ı<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">.....................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">286<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y66 ff2 fs0 fc2 sc0 ls0 ws0">Türetme İlişkisinde Arkada<span class="_ _0"></span>şlık Bildirimleri<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">.......................................................................................................................<span class="_ _0"></span><span class="ls0"> <span class="_ _7"></span><span class="ls4">290<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y67 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş Sınıf Nesne Adre<span class="_ _0"></span>sinin Taban Sın<span class="_ _0"></span>ıf Göstericisine Atanab<span class="_ _0"></span>ilmesi<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">...........................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">291<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y68 ff2 fs0 fc2 sc0 ls0 ws0">Türetmede Kopyalayan<span class="_ _0"></span> Kurucu İşlevin Durumu<span class="_ _0"></span><span class="ff1"> <span class="ls3">................................<span class="_ _0"></span>..............................................................................</span> <span class="_ _6"></span><span class="ls4">292<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y69 ff2 fs0 fc2 sc0 ls0 ws0">Türetmede Atama İşl<span class="_ _0"></span>evinin Durumu<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">................................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">294<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 x1 hc y6a ff2 fs0 fc2 sc0 ls0 ws0">SANAL İŞLEVLER ve ÇOK<span class="_ _0"></span>BİÇİMLİLİK<span class="ff1"> <span class="ls3">......................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">296<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y6b ff2 fs0 fc2 sc0 ls0 ws0">Sanal İşlevler<span class="ff1"> <span class="ls3">....................................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">299<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y6c ff2 fs0 fc2 sc0 ls0 ws0">Sanal İşlevlerin Çağrıl<span class="_ _0"></span>ma Biçimleri<span class="ff1"> <span class="ls3">...................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">300<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y6d ff2 fs0 fc2 sc0 ls0 ws0">private Sanal İşlevler<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">........................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">305<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y6e ff2 fs0 fc2 sc0 ls0 ws0">Sanal İşlev Çağırmanın N<span class="_ _0"></span>edenleri<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">.....................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">305<span class="fs4 ls0"> </span></span></span></span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfef" data-dest-detail='[239,"XYZ",52,625,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:757.000000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pff1" data-dest-detail='[241,"XYZ",52,394,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:737.960000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pff4" data-dest-detail='[244,"XYZ",52,404,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:718.930000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pff7" data-dest-detail='[247,"XYZ",52,485,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:699.890000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pff8" data-dest-detail='[248,"XYZ",52,637,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:680.850000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pffa" data-dest-detail='[250,"XYZ",52,681,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:661.810000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pffb" data-dest-detail='[251,"XYZ",52,676,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:642.770000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pffd" data-dest-detail='[253,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:623.740000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pffe" data-dest-detail='[254,"XYZ",52,596,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:604.700000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pffe" data-dest-detail='[254,"XYZ",52,447,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:585.660000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pfff" data-dest-detail='[255,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:52.750000px;bottom:566.620000px;width:500.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf100" data-dest-detail='[256,"XYZ",52,207,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:547.580000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf102" data-dest-detail='[258,"XYZ",52,562,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:528.540000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf103" data-dest-detail='[259,"XYZ",52,167,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:509.510000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf105" data-dest-detail='[261,"XYZ",52,330,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:490.470000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf106" data-dest-detail='[262,"XYZ",52,280,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:471.430000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf108" data-dest-detail='[264,"XYZ",52,739,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:452.390000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf10b" data-dest-detail='[267,"XYZ",52,191,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:433.350000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf10c" data-dest-detail='[268,"XYZ",52,277,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:414.320000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf10e" data-dest-detail='[270,"XYZ",52,449,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:395.280000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf10f" data-dest-detail='[271,"XYZ",52,320,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:376.240000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf111" data-dest-detail='[273,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:357.200000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf111" data-dest-detail='[273,"XYZ",52,542,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:338.160000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf112" data-dest-detail='[274,"XYZ",52,198,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:319.130000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf119" data-dest-detail='[281,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:300.090000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf11b" data-dest-detail='[283,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:281.050000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf11b" data-dest-detail='[283,"XYZ",52,383,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:262.010000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf11e" data-dest-detail='[286,"XYZ",52,376,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:242.970000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf122" data-dest-detail='[290,"XYZ",52,451,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:223.940000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf123" data-dest-detail='[291,"XYZ",52,572,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:204.900000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf124" data-dest-detail='[292,"XYZ",52,407,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:185.860000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf126" data-dest-detail='[294,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:166.820000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf128" data-dest-detail='[296,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:52.750000px;bottom:147.780000px;width:500.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf12b" data-dest-detail='[299,"XYZ",52,636,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:128.750000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf12c" data-dest-detail='[300,"XYZ",52,654,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:109.710000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf131" data-dest-detail='[305,"XYZ",52,642,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:90.669000px;width:489.500000px;height:19.041000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf131" data-dest-detail='[305,"XYZ",52,344,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:71.631000px;width:489.500000px;height:19.038000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf7" class="pf w0 h0" data-page-no="7"><div class="pc pc7 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x4 h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3">7</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xa hc y25 ff2 fs0 fc2 sc0 ls0 ws0">Sanallık Devreden Çıkartıl<span class="_ _0"></span>ması<span class="ff1"> <span class="_ _5"></span><span class="ls3">.........................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">306<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y26 ff2 fs0 fc2 sc0 ls0 ws0">Sanal İşlev Kullanılmasına <span class="_ _0"></span>İlişkin Örnekler<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span><span class="ls3">.......................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">307<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4c ff2 fs0 fc2 sc0 ls0 ws0">Sanal İşlev Mekanizmasının<span class="_ _0"></span> Oluşturulması<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">......................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">307<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4d ff2 fs0 fc2 sc0 ls0 ws0">Sanal İşlevlerin Maliyeti<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span><span class="ls3">...................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">311<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4e ff1 fs0 fc2 sc0 ls0 ws0">Sanal <span class="ff2">Sonland<span class="_ _0"></span>ırıcı İşlevler</span> <span class="_ _8"></span><span class="ls3">.................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">311<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y4f ff2 fs0 fc2 sc0 ls0 ws0">Saf Sanal İşlevler<span class="_ _0"></span><span class="ff1"> <span class="ls3">..............................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">314<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y50 ff2 fs0 fc2 sc0 ls0 ws0">Saf Sanal Sonland<span class="_ _0"></span>ırıcı İşlevler<span class="ff1"> <span class="_ _5"></span><span class="ls3">...........................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">317<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y51 ff2 fs0 fc2 sc0 ls0 ws0">Kurucu İşlevler İçinde Yapılan<span class="_ _0"></span> Sanal İşlev Çağrıları<span class="_ _0"></span><span class="ff1"> <span class="_ _0"></span><span class="ls3">..........................................................................................................</span> <span class="_ _6"></span><span class="ls4">318<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y52 ff2 fs0 fc2 sc0 ls0 ws0">Sonlandırıcı İşlevler İçinde Yap<span class="_ _0"></span>ılan Sanal İşle<span class="_ _0"></span>v<span class="ff1"> <span class="_ _4"></span><span class="ff2">Çağrıları<span class="ff1"> <span class="_ _7"></span><span class="ls3">....................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">320<span class="fs4 ls0"> </span></span></span></span></span></span></span></div><div class="t m0 xa hc y53 ff2 fs0 fc2 sc0 ls0 ws0">Taban Sınıf Nesnesiyl<span class="_ _0"></span>e Yapılan Sanal <span class="_ _0"></span>İşlev Çağrısı<span class="ff1"> <span class="_ _8"></span><span class="ls3">............................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">322<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y54 ff1 fs0 fc2 sc0 ls0 ws0">Sanal  <span class="_ _5"></span><span class="ff2">İşlevler<span class="ff1 lsd">  <span class="ls5">ve<span class="ls0"> <span class="_ _8"></span> <span class="_ _8"></span><span class="ff2">Var<span class="_ _0"></span>sayılan <span class="ff1"> <span class="_ _5"></span>Argümanlar <span class="_ _8"></span><span class="ls3">...........................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">325<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y55 ff2 fs0 fc2 sc0 ls0 ws0">Ezilen Bir Sanal İşlevin Param<span class="_ _0"></span>etrik Yapısı<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">.........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">326<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y56 ff1 fs0 fc2 sc0 ls0 ws0">Çokbiçimlilik <span class="_ _6"></span><span class="ls3">.....................................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">328<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 x1 hc y57 ff2 fs0 fc2 sc0 ls0 ws0">İŞLEV şablonları<span class="_ _0"></span><span class="ff1"> <span class="ls3">....................................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">329<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y58 ff2 fs0 fc2 sc0 ls0 ws0">Birden Fazla Şablon P<span class="_ _0"></span>arametresi Olabilir<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">.........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">334<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y59 ff2 fs0 fc2 sc0 ls0 ws0">İşlev Şablonu Bildirimleri<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">..................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">335<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5a ff2 fs0 fc2 sc0 ls0 ws0">Derleyicinin Şablon P<span class="_ _0"></span>arametresinin Türünü Çıkarma<span class="_ _0"></span>sı<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">....................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">336<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5b ff2 fs0 fc2 sc0 ls0 ws0">Şablon Argümanları Bir Sın<span class="_ _0"></span>ıf Türüne Bağlan<span class="_ _0"></span>abilir<span class="ff1"> <span class="_ _6"></span><span class="ls3">................................................................<span class="_ _0"></span>............................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">342<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5c ff2 fs0 fc2 sc0 ls0 ws0">Tür ve Referans Çağrı Param<span class="_ _0"></span>etreleri<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">343<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5d ff2 fs0 fc2 sc0 ls0 ws0">Dizgelerin Argüman Olarak <span class="_ _0"></span>Kullanılması<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">..........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">346<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5e ff1 fs0 fc2 sc0 lsb ws0">Bir<span class="lsc">  <span class="ff2 ls0">İşlev</span><span class="lsd">  <span class="ff2 ls0">Şablonu <span class="ff1"> <span class="_ _8"></span><span class="ff2">İçin<span class="_ _0"></span>de <span class="ff1"> <span class="_ _8"></span><span class="ff2">Başka <span class="ff1"> <span class="_ _8"></span>Bir  <span class="_ _8"></span><span class="ff2">İşl<span class="_ _0"></span>ev<span class="ff1 lsd">  </span>Şablonu <span class="ff1"> <span class="_ _8"></span><span class="ff2">çağrılabilir<span class="_ _0"></span><span class="ff1 ls3">..............................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">347<span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y5f ff1 fs0 fc2 sc0 lsb ws0">Bir<span class="lsc">  <span class="ff2 ls0">İşlev <span class="ff1"> <span class="_ _5"></span><span class="ff2">Şablonuyla<span class="ff1 lsc">  </span>Aynı<span class="ff1"> <span class="_ _0"></span> <span class="_ _8"></span><span class="ff2">İsimli <span class="ff1"> <span class="_ _8"></span>Normal<span class="lsc">   </span>Bir  <span class="_ _8"></span><span class="ff2">İşlev <span class="ff1"> <span class="_ _8"></span><span class="lsb">Bir<span class="_ _0"></span><span class="lsc">  <span class="ls0">Arada Bulu<span class="_ _0"></span>nabilir <span class="ls3">.............................................................................</span> <span class="_ _7"></span><span class="ls4">348<span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y60 ff2 fs0 fc2 sc0 ls0 ws0">Belirlenmiş İşlev Şablon<span class="_ _0"></span>u Argümanları<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">.............................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">349<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y61 ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonları ve İşle<span class="_ _0"></span>v Yüklemesi<span class="ff1"> <span class="_ _0"></span><span class="ls3">...................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">355<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y62 ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonları da Yüklen<span class="_ _0"></span>ebilir<span class="ff1"> <span class="_ _5"></span><span class="ls3">.........................................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">355<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y63 ff2 fs0 fc2 sc0 ls0 ws0">İşlev Şablonunun<span class="_ _0"></span> Belirlenmiş Bir Tür İçin<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ff2">Özelleştirilmesi<span class="ff1"> <span class="ls3">................................................................................................</span> <span class="_ _6"></span><span class="ls4">358<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y64 ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonlarında Sözd<span class="_ _0"></span>izim Kontrolleri<span class="_ _0"></span><span class="ff1"> <span class="ls3">..........................................................................................................................</span> <span class="_ _7"></span><span class="ls4">360<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y65 ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonlarının Yeri<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span><span class="ls3">.....................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">360<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y66 ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonlarında Varsayılan<span class="_ _0"></span> Argümanlar<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">......................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">361<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y67 ff2 fs0 fc2 sc0 ls0 ws0">typename Anahtar Söz<span class="_ _0"></span>cüğü<span class="ff1"> <span class="_ _6"></span><span class="ls3">.............................................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">362<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y68 ff2 fs0 fc2 sc0 ls0 ws0">şablonların Tür Belirtilen p<span class="_ _0"></span>arametreleri ve Tür Belirt<span class="_ _0"></span>meyen Parametreleri<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">....................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">362<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y69 ff2 fs0 fc2 sc0 ls0 ws0">Standart C++ Şablon Kütü<span class="_ _0"></span>phanesi Nedir<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">..........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">364<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y6a ff2 fs0 fc2 sc0 ls0 ws0">Örnek STL İşlev şablonları<span class="_ _0"></span><span class="ff1"> <span class="ls3">................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">364<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xd hc y6b ff2 fs0 fc2 sc0 ls0 ws0">sort İşlev Şablonu<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">................................................................................................................................<span class="_ _0"></span>.........................<span class="ls0"> <span class="_ _7"></span><span class="ls4">364<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xd hc y6c ff2 fs0 fc2 sc0 ls0 ws0">find İşlev Şablonu<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">.........................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">365<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xd hc y6d ff2 fs0 fc2 sc0 ls0 ws0">copy İşlev Şablonu<span class="_ _0"></span><span class="ff1"> <span class="ls3">.......................................................................................................................................................</span> <span class="_ _7"></span><span class="ls4">365<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 xd hc y6e ff2 fs0 fc2 sc0 ls0 ws0">random_shuffle İşlev Şablon<span class="_ _0"></span>u<span class="ff1"> <span class="ls3">.....................................................................................................................................</span> <span class="_ _7"></span><span class="ls4">365<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf132" data-dest-detail='[306,"XYZ",52,659,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:757.000000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf133" data-dest-detail='[307,"XYZ",52,733,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:737.960000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf133" data-dest-detail='[307,"XYZ",52,168,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:718.930000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf137" data-dest-detail='[311,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:699.890000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf137" data-dest-detail='[311,"XYZ",52,628,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:680.850000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf13a" data-dest-detail='[314,"XYZ",52,519,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:661.810000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf13d" data-dest-detail='[317,"XYZ",52,617,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:642.770000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf13e" data-dest-detail='[318,"XYZ",52,347,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:623.740000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf140" data-dest-detail='[320,"XYZ",52,367,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:604.700000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf142" data-dest-detail='[322,"XYZ",52,683,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:585.660000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf145" data-dest-detail='[325,"XYZ",52,148,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:566.620000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf146" data-dest-detail='[326,"XYZ",52,204,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:547.580000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf148" data-dest-detail='[328,"XYZ",52,390,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:528.540000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf149" data-dest-detail='[329,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:52.750000px;bottom:509.510000px;width:500.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf14e" data-dest-detail='[334,"XYZ",52,314,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:490.470000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf14f" data-dest-detail='[335,"XYZ",52,464,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:471.430000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf150" data-dest-detail='[336,"XYZ",52,690,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:452.390000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf156" data-dest-detail='[342,"XYZ",52,348,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:433.350000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf157" data-dest-detail='[343,"XYZ",52,238,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:414.320000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf15a" data-dest-detail='[346,"XYZ",52,634,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:395.280000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf15b" data-dest-detail='[347,"XYZ",52,596,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:376.240000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf15c" data-dest-detail='[348,"XYZ",52,535,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:357.200000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf15d" data-dest-detail='[349,"XYZ",52,299,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:338.160000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf163" data-dest-detail='[355,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:319.130000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf163" data-dest-detail='[355,"XYZ",52,553,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:300.090000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf166" data-dest-detail='[358,"XYZ",52,672,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:281.050000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf168" data-dest-detail='[360,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:262.010000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf168" data-dest-detail='[360,"XYZ",52,253,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:242.970000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf169" data-dest-detail='[361,"XYZ",52,713,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:223.940000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf16a" data-dest-detail='[362,"XYZ",52,600,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:204.900000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf16a" data-dest-detail='[362,"XYZ",52,164,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:185.860000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf16c" data-dest-detail='[364,"XYZ",52,556,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:166.820000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf16c" data-dest-detail='[364,"XYZ",52,342,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:147.780000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf16c" data-dest-detail='[364,"XYZ",52,113,null]'><div class="d m1" style="border-style:none;position:absolute;left:74.750000px;bottom:128.750000px;width:478.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf16d" data-dest-detail='[365,"XYZ",52,605,null]'><div class="d m1" style="border-style:none;position:absolute;left:74.750000px;bottom:109.710000px;width:478.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf16d" data-dest-detail='[365,"XYZ",52,439,null]'><div class="d m1" style="border-style:none;position:absolute;left:74.750000px;bottom:90.669000px;width:478.500000px;height:19.041000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf16d" data-dest-detail='[365,"XYZ",52,233,null]'><div class="d m1" style="border-style:none;position:absolute;left:74.750000px;bottom:71.631000px;width:478.500000px;height:19.038000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf8" class="pf w0 h0" data-page-no="8"><div class="pc pc8 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x4 h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3">8</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xd hc y25 ff1 fs0 fc2 sc0 ls0 ws0">for_<span class="ff2">each İşlev Şablonu<span class="_ _0"></span></span> <span class="_ _8"></span><span class="ls3">.................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">365<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 x1 hc y26 ff2 fs0 fc2 sc0 ls0 ws0">ÇALIŞMA ZAMANI HAT<span class="_ _0"></span>ALARININ YAKALANM<span class="_ _0"></span>ASI VE İŞLENMESİ<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">..........................................................................................<span class="_ _0"></span><span class="ls0"> <span class="_ _7"></span><span class="ls4">368<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4c ff2 fs0 fc2 sc0 ls0 ws0">Bir Hata Değerinin Geri Dönd<span class="_ _0"></span>ürülmesi<span class="_ _0"></span><span class="ff1"> <span class="ls3">................................................................................................<span class="_ _0"></span>............................</span> <span class="_ _7"></span><span class="ls4">369<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y4d ff1 fs0 fc2 sc0 ls0 ws0">Global Bir Bayrak <span class="ff2">Deği<span class="_ _0"></span>şkene Değer Atanma<span class="_ _0"></span>sı</span> <span class="_ _8"></span><span class="ls3">..................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">370<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y4e ff2 fs0 fc2 sc0 ls0 ws0">Programın Sonlandırılma<span class="_ _0"></span>sı<span class="ff1"> <span class="_ _7"></span><span class="ls3">...............................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">370<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4f ff2 fs0 fc2 sc0 ls0 ws0">exit İşlevi<span class="ff1"> <span class="ls3">..........................................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">370<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y50 ff2 fs0 fc2 sc0 ls0 ws0">abort İşlevi<span class="ff1 ls3">........................................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">372<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y51 ff2 fs0 fc2 sc0 ls0 ws0">Çalışma<span class="ff1"> <span class="_ _5"></span><span class="ff2">Zamanı<span class="ff1"> <span class="_ _5"></span><span class="ff2">Hatalarını<span class="ff1"> <span class="_ _5"></span>Saptama <span class="_ _5"></span><span class="ls9">ve<span class="_ _0"></span><span class="ls0"> <span class="_ _5"></span><span class="ff2">İşleme<span class="ff1"> <span class="_ _5"></span><span class="ff2">Mekanizmasını İ<span class="_ _0"></span>mplemente Etmek Neden<span class="_ _0"></span><span class="ff1"> Zordur? <span class="_ _6"></span><span class="ls3">..................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">374<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y52 ff2 fs0 fc2 sc0 ls0 ws0">Çalışma Zamanı Hata İşle<span class="_ _0"></span>me Mekanizmasının Uygulan<span class="_ _0"></span>ması<span class="_ _0"></span><span class="ff1"> <span class="ls3">...........................................................................................</span> <span class="_ _6"></span><span class="ls4">374<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y53 ff2 fs0 fc2 sc0 ls0 ws0">Çalışma Zamanı Hata İşle<span class="_ _0"></span>me Mekanizmasının Bileşenl<span class="_ _0"></span>eri<span class="_ _0"></span><span class="ff1"> <span class="ls3">...............................................................................................</span> <span class="_ _7"></span><span class="ls4">374<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y54 ff2 fs0 fc2 sc0 ls0 ws0">throw Anahtar Söz<span class="_ _0"></span>cüğü ve Hata Nesnesinin<span class="_ _0"></span><span class="ff1"> <span class="_ _a"> </span>Gönderilmesi<span class="_ _0"></span> <span class="_ _5"></span><span class="ls3">............................................................................................<span class="_ _0"></span><span class="ls0"> <span class="_ _7"></span><span class="ls4">375<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y55 ff2 fs0 fc2 sc0 ls0 ws0">try Bloğu<span class="ff1"> <span class="_ _5"></span><span class="ls3">...........................................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">375<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y56 ff2 fs0 fc2 sc0 ls0 ws0">catch Anahtar Söz<span class="_ _0"></span>cüğü ve catch Blokları<span class="_ _0"></span><span class="ff1 ls3">..........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">376<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y57 ff2 fs0 fc2 sc0 ls0 ws0">throw İfadesiyle catch Param<span class="_ _0"></span>etresinin Uyumu<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">................................<span class="_ _0"></span>................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">378<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y58 ff2 fs0 fc2 sc0 ls0 ws0">Gönderilen Hata Nesnesinin B<span class="_ _0"></span>ir Sınıf Türünden Olab<span class="_ _0"></span>ilmesi<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">.............................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">379<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y59 ff2 fs0 fc2 sc0 ls0 ws0">catch all Bloğu<span class="ff1"> <span class="_ _6"></span><span class="ls3">..................................................................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">379<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5a ff2 fs0 fc2 sc0 ls0 ws0">catch Bloklarının Uygun<span class="_ _0"></span> Sırası<span class="ff1"> <span class="_ _7"></span><span class="ls3">..........................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">379<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5b ff1 fs0 fc2 sc0 ls0 ws0">Yakalanamayan H<span class="_ _0"></span>ata Nesnesi <span class="_ _6"></span><span class="ls3">..........................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">380<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y5c ff2 fs0 fc2 sc0 ls0 ws0">Yığının Dengelenmesi<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">.......................................................................................................................................................<span class="ls0"> <span class="_ _7"></span>3<span class="ls4">83<span class="_ _0"></span></span><span class="fs4"> </span></span></span></span></div><div class="t m0 xa hc y5d ff2 fs0 fc2 sc0 ls0 ws0">throw İfadesinin catch Param<span class="_ _0"></span>etresine Kopyalanması<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">................................................................................................<span class="_ _0"></span>......<span class="ls0"> <span class="_ _7"></span><span class="ls4">386<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5e ff2 fs0 fc2 sc0 ls0 ws0">içiçe try blokları<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">................................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">390<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5f ff2 fs0 fc2 sc0 ls0 ws0">Farklı Derinliklerdeki try ca<span class="_ _0"></span>tch Blokları<span class="ff1"> <span class="ls3">............................................................................................................................</span> <span class="_ _6"></span><span class="ls4">391<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y60 ff2 fs0 fc2 sc0 ls0 ws0">İşlevi Kapsayan try Bloğu<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">................................................................................................<span class="_ _0"></span>..................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">393<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y61 ff1 fs0 fc2 sc0 ls0 ws0">Hata Nesnesi Belirlemel<span class="_ _0"></span>eri <span class="_ _5"></span><span class="ls3">...............................................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">394<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y62 ff1 fs0 fc2 sc0 ls0 ws0">Beklenmeyen Hata<span class="_ _0"></span> <span class="_ _5"></span><span class="ls3">...........................................................................................................................................................<span class="_ _0"></span><span class="ls0"> <span class="_ _7"></span><span class="ls4">396<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y63 ff2 fs0 fc2 sc0 ls0 ws0">bad_exception Sınıfı Türü<span class="_ _0"></span>nden Hata <span class="_ _0"></span>Belirlemesi<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">................................<span class="_ _0"></span>.............................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">400<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y64 ff1 fs0 fc2 sc0 ls0 ws0">Taban <span class="_ _6"></span><span class="ff2">Sınıf<span class="ff1"> <span class="_ _7"></span><span class="ff2">İle<span class="ff1"> <span class="_ _6"></span><span class="ff2">Türemiş<span class="ff1"> <span class="_ _6"></span><span class="ff2">Sınıf<span class="ff1"> <span class="_ _7"></span><span class="ff2">Arasındak<span class="_ _0"></span>i<span class="ff1"> <span class="_ _6"></span>Hata <span class="_ _7"></span>Belirlemesi <span class="_ _6"></span>Uyumu <span class="_ _9"></span><span class="ls3">......................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">400<span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y65 ff2 fs0 fc2 sc0 ls0 ws0">İşlev Göstericileri ve Hata B<span class="_ _0"></span>elirlemeleri<span class="ff1"> <span class="_ _6"></span><span class="ls3">...........................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">401<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y66 ff2 fs0 fc2 sc0 ls0 ws0">Hata İşleyen Kodun Yeniden H<span class="_ _0"></span>ata Nesnesi Gönd<span class="_ _0"></span>ermesi<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">................................................................<span class="_ _0"></span>..................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">401<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y67 ff2 fs0 fc2 sc0 ls0 ws0">Kurucu İşlevlerden Hat<span class="_ _0"></span>a Nesnesi Gönderilmesi<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">...............................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">405<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y68 ff2 fs0 fc2 sc0 ls0 ws0">Bileşik<span class="ff1"> <span class="_ _7"></span>N<span class="_ _0"></span>esnelerde <span class="_ _7"></span>Yer <span class="_ _6"></span>alan <span class="_ _6"></span><span class="ff2">Elemanların<span class="ff1"> <span class="_ _6"></span>Kurucu <span class="_ _6"></span><span class="ff2">İşlevlerinden<span class="ff1"> <span class="_ _6"></span>Hata Nesnesi Gönderilmesi <span class="_ _7"></span><span class="ls3">..............................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">405<span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y69 ff2 fs0 fc2 sc0 ls0 ws0">Kurucu İşlevi Sarmalayan t<span class="_ _0"></span>ry Bloğu<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">..................................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">407<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y6a ff1 fs0 fc2 sc0 ls0 ws0">Kurucu <span class="_ _7"></span><span class="ff2">İşle<span class="_ _0"></span>vler<span class="ff1"> <span class="_ _7"></span><span class="ff2">Tarafından<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span>Elde <span class="_ _6"></span>Edilen <span class="_ _7"></span>Kaynaklar<span class="_ _0"></span> <span class="_ _7"></span><span class="ls9">ve<span class="ls0"> <span class="_ _7"></span>H<span class="_ _0"></span>ata Nesneleri <span class="ls3">.................................................................................</span> <span class="_ _7"></span><span class="ls4">409<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y6b ff2 fs0 fc2 sc0 ls0 ws0">Sonlandırıcı İşlevlerden H<span class="_ _0"></span>ata Nesnesi Gönderilm<span class="_ _0"></span>esi<span class="ff1"> <span class="_ _4"></span><span class="ls3">................................................................................................<span class="_ _0"></span>........<span class="ls0"> <span class="_ _7"></span><span class="ls4">409<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y6c ff2 fs0 fc2 sc0 ls0 ws0">uncaught_exception İşlev<span class="_ _0"></span>i<span class="ff1"> <span class="ls3">...............................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">410<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y6d ff1 fs0 fc2 sc0 ls0 ws0">Global <span class="_ _7"></span><span class="ff2">Sınıf<span class="ff1"> <span class="_ _7"></span>Ne<span class="_ _0"></span>snelerinin <span class="_ _7"></span>Kuru<span class="_ _0"></span>cu <span class="_ _6"></span><span class="ls9">ve<span class="ls0"> <span class="_ _5"></span><span class="ff2">Sonlan<span class="_ _0"></span>dırıcı<span class="ff1"> <span class="_ _7"></span><span class="ff2">İşlevlerinden<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span>Hata Nesnesi Gönderil<span class="_ _0"></span>mesi <span class="_ _6"></span><span class="ls3">..............................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">411<span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y6e ff2 fs0 fc2 sc0 ls0 ws0">STL deki Hata Sınıfları<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">.......................................................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">411<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf16d" data-dest-detail='[365,"XYZ",52,79,null]'><div class="d m1" style="border-style:none;position:absolute;left:74.750000px;bottom:757.000000px;width:478.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf170" data-dest-detail='[368,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:52.750000px;bottom:737.960000px;width:500.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf171" data-dest-detail='[369,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:718.930000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf172" data-dest-detail='[370,"XYZ",52,752,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:699.890000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf172" data-dest-detail='[370,"XYZ",52,403,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:680.850000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf172" data-dest-detail='[370,"XYZ",52,256,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:661.810000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf174" data-dest-detail='[372,"XYZ",52,453,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:642.770000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf176" data-dest-detail='[374,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:623.740000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf176" data-dest-detail='[374,"XYZ",52,526,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:604.700000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf176" data-dest-detail='[374,"XYZ",52,383,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:585.660000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf177" data-dest-detail='[375,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:566.620000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf177" data-dest-detail='[375,"XYZ",52,434,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:547.580000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf178" data-dest-detail='[376,"XYZ",52,476,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:528.540000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf17a" data-dest-detail='[378,"XYZ",52,177,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:509.510000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf17b" data-dest-detail='[379,"XYZ",52,713,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:490.470000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf17b" data-dest-detail='[379,"XYZ",52,491,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:471.430000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf17b" data-dest-detail='[379,"XYZ",52,206,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:452.390000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf17c" data-dest-detail='[380,"XYZ",52,175,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:433.350000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf17f" data-dest-detail='[383,"XYZ",52,607,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:414.320000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf182" data-dest-detail='[386,"XYZ",52,512,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:395.280000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf186" data-dest-detail='[390,"XYZ",52,449,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:376.240000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf187" data-dest-detail='[391,"XYZ",52,241,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:357.200000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf189" data-dest-detail='[393,"XYZ",52,392,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:338.160000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf18a" data-dest-detail='[394,"XYZ",52,347,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:319.130000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf18c" data-dest-detail='[396,"XYZ",52,319,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:300.090000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf190" data-dest-detail='[400,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:281.050000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf190" data-dest-detail='[400,"XYZ",52,657,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:262.010000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf191" data-dest-detail='[401,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:242.970000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf191" data-dest-detail='[401,"XYZ",52,487,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:223.940000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf195" data-dest-detail='[405,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:204.900000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf195" data-dest-detail='[405,"XYZ",52,554,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:185.860000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf197" data-dest-detail='[407,"XYZ",52,344,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:166.820000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf199" data-dest-detail='[409,"XYZ",52,544,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:147.780000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf199" data-dest-detail='[409,"XYZ",52,350,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:128.750000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf19a" data-dest-detail='[410,"XYZ",52,314,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:109.710000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf19b" data-dest-detail='[411,"XYZ",52,437,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:90.669000px;width:489.500000px;height:19.041000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf19b" data-dest-detail='[411,"XYZ",52,318,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:71.631000px;width:489.500000px;height:19.038000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf9" class="pf w0 h0" data-page-no="9"><div class="pc pc9 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x4 h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3">9</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hc y25 ff2 fs0 fc2 sc0 ls0 ws0">STANDART HATA İŞLEME SIN<span class="_ _0"></span>IFLARI<span class="_ _0"></span><span class="ff1"> <span class="ls3">................................................................................................................................<span class="_ _0"></span>.....</span> <span class="_ _7"></span><span class="ls4">414<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y26 ff2 fs0 fc2 sc0 ls0 ws0">ÇALIŞMA ZAMANINDA <span class="_ _0"></span>TÜR<span class="ff1"> <span class="_ _4"></span> <span class="ff2">BELİRLENME<span class="_ _0"></span>Sİ</span> <span class="ls3">.....................................................................................................................</span> <span class="_ _6"></span><span class="ls4">414<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y4c ff2 fs0 fc2 sc0 ls0 ws0">Çalışma Zamanında Bir N<span class="_ _0"></span>esnenin Türün<span class="_ _0"></span>ün Belirlenmesi (RTTI) Nedir?<span class="_ _3"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">...........................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">414<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4d ff2 fs0 fc2 sc0 ls0 ws0">dynamic_cast İşleci<span class="_ _0"></span><span class="ff1"> <span class="ls3">..........................................................................................................................................................</span> <span class="_ _7"></span><span class="ls4">417<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y4e ff2 fs0 fc2 sc0 ls0 ws0">bad_cast Sınıfı<span class="ff1"> <span class="_ _6"></span><span class="ls3">..................................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">418<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y4f ff2 fs0 fc2 sc0 ls0 ws0">typeid İşleci ve type_info Sınıf<span class="_ _0"></span>ı<span class="ff1"> <span class="_ _0"></span><span class="ls3">........................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">421<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y50 ff2 fs0 fc2 sc0 ls0 ws0">typeid işlecinin Çokbiçi<span class="_ _0"></span>mli Olmayan Sınıflar İçin Ku<span class="_ _0"></span>llanımı<span class="ff1"> <span class="_ _6"></span><span class="ls3">..............................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">424<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y51 ff2 fs0 fc2 sc0 ls0 ws0">bad_typeid Sınıfı<span class="_ _0"></span><span class="ff1"> <span class="ls3">..............................................................................................................................................................</span> <span class="_ _7"></span><span class="ls4">426<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y52 ff2 fs0 fc2 sc0 ls0 ws0">RTTI araçlarının maliyeti<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">...................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">427<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y53 ff1 fs0 fc2 sc0 ls0 ws0">typeid  <span class="_ _4"></span><span class="ff2">İşleci <span class="ff1"> <span class="_ _8"></span><span class="lse">ile<span class="ls0"> <span class="_ _4"></span>d ynamic<span class="_ _0"></span>_cast<span class="lsf">  </span><span class="ff2">İşlecinin<span class="_ _0"></span></span><span class="lsf">  </span>Maliyet<span class="lsf">  </span><span class="ff2">Açısından Karşılaştırılması<span class="_ _0"></span></span> <span class="_ _7"></span><span class="ls3">.......................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">427<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y54 ff2 fs0 fc2 sc0 ls0 ws0">Çalışma Zamanında Tür Bel<span class="_ _0"></span>irlenmesinin Sakıncaları<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">........................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">428<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y55 ff2 fs0 fc2 sc0 ls0 ws0">Aşağı Doğru Dönüşü<span class="_ _0"></span>mlere Seçenek: Sanal İşl<span class="_ _0"></span>evler<span class="ff1"> <span class="_ _9"></span><span class="ls3">..........................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">429<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y56 ff2 fs0 fc2 sc0 ls0 ws0">new ve delete İşleçlerinin Yük<span class="_ _0"></span>lenmesi<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">.............................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">429<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y57 ff2 fs0 fc2 sc0 ls0 ws0">operator new İşlevi<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">................................................................<span class="_ _0"></span>..........................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">430<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y58 ff2 fs0 fc2 sc0 ls0 ws0">Global operator new İ<span class="_ _0"></span>şlevinin Yüklenmesi<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span><span class="ls3">.......................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">431<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y59 ff2 fs0 fc2 sc0 ls0 ws0">operator delete İşlevi<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">.......................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">433<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5a ff2 fs0 fc2 sc0 ls0 ws0">operator delete İşlevinin Yükl<span class="_ _0"></span>enmesi<span class="_ _0"></span><span class="ff1 ls3">...............................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">435<span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y5b ff2 fs0 fc2 sc0 ls0 ws0">operator new[] İşlevi<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">........................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">436<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5c ff2 fs0 fc2 sc0 ls0 ws0">operator delete[] İşlevi<span class="_ _0"></span><span class="ff1"> <span class="ls3">....................................................................................................................................................<span class="_ _0"></span></span> <span class="_ _7"></span><span class="ls4">437<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y5d ff1 fs0 fc2 sc0 ls0 ws0">Operator <span class="_ _7"></span>new <span class="_ _5"></span><span class="ls5">ve<span class="ls0"> <span class="_ _7"></span>operator <span class="_ _7"></span>delete <span class="_ _7"></span><span class="ff2">İşlevlerinin<span class="ff1"> <span class="_ _7"></span><span class="lsb">Bir<span class="ls0"> <span class="_ _7"></span><span class="ff2">Sınıf<span class="ff1"> <span class="_ _5"></span><span class="ff2">İçin <span class="_ _0"></span>Yüklenmesi<span class="ff1"> <span class="_ _9"></span><span class="ls3">..............................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">438<span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y5e ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın operator new() İşlev<span class="_ _0"></span><span class="ff1">i <span class="_ _7"></span><span class="ls3">................................................................................................<span class="_ _0"></span>.............................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">439<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y5f ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın operator delete İşl<span class="_ _0"></span>evi<span class="ff1"> <span class="_ _6"></span><span class="ls3">............................................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">440<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y60 ff2 fs0 fc2 sc0 ls0 ws0">Yeri Belirli new İşleci<span class="_ _0"></span><span class="ff1"> <span class="ls3">........................................................................................................................................................</span> <span class="_ _7"></span><span class="ls4">443<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 xa hc y61 ff2 fs0 fc2 sc0 ls0 ws0">nothrow new İşleci<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ls3">...........................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">445<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y62 ff2 fs0 fc2 sc0 ls0 ws0">set_new_handler İşlevi<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ls3">....................................................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">446<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 x1 hc y63 ff1 fs0 fc2 sc0 ls0 ws0">ÇOKLU TÜRETME<span class="_ _0"></span> <span class="_ _7"></span><span class="ls3">..................................................................................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">448<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y64 ff2 fs0 fc2 sc0 ls0 ws0">Çoklu Türetmede Bilinirlik Ala<span class="_ _0"></span>nı ve İsim Arama<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ls3">...............................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">449<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y65 ff2 fs0 fc2 sc0 ls0 ws0">Taban Sınıfların Kurucu<span class="_ _0"></span> İşlevlerinin Çağrılma<span class="_ _0"></span>sı<span class="ff1"> <span class="_ _6"></span><span class="ls3">................................<span class="_ _0"></span>................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">452<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y66 ff1 fs0 fc2 sc0 ls0 ws0">Çoklu <span class="_ _7"></span><span class="ff2">Türetil<span class="_ _0"></span>miş<span class="ff1"> <span class="_ _7"></span><span class="ff2">Sınıflard<span class="_ _0"></span>a<span class="ff1"> <span class="_ _7"></span><span class="ff2">Türemiş<span class="ff1"> <span class="_ _6"></span><span class="ff2">Sınıf<span class="ff1"> <span class="_ _7"></span>Taban <span class="_ _6"></span><span class="ff2">Sınıf Dönüştürmeleri<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ls3">...............................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">453<span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y67 ff2 fs0 fc2 sc0 ls0 ws0">Elmas Oluşumu<span class="_ _0"></span><span class="ff1"> <span class="ls3">................................................................................................................................................................</span> <span class="_ _6"></span><span class="ls4">455<span class="fs4 ls0"> </span></span></span></div><div class="t m0 xd hc y68 ff2 fs0 fc2 sc0 ls0 ws0">Çoklu Türetme Sınıflarınd<span class="_ _0"></span>a Sanal İşlevlerin Kullanıl<span class="_ _0"></span>ması<span class="ff1"> <span class="_ _6"></span><span class="ls3">.............................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">459<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y69 ff1 fs0 fc2 sc0 ls0 ws0">Sanal Türetme<span class="_ _0"></span> <span class="_ _5"></span><span class="ls3">................................................................<span class="_ _0"></span>..................................................................................................<span class="ls0"> <span class="_ _7"></span><span class="ls4">460<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></span></div><div class="t m0 xa hc y6a ff1 fs0 fc2 sc0 ls0 ws0">Sanal <span class="_ _5"></span>Taban <span class="_ _7"></span><span class="ff2">Sınıfın<span class="ff1"> <span class="_ _5"></span>Kurucu<span class="_ _0"></span> <span class="_ _5"></span><span class="ff2">İşlevinin<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ff2">Çağrılması<span class="ff1"> <span class="_ _5"></span><span class="ls3">..................................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">462<span class="fs4 ls0"> </span></span></span></span></span></span></span></span></span></span></div><div class="t m0 xa hc y6b ff2 fs0 fc2 sc0 ls0 ws0">Çoklu Sanal Türetmede San<span class="_ _0"></span>al İşlevlerin Duru<span class="_ _0"></span>mu<span class="ff1"> <span class="_ _7"></span><span class="ls3">.............................................................................................................<span class="ls0"> <span class="_ _6"></span><span class="ls4">465<span class="fs4 ls0"> </span></span></span></span></span></div><div class="t m0 xa hc y6c ff2 fs0 fc2 sc0 ls0 ws0">Çoklu Türetmenin Bir Taban<span class="_ _0"></span> Sınıfın Arayüzü<span class="_ _0"></span>nün Onarılması Amacıyla Kullanıl<span class="_ _0"></span>ması<span class="_ _0"></span><span class="ff1"> <span class="ls3">.......................................................</span> <span class="_ _7"></span><span class="ls4">465<span class="_ _0"></span><span class="fs4 ls0"> </span></span></span></div><div class="t m0 x1 h3 y6d ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf19e" data-dest-detail='[414,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:52.750000px;bottom:757.000000px;width:500.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf19e" data-dest-detail='[414,"XYZ",52,473,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:737.960000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf19e" data-dest-detail='[414,"XYZ",52,202,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:718.930000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf1a1" data-dest-detail='[417,"XYZ",52,297,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:699.890000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf1a2" data-dest-detail='[418,"XYZ",52,384,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:680.850000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf1a5" data-dest-detail='[421,"XYZ",52,479,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:661.810000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf1a8" data-dest-detail='[424,"XYZ",52,246,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:642.770000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf1aa" data-dest-detail='[426,"XYZ",52,657,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:623.740000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf1ab" data-dest-detail='[427,"XYZ",52,776,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:604.700000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf1ab" data-dest-detail='[427,"XYZ",52,451,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:585.660000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf1ac" data-dest-detail='[428,"XYZ",52,620,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:566.620000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf1ad" data-dest-detail='[429,"XYZ",52,524,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:547.580000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf1ad" data-dest-detail='[429,"XYZ",52,335,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:528.540000px;width:489.500000px;height:19.040000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf1ae" data-dest-detail='[430,"XYZ",52,596,null]'><div class="d m1" style="border-style:none;position:absolute;left:63.750000px;bottom:509.510000px;width:489.500000px;height:19.030000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="#pf1af" data-dest-detail='[431,"XYZ",52,294,null]'><div class="d m1" 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<div id="pfa" class="pf w0 h0" data-page-no="a"><div class="pc pca w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">10</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hc y6f ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y70 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y71 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y72 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y73 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfb" class="pf w0 h0" data-page-no="b"><div class="pc pcb w0 h0"><img class="bi xb y27 w6 ha" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">11</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m3 x1 hb y28 ff3 fs3 fc3 sc0 ls0 ws0">C<span class="_ _3"></span> <span class="_ _4"></span> <span class="_ _4"></span>D<span class="_ _b"></span><span class="ff5">İ<span class="_ _3"></span></span>L<span class="_ _b"></span><span class="ff5">İ<span class="_ _3"></span></span> <span class="_ _3"></span> <span class="_ _8"></span><span class="ff5">İ<span class="_ _3"></span><span class="ff3 ls10">LE<span class="ls0"> <span class="_ _3"></span> <span class="_ _4"></span>C<span class="_ _3"></span>+<span class="_ _b"></span>+<span class="_ _3"></span> <span class="_ _3"></span> <span class="_ _8"></span>D<span class="_ _3"></span><span class="ff5">İ<span class="_ _3"></span></span>L<span class="_ _b"></span><span class="ff5">İ<span class="_ _3"></span></span> <span class="_ _b"></span> <span class="_ _4"></span>A<span class="_ _3"></span>R<span class="_ _b"></span>A<span class="_ _3"></span>S<span class="_ _b"></span>I<span class="_ _b"></span>N<span class="_ _3"></span>D<span class="_ _b"></span>A<span class="_ _3"></span>K<span class="_ _b"></span><span class="ff5">İ<span class="_ _b"></span></span> </span></span></span></div><div class="t m0 xf hb y28 ff3 fs3 fc3 sc0 ls0 ws0">F<span class="_ _3"></span>A<span class="_ _3"></span>R<span class="_ _3"></span>K<span class="_ _3"></span>L<span class="_ _3"></span>I<span class="_ _3"></span>L<span class="_ _3"></span>I<span class="_ _3"></span>K<span class="_ _3"></span>L<span class="_ _3"></span>A<span class="_ _3"></span>R<span class="_ _b"></span> </div><div class="t m0 x10 h3 y74 ff2 fs0 fc2 sc0 ls0 ws0">Bu bölümde ANSI C dili (C<span class="_ _0"></span>89 ISO/IEC 9889:19<span class="_ _0"></span>90) ile C++ dili (ISO/IE<span class="_ _0"></span>C 14882:1998) arasınd<span class="_ _0"></span>aki sözdizim </div><div class="t m0 x10 h3 y75 ff2 fs0 fc2 sc0 ls0 ws0">(sentaks) farklılıklarını ele alac<span class="_ _0"></span>ağız.<span class="ff1"> </span></div><div class="t m0 x10 h3 y76 ff2 fs0 fc2 sc0 ls0 ws0">Bir C++ derleyicisi ile ayn<span class="_ _0"></span>ı zamanda C&apos;de yaz<span class="_ _0"></span>ılmış kaynak kodlar d<span class="_ _0"></span>a derlenebilir. C++ derleyicisinin ay<span class="_ _0"></span>arları </div><div class="t m0 x10 h3 y77 ff2 fs0 fc2 sc0 ls0 ws0">(settings) değiştirilerek y<span class="_ _0"></span>azılacak kaynak<span class="_ _0"></span> kodların doğrudan C kaynak d<span class="_ _0"></span>osyası olarak ele alınması sağlan<span class="_ _0"></span>ab<span class="_ _0"></span><span class="ff1">ilir. </span></div><div class="t m0 x10 h3 y78 ff2 fs0 fc2 sc0 ls0 ws0">Ayrıca derleyicilerin hemen h<span class="_ _0"></span>epsi, yaratılan kayn<span class="_ _0"></span>ak dosyanın uzantısına <span class="_ _0"></span>bakarak <span class="_ _3"></span><span class="ff1">-</span>örneğin uzantının .c ya da </div><div class="t m0 x10 h3 y79 ff2 fs0 fc2 sc0 ls0 ws0">.cpp olmasına göre<span class="_ _0"></span><span class="ff1">- </span>kaynak kodu han<span class="_ _0"></span>gi dilin kurallarına göre derleyeceklerini an<span class="_ _0"></span>lar.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y7a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7b ff2 fs0 fc2 sc0 ls0 ws0">C++ dilinin temel sözdizim<span class="_ _0"></span>sel yapısı C dili sözdiziminin<span class="_ _0"></span><span class="ff1"> </span>ü<span class="_ _0"></span>zerine birtakım eklemelerin yap<span class="_ _0"></span>ılmasıyla </div><div class="t m0 x10 h3 y7c ff2 fs0 fc2 sc0 ls0 ws0">oluşturulmuştur. Bu du<span class="_ _0"></span>rumda C dili sözdizimsel açıdan<span class="_ _0"></span> C++ dilinin b<span class="_ _0"></span>ir alt kümesi olarak görülebilir. Bazı </div><div class="t m0 x10 h3 y7d ff2 fs0 fc2 sc0 ls0 ws0">noktalarda d<span class="_ _0"></span>a C ve C++ dilleri sözdizim kuralları a<span class="_ _0"></span>çısından farklılıklar göster<span class="_ _0"></span>ir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y7e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7f ff2 fs0 fc2 sc0 ls0 ws0">C ile C++ arasındaki sö<span class="_ _0"></span>zdizimsel farklılıklar iki an<span class="_ _0"></span>a grupta ele alına<span class="_ _0"></span>bilir:<span class="ff1"> </span></div><div class="t m0 x1 hd y80 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y81 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">C alt p<span class="_ _0"></span>rogramlama tekniğine destek <span class="_ _0"></span>veren bir dilken, C++ bird<span class="_ _0"></span>en fazla programlama tekniğ<span class="_ _0"></span>ine<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span>destek verir </span></span></span></div><div class="t m0 x10 h3 y82 ff1 fs0 fc2 sc0 ls0 ws0">(multiparadigm). <span class="_ _9"></span><span class="ff2">İki<span class="ff1"> dil <span class="_ _6"></span><span class="ff2">arasındaki<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span><span class="ff2">farklılıkların<span class="ff1"> <span class="_ _6"></span>ön<span class="_ _0"></span>emli <span class="_ _9"></span><span class="ff2">kısmı,<span class="ff1"> <span class="_ _9"></span><span class="ff2">C++‟ ın diğer programla<span class="_ _0"></span>ma <span class="ff1">tekniklerine d<span class="_ _0"></span>estek </span></span></span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 y83 ff2 fs0 fc2 sc0 ls0 ws0">verebilmek için eklediği yeni a<span class="_ _0"></span>raçlara<span class="ff1"> <span class="_ _5"></span><span class="ff2">ilişkindir.<span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 y84 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y85 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Diğer farklılıkla<span class="_ _0"></span>rın doğrudan programlama t<span class="_ _0"></span>eknikleriyle ilgisi yokt<span class="_ _0"></span>ur. Bu farklar C++&apos;ı daha iyi b<span class="_ _0"></span>ir C yapma </span></span></div><div class="t m0 x10 h3 y86 ff2 fs0 fc2 sc0 ls0 ws0">amacına yönelik yap<span class="_ _0"></span>ılan değişiklikler ve eklemeleri<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span>kapsar.<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y87 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y88 ff2 fs0 fc2 sc0 ls0 ws0">C‟de yazılan b<span class="_ _0"></span>ir dosya C++ diline, C++&apos;da y<span class="_ _0"></span>azılan bir dosya <span class="_ _0"></span>da C diline taşınmak istenebilir. ANSI C d<span class="_ _0"></span>ilinin </div><div class="t m0 x10 h3 y89 ff2 fs0 fc2 sc0 ls0 ws0">kurallarına göre yaz<span class="_ _0"></span>ılan ve geçerli olan bir kay<span class="_ _0"></span>nak dosya C++ diline taşındığında,<span class="_ _0"></span> C++ dilinin kuralların<span class="_ _0"></span>a göre </div><div class="t m0 x10 h3 y8a ff2 fs0 fc2 sc0 ls0 ws0">geçersiz durumlar oluşabilir<span class="_ _0"></span>.<span class="ff1"> </span></div><div class="t m0 x10 h3 y8b ff2 fs0 fc2 sc0 ls0 ws0">Şüphesiz bunun t<span class="_ _0"></span>ersi de söz kon<span class="_ _0"></span>usudur. Yani C++‟da bir söz<span class="_ _0"></span>dizim hatası içermeyen b<span class="_ _0"></span>ir kod parçası C dilinin<span class="_ _0"></span> </div><div class="t m0 x10 h3 y8c ff2 fs0 fc2 sc0 ls0 ws0">kurallarına göre geçersiz olab<span class="_ _0"></span>ilir<span class="ff1"> </span></div><div class="t m0 x10 h3 y8d ff2 fs0 fc2 sc0 ls0 ws0">Bazı durumlarda d<span class="_ _0"></span>a yazılan kod her iki <span class="_ _0"></span>dilin kurallarına göre geçerli olara<span class="_ _0"></span>k değerlendirilse d<span class="_ _0"></span>e, yazılan kod ik<span class="_ _0"></span>i </div><div class="t m0 x10 h3 y8e ff2 fs0 fc2 sc0 ls0 ws0">dilin kurallarına gö<span class="_ _0"></span>re farklı anlamlara sahip olab<span class="_ _0"></span>ilir. Bir kaynak do<span class="_ _0"></span>syanın bir dilden d<span class="_ _0"></span>iğerine taşınmasında kural </div><div class="t m0 x10 h3 y8f ff2 fs0 fc2 sc0 ls0 ws0">değişiklikleri yüzünden u<span class="_ _0"></span>yumsuzluk sorunları ile kar<span class="_ _0"></span>şılaşılabilir.<span class="ff1"> </span></div><div class="t m0 x1 hd y90 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y91 ff2 fs0 fc2 sc0 ls0 ws0">C ve C++ dilleri arasındak<span class="_ _0"></span>i temel sözdizime ilişkin fark<span class="_ _0"></span>lılıkları üç ayrı b<span class="_ _0"></span>aşlık altında ele <span class="_ _0"></span>alacağız:<span class="ff1"> </span></div><div class="t m0 x1 h3 y92 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y93 ff1 fs0 fc2 sc0 ls0 ws0">C&apos;de <span class="_ _c"> </span>geçerli <span class="_ _c"> </span>C++&apos;da <span class="_ _d"> </span>geçersiz <span class="_ _c"> </span>olan <span class="_ _d"> </span>durumlar <span class="_ _c"> </span>C++&apos;da </div><div class="t m0 x10 h3 y94 ff1 fs0 fc2 sc0 ls0 ws0">geçerli <span class="_ _e"> </span>C&apos;de <span class="_ _e"> </span>geçersiz <span class="_ _e"> </span>olan<span class="_ _0"></span> <span class="_ _e"> </span>durumlar <span class="_ _e"> </span>C <span class="_ _e"> </span>ile <span class="_ _e"> </span>C+<span class="_ _0"></span>+ </div><div class="t m0 x10 h3 y95 ff2 fs0 fc2 sc0 ls0 ws0">arasındaki kural farklılıkları<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfc" class="pf w0 h0" data-page-no="c"><div class="pc pcc w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">12</span> of <span class="ff3">4<span class="ls4">70<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff1 fs6 fc2 sc0 ls0 ws0">C<span class="_ _3"></span>&apos;<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>C<span class="_ _3"></span>+<span class="_ _b"></span>+<span class="_ _3"></span>&apos;<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>z<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _b"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _f"></span> </div><div class="t m0 x10 he y98 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">C&apos;de anah<span class="_ _0"></span>tar sözcük olmayan <span class="_ _0"></span><span class="ff2">bazı<span class="_ _6"></span> <span class="ff1">sözcükler C++&apos;da an<span class="_ _0"></span>ahtar sözcüktür. Stan<span class="_ _0"></span>dart ANSI C dilinin (C89) 32 </span></span></span></span></div><div class="t m0 x10 h3 y99 ff2 fs0 fc2 sc0 ls0 ws0">anahtar sözcüğü vard<span class="_ _0"></span>ır. Bu sözcükler aynı zaman<span class="_ _0"></span>da C++ dilinin de an<span class="_ _0"></span>ahtar sözcükleridir. Ancak C++ bun<span class="_ _0"></span>lara <span class="_ _3"></span><span class="ff1">e<span class="_ _9"></span>k </span></div><div class="t m0 x10 h3 y9a ff1 fs0 fc2 sc0 ls0 ws0">olarak yeni <span class="ls12">42 <span class="_ _0"></span></span><span class="ff2">anahtar sözcük daha tanımlamıştır. Aşağıdak<span class="_ _0"></span>i sözcükler C++<span class="_ _0"></span>&apos;da <span class="_ _0"></span></span>ana<span class="_ _9"></span>ht<span class="_ _9"></span>ar<span class="_ _9"></span> sözcük iken C&apos;de anahta<span class="_ _0"></span>r </div><div class="t m0 x10 h3 y9b ff2 fs0 fc2 sc0 ls0 ws0">sözcük değildir:<span class="ff1"> </span></div><div class="t m0 x1 h3 y9c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9d ff8 fs0 fc2 sc0 ls13 ws0">and/and_eq/asm /bitand /bitor /bool /catch /class /compl /const_cast<span class="ls0"> </span></div><div class="t m0 x11 h11 y9e ff8 fs0 fc2 sc0 ls13 ws0">/delete /dynamic_cast /explicit /export /false /friend /inline/ mutable<span class="ls0"> </span></div><div class="t m0 x11 h11 y9f ff8 fs0 fc2 sc0 ls13 ws0">/namespace/ new /not /not_eq /operator /or /or_eq /private /protected<span class="ls0"> </span></div><div class="t m0 x11 h11 ya0 ff8 fs0 fc2 sc0 ls13 ws0">/public /reinterpret_cast/ static_cast /template /this /throw /true /try<span class="ls0"> </span></div><div class="t m0 x11 h11 ya1 ff8 fs0 fc2 sc0 ls13 ws0">/typeid /typename /using /virtual /wchar_t /xor/ xor_eq<span class="ls0"> </span></div><div class="t m0 x1 h12 ya2 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya3 ff2 fs0 fc2 sc0 ls0 ws0">Geçerli bir C kodunda <span class="_ _0"></span>yukarıdaki sözcüklerden herhan<span class="_ _0"></span>gi biri bir isim (<span class="_ _0"></span><span class="ff9">identifie<span class="_ _0"></span>r</span>) olarak kullan<span class="_ _0"></span>ılmış olabilir. </div><div class="t m0 x10 h3 ya4 ff1 fs0 fc2 sc0 ls0 ws0">Anca<span class="ff2">k aynı k<span class="_ _0"></span>od C++&apos;da derlendiğinde geçerli değildir<span class="_ _0"></span>:<span class="_ _0"></span></span> </div><div class="t m0 x1 hc ya5 ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya6 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 ya7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ya8 ff8 fs0 fc2 sc0 ls13 ws0">int new;<span class="ls0"> </span></div><div class="t m0 x12 h11 ya9 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 yaa ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h13 y1f ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yab ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda<span class="ff1"> <span class="_ _6"></span><span class="ff9">int <span class="ff1">türden <span class="_ _6"></span><span class="ff9 ls14">new<span class="ls0"> <span class="_ _6"></span><span class="ff1">isimli <span class="_ _9"></span>bir <span class="_ _9"></span><span class="ff2">değişken<span class="ff1"> <span class="_ _6"></span><span class="ff2">tanımlanıy<span class="_ _0"></span>or.<span class="ff1"> <span class="_ _9"></span><span class="ff2">Tanımlama<span class="ff1"> </span>C‟de<span class="ff1"> <span class="_ _6"></span>geç<span class="_ _0"></span>erli <span class="_ _6"></span><span class="ff2">C++‟da <span class="_ _0"></span>geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></span></span></span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 x1 h3 yac ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yad ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">C&apos;de geri <span class="ff2">dönüş <span class="_ _9"></span>değeri üreten bir işlevin tanımı içinde, <span class="_ _0"></span><span class="ff9">return<span class="_ _0"></span> </span>deyimi ile bir geri dön<span class="_ _0"></span>üş değeri üretilmez ise </span></span></span></div><div class="t m0 x10 h3 yae ff1 fs0 fc2 sc0 ls15 ws0">bu <span class="ff2 ls0">durum derleyiciler tarafından b<span class="_ _0"></span>ir sözdizim hatası olarak değerlend<span class="_ _0"></span>irilmez. Bu durumda <span class="_ _0"></span>çağrılan işlev bir </span></div><div class="t m0 x10 h3 yaf ff2 fs0 fc2 sc0 ls0 ws0">çöp değere <span class="ff9">(garbage<span class="_ _0"></span> value) </span>geri dön<span class="_ _0"></span>er. Şüphesiz <span class="ff1 ls15">bu <span class="ls0">durum b<span class="_ _0"></span>ir programlama </span></span>hatasıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb0 ff2 fs0 fc2 sc0 ls0 ws0">Oysa C++&apos;da geri dön<span class="_ _0"></span>üş değeri üreten bir işlevin tan<span class="_ _0"></span>ımı içinde mutlaka <span class="_ _0"></span><span class="ff9">return </span>d<span class="_ _0"></span>eyimi yazılarak b<span class="_ _0"></span>ir geri dönüş </div><div class="t m0 x10 h3 yb1 ff2 fs0 fc2 sc0 ls0 ws0">değeri üretilmelidir. Eğer bir <span class="_ _0"></span><span class="ff9">return </span>d<span class="_ _0"></span>eyimi ile geri dönüş değeri üretil<span class="_ _0"></span>mez ise kod geçersiz<span class="_ _0"></span>dir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb3 ff8 fs0 fc2 sc0 ls13 ws0">int func()<span class="ls0"> </span></div><div class="t m0 x11 h11 yb4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x11 h11 yb5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h14 yb6 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb7 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki işlev tanımı C&apos;de g<span class="_ _0"></span>e<span class="ff1">çerli, C<span class="_ _0"></span>++&apos;da geçersizdir.<span class="_ _0"></span> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfd" class="pf w0 h0" data-page-no="d"><div class="pc pcd w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">13</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb8 ff2 fs0 fc2 sc0 ls0 ws0">C++&apos;da geri dönüş değeri ü<span class="_ _0"></span>reten işlevlerin tanımı içinde yalı<span class="_ _0"></span>n <span class="_ _0"></span><span class="ff9">return </span>deyimi kullan<span class="_ _0"></span>ılamaz:<span class="ff1"> </span></div><div class="t m0 x1 hd yb9 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y76 ff8 fs0 fc2 sc0 ls13 ws0">int func()<span class="ls0"> </span></div><div class="t m0 x11 h11 yba ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ybb ff8 fs0 fc2 sc0 ls13 ws0">/***/ </div><div class="t m0 x12 h11 ybc ff8 fs0 fc2 sc0 ls13 ws0">return;<span class="ls0"> </span></div><div class="t m0 x11 h11 ybd ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 ybe ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybf ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte yer ala<span class="_ _0"></span>n return d<span class="_ _0"></span>eyimi C&apos;de geçerli ancak C++ geçersizdir. Şüp<span class="_ _0"></span>hesiz yukarıda <span class="_ _0"></span>return </div><div class="t m0 x10 h3 yc0 ff2 fs0 fc2 sc0 ls0 ws0">deyiminin kullanılma biçim<span class="_ _0"></span>i bir programlama hatasıdır. C d<span class="_ _0"></span>erleyicilerinin hemen hemen h<span class="_ _0"></span>epsi bu </div><div class="t m0 x10 h3 yc1 ff2 fs0 fc2 sc0 ls0 ws0">durumu mantıksal bir u<span class="_ _0"></span>yarı iletisi ile bildirir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yc2 ff2 fs0 fc2 sc0 ls0 ws0">Ancak main işlevi C++&apos;da b<span class="_ _0"></span>u kuralın dışında <span class="_ _0"></span>tutulur. main işlevi int türden b<span class="_ _0"></span>ir geri dönüş değeri üretecek </div><div class="t m0 x10 h3 yc3 ff2 fs0 fc2 sc0 ls0 ws0">şekilde tanımlanmış olsa da,<span class="_ _0"></span> main işlevi içinde bir return<span class="_ _0"></span> deyimi yazılmayabilir. Bu d<span class="_ _0"></span>urumda derleyici otomatik </div><div class="t m0 x10 h3 yc4 ff2 fs0 fc2 sc0 ls0 ws0">olarak main işlevinin ana <span class="_ _0"></span>bloğunun sonlan<span class="_ _0"></span>masından önce, kaynak k<span class="_ _0"></span>od içinde<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yc5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc6 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1 h15 yc7 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc8 ff2 fs0 fc2 sc0 ls0 ws0">deyimi yazılmış gibi kayn<span class="_ _0"></span>ak kodu ele alır. Kod geçerlidir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yc9 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki kod hem C‟de he<span class="_ _0"></span>m de C++&apos;da geçerlidir. C<span class="_ _0"></span>++ derleyicileri için <span class="_ _0"></span>mantıksal bir uyarı gerektirecek bir </div><div class="t m0 x10 h3 yca ff2 fs0 fc2 sc0 ls0 ws0">durum söz konu<span class="_ _0"></span>su değildir.<span class="ff1"> </span></div><div class="t m0 x1 h16 ycb ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycc ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 ycd ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x11 h11 yce ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h17 ycf ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yd0 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">C&apos;de bir iş<span class="_ _0"></span>levin geri dönüş değerinin t<span class="_ _0"></span>ürü bilgisi yazılmaz ise,<span class="_ _0"></span> işlevin <span class="_ _0"></span><span class="ff9">int </span>türden değer dön<span class="_ _0"></span>dürdüğü anlaşı<span class="_ _0"></span>lır </span></span></div><div class="t m0 x10 h3 yd1 ff1 fs0 fc2 sc0 ls0 ws0">(<span class="ff9">implicit int<span class="ff2">). Oysa C+<span class="_ _0"></span>+&apos;da işlev bildirimlerinde <span class="_ _0"></span></span></span>ve<span class="_ _9"></span> <span class="ff2">tanımlarında geri dön<span class="_ _0"></span>üş değerinin türünü y<span class="_ _0"></span>azmak<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 yd2 ff1 fs0 fc2 sc0 ls0 ws0">zorunludur: </div><div class="t m0 x1 hd yd3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd4 ff8 fs0 fc2 sc0 ls13 ws0">foo(void); </div><div class="t m0 x11 h11 yd5 ff8 fs0 fc2 sc0 ls13 ws0">func(double x)<span class="ls0"> </span></div><div class="t m0 x11 h11 yd6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yd7 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfe" class="pf w0 h0" data-page-no="e"><div class="pc pce w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">14</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y70 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd9 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda <span class="ff9">foo </span>işlevinin b<span class="_ _0"></span>ildirimi C‟de geçerli C++‟da <span class="_ _0"></span>geçersizdir. Yuka<span class="_ _0"></span>rıda <span class="_ _0"></span><span class="ff9">func </span></div><div class="t m0 x10 h3 yda ff2 fs0 fc2 sc0 ls0 ws0">işlevinin tanımı C‟de<span class="ff1"> <span class="_ _0"></span></span>geçerli C++‟da geçersizd<span class="_ _0"></span>ir.<span class="ff1"> </span></div><div class="t m0 x1 hc ydb ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he ydc ff6 fs0 fc2 sc0 ls11 ws0">4.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">C&apos;de bir iş<span class="_ _0"></span>levin tanımlanmasın<span class="_ _0"></span>a ilişkin iki ayrı sözdizim ku<span class="_ _0"></span>ralı vardır. Bu sözdizim ku<span class="_ _0"></span>ralları eski biçim <span class="_ _0"></span><span class="ff9">(old </span></span></span></div><div class="t m0 x10 h3 ydd ff9 fs0 fc2 sc0 ls0 ws0">style) <span class="ff1">ve yeni biçim </span>(new<span class="_ _9"></span> style) <span class="ff2">olarak isimlendirilir. E<span class="_ _0"></span>ski biçim işlev tanımlama<span class="_ _0"></span>sı programcılar tarafından<span class="_ _0"></span> artık </span></div><div class="t m0 x10 h3 yde ff2 fs0 fc2 sc0 ls0 ws0">hiç tercih edilmemesine karşı<span class="_ _0"></span>n, C dilinin kura<span class="_ _0"></span>llarına göre halen geçerlidir. Oysa C++ dili <span class="_ _0"></span>standartların<span class="_ _0"></span>a göre </div><div class="t m0 x10 h3 ydf ff1 fs0 fc2 sc0 ls0 ws0">es<span class="_ _9"></span>ki <span class="_ _9"></span><span class="ff2">biçim işlev tanımlaması g<span class="_ _0"></span>eçerli<span class="ff1"> </span>değildir:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd ye0 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye1 ff8 fs0 fc2 sc0 ls13 ws0">int foo(a, b, c) </div><div class="t m0 x11 h11 ye2 ff8 fs0 fc2 sc0 ls13 ws0">int a;<span class="ls0"> </span></div><div class="t m0 x11 h11 ye3 ff8 fs0 fc2 sc0 ls13 ws0">double b, c;<span class="ls0"> </span></div><div class="t m0 x11 h11 ye4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ye5 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 ye6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 ye7 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye8 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki işlev tanımı C‟d<span class="_ _0"></span>e geçerli, C++‟da <span class="_ _0"></span><span class="ff1">geçersizdir.<span class="_ _0"></span> </span></div><div class="t m0 x1 hd ye9 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yea ff6 fs0 fc2 sc0 ls11 ws0">5.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">C&apos;de işle<span class="_ _0"></span>v bildirimi zorunlu d<span class="_ _0"></span>eğildir. C derleyicisi bildirimi ya<span class="_ _0"></span>pılmayan bir işlevin çağrıs<span class="_ _0"></span>ıyla karşılaştığında </span></span></div><div class="t m0 x10 h3 yeb ff2 fs0 fc2 sc0 ls0 ws0">işlevin <span class="ff9">int </span>türden geri dö<span class="_ _0"></span>nüş değeri ürettiğini varsay<span class="_ _0"></span>arak kod üretir. Oy<span class="_ _0"></span>sa C++&apos;da işlev bildirimi<span class="_ _0"></span><span class="ff1"> zorunludur: </span></div><div class="t m0 x1 hc yec ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yed ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yee ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yef ff8 fs0 fc2 sc0 ls13 ws0">foo();<span class="ls0"> </span></div><div class="t m0 x11 h11 yf0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yf1 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf2 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">foo </span>işlevine yapılan<span class="_ _0"></span> çağrı C&apos;de geçerli C++&apos;da geçersizd<span class="_ _0"></span>ir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf3 ff2 fs0 fc2 sc0 ls0 ws0">Ancak bir işlevin bildirim yap<span class="_ _0"></span>ılmadan çağrılma<span class="_ _0"></span>sı C&apos;de geçerli olmasına karşın d<span class="_ _0"></span>oğru kabul e<span class="_ _0"></span>dilmez.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y47 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yf4 ff6 fs0 fc2 sc0 ls11 ws0">6.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">C&apos;de işle<span class="_ _0"></span>v bildiriminde işlev para<span class="_ _0"></span>metre ayracının içinin boş bı<span class="_ _0"></span>rakılması il<span class="_ _0"></span>e parametre ayracı<span class="_ _0"></span>nın içine <span class="_ _0"></span><span class="ff9">void </span></span></span></div><div class="t m0 x10 h3 yf5 ff2 fs0 fc2 sc0 ls0 ws0">anahtar sözcüğün<span class="_ _0"></span>ün yazılması farklı anlam<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">taşır:<span class="ff1"> </span></span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pff" class="pf w0 h0" data-page-no="f"><div class="pc pcf w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">15</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf6 ff8 fs0 fc2 sc0 ls13 ws0">int func(); </div><div class="t m0 x11 h11 yf7 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 yf8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yf9 ff8 fs0 fc2 sc0 ls13 ws0">func(5);<span class="ls0"> </span></div><div class="t m0 x11 h11 yfa ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 yfb ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">func </span>işlevi için y<span class="_ _0"></span>apılan bildirimde parame<span class="_ _0"></span>tre ayracı içine bir şey y<span class="_ _0"></span>azılmamıştır. C‟de bu </div><div class="t m0 x10 h3 yfc ff2 fs0 fc2 sc0 ls0 ws0">bildirimin anlamı şudur: Bildir<span class="_ _0"></span>ilen <span class="_ _0"></span><span class="ff9">func </span>işlevinin parametr<span class="_ _0"></span>e değişkenleri hakkında derleyici<span class="_ _0"></span>ye bir bilgi </div><div class="t m0 x10 h3 yfd ff2 fs0 fc2 sc0 ls0 ws0">verilmemiştir. Yani <span class="ff9">func <span class="_ _0"></span></span>işlevine yap<span class="_ _0"></span>ılan çağrıda derleyici işleve<span class="_ _0"></span><span class="ff1"> </span>gönderilen argü<span class="_ _0"></span>man sayısı ile işlevin parametre </div><div class="t m0 x10 h3 yfe ff2 fs0 fc2 sc0 ls0 ws0">değişken sayısının aynı o<span class="_ _0"></span>lup olmadığına bakmaz<span class="_ _0"></span>. Geçmişe doğru u<span class="_ _0"></span>yumluluk için bu b<span class="_ _0"></span>ildirime özel bir anlam </div><div class="t m0 x10 h3 yff ff2 fs0 fc2 sc0 ls0 ws0">yüklenmiştir. C‟de bu<span class="_ _0"></span> bildirim<span class="ff1"> </span></div><div class="t m0 x1 h3 y100 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y101 ff8 fs0 fc2 sc0 ls13 ws0">int func(void);<span class="ls0"> </span></div><div class="t m0 x1 h15 y102 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y103 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde yapılsaydı, derleyici<span class="_ _0"></span>ye <span class="ff9">func <span class="_ _0"></span></span>işlevinin parametre de<span class="_ _0"></span>ğişkeni olmadığı bilgisi açıkça <span class="_ _0"></span>verilmiş olurdu.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y104 ff2 fs0 fc2 sc0 ls0 ws0">Oysa C++&apos;da her iki bildirim<span class="_ _0"></span>in de anlamı aynıdır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y105 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5c ff8 fs0 fc2 sc0 ls13 ws0">int func(); </div><div class="t m0 x11 h11 y106 ff8 fs0 fc2 sc0 ls13 ws0">int foo(void)<span class="ls0"> </span></div><div class="t m0 x1 h1a y107 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y108 ff2 fs0 fc2 sc0 ls0 ws0">C++&apos;da <span class="_ _3"></span>işlev <span class="_ _3"></span>bildiri<span class="_ _0"></span>minde <span class="_ _3"></span>parametre <span class="_ _3"></span>ay<span class="_ _0"></span>racının <span class="_ _3"></span>içinin <span class="_ _3"></span>boş <span class="_ _3"></span>bır<span class="_ _0"></span>akılmasıyla <span class="_ _3"></span>ayracın <span class="_ _3"></span>i<span class="_ _0"></span>çine <span class="_ _b"></span><span class="ff9">void <span class="_ _b"></span></span>anahta<span class="_ _0"></span>r <span class="_ _3"></span>sözcüğünün </div><div class="t m0 x10 h3 y109 ff2 fs0 fc2 sc0 ls0 ws0">yazılması <span class="_ _0"></span>arasında <span class="_ _3"></span>bir <span class="_ _0"></span>fark <span class="_ _0"></span>yoktur. <span class="_ _3"></span>Her ikisinde <span class="_ _3"></span>de işl<span class="_ _0"></span>evin <span class="_ _0"></span>parametre <span class="_ _0"></span>de<span class="_ _0"></span>ğişkenine <span class="_ _0"></span>sahip <span class="_ _0"></span>olmadığı <span class="_ _3"></span>bilgisi <span class="_ _0"></span>verilmiş </div><div class="t m0 x10 h3 y3e ff1 fs0 fc2 sc0 ls0 ws0">olur. </div><div class="t m0 x1 hd y10a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y10b ff6 fs0 fc2 sc0 ls11 ws0">7.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">C de main işl<span class="_ _0"></span>evinin <span class="ff1">adres<span class="_ _9"></span>i <span class="ff2">alınabilir. </span>mai<span class="_ _9"></span>n <span class="ff2">işle<span class="_ _9"></span>vi kendi kendin<span class="_ _0"></span>i çağırabilir. Ancak C++&apos;da bu<span class="_ _0"></span> duruma izin<span class="_ _0"></span><span class="ff1"> </span></span></span></span></span></div><div class="t m0 x10 h3 y10c ff2 fs0 fc2 sc0 ls0 ws0">verilmemiştir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y10d ff2 fs0 fc2 sc0 ls0 ws0">C++&apos;da main işlevi kendi <span class="_ _0"></span>kendin<span class="_ _0"></span>i çağıramaz. main işlevinin ad<span class="_ _0"></span>resi alınamaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y10e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y10f ff6 fs0 fc2 sc0 ls11 ws0">8.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">C&apos;de belirleyicil<span class="_ _0"></span>er (<span class="ff9">auto, regist<span class="_ _0"></span>er, static, extern, c<span class="_ _0"></span>onst, volatile<span class="_ _0"></span><span class="ff2">), değişken tanımlamalarınd<span class="_ _0"></span>a tür belirten </span></span></span></span></div><div class="t m0 x10 h3 y110 ff2 fs0 fc2 sc0 ls0 ws0">anahtar sözcük <span class="_ _0"></span>olmaksızın doğrudan d<span class="_ _0"></span>eğişken ismiyle kullanılabilir. Bu <span class="_ _3"></span><span class="ff1">du<span class="_ _9"></span>ru<span class="_ _9"></span>mda<span class="_ _9"></span> <span class="ff2">derleyici, tanı</span>mlanan </span></div><div class="t m0 x10 h3 y111 ff2 fs0 fc2 sc0 ls0 ws0">değişkenin <span class="ff9">int </span>tü<span class="_ _0"></span>rden olduğunu <span class="_ _0"></span><span class="ff1">ka<span class="_ _9"></span>bul<span class="_ _9"></span> <span class="ff2">eder. Ancak C++&apos;da belirleyicilerin böy<span class="_ _0"></span>le kullanılması geçerli<span class="_ _0"></span></span> <span class="ff2">değildir.</span> </span></div><div class="t m0 x1 h3 y112 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y113 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y114 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y115 ff8 fs0 fc2 sc0 ls13 ws0">const i = 0;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf10" class="pf w0 h0" data-page-no="10"><div class="pc pc10 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">16</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y117 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod C‟d<span class="_ _0"></span>e geçerli C++‟da geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b y119 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y11a ff6 fs0 fc2 sc0 ls11 ws0">9.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">C&apos;de cons<span class="_ _9"></span>t <span class="ff2">bir değişkenin ilk değer verilmeden tanımlanma<span class="_ _0"></span>sı tamamen geçerlidir. Şü<span class="_ _0"></span>phesiz otomatik </span></span></span></div><div class="t m0 x10 h3 y11b ff1 fs0 fc2 sc0 ls0 ws0">ömürlü bir nesne için bu dur<span class="_ _6"></span>um <span class="ff2">bir programlama hatasıdır. C++&apos;da con<span class="_ _0"></span>st değişkenlere ilk <span class="_ _0"></span>değer vermek<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 y11c ff1 fs0 fc2 sc0 ls0 ws0">zorunludur: </div><div class="t m0 x1 h1b y11d ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y53 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y11e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y7e ff8 fs0 fc2 sc0 ls13 ws0">const int x; </div><div class="t m0 x12 h11 y11f ff8 fs0 fc2 sc0 ls13 ws0">char *const<span class="ls0"> <span class="ls16">ptr;</span> </span></div><div class="t m0 x12 h11 y120 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y121 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y122 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y123 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki tanımlamalar C‟d<span class="_ _0"></span>e geçerli, C++‟da geç<span class="_ _0"></span>ersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y124 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y125 ff2 fs0 fc2 sc0 ls0 ws0">C++‟da statik ömürlü <span class="_ _0"></span><span class="ff9">const </span>d<span class="_ _0"></span>eğişkenlere de ilk değer vermek <span class="_ _0"></span>zorunludur:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y126 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y127 ff8 fs0 fc2 sc0 ls13 ws0">const int x; </div><div class="t m0 x11 h11 y128 ff8 fs0 fc2 sc0 ls13 ws0">void foo(){}<span class="ls0"> </span></div><div class="t m0 x1 h1c y129 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y12a ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte x d<span class="_ _0"></span>eğişkeninin tan<span class="_ _0"></span>ımı C‟de geçerli, C++‟da <span class="_ _0"></span>geçersizdir. Ancak aşağıdak<span class="_ _0"></span>i </div><div class="t m0 x10 h3 y12b ff2 fs0 fc2 sc0 ls0 ws0">tanıml<span class="ff1">ama iki dilde de g<span class="_ _0"></span>eçerlidir: </span></div><div class="t m0 x11 h11 y12c ff8 fs0 fc2 sc0 ls13 ws0">const int *ptr;<span class="ls0"> </span></div><div class="t m0 x1 h11 y12d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf3 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">ptr <span class="ff2">değişkeninin k<span class="_ _0"></span>endisi </span>co<span class="_ _0"></span>nst <span class="ff2">değildir. </span>ptr <span class="ff2">değişkeni<span class="_ _0"></span>nin gösterdiği yer </span>c<span class="_ _0"></span>onst </span></div><div class="t m0 x10 h3 y12e ff2 fs0 fc2 sc0 ls0 ws0">olarak ele alınır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y12f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y6c ff6 fs0 fc2 sc0 ls11 ws0">10.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff1">C&apos;de <span class="ff9">void </span>türden b<span class="_ _0"></span>ir adresin <span class="ff9">vo<span class="_ _0"></span>id </span>türden olma<span class="_ _6"></span>yan <span class="ff2">bir gösterici değiş<span class="_ _9"></span>kene, tü<span class="_ _0"></span>r dönüştürme işlemi </span></span></span></div><div class="t m0 x10 h3 y130 ff2 fs0 fc2 sc0 ls0 ws0">yapılmaksızın atanması g<span class="_ _0"></span>eçerlidir. Bazı C derleyic<span class="_ _0"></span>ileri bu durumda b<span class="_ _0"></span>ir mantıksal uyarı iletisi verebilir. Ama <span class="_ _3"></span><span class="ff1 ls15">bu </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf11" class="pf w0 h0" data-page-no="11"><div class="pc pc11 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">17</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">durum bir sözdizim h<span class="_ _0"></span>atası olarak d<span class="_ _0"></span>eğerlendirilmez. Ancak <span class="_ _0"></span><span class="ff1 ls15">bu </span>durum C++&apos;da bir sözdizim hat<span class="_ _0"></span>asıdır.<span class="ff1"> C++&apos;da <span class="ff9">vo<span class="_ _0"></span>id </span></span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">türden adresler tür dön<span class="_ _0"></span>üştürme işleci kullanılmadan<span class="_ _0"></span>, başka türden b<span class="_ _0"></span>ir göstericiye<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span>at<span class="_ _0"></span>anamaz: </span></div><div class="t m0 x11 h11 y132 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;stdlib.h&gt; </div><div class="t m0 x11 h11 y133 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y134 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y135 ff8 fs0 fc2 sc0 ls13 ws0">int *ptr;<span class="ls0"> </span></div><div class="t m0 x12 h11 y136 ff8 fs0 fc2 sc0 ls13 ws0">ptr = malloc(sizeof(int));<span class="ls0"> </span></div><div class="t m0 x12 h11 y137 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y138 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y139 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y13a ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">ptr </span>değişkenine yap<span class="_ _0"></span>ılan atama C‟de geçerli, C+<span class="_ _0"></span>+‟da <span class="_ _0"></span><span class="ff1">geçersizdir. </span></div><div class="t m0 x1 h3 y13b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y13c ff6 fs0 fc2 sc0 ls11 ws0">11.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">C&apos;de bir gösterici d<span class="_ _0"></span>eğişkene adres bilgisi dışındak<span class="_ _0"></span>i bir değerin a<span class="_ _0"></span>tanması ya <span class="_ _0"></span><span class="ff1">da<span class="_ _0"></span> <span class="_ _0"></span></span>bir gösterici değişkene farklı </span></span></div><div class="t m0 x10 h3 y13d ff2 fs0 fc2 sc0 ls0 ws0">türden bir ad<span class="_ _0"></span>resin atanması yanlıştır. C derleyicilerinin ço<span class="_ _0"></span>ğu bu duru<span class="_ _0"></span>mu bir mantıksal uyarı iletisiyle bildirir. </div><div class="t m0 x10 h3 y13e ff2 fs0 fc2 sc0 ls0 ws0">C‟de doğal türler<span class="ff1"> </span>ile ad<span class="_ _0"></span>res türleri arasında o<span class="_ _0"></span>tomatik tür dönüşümü<span class="_ _0"></span><span class="ff1"> </span>vardır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y13f ff2 fs0 fc2 sc0 ls0 ws0">C++&apos;da bir adres değeri olmay<span class="_ _0"></span>an bir ifadenin<span class="_ _0"></span> bir gösterici değişkene atanması ya <span class="_ _0"></span>da bir adresin farklı türd<span class="_ _0"></span>en </div><div class="t m0 x10 h3 y140 ff2 fs0 fc2 sc0 ls0 ws0">bir gösterici değişkene atan<span class="_ _0"></span>ması durumu doğru<span class="_ _0"></span>dan sözdizim hatasıdır.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y141 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y142 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y143 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y144 ff8 fs0 fc2 sc0 ls0 ws0">int <span class="_ _3"></span>x <span class="_ _0"></span>= <span class="_ _3"></span>1<span class="_ _6"></span>0;<span class="_ _6"></span> </div><div class="t m0 x12 h11 y145 ff8 fs0 fc2 sc0 ls13 ws0">double <span class="_ _f"> </span><span class="ls16">*dp; </span></div><div class="t m0 x12 h11 y146 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>*ip;<span class="ls0"> </span></div><div class="t m0 x12 h11 y147 ff8 fs0 fc2 sc0 ls13 ws0">dp = <span class="ls0">&amp;<span class="_ _9"></span>x;<span class="_ _6"></span> </span></div><div class="t m0 x12 h11 y148 ff8 fs0 fc2 sc0 ls13 ws0">ip = <span class="ls0">2<span class="_ _9"></span>0;<span class="_ _6"></span> </span></div><div class="t m0 x12 h11 y149 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y14a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y14b ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y14c ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında <span class="ff9 ls14">dp </span><span class="ff1">ve <span class="ff9">ip </span></span>isimli göster<span class="_ _0"></span>ici değişkenlere yapılan<span class="_ _0"></span> atamalar C++‟da geçerli değildir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y14d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y14e ff6 fs0 fc2 sc0 ls11 ws0">12.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff1">C&apos;de <span class="ff9">const <span class="ff2">bir d<span class="_ _0"></span>eğişkenin adresinin<span class="_ _0"></span></span></span><span class="fc6 ls17">, </span><span class="ff2">gösterdiği yer <span class="ff9">const<span class="_ _6"></span> <span class="ff2">olmayan b<span class="_ _0"></span>ir göstericiye atanması yanlıştır. C </span></span></span></span></span></div><div class="t m0 x10 h3 y14f ff2 fs0 fc2 sc0 ls0 ws0">derleyicilerinin çoğu böy<span class="_ _0"></span>le bir durumda yaln<span class="_ _0"></span>ızca bir mantıksal uyarı iletisi verm<span class="_ _0"></span>e eğilimindedir. C++&apos;da bir </div><div class="t m0 x10 h3 y150 ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">değişkenin adres<span class="_ _0"></span>i<span class="ff1 fc6">nin </span>gösterdiği yer </span>co<span class="_ _0"></span>nst <span class="ff2">olmayan bir gö<span class="_ _0"></span>stericiye tür dönüşümü y<span class="_ _0"></span>apılmadan atan<span class="_ _0"></span>ması<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y151 ff1 fs0 fc2 sc0 ls0 ws0">geçersizdir. </div><div class="t m0 x10 h3 y152 ff1 fs0 fc2 sc0 ls0 ws0">C++&apos;da <span class="ff9">const <span class="ff2">n<span class="_ _0"></span>esnelerin adresleri ayrı bir ad<span class="_ _0"></span>res türünden kabul edilir. <span class="_ _0"></span>Böyle adresler ancak <span class="_ _0"></span>gösterdiği yer </span></span></div><div class="t m0 x10 h3 y153 ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">olan gö<span class="_ _0"></span>sterici değişkenlere atanabilir:<span class="_ _0"></span><span class="ff1"> </span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf12" class="pf w0 h0" data-page-no="12"><div class="pc pc12 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">18</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h16 y116 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y154 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y99 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y155 ff8 fs0 fc2 sc0 ls13 ws0">const int x = 20; </div><div class="t m0 x12 h11 y156 ff8 fs0 fc2 sc0 ls13 ws0">volatile int y = 50; </div><div class="t m0 x12 h11 y157 ff8 fs0 fc2 sc0 ls13 ws0">int *ptr;<span class="ls0"> </span></div><div class="t m0 x12 h11 y158 ff8 fs0 fc2 sc0 ls13 ws0">ptr = &amp;x; </div><div class="t m0 x12 h11 y159 ff8 fs0 fc2 sc0 ls13 ws0">ptr = &amp;y<span class="ls0"> </span></div><div class="t m0 x11 h11 y15a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y15b ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında <span class="ff9">p<span class="_ _0"></span>tr </span>göstericisine yapılan a<span class="_ _0"></span>tamalar C++&apos;da geçerli değildir. <span class="_ _0"></span>Benzer şekilde C++‟da </div><div class="t m0 x10 h3 y15c ff2 fs0 fc2 sc0 ls0 ws0">gösterdiği yer <span class="ff9">con<span class="_ _0"></span>st </span>olan bir göstericinin değ<span class="_ _0"></span>eri de, gösterdiği y<span class="_ _0"></span>er <span class="ff9">con<span class="_ _0"></span>st <span class="ff1">olmayan bir göste<span class="_ _0"></span>riciye atanamaz:<span class="_ _0"></span> </span></span></div><div class="t m0 x1 h3 y15d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y56 ff8 fs0 fc2 sc0 ls13 ws0">void func(const char *ptr)<span class="ls0"> </span></div><div class="t m0 x11 h11 y15e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y15f ff8 fs0 fc2 sc0 ls13 ws0">char *temp = ptr;<span class="ls0"> </span></div><div class="t m0 x12 h11 y160 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y161 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h13 y162 ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y163 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında <span class="ff9">temp <span class="_ _0"></span></span>göstericisine yapılan atam<span class="_ _0"></span>a C++&apos;da geçerli değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b y164 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y165 ff6 fs0 fc2 sc0 ls11 ws0">13.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff1">C&apos;de <span class="ff9">const </span>ya d<span class="_ _0"></span>a <span class="ff9">volatile </span>b<span class="_ _0"></span>ir nesnenin adresi <span class="ff9">void </span>tü<span class="_ _0"></span>rden bir göstericiye atan<span class="_ _0"></span>abilir. C++&apos;da <span class="_ _0"></span><span class="ff9">void </span>tü<span class="_ _0"></span>rden bir </span></span></div><div class="t m0 x10 h3 y166 ff1 fs0 fc2 sc0 ls0 ws0">göstericiye <span class="ff9">cons<span class="_ _9"></span>t <span class="_ _9"></span><span class="ff1">ya da <span class="_ _0"></span><span class="ff9">volatile </span>anahtar söz<span class="_ _0"></span><span class="ff2">cüğü ile tanımlanmış bir nesnenin <span class="_ _0"></span></span>adres<span class="_ _6"></span>i <span class="ff2">tür d<span class="_ _0"></span>önüşümü </span></span></span></div><div class="t m0 x10 h3 y167 ff2 fs0 fc2 sc0 ls0 ws0">yapılmadan<span class="ff1"> atanamaz<span class="_ _0"></span>. </span></div><div class="t m0 x10 h3 y168 ff9 fs0 fc2 sc0 ls0 ws0">void <span class="ff1">türden gö<span class="_ _0"></span>stericilere her türden adres atan<span class="_ _0"></span>abilir. Ancak C++&apos;da <span class="_ _0"></span></span>con<span class="_ _0"></span>st <span class="ff1">ya da </span>vo<span class="_ _0"></span>latile <span class="ff2">anahtar sözcüğü ile </span></div><div class="t m0 x10 h3 y169 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmış bir nesnenin ad<span class="_ _0"></span>resi tür dönüştürmesi yap<span class="_ _0"></span>ılmaksızın <span class="_ _0"></span><span class="ff9">void <span class="ff1">türd<span class="_ _0"></span>en bir göstericiye atanamaz<span class="_ _0"></span>. </span></span></div><div class="t m0 x1 hd y16a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y16b ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y16c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y16d ff8 fs0 fc2 sc0 ls13 ws0">void *vptr1, <span class="ls0">*v<span class="_ _6"></span>ptr<span class="_ _9"></span>2; </span></div><div class="t m0 x12 h11 y16e ff8 fs0 fc2 sc0 ls13 ws0">const int x = 10; </div><div class="t m0 x12 h11 y16f ff8 fs0 fc2 sc0 ls13 ws0">volatile int v = <span class="ls0">2<span class="_ _9"></span>0;<span class="_ _6"></span> </span></div><div class="t m0 x12 h11 y170 ff8 fs0 fc2 sc0 ls13 ws0">vptr1 =<span class="ls0"> </span>&amp;x;<span class="ls0"> </span></div><div class="t m0 x12 h11 y171 ff8 fs0 fc2 sc0 ls13 ws0">vptr2 =<span class="ls0"> </span>&amp;v;<span class="ls0"> </span></div><div class="t m0 x12 h11 y172 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y173 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y174 ff8 fsf fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf13" class="pf w0 h0" data-page-no="13"><div class="pc pc13 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">19</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod C‟d<span class="_ _0"></span>e geçerlidir. Ancak <span class="_ _0"></span><span class="ff9">vptr1 <span class="ff1">ve </span>vptr2 </span>değişken<span class="_ _0"></span>lerine yapılan atamalar C++‟d<span class="_ _0"></span>a geçerli değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y175 ff6 fs0 fc2 sc0 ls11 ws0">14.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff1">C&apos;de <span class="ff2">işlev tanımlarında y<span class="_ _0"></span>a da bildirimlerind<span class="_ _0"></span>e, geri dönüş değerinin yaz<span class="_ _0"></span>ıldığı yerde, parametre </span></span></span></div><div class="t m0 x10 h3 y176 ff2 fs0 fc2 sc0 ls0 ws0">değişkenlerinin bildirildiği yer<span class="_ _0"></span>de programcı tarafından t<span class="_ _0"></span>anımlanan türler bildirilebilir. C<span class="_ _0"></span>++&apos;da böyle </div><div class="t m0 x10 h3 y177 ff1 fs0 fc2 sc0 ls0 ws0">bildirimler geçerli <span class="ff2">değildir.<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y178 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y179 ff8 fs0 fc2 sc0 ls13 ws0">struct A{int a1, int a2;} foo();<span class="ls0"> </span></div><div class="t m0 x1 h12 y17a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y17b ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki bildirim C&apos;d<span class="_ _0"></span>e geçerlidir. <span class="ff9">foo<span class="_ _0"></span> </span>işlevinin geri dönüş d<span class="_ _0"></span>eğeri bildirilen <span class="ff9">struc<span class="_ _0"></span>t A </span>yapısı tü<span class="_ _0"></span>ründendir. Ancak C++&apos;da </div><div class="t m0 x10 h3 y17c ff1 fs0 fc2 sc0 ls0 ws0">bu bildirim geçersizdir.<span class="_ _0"></span> </div><div class="t m0 x1 h3 y17d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y17e ff8 fs0 fc2 sc0 ls13 ws0">void func(struct B{int b1, int b2;} x);<span class="ls0"> </span></div><div class="t m0 x1 h11 y17f ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y180 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki bildirim de C&apos;d<span class="_ _0"></span>e geçerlidir. func işlevinin p<span class="_ _0"></span>arametre <span class="_ _0"></span>değişkeni, parametre a<span class="_ _0"></span>yracı içinde bildirilen </div><div class="t m0 x10 h3 y181 ff2 fs0 fc2 sc0 ls0 ws0">struct B yapısı türün<span class="_ _0"></span>dendir. C++&apos;da bu bildirim geçer<span class="_ _0"></span>sizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y182 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y183 ff6 fs0 fc2 sc0 ls11 ws0">15.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">C&apos;de doğal türlerden bir d<span class="_ _0"></span>eğerin bir nu<span class="_ _0"></span>maralandırma türünden değişkene a<span class="_ _0"></span>tanması geçerlidir. <span class="_ _0"></span>C++&apos;da </span></span></div><div class="t m0 x10 h3 y184 ff2 fs0 fc2 sc0 ls0 ws0">bir numaralandırma tü<span class="_ _0"></span>ründen bir nesneye <span class="_ _0"></span><span class="ff1">anc<span class="_ _9"></span>ak <span class="_ _9"></span>söz <span class="ff2">konusu numarala<span class="_ _0"></span>ndırma türüne ilişkin b<span class="_ _0"></span>ir </span></span></div><div class="t m0 x10 h3 y185 ff2 fs0 fc2 sc0 ls0 ws0">“numaralandırma değişmezi” <span class="_ _0"></span>(enumaration constant) <span class="_ _0"></span>atanabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y3c ff8 fs0 fc2 sc0 ls13 ws0">enum Position {ON, OFF, HOLD}; </div><div class="t m0 x11 h11 y186 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y187 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y188 ff8 fs0 fc2 sc0 ls13 ws0">enum Position pos = 1;<span class="ls0"> </span></div><div class="t m0 x12 h11 y189 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y18a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y18b ff9 fs0 fc2 sc0 ls0 ws0">pos <span class="ff2">değişkenine yap<span class="_ _0"></span>ılan atama C‟de geçerli iken C<span class="_ _0"></span>++‟da geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y18c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y18d ff6 fs0 fc2 sc0 ls11 ws0">16.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">C&apos;de <span class="_ _3"></span>global <span class="_ _b"></span>bir <span class="_ _3"></span>d<span class="_ _0"></span>eğişken <span class="_ _b"></span><span class="ff9">extern <span class="_ _b"></span></span>anah<span class="_ _0"></span>tar <span class="_ _3"></span>sözcüğü <span class="_ _b"></span>olmadan <span class="_ _b"></span>birden <span class="_ _b"></span>fazla <span class="_ _3"></span>kez <span class="_ _b"></span>bildirilebilir. <span class="_ _b"></span>C++ </span></span></div><div class="t m0 x10 h3 y18e ff2 fs0 fc2 sc0 ls0 ws0">bir <span class="_ _10"> </span>kaynak <span class="_ _10"> </span>dosya <span class="_ _10"> </span>içinde <span class="_ _10"> </span>bir <span class="_ _10"> </span>değişken <span class="_ _10"> </span><span class="ff9">exte<span class="_ _0"></span>rn <span class="_ _10"> </span></span>anahtar <span class="_ _10"> </span>sözcüğü <span class="_ _10"> </span>kullanılmadan <span class="_ _10"> </span>yaln<span class="_ _0"></span>ızca  bir <span class="_ _10"> </span>kez<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y18f ff1 fs0 fc2 sc0 ls0 ws0">bildirilebilir. </div><div class="t m0 x1 hd y190 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y191 ff8 fs0 fc2 sc0 ls13 ws0">int x; </div><div class="t m0 x11 h11 y192 ff8 fs0 fc2 sc0 ls13 ws0">int x;<span class="ls0"> </span></div><div class="t m0 x1 h11 y193 ff8 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf14" class="pf w0 h0" data-page-no="14"><div class="pc pc14 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">20</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x11 h11 y195 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y196 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y197 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod C&apos;de geç<span class="_ _0"></span>e<span class="ff1">rli iken C++&apos;da geçer<span class="_ _0"></span>sizdir. </span></div><div class="t m0 x1 hd y198 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y199 ff6 fs0 fc2 sc0 ls11 ws0">17.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">C&apos;de programcı taraf<span class="_ _0"></span>ından tanımlanan b<span class="_ _0"></span>ir tür için kullanılan<span class="_ _0"></span> etiket<span class="ff1">-i<span class="_ _0"></span>sim (<span class="ff9">tag</span></span>) ayn<span class="_ _0"></span>ı bilinirlik alanı için<span class="_ _0"></span>de </span></span></div><div class="t m0 x10 h3 y19a ff2 fs0 fc2 sc0 ls0 ws0">kullanılan bir <span class="_ _0"></span><span class="ff9">typedef </span>ismiyle ayn<span class="_ _0"></span>ı olabilir. Bu durum b<span class="_ _0"></span>ir sözdizim hatası<span class="_ _0"></span><span class="ff1"> </span>değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y19b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y19c ff8 fs0 fc2 sc0 ls13 ws0">struct Word {<span class="ls0"> </span></div><div class="t m0 x13 h11 y19d ff8 fs0 fc2 sc0 ls13 ws0">char hb, lb;<span class="ls0"> </span></div><div class="t m0 x11 h11 y19e ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y19f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1a0 ff8 fs0 fc2 sc0 ls13 ws0">typedef int Word;<span class="ls0"> </span></div><div class="t m0 x1 h1c y1a1 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1a2 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçası C&apos;de geçerli, C++&apos;da geçer<span class="_ _0"></span>sizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1a3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1a4 ff6 fs0 fc2 sc0 ls11 ws0">18.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">C&apos;de içsel bir yapı bildirimi ait <span class="_ _0"></span>olduğu b<span class="_ _0"></span>ilinirlik alanında do<span class="_ _0"></span>ğrudan görülebilir.<span class="_ _0"></span><span class="ff1"> <span class="_ _4"></span>C+<span class="_ _0"></span>+&apos;da içsel bildirilen türler </span></span></span></div><div class="t m0 x10 h3 y1a5 ff2 fs0 fc2 sc0 ls0 ws0">doğrudan<span class="_ _0"></span><span class="ff1"> </span>kullanılamaz:<span class="ff1"> </span></div><div class="t m0 x1 h3 y88 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1a6 ff8 fs0 fc2 sc0 ls13 ws0">struct Outer { </div><div class="t m0 x12 h11 y1a7 ff8 fs0 fc2 sc0 ls13 ws0">struct Inner {<span class="ls0"> </span></div><div class="t m0 x14 h11 y1a8 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x12 h11 y1a9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x12 h11 y1aa ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y1ab ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y1ac ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1ad ff8 fs0 fc2 sc0 ls13 ws0">struct Inner i;<span class="ls0"> </span></div><div class="t m0 x1 h14 y1ae ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1af ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">struct Inner <span class="ff1">türü<span class="_ _0"></span>nün bildirimi </span>struct <span class="_ _0"></span>Outer </span>türünün<span class="_ _0"></span> bildirimi içinde yapılıyor. <span class="_ _0"></span><span class="ff9">struct Inne<span class="_ _0"></span>r </span></div><div class="t m0 x10 h3 y1b0 ff1 fs0 fc2 sc0 ls0 ws0">türünden <span class="_ _0"></span><span class="ff9 lse">i </span><span class="ff2">isimli değişkenin tanımı C&apos;d<span class="_ _0"></span>e geçerlidir. Çünkü bu t<span class="_ _0"></span>anımlama noktasında <span class="_ _3"></span><span class="ff9">struct Inner </span></span>türü bilinir. </div><div class="t m0 x10 h3 y1b1 ff2 fs0 fc2 sc0 ls0 ws0">Ancak yukarıdak<span class="_ _0"></span>i kod C++&apos;da geçersizdir. C++&apos;da <span class="_ _0"></span><span class="ff9">struct In<span class="_ _0"></span>ner </span>türü d<span class="_ _0"></span>oğrudan değil <span class="ff9">Outer::Inne<span class="_ _0"></span>r <span class="ff1">biçiminde </span></span></div><div class="t m0 x10 h3 y1b2 ff2 fs0 fc2 sc0 ls0 ws0">kullanılabilir.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf15" class="pf w0 h0" data-page-no="15"><div class="pc pc15 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">21</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y1b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1b4 ff6 fs0 fc2 sc0 ls11 ws0">19.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff1">C&apos;de <span class="ff9">char <span class="ff2">türden b<span class="_ _0"></span>ir diziye bir dizgeyle ilkdeğer v<span class="_ _0"></span>erilirken, dizge içinde yazılan<span class="_ _0"></span> karakterlerin sayısı, </span></span></span></span></div><div class="t m0 x10 h3 y1b5 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanan d<span class="_ _0"></span>izinin belirtilen boyutu<span class="_ _0"></span>na eşit olabilir. Bu durumda diziy<span class="_ _0"></span>e yerleştirilen yazının<span class="_ _0"></span> sonunda sonland<span class="_ _0"></span>ırıcı </div><div class="t m0 x10 h3 y1b6 ff1 fs0 fc2 sc0 ls0 ws0">karakter bulunmaz. </div><div class="t m0 x10 h3 y1b7 ff2 fs0 fc2 sc0 ls0 ws0">C++&apos;da böyle bir ilkdeğer <span class="_ _0"></span>verme işlemi geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1b8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1b9 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y1ba ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1bb ff8 fs0 fc2 sc0 ls13 ws0">char message[4] = &quot;hata&quot;;<span class="ls0"> </span></div><div class="t m0 x12 h11 y1bc ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y1bd ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h13 y1be ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1bf ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçası C&apos;de geçe<span class="ff1">rli, C<span class="_ _0"></span>++&apos;da geçersizdir.<span class="_ _0"></span> </span></div><div class="t m0 x10 he y1c0 ff6 fs0 fc2 sc0 ls11 ws0">20.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">C++&apos;da dizgeler bir işl<span class="_ _0"></span>eme sokulduğun<span class="_ _0"></span>da <span class="ff9">char<span class="_ _6"></span> <span class="ff2">türd<span class="_ _0"></span>en adrese değil </span>const cha<span class="_ _0"></span>r <span class="ff2">türden adrese dönü<span class="_ _0"></span>ştürülür.<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x10 h3 y1c1 ff1 fs0 fc2 sc0 ls0 ws0">C&apos;de kaynak kod için<span class="_ _0"></span>de bir dizge gören derleyici, önce bu<span class="_ _0"></span> dizge için bellekte güvenilir bir y<span class="_ _0"></span>er ayarlar. Daha </div><div class="t m0 x10 h3 y1c2 ff1 fs0 fc2 sc0 ls0 ws0">sonra bellekte ay<span class="ff2">arlanan<span class="_ _0"></span> yerin (bloğun) başlan<span class="_ _0"></span>gıç adresini dizgenin yerine y<span class="_ _0"></span>erleştirir. C&apos;de göstericiler yolu<span class="_ _0"></span>yla </span></div><div class="t m0 x10 h3 y1c3 ff2 fs0 fc2 sc0 ls0 ws0">bir dizgeyi değiştirmeye çalış<span class="_ _0"></span>mak, bir programlama hat<span class="_ _0"></span>ası olmasına karşın, bir sözdizi<span class="_ _0"></span>m hatası oluşturmaz.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1c4 ff2 fs0 fc2 sc0 ls0 ws0">Oysa C++&apos;da dizgeler işle<span class="_ _0"></span>me sokulduklarınd<span class="_ _0"></span>a <span class="ff9">const c<span class="_ _0"></span>har </span>türden bir adres olarak <span class="_ _0"></span>ele alınır. Ancak geçmişte </div><div class="t m0 x10 h3 y1c5 ff2 fs0 fc2 sc0 ls0 ws0">yazılan çok sayıd<span class="_ _0"></span>a C++ kodunun geçersiz hale gelm<span class="_ _0"></span>emesi için <span class="_ _0"></span><span class="ff9">const char <span class="_ _0"></span><span class="ff1">türden birer adres olan d<span class="_ _0"></span>izgelerin, </span>const </span></div><div class="t m0 x10 h3 y1c6 ff1 fs0 fc2 sc0 ls0 ws0">olmayan <span class="ff9">cha<span class="_ _0"></span>r <span class="ff2">türden göstericilere atanma<span class="_ _0"></span>sına 1998 Standartla<span class="_ _0"></span>rıyla izin verilmiştir. Ancak<span class="_ _0"></span></span></span> <span class="_ _0"></span>bu durum </div><div class="t m0 x10 h1e y1c7 ff9 fs0 fc2 sc0 ls0 ws0">&quot;deprecated&quot;</div><div class="t m0 x15 h1f y1c8 ff9 fs10 fc2 sc0 ls18 ws0">(2)</div><div class="t m0 x16 h3 y1c7 ff9 fs0 fc2 sc0 ls0 ws0"> <span class="ff2">ilan edilmi<span class="_ _0"></span>ştir.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y1c9 ff2 fs0 fc2 sc0 ls0 ws0">Bu durumda 1998 C+<span class="_ _0"></span>+ standartlarına <span class="_ _0"></span>göre aşağıdaki kod geçerlidir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1ca ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1cb ff8 fs0 fc2 sc0 ls13 ws0">char *p = &quot;Necati Ergin&quot;;<span class="ls0"> </span></div><div class="t m0 x1 h12 y1cc ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1cd ff2 fs0 fc2 sc0 ls0 ws0">Burada gösterdiği yer <span class="ff9">c<span class="_ _0"></span>onst <span class="ff1">olmay<span class="_ _0"></span>an </span><span class="ls14">p </span><span class="ff1">göstericisine </span>const <span class="_ _0"></span></span>bir adres atanması geçerlidir. A<span class="_ _0"></span>ma C++ </div><div class="t m0 x10 h3 y1ce ff2 fs0 fc2 sc0 ls0 ws0">derleyicilerinin çoğu b<span class="_ _0"></span>u durumda mantıksal uyar<span class="_ _0"></span>ı iletisi verir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1cf ff1 fs0 fc2 sc0 ls0 ws0">Ancak dizgeler herhangi bir ifa<span class="_ _0"></span>de içinde, <span class="_ _0"></span><span class="ff9">const </span>olmayan<span class="_ _0"></span> <span class="ff9">char </span>türden (<span class="ff9">ch<span class="_ _0"></span>ar *</span>) bir adres gereken yerde </div><div class="t m0 x10 h3 y1d0 ff2 fs0 fc2 sc0 ls0 ws0">kullanılırsa C++ da bu<span class="_ _0"></span> geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1d1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1d2 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y171 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y172 ff8 fs0 fc2 sc0 ls13 ws0">char *p = &quot;Necati Ergin&quot; + 1;<span class="ls0"> </span></div><div class="t m0 x12 h11 y173 ff8 fs0 fc2 sc0 ls13 ws0">char *str = x &gt; 1 ? &quot;Books&quot; : &quot;Book&quot;;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf16" class="pf w0 h0" data-page-no="16"><div class="pc pc16 w0 h0"><img class="bi xb y1d3 w6 h20" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">22</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">*&quot;selam&quot; = &apos;k&apos;;<span class="ls0"> </span></div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h14 y1d4 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1d5 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki deyimler C&apos;de g<span class="_ _0"></span>eçerli C++&apos;da geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1d6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1d7 ff2 fs0 fc2 sc0 ls0 ws0">Yazılacak yeni kodlard<span class="_ _0"></span>a artık dizgeler <span class="ff9">const c<span class="_ _0"></span>har </span>türden b<span class="_ _0"></span>ir adres olarak görülmeli ve an<span class="_ _0"></span>cak okuma <span class="_ _0"></span>amaçlı </div><div class="t m0 x10 h3 y1d8 ff2 fs0 fc2 sc0 ls0 ws0">gösterici değişkenlere, yan<span class="_ _0"></span>i <span class="ff9">const char * <span class="_ _0"></span></span>türden değişkenlere <span class="_ _0"></span>atanmalıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1d9 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1da ff6 fs0 fc2 sc0 ls11 ws0">21.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">C‟de bilinirlik alanı içind<span class="_ _0"></span>e bir sıçramayı sağlayan <span class="_ _0"></span><span class="ff9">goto<span class="_ _0"></span> <span class="ff1">ve </span>switch </span>ko<span class="_ _0"></span>ntrol deyimleri bir tanımlama deyi<span class="_ _0"></span>minin </span></span></div><div class="t m0 x10 h3 ybf ff2 fs0 fc2 sc0 ls0 ws0">bulunduğu<span class="_ _0"></span> kod bölgesinin sonrasına sıçramayı sağlayab<span class="_ _0"></span>ilir. C++‟da bu d<span class="_ _0"></span>urum<span class="_ _0"></span><span class="ff1"> </span>yasaklanmıştır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y1db ff2 fs6 fc2 sc0 ls0 ws0">C<span class="_ _3"></span>+<span class="_ _3"></span>+<span class="_ _3"></span>&apos;<span class="_ _3"></span>D<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _b"></span>C<span class="_ _3"></span>&apos;<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>D<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _11"></span><span class="ff1"> </span></div><div class="t m0 x10 he y1dc ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">C<span class="ls19">89 </span><span class="ff2">stand<span class="_ _0"></span>artlarına göre yerel her tü<span class="_ _0"></span>rlü bildirim blokların b<span class="_ _0"></span>aşında yapılmak zoru<span class="_ _0"></span>ndadır. Yani bir b<span class="_ _0"></span>lok içinde </span></span></span></div><div class="t m0 x10 h3 y1dd ff2 fs0 fc2 sc0 ls0 ws0">yapılan bildirimden<span class="_ _0"></span> önce yürütülebilir bir deyim (executab<span class="_ _0"></span>le statement) bulun<span class="_ _0"></span>amaz. [<span class="_ _0"></span><span class="ffa">C99 standartları<span class="_ _0"></span>na göre </span></div><div class="t m0 x10 he y1de ffb fs0 fc2 sc0 ls0 ws0">y<span class="_ _9"></span>ere<span class="_ _9"></span>l bir bl<span class="_ _9"></span>ok<span class="_ _9"></span> içinde her yerde bildiri<span class="_ _0"></span>m <span class="ffa">yapılabilir.<span class="ff2">] C&apos;de böyl<span class="_ _0"></span>e bir tasarım<span class="fc6">ın </span>y<span class="_ _0"></span>apılmış olmasın<span class="_ _0"></span>ın nedeni, </span></span></div><div class="t m0 x10 h3 y1df ff2 fs0 fc2 sc0 ls0 ws0">programcının yapılmış olan b<span class="_ _0"></span>ildirimin yerini kolay<span class="_ _0"></span>ca bulabilmesini<span class="_ _0"></span><span class="ff1"> </span>sağlamaktır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1e0 ff2 fs0 fc2 sc0 ls0 ws0">Oysa C++&apos;da bildirimler ve tan<span class="_ _0"></span>ımlamalar blok içinde herhan<span class="_ _0"></span>gi bir yerde yap<span class="_ _0"></span>ılabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1e1 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x10 h11 y1e2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y1e3 ff8 fs0 fc2 sc0 ls13 ws0">int y; </div><div class="t m0 x2 h11 y1e4 ff8 fs0 fc2 sc0 ls13 ws0">y = <span class="ls0">1<span class="_ _9"></span>0;<span class="_ _6"></span> </span></div><div class="t m0 x2 h11 y1e5 ff8 fs0 fc2 sc0 ls13 ws0">int x;<span class="ls0"> </span></div><div class="t m0 x2 h11 y1e6 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x10 h11 y1e7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y1e8 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1e9 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda <span class="ff9 ls1a">x </span>değişkeninin tan<span class="_ _0"></span>ımlanması C‟de geç<span class="_ _0"></span>ersiz C++&apos;da geçerlidir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1ea ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1eb ff2 fs0 fc2 sc0 ls0 ws0">C++&apos;da bir blok içind<span class="_ _0"></span>e yapılan bildirim ya da ta<span class="_ _0"></span>nımlamanın, bildirimin ilk ku<span class="_ _0"></span>llanılacağı yere yakın b<span class="_ _0"></span>ir yerde </div><div class="t m0 x10 h3 y1ec ff2 fs0 fc2 sc0 ls0 ws0">yapılabilmesi, kaynak k<span class="_ _0"></span>odun okunabilirliğini artırıcı <span class="_ _0"></span>bir etken<span class="_ _0"></span> olarak düşün<span class="_ _0"></span>ülmüştür. Ancak asıl önemli n<span class="_ _0"></span>eden, </div><div class="t m0 x10 h3 y1ed ff2 fs0 fc2 sc0 ls0 ws0">programcı tarafından t<span class="_ _0"></span>anımlanan t<span class="_ _0"></span>ürlere ait değişkenlere ilişkindir. C+<span class="_ _0"></span>+&apos;da böyle nesneler b<span class="_ _0"></span>ir çok durumda </div><div class="t m0 x10 h3 y1ee ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmalarıyla birlikte dış<span class="_ _0"></span>sal bazı kay<span class="_ _0"></span>nakları kullanmaya başlar. Eğer bu d<span class="_ _0"></span>eğişkenler blo<span class="_ _3"></span>ğun en başında </div><div class="t m0 x10 h3 y1ef ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmak zorun<span class="_ _0"></span>da olsalardı, ilk kullan<span class="_ _0"></span>ıldıkları yere kadar gereksiz bir biçimde kayn<span class="_ _0"></span>ak kullanmak zoru<span class="_ _0"></span>nda </div><div class="t m0 x10 h3 y1f0 ff2 fs0 fc2 sc0 ls0 ws0">kalırlardı.<span class="ff1"> </span></div><div class="t m0 x1 hd y1f1 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf17" class="pf w0 h0" data-page-no="17"><div class="pc pc17 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">23</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Bir ismin derleyici tarafınd<span class="_ _0"></span>an tanınabildiği k<span class="_ _0"></span>aynak kod aralığına b<span class="_ _0"></span>ilinirlik alanı (<span class="_ _0"></span><span class="ff9">scope<span class="_ _0"></span><span class="ff1">) denir. C&apos;de yerel </span></span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">değişkenler<span class="ff1"> </span>blok bilinirlik a<span class="_ _0"></span>lanına (<span class="ff9">blo<span class="_ _0"></span>ck scope</span>) uyar. <span class="_ _0"></span>Yani bildirilmiş oldukları bloğun b<span class="_ _0"></span>aşından sonuna <span class="_ _0"></span>kadar </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">herhangi bir yerde b<span class="_ _0"></span>ilinirler. C++&apos;da bildirimler blok başların<span class="_ _0"></span>da yap<span class="_ _0"></span>ılmak zorunda olmadığından,<span class="_ _0"></span> bilinirlik </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">alanı kuralını şu b<span class="_ _0"></span>içimde değiştirmek gerekir: <span class="_ _0"></span>C++&apos;da yerel d<span class="_ _0"></span>eğişkenlerin bilinirlik alanı bild<span class="_ _0"></span>irildikleri yerden </div><div class="t m0 x10 h3 y1f4 ff2 fs0 fc2 sc0 ls0 ws0">ilgili bloğun sonuna <span class="_ _0"></span>kadar olan kaynak<span class="_ _0"></span> kod bölgesidir. C++&apos;da da <span class="_ _0"></span>C&apos;de olduğu gibi, bir blok içinde ay<span class="_ _0"></span>nı isimli </div><div class="t m0 x10 h3 y1f5 ff2 fs0 fc2 sc0 ls0 ws0">birden fazla değişkenin b<span class="_ _0"></span>ildirimi yapılamaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1f6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1f7 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">C++&apos;da <span class="ff9">bool <span class="_ _0"></span><span class="ff2">türü doğal b<span class="_ _0"></span>ir veri</span></span> <span class="_ _9"></span>türüdü<span class="_ _0"></span>r. </span></span></div><div class="t m0 x10 h3 y1f8 ff2 fs0 fc2 sc0 ls0 ws0">C&apos;de bool önceden tanımlan<span class="_ _0"></span>mış bir veri türü<span class="_ _0"></span> değildir. (C99 stand<span class="_ _0"></span>artları ile C diline de bool türü<span class="_ _0"></span> eklenmiştir.)<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1f9 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1fa ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y1fb ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y17e ff8 fs0 fc2 sc0 ls13 ws0">bool flag;<span class="ls0"> </span></div><div class="t m0 x12 h11 y1fc ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y1fd ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h13 y1fe ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1ff ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod C++‟da <span class="_ _0"></span>geçerli C‟de geçersizd<span class="_ _0"></span>ir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y200 ff2 fs0 fc2 sc0 ls0 ws0">C&apos;de böyle bir gereksinim d<span class="_ _0"></span>uyulduğund<span class="_ _0"></span>a bazı araçlar <span class="_ _0"></span>kullanılabilir.<span class="ff1"> </span></div><div class="t m0 x1 hd y201 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y202 ff8 fs0 fc2 sc0 ls13 ws0">#define<span class="ls0"> </span>BOOL<span class="ls0"> <span class="_ _12"> </span></span>int<span class="ls0"> <span class="_ _13"> </span></span><span class="ffc">/* önişlemci komutuyla */ </span></div><div class="t m0 x11 h11 y203 ff8 fs0 fc2 sc0 ls13 ws0">typedef<span class="ls0"> </span>int<span class="ls0"> </span>BOOL<span class="ls0"> <span class="_ _14"> </span> <span class="_ _15"> </span></span>/* typedef bildirimiyle<span class="ls0"> <span class="ls1b">*/</span> </span></div><div class="t m0 x11 h11 y186 ff8 fs0 fc2 sc0 ls13 ws0">enum BOOL<span class="ls0"> </span>{TRUE,<span class="ls0"> </span>FALSE}<span class="ls0"> <span class="_ _16"> </span></span><span class="ffc">/* numaralandırma türü olarak</span><span class="ls0"> <span class="_ _9"></span><span class="ls13">*/<span class="ls0"> </span></span></span></div><div class="t m0 x1 h14 y204 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y205 ff2 fs0 fc2 sc0 ls0 ws0">Oysa C++&apos;da bool doğal <span class="_ _0"></span>bir türün ismidir ve bo<span class="_ _0"></span>ol bir anahtar sözcüktür. <span class="_ _0"></span>Bu türden değerleri <span class="_ _3"></span><span class="ff1">gösteren </span></div><div class="t m0 x10 h3 y206 ff2 fs0 fc2 sc0 ls0 ws0">true ve false sözcükleri d<span class="_ _0"></span>e C++&apos;ın anahta<span class="_ _0"></span>r sözcük kümesine eklenmi<span class="_ _0"></span>ştir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y11 ff1 fs0 fc2 sc0 ls0 ws0">C++&apos;da <span class="ff9">bool </span>tü<span class="_ _0"></span>rden bir nesne <span class="ff9">true <span class="_ _0"></span></span>ve <span class="ff9">false <span class="ff2">değerlerini alabili<span class="_ _0"></span>r.</span></span> </div><div class="t m0 x10 h3 y207 ff9 fs0 fc2 sc0 ls0 ws0">bool <span class="ff2">türd<span class="_ _0"></span>en bir nesneye başka bir türd<span class="_ _0"></span>en değer atanması durumund<span class="_ _0"></span>a bu değerler atama öncesinde otomatik </span></div><div class="t m0 x10 h3 y208 ff1 fs0 fc2 sc0 ls0 ws0">olarak <span class="ff9">true </span>y<span class="_ _0"></span>a da <span class="ff9">false <span class="ff2">değerlerine dön<span class="_ _0"></span>üştürülür. Yani diğer doğal <span class="_ _0"></span>türlerden <span class="_ _0"></span></span>bool </span>tü<span class="_ _0"></span>rüne otomatik tür </div><div class="t m0 x10 h3 y67 ff2 fs0 fc2 sc0 ls0 ws0">dönüşümü vardır. <span class="_ _0"></span><span class="ff9">bool </span>türden n<span class="_ _0"></span>esneye atanan 0 dışı<span class="_ _0"></span><span class="ff1"> </span>bir değerse <span class="ff9">true <span class="_ _0"></span></span>değerine 0 değeri ise <span class="_ _0"></span><span class="ff9">false </span>değerine </div><div class="t m0 x10 h3 y209 ff2 fs0 fc2 sc0 ls0 ws0">dönüşüm gerçekleşir. <span class="_ _0"></span><span class="ff9">bool <span class="ff1">türd<span class="_ _0"></span>en bir nesneye bir adres b<span class="_ _0"></span>ilgisi de atanab<span class="_ _0"></span>ilir. </span>NULL <span class="ff1">adresi a<span class="_ _0"></span>tama öncesi </span>false </span></div><div class="t m0 x10 h3 y20a ff2 fs0 fc2 sc0 ls0 ws0">değerine dönüştürülürken d<span class="_ _0"></span>iğer adres bilgileri <span class="_ _0"></span><span class="ff9">true </span>d<span class="_ _0"></span>eğerine dönüştürülürler.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y20b ff9 fs0 fc2 sc0 ls0 ws0">bool <span class="ff2">türd<span class="_ _0"></span>en bir değer de, diğer doğal türlere atan<span class="_ _0"></span>abilir. Bu durumda <span class="_ _0"></span>atama öncesi <span class="_ _0"></span></span>true<span class="_ _0"></span> </div><div class="t m0 x10 h3 y20c ff2 fs0 fc2 sc0 ls0 ws0">değeri <span class="ff9">int <span class="ff1">türden </span><span class="ls4">1 <span class="_ _0"></span></span></span>değerine <span class="ff9">false <span class="_ _0"></span></span>değ<span class="ff1">eri ise <span class="ff9">int </span>türden <span class="ff9 ls4">0 <span class="_ _0"></span></span></span>değerine dönüştürü<span class="_ _0"></span>lür.<span class="ff1"> </span></div><div class="t m0 x10 h3 y20d ff2 fs0 fc2 sc0 ls0 ws0">C&apos;de karşılaştırma işleçleri v<span class="_ _0"></span>e mantıksal işleçler <span class="_ _0"></span><span class="ff9">int <span class="ff1">türden <span class="_ _0"></span></span><span class="ls4">1 </span><span class="ff1">ya da <span class="_ _0"></span></span><span class="ls4">0 </span></span>değerini üretir. Oysa C++&apos;da bu işl<span class="_ _0"></span>eçler <span class="ff9">boo<span class="_ _0"></span>l </span></div><div class="t m0 x10 h3 y20e ff1 fs0 fc2 sc0 ls0 ws0">türden <span class="ff9">true </span>y<span class="_ _0"></span>a da <span class="ff9">false <span class="ff2">değerlerini üretir.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 y174 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf18" class="pf w0 h0" data-page-no="18"><div class="pc pc18 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">24</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y20f ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">C++&apos;da d<span class="_ _0"></span>eğişmez ifadesiyle ilkd<span class="_ _0"></span>eğerini alan <span class="ff9">co<span class="_ _0"></span>nst </span>değişkenler değişmez ifad<span class="_ _0"></span>esi gereken ye<span class="_ _0"></span>rlerde<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y210 ff2 fs0 fc2 sc0 ls0 ws0">kullanılabilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y211 ff1 fs0 fc2 sc0 ls0 ws0">C&apos;de <span class="ff9">const <span class="ff2">değişkenler, de<span class="_ _0"></span>ğişmez ifadesi olarak kab<span class="_ _0"></span>ul edilmez. <span class="_ _0"></span></span>const <span class="ff2">değişkenleri iç<span class="_ _0"></span>eren ifadeler değişmez </span></span></div><div class="t m0 x10 h3 y212 ff2 fs0 fc2 sc0 ls0 ws0">ifadesi olarak ele alınmaz. Anc<span class="_ _0"></span>ak C++&apos;da değişmez i<span class="_ _0"></span>fadeleri ile ilkdeğerini alan<span class="_ _0"></span> <span class="_ _0"></span><span class="ff9">const </span>değişkenler, &quot;değiş<span class="_ _0"></span>mez </div><div class="t m0 x10 h3 y213 ff2 fs0 fc2 sc0 ls0 ws0">ifadesi&quot; olarak kullan<span class="_ _0"></span>ılabilir.<span class="ff1"> </span></div><div class="t m0 x1 hd y214 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y215 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y216 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y217 ff8 fs0 fc2 sc0 ls13 ws0">const int size = 10; </div><div class="t m0 x12 h11 y218 ff8 fs0 fc2 sc0 ls13 ws0">int a[size];<span class="ls0"> </span></div><div class="t m0 x12 h11 y219 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y21a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y21b ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y21c ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod C++‟da <span class="_ _0"></span>geçerli C‟de geçersizd<span class="_ _0"></span>ir.<span class="ff1"> </span></div><div class="t m0 x1 hd y21d ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y21e ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">nesne tanımlama<span class="_ _0"></span>sında C ile C++ dilleri arasındak<span class="_ _0"></span>i en önemli fark, C<span class="_ _0"></span>++&apos;da <span class="_ _0"></span></span>const <span class="ff1">an<span class="_ _0"></span>ah<span class="ff2">tar sözcüğü ile </span></span></div><div class="t m0 x10 h3 y21f ff2 fs0 fc2 sc0 ls0 ws0">tanımlanan değişkenin s<span class="_ _0"></span>imgesel değişmez gibi ele alınmas<span class="_ _0"></span>ıdır. Yani C++&apos;da <span class="_ _0"></span><span class="ff9">c<span class="_ _0"></span>onst </span>anah<span class="_ _0"></span>tar sözcüğü <span class="ff9">#define </span></div><div class="t m0 x10 h3 y220 ff2 fs0 fc2 sc0 ls0 ws0">işleminin derleme modülü t<span class="_ _0"></span>arafından yap<span class="_ _0"></span>ılan biçimi gibidir. <span class="_ _0"></span><span class="ff9">const <span class="_ _0"></span></span>bir değişkenin kullanıldığını gören C+<span class="_ _0"></span>+ </div><div class="t m0 x10 h3 y221 ff1 fs0 fc2 sc0 ls0 ws0">derleyicisi, <span class="ff9">const <span class="_ _0"></span><span class="ff2">değişken yerine o<span class="_ _0"></span>na verilen ilk değeri değişmez olarak <span class="_ _0"></span>işleme sokar.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 y222 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y223 ff6 fs0 fc2 sc0 ls11 ws0">4.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">C++&apos;da y<span class="_ _0"></span>apı, birlik, numarala<span class="_ _0"></span>ndırma etiketleri (tags) aynı zaman<span class="_ _0"></span>da tür ismi olarak kabu<span class="_ _0"></span>l<span class="_ _0"></span><span class="ff1"> edilir. </span></span></span></div><div class="t m0 x1 h1b y224 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y225 ff8 fs0 fc2 sc0 ls13 ws0">struct Complex {<span class="ls0"> </span></div><div class="t m0 x12 h11 y226 ff8 fs0 fc2 sc0 ls13 ws0">/*....*/<span class="ls0"> </span></div><div class="t m0 x11 h11 y227 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y228 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y229 ff8 fs0 fc2 sc0 ls13 ws0">enum POS {OFF, ON};<span class="ls0"> </span></div><div class="t m0 x1 h12 y22a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y22b ff8 fs0 fc2 sc0 ls13 ws0">Complex func(Complex, Complex); </div><div class="t m0 x11 h11 y22c ff8 fs0 fc2 sc0 ls13 ws0">POS position;<span class="ls0"> </span></div><div class="t m0 x1 h14 y22d ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y22e ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">func </span>işlevinin b<span class="_ _0"></span>ildirimi ve <span class="ff9">position </span>değiş<span class="_ _0"></span>keninin tanımı C++‟da <span class="_ _0"></span>geçerli C‟de geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y22f ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf19" class="pf w0 h0" data-page-no="19"><div class="pc pc19 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">25</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">C‟de bildirilen bu tü<span class="_ _0"></span>rlerin ismi <span class="ff9">struc<span class="_ _0"></span>t Complex, enum<span class="_ _0"></span> Pos</span>‟tur. Eğer <span class="ff9">struct <span class="_ _0"></span><span class="ff1">ve </span><span class="ls1c">enum </span></span>sözcükleri kullanılmadan<span class="_ _0"></span> </div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">tür bilgisinin ifade edilmesi i<span class="_ _0"></span>stenirse, <span class="_ _0"></span><span class="ff9">C<span class="ff2">‟</span></span>de bir <span class="ff9">typedef <span class="_ _0"></span><span class="ff2">bildirimi yapılmalıdır.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y230 ff6 fs0 fc2 sc0 ls11 ws0">5.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">C++&apos;da // a<span class="_ _0"></span>tomuyla başlayan y<span class="_ _0"></span>orum satırı kullanım olanağı <span class="_ _0"></span>vardır. Bu yorum<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ff2">satırı biçimi C&apos;<span class="_ _0"></span>de geçerli<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x10 h3 y231 ff2 fs0 fc2 sc0 ls0 ws0">değildir.<span class="ff1"> </span></div><div class="t m0 x1 h3 y232 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfb ff2 fs0 fc2 sc0 ls0 ws0">C&apos;de /* ve */ atomları a<span class="_ _0"></span>rasında kalan<span class="_ _0"></span> kaynak kod bölgeleri C derleyicileri tar<span class="_ _0"></span>afından yorum <span class="_ _3"></span>satırları </div><div class="t m0 x10 h3 y233 ff2 fs0 fc2 sc0 ls0 ws0">olarak ele alınır ve derleme i<span class="_ _0"></span>şlemine sokulmaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y234 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y235 ffc fs0 fc2 sc0 ls13 ws0">x = func(); /* x‟e func işlevinin geri dönüş değeri atanıyor */<span class="ff8 ls0"> </span></div><div class="t m0 x1 h12 y236 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y237 ff2 fs0 fc2 sc0 ls0 ws0">/* ve */ atomları arasında <span class="_ _0"></span>kalan bölgenin u<span class="_ _0"></span>zunluğu bir satırdan dah<span class="_ _0"></span>a büyük olabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y238 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y239 ff8 fs0 fc2 sc0 ls13 ws0">x = func();<span class="ls0"> </span></div><div class="t m0 x11 h11 y23a ffc fs0 fc2 sc0 ls13 ws0">/* x değişkenine func işlevinin geri dönüş değeri atanıyor. Ama gerçek </div><div class="t m0 x11 h11 y23b ffc fs0 fc2 sc0 ls13 ws0">programlarda yorum satırları ancak gereken durumlarda kullanılmalı, yorum </div><div class="t m0 x11 h11 y23c ffc fs0 fc2 sc0 ls13 ws0">satırlarının gereksiz bir biçimde kullanılması programların </div><div class="t m0 x11 h11 y23d ffc fs0 fc2 sc0 ls13 ws0">okunabilirliğini zorlaştırır */<span class="ff8 ls0"> </span></div><div class="t m0 x1 h1a y23e ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y23f ff2 fs0 fc2 sc0 ls0 ws0">C++&apos;da bu tür y<span class="_ _0"></span>orum satırları tamamen geçerli olmakl<span class="_ _0"></span>a birlik<span class="_ _0"></span>te, ikinci bir yoru<span class="_ _0"></span>m satırı biçimi daha eklenmiştir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y240 ff1 fs0 fc2 sc0 ls0 ws0">C++&apos;da <span class="ffd ls1d">// </span><span class="ff2">atomunun<span class="_ _0"></span> bulunduğu nokt<span class="_ _0"></span>adan satır sonun<span class="_ _0"></span>a kadar olan kısım derleme işlemine sokulmaz. Bu </span></div><div class="t m0 x10 h3 y241 ff2 fs0 fc2 sc0 ls0 ws0">yorumlama biçiminin özel<span class="_ _0"></span>likle kısa açıklamalar için dah<span class="_ _0"></span>a kullanışlı olduğu söylenebilir. <span class="_ _0"></span>(C++ bu <span class="_ _0"></span>y<span class="_ _0"></span>orum satırını </div><div class="t m0 x10 h3 y242 ff9 fs0 fc2 sc0 ls0 ws0">BCPL <span class="ff2">dilinden almıştır.)<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y243 ff2 fs0 fc2 sc0 ls0 ws0">Ancak // yorum satırı alt satır<span class="_ _0"></span>da devam edemez. E<span class="_ _0"></span>ğer açıklama ya d<span class="_ _0"></span>a yorum bir satırdan<span class="_ _0"></span> daha uzunsa, h<span class="_ _0"></span>er </div><div class="t m0 x10 h3 y244 ff2 fs0 fc2 sc0 ls0 ws0">satırın başına tekrar // ato<span class="_ _0"></span>mu yerleştirilmelidir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y245 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y246 ff2 fs0 fc2 sc0 ls0 ws0">C&apos;de yorum satırının k<span class="_ _0"></span>apatılmaması zor bulunan<span class="_ _0"></span> hatalara yol <span class="_ _0"></span><span class="ff1">açabilir:<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y247 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y248 ff8 fs0 fc2 sc0 ls13 ws0">int a, b;<span class="ls0"> </span></div><div class="t m0 x10 h11 y249 ff8 fs0 fc2 sc0 ls0 ws0">a = <span class="ls13">10;</span> <span class="_ _17"> </span><span class="ffc ls13">/* a nesnesine 10 değeri</span> <span class="_ _6"></span><span class="ffc ls13">atandı.<span class="ff8 ls0"> </span></span></div><div class="t m0 x10 h11 y24a ff8 fs0 fc2 sc0 ls0 ws0">b = <span class="ls13">20;</span> <span class="_ _17"> </span><span class="ffc ls13">/* b nesnesine 20 değeri atanmadı! </span><span class="ls1e">*/ </span></div><div class="t m0 x10 h3 y24b ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte birin<span class="_ _0"></span>ci yorum satırı kapatılmadığı iç<span class="_ _0"></span>in <span class="_ _0"></span><span class="ff8 ls13">b =<span class="ls0"> <span class="_ _9"></span><span class="ls13">20<span class="ls0"> </span></span></span></span></div><div class="t m0 x10 h3 y24c ff2 fs0 fc2 sc0 ls0 ws0">ataması derleme işlemine sok<span class="_ _0"></span>ulmaz.<span class="ff1"> </span></div><div class="t m0 x10 h3 y24d ff2 fs0 fc2 sc0 ls0 ws0">C++ biçimi yorum satırı tek b<span class="_ _0"></span>ir atomla <span class="_ _0"></span>oluşturulduğu için<span class="_ _0"></span> yukarıdaki yanlışlığın yap<span class="_ _0"></span>ılması olasılığı yoktur:<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1a" class="pf w0 h0" data-page-no="1a"><div class="pc pc1a w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">26</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y24e ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y24f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y250 ff8 fs0 fc2 sc0 ls13 ws0">int a, b;<span class="ls0"> </span></div><div class="t m0 x12 h11 y251 ff8 fs0 fc2 sc0 ls0 ws0">a = <span class="ls13">10;</span> <span class="_ _17"> </span><span class="ffc ls13">// a nesnesine 10 değeri <span class="ls0">a<span class="_ _9"></span>tan<span class="_ _9"></span>dı<span class="_ _9"></span>. </span></span></div><div class="t m0 x12 h11 y252 ff8 fs0 fc2 sc0 ls0 ws0">b = <span class="ls13">20;</span> <span class="_ _17"> </span><span class="ffc ls13">// b nesnesine 20 değeri</span> <span class="ffc">ata<span class="_ _9"></span>nd<span class="_ _9"></span>ı.<span class="_ _9"></span><span class="ff8"> </span></span></div><div class="t m0 x12 h11 y253 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y254 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y255 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y256 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod C++&apos;da geçerl<span class="_ _0"></span>i C&apos;de geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y257 ff1 fs0 fc2 sc0 ls0 ws0">Ancak C <span class="ff2">derleyicilerinin çoğu<span class="_ _0"></span> // yorum satırlarının<span class="_ _0"></span> kullanımına <span class="_ _0"></span>izin verir. // yorum satırları<span class="_ _0"></span> C99 standartlarıyla </span></div><div class="t m0 x10 h3 y258 ff2 fs0 fc2 sc0 ls0 ws0">C diline de eklenmiştir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y259 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y25a ff6 fs0 fc2 sc0 ls11 ws0">6.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">C++&apos;da statik<span class="_ _0"></span> ömü<span class="_ _9"></span>rlü<span class="_ _9"></span> <span class="ff2">değişkenlere ilkdeğer verilirken değişmez ifade<span class="_ _0"></span>si kullanma zorunlu<span class="_ _0"></span>luğu yoktur. </span></span></span></div><div class="t m0 x10 h3 y25b ff2 fs0 fc2 sc0 ls0 ws0">C&apos;de statik ömürlü deği<span class="_ _0"></span>şkenlere değişmez ifadel<span class="_ _0"></span>eriyle ilkdeğer vermek zo<span class="_ _0"></span>runludur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y25c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y25d ff8 fs0 fc2 sc0 ls0 ws0">int <span class="_ _3"></span>foo(); </div><div class="t m0 x11 h11 y25e ff8 fs0 fc2 sc0 ls0 ws0">int x <span class="_ _0"></span>= 5;<span class="_ _0"></span> </div><div class="t m0 x11 h11 y163 ff8 fs0 fc2 sc0 ls13 ws0">int y = x;<span class="ls0"> </span></div><div class="t m0 x1 h11 y25f ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y260 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y261 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y262 ff8 fs0 fc2 sc0 ls13 ws0">static int z = foo();<span class="ls0"> </span></div><div class="t m0 x12 h11 y263 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y264 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h22 y265 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y266 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte global <span class="_ _0"></span><span class="ff9 ls1f">y </span>değişkenine <span class="_ _0"></span>ve statik yerel <span class="ff9 ls20">z </span>değ<span class="_ _0"></span>işkenine, değiş<span class="_ _0"></span>mez ifadesi olmayan<span class="_ _0"></span> ifadelerle </div><div class="t m0 x10 h3 y267 ff2 fs0 fc2 sc0 ls0 ws0">ilkdeğer verilmiştir. Bu d<span class="_ _0"></span>eyimler C++&apos;da geçerli iken C&apos;de <span class="_ _0"></span>geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1b" class="pf w0 h0" data-page-no="1b"><div class="pc pc1b w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">27</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y268 ff6 fs0 fc2 sc0 ls11 ws0">7.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff9">C++&apos;da for <span class="ff2">d<span class="_ _0"></span>öngü deyimi ayra<span class="_ _0"></span>cının birinci kısmında, <span class="_ _0"></span></span><span class="lse">if<span class="ff1 ls17">, </span></span>while<span class="ff1 ls17">, </span>switch <span class="_ _0"></span><span class="ff2">deyimlerinin ayracı içind<span class="_ _0"></span>e </span></span></span></div><div class="t m0 x10 h3 y269 ff2 fs0 fc2 sc0 ls0 ws0">değişken<span class="ff1"> </span>tanımlanabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y26a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y176 ff2 fs0 fc2 sc0 ls0 ws0">C&apos;de  yerel <span class="_ _10"> </span>değişkenler  yaln<span class="_ _0"></span>ızca <span class="_ _10"> </span>blok  b<span class="_ _0"></span>aşlarında  ve <span class="_ _10"> </span>işlev <span class="_ _10"> </span>parametre <span class="_ _10"> </span>ayraçlarının <span class="_ _10"> </span>içinde  tanımlan<span class="_ _0"></span>abilir. </div><div class="t m0 x10 h3 y26b ff2 fs0 fc2 sc0 ls0 ws0">C++&apos;da <span class="_ _3"></span>for <span class="_ _3"></span>döngülerinin <span class="_ _3"></span>birinci <span class="_ _3"></span>kısmında, <span class="_ _3"></span>while <span class="_ _3"></span>döngülerinin<span class="_ _0"></span> <span class="_ _3"></span>ayraçları <span class="_ _3"></span>içinde <span class="_ _3"></span>ve <span class="_ _0"></span>if<span class="_ _0"></span> <span class="_ _3"></span>deyiminin <span class="_ _3"></span>ayracı <span class="_ _3"></span>içinde </div><div class="t m0 x10 h3 y26c ff2 fs0 fc2 sc0 ls0 ws0">değişken tanımlama olanağı <span class="_ _0"></span>getirilmiştir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y26d ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdio&gt; </div><div class="t m0 x11 h11 y26e ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y26f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y256 ff8 fs0 fc2 sc0 ls13 ws0">for (int i = 0; i &lt; 100; ++i) </div><div class="t m0 x14 h11 y270 ff8 fs0 fc2 sc0 ls13 ws0">printf(&quot;%d<span class="ls0">\</span>n&quot;, i);<span class="ls0"> </span></div><div class="t m0 x1 h12 y271 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y272 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y273 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y274 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y275 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki for deyimi C++‟da <span class="_ _0"></span>geçerli, C‟de geçer<span class="_ _0"></span>sizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y276 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y277 ff9 fs0 fc2 sc0 ls0 ws0">for <span class="ff2">döngü deyimi ayracının<span class="_ _0"></span> birinci kısmında tanımlanan<span class="_ _0"></span> nesne herhangi b<span class="_ _0"></span>ir türden olabilir. Burad<span class="_ _0"></span>a virgül işleci </span></div><div class="t m0 x10 h3 y278 ff2 fs0 fc2 sc0 ls0 ws0">kullanılarak ay<span class="_ _0"></span>nı türden birden fazla nesne de <span class="_ _0"></span>tanımlanabili<span class="_ _0"></span>r<span class="ff1 fc6">:<span class="fc2"> </span></span></div><div class="t m0 x1 h3 y279 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y27a ff9 fs0 fc2 sc0 ls0 ws0">1998 ISO <span class="ff2">standartları önce<span class="_ _0"></span>sinde <span class="_ _0"></span></span><span class="lse">if<span class="ff1 ls17">, </span></span>while <span class="ff1">ve </span>switch <span class="ff2">ay<span class="_ _0"></span>raçları içinde bildirim yapılma<span class="_ _0"></span>sına izin verilmiyordu. Ancak<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y27b ff2 fs0 fc2 sc0 ls0 ws0">standartlar ile bu d<span class="_ _0"></span>urumlar da mümkün kılındı. E<span class="_ _0"></span>ski derleyicilerin bu deyimlerin ayraçları iç<span class="_ _0"></span>inde değişken </div><div class="t m0 x10 h3 y27c ff2 fs0 fc2 sc0 ls0 ws0">tanımlamasına izin<span class="_ _0"></span> vermeyebileceğini hatırlatalım. Çün<span class="_ _0"></span>kü bu du<span class="_ _0"></span>rum 1998 standartları ile C++ dilin<span class="_ _0"></span>e eklenmiştir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y27d ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y27e ff1 fs0 fc2 sc0 ls0 ws0">Peki <span class="ff9">for <span class="ff2">ayracının birinci k<span class="_ _0"></span>ısmında tan<span class="_ _0"></span>ımlanan değişkenin bilinirlik alanı n<span class="_ _0"></span>edir? Yukarıdaki programda<span class="_ _3"></span></span></span><span class="fc6 ls17">, </span><span class="ff9">for </span></div><div class="t m0 x10 h3 y27f ff2 fs0 fc2 sc0 ls0 ws0">döngüsünün b<span class="_ _0"></span>irinci kısmında tanımlanan <span class="_ _0"></span><span class="ff9 lse">i </span>değişkeni ner<span class="_ _0"></span>elerde kullanılabilir?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y280 ff2 fs0 fc2 sc0 ls0 ws0">Bu tür değişkenlerin bilinirlik a<span class="_ _0"></span>lanına ilişkin kural stan<span class="_ _0"></span>dartlar ile değiştirilmiştir. C+<span class="_ _0"></span>+ standartları ön<span class="_ _0"></span>cesinde </div><div class="t m0 x10 h3 y281 ff2 fs0 fc2 sc0 ls0 ws0">–<span class="ff1 fc6">B</span>azı derleyiciler halen b<span class="_ _0"></span>u kurala göre derlemektedir<span class="_ _0"></span><span class="ff1">- </span>bilinir<span class="_ _0"></span>lik alanına ilişkin kural şu şekil<span class="_ _0"></span>deydi:<span class="ff1"> </span></div><div class="t m0 x10 h3 y282 ff9 fs0 fc2 sc0 ls0 ws0">for <span class="ff2">ayracı<span class="ff1"> </span>içinde tanımlanan<span class="_ _0"></span> değişken, <span class="_ _0"></span></span>for <span class="ff2">döngüsünün içind<span class="_ _0"></span>e bulunduğu b<span class="_ _0"></span>loğun sonuna kadar, yan<span class="_ _0"></span>i kapanan </span></div><div class="t m0 x10 h3 y283 ff2 fs0 fc2 sc0 ls0 ws0">küme ayracına kad<span class="_ _0"></span>ar bilinir.<span class="ff1"> </span></div><div class="t m0 x1 hd y284 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y285 ff2 fs0 fc2 sc0 ls0 ws0">Ancak 1998 standartları, <span class="_ _0"></span><span class="ff9">for </span>ayracı içind<span class="_ _0"></span>e tanımlanan değişkenlerin b<span class="_ _0"></span>ilinirlik alanını döngü<span class="_ _0"></span> gövdesi ile <span class="_ _0"></span><span class="ff9">(loop </span></div><div class="t m0 x10 h3 y286 ff9 fs0 fc2 sc0 ls0 ws0">body) <span class="ff2">sınırlamıştır. <span class="ff1">Yani<span class="_ _9"></span> <span class="ff2">aşağıdaki kod par<span class="_ _0"></span>çası daha </span>önce<span class="_ _9"></span>ki <span class="ff2">kurallara göre geçerliyken, C++ sta<span class="_ _0"></span>ndartlarına göre<span class="_ _0"></span></span> </span></span></div><div class="t m0 x10 h3 y287 ff1 fs0 fc2 sc0 ls0 ws0">geçersizdir. </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1c" class="pf w0 h0" data-page-no="1c"><div class="pc pc1c w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">28</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf6 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdio&gt; </div><div class="t m0 x11 h11 yf7 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y288 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y289 ff8 fs0 fc2 sc0 ls13 ws0">for (int i = 0; i &lt; 100; ++i) </div><div class="t m0 x14 h11 y28a ff8 fs0 fc2 sc0 ls13 ws0">printf(&quot;%d<span class="ls0">\</span>n&quot;, i);<span class="ls0"> </span></div><div class="t m0 x12 h11 y28b ff8 fs0 fc2 sc0 ls13 ws0">printf(&quot;i =<span class="ls0"> </span>%d<span class="ls0">\</span>n&quot;,<span class="ls0"> </span>i);<span class="ls0"> <span class="_ _18"> </span>//G<span class="_ _9"></span>eçe<span class="_ _6"></span>rsiz<span class="_ _9"></span> </span></div><div class="t m0 x12 h11 y28c ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> </span>0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y28d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y28e ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y28f ff1 fs0 fc2 sc0 ls0 ws0">Döngü <span class="ff2">değişkeninin bilinirlik a<span class="_ _0"></span>lanına ilişkin b<span class="_ _0"></span>u değişiklik tehlikeli böceklerin<span class="_ _0"></span> kaynağı olabilir.<span class="_ _0"></span></span> </div><div class="t m0 x10 h11 y290 ff8 fs0 fc2 sc0 ls13 ws0">#include <span class="ls0">&lt;cs<span class="_ _9"></span>tdi<span class="_ _6"></span>o&gt; </span></div><div class="t m0 x10 h11 y291 ff8 fs0 fc2 sc0 ls13 ws0">int i =<span class="ls0"> <span class="_ _9"></span><span class="ls13">0;<span class="ls0"> </span></span></span></div><div class="t m0 x10 h11 y292 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y293 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y294 ff8 fs0 fc2 sc0 ls13 ws0">for (int i = 0; i &lt; 100; ++i) </div><div class="t m0 x17 h11 y295 ff8 fs0 fc2 sc0 ls13 ws0">printf(&quot;%d<span class="ls0">\</span>n&quot;, i);<span class="ls0"> </span></div><div class="t m0 x2 h11 y296 ff8 fs0 fc2 sc0 ls0 ws0">i = <span class="ls13">100;</span> <span class="_ _19"> </span><span class="ffc ls13">// global değişken olan i&apos;ye atama</span> <span class="_ _6"></span><span class="ffc">yapıl<span class="_ _0"></span>ıyor.<span class="ff8"> </span></span></div><div class="t m0 x2 h11 y297 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y298 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y299 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y29a ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda<span class="ff1"> programd<span class="_ _0"></span>a </span></div><div class="t m0 x1 h1b y29b ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y29c ff8 fs0 fc2 sc0 ls13 ws0">i = 100;<span class="ls0"> </span></div><div class="t m0 x1 h12 y29d ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y29e ff1 fs0 fc2 sc0 ls0 ws0">atama deyimiyle, hangi <span class="_ _0"></span><span class="ff9 lse">i </span><span class="ff2">değişkenin<span class="_ _0"></span>e atama yapılmaktadır? <span class="_ _0"></span>Eski derleyicilere göre <span class="_ _0"></span><span class="ff9">for </span>deyimi ay<span class="_ _0"></span>racı içinde </span></div><div class="t m0 x10 h3 y29f ff2 fs0 fc2 sc0 ls0 ws0">tanımlanan <span class="ff9 lse">i <span class="_ _0"></span></span>değişkenine atama yapılmakta<span class="_ _0"></span>dır. Çünkü dar bilinirlik alan<span class="_ _0"></span>ında olan a<span class="_ _0"></span>ynı isimli değişken geniş </div><div class="t m0 x10 h3 y2a0 ff2 fs0 fc2 sc0 ls0 ws0">bilinirlik alanında<span class="_ _0"></span>ki aynı isimli değişkeni maskeler! Oy<span class="_ _0"></span>sa standart <span class="_ _0"></span><span class="ff9">ISO C++ </span>dilinin k<span class="_ _0"></span>urallarına göre yalnızca </div><div class="t m0 x10 h3 y2a1 ff2 fs0 fc2 sc0 ls0 ws0">global değişken olan<span class="_ _0"></span> i&apos;ye erişilebildiği için global d<span class="_ _0"></span>eğişken olan <span class="_ _0"></span><span class="ff9">i</span>&apos;ye atama yap<span class="_ _0"></span>ılır.<span class="ff1"> </span></div><div class="t m0 x1 h3 y2a2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2a3 ff2 fs0 fc2 sc0 ls0 ws0">Diğer denetim deyimlerinin ay<span class="_ _0"></span>raçları içinde değişken t<span class="_ _0"></span>anımlanması uygulamad<span class="_ _0"></span>a <span class="_ _0"></span><span class="ff1">bir fayda getirir m<span class="_ _0"></span>i? Ana tema </span></div><div class="t m0 x10 h3 y2a4 ff2 fs0 fc2 sc0 ls0 ws0">ayraç içinde tanımlanan<span class="_ _0"></span> değişkene bir işlev çağrısının ü<span class="_ _0"></span>rettiği geri dönüş değ<span class="_ _0"></span>erinin atanması ve bu değişkenin </div><div class="t m0 x10 h3 y2a5 ff2 fs0 fc2 sc0 ls0 ws0">yalnızca denetim deyiminin g<span class="_ _0"></span>övdesinde kullanılmasıd<span class="_ _0"></span>ır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y193 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1d" class="pf w0 h0" data-page-no="1d"><div class="pc pc1d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">29</span> of <span class="ff3 ls21">47<span class="ls0">0</span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">if (int x = get_value()) {<span class="ls0"> </span></div><div class="t m0 x2 h11 y2a6 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y2a7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h17 y2a8 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1f6 ff6 fs0 fc2 sc0 ls11 ws0">8.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">C++&apos;da statik<span class="_ _0"></span> ömü<span class="_ _9"></span>rlü<span class="_ _9"></span> d<span class="ff2">eğişkenlere değişmez ifadesi ile ilk de<span class="_ _0"></span>ğer vermek zorunlu d<span class="_ _0"></span>eğildir.<span class="_ _0"></span></span> </span></span></div><div class="t m0 x10 h3 y2a9 ff2 fs0 fc2 sc0 ls0 ws0">C&apos;de statik ömürlü değişk<span class="_ _0"></span>enlere, yani global d<span class="_ _0"></span>eğişkenler ve <span class="_ _0"></span><span class="ff9">static </span>anahta<span class="_ _0"></span>r sözcüğü ile tanımlanmış yerel </div><div class="t m0 x10 h3 y2aa ff2 fs0 fc6 sc0 ls0 ws0">değişkenlere <span class="fc2">ilk değer <span class="_ _0"></span>verilmesi durumund<span class="_ _0"></span>a, ilk değer veren ifadenin (<span class="_ _0"></span><span class="ff9">init<span class="_ _0"></span>ializer<span class="ff1 ls22">) </span></span>değişmez<span class="_ _0"></span> ifadesi olması </span></div><div class="t m0 x10 h3 y2ab ff2 fs0 fc2 sc0 ls0 ws0">gerekir. Yani ilkdeğer veren if<span class="_ _0"></span>ade içinde daha <span class="_ _0"></span>önce tanımlanmış bir değişken yer ala<span class="_ _0"></span>maz. Bunun n<span class="_ _0"></span>edeni C&apos;de, </div><div class="t m0 x10 h3 y2ac ff1 fs0 fc2 sc0 ls0 ws0">statik ömürlü nesnelerin <span class="_ _0"></span><span class="ff9">amaç <span class="ff2">ko<span class="_ _0"></span>d içine ilk değerleriyle birlikte y<span class="_ _0"></span>azılmasıdır. Bunun mümk<span class="_ _0"></span>ün olabilmesi için </span></span></div><div class="t m0 x10 h3 y2ad ff2 fs0 fc2 sc0 ls0 ws0">verilen ilkdeğerlerin derle<span class="_ _0"></span>me aşamasında b<span class="_ _0"></span>elirlenmiş olması gerekir. Derlem<span class="_ _0"></span>e aşamasında sap<span class="_ _0"></span>tanabilmesi için </div><div class="t m0 x10 h3 y2ae ff2 fs0 fc2 sc0 ls0 ws0">ifadenin değişmez ifade<span class="_ _0"></span>si olmalıdır. Oysa C++&apos;da statik ö<span class="_ _0"></span>mürlü nesnelere her türd<span class="_ _0"></span>en bir ifadeyle ilk değer </div><div class="t m0 x10 h3 y2af ff1 fs0 fc2 sc0 ls0 ws0">verilebilir. <span class="ff2 fc6">Bu değişkenlere ilk <span class="_ _0"></span>değer verilmemiş olsa d<span class="_ _0"></span>a, bu<span class="_ _0"></span> değişkenler <span class="ff9 ls4">0 </span>değeriyle a<span class="_ _0"></span>maç kod için<span class="_ _0"></span>e yazılır. </span></div><div class="t m0 x10 h3 y2b0 ff2 fs0 fc6 sc0 ls0 ws0">Programın çalışma zamanı <span class="_ _0"></span>sırasında ve <span class="ff9">m<span class="_ _0"></span>ain </span>işlevinden ön<span class="_ _0"></span>ce ilk değerlerini alırlar.<span class="_ _0"></span><span class="ff1 fc2"> </span></div><div class="t m0 x1 hd y2b1 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y2b2 ff6 fs0 fc2 sc0 ls11 ws0">9.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">C++ da iki ka<span class="_ _0"></span>rakterlik ayıraç atoml<span class="_ _9"></span>arı<span class="_ _9"></span> tanımlanmıştır. Derleyici ve önişlemci progra<span class="_ _0"></span>m bu <span class="_ _0"></span><span class="ff1 fc6">kakarakter </span></span></span></div><div class="t m0 x10 h3 y2b3 ff1 fs0 fc2 sc0 ls0 ws0">çiftelerini gördü<span class="ff2">ğü y<span class="_ _0"></span>erde bunlara eşdeğer karakterler<span class="_ _0"></span>inin bulundu<span class="_ _0"></span>ğunu varsayar:<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y2b4 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><div class="c x18 y2b5 w7 h23"><div class="t m0 x19 h3 y2b6 ff1 fs0 fc2 sc0 ls23 ws0">&lt;:<span class="ls0"> </span></div></div><div class="c x1a y2b5 w8 h23"><div class="t m0 x1b h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">[ </div></div><div class="c x18 y2b7 w7 h24"><div class="t m0 x19 h3 y2b6 ff1 fs0 fc2 sc0 ls24 ws0">:&gt;<span class="ls0"> </span></div></div><div class="c x1a y2b7 w8 h24"><div class="t m0 x1b h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">] </div></div><div class="c x18 y2b8 w7 h25"><div class="t m0 x19 h3 y2b6 ff1 fs0 fc2 sc0 ls23 ws0">&lt;%<span class="ls0"> </span></div></div><div class="c x1a y2b8 w8 h25"><div class="t m0 x1b h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">{ </div></div><div class="c x18 yca w7 h23"><div class="t m0 x19 h3 y2b6 ff1 fs0 fc2 sc0 ls25 ws0">%&gt;<span class="ls0"> </span></div></div><div class="c x1a yca w8 h23"><div class="t m0 x1b h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">} </div></div><div class="c x18 y2b9 w7 h23"><div class="t m0 x19 h3 y2b6 ff1 fs0 fc2 sc0 ls25 ws0">%:<span class="ls0"> </span></div></div><div class="c x1a y2b9 w8 h23"><div class="t m0 x1b h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0"># </div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 hc y2ba ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2bb ff1 fs0 fc2 sc0 ls0 ws0">C&apos;de bu karakter <span class="fc6">çifte<span class="_ _0"></span>leri </span><span class="ff2">geçerli değildir</span><span class="fc6">:</span> </div><div class="t m0 x10 h11 y2bc ff8 fs0 fc2 sc0 ls13 ws0">%:include &lt;stdio.h&gt;<span class="ls0"> </span></div><div class="t m0 x10 h11 y2bd ff8 fs0 fc2 sc0 ls13 ws0">void copy(char dest&lt;::&gt;, const char source&lt;::&gt;, size_t nbytes)<span class="ls0"> </span></div><div class="t m0 x10 h11 y2be ff8 fs0 fc2 sc0 ls13 ws0">&lt;%<span class="ls0"> </span></div><div class="t m0 x12 h11 y2bf ff8 fs0 fc2 sc0 ls13 ws0">while (nbytes--<span class="ls0">) </span></div><div class="t m0 x14 h11 y2c0 ff8 fs0 fc2 sc0 ls13 ws0">*dest++ = *source++;<span class="ls0"> </span></div><div class="t m0 x10 h11 y2c1 ff8 fs0 fc2 sc0 ls13 ws0">%&gt;<span class="ls0"> </span></div><div class="t m0 x1 h18 y2c2 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2c3 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki program C+<span class="_ _0"></span>+&apos;da <span class="ff1 fc6">geçerli, <span class="fc2">C&apos;de ge<span class="_ _0"></span>çersizdir. </span></span></div><div class="t m0 x1 hd y2c4 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1e" class="pf w0 h0" data-page-no="1e"><div class="pc pc1e w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">30</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y268 ff6 fs0 fc2 sc0 ls11 ws0">10.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2 fc6">C++‟da<span class="ff1"> <span class="fc2">sonek <span class="_ _6"></span>konu<span class="_ _0"></span>mundaki <span class="ls23">++</span> <span class="_ _9"></span><span class="ff2">işleci<span class="ff1"> <span class="_ _6"></span>il<span class="_ _0"></span>e <span class="_ _9"></span><span class="ff2">oluşturulan<span class="ff1"> ifade <span class="_ _9"></span>sol <span class="_ _9"></span>taraf <span class="ff2">değe<span class="_ _9"></span>ridir.<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span>C&apos;de böyle ifadeler sol </span></span></span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 y2c5 ff2 fs0 fc2 sc0 ls0 ws0">taraf değeri<span class="ff1"> <span class="_ _6"></span><span class="ff2">d<span class="_ _0"></span>eğildir:<span class="ff1"> </span></span></span></div><div class="t m0 x10 h11 y2c6 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;stdio.h&gt; </div><div class="t m0 x10 h11 y2c7 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y2c8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2c9 ff8 fs0 fc2 sc0 ls13 ws0">int x = 5;<span class="ls0"> </span></div><div class="t m0 x1 h12 y199 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y137 ff8 fs0 fc2 sc0 ls13 ws0">++x = 10;<span class="ls0"> </span></div><div class="t m0 x12 h11 y2ca ff8 fs0 fc2 sc0 ls13 ws0">printf(&quot;x = %d<span class="ls0">\</span>n&quot;, x);<span class="ls0"> </span></div><div class="t m0 x1 h11 y2cb ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y2cc ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y2cd ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y2ce ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1df ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programda <span class="_ _0"></span>yapılan<span class="ff1"> </span></div><div class="t m0 x1 hc y2cf ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2d0 ff8 fs0 fc2 sc0 ls13 ws0">++x = 10;<span class="ls0"> </span></div><div class="t m0 x1 h15 y2d1 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2d2 ff2 fs0 fc2 sc0 ls0 ws0">ataması C++&apos;da <span class="ff1 fc6">geç<span class="_ _0"></span>erli, </span>C&apos;de geçerli d<span class="_ _0"></span>eğildir.<span class="ff1"> </span></div><div class="t m0 x1 hd y2d3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y2d4 ff6 fs0 fc2 sc0 ls11 ws0">11.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff1">C++&apos;da <span class="ff2">koş<span class="_ _9"></span>ul iş<span class="_ _9"></span>leci ile oluşturulmuş bir ifade, k<span class="_ _0"></span>oşul işlecinin i<span class="_ _0"></span>kinci ve/veya üçüncü terimleri<span class="_ _0"></span> nesne ise, </span></span></span></div><div class="t m0 x10 h3 y2d5 ff1 fs0 fc2 sc0 ls0 ws0">bir sol<span class="_ _9"></span> <span class="ff2">taraf değeridir. C&apos;de koşul işleciyle yazılan<span class="_ _0"></span> bir ifade hiç b<span class="_ _0"></span>ir zaman sol taraf değeri<span class="_ _0"></span></span> <span class="ff2">değildir:</span> </div><div class="t m0 x1 hd y2d6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y22 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;stdio.h&gt; </div><div class="t m0 x11 h11 y2d7 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;stdlib.h&gt; </div><div class="t m0 x11 h11 y2d8 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;time.h&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y2d9 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2da ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y2db ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2dc ff8 fs0 fc2 sc0 ls13 ws0">int x, y; </div><div class="t m0 x12 h11 y2dd ff8 fs0 fc2 sc0 ls13 ws0">x = y =<span class="ls0"> <span class="ls1e">0;</span> </span></div><div class="t m0 x12 h11 y2de ff8 fs0 fc2 sc0 ls13 ws0">srand((unsigned int)time(0)); </div><div class="t m0 x12 h11 y2df ff8 fs0 fc2 sc0 ls13 ws0">(rand() % 2 ? x : y) = 1;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1f" class="pf w0 h0" data-page-no="1f"><div class="pc pc1f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">31</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">printf(&quot;x = %d<span class="ls0">\</span>n&quot;,<span class="ls0"> x); </span></div><div class="t m0 x12 h11 y194 ff8 fs0 fc2 sc0 ls13 ws0">printf(&quot;y = %d<span class="ls0">\</span>n&quot;,<span class="ls0"> y); </span></div><div class="t m0 x1 h12 y2e0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y2e1 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y157 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h26 y2e2 ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2e3 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programda<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span><span class="ls7">ya<span class="fc6 ls0">p<span class="ff2 fc2">ılan<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x1 h3 y2e4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2e5 ff8 fs0 fc2 sc0 ls13 ws0">(rand() % 2 ? x : y) =<span class="ls0"> <span class="_ _6"></span><span class="ls13">1;<span class="ls0"> </span></span></span></div><div class="t m0 x10 h3 y2e6 ff1 fs0 fc6 sc0 ls0 ws0">deyimi <span class="fc2">C++&apos;da </span>geçerli, <span class="_ _0"></span><span class="fc2">C&apos;de geçersizdir.<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y2e7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y2e8 ff6 fs0 fc2 sc0 ls11 ws0">12.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">C++&apos;da virgül işleci ile olu<span class="_ _0"></span>şturulmuş bir ifade, virgül i<span class="_ _0"></span>şlecinin sağ terimi bir nesn<span class="_ _0"></span>e ise bu nesneye kar<span class="_ _0"></span>şılık </span></span></div><div class="t m0 x10 h3 y2e9 ff1 fs0 fc2 sc0 ls0 ws0">gelir. C&apos;d<span class="ff2">e virgül işleciyl<span class="_ _0"></span>e yazılan bir ifade hiç b<span class="_ _0"></span>ir zaman sol taraf değeri<span class="_ _0"></span></span> <span class="ff2">değildir:<span class="_ _0"></span></span> </div><div class="t m0 x11 h11 y2ea ff8 fs0 fc2 sc0 ls13 ws0">#include <span class="ls0">&lt;st<span class="_ _9"></span>dio<span class="_ _6"></span>.h&gt; </span></div><div class="t m0 x11 h11 y276 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y2eb ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2ec ff8 fs0 fc2 sc0 ls13 ws0">int x = <span class="ls0">1<span class="_ _9"></span>0;<span class="_ _6"></span> </span></div><div class="t m0 x12 h11 y2ed ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>y;<span class="ls0"> </span></div><div class="t m0 x12 h11 y2ee ff8 fs0 fc2 sc0 ls13 ws0">(x, y) = 30;<span class="ls0"> </span></div><div class="t m0 x12 h11 y145 ff8 fs0 fc2 sc0 ls13 ws0">printf(&quot;x = %d<span class="ls0">\</span>n&quot;,<span class="ls0"> x); </span></div><div class="t m0 x12 h11 y2ef ff8 fs0 fc2 sc0 ls13 ws0">printf(&quot;y = %d<span class="ls0">\</span>n&quot;,<span class="ls0"> y); </span></div><div class="t m0 x1 h12 y2f0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y2f1 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y2f2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y2f3 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2f4 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programda <span class="_ _0"></span>yazılan<span class="ff1"> </span></div><div class="t m0 x1 h3 y2f5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2f6 ff8 fs0 fc2 sc0 ls13 ws0">(x, y) = 30;<span class="ls0"> </span></div><div class="t m0 x1 h15 y2f7 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2f8 ff1 fs0 fc6 sc0 ls0 ws0">deyimi <span class="fc2">C++&apos;da geçerli iken C<span class="_ _0"></span>&apos;de geçersizdir.<span class="_ _0"></span> </span></div><div class="t m0 x1 hd yb7 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf20" class="pf w0 h0" data-page-no="20"><div class="pc pc20 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">32</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h27 y2f9 ffe fs0 fc2 sc0 ls11 ws0">13.<span class="fff ls0"> <span class="_ _b"></span><span class="ff1">C++&apos;da bir <span class="ff9">typed<span class="_ _0"></span>ef </span>bildiriminin <span class="ff2">özdeş<span class="_ _6"></span> <span class="ff1">olarak yinelenmesi geç<span class="_ _0"></span>erlidir. C&apos;de bir<span class="_ _0"></span> <span class="ff9">typede<span class="_ _0"></span>f </span></span></span></span></span></div><div class="t m0 x10 h3 y2fa ff2 fs0 fc2 sc0 ls0 ws0">bildiriminin ikinci kez yaz<span class="_ _0"></span>ılması bir sözdizim h<span class="_ _0"></span>atasıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y175 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2fb ff8 fs0 fc2 sc0 ls13 ws0">typedef double dollar; </div><div class="t m0 x11 h11 y2fc ff8 fs0 fc2 sc0 ls13 ws0">typedef double dollar;<span class="ls0"> </span></div><div class="t m0 x1 h22 y2fd ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2fe ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki bildirimler C+<span class="_ _0"></span>+&apos;da <span class="ff1 fc6">geçerli, <span class="_ _0"></span><span class="fc2">C&apos;de geçersizdir. </span></span></div><div class="t m0 x1 hd y2ff ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y300 ff6 fs0 fc2 sc0 ls11 ws0">14.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">C++&apos;da tür dön<span class="_ _0"></span>üştürme işlecinin işlevsel biçimi vardır. <span class="_ _0"></span><span class="fc6">i<span class="_ _0"></span>şlecin </span>böyle kullanımı C&apos;de g<span class="_ _0"></span>eçerli<span class="ff1"> </span>d<span class="_ _0"></span>eğildir.<span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 y301 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y302 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y303 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y304 ff8 fs0 fc2 sc0 ls13 ws0">double d = <span class="ls16">4.5; </span></div><div class="t m0 x13 h11 y305 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>x;<span class="ls0"> </span></div><div class="t m0 x13 h11 y306 ff8 fs0 fc2 sc0 ls13 ws0">x = int (d);<span class="ls0"> </span></div><div class="t m0 x13 h11 y307 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y308 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y309 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y30a ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">double <span class="ff1">tü<span class="_ _0"></span>ründen </span><span class="ls14">d </span></span>değişkeninin değeri atama ö<span class="_ _0"></span>ncesinde tür dönüştürme </div><div class="t m0 x10 h3 y30b ff2 fs0 fc2 sc0 ls0 ws0">işlecinin işlevsel biçimi kullan<span class="_ _0"></span>ılarak <span class="_ _0"></span><span class="ff9">int </span>türüne dö<span class="_ _0"></span>nüştürülüyor.<span class="ff1"> </span></div><div class="t m0 x10 h3 y30c ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod C++&apos;da geçerl<span class="_ _0"></span>i olmakla birlikte C&apos;de ge<span class="_ _0"></span>çerli değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b y30d ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y30e ff6 fs0 fc2 sc0 ls11 ws0">15.<span class="ff7 ls0"> <span class="ff2">C++&apos;da geri dönüş değ<span class="_ _0"></span>eri üretmeyen bir işle<span class="_ _0"></span>vin <span class="ff9">return <span class="ff1">d<span class="_ _0"></span>eyiminde </span>retur<span class="_ _9"></span>n <span class="ff2">anahtar sözcüğünü<span class="_ _0"></span> </span>void </span></span></span></div><div class="t m0 x10 h3 y30f ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir ifade izleyebilir. C&apos;de böyle işlevlerd<span class="_ _0"></span>e <span class="ff9">return <span class="_ _0"></span></span>anahta<span class="_ _0"></span>r sözcüğünü bir ifade<span class="_ _0"></span><span class="ff1"> izleyemez: </span></div><div class="t m0 x10 h11 y310 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>foo();<span class="ls0"> </span></div><div class="t m0 x1 h11 y311 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y312 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func()<span class="ls0"> </span></div><div class="t m0 x10 h11 y313 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y314 ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x2 h11 y315 ff8 fs0 fc2 sc0 ls13 ws0">return foo();<span class="ls0"> </span></div><div class="t m0 x10 h11 y316 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y317 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte ku<span class="_ _0"></span>llanılan <span class="ff9">return <span class="_ _0"></span><span class="ff1">deyimi C++&apos;da <span class="fc6">geçerli, <span class="_ _0"></span></span>C&apos;de geçersizdir.<span class="_ _0"></span> </span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf21" class="pf w0 h0" data-page-no="21"><div class="pc pc21 w0 h0"><img class="bi xb y318 w6 h28" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">33</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hc y319 ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y31a ff6 fs0 fc2 sc0 ls11 ws0">16.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">C++&apos;da bir işlev tanımında <span class="_ _0"></span>parametre değişk<span class="_ _0"></span>enine isim vermek zo<span class="_ _0"></span>runlu<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ff2">değildir:<span class="_ _0"></span><span class="ff1"> </span></span></span></span></span></div><div class="t m0 x1 h3 y31b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y31c ff8 fs0 fc2 sc0 ls13 ws0">void func(int)<span class="ls0"> </span></div><div class="t m0 x11 h11 y31d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y31e ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y31f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y320 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y321 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">func </span>işlevinin t<span class="_ _0"></span>anımı C++&apos;da geçerli C&apos;de geçersizd<span class="_ _0"></span>ir. Şüphesiz böyle b<span class="_ _0"></span>ir işlev tanımı </div><div class="t m0 x10 h3 y322 ff2 fs0 fc2 sc0 ls0 ws0">yapıldığında isim verilmeyen <span class="_ _0"></span>parametreyi <span class="_ _0"></span>işlev içinde kulla<span class="_ _0"></span>nmak mümkün değildir. Zaten<span class="_ _0"></span> C++&apos;da da bö<span class="_ _0"></span>yle </div><div class="t m0 x10 h3 y323 ff2 fs0 fc2 sc0 ls0 ws0">işlevlerin tanımlanmasının n<span class="_ _0"></span>edeni &quot;işlev yükleme<span class="_ _0"></span>si&quot; ismi verilen araçla ilgilidir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y324 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y325 ff6 fs0 fc2 sc0 ls11 ws0">17.<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">C++&apos;da dizilere, yapı ya <span class="_ _0"></span>da birlik nesnelerine ilkdeğ<span class="_ _0"></span>er verilirken, değişmez<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span>ifadeleri kullanmak </span></span></span></div><div class="t m0 x10 h3 y326 ff2 fs0 fc2 sc0 ls0 ws0">zorunluluğu y<span class="_ _0"></span><span class="ff1">oktur. Ancak C&apos;de <span class="ls15">bu </span></span>du<span class="_ _0"></span>rumlarda ilk değer verici ifade olarak yaln<span class="_ _0"></span>ızca değişmez ifadeleri<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y327 ff2 fs0 fc2 sc0 ls0 ws0">kullanılabilir.<span class="ff1"> </span></div><div class="t m0 x1 h16 y328 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y329 ff8 fs0 fc2 sc0 ls13 ws0">void func(int x)<span class="ls0"> </span></div><div class="t m0 x11 h11 y32a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y32b ff8 fs0 fc2 sc0 ls13 ws0">int a[3] = {x, x + 1, x + 2};<span class="ls0"> </span></div><div class="t m0 x12 h11 y32c ff8 fs0 fc2 sc0 ls13 ws0">/***/<span class="ls0"> </span></div><div class="t m0 x11 h11 y32d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h13 y32e ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y32f ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9 ls14">a </span><span class="ff1 fc6">dizisinin </span>tanımı C++&apos;da <span class="ff1 fc6">ge<span class="_ _0"></span>çerli, <span class="fc2">C&apos;de geçersizdir.<span class="_ _0"></span> </span></span></div><div class="t m0 x1 h10 y330 ff1 fs6 fc2 sc0 ls0 ws0">C<span class="_ _3"></span> <span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>C<span class="_ _3"></span>+<span class="_ _3"></span>+<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">A<span class="_ _3"></span>r<span class="_ _b"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span>k<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _b"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span>F<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _b"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _f"></span></span> </div><div class="t m0 x10 he yf0 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">C&apos;de bir nu<span class="_ _0"></span>maralandırma türü d<span class="_ _0"></span>erleyici açısından <span class="_ _0"></span><span class="ff9">signed int </span>türü<span class="_ _0"></span>nden farklı değildir. Bu yü<span class="_ _0"></span>zden bir </span></span></div><div class="t m0 x10 h3 y331 ff2 fs0 fc2 sc0 ls0 ws0">numaralandırma türü<span class="_ _0"></span>nden nesnenin değeri <span class="_ _0"></span><span class="ff9 fc6">&lt;= IN<span class="_ _0"></span>T_MAX &gt;=INT_MIN <span class="_ _0"></span><span class="ff2">(=‟ten sonra boşluk <span class="_ _0"></span>var mı yok mu) </span></span></div><div class="t m0 x10 h3 y332 ff1 fs0 fc2 sc0 ls0 ws0">olabilir. <span class="ff9">BLUE </span>bir n<span class="_ _0"></span>umaraland<span class="ff2">ırma deği<span class="_ _0"></span>şmezi olmak üzere C&apos;d<span class="_ _0"></span>e</span> </div><div class="t m0 x1 h3 y333 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y334 ff8 fs0 fc2 sc0 ls13 ws0">sizeof(int) == sizeof(BLUE)<span class="ls0"> </span></div><div class="t m0 x1 h15 y335 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y336 ff2 fs0 fc2 sc0 ls0 ws0">ifadesi her zaman do<span class="_ _0"></span>ğrudur.<span class="ff1"> </span></div><div class="t m0 x1 hd y337 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf22" class="pf w0 h0" data-page-no="22"><div class="pc pc22 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">34</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Oysa C++&apos;da, derleyici n<span class="_ _0"></span>umaralandırma türü için k<span class="_ _0"></span>ullanacağı tamsayı türü<span class="_ _0"></span>nün seçiminde serbesttir. </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">Numaralandırma türü<span class="_ _0"></span> için <span class="ff9">signed<span class="_ _0"></span> int<span class="ff1 ls17">, </span>unsigned int<span class="ff1 ls17">, </span>sign<span class="_ _0"></span>ed long<span class="ff1 ls17">, </span><span class="ls14">uns</span>igned long <span class="ff1">tü<span class="_ _0"></span>rlerinden herhangi biri </span></span></div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">seçilebilir. Bir çok sistem söz k<span class="_ _0"></span>onusu old<span class="_ _0"></span>uğunda <span class="_ _0"></span><span class="ff1 fc6">C++ da </span>C&apos;ye göre daha b<span class="_ _0"></span>üyük numaralandırma değişmezi </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanabilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y250 ff2 fs0 fc6 sc0 ls0 ws0">(*boş satır*)<span class="ff1 fc2"> </span></div><div class="t m0 x10 h3 y338 ff2 fs0 fc2 sc0 ls0 ws0">C++ derleyicisi bir numaralan<span class="_ _0"></span>dırma türünün b<span class="_ _0"></span>ildirimini gördüğünde <span class="_ _0"></span><span class="ff1 fc6">b<span class="_ _0"></span>ildirmde </span>kullanılan n<span class="_ _0"></span>umaralandırma </div><div class="t m0 x10 h3 y339 ff2 fs0 fc2 sc0 ls0 ws0">değişmezlerinin değerine bak<span class="_ _0"></span>ar. Eğer tüm değerler <span class="_ _0"></span><span class="ff9">int </span>türü<span class="_ _0"></span> sayı sınırlarında ise, nu<span class="_ _0"></span>maralandırma türü olara<span class="_ _0"></span>k </div><div class="t m0 x10 h3 y33a ff9 fs0 fc2 sc0 ls0 ws0">int <span class="ff2">türü seçilir. Numaralan<span class="_ _0"></span>dırma değişmezlerinin d<span class="_ _0"></span>eğer(ler)inin <span class="_ _0"></span></span>signed<span class="_ _0"></span> int <span class="ff2">türünde tutu<span class="_ _0"></span>lamaması durumunda </span></div><div class="t m0 x10 h3 y33b ff2 fs0 fc2 sc0 ls0 ws0">sırasıyla <span class="ff9">unsigned int, <span class="_ _0"></span><span class="fc6 ls26">si<span class="ls14">gned </span></span>long, un<span class="_ _0"></span>signed long </span>tü<span class="_ _0"></span>rlerinin uygunluğu sınanır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y33c ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y33d ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff1">örne<span class="_ _9"></span>k <span class="ff2">s<span class="_ _9"></span>öz konusu olduğu<span class="_ _0"></span>nda </span></span></div><div class="t m0 x10 h3 y33e ff8 fs0 fc2 sc0 ls13 ws0">sizeof(int) ==  sizeof(BLUE) <span class="ff1 ls0">ifadesi </span></div><div class="t m0 x10 h3 ye3 ff2 fs0 fc2 sc0 ls0 ws0">doğru olmak zoru<span class="_ _0"></span>nda<span class="ff1"> <span class="_ _9"></span><span class="ff2">değildir.<span class="ff1"> </span></span></span></div><div class="t m0 x10 he y121 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _1a"> </span><span class="ff2">C++&apos;da karakter değişmezlerin<span class="_ _0"></span>in <span class="ff9">c<span class="_ _0"></span>har </span>türünden o<span class="_ _0"></span>lduğu varsayılır. Karakter değişmez ifadeleri <span class="_ _0"></span><span class="ff9">cha<span class="_ _0"></span>r </span></span></span></div><div class="t m0 x10 h3 y33f ff2 fs0 fc2 sc0 ls0 ws0">türdendir. C++‟da<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y340 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y341 ff8 fs0 fc2 sc0 ls13 ws0">sizeof(&apos;A&apos;) == sizeof(char) == 1<span class="ls0"> </span></div><div class="t m0 x1 h12 y141 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y342 ff2 fs0 fc2 sc0 ls0 ws0">olduğu güvence altına alın<span class="_ _0"></span>mıştır.<span class="ff1"> </span></div><div class="t m0 x1 h3 y343 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y344 ff2 fs0 fc2 sc0 ls0 ws0">C‟de karakter değişm<span class="_ _0"></span>ezlerinin <span class="ff9">int <span class="_ _0"></span></span>türünden olduğu varsayılır<span class="_ _0"></span> ve karakter değişmez ifade<span class="_ _0"></span>leri <span class="_ _0"></span><span class="ff9">int </span></div><div class="t m0 x10 h3 y2ba ff2 fs0 fc2 sc0 ls0 ws0">türdendir. C‟de<span class="ff1"> </span></div><div class="t m0 x1 h3 y345 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y346 ff8 fs0 fc2 sc0 ls13 ws0">sizeof(&apos;A&apos;) == sizeof(int)<span class="ls0"> </span></div><div class="t m0 x1 h12 y347 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y280 ff1 fs0 fc2 sc0 ls0 ws0">iken C++&apos;da </div><div class="t m0 x1 hd y348 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y349 ff8 fs0 fc2 sc0 ls13 ws0">sizeof(&apos;A&apos;) == sizeof(char)<span class="ls0"> </span></div><div class="t m0 x1 h11 y34a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y34b ff2 fs0 fc2 sc0 ls0 ws0">ifadesi doğrudur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y34c ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y34d ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">C&apos;de <span class="ff9">const<span class="_ _9"></span> <span class="ff2">anahtar sözcüğü ile tanımlanmış global ne<span class="_ _0"></span>sneler doğrudan<span class="_ _0"></span> dış bağlantıya (<span class="_ _3"></span></span>external </span></span></span></div><div class="t m0 x10 h3 y34e ff9 fs0 fc2 sc0 ls0 ws0">linkage<span class="ff1 fc6 ls22">)s</span><span class="ff1">ahiptir. <span class="_ _0"></span>Oysa C++&apos;da <span class="_ _0"></span></span>cons<span class="_ _6"></span>t <span class="ff2">global nesneler iç bağlantıya <span class="_ _0"></span>sahiptir. Programı oluşturan b<span class="_ _0"></span>aşka </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf23" class="pf w0 h0" data-page-no="23"><div class="pc pc23 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">35</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0">modüllerde <span class="ls15">bu </span>nesnelere <span class="ff9">extern <span class="ff2">b<span class="_ _0"></span>ildirimi ile erişilemez. Baş<span class="_ _0"></span>ka bir</span></span> <span class="ff2">deyişle</span> <span class="_ _6"></span><span class="ff2">C<span class="_ _0"></span>++‟da<span class="ff1"> <span class="ff9">const </span>global <span class="_ _6"></span>n<span class="_ _0"></span>esneler, <span class="ff9">static </span></span></span></div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">anahtar <span class="ff2">sözcüğü</span> <span class="_ _9"></span><span class="lse">ile<span class="ls0"> <span class="_ _6"></span><span class="ff2">ta<span class="_ _0"></span>nımlanmasalar<span class="ff1"> da <span class="ff9">static </span></span>an<span class="_ _0"></span>ahtar sözcüğü ile tanımlanmı<span class="_ _0"></span>ş gibi ele<span class="ff1"> <span class="_ _9"></span><span class="ff2">alınır.<span class="ff1"> </span></span></span></span></span></span></div><div class="t m0 x10 h3 y34f ff2 fs0 fc6 sc0 ls0 ws0">(*boş satır*)<span class="ff1 fc2"> </span></div><div class="t m0 x10 h3 y350 ff1 fs0 fc2 sc0 ls0 ws0">C++&apos;da global <span class="ff9">co<span class="_ _0"></span>nst <span class="ff2">bir nesnenin d<span class="_ _0"></span>ış bağlantıya sahip <span class="_ _0"></span>olması isteniyorsa bu nesn<span class="_ _0"></span>eler</span></span> </div><div class="t m0 x10 h3 y351 ff9 fs0 fc2 sc0 ls0 ws0">extern <span class="ff2">anah<span class="_ _0"></span>tar sözcüğü ile tanımlanmalıdır<span class="_ _0"></span>:<span class="ff1"> </span></span></div><div class="t m0 x1 h3 y352 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y353 ff8 fs0 fc2 sc0 ls13 ws0">const int size<span class="ls0"> = </span>10;<span class="ls0"> <span class="_ _1b"> </span></span><span class="ffc">//size C++&apos;da iç bağlantıya sahip. </span></div><div class="t m0 x11 h11 y9e ff8 fs0 fc2 sc0 ls13 ws0">extern const int value<span class="ls0"> = </span>20;<span class="ls0"> <span class="_ _1c"> </span></span><span class="ffc">//value C++&apos;da dış bağlantıya</span><span class="ls0"> <span class="_ _0"></span>sa<span class="_ _6"></span>hip<span class="_ _9"></span>. </span></div><div class="t m0 x1 h12 y28d ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1fa ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte tan<span class="_ _0"></span>ımlanan değişkenlerden <span class="_ _0"></span><span class="ff9">size </span>iç bağla<span class="_ _0"></span>ntıya sahipken <span class="_ _0"></span><span class="ff9">value </span>değişkeni dış bağlan<span class="_ _0"></span>tıya </div><div class="t m0 x10 h3 y354 ff1 fs0 fc2 sc0 ls0 ws0">sahiptir. </div><div class="t m0 x10 h3 y355 ff2 fs0 fc6 sc0 ls0 ws0">(*boş satır*)<span class="ff1 fc2"> </span></div><div class="t m0 x10 he y13b ff6 fs0 fc2 sc0 ls11 ws0">4.<span class="ff7 ls0"> <span class="_ _f"></span><span class="ff2">C&apos;de bir yap<span class="_ _0"></span>ının etiket ismi (<span class="ff9">st<span class="_ _0"></span>ructure tag</span>) ait o<span class="_ _0"></span>lduğu <span class="fc6">yalan<span class="_ _0"></span>ına </span>katılmaz. Bir yapının etiket ismi hiç bir zaman<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 y356 ff2 fs0 fc2 sc0 ls0 ws0">daha geniş bir bilinirlik a<span class="_ _0"></span>lanındaki ayn<span class="_ _0"></span>ı ismi maskelemez.<span class="ff1"> <span class="_ _8"></span>Ancak C++&apos;da <span class="_ _0"></span><span class="ff2">programcı tarafından<span class="_ _0"></span> tanımlanan </span></span></div><div class="t m0 x10 h3 y357 ff2 fs0 fc2 sc0 ls0 ws0">türlere ilişkin etiket isim, bildi<span class="_ _0"></span>rimin yapıldığı bilinirlik a<span class="_ _0"></span>lanına<span class="_ _0"></span><span class="ff1"> </span>katılır.<span class="ff1"> </span></div><div class="t m0 x11 h11 y358 ff8 fs0 fc2 sc0 ls13 ws0">int <span class="ls0">a[<span class="_ _6"></span>100<span class="_ _9"></span>];<span class="_ _9"></span> </span></div><div class="t m0 x11 h11 y359 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y35a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1c5 ff8 fs0 fc2 sc0 ls13 ws0">struct a{int <span class="ls0">i<span class="_ _9"></span>;}<span class="_ _6"></span> </span></div><div class="t m0 x12 h11 y35b ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>n;<span class="ls0"> </span></div><div class="t m0 x1 h12 y35c ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y35d ff8 fs0 fc2 sc0 ls13 ws0">printf(&quot;sizeof(a) = %d<span class="ls0">\</span>n&quot;, sizeof(a));<span class="ls0"> </span></div><div class="t m0 x11 h11 yed ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1c y35e ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y35f ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">sizeof(a) </span>ifad<span class="_ _0"></span>esinde kullanılan <span class="ff9 ls14">a </span>C&apos;de glo<span class="_ _0"></span>bal diziye ilişkin iken C++&apos;da<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y360 ff9 fs0 fc2 sc0 ls0 ws0">foo <span class="ff2">işlevi içinde bildirilen <span class="_ _0"></span></span><span class="ls14">a </span><span class="ff2">isimli yapıya ilişkindir.<span class="_ _0"></span><span class="ff1"> </span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf24" class="pf w0 h0" data-page-no="24"><div class="pc pc24 w0 h0"><img class="bi xb y361 w6 h29" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">36</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hb y28 ff3 fs3 fc3 sc0 ls0 ws0">R<span class="_ _3"></span>E<span class="_ _3"></span>F<span class="_ _3"></span>E<span class="_ _3"></span>R<span class="_ _3"></span>A<span class="_ _3"></span>N<span class="_ _3"></span>S<span class="_ _3"></span>L<span class="_ _0"></span>A<span class="_ _3"></span>R<span class="_ _f"></span> </div><div class="t m0 x10 h3 y362 ff2 fs0 fc2 sc0 ls0 ws0">Referanslar yazılımsal bazı <span class="_ _0"></span><span class="ff1 fc6">amaçlara <span class="_ _0"></span></span>sağlamak için kullanılan<span class="_ _0"></span> düzeyi yükseltilmiş göst<span class="_ _0"></span>ericiler olarak </div><div class="t m0 x10 h3 y363 ff2 fs0 fc2 sc0 ls0 ws0">düşünülebilir.<span class="ff1"> </span></div><div class="t m0 x1 hd y364 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y365 ff1 fs6 fc2 sc0 ls0 ws0">R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">N<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _b"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y179 ff2 fs0 fc2 sc0 ls0 ws0">Nasıl bir gösterici tanımlanırk<span class="_ _0"></span>en gösterici isminin ö<span class="_ _0"></span>nünde <span class="_ _0"></span><span class="ff9">&apos;*&apos; </span>atomu kullanılıy<span class="_ _0"></span>orsa, bir referans </div><div class="t m0 x10 h3 y366 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanırken de, referans i<span class="_ _0"></span>sminden önce <span class="_ _0"></span><span class="ff10">„&amp;‟ </span>at<span class="_ _0"></span>omu yazılır. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y367 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y368 ff8 fs0 fc2 sc0 ls13 ws0">int i = 20; </div><div class="t m0 x10 h11 y369 ff8 fs0 fc2 sc0 ls13 ws0">double d = 10.2;<span class="ls0"> </span></div><div class="t m0 x10 h11 y36a ff8 fs0 fc2 sc0 ls13 ws0">int &amp;ri<span class="ls0"> = </span>i;<span class="ls0"> <span class="_ _1d"> </span></span>// ri int türden bir <span class="ffc">referanstır. </span></div><div class="t m0 x10 h11 y36b ff8 fs0 fc2 sc0 ls13 ws0">double &amp;rd = d;//rd double türden bir<span class="ls0"> <span class="_ _0"></span></span><span class="ffc">referanstır.</span><span class="ls0"> </span></div><div class="t m0 x1 h2a y36c ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y36d ff2 fs0 fc2 sc0 ls0 ws0">Gösterici değişkenlerden farkl<span class="_ _0"></span>ı olarak, bir referans ayn<span class="_ _0"></span>ı türden bir nesne il<span class="_ _0"></span>e ilkdeğer verilerek tanımlanmalıdır. </div><div class="t m0 x10 h3 y36e ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte, <span class="_ _0"></span><span class="ff9">ri </span>referansı <span class="ff9">int <span class="ff1">tü<span class="_ _0"></span>ründen </span><span class="lse">i </span><span class="ff1">n<span class="_ _0"></span>esnesi ile, </span>rd </span>referansı ise <span class="ff9">d<span class="_ _0"></span>ouble <span class="ff1">türü<span class="_ _0"></span>nden </span><span class="ls14">d </span><span class="ff1">nesnesiyle </span></span></div><div class="t m0 x10 h3 y36f ff2 fs0 fc2 sc0 ls0 ws0">ilkdeğer verilerek tanımlan<span class="_ _0"></span>ıyor. Yukarıdaki tan<span class="_ _0"></span>ımlamalarda kullanılan &apos;&amp;&apos; bir işleç de<span class="_ _0"></span>ğildir. Yalnızca tan<span class="_ _0"></span>ımlanan </div><div class="t m0 x10 h3 y370 ff2 fs0 fc2 sc0 ls0 ws0">nesnenin bir referans olduğu<span class="_ _0"></span>nu derleyiciye bildirir. <span class="_ _0"></span>Referansın ilkd<span class="_ _0"></span>eğer verilmeden tanımlan<span class="_ _0"></span>ması ge<span class="_ _0"></span><span class="ff1">çersizdir.<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y371 ff2 fs0 fc2 sc0 ls0 ws0">Derleme zamanı hatası o<span class="_ _0"></span>larak değerlendirilir. Örneğin<span class="_ _0"></span>:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y372 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y373 ff8 fs0 fc2 sc0 ls13 ws0">int &amp;a;<span class="ls0"> </span></div><div class="t m0 x1 h15 y374 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y375 ff2 fs0 fc2 sc0 ls0 ws0">tanımlaması geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y376 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y377 ff2 fs0 fc2 sc0 ls0 ws0">Bir referans ilk değer olarak <span class="_ _0"></span>ona atanan nesnenin yerine ge<span class="_ _0"></span>çer.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y378 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y379 ff8 fs0 fc2 sc0 ls13 ws0">int &amp;r = b;<span class="ls0"> </span></div><div class="t m0 x1 h15 y37a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y313 ff2 fs0 fc6 sc0 ls0 ws0">gibi bir tanımlamadan<span class="_ _0"></span> sonra artık <span class="_ _0"></span><span class="ff9 ls27">r </span>nesnesi, görülebilir o<span class="_ _0"></span>lduğu her kaynak<span class="_ _0"></span> ko<span class="_ _0"></span>d noktasında <span class="ff9 fc2 ls14">b </span><span class="fc2">değişkenin yerine </span></div><div class="t m0 x10 h3 yd3 ff2 fs0 fc2 sc0 ls0 ws0">geçer, onun yerine kullanılab<span class="_ _0"></span>ilir. Artık <span class="_ _0"></span><span class="ff9 ls14">b </span>değişkenine ulaşmanın<span class="_ _0"></span> bir başka yolu da, <span class="_ _0"></span><span class="ff9 ls14">b </span><span class="ff1">ismini kullanmak y<span class="_ _0"></span>erine </span></div><div class="t m0 x10 h3 y2f6 ff2 fs0 fc2 sc0 ls0 ws0">doğrudan <span class="_ _0"></span><span class="ff9 ls27">r </span>ismini kullanmaktır. <span class="_ _0"></span>Bu durum şöyle de ifade <span class="_ _0"></span>edilebilir:<span class="ff1"> </span></div><div class="t m0 x10 h3 y37b ff9 fs0 fc2 sc0 ls27 ws0">r <span class="ff2 ls0">referansı </span><span class="ls14">b <span class="ff2 ls0">değişkenin<span class="_ _0"></span>e bağlanmıştır.<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x1 hd y95 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y37c ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf25" class="pf w0 h0" data-page-no="25"><div class="pc pc25 w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">37</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>o<span class="_ _b"></span>n<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _b"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Tanımlama işleminden <span class="_ _0"></span>sonra referans değişkeni kullan<span class="_ _0"></span>ılırsa, referansın bağland<span class="_ _0"></span>ığı değişken </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">kullanılmış olur:<span class="ff1"> </span></div><div class="t m0 x11 h11 y37e ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y37f ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y380 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y381 ff8 fs0 fc2 sc0 ls0 ws0">int a <span class="_ _0"></span>= 10<span class="_ _0"></span>; </div><div class="t m0 x12 h11 y382 ff8 fs0 fc2 sc0 ls0 ws0">int &amp;r <span class="_ _0"></span>= a;<span class="_ _0"></span> </div><div class="t m0 x12 h11 y383 ff8 fs0 fc2 sc0 ls13 ws0">r = 20;<span class="ls0"> </span></div><div class="t m0 x12 h11 y384 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;a = &quot; &lt;&lt; a &lt;&lt; std::endl; </div><div class="t m0 x12 h11 y385 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y238 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y273 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y386 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">main <span class="_ _0"></span></span>işlevini inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y387 ff9 fs0 fc2 sc0 ls27 ws0">r <span class="ff2 ls0">referansı daha <span class="_ _0"></span>önce tanımlanan<span class="_ _0"></span> </span><span class="ls14">a <span class="ff2 ls0">değişkenine bağlanıy<span class="_ _0"></span>or. Böylece </span></span>r <span class="_ _0"></span><span class="ff2 ls0">referansı </span><span class="ls14">a <span class="ff2 ls0">değişkenin<span class="_ _0"></span>in yerine </span></span></div><div class="t m0 x10 h3 y388 ff1 fs0 fc2 sc0 ls0 ws0">geçiyor. Daha sonra <span class="_ _0"></span><span class="ff9 ls27">r </span><span class="ff2">referans<span class="_ _0"></span>ına yapılan a<span class="_ _0"></span>tama, aslında <span class="_ _0"></span><span class="ff9 ls14">a </span>değiş<span class="_ _9"></span>kenine yap<span class="_ _0"></span>ılmış olur.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y389 ff2 fs0 fc2 sc0 ls0 ws0">Bu işlemler referans değ<span class="_ _0"></span>il de gösterici deği<span class="_ _0"></span>şken kullanılarak yap<span class="_ _0"></span>ılmış olsaydı, aşağıdaki gibi b<span class="_ _0"></span>ir kod </div><div class="t m0 x10 h3 y38a ff2 fs0 fc2 sc0 ls0 ws0">yazılabilirdi:<span class="ff1"> </span></div><div class="t m0 x11 h11 y38b ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y88 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y38c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yac ff8 fs0 fc2 sc0 ls13 ws0">int a = 10; </div><div class="t m0 x12 h11 y38d ff8 fs0 fc2 sc0 ls13 ws0">int *ptr = <span class="ls0">&amp;<span class="_ _9"></span>a;<span class="_ _6"></span> </span></div><div class="t m0 x12 h11 y38e ff8 fs0 fc2 sc0 ls13 ws0">*ptr = 20;<span class="ls0"> </span></div><div class="t m0 x12 h11 y38f ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;a = &quot; &lt;&lt; a &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y390 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y16d ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y391 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y392 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y393 ff1 fs0 fc2 sc0 ls0 ws0">Gerçekten de derleyiciler h<span class="_ _0"></span>er <span class="ff2">iki p<span class="_ _0"></span>rogram için de aynı makine ko<span class="_ _0"></span>dlarını üretir.<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 y394 ff2 fs0 fc2 sc0 ls0 ws0">İlk değerini alan bir ref<span class="_ _0"></span>erans, yani b<span class="_ _0"></span>ir nesnenin yerine geçen b<span class="_ _0"></span>ir referans, bir işlecin terimi old<span class="_ _0"></span>uğunda, işleç </div><div class="t m0 x10 h3 y395 ff2 fs0 fc2 sc0 ls0 ws0">referansı değil, referansın y<span class="_ _0"></span>erine geçtiği nesneyi işleme <span class="_ _0"></span>sokar:<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf26" class="pf w0 h0" data-page-no="26"><div class="pc pc26 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">38</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h16 y116 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y396 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y397 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 y398 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y399 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y39a ff8 fs0 fc2 sc0 ls13 ws0">int a = 10; </div><div class="t m0 x13 h11 y33b ff8 fs0 fc2 sc0 ls13 ws0">int &amp;r = a;<span class="ls0"> </span></div><div class="t m0 x1 h12 y39b ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y39c ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a<span class="ls0"> </span>= &quot;<span class="ls0">  </span>&lt;&lt; a &lt;&lt; <span class="ls0">en<span class="_ _9"></span>dl<span class="_ _9"></span>; </span></div><div class="t m0 x13 h11 y39d ff8 fs0 fc2 sc0 ls13 ws0">r +=<span class="ls0"> </span>2;<span class="ls0"> </span></div><div class="t m0 x13 h11 y39e ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a<span class="ls0"> = &quot;  </span>&lt;&lt; a &lt;&lt; <span class="ls0">en<span class="_ _9"></span>dl<span class="_ _9"></span>; </span></div><div class="t m0 x13 h11 y2cc ff8 fs0 fc2 sc0 ls13 ws0">r =<span class="ls0"> -</span>r;<span class="ls0"> </span></div><div class="t m0 x13 h11 y39f ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a<span class="ls0"> = &quot;  </span>&lt;&lt; a &lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> </span></div><div class="t m0 x1 h12 y3a0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y3a1 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y3a2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y3a3 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y32a ff8 fs0 fc2 sc0 ls13 ws0">r += 2<span class="ls0"> </span></div><div class="t m0 x1 h15 y35b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y108 ff1 fs0 fc2 sc0 ls0 ws0">deyimiyle <span class="ff9 ls14">a </span><span class="ff2">değişkeninin değ<span class="_ _0"></span>eri <span class="ff9 ls4">2 </span>artırılıyo<span class="_ _0"></span>r. Artık <span class="ff9 ls14">a&apos;</span>nın yeni değeri <span class="ff9 ls4">12 <span class="_ _0"></span></span></span>olur. </div><div class="t m0 x1 h16 y3a4 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3a5 ff8 fs0 fc2 sc0 ls13 ws0">r = <span class="ls0">-</span>r;<span class="ls0"> </span></div><div class="t m0 x1 h15 y3a6 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3a7 ff1 fs0 fc2 sc0 ls0 ws0">deyimiyle <span class="ff9 ls14">a </span><span class="ff2">değişkeninin değ<span class="_ _0"></span>eri <span class="ff9">-<span class="ls4">12 </span></span>yap<span class="_ _0"></span>ılıyor.</span> </div><div class="t m0 x1 hd y3a8 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3a9 ff2 fs0 fc2 sc0 ls0 ws0">Bir referansın işlevini iyi an<span class="_ _0"></span>layabilmek için, kodun<span class="_ _0"></span> gösterici değişkenlerle oluşturu<span class="_ _0"></span>lmuş eşdeğer karşılıkları göz </div><div class="t m0 x10 h3 y1ac ff2 fs0 fc2 sc0 ls0 ws0">önüne alınabilir. Örn<span class="_ _0"></span>eğin yukarıdaki program par<span class="_ _0"></span>çasının gösterici değişken ile olu<span class="_ _3"></span>şturulmuş eşdeğer karşılığı </div><div class="t m0 x10 h3 y3aa ff2 fs0 fc2 sc0 ls0 ws0">aşağıdaki gibidir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y3ab ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y3ac ff8 fs0 fc6 sc0 ls13 ws0">#include <span class="fc2">&lt;iostream&gt;<span class="ls0"> </span></span></div><div class="t m0 x1c h11 y3ad ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x1c h11 y3ae ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf27" class="pf w0 h0" data-page-no="27"><div class="pc pc27 w0 h0"><img class="bi xb y3af w6 h2b" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">39</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y116 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y3b0 ff8 fs0 fc2 sc0 ls13 ws0">int a = 10; </div><div class="t m0 x1a h11 y3b1 ff8 fs0 fc2 sc0 ls13 ws0">int *ptr = <span class="ls0">&amp;<span class="_ _9"></span>a;<span class="_ _6"></span> </span></div><div class="t m0 x1 h12 y3b2 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y3b3 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a<span class="ls0"> = &quot;  </span>&lt;&lt; a &lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> </span></div><div class="t m0 x1a h11 y3b4 ff8 fs0 fc2 sc0 ls13 ws0">*ptr += 2;<span class="ls0"> </span></div><div class="t m0 x1a h11 y3b5 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a<span class="ls0"> = &quot;  </span>&lt;&lt; a &lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> </span></div><div class="t m0 x1a h11 y3b6 ff8 fs0 fc2 sc0 ls13 ws0">*ptr = <span class="ls0">-</span>*ptr;<span class="ls0"> </span></div><div class="t m0 x1a h11 y3b7 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a<span class="ls0"> = &quot;  </span>&lt;&lt; a &lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> </span></div><div class="t m0 x1 h12 y3b8 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y3b9 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y3ba ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2c y3bb ff8 fs13 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y3bc ff2 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>ı<span class="_ _3"></span>ş<span class="_ _3"></span><span class="ff1"> <span class="_ _b"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _b"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>a<span class="_ _b"></span></span>ş<span class="_ _3"></span><span class="ff1">k<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _b"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _b"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>z<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y2ea ff2 fs0 fc2 sc0 ls0 ws0">Bir referans, tanımlanmasıyla <span class="_ _0"></span>birlikte bir nesnenin y<span class="_ _0"></span>erine geçer. Artık söz kon<span class="_ _0"></span>usu referans, bilinirlik a<span class="_ _0"></span>lanı </div><div class="t m0 x10 h3 y3bd ff2 fs0 fc2 sc0 ls0 ws0">içinde hep aynı n<span class="_ _0"></span>esnenin yerine geçer. Referansın<span class="_ _0"></span> daha sonra bir b<span class="_ _0"></span>aşka nesneye bağlanma<span class="_ _3"></span>sı mümkün değildir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y23e ff8 fs0 fc2 sc0 ls13 ws0">#include <span class="ls0">&lt;io<span class="_ _9"></span>str<span class="_ _6"></span>eam&gt;<span class="_ _9"></span> </span></div><div class="t m0 x11 h11 y3be ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y3bf ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y88 ff8 fs0 fc2 sc0 ls0 ws0">int <span class="_ _3"></span>a <span class="_ _0"></span>= <span class="_ _3"></span>1<span class="_ _6"></span>0;<span class="_ _6"></span> </div><div class="t m0 x13 h11 y3c0 ff8 fs0 fc2 sc0 ls0 ws0">int <span class="_ _3"></span>b <span class="_ _0"></span>= <span class="_ _3"></span>2<span class="_ _6"></span>0;<span class="_ _6"></span> </div><div class="t m0 x13 h11 y3c1 ff8 fs0 fc2 sc0 ls0 ws0">int <span class="_ _0"></span>&amp;r <span class="_ _0"></span>= <span class="_ _3"></span>a<span class="_ _9"></span>;<span class="_ _9"></span> </div><div class="t m0 x13 h11 y3c2 ff8 fs0 fc2 sc0 ls13 ws0">r =<span class="ls0"> </span>b;<span class="ls0"> </span></div><div class="t m0 x13 h11 y3c3 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;a = &quot; &lt;&lt; a &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h12 y3c4 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y3c5 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y3c6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y3c7 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3c8 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">main <span class="_ _0"></span></span>işlevinde tanımlanan <span class="_ _0"></span><span class="ff9 ls27">r </span>referansı, <span class="ff9 ls14">a </span>değişken<span class="_ _0"></span>inin yerine geçiyor. Daha <span class="_ _0"></span>sonra yapılan<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y3c9 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1b0 ff8 fs0 fc2 sc0 ls13 ws0">r = b;<span class="ls0"> </span></div><div class="t m0 x1 h15 y3ca ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf28" class="pf w0 h0" data-page-no="28"><div class="pc pc28 w0 h0"><img class="bi xb y3cb w6 h2d" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">40</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">ataması, <span class="ff9 ls27">r </span>r<span class="_ _0"></span>eferansının <span class="ff9 ls14">b </span>değişkeninin y<span class="_ _0"></span>erine geçtiği anlamına <span class="_ _0"></span>gelmez. Bu atamanın an<span class="_ _0"></span>lamı şudur: <span class="_ _0"></span><span class="ff9 ls27">r </span>ref<span class="_ _0"></span>eransının </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">bağlandığı nesneye <span class="ff9 ls14">b </span>deği<span class="_ _0"></span>şkeninin değeri atanmakta<span class="_ _0"></span>dır. Derleyicilerin ürettiği kod<span class="_ _0"></span> açısından <span class="_ _3"></span><span class="ff1">bu<span class="_ _6"></span> <span class="ff2">duru<span class="_ _0"></span>m şu </span></span></div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">şekilde de değerlendirilebilir: <span class="_ _0"></span>Referanslar kendisi <span class="_ _0"></span><span class="ff9">cons<span class="_ _9"></span>t <span class="ff2">olan gös<span class="_ _9"></span>tericilere karşılık g<span class="_ _0"></span>elir. Yukarıdaki kod<span class="_ _0"></span>un bir </span></span></div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">referans ile değil de bir göst<span class="_ _0"></span>eri değişken kullan<span class="_ _0"></span>ılarak yazıldığını<span class="_ _0"></span><span class="ff1"> </span>düşünelim:<span class="ff1"> </span></div><div class="t m0 x11 h11 y3cc ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y3cd ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y3ce ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y3cf ff8 fs0 fc2 sc0 ls13 ws0">int a = 10; </div><div class="t m0 x13 h11 y3d0 ff8 fs0 fc2 sc0 ls13 ws0">int b = 20;<span class="ls0"> </span></div><div class="t m0 x13 h11 y3d1 ff8 fs0 fc2 sc0 ls13 ws0">int *const ptr = &amp;a;<span class="ls0"> </span></div><div class="t m0 x13 h11 y3d2 ff8 fs0 fc2 sc0 ls13 ws0">*ptr = b;<span class="ls0"> </span></div><div class="t m0 x13 h11 y3d3 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;a<span class="ls0"> = &quot;  </span>&lt;&lt; a &lt;&lt; <span class="ls0">std:<span class="_ _9"></span>:e<span class="_ _9"></span>ndl<span class="_ _9"></span>; </span></div><div class="t m0 x13 h11 y3d4 ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0"> = </span>&amp;b;<span class="ls0">  </span>//Geçersiz<span class="ls0"> </span></div><div class="t m0 x1 h12 y3d5 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y3d6 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y3d7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y3d8 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3d9 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">ptr, <span class="ff1">kendisi </span>c<span class="_ _0"></span>onst </span>olan bir gö<span class="_ _0"></span>sterici değişkendir. <span class="ff9">p<span class="_ _0"></span>tr </span>değişkeninin tanımından<span class="_ _0"></span> sonra, </div><div class="t m0 x10 h3 ya8 ff9 fs0 fc2 sc0 ls0 ws0">ptr<span class="ff2">&apos;ye artık başka bir n<span class="_ _0"></span>esnenin adresi at<span class="_ _0"></span>anamaz, değil mi?<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h16 ya9 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y3da ff2 fs6 fc2 sc0 ls0 ws0">R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _b"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y3db ff1 fs0 fc2 sc0 ls0 ws0">Bir referans <span class="ff9">const <span class="ff2">an<span class="_ _0"></span>ahtar sözcüğü ile tan<span class="_ _0"></span>ımlanabilir. </span>c<span class="_ _0"></span>onst <span class="ff2">anahtar <span class="_ _0"></span>sözcüğü <span class="ff10">„&amp;‟ <span class="_ _0"></span></span>atomundan önce yaz<span class="_ _0"></span>ılır. Bu </span></span></div><div class="t m0 x10 h3 y3dc ff2 fs0 fc2 sc0 ls0 ws0">şekilde tanımlanmış bir ref<span class="_ _0"></span>erans değişkeninin y<span class="_ _0"></span>erine geçtiği nesne, referan<span class="_ _0"></span>s yoluyla <span class="_ _0"></span>d<span class="_ _0"></span>eğiştirilemez. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y2d6 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y3dd ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y3de ff8 fs0 fc2 sc0 ls13 ws0">int a = 10;<span class="ls0"> </span></div><div class="t m0 x1 h12 y3df ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y3e0 ff8 fs0 fc2 sc0 ls13 ws0">const int &amp;r = a;<span class="ls0"> </span></div><div class="t m0 x12 h11 y3e1 ff8 fs0 fc2 sc0 ls0 ws0">r = <span class="ls13">20;</span> <span class="_ _17"> </span><span class="ls13">//</span> <span class="_ _9"></span><span class="ls13">Geçersiz!<span class="ls0"> </span></span></div><div class="t m0 x1 h11 y3e2 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y3e3 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y94 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a y3e4 ff8 fsc fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf29" class="pf w0 h0" data-page-no="29"><div class="pc pc29 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">41</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde yer alan<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 yb8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3e5 ff8 fs0 fc2 sc0 ls13 ws0">r = 20<span class="ls0"> </span></div><div class="t m0 x1 h15 y3e6 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y232 ff2 fs0 fc2 sc0 ls0 ws0">ifadesi geçerli değildir. Ata<span class="_ _0"></span>ma aslında <span class="_ _0"></span><span class="ff9 ls14">a </span>değişkenine yapılır. <span class="_ _0"></span><span class="ff9">const </span>referans kullanılarak<span class="_ _0"></span><span class="ff1 fc6 ls17">, </span>referansın yerine geçti<span class="_ _0"></span>ği </div><div class="t m0 x10 h3 y3e7 ff2 fs0 fc2 sc0 ls0 ws0">nesne değiştirilemez. Ancak t<span class="_ _0"></span>abii, <span class="_ _0"></span><span class="ff9">const </span>referans sağ tara<span class="_ _0"></span>f değeri olarak işlemlere sokulab<span class="_ _0"></span>ilir. Yukarıdaki </div><div class="t m0 x10 h3 y3e8 ff2 fs0 fc2 sc0 ls0 ws0">program parçasının göst<span class="_ _0"></span>ericilerle oluşturulan eşdeğ<span class="_ _0"></span>er C karşılığı şöyle olur:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y3e9 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3ea ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y3eb ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y3ec ff8 fs0 fc2 sc0 ls13 ws0">int a = 10;<span class="ls0"> </span></div><div class="t m0 x12 h11 y3ed ff8 fs0 fc2 sc0 ls13 ws0">const int *const ptr = &amp;a;<span class="ls0"> </span></div><div class="t m0 x12 h11 y3ee ff8 fs0 fc2 sc0 ls13 ws0">*ptr<span class="ls0"> = </span>20;<span class="ls0"> <span class="_ _17"> </span>/<span class="_ _9"></span>/Ge<span class="_ _9"></span>çe<span class="_ _9"></span>rsi<span class="_ _9"></span>z </span></div><div class="t m0 x12 h11 y3ef ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> </span>0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y3f0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a y3f1 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3f2 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="_ _f"> </span><span class="ff9">p<span class="_ _0"></span>tr, <span class="_ _f"> </span></span>hem <span class="_ _f"> </span>kend<span class="_ _0"></span>isi <span class="_ _f"></span><span class="ff9">co<span class="_ _0"></span>nst <span class="_ _f"> </span><span class="ff2">hem <span class="_ _11"> </span>de <span class="_ _f"></span>gösterdi<span class="_ _0"></span>ği <span class="_ _f"></span>yer <span class="_ _11"> </span></span>cons<span class="_ _9"></span>t <span class="_ _b"></span><span class="ff2">olan<span class="_ _0"></span> <span class="_ _f"></span>bir <span class="_ _f"></span>gösterici <span class="_ _11"> </span>değişkend<span class="_ _0"></span>ir. <span class="_ _f"></span><span class="ff10">ptr‟<span class="ff1">n<span class="_ _0"></span>in <span class="_ _f"></span>kendisine </span></span></span></span></div><div class="t m0 x10 h3 y3f3 ff2 fs0 fc2 sc0 ls0 ws0">yapılan<span class="ff1"> atamalar geçersiz <span class="_ _6"></span><span class="ff2">olduğu<span class="_ _0"></span><span class="ff1"> gibi <span class="ff9">ptr</span>&apos;nin <span class="_ _6"></span><span class="ff2">gösterdiği<span class="ff1"> nesneye <span class="_ _9"></span><span class="ff2">yapılan a<span class="_ _0"></span>tamalar da<span class="ff1"> geçersizdir. </span></span></span></span></span></span></span></div><div class="t m0 x1 hd y3f4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3f5 ff1 fs0 fc2 sc0 ls0 ws0">Peki <span class="ff9">const <span class="ff2">anah<span class="_ _0"></span>tar sözcüğü <span class="_ _0"></span><span class="ff10">„&amp;‟ </span>atomundan sonra<span class="_ _0"></span>, referansın isminden önce kullanab<span class="_ _0"></span>ilir mi? Gösterici </span></span></div><div class="t m0 x10 h3 y3f6 ff1 fs0 fc2 sc0 ls0 ws0">isminden önce <span class="ff10">„*‟ <span class="_ _0"></span></span>atomundan sonra <span class="_ _0"></span><span class="ff9">const <span class="ff2">an<span class="_ _0"></span>ahtar sözcüğünü ku<span class="_ _0"></span>llanıldığında, bu durum göstericinin<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 y3f7 ff1 fs0 fc2 sc0 ls0 ws0">kendisinin <span class="ff9">const <span class="_ _0"></span><span class="ff2">olduğu anlamına geliyordu.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 hd y3f8 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3f9 ff8 fs0 fc2 sc0 ls13 ws0">int x;<span class="ls0"> </span></div><div class="t m0 x11 h11 y3fa ff8 fs0 fc2 sc0 ls13 ws0">int *const ptr = &amp;x;<span class="ls0"> </span></div><div class="t m0 x11 h11 y3fb ff8 fs0 fc2 sc0 ls13 ws0">int &amp;const r<span class="ls0"> = </span>x;<span class="ls0"> <span class="_ _1e"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x1 h1c y37a ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3fc ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9 ls27">r <span class="_ _0"></span></span>isimli referansın tanımı geçers<span class="_ _0"></span>izdir. Çünkü referanslar za<span class="_ _0"></span>ten tanımları gereği y<span class="_ _0"></span>alnızca belirli bir </div><div class="t m0 x10 h3 y3fd ff2 fs0 fc2 sc0 ls0 ws0">nesnenin yerine geçmek üzer<span class="_ _0"></span>e yaratılır. Yani bir ref<span class="_ _0"></span>erans, zaten bir n<span class="_ _0"></span>esne ile ilkdeğerini aldıktan<span class="_ _0"></span> sonra artık </div><div class="t m0 x10 h3 y3fe ff2 fs0 fc2 sc0 ls0 ws0">başka bir nesnenin yerine g<span class="_ _0"></span>eçemez. Referansl<span class="_ _0"></span>ar bu anlamla<span class="_ _0"></span>rıyla zaten kendileri <span class="_ _0"></span><span class="ff9">const </span>n<span class="_ _0"></span>esnedir. Dolayısıyla, </div><div class="t m0 x10 h3 y3ff ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">anah<span class="_ _0"></span>tar sözcüğünün yukarıdaki b<span class="_ _0"></span>içimde kullanılmasına gerek yoktu<span class="_ _0"></span>r.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd y191 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y400 ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">bir n<span class="_ _0"></span>esne adresinin, ancak gösterdiği yer <span class="_ _0"></span></span>const <span class="ff2">olan b<span class="_ _0"></span>ir göstericiye atanabileceğini <span class="_ _0"></span>anımsayın:<span class="_ _0"></span><span class="ff1"> </span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf2a" class="pf w0 h0" data-page-no="2a"><div class="pc pc2a w0 h0"><img class="bi xb y401 w6 h2e" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">42</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y1b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y402 ff8 fs0 fc2 sc0 ls13 ws0">const int x = 10;<span class="ls0"> </span></div><div class="t m0 x11 h11 y403 ff8 fs0 fc2 sc0 ls13 ws0">int *<span class="fc6">p1<span class="ls0"> <span class="fc2">= </span></span></span>&amp;x;<span class="ls0"> <span class="_ _1f"> </span></span>//Geçersiz </div><div class="t m0 x11 h11 y404 ff8 fs0 fc2 sc0 ls13 ws0">const int *<span class="fc6">p2<span class="ls0"> <span class="fc2">= </span></span></span>&amp;x;<span class="ls0"> <span class="_ _20"> </span>//G<span class="_ _9"></span>eçe<span class="_ _6"></span>rli </span></div><div class="t m0 x1 h1c y405 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y406 ff2 fs0 fc2 sc0 ls0 ws0">Benzer şekilde, <span class="ff9">const <span class="_ _0"></span><span class="ff1">olmayan bir referans </span>co<span class="_ _0"></span>nst <span class="ff1">bir nesneni<span class="_ _0"></span>n yerine geçemez. <span class="_ _0"></span></span>const <span class="ff1">b<span class="_ _0"></span>ir nesnenin yerine </span></span></div><div class="t m0 x10 h3 y380 ff1 fs0 fc2 sc0 ls0 ws0">ancak <span class="ff9">con<span class="_ _0"></span>st </span>bir referans geçebilir. </div><div class="t m0 x11 h11 y407 ff8 fs0 fc2 sc0 ls13 ws0">const int x = 10;<span class="ls0"> </span></div><div class="t m0 x11 h11 y408 ff8 fs0 fc2 sc0 ls13 ws0">int &amp;r1<span class="ls0"> = </span>x;<span class="ls0"> <span class="_ _12"> </span>//G<span class="_ _9"></span>eçe<span class="_ _9"></span>rsi<span class="_ _9"></span>z!<span class="_ _9"></span> </span></div><div class="t m0 x11 h11 y409 ff8 fs0 fc2 sc0 ls13 ws0">const int &amp;r2 = x;<span class="ls0"> <span class="_ _6"></span>//Geçerli </span></div><div class="t m0 x1 h1c y40a ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y40b ff2 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _b"></span>r<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y40c ff2 fs0 fc2 sc0 ls0 ws0">Gösterdiği yer <span class="ff9">const <span class="_ _0"></span></span>olan göstericiler ne amaçla k<span class="_ _0"></span>ullanılıyorlarsa, <span class="_ _0"></span><span class="ff9">con<span class="_ _0"></span>st </span>referanslar da ayn<span class="_ _0"></span>ı amaçla kullanılır. </div><div class="t m0 x10 h3 y103 ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">referanslar ile bu<span class="_ _0"></span>nların bağlandıkları n<span class="_ _0"></span>esneler değiştirilemez. Böyle r<span class="_ _0"></span>eferanslar<span class="_ _0"></span><span class="ff1 fc6 ls17">, </span><span class="ff1">yal</span>nızca o<span class="_ _0"></span>kuma amacıyla </span></div><div class="t m0 x10 h3 y40d ff1 fs0 fc2 sc0 ls0 ws0">nesnelerin yerine geçer.<span class="_ _0"></span> </div><div class="t m0 x1 h16 y40e ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h2f y40f ff5 fs6 fc2 sc0 ls0 ws0">Referansların Parametre Değişkeni Olarak Kullanılması <span class="ff2 fs0">C++‟da referan<span class="_ _0"></span>slar genellikle </span></div><div class="t m0 x10 h3 y410 ff2 fs0 fc2 sc0 ls0 ws0">işlev tanımlamalarında p<span class="_ _0"></span>arametre değişkeni olarak kullan<span class="_ _0"></span>ılır. Parametre değişkeni ref<span class="_ _0"></span>erans olan </div><div class="t m0 x10 h3 y411 ff2 fs0 fc2 sc0 ls0 ws0">işlevler, aynı türd<span class="_ _0"></span>en bir <span class="ff1">nesne ile </span></div><div class="t m0 x10 h3 y412 ff2 fs0 fc2 sc0 ls0 ws0">çağrılmalıdır. Böyle bir çağrı <span class="_ _0"></span>sonucun<span class="_ _0"></span>da parametre değişkeni olan<span class="_ _0"></span> referans argüman olan n<span class="_ _0"></span>esnenin yerine </div><div class="t m0 x10 h3 y413 ff1 fs0 fc2 sc0 ls0 ws0">geçer: </div><div class="t m0 x11 h11 y414 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y415 ff8 fs0 fc2 sc0 ls13 ws0">void func(int &amp;r)<span class="ls0"> </span></div><div class="t m0 x11 h11 y416 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y417 ff8 fs0 fc2 sc0 ls13 ws0">r = 20;<span class="ls0"> </span></div><div class="t m0 x11 h11 y418 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y419 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y41a ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y41b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y41c ff8 fs0 fc2 sc0 ls13 ws0">int a = 10;<span class="ls0"> </span></div><div class="t m0 x1 h11 y41d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y2a4 ff8 fs0 fc2 sc0 ls13 ws0">func(a);<span class="ls0"> </span></div><div class="t m0 x12 h11 y41e ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; a &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h12 y41f ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf2b" class="pf w0 h0" data-page-no="2b"><div class="pc pc2b w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">43</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h17 y420 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1f5 ff2 fs0 fc2 sc0 ls0 ws0">Parametre değişkenlerinin i<span class="_ _0"></span>şlev çağrıldığında otomatik olara<span class="_ _0"></span>k yaratıldığın<span class="_ _0"></span>ı hatırlayalım.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y421 ff2 fs0 fc2 sc0 ls0 ws0">Örneğin <span class="ff9">func </span>isimli işle<span class="_ _0"></span>ve<span class="ff1"> </span></div><div class="t m0 x1 h16 y422 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2e3 ff8 fs0 fc2 sc0 ls13 ws0">func(a);<span class="ls0"> </span></div><div class="t m0 x1 h15 y423 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y424 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde yapılan çağrı ile a<span class="_ _0"></span>slında <span class="_ _0"></span><span class="ff9 ls14">a </span>değişkeni, <span class="ff9">func </span>isimli işlevin re<span class="_ _0"></span>ferans parametresine il<span class="_ _0"></span>kdeğer olarak atanır. </div><div class="t m0 x10 h3 y425 ff2 fs0 fc2 sc0 ls0 ws0">Yani işleve yapılan<span class="_ _0"></span> çağrı ile parametre değişkeni olan<span class="_ _0"></span> <span class="ff9 ls27">r </span>re<span class="_ _0"></span>feransı <span class="ff9 ls14">a </span>değişkeninin y<span class="_ _0"></span>erine geçer. <span class="ff9">func <span class="_ _0"></span></span>işlevine </div><div class="t m0 x10 h3 y426 ff1 fs0 fc2 sc0 ls0 ws0">gönderilen <span class="ff9 ls14">a </span><span class="ff2">değişkeninin k<span class="_ _0"></span>endisidir.</span> </div><div class="t m0 x10 h3 y427 ff2 fs0 fc2 sc0 ls0 ws0">Aslında derleyicinin ü<span class="_ _0"></span>rettiği kod söz konusu o<span class="_ _0"></span>lduğunda, gerçekte bir adres aktarı<span class="_ _0"></span>mı yapılmaktadır. Parametresi </div><div class="t m0 x10 h3 y428 ff1 fs0 fc2 sc0 ls0 ws0">referans <span class="ff2">olan bir işlevin b<span class="_ _0"></span>ir adres bilgisiyle değil, bir n<span class="_ _0"></span>esnenin kendisiyle çağrıldığın<span class="_ _0"></span>a dikkat edin. Çağrı b<span class="_ _0"></span>u </span></div><div class="t m0 x10 h3 y429 ff2 fs0 fc2 sc0 ls0 ws0">biçimde yapılsa da aslında b<span class="_ _0"></span>ir adres aktarımı söz kon<span class="_ _0"></span>usu olur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y42a ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin: </div><div class="t m0 x1c h11 y38 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 y42b ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1c h11 y42c ff8 fs0 fc2 sc0 ls13 ws0">void swap(int &amp;a, int &amp;b)<span class="ls0"> </span></div><div class="t m0 x1c h11 y42d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y42e ff8 fs0 fc2 sc0 ls13 ws0">int temp = a; </div><div class="t m0 x13 h11 y42f ff8 fs0 fc2 sc0 ls13 ws0">a = b;<span class="ls0"> </span></div><div class="t m0 x13 h11 y430 ff8 fs0 fc2 sc0 ls13 ws0">b = temp;<span class="ls0"> </span></div><div class="t m0 x1c h11 y431 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y432 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y433 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y434 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y435 ff8 fs0 fc2 sc0 ls13 ws0">int x = <span class="ls0">1<span class="_ _9"></span>0;<span class="_ _6"></span> </span></div><div class="t m0 x1a h11 y436 ff8 fs0 fc2 sc0 ls13 ws0">int y = <span class="ls0">2<span class="_ _9"></span>0;<span class="_ _6"></span> </span></div><div class="t m0 x1a h11 y2c1 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;x = &quot; &lt;&lt; x<span class="_ _0"></span> &lt;&lt; endl; </div><div class="t m0 x13 h11 y437 ff8 fs0 fc2 sc0 ls0 ws0">cout <span class="_ _0"></span>&lt;&lt; <span class="_ _0"></span>&quot;y <span class="_ _0"></span>= <span class="_ _0"></span>&quot; <span class="_ _0"></span>&lt;&lt; <span class="_ _0"></span>y &lt;&lt; <span class="_ _0"></span>endl; </div><div class="t m0 x13 h11 y438 ff8 fs0 fc2 sc0 ls13 ws0">swap(x,<span class="ls0"> </span>y);<span class="ls0"> </span></div><div class="t m0 x1 h12 y150 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y192 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;x = &quot; &lt;&lt; x <span class="_ _0"></span>&lt;&lt; endl; </div><div class="t m0 x1a h11 y439 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;y = &quot; &lt;&lt; y &lt;&lt; endl;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf2c" class="pf w0 h0" data-page-no="2c"><div class="pc pc2c w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">44</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 y43a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y43b ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y43c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y2e1 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y157 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y43d ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y43e ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">swap <span class="ff2">isimli işle<span class="_ _0"></span>v iki değişkenin değ<span class="_ _0"></span>erini takas eder. İşlev<span class="_ _0"></span></span></span> </div><div class="t m0 x1 hd y43f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya0 ff8 fs0 fc2 sc0 ls13 ws0">swap(x, y);<span class="ls0"> </span></div><div class="t m0 x1 h15 y440 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y441 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde çağrılıyor. <span class="_ _0"></span><span class="ff9">swap </span>işlevinin parametre d<span class="_ _0"></span>eğişkenleri olan r<span class="_ _0"></span>eferanslar <span class="ff9 ls1a">x </span><span class="ff1">ve <span class="_ _0"></span><span class="ff9 ls1f">y </span>nesnelerinin y<span class="_ _0"></span>erine geçer. </span></div><div class="t m0 x10 h3 y442 ff2 fs0 fc2 sc0 ls0 ws0">Şüphesiz, işleve aslında <span class="_ _0"></span><span class="ff9 ls1a">x </span><span class="ff1">ve <span class="ff9 ls1f">y </span></span>d<span class="_ _0"></span>eğişkenlerinin adresleri aktar<span class="_ _0"></span>ılmaktadır. İşlev içinde ku<span class="_ _0"></span>llanılan <span class="_ _0"></span><span class="ff9 ls14">a </span>aslında <span class="ff9 fc6 ls1a">x <span class="ff1 lse">in<span class="fc2 ls17">, <span class="_ _0"></span><span class="ff9 ls14">b </span></span></span></span></div><div class="t m0 x10 h3 y443 ff1 fs0 fc2 sc0 ls0 ws0">ise <span class="ff9">y<span class="ff2">‟nin yerine geçer. Yuka<span class="_ _0"></span>rıdaki programın <span class="_ _0"></span>gösterici değişkenlerle olu<span class="_ _0"></span>şturulmuş eşdeğer <span class="_ _0"></span>C karşılığı da </span></span></div><div class="t m0 x10 h3 y444 ff2 fs0 fc2 sc0 ls0 ws0">şöyledir:<span class="ff1"> </span></div><div class="t m0 x1 hd y445 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y446 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y447 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x11 h11 y448 ff8 fs0 fc2 sc0 ls13 ws0">void swap(int *a, int *b)<span class="ls0"> </span></div><div class="t m0 x11 h11 y449 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y60 ff8 fs0 fc2 sc0 ls13 ws0">int temp; </div><div class="t m0 x13 h11 y44a ff8 fs0 fc2 sc0 ls13 ws0">temp = *a;<span class="ls0"> </span></div><div class="t m0 x13 h11 y44b ff8 fs0 fc2 sc0 ls13 ws0">*a = *b;<span class="ls0"> </span></div><div class="t m0 x13 h11 y44c ff8 fs0 fc2 sc0 ls13 ws0">*b = temp;<span class="ls0"> </span></div><div class="t m0 x11 h11 y12b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y44d ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y44e ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y44f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y450 ff8 fs0 fc2 sc0 ls13 ws0">int x = 10; </div><div class="t m0 x12 h11 y451 ff8 fs0 fc2 sc0 ls13 ws0">int y = 20;<span class="ls0"> </span></div><div class="t m0 x1 h12 y452 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y453 ff8 fs0 fc6 sc0 ls0 ws0">cout &lt;&lt; <span class="_ _0"></span>&quot;x = <span class="_ _0"></span>&quot; &lt;&lt; x &lt;&lt;<span class="_ _0"></span> endl; </div><div class="t m0 x13 h11 y454 ff8 fs0 fc6 sc0 ls0 ws0">cout &lt;&lt; <span class="_ _0"></span>&quot;y = <span class="_ _0"></span>&quot; &lt;&lt; y &lt;&lt;<span class="_ _0"></span> endl; </div><div class="t m0 x13 h11 y2c4 ff8 fs0 fc6 sc0 ls13 ws0">swap(&amp;x, &amp;y);<span class="fc2 ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf2d" class="pf w0 h0" data-page-no="2d"><div class="pc pc2d w0 h0"><img class="bi xb y455 w6 h31" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">45</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y116 ff8 fs0 fc6 sc0 ls13 ws0">cout &lt;&lt; &quot;x = &quot; &lt;&lt; x <span class="_ _0"></span>&lt;&lt; endl; </div><div class="t m0 x13 h11 y456 ff8 fs0 fc6 sc0 ls13 ws0">cout &lt;&lt; &quot;y = &quot; &lt;&lt; y &lt;&lt; endl;<span class="fc2 ls0"> </span></div><div class="t m0 x1 h12 y457 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y9a ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y3b3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y458 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y459 ff1 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span> <span class="_ _3"></span>P<span class="_ _b"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _f"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span> </div><div class="t m0 x10 h3 y45a ff2 fs0 fc2 sc0 ls0 ws0">Bir işlevin parametresi <span class="ff9">c<span class="_ _0"></span>onst </span>referans da <span class="_ _0"></span>olabilir. Böyle bir işlev bir ne<span class="_ _0"></span>sne üzerinde değişiklik </div><div class="t m0 x10 h3 y408 ff2 fs0 fc2 sc0 ls0 ws0">yapmayan, y<span class="_ _0"></span>alnızca o nesnenin değerini kullanan<span class="_ _0"></span> bir işlevdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y45b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y45c ff8 fs0 fc2 sc0 ls13 ws0">void access(const T &amp;r);<span class="ls0"> </span></div><div class="t m0 x10 h3 y45d ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda bildirimde yer alan<span class="_ _0"></span> <span class="ff9 ls28">T </span><span class="ff1">ism</span>inin, bir tür b<span class="_ _0"></span>ilgisi olduğunu düşünelim. <span class="_ _0"></span><span class="ff9">access </span>isi<span class="_ _0"></span>mli işlev, <span class="ff9 ls29">T </span><span class="ff1">türü<span class="_ _0"></span>nden bir </span></div><div class="t m0 x10 h3 y45e ff2 fs0 fc2 sc0 ls0 ws0">nesne üzerinde işlem yap<span class="_ _0"></span>abilir, ama söz konusu n<span class="_ _0"></span>esneyi değiştiremez. <span class="_ _0"></span><span class="ff9">acc<span class="_ _0"></span>ess </span>işlevi <span class="ff9 ls29">T </span><span class="ff1">tü<span class="_ _0"></span>ründen bir nesnenin </span></div><div class="t m0 x10 h3 y58 ff2 fs0 fc2 sc0 ls0 ws0">yalnızca değerinden fayd<span class="_ _0"></span>alanır. <span class="ff8 ls13">void mutate(T &amp;r);<span class="ls0"> </span></span></div><div class="t m0 x1 h15 y3ef ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y45f ff9 fs0 fc2 sc0 ls0 ws0">mutate <span class="ff2">isimli işlev<span class="ff1"> d<span class="_ _0"></span>e </span></span><span class="ls29">T </span><span class="ff2">türünd<span class="_ _0"></span>en bir nesne üzerinde işlem <span class="_ _0"></span>yapar ama söz ko<span class="_ _0"></span>nusu nesneyi değiştirebilir. </span></div><div class="t m0 x10 h3 y276 ff2 fs0 fc2 sc0 ls0 ws0">Sözdizim kuralları açısından<span class="_ _0"></span> bakıldığında şüph<span class="_ _0"></span>esiz <span class="ff9">mutate<span class="_ _0"></span> </span>işlevinin kendisine gelen <span class="_ _0"></span><span class="ff9 ls29">T </span><span class="ff1">türü<span class="_ _0"></span>nden nesneyi </span></div><div class="t m0 x10 h3 y25e ff2 fs0 fc2 sc0 ls0 ws0">değiştirmesi konusunda <span class="_ _0"></span>bir zorunluluk <span class="_ _0"></span>yoktur. Ancak böyle bir işlevi<span class="_ _0"></span><span class="ff1">n kendisin<span class="_ _0"></span>e gelen nesneyi <span class="_ _0"></span></span>değiştireceği<span class="ff1"> </span></div><div class="t m0 x10 h3 y460 ff1 fs0 fc2 sc0 ls0 ws0">kabul edilmelidir. <span class="ff2">Eğer n<span class="_ _0"></span>esneyi</span> <span class="ff2">değiştirme<span class="_ _0"></span>seydi işlevin parametresi <span class="_ _0"></span><span class="ff9">const </span></span>olarak<span class="_ _0"></span> seçilirdi. </div><div class="t m0 x1 h3 y461 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y462 ff2 fs0 fc2 sc0 ls0 ws0">Bu durumda şun<span class="_ _0"></span>u da söyleyebiliriz: <span class="_ _0"></span><span class="ff1 fc6">B</span>ir işlev referans yolu<span class="_ _0"></span>yla adresini aldığı nesne ü<span class="_ _0"></span>zerinde bir değişiklik </div><div class="t m0 x10 h3 y463 ff2 fs0 fc2 sc0 ls0 ws0">yapmayacak ise, işlevin param<span class="_ _0"></span>etresi <span class="ff9">co<span class="_ _0"></span>nst </span>referans yapılmalı<span class="_ _0"></span>dır. Bir işlevin parametresi <span class="_ _0"></span><span class="ff9">const <span class="ff1">o<span class="_ _0"></span>lmayan bir </span></span></div><div class="t m0 x10 h3 y464 ff2 fs0 fc2 sc0 ls0 ws0">referans ise ve işlev aldığı n<span class="_ _0"></span>esne üzerinde değişiklik yap<span class="_ _0"></span>mıyor ise, bu durum<span class="_ _0"></span><span class="ff1"> </span>b<span class="_ _0"></span>ir programlama hatası olarak </div><div class="t m0 x10 h3 y465 ff2 fs0 fc6 sc0 ls0 ws0">değerlendirmelidir<span class="ff1 fc2">.<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y466 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin arayüzünü<span class="_ _0"></span> yani bildirimini gören program<span class="_ _0"></span>cılar, işlevin gönderilen nesne üze<span class="_ _0"></span>rinde değişiklik yapaca<span class="_ _0"></span>ğını </div><div class="t m0 x10 h3 y467 ff2 fs0 fc2 sc0 ls0 ws0">düşünürler.<span class="ff1"> </span></div><div class="t m0 x1 h16 y8d ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y3fb ff2 fs6 fc2 sc0 ls0 ws0">Y<span class="_ _3"></span>a<span class="_ _3"></span>p<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>o<span class="_ _b"></span>l<span class="_ _3"></span>u<span class="_ _3"></span>y<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _b"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _b"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 yd1 ff2 fs0 fc2 sc0 ls0 ws0">Bir yapı nesnesinin b<span class="_ _0"></span>ir işleve iki şekilde geçirilebileceğ<span class="_ _0"></span>ini biliyorsunuz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y468 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y469 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Yapı n<span class="_ _0"></span>esnesinin değerinin geçirilmesi du<span class="_ _0"></span>rumu <span class="ff9">(ca<span class="_ _0"></span>ll by value)</span>. Bu d<span class="_ _0"></span>urumda işlevin parametr<span class="_ _0"></span>e değişkeni </span></span></div><div class="t m0 x10 h3 y46a ff2 fs0 fc2 sc0 ls0 ws0">bir yapı değişkenidir. İşlev baş<span class="_ _0"></span>ka bir yap<span class="_ _0"></span>ı değişkenin kendisi ile çağrılır. Ayn<span class="_ _0"></span>ı türden iki yapı deği<span class="_ _0"></span>şkeni </div><div class="t m0 x10 h3 y46b ff2 fs0 fc2 sc0 ls0 ws0">birbirine atanabildiğin<span class="_ _0"></span>e göre, <span class="ff1 ls15">bu </span>çağrı biçimi de geçerlidir. A<span class="_ _0"></span>şağıdaki örneği<span class="ff1"> <span class="_ _9"></span>inceleyin:<span class="_ _0"></span> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf2e" class="pf w0 h0" data-page-no="2e"><div class="pc pc2e w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">46</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf6 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 yf7 ff8 fs0 fc2 sc0 ls13 ws0">struct Person {<span class="ls0"> </span></div><div class="t m0 x12 h11 yf8 ff8 fs0 fc2 sc0 ls13 ws0">char name[30]; </div><div class="t m0 x12 h11 y46c ff8 fs0 fc2 sc0 ls13 ws0">int no;<span class="ls0"> </span></div><div class="t m0 x11 h11 y46d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y46e ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y46f ff8 fs0 fc2 sc0 ls13 ws0">void display_person(Person y)<span class="ls0"> </span></div><div class="t m0 x11 h11 y470 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1da ff8 fs0 fc2 sc0 ls13 ws0">std::cout<span class="ls0"> </span>&lt;&lt;<span class="ls0">  </span>y.name &lt;&lt;<span class="ls0"> &apos;\</span>n&apos;<span class="ls0"> </span>&lt;&lt;<span class="ls0"> <span class="_ _21"> </span></span>y.no &lt;&lt;<span class="ls0"> </span><span class="fc6">std::</span>endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y471 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y472 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y473 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y474 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y475 ff8 fs0 fc2 sc0 ls13 ws0">Person per =<span class="ls0"> {&quot;Necati </span>Ergin&quot;,<span class="ls0"> <span class="_ _21"> </span><span class="ls16">123}; </span></span></div><div class="t m0 x12 h11 y476 ff8 fs0 fc2 sc0 ls13 ws0">display_person(per);<span class="ls0"> </span></div><div class="t m0 x1 h12 y477 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y478 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y479 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h26 y47a ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y47b ff2 fs0 fc2 sc0 ls0 ws0">Bu tür bir aktar<span class="_ _0"></span>ımda, yapının karşılıklı elemanları birbirlerin<span class="_ _0"></span>e blok olarak ko<span class="_ _0"></span>pyalandığı için göreli bir zaman </div><div class="t m0 x10 h3 y47c ff2 fs0 fc2 sc0 ls0 ws0">kaybı söz konu<span class="_ _0"></span>sudur. Bu nedenle bu tür ak<span class="_ _0"></span>tarım biçimi C dilinde kötü<span class="_ _0"></span> bir<span class="_ _0"></span><span class="ff1"> teknik olara<span class="_ _0"></span>k kabul edilir ve pek </span></div><div class="t m0 x10 h3 y61 ff2 fs0 fc2 sc0 ls0 ws0">kullanılmaz. Tabii çok kü<span class="_ _0"></span>çük yapı nesnelerinin<span class="_ _0"></span> bu biçimde aktarılması söz ko<span class="_ _0"></span>nusu olabilir. İşlev değerle çağ<span class="_ _0"></span>rıldığı </div><div class="t m0 x10 h3 y47d ff1 fs0 fc2 sc0 ls0 ws0">için, yan<span class="_ _9"></span>i <span class="ff2">işle<span class="_ _9"></span>v çağrı ifadesinde<span class="_ _0"></span>ki argüman olan y<span class="_ _0"></span>apı nesnesi işlevin parametr<span class="_ _0"></span>e değişkenine kopy<span class="_ _0"></span>alanarak </span></div><div class="t m0 x10 h3 y47e ff2 fs0 fc2 sc0 ls0 ws0">aktarıldığı için, <span class="ff1 ls15">bu </span>yolla argüman o<span class="_ _0"></span>lan yapı nesnesinin işlev t<span class="_ _0"></span>arafından değiştirilebilmesi ol<span class="_ _0"></span>ası değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y47f ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y480 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _1a"> </span><span class="ff2">Yapı <span class="_ _3"></span>nesnesinin <span class="_ _b"></span>adresinin <span class="_ _b"></span>işleve <span class="_ _3"></span>geçirilme<span class="_ _0"></span>si <span class="_ _b"></span><span class="ff1">dur<span class="_ _9"></span>umu<span class="_ _9"></span> <span class="_ _3"></span><span class="ff2">(call <span class="_ _b"></span>by <span class="_ _3"></span>reference). <span class="_ _b"></span>Bu <span class="_ _3"></span>duru<span class="_ _0"></span>mda <span class="_ _3"></span>işlev <span class="_ _3"></span>y<span class="_ _0"></span>apı <span class="_ _3"></span>değişkenin<span class="_ _0"></span> </span></span></span></span></div><div class="t m0 x10 h3 y481 ff1 fs0 fc2 sc0 ls0 ws0">adr<span class="_ _9"></span>esi<span class="_ _9"></span> <span class="_ _0"></span><span class="ff2">ile <span class="_ _0"></span>çağrılır. <span class="_ _0"></span>İşlevin <span class="_ _0"></span>para<span class="_ _0"></span>metre <span class="_ _0"></span>değişkeni <span class="_ _0"></span>de aynı türden <span class="_ _0"></span>bir <span class="_ _0"></span>yapı <span class="_ _0"></span>göstericisi <span class="_ _0"></span>olur. <span class="_ _0"></span>Bu <span class="_ _0"></span>ak<span class="_ _0"></span>tarım b<span class="_ _0"></span>içiminde <span class="_ _0"></span>yapı </span></div><div class="t m0 x10 h3 y390 ff1 fs0 fc2 sc0 ls0 ws0">nesnesi <span class="_ _3"></span>ne <span class="_ _0"></span>ka<span class="_ _0"></span>dar <span class="_ _3"></span>büyük <span class="_ _0"></span>olursa<span class="_ _0"></span> olsun <span class="_ _3"></span><span class="ff2">gerçekte <span class="_ _0"></span>aktarılan <span class="_ _3"></span>tek <span class="_ _3"></span>bir <span class="_ _3"></span>adres <span class="_ _0"></span>bilgisidir. <span class="_ _3"></span>İşlev <span class="_ _3"></span>tanımı <span class="_ _3"></span>içinde <span class="_ _0"></span>ad<span class="_ _0"></span>resi <span class="_ _0"></span>alın<span class="_ _0"></span>an </span></div><div class="t m0 x10 h3 y482 ff2 fs0 fc2 sc0 ls0 ws0">yapı  nesnesinin  elemanlarına  erişmek  için  parametre <span class="_ _22"> </span>değişkeni  ola<span class="_ _0"></span><span class="ff1">n  gösterici  -</span>&gt;  iş<span class="_ _9"></span>lecin<span class="_ _0"></span>in  terimi  olur.  Y<span class="_ _9"></span>apı </div><div class="t m0 x10 h3 y483 ff2 fs0 fc2 sc0 ls0 ws0">değişkenleri çoğunlukla işle<span class="_ _0"></span>vlere bu biçimde geçirilir. A<span class="_ _0"></span>şağıdaki örneği inceleyin:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y484 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb4 ff8 fs0 fc2 sc0 ls13 ws0">void display_person(const Person *ptr)<span class="ls0"> </span></div><div class="t m0 x11 h11 yb5 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y485 ff8 fs0 fc2 sc0 ls13 ws0">std::cout<span class="ls0"> </span>&lt;&lt;<span class="ls0">  </span>ptr<span class="ls0">-</span>&gt;name &lt;&lt;<span class="ls0"> &apos;\</span>n&apos; &lt;&lt;<span class="ls0"> <span class="_ _21"> </span></span>ptr<span class="ls0">-</span>&gt;no &lt;&lt;<span class="ls0"> </span>std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y486 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf2f" class="pf w0 h0" data-page-no="2f"><div class="pc pc2f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">47</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h1d y487 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y488 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y489 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y48a ff8 fs0 fc2 sc0 ls13 ws0">Person per =<span class="ls0"> {&quot;Necati </span>Ergin&quot;,<span class="ls0"> <span class="_ _21"> </span><span class="ls16">123}; </span></span></div><div class="t m0 x12 h11 y364 ff8 fs0 fc2 sc0 ls13 ws0">display_person(&amp;per);<span class="ls0"> </span></div><div class="t m0 x1 h12 y1f6 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y48b ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y48c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y2e4 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y48d ff2 fs0 fc2 sc0 ls0 ws0">Madem C++ dilinde ref<span class="_ _0"></span>eranslar bir çeşit göstericidir<span class="_ _0"></span><span class="ff1 fc6 ls17">, </span>o hald<span class="_ _0"></span>e yapıların da <span class="_ _0"></span>verimli bir biçimde referans </div><div class="t m0 x10 h3 y48e ff2 fs0 fc2 sc0 ls0 ws0">yöntemiyle aktarımları da söz <span class="_ _0"></span>konusu olab<span class="_ _0"></span>ilir. Böyle bir aktarım biçimind<span class="_ _0"></span>e<span class="ff1 fc6 ls17">, </span>işl<span class="_ _0"></span>ev yapı nesnes<span class="ff1">inin kend<span class="_ _0"></span>isiyle </span></div><div class="t m0 x10 h3 y36a ff2 fs0 fc2 sc0 ls0 ws0">çağrılır. İşlevin parametre d<span class="_ _0"></span>eğişkeni aynı yap<span class="_ _0"></span>ı türünden b<span class="_ _0"></span>ir refe<span class="_ _9"></span>rans olu<span class="_ _0"></span>r. Böyle bir çağrıda<span class="_ _0"></span> işlevin parametre </div><div class="t m0 x10 h3 y48f ff2 fs0 fc2 sc0 ls0 ws0">değişkeni olan referans, işl<span class="_ _0"></span>eve argüman olarak <span class="_ _0"></span>gönderilen yapı nesnesinin yerin<span class="_ _0"></span>e geçer. Peki işlev içind<span class="_ _0"></span>e yapı </div><div class="t m0 x10 h3 y490 ff1 fs0 fc2 sc0 ls0 ws0">nesnesinin eleman<span class="ff2">ların<span class="_ _0"></span>a nasıl erişilir? Nokta işl<span class="_ _0"></span>eci ile mi, ok işleci ile <span class="_ _0"></span>mi? Evet nokta işleci ile. Çün<span class="_ _0"></span>kü artık yap<span class="_ _0"></span>ı </span></div><div class="t m0 x10 h3 y491 ff2 fs0 fc2 sc0 ls0 ws0">referansı kullanıldığında,<span class="_ _0"></span> referans dışarıdan gönderilen ne<span class="_ _0"></span>snenin yerine geçeceğine gör<span class="_ _0"></span>e parametre olan </div><div class="t m0 x10 h3 y492 ff2 fs0 fc2 sc0 ls0 ws0">referans dışarıdan gönderil<span class="_ _0"></span>en yapı nesnesinin yeri<span class="_ _0"></span>ne geçer. <span class="_ _0"></span>Yani referansın kullanımı b<span class="_ _0"></span>ir adres belirtmez. O </div><div class="t m0 x10 h3 y493 ff2 fs0 fc2 sc0 ls0 ws0">nedenle yapı referansı il<span class="_ _0"></span>e yapı elemanlarına erişimde no<span class="_ _0"></span>kta işleci kullanılır. Aşağıdak<span class="_ _0"></span>i örneği inceleyin:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y494 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y140 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y495 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 y496 ff8 fs0 fc2 sc0 ls13 ws0">struct Person {<span class="ls0"> </span></div><div class="t m0 x12 h11 y497 ff8 fs0 fc2 sc0 ls13 ws0">char name[30]; </div><div class="t m0 x12 h11 y498 ff8 fs0 fc2 sc0 ls13 ws0">int no;<span class="ls0"> </span></div><div class="t m0 x11 h11 y499 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y1cb ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1d h11 yad ff8 fs0 fc2 sc0 ls13 ws0">void display_person(const Person &amp;r)<span class="ls0"> </span></div><div class="t m0 x11 h11 y1cd ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y49a ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0">  </span>r.name &lt;&lt;<span class="ls0"> &apos;\</span>n&apos;<span class="ls0"> </span>&lt;&lt;<span class="ls0">  </span>r.no &lt;&lt;<span class="_ _0"></span><span class="ls0"> <span class="_ _9"></span><span class="ls13">endl;<span class="ls0"> </span></span></span></div><div class="t m0 x11 h11 y49b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y49c ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y49d ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y49e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y49f ff8 fs0 fc2 sc0 ls13 ws0">Person per =<span class="ls0"> {&quot;Necati </span>Ergin&quot;,<span class="ls0"> <span class="_ _21"> </span><span class="ls16">123}; </span></span></div><div class="t m0 x12 h11 y4a0 ff8 fs0 fc2 sc0 ls13 ws0">display_person(per);<span class="ls0"> </span></div><div class="t m0 x1 h12 y4a1 ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf30" class="pf w0 h0" data-page-no="30"><div class="pc pc30 w0 h0"><img class="bi xb y4a2 w6 h32" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">48</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y3b0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y4a3 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h19 y213 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h19 y351 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y4a4 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>P<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _b"></span>r<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>e<span class="_ _3"></span>ğ<span class="_ _3"></span>i<span class="_ _b"></span>ş<span class="_ _3"></span>k<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>ö<span class="_ _b"></span>s<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>R<span class="_ _3"></span>e<span class="_ _b"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span> <span class="_ _3"></span>m<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> <span class="_ _23"></span> <span class="_ _23"></span><span class="ff2">O<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y4a5 ff2 fs0 fc2 sc0 ls0 ws0">C++ dilinde argüman akt<span class="_ _0"></span>arımında <span class="_ _0"></span>gösterici mi yoksa referan<span class="_ _0"></span>s mı kullanılmalıdır? Ne<span class="_ _0"></span>sne yönelimli </div><div class="t m0 x10 h3 y4a6 ff2 fs0 fc2 sc0 ls0 ws0">programlama söz ko<span class="_ _0"></span>nusu olduğund<span class="_ _0"></span>a, gösterici kullanmak yerin<span class="_ _0"></span>e mümkün olduğu kad<span class="_ _0"></span>ar referans kullanmak </div><div class="t m0 x10 h3 y4a7 ff2 fs0 fc2 sc0 ls0 ws0">gerektiği söylenebilir. Bir çok <span class="_ _0"></span>programcı şu ilkeyi b<span class="_ _0"></span>enimser:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y4a8 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y323 ff9 fs0 fc2 sc0 ls0 ws0">&quot;<span class="ff2">Kullanabildiğin her yerde re<span class="_ _0"></span><span class="ff1">ferans kullan<span class="_ _0"></span><span class="fc6 ls17">, </span></span>ancak zoru<span class="_ _0"></span>nlu olduğun yerde gösterici kullan<span class="_ _0"></span></span>!&quot; (use referen<span class="_ _0"></span>ces </div><div class="t m0 x10 h3 y4a9 ff9 fs0 fc2 sc0 ls0 ws0">wherever you can<span class="_ _0"></span><span class="ff1 fc6 ls17">, </span>use pointers when you have<span class="_ _0"></span> to!). </div><div class="t m0 x10 h3 y4aa ff2 fs0 fc2 sc0 ls0 ws0">Ancak C++ dili yalnızca ne<span class="_ _0"></span>sne yönelimli program<span class="_ _0"></span>lama tekniği ile program yaz<span class="_ _0"></span>mak için kullan<span class="_ _0"></span>ılmak zorunda </div><div class="t m0 x10 h3 y4ab ff2 fs0 fc2 sc0 ls0 ws0">değildir. C++ ile şüphes<span class="_ _0"></span>iz &quot;prosedürel&quot; p<span class="_ _0"></span>rogramlama tekniği<span class="_ _0"></span> kullanılarak da <span class="_ _0"></span>program yazılabilir. Eğer amacınız </div><div class="t m0 x10 h3 y4ac ff2 fs0 fc2 sc0 ls0 ws0">C++‟ı daha iyi bir C olara<span class="_ _0"></span>k kullanmak ve prosedü<span class="_ _0"></span>rel programlama tekniği ile progra<span class="_ _0"></span>m yazmak ise, makin<span class="_ _0"></span>a </div><div class="t m0 x10 h3 y4ad ff2 fs0 fc2 sc0 ls0 ws0">düzeyinde olanları <span class="_ _0"></span>daha iyi betimlediği için göst<span class="_ _0"></span>erici kullanmayı<span class="_ _0"></span><span class="ff1"> tercih edebili<span class="_ _0"></span>rsiniz. </span></div><div class="t m0 x10 h3 y4ae ff2 fs0 fc2 sc0 ls0 ws0">C++‟da, <span class="ff9 ls14">a </span>bir nesne olmak ü<span class="_ _0"></span>zere aşağıdaki gibi bir işle<span class="_ _0"></span>v çağrısının yapıldığını d<span class="_ _0"></span>üşünelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y4af ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4b0 ff8 fs0 fc2 sc0 ls13 ws0">func(a);<span class="ls0"> </span></div><div class="t m0 x1 h15 y4b1 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4b2 ff1 fs0 fc2 sc0 ls0 ws0">Argüman olan ifadede <span class="_ _0"></span><span class="ff9 ls14">a </span><span class="ff2">nesnesinin ismi yazılmıştır. Bu d<span class="_ _0"></span>urumda <span class="_ _0"></span>iki olasılık söz konusudur:<span class="_ _0"></span></span> </div><div class="t m0 x1 hd y3f6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y4b3 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İşlevin par<span class="_ _0"></span>ametre değişkeni a<span class="_ _0"></span>ynı türden<span class="_ _0"></span><span class="ff1"> bir nesnedir. Bu durumda d<span class="_ _0"></span>erleyici argüman olan n<span class="_ _0"></span>esnenin </span></span></span></div><div class="t m0 x10 h3 y4b4 ff2 fs0 fc2 sc0 ls0 ws0">değerini parametre değişkeni<span class="_ _0"></span>ne kopyalayaca<span class="_ _0"></span>k bir kod üretir.<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ff2">Örneğin:<span class="ff1"> </span></span></span></div><div class="t m0 x1 h16 y41 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4b5 ff8 fs0 fc2 sc0 ls13 ws0">void func(int val)<span class="ls0"> </span></div><div class="t m0 x11 h11 y66 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y4b6 ff8 fs0 fc2 sc0 ls13 ws0">val = 20;<span class="ls0"> </span></div><div class="t m0 x11 h11 y4b7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y4b8 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4b9 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y4ba ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y4bb ff8 fs0 fc2 sc0 ls13 ws0">int a = 5; </div><div class="t m0 x12 h11 y173 ff8 fs0 fc2 sc0 ls13 ws0">func(a);<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf31" class="pf w0 h0" data-page-no="31"><div class="pc pc31 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">49</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 y43a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y396 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 he y4bc ffb fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h33 y4bd ffb fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4be ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9 ls14">a </span>değişkeninin değeri, işlev çağrıldığında <span class="_ _0"></span>yaratılan<span class="_ _0"></span>, parametre değişkeni <span class="_ _0"></span><span class="ff10">val‟<span class="ff1 ls23">e </span></span></div><div class="t m0 x10 h3 y3cd ff2 fs0 fc2 sc0 ls0 ws0">kopyalanır. Bu y<span class="_ _0"></span>üzden <span class="ff9">func <span class="_ _0"></span></span>isimli işlevde yapılan<span class="ff1"> </span></div><div class="t m0 x1 h16 y4bf ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4c0 ff8 fs0 fc2 sc0 ls13 ws0">val = 20;<span class="ls0"> </span></div><div class="t m0 x1 h15 y4c1 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4c2 ff2 fs0 fc2 sc0 ls0 ws0">atamasının <span class="ff9">main <span class="_ _0"></span></span>işlevinin <span class="ff9">a</span>‟sı ile bir ilgisi y<span class="_ _0"></span>oktur. Atama <span class="_ _0"></span><span class="ff9">func </span>işlevinin parametresi olan<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y4c3 ff9 fs0 fc2 sc0 ls0 ws0">val <span class="ff2">değişkenine yapılır. <span class="_ _0"></span></span>func <span class="ff2">değerle çağrılan<span class="_ _0"></span> (</span>call by value) <span class="_ _0"></span><span class="ff2">bir işlevdir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h16 y4c4 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y4c5 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İşlevin par<span class="_ _0"></span>ametre değişkeni a<span class="_ _0"></span>ynı türden bir referanstır. Bu <span class="_ _0"></span>durumda gizli b<span class="_ _0"></span>ir adres aktarımı söz </span></span></div><div class="t m0 x10 h3 y4c6 ff2 fs0 fc2 sc0 ls0 ws0">konusudur. Yani d<span class="_ _0"></span>erleyici, çağrı ifadesinde argü<span class="_ _0"></span>man olarak kullanılan<span class="_ _0"></span> nesnenin adresi<span class="_ _0"></span>ni ç<span class="_ _0"></span>ağrılan işlevin </div><div class="t m0 x10 h3 y4c7 ff1 fs0 fc2 sc0 ls0 ws0">referans parametresine k<span class="_ _0"></span>opyalayacak b<span class="_ _0"></span>ir kod<span class="_ _0"></span> <span class="_ _5"></span>üretir. </div><div class="t m0 x1 h16 y2cf ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4c8 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y222 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 y4c9 ff8 fs0 fc2 sc0 ls13 ws0">void func(int &amp;r)<span class="ls0"> </span></div><div class="t m0 x11 h11 y4ca ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y3c0 ff8 fs0 fc2 sc0 ls13 ws0">r = 20;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1a7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y4cb ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4cc ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y1e9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y4cd ff8 fs0 fc2 sc0 ls13 ws0">int a = 5;<span class="ls0"> </span></div><div class="t m0 x1 h11 y4ce ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y4cf ff8 fs0 fc2 sc0 ls13 ws0">func(a);<span class="ls0"> </span></div><div class="t m0 x12 h11 y4d0 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a = &quot; &lt;&lt; a &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y2dd ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y4d1 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 he y4d2 ffb fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf32" class="pf w0 h0" data-page-no="32"><div class="pc pc32 w0 h0"><img class="bi xb y4d3 w6 h34" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">50</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4d4 ff8 fs0 fc2 sc0 ls13 ws0">r <span class="ff11">= </span>20<span class="ls0"> </span></div><div class="t m0 x1 h15 y4d5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y212 ff2 fs0 fc2 sc0 ls0 ws0">atamasıyla gerçekte <span class="ff9">main <span class="_ _0"></span></span>işlevi içinde tanımlanan<span class="_ _0"></span> <span class="ff9 ls14">a </span>değişken<span class="_ _0"></span>i değiştirilir. <span class="ff9">func </span>isimli işl<span class="_ _0"></span>evin içinde kullan<span class="_ _0"></span>ılan <span class="ff9 ls27">r </span></div><div class="t m0 x10 h3 y176 ff9 fs0 fc2 sc0 ls14 ws0">a <span class="ff1 ls0">nesnesinin yerine geçer. Bu <span class="_ _0"></span>durumu, <span class="_ _0"></span></span>a <span class="ff1 ls0">nesnesinin kendisinin <span class="_ _0"></span><span class="ff9">func <span class="ff2">işlevine gönderilme<span class="_ _0"></span>si olarak </span></span></span></div><div class="t m0 x10 h3 y177 ff1 fs0 fc2 sc0 ls0 ws0">görebilirsiniz.<span class="_ _0"></span> </div><div class="t m0 x1 h3 y4d6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3e8 ff2 fs0 fc2 sc0 ls0 ws0">C++‟da bir işlevin<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y3e9 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4d7 ff8 fs0 fc2 sc0 ls13 ws0">func(a);<span class="ls0"> </span></div><div class="t m0 x1 h15 y4d8 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4d9 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde çağrıldığını<span class="ff1"> </span>gören<span class="_ _0"></span> programcı, eğ<span class="_ _0"></span>er işlevin tanımını y<span class="_ _0"></span>a da bildirimini görmemişse <span class="_ _0"></span>standart C‟deki </div><div class="t m0 x10 h3 y4da ff2 fs0 fc2 sc0 ls0 ws0">alışkanlıkla işlevin <span class="ff9 ls14">a </span>değişkeni<span class="_ _0"></span>ni değiştiremeyeceğini dü<span class="_ _0"></span>şünerek yanlış bir fikir edinebilir. <span class="_ _0"></span>Nesnenin değerinin </div><div class="t m0 x10 h3 y4db ff2 fs0 fc2 sc0 ls0 ws0">mi, yoksa adresinin mi kopyal<span class="_ _0"></span>anacağının n<span class="_ _0"></span>et olarak bilinme<span class="_ _0"></span><span class="ff1">mesi </span>bazı<span class="_ _9"></span> durumlarda okunabilirliği azaltabilir. Bu </div><div class="t m0 x10 h3 y4dc ff2 fs0 fc2 sc0 ls0 ws0">durumu engellemek için r<span class="_ _0"></span>eferans kullanımına <span class="_ _0"></span>dikkat<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span>edilmelidir. </span></div><div class="t m0 x1 h3 y327 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4dd ff2 fs0 fc2 sc0 ls0 ws0">Ancak Nesne Yönelimli Pro<span class="_ _0"></span>gramlama Tekniği <span class="_ _0"></span><span class="ff1 fc6">(<span class="ff9">NYPT</span>)</span>, p<span class="_ _0"></span>rogramın programlama d<span class="_ _0"></span>ilinin çalışma düzleminde değ<span class="_ _0"></span>il </div><div class="t m0 x10 h3 y4de ff1 fs0 fc2 sc0 ls0 ws0">de, problemin kendi dü<span class="_ _0"></span>zleminde yaz<span class="_ _0"></span><span class="ff2">ılmasını hedefler. Bu d<span class="_ _0"></span>urumda nesne yönelimli olara<span class="_ _0"></span>k yazılmış bir </span></div><div class="t m0 x10 h3 y4df ff2 fs0 fc2 sc0 ls0 ws0">programda, programı o<span class="_ _0"></span>kuyan <span class="ff9 ls14">a </span>nesnesinin d<span class="_ _0"></span>eğerinin mi adresinin mi işl<span class="_ _0"></span>eve gönderildiğini merak et<span class="_ _0"></span>mez, <span class="ff9">fun<span class="_ _0"></span>c </span></div><div class="t m0 x10 h3 y4e0 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin problem düzlemind<span class="_ _0"></span>eki anlamıyla ilgilenir. <span class="_ _0"></span>Yani C dilinde oku<span class="_ _0"></span>nabilirlik açı<span class="_ _0"></span>sından b<span class="_ _0"></span>ir eksiklik olarak </div><div class="t m0 x10 h3 y4e1 ff2 fs0 fc2 sc0 ls0 ws0">görünen bu d<span class="_ _0"></span>urum C++ dilinde bir çeşit <span class="_ _0"></span><span class="ff10">“veri saklama&quot; (in<span class="_ _0"></span>formation hiding) <span class="_ _0"></span></span>olarak görülü<span class="_ _0"></span>r. C programcılarının </div><div class="t m0 x10 h3 y4e2 ff2 fs0 fc2 sc0 ls0 ws0">C++‟a geçişte karşılaştıkları t<span class="_ _0"></span>emel zorluklardan b<span class="_ _0"></span>iri budur. C dili ile p<span class="_ _0"></span>rogramlamada, genel <span class="_ _0"></span>ilke ortada gizliliğin </div><div class="t m0 x10 h3 y4e3 ff1 fs0 fc2 sc0 ls8 ws0">bul<span class="ff2 ls0">unmamasıdır. Ancak C++ d<span class="_ _0"></span>ilinin <span class="ff9">NYPT </span>için ku<span class="_ _0"></span>llanılmasında <span class="_ _0"></span>durum böyle değildir. Çün<span class="_ _0"></span>kü ana amaç pro<span class="_ _0"></span>blemin </span></div><div class="t m0 x10 h3 y4e4 ff2 fs0 fc2 sc0 ls0 ws0">kendi düzlemine yaklaş<span class="_ _0"></span>maktır. Programı yazan,<span class="_ _0"></span> program hakkınd<span class="_ _0"></span>a düşünürken pro<span class="_ _0"></span>gramlama dilinin araçları ile </div><div class="t m0 x10 h3 y299 ff2 fs0 fc2 sc0 ls0 ws0">değil de, programın yazılma a<span class="_ _0"></span>macı olan prob<span class="_ _0"></span>lemin parçaları<span class="_ _0"></span> ile düşünür.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y3c1 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4e5 ff2 fs0 fc2 sc0 ls0 ws0">Parametrenin değiştirilm<span class="_ _0"></span>eyeceği durumlarda referans ku<span class="_ _0"></span>llanılabileceğinden söz<span class="_ _0"></span> ettik. Madem böy<span class="_ _0"></span>le bir </div><div class="t m0 x10 h3 y3c3 ff2 fs0 fc2 sc0 ls0 ws0">değiştirme söz konu<span class="_ _0"></span>su değil, o halde okun<span class="_ _0"></span>abilirliği artırmak amacıyla referans da <span class="_ _3"></span><span class="ff9">const <span class="ff1">olarak </span></span></div><div class="t m0 x10 h3 y1e8 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmalıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y4e6 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y4e7 ff1 fs6 fc2 sc0 ls0 ws0">R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>ö<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span>i<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>z<span class="_ _b"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>F<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _b"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _f"></span></span> </div><div class="t m0 x10 h3 y4e8 ff2 fs0 fc2 sc0 ls0 ws0">Hem gösterici değişkenler he<span class="_ _0"></span>m de referanslar adres bilgil<span class="_ _0"></span>eri tutan nesnelerdir. Ancak gö<span class="_ _0"></span>sterici değişkenler </div><div class="t m0 x10 h3 y4e9 ff2 fs0 fc2 sc0 ls0 ws0">kullanıldığında içlerindeki ad<span class="_ _0"></span>res bilgisi ele alındığı hald<span class="_ _0"></span>e, referans kullanıldığında ar<span class="_ _0"></span>tık refer<span class="_ _0"></span>ansın bağlan<span class="_ _0"></span>dığı </div><div class="t m0 x10 h3 y4ea ff2 fs0 fc2 sc0 ls0 ws0">nesne ele alınır. Aşağıdaki k<span class="_ _0"></span>odları inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y4eb ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y4ec ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y4ed ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf33" class="pf w0 h0" data-page-no="33"><div class="pc pc33 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">51</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">int a[10] = {1, 2, 3, 4, 5, 6, 7, 8, 9, 10};<span class="ls0"> </span></div><div class="t m0 x13 h11 y3b0 ff8 fs0 fc2 sc0 ls13 ws0">int *p<span class="ls0"> = </span>&amp;a[0];<span class="ls0"> <span class="_ _20"> </span></span>//int *p =<span class="ls0"> <span class="_ _6"></span><span class="ls13">a;<span class="_ _0"></span><span class="ls0"> </span></span></span></div><div class="t m0 x1 h12 y420 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y4ee ff8 fs0 fc2 sc0 ls13 ws0">*p = 10;<span class="ls0"> </span></div><div class="t m0 x13 h11 y4ef ff8 fs0 fc2 sc0 ls13 ws0">++p;<span class="ls0"> </span></div><div class="t m0 x13 h11 y4f0 ff8 fs0 fc2 sc0 ls13 ws0">*p = 20;<span class="ls0"> </span></div><div class="t m0 x13 h11 y4f1 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; a[0] &lt;&lt; &quot; &quot; &lt;&lt; a[1];<span class="ls0"> </span></div><div class="t m0 x1 h12 y4f2 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y4f3 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y4f4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1c y4f5 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4f6 ff2 fs0 fc2 sc0 ls0 ws0">Şimdi de aşağıdaki ko<span class="_ _0"></span>du inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y121 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y4f7 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 y1ff ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1c h11 y389 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y4f8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y4f9 ff8 fs0 fc2 sc0 ls13 ws0">int a[10] = {1, 2, 3, 4, 5, 6, 7, 8, 9, 10};<span class="ls0"> </span></div><div class="t m0 x1a h11 y4ca ff8 fs0 fc2 sc0 ls13 ws0">int &amp;r = a[0];<span class="ls0"> </span></div><div class="t m0 x1 h11 y4fa ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y3c2 ff8 fs0 fc2 sc0 ls13 ws0">r = 10;<span class="ls0"> </span></div><div class="t m0 x1a h11 y4fb ff8 fs0 fc2 sc0 ls13 ws0">++r;<span class="ls0"> </span></div><div class="t m0 x1a h11 y4fc ff8 fs0 fc2 sc0 ls13 ws0">r = 20;<span class="ls0"> </span></div><div class="t m0 x1a h11 y4fd ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; a[0] &lt;&lt; &quot; &quot; &lt;&lt; a[1];<span class="ls0"> </span></div><div class="t m0 x1a h11 y4fe ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y4ff ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y500 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y501 ff2 fs0 fc2 sc0 ls0 ws0">Referanslar tek bir elemanın a<span class="_ _0"></span>dresine ilişkindir.<span class="_ _0"></span><span class="ff1"> </span>Bir referans<span class="_ _0"></span>a adres ilkdeğer verilirken yerl<span class="_ _0"></span>eştirilir. Daha </div><div class="t m0 x10 h3 y502 ff2 fs0 fc2 sc0 ls0 ws0">sonra bu adres bilgisi değiştir<span class="_ _0"></span>ilemez. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y503 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y504 ff8 fs0 fc2 sc0 ls0 ws0">int a <span class="_ _0"></span>= 10<span class="_ _0"></span>; </div><div class="t m0 x11 h11 y505 ff8 fs0 fc2 sc0 ls0 ws0">int x <span class="_ _0"></span>= 20<span class="_ _0"></span>; </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf34" class="pf w0 h0" data-page-no="34"><div class="pc pc34 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">52</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0">int &amp;r <span class="_ _0"></span>= a<span class="_ _0"></span>; </div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">r = x;<span class="ls0"> </span></div><div class="t m0 x1 h22 y506 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y213 ff2 fs0 fc2 sc0 ls0 ws0">işlemleri yapıldığında,<span class="_ _0"></span> <span class="ff9 ls1a">x </span>değeri referan<span class="_ _0"></span>sa değil, referansın yerine geçtiği n<span class="_ _0"></span>esneye yani <span class="_ _0"></span><span class="ff9">a</span>‟ya <span class="_ _0"></span>aktarılı<span class="ff1 ls2a">r. </span></div><div class="t m0 x10 h3 y507 ff1 fs0 fc2 sc0 ls0 ws0">Referanslar arka pland<span class="_ _0"></span>a kendisi <span class="ff9">co<span class="_ _0"></span>nst <span class="ff2">olan gösterici değişk<span class="_ _0"></span>enlere karşılık gelir. Oy<span class="_ _0"></span>sa bir gösterici değişken </span></span></div><div class="t m0 x10 h3 y157 ff2 fs0 fc2 sc0 ls0 ws0">eğer kendisi <span class="ff9">const <span class="_ _0"></span></span>değilse program içinde d<span class="_ _0"></span>inamik olarak fark<span class="_ _0"></span>lı nesneleri gösterebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y508 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y509 ff2 fs0 fc2 sc0 ls0 ws0">Bir diziyle ilgili genel işlem yap<span class="_ _0"></span>an işlev tanımlanabi<span class="_ _0"></span>liyordu. Böy<span class="_ _0"></span>le işlevlere dizinin başlangıç<span class="_ _0"></span> adresi ve boyutu </div><div class="t m0 x10 h3 y50a ff2 fs0 fc2 sc0 ls0 ws0">argüman olarak gön<span class="_ _0"></span>deriliyordu. Dizinin b<span class="_ _0"></span>aşlangıç adresini işleve gönderm<span class="_ _0"></span>ek için gösterici ku<span class="_ _0"></span>llanıyordu. Peki, </div><div class="t m0 x10 h3 y255 ff2 fs0 fc2 sc0 ls0 ws0">böyle bir işlevin parametr<span class="_ _0"></span>esi bir referans olabilir mi<span class="_ _0"></span>? Hayır! referanslarla b<span class="_ _0"></span>u iş gös<span class="_ _0"></span>tericilerle oldu<span class="_ _0"></span>ğu gibi </div><div class="t m0 x10 h3 y50b ff2 fs0 fc2 sc0 ls0 ws0">yapılamaz. Ancak, ö<span class="_ _0"></span>rneğin <span class="ff9 ls4">10 </span>eleman<span class="_ _0"></span>lı <span class="ff9">int </span>türden bir d<span class="_ _0"></span>iziyi gösteren gösterici olduğu gib<span class="_ _0"></span>i <span class="ff9 ls4">10 </span>elemanlı <span class="_ _0"></span><span class="ff9">int <span class="ff1">türden </span></span></div><div class="t m0 x10 h3 y39d ff2 fs0 fc2 sc0 ls0 ws0">bir dizinin yerine geçecek b<span class="_ _0"></span>ir referans da tanımlanab<span class="_ _0"></span>ilir. Aşağıdaki kodu<span class="_ _0"></span> inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y3b9 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3ba ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y1dd ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x11 h11 y50c ff8 fs0 fc2 sc0 ls13 ws0">void display(int(&amp;r)[10])<span class="ls0"> </span></div><div class="t m0 x11 h11 y50d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y50e ff8 fs0 fc2 sc0 ls13 ws0">int k;<span class="ls0"> </span></div><div class="t m0 x1 h11 y50f ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y1c6 ff8 fs0 fc2 sc0 ls13 ws0">for (k = 0; k &lt; 10; ++k) </div><div class="t m0 x1e h11 y510 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; r[k] &lt;&lt; &quot; &quot;;<span class="ls0"> </span></div><div class="t m0 x13 h11 y224 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y511 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y512 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y513 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y514 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y515 ff8 fs0 fc2 sc0 ls13 ws0">int a[10] = {1, 2, 3, 4, 5, 6, 7, 8, 9, 10};<span class="ls0"> </span></div><div class="t m0 x13 h11 y49b ff8 fs0 fc2 sc0 ls13 ws0">display(a); </div><div class="t m0 x13 h11 y4b7 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y516 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y517 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y518 ff2 fs0 fc2 sc0 ls0 ws0">Referanslar daha çok, t<span class="_ _0"></span>ek bir nesneyi adres yön<span class="_ _0"></span>temiyle işleve geçirmek amacıyla <span class="_ _0"></span>kullanılabilir. Örneğin tek b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 y3ad ff9 fs0 fc2 sc0 ls0 ws0">int <span class="ff2">değer ya da tek <span class="_ _0"></span>bir yapı değişkeni referans yoluy<span class="_ _0"></span>la işleve geçirilebilir. Ancak <span class="_ _0"></span></span>int <span class="_ _0"></span><span class="ff2">türden bir dizi y<span class="_ _0"></span>a da bir yapı </span></div><div class="t m0 x10 h3 y519 ff2 fs0 fc2 sc0 ls0 ws0">dizisi bu yöntemle işle<span class="_ _0"></span>ve<span class="ff1"> </span>doğal bir b<span class="_ _0"></span>içimde geçirilemez.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf35" class="pf w0 h0" data-page-no="35"><div class="pc pc35 w0 h0"><img class="bi xb y51a w6 h35" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">53</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Sözdizimsel açıdan referan<span class="_ _0"></span>sların göstericilere göre kullan<span class="_ _0"></span>ım alanları dah<span class="_ _0"></span>a dardır. Gösterici dizileri olur ama </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">referans dizileri olamaz. Gö<span class="_ _0"></span>stericileri gösteren gö<span class="_ _0"></span>stericiler olabilir ama ref<span class="_ _0"></span>eransların yerine geçen referan<span class="_ _0"></span>slar<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1f2 ff1 fs0 fc2 sc0 ls0 ws0">olamaz. </div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">Ancak şüphesiz bir göst<span class="_ _0"></span>ericinin yerine geçen bir referan<span class="_ _0"></span>s olabilir. Aşağıdaki k<span class="_ _0"></span>odu inceleyin:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y214 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y51c ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y51d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y51e ff8 fs0 fc2 sc0 ls13 ws0">int x = 10; </div><div class="t m0 x13 h11 y1bb ff8 fs0 fc2 sc0 ls13 ws0">int *ptr = <span class="ls0">&amp;<span class="_ _9"></span>x;<span class="_ _6"></span> </span></div><div class="t m0 x13 h11 y28e ff8 fs0 fc2 sc0 ls13 ws0">int *&amp;r =<span class="ls0"> <span class="ls16">ptr;</span> </span></div><div class="t m0 x1 h12 y51f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 ya2 ff8 fs0 fc2 sc0 ls13 ws0">*r = 20;<span class="ls0"> </span></div><div class="t m0 x13 h11 y4aa ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;x = &quot; &lt;&lt; x &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h12 y520 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y4f7 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y521 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 y2b5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y522 ff2 fs0 fc2 sc0 ls0 ws0">İşlev göstericileri olduğu gib<span class="_ _0"></span>i işlev referansları da <span class="_ _0"></span>olabilir. İşlev referanslarını iler<span class="_ _0"></span>ide ayrıntılı olarak </div><div class="t m0 x10 h3 y3b ff2 fs0 fc2 sc0 ls0 ws0">inceleyeceğiz.<span class="ff1"> </span></div><div class="t m0 x1 h3 y523 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y261 ff1 fs6 fc2 sc0 ls0 ws0">N<span class="_ _3"></span>U<span class="_ _3"></span>L<span class="_ _3"></span>L<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>d<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _f"></span> </div><div class="t m0 x10 h3 y524 ff2 fs0 fc2 sc0 ls0 ws0">Değeri <span class="ff9">NULL </span>adresi o<span class="_ _0"></span>lan bir gösterici değişken h<span class="_ _0"></span>içbir yeri göstermeyen b<span class="_ _0"></span>ir gösterici değişkendir. <span class="_ _3"></span><span class="ff9">NULL <span class="ff1">adresinin </span></span></div><div class="t m0 x10 h3 y525 ff2 fs0 fc2 sc0 ls0 ws0">C‟de ne kadar yay<span class="_ _0"></span>gın bir biçimde kullanıldığını biliyorsun<span class="_ _0"></span>uz: Bir işlev bir adrese geri dö<span class="_ _0"></span>ndüğünde başarısızlık </div><div class="t m0 x10 h3 y30e ff2 fs0 fc2 sc0 ls0 ws0">belirtmek amacıyla <span class="ff9">N<span class="_ _0"></span>ULL </span>adresine geri dö<span class="_ _0"></span>nebilir. Örneğin st<span class="_ _0"></span>andart bir C işlevi olan <span class="_ _0"></span><span class="ff9">strchr </span>i<span class="_ _0"></span>şlevinde bir yazı </div><div class="t m0 x10 h3 y30f ff1 fs0 fc2 sc0 ls0 ws0">içinde bir karakter arar. <span class="_ _0"></span>Aran<span class="ff2">an k<span class="_ _0"></span>arakteri yazıda b<span class="_ _0"></span>ulursa, bulduğu yerin adresi ile bulamazsa <span class="_ _3"></span><span class="ff9">NULL </span></span>adresi ile </div><div class="t m0 x10 h3 y526 ff1 fs0 fc2 sc0 ls0 ws0">geri döner. </div><div class="t m0 x10 h3 y527 ff2 fs0 fc2 sc0 ls0 ws0">Dışarıdan adres alan bir işl<span class="_ _0"></span>eve özel bir bilgi iletm<span class="_ _0"></span>ek amacıyla <span class="_ _0"></span><span class="ff9">NULL </span>adresi geçilebil<span class="_ _0"></span>ir. Örneğin standart <span class="_ _0"></span><span class="ff9">time </span></div><div class="t m0 x10 h3 y528 ff2 fs0 fc2 sc0 ls0 ws0">işlevi kendisine <span class="ff9">NULL <span class="ff1">ad<span class="_ _0"></span>resi gönderilirse tak<span class="_ _0"></span>vim zama</span></span>nı d<span class="_ _0"></span>eğerini yani <span class="ff9">tim<span class="_ _0"></span>e_t </span>türünden d<span class="_ _0"></span>eğeri bir adrese </div><div class="t m0 x10 h3 y37a ff2 fs0 fc2 sc0 ls0 ws0">yazmaz yalnızca geri d<span class="_ _0"></span>önüş değeri olarak üretir. <span class="_ _0"></span><span class="ff9">NULL </span>adre<span class="_ _0"></span>si bir gösterici için b<span class="_ _0"></span>ir bayrak değeri olarak </div><div class="t m0 x10 h3 y436 ff2 fs0 fc2 sc0 ls0 ws0">kullanılabilir. Örneğin b<span class="_ _0"></span>ir kontrol deyiminde bir gö<span class="_ _0"></span>stericinin değerinin <span class="_ _0"></span><span class="ff9">NULL <span class="_ _0"></span></span>adresi olup olmama<span class="_ _0"></span>sına<span class="ff1"> göre </span></div><div class="t m0 x10 h3 y529 ff2 fs0 fc2 sc0 ls0 ws0">farklı işler yapılabilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y52a ff2 fs0 fc2 sc0 ls0 ws0">Oysa hiç bir nesnenin yerine g<span class="_ _0"></span>eçmeyen bir referans tanımla<span class="_ _0"></span>namaz. Bir referans tanımlan<span class="_ _0"></span>dığı </div><div class="t m0 x10 h3 y52b ff1 fs0 fc2 sc0 ls0 ws0">zaman bir nesnenin y<span class="_ _0"></span>erine geçmelidir.<span class="_ _0"></span> </div><div class="t m0 x10 h3 y52c ff2 fs0 fc2 sc0 ls0 ws0">C++‟da referansların eklen<span class="_ _0"></span>mesiyle göstericilere olan<span class="_ _0"></span> gereksinim tamamen o<span class="_ _0"></span>rtadan kalkmamıştır. A<span class="_ _0"></span><span class="ff1">n<span class="_ _0"></span>cak </span></div><div class="t m0 x10 h3 y52d ff2 fs0 fc2 sc0 ls0 ws0">özellikle &quot;Nesne Yönelimli Pro<span class="_ _0"></span>gramlama Tekniği&quot;nin<span class="_ _0"></span> kolay ve doğal bir biçimde uy<span class="_ _0"></span>gulanması referans </div><div class="t m0 x10 h3 y52e ff2 fs0 fc2 sc0 ls0 ws0">kullanımını gerektirir.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf36" class="pf w0 h0" data-page-no="36"><div class="pc pc36 w0 h0"><img class="bi xb y52f w6 h36" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">54</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h16 y116 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y530 ff1 fs6 fc2 sc0 ls0 ws0">R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>Ü<span class="_ _3"></span>z<span class="_ _b"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>d<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span> <span class="_ _f"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y531 ff2 fs0 fc2 sc0 ls0 ws0">Bir referansın adres işleci il<span class="_ _0"></span>e adresi alınabilir. Bu d<span class="_ _0"></span>urumda referansın yerine g<span class="_ _0"></span>eçtiği <span class="_ _0"></span><span class="ff1">nesnenin a<span class="_ _0"></span>dres </span></div><div class="t m0 x10 h3 y532 ff2 fs0 fc2 sc0 ls0 ws0">değeri elde edilir. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y533 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y534 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y535 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y536 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y537 ff8 fs0 fc2 sc0 ls13 ws0">int a = 10; </div><div class="t m0 x13 h11 y538 ff8 fs0 fc2 sc0 ls13 ws0">int &amp;r = a; </div><div class="t m0 x13 h11 y539 ff8 fs0 fc2 sc0 ls13 ws0">int *p = &amp;r;<span class="ls0"> </span></div><div class="t m0 x1 h12 y53a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y53b ff8 fs0 fc2 sc0 ls13 ws0">*p = 20;<span class="ls0"> </span></div><div class="t m0 x13 h11 y53c ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;a = &quot; &lt;&lt; a &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y53d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y53e ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y25d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y53f ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y540 ff2 fs0 fc2 sc0 ls0 ws0">işlemlerini inceleyin. Burad<span class="_ _0"></span>a:<span class="ff1"> </span></div><div class="t m0 x1 h16 y541 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y542 ff8 fs0 fc2 sc0 ls13 ws0">p = &amp;r;<span class="ls0"> </span></div><div class="t m0 x1 h15 y1a6 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y543 ff2 fs0 fc2 sc0 ls0 ws0">deyiminde referans adres i<span class="_ _0"></span>şlecinin terimi olmuştur. Bu d<span class="_ _0"></span>urumda referansın yerine g<span class="_ _0"></span>eçtiği nesnenin adresi </div><div class="t m0 x10 h3 y189 ff2 fs0 fc2 sc0 ls0 ws0">değeri elde edilir. Örneği<span class="_ _0"></span>mizde bu adres aslında <span class="_ _0"></span><span class="ff9 ls14">a </span>değişkeninin<span class="_ _0"></span> adresidir. Elde edilen adresin referan<span class="_ _0"></span>s türü ile </div><div class="t m0 x10 h3 y544 ff2 fs0 fc2 sc0 ls0 ws0">aynı türden o<span class="_ _0"></span>lduğuna dikkat edin. Niha<span class="_ _0"></span><span class="ff1">yet, </span></div><div class="t m0 x1 hd y545 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y546 ff8 fs0 fc2 sc0 ls13 ws0">*p = 20;<span class="ls0"> </span></div><div class="t m0 x1 h15 y547 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y548 ff2 fs0 fc2 sc0 ls0 ws0">ile aslında <span class="ff9 ls14">a </span><span class="ff1">nesnesine <span class="ff9 ls4">20 <span class="_ _0"></span></span></span>değeri atanır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y549 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki program p<span class="_ _0"></span>arçasının gösterici değişkenlerl<span class="_ _0"></span>e oluşturulmuş eşdeğ<span class="_ _0"></span>er C karşılığı da şöyledir:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y54a ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y54b ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf37" class="pf w0 h0" data-page-no="37"><div class="pc pc37 w0 h0"><img class="bi xb y54c w6 h37" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">55</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1b3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y54d ff8 fs0 fc2 sc0 ls13 ws0">int a = 10; </div><div class="t m0 x12 h11 y29 ff8 fs0 fc2 sc0 ls13 ws0">int *p = &amp;a;<span class="ls0"> </span></div><div class="t m0 x12 h11 y54e ff8 fs0 fc2 sc0 ls13 ws0">int *ptr = &amp;*p;<span class="ls0"> </span></div><div class="t m0 x1 h12 y54f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y550 ff8 fs0 fc2 sc0 ls13 ws0">*ptr = 20;<span class="ls0"> </span></div><div class="t m0 x12 h11 y551 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt;<span class="ls0"> </span>&quot;a = &quot; &lt;&lt; a &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y552 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y553 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y17c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 y554 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y555 ff2 fs6 fc2 sc0 ls0 ws0">R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>F<span class="_ _3"></span>a<span class="_ _b"></span>r<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _f"></span>İ<span class="_ _3"></span>l<span class="_ _b"></span>k<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>ğ<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>V<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _b"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>m<span class="_ _3"></span>u<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y556 ff2 fs0 fc2 sc0 ls0 ws0">Bir <span class="_ _d"> </span>referan<span class="_ _0"></span>sın <span class="_ _d"> </span>aynı <span class="_ _a"> </span>türden <span class="_ _d"> </span>bir <span class="_ _a"> </span>değiş<span class="_ _9"></span>kenle <span class="_ _a"> </span>ilkdeğer <span class="_ _d"> </span>verilerek <span class="_ _d"> </span>ta<span class="_ _0"></span>nımlanması <span class="_ _24"> </span>gerektiğini <span class="_ _24"> </span>belirtmiştik. </div><div class="t m0 x10 h3 y557 ff2 fs0 fc2 sc0 ls0 ws0">Referansıns <span class="_ _22"> </span>farklı <span class="_ _f"> </span>tü<span class="_ _0"></span>rden <span class="_ _11"> </span>b<span class="_ _0"></span>ir <span class="_ _11"> </span>değişkenle  ilkdeğer <span class="_ _11"> </span>verilerek <span class="_ _22"> </span>tanımlanması <span class="_ _11"> </span>geç<span class="_ _0"></span>ersizdir. <span class="_ _11"> </span>Aş<span class="_ _0"></span>ağıdaki <span class="_ _11"> </span>ö<span class="_ _0"></span>rneği </div><div class="t m0 x10 h3 y558 ff1 fs0 fc2 sc0 ls0 ws0">inceleyin: </div><div class="t m0 x1 h16 y559 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3f1 ff8 fs0 fc2 sc0 ls13 ws0">void func<span class="ls0"> </span></div><div class="t m0 x11 h11 y55a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y55b ff8 fs0 fc2 sc0 ls13 ws0">double d = 10.5;<span class="ls0"> </span></div><div class="t m0 x13 h11 y55c ff8 fs0 fc2 sc0 ls13 ws0">int &amp;r<span class="ls0"> = </span>d;<span class="ls0"> <span class="_ _25"> </span></span>//Geçersiz<span class="ls0"> </span></div><div class="t m0 x13 h11 y55d ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y55e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y55f ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y560 ff1 fs0 fc2 sc0 ls0 ws0">Ancak <span class="ff9">const <span class="_ _0"></span><span class="ff2">bir referansa başka türd<span class="_ _0"></span>en bir nesne ile ilk değer verilmesi geç<span class="_ _0"></span>erlidir:<span class="_ _0"></span></span></span> </div><div class="t m0 x11 h11 y561 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y562 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y67 ff8 fs0 fc2 sc0 ls13 ws0">double d = 10.5;<span class="ls0"> </span></div><div class="t m0 x13 h11 y563 ff8 fs0 fc2 sc0 ls13 ws0">const<span class="ls0"> </span>int &amp;r<span class="ls0"> = </span>d;<span class="ls0"> <span class="_ _26"> </span></span>//<span class="ls0"> </span>Geçerli<span class="ls0"> </span></div><div class="t m0 x13 h11 y564 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y565 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y49f ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y566 ff1 fs0 fc2 sc0 ls0 ws0">Bu durumda ön<span class="_ _0"></span>ce <span class="ff9">const <span class="ff2">referan<span class="_ _0"></span>sa bağlanan farklı tü<span class="_ _0"></span>rden nesnenin değeri, referansın t<span class="_ _0"></span>üründen yarat<span class="_ _0"></span>ılacak </span></span></div><div class="t m0 x10 h3 y4d2 ff2 fs0 fc2 sc0 ls0 ws0">geçici bir nesneye atanır. R<span class="_ _0"></span>eferans da bu geçici nesn<span class="_ _0"></span>eye bağlanır. Yani derleyici aşağıdak<span class="_ _0"></span>i gibi bir kod ü<span class="_ _0"></span>retir:<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf38" class="pf w0 h0" data-page-no="38"><div class="pc pc38 w0 h0"><img class="bi xb y567 w6 h38" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">56</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y24e ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y24f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y532 ff8 fs0 fc2 sc0 ls13 ws0">double d = 10.5;<span class="ls0"> </span></div><div class="t m0 x1 h11 y533 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y534 ff8 fs0 fc2 sc0 ls13 ws0">int temp = (int)d; </div><div class="t m0 x13 h11 y568 ff8 fs0 fc2 sc0 ls13 ws0">const int &amp;r = temp;<span class="ls0"> </span></div><div class="t m0 x1 h12 y50a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y569 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y56a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h10 y56b ff2 fs6 fc2 sc0 ls0 ws0">R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>e<span class="_ _3"></span>ğ<span class="_ _b"></span>i<span class="_ _3"></span>ş<span class="_ _3"></span><span class="ff1">m<span class="_ _3"></span>e<span class="_ _b"></span>z<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span></span>İ<span class="_ _3"></span>l<span class="_ _3"></span>k<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>ğ<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>V<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _b"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y56c ff2 fs0 fc2 sc0 ls0 ws0">Bir referansa bir değişmez ile i<span class="_ _0"></span>lk değer verilmesi de geçer<span class="_ _0"></span>sizdir. Ancak bir <span class="_ _0"></span><span class="ff9">c<span class="_ _0"></span>onst </span>referansa bir d<span class="_ _0"></span>eğişmez ile ilk </div><div class="t m0 x10 h3 y56d ff2 fs0 fc2 sc0 ls0 ws0">değer <span class="ff1">verilebilir: </span></div><div class="t m0 x1 h16 y56e ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y21e ff8 fs0 fc2 sc0 ls13 ws0">int &amp;r<span class="ls0"> = </span>10;<span class="ls0"> <span class="_ _27"> </span></span>// <span class="ls0">Geç<span class="_ _9"></span>ers<span class="_ _6"></span>iz! </span></div><div class="t m0 x11 h11 y1c2 ff8 fs0 fc2 sc0 ls13 ws0">const int &amp;r<span class="ls0"> = </span>10;<span class="ls0"> <span class="_ _28"> </span></span>//<span class="ls0"> </span>Geçerli<span class="ls0"> </span></div><div class="t m0 x1 h15 y56f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y85 ff2 fs0 fc2 sc0 ls0 ws0">Bu durumda d<span class="_ _0"></span>erleyici önce geçici bir nesne yaratır. Geçi<span class="_ _0"></span>ci nesneye değişmezi atar,<span class="_ _0"></span> referansı geçici nesneye </div><div class="t m0 x10 h3 y570 ff2 fs0 fc2 sc0 ls0 ws0">bağlayan bir k<span class="_ _0"></span>od üretir. Yukarıdaki atamada <span class="_ _0"></span>aslında geri planda şunlar <span class="_ _3"></span>yapılır:<span class="ff1"> </span></div><div class="t m0 x1 hd y571 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y572 ff8 fs0 fc2 sc0 ls13 ws0">int temp<span class="ls0"> = </span>10;<span class="ls0"> <span class="_ _29"> </span></span><span class="ffc">// geçici nesne 10 değeri ile yaratılıyor. </span></div><div class="t m0 x11 h11 y573 ff8 fs0 fc2 sc0 ls13 ws0">const int &amp;r<span class="ls0"> = </span>temp;<span class="ls0"> <span class="_ _2a"> </span></span><span class="ffc">//r referansı geçici nesneye</span><span class="ls0"> <span class="_ _3"></span><span class="ffc">bağ<span class="_ _9"></span>lan<span class="_ _9"></span>ıyo<span class="_ _9"></span>r.<span class="_ _9"></span><span class="ff8"> </span></span></span></div><div class="t m0 x1 h15 y168 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y574 ff1 fs6 fc2 sc0 ls0 ws0">R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _b"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> </div><div class="t m0 x10 h3 y575 ff2 fs0 fc2 sc0 ls0 ws0">İşlevlerin geri dönüş değ<span class="_ _0"></span>erlerinin derleyici tarafından ö<span class="_ _0"></span>nce geçici bir bölgeye alındığını, <span class="_ _0"></span>bur<span class="_ _0"></span><span class="ff1">adan<span class="_ _0"></span> çekilerek </span></div><div class="t m0 x10 h3 y576 ff2 fs0 fc2 sc0 ls0 ws0">kullanıldığını anımsayın. <span class="_ _0"></span>Örneğin:<span class="ff1"> </span></div><div class="t m0 x1 hd y577 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3aa ff8 fs0 fc2 sc0 ls13 ws0">x = func();<span class="ls0"> </span></div><div class="t m0 x1 h2a y284 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y34b ff2 fs0 fc2 sc0 ls0 ws0">gibi bir çağrıda, ön<span class="_ _0"></span>ce <span class="ff9">func </span>isimli işlev çağrılır. İşl<span class="_ _0"></span>evin geri dönüş değeri geçici b<span class="_ _0"></span>ir nesnede saklan<span class="_ _0"></span>ır. Daha sonra </div><div class="t m0 x10 h3 y2c3 ff2 fs0 fc2 sc0 ls0 ws0">bu geçici nesneden çekilerek <span class="_ _0"></span>kullanılır:<span class="ff1"> </span></div><div class="t m0 x10 h3 y130 ff2 fs0 fc2 sc0 ls0 ws0">Bunu kaba <span class="_ _0"></span>kod olarak aşağıdaki biç<span class="_ _0"></span><span class="ff1">imde gösterebiliriz:<span class="_ _0"></span> </span></div><div class="t m0 x1 h16 y578 ff1 fs8 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf39" class="pf w0 h0" data-page-no="39"><div class="pc pc39 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">57</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">temp = return ifadesi; </div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">x = temp;<span class="ls0"> </span></div><div class="t m0 x1 h1c y579 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y57a ff2 fs0 fc2 sc0 ls0 ws0">Aslında işlevin geri dönü<span class="_ _0"></span>ş değerinin türü, b<span class="_ _0"></span>u geçici nesnenin türün<span class="_ _0"></span>ü belirtir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y57b ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y57c ff8 fs0 fc2 sc0 ls13 ws0">double func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y57d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y57e ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 y57f ff8 fs0 fc2 sc0 ls13 ws0">return ifade;<span class="ls0"> </span></div><div class="t m0 x11 h11 y580 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y581 ff2 fs0 fc2 sc0 ls0 ws0">Örneğin yukarıdak<span class="_ _0"></span>i <span class="ff9">func </span>isimli işlevin ger<span class="_ _0"></span>i dönüş değerinin y<span class="_ _0"></span>erleştirileceği geçici bölge <span class="_ _0"></span><span class="ff9">dou<span class="_ _0"></span>ble <span class="ff1">türdend<span class="_ _0"></span>ir. Yani </span></span></div><div class="t m0 x10 h3 y582 ff2 fs0 fc2 sc0 ls0 ws0">aslında <span class="ff9">return </span>deyimi il<span class="_ _0"></span>e bu geçici nesneye ilkdeğ<span class="_ _0"></span>er verilmesi söz kon<span class="_ _0"></span>usudur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y583 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y584 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin geri dönüş değerinin re<span class="_ _0"></span>ferans olması geçici bö<span class="_ _0"></span>lgenin referans olma<span class="_ _0"></span>sı anlamına ge<span class="_ _0"></span><span class="ff1">lir.<span class="_ _0"></span> Bu durumda </span></div><div class="t m0 x10 h3 y585 ff9 fs0 fc2 sc0 ls0 ws0">return <span class="ff2">ifadesi bir referansa ilk <span class="_ _0"></span>değerini verir, değil mi<span class="_ _0"></span>? Aşağıdaki ö<span class="_ _0"></span>rneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y521 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y586 ff8 fs0 fc2 sc0 ls13 ws0">#include <span class="ls0">&lt;io<span class="_ _9"></span>str<span class="_ _6"></span>eam&gt;<span class="_ _9"></span> </span></div><div class="t m0 x1c h11 y587 ff8 fs0 fc2 sc0 ls13 ws0">int x =<span class="ls0"> <span class="_ _9"></span><span class="ls13">10;<span class="ls0"> </span></span></span></div><div class="t m0 x1c h11 y1c7 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>&amp;func()<span class="ls0"> </span></div><div class="t m0 x1c h11 y588 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y167 ff8 fs0 fc2 sc0 ls13 ws0">return x;<span class="ls0"> </span></div><div class="t m0 x1c h11 y589 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y169 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y58a ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y58b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y58c ff8 fs0 fc2 sc0 ls13 ws0">func() = 20;<span class="ls0"> </span></div><div class="t m0 x1a h11 y58d ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;x = &quot; &lt;&lt; x &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y58e ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y58f ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y590 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y591 ff1 fs0 fc2 sc0 ls0 ws0">Burada geçici bölge <span class="ff9">int <span class="ff2">tü<span class="_ _0"></span>rden bir referanstı<span class="_ _0"></span>r. Yani aslında <span class="_ _0"></span></span>return <span class="ff2">deyimiyle yap<span class="_ _0"></span>ılan:</span></span> </div><div class="t m0 x1 hd y592 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf3a" class="pf w0 h0" data-page-no="3a"><div class="pc pc3a w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">58</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">int &amp;temp = x;<span class="ls0"> </span></div><div class="t m0 x1 h2a y593 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y594 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir işlemdir. Bu duru<span class="_ _0"></span>mda geçici nesne olan referan<span class="_ _0"></span>s <span class="_ _0"></span><span class="ff9 ls1a">x </span>nesnesine bağlanır. Böyl<span class="_ _0"></span>ece işlev çağrı ifadesi </div><div class="t m0 x10 h3 y595 ff2 fs0 fc2 sc0 ls0 ws0">artık bir nesne belirtir duru<span class="_ _0"></span>ma gelmiştir. Bu<span class="_ _0"></span><span class="ff1"> durumda<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y596 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y508 ff8 fs0 fc2 sc0 ls13 ws0">func() = 20;<span class="ls0"> </span></div><div class="t m0 x1 h15 y597 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y598 ff2 fs0 fc2 sc0 ls0 ws0">ataması gerçekte global <span class="_ _0"></span><span class="ff9 ls1a">x </span>değişkenine yap<span class="_ _0"></span>ılmış olur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y599 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y59a ff2 fs0 fc2 sc0 ls0 ws0">Geri dönüş değeri bir re<span class="_ _0"></span>ferans olan işlevlerin, kendilerini ça<span class="_ _0"></span>ğıran kod p<span class="_ _0"></span>arçasına, doğrudan bir nesnenin </div><div class="t m0 x10 h3 y4d9 ff2 fs0 fc2 sc0 ls0 ws0">kendisini ilettiğini düşün<span class="_ _0"></span>ebilirsiniz. Böyle işlevlere yap<span class="_ _0"></span>ılan çağrı ifadeleri nesn<span class="_ _0"></span>e belirtir. Yani sol tar<span class="_ _0"></span>af değeri </div><div class="t m0 x10 h3 y4da ff2 fs0 fc2 sc0 ls0 ws0">olarak kullanılab<span class="_ _0"></span>ilirler. Geri dönü<span class="_ _0"></span>ş değeri referans olan işlevlerin çağrı ifad<span class="_ _0"></span>eleri return ifadesi ile b<span class="_ _0"></span>elirtilen nesne </div><div class="t m0 x10 h3 y4db ff2 fs0 fc2 sc0 ls0 ws0">anlamına gelir. Böyle işl<span class="_ _0"></span>evlerin <span class="ff9">return <span class="_ _0"></span></span>ifadelerinin de aynı türden b<span class="_ _0"></span>ir nesne belirtmelidir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y59b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y59c ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programın göster<span class="_ _0"></span>ici değişkenlerle olu<span class="_ _0"></span>şturulmuş karşılığı aşağıda<span class="_ _0"></span><span class="ff1">ki gibi <span class="_ _0"></span>olur: </span></div><div class="t m0 x1 h3 y59d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5c ff8 fs0 fc2 sc0 ls13 ws0">#include <span class="ls0">&lt;io<span class="_ _9"></span>str<span class="_ _6"></span>eam&gt;<span class="_ _9"></span> </span></div><div class="t m0 x11 h11 y59e ff8 fs0 fc2 sc0 ls13 ws0">int x =<span class="ls0"> <span class="_ _9"></span><span class="ls13">10;<span class="ls0"> </span></span></span></div><div class="t m0 x11 h11 yaa ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>*func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y144 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y59f ff8 fs0 fc2 sc0 ls13 ws0">return &amp;x;<span class="ls0"> </span></div><div class="t m0 x11 h11 y5a0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y5a1 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5a2 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y5a3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y5a4 ff8 fs0 fc2 sc0 ls13 ws0">*func() = 20;<span class="ls0"> </span></div><div class="t m0 x13 h11 y282 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;x = &quot; &lt;&lt; x &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y5a5 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y5a6 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y5a7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 y5a8 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf3b" class="pf w0 h0" data-page-no="3b"><div class="pc pc3b w0 h0"><img class="bi xb y5a9 w6 h39" alt="" 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LIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAwLueo50g3TDZlYIAAAAASUVORK5CYII="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">59</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Her iki program için üretil<span class="_ _0"></span>ecek makina kodları <span class="_ _0"></span>tamamen eşdeğerdir. Geri dönüş değ<span class="_ _0"></span>eri referans olan <span class="_ _3"></span>işlevlerin </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">aslında adresle geri dönd<span class="_ _0"></span>üğünü ama bu a<span class="_ _0"></span>dres yoluyla içeriklerinin alınarak <span class="_ _0"></span>kullanıldığını görebiliyor musunu<span class="_ _0"></span>z?<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y4c ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programda<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y4bd ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5aa ff8 fs0 fc2 sc0 ls13 ws0">*func() = 20;<span class="ls0"> </span></div><div class="t m0 x1 h15 y5ab ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y199 ff2 fs0 fc2 sc0 ls0 ws0">deyimini inceleyelim. Bu ifade<span class="_ _0"></span>de üç işleç vardır. Önce işl<span class="_ _0"></span>ev çağrı işleci ele alınır, <span class="_ _0"></span><span class="ff9">func<span class="_ _0"></span> </span>işlevi<span class="ff1"> </span>çağrılır. Bu işle<span class="_ _0"></span>v bir </div><div class="t m0 x10 h3 y5ac ff2 fs0 fc2 sc0 ls0 ws0">adres değeri döndü<span class="_ _0"></span>rür. Daha sonra <span class="_ _0"></span><span class="ff9 ls23">* </span>işleciyle bu adre<span class="_ _0"></span>steki nesneye erişilir. Erişilen n<span class="_ _0"></span>esne <span class="_ _0"></span><span class="ff9 ls1a">x </span><span class="ff1">nesnesinin </span></div><div class="t m0 x10 h3 y553 ff2 fs0 fc2 sc0 ls0 ws0">kendisidir. Nihayet atama <span class="_ _0"></span>işleciyle <span class="ff9 ls4">20 <span class="_ _0"></span></span>değeri işlevin adresini d<span class="_ _0"></span>öndürdüğü nesneye, yan<span class="_ _0"></span>i <span class="_ _0"></span><span class="ff9 ls1a">x </span>değişkenine atanır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y5ad ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y5ae ff1 fs6 fc2 sc0 ls0 ws0">R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _b"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span> <span class="_ _b"></span>Y<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _b"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _b"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _b"></span> </div><div class="t m0 x10 h3 y5af ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9 ls1a">x </span>değişkeni yerel olabilir miyd<span class="_ _0"></span>i? Referansa geri dönen b<span class="_ _0"></span>ir işlevin yerel bir nesne il<span class="_ _0"></span>e geri </div><div class="t m0 x10 h3 y5b0 ff2 fs0 fc2 sc0 ls0 ws0">dönmesi, adrese geri dön<span class="_ _0"></span>en bir işlevin yerel bir değişk<span class="_ _0"></span>enin adresi ile dönmesine e<span class="_ _0"></span>şdeğ<span class="_ _0"></span>er bir yanlışlıktır. Yani b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 y5b1 ff2 fs0 fc2 sc0 ls0 ws0">gösterici hatasıdır. İşlevin<span class="_ _0"></span> geri dönüş değeri ile k<span class="_ _0"></span>endisine çağıran k<span class="_ _0"></span>od parçasına ilettiği yerel n<span class="_ _0"></span>esnenin ömrü, </div><div class="t m0 x10 h3 y5b2 ff2 fs0 fc2 sc0 ls0 ws0">işlevin kodunun y<span class="_ _0"></span>ürütülmesinin tamamlanmasıyla <span class="_ _0"></span>sona erer. Ancak bu d<span class="_ _0"></span>urum derleme zamanında <span class="_ _0"></span>bir hata </div><div class="t m0 x10 h3 y5b3 ff2 fs0 fc2 sc0 ls0 ws0">oluşumuna neden o<span class="_ _0"></span>lmaz. Derleyicilerin çoğu <span class="_ _0"></span><span class="ff1 ls15">bu </span>durumu mantık<span class="_ _0"></span>sal bir uyarı iletisi ile bildirir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y446 ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y5b4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y3b ff2 fs6 fc2 sc0 ls0 ws0">R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y5b5 ff2 fs0 fc2 sc0 ls0 ws0">Referanslar temel olarak adre<span class="_ _0"></span>s işlemlerinin daha y<span class="_ _0"></span>alın bir yazım biçimiyle ifade <span class="_ _0"></span>edilmesi amacıyla kullan<span class="_ _0"></span>ılır. </div><div class="t m0 x10 h3 y5b6 ff2 fs0 fc2 sc0 ls0 ws0">Örneğin bir işlevin param<span class="_ _0"></span>etre değişkeni gösterici yerine r<span class="_ _0"></span>eferans olsa, işlev içind<span class="_ _0"></span>e adres yardımıyla n<span class="_ _0"></span>esneye </div><div class="t m0 x10 h3 y5b7 ff2 fs0 fc2 sc0 ls0 ws0">erişileceği zaman <span class="ff9 ls23">* </span><span class="ff1">y<span class="_ _0"></span>a da <span class="ff9">-<span class="ls23">&gt; </span></span></span>i<span class="_ _0"></span>şlecini kullanmak gerekm<span class="_ _0"></span>ez. Böylece ifad<span class="_ _0"></span>eler daha yalın bir b<span class="_ _0"></span>içimde yazılabilir. &amp; </div><div class="t m0 x10 h3 yab ff2 fs0 fc2 sc0 ls0 ws0">ya da * işlecinin kullanılma<span class="_ _0"></span>sı programın yazımını pro<span class="_ _0"></span>gramlama dilinin dü<span class="_ _0"></span>zlemine yaklaştırırken, prob<span class="_ _0"></span>lemin </div><div class="t m0 x10 h3 y415 ff2 fs0 fc2 sc0 ls0 ws0">kendi düzleminden uza<span class="_ _0"></span>klaştırıcı bir etki yap<span class="_ _0"></span>ar.<span class="ff1"> </span></div><div class="t m0 x10 h3 y5b8 ff2 fs0 fc2 sc0 ls0 ws0">Adres ya da içerik işlecinin k<span class="_ _0"></span>ullanılmaması ü<span class="_ _0"></span>retilen makina kodu<span class="_ _0"></span>nda bir küçülme yaratmaz. Çün<span class="_ _0"></span>kü derleyici </div><div class="t m0 x10 h3 y5b9 ff2 fs0 fc2 sc0 ls0 ws0">referans yoluyla yap<span class="_ _0"></span>ılan erişimleri tıpkı göstericilerde oldu<span class="_ _0"></span>ğu gibi yine ad<span class="_ _0"></span>res işlemleriyle gerçekleştirir. Bunun </div><div class="t m0 x10 h3 y5ba ff2 fs0 fc2 sc0 ls0 ws0">dışında C++ dilinde nesne yön<span class="_ _0"></span>elimli programla<span class="_ _0"></span>ma tekniğinin <span class="_ _0"></span>uy<span class="_ _0"></span>gulanabilmesi için çeşitli biçimlerde re<span class="_ _0"></span>ferans </div><div class="t m0 x10 h3 y16b ff2 fs0 fc2 sc0 ls0 ws0">türüne gereksinim duy<span class="_ _0"></span>ulmuştur. Yani referanslar C<span class="_ _0"></span>++‟da ileride göreceğimiz p<span class="_ _0"></span>ek çok konunun<span class="_ _0"></span> uygulaması için </div><div class="t m0 x10 h3 y3fb ff1 fs0 fc2 sc0 ls0 ws0">gerekmektedir. </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf3c" class="pf w0 h0" data-page-no="3c"><div class="pc pc3c w0 h0"><img class="bi x1 y5bb w9 h3a" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">60</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m3 x11 hb y28 ff5 fs3 fc3 sc0 ls0 ws0">P<span class="_ _3"></span>A<span class="_ _3"></span>R<span class="_ _b"></span>A<span class="_ _b"></span>M<span class="_ _3"></span>E<span class="_ _b"></span>T<span class="_ _b"></span>R<span class="_ _3"></span>E<span class="_ _3"></span> <span class="_ _b"></span>D<span class="_ _b"></span>E<span class="_ _3"></span>Ğ<span class="_ _f"></span>İ<span class="_ _3"></span>Ş<span class="_ _b"></span><span class="ff3">K<span class="_ _3"></span>E<span class="_ _b"></span>N<span class="_ _3"></span>L<span class="_ _b"></span>E<span class="_ _3"></span>R<span class="_ _b"></span></span>İ<span class="_ _b"></span><span class="ff3">N<span class="_ _3"></span>E<span class="_ _3"></span> <span class="_ _b"></span>V<span class="_ _3"></span>A<span class="_ _b"></span>R<span class="_ _b"></span>S<span class="_ _3"></span>A<span class="_ _b"></span>Y<span class="_ _b"></span>I<span class="_ _3"></span>L<span class="_ _3"></span>A<span class="_ _b"></span>N<span class="_ _3"></span> </span></div><div class="t m0 x1f hb y28 ff5 fs3 fc3 sc0 ls0 ws0">D<span class="_ _3"></span>E<span class="_ _3"></span>Ğ<span class="_ _3"></span>E<span class="_ _3"></span>R<span class="_ _3"></span>L<span class="_ _3"></span>E<span class="_ _3"></span>R<span class="_ _3"></span>İ<span class="_ _3"></span><span class="ff3">N<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>K<span class="_ _3"></span>T<span class="_ _3"></span>A<span class="_ _3"></span>R<span class="_ _3"></span>I<span class="_ _3"></span>L<span class="_ _3"></span>M<span class="_ _3"></span>A<span class="_ _3"></span>S<span class="_ _3"></span>I<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y5bc ff2 fs0 fc2 sc0 ls0 ws0">C‟de bir<span class="ff1"> </span>işlevin kaç tane p<span class="_ _0"></span>arametre değişkeni var<span class="_ _0"></span>sa işleve o kadar<span class="_ _0"></span> argüman geçilmelidir. Oysa C+<span class="_ _0"></span>+‟da bir işlev, </div><div class="t m0 x10 h3 y5bd ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkeni sayısınd<span class="_ _0"></span>an dah<span class="_ _0"></span>a az sayıda argümanla çağrılabilir. Bir i<span class="_ _0"></span>şlevin bir ya da <span class="_ _0"></span>birden fazla </div><div class="t m0 x10 h3 y196 ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkeni var<span class="_ _0"></span>sayılan argüman <span class="_ _0"></span><span class="ff9">(default argum<span class="_ _0"></span>ent) </span>alabilir. Bunun a<span class="_ _0"></span>nlamı şudur: İşlev çağrısı ile işl<span class="_ _0"></span>evin </div><div class="t m0 x10 h3 y37e ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkenine b<span class="_ _0"></span>ir değer aktarılmaz i<span class="_ _0"></span>se otomatik olarak d<span class="_ _0"></span>aha önceden belirlenmiş bir d<span class="_ _0"></span>eğer aktarılır.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y5be ff2 fs0 fc2 sc0 ls0 ws0">Bir parametre değişkeninin<span class="_ _0"></span> önceden belirlenmiş bir d<span class="_ _0"></span>eğer alacağı işlevin bildiri<span class="_ _0"></span>mind<span class="_ _0"></span>e ya da işlevin tanımında,<span class="_ _0"></span> </div><div class="t m0 x10 h3 y5bf ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkenind<span class="_ _0"></span>en sonra eşittir <span class="ff9">(<span class="_ _0"></span>=) </span>işlecinden yazılan<span class="_ _0"></span> bir ifadeyle belirtilir. Aşağıda<span class="_ _0"></span>ki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y5c0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y4a7 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x10 h11 y5c1 ff8 fs0 fc2 sc0 ls13 ws0">void foo(int x = 10, int y = 20); </div><div class="t m0 x10 h11 y5c2 ff8 fs0 fc2 sc0 ls13 ws0">void foo(int x, int y)<span class="ls0"> </span></div><div class="t m0 x10 h11 y473 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y5c3 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt;&quot;x = &quot; &lt;&lt; x &lt;&lt; &apos;<span class="ls0">\</span>t&apos;<span class="ls0"> </span>&lt;&lt; &quot;y = &quot; &lt;&lt; y &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x10 h11 y5c4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y5c5 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y5c6 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y5c7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y38a ff8 fs0 fc2 sc0 ls13 ws0">foo();<span class="ls0"> <span class="_ _2b"> </span></span>//<span class="ls0">  </span>x = 10  y =<span class="ls0"> <span class="_ _2c"></span><span class="ls13">20<span class="ls0"> </span></span></span></div><div class="t m0 x12 h11 y5c8 ff8 fs0 fc2 sc0 ls13 ws0">foo(100);<span class="ls0"> <span class="_ _2d"> </span></span>//<span class="ls0"> <span class="_ _2e"> </span></span>x = 100 y =<span class="ls0"> <span class="_ _23"></span><span class="ls13">20<span class="ls0"> </span></span></span></div><div class="t m0 x12 h11 y5c9 ff8 fs0 fc2 sc0 ls13 ws0">foo(100,<span class="ls0"> </span>200);<span class="ls0"> <span class="_ _2f"> </span></span>//<span class="ls0"> <span class="_ _2e"> </span></span>x = 100 y =<span class="ls0"> <span class="_ _30"></span><span class="ls13">200<span class="ls0"> </span></span></span></div><div class="t m0 x1 h11 y3a4 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y5ca ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y5cb ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y5cc ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y29d ff9 fs0 fc2 sc0 ls0 ws0">foo <span class="ff2">işlevinin bildiriminde <span class="_ _0"></span>varsayılan argümanlar <span class="_ _0"></span>kullanılıyor. <span class="_ _0"></span></span>main <span class="ff2">işlevi içinde yapılan<span class="_ _0"></span> ilk çağrıda </span>foo<span class="_ _0"></span> <span class="ff2">işlevine hiç </span></div><div class="t m0 x10 h3 y5cd ff2 fs0 fc2 sc0 ls0 ws0">bir argüman gönd<span class="_ _0"></span>erilmiyor. Bu durumda <span class="_ _0"></span>parametre değişkenleri olan <span class="_ _0"></span><span class="ff9 ls1a">x </span><span class="ff1">ve <span class="ff10 ls1f">y‟<span class="_ _0"></span></span></span>ye varsayılan d<span class="_ _0"></span>eğerler olan <span class="ff9 ls4">10 <span class="_ _0"></span></span><span class="ff1">ve </span></div><div class="t m0 x10 h3 y5ce ff9 fs0 fc2 sc0 ls4 ws0">20 <span class="ff2 ls0">değerleri aktarılır. <span class="ff9">ma<span class="_ _0"></span>in </span>işlevi içinde yap<span class="_ _0"></span>ılan ikinci çağrıda, <span class="_ _0"></span><span class="ff9">foo </span>işlevine yalnızca <span class="_ _0"></span></span>100 <span class="ff2 ls0">değeri gönderiliyor. Bu<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y5cf ff1 fs0 fc2 sc0 ls0 ws0">durumda birinci p<span class="_ _0"></span>ar<span class="ff2">ametre değişkenine <span class="_ _0"></span><span class="ff9 ls4">100 </span>değeri kopy<span class="_ _0"></span>alanırken, ikinci parametre de<span class="_ _0"></span>ğişkenine varsayılan </span></div><div class="t m0 x10 h3 y5d0 ff2 fs0 fc2 sc0 ls0 ws0">değer olan <span class="ff9 ls4">20 </span>değ<span class="_ _0"></span>eri kopyalanır. <span class="_ _0"></span><span class="ff9">foo </span>işlevine yapılan üçü<span class="_ _0"></span>ncü çağrıda ise işleve <span class="_ _0"></span><span class="ff9 ls4">100 <span class="_ _0"></span></span><span class="ff1">ve <span class="ff9">200 </span></span>değerleri gönderiliyor. </div><div class="t m0 x10 h3 y5d1 ff2 fs0 fc2 sc0 ls0 ws0">Bu durumda, p<span class="_ _0"></span>arametre değişkenlerinden hiçbiri varsay<span class="_ _0"></span>ılan b<span class="_ _0"></span>ir değer almaz. Görüldü<span class="_ _0"></span>ğü gibi varsayılan değerler </div><div class="t m0 x10 h3 y5d2 ff2 fs0 fc2 sc0 ls0 ws0">işlev çağrılırken işleve gönderi<span class="_ _0"></span>lmeyen değerlerdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y5d3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5d4 ff2 fs0 fc2 sc0 ls0 ws0">Daha soldaki parametre d<span class="_ _0"></span>eğişkenlerine işlev çağrısıyla <span class="_ _0"></span>argüman gönd<span class="_ _0"></span>erilip, daha sağdaki d<span class="_ _0"></span>iğer argümanlar </div><div class="t m0 x10 h3 y5d5 ff2 fs0 fc2 sc0 ls0 ws0">yazılmadan işlev çağrılırsa var<span class="_ _0"></span>sayılan değerl<span class="_ _0"></span>er kullanılabilir. Ancak b<span class="_ _0"></span>unun tersi geçerli değildir. <span class="_ _0"></span>Aşağıdaki çağrı </div><div class="t m0 x10 h3 y5d6 ff1 fs0 fc2 sc0 ls0 ws0">biçimi her durumda geçer<span class="_ _0"></span>sizdir: </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf3d" class="pf w0 h0" data-page-no="3d"><div class="pc pc3d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">61</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5d7 ff8 fs0 fc2 sc0 ls13 ws0">foo(, 10);<span class="ls0"> </span></div><div class="t m0 x1 h12 y5d8 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5d9 ff2 fs0 fc2 sc0 ls0 ws0">Bir parametre değişkeni için v<span class="_ _0"></span>arsayılan bir değer belirlenmi<span class="_ _0"></span>şse, bu parametre de<span class="_ _0"></span>ğişkeninin daha <span class="_ _0"></span>sağında </div><div class="t m0 x10 h3 y5da ff2 fs0 fc2 sc0 ls0 ws0">bulunan p<span class="_ _0"></span>arametre değişkenlerinin h<span class="_ _0"></span>epsi varsayılan değerl<span class="_ _0"></span>er almak zorundad<span class="_ _0"></span>ır:<span class="ff1"> </span></div><div class="t m0 x1 h3 y11b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5db ff8 fs0 fc2 sc0 ls13 ws0">void func(int x = 10,<span class="ls0"> <span class="_ _9"></span><span class="ls13">int<span class="ls0"> </span>y);<span class="ls0"> <span class="_ _31"> </span>//G<span class="_ _9"></span>eçe<span class="_ _6"></span>rsiz<span class="_ _9"></span>! </span></span></span></div><div class="t m0 x11 h11 y5dc ff8 fs0 fc2 sc0 ls13 ws0">void foo(int x, int y<span class="ls0"> <span class="_ _9"></span>= <span class="ls13">20);</span> <span class="_ _32"> </span><span class="ls13">//Geçerli</span> </span></div><div class="t m0 x1 h11 y15b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y54 ff2 fs0 fc2 sc0 ls0 ws0">Varsayılan değer almamı<span class="_ _0"></span>ş olan bütü<span class="_ _0"></span>n parametre değişkenlerine çağrı ifadesi il<span class="_ _0"></span>e gereken argüman<span class="_ _0"></span>lar </div><div class="t m0 x10 h3 y48e ff2 fs0 fc2 sc0 ls0 ws0">gönderilmek zorun<span class="_ _0"></span>dadır.<span class="ff1"> </span></div><div class="t m0 x1 hd y5dd ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5de ff1 fs0 fc2 sc0 ls0 ws0">Bir <span class="ff2">işlevin parametre değişk<span class="_ _0"></span>eni olan gösterici de varsayılan d<span class="_ _0"></span>eğer alabilir. Aşağıdak<span class="_ _0"></span>i örneği inceleyin:<span class="_ _3"></span></span> </div><div class="t m0 x1 h16 yc4 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4f7 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y45f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y42b ff8 fs0 fc2 sc0 ls13 ws0">void put_message(const char *p = &quot;Success!&quot;)<span class="ls0"> </span></div><div class="t m0 x11 h11 y185 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y5df ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; p;<span class="ls0"> </span></div><div class="t m0 x11 h11 y5e0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yec ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5e1 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y5e2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y5e3 ff8 fs0 fc2 sc0 ls13 ws0">put_message(&quot;Failed!&quot;); </div><div class="t m0 x13 h11 y5e4 ff8 fs0 fc2 sc0 ls13 ws0">put_message();<span class="ls0"> </span></div><div class="t m0 x1 h12 y5e5 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y5e6 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y5e7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a y5a5 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5e8 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programda <span class="_ _0"></span><span class="ff9">put_message <span class="_ _0"></span></span>isimli işlevin gösterici <span class="_ _0"></span>olan parametre değişkeni <span class="_ _0"></span><span class="ff9 ls14">p </span>için varsayılan a<span class="_ _0"></span>rgüman </div><div class="t m0 x10 h3 y5e9 ff1 fs0 fc2 sc0 ls0 ws0">olarak <span class="ff9">&quot;Succ<span class="_ _0"></span>ess!&quot; </span>dizgesi geçiliyor. <span class="ff9">m<span class="_ _0"></span>ain <span class="ff2">işlevi içinde yapılan ilk ça<span class="_ _0"></span>ğrıda, işleve </span>&quot;Faile<span class="_ _0"></span>d!&quot; </span>dizgesi argü<span class="_ _0"></span>man </div><div class="t m0 x10 h3 y5ea ff2 fs0 fc2 sc0 ls0 ws0">olarak geçilirken, ikinci çağr<span class="_ _0"></span>ıda işleve herhangi bir a<span class="_ _0"></span>rgüman gönd<span class="_ _0"></span>erilmiyor. Yapılan ikinci çağrıyla <span class="_ _0"></span>ekrana </div><div class="t m0 x10 h3 y5eb ff9 fs0 fc2 sc0 ls0 ws0">&quot;Success!&quot; <span class="ff2">yazısı yaz<span class="_ _0"></span>dırılır.<span class="ff1"> </span></span></div><div class="t m0 x1 hd y5ec ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf3e" class="pf w0 h0" data-page-no="3e"><div class="pc pc3e w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">62</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Varsayılan argüman olara<span class="_ _0"></span>k belirlenen ifade, bir değiş<span class="_ _0"></span>mez ifadesi olmak zorunda <span class="_ _0"></span>değildir. Değişken içeren </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">ifadeler de varsayılan a<span class="_ _0"></span>rgüman olarak ku<span class="_ _0"></span>llanılabilir. Va<span class="_ _0"></span>rsayılan argüman olarak <span class="_ _0"></span>kullanılan ifadelerde daha <span class="_ _0"></span>önce </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">bildirimi yapılmış global d<span class="_ _0"></span>eğişkenler kullanılab<span class="_ _0"></span>ileceği gibi işlev çağrıları d<span class="_ _0"></span>a yer alabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y51b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5ed ff8 fs0 fc2 sc0 ls13 ws0">int func1(); </div><div class="t m0 x11 h11 y5ee ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> <span class="_ _3"></span>fu<span class="_ _9"></span>nc2<span class="_ _9"></span>(i<span class="_ _9"></span>nt)<span class="_ _9"></span>; </span></div><div class="t m0 x11 h11 y5ef ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>func3(double<span class="ls0">  = </span>3.14);<span class="ls0"> </span></div><div class="t m0 x1 h12 y5f0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y234 ff8 fs0 fc2 sc0 ls13 ws0">int g = 10;<span class="ls0"> </span></div><div class="t m0 x11 h11 y235 ff8 fs0 fc2 sc0 ls13 ws0">int func4(int a = func1(), int<span class="ls0"> </span>b = func2(g), int c = func3());<span class="ls0"> </span></div><div class="t m0 x1 h2a y5f1 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5f2 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda yapılan<span class="_ _0"></span> tüm işlev bildirimleri geçerlidir. <span class="_ _0"></span><span class="ff9">func4 </span>işle<span class="_ _0"></span>vinin her üç parametresi d<span class="_ _0"></span>e varsayılan argüman </div><div class="t m0 x10 h3 y5f3 ff2 fs0 fc2 sc0 ls0 ws0">alıyor. Birinci parametr<span class="_ _0"></span>e olan <span class="ff9 ls14">a </span>değişkenine, işle<span class="_ _0"></span>v çağrı ifadesi ile bir d<span class="_ _0"></span>eğer atanmaz ise, <span class="_ _0"></span><span class="ff9">func1 <span class="_ _0"></span></span>işlevinin geri </div><div class="t m0 x10 h3 y5f4 ff2 fs0 fc2 sc0 ls0 ws0">dönüş değeri atanır. İkin<span class="_ _0"></span>ci parametre değişkeni olan<span class="_ _0"></span> <span class="ff9">b<span class="_ _0"></span></span>&apos;ye bir değer geçilmez ise, <span class="_ _0"></span><span class="ff9">func</span>2 işlevinin geri dön<span class="_ _0"></span>üş </div><div class="t m0 x10 h3 y5f5 ff2 fs0 fc2 sc0 ls0 ws0">değeri atanır. Bu arada <span class="_ _0"></span>çağrılan <span class="_ _0"></span><span class="ff9">func2 </span>işlevine, global deği<span class="_ _0"></span>şken olan <span class="_ _0"></span><span class="ff9 ls14">g </span>değişkeninin değeri geçilir. Son </div><div class="t m0 x10 h3 y5f6 ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkenine d<span class="_ _0"></span>eğer<span class="ff1"> </span>geçilmediği za<span class="_ _0"></span>man ise, bu parametre değişk<span class="_ _0"></span>enine <span class="ff9">func<span class="_ _0"></span>3 </span>işlevinin geri dönü<span class="_ _0"></span>ş </div><div class="t m0 x10 h3 y5f7 ff2 fs0 fc2 sc0 ls0 ws0">değeri atanır ki, çağrılacak <span class="_ _0"></span><span class="ff9">func3 <span class="_ _0"></span></span>işlevi de kendisine argüman<span class="_ _0"></span> gönderilmediği için varsayılan<span class="_ _0"></span> değer olarak </div><div class="t m0 x10 h3 ya6 ff1 fs0 fc2 sc0 ls0 ws0">belirlenen <span class="ff9">3.14 <span class="ff2">değ<span class="_ _0"></span>erini alır.</span></span> </div><div class="t m0 x10 h3 y295 ff2 fs0 fc2 sc0 ls0 ws0">Varsayılan argümanlara ilişkin<span class="_ _0"></span> ifadelerin değ<span class="_ _0"></span>erlendirilmesi işlevin çağr<span class="_ _0"></span>ıldığı noktada gerçek<span class="_ _0"></span>leşir. <span class="ff9">Yani </span></div><div class="t m0 x10 h3 y5f8 ff9 fs0 fc2 sc0 ls0 ws0">func4 <span class="ff2">işlevi eğer çağrılmaz i<span class="_ _0"></span>se </span>func1, <span class="_ _0"></span>func2 <span class="ff1">ve </span>func3 <span class="ff2">işlevleri <span class="_ _0"></span>de çağrılmaz.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y2ec ff2 fs0 fc2 sc0 ls0 ws0">Varsayılan argüman olara<span class="_ _0"></span>k belirlenen değer yalnızca b<span class="_ _0"></span>ir kez yazılmalıdır. Aynı k<span class="_ _0"></span>aynak dosyada varsayılan </div><div class="t m0 x10 h3 y5f9 ff2 fs0 fc2 sc0 ls0 ws0">argümanın ikinci b<span class="_ _0"></span>ir bildirimde yeniden yazılması g<span class="_ _0"></span>eçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y5fa ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y3e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y415 ff8 fs0 fc2 sc0 ls13 ws0">///////<span class="ls0"> <span class="_ _33"> </span></span>file1.h<span class="ls0"> </span></div><div class="t m0 x11 h11 y5fb ff8 fs0 fc2 sc0 ls13 ws0">int func(int a, int b, int c = 0);<span class="ls0"> </span></div><div class="t m0 x1 h12 y11 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5fc ff8 fs0 fc2 sc0 ls13 ws0">///////<span class="ls0"> <span class="_ _33"> </span></span>file2.h </div><div class="t m0 x11 h11 y419 ff8 fs0 fc2 sc0 ls13 ws0">#include<span class="ls0"> <span class="_ _0"></span><span class="ffc">“fil<span class="_ _9"></span>e1<span class="_ _9"></span>.h&quot;<span class="_ _9"></span><span class="ff8"> </span></span></span></div><div class="t m0 x1 h11 y5fd ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5fe ff8 fs0 fc2 sc0 ls13 ws0">int func(int a, int b, int c<span class="ls0"> <span class="_ _9"></span>= <span class="ls13">0);</span> <span class="_ _34"> </span><span class="ls13">//Geçersiz</span> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf3f" class="pf w0 h0" data-page-no="3f"><div class="pc pc3f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">63</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Ancak ikinci kez yap<span class="_ _0"></span>ılan bildirimde, bu kez daha <span class="_ _0"></span>önce varsayılan argüman belirlenmem<span class="_ _0"></span>iş bir parametre </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">değişkeni için varsayılan<span class="_ _0"></span> değer bildirilebilir. Tabii yine bu<span class="_ _0"></span> durumda dah<span class="_ _0"></span>a sağda kalan tü<span class="_ _0"></span>m parametre </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">değişkenleri için mutlaka<span class="_ _0"></span> daha önce varsayılan d<span class="_ _0"></span>eğerle<span class="ff1">rin b<span class="_ _0"></span>elirlenmesi gerekir. <span class="_ _0"></span><span class="ff9">file2.h </span></span>dos<span class="_ _0"></span>yası aşağıdaki gibi </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">olsaydı, derleme zamanınd<span class="_ _0"></span>a bir hata oluşmazdı:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y250 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5ff ff8 fs0 fc2 sc0 ls13 ws0">///////<span class="ls0"> <span class="_ _33"> </span></span>file2.h<span class="ls0"> <span class="_ _33"> </span>/////////////<span class="_ _9"></span>/////////////<span class="_ _9"></span>/ </span></div><div class="t m0 x11 h11 y600 ff8 fs0 fc2 sc0 ls13 ws0">#include<span class="ls0"> </span>&quot;file1.h&quot;<span class="ls0"> </span></div><div class="t m0 x11 h11 y601 ff8 fs0 fc2 sc0 ls13 ws0">int func(int a, int b = 1, int c); </div><div class="t m0 x11 h11 y602 ff8 fs0 fc2 sc0 ls13 ws0">int func(int a = 2, int b, int c);<span class="ls0"> </span></div><div class="t m0 x1 h2a y603 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y33e ff2 fs0 fc2 sc0 ls0 ws0">Varsayılan argüman o<span class="_ _0"></span>larak belirlenen değerler yalnızca b<span class="_ _0"></span>ir kez yazılmalıdır. Bu değ<span class="_ _0"></span>erler işlevin arayüzünü<span class="_ _0"></span>n </div><div class="t m0 x10 h3 y604 ff2 fs0 fc2 sc0 ls0 ws0">bir parçasıdır. Doğal olan<span class="_ _0"></span> varsayılan argümanların<span class="_ _0"></span> işlev bildiriminde belirtilmesidir. Var<span class="_ _0"></span>sayılan argü<span class="_ _0"></span>man </div><div class="t m0 x10 h3 y605 ff2 fs0 fc2 sc0 ls0 ws0">değerin hem işlev bildirimind<span class="_ _0"></span>e, hem de işlev tan<span class="_ _0"></span>ımında <span class="_ _0"></span>yer alması geçersizdir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y606 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y607 ff8 fs0 fc2 sc0 ls13 ws0">void func(int x = 10, int y = 20);<span class="ls0"> </span></div><div class="t m0 x1 h12 y608 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y609 ff8 fs0 fc2 sc0 ls13 ws0">void func(int x = 10, int y<span class="ls0"> <span class="_ _9"></span>= <span class="ls13">20)</span> <span class="_ _29"> </span><span class="ls13">//</span> <span class="ls13">Geçersiz.</span> </span></div><div class="t m0 x11 h11 y60a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x11 h11 y60b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h14 y60c ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5b6 ff2 fs0 fc2 sc0 ls0 ws0">Hatırlayacağınız gibi, <span class="_ _0"></span>işlev bildirimlerinde parametre deği<span class="_ _0"></span>şkenlerinin isimleri yaz<span class="_ _0"></span>ılmak zorund<span class="_ _0"></span>a değildir. </div><div class="t m0 x10 h3 y5b7 ff2 fs0 fc2 sc0 ls0 ws0">Varsayılan bir değer alacak p<span class="_ _0"></span>arametre d<span class="_ _0"></span>eğişkeni için de i<span class="_ _0"></span>sim yazılması zorunlu d<span class="_ _0"></span>eğildir. Aşağıdaki iki bildirim </div><div class="t m0 x10 h3 yab ff1 fs0 fc2 sc0 ls0 ws0">de geçerlidir: </div><div class="t m0 x1 h3 y60d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y60e ff8 fs0 fc2 sc0 ls13 ws0">void func(int a = 10,<span class="ls0"> <span class="_ _9"></span><span class="ls13">int<span class="ls0"> b <span class="_ _21"> </span></span>= <span class="ls16">20); </span></span></span></div><div class="t m0 x11 h11 y149 ff8 fs0 fc2 sc0 ls13 ws0">void func(int = 10, int =<span class="ls0"> <span class="_ _6"></span><span class="ls13">20);<span class="ls0"> </span></span></span></div><div class="t m0 x1 h11 y60f ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb1 ff2 fs0 fc2 sc0 ls0 ws0">Ancak işlevin varsayılan d<span class="_ _0"></span>eğer alacak parametre deği<span class="_ _0"></span>şkeni bir gösterici ise v<span class="_ _0"></span>e işlev <span class="ff1">b<span class="_ _0"></span>ildiriminde par<span class="_ _0"></span>ametre </span></div><div class="t m0 x10 h3 y610 ff2 fs0 fc2 sc0 ls0 ws0">değişkeni olan göstericiye is<span class="_ _0"></span>im verilmiyorsa dikk<span class="_ _0"></span>atli olunmalıdır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y611 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y612 ff8 fs0 fc2 sc0 ls13 ws0">void func(char<span class="ls0"> </span>*=<span class="ls0"> </span>&quot;Ahmet&quot;);<span class="ls0"> <span class="_ _19"> </span></span>//<span class="ls0"> <span class="_ _26"> </span></span>Geçersiz!<span class="ls0"> </span></div><div class="t m0 x1 h12 y613 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y614 ff1 fs0 fc2 sc0 ls0 ws0">Derleyici burada <span class="_ _0"></span><span class="ffd ls23">*= </span><span class="ff2">karakterlerini t<span class="_ _0"></span>ek bir atom olarak ele alıp<span class="_ _0"></span> <span class="ff10">işlemli a<span class="_ _0"></span>tama işleci <span class="_ _0"></span></span>olarak değerlendirir (<span class="ff9">En uzu<span class="_ _0"></span>n </span></span></div><div class="t m0 x10 h3 y615 ff9 fs0 fc2 sc0 ls0 ws0">atom kur<span class="ff10">alı </span>- m<span class="_ _0"></span>aximum munch<span class="_ _0"></span><span class="ff2">). Bildirim geçersizdir. Bu dur<span class="_ _0"></span>umda varsayılan argüman<span class="_ _0"></span>a ilişkin b<span class="_ _0"></span>u iki karakter </span></div><div class="t m0 x10 h3 y616 ff2 fs0 fc2 sc0 ls0 ws0">bitişik yazılmamalıdır:<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf40" class="pf w0 h0" data-page-no="40"><div class="pc pc40 w0 h0"><img class="bi xb y617 w6 h3b" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">64</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5d7 ff8 fs0 fc2 sc0 ls13 ws0">void func(char * = &quot;Ahmet&quot;);<span class="ls0"> </span></div><div class="t m0 x1 h12 y5d8 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5d9 ff2 fs0 fc2 sc0 ls0 ws0">Gösterici parametre değişkenl<span class="_ _0"></span>eri varsayılan argüman<span class="_ _0"></span> alabildiği gibi, referans param<span class="_ _0"></span>etre değişkenleri d<span class="_ _3"></span><span class="ff1 ls23">e </span></div><div class="t m0 x10 h3 y5da ff2 fs0 fc2 sc0 ls0 ws0">varsayılan değerler alabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y618 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y619 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y61a ff8 fs0 fc2 sc0 ls13 ws0">int g = 20;<span class="ls0"> </span></div><div class="t m0 x11 h11 y61b ff8 fs0 fc2 sc0 ls13 ws0">void func(int &amp;r = g);<span class="ls0"> </span></div><div class="t m0 x1 h11 y33e ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y61c ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y61d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y61e ff8 fs0 fc2 sc0 ls13 ws0">int y = 30; </div><div class="t m0 x12 h11 y61f ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> </span></div><div class="t m0 x12 h11 y620 ff8 fs0 fc2 sc0 ls13 ws0">func(y); </div><div class="t m0 x12 h11 y105 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y621 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 y622 ff8 fs0 fc2 sc0 ls13 ws0">void func(int &amp;r)<span class="ls0"> </span></div><div class="t m0 x11 h11 y623 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y624 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; r &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y625 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h3c y626 ff8 fs10 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y627 ff2 fs6 fc2 sc0 ls0 ws0">V<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>s<span class="_ _3"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>g<span class="_ _3"></span>ü<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _b"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>?<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y628 ff2 fs0 fc2 sc0 ls0 ws0">Bazı işlevlerin çok sayıd<span class="_ _0"></span>a parametre değişkeni vardır. <span class="_ _0"></span>Özellikle böyle işl<span class="_ _0"></span>evler söz konusu old<span class="_ _0"></span>uğunda ve bu </div><div class="t m0 x10 h3 y629 ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkenlerinin b<span class="_ _0"></span>elli bölümüne işleve yap<span class="_ _0"></span>ılan çağrıda çoğunlu<span class="_ _0"></span>kla aynı değerler gönderiliyorsa, </div><div class="t m0 x10 h3 y62a ff2 fs0 fc2 sc0 ls0 ws0">varsayılan argümanların ku<span class="_ _0"></span>llanılması büyük <span class="_ _0"></span>bir yazım kolaylığı s<span class="_ _0"></span>ağlar. İ<span class="_ _0"></span>şleve gönderilen argüman<span class="_ _0"></span> sayısının </div><div class="t m0 x10 h3 y62b ff2 fs0 fc2 sc0 ls0 ws0">azaltılması hem program<span class="_ _0"></span>cının iş yükünü a<span class="_ _0"></span>zaltır, hem de kodun oku<span class="_ _0"></span>nabilirliğini arttırır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y2f4 ff2 fs0 fc2 sc0 ls0 ws0">Parametre değişkenleri için <span class="_ _0"></span>varsayılan argüman b<span class="_ _0"></span>elirlenirken dikk<span class="_ _0"></span>at edilmelidir. Bir işlev çoğun<span class="_ _0"></span>lukla aynı </div><div class="t m0 x10 h3 y62c ff2 fs0 fc2 sc0 ls0 ws0">argüman değerleriyle çağr<span class="_ _0"></span>ılıyorsa varsayılan<span class="_ _0"></span> argüman alan p<span class="_ _0"></span>arametre değişkeni kullan<span class="_ _0"></span>ılabilir. Bir örnek </div><div class="t m0 x10 h3 y62d ff1 fs0 fc2 sc0 ls0 ws0">verelim: </div><div class="t m0 x10 h3 y62e ff2 fs0 fc2 sc0 ls0 ws0">Standart olmasa da, C d<span class="_ _0"></span>erleyicilerinin çoğunda <span class="_ _0"></span><span class="ff9">stdlib <span class="_ _0"></span><span class="ff1">kütüphanesi içinde <span class="_ _0"></span></span>itoa </span>isimli bir işl<span class="_ _0"></span>ev bulunur. İşlev </div><div class="t m0 x10 h3 y62f ff2 fs0 fc2 sc0 ls0 ws0">verilen bir tamsayı değerini v<span class="_ _0"></span>erilen bir sayı siste<span class="_ _0"></span>minde bir yaz<span class="_ _0"></span>ıya dönüştürerek, ad<span class="_ _0"></span>resini aldığı bir diziye </div><div class="t m0 x10 h3 y630 ff1 fs0 fc2 sc0 ls0 ws0">yazar: </div><div class="t m0 x1 hd y631 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf41" class="pf w0 h0" data-page-no="41"><div class="pc pc41 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">65</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">char *itoa(int, char *, int);<span class="ls0"> </span></div><div class="t m0 x1 h11 y3b0 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y632 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin birinci parametres<span class="_ _0"></span>i yazıya dönü<span class="_ _0"></span>ştürülecek değerdir. İşlevin 2. </div><div class="t m0 x10 h3 y633 ff2 fs0 fc2 sc0 ls0 ws0">parametresi yazının y<span class="_ _0"></span>erleştirileceği adrestir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y634 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin 3. parametresi d<span class="_ _0"></span>önüşümün <span class="_ _0"></span>yapılacağı sayı sistemidir<span class="_ _0"></span>. İşlevin geri </div><div class="t m0 x10 h3 y421 ff2 fs0 fc2 sc0 ls0 ws0">dönüş değeri yazının y<span class="_ _0"></span>erleştirildiği adrestir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1f7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y26e ff9 fs0 fc2 sc0 ls0 ws0">itoa <span class="ff2">işlevi çoğunlukla b<span class="_ _0"></span>ir tamsayıyı on<span class="_ _0"></span>luk sayı sistemine göre oluşturu<span class="_ _0"></span>lmuş bir yazıya dön<span class="_ _0"></span>üştürmek için </span></div><div class="t m0 x10 h3 y635 ff2 fs0 fc2 sc0 ls0 ws0">kullanıldığından<span class="_ _0"></span>, işlevin üçüncü parametresin<span class="_ _0"></span>e çoğunlukla <span class="_ _0"></span><span class="ff9">10 <span class="ff1 ls8">de</span></span>ğeri geçilir. Şimdi a<span class="_ _0"></span>ynı işi yapan<span class="_ _0"></span> ancak </div><div class="t m0 x10 h3 y636 ff2 fs0 fc2 sc0 ls0 ws0">varsayılan argüman alan <span class="_ _0"></span><span class="ff9">itoa_d<span class="_ _0"></span> </span>isimli bir işlev yazalım:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y637 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y36a ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y638 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdlib&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y639 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y492 ff8 fs0 fc2 sc0 ls13 ws0">char *itoa_d(int n, char *str, int base = 10)<span class="ls0"> </span></div><div class="t m0 x11 h11 y160 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y63a ff8 fs0 fc2 sc0 ls13 ws0">return itoa(n, str, base);<span class="ls0"> </span></div><div class="t m0 x11 h11 y63b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y63c ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y63d ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y143 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y63e ff8 fs0 fc2 sc0 ls13 ws0">char s[100];<span class="ls0"> </span></div><div class="t m0 x1 h11 y55e ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y63f ff8 fs0 fc2 sc0 ls13 ws0">itoa_d(123, s); </div><div class="t m0 x12 h11 y640 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; s;<span class="ls0"> </span></div><div class="t m0 x1 h11 y4fc ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y641 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y642 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y643 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4cf ff2 fs0 fc2 sc0 ls0 ws0">Yazılan <span class="ff9">itoa_d </span>isi<span class="_ _0"></span>mli işlevin <span class="ff9">base </span>isimli par<span class="_ _0"></span>ametre değişkeninin<span class="_ _0"></span> varsayılan argüman alarak<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y644 ff9 fs0 fc2 sc0 ls4 ws0">10 <span class="ff2 ls0">değeri aldığını görü<span class="_ _0"></span>yorsunuz. İşlev iki argümanla <span class="_ _0"></span>çağrılırsa üçüncü p<span class="_ _0"></span>arametre olan <span class="_ _0"></span><span class="ff9">base<span class="_ _0"></span> <span class="ff1">isimli parametre </span></span></span></div><div class="t m0 x10 h3 y645 ff2 fs0 fc2 sc0 ls0 ws0">değişkenine <span class="ff9 ls4">10 </span>değ<span class="_ _0"></span>eri geçilir. İşlevin kendi için<span class="_ _0"></span>de <span class="ff9">itoa </span>işlevini<span class="_ _0"></span> çağırdığını görüyorsunuz.<span class="_ _0"></span> <span class="ff9">itoa <span class="_ _0"></span></span>işlevi bu </div><div class="t m0 x10 h3 y646 ff2 fs0 fc2 sc0 ls0 ws0">durumda varsayılan a<span class="_ _0"></span>rgüman alan <span class="_ _0"></span><span class="ff9">itoa_d </span>isimli işlevi tarafın<span class="_ _0"></span>dan sarmalanmıştır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y647 ff2 fs0 fc2 sc0 ls0 ws0">Varsayılan argümanlar <span class="_ _0"></span><span class="ff10">&quot;Hiçbir değe<span class="_ _0"></span>r almayacağına bari şu değe<span class="_ _0"></span>ri alsın&quot; </span>fikriyl<span class="_ _0"></span>e kullanılmama<span class="_ _0"></span>lıdır. </div><div class="t m0 x10 h3 y648 ff2 fs0 fc2 sc0 ls0 ws0">Böylesi kullanımlar kay<span class="_ _0"></span>nak kodu inceleyen kişiyi yanıltır.<span class="_ _3"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf42" class="pf w0 h0" data-page-no="42"><div class="pc pc42 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">66</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Bazen parametre değişk<span class="_ _0"></span>enine verilen varsayılan<span class="_ _0"></span> değerin özel bir an<span class="_ _0"></span>lamı olmaz. Bu varsayılan d<span class="_ _0"></span>eğer yalnızca </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">işlevin varsayılan argümanla <span class="_ _0"></span>çağrılıp çağrılmadı<span class="_ _0"></span>ğını saptamak amacıyla <span class="_ _0"></span>kullanılır. <span class="_ _0"></span>Gerçek varsayılan d<span class="_ _0"></span>eğerler </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">işlevin içinde ve bir dizi işle<span class="_ _0"></span>mle elde edilebilir. Aşağıdak<span class="_ _0"></span>i örneği inceleyin<span class="_ _0"></span>:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y649 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdio&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y64a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y550 ff8 fs0 fc2 sc0 ls13 ws0">#define<span class="ls0"> </span>DEFAULT_CALL<span class="ls0"> <span class="_ _35"> </span>(-</span>1)<span class="ls0"> </span></div><div class="t m0 x1 h12 y26d ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y64b ff8 fs0 fc2 sc0 ls13 ws0">void write_file(const void *ptr, unsigned nbytes, FILE *fp, long offset = </div><div class="t m0 x11 h11 y64c ff8 fs0 fc2 sc0 ls13 ws0">DEFAULT_CALL)<span class="ls0"> </span></div><div class="t m0 x11 h11 y64d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y471 ff8 fs0 fc2 sc0 ls13 ws0">if (offset !=<span class="ls0"> </span>DEFAULT_CALL) </div><div class="t m0 x1e h11 y3b9 ff8 fs0 fc2 sc0 ls13 ws0">fseek(fp, offset, SEEK_SET);<span class="ls0"> </span></div><div class="t m0 x13 h11 y64e ff8 fs0 fc2 sc0 ls13 ws0">fwrite(ptr, 1, nbytes, fp);<span class="ls0"> </span></div><div class="t m0 x11 h11 yc3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y64f ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye6 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y650 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y651 ff8 fs0 fc2 sc0 ls13 ws0">double d = 10.2; </div><div class="t m0 x12 h11 y652 ff8 fs0 fc2 sc0 ls13 ws0">FILE *f;<span class="ls0"> </span></div><div class="t m0 x12 h11 y653 ff8 fs0 fc2 sc0 ls13 ws0">/*...*/<span class="ls0"> </span></div><div class="t m0 x12 h11 y654 ff8 fs0 fc2 sc0 ls13 ws0">write_file(&amp;d, sizeof(double), f);<span class="ls0"> </span></div><div class="t m0 x12 h11 y655 ff8 fs0 fc2 sc0 ls13 ws0">/*...*/ </div><div class="t m0 x12 h11 y656 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y657 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y4cb ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y658 ff9 fs0 fc2 sc0 ls0 ws0">write_file <span class="ff2">isimli işlevin tanımı<span class="_ _0"></span>nı inceleyelim: İşlev birinci par<span class="_ _0"></span>ametresine geçilen a<span class="_ _0"></span>dresten başlayarak <span class="_ _3"></span></span>nbytes </div><div class="t m0 x10 h3 y659 ff2 fs0 fc2 sc0 ls0 ws0">kadar byte&apos;ı bir d<span class="_ _0"></span>osyaya yazar. İşlevin <span class="_ _0"></span><span class="ff9">offset <span class="ff1">isimli son par<span class="_ _0"></span>ametresine bir <span class="_ _0"></span></span>ofset </span>değeri geçilirse, işle<span class="_ _0"></span>v dosya </div><div class="t m0 x10 h3 y3c5 ff2 fs0 fc2 sc0 ls0 ws0">konum göstericisini bu o<span class="_ _0"></span>fset değerine konuml<span class="_ _0"></span>andırır ve yaz<span class="_ _0"></span>ma işlemini bu konumdan<span class="_ _0"></span> başlatır. İşlevin son </div><div class="t m0 x10 h3 y65a ff2 fs0 fc2 sc0 ls0 ws0">parametresine bir değer ge<span class="_ _0"></span>çilmez ise, yazma işlemi d<span class="_ _0"></span>osya konum göstericisinin gö<span class="_ _0"></span>sterdiği konu<span class="_ _0"></span>mdan </div><div class="t m0 x10 h3 y65b ff2 fs0 fc2 sc0 ls0 ws0">başlayarak yap<span class="_ _0"></span>ılır.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf43" class="pf w0 h0" data-page-no="43"><div class="pc pc43 w0 h0"><img class="bi xb y65c w6 h3d" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">67</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hb y28 ff5 fs3 fc3 sc0 ls0 ws0">İ<span class="_ _3"></span>Ş<span class="_ _3"></span><span class="ff3">L<span class="_ _3"></span>E<span class="_ _3"></span>V<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>Ü<span class="_ _3"></span>K<span class="_ _3"></span>L<span class="_ _3"></span>E<span class="_ _3"></span>M<span class="_ _3"></span>E<span class="_ _3"></span>S<span class="_ _3"></span></span>İ<span class="_ _b"></span><span class="ff3"> </span></div><div class="t m0 x10 h3 y65d ff2 fs0 fc2 sc0 ls0 ws0">C++ dilinde, bir kaynak<span class="_ _0"></span> dosyada ayn<span class="_ _0"></span>ı isimli birden fazla işlev tanımlanabilir. N<span class="_ _0"></span>esne yönelimli programlama </div><div class="t m0 x10 h3 y54e ff2 fs0 fc2 sc0 ls0 ws0">tekniğinin uygulan<span class="_ _0"></span>masını kolaylaştıran bu a<span class="_ _0"></span>raç İngilizce&apos;de <span class="ff10">&quot;<span class="_ _0"></span>function overload<span class="_ _0"></span>ing&quot; (işlev yüklemesi) <span class="_ _0"></span><span class="ff1">olarak </span></span></div><div class="t m0 x10 h3 y2a8 ff2 fs0 fc2 sc0 ls0 ws0">isimlendirilir. Şu sorulara y<span class="_ _0"></span>anıt aramakl<span class="_ _0"></span>a başlayalım:<span class="ff1"> </span></div><div class="t m0 x10 h3 y65e ff2 fs0 fc2 sc0 ls0 ws0">Neden iki ya da <span class="_ _0"></span>daha fazla sayıda işlevin isimleri a<span class="_ _0"></span>ynı olsun? İki ay<span class="_ _0"></span>rı işleve aynı isim vermen<span class="_ _0"></span>in nasıl bir </div><div class="t m0 x10 h3 y3b4 ff2 fs0 fc2 sc0 ls0 ws0">faydası olabilir? Bir örn<span class="_ _0"></span>ekle başlayalım:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y65f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y660 ff2 fs6 fc2 sc0 ls0 ws0">A<span class="_ _3"></span>y<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>ü<span class="_ _3"></span>z<span class="_ _3"></span> <span class="_ _3"></span>F<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _b"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> </span></div><div class="t m0 x10 h3 y661 ff2 fs0 fc2 sc0 ls0 ws0">C&apos;nin aşağıdaki standart işl<span class="_ _0"></span>evlerini<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y662 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y290 ff8 fs0 fc2 sc0 ls13 ws0">int abs(int x);<span class="ls0"> </span></div><div class="t m0 x10 h11 y663 ff8 fs0 fc2 sc0 ls13 ws0">double fabs(double x); </div><div class="t m0 x10 h11 y664 ff8 fs0 fc2 sc0 ls13 ws0">long labs(long x);<span class="ls0"> </span></div><div class="t m0 x1 h1c y665 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y666 ff2 fs0 fc2 sc0 ls0 ws0">C&apos;nin standart başlık do<span class="_ _0"></span>syalarından b<span class="_ _0"></span>iri olan <span class="_ _0"></span><span class="ff9">math.h </span>içinde bildirimleri yer ala<span class="_ _0"></span>n yukarıdaki işlevlerin hepsi asl<span class="_ _0"></span>ında </div><div class="t m0 x10 h3 y667 ff2 fs0 fc2 sc0 ls0 ws0">aynı işlemi yapar. Bu işlevler, <span class="_ _0"></span>kendilerine argüman olarak <span class="_ _0"></span>gönderilen ifadenin mutla<span class="_ _0"></span>k değerini geri dönü<span class="_ _3"></span>ş değeri </div><div class="t m0 x10 h3 y668 ff2 fs0 fc2 sc0 ls0 ws0">olarak üretir. Bu işlevlerin d<span class="_ _0"></span>ışarıdan aldıkla<span class="_ _0"></span>rı değerlerin türleri farklıdır, dolay<span class="_ _0"></span>ısıyla ürettikleri geri dönüş </div><div class="t m0 x10 h3 y669 ff2 fs0 fc2 sc0 ls0 ws0">değerlerinin türleri de farklıdı<span class="_ _0"></span>r. C dilinde aynı isimli işlevl<span class="_ _0"></span>er tanımlanamayacağı için,<span class="_ _0"></span> bu işlevlere ayrı isiml<span class="_ _0"></span>er </div><div class="t m0 x10 h3 y66a ff2 fs0 fc2 sc0 ls0 ws0">verilmiştir. Bu işlevlerin hep<span class="_ _0"></span>sinin ismi aynı olsayd<span class="_ _0"></span>ı, örneğin hepsinin isimleri <span class="_ _0"></span><span class="ff9">abs </span>ol<span class="_ _0"></span>saydı, mutlak değer al<span class="_ _0"></span>ma </div><div class="t m0 x10 h3 y66b ff2 fs0 fc2 sc0 ls0 ws0">işlemi yapan programcının<span class="_ _0"></span>, birden fazla işlev ismini bil<span class="_ _0"></span>mesi ya d<span class="_ _0"></span>a anımsaması gerekmezdi, d<span class="_ _0"></span>eğil mi?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y66c ff2 fs0 fc2 sc0 ls0 ws0">Aslında dilin temel işleçlerini <span class="_ _0"></span>düşündüğü<span class="_ _0"></span>nüz zaman benzeri bi<span class="_ _0"></span>r aracın k<span class="_ _0"></span>ullanıma hazır bir biçimde </div><div class="t m0 x10 h3 y374 ff2 fs0 fc2 sc0 ls0 ws0">sunulduğunu gö<span class="_ _0"></span>rebilirsiniz. Toplama işlecini ele alalım. <span class="_ _0"></span>Toplama işleci ne i<span class="_ _0"></span>ş yapar? İki değerin t<span class="_ _0"></span>oplanmasını </div><div class="t m0 x10 h3 y242 ff2 fs0 fc2 sc0 ls0 ws0">sağlar, değil mi?<span class="ff1"> </span></div><div class="t m0 x1 hd y66d ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y66e ff8 fs0 fc2 sc0 ls13 ws0">10 + 20<span class="ls0"> </span></div><div class="t m0 x1 h15 y66f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y670 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda, <span class="_ _b"></span><span class="ff9 ls4">10 <span class="_ _b"></span></span><span class="ff1">ile <span class="_ _b"></span><span class="ff9 ls4">20 <span class="_ _b"></span></span></span>d<span class="_ _0"></span>eğerlerinin <span class="_ _b"></span>top<span class="_ _0"></span>lama <span class="_ _3"></span>işl<span class="_ _0"></span>ecinin <span class="_ _3"></span>t<span class="_ _0"></span>erimleri <span class="_ _b"></span>olduğun<span class="_ _0"></span>u <span class="_ _b"></span>görüyorsunuz. <span class="_ _b"></span>Toplama <span class="_ _b"></span>işleci<span class="_ _0"></span> <span class="_ _3"></span>b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 y311 ff2 fs0 fc2 sc0 ls0 ws0">işlemin <span class="_ _3"></span>yapılma<span class="_ _0"></span>sını <span class="_ _3"></span>sağlıyor,<span class="_ _0"></span> <span class="_ _3"></span>yapılan<span class="_ _0"></span> <span class="_ _3"></span>işlemin <span class="_ _3"></span>sonu<span class="_ _0"></span>cunda <span class="_ _f"></span><span class="ff9 ls4">30 <span class="_ _b"></span></span>değeri <span class="_ _3"></span>üretiliyo<span class="_ _0"></span>r. <span class="_ _3"></span>Şimdi <span class="_ _b"></span>de <span class="_ _3"></span>aş<span class="_ _0"></span>ağıdaki <span class="_ _3"></span>işleme </div><div class="t m0 x10 h3 y671 ff2 fs0 fc2 sc0 ls0 ws0">bakalım:<span class="ff1"> </span></div><div class="t m0 x1 hd y672 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y673 ff8 fs0 fc2 sc0 ls13 ws0">1,5 + 3.5<span class="ls0"> </span></div><div class="t m0 x1 h15 y12f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4a0 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte ise <span class="_ _0"></span><span class="ff9">1.5 <span class="ff1">ve </span>3.5 </span>d<span class="_ _0"></span>eğerlerinin toplama işleci<span class="_ _0"></span>nin terimleri olduğunu görü<span class="_ _0"></span>yorsunuz. Toplama </div><div class="t m0 x10 h3 y337 ff2 fs0 fc2 sc0 ls0 ws0">işleci yine bir işlemin yapılma<span class="_ _0"></span>sını sağlıyor, yap<span class="_ _0"></span>ılan işlemin sonucu<span class="_ _0"></span>nda <span class="_ _0"></span><span class="ff9">5.0 </span>değeri üretiliyor. Oysa makina </div><div class="t m0 x10 h3 y674 ff2 fs0 fc2 sc0 ls0 ws0">açısından bakıldığınd<span class="_ _0"></span>a, tamsayı türünd<span class="_ _0"></span>en iki değerin birbiriyle toplanmasıyla, gerç<span class="_ _0"></span>ek sayı <span class="_ _3"></span>türünden iki değerin </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf44" class="pf w0 h0" data-page-no="44"><div class="pc pc44 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">68</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">birbiriyle toplanması bambaşk<span class="_ _0"></span>a işlemlerdir. Bize çok do<span class="_ _0"></span>ğal görünen b<span class="_ _0"></span>u iki örnekte yapılan<span class="_ _0"></span> işlemi, aslında </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">ayrıntılarından<span class="_ _0"></span> soyutlayarak &quot;toplama&quot; olarak <span class="_ _0"></span>ifade ediyoruz. Mat<span class="_ _0"></span>ematikte olduğu gibi C d<span class="_ _0"></span>ilinde de, bu </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">işlemleri yapmak için, b<span class="_ _0"></span>ir<span class="ff1"> </span>soyutlama ku<span class="_ _0"></span>llanılarak, aynı işleçler yan<span class="_ _0"></span>i aynı simgeler kullanılıyor. İk<span class="_ _0"></span>i işlem için farklı </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">iki simge kullanılmış olsaydı, a<span class="_ _0"></span>lgılama bu kad<span class="_ _0"></span>ar kolay olur muydu?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y675 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y676 ff2 fs0 fc2 sc0 ls0 ws0">C dilinde aynı isimli işlevlerin <span class="_ _0"></span>bir arada <span class="_ _0"></span>bulunamamasının nedeni nedir? C d<span class="_ _0"></span>erleyicileri, bir <span class="_ _3"></span>işlev çağrı ifadesi ile </div><div class="t m0 x10 h3 y3b4 ff2 fs0 fc2 sc0 ls0 ws0">karşılaştığında, hedef kod<span class="_ _0"></span>a <span class="ff9">(obje<span class="_ _0"></span>ct code) </span>yaln<span class="_ _0"></span>ızca çağrılan işlevin ismini yazar. Örneğin <span class="_ _0"></span><span class="ff9">Bo<span class="_ _0"></span>rland <span class="ff1">derleyicileri, </span></span></div><div class="t m0 x10 h3 y677 ff2 fs0 fc2 sc0 ls0 ws0">çağrılan işlevin isminin başına <span class="_ _0"></span>alttire karakteri ekley<span class="_ _0"></span>erek oluşturdukla<span class="_ _0"></span>rı ismi hedef koda yazar<span class="_ _0"></span>. Aşağıda bildirimi </div><div class="t m0 x10 h3 y678 ff1 fs0 fc2 sc0 ls0 ws0">ver<span class="ff2">ilen işlevi örnek olarak <span class="_ _0"></span>ele alalım:</span> </div><div class="t m0 x1 h16 y679 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4f3 ff8 fs0 fc2 sc0 ls13 ws0">int foo(int, int);<span class="ls0"> </span></div><div class="t m0 x1 h15 y5f1 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5f2 ff2 fs0 fc2 sc0 ls0 ws0">Derleyici bu işlevin çağrılması <span class="_ _0"></span>durumunda <span class="_ _0"></span>hedef koda<span class="ff1"> </span></div><div class="t m0 x11 h11 y67a ff8 fs0 fc2 sc0 ls13 ws0">_foo<span class="ls0"> </span></div><div class="t m0 x10 h3 y1fd ff1 fs0 fc2 sc0 ls0 ws0">gibi bir isim yazar. Oysa <span class="_ _0"></span><span class="ff9">foo <span class="ff2">işlevinin b<span class="_ _0"></span>ildirimi farklı olsa da,<span class="_ _0"></span> C derleyicisinin hedef ko<span class="_ _0"></span>da yazacağı isim aynı olu<span class="_ _0"></span>r. </span></span></div><div class="t m0 x10 h3 y67b ff2 fs0 fc2 sc0 ls0 ws0">Aynı isimli fakat par<span class="_ _0"></span>ametrik yapıları farklı, bird<span class="_ _0"></span>en fazla <span class="ff9">foo <span class="_ _0"></span></span>işlevi olsaydı, derleyici bu işl<span class="_ _0"></span>evlerin hepsi için amaç </div><div class="t m0 x10 h3 y21e ff2 fs0 fc2 sc0 ls0 ws0">kodda ayn<span class="_ _0"></span>ı ismi kullanırdı. Bu durumda da,<span class="_ _0"></span> bağlayıcı program aynı isimli işlevlerden h<span class="_ _0"></span>angisinin çağrıl<span class="_ _0"></span>mış </div><div class="t m0 x10 h3 y21f ff2 fs0 fc2 sc0 ls0 ws0">olduğunu an<span class="_ _0"></span>layamazdı.<span class="ff1"> </span></div><div class="t m0 x10 h3 y67c ff2 fs0 fc2 sc0 ls0 ws0">C++ dilinde aynı isimli işl<span class="_ _0"></span>evlerin tan<span class="_ _0"></span>ımlanabilmesi nasıl müm<span class="_ _0"></span>kün oluyor? C++ dilinde farklı <span class="_ _0"></span>olan nedir?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y67d ff2 fs0 fc2 sc0 ls0 ws0">C++ derleyicisi, bir işle<span class="_ _0"></span>v çağrı ifadesinin karşılığı olarak <span class="_ _0"></span>hedef koda, C d<span class="_ _0"></span>erleyicisi gibi yalnızca işlevin ismini </div><div class="t m0 x10 h3 y55b ff2 fs0 fc2 sc0 ls0 ws0">yazmaz. C++ derleyicisi çağrı<span class="_ _0"></span>lan işlevin ismini, işlevin param<span class="_ _0"></span>etre<span class="ff1"> </span>d<span class="_ _0"></span>eğişkenlerinin türleri ile b<span class="_ _0"></span>irleştirerek bir isim </div><div class="t m0 x10 h3 y30a ff2 fs0 fc2 sc0 ls0 ws0">oluşturur, bu ismi amaç kod<span class="_ _0"></span>a yazar. Amaç kod<span class="_ _0"></span>a yazılmak üzere oluşturulan bu<span class="_ _0"></span> ismin oluşturulma biçimi, </div><div class="t m0 x10 h3 y30b ff2 fs0 fc2 sc0 ls0 ws0">standartlarca kesin olarak <span class="_ _0"></span>belirtilmemiş, derleyiciyi yaz<span class="_ _0"></span>anlara bırakılmıştır. Örn<span class="_ _0"></span>eğin bir C++ derleyi<span class="_ _0"></span>cisi yuka<span class="_ _0"></span>rıda </div><div class="t m0 x10 h3 y67e ff1 fs0 fc2 sc0 ls0 ws0">bildirimi verilen <span class="ff9">foo <span class="_ _0"></span><span class="ff2">işlevini hedef koda aşağıdak<span class="_ _0"></span>i gibi yazabilir:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 hd y67f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y680 ff8 fs0 fc2 sc0 ls13 ws0">_foo@i@i<span class="ls0"> </span></div><div class="t m0 x1 h15 y681 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y310 ff2 fs0 fc2 sc0 ls0 ws0">C++derleyicisinin, işlev isimlerin<span class="_ _0"></span>in sonuna <span class="_ _0"></span><span class="ff9 ls2b">@ </span>karakterini izleyecek biçimd<span class="_ _0"></span>e, parametre de<span class="_ _0"></span>ğişkeninin türünün </div><div class="t m0 x10 h3 y682 ff2 fs0 fc2 sc0 ls0 ws0">baş harfini yazdığın<span class="_ _0"></span>ı varsayalım. Bu durumda<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y683 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y684 ff8 fs0 fc2 sc0 ls13 ws0">int foo(double, double);<span class="ls0"> </span></div><div class="t m0 x1 h15 y685 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3ac ff1 fs0 fc2 sc0 ls0 ws0">gibi ikinci bir <span class="ff9">foo <span class="_ _0"></span><span class="ff2">işlevi var olsaydı, d<span class="_ _0"></span>erleyici bu işlevin çağrı ifadesi karşılığı hede<span class="_ _0"></span>f koda bu kez<span class="_ _0"></span></span></span> </div><div class="t m0 x11 h3 y686 ff1 fs0 fc2 sc0 ls0 ws0">_foo@d@d </div><div class="t m0 x10 h3 y687 ff2 fs0 fc2 sc0 ls0 ws0">yazardı.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf45" class="pf w0 h0" data-page-no="45"><div class="pc pc45 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">69</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y688 ff2 fs0 fc2 sc0 ls0 ws0">Böylece sıra bağlayıcı pro<span class="_ _0"></span>grama geldiğinde, bağlayıcı p<span class="_ _0"></span>rogram aynı isimli birden <span class="_ _0"></span>fazla<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y689 ff2 fs0 fc2 sc0 ls0 ws0">işlev olmasına karşın, hed<span class="_ _0"></span>ef koda y<span class="_ _0"></span>azılan ismi görerek, aynı isimli işlevlerden han<span class="_ _0"></span>gisinin çağrılmış olduğu<span class="_ _0"></span>nu </div><div class="t m0 x10 h3 y68a ff1 fs0 fc2 sc0 ls0 ws0">anlar. </div><div class="t m0 x10 h3 y68b ff2 fs0 fc2 sc0 ls0 ws0">Aynı isimli işlevlerin var olabil<span class="_ _0"></span>mesi için gerekli koşul da o<span class="_ _0"></span>rtaya çıkıyor:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y68c ff2 fs0 fc2 sc0 ls0 ws0">Aynı isimli iki işlevin, aynı b<span class="_ _0"></span>ilinirlik alanında var olab<span class="_ _0"></span>ilmesi için, işlevlerin paramet<span class="_ _0"></span>r<span class="_ _0"></span>ik yapılarının farklı o<span class="_ _0"></span>lması </div><div class="t m0 x10 h3 y68d ff2 fs0 fc2 sc0 ls0 ws0">gerekir. Aynı isimli işlevlerin p<span class="_ _0"></span>arametre değişkeni say<span class="_ _0"></span>ısı <span class="ff9">ve<span class="_ _0"></span>/veya </span>parametre deği<span class="_ _0"></span>şkenlerinin tü<span class="_ _0"></span>rleri bir farklılık </div><div class="t m0 x10 h3 y68e ff2 fs0 fc2 sc0 ls0 ws0">göstermelidir. Eğer ayn<span class="_ _0"></span>ı isimli iki işlevin, hem param<span class="_ _0"></span>etre değişkeni sayı<span class="_ _0"></span>sı aynı hem de para<span class="_ _0"></span>metre </div><div class="t m0 x10 h3 y68f ff2 fs0 fc2 sc0 ls0 ws0">değişkenlerinin türleri ayn<span class="_ _0"></span>ı ise, bu d<span class="_ _0"></span>urumda her iki işlev de hedef koda ayn<span class="_ _0"></span>ı şekilde yazılacağından<span class="_ _0"></span>, bağlayıcı </div><div class="t m0 x10 h3 y690 ff2 fs0 fc2 sc0 ls0 ws0">program yazılan isimlerden,<span class="_ _0"></span> hangi işlevin çağrılmak ist<span class="_ _0"></span>endiğini anlay<span class="_ _0"></span>amaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y691 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y692 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki açıklamalardan<span class="_ _0"></span>, C++derleyicilerinin çağr<span class="_ _0"></span>ılan işlevi hedef koda y<span class="_ _0"></span>azarke<span class="_ _0"></span>n kulland<span class="_ _0"></span>ıkları ismin </div><div class="t m0 x10 h3 y693 ff2 fs0 fc2 sc0 ls0 ws0">oluşturulmasında, işlevin geri <span class="_ _0"></span>dönüş değeri türü<span class="_ _0"></span>nün hiçbir katkısı olmadığını anlamalı<span class="_ _0"></span>sınız. Bu d<span class="_ _0"></span>urumda, </div><div class="t m0 x10 h3 y694 ff2 fs0 fc2 sc0 ls0 ws0">imzaları birbirleriyle tamam<span class="_ _0"></span>en aynı, an<span class="_ _0"></span>cak geri dönüş değerleri farklı türlerd<span class="_ _0"></span>en olan, aynı isimli iki işlev, aynı </div><div class="t m0 x10 h3 y695 ff1 fs0 fc2 sc0 ls0 ws0">bilinirlik ala<span class="ff2">nınd<span class="_ _0"></span>a bildirilemez. Geri dönüş değeri tü<span class="_ _0"></span>rü dışında tüm par<span class="_ _0"></span>ametrik yapısı aynı olan ik<span class="_ _0"></span>i işlevin var </span></div><div class="t m0 x10 h3 y696 ff2 fs0 fc2 sc0 ls0 ws0">olduğunu d<span class="_ _0"></span>üşünelim. Bu isimle bir işlev çağrısı yapıldığınd<span class="_ _0"></span>a, derleyici hangi işle<span class="_ _0"></span>vin çağrıldığını anlayab<span class="_ _0"></span>ilir miydi?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y697 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3bc ff8 fs0 fc2 sc0 ls13 ws0">int foo(int);<span class="ls0"> </span></div><div class="t m0 x11 h11 y36f ff8 fs0 fc2 sc0 ls13 ws0">double<span class="ls0"> </span>foo(int);<span class="ls0"> <span class="_ _14"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x1 h12 y698 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y699 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y86 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y69a ff8 fs0 fc2 sc0 ls13 ws0">foo();<span class="ls0"> </span></div><div class="t m0 x1 h11 y1c9 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y1ca ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yac ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a y69b ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y69c ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki her iki bildirim d<span class="_ _0"></span>e geçerli olsaydı, han<span class="_ _0"></span>gi <span class="ff9">foo <span class="_ _0"></span></span>işlevinin çağrıldığı nasıl anlaşılı<span class="_ _0"></span>rdı?<span class="ff1"> </span></div><div class="t m0 x1 h16 y69d ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf2 ff2 fs0 fc2 sc0 ls0 ws0">İşlevlerin parametre değişk<span class="_ _0"></span>enlerinin sayısı ile, her bir p<span class="_ _0"></span>arametre değişkeninin t<span class="_ _0"></span>ürünü kapsay<span class="_ _0"></span>an bilgiye </div><div class="t m0 x10 h3 y69e ff2 fs0 fc2 sc0 ls0 ws0">“işlevin imzası” denir. İşl<span class="_ _0"></span>evin geri dönüş değerinin türü<span class="_ _0"></span> bilgisi, işlevin imzasının b<span class="_ _0"></span>ir parçası değildir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y69f ff2 fs0 fc2 sc0 ls0 ws0">Aynı bilinirlik alanın<span class="_ _0"></span>da aynı isimli iki ya da dah<span class="_ _0"></span>a fazla sayıda işleve ilişkin bildiri<span class="_ _0"></span>m varsa, aşağıdaki ü<span class="_ _0"></span>ç </div><div class="t m0 x10 h3 y6a0 ff1 fs0 fc2 sc0 ls0 ws0">durumdan b<span class="_ _0"></span>iri söz konusu olur: </div><div class="t m0 x1 h3 y6a1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y6a2 ff6 fs0 fc2 sc0 ls2c ws0">i.<span class="_ _9"></span><span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">H<span class="_ _0"></span>em işlevlerin imzaları tama<span class="_ _0"></span>men aynı<span class="_ _9"></span> hem de işlevlerin geri dönüş değerlerinin<span class="_ _0"></span> türleri aynı ise, derleyici bu </span></span></div><div class="t m0 x10 h3 y6a3 ff1 fs0 fc2 sc0 ls0 ws0">durumu, <span class="ff2">aynı<span class="_ _9"></span> işlevin bildiriminin birden fazla kez <span class="_ _0"></span>yapıldığı biçiminde yorumlar. C<span class="_ _0"></span>&apos;de olduğu gib<span class="_ _0"></span>i C++&apos;ta da, bir </span></div><div class="t m0 x10 h3 y6a4 ff2 fs0 fc2 sc0 ls0 ws0">işlevin bildirimi özdeş<span class="_ _6"></span> olm<span class="_ _9"></span>ası<span class="_ _9"></span> <span class="ff1 ls2d">ko</span>şuluyla birden faz<span class="_ _0"></span>la<span class="ff1"> </span>yapılabilir:<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf46" class="pf w0 h0" data-page-no="46"><div class="pc pc46 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">70</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y402 ffc fs0 fc2 sc0 ls13 ws0">//işlev bildirimi iki kez yapılıyor (function redeclaration) </div><div class="t m0 x11 h11 y6a5 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>func(int);<span class="ls0"> </span></div><div class="t m0 x11 h11 y6a6 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>func(int);<span class="ls0"> </span></div><div class="t m0 x1 h1c y6a7 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y6a8 ff6 fs0 fc2 sc0 ls0 ws0">ii.<span class="ff7"> <span class="_ _3"></span><span class="ff2">Ayn<span class="_ _0"></span>ı isimli işlevlerin <span class="ff1 fc7">parametik <span class="_ _0"></span></span>yapıları birbirin<span class="_ _0"></span>den farklı ise, yani işlevlerin imzaları farklı i<span class="_ _0"></span>se, derleyici <span class="_ _0"></span><span class="ff1 ls15">bu </span></span></span></div><div class="t m0 x10 h3 y6a9 ff2 fs0 fc2 sc0 ls0 ws0">durumu, ayn<span class="_ _0"></span>ı isimli fakat farklı işlevlerin b<span class="_ _0"></span>ulunduğu <span class="_ _0"></span><span class="ff9">(function overloading<span class="_ _0"></span>) <span class="ff1">biçiminde yoru<span class="_ _0"></span>mlar. Bu durumda </span></span></div><div class="t m0 x10 h3 y6aa ff2 fs0 fc2 sc0 ls0 ws0">işlevlerin geri dönüş türlerinin<span class="_ _0"></span> bir <span class="_ _0"></span><span class="ff1">öne<span class="_ _9"></span>mi<span class="_ _9"></span> yoktur: </span></div><div class="t m0 x1 h16 y6ab ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6ac ffc fs0 fc2 sc0 ls13 ws0">//function overloading (İşlev yüklenmesi) </div><div class="t m0 x11 h11 y6ad ff8 fs0 fc2 sc0 ls13 ws0">int func(int);<span class="ls0"> </span></div><div class="t m0 x11 h11 y6ae ff8 fs0 fc2 sc0 ls13 ws0">int func(int, int);<span class="ls0"> </span></div><div class="t m0 x1 h1c y3d4 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6af ff2 fs0 fc2 sc0 ls0 ws0">Aynı isimli iki işlevin param<span class="_ _0"></span>etrik yap<span class="_ _0"></span>ısı, yalnızca işlevin birinde varsayılan a<span class="_ _0"></span>rgüman kullanılması biçi<span class="_ _0"></span>minde </div><div class="t m0 x10 h3 y1fd ff2 fs0 fc2 sc0 ls0 ws0">farklılık gösteriyorsa, bu d<span class="_ _0"></span>urum yine işlev bildiri<span class="_ _0"></span>minin yinelenmesi olarak ele alınır:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y6b0 ffc fs0 fc2 sc0 ls13 ws0">//işlev bildirimi yineleniyor(function redeclaration) </div><div class="t m0 x11 h11 y6b1 ff8 fs0 fc2 sc0 ls13 ws0">int max(int *ptr, int size);<span class="ls0"> </span></div><div class="t m0 x11 h11 y6b2 ff8 fs0 fc2 sc0 ls13 ws0">int max(int *, int = 10);<span class="ls0"> </span></div><div class="t m0 x1 h14 y6b3 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y413 ff6 fs0 fc2 sc0 ls0 ws0">iii.<span class="ff7"> <span class="_ _b"></span><span class="ff2">İşlevlerin <span class="_ _3"></span>parametrik <span class="_ _3"></span>yapıları <span class="_ _3"></span>tamamen <span class="_ _0"></span>ayn<span class="_ _0"></span>ı, <span class="_ _3"></span>fakat <span class="_ _3"></span>işle<span class="_ _9"></span>vlerin <span class="_ _3"></span>bildirilen <span class="_ _3"></span>geri <span class="_ _3"></span>dönüş <span class="_ _3"></span>değerlerinin <span class="_ _0"></span>türleri </span></span></div><div class="t m0 x10 h3 y6b4 ff2 fs0 fc2 sc0 ls0 ws0">farklı <span class="_ _3"></span>ise, <span class="_ _3"></span><span class="ff1 ls15">bu <span class="_ _3"></span></span>d<span class="_ _0"></span>urumda <span class="_ _3"></span>derleyici, <span class="_ _3"></span>işlev <span class="_ _b"></span>bildiriminin <span class="_ _b"></span>özde<span class="_ _9"></span>ş <span class="_ _3"></span>olmayan <span class="_ _3"></span>biçimde <span class="_ _3"></span>yinelendiği<span class="_ _0"></span> <span class="_ _3"></span>sonucunu<span class="_ _0"></span> <span class="_ _3"></span>çıkartır. </div><div class="t m0 x10 h3 y6b5 ff1 fs0 fc2 sc0 ls0 ws0">Bu dur<span class="_ _9"></span>umu<span class="_ _9"></span> bir <span class="ff2">sözdizim hatası olarak<span class="_ _0"></span></span> <span class="_ _6"></span>belirler. </div><div class="t m0 x11 h11 y6b6 ffc fs0 fc2 sc0 ls13 ws0">//işlev bildirimi çelişkili biçimde yineleniyor </div><div class="t m0 x11 h11 y2bc ff8 fs0 fc2 sc0 ls13 ws0">int func(int)<span class="ls0"> </span></div><div class="t m0 x11 h11 y6b7 ff8 fs0 fc2 sc0 ls13 ws0">double<span class="ls0">  </span>func(int);<span class="ls0"> <span class="_ _28"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x1 h15 y6b8 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6b9 ff9 fs0 fc2 sc0 ls0 ws0">typedef <span class="ff2">bildirimi ile yeni b<span class="_ _0"></span>ir tür yaratılmış olmaz. <span class="_ _0"></span></span>typedef <span class="ff1">bil<span class="_ _0"></span>dirimiyle var olan bir tü<span class="_ _0"></span>re yeni bir isim verilebilir. </span></div><div class="t m0 x10 h3 y6ba ff2 fs0 fc2 sc0 ls0 ws0">Eğer aynı<span class="_ _6"></span> <span class="ff1">i</span>simli iki işlevde, par<span class="_ _0"></span>ametre değişkenlerinin türleri<span class="_ _0"></span>nin yazılmasında birind<span class="_ _0"></span>e <span class="_ _0"></span><span class="ff9">typedef </span>ismi kullanılırk<span class="_ _0"></span>en, </div><div class="t m0 x10 h3 y22c ff2 fs0 fc2 sc0 ls0 ws0">diğerinde türün gerçek i<span class="_ _0"></span>smi kullanılmış ise bu duru<span class="_ _0"></span>m <span class="ff10">&quot;işlev <span class="_ _0"></span>yüklemesi&quot; </span>olarak ka<span class="_ _0"></span>bul edilmez. Aşağıdaki örn<span class="_ _0"></span>eği<span class="ff1"> </span></div><div class="t m0 x10 h3 y6bb ff1 fs0 fc2 sc0 ls0 ws0">inceleyin: </div><div class="t m0 x11 h11 y6bc ff8 fs0 fc2 sc0 ls13 ws0">typedef unsigned char BYTE; </div><div class="t m0 x11 h11 y686 ff8 fs0 fc2 sc0 ls13 ws0">BYTE foo(BYTE);<span class="ls0"> </span></div><div class="t m0 x11 h11 y6bd ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0">  </span>foo(unsigned<span class="ls0"> </span>char);<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf47" class="pf w0 h0" data-page-no="47"><div class="pc pc47 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">71</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h1c y6be ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6bf ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki iki bildirimin b<span class="_ _0"></span>ir arada bulun<span class="_ _0"></span>ması geçersizdir. Bildirilen her iki işlevin de imzas<span class="_ _0"></span>ı aynı, <span class="_ _0"></span>geri dönüş </div><div class="t m0 x10 h3 y6c0 ff2 fs0 fc2 sc0 ls0 ws0">değerlerinin türleri farklıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y6c1 ff2 fs0 fc2 sc0 ls0 ws0">Peki C++&apos;da, parametrik yap<span class="_ _0"></span>ıları birbirlerinden farklı, <span class="_ _0"></span>aynı isimli işle<span class="_ _0"></span>vler tanımlan<span class="_ _0"></span>abildiğine göre, derleyici ayn<span class="_ _0"></span>ı </div><div class="t m0 x10 h3 y398 ff2 fs0 fc2 sc0 ls0 ws0">isimli işlevlerden hangisinin<span class="_ _0"></span> çağrıldığını<span class="ff1"> <span class="_ _4"></span><span class="ff2">nasıl anlar<span class="_ _0"></span>?<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y6c2 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlev çağrısının, hangi işl<span class="_ _0"></span>eve ilişkin olduğunun sap<span class="_ _0"></span>tanması işlemine <span class="_ _0"></span><span class="ff10">“</span>Yüklenmi<span class="_ _0"></span>ş İşlevin Sap<span class="_ _0"></span>tanması<span class="ff9">&quot; (function </span></div><div class="t m0 x10 h3 y6c3 ff9 fs0 fc2 sc0 ls0 ws0">overload resolution) <span class="_ _0"></span><span class="ff1">denir. </span></div><div class="t m0 x10 h3 y9e ff2 fs0 fc2 sc0 ls0 ws0">&quot;Yüklenmiş işlevin <span class="_ _0"></span>saptanması&quot;, derleyici tarafından<span class="_ _0"></span> üç aşamada y<span class="_ _0"></span>apılan bir işlemdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y6c4 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6c5 ff2 fs0 fc2 sc0 ls0 ws0">Birinci aşamada, d<span class="_ _0"></span>erleyici söz konusu işlev çağrısı için el<span class="_ _0"></span>e alınacak ay<span class="_ _0"></span>nı isimli işlevleri saptayarak b<span class="_ _0"></span>u </div><div class="t m0 x10 h3 y6c6 ff2 fs0 fc2 sc0 ls0 ws0">işlevlerin parametrik yapısı ha<span class="_ _0"></span>kkında b<span class="_ _0"></span>ilgi edinir. Çağrılması söz kon<span class="_ _0"></span>usu olan aynı isimli işlevlere &quot;aday </div><div class="t m0 x10 h3 y6c7 ff2 fs0 fc2 sc0 ls0 ws0">işlevler&quot; <span class="ff9">(candidate fu<span class="_ _0"></span>nctions) <span class="ff1">d<span class="_ _0"></span>enir. </span></span></div><div class="t m0 x1 h3 y6c8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6c9 ff1 fs0 fc2 sc0 ls0 ws0">Ada<span class="ff2">y işlevler, işlev çağrı ifad<span class="_ _0"></span>esinde kullanılan isimle aynı is<span class="_ _0"></span>me sahip olan, işlev çağrı i<span class="_ _0"></span>fadesinin bulu<span class="_ _0"></span>nduğu </span></div><div class="t m0 x10 h3 y6ca ff1 fs0 fc2 sc0 ls0 ws0">yerde görülebilen <span class="ff9">(visible) <span class="_ _0"></span><span class="ff2">işlevlerdir.</span></span> </div><div class="t m0 x10 h3 y6cb ff2 fs0 fc2 sc0 ls0 ws0">Birinci aşamada derleyici, ad<span class="_ _0"></span>ay işlevler hakkında gerekli bilg<span class="_ _0"></span>iyi de edinir. Aday işlevlerin p<span class="_ _0"></span>arametre deği<span class="_ _0"></span>şk<span class="_ _0"></span>eni </div><div class="t m0 x10 h3 y559 ff2 fs0 fc2 sc0 ls0 ws0">sayılarını, parametre değişk<span class="_ _0"></span>enlerinin türlerini öğrenir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y6cc ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6cd ff2 fs0 fc2 sc0 ls0 ws0">İkinci aşamada, işlev çağrı ifad<span class="_ _0"></span>esinde yer alan argüman<span class="_ _0"></span>lar kullanılara<span class="_ _0"></span>k, hangi aday<span class="_ _0"></span> işlevlerin geçerli </div><div class="t m0 x10 h3 y6ce ff2 fs0 fc2 sc0 ls0 ws0">biçimde çağrılabileceği <span class="_ _0"></span>saptanır. Söz konu<span class="_ _0"></span>su işlev çağrısıyla, geçerli biçimde çağrılab<span class="_ _0"></span>il<span class="_ _0"></span>en işlevlere, uygun<span class="_ _0"></span> </div><div class="t m0 x10 h3 y6cf ff2 fs0 fc2 sc0 ls0 ws0">işlevler <span class="ff9">(viable function<span class="_ _0"></span>s) <span class="ff1">denir. </span></span></div><div class="t m0 x10 h3 y6d0 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlevin uygun işlev olarak b<span class="_ _0"></span>elirlenebilmesi için, aşağıdak<span class="_ _0"></span>i koşulları sağlaması g<span class="_ _0"></span>erekir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y6d1 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y6d2 ff6 fs0 fc2 sc0 ls2c ws0">i)<span class="_ _9"></span><span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">İşlev çağrı ifadesind<span class="_ _0"></span>eki argüman sayısı ile, işlevin p<span class="_ _0"></span>arametre değişkeni <span class="_ _0"></span>sayısının aynı olması zoru<span class="_ _0"></span>nludur. </span></span></div><div class="t m0 x10 h3 ycd ff2 fs0 fc2 sc0 ls0 ws0">İşlev çağrı ifadesindeki argü<span class="_ _0"></span>man sayısı, işlevin param<span class="_ _0"></span>etre değişkeni sayısından d<span class="_ _0"></span>aha az ise, <span class="_ _0"></span><span class="ff1 ls15">bu <span class="ls0">durumda </span></span></div><div class="t m0 x10 h3 y6d3 ff2 fs0 fc2 sc0 ls0 ws0">işlevin argüman gönderilmey<span class="_ _0"></span>en parametre deği<span class="_ _0"></span>şkenleri varsayılan<span class="_ _0"></span> argüman<span class="_ _0"></span><span class="ff1"> </span>almalıdır.<span class="ff1"> </span></div><div class="t m0 x1 hd y6d4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y6d5 ff6 fs0 fc2 sc0 ls0 ws0">ii)<span class="ff7"> <span class="_ _b"></span><span class="ff2">Argüman olan ifadenin, p<span class="_ _0"></span>arametre değişkeni olan<span class="_ _0"></span> nesneye u<span class="_ _0"></span>ygun bir şe<span class="_ _0"></span><span class="ff1">kilde </span></span></span></div><div class="t m0 x10 h3 y6d6 ff2 fs0 fc2 sc0 ls0 ws0">dönüştürülebilmesi<span class="ff1"> <span class="_ _0"></span>gerekir: </span></div><div class="t m0 x1 hd y6d7 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6d8 ff2 fs0 fc2 sc0 ls0 ws0">Örnek olarak, aşağıda <span class="_ _0"></span>bildirimleri verilen işlevleri incel<span class="_ _0"></span>eyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y6d9 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6da ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>foo();<span class="ls0"> <span class="_ _36"> </span></span>//1<span class="ls0"> </span></div><div class="t m0 x11 h11 y52d ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>foo(int);<span class="ls0"> <span class="_ _37"> </span></span>//2<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf48" class="pf w0 h0" data-page-no="48"><div class="pc pc48 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">72</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">void foo(double, double<span class="ls0"> = </span>3.4)<span class="ls0"> <span class="_ _38"> </span><span class="ls1e">//3 </span></span></div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>foo(char<span class="ls0"> </span>*);<span class="ls0"> <span class="_ _39"> </span><span class="ls1e">//4</span> </span></div><div class="t m0 x1 h11 y3b1 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6db ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y6dc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y178 ff8 fs0 fc2 sc0 ls13 ws0">foo(5);<span class="ls0"> </span></div><div class="t m0 x11 h11 y6dd ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y6de ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y636 ff9 fs0 fc2 sc0 ls0 ws0">func <span class="ff2">işlevi içinde </span>foo <span class="ff2">is<span class="_ _0"></span>imli işleve<span class="ff1"> </span>yap<span class="_ _0"></span>ılan çağrının, işlevlerden<span class="_ _0"></span> hangisine ait olduğun<span class="_ _0"></span>un saptanması </span></div><div class="t m0 x10 h3 y6df ff2 fs0 fc2 sc0 ls0 ws0">aşamalarını inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y6e0 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y6e1 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">aşama<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y6e2 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin çağrıldığı nokt<span class="_ _0"></span>ada, tüm işlev bildirimleri görülebilir (<span class="_ _0"></span><span class="ff9">visible<span class="_ _0"></span></span>) olduğundan b<span class="_ _0"></span>u aşamada, dört işlev de </div><div class="t m0 x10 h3 y6e3 ff2 fs0 fc2 sc0 ls0 ws0">aday olarak <span class="_ _0"></span>belirlenir, parametrik yapıları hak<span class="_ _0"></span>kınd<span class="_ _0"></span>a bilgi edinilir.<span class="ff1"> </span></div><div class="t m0 x1 hd y6e4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y6e5 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">aşama<span class="ff1"> </span></span></span></div><div class="t m0 x10 he y6e6 ff1 fs0 fc2 sc0 ls0 ws0">1<span class="ff7"> <span class="_ _22"> </span><span class="ff2">numaralı işlevin param<span class="_ _0"></span>etre değişkeni sayısı (<span class="_ _0"></span><span class="ff9">0</span>) ile, işlev çağrısınd<span class="_ _0"></span>aki argüman sayısı (<span class="_ _0"></span><span class="ff9">1</span>) birbirine eşit </span></span></div><div class="t m0 x10 h3 y67c ff2 fs0 fc2 sc0 ls0 ws0">olmadığından, <span class="_ _0"></span><span class="ff1">bu<span class="_ _9"></span> <span class="ff2">işlev uygun <span class="ff9">(viable function<span class="_ _0"></span>) </span></span>olarak ele <span class="_ _0"></span><span class="ff2">alınmaz.</span> </span></div><div class="t m0 x1 h3 y6e7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y6e8 ff1 fs0 fc2 sc0 ls0 ws0">2<span class="ff7"> <span class="_ _22"> </span><span class="ff2">numaralı işlev uygund<span class="_ _0"></span>ur. Parametre değişkeni ile <span class="_ _0"></span>argü<span class="_ _0"></span>man sayısı uyumlud<span class="_ _0"></span>ur, argümandan </span></span></div><div class="t m0 x10 h3 y6e9 ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkenine geç<span class="_ _0"></span>erli bir dönüşüm söz<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span>konu<span class="_ _0"></span>sudur. </span></div><div class="t m0 x1 h3 y5b7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y3f ff1 fs0 fc2 sc0 ls0 ws0">3<span class="ff7"> <span class="_ _22"> </span><span class="ff2">numaralı işlev uygund<span class="_ _0"></span>ur. İşlevin iki par<span class="_ _0"></span>ametre değişkeni vardır. <span class="_ _0"></span>Ancak ikinci parametre değişkeni <span class="_ _0"></span>varsayılan </span></span></div><div class="t m0 x10 h3 y60d ff2 fs0 fc2 sc0 ls0 ws0">argüman aldığı için, işlev tek b<span class="_ _0"></span>ir argüman ile çağrı<span class="_ _0"></span><span class="ff1">labilir. Arg<span class="_ _0"></span>üman olan ifade <span class="_ _0"></span><span class="ff9">int </span>türden, <span class="_ _0"></span>bu <span class="_ _9"></span><span class="ff2">argümanın </span></span></div><div class="t m0 x10 h3 y6ea ff2 fs0 fc2 sc0 ls0 ws0">kopyalanacağı p<span class="_ _0"></span>arametre değişkeni <span class="ff9">do<span class="_ _0"></span>uble <span class="ff1">türdend<span class="_ _0"></span>ir. Ancak atama öncesinde </span>int<span class="_ _0"></span> <span class="ff1">türü, geçerli olara<span class="_ _0"></span>k </span>double </span></div><div class="t m0 x10 h3 y6eb ff1 fs0 fc2 sc0 ls0 ws0">türüne <span class="_ _9"></span><span class="ff2">dönüştürülebilir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 he y6ec ff1 fs0 fc2 sc0 ls0 ws0">4<span class="ff7"> <span class="_ _22"> </span><span class="ff2">numaralı işlev uygun d<span class="_ _0"></span>eğildir. İşlevin parametr<span class="_ _0"></span>e değişkeni sayısı ile, i<span class="_ _0"></span>şlev çağrı<span class="_ _0"></span>sındaki argüman sayısı birbirine </span></span></div><div class="t m0 x10 h3 y6ed ff2 fs0 fc2 sc0 ls0 ws0">eşit olmasına karşın, <span class="ff9">int<span class="_ _0"></span> </span>türden<span class="_ _0"></span> ifade, dilin kurallarına <span class="_ _0"></span>göre <span class="ff9">char* </span>türü<span class="_ _0"></span>ne dönüştürülemez.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yd0 ff2 fs0 fc2 sc0 ls0 ws0">İkinci aşamada uygun<span class="_ _0"></span> bir işlev bulunmaz ise, işlev ça<span class="_ _0"></span>ğrısı geçersiz kabul edilir. Bu d<span class="_ _0"></span>uruma İngilizcede <span class="_ _3"></span><span class="ff9">&quot;no </span></div><div class="t m0 x10 h3 y6ee ff9 fs0 fc2 sc0 ls0 ws0">match&quot; <span class="ff1">duru<span class="_ _9"></span>mu<span class="_ _9"></span> <span class="ff10">(çağrılacak uygun bir işlevin bulun<span class="_ _0"></span>maması)<span class="_ _0"></span><span class="ff9"> </span></span>denir. </span></div><div class="t m0 x1 hd y6ef ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6f0 ff2 fs0 fc2 sc0 ls0 ws0">Üçüncü aşama<span class="ff1"> </span></div><div class="t m0 x10 h3 y6f1 ff2 fs0 fc2 sc0 ls0 ws0">Üçüncü yani son a<span class="_ _0"></span>şamada, uygun işlevler içinde en u<span class="_ _0"></span>ygun olan işlev belirlenir. <span class="_ _0"></span>Uygun işlevler içinden </div><div class="t m0 x10 h3 y6f2 ff2 fs0 fc2 sc0 ls0 ws0">seçilerek, çağrı ifadesi ile <span class="_ _0"></span>eşlenecek işleve <span class="ff10">&quot;en u<span class="_ _0"></span>ygun işlev&quot; (<span class="_ _0"></span>best viable functio<span class="_ _0"></span>n / be<span class="_ _0"></span><span class="ff9">st match function<span class="_ _0"></span>) <span class="ff1">denir. </span></span></span></div><div class="t m0 x10 h3 y6f3 ff2 fs0 fc2 sc0 ls0 ws0">üçüncü aşamada, b<span class="_ _0"></span>elirli sayıda uy<span class="_ _0"></span>gun işlev içinden, bir işlevin en<span class="_ _0"></span> uygun işlev olarak seçilebilmesi için </div><div class="t m0 x10 h3 y6f4 ff2 fs0 fc2 sc0 ls0 ws0">aşağıdaki koşulları yerine g<span class="_ _0"></span>etirmesi gerekir:<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf49" class="pf w0 h0" data-page-no="49"><div class="pc pc49 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">73</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb8 ff2 fs0 fc2 sc0 ls0 ws0">İşlev çağrı ifadesindeki argü<span class="_ _0"></span>manlardan işlevin ilgili p<span class="_ _0"></span>arametre değişkenine <span class="_ _0"></span>yapılan<span class="_ _0"></span> dönüşümün derecesi </div><div class="t m0 x10 h3 y4c ff2 fs0 fc2 sc0 ls0 ws0">diğer uygun işlevlere göre dah<span class="_ _0"></span>a kötü o<span class="_ _0"></span>lmaması gerekir. En az bir a<span class="_ _0"></span>rgüman için yapılacak dön<span class="_ _0"></span>üşümün </div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">diğerlerine göre daha iy<span class="_ _0"></span>i olması gerekir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y6f5 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6f6 ff2 fs0 fc2 sc0 ls0 ws0">Birden fazla uygun<span class="_ _0"></span> işlev içinden, en uy<span class="_ _0"></span>gun işlevin seçilememesi durumunda <span class="_ _0"></span>&quot;çift anlamlıl<span class="_ _0"></span>ık<span class="_ _0"></span> hatası&quot; <span class="ff9">(ambiguity) </span></div><div class="t m0 x10 h3 y6f7 ff2 fs0 fc2 sc0 ls0 ws0">denilen bir hata d<span class="_ _0"></span>urumu oluşur. Bu d<span class="_ _0"></span>urumda, derleyici için kurallara<span class="_ _0"></span> uygun olarak çağrılabilecek birden faz<span class="_ _0"></span>la </div><div class="t m0 x10 h3 y353 ff2 fs0 fc2 sc0 ls0 ws0">işlev söz konusudur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y6f8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6f9 ff2 fs0 fc2 sc0 ls0 ws0">&quot;Argümanlardan parametr<span class="_ _0"></span>e değişkenlerine yap<span class="_ _0"></span>ılacak dönüşümün d<span class="_ _0"></span>erecesi&quot; ne anlama gelir?<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y139 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4f5 ff1 fs0 fc2 sc0 ls0 ws0">C++ standartl<span class="ff2">arı, ar<span class="_ _0"></span>gümanlardan parametre deği<span class="_ _0"></span>şkenlerine yap<span class="_ _0"></span>ılabilecek otomatik dönüş<span class="_ _0"></span>ümleri 4 ayrı </span></div><div class="t m0 x10 h3 y324 ff2 fs0 fc2 sc0 ls0 ws0">dereceye ayırmıştır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y356 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h27 y292 ffe fs0 fc2 sc0 ls11 ws0">1.<span class="fff ls0"> <span class="_ _3"></span><span class="ff1">Tam uyum <span class="ff9">(exac<span class="_ _0"></span>t matc<span class="_ _0"></span>h) </span></span></span></div><div class="t m0 x10 h27 y23a ffe fs0 fc2 sc0 ls11 ws0">2.<span class="fff ls0"> <span class="_ _3"></span><span class="ff1">Yükseltme <span class="ff9">(promotion)<span class="_ _0"></span> </span></span></span></div><div class="t m0 x10 he y5a ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Standart d<span class="_ _0"></span>önüşüm (<span class="ff9">standard<span class="_ _0"></span> conversion<span class="ff1">) </span></span></span></span></div><div class="t m0 x10 he y667 ff6 fs0 fc2 sc0 ls11 ws0">4.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Programcının tanımlad<span class="_ _0"></span>ığı dönüşüm (<span class="_ _0"></span><span class="ff9">user defined<span class="_ _0"></span> <span class="_ _6"></span>conversion<span class="ff1">) </span></span></span></span></div><div class="t m0 x1 hd y5c ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6fa ff2 fs0 fc2 sc0 ls0 ws0">Kurallara <span class="_ _10"> </span>göre, <span class="_ _c"> </span>&quot;tam <span class="_ _10"> </span>uyum&quot; <span class="_ _10"> </span>durumu <span class="_ _c"> </span>&quot;yükseltme&quot;den, <span class="_ _10"> </span>&quot;yükseltme&quot; <span class="_ _10"> </span>duru<span class="_ _0"></span>mu <span class="_ _10"> </span>standart <span class="_ _c"> </span>dönüşümden, </div><div class="t m0 x10 h3 y6fb ff2 fs0 fc2 sc0 ls0 ws0">standart dönü<span class="_ _0"></span>şüm de programcının tanımladığı dö<span class="_ _0"></span>nüşümden dah<span class="_ _0"></span>a iyi olarak kabul edilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y6fc ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6fd ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki derecelendirm<span class="_ _0"></span>eleri ayrıntılı b<span class="_ _0"></span>içimde inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y6fe ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y63 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">Tam uyum <span class="_ _0"></span>dur<span class="_ _9"></span>umu<span class="_ _9"></span> </span></span></div><div class="t m0 x10 h3 y6ff ff2 fs0 fc2 sc0 ls0 ws0">Argüman olan ifadenin t<span class="_ _0"></span>ürü ile, bu argü<span class="_ _0"></span>manın kopyalanacağı parametre de<span class="_ _0"></span>ğişkeni olan nesnenin tü<span class="_ _0"></span>rü </div><div class="t m0 x10 h3 y700 ff2 fs0 fc2 sc0 ls0 ws0">tamamen aynı ise, bu<span class="_ _0"></span> durum <span class="_ _0"></span><span class="ff9">tam uyum <span class="ff1">(</span>exact <span class="_ _0"></span>match) </span>olarak ele alınır. Ancak aşağıdak<span class="_ _0"></span>i durumlar d<span class="_ _0"></span>a tam </div><div class="t m0 x10 h3 y229 ff2 fs0 fc2 sc0 ls0 ws0">uyum olarak ele alınır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y671 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y701 ff6 fs0 fc2 sc0 ls2c ws0">i)<span class="_ _9"></span><span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">Argüman olan n<span class="_ _0"></span>esne bir sol taraf<span class="_ _0"></span> <span class="ff2">değeri, yani bir nesne ise, <span class="_ _0"></span>parametre değişkenine ko<span class="_ _0"></span>pyalanacak değerin, </span></span></span></div><div class="t m0 x10 h3 y702 ff2 fs0 fc2 sc0 ls0 ws0">bu nesneden alınması. Bu<span class="_ _0"></span> duruma sol taraf değ<span class="_ _0"></span>erinden sağ<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ff2">taraf değerin<span class="_ _0"></span>e dönüşüm denir <span class="_ _0"></span><span class="ff9 ls22">(L<span class="ls0">-value to<span class="_ _0"></span> R-value </span></span></span></span></div><div class="t m0 x10 h3 y170 ff9 fs0 fc2 sc0 ls0 ws0">transformation)<span class="ff1">.<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y703 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y5a8 ff6 fs0 fc2 sc0 ls0 ws0">ii)<span class="ff7"> <span class="_ _b"></span><span class="ff2">Parametre değişkeninin b<span class="_ _0"></span>ir gösterici olması, işlevin de ayn<span class="_ _0"></span>ı tü<span class="_ _0"></span>rden bir dizinin ismi ile çağrıl<span class="_ _0"></span>ması. Dizi </span></span></div><div class="t m0 x10 h3 y704 ff2 fs0 fc2 sc0 ls0 ws0">isimlerinin bir işleme sokuldu<span class="_ _0"></span>ğunda, işlem öncesind<span class="_ _0"></span>e otomatik olarak <span class="_ _0"></span>dizinin ilk elemenının başlan<span class="_ _0"></span>gıç adresine </div><div class="t m0 x10 h3 y24d ff2 fs0 fc2 sc0 ls0 ws0">dönüştürüldü<span class="_ _0"></span>ğünü <span class="ff9">(array to point<span class="_ _0"></span>er conversion) <span class="ff1">b<span class="_ _0"></span>iliyorsunuz. </span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf4a" class="pf w0 h0" data-page-no="4a"><div class="pc pc4a w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">74</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h16 y116 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y705 ff6 fs0 fc2 sc0 ls2e ws0">iii)<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Pa<span class="_ _0"></span>rametre değişkeninin bir işl<span class="_ _0"></span>ev gös<span class="ff1">tericisi (<span class="ff9">fun<span class="_ _0"></span>ction pointe<span class="_ _0"></span>r</span></span>) olması, işlevin de aynı t<span class="_ _0"></span>ürden bir işlevin </span></span></div><div class="t m0 x10 h3 y579 ff2 fs0 fc2 sc0 ls0 ws0">ismi ile çağrılması. İşlev isi<span class="_ _0"></span>mlerinin bir işleme sokulduğun<span class="_ _0"></span>da, işlem öncesinde oto<span class="_ _0"></span>matik olarak işlev bloğu<span class="_ _0"></span>nun </div><div class="t m0 x10 h3 y706 ff2 fs0 fc2 sc0 ls0 ws0">başlangıç adresine dön<span class="_ _0"></span>üştürüldüğünü b<span class="_ _0"></span>iliyorsunuz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 he y707 ff6 fs0 fc2 sc0 ls0 ws0">iv)<span class="ff7"> <span class="_ _3"></span><span class="ff2">İşlev parametr<span class="_ _0"></span>e değişkeninin, gö<span class="_ _0"></span>sterdiği yer <span class="ff9">co<span class="_ _0"></span>nst </span>olan bir gösterici ol<span class="_ _0"></span>ması, işlevin aynı türd<span class="_ _0"></span>en ancak </span></span></div><div class="t m0 x10 h3 y708 ff9 fs0 fc2 sc0 ls0 ws0">cons<span class="_ _6"></span>t <span class="ff2">olmayan bir adres ile çağrılması <span class="_ _0"></span></span>(qualification c<span class="_ _0"></span>onversion)<span class="ff1">. </span></div><div class="t m0 x1 h3 y709 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y70a ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">Yükseltme durumu </span></span></div><div class="t m0 x10 h3 y70b ff1 fs0 fc2 sc0 ls0 ws0">Yükseltme (<span class="ff9">promotion<span class="_ _0"></span>), <span class="ff2">aşağıdak<span class="_ _0"></span>i durumları kapsar<span class="_ _0"></span></span></span> </div><div class="t m0 x1 hd y70c ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y471 ff1 fs0 fc2 sc0 ls0 ws0">i. <span class="ff9">char, unsigned<span class="_ _0"></span> char, short, unsigned sho<span class="_ _0"></span>rt </span><span class="ls17">, </span><span class="ff9">bo<span class="_ _0"></span>ol </span>türlerinden <span class="ff9">int<span class="_ _0"></span> <span class="ff2">türüne yapılacak dö<span class="_ _0"></span>nüşüm. Bu duruma <span class="_ _0"></span></span>&quot;</span>int </div><div class="t m0 x10 h3 y70d ff1 fs0 fc2 sc0 ls0 ws0">türüne yükseltme<span class="_ _0"></span><span class="ff9 ls2f">&quot; </span>(<span class="ff9">integral promotion<span class="_ _0"></span></span>) denir. Argüman o<span class="_ _0"></span>lan ifade, <span class="ff9">int <span class="_ _0"></span></span>türünden küçü<span class="_ _0"></span>k türlerden ise, <span class="ff9">int </span></div><div class="t m0 x10 h3 y70e ff2 fs0 fc2 sc0 ls0 ws0">türüne yükseltme kuralı ge<span class="_ _0"></span>reği, işlevin param<span class="_ _0"></span>etre değişkenlerine y<span class="_ _0"></span>apılan bir atama söz ko<span class="_ _0"></span>nusu ise, bu duru<span class="_ _0"></span>m </div><div class="t m0 x10 h3 y70f ff2 fs0 fc2 sc0 ls0 ws0">yükseltme olarak ele alınır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 ye5 ff8 fs0 fc2 sc0 ls13 ws0">void func(int); </div><div class="t m0 x11 h11 y710 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y711 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y712 ff8 fs0 fc2 sc0 ls13 ws0">func(&apos;A&apos;); //Yükseltme (integral promotion) </div><div class="t m0 x12 h11 y277 ff8 fs0 fc2 sc0 ls13 ws0">func(true); // Yükseltme (integral promotion)<span class="ls0"> </span></div><div class="t m0 x12 h11 y63d ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y713 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y714 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y499 ff1 fs0 fc2 sc0 ls0 ws0">ii) Argüman olan ifade <span class="ff9">f<span class="_ _0"></span>loat </span>türd<span class="_ _0"></span>en <span class="ff2">ise, işlevin bu argüman<span class="_ _0"></span>a karşılık gelen parametr<span class="_ _0"></span>e değişkeni <span class="_ _0"></span><span class="ff9">double </span></span></div><div class="t m0 x10 h3 y715 ff1 fs0 fc2 sc0 ls0 ws0">türden ise, bu du<span class="_ _0"></span>rumda, <span class="ff9">floa<span class="_ _0"></span>t </span>türünden <span class="ff9">dou<span class="_ _0"></span>ble <span class="ff2">türüne yapılacak dön<span class="_ _0"></span>üşüm de yükseltme olarak </span></span></div><div class="t m0 x10 h3 y8b ff2 fs0 fc2 sc0 ls0 ws0">değerlendirilir:<span class="ff1"> </span></div><div class="t m0 x11 h11 y716 ff8 fs0 fc2 sc0 ls13 ws0">void func(double); </div><div class="t m0 x11 h11 y717 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y22a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y718 ff8 fs0 fc2 sc0 ls13 ws0">float fx;<span class="ls0"> </span></div><div class="t m0 x12 h11 y719 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x13 h11 y71a ff8 fs0 fc2 sc0 ls13 ws0">func(fx);<span class="ls0"> <span class="_ _1f"> </span></span>//yükseltme<span class="ls0"> </span></div><div class="t m0 x12 h11 y1f0 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y71b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a y71c ff8 fsc fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf4b" class="pf w0 h0" data-page-no="4b"><div class="pc pc4b w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">75</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y71d ff1 fs0 fc2 sc0 ls0 ws0">iii. Bir <span class="ff10">numaralandırma <span class="_ _0"></span></span>türünden, o<span class="_ _0"></span> <span class="ff10">numaraland<span class="_ _0"></span>ırma </span>türüne baz o<span class="_ _0"></span>lan <span class="ff9">(underlying type<span class="_ _0"></span>) </span></div><div class="t m0 x10 h3 y71e ff2 fs0 fc2 sc0 ls0 ws0">türe yapılan d<span class="_ _0"></span>önüşüm de, yükseltme olarak değ<span class="_ _0"></span>erlendirilir. Aşağıdaki örneği inc<span class="_ _0"></span>eleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y403 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y71f ff8 fs0 fc2 sc0 ls13 ws0">enum POS {OFF, ON, HOLD, STAND_BY};<span class="ls0"> </span></div><div class="t m0 x11 h11 y720 ff8 fs0 fc2 sc0 ls13 ws0">int func(int); </div><div class="t m0 x11 h11 y721 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y722 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y723 ff8 fs0 fc2 sc0 ls13 ws0">POS position = OFF;<span class="ls0"> </span></div><div class="t m0 x12 h11 y724 ff8 fs0 fc2 sc0 ls13 ws0">func(position);<span class="ls0"> <span class="_ _34"> </span></span><span class="ffc">// Numaralandırma türünden int türüne </span><span class="ls30">yükseltme) </span></div><div class="t m0 x12 h11 y725 ff8 fs0 fc2 sc0 ls13 ws0">func(STAND_BY);<span class="ls0"> <span class="_ _34"> </span></span><span class="ffc">// Numaralandırma türünden int türüne</span><span class="ls0"> <span class="_ _0"></span>yüks<span class="_ _9"></span>elt<span class="_ _9"></span>me<span class="_ _9"></span>) </span></div><div class="t m0 x12 h11 y726 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y727 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y40c ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y728 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">Standart<span class="_ _0"></span> <span class="ff2">dönüşümler</span> </span></span></div><div class="t m0 x10 h3 y729 ff2 fs0 fc2 sc0 ls0 ws0">Standart dön<span class="_ _0"></span>üşüm (<span class="ff9">standard co<span class="_ _0"></span>nversions</span>) başlığı altında <span class="_ _0"></span>toplanan<span class="_ _0"></span>, 5 grup dönüşüm söz kon<span class="_ _0"></span>usudur:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y72a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y72b ff6 fs0 fc2 sc0 ls2c ws0">i.<span class="_ _9"></span><span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Tamsayı tü<span class="_ _0"></span>rlerine ilişkin<span class="ff1"> </span>dönüşümler<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y72c ff2 fs0 fc2 sc0 ls0 ws0">Bir tamsayı türünden y<span class="_ _0"></span>a da bir <span class="ff10">n<span class="_ _0"></span>umaralandırma </span>tü<span class="_ _0"></span>ründen, başka bir tamsayı t<span class="_ _0"></span>ürüne yapılan </div><div class="t m0 x10 h3 y373 ff2 fs0 fc2 sc0 ls0 ws0">dönüşümler.<span class="ff1"> </span></div><div class="t m0 x10 he y72d ff6 fs0 fc2 sc0 ls0 ws0">ii.<span class="ff7"> <span class="_ _3"></span><span class="ff2">Gerçek sayı<span class="ff1"> <span class="_ _0"></span></span>dönüşümleri<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y187 ff2 fs0 fc2 sc0 ls0 ws0">Bir gerçek sayı türünd<span class="_ _0"></span>en başka bir gerçek sayı türün<span class="_ _0"></span>e yapılan dön<span class="_ _0"></span>üşümler<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y72e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y72f ff6 fs0 fc2 sc0 ls0 ws0">iii.<span class="ff7"> <span class="_ _3"></span><span class="ff2">Gerçek sayı türleri<span class="ff1"> <span class="_ _0"></span></span>ile tamsayı türleri arasınd<span class="_ _0"></span>a yapılan<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">dönüşümler.<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x10 he y730 ff6 fs0 fc2 sc0 ls0 ws0">iv.<span class="ff7"> <span class="_ _3"></span><span class="ff2">Adres türlerine ilişkin<span class="_ _0"></span><span class="ff1"> </span>dönüşümler<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y670 ff9 fs0 fc2 sc0 ls4 ws0">0 <span class="ff2 ls0">değerinin herhangi tü<span class="_ _0"></span>rden bir göstericiye atan<span class="_ _0"></span>ması ya da <span class="_ _0"></span><span class="ff9">void <span class="ff1">tü<span class="_ _0"></span>rden olmayan h<span class="_ _0"></span>erhangi bir adres bilgisinin </span></span></span></div><div class="t m0 x10 h3 y6d5 ff9 fs0 fc2 sc0 ls0 ws0">void <span class="ff2">türden b<span class="_ _0"></span>ir göstericiye atanması durumu.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y731 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y468 ff6 fs0 fc2 sc0 ls31 ws0">v.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff9">b<span class="_ _0"></span>ool <span class="ff1">türüne <span class="ff2">y<span class="_ _0"></span>apılan</span> <span class="_ _9"></span><span class="ff2">dönüşümler<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x10 h3 y732 ff2 fs0 fc2 sc0 ls0 ws0">Herhangi bir tamsayı, gerç<span class="_ _0"></span>ek sayı, <span class="_ _0"></span><span class="ff10">numaralandırma <span class="_ _0"></span><span class="ff1">ya da adres türünden, <span class="_ _0"></span><span class="ff9">bool </span></span></span>türü<span class="_ _0"></span>ne yapılan dönüşümler.<span class="ff1"> </span></div><div class="t m0 x1 hd y733 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y734 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıda standart dön<span class="_ _0"></span>üşümlere ilişkin bazı örnekler <span class="_ _0"></span>veriliyor:<span class="ff1"> </span></div><div class="t m0 x1 hd y735 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf4c" class="pf w0 h0" data-page-no="4c"><div class="pc pc4c w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">76</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">void func(int); </div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">void foo(long); </div><div class="t m0 x11 h11 y736 ff8 fs0 fc2 sc0 ls13 ws0">void <span class="ls0">sam<span class="_ _9"></span>ple<span class="_ _6"></span>(flo<span class="_ _9"></span>at)<span class="_ _9"></span>; </span></div><div class="t m0 x11 h11 y737 ff8 fs0 fc2 sc0 ls13 ws0">void pf(int *); </div><div class="t m0 x11 h11 y649 ff8 fs0 fc2 sc0 ls13 ws0">void vfunc(void <span class="ls0">*<span class="_ _9"></span>);<span class="_ _6"></span> </span></div><div class="t m0 x1 h11 y64a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y738 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y68f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y739 ff8 fs0 fc2 sc0 ls13 ws0">int x = 10;<span class="ls0"> </span></div><div class="t m0 x12 h11 yfe ff8 fs0 fc2 sc0 ls13 ws0">foo(x);<span class="ls0"> <span class="_ _3a"> </span></span><span class="ffc">//standart dönüşüm (int türden long türüne) </span></div><div class="t m0 x12 h11 y73a ff8 fs0 fc2 sc0 ls13 ws0">foo(&apos;A&apos;);<span class="ls0"> <span class="_ _1f"> </span></span><span class="ffc">//standart dönüşüm (char türden long türüne) </span></div><div class="t m0 x12 h11 y73b ff8 fs0 fc2 sc0 ls13 ws0">func(20U);<span class="ls0"> <span class="_ _29"> </span></span><span class="ffc">//standart dönüşüm (unsigned int türünden</span><span class="ls0"> <span class="ls16">int)</span> </span></div><div class="t m0 x1 h12 y21a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y4da ff8 fs0 fc2 sc0 ls13 ws0">sample(7.5);<span class="ls0"> <span class="_ _1d"> </span></span>//standart dönü<span class="ffc">şüm (double türden float</span><span class="ls0"> <span class="_ _9"></span><span class="ls13">türüne)<span class="ls0"> </span></span></span></div><div class="t m0 x12 h11 yc3 ff8 fs0 fc2 sc0 ls13 ws0">pf(0);<span class="ls0"> <span class="_ _3b"> </span></span><span class="ffc">//standart dönüşüm (0 değerinin bir göstericiye <span class="ls0">atan<span class="_ _9"></span>ma<span class="_ _9"></span>sı </span></span></div><div class="t m0 x12 h11 y520 ff8 fs0 fc2 sc0 ls13 ws0">vfunc(&amp;x)<span class="ls0"> <span class="_ _32"> </span></span><span class="ffc">//standart dönüşüm (int * türden void *</span><span class="ls0"> <span class="_ _6"></span><span class="ls13">türüne)<span class="ls0"> </span></span></span></div><div class="t m0 x12 h11 y476 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x12 h11 y73c ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y73d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y73e ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y73f ff6 fs0 fc2 sc0 ls11 ws0">4.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Programcının tanımlad<span class="_ _0"></span>ığı<span class="ff1"> </span>dönüşümler.<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y541 ff2 fs0 fc2 sc0 ls0 ws0">Bu durumu sınıflara giri<span class="_ _0"></span>ş yaptıktan sonra ele alaca<span class="_ _0"></span>ğız. Ancak şimdilik <span class="_ _0"></span>şu kadarını söyleyebiliriz: Bu d<span class="_ _0"></span>önüşümler, </div><div class="t m0 x10 h3 y740 ff2 fs0 fc2 sc0 ls0 ws0">bir sınıf türünden n<span class="_ _0"></span>esnenin başka bir sınıf türüne y<span class="_ _0"></span>a da doğal bir veri türü<span class="_ _0"></span>ne dönüştürülmesine ili<span class="_ _0"></span>şkindir. </div><div class="t m0 x10 h3 y741 ff2 fs0 fc2 sc0 ls0 ws0">Derleyicinin bu tü<span class="_ _0"></span>r dönüşümleri gerç<span class="_ _0"></span>ekleştirebilmesi için, p<span class="_ _0"></span>rogramcının özel dönü<span class="_ _0"></span>şüm işlevleri tanımlamış </div><div class="t m0 x10 h3 y742 ff2 fs0 fc2 sc0 ls0 ws0">olması gerekir. İsimleri <span class="_ _0"></span><span class="ff10">&quot;Dönüştürme kurucu işlevleri<span class="_ _0"></span>&quot; <span class="ff1">ya d<span class="_ _0"></span>a </span>&quot;tür dönüştürme işlevleri&quot; <span class="_ _0"></span></span>olan bu<span class="_ _0"></span> işlevleri ilerde </div><div class="t m0 x10 h3 y30d ff2 fs0 fc2 sc0 ls0 ws0">ayrıntılı bir şekilde inceleyec<span class="_ _0"></span>eğiz.<span class="ff1"> </span></div><div class="t m0 x1 h16 y743 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y66f ff2 fs0 fc2 sc0 ls0 ws0">Hangi işlevin çağrılmış old<span class="_ _0"></span>uğunun<span class="_ _0"></span><span class="ff1"> </span>saptanması konusund<span class="_ _0"></span>a örnekler verelim:<span class="ff1"> </span></div><div class="t m0 x1 hd y744 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y745 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>foo(int);<span class="ls0"> <span class="_ _3c"> </span></span>//1<span class="ls0"> </span></div><div class="t m0 x11 h11 y746 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>foo(double);<span class="ls0"> <span class="_ _3d"> </span></span>//2<span class="ls0"> </span></div><div class="t m0 x11 h11 y5d1 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>foo(char);<span class="ls0"> <span class="_ _34"> </span></span>//3<span class="ls0"> </span></div><div class="t m0 x11 h11 y644 ff8 fs0 fc2 sc0 ls0 ws0">long <span class="_ _3e"> </span>foo(long); <span class="_ _3e"> </span> <span class="_ _3e"> </span> <span class="_ _3e"> </span><span class="ls1e">//4 </span></div><div class="t m0 x11 h11 y747 ff8 fs0 fc2 sc0 ls0 ws0">void  foo(int,  int);  //<span class="_ _6"></span>5 </div><div class="t m0 x11 h11 y748 ff8 fs0 fc2 sc0 ls13 ws0">void foo(char *);    <span class="ls0"> <span class="_ _26"> </span><span class="ls1e">//6</span> </span></div><div class="t m0 x11 h11 y749 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>foo(int<span class="ls0"> </span>*);<span class="ls0"> <span class="_ _3d"> </span></span>//7<span class="ls0"> </span></div><div class="t m0 x1 h11 y74a ff8 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf4d" class="pf w0 h0" data-page-no="4d"><div class="pc pc4d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">77</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1f3 ff8 fs0 fc2 sc0 ls13 ws0">foo(10);<span class="ls0"> </span></div><div class="t m0 x12 h11 y74b ff8 fs0 fc2 sc0 ls13 ws0">foo(3.4F);<span class="ls0"> </span></div><div class="t m0 x13 h11 y74c ff8 fs0 fc2 sc0 ls13 ws0">foo((double *) 0x1FC0); </div><div class="t m0 x12 h11 y550 ff8 fs0 fc2 sc0 ls13 ws0">foo(6U);<span class="ls0"> </span></div><div class="t m0 x11 h11 y74d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 y74e ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y74f ff9 fs0 fc2 sc0 ls0 ws0">func <span class="ff2">işlevi içinde yapılan<span class="_ _0"></span> işlev çağrılarını teker t<span class="_ _0"></span>eker ele alalım:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y750 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y751 ff8 fs0 fc2 sc0 ls13 ws0">foo(10);<span class="ls0"> </span></div><div class="t m0 x1 h11 y45d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y752 ff2 fs0 fc2 sc0 ls0 ws0">Çağrısı için<span class="ff1"> </span></div><div class="t m0 x10 h3 y753 ff2 fs0 fc2 sc0 ls0 ws0">1, 2, 3, 4, 5, 6, 7 n<span class="_ _0"></span>umaralı işlevler adaydır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y754 ff2 fs0 fc2 sc0 ls0 ws0">1, 2, 3, 4 numaralı işlevler uyg<span class="_ _0"></span>undur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y276 ff2 fs0 fc2 sc0 ls0 ws0">Tam uyum sağladığı için, 1 <span class="_ _0"></span>numaralı işlev en uygu<span class="_ _0"></span>n olanıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y23e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y342 ff8 fs0 fc2 sc0 ls13 ws0">foo(3.4F)<span class="ls0"> </span></div><div class="t m0 x10 h3 y755 ff2 fs0 fc2 sc0 ls0 ws0">Çağrısı<span class="ff1"> <span class="lse">için</span> </span></div><div class="t m0 x10 h3 y498 ff2 fs0 fc2 sc0 ls0 ws0">1, 2, 3, 4, 5, 6, 7 n<span class="_ _0"></span>umaralı işlevler adaydır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y756 ff2 fs0 fc2 sc0 ls0 ws0">1, 2, 3, 4 numaralı işlevler uyg<span class="_ _0"></span>undur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y5e2 ff2 fs0 fc2 sc0 ls0 ws0">Yükseltme durumu olarak <span class="_ _0"></span>değerlendirildiğinden, 2 nu<span class="_ _0"></span>maralı işlev en uygun o<span class="_ _0"></span>lanıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y22 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y480 ff8 fs0 fc2 sc0 ls13 ws0">foo((double *) 0x1FC0)<span class="ls0"> </span></div><div class="t m0 x10 h3 y757 ff2 fs0 fc2 sc0 ls0 ws0">Çağrısı için<span class="ff1"> </span></div><div class="t m0 x10 h3 y758 ff2 fs0 fc2 sc0 ls0 ws0">1, 2, 3, 4, 5, 6, 7 n<span class="_ _0"></span>umaralı işlevler aday işlevlerdir. Uygun<span class="_ _0"></span> işlev </div><div class="t m0 x10 h3 y759 ff1 fs0 fc2 sc0 ls0 ws0">yoktur <span class="ff9">(no<span class="_ _0"></span> match)</span>. </div><div class="t m0 x10 h3 yb3 ff2 fs0 fc2 sc0 ls0 ws0">İşlev çağrısı geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y565 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y75a ff8 fs0 fc2 sc0 ls13 ws0">foo(6U)<span class="ls0"> </span></div><div class="t m0 x10 h3 y647 ff2 fs0 fc2 sc0 ls0 ws0">Çağrısı için<span class="ff1"> </span></div><div class="t m0 x10 h3 y115 ff2 fs0 fc2 sc0 ls0 ws0">1, 2, 3, 4, 5, 6, 7 n<span class="_ _0"></span>umaralı işlevler adaydır.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf4e" class="pf w0 h0" data-page-no="4e"><div class="pc pc4e w0 h0"><img class="bi xb y75b w6 h3e" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAAELCAIAAAAawEGpAAAACXBIWXMAABYlAAAWJQFJUiTwAAAE6ElEQVR42u3dsQ2DMBRFUYioqBmAGbJGJslETMIaGSCVB6BIRfszgVOAFWHrnNbdq65+4z4iuoy07R0AAHAZ8zTmnm7WAQCABih7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAADUbzABRazPlxEA4JjHcjcC57nZAwBAC/qIyL2lbTcQAABcxzyNuSc3ewAAaIGyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAIDyfv1UBQAA1MLNHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AAJQwvNPHCgAAUDs3ewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAA//UFsbMWuRnHx/EAAAAASUVORK5CYII="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">78</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y71d ff2 fs0 fc2 sc0 ls0 ws0">1, 2, 3, 4 numaralı işlevler uyg<span class="_ _0"></span>undur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y3b0 ff2 fs0 fc2 sc0 ls0 ws0">1, 2, 3 ve 4 numaralı işlevl<span class="_ _0"></span>er için stan<span class="_ _0"></span>dart dönüşüm uy<span class="_ _0"></span>gulanabilir. Çift anlamlılık hatası (<span class="_ _0"></span><span class="ff9">a<span class="_ _0"></span>mbiguity<span class="ff1">) söz </span></span></div><div class="t m0 x10 h3 y75c ff2 fs0 fc2 sc0 ls0 ws0">konusudur. İşlev çağrısı g<span class="_ _0"></span>eçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y75d ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y75e ff1 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _b"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y46e ff2 fs0 fc2 sc0 ls0 ws0">Bir işlevin parametre değişk<span class="_ _0"></span>eni gösterdiği yer <span class="_ _0"></span><span class="ff9">const </span>olan<span class="_ _0"></span> bir gösterici iken, aynı isimli bir b<span class="_ _0"></span>aşka işlevin </div><div class="t m0 x10 h3 y6dd ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkeni, gösterdi<span class="_ _0"></span>ği yer <span class="ff9">co<span class="_ _0"></span>nst <span class="ff1">olmayan bir gö<span class="_ _0"></span>sterici olabilir: </span></span></div><div class="t m0 x1 hd y75f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y760 ff8 fs0 fc2 sc0 ls13 ws0">void foo(const int *); </div><div class="t m0 x11 h11 y761 ff8 fs0 fc2 sc0 ls13 ws0">void foo(int *);<span class="ls0"> </span></div><div class="t m0 x1 h15 y762 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y605 ff2 fs0 fc2 sc0 ls0 ws0">Bu durum da <span class="_ _0"></span>işlev yüklemesi olarak ele alınır. Yani ik<span class="_ _0"></span>i ayrı işlev söz konu<span class="_ _0"></span>sudur. <span class="_ _0"></span><span class="ff9">foo </span></div><div class="t m0 x10 h3 y763 ff2 fs0 fc2 sc0 ls0 ws0">işlevine <span class="ff9">int </span>türden bir n<span class="_ _0"></span>esne ile çağrı yapıldığın<span class="_ _0"></span>da, hangi işlev çağrıl<span class="_ _0"></span>mış olur?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y2b3 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y764 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y1b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1c ff8 fs0 fc2 sc0 ls13 ws0">int x = 20;<span class="ls0"> </span></div><div class="t m0 x12 h11 y495 ffc fs0 fc2 sc0 ls13 ws0">foo(&amp;x); //hangi işlev çağrılır?<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 yea ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y765 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y766 ff1 fs0 fc2 sc0 ls0 ws0">Bu durum &quot;<span class="ff9">co<span class="_ _0"></span>nst yüklemesi&quot; (const ove<span class="_ _0"></span>rloading) <span class="_ _0"></span><span class="ff2">olarak bilinir. Hangi işlevin çağrılaca<span class="_ _0"></span>ğı, işleve gönderilen </span></span></div><div class="t m0 x10 h3 y767 ff1 fs0 fc2 sc0 ls8 ws0">ne<span class="ls0">snenin <span class="ff9">const <span class="ff2">olup o<span class="_ _0"></span>lmamasına göre belirlenir. Eğer işl<span class="_ _0"></span>ev çağrısı <span class="_ _0"></span></span>const <span class="ff2">bir nesne adre<span class="_ _0"></span>si ile yapılırsa, parametre </span></span></span></div><div class="t m0 x10 h3 y768 ff2 fs0 fc2 sc0 ls0 ws0">değişkeni gösterdiği yer <span class="_ _0"></span><span class="ff9">const </span>gösterici olan<span class="_ _0"></span> işlev çağrılırken, işle<span class="_ _0"></span>v çağrısı <span class="ff9">const <span class="_ _0"></span><span class="ff1">olmayan bir nesnenin ad<span class="_ _0"></span>resi ile </span></span></div><div class="t m0 x10 h3 y769 ff2 fs0 fc2 sc0 ls0 ws0">yapılırsa, çağrılan diğer <span class="_ _0"></span>işlev olur:<span class="ff1"> </span></div><div class="t m0 x11 h11 y76a ff8 fs0 fc2 sc0 ls13 ws0">void foo(const int *); </div><div class="t m0 x11 h11 y76b ff8 fs0 fc2 sc0 ls13 ws0">void foo(int *);<span class="ls0"> </span></div><div class="t m0 x1 h12 y481 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y22a ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y76c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y76d ff8 fs0 fc2 sc0 ls13 ws0">int x = 20;<span class="ls0"> </span></div><div class="t m0 x12 h11 y565 ff8 fs0 fc2 sc0 ls13 ws0">const int y = 30;<span class="ls0"> </span></div><div class="t m0 x12 h11 y76e ff8 fs0 fc2 sc0 ls13 ws0">foo(&amp;x);<span class="ls0"> <span class="_ _3f"> </span></span>// void foo(int *); </div><div class="t m0 x12 h11 y5d4 ff8 fs0 fc2 sc0 ls13 ws0">foo(&amp;y);<span class="ls0"> <span class="_ _3f"> </span></span>// void foo(const int<span class="ls0"> <span class="ls1e">*);</span> </span></div><div class="t m0 x11 h11 y76f ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf4f" class="pf w0 h0" data-page-no="4f"><div class="pc pc4f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">79</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h14 y770 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y771 ff2 fs0 fc2 sc0 ls0 ws0">Şüphesiz <span class="ff9">const <span class="_ _0"></span></span>yüklemesi, parametre değişkenin<span class="_ _0"></span>in referans olması durumun<span class="_ _0"></span>da da geçerlidir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y772 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y773 ff8 fs0 fc2 sc0 ls13 ws0">void foo(const int &amp;); </div><div class="t m0 x11 h11 y405 ff8 fs0 fc2 sc0 ls13 ws0">void foo(int &amp;);<span class="ls0"> </span></div><div class="t m0 x1 h12 y339 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3b5 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y774 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y775 ff8 fs0 fc2 sc0 ls13 ws0">int x = 20;<span class="ls0"> </span></div><div class="t m0 x12 h11 y776 ff8 fs0 fc2 sc0 ls13 ws0">const int y = 30;<span class="ls0"> </span></div><div class="t m0 x12 h11 y777 ff8 fs0 fc2 sc0 ls13 ws0">foo(x);<span class="ls0"> <span class="_ _40"> </span></span>//<span class="ls0"> </span>void<span class="ls0"> </span>foo(int<span class="ls0">  </span>&amp;); </div><div class="t m0 x12 h11 y778 ff8 fs0 fc2 sc0 ls13 ws0">foo(y);<span class="ls0"> <span class="_ _40"> </span></span>// void foo(const int<span class="ls0"> <span class="ls1e">&amp;);</span> </span></div><div class="t m0 x11 h11 y779 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h14 y77a ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y476 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıda yer alan programd<span class="_ _0"></span>a, çift anlamlılık hatasının old<span class="_ _0"></span>uğu bir başka tip<span class="_ _0"></span>ik durum gösteriliyor:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y77b ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y56f ff8 fs0 fc2 sc0 ls13 ws0">#include<span class="ls0"> </span>&lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y77c ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 y1c7 ff8 fs0 fc2 sc0 ls13 ws0">void foo(int &amp;r)<span class="ls0"> </span></div><div class="t m0 x11 h11 y77d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y77e ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;void foo(int &amp;)&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y77f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y780 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y781 ff8 fs0 fc2 sc0 ls13 ws0">void foo(int x)<span class="ls0"> </span></div><div class="t m0 x11 h11 y16b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y332 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;void foo(int)&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y782 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y783 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y784 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y785 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y786 ff8 fs0 fc2 sc0 ls13 ws0">int a = 20;<span class="ls0"> </span></div><div class="t m0 x12 h11 y787 ff8 fs0 fc2 sc0 ls13 ws0">//foo(a);<span class="ls0"> <span class="_ _41"> </span></span><span class="ffc">çift anlamlılık <span class="ls0">ha<span class="_ _6"></span>tası<span class="_ _6"></span> </span></span></div><div class="t m0 x12 h11 y788 ff8 fs0 fc2 sc0 ls13 ws0">foo(5);<span class="ls0"> <span class="_ _42"> </span></span>//void<span class="ls0"> </span>foo(int);<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf50" class="pf w0 h0" data-page-no="50"><div class="pc pc50 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">80</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 y43a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y789 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y78a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y78b ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5ee ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programda,<span class="_ _0"></span> ilk tanımlanan <span class="_ _0"></span><span class="ff9">foo </span>işlevinin parametr<span class="_ _0"></span>e değişkeni <span class="ff9">int<span class="_ _0"></span> <span class="ff1">türden bir referans iken,<span class="_ _0"></span> ikinci </span>foo </span></div><div class="t m0 x10 h3 y78c ff2 fs0 fc2 sc0 ls0 ws0">işlevinin parametre değişkeni <span class="_ _0"></span><span class="ff9">int <span class="_ _0"></span></span>türden bir nesnedir. Bunlar <span class="_ _0"></span>farklı işlevdir. <span class="ff9">main <span class="_ _0"></span></span>işlevi içind<span class="_ _0"></span>e, yorum satırı </div><div class="t m0 x10 h3 y78d ff2 fs0 fc2 sc0 ls0 ws0">içine alınmış birinci işle<span class="_ _0"></span>v çağrısı çift anlamlılık h<span class="_ _0"></span>atasına neden o<span class="_ _0"></span>lur. Yani bu duru<span class="_ _0"></span>mda, değerle çağırma(<span class="_ _0"></span><span class="ff9">call by </span></div><div class="t m0 x10 h3 y78e ff9 fs0 fc2 sc0 ls0 ws0">value<span class="ff2">) ya da <span class="_ _0"></span>adresle çağırma (</span>call b<span class="_ _0"></span>y reference<span class="ff2">) birbirine göre ön<span class="_ _0"></span>celikli değildir. Ancak ikinci işlev çağr<span class="_ _0"></span>ısında, </span></div><div class="t m0 x10 h3 y78f ff2 fs0 fc2 sc0 ls0 ws0">argüman olan ifade b<span class="_ _0"></span>ir değişmezdir. Bir referansa bir d<span class="_ _0"></span>eğiş<span class="_ _0"></span>mez ifadesi ile ilk değ<span class="_ _0"></span>er verilemeyeceğine göre, </div><div class="t m0 x10 h3 y790 ff2 fs0 fc2 sc0 ls0 ws0">çağrılabilecek tek bir işlev <span class="_ _0"></span>vardır. Şunu d<span class="_ _0"></span>a ekleyelim:<span class="ff1"> </span></div><div class="t m0 x10 h3 y599 ff2 fs0 fc2 sc0 ls0 ws0">Birinci işlevin parametre d<span class="_ _0"></span>eğişkeni <span class="_ _0"></span><span class="ff9">const </span>referans olsaydı, <span class="_ _0"></span>ikinci işlev çağrısı da çift anlaml<span class="_ _0"></span>ılık hatası </div><div class="t m0 x10 h3 y791 ff2 fs0 fc2 sc0 ls0 ws0">durumuna d<span class="_ _0"></span>üşerdi.<span class="ff1"> </span></div><div class="t m0 x1 h3 y792 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y793 ff2 fs0 fc2 sc0 ls0 ws0">Hangi işlevin çağrılmış old<span class="_ _0"></span>uğunu saptamak, d<span class="_ _0"></span>erleme zamanında <span class="_ _0"></span>yapılan bir işlemdir. Yani kay<span class="_ _0"></span>nak kod derlenip </div><div class="t m0 x10 h3 y794 ff2 fs0 fc2 sc0 ls0 ws0">hedef dosya haline getirildiğin<span class="_ _0"></span>de, artık h<span class="_ _0"></span>angi işlevin çağrılmış olduğu bilinir. <span class="_ _3"></span><span class="ff1">Ç<span class="_ _9"></span>ünk<span class="_ _9"></span>ü <span class="ff2">çağrılan işlevin kimliği bir </span></span></div><div class="t m0 x10 h3 y795 ff2 fs0 fc2 sc0 ls0 ws0">şekilde hedef koda yaz<span class="_ _0"></span>ılmış olur. Başka b<span class="_ _0"></span>ir deyişle &quot;işlev yüklemesi&quot; a<span class="_ _0"></span>racının, programın ç<span class="_ _0"></span>alışma zamanı </div><div class="t m0 x10 h3 y796 ff2 fs0 fc2 sc0 ls0 ws0">açısından bakıldığınd<span class="_ _0"></span>a bir <span class="ff1">ek <span class="_ _9"></span><span class="ff2">maliyeti söz konusu d<span class="_ _0"></span>eğildir. Ancak böy<span class="_ _0"></span>le bir araç derleyici üzerind<span class="_ _0"></span>eki <span class="_ _0"></span><span class="ff1">yük<span class="_ _6"></span>ü <span class="ls8">de</span> </span></span></span></div><div class="t m0 x10 h3 y797 ff2 fs0 fc2 sc0 ls0 ws0">artırır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y798 ff2 fs0 fc2 sc0 ls0 ws0">Derleyici programın boy<span class="_ _0"></span>utunun büyü<span class="_ _0"></span>mesine neden olur. Küçük bir d<span class="_ _3"></span>il olarak tasarlanan C dilinde, bu<span class="_ _0"></span> aracın </div><div class="t m0 x10 h3 y799 ff2 fs0 fc2 sc0 ls0 ws0">bulunmamasının önemli b<span class="_ _0"></span>ir nedeni de budu<span class="_ _0"></span>r.<span class="ff1"> </span></div><div class="t m0 x1 hd y1e1 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y79a ff2 fs0 fc2 sc0 ls0 ws0">Aynı isimli işlevler gereksiz yere tan<span class="_ _0"></span>ımlanmamalıdır. İşlev yü<span class="_ _0"></span>klemesinin ana amacı, çalı<span class="_ _0"></span>şacak kod<span class="_ _0"></span>ları gerçekte </div><div class="t m0 x10 h3 y79b ff2 fs0 fc2 sc0 ls0 ws0">birbirinden farklı olan<span class="_ _0"></span> işlemleri, aynı isim altında soyu<span class="_ _0"></span>tlamak<span class="_ _0"></span>tır. Farklı işler gören işlevlerin,<span class="_ _0"></span> aynı ismi taşıması </div><div class="t m0 x10 h3 y79c ff2 fs0 fc2 sc0 ls0 ws0">okunabilirliği boza<span class="_ _0"></span>r. Birden fazla işlevin aynı ismi ta<span class="_ _0"></span>şıması, kullanıcı kodların işini k<span class="_ _0"></span>olaylaştırmaya<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span>yöneliktir. </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf51" class="pf w0 h0" data-page-no="51"><div class="pc pc51 w0 h0"><img class="bi xb y79d w6 h3f" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">81</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hb y28 ff3 fs3 fc3 sc0 ls0 ws0">S<span class="_ _3"></span>I<span class="_ _3"></span>N<span class="_ _3"></span>I<span class="_ _0"></span>F<span class="_ _b"></span>L<span class="_ _3"></span>A<span class="_ _3"></span>R<span class="_ _3"></span> </div><div class="t m0 x10 h3 y79e ff2 fs0 fc2 sc0 ls0 ws0">Sınıflar, nesne yönelimli progr<span class="_ _0"></span>amlama tekniğinin temel<span class="_ _0"></span><span class="ff1"> </span>yapı <span class="_ _0"></span>taşıdır. Nesne yönelimli progr<span class="_ _0"></span>amlama tekniğine </div><div class="t m0 x10 h3 y79f ff2 fs0 fc2 sc0 ls0 ws0">&quot;sınıfları kullanarak p<span class="_ _0"></span>rogram yazma&quot; tekniği diyebiliriz. <span class="_ _0"></span>Bu bölümde sını<span class="_ _0"></span>flara bir giriş yapacak<span class="_ _0"></span>, sınıflara ilişkin </div><div class="t m0 x10 h3 y7a0 ff2 fs0 fc2 sc0 ls0 ws0">temel kavramları açıklayaca<span class="_ _0"></span>ğız. Bundan<span class="_ _0"></span> sonraki bölümlerde ise ağırlıklı olarak <span class="_ _0"></span>sınıflar<span class="_ _0"></span>ın kullanılması üzer<span class="_ _0"></span>inde </div><div class="t m0 x10 h3 y7a1 ff2 fs0 fc2 sc0 ls0 ws0">duracağız.<span class="ff1"> </span></div><div class="t m0 x1 h3 y7a2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y7a3 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y2ff ff2 fs0 fc2 sc0 ls0 ws0">Sınıfları ö<span class="_ _0"></span>ncelikle <span class="_ _0"></span>sözdizim <span class="_ _0"></span>açısından <span class="_ _0"></span>ele <span class="_ _0"></span>alacağız. <span class="_ _3"></span><span class="ff10">Sınıf </span>C<span class="_ _0"></span>++ <span class="_ _0"></span>dilinin, <span class="_ _0"></span>programcının <span class="_ _0"></span>yeni <span class="_ _0"></span>bir <span class="_ _0"></span>tür <span class="_ _0"></span>yaratmasına <span class="_ _0"></span>olanak </div><div class="t m0 x10 h3 y7a4 ff2 fs0 fc2 sc0 ls0 ws0">veren <span class="_ _f"> </span>bir <span class="_ _11"> </span>aracıd<span class="_ _0"></span>ır. <span class="_ _f"></span>C&apos;de, <span class="_ _11"> </span>prog<span class="_ _0"></span>ramcının <span class="_ _11"> </span>yeni <span class="_ _f"> </span>b<span class="_ _0"></span>ir <span class="_ _f"></span>tür <span class="_ _11"> </span>yarat<span class="_ _0"></span>ması, <span class="_ _f"></span>yap<span class="_ _0"></span>ı <span class="_ _f"></span>(<span class="_ _3"></span><span class="ff9">struct), <span class="_ _f"> </span><span class="ff1">birlik <span class="_ _11"> </span>(</span>unio<span class="_ _0"></span>n) <span class="_ _11"> </span><span class="ff1">ve <span class="_ _f"></span></span><span class="ls1c">enum <span class="_ _11"> </span></span></span>araçlarıyla </div><div class="t m0 x10 h3 y7a5 ff2 fs0 fc2 sc0 ls0 ws0">mümkün oluyord<span class="_ _0"></span>u. C++ dilinde bu araçlara b<span class="_ _0"></span>ir de sınıf (<span class="ff9">c<span class="_ _0"></span>lass) </span>eklenmiştir.<span class="ff1"> </span></div><div class="t m0 x1 hd y7a6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7a7 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf <span class="ff9">(class) </span>nesne y<span class="_ _0"></span>önelimli programlama tekni<span class="_ _0"></span>ğinin uygulanmasına o<span class="_ _0"></span>lanak sağlayan, <span class="_ _0"></span><span class="ff9 ls32">C <span class="_ _0"></span></span><span class="ff1">dilinde olmayan y<span class="_ _0"></span>eni bir </span></div><div class="t m0 x10 h3 y7a8 ff2 fs0 fc2 sc0 ls0 ws0">yazılımsal birimdir. Sınıflar, <span class="_ _0"></span><span class="ff9">C</span>‟deki yap<span class="_ _0"></span>ılara<span class="ff1"> benzetilebilir. An<span class="_ _0"></span>cak <span class="ff9">C</span></span>‟deki yapılar <span class="_ _0"></span>yalnızca eleman <span class="_ _0"></span><span class="ff9">(member) </span></div><div class="t m0 x10 h3 y7a9 ff1 fs0 fc2 sc0 ls0 ws0">içerirken, <span class="ff9">C<span class="ff2">++‟da sınıflar y<span class="_ _0"></span>apılardan fazla o<span class="_ _0"></span>larak hem veri elemanı hem d<span class="_ _0"></span>e üye işlevleri <span class="_ _0"></span></span>(mem<span class="_ _0"></span>ber function) </span>içerir. </div><div class="t m0 x10 h3 y7aa ff2 fs0 fc2 sc0 ls0 ws0">Sınıflar, yapılara göre ek b<span class="_ _0"></span>ir çok özelliğe sahip<span class="_ _0"></span>tir. Bu özelliklerin çoğu <span class="_ _0"></span><span class="ff9">Ne<span class="_ _0"></span>s<span class="ff10">ne Yönelimli Programlama Tek<span class="_ _0"></span>niği</span></span>‟<span class="ff1">n<span class="_ _0"></span>i </span></div><div class="t m0 x10 h3 y7ab ff2 fs0 fc2 sc0 ls0 ws0">destekleme amacıyla eklenmi<span class="_ _0"></span>ştir.<span class="ff1"> </span></div><div class="t m0 x1 h3 y7ac ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7ad ff2 fs0 fc2 sc0 ls0 ws0">Nasıl bir &quot;yapı&quot; türü p<span class="_ _0"></span>rogramcı tarafından<span class="_ _0"></span> tanımlanmış bir tür <span class="_ _0"></span><span class="ff9">(user defined<span class="_ _0"></span> type) </span>ise, sınıflar <span class="_ _0"></span>da programcının </div><div class="t m0 x10 h3 y7ae ff2 fs0 fc2 sc0 ls0 ws0">tanımlamış olduğu tü<span class="_ _0"></span>rdür. Programcı, önce yeni bir tü<span class="_ _0"></span>rü derleyiciye tanıt<span class="_ _0"></span>ır, <span class="_ _0"></span>daha sonra bu<span class="_ _0"></span> yeni türden nesne, </div><div class="t m0 x10 h3 y7af ff2 fs0 fc2 sc0 ls0 ws0">gösterici, referans tanımlayab<span class="_ _0"></span>ilir. Sınıfları kullanab<span class="_ _0"></span>ilmek için ilk y<span class="_ _0"></span>apılması gereken işlem, bir sınıfın tan<span class="_ _0"></span>ımını </div><div class="t m0 x10 h3 y7b0 ff2 fs0 fc2 sc0 ls0 ws0">yapmaktır. Bir sınıfın tanımını <span class="_ _0"></span>yapmak, b<span class="_ _0"></span>u sınıf hakkında derleyiciye bilgi vermek an<span class="_ _0"></span>lamına gelir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y7b1 ff2 fs0 fc2 sc0 ls0 ws0">Derleyici aldığı bilginin sonu<span class="_ _0"></span>cunda, b<span class="_ _0"></span>u sınıf türünden bir nesne tanımlanması du<span class="_ _0"></span>rumunda, hem bellekte n<span class="_ _0"></span>e </div><div class="t m0 x10 h3 y7b2 ff2 fs0 fc2 sc0 ls0 ws0">kadar yer ayıraca<span class="_ _0"></span>ğını bilir, hem de programcının yaz<span class="_ _0"></span>mış olduğu<span class="_ _0"></span> koda ilişkin bazı k<span class="_ _0"></span>ontrol işlemlerini yapma </div><div class="t m0 x10 h3 y7b3 ff2 fs0 fc2 sc0 ls0 ws0">olanağına kavuşur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y7b4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7b5 ff2 fs0 fc2 sc0 ls0 ws0">Sınıflar yapılara göre t<span class="_ _0"></span>emel olarak iki ön<span class="_ _0"></span>emli farklılığa sahiptir:<span class="ff1"> </span></div><div class="t m0 x1 hd y7b6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y7b7 ff6 fs0 fc2 sc0 ls2c ws0">i.<span class="_ _9"></span><span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Sınıf b<span class="_ _0"></span>ildirimi içinde sınıfların <span class="_ _0"></span>elemanları, ismine <span class="_ _0"></span><span class="ff9">public<span class="ff1 ls17">, </span>prote<span class="_ _0"></span>cted <span class="ff1">ya da <span class="_ _0"></span></span>private </span>denilen üç ayrı bö<span class="_ _0"></span>lgede yer<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y5a4 ff1 fs0 fc2 sc0 ls0 ws0">alabilir. </div><div class="t m0 x1 h3 y7b8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y7b9 ff6 fs0 fc2 sc0 ls0 ws0">ii.<span class="ff7"> <span class="_ _3"></span><span class="ff2">Sınıflar y<span class="_ _0"></span>alnızca veri elemanla<span class="_ _0"></span>rı değil işlevler de içerir. Bu işl<span class="_ _0"></span>evlere sınıfın üye<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ff2 lse">iş<span class="ff1 ls0">levleri </span></span></span></span></span></div><div class="t m0 x10 h3 y7ba ff9 fs0 fc2 sc0 ls0 ws0">(member function<span class="_ _0"></span>s) <span class="ff1">denir. </span></div><div class="t m0 x1 hd y75a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7bb ff2 fs0 fc2 sc0 ls0 ws0">Önce bu iki yeni özellik ü<span class="_ _0"></span>stünde ayrıntılı bir b<span class="_ _0"></span>içimde duracağız:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y7bc ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf52" class="pf w0 h0" data-page-no="52"><div class="pc pc52 w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">82</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>m<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın tanımı, yan<span class="_ _0"></span>i derleyiciye tanıtılması özel b<span class="_ _0"></span>ir sözdizim ile olur: Sını<span class="_ _0"></span>f bildiriminin </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">genel biçimi şöyledir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1d5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y7bd ffc fs0 fc2 sc0 ls13 ws0">class [ sınıf_ismi] {<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 y7be ff8 fs0 fc2 sc0 ls13 ws0">[private:]<span class="ls0"> </span></div><div class="t m0 x14 h11 y7bf ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x12 h11 y5c0 ff8 fs0 fc2 sc0 ls13 ws0">[protected:]<span class="ls0"> </span></div><div class="t m0 x14 h11 y7c0 ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x12 h11 y7c1 ff8 fs0 fc2 sc0 ls13 ws0">[public:]<span class="ls0"> </span></div><div class="t m0 x14 h11 y7c2 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y726 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h26 y7c3 ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7c4 ff9 fs0 fc2 sc0 ls0 ws0">class <span class="ff2">bir anahta<span class="_ _0"></span>r sözcüktür. Türkçe &quot;sınıf&quot; anlamına g<span class="_ _0"></span>elir. Genel biçimdeki <span class="_ _0"></span><span class="ff10">sını<span class="_ _0"></span>f_ ismi(class tag<span class="_ _0"></span><span class="ff1">), bildirimi </span></span></span></div><div class="t m0 x10 h3 y7c5 ff2 fs0 fc2 sc0 ls0 ws0">yapılan sınıfın ismidir. Sınıf i<span class="_ _0"></span>smi, isimlendirme kuralların<span class="_ _0"></span>a uygun herh<span class="_ _0"></span>angi bir isim olabilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y4dd ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf tanımında y<span class="_ _0"></span>er alan blok, <span class="_ _0"></span><span class="ff9">private<span class="ff1 ls17">, </span>protected <span class="_ _0"></span><span class="ff1">ve </span>public </span>isimli üç bölümden oluşur. <span class="_ _0"></span><span class="ff9">pu<span class="_ _0"></span>blic, private <span class="ff1">ve </span></span></div><div class="t m0 x10 h3 y4de ff9 fs0 fc2 sc0 ls0 ws0">protected <span class="_ _0"></span><span class="ff2">C++‟ın anahtar sözcükleridir. Bu sözcü<span class="_ _0"></span>klere bundan<span class="_ _0"></span> sonra <span class="_ _0"></span><span class="ff10">erişim belirteci </span>d<span class="_ _0"></span>iyeceğiz. Bir bölüm, erişim </span></div><div class="t m0 x10 h3 y4df ff1 fs0 fc2 sc0 ls0 ws0">belirtecini izleyen iki nokt<span class="_ _0"></span>a üst üste <span class="ff9">(:) <span class="ff2">ayra<span class="_ _0"></span>cı ile başlatılır, diğer bir eri<span class="_ _0"></span>şim belirtecinin kull<span class="_ _0"></span>anılmasına kadar </span></span></div><div class="t m0 x10 h3 y4e0 ff2 fs0 fc2 sc0 ls0 ws0">sürer. Üç bölümün, h<span class="_ _0"></span>epsinin bir sınıf bildiriminde b<span class="_ _0"></span>ulunması zorun<span class="_ _0"></span>lu değildir. Hiç bir erişim belirtecinin<span class="_ _0"></span> </div><div class="t m0 x10 h3 y7c6 ff2 fs0 fc2 sc0 ls0 ws0">kullanılmaması duru<span class="_ _0"></span>munda sınıfın <span class="ff9">p<span class="_ _0"></span>rivate </span>bölümü anlaşılır. <span class="_ _0"></span>Yani sınıf bildiri<span class="_ _0"></span>mi içinde varsayılan (<span class="_ _0"></span><span class="ff9">default<span class="ff1">) bö<span class="_ _0"></span>lüm </span></span></div><div class="t m0 x10 h3 y25f ff9 fs0 fc2 sc0 ls0 ws0">private <span class="ff1">bölümdür.<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y30b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y625 ff2 fs0 fc2 sc0 ls0 ws0">Üye işlevlerin yalnızca bildirim<span class="_ _0"></span>leri sınıf bildirimi içine yaz<span class="_ _0"></span>ılır. Bu işlevlerin tan<span class="_ _0"></span>ımlamaları, normal bir işl<span class="_ _0"></span>ev gibi </div><div class="t m0 x10 h3 yab ff2 fs0 fc2 sc0 ls0 ws0">ancak farklı bir sözdizim k<span class="_ _0"></span>uralı ile sınıf bildiriminin d<span class="_ _0"></span>ışında yapı<span class="_ _0"></span>lır. Ancak ü<span class="_ _0"></span>ye işlevlerin tanımı sınıf bildiriminin </div><div class="t m0 x10 h3 y7c7 ff2 fs0 fc2 sc0 ls0 ws0">içinde de yapılabilir. Bu d<span class="_ _0"></span>urumu ileride, sınıf içi <span class="_ _0"></span><span class="ff9">inline </span>i<span class="_ _0"></span>şlevler başlığıyla inceleyeceğiz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y7c8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y66f ff2 fs0 fc2 sc0 ls0 ws0">C++‟da, sınıfın tanımı içinde b<span class="_ _0"></span>ildirilen işlevlerle sınıfın d<span class="_ _0"></span>ışında bildirimleri yap<span class="_ _0"></span>ılan işlevleri birbirleri<span class="_ _3"></span><span class="ff1">nden </span></div><div class="t m0 x10 h3 y7c9 ff2 fs0 fc2 sc0 ls0 ws0">ayırabilmek için yeni terimler <span class="_ _0"></span>kullanılır. Sınıfın içinde bildiril<span class="_ _0"></span>en bir işleve, o sınıfın ü<span class="_ _0"></span>ye işlevi <span class="_ _0"></span><span class="ff9">(member func<span class="_ _0"></span>tion) </span></div><div class="t m0 x10 h3 y7ca ff2 fs0 fc2 sc0 ls0 ws0">denirken, diğer işlevlere global <span class="_ _0"></span>işlevler (<span class="ff9">globa<span class="_ _0"></span>l functions</span>) d<span class="_ _0"></span>enir. Yani C dilinde daha <span class="_ _0"></span>önce tanımlamaya alışmış </div><div class="t m0 x10 h3 y7cb ff2 fs0 fc2 sc0 ls0 ws0">olduğumuz işlevlere a<span class="_ _0"></span>rtık bundan b<span class="_ _0"></span>öyle <span class="ff10">glob<span class="_ _0"></span>al işlevler </span>diyeceğiz.<span class="ff1"> </span></div><div class="t m0 x1 h3 y16d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7cc ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın elemanları, yap<span class="_ _0"></span>ılarda olduğu gibi sınıf içinde tü<span class="_ _0"></span>r bilgileri ile bildirilir. Aşağıdak<span class="_ _0"></span>i örneği inceleyin:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y7cd ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y7ce ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y7cf ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 y7d0 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>a;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf53" class="pf w0 h0" data-page-no="53"><div class="pc pc53 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">83</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">void <span class="ls0">fun<span class="_ _9"></span>c1(<span class="_ _6"></span>); </span></div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">protected:<span class="ls0"> </span></div><div class="t m0 x13 h11 y7d1 ff8 fs0 fc2 sc0 ls13 ws0">long b;<span class="ls0"> </span></div><div class="t m0 x13 h11 y6a6 ff8 fs0 fc2 sc0 ls13 ws0">int func2(int); </div><div class="t m0 x11 h11 y5d9 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y7d2 ff8 fs0 fc2 sc0 ls13 ws0">double c; </div><div class="t m0 x13 h11 y7d3 ff8 fs0 fc2 sc0 ls13 ws0">double<span class="ls0"> <span class="_ _0"></span>fun<span class="_ _9"></span>c3(<span class="_ _9"></span>);<span class="_ _9"></span> </span></div><div class="t m0 x11 h11 y70a ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h40 y635 ff8 fs15 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6df ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki sınıf bildirimind<span class="_ _0"></span>e, sınıfın üç bölümün<span class="_ _0"></span>ün de kullanılmış olduğun<span class="_ _0"></span>u görüyorsunuz.<span class="_ _0"></span> Sınıfın her </div><div class="t m0 x10 h3 y7d4 ff2 fs0 fc2 sc0 ls0 ws0">bölümünde, birer eleman ile <span class="_ _0"></span>birer işlev bildiriliyor. Sınıf b<span class="_ _0"></span>ildirimi içinde, birden fazla <span class="_ _0"></span>erişim belirteci </div><div class="t m0 x10 h3 y7d5 ff2 fs0 fc2 sc0 ls0 ws0">kullanılabilir. Örneğin y<span class="_ _0"></span>ukarıdaki bildirim aş<span class="_ _0"></span>ağıdaki <span class="ff1">gibi<span class="_ _9"></span> <span class="ff2">de yapılabilirdi:</span> </span></div><div class="t m0 x1 h3 y3d4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y7d6 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y7d7 ff8 fs0 fc2 sc0 ls0 ws0">protected: </div><div class="t m0 x12 h11 y7d8 ff8 fs0 fc2 sc0 ls13 ws0">long b; </div><div class="t m0 x11 h11 y7d9 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y7da ff8 fs0 fc2 sc0 ls13 ws0">int a; </div><div class="t m0 x11 h11 y7db ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y125 ff8 fs0 fc2 sc0 ls13 ws0">double func3(); </div><div class="t m0 x11 h11 y7dc ff8 fs0 fc2 sc0 ls13 ws0">protected:<span class="ls0"> </span></div><div class="t m0 x12 h11 y7dd ff8 fs0 fc2 sc0 ls13 ws0">int func2(int); </div><div class="t m0 x11 h11 y7de ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y7df ff8 fs0 fc2 sc0 ls13 ws0">double c; </div><div class="t m0 x11 h11 y8a ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y5cb ff8 fs0 fc2 sc0 ls13 ws0">void func1();<span class="ls0"> </span></div><div class="t m0 x11 h11 y7e0 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 y44d ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7e1 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf bildirimi bir erişim belirt<span class="_ _0"></span>eci ile başlatılmamış<span class="_ _0"></span>sa, <span class="ff9">private <span class="_ _0"></span><span class="ff1">bölüm üzerinde </span></span>işl<span class="_ _0"></span>em yapıldığı anlaşılır. </div><div class="t m0 x10 h3 y4d3 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 y701 ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x12 h11 y7e2 ff8 fs0 fc2 sc0 ls13 ws0">long b; </div><div class="t m0 x12 h11 y7e3 ff8 fs0 fc2 sc0 ls13 ws0">int a;<span class="ls0"> </span></div><div class="t m0 x10 h11 y7e4 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y7e5 ff8 fs0 fc2 sc0 ls13 ws0">double func3(); </div><div class="t m0 x10 h11 y7e6 ff8 fs0 fc2 sc0 ls13 ws0">protected:<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf54" class="pf w0 h0" data-page-no="54"><div class="pc pc54 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">84</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">int func2(int); </div><div class="t m0 x10 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y3b1 ff8 fs0 fc2 sc0 ls13 ws0">double c; </div><div class="t m0 x10 h11 y7e7 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y2fb ff8 fs0 fc2 sc0 ls13 ws0">void func1();<span class="ls0"> </span></div><div class="t m0 x10 h11 y7d2 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h41 yfb ff8 fs1 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y50a ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte, <span class="_ _0"></span><span class="ff9 ls33">A </span>isimli sınıfın <span class="ff9 ls14">a </span><span class="ff1">ve <span class="ff9 ls14">b </span></span>elemanları sın<span class="_ _0"></span>ıfın <span class="ff9">private <span class="_ _0"></span><span class="ff1">bölümünde </span></span>bildiriliy<span class="_ _0"></span>or. Şimdi de aşağıdaki </div><div class="t m0 x10 h3 y255 ff2 fs0 fc2 sc0 ls0 ws0">sınıf bildirimini inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y7e8 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y301 ff8 fs0 fc2 sc0 ls13 ws0">class Date {<span class="ls0"> </span></div><div class="t m0 x13 h11 y6e1 ff8 fs0 fc2 sc0 ls13 ws0">int day, mon, year; </div><div class="t m0 x13 h11 y4c4 ff8 fs0 fc2 sc0 ls13 ws0">bool verify_date();<span class="ls0"> </span></div><div class="t m0 x11 h11 y7e9 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y59 ff8 fs0 fc2 sc0 ls13 ws0">void set_date(int , int, int); </div><div class="t m0 x13 h11 y608 ff8 fs0 fc2 sc0 ls13 ws0">void display_date();<span class="ls0"> </span></div><div class="t m0 x11 h11 y294 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h26 y7ea ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y540 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda, ismi <span class="ff9">Date </span>olan<span class="_ _0"></span> bir sınıf tanımlan<span class="_ _0"></span>ıyor. Yukarıdaki tanımla, <span class="_ _0"></span><span class="ff9">Date<span class="_ _0"></span> <span class="ff1">i</span></span>simli yeni bir veri türü<span class="_ _0"></span> yaratılmış olur. C </div><div class="t m0 x10 h3 y7eb ff2 fs0 fc2 sc0 ls0 ws0">ile C++‟ın <span class="ff1 ls15">bu </span>noktadaki farkını d<span class="_ _0"></span>a hatırlayın: C++‟da <span class="_ _0"></span><span class="ff1 ls15">bu <span class="ls0">veri türünün ismi hem <span class="ff9">c<span class="_ _0"></span>lass Dat</span>e hem de <span class="ff9">Date<span class="_ _0"></span>&apos;</span>dir. Yani </span></span></div><div class="t m0 x10 h3 y7ec ff1 fs0 fc2 sc0 ls0 ws0">bir <span class="ff9">typedef <span class="ff2">b<span class="_ _0"></span>ildirimi yapılmaksızın <span class="_ _0"></span></span>Date <span class="ff2">ismi bu türün<span class="_ _0"></span> ismi olarak kullanılab<span class="_ _0"></span>ilir. </span></span>Oysa<span class="_ _9"></span> <span class="ff2">C dilinde yapılar söz konusu </span></div><div class="t m0 x10 h3 y588 ff2 fs0 fc2 sc0 ls0 ws0">olduğunda, b<span class="_ _0"></span>ir yapı ismini <span class="ff9">(structu<span class="_ _0"></span>re tag) <span class="ff1">bir tü<span class="_ _0"></span>r ismi olarak kullanmak için bir <span class="_ _0"></span></span>typedef <span class="_ _0"></span><span class="ff1">bildirimi yapmak gerekir. </span></span></div><div class="t m0 x10 h3 y7ed ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf ismi <span class="ff9">(class tag), <span class="_ _0"></span></span>isimlend<span class="_ _0"></span>irme kurallarına uygun o<span class="_ _0"></span>lmak koşuluyla, istenildiği gibi se<span class="_ _0"></span>çilebilir. Ancak<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y7ee ff2 fs0 fc2 sc0 ls0 ws0">programcıların çoğu, yaln<span class="_ _0"></span>ızca ilk harfi büyü<span class="_ _0"></span>k diğer harfleri küçük olan isimleri<span class="_ _0"></span><span class="ff1"> seç<span class="_ _0"></span>erler. </span></div><div class="t m0 x1 hd y431 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7ef ff9 fs0 fc2 sc0 ls0 ws0">Date <span class="ff2">isimli sınıfın tanımını inc<span class="_ _0"></span>elemeyi sürdürelim:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y7f0 ff9 fs0 fc2 sc0 ls0 ws0">int <span class="ff1">türden </span><span class="ls14">day<span class="ff1 ls17">, </span><span class="ls34">mon<span class="ff1 ls17">, </span></span></span>year <span class="ff2">isimli elemanlar sınıf<span class="_ _0"></span>ın </span>private <span class="ff2">b<span class="_ _0"></span>ölümünde bildirilmiş. Bir erişi<span class="_ _0"></span>m belirteci </span></div><div class="t m0 x10 h3 y7f1 ff2 fs0 fc2 sc0 ls0 ws0">kullanılmadığı zaman sını<span class="_ _0"></span>fın <span class="ff9">private </span>b<span class="_ _0"></span>ölümünün anlaşıldığı s<span class="_ _0"></span>öylenmişti. Başka bir deyişle, <span class="_ _0"></span><span class="ff9">i<span class="_ _0"></span>nt<span class="ff1 ls17">, </span><span class="ls34">mon </span><span class="ff1">ve </span>year<span class="ff1 ls17">, </span>Date </span></div><div class="t m0 x10 h3 y7f2 ff2 fs0 fc2 sc0 ls0 ws0">sınıfının <span class="ff9">private </span>elemanlarıdır.<span class="_ _0"></span> <span class="ff9">Date <span class="_ _0"></span></span>sınıfının bildirimi içinde, <span class="_ _0"></span><span class="ff9">verify_date<span class="ff1 ls17">, </span>set_date <span class="_ _0"></span><span class="ff1">ve </span>display_date <span class="_ _0"></span><span class="ff1">isimli üç </span></span></div><div class="t m0 x10 h3 y7f3 ff2 fs0 fc2 sc0 ls0 ws0">işlevin bildiriminin yap<span class="_ _0"></span>ıldığını görüyoruz.<span class="_ _0"></span> Bu işlevler, <span class="ff9">Date<span class="_ _0"></span> </span>sınıfının <span class="ff9">üye <span class="_ _0"></span></span>işlevidir. <span class="ff9">verify_date <span class="_ _0"></span></span>isimli işlevin </div><div class="t m0 x10 h3 y7f4 ff2 fs0 fc2 sc0 ls0 ws0">bildirimi sınıfın <span class="ff9">private <span class="_ _0"></span></span>bölümünde y<span class="_ _0"></span>apılmış iken, <span class="ff9">set_dat<span class="_ _0"></span><span class="ff1">e ve </span>display_date <span class="_ _0"></span></span>işlevlerinin bildirimleri <span class="_ _0"></span><span class="ff9">Date </span>sınıfının </div><div class="t m0 x10 h3 y7f5 ff9 fs0 fc2 sc0 ls0 ws0">public <span class="ff1 ls8">bö</span><span class="ff2">lümünd<span class="_ _0"></span>e yapılmış. Şöyle de söylenebilirdi: <span class="_ _0"></span></span>set_date<span class="_ _0"></span> <span class="ff1">ve </span>display_date<span class="ff1 ls17">, </span>Date<span class="_ _0"></span> <span class="ff2">sınıfının </span>public <span class="_ _0"></span><span class="ff1">üye </span></div><div class="t m0 x10 h3 y7f6 ff2 fs0 fc2 sc0 ls0 ws0">işlevleridir. <span class="ff9">verify_date Date<span class="_ _0"></span> </span>sınıfının <span class="_ _0"></span><span class="ff9">private </span>üye işlevidir. Peki, sınıfın ü<span class="_ _0"></span>ye işlevleri ile bizi<span class="_ _0"></span>m daha önceden </div><div class="t m0 x10 h3 y7f7 ff2 fs0 fc2 sc0 ls0 ws0">bildiğimiz işlevler arasında <span class="_ _0"></span>bir fark var mı?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y7f8 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfların üye işlevleri ne i<span class="_ _0"></span>şe yarıyor, nasıl tan<span class="_ _0"></span>ımlanıyor? Bütün bu k<span class="_ _0"></span>onuları ayrıntılı bir şekilde ele alacağız.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y7f9 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf55" class="pf w0 h0" data-page-no="55"><div class="pc pc55 w0 h0"><img class="bi xb y7fa w6 h42" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAANSCAIAAACm3gm/AAAACXBIWXMAABYlAAAWJQFJUiTwAAAOvElEQVR42u3dsQ2DMBRFUYioqBmAGViDSTIRk2SNDJDKA1BQ0f5M4EghKMLWOa27V139xm1ENBlp3RsAAOAyxqHPPd2sAwAAFVD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAAAoX2cCTvG4P40AAMfMy2QEfudmDwAANWgjIveW1t1AAABwHePQ557c7AEAoAbKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAADO9+mnKgAAoBRu9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAIB/6V5pswIAAJTOzR4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAAC+9Qb9aBtHfJ2S6wAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">85</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Mantıksal olarak bir sınıf ile i<span class="_ _0"></span>lişkilendirilmiş işlevlere “üy<span class="_ _0"></span>e işlevler<span class="_ _0"></span><span class="ff10">” (member functio<span class="_ _0"></span>ns) </span>de<span class="_ _0"></span>nir. Her üye işlev, </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın elemanlarına do<span class="_ _0"></span>ğrudan erişebilir. Sınıfın ele<span class="_ _0"></span>manları, üye işlevler tarafınd<span class="_ _0"></span>an ortaklaşa kullan<span class="_ _0"></span>ılan </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">değişkenlerdir. Sınıfın ü<span class="_ _0"></span>ye işlevleri, bir konuya ilişkin çe<span class="_ _0"></span>şitli alt işlemleri yapar. Bu işlem<span class="_ _0"></span>leri yaparken d<span class="_ _0"></span>e sınıfın </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">elemanlarını ortaklaşa olara<span class="_ _0"></span>k kullanırlar. Bir işi<span class="_ _0"></span><span class="ff1"> </span>gerçekleştiren<span class="_ _0"></span> bir dizi işlevin sınıf adı altınd<span class="_ _0"></span>a ele alınması, </div><div class="t m0 x10 h3 y1f4 ff2 fs0 fc2 sc0 ls0 ws0">algılamayı ve tasarımı kolay<span class="_ _0"></span>laştırır, derleyicinin baz<span class="_ _0"></span>ı denetimleri yapmasına olanak<span class="_ _0"></span> verir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y634 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7fb ff2 fs0 fc2 sc0 ls0 ws0">Yapılarla olduğu gibi, <span class="_ _0"></span>sınıflarla da çalışmak için ön<span class="_ _0"></span>ce sınıf tanımını yap<span class="_ _0"></span>mak, sonra da b<span class="_ _0"></span>u sınıf t<span class="_ _0"></span><span class="ff1">üründ<span class="_ _0"></span>en </span></div><div class="t m0 x10 h3 y31e ff2 fs0 fc2 sc0 ls0 ws0">nesneler tanımlamak gerekir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y7fc ff2 fs0 fc2 sc0 ls0 ws0">Sınıf tanımı kaynak k<span class="_ _0"></span>odun neresinde yapılmalıdır? Bir <span class="_ _0"></span>sınıfın tanımı kayn<span class="_ _0"></span>ak kodun herhangi bir yerind<span class="_ _0"></span>e </div><div class="t m0 x10 h3 y1d9 ff2 fs0 fc2 sc0 ls0 ws0">yapılabilir. Ancak t<span class="_ _0"></span>anımın bilinirlik alanının<span class="_ _0"></span> (<span class="ff9">scope<span class="_ _0"></span><span class="ff1">), dosya bilinirlik </span></span>alanın<span class="_ _0"></span>da (<span class="ff9">file scope<span class="_ _0"></span><span class="ff1">) ya da blok bilinirlik<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 y218 ff1 fs0 fc2 sc0 ls0 ws0">(<span class="ff9">block scope<span class="_ _0"></span><span class="ff2">) alanında olması, farklı anlamlar içerir. <span class="_ _0"></span>Örneğin <span class="_ _0"></span></span>Date <span class="ff2">sınıfının tan<span class="_ _0"></span>ımı, bütün blokların dışında </span></span></div><div class="t m0 x10 h3 y692 ff2 fs0 fc2 sc0 ls0 ws0">yani global d<span class="_ _0"></span>üzeyde yapılırsa, dosya bilinirlik alan<span class="_ _0"></span>ındaki bu bildirim sonucunda <span class="_ _3"></span><span class="ff9">Date </span>sınıfını, dosyad<span class="_ _0"></span>aki tüm </div><div class="t m0 x10 h3 y693 ff2 fs0 fc2 sc0 ls0 ws0">işlevler bilir. Yani sınıf bildirim<span class="_ _0"></span>inden sonra d<span class="_ _0"></span>osyanın sonuna kad<span class="_ _0"></span>ar her noktada <span class="_ _0"></span><span class="ff9">Date </span>sınıfı ku<span class="_ _0"></span>llanılabilir. Oysa </div><div class="t m0 x10 h3 y694 ff2 fs0 fc2 sc0 ls0 ws0">bildirim yerel düzeyde yan<span class="_ _0"></span>i bir blok içinde yap<span class="_ _0"></span>ılırsa, ilgili sınıf yalnızca b<span class="_ _0"></span>ildirimin yapıldığı blok için<span class="_ _0"></span>de bilinir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y7fd ff2 fs0 fc2 sc0 ls0 ws0">Yapılar gibi sınıflar da <span class="_ _0"></span>çoğunlukla başlık dosyala<span class="_ _0"></span>rı içind<span class="_ _0"></span>e tanımlanır. Çoğu zaman b<span class="_ _0"></span>ir sınıfın tanımı hizmet <span class="_ _0"></span>veren </div><div class="t m0 x10 h3 y4f6 ff2 fs0 fc2 sc0 ls0 ws0">kodların arayü<span class="_ _0"></span>zünün bir parçasıdır. Ancak, C+<span class="_ _0"></span>+ dilinde başlık dosyala<span class="_ _0"></span>rının kullanılması konusunu<span class="_ _0"></span> daha sonraki </div><div class="t m0 x10 h3 y697 ff2 fs0 fc2 sc0 ls0 ws0">bölümlere bırakıyoruz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y33f ff2 fs0 fc2 sc0 ls0 ws0">Sınıf tanımı, bir sınıfın ele<span class="_ _0"></span>manları ile üye işlevlerinin d<span class="_ _0"></span>erleyic<span class="_ _0"></span>iye tanıtılması işlemidir. Sını<span class="_ _0"></span>f tan<span class="_ _0"></span>ımı ile derleyici </div><div class="t m0 x10 h3 y710 ff2 fs0 fc2 sc0 ls0 ws0">bellekte herhangi bir yer ayır<span class="_ _0"></span>maz, yalnızca sınıf hak<span class="_ _0"></span>kında bilgi edinir. Sınıflar üzer<span class="_ _0"></span>inde bazı işlemlerin </div><div class="t m0 x10 h3 y7fe ff2 fs0 fc2 sc0 ls0 ws0">yapılabilmesi için, sınıf türü<span class="_ _0"></span>nden nesnelerinin tanımlan<span class="_ _0"></span>ması gerekir. Şimdi <span class="_ _0"></span>sınıf nesnelerinin <span class="_ _3"></span>tanımlanmasını </div><div class="t m0 x10 h3 y7ff ff2 fs0 fc2 sc0 ls0 ws0">ele alacağız:<span class="ff1"> </span></div><div class="t m0 x1 hd y800 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y801 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>ü<span class="_ _b"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>e<span class="_ _b"></span>ğ<span class="_ _3"></span>i<span class="_ _3"></span>ş<span class="_ _3"></span>k<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>T<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y802 ff2 fs0 fc2 sc0 ls0 ws0">Daha önce bildirimi yap<span class="_ _0"></span>ılmış bir sınıf türünden, b<span class="_ _0"></span>ir değişken tanımlanab<span class="_ _0"></span>ilir. Doğal türlerden değişkenler </div><div class="t m0 x10 h3 y3f5 ff2 fs0 fc2 sc0 ls0 ws0">nasıl tanımlanırsa sınıf türü<span class="_ _0"></span>nden değişkenler de aynı b<span class="_ _0"></span>içimde tanımlanır. Bild<span class="_ _0"></span><span class="ff1">iri<span class="_ _0"></span>mde önce tür b<span class="_ _0"></span>ildiren sözcük </span></div><div class="t m0 x10 h3 y3f6 ff2 fs0 fc2 sc0 ls0 ws0">ya da sözcükler, d<span class="_ _0"></span>aha sonra tanımlanan d<span class="_ _0"></span>eğişkenin ismi gelir. Daha ö<span class="_ _0"></span>nceki örneklerde tanımlanan<span class="_ _0"></span> <span class="_ _0"></span><span class="ff9 ls33">A </span><span class="ff1">ve <span class="ff9">Date </span></span></div><div class="t m0 x10 h3 y3f7 ff2 fs0 fc2 sc0 ls0 ws0">isimli sınıfları düşünelim.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y803 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y804 ff8 fs0 fc2 sc0 ls13 ws0">A a;<span class="ls0"> </span></div><div class="t m0 x1 h15 y805 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y29e ff9 fs0 fc2 sc0 ls14 ws0">a <span class="ff2 ls0">değişkeni </span><span class="ls33">A <span class="ff2 ls0">sınıfı türünd<span class="_ _0"></span>en bir sınıf değişkenidir.<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x1 hd y333 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y806 ff8 fs0 fc2 sc0 ls13 ws0">Date date1, date2;<span class="ls0"> </span></div><div class="t m0 x1 h15 y807 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y808 ff9 fs0 fc2 sc0 ls0 ws0">date1 <span class="ff1">ve </span>date2 <span class="ff2">isimli d<span class="_ _0"></span>eğişkenler </span>Date<span class="_ _0"></span> <span class="ff2">sınıfı türündendir. <span class="_ _0"></span></span>C++<span class="ff2">‟da yapı ve sınıf türün<span class="_ _0"></span>den değişkenler </span></div><div class="t m0 x10 h3 y809 ff2 fs0 fc2 sc0 ls0 ws0">tanımlarken, <span class="ff9">struct <span class="_ _0"></span><span class="ff1">ve </span>class </span>anahta<span class="_ _0"></span>r sözcüklerinin yazılmasına <span class="_ _0"></span>gerek olmadığını biliyorsunuz.<span class="_ _0"></span> Bu anahtar </div><div class="t m0 x10 h3 y80a ff2 fs0 fc2 sc0 ls0 ws0">sözcüklerin kullanılma<span class="_ _0"></span>sı herhangi bir sorun<span class="_ _0"></span>a yol açmaz. <span class="_ _0"></span>Yani yukarıd<span class="_ _0"></span>aki bildirim<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf56" class="pf w0 h0" data-page-no="56"><div class="pc pc56 w0 h0"><img class="bi xb y80b w6 h43" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">86</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5d7 ff8 fs0 fc2 sc0 ls13 ws0">class Date date1, date2;<span class="ls0"> </span></div><div class="t m0 x1 h15 y80c ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y80d ff2 fs0 fc2 sc0 ls0 ws0">biçiminde de yapılabilirdi. An<span class="_ _0"></span>cak <span class="_ _0"></span><span class="ff9">class </span>anahtar sözcü<span class="_ _0"></span>ğünün gereksiz bir şekilde kullan<span class="_ _0"></span>ılması tercih </div><div class="t m0 x10 h3 y80e ff2 fs0 fc2 sc0 ls0 ws0">edilen bir biçim değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y7a2 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y80f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y810 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y321 ff1 fs6 fc2 sc0 ls0 ws0">Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _b"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y811 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın üye işlevi, belirlenm<span class="_ _0"></span>iş bir sözdizim il<span class="_ _0"></span>e sınıfın dışında <span class="_ _0"></span>tanımlanır:<span class="ff1"> </span></div><div class="t m0 x1 h3 y36b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1fc ffc fs0 fc2 sc0 ls13 ws0">[geri dönüş değerinin türü] &lt;sınıf_ismi&gt; :: &lt;işlev_ismi&gt; ([parametre </div><div class="t m0 x11 h11 y812 ffc fs0 fc2 sc0 ls13 ws0">değişkenleri])<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y813 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1e0 ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y814 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y1c4 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y66b ff1 fs0 fc2 sc0 ls0 ws0">Sözdizimi inceleyelim:<span class="_ _0"></span> </div><div class="t m0 x10 h3 y815 ff2 fs0 fc2 sc0 ls0 ws0">Önce işlevin geri dönüş d<span class="_ _0"></span>eğerinin türü<span class="_ _0"></span>nün yazıldığını görüy<span class="_ _0"></span>orsunuz. Sonra sınıfın ismi yazıl<span class="_ _0"></span>ıyor. Daha sonra </div><div class="t m0 x10 h3 y816 ff1 fs0 fc2 sc0 ls0 ws0">gelen <span class="ff9">:: <span class="ff2">atomunu, işlevin is<span class="_ _0"></span>mi izliyor. İki tan<span class="_ _0"></span>e &quot;iki nokta üst üste&quot;nin yan yan<span class="_ _0"></span>a getirilmesiyle oluşturulan<span class="_ _0"></span> <span class="_ _0"></span></span><span class="ls24">:: </span></span></div><div class="t m0 x10 h3 y817 ff1 fs0 fc2 sc0 ls0 ws0">atomuna, bu<span class="_ _0"></span>ndan sonra &quot;çözünürlük <span class="_ _0"></span>a<span class="ff2">to<span class="_ _0"></span>mu&quot; diyeceğiz. Bu atom bir işle<span class="_ _0"></span>ç olarak kullanıldığınd<span class="_ _0"></span>a </span></div><div class="t m0 x10 h3 y818 ff2 fs0 fc2 sc0 ls0 ws0">&quot;çözünürlük işleci&quot; <span class="ff9">(sco<span class="_ _0"></span>pe resolution<span class="_ _0"></span> operator) </span>ismini alır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y819 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y81a ff9 fs0 fc2 sc0 ls0 ws0">Date <span class="ff2">sınıfının, parametre de<span class="_ _0"></span>ğişkeni olmayan, geri d<span class="_ _0"></span>önüş değeri üretmeyen <span class="_ _0"></span></span>display<span class="_ _0"></span>_date </div><div class="t m0 x10 h3 y81b ff2 fs0 fc2 sc0 ls0 ws0">isimli üye işlevi şöyle tanımlan<span class="_ _0"></span>abilir:<span class="ff1"> </span></div><div class="t m0 x10 h11 y3fb ff8 fs0 fc2 sc0 ls13 ws0">void Date::display_date()<span class="ls0"> </span></div><div class="t m0 x10 h11 y81c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y450 ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 y81d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 y747 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y81e ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 y81f ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf57" class="pf w0 h0" data-page-no="57"><div class="pc pc57 w0 h0"><img class="bi xb y820 w6 h44" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">87</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span><span class="ff1"> <span class="_ _6"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _6"></span>Y<span class="_ _3"></span>o<span class="_ _3"></span>l<span class="_ _3"></span>u<span class="_ _3"></span>y<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _6"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">E<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _b"></span><span class="ff1"> <span class="_ _7"></span><span class="ls35">ve<span class="ls0"> <span class="_ _7"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _6"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>e<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span></span>Ş<span class="_ _3"></span><span class="ff1 ls36">im<span class="ls0"> </span></span></span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Yapılarda olduğu gib<span class="_ _0"></span>i, bir sınıfa ilişkin nesne yoluyla sını<span class="_ _0"></span>fın veri elemanlarına ve ü<span class="_ _0"></span>ye işlevlerine nokta <span class="_ _0"></span>işleci </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">ile erişilebilir. Örneğin <span class="ff9">ob<span class="_ _0"></span>ject </span>bir sınıf <span class="ff1">tü<span class="_ _0"></span>ründen nesne, <span class="ff9 ls34">m </span></span>is<span class="_ _0"></span>e bu sınıfın bir elemanı ve <span class="_ _0"></span><span class="ff9">func <span class="_ _0"></span></span>da bu sınıfa </div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">ilişkin bir üye işlev olsun. <span class="_ _0"></span>Erişim aşağıdaki gibi g<span class="_ _0"></span>erçekleştirilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y822 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y7fb ff8 fs0 fc2 sc0 ls13 ws0">object.m<span class="ls0"> </span></div><div class="t m0 x1 h15 y823 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y824 ff2 fs0 fc2 sc0 ls0 ws0">Bir üye işlev ancak bir sınıf n<span class="_ _0"></span>esnesi için ile çağrılab<span class="_ _0"></span>ilir. Global işlevlerde oldu<span class="_ _0"></span>ğu gibi dışarıdan<span class="_ _0"></span> doğrudan </div><div class="t m0 x10 h3 y825 ff2 fs0 fc2 sc0 ls0 ws0">çağrılamaz. Örneğin <span class="_ _0"></span><span class="ff9">object <span class="_ _0"></span></span>isimli nesnenin ait olduğu sınıfın<span class="_ _0"></span> <span class="ff9">func <span class="_ _0"></span></span>isimli bir üye işlevi varsa, bu işlev<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y826 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y827 ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> </span></div><div class="t m0 x1 h15 y828 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2b2 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde çağrılamaz. Eğer bö<span class="_ _0"></span>yl<span class="_ _0"></span>e bir çağrı yapılırsa derleyici <span class="_ _0"></span>global bir <span class="_ _0"></span><span class="ff9">func </span>işlevinin çağrıld<span class="_ _0"></span>ığını anlar. </div><div class="t m0 x10 h3 y829 ff2 fs0 fc2 sc0 ls0 ws0">Üye işlev çağrısı aşağıdaki gibi<span class="_ _0"></span> yapılabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y82a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y82b ff8 fs0 fc2 sc0 ls13 ws0">object.func();<span class="ls0"> </span></div><div class="t m0 x1 h15 y82c ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3b ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki deyimde <span class="ff9">o<span class="_ _0"></span>bject </span>bir sınıf türünd<span class="_ _0"></span>en nesne ve <span class="ff9">func <span class="_ _0"></span><span class="ff1">da <span class="ff10">objec<span class="_ _0"></span>t‟ </span></span></span>in ait olduğu sınıfın üye işlevlerinden </div><div class="t m0 x10 h3 y82d ff1 fs0 fc2 sc0 ls0 ws0">birinin ismidir. </div><div class="t m0 x10 h3 y82e ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın üye işlevi, sınıf tü<span class="_ _0"></span>ründen bir gösterici ya da <span class="_ _0"></span>referans aracılığıyla da çağrılabilir. B<span class="_ _0"></span>u durumları biraz<span class="_ _0"></span> </div><div class="t m0 x10 h3 y82f ff2 fs0 fc2 sc0 ls0 ws0">daha ileride ele alacağız.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y830 ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y831 ff1 fs6 fc2 sc0 ls0 ws0">Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>r<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>a<span class="_ _3"></span>p<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _b"></span>ç<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>o<span class="_ _3"></span>d<span class="_ _3"></span> <span class="_ _f"></span>İ<span class="_ _3"></span></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">Y<span class="_ _3"></span>a<span class="_ _3"></span>z<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y832 ff9 fs0 fc2 sc0 ls0 ws0">C++<span class="ff2">‟da global b<span class="_ _0"></span>ir işleve yapılan çağrın<span class="_ _0"></span>ın amaç <span class="ff1">kod </span>içine nasıl yazıldığına daha önce değinmiştik. İşl<span class="_ _0"></span>ev ismi </span></div><div class="t m0 x10 h3 y265 ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkenlerinin say<span class="_ _0"></span>ısı ve türleriyle birleştiriler<span class="_ _0"></span>ek bir isim elde ediliyor ama<span class="_ _0"></span>ç koda <span class="_ _3"></span><span class="ff1">bu<span class="_ _6"></span> <span class="ff2">isim yazılıyordu<span class="_ _0"></span>. </span></span></div><div class="t m0 x10 h3 y833 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın üye işlevi çağrıldığın<span class="_ _0"></span>da derleyici bu k<span class="_ _0"></span>ez üye işlev ismin<span class="_ _0"></span>i, parametre değişk<span class="_ _0"></span>enlerinin sayısı <span class="ff1">ve türlerinin </span></div><div class="t m0 x10 h3 y834 ff2 fs0 fc2 sc0 ls0 ws0">yanı sıra sınıfın ismiyle d<span class="_ _0"></span>e birleştirerek amaç k<span class="_ _0"></span>od içine yazar. Bu d<span class="_ _0"></span>urumda bir program içind<span class="_ _0"></span>e, <span class="_ _0"></span>ayn<span class="_ _9"></span>ı <span class="ff1">isim<span class="_ _9"></span>li ve <span class="ff2">aynı </span></span></div><div class="t m0 x10 h3 y12d ff2 fs0 fc2 sc0 ls0 ws0">parametrik yapıya <span class="_ _0"></span>sahip global bir işlev ile bir <span class="_ _0"></span>sınıfa ilişkin üye işlev birlikt<span class="_ _0"></span>e<span class="ff1"> <span class="_ _5"></span>bulunab<span class="_ _0"></span>ilir. </span></div><div class="t m0 x10 h3 yf3 ff2 fs0 fc2 sc0 ls0 ws0">Bu iki işlevin amaç koda y<span class="_ _0"></span>azılmalarında bir sorun o<span class="_ _0"></span>rtaya çıkmaz. Örneğin <span class="_ _0"></span><span class="ff9">Borland<span class="_ _0"></span> <span class="_ _5"></span>C++ </span></div><div class="t m0 x10 h3 y835 ff9 fs0 fc2 sc0 ls0 ws0">3.1 <span class="ff1">derleyicisinde </span></div><div class="t m0 x1 hd y836 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y837 ff8 fs0 fc2 sc0 ls13 ws0">void func() ;<span class="ls0"> </span></div><div class="t m0 x1 h15 y838 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf58" class="pf w0 h0" data-page-no="58"><div class="pc pc58 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">88</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">global işlevi<span class="ff1"> </span></div><div class="t m0 x1 h3 yb8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3e5 ff8 fs0 fc2 sc0 ls13 ws0">@func$qv<span class="ls0"> </span></div><div class="t m0 x1 h15 y3e6 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y232 ff1 fs0 fc2 sc0 ls0 ws0">biçiminde, <span class="ff9 ls37">X </span><span class="ff2">sınıfına ilişkin<span class="_ _0"></span></span> </div><div class="t m0 x1 hd y3ce ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3cf ff8 fs0 fc2 sc0 ls13 ws0">X::void func()<span class="ls0"> </span></div><div class="t m0 x1 h15 y74f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y839 ff2 fs0 fc2 sc0 ls0 ws0">işlevi ise<span class="ff1"> </span></div><div class="t m0 x1 hd y83a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5af ff8 fs0 fc2 sc0 ls13 ws0">@X@func$qv<span class="ls0"> </span></div><div class="t m0 x1 h15 y83b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y83c ff2 fs0 fc2 sc0 ls0 ws0">biçiminde amaç kod için<span class="_ _0"></span>e yazılır. Derleyiciler, ay<span class="_ _0"></span>nı isimli global işlevlerle üy<span class="_ _0"></span>e işlevleri çağrı b<span class="_ _0"></span>içimlerine </div><div class="t m0 x10 h3 y83d ff2 fs0 fc2 sc0 ls0 ws0">bakarak ayırab<span class="_ _0"></span>ilir. Örneğin:<span class="ff1"> </span></div><div class="t m0 x1 hd y83e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y5f8 ff8 fs0 fc2 sc0 ls13 ws0">a.func();<span class="ls0"> </span></div><div class="t m0 x1 h15 y83f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y840 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir çağrı, sınıf nesne<span class="_ _0"></span>si ile yapıldığına göre, <span class="_ _0"></span>derleyici <span class="ff9 ls14">a </span>hangi sınıf türü<span class="_ _0"></span>nden bir nesne is<span class="_ _0"></span>e <span class="ff9">func <span class="_ _0"></span></span>isimli işlevi </div><div class="t m0 x10 h3 y841 ff2 fs0 fc2 sc0 ls0 ws0">de o sınıfın bir üye <span class="_ _0"></span>işlevi olacak biçimde arayacakt<span class="_ _0"></span>ır.. Oysa çağrı<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y842 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y843 ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> </span></div><div class="t m0 x1 h15 y844 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y845 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde yapılırsa, derleyici g<span class="_ _0"></span>lobal olan <span class="_ _0"></span><span class="ff9">func </span>işlevinin çağrıld<span class="_ _0"></span>ığını anlardı.<span class="ff1"> </span></div><div class="t m0 x1 h3 y846 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y847 ff9 fs0 fc2 sc0 ls0 ws0">C++<span class="ff2">‟da işlevlerin amaç kod<span class="_ _0"></span> içine yazılmalarınd<span class="_ _0"></span>a herhangi bir stand<span class="_ _0"></span>art söz konusu değildir. Her d<span class="_ _0"></span>erleyici üye </span></div><div class="t m0 x10 h3 y848 ff2 fs0 fc2 sc0 ls0 ws0">işlevlerin isimlerini sınıf is<span class="_ _0"></span>miyle ve parametre türleriyle komb<span class="_ _0"></span>ine ederek amaç kod içine y<span class="_ _0"></span>azar. Ancak bu </div><div class="t m0 x10 h3 y468 ff2 fs0 fc2 sc0 ls0 ws0">yazma işlemine ilişkin ke<span class="_ _0"></span>sin bir notasyon<span class="_ _0"></span><span class="fc7">(yazım şekli) </span>stand<span class="_ _0"></span>art olarak belirlenmemiştir. B<span class="_ _0"></span>u nedenle farklı <span class="_ _0"></span><span class="ff9">C++ </span></div><div class="t m0 x10 h3 y685 ff2 fs0 fc2 sc0 ls0 ws0">derleyicileriyle derlenmiş mod<span class="_ _0"></span>üllerin birleştiri<span class="_ _0"></span>lmesinde sorun<span class="_ _0"></span>lar çıkabilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y849 ff1 fs0 fc2 sc0 ls0 ws0">Peki<span class="fc7 ls17">, </span><span class="ff2">bir sınıf nesnesinin elem<span class="_ _0"></span>anları belleğe ne şekilde y<span class="_ _0"></span>erleştirilir?<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 y94 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesi tanımlandığın<span class="_ _0"></span>da derleyici yalnızca<span class="_ _0"></span> sınıfın elemanları için bellekt<span class="_ _0"></span>e yer ayırır. Sınıfın ü<span class="_ _0"></span>ye işlevleri </div><div class="t m0 x10 h3 y95 ff2 fs0 fc2 sc0 ls0 ws0">sınıf nesnesi içinde herhangi b<span class="_ _0"></span>ir y<span class="_ _0"></span>er kaplamaz. Üye işlevler y<span class="_ _0"></span>alnızca mantıksal bakımdan<span class="_ _0"></span> sınıf ile </div><div class="t m0 x10 h3 y400 ff2 fs0 fc2 sc0 ls0 ws0">ilişkilendirilmiştir. Sınıfın ik<span class="_ _0"></span>i bölüm belirten anahta<span class="_ _0"></span>r sözcüğü arasına y<span class="_ _0"></span>azılan veri elemanları, ilk <span class="_ _0"></span>yazılan düşük </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf59" class="pf w0 h0" data-page-no="59"><div class="pc pc59 w0 h0"><img class="bi xb y84a w6 h45" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">89</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">adreste olacak biçimde bitiş<span class="_ _0"></span>ik yerleştirilir. Bölümlerin birb<span class="_ _0"></span>irlerine göre y<span class="_ _0"></span>erleşim biçiml<span class="_ _0"></span>eri standart olarak </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">belirlenmemiştir, derleyiciden<span class="_ _0"></span> derleyiciye değişebilir. A<span class="_ _0"></span>şağıdaki örneği inceleyin.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y84b ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y64a ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y550 ff8 fs0 fc2 sc0 ls13 ws0">int a; </div><div class="t m0 x12 h11 y2fd ff8 fs0 fc2 sc0 ls13 ws0">int b;<span class="ls0"> </span></div><div class="t m0 x11 h11 y84c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y84d ff8 fs0 fc2 sc0 ls13 ws0">int c; </div><div class="t m0 x13 h11 y84e ff8 fs0 fc2 sc0 ls13 ws0">int d; </div><div class="t m0 x11 h11 y84f ff8 fs0 fc2 sc0 ls13 ws0">protected:<span class="ls0"> </span></div><div class="t m0 x12 h11 y850 ff8 fs0 fc2 sc0 ls13 ws0">int e; </div><div class="t m0 x11 h11 y851 ff8 fs0 fc2 sc0 ls13 ws0">int f; </div><div class="t m0 x11 h11 y852 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y238 ff8 fs0 fc2 sc0 ls13 ws0">int g; </div><div class="t m0 x12 h11 y80 ff8 fs0 fc2 sc0 ls13 ws0">int h;<span class="ls0"> </span></div><div class="t m0 x11 h11 y853 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h15 y854 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y855 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9 ls33">A </span><span class="ff2">sınıfı türü<span class="_ _0"></span>nden bir sınıf nesnesinin bell<span class="_ _0"></span>ekte kapladığı alan <span class="_ _0"></span><span class="ff9">8 * sizeof(int) <span class="_ _0"></span></span></span>kadar olur. Nesne içinde, <span class="_ _0"></span><span class="ff9 ls14">a </span></div><div class="t m0 x10 h3 y856 ff1 fs0 fc2 sc0 ls0 ws0">ile <span class="ff9">b, c </span>ile <span class="ff9">d, e <span class="_ _0"></span></span>ile <span class="ff9">f ve g </span>ile <span class="ff9 ls14">h </span><span class="ff2">veri elemanları bitişik olara<span class="_ _0"></span>k yerleştirilir. Ancak b<span class="_ _0"></span>u grupların kendi a<span class="_ _0"></span>ralarındaki </span></div><div class="t m0 x10 h3 y6cd ff2 fs0 fc2 sc0 ls0 ws0">yerleşimleri derleyiciden <span class="_ _0"></span>derleyiciye değişebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y857 ff2 fs0 fc2 sc0 ls0 ws0">Bölümler arasındaki y<span class="_ _0"></span>erleşim standart bir biçimde belirl<span class="_ _0"></span>enmemiş olsa da derleyicilerin h<span class="_ _0"></span>emen hepsi daha yu<span class="_ _0"></span>karı </div><div class="t m0 x10 h3 y38b ff2 fs0 fc2 sc0 ls0 ws0">yazılan bölü<span class="_ _0"></span>mleri düşük adrese yerleştirir. <span class="_ _0"></span>Yani yukarıdaki örnekte derleyicilerin b<span class="_ _0"></span>üyük bölümü veri </div><div class="t m0 x10 h3 y1e4 ff2 fs0 fc2 sc0 ls0 ws0">elemanlarını sırasıyla <span class="_ _0"></span>düşük adresten başlayarak y<span class="_ _0"></span>ukarıdan aşağıya doğru<span class="_ _0"></span> yerleştirir. Bölümler ara<span class="_ _0"></span>sı yerleşim </div><div class="t m0 x10 h3 y858 ff2 fs0 fc2 sc0 ls0 ws0">standart olmadığına göre, <span class="_ _0"></span>nesnenin elemanlarının yerl<span class="_ _0"></span>eşimine ilişkin yazılan ko<span class="_ _0"></span>dlarda taşınabilirlik sorun<span class="_ _0"></span>ları </div><div class="t m0 x10 h3 y859 ff2 fs0 fc2 sc0 ls0 ws0">ortaya çıkabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y85a ff2 fs0 fc2 sc0 ls0 ws0">Nesnenin bellekte kaplad<span class="_ _0"></span>ığı alan, d<span class="_ _0"></span>e<span class="ff1">rleyicinin hizalama (<span class="_ _0"></span><span class="ff9">alignment</span></span>) işlemleri etkin h<span class="_ _0"></span>ale getirilmişse v<span class="_ _0"></span>eri elemanlarının </div><div class="t m0 x10 h3 y38d ff2 fs0 fc2 sc0 ls0 ws0">toplam uzunlu<span class="_ _0"></span>ğundan fazla olabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y417 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y43 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _b"></span>l<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>ş<span class="_ _b"></span>i<span class="_ _3"></span>m<span class="_ _3"></span> <span class="_ _b"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y3c6 ff2 fs0 fc2 sc0 ls0 ws0">Global bir işlev içinde bir <span class="_ _0"></span>sınıf nesnesi, gösterici<span class="_ _0"></span>si ya da referansı ile sınıfın her b<span class="_ _0"></span>ölümüne erişile<span class="_ _0"></span><span class="ff1">mez. H<span class="_ _0"></span>angi </span></div><div class="t m0 x10 h3 y45 ff2 fs0 fc2 sc0 ls0 ws0">elemanlara ya da <span class="_ _0"></span>hangi üye işleve erişebileceği, <span class="_ _0"></span>sınıfın elemanların<span class="_ _0"></span>ın ya da üye işlevlerin yerleştirilmiş oldukla<span class="_ _0"></span>rı </div><div class="t m0 x10 h3 y6ef ff2 fs0 fc2 sc0 ls0 ws0">yer ile ilgilidir. Erişim kura<span class="_ _0"></span>llarını iki bölüme ayırarak in<span class="_ _0"></span>celeyeceğiz:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b y2dc ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y85b ff1 fs6 fc2 sc0 ls0 ws0">G<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span><span class="ff2">ş<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _b"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span></span> </div><div class="t m0 x10 h3 y85c ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesi, göst<span class="_ _0"></span>ericisi ya da referansı ile, global b<span class="_ _0"></span>ir işlevden ancak sınıfın <span class="_ _0"></span><span class="ff9">pub<span class="_ _0"></span>lic <span class="ff1">bölümünd<span class="_ _0"></span>eki elemanlara </span></span></div><div class="t m0 x10 h3 y838 ff2 fs0 fc2 sc0 ls0 ws0">ve üye işlevlerine erişilebilir. <span class="_ _0"></span>Global bir işlev içinde <span class="_ _0"></span>sınıfın <span class="ff9">p<span class="_ _0"></span>rivate <span class="ff1">ya da <span class="_ _0"></span></span>protected <span class="ff1">bö<span class="_ _0"></span>lümlerindeki elemanlara ve </span></span></div><div class="t m0 x10 h3 y85d ff2 fs0 fc2 sc0 ls0 ws0">üye işlevlere sınıf nesnesi yolu<span class="_ _0"></span>yla erişilem<span class="_ _0"></span>ez. Aşağıdaki örn<span class="_ _0"></span>ekleri inceleyin:<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf5a" class="pf w0 h0" data-page-no="5a"><div class="pc pc5a w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">90</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5d7 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y75c ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdlib&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y75d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y85e ff8 fs0 fc2 sc0 ls13 ws0">class Date {<span class="ls0"> </span></div><div class="t m0 x12 h11 y85f ff8 fs0 fc2 sc0 ls13 ws0">int day, month, year; </div><div class="t m0 x12 h11 y6c3 ff8 fs0 fc2 sc0 ls13 ws0">bool verify_date();<span class="ls0"> </span></div><div class="t m0 x11 h11 y860 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y861 ff8 fs0 fc2 sc0 ls13 ws0">void set_date(int, int, int); </div><div class="t m0 x12 h11 y862 ff8 fs0 fc2 sc0 ls13 ws0">void display_date();<span class="ls0"> </span></div><div class="t m0 x11 h11 y863 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y5c2 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y864 ffc fs0 fc2 sc0 ls13 ws0">// Üye işlev tanımlamaları... </div><div class="t m0 x11 h11 y865 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x11 h11 y866 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y867 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y7ad ff8 fs0 fc2 sc0 ls13 ws0">Date date;<span class="ls0"> </span></div><div class="t m0 x13 h11 y868 ff8 fs0 fc2 sc0 ls13 ws0">date.day<span class="ls0"> = </span>10;<span class="ls0"> <span class="_ _43"> </span></span>//<span class="ls0"> </span>Geçersiz!<span class="ls0"> </span></div><div class="t m0 x1 h12 y25f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y869 ff8 fs0 fc2 sc0 ls13 ws0">if<span class="ls0"> </span>(!date.verify_date())<span class="ls0"> { <span class="_ _38"> </span></span>// <span class="ls0">Geç<span class="_ _9"></span>ers<span class="_ _9"></span>iz!<span class="_ _9"></span> </span></div><div class="t m0 x1e h11 y655 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Geçersiz tarih…&quot; &lt;&lt; endl; </div><div class="t m0 x1e h11 y86a ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x13 h11 y86b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y543 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y86c ff8 fs0 fc2 sc0 ls13 ws0">date.set_date(10,<span class="ls0"> </span>10,<span class="ls0"> </span>1997);<span class="ls0"> <span class="_ _21"> </span></span>// <span class="ls0">Geçe<span class="_ _9"></span>rl<span class="_ _9"></span>i! </span></div><div class="t m0 x13 h11 y86d ff8 fs0 fc2 sc0 ls13 ws0">date.display_date();<span class="ls0"> <span class="_ _44"> </span></span>//<span class="ls0"> <span class="_ _0"></span>Geç<span class="_ _9"></span>erl<span class="_ _6"></span>i! </span></div><div class="t m0 x1 h12 y60f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y86e ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y86f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y870 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y52a ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesi referan<span class="_ _0"></span>sı ya da göstericisi yoluy<span class="_ _0"></span>la sınıfın yalnızca <span class="_ _0"></span><span class="ff9">pub<span class="_ _0"></span>lic </span>bölümündeki veri elemanları ile </div><div class="t m0 x10 h3 y52b ff2 fs0 fc2 sc0 ls0 ws0">işlevlerine doğrudan erişilebili<span class="_ _0"></span>r: Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">date.d<span class="_ _0"></span>ay </span>veri erişimi ile <span class="ff9">da<span class="_ _0"></span>te.verify_date() </span>üy<span class="_ _0"></span>e işlevinin </div><div class="t m0 x10 h3 y453 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı bu nedenle geçerli d<span class="_ _0"></span>eğildir. Fakat<span class="_ _0"></span> sınıfın <span class="ff9">public <span class="ff1">b<span class="_ _0"></span>ölümünde bulunan <span class="_ _0"></span></span>set_date <span class="ff1">ve </span>disp<span class="_ _0"></span>lay_date <span class="ff1">üye </span></span></div><div class="t m0 x10 h3 y871 ff2 fs0 fc2 sc0 ls0 ws0">işlevlerine yapılan çağrılar geç<span class="_ _0"></span>erlidir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y872 ff2 fs0 fc2 sc0 ls0 ws0">Bu işlev çağrıları derleme za<span class="_ _0"></span>manında <span class="_ _0"></span>herhangi bir soruna <span class="_ _0"></span>yol açmaz. Sınıflardaki erişim kura<span class="_ _0"></span>lına </div><div class="t m0 x10 h3 y873 ff2 fs0 fc2 sc0 ls0 ws0">uyulmamasından do<span class="_ _0"></span>layı oluşan hatala<span class="_ _0"></span>ra ilişkin <span class="ff1">iletiler <span class="ff9">Mic<span class="_ _0"></span>rosoft </span>derleyicilerinde,<span class="_ _0"></span> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf5b" class="pf w0 h0" data-page-no="5b"><div class="pc pc5b w0 h0"><img class="bi xb y874 w6 h46" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">91</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h16 y116 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y396 ffc fs0 fc2 sc0 ls13 ws0">„xxx‟ cannot access private member declared in Class „YYY‟<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 y875 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y876 ff1 fs0 fc2 sc0 ls0 ws0">Borland derleyicilerinde is<span class="_ _0"></span>e, </div><div class="t m0 x1 h16 y877 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y878 ffc fs0 fc2 sc0 ls13 ws0">„YYY‟::xxx not accessible<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 y879 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y15b ff1 fs0 fc2 sc0 ls0 ws0">biçimindedir. </div><div class="t m0 x1 hd y87a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y87b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y87c ff1 fs6 fc2 sc0 ls0 ws0">Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _b"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span>i<span class="_ _b"></span>m<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y87d ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın üye işlevi, hangi b<span class="_ _0"></span>ölümde bildirilmiş olursa ol<span class="_ _0"></span>sun sınıfın her bölümündeki el<span class="_ _0"></span>emanlarına doğrud<span class="_ _0"></span>an </div><div class="t m0 x10 h3 y87e ff2 fs0 fc2 sc0 ls0 ws0">erişebilir. Sınıfın üye işlevl<span class="_ _0"></span>erini doğrudan<span class="_ _0"></span> çağırabilir. Örneğin, b<span class="_ _0"></span>ildirimini yukarıda verdiğimiz <span class="_ _0"></span><span class="ff9">Date<span class="_ _0"></span> </span>sınıfının </div><div class="t m0 x10 h3 y87f ff9 fs0 fc2 sc0 ls0 ws0">set_date <span class="ff2">isimli üye işl<span class="_ _0"></span>evi şöyle tan<span class="_ _0"></span>ımlanmış olsun:<span class="ff1"> </span></span></div><div class="t m0 x1 h16 y38 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y880 ff8 fs0 fc2 sc0 ls13 ws0">void Date::set_date(int d, int m, int y)<span class="ls0"> </span></div><div class="t m0 x10 h11 y85 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y461 ff8 fs0 fc2 sc0 ls0 ws0">date <span class="_ _45"> </span>= <span class="_ _45"> </span>d; <span class="_ _45"> </span>// <span class="_ _45"> </span>Geçer<span class="_ _9"></span>li.<span class="_ _6"></span> </div><div class="t m0 x2 h11 y881 ff8 fs0 fc2 sc0 ls0 ws0">month <span class="_ _46"> </span>= <span class="_ _46"> </span>m; <span class="_ _46"> </span>// <span class="_ _46"> </span><span class="ls30">Geçerli.<span class="_ _9"></span> </span></div><div class="t m0 x2 h11 y882 ff8 fs0 fc2 sc0 ls13 ws0">year = y; //<span class="ls0"> <span class="_ _b"></span>Geçe<span class="_ _9"></span>rl<span class="_ _9"></span>i. </span></div><div class="t m0 x1 h11 y883 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y884 ff8 fs0 fc2 sc0 ls13 ws0">if (!verify_date(d, m,<span class="ls0"> </span>y))<span class="ls0"> { <span class="_ _1c"> </span></span>// <span class="ls0">Geç<span class="_ _9"></span>erl<span class="_ _9"></span>i. </span></div><div class="t m0 x17 h11 y885 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Geçersiz tarih…&quot; &lt;&lt; endl; </div><div class="t m0 x17 h11 y886 ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x2 h11 y887 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 y888 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y889 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y86f ff2 fs0 fc2 sc0 ls0 ws0">Görüldüğü gibi <span class="ff9">set_da<span class="_ _0"></span>te </span>isimli ü<span class="_ _0"></span>ye işlevin tanımı içinde, <span class="ff9">ve<span class="_ _0"></span>rify_date </span>isimli ü<span class="_ _0"></span>ye işlev doğrudan<span class="_ _0"></span> çağrılıyor. </div><div class="t m0 x10 h3 y313 ff9 fs0 fc2 sc0 ls0 ws0">verify_date <span class="ff2">üye işlevi, söz ko<span class="_ _0"></span>nusu tarih<span class="_ _0"></span>in geçerli bir tarih olup olmadığını sınıy<span class="_ _0"></span>or. Eğer tarih geçersiz is<span class="_ _0"></span>e </span></div><div class="t m0 x10 h3 yd3 ff2 fs0 fc2 sc0 ls0 ws0">program sonlandırılıyor. <span class="_ _0"></span><span class="ff9">set_date<span class="_ _0"></span> </span>üye işlevi içinde sınıfın <span class="_ _0"></span><span class="ff9 ls14">da<span class="ls0">y<span class="ff1 ls17">, </span>month<span class="ff1 ls17">, </span>year <span class="ff1">isimli </span>private </span></span>el<span class="_ _0"></span>emanlarına </div><div class="t m0 x10 h3 y2f6 ff2 fs0 fc2 sc0 ls0 ws0">doğrudan erişiliyor. Yine <span class="_ _0"></span><span class="ff9">set_date<span class="_ _0"></span> </span>işlevi içinde sınıfın <span class="ff9">p<span class="_ _0"></span>rivate </span>üye işlevi olan<span class="_ _0"></span> <span class="ff9">verify_date </span>is<span class="_ _0"></span>imli işlevi çağrılıyor. </div><div class="t m0 x10 h3 y88a ff9 fs0 fc2 sc0 ls0 ws0">private <span class="ff2">bölümde olan<span class="_ _0"></span> bu isimlere erişim geçerlidir. <span class="_ _0"></span>Çünkü bir üy<span class="_ _0"></span>e işlev kendi sınıfının her <span class="_ _0"></span>b<span class="_ _0"></span>ölümüne erişebilir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y88b ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın üye işlevleri içinde tanı<span class="_ _0"></span>mlanan ayn<span class="_ _0"></span>ı sınıfa ilişkin nesneler, referanslar ya d<span class="_ _0"></span>a gösterici </div><div class="t m0 x10 h3 y88c ff2 fs0 fc2 sc0 ls0 ws0">değişkenler ile sınıfın her b<span class="_ _0"></span>ölümüne erişebilir. Örneğin <span class="_ _0"></span><span class="ff9">Date<span class="_ _0"></span> </span>sınıfının <span class="ff9">process_date<span class="_ _0"></span> </span>isimli bir üye işlevi </div><div class="t m0 x10 h3 y88d ff1 fs0 fc2 sc0 ls0 ws0">daha olsa, </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf5c" class="pf w0 h0" data-page-no="5c"><div class="pc pc5c w0 h0"><img class="bi xb y88e w6 h47" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">92</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y1b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y154 ff8 fs0 fc2 sc0 ls13 ws0">void Date::process_date()<span class="ls0"> </span></div><div class="t m0 x11 h11 y632 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y88f ff8 fs0 fc2 sc0 ls13 ws0">Date date;<span class="ls0"> </span></div><div class="t m0 x12 h11 y533 ff8 fs0 fc2 sc0 ls13 ws0">date.day<span class="ls0"> = </span>day;<span class="ls0"> <span class="_ _47"> </span></span>//Geçerli.<span class="ls0"> </span></div><div class="t m0 x12 h11 y890 ff8 fs0 fc2 sc0 ls13 ws0">date.month<span class="ls0"> = </span>month;<span class="ls0"> <span class="_ _48"> </span></span>//Geçerli.<span class="ls0"> </span></div><div class="t m0 x12 h11 y891 ff8 fs0 fc2 sc0 ls13 ws0">date.year<span class="ls0"> = </span>year;<span class="ls0"> <span class="_ _49"> </span>//G<span class="_ _9"></span>eçe<span class="_ _6"></span>rli.<span class="_ _9"></span> </span></div><div class="t m0 x12 h11 y879 ff8 fs0 fc2 sc0 ls13 ws0">if<span class="ls0"> </span>(!date.verify_date())<span class="ls0"> { <span class="_ _4a"> </span>//G<span class="_ _9"></span>eçe<span class="_ _6"></span>rli.<span class="_ _9"></span> </span></div><div class="t m0 x14 h11 y217 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Geçersiz tarih: &lt;&lt;<span class="ls0"> <span class="_ _9"></span><span class="ls13">endl;<span class="ls0"> </span></span></span></div><div class="t m0 x14 h11 y892 ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x12 h11 y893 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 y426 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y894 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y895 ff9 fs0 fc2 sc0 ls0 ws0">process_date <span class="ff2">üy<span class="_ _0"></span>e işlevi içinde tanımla<span class="ff1">n<span class="_ _0"></span>an </span></span>date <span class="ff2">sınıf değişken<span class="_ _0"></span>i ile sınıfın her bölümüne eriş<span class="_ _0"></span>ilebilir. Çünkü <span class="_ _0"></span></span>date </div><div class="t m0 x10 h3 y896 ff2 fs0 fc2 sc0 ls0 ws0">değişkeni sınıfın üye işlevi için<span class="_ _0"></span>de tanımlanıyor. Bir işl<span class="_ _0"></span>evin parametre ayracının içi d<span class="_ _0"></span>e işlevin içi kabu<span class="_ _0"></span>l edilir. Bu </div><div class="t m0 x10 h3 y897 ff2 fs0 fc2 sc0 ls0 ws0">durumda bir ü<span class="_ _0"></span>ye işlevin parametre değişkeni a<span class="_ _0"></span>ynı sınıf türünd<span class="_ _0"></span>en<span class="_ _0"></span><span class="ff1"> bir nesne, referans ya da <span class="_ _0"></span>gösterici ise, </span></div><div class="t m0 x10 h3 y898 ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkeni ile nokt<span class="_ _0"></span>a ya da ok <span class="_ _0"></span>işlecinin kullanılmasıyla sınıfın <span class="_ _0"></span><span class="ff9">private </span>el<span class="_ _0"></span>emanlarına ya <span class="_ _0"></span>da üye </div><div class="t m0 x10 h3 y161 ff2 fs0 fc2 sc0 ls0 ws0">işlevlerine erişilebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y124 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y222 ff1 fs6 fc2 sc0 ls0 ws0">Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _f"></span>ş<span class="_ _3"></span></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y899 ff2 fs0 fc2 sc0 ls0 ws0">Bir üye işlev hangi sınıf n<span class="_ _0"></span>esnesi için<span class="ff1"> </span>çağrılmı<span class="_ _0"></span>şsa, üye işlevin içind<span class="_ _0"></span>e kullanılan veri elemanları d<span class="_ _0"></span>a o </div><div class="t m0 x10 h3 y30b ff2 fs0 fc2 sc0 ls0 ws0">nesneye ilişkindir. Aşağıdak<span class="_ _0"></span>i örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y89a ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x20 h11 y129 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x20 h11 y89b ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x21 h11 y89c ff8 fs0 fc2 sc0 ls13 ws0">void set(int, int); </div><div class="t m0 x21 h11 y58a ff8 fs0 fc2 sc0 ls13 ws0">void display();<span class="ls0"> </span></div><div class="t m0 x20 h11 y89d ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x21 h11 y89e ff8 fs0 fc2 sc0 ls13 ws0">int a, b;<span class="ls0"> </span></div><div class="t m0 x20 h11 y58d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y89f ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x20 h11 y1d2 ff8 fs0 fc2 sc0 ls13 ws0">void A::set(int x, int y)<span class="ls0"> </span></div><div class="t m0 x20 h11 y171 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x21 h11 y8a0 ff8 fs0 fc2 sc0 ls13 ws0">a = x; </div><div class="t m0 x21 h11 y130 ff8 fs0 fc2 sc0 ls13 ws0">b = y;<span class="ls0"> </span></div><div class="t m0 x20 h11 y578 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf5d" class="pf w0 h0" data-page-no="5d"><div class="pc pc5d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">93</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x20 h11 y3b0 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x20 h11 y420 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x20 h11 yf9 ff8 fs0 fc2 sc0 ls13 ws0">void A::display()<span class="ls0"> </span></div><div class="t m0 x20 h11 y3cd ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x21 h11 y8a1 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a = &quot; &lt;&lt; a &lt;&lt; endl; </div><div class="t m0 x21 h11 y216 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;b = &quot; &lt;&lt; b &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x20 h11 y470 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y19b ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x20 h11 y8a2 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x20 h11 y8a3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x21 h11 y8a4 ff8 fs0 fc2 sc0 ls13 ws0">A a1;<span class="ls0"> </span></div><div class="t m0 x1 h11 y2e8 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x21 h11 y8a5 ff8 fs0 fc2 sc0 ls13 ws0">a1.set(10, 20);<span class="ls0"> </span></div><div class="t m0 x21 h11 y5a ff8 fs0 fc2 sc0 ls13 ws0">a1.display();<span class="ls0"> </span></div><div class="t m0 x1 h12 y8a6 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x21 h11 y8a7 ff8 fs0 fc2 sc0 ls13 ws0">A a2; </div><div class="t m0 x21 h11 y587 ff8 fs0 fc2 sc0 ls13 ws0">a2.set(30,<span class="ls0"> <span class="ls16">40);</span> </span></div><div class="t m0 x21 h11 y8a8 ff8 fs0 fc2 sc0 ls13 ws0">a2.display();<span class="ls0"> </span></div><div class="t m0 x1 h12 y8a9 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x21 h11 y3db ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x20 h11 y66d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y8aa ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8ab ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">set </span>ve <span class="ff9">display <span class="ff2">ü<span class="_ _0"></span>ye işlevleri tanımları içinde d<span class="_ _0"></span>oğrudan k<span class="_ _0"></span>ullanılan <span class="_ _0"></span></span><span class="ls14">a </span></span>ve <span class="ff9 ls14">b </span><span class="ff2">elemanları, bu işlevler hangi </span></div><div class="t m0 x10 h3 y8ac ff2 fs0 fc2 sc0 ls0 ws0">nesne ile çağrılmışsa o nesn<span class="_ _0"></span>enin elemanlarıdır. <span class="_ _0"></span><span class="ff9">display <span class="_ _0"></span></span>üye işlevine yapılan<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y8ad ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4d3 ff8 fs0 fc2 sc0 ls13 ws0">a1.display()<span class="ls0"> </span></div><div class="t m0 x1 h15 y8ae ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5d2 ff2 fs0 fc2 sc0 ls0 ws0">çağrısında <span class="ff9">a1 </span>değişkeninin<span class="_ _0"></span> elemanları,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y8af ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8b0 ff8 fs0 fc2 sc0 ls13 ws0">a2.display()<span class="ls0"> </span></div><div class="t m0 x1 h15 y54b ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf5e" class="pf w0 h0" data-page-no="5e"><div class="pc pc5e w0 h0"><img class="bi x1 y8b1 w5 h48" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">94</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><div class="c x22 y8b2 wa h49"><div class="t m4 x3 h4a y8b3 ff5 fs5 fc2 sc0 ls0 ws0">“ &lt;&lt; b;</div><div class="t m0 x23 h4a y8b3 ff3 fs5 fc2 sc0 ls0 ws0"> </div></div><div class="c x24 y8b4 wb h4b"><div class="t m5 x3 h4c y8b5 ff12 fs16 fc2 sc0 ls38 ws0">a2</div><div class="t m0 x25 h4c y8b5 ff12 fs16 fc2 sc0 ls0 ws0"> </div></div><div class="c x26 y663 wc h4d"><div class="t m6 x27 h4e y8b6 ff12 fs5 fc2 sc0 ls39 ws0">40</div><div class="t m0 xb h4e y8b6 ff12 fs5 fc2 sc0 ls0 ws0"> </div></div><div class="c x26 y8b7 wc h4d"><div class="t m6 x27 h4e y8b6 ff12 fs5 fc2 sc0 ls39 ws0">30</div><div class="t m0 xb h4e y8b6 ff12 fs5 fc2 sc0 ls0 ws0"> </div></div><div class="c x26 y8b8 wd h4d"><div class="t m6 x27 h4e y8b6 ff12 fs5 fc2 sc0 ls39 ws0">20</div><div class="t m0 xb h4e y8b6 ff12 fs5 fc2 sc0 ls0 ws0"> </div></div><div class="c x3 y3 w3 h0"><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">çağrısında ise <span class="ff9">a2 </span>deği<span class="_ _0"></span>şkeninin elemanları ku<span class="_ _0"></span>llanılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7e7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h4f y1b7 ff1 fs3 fc2 sc0 ls0 ws0"> </div><div class="t m6 x28 h4e y399 ff12 fs5 fc2 sc0 ls0 ws0">a</div><div class="t m0 x29 h4e y399 ff12 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m7 x2a h4e y3e8 ff12 fs5 fc2 sc0 ls0 ws0">a1.di<span class="_ _0"></span>spl<span class="_ _0"></span>ay()<span class="_ _0"></span>;<span class="_ _0"></span> </div><div class="t m5 x2b h4c y8b9 ff12 fs16 fc2 sc0 ls38 ws0">a1</div><div class="t m0 x2c h4c y3e8 ff12 fs16 fc2 sc0 ls0 ws0"> </div><div class="t m4 x1c h4a ydf ff3 fs5 fc2 sc0 ls0 ws0">void A::display()<span class="_ _0"></span> </div><div class="t m6 x28 h4e y8ba ff12 fs5 fc2 sc0 ls0 ws0">b</div><div class="t m0 x29 h4e ydf ff12 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m8 x1c h4a y8bb ff3 fs5 fc2 sc0 ls0 ws0">{</div><div class="t m0 x1d h4a y8bb ff3 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m4 x2d h4a y8bc ff5 fs5 fc2 sc0 ls0 ws0">cout &lt;&lt; a &lt;&lt;<span class="_ _0"></span> “</div><div class="t m0 x2e h4a y8bc ff3 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m4 x1c h4a y8bd ff3 fs5 fc2 sc0 ls0 ws0">} </div><div class="t m6 x28 h4e y3ec ff12 fs5 fc2 sc0 ls0 ws0">a</div><div class="t m0 x29 h4e y3ec ff12 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m6 x2a h4e y6c8 ff12 fs5 fc2 sc0 ls0 ws0">a1.di<span class="_ _0"></span>spl<span class="_ _0"></span>ay();<span class="_ _0"></span> </div><div class="t m6 x28 h4e y555 ff12 fs5 fc2 sc0 ls0 ws0">b</div><div class="t m0 x29 h4e y6c8 ff12 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h50 y8be ff12 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8bf ff2 fs0 fc2 sc0 ls0 ws0">Bir üye işlevin başka bir ü<span class="_ _0"></span>ye işlevi çağırması durumun<span class="_ _0"></span>da, çağrılan üye işlev çağıran ü<span class="_ _0"></span>ye işlev ile aynı </div><div class="t m0 x10 h3 y8c0 ff2 fs0 fc2 sc0 ls0 ws0">elemanları kullanır. Örn<span class="_ _0"></span>eğin <span class="ff9 ls3a">A </span>sınıfının <span class="ff9">set </span>üye işlevi <span class="ff9">di<span class="_ _0"></span>splay </span>üy<span class="_ _0"></span>e işlevini doğrudan çağırmış<span class="_ _0"></span> olsun:<span class="ff1"> </span></div><div class="t m0 x1 hd y6e6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y82c ff8 fs0 fc2 sc0 ls13 ws0">void A::set(int x, int y)<span class="ls0"> </span></div><div class="t m0 x10 h11 y8c1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y8c2 ff8 fs0 fc2 sc0 ls13 ws0">a = x; </div><div class="t m0 x2 h11 y8c3 ff8 fs0 fc2 sc0 ls13 ws0">b = y;<span class="ls0"> </span></div><div class="t m0 x2 h11 y8c4 ff8 fs0 fc2 sc0 ls13 ws0">display();<span class="ls0"> </span></div><div class="t m0 x10 h11 y8c5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 y8b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7ef ff1 fs0 fc2 sc0 ls0 ws0">Bu durumda <span class="_ _0"></span><span class="ff9">set <span class="ff2">üye işlevi hangi sınıf nesne<span class="_ _0"></span>si ile çağrılmışsa, <span class="_ _0"></span></span>display <span class="ff2">üye işlevi de onu<span class="_ _0"></span>n elemanlarını kullan<span class="_ _0"></span>ır.</span></span> </div><div class="t m0 x1 h3 y8c6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y8c7 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y4ff ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y8c8 ff8 fs0 fc2 sc0 ls13 ws0">A a1;<span class="ls0"> </span></div><div class="t m0 x1 h11 y8c9 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y8ca ff8 fs0 fc2 sc0 ls13 ws0">a1.set(10, 20);<span class="ls0"> </span></div><div class="t m0 x2 h11 y8cb ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y674 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><div class="c x26 y2e2 wd h4d"><div class="t m6 x27 h4e y8b6 ff12 fs5 fc2 sc0 ls39 ws0">10</div><div class="t m0 xb h4e y8b6 ff12 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf5f" class="pf w0 h0" data-page-no="5f"><div class="pc pc5f w0 h0"><img class="bi xb y8cc w6 h51" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">95</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h2a y20f ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8cd ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">main <span class="_ _0"></span></span>işlevinde çağrılan <span class="_ _0"></span><span class="ff9">set <span class="ff1">ve </span>display </span>üye işlevleri<span class="_ _0"></span> <span class="ff9">a1 </span>sınıf nesnes<span class="_ _0"></span>inin elemanlarını k<span class="_ _0"></span>ullanır. Yani <span class="_ _0"></span><span class="ff9">set </span></div><div class="t m0 x10 h3 y8ce ff1 fs0 fc2 sc0 ls0 ws0">ve <span class="ff9">display <span class="ff2">işlevlerinin içind<span class="_ _0"></span>eki </span><span class="ls14">a </span></span>ve <span class="ff9 ls14">b </span><span class="ff2">elemanları <span class="ff9">a1 </span>n<span class="_ _0"></span>esnesine ilişkindir.<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 y196 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y28a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y8cf ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>a<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span>ş<span class="_ _3"></span><span class="ff1">i<span class="_ _3"></span>m<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>t<span class="_ _b"></span>h<span class="_ _3"></span>i<span class="_ _3"></span>s<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>ö<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _b"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y8d0 ff2 fs0 fc2 sc0 ls0 ws0">Bir üye işlevin kendi sınıfının e<span class="_ _0"></span>lemanlarına ve üye işl<span class="_ _0"></span>evlerine doğrudan erişebildi<span class="_ _0"></span>ği <span class="_ _0"></span>söylendi. Peki<span class="_ _0"></span><span class="ff1 fc7 ls17">, </span><span class="ff1">gerçekte <span class="ls15">bu </span></span></div><div class="t m0 x10 h3 y217 ff2 fs0 fc2 sc0 ls0 ws0">nasıl oluyor? Yalnızca bir gru<span class="_ _0"></span>p işlev tarafından erişilebil<span class="_ _0"></span>en bir nesne, <span class="_ _0"></span><span class="ff9 ls32">C </span>dilinde ne an<span class="_ _0"></span>lama gelir? Bir işlev kend<span class="_ _0"></span>i </div><div class="t m0 x10 h3 y8d1 ff2 fs0 fc2 sc0 ls0 ws0">içinde tanımlanmayan b<span class="_ _0"></span>ir yapı nesnesinin ele<span class="_ _0"></span>manlarına nasıl erişebilir? İ<span class="_ _0"></span>şlevin bu yerel nes<span class="_ _0"></span>nenin adresini </div><div class="t m0 x10 h3 y8d2 ff2 fs0 fc2 sc0 ls0 ws0">alması gerekir, değil<span class="ff1"> mi?<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y8d3 ff9 fs0 fc2 sc0 ls0 ws0">C, C++<span class="ff2">‟dan dah<span class="_ _0"></span>a doğal bir dildir. Yani bilgisayard<span class="_ _0"></span>a olanları daha <span class="_ _0"></span>iyi betimler. Bir işlem pek <span class="_ _0"></span>çok programlama </span></div><div class="t m0 x10 h3 y13a ff2 fs0 fc2 sc0 ls0 ws0">dilinde farklı bir biçimde yap<span class="_ _0"></span>ılıyorsa, gerçekte işlem <span class="_ _0"></span><span class="ff9">C</span>‟<span class="ff1">dekin<span class="_ _0"></span>e<span class="fc7">(C dilindekine) </span></span>b<span class="_ _0"></span>enzer bir biçimde yap<span class="_ _0"></span>ılır. Bir </div><div class="t m0 x10 h3 y8d4 ff2 fs0 fc2 sc0 ls0 ws0">işlemin <span class="ff9">C dilinde </span>neye karşı<span class="_ _0"></span>lık geldiğini araştırmak on<span class="_ _0"></span>un gerçekte nasıl olduğun<span class="_ _0"></span>u yani <span class="_ _0"></span><span class="ff1 fc7">makina <span class="_ _0"></span><span class="fc2">dili düzeyinde </span></span></div><div class="t m0 x10 h3 y8d5 ff2 fs0 fc2 sc0 ls0 ws0">neye karşılık geldiğini araştır<span class="_ _0"></span>mak anlamına gelir. Örn<span class="_ _0"></span>eğin sınıf bilinirlik alanı d<span class="_ _0"></span>iye bir kavram <span class="_ _0"></span><span class="ff9">C dilinde </span></div><div class="t m0 x10 h3 y8d6 ff2 fs0 fc2 sc0 ls0 ws0">olmadığına göre bu d<span class="_ _0"></span>urum doğal değildir. A<span class="_ _0"></span>slında<span class="ff1"> <span class="ff9">C</span></span>‟<span class="ff1">d<span class="_ _0"></span>eki<span class="fc7">(C dilindeki) </span></span>doğal <span class="_ _0"></span>başka mekanizmalarla </div><div class="t m0 x10 h3 y8d7 ff2 fs0 fc2 sc0 ls0 ws0">karşılanabilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y8d8 ff2 fs0 fc2 sc0 ls0 ws0">Bir üye işlevin sınıfın elemanla<span class="_ _0"></span>rına erişmesi üye işleve gizlic<span class="_ _0"></span>e geçirilen bir ad<span class="_ _0"></span>res yoluyla yapılır. Bu adres, üye </div><div class="t m0 x10 h3 y8d9 ff2 fs0 fc2 sc0 ls0 ws0">işlev hangi nesne ile çağr<span class="_ _0"></span>ılmışsa o nesnenin adre<span class="_ _0"></span>sidir. Örneğin bir üy<span class="_ _0"></span>e işle<span class="_ _0"></span>vin hiç parametre değişkeni y<span class="_ _0"></span>oksa, </div><div class="t m0 x10 h3 y8da ff2 fs0 fc2 sc0 ls0 ws0">aslında gizli bir parametre d<span class="_ _0"></span>eğişkeni vardır. O para<span class="_ _0"></span>metre değişkenine i<span class="_ _0"></span>şlev çağrısıyla bir sı<span class="_ _0"></span>nıf nesnesinin adresi </div><div class="t m0 x10 h3 y8db ff2 fs0 fc2 sc0 ls0 ws0">aktarılır. Örneğin aşağıda ta<span class="_ _0"></span>nımlanan <span class="_ _0"></span><span class="ff9">Myclass </span>sınıfının <span class="_ _0"></span><span class="ff9">display </span>isimli üy<span class="_ _0"></span>e işlevini inceleyelim.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y372 ff2 fs0 fc2 sc0 ls0 ws0">Görünüşe <span class="ff1">göre <span class="ff9">display <span class="_ _0"></span></span></span>işlevinin p<span class="_ _0"></span>arametresi yoktur:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yea ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8dc ff8 fs0 fc2 sc0 ls13 ws0">void Myclass::display()<span class="ls0"> </span></div><div class="t m0 x11 h11 y464 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y44b ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a = &quot; &lt;&lt; a &lt;&lt; endl; </div><div class="t m0 x12 h11 y8dd ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;b = &quot; &lt;&lt; b &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y27e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y8de ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8df ff2 fs0 fc2 sc0 ls0 ws0">Ancak aslında işleve gizlice bir<span class="_ _0"></span> argüman gönderilir. Bu a<span class="_ _0"></span>rgüman çağrı ifadesindeki s<span class="_ _0"></span>ınıf nesnesinin adresidir. </div><div class="t m0 x10 h3 y22a ff2 fs0 fc2 sc0 ls0 ws0">Aslında <span class="ff9">display </span>işle<span class="_ _0"></span>vinin makina kod<span class="_ _0"></span>ları incelenirse böyle bir argümanın<span class="_ _0"></span> geçirildiği görülebilir. Bu d<span class="_ _0"></span>urumda, </div><div class="t m0 x10 h3 y8e0 ff9 fs0 fc2 sc0 ls0 ws0">display <span class="ff2">işlevinin C kar<span class="_ _0"></span>şılığı şöyle olur:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y8e1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8e2 ff8 fs0 fc2 sc0 ls13 ws0">void A::display(A *const this)<span class="ls0"> </span></div><div class="t m0 x11 h11 y8e3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y686 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a = &quot; &lt;&lt; this<span class="ls0">-</span>&gt;a &lt;&lt; endl; </div><div class="t m0 x12 h11 y7d0 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;b = &quot; &lt;&lt; this<span class="ls0">-</span>&gt;b &lt;&lt; endl;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf60" class="pf w0 h0" data-page-no="60"><div class="pc pc60 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">96</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y3b0 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y632 ff1 fs0 fc2 sc0 ls0 ws0">Bir ü<span class="ff2">ye işlev içinde sınıfın<span class="_ _0"></span> bir elemanı kullanıldığında, d<span class="_ _0"></span>erleyici o elemana işlev<span class="_ _0"></span>e gizlice geçirilen bir adres ile </span></div><div class="t m0 x10 h3 y8e4 ff2 fs0 fc2 sc0 ls0 ws0">erişir. Adres geçirme işl<span class="_ _0"></span>eminin gizlice yapılması kolay<span class="_ _0"></span> yazımı sağlamak için d<span class="_ _0"></span>üşünülmüştür. Örn<span class="_ _0"></span>eğin bir üye </div><div class="t m0 x10 h3 y8e5 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin açıkça yazılmış dört <span class="_ _0"></span>parametre<span class="_ _0"></span>si olsa, gerçekte derleyici bu<span class="_ _0"></span> işleve beş argüman geçirir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y8e6 ff2 fs0 fc2 sc0 ls0 ws0">Üye işleve nesnenin adresi g<span class="_ _0"></span>izlice geçiriliyor olsa da,<span class="_ _0"></span> üye işlevler içinde bu ad<span class="_ _0"></span>res <span class="_ _0"></span><span class="ff9">this </span>anahtar sözcüğü ile k<span class="_ _0"></span>ullanılabilir. </div><div class="t m0 x10 h3 y8e7 ff2 fs0 fc2 sc0 ls0 ws0">Örneğin,<span class="ff1"> </span></div><div class="t m0 x1 hd y619 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y61a ff8 fs0 fc2 sc0 ls13 ws0">void Myclass::display()<span class="ls0"> </span></div><div class="t m0 x10 h11 y8e8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ye1 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a = &quot; &lt;&lt; a &lt;&lt; endl; </div><div class="t m0 x2 h11 ye2 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;b = &quot; &lt;&lt; b &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x10 h11 ye3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y8e9 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y21d ff2 fs0 fc2 sc0 ls0 ws0">tanımıyla,<span class="ff1"> </span></div><div class="t m0 x1 h16 y293 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y798 ff8 fs0 fc2 sc0 ls13 ws0">void Myclass::display()<span class="ls0"> </span></div><div class="t m0 x10 h11 y5b4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y8ea ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a = &quot; &lt;&lt; this<span class="ls0">-</span>&gt;a &lt;&lt; endl; </div><div class="t m0 x2 h11 y142 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;b = &quot; &lt;&lt; this<span class="ls0">-</span>&gt;b &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x10 h11 y8eb ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y463 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8ec ff2 fs0 fc2 sc0 ls0 ws0">tanımı arasında hiç fark y<span class="_ _0"></span>oktur. Zaten örn<span class="_ _0"></span>eğin, <span class="ff9">th<span class="_ _0"></span>is-&gt;a <span class="ff1">denmese bile </span><span class="ls14">a </span></span>eleman<span class="_ _0"></span>ı kullanıldığında </div><div class="t m0 x10 h3 y8ed ff2 fs0 fc2 sc0 ls0 ws0">derleyici gizlice geçirilen sını<span class="_ _0"></span>f nesnesi adresiyle <span class="_ _0"></span><span class="ff9 ls14">a </span>elemanına erişir. <span class="ff9">this <span class="ff1">b<span class="_ _0"></span>ir anahtar sözcükt<span class="_ _0"></span>ür ve hangi </span></span></div><div class="t m0 x10 h3 y2f0 ff2 fs0 fc2 sc0 ls0 ws0">sınıfa ilişkin üye işlev içind<span class="_ _0"></span>e kullanılırsa o sınıf<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y8ee ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir adres belirtir. Örneğin <span class="ff9">th<span class="_ _0"></span>is </span>anahtar sözcüğü <span class="_ _0"></span><span class="ff9">Myclass </span>sınıfına ilişkin b<span class="_ _0"></span>ir üye işlev içinde </div><div class="t m0 x10 h3 y8ef ff2 fs0 fc2 sc0 ls0 ws0">kullanılırsa, <span class="ff9">this Myclass <span class="_ _0"></span></span>sınıfı türün<span class="_ _0"></span>den bir adres belirtir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y8f0 ff9 fs0 fc2 sc0 ls0 ws0">this <span class="ff2">aynı zamand<span class="_ _0"></span>a kendisi </span>co<span class="_ _0"></span>nst <span class="ff2">bir göstericidir. İçindeki adr<span class="_ _0"></span>es değiştirilemez. Üye işl<span class="_ _0"></span>ev içinde<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 yf2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y249 ff8 fs0 fc2 sc0 ls13 ws0">this = adr;<span class="ls0"> </span></div><div class="t m0 x1 h15 y6f0 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8f1 ff1 fs0 fc2 sc0 ls0 ws0">gibi bir atama geçersizdir.<span class="_ _0"></span> </div><div class="t m0 x10 h3 y8f2 ff2 fs0 fc2 sc0 ls0 ws0">Üye işlev hangi nesne için çağ<span class="_ _0"></span>rılmışsa <span class="ff9">this </span>gö<span class="_ _0"></span>stericisine o nesnenin<span class="_ _0"></span> adresi geçirilir. Tabii eğ<span class="_ _0"></span>er üye işlev bir adres </div><div class="t m0 x10 h3 y8f3 ff2 fs0 fc2 sc0 ls0 ws0">yoluyla çağrılıyorsa <span class="_ _0"></span><span class="ff9">this </span>göstericisine üye işlevin çağrı<span class="_ _0"></span>ldığı gösterici içind<span class="_ _0"></span>eki adres geçirilir. Örn<span class="_ _0"></span>eğin, <span class="_ _0"></span><span class="ff9">func X </span></div><div class="t m0 x10 h3 y8f4 ff2 fs0 fc2 sc0 ls0 ws0">sınıfının bir üye işlev<span class="ff1">i, <span class="ff9 ls14">a </span></span>b<span class="_ _0"></span>u sınıf türünd<span class="_ _0"></span>en bir nesne ve <span class="ff9 ls14">p </span>de b<span class="_ _0"></span>u sınıf türünden bir gö<span class="_ _0"></span>sterici olsun,<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf61" class="pf w0 h0" data-page-no="61"><div class="pc pc61 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">97</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y1b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y154 ff8 fs0 fc2 sc0 ls13 ws0">a.func();<span class="ls0"> </span></div><div class="t m0 x1 h15 y3e5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3e6 ff2 fs0 fc2 sc0 ls0 ws0">çağrısının <span class="ff9 ls32">C </span>kar<span class="_ _0"></span>şılığı,<span class="ff1"> </span></div><div class="t m0 x1 h16 y8f5 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2a9 ff8 fs0 fc2 sc0 ls13 ws0">Xfuncv(&amp;a);<span class="ls0"> </span></div><div class="t m0 x1 h15 y64b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8f6 ff1 fs0 fc2 sc0 ls0 ws0">biçimindedir. Benzer biçi<span class="_ _0"></span>mde, </div><div class="t m0 x1 hd y8f7 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8f8 ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-</span>&gt;func();<span class="ls0"> </span></div><div class="t m0 x1 h15 y8f9 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8fa ff2 fs0 fc2 sc0 ls0 ws0">çağrısının <span class="ff9 ls32">C </span>kar<span class="_ _0"></span>şılığı ise,<span class="ff1"> </span></div><div class="t m0 x1 hd y8fb ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8fc ff8 fs0 fc2 sc0 ls13 ws0">Xfuncv(ptr);<span class="ls0"> </span></div><div class="t m0 x1 h15 ya7 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8fd ff1 fs0 fc2 sc0 ls0 ws0">biçimindedir. <span class="ff9 ls32">C </span><span class="ff2">kar<span class="_ _0"></span>şılıklarını y<span class="_ _0"></span>azarken üye işlevlerin sınıf i<span class="_ _0"></span>simleriyle ve parametre tü<span class="_ _0"></span>rleriyle </span></div><div class="t m0 x10 h3 y3f3 ff2 fs0 fc2 sc0 ls0 ws0">birleştirildiğini vurgulamak<span class="_ _0"></span> için başına ve sonuna <span class="_ _0"></span>ekler getirdik.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1e ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki programı yazarak<span class="_ _0"></span> çalıştırın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y8fe ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y225 ff8 fs0 fc2 sc0 ls13 ws0">class X { </div><div class="t m0 x1c h11 y8ff ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y44c ff8 fs0 fc2 sc0 ls13 ws0">void display(); </div><div class="t m0 x13 h11 y574 ff8 fs0 fc2 sc0 ls13 ws0">void set(int);<span class="ls0"> </span></div><div class="t m0 x1c h11 yf0 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 y900 ff8 fs0 fc2 sc0 ls13 ws0">int a;<span class="ls0"> </span></div><div class="t m0 x1c h11 y482 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y3e1 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y901 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y902 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y903 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x1c h11 y2de ff8 fs0 fc2 sc0 ls13 ws0">void X::set(int val)<span class="ls0"> </span></div><div class="t m0 x1c h11 y904 ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf62" class="pf w0 h0" data-page-no="62"><div class="pc pc62 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">98</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;X::set()cagrildi&quot; &lt;&lt; <span class="ls0">en<span class="_ _6"></span>dl;<span class="_ _9"></span> </span></div><div class="t m0 x13 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;this = &quot; &lt;&lt; this &lt;&lt; endl; </div><div class="t m0 x13 h11 y736 ff8 fs0 fc2 sc0 ls13 ws0">a =<span class="ls0"> </span>val;<span class="ls0"> </span></div><div class="t m0 x1c h11 y7e7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y905 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y906 ff8 fs0 fc2 sc0 ls13 ws0">void X::display()<span class="ls0"> </span></div><div class="t m0 x1c h11 y907 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y908 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;X::display() cagrildi!&quot; &lt;&lt; endl; </div><div class="t m0 x13 h11 y909 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;this = &quot; &lt;&lt; this &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y90a ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a = &quot; &lt;&lt; a &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1c h11 y90b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y3d2 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y33 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y90c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y90d ff8 fs0 fc2 sc0 ls0 ws0">X <span class="ls13">myx;</span> </div><div class="t m0 x13 h11 y90e ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;&amp;myx = &quot; &lt;&lt; &amp;myx &lt;&lt; endl; </div><div class="t m0 x13 h11 y358 ff8 fs0 fc2 sc0 ls13 ws0">myx.set(10);<span class="ls0"> </span></div><div class="t m0 x13 h11 y90f ff8 fs0 fc2 sc0 ls13 ws0">myx.display(); </div><div class="t m0 x13 h11 y910 ff8 fs0 fc2 sc0 ls13 ws0">X *ptr = &amp;myx; </div><div class="t m0 x13 h11 y911 ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-&gt;displa<span class="_ _9"></span>y(); </span></div><div class="t m0 x1 h12 y912 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y913 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y7de ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y914 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8ff ff2 fs0 fc2 sc0 ls0 ws0">Elde edilen adres değerleri b<span class="_ _0"></span>irbirinin ayn<span class="_ _0"></span>ısı, değil mi?<span class="ff1"> </span></div><div class="t m0 x10 h3 y30e ff2 fs0 fc2 sc0 ls0 ws0">Bu durumda b<span class="_ _0"></span>ir üye işlevin başka bir üy<span class="_ _0"></span>e işlevi çağırmasının da n<span class="_ _0"></span>e anlama geldiği de açıktır. Üye işl<span class="_ _0"></span>ev </div><div class="t m0 x10 h3 y915 ff2 fs0 fc2 sc0 ls0 ws0">dışarıdan gizlice aldığı <span class="ff9">this <span class="_ _0"></span></span>adresini gizlice başka b<span class="_ _0"></span>ir üye işleve geç<span class="_ _0"></span>er.<span class="ff1"> </span></div><div class="t m0 x1 h16 y916 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y917 ff8 fs0 fc2 sc0 ls13 ws0">void A::set(A *const this, int x, int y)<span class="ls0"> </span></div><div class="t m0 x11 h11 y6ee ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y918 ff8 fs0 fc2 sc0 ls13 ws0">this<span class="ls0">-</span>&gt;a = x; </div><div class="t m0 x12 h11 y919 ff8 fs0 fc2 sc0 ls13 ws0">this<span class="ls0">-</span>&gt;b = y; </div><div class="t m0 x12 h11 y91a ff8 fs0 fc2 sc0 ls13 ws0">display(this);<span class="ls0"> </span></div><div class="t m0 x11 h11 yf4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a y191 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y91b ff2 fs0 fc2 sc0 ls0 ws0">Peki, bir sınıf göstericisi i<span class="_ _0"></span>çinde rastgele bir d<span class="_ _0"></span>eğer varken o göstericiyle b<span class="_ _0"></span>ir üye işlev çağrılırsa ne olu<span class="_ _0"></span>r? </div><div class="t m0 x10 h3 y174 ff2 fs0 fc2 sc0 ls0 ws0">Örneğin:<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf63" class="pf w0 h0" data-page-no="63"><div class="pc pc63 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">99</span> of <span class="ff3">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y24e ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y24f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y532 ff8 fs0 fc2 sc0 ls13 ws0">X *p;<span class="ls0"> </span></div><div class="t m0 x13 h11 y533 ff8 fs0 fc2 sc0 ls0 ws0">p-<span class="ls13">&gt;func(); </span></div><div class="t m0 x13 h11 y91c ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y65f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a ybd ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4d7 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">p, <span class="_ _0"></span><span class="ff2">yerel bir gösterici değişken olduğu<span class="_ _0"></span>ndan içinde bir çö<span class="_ _0"></span>p değer vardır. Bu durumd<span class="_ _0"></span>a <span class="_ _0"></span></span>func <span class="_ _0"></span><span class="ff2">işlevine </span>this </span></div><div class="t m0 x10 h3 y91d ff2 fs0 fc2 sc0 ls0 ws0">adresi olarak bir çöp d<span class="_ _0"></span>eğer geçilir. Yani <span class="_ _0"></span><span class="ff9">func </span>işlevi rastgele b<span class="_ _0"></span>ir bellek bölgesini sınıf n<span class="_ _0"></span>esnesi gibi kullanır. Böy<span class="_ _0"></span>le </div><div class="t m0 x10 h3 y91e ff2 fs0 fc2 sc0 ls0 ws0">bir durum bir gösterici hat<span class="_ _0"></span>asına yol a<span class="_ _0"></span><span class="ff1">çar. </span></div><div class="t m0 x1 hd y91f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y259 ff2 fs0 fc2 sc0 ls0 ws0">Şimdi şöyle bir soru soralı<span class="_ _0"></span>m: Madem bir sınıfın ü<span class="_ _0"></span>ye işlevi içinde sınıf ne<span class="_ _0"></span>snesinin elemanların<span class="_ _0"></span>a doğrudan </div><div class="t m0 x10 h3 y920 ff2 fs0 fc2 sc0 ls0 ws0">erişiliyor, o zaman n<span class="_ _0"></span>eden <span class="ff9">this <span class="ff1">diy<span class="_ _0"></span>e bir anahtar sözcük <span class="_ _0"></span>var? Üye </span></span>işlev içinde <span class="_ _0"></span>sınıf nesnesinin a<span class="_ _0"></span>dresinin elde </div><div class="t m0 x10 h3 y921 ff2 fs0 fc2 sc0 ls0 ws0">edilebilmesinin ne gibi fayd<span class="_ _0"></span>aları ol<span class="ff1">ab<span class="_ _0"></span>ilir? <span class="ff9">this</span> </span></div><div class="t m0 x10 h3 y922 ff2 fs0 fc2 sc0 ls0 ws0">adresi bir üye işlev içind<span class="_ _0"></span>e aşağıdaki amaçlar için ku<span class="_ _0"></span>llanılabilir:<span class="ff1"> </span></div><div class="t m0 x1 hd y923 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y924 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Üye işlev han<span class="_ _0"></span>gi sınıf nesnesi için<span class="_ _0"></span> çağrılmışsa, o sınıf nesnesin<span class="_ _0"></span>in adresi, üye işlev tanımı için<span class="_ _0"></span>de bir başka işleve </span></span></div><div class="t m0 x10 h3 y1e1 ff1 fs0 fc2 sc0 ls0 ws0">argüman olarak<span class="_ _0"></span> <span class="_ _7"></span>gönd<span class="_ _0"></span>erilebilir: </div><div class="t m0 x1 hd y925 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y802 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y926 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y859 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 y345 ff8 fs0 fc2 sc0 ls13 ws0">void <span class="ls0">a_f<span class="_ _9"></span>unc<span class="_ _6"></span>(); </span></div><div class="t m0 x11 h11 y12a ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y927 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y928 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y267 ff8 fs0 fc2 sc0 ls13 ws0">void g_func(A *); </div><div class="t m0 x11 h11 y5d0 ff8 fs0 fc2 sc0 ls13 ws0">void A::a_func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y929 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y92a ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x12 h11 y92b ff8 fs0 fc2 sc0 ls13 ws0">g_func(this);<span class="ls0"> </span></div><div class="t m0 x11 h11 y92c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y92d ff8 fs14 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf64" class="pf w0 h0" data-page-no="64"><div class="pc pc64 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">100</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2a7 ff8 fs0 fc2 sc0 ls13 ws0">A a; </div><div class="t m0 x12 h11 y92e ff8 fs0 fc2 sc0 ls13 ws0">a.a_func();<span class="ls0"> </span></div><div class="t m0 x1 h11 yf9 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y92f ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y930 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y931 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1f9 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programda,<span class="_ _0"></span> <span class="ff9 ls33">A </span>sınıfının <span class="_ _0"></span><span class="ff9">a_func </span>isimli üye işlevi için<span class="_ _0"></span>de çağrılan <span class="ff9">g_func <span class="_ _0"></span></span>isimli global işleve, <span class="ff9">th<span class="_ _0"></span>is </span></div><div class="t m0 x10 h3 y73a ff1 fs0 fc2 sc0 ls0 ws0">adresi argüman olarak gön<span class="_ _0"></span>deriliyor. <span class="_ _0"></span><span class="ff9">main <span class="ff2">işlevi içinde tanıml<span class="_ _0"></span>anan </span><span class="ls33">A <span class="_ _0"></span></span><span class="ff2">sınıfı türünden </span><span class="ls14">a </span></span>nesnesi ile <span class="ff9">a<span class="_ _0"></span>_func </span>üye </div><div class="t m0 x10 h3 y932 ff2 fs0 fc2 sc0 ls0 ws0">işlevi çağrıldığında, <span class="_ _0"></span><span class="ff9 ls14">a </span><span class="ff1">nesnesinin adresi gizlice <span class="ff9">a_func<span class="_ _0"></span> </span></span>işlevine geçirilir. Bu işle<span class="_ _0"></span>v içinden de, bu<span class="_ _0"></span> adres global </div><div class="t m0 x10 h3 y539 ff9 fs0 fc2 sc0 ls0 ws0">g_func <span class="ff2">işlevine gönderilir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y933 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h27 y934 ffe fs0 fc2 sc0 ls11 ws0">2.<span class="fff ls0"> <span class="_ _3"></span><span class="ff2">Üye işlev içinde, üy<span class="_ _0"></span>e işlevi çağıran sınıf nesn<span class="_ _0"></span>esinin kendisine erişilebilir. <span class="_ _0"></span><span class="ff1 fc7">Mad<span class="_ _0"></span>em ki <span class="_ _7"></span><span class="ff9 fc2">this </span></span></span></span></div><div class="t m0 x10 h3 y935 ff2 fs0 fc2 sc0 ls0 ws0">adresi üye işlevi çağıran sını<span class="_ _0"></span>f nesnesinin adresidir, b<span class="_ _0"></span>u durumda<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y936 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y937 ff8 fs0 fc2 sc0 ls13 ws0">*this<span class="ls0"> </span></div><div class="t m0 x1 h15 y200 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y938 ff2 fs0 fc2 sc0 ls0 ws0">ifadesi bu nesnenin kend<span class="_ _0"></span>isidir, değil mi? Aşağıdaki kod<span class="_ _0"></span>u inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y815 ff8 fs0 fc2 sc0 ls13 ws0">void g_func(A); </div><div class="t m0 x11 h11 y714 ff8 fs0 fc2 sc0 ls13 ws0">void A::a_func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y939 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y93a ff8 fs0 fc2 sc0 ls13 ws0">A a;<span class="ls0"> </span></div><div class="t m0 x12 h11 y93b ff8 fs0 fc2 sc0 ls13 ws0">a = *this;<span class="ls0"> </span></div><div class="t m0 x12 h11 y93c ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x12 h11 y545 ff8 fs0 fc2 sc0 ls13 ws0">g_func(*this);<span class="ls0"> </span></div><div class="t m0 x11 h11 y93d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y93e ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y91 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y93f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y940 ff8 fs0 fc2 sc0 ls13 ws0">A x; </div><div class="t m0 x12 h11 y941 ff8 fs0 fc2 sc0 ls13 ws0">x.a_func();<span class="ls0"> </span></div><div class="t m0 x1 h11 y2de ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y6a4 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf65" class="pf w0 h0" data-page-no="65"><div class="pc pc65 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">101</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y942 ff9 fs0 fc2 sc0 ls33 ws0">A <span class="ff2 ls0">sınıfının <span class="ff9">a_func <span class="_ _0"></span></span>işlevi içinde tanımlanan<span class="_ _0"></span> </span>A <span class="ff2 ls0">sınıfı türünd<span class="_ _0"></span>en </span><span class="ls14">a <span class="ff1 ls0">nesnesine <span class="ff9">*this <span class="ff2">i<span class="_ _0"></span>fadesi atanıyor. <span class="_ _0"></span></span>main <span class="ff2">işlevi içinde </span></span></span></span></div><div class="t m0 x10 h3 y943 ff9 fs0 fc2 sc0 ls0 ws0">a_func <span class="ff2">işlevi </span><span class="ls1a">x </span><span class="ff2">nesne<span class="_ _0"></span>si ile çağrıldığından<span class="_ _0"></span>, </span>a_func <span class="_ _0"></span><span class="ff2">işlevi içindeki </span><span class="ls14">a </span><span class="ff1">ya </span><span class="ls1a">x <span class="_ _0"></span></span><span class="ff2">nesnesinin değeri atanıyor. Bu k<span class="_ _0"></span>ez global </span></div><div class="t m0 x10 h3 y944 ff9 fs0 fc2 sc0 ls0 ws0">g_func <span class="ff2">isimli işlevin p<span class="_ _0"></span>arametre değişkeninin <span class="_ _0"></span></span><span class="ls33">A </span><span class="ff2">sınıfı türü<span class="_ _0"></span>nden olduğunu<span class="_ _0"></span> görüyorsunuz. <span class="_ _0"></span></span>a_func <span class="ff2">üy<span class="_ _0"></span>e işlevi içinde </span></div><div class="t m0 x10 h3 y2fc ff2 fs0 fc2 sc0 ls0 ws0">çağrılan global <span class="ff9">g_func<span class="_ _0"></span> </span>işlevine bö<span class="_ _0"></span>ylelikle <span class="ff9 ls34">ma<span class="ls0">in </span></span>işlevi içindeki yerel <span class="ff9 ls1a">x <span class="_ _0"></span></span>nesnesinin değeri akta<span class="_ _0"></span>rılmış olur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 he y508 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Çağrılan b<span class="_ _0"></span>ir üye işlev, hangi sın<span class="_ _0"></span>ıf nesnesi için çağrılmışsa, o<span class="_ _0"></span> sınıf nesnesini ya da <span class="_ _0"></span>o sınıf nesnesinin adresini </span></span></div><div class="t m0 x10 h3 y945 ff2 fs0 fc2 sc0 ls0 ws0">geri döndürebilir. Bu du<span class="_ _0"></span>rum ileride anlatılacak <span class="_ _0"></span>bazı<span class="_ _9"></span> araçlarda yoğun bir biçimde<span class="ff1"> <span class="_ _0"></span></span>kullanılır. Aşağıdaki örneğ<span class="_ _9"></span>i </div><div class="t m0 x10 h3 y946 ff1 fs0 fc2 sc0 ls0 ws0">dikkatle inceleyin: </div><div class="t m0 x1 hd y367 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y300 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y947 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y948 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 y949 ff8 fs0 fc2 sc0 ls13 ws0">A a_func1();<span class="ls0"> </span></div><div class="t m0 x12 h11 y80 ff8 fs0 fc2 sc0 ls0 ws0">A <span class="_ _3"></span>*a_<span class="_ _9"></span>func<span class="_ _6"></span>2();<span class="_ _9"></span> </div><div class="t m0 x12 h11 y1a0 ff8 fs0 fc2 sc0 ls0 ws0">A <span class="_ _3"></span>&amp;a_<span class="_ _9"></span>func<span class="_ _6"></span>3();<span class="_ _9"></span> </div><div class="t m0 x11 h11 y94a ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y94b ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y94c ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 y42c ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y94d ff9 fs0 fc2 sc0 ls33 ws0">A <span class="ff2 ls0">sınıfının üye işlevlerinden <span class="_ _0"></span><span class="ff9">a_func1<span class="ff1 ls17">, </span></span></span>A <span class="_ _0"></span><span class="ff2 ls0">sınıf türünden bir değerl<span class="_ _0"></span>e, <span class="ff9">a_func2 </span>iş<span class="_ _0"></span>levi </span>A <span class="ff2 ls0">sınıfı tü<span class="_ _0"></span>ründen bir ad<span class="_ _0"></span>resle, </span></div><div class="t m0 x10 h3 y94e ff9 fs0 fc2 sc0 ls0 ws0">a_func3 <span class="ff2">işlevi ise </span><span class="ls33">A <span class="_ _0"></span></span><span class="ff2">sınıfı türünden b<span class="_ _0"></span>ir referansla geri dönüyor.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y44a ff2 fs0 fc2 sc0 ls0 ws0">Şimdi bu işlevlerin tanımlarına<span class="_ _0"></span> bir bak<span class="_ _0"></span>alım:<span class="ff1"> </span></div><div class="t m0 x1 h16 y94f ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y780 ff8 fs0 fc2 sc0 ls13 ws0">A A::a_func1()<span class="ls0"> </span></div><div class="t m0 x11 h11 y950 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y16b ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 y29e ff8 fs0 fc2 sc0 ls13 ws0">return *this;<span class="ls0"> </span></div><div class="t m0 x11 h11 y951 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y952 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y47 ff8 fs0 fc2 sc0 ls13 ws0">A *A::m_func2()<span class="ls0"> </span></div><div class="t m0 x11 h11 y24b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y953 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 y954 ff8 fs0 fc2 sc0 ls13 ws0">return this;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf66" class="pf w0 h0" data-page-no="66"><div class="pc pc66 w0 h0"><img class="bi xb y955 w6 h52" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">102</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y956 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y489 ff8 fs0 fc2 sc0 ls13 ws0">A &amp;A::m_func3()<span class="ls0"> </span></div><div class="t m0 x11 h11 y48a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y405 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 y7be ff8 fs0 fc2 sc0 ls13 ws0">return *this;<span class="ls0"> </span></div><div class="t m0 x11 h11 y957 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y958 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y959 ff9 fs0 fc2 sc0 ls0 ws0">a_func1 <span class="ff2">üye işlevi han<span class="_ _0"></span>gi sınıf nesnesi için çağrıl<span class="_ _0"></span>mışsa, o sınıf nesnesinin d<span class="_ _0"></span>eğerini geri dönd<span class="_ _0"></span>ürür.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y2ae ff9 fs0 fc2 sc0 ls0 ws0">a_func2 <span class="ff2">üye işlevi hangi sını<span class="_ _0"></span>f nesnesi için çağrıl<span class="_ _0"></span>mışsa, o sınıf nesnesinin ad<span class="_ _0"></span>resini geri dönd<span class="_ _0"></span>ürür.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y6ae ff9 fs0 fc2 sc0 ls0 ws0">a_func3 <span class="ff2">üye işlevi hangi sını<span class="_ _0"></span>f nesnesi için çağrıl<span class="_ _0"></span>mışsa, o sınıf nesnesinin<span class="_ _0"></span><span class="ff1"> kend<span class="_ _0"></span>isini geri döndürür.<span class="_ _0"></span> </span></span></div><div class="t m0 x1 h16 y95a ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y895 ff6 fs0 fc2 sc0 ls11 ws0">4.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">this göster<span class="_ _0"></span>icisi, sınıf elemanlar<span class="_ _0"></span>ının yerel değişkenler tarafınd<span class="_ _0"></span>an maskelenmesi durumun<span class="_ _0"></span>da, sınıf </span></span></div><div class="t m0 x10 h3 y896 ff2 fs0 fc2 sc0 ls0 ws0">elemanlarına erişmek a<span class="_ _0"></span>macıyla da ku<span class="_ _0"></span>llanılır. Bu durum &quot;sınıf b<span class="_ _0"></span>ilinirlik alanı&quot; başlığı altında<span class="_ _3"></span><span class="ff1"> <span class="_ _9"></span>incelenecek. </span></div><div class="t m0 x1 hd y95b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y388 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _b"></span>k<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y389 ff9 fs0 fc2 sc0 ls32 ws0">C <span class="ff2 ls0">dilinde bilinirlik alan<span class="_ _0"></span>larının dörde ay<span class="_ _0"></span>rıldığını anımsayın. Bun<span class="_ _0"></span>lar dardan genişe doğru “<span class="_ _0"></span>işlev bildirim bilinirlik </span></div><div class="t m0 x10 h3 y38a ff2 fs0 fc2 sc0 ls0 ws0">alanı” (<span class="ff10">functio<span class="_ _0"></span>n prototype scope), “<span class="_ _0"></span></span>blok b<span class="_ _0"></span>ilinirlik alanı” <span class="ff10">(blo<span class="_ _0"></span>k scope), “</span>işlev bilinirlik alanı “<span class="_ _0"></span><span class="ff9">(function sco<span class="_ _0"></span>pe) </span></div><div class="t m0 x10 h3 y95c ff2 fs0 fc2 sc0 ls0 ws0">ve “dosya bilinirlik alan<span class="_ _0"></span>ı” <span class="ff9">(file scop<span class="_ _0"></span>e) </span>dır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y95d ff2 fs0 fc2 sc0 ls0 ws0">Blok bilinirlik alanı b<span class="_ _0"></span>ir ismin yalnızca bir blok için<span class="_ _0"></span>de, işlev bilinirlik alanı bir işlevin h<span class="_ _0"></span>er yerinde, dosya bilinirlik </div><div class="t m0 x10 h3 y77d ff2 fs0 fc2 sc0 ls0 ws0">alanı ise tüm işlevler içinde b<span class="_ _0"></span>ilinmesi, kullanılab<span class="_ _0"></span>ilmesi anlamına gelir. <span class="_ _0"></span><span class="ff9">C++</span>‟da b<span class="_ _0"></span>u bilinirlik alanların<span class="_ _0"></span>a ek ola<span class="ff1">rak </span></div><div class="t m0 x10 h3 y3db ff2 fs0 fc2 sc0 ls0 ws0">bir de sınıf bilinirlik alanı (<span class="_ _0"></span><span class="ff9">class scope<span class="_ _0"></span>) </span>tanımlanmıştır. Sınıf <span class="_ _0"></span>bilinirlik alanı, bir ismin hem <span class="_ _0"></span>sınıf bildirimi içinde, </div><div class="t m0 x10 h3 y3dc ff2 fs0 fc2 sc0 ls0 ws0">hem de sınıfın tüm üye işlev<span class="_ _0"></span>leri içinde bilinmesidir. Sını<span class="_ _0"></span>fın elemanları ile üye işl<span class="_ _0"></span>evleri, sınıf bilinirlik alanı </div><div class="t m0 x10 h3 y95e ff2 fs0 fc2 sc0 ls0 ws0">kuralına uyar<span class="_ _0"></span>. Sınıf bilinirlik alanın<span class="_ _0"></span>ın darlık –<span class="ff1"> </span>genişlik bak<span class="_ _0"></span>ımından işlev bilinirlik alanı ile do<span class="_ _0"></span>sya bilinirlik alanı </div><div class="t m0 x10 h3 y29b ff2 fs0 fc2 sc0 ls0 ws0">arasında bulun<span class="_ _0"></span>duğuna dikkat edin. Bu du<span class="_ _0"></span>rumda <span class="_ _0"></span><span class="ff9 ls32">C++</span>‟daki bilinirlik a<span class="_ _0"></span>lanları dardan genişe <span class="_ _0"></span>doğru,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y95f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h27 y960 ffe fs0 fc2 sc0 ls11 ws0">1.<span class="fff ls0"> <span class="_ _3"></span><span class="ff2">İşlev bildirimi bilinirlik a<span class="_ _0"></span>lanı (<span class="ff9">fun<span class="_ _0"></span>ction prototype<span class="_ _0"></span> <span class="_ _0"></span>scop<span class="_ _0"></span>e) </span></span></span></div><div class="t m0 x10 he y8f ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Blok bilinirlik alan<span class="_ _0"></span>ı (<span class="ff9">block <span class="_ _0"></span>scope<span class="ff1">) </span></span></span></span></div><div class="t m0 x10 he y961 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İşlev bilinirlik alanı (<span class="ff9">fun<span class="_ _0"></span>ction <span class="_ _3"></span>scope<span class="ff1">) </span></span></span></span></div><div class="t m0 x10 he y5fd ff6 fs0 fc2 sc0 ls11 ws0">4.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Sınıf bilinirlik alanı (<span class="_ _0"></span><span class="ff9">class scope<span class="ff1">) </span></span></span></span></div><div class="t m0 x10 he y962 ff6 fs0 fc2 sc0 ls11 ws0">5.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Dosya bilinirlik alan<span class="_ _0"></span>ı (<span class="ff9">file <span class="_ _9"></span>scope<span class="ff1">) </span></span></span></span></div><div class="t m0 x1 hd y963 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y964 ff2 fs0 fc2 sc0 ls0 ws0">biçimindedir. Şimdi de ay<span class="_ _0"></span>nı isimli değişkenlerin du<span class="_ _0"></span>rumuna bir göz at<span class="_ _0"></span>alım: Aynı isimli değişkenler k<span class="_ _3"></span>onusunda şu </div><div class="t m0 x10 h3 y748 ff2 fs0 fc2 sc0 ls0 ws0">kuralı anımsatalım: <span class="ff10 ls32">C‟<span class="_ _0"></span><span class="ff1 ls8">de<span class="fc7 ls0">(C dilinde) <span class="_ _0"></span></span></span></span>olduğu gibi <span class="ff9 ls32">C++</span>‟d<span class="_ _0"></span>a aynı bilinirlik a<span class="_ _0"></span>lanına ilişkin aynı isimli birden fazla </div><div class="t m0 x10 h3 y965 ff2 fs0 fc2 sc0 ls0 ws0">değişken tanımlanamaz. Fak<span class="_ _0"></span>at farklı bilinirlik alanın<span class="_ _0"></span>a ilişkin aynı isimli birden fazla değ<span class="_ _0"></span>işken tan<span class="_ _0"></span>ımlanabilir. Bir </div><div class="t m0 x10 h3 y7bb ff1 fs0 fc2 sc0 ls0 ws0">blok içinde ayn<span class="_ _0"></span><span class="ff2">ı isimli birden fazla değişken etkinlik gö<span class="_ _0"></span>steriyorsa, o b<span class="_ _0"></span>lok içinde dar bilinirlik a<span class="_ _0"></span>lanına sahip olan<span class="_ _0"></span>a </span></div><div class="t m0 x10 h3 y966 ff2 fs0 fc2 sc0 ls0 ws0">erişilebilir.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf67" class="pf w0 h0" data-page-no="67"><div class="pc pc67 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">103</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3e5 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y967 ffc fs0 fc2 sc0 ls0 ws0">void <span class="_ _1a"> </span>func(); <span class="_ _1a"> </span>//işle<span class="_ _0"></span>v <span class="_ _26"> </span>bild<span class="_ _0"></span>irimi </div><div class="t m0 x11 h11 y968 ffc fs0 fc2 sc0 ls0 ws0">int <span class="_ _a"> </span>a <span class="_ _a"> </span>= <span class="_ _a"> </span>50<span class="_ _0"></span>; <span class="_ _a"> </span>//global <span class="_ _26"> </span>değişken </div><div class="t m0 x11 h11 y969 ff8 fs0 fc2 sc0 ls13 ws0">class X {<span class="ls0"> </span></div><div class="t m0 x11 h11 y4a6 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y96a ff8 fs0 fc2 sc0 ls13 ws0">void foo(int); </div><div class="t m0 x13 h11 y96b ff8 fs0 fc2 sc0 ls13 ws0">void func();<span class="ls0"> </span></div><div class="t m0 x11 h11 y8d3 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 y96c ff8 fs0 fc2 sc0 ls13 ws0">int a;<span class="ls0"> </span></div><div class="t m0 x11 h11 y57 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y292 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 y96d ff8 fs0 fc2 sc0 ls13 ws0">void X::func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y96e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y96f ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;X sınıfının func isimli üye işlevi…&quot; &lt;&lt; endl;<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y970 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y971 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5e0 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y625 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y8c5 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Global func isimli işlev…&quot; &lt;&lt; endl;<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y972 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y973 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y974 ff1 fs0 fc2 sc0 ls0 ws0">Bu örnekte hem <span class="ff9 ls14">a </span><span class="ff2">isimli glob<span class="_ _0"></span>al bir değişken tanımlanıyor, h<span class="_ _0"></span>em de <span class="_ _0"></span><span class="ff9 ls37">X </span>sınıfının <span class="ff9 ls14">a </span>isimli bir ele<span class="_ _0"></span>manı var. Sınıfın </span></div><div class="t m0 x10 h3 y975 ff9 fs0 fc2 sc0 ls0 ws0">foo <span class="ff2">üye işlevi de şöyl<span class="_ _0"></span>e tanımlanmış olsun:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x11 h11 y976 ff8 fs0 fc2 sc0 ls13 ws0">void X::foo(int a)<span class="ls0"> </span></div><div class="t m0 x11 h11 y977 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y49d ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; a<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> <span class="_ _2f"> </span></span><span class="ffc">// Parametre değişkeni olan</span><span class="ls0"> a </span></div><div class="t m0 x12 h11 y978 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x14 h11 y393 ff8 fs0 fc2 sc0 ls13 ws0">int a = 30;<span class="ls0"> </span></div><div class="t m0 x14 h11 y979 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; a<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> <span class="_ _28"> </span></span>// Blok içindeki<span class="ls0"> a </span></div><div class="t m0 x12 h11 y97a ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf68" class="pf w0 h0" data-page-no="68"><div class="pc pc68 w0 h0"><img class="bi xb y97b w6 h53" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">104</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> <span class="_ _4b"> </span></span><span class="ffc">// Üye işlev olan</span><span class="ls0"> </span>func<span class="ls0"> </span></div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1c y97c ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y97d ff2 fs0 fc2 sc0 ls0 ws0">Şimdi dört tane <span class="ff9 ls14">a </span><span class="ff1">söz ko<span class="_ _0"></span>nusu. Global olan <span class="_ _0"></span><span class="ff9">a</span></span>, sınıfın elemanı <span class="_ _0"></span>olan <span class="ff9">a<span class="_ _0"></span></span>, parametre değişkeni olan <span class="_ _0"></span><span class="ff9 ls14">a </span><span class="ff1">ve iç blokta </span></div><div class="t m0 x10 h3 y97e ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmış olan <span class="ff9">a</span>. Dar <span class="_ _0"></span>bilinirlik alanın<span class="_ _0"></span>a sahip olana erişme ku<span class="_ _0"></span>ralına göre, iç blokta ku<span class="_ _0"></span>llanılan <span class="_ _0"></span><span class="ff9 ls14">a </span><span class="ff1">o blokta </span></div><div class="t m0 x10 h3 y97f ff2 fs0 fc2 sc0 ls0 ws0">tanımlanan <span class="ff9 ls14">a </span>d<span class="_ _0"></span>eğişkenidir. Dış bloktaki <span class="_ _0"></span>ise işlevin parametre değişkenidir. Çağrılan<span class="_ _0"></span> işlev üye işlev olan <span class="_ _3"></span><span class="ff9">func <span class="ff1">isimli </span></span></div><div class="t m0 x10 h3 y980 ff2 fs0 fc2 sc0 ls0 ws0">işlevdir. Çünkü işlev isi<span class="_ _0"></span>mleri de değişken gibi ele alınır,<span class="_ _0"></span> aynı bilinirlik alan<span class="_ _0"></span>ı kuralında uyar. Global işlevler dosya </div><div class="t m0 x10 h3 y981 ff1 fs0 fc2 sc0 ls0 ws0">bilinirli<span class="ff2">k alanına,<span class="_ _0"></span> üye işlevler ise sınıf bilinirlik alanına <span class="_ _0"></span>sahiptir. Şimdi <span class="_ _0"></span><span class="ff9">foo </span>işlevinin p<span class="_ _0"></span>arametre değişkeninin is<span class="_ _0"></span>mini </span></div><div class="t m0 x10 h3 y5c0 ff2 fs0 fc2 sc0 ls0 ws0">değiştirelim:<span class="ff1"> </span></div><div class="t m0 x1 h3 y28d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y982 ff8 fs0 fc2 sc0 ls13 ws0">void X::foo(int x)<span class="ls0"> </span></div><div class="t m0 x10 h11 y440 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y983 ff8 fs0 fc2 sc0 ls0 ws0">a = <span class="ls13">x;</span> <span class="_ _4c"> </span><span class="ffc ls13">// Sınıfın elemanı olan</span> a </div><div class="t m0 x2 h11 y984 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x17 h11 y239 ff8 fs0 fc2 sc0 ls13 ws0">int a<span class="ls0"> = </span>30;<span class="ls0"> <span class="_ _4d"> </span></span>// Blok içindeki <span class="ls3b">a </span></div><div class="t m0 x17 h11 y985 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; a &lt;&lt;<span class="ls0"> <span class="_ _9"></span><span class="ls13">endl;<span class="ls0"> </span></span></span></div><div class="t m0 x2 h11 y986 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y987 ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> <span class="_ _4e"> </span></span><span class="ffc">// Üye işlev</span><span class="ls0"> </span>olan<span class="ls0"> <span class="_ _9"></span><span class="ls13">func<span class="ls0"> </span></span></span></div><div class="t m0 x10 h11 y800 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1c y42c ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5b5 ff2 fs0 fc2 sc0 ls0 ws0">Şimdi <span class="_ _0"></span>dış <span class="_ _3"></span>bloktaki <span class="_ _3"></span><span class="ff9">a, <span class="_ _0"></span></span>sınıfın <span class="_ _3"></span>elemanı <span class="_ _0"></span>olan <span class="_ _3"></span><span class="ff9 ls14">a <span class="_ _3"></span></span>olarak <span class="_ _0"></span>ele <span class="_ _3"></span>alınır. <span class="_ _0"></span>Peki, <span class="_ _3"></span>bir <span class="_ _0"></span>üye <span class="_ _3"></span>işlev <span class="_ _0"></span>içinde <span class="_ _3"></span>sınıfın <span class="_ _0"></span>elemanları <span class="_ _3"></span>ya </div><div class="t m0 x10 h3 y5b6 ff2 fs0 fc2 sc0 ls0 ws0">da <span class="_ _10"> </span>üye <span class="_ _10"> </span>işlevleriyle  ay<span class="_ _0"></span>nı <span class="_ _10"> </span>isimli  glob<span class="_ _0"></span>al <span class="_ _10"> </span>değişkenlere  y<span class="_ _0"></span>a <span class="_ _10"> </span>da  işlevlere <span class="_ _10"> </span>erişmek <span class="_ _10"> </span>mümkün <span class="_ _10"> </span>olab<span class="_ _0"></span>ilir  mi? <span class="_ _10"> </span>İşte </div><div class="t m0 x10 h3 y5b7 ff2 fs0 fc2 sc0 ls0 ws0">çözünürlük işleci ile bu <span class="_ _0"></span>durum mümkün<span class="_ _0"></span> kılınmıştır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y3f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y10b ff1 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>ö<span class="_ _3"></span>z<span class="_ _3"></span>ü<span class="_ _3"></span>n<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y988 ff2 fs0 fc2 sc0 ls0 ws0">Çözünürlük işleci iki <span class="ff10">„:‟ <span class="_ _0"></span><span class="ff1">karakterinin <span class="ff9 ls24">:: <span class="_ _0"></span></span></span></span>biçiminde yan y<span class="_ _0"></span>ana getirilmesiyle elde edilir. Çözün<span class="_ _0"></span>ürlük işlecinin tek </div><div class="t m0 x10 h3 y989 ff1 fs0 fc2 sc0 ls0 ws0">terimli önek <span class="ff9">(unary prefi<span class="_ _0"></span>x) </span>ve iki terimli araek b<span class="_ _0"></span>içiminde <span class="ff9">(bin<span class="_ _0"></span>ary infix) <span class="ff2">iki kullanı<span class="_ _0"></span>mı vardır. </span></span>Ön<span class="_ _0"></span>ce tek terimli </div><div class="t m0 x10 h3 y98a ff2 fs0 fc2 sc0 ls0 ws0">önek biçim üzerinde dura<span class="_ _0"></span>cağız:<span class="ff1"> </span></div><div class="t m0 x1 h3 y98b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y500 ff1 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>ö<span class="_ _3"></span>z<span class="_ _3"></span>ü<span class="_ _3"></span>n<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _b"></span>e<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _b"></span>Ö<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _b"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>m<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y2a2 ff2 fs0 fc2 sc0 ls0 ws0">Bu kullanım biçiminde çözün<span class="_ _0"></span>ürlük işlecinin tek terimi <span class="_ _0"></span>vardır. İşleç bu duru<span class="_ _0"></span>mda her zaman global olan<span class="_ _0"></span> isme </div><div class="t m0 x10 h3 y98c ff2 fs0 fc2 sc0 ls0 ws0">erişimi gerçekleştirir. Aşa<span class="_ _0"></span>ğıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf69" class="pf w0 h0" data-page-no="69"><div class="pc pc69 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">105</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y396 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 y78a ff8 fs0 fc2 sc0 ls13 ws0">int a = 10;<span class="ls0"> </span></div><div class="t m0 x11 h11 yf9 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y98d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y98e ff8 fs0 fc2 sc0 ls13 ws0">int a = 20;<span class="ls0"> </span></div><div class="t m0 x1 h11 y64b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y1bb ff8 fs0 fc2 sc0 ls13 ws0">::a<span class="ls0"> = </span>50;<span class="ls0"> <span class="_ _4f"> </span></span>// Global<span class="ls0"> a </span></div><div class="t m0 x12 h11 y1bc ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0"> a  </span>&lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> <span class="_ _50"> </span></span>// Yerel<span class="ls0"> a </span></div><div class="t m0 x12 h11 y98f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x14 h11 y990 ff8 fs0 fc2 sc0 ls13 ws0">int a = 30;<span class="ls0"> </span></div><div class="t m0 x14 h11 y984 ff8 fs0 fc2 sc0 ls13 ws0">::a<span class="ls0"> = </span>100;<span class="ls0">  <span class="_ _51"> </span></span>// Global <span class="ls3b">a </span></div><div class="t m0 x14 h11 y991 ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0"> a  </span>&lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> <span class="_ _52"> </span></span>// Yerel<span class="ls0"> a </span></div><div class="t m0 x12 h11 y3bc ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x12 h11 y5a ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>::a<span class="ls0">  </span>&lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> <span class="_ _53"> </span></span>// Global<span class="ls0"> a </span></div><div class="t m0 x1 h12 y992 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y993 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y994 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y995 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y996 ff2 fs0 fc2 sc0 ls0 ws0">Çözünürlük işleci, aynı isim<span class="_ _0"></span>li hem yerel hem de global <span class="_ _0"></span>bir değişkenin tanımlı olduğu d<span class="_ _0"></span>urumda global olan<span class="_ _0"></span>a </div><div class="t m0 x10 h3 y997 ff2 fs0 fc2 sc0 ls0 ws0">erişmek amacıyla kullan<span class="_ _0"></span>ılabilir. Yukarıdaki örnekte b<span class="_ _0"></span>lok içlerinde <span class="_ _0"></span><span class="ff9 ls14">a </span>değişkeninin :: işleci ile <span class="_ _0"></span>kullanılmasıyla </div><div class="t m0 x10 h3 y998 ff1 fs0 fc2 sc0 ls0 ws0">global olan <span class="ff9 ls14">a </span><span class="ff2">d<span class="_ _0"></span>eğişkenine</span> <span class="ff2">erişilir.</span> </div><div class="t m0 x1 h3 y972 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yce ff2 fs0 fc2 sc0 ls0 ws0">Burada bir de u<span class="_ _0"></span>yarı yapalım: :: işleci bir üst blokta<span class="_ _0"></span> tanımlı olana erişimi değil, her zaman<span class="_ _0"></span> global olan<span class="_ _0"></span>a erişimi </div><div class="t m0 x10 h3 y999 ff2 fs0 fc2 sc0 ls0 ws0">sağlar. Bir yukarıdaki b<span class="_ _0"></span>loğa erişmenin ciddi b<span class="_ _0"></span>ir faydası yoktur. Oysa global <span class="_ _0"></span>değişkene erişim pek çok d<span class="_ _0"></span>urumda </div><div class="t m0 x10 h3 y99a ff1 fs0 fc2 sc0 ls0 ws0">gerekebilir. </div><div class="t m0 x10 h3 y99b ff1 fs0 fc2 sc0 ls0 ws0">Tek <span class="ff2">terimli önek kullanım <span class="_ _0"></span>sıklıkla bir sınıfın üy<span class="_ _0"></span>e işlevleri içinde sınıfın eleman<span class="_ _0"></span>ları ile aynı isimli global </span></div><div class="t m0 x10 h3 y99c ff2 fs0 fc2 sc0 ls0 ws0">değişkenlerin bulunması duru<span class="_ _0"></span>munda, global o<span class="_ _0"></span>lana erişimi sağlamak için ku<span class="_ _0"></span>llanılır. Aşağıdaki örneği </div><div class="t m0 x10 h3 y3c7 ff1 fs0 fc2 sc0 ls0 ws0">inceleyelim: </div><div class="t m0 x11 h11 y99d ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y99e ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func();<span class="ls0"> <span class="_ _27"> </span></span>//Global <span class="ffc ls16">işlev </span></div><div class="t m0 x11 h11 y3ad ff8 fs0 fc2 sc0 ls13 ws0">class X<span class="ls0"> { </span></div><div class="t m0 x11 h11 y99f ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf6a" class="pf w0 h0" data-page-no="6a"><div class="pc pc6a w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">106</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">void func(); </div><div class="t m0 x13 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">void foo();<span class="ls0"> </span></div><div class="t m0 x11 h11 y9a0 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y9a1 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 y7bd ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y5ef ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y9a2 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt;&quot;Global func isimli işlev…&quot; &lt;&lt; endl;<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y9a3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y9a4 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9a5 ff8 fs0 fc2 sc0 ls13 ws0">void X::func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y9a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y9a7 ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0">  </span><span class="ffc">&quot;X sınıfının func isimli işlevi…&quot; &lt;&lt;</span><span class="ls0"> <span class="_ _6"></span>end<span class="_ _0"></span>l; </span></div><div class="t m0 x11 h11 y697 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y9a8 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y797 ff8 fs0 fc2 sc0 ls13 ws0">void X::foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y609 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y9a9 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;X sınıfının foo isimli<span class="ff8 ls0"> </span>işlevi…&quot; &lt;&lt; endl;<span class="ff8 ls0"> </span></div><div class="t m0 x13 h11 y8ea ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> <span class="_ _54"> </span></span><span class="ffc">// X sınıfının üye işlevi olan</span><span class="ls0"> <span class="_ _6"></span><span class="ffc ls13">çağrılıyor<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x13 h11 y6cf ff8 fs0 fc2 sc0 ls13 ws0">::func();<span class="ls0"> <span class="_ _3c"> </span></span>// Global olan<span class="ls0"> <span class="_ _6"></span><span class="ffc">çağrı<span class="_ _0"></span>lıyor<span class="ff8"> </span></span></span></div><div class="t m0 x11 h11 y9aa ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y242 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5ca ff9 fs0 fc2 sc0 ls0 ws0">foo <span class="ff2">üye işlevinde,<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y831 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y35f ff8 fs0 fc2 sc0 ls13 ws0">func()<span class="ls0"> </span></div><div class="t m0 x1 h15 y744 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9ab ff2 fs0 fc2 sc0 ls0 ws0">Biçiminde normal olarak <span class="_ _0"></span>çağrılan dar b<span class="_ _0"></span>ilinirlik alanı kuralına göre <span class="_ _0"></span><span class="ff9 ls37">X </span>sınıfına <span class="_ _0"></span>ilişkin olan<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y483 ff9 fs0 fc2 sc0 ls0 ws0">func <span class="ff2">işlevidir. Oysa<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y9ac ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y9ad ff8 fs0 fc2 sc0 ls13 ws0">::func();<span class="ls0"> </span></div><div class="t m0 x1 h15 y9ae ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9af ff2 fs0 fc2 sc0 ls0 ws0">biçiminde çağrılmış olan glo<span class="_ _0"></span>bal <span class="ff9">func <span class="_ _0"></span></span>işlevidir.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf6b" class="pf w0 h0" data-page-no="6b"><div class="pc pc6b w0 h0"><img class="bi xb y9b0 w6 h54" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">107</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Bazı programcılar global olan<span class="_ _0"></span>la aynı isimli bir ü<span class="_ _0"></span>ye işlev olmasa bile, üy<span class="_ _0"></span>e işlevler içinde global işlevleri </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">okunabilirliği artırmak için <span class="_ _0"></span><span class="ff9 ls24">:: </span>iş<span class="_ _0"></span>leciyle çağırırlar. Örneğin,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y9b1 ff8 fs0 fc2 sc0 ls13 ws0">CMyDialog:: CMyDialog()<span class="ls0"> </span></div><div class="t m0 x10 h11 y97e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y9b2 ff8 fs0 fc2 sc0 ls13 ws0">hProcess = ::GetProcessHeap();<span class="ls0"> </span></div><div class="t m0 x10 h11 y9b3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y9b4 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9b5 ff9 fs0 fc2 sc0 ls0 ws0">GetProcessHeap <span class="ff2">işl<span class="_ _0"></span>evin </span>CMyDialog <span class="_ _0"></span><span class="ff2">sınıfının üye işlevi olmadığını dü<span class="_ _0"></span>şünelim. Bu durumda i<span class="_ _0"></span>şlevin :: işleci ile </span></div><div class="t m0 x10 h3 y2e5 ff2 fs0 fc2 sc0 ls0 ws0">çağrılmasına gerek yokt<span class="_ _0"></span>ur, değil mi? Çünkü b<span class="_ _0"></span>ilinirlik alanlarının çakışması söz <span class="_ _0"></span>konusu olmad<span class="_ _0"></span>ığı için nasıl olsa </div><div class="t m0 x10 h3 y3d2 ff9 fs0 fc2 sc0 ls0 ws0">GetProcessHeap <span class="ff2">d<span class="_ _0"></span>endiğinde global o<span class="_ _0"></span>lan anlaşılır. Ancak programcı ko<span class="_ _0"></span>du inceleyen kişiye y<span class="_ _0"></span>ardımcı olmak için </span></div><div class="t m0 x10 h3 y751 ff2 fs0 fc2 sc0 ls0 ws0">durumu vurgulamak istemi<span class="_ _0"></span>ş olabilir. Sınıfların y<span class="_ _0"></span>oğun olarak ku<span class="_ _0"></span>llanıldığı kütüphan<span class="_ _0"></span>elerde bu tür vurgulamalarla </div><div class="t m0 x10 h3 y9b6 ff2 fs0 fc2 sc0 ls0 ws0">oldukça sık karşılaşabilirsiniz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y9b7 ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y56e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y6b0 ff1 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>ö<span class="_ _3"></span>z<span class="_ _3"></span>ü<span class="_ _3"></span>n<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>k<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _b"></span>i<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>e<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _b"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>m<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y9b8 ff2 fs0 fc2 sc0 ls0 ws0">Çözünürlük işleci iki terimli ar<span class="_ _0"></span>aek <span class="ff9">(bina<span class="_ _0"></span>ry infix</span>) olarak da <span class="_ _0"></span>kullanılır. Böyle bir kullan<span class="_ _0"></span>ımda sol terim bir sınıf ismi, </div><div class="t m0 x10 h3 y221 ff2 fs0 fc2 sc0 ls0 ws0">sağ terim ise sınıfın bir ele<span class="_ _0"></span>manı ya d<span class="_ _0"></span>a üye işlevi olmak zorundad<span class="_ _0"></span>ır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y7c6 ff2 fs0 fc2 sc0 ls0 ws0">Bu kullanımla her zaman sınıf<span class="_ _0"></span>a ilişkin olan elemana <span class="_ _0"></span>ya da üye işleve erişilir. Örne<span class="_ _0"></span>ğin <span class="_ _0"></span><span class="ff9">Date </span>isimli bir sınıfın <span class="_ _0"></span><span class="ff9">int </span></div><div class="t m0 x10 h3 y25f ff1 fs0 fc2 sc0 ls0 ws0">türden <span class="ff9">day, <span class="_ _0"></span>month, year <span class="ff2">isimli veri eleman<span class="_ _0"></span>ları olsun. </span>set_dat<span class="_ _0"></span>e <span class="ff2">bu sınıfın b<span class="_ _0"></span>ir üye işlevi olmak üzere<span class="_ _0"></span></span></span> </div><div class="t m0 x11 h11 y108 ff8 fs0 fc2 sc0 ls13 ws0">class Date { </div><div class="t m0 x11 h11 y9b9 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y818 ff8 fs0 fc2 sc0 ls13 ws0">void set_date(int, int, int); </div><div class="t m0 x11 h11 y66d ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y466 ff8 fs0 fc2 sc0 ls13 ws0">int day, month, year;<span class="ls0"> </span></div><div class="t m0 x11 h11 y9ba ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y44d ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9bb ff8 fs0 fc2 sc0 ls13 ws0">void Date::set_date(int day, int month, int year)<span class="ls0"> </span></div><div class="t m0 x11 h11 y9bc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y9bd ff8 fs0 fc2 sc0 ls13 ws0">Date::day = day; </div><div class="t m0 x12 h11 y9be ff8 fs0 fc2 sc0 ls13 ws0">Date::month = month; </div><div class="t m0 x12 h11 y9bf ff8 fs0 fc2 sc0 ls13 ws0">Date::year = year;<span class="ls0"> </span></div><div class="t m0 x11 h11 y9c0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y734 ff8 fsb fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf6c" class="pf w0 h0" data-page-no="6c"><div class="pc pc6c w0 h0"><img class="bi xb y9c1 w6 h55" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAAKQCAIAAABcib20AAAACXBIWXMAABYlAAAWJQFJUiTwAAALdklEQVR42u3doRGDQBRFUcig0BRADWkjlaQiKqGNFBC1BSBQ2B8RvZmBINidc+y6p+58s21ENBlp2RoAAOAyxqHPPd2sAwAAFVD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAAAoX2cCTjE/X0YAgGMe090I/M/NHgAAatBGRO4tLZuBAADgOsahzz252QMAQA2UPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAACc79dPVQAAQCnc7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAABf3TutVgAAgNK52QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAMBeH9kkGcPA2OzfAAAAAElFTkSuQmCC"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">108</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Parametre <span class="_ _22"> </span>değişkenlerinin  isimleriyle <span class="_ _22"> </span>sınıfın <span class="_ _22"> </span>elemanlarının  isim<span class="_ _9"></span>lerinin  aynı <span class="_ _22"> </span>olduğuna  di<span class="_ _9"></span>kkat  edin.<span class="_ _0"></span><span class="ff1"> <span class="_ _22"> </span>Bu </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">durumda <span class="_ _10"> </span>üye  işlev  içind<span class="_ _0"></span>e  sınıfın <span class="_ _10"> </span>elemanlarına  eri<span class="_ _0"></span>şmek  için <span class="_ _10"> </span>iki  terimli <span class="_ _10"> </span>çözünürlük <span class="_ _10"> </span>işleci  kullanılıyor. </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">Kullanım biçimini incel<span class="_ _0"></span>eyin:<span class="ff1"> </span></div><div class="t m0 x1 h3 y51b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5ed ff8 fs0 fc2 sc0 ls13 ws0">Date::month = month;<span class="ls0"> </span></div><div class="t m0 x1 h15 y9c2 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3e8 ff2 fs0 fc2 sc0 ls0 ws0">Atama işlecinin sol tarafında <span class="_ _0"></span>kullanılan <span class="_ _0"></span><span class="ff9">month<span class="_ _0"></span> </span>ismi sınıfın elemanına ilişkin iken, a<span class="_ _0"></span>tama işlecinin sağ </div><div class="t m0 x10 h3 y9c3 ff2 fs0 fc2 sc0 ls0 ws0">tarafında bulun<span class="_ _0"></span>an <span class="ff9">month <span class="_ _0"></span></span>ismi parametre değişkenine ilişkind<span class="_ _0"></span>ir.<span class="ff1"> </span></div><div class="t m0 x1 h3 y553 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9c4 ff2 fs0 fc2 sc0 ls0 ws0">Görüldüğü gibi çözü<span class="_ _0"></span>nürlük işlecinin iki t<span class="_ _0"></span>erimli ara ek biçimi, sınıfın elemanları ile ay<span class="_ _0"></span>nı isimli yerel değişkenl<span class="_ _0"></span>er </div><div class="t m0 x10 h3 y28f ff2 fs0 fc2 sc0 ls0 ws0">ya da parametre değ<span class="_ _0"></span>işkenlerinin olması duru<span class="_ _0"></span>munda sınıfın elemanların<span class="_ _0"></span>a erişilmesi amacıy<span class="_ _0"></span>la kullanılır. </div><div class="t m0 x10 h3 y5ae ff2 fs0 fc2 sc0 ls0 ws0">Bunun dışında <span class="_ _0"></span>çözünürlük işlecinin sınıfların türetil<span class="_ _0"></span>mesi işlemlerinde de benzer a<span class="_ _0"></span>maçlarla kullanıldığın<span class="_ _0"></span>ı </div><div class="t m0 x10 h3 y9c5 ff1 fs0 fc2 sc0 ls0 ws0">göreceksiniz. </div><div class="t m0 x1 h3 y583 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y475 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _b"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> </span></div><div class="t m0 x10 h3 y9c6 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesi yaratıldı<span class="_ _0"></span>ğında ismine kuru<span class="_ _0"></span>cu işlev <span class="ff9">(constructor) <span class="_ _0"></span></span>denilen bir üye işlev d<span class="_ _0"></span>erleyici tarafından </div><div class="t m0 x10 h3 y9c7 ff2 fs0 fc2 sc0 ls0 ws0">otomatik olarak çağrılır. Derl<span class="_ _0"></span>eyici kurucu işlevleri i<span class="_ _0"></span>simlerine bakarak sap<span class="_ _0"></span>tar. Kurucu işlevlerin ismi ait oldukla<span class="_ _0"></span>rı </div><div class="t m0 x10 h3 y9c8 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın ismidir. Kurucu i<span class="_ _0"></span>şlevlerin geri dönü<span class="_ _0"></span>ş değerleri yo<span class="_ _0"></span>ktur. &quot;Geri dönüş değerleri y<span class="_ _0"></span>oktur&quot; demekle geri </div><div class="t m0 x10 h3 y9c9 ff2 fs0 fc2 sc0 ls0 ws0">dönüş değerlerinin <span class="_ _0"></span><span class="ff9">void </span>olduğu<span class="_ _0"></span>nu anlatmak istemiyoruz. Bu işle<span class="_ _0"></span>vlerin geri dönüş değerleri d<span class="_ _0"></span>iye bir kavramları </div><div class="t m0 x10 h3 y622 ff2 fs0 fc2 sc0 ls0 ws0">yoktur. Yazarken geri d<span class="_ _0"></span>önüş değeri yerine hiç birş<span class="_ _0"></span>ey yazılmaz. Kuru<span class="_ _0"></span>cu işlevlerinin parametrik y<span class="_ _3"></span>apısı herhangi </div><div class="t m0 x10 h3 y9ca ff1 fs0 fc2 sc0 ls0 ws0">bir biçimde olabilir.<span class="_ _0"></span> </div><div class="t m0 x10 h3 y55c ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki sınıf bildirimini inc<span class="_ _0"></span>eleyin:<span class="ff1"> </span></div><div class="t m0 x1 h3 y9cb ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9cc ff8 fs0 fc2 sc0 ls13 ws0">class Date { </div><div class="t m0 x11 h11 y345 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y9cd ff8 fs0 fc2 sc0 ls13 ws0">Date();<span class="ls0"> </span></div><div class="t m0 x12 h11 y9ce ff8 fs0 fc2 sc0 ls13 ws0">void display(); </div><div class="t m0 x11 h11 y928 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y10e ff8 fs0 fc2 sc0 ls13 ws0">int day, month, year;<span class="ls0"> </span></div><div class="t m0 x11 h3 y951 ff1 fs0 fc2 sc0 ls3c ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h10 y9cf ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h56 y9d0 ff1 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y49f ff8 fs0 fc2 sc0 ls13 ws0">Date();<span class="ls0"> </span></div><div class="t m0 x1 h15 y1f1 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf6d" class="pf w0 h0" data-page-no="6d"><div class="pc pc6d w0 h0"><img class="bi x1 y9d1 w5 h57" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">109</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde bildirilen işlev <span class="_ _0"></span>sınıfın kurucu işlevidir. Bu i<span class="_ _0"></span>şlevin isminin sınıf ismiyle aynı o<span class="_ _0"></span>lduğuna dikkat<span class="_ _0"></span> edin. </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">Bildirimde geri dönüş değ<span class="_ _0"></span>eri yerine hiçbir şey yazılmıyor. <span class="_ _0"></span>Bu durum y<span class="_ _0"></span>ukarıda da belirttiğimiz gibi geri dönü<span class="_ _0"></span>ş </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">değerinin <span class="ff9">int <span class="ff1">ya d<span class="_ _0"></span>a </span>void </span>oldu<span class="_ _0"></span>ğu anlamına gelmiyor. <span class="ff9">Date <span class="_ _0"></span></span>sınıfının kurucu<span class="_ _0"></span> işlevinin tanımı diğer üye işlevler gibi </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">yapılır:<span class="ff1"> </span></div><div class="t m0 x30 h3 y9d2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y1de ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y9d3 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örnekte <span class="ff9">Perso<span class="_ _0"></span>n </span>isimli sınıfın kurucu<span class="_ _0"></span> işlevi hangisidir?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y3d8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9d4 ff8 fs0 fc2 sc0 ls13 ws0">class Person { </div><div class="t m0 x11 h11 y9d5 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y9d6 ff8 fs0 fc2 sc0 ls13 ws0">Person(const char<span class="ls0"> </span>*,<span class="ls0"> </span>int);<span class="ls0"> <span class="_ _4a"> </span></span>// Kurucu <span class="ffc ls0">iş<span class="_ _6"></span>lev<span class="_ _9"></span> </span></div><div class="t m0 x12 h11 y9d7 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>display();<span class="ls0"> </span></div><div class="t m0 x12 h11 y9d8 ff8 fs0 fc2 sc0 ls13 ws0">void set_name(const char *); </div><div class="t m0 x12 h11 y9d9 ff8 fs0 fc2 sc0 ls13 ws0">void set_no(int );<span class="ls0"> </span></div><div class="t m0 x12 h11 y430 ffc fs0 fc2 sc0 ls13 ws0">// … </div><div class="t m0 x11 h11 y6b6 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y467 ff8 fs0 fc2 sc0 ls13 ws0">char *name; </div><div class="t m0 x12 h11 y417 ff8 fs0 fc2 sc0 ls13 ws0">int no;<span class="ls0"> </span></div><div class="t m0 x11 h11 y7f0 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 y9da ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y746 ff9 fs0 fc2 sc0 ls0 ws0">Person <span class="ff2">sınıfının ku<span class="_ _0"></span>rucu işlevi,<span class="ff1"> </span></span></div><div class="t m0 x1 h3 y7f5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9db ff8 fs0 fc2 sc0 ls13 ws0">Person(const char *, int );<span class="ls0"> </span></div><div class="t m0 x1 h15 y9dc ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9dd ff2 fs0 fc2 sc0 ls0 ws0">biçiminde bildirilen işlevdir. B<span class="_ _0"></span>u işlevin tanımı aşağıdaki gibi <span class="_ _0"></span>olabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y9de ff1 fs8 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf6e" class="pf w0 h0" data-page-no="6e"><div class="pc pc6e w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">110</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">Person::Person(const char *nm, int n)<span class="ls0"> </span></div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y195 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y9df ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y9e0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y11b ff2 fs0 fc2 sc0 ls0 ws0">Kurucu işlevlerin parametrik y<span class="_ _0"></span>apısı herhangi bir biçimde ola<span class="_ _0"></span>bilir. <span class="_ _0"></span><span class="ff9">C++</span>‟da imzaları farklı ay<span class="_ _0"></span>nı isimli işlevler </div><div class="t m0 x10 h3 y11c ff2 fs0 fc2 sc0 ls0 ws0">olabildiğine göre, bir sını<span class="_ _0"></span>fın da farklı imzalara sahip b<span class="_ _0"></span>irden fazla kuru<span class="_ _0"></span>cu işlev de olabilir. Bir b<span class="_ _0"></span>aşka deyişle kurucu </div><div class="t m0 x10 h3 y2fe ff2 fs0 fc2 sc0 ls0 ws0">işlevler de yüklenebilir. Örn<span class="_ _0"></span>eğin <span class="_ _0"></span><span class="ff9">Date </span>isimli bir sınıfın birden<span class="_ _0"></span> fazla kurucu<span class="_ _0"></span> işlevi olabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y9e1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9e2 ff8 fs0 fc2 sc0 ls13 ws0">class Date { </div><div class="t m0 x11 h11 y9e3 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y13a ff8 fs0 fc2 sc0 ls13 ws0">Date();<span class="ls0"> </span></div><div class="t m0 x12 h11 y9e4 ff8 fs0 fc2 sc0 ls13 ws0">Date(int, int, int); </div><div class="t m0 x12 h11 y5b0 ff8 fs0 fc2 sc0 ls13 ws0">Date(const char *);<span class="ls0"> </span></div><div class="t m0 x12 h11 ye5 ffc fs0 fc2 sc0 ls13 ws0">// … </div><div class="t m0 x11 h11 y813 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y7fe ff8 fs0 fc2 sc0 ls13 ws0">int day, int month, year;<span class="ls0"> </span></div><div class="t m0 x11 h11 y9e5 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 y9e6 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5df ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda tanımlanan<span class="_ _0"></span> <span class="ff9">Date </span>sınıfı için ü<span class="_ _0"></span>ç kurucu işlev bildirimi y<span class="_ _0"></span>apılıyor: Parametre değişkeni o<span class="_ _0"></span>lmayan, üç </div><div class="t m0 x10 h3 y9e7 ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkenli olan<span class="_ _0"></span> ve tek parametre değişk<span class="_ _0"></span>enli olan. Bir sınıfın parametre d<span class="_ _0"></span>eğişkeni olmay<span class="_ _0"></span>an, ya da </div><div class="t m0 x10 h3 y47b ff2 fs0 fc2 sc0 ls0 ws0">tüm parametre değişkenleri <span class="_ _0"></span>varsayılan argüman<span class="_ _0"></span> alan kurucu işlevine &quot;<span class="_ _0"></span>varsayılan ku<span class="_ _0"></span>rucu işlev&quot; <span class="ff9">(default </span></div><div class="t m0 x10 h3 y47c ff9 fs0 fc2 sc0 ls0 ws0">constructor) <span class="ff1">denir.<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y86b ff2 fs0 fc2 sc0 ls0 ws0">Kurucu işlevler sınıf nesnel<span class="_ _0"></span>eri yaratıldığında <span class="_ _0"></span>derleyici tarafından otomatik <span class="_ _0"></span>olarak çağrılır. Yani derleyici önce </div><div class="t m0 x10 h3 y205 ff2 fs0 fc2 sc0 ls0 ws0">sınıf nesnesi için bellekte yer <span class="_ _0"></span>ayırır, dah<span class="_ _0"></span>a sonra uygun olan kurucu<span class="_ _0"></span> işlevi çağırır. Yer<span class="_ _0"></span>el değişkenle<span class="_ _0"></span>rin programın </div><div class="t m0 x10 h3 y63 ff2 fs0 fc2 sc0 ls0 ws0">akışının tanımlama noktasına <span class="_ _0"></span>geldiğinde<span class="_ _0"></span><span class="ff1"> </span>global değişkenleri<span class="_ _0"></span>n ise programın belleğe y<span class="_ _0"></span>üklenmesiyle </div><div class="t m0 x10 h3 y9e8 ff2 fs0 fc2 sc0 ls0 ws0">yaratıldığını anımsayın. Bu<span class="_ _0"></span>na göre yerel bir sınıf ne<span class="_ _0"></span>snesine ilişkin kurucu<span class="_ _0"></span> işlev nesnenin tanımlandığı y<span class="_ _0"></span>erde, </div><div class="t m0 x10 h3 y9e9 ff2 fs0 fc2 sc0 ls0 ws0">global bir sınıf nesn<span class="_ _0"></span>esine ilişkin k<span class="_ _0"></span>urucu işlev ise programın belleğe y<span class="_ _0"></span>üklenmesiyle, yan<span class="_ _0"></span>i <span class="_ _0"></span><span class="ff9">main </span>işlevinden önce </div><div class="t m0 x10 h3 y9ea ff2 fs0 fc2 sc0 ls0 ws0">çağrılır. C++ dilinde <span class="ff9">main <span class="_ _0"></span></span>işlevind<span class="_ _0"></span>en önce çalışan bir kod d<span class="_ _0"></span>a olabilir.<span class="ff1"> </span></div><div class="t m0 x1 h3 y281 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y209 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın birden fazla ku<span class="_ _0"></span>rucu işlevi olabildiğine gör<span class="_ _0"></span>e, derleyici bunlard<span class="_ _0"></span>an hangisi çağırac<span class="_ _0"></span>ağını n<span class="_ _0"></span>asıl saptar? </div><div class="t m0 x10 h3 y20a ff2 fs0 fc2 sc0 ls0 ws0">Hangi kurucu işlevin çağrı<span class="_ _0"></span>lacağı nesnenin tanımlan<span class="_ _0"></span>ma ifadesiyle belirlenir. E<span class="_ _0"></span>ğer nesne isminden son<span class="_ _0"></span>ra ayraç </div><div class="t m0 x10 h3 y9eb ff2 fs0 fc2 sc0 ls0 ws0">açılmış, ayraç içine bir argü<span class="_ _0"></span>man listesi yazılmışsa, u<span class="_ _0"></span>ygun imzaya sahip k<span class="_ _0"></span>urucu işlev çağrılır. Örneğin:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y9ec ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9ed ff8 fs0 fc2 sc0 ls13 ws0">Date bdate(6, 1,<span class="ls0"> 1966); </span></div><div class="t m0 x1 h15 y9ee ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf6f" class="pf w0 h0" data-page-no="6f"><div class="pc pc6f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">111</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir tanımlamayla<span class="ff1"> <span class="_ _9"></span><span class="ff2">sınıfın<span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 yb8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3e5 ff8 fs0 fc2 sc0 ls13 ws0">Date(int, int, int);<span class="ls0"> </span></div><div class="t m0 x1 h15 y3e6 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y232 ff2 fs0 fc2 sc0 ls0 ws0">parametre yapısına sahip olan<span class="_ _0"></span> kuru<span class="_ _0"></span>cu işlevi çağrılır. Burada, 6, 1 ve 1966 sını<span class="_ _0"></span>fın kurucu işlevine yapılan<span class="_ _0"></span> </div><div class="t m0 x10 h3 y215 ff2 fs0 fc2 sc0 ls0 ws0">çağrıda, işleve gönderilen arg<span class="_ _0"></span>umanlardır. Benzer biçi<span class="_ _0"></span>mde:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y9ef ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9f0 ff8 fs0 fc2 sc0 ls13 ws0">Complex c(10.2, 5.3);<span class="ls0"> </span></div><div class="t m0 x1 h1a y9f1 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9f2 ff1 fs0 fc2 sc0 ls0 ws0">gibi bir <span class="ff2">nesne tanımla<span class="_ _0"></span>masında da par<span class="_ _0"></span>ametre yapısı<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y385 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9f3 ff8 fs0 fc2 sc0 ls13 ws0">Complex(double, double);<span class="ls0"> </span></div><div class="t m0 x1 h15 y103 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y922 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde olan kurucu<span class="_ _0"></span> işlev çağrılabilir. Nokta <span class="_ _0"></span>içeren ve sonuna <span class="_ _0"></span>ek almamış olan değişmezlerin <span class="_ _3"></span><span class="ff9">double </span></div><div class="t m0 x10 h3 y6e5 ff2 fs0 fc2 sc0 ls0 ws0">türden değişmez olarak ele alı<span class="_ _0"></span>ndığını anımsayın. Peki, aşağı<span class="_ _0"></span>daki örnekte <span class="_ _0"></span><span class="ff9">Person <span class="_ _0"></span><span class="ff1">isimli </span></span>sınıfın hangi ku<span class="_ _0"></span>rucu </div><div class="t m0 x10 h3 y6e6 ff2 fs0 fc2 sc0 ls0 ws0">işlevi çağrılır?<span class="ff1"> </span></div><div class="t m0 x1 h3 y9f4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9f5 ff8 fs0 fc2 sc0 ls13 ws0">Person y(&quot;Necati Ergin&quot;);<span class="ls0"> </span></div><div class="t m0 x1 h15 y9f6 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9f7 ff2 fs0 fc2 sc0 ls0 ws0">Dizgelerin işleme sokulduğu<span class="_ _0"></span>nda tür dönüştürme işle<span class="_ _0"></span>miyle otomatik olarak <span class="_ _3"></span><span class="ff9">const char <span class="ff1">* türüne </span></span></div><div class="t m0 x10 h3 yf ff2 fs0 fc2 sc0 ls0 ws0">dönüştürüldü<span class="_ _0"></span>ğünü anımsayın. Bu <span class="_ _0"></span><span class="ff1">dur<span class="_ _9"></span>um<span class="_ _9"></span>da <span class="_ _9"></span><span class="ff9 ls1f">y <span class="ff2 ls0">isimli sınıf nesnesinin tan<span class="_ _0"></span>ımlanmasıyla <span class="_ _0"></span><span class="ff9">Person </span>isimli sınıf<span class="_ _0"></span>ın, <span class="ff9">const </span></span></span></span></div><div class="t m0 x10 h3 y9f8 ff9 fs0 fc2 sc0 ls0 ws0">char * <span class="ff2">türünd<span class="_ _0"></span>en gösterici parametresine <span class="_ _0"></span>sahip olan kuru<span class="_ _0"></span>cu işlevi<span class="ff1"> <span class="_ _9"></span><span class="ff2">çağrılır.<span class="_ _0"></span><span class="ff1"> </span></span></span></span></div><div class="t m0 x10 h3 y743 ff2 fs0 fc2 sc0 ls0 ws0">Eğer tanımlama işlemi diğe<span class="_ _0"></span>r türden nesnelerde oldu<span class="_ _0"></span>ğu gibi ayraç açılmadan y<span class="_ _0"></span>apılmışsa, nesne yaratılırken </div><div class="t m0 x10 h3 y264 ff2 fs0 fc2 sc0 ls0 ws0">varsayılan kurucu işlev yan<span class="_ _0"></span>i parametresi olmayan<span class="_ _0"></span> kurucu işlev ç<span class="_ _0"></span>ağrılır. Örn<span class="_ _0"></span>eğin:<span class="ff1"> </span></div><div class="t m0 x1 h16 y9f9 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y757 ff8 fs0 fc2 sc0 ls13 ws0">Date date;<span class="ls0"> </span></div><div class="t m0 x10 h11 y9fa ff8 fs0 fc2 sc0 ls13 ws0">Person person;<span class="ls0"> </span></div><div class="t m0 x10 h11 y1ad ff8 fs0 fc2 sc0 ls13 ws0">Complex c;<span class="ls0"> </span></div><div class="t m0 x1 h22 y1d2 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9fb ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">date<span class="_ _0"></span><span class="ff1 ls17">, </span>person <span class="ff1">ve </span><span class="ls3d">c </span></span>nesneleri için varsayılan kuru<span class="_ _0"></span>cu işlevler çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y6a2 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf70" class="pf w0 h0" data-page-no="70"><div class="pc pc70 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3">1<span class="ls4">12</span></span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Eğer bir sınıf nesnesi ilk değ<span class="_ _0"></span>er verilerek tanımlanıyorsa, ilk d<span class="_ _0"></span>eğer olarak verilen türe uy<span class="_ _0"></span>gun kurucu işlev </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">çağrılır. <span class="ff9 ls37">X </span>bir sınıf olmak ü<span class="_ _0"></span>zere:<span class="ff1"> </span></div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y84b ff8 fs0 fc2 sc0 ls13 ws0">X a = b<span class="ls0"> </span></div><div class="t m0 x1 h15 y596 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3e7 ff2 fs0 fc2 sc0 ls0 ws0">tanımlamasıyla<span class="ff1"> </span></div><div class="t m0 x1 h3 y199 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9fc ff8 fs0 fc2 sc0 ls13 ws0">X a(b)<span class="ls0"> </span></div><div class="t m0 x1 h15 y9e2 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y301 ff2 fs0 fc2 sc0 ls0 ws0">tanımlaması tamamen eşd<span class="_ _0"></span>eğerdir. Bu duru<span class="_ _0"></span>mda örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y9c5 ff8 fs0 fc2 sc0 ls13 ws0">Person y = &quot;Necati Ergin&quot;;<span class="ls0"> </span></div><div class="t m0 x10 h3 y1bf ff2 fs0 fc2 sc0 ls0 ws0">gibi bir tanımlamayla,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y9fd ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9fe ff8 fs0 fc2 sc0 ls13 ws0">Person y(&quot;Necati Ergin&quot;);<span class="ls0"> </span></div><div class="t m0 x1 h15 y9ff ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8a7 ff2 fs0 fc2 sc0 ls0 ws0">tanımlaması aynı a<span class="_ _0"></span>nlamdadır. Bu biçimde yaln<span class="_ _0"></span>ızca tek parametreli kurucu<span class="_ _0"></span> işlevler çağrılabilir. Zaten sınıf </div><div class="t m0 x10 h3 y5d ff2 fs0 fc2 sc0 ls0 ws0">nesnelerine birden fazla değ<span class="_ _0"></span>erle ilkdeğer<span class="_ _0"></span><span class="fc7">(ilk değer) </span>verilemez. Sın<span class="_ _0"></span>ıf nesnelerine yapılarda <span class="_ _0"></span>olduğu<span class="_ _0"></span><span class="ff1"> gibi küme </span></div><div class="t m0 x10 h3 ya00 ff2 fs0 fc2 sc0 ls0 ws0">ayraçları arasında ilkd<span class="_ _0"></span>eğer<span class="fc7">(ilk değer) </span>verme de <span class="_ _0"></span>söz konusu değildir. Örn<span class="_ _0"></span>eğin,<span class="ff1"> </span></div><div class="t m0 x1 h3 y8eb ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya01 ff8 fs0 fc2 sc0 ls13 ws0">X a = {10,<span class="ls0"> </span>20,<span class="ls0"> </span>30};<span class="ls0"> <span class="_ _20"> </span></span>//<span class="ls0"> </span>Geçersiz<span class="ls0"> </span></div><div class="t m0 x1 h15 ya02 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2f0 ff9 fs0 fc2 sc0 ls0 ws0">a<span class="ff1 ls17">, </span><span class="ls37">X </span><span class="ff2">türünd<span class="_ _0"></span>en bir sınıf nesnesi ise bu biçimde ilkdeğer<span class="_ _0"></span><span class="fc7">(ilk de<span class="_ _0"></span>ğer) </span>verilemez. Aslında <span class="_ _0"></span>istisna olarak özel b<span class="_ _0"></span>azı </span></div><div class="t m0 x10 h3 ya03 ff2 fs0 fc2 sc0 ls0 ws0">sınıflara küme ayra<span class="_ _0"></span>çları ile ilk değer verilebilir. Ancak b<span class="_ _0"></span>u konuyu<span class="_ _0"></span> ileride ele alacağız.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1cd ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki sınıf bildirimini inc<span class="_ _0"></span>eleyin, izleyen örneği yaz<span class="_ _0"></span>arak çalıştırın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y900 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y37a ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 ya04 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;ctime&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y69 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ya05 ff8 fs0 fc2 sc0 ls13 ws0">class Date { </div><div class="t m0 x1c h11 y5d3 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ya06 ff8 fs0 fc2 sc0 ls13 ws0">Date();<span class="ls0"> </span></div><div class="t m0 x13 h11 y92d ff8 fs0 fc2 sc0 ls13 ws0">Date(int, int, int); </div><div class="t m0 x13 h11 y6a4 ff8 fs0 fc2 sc0 ls13 ws0">void display();<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf71" class="pf w0 h0" data-page-no="71"><div class="pc pc71 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">113</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1b3 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 y2a6 ff8 fs0 fc2 sc0 ls13 ws0">int day, month, year;<span class="ls0"> </span></div><div class="t m0 x1c h11 ya07 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1c h11 y6f5 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x1c h11 y252 ff8 fs0 fc2 sc0 ls13 ws0">Date::Date()<span class="ls0"> </span></div><div class="t m0 x1c h11 y253 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ya08 ff8 fs0 fc2 sc0 ls13 ws0">time_t timer = time(0);<span class="ls0"> </span></div><div class="t m0 x13 h11 y7c0 ff8 fs0 fc2 sc0 ls13 ws0">tm *tptr = localtime(&amp;timer); </div><div class="t m0 x13 h11 y7c ff8 fs0 fc2 sc0 ls13 ws0">day = tptr <span class="ls0">-</span>&gt; tm_mday;<span class="ls0"> </span></div><div class="t m0 x13 h11 ya09 ff8 fs0 fc2 sc0 ls13 ws0">month = tptr <span class="ls0">-</span>&gt; tm_mon + 1; </div><div class="t m0 x13 h11 ya0a ff8 fs0 fc2 sc0 ls13 ws0">year = tptr <span class="ls0">-</span>&gt; tm_year + 1900;<span class="ls0"> </span></div><div class="t m0 x1c h11 ya0b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y238 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y7d7 ff8 fs0 fc2 sc0 ls13 ws0">Date::Date(int d, int m, int y)<span class="ls0"> </span></div><div class="t m0 x1c h11 ya0c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y387 ff8 fs0 fc2 sc0 ls13 ws0">day = d; </div><div class="t m0 x13 h11 y4de ff8 fs0 fc2 sc0 ls13 ws0">month = m; </div><div class="t m0 x13 h11 y84 ff8 fs0 fc2 sc0 ls13 ws0">year = y;<span class="ls0"> </span></div><div class="t m0 x1c h11 ya0d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ya0e ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y66c ff8 fs0 fc2 sc0 ls13 ws0">void Date::display()<span class="ls0"> </span></div><div class="t m0 x1c h11 y82f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ya0f ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; day &lt;&lt;&apos;/&apos; &lt;&lt; month &lt;&lt; &apos;/&apos; &lt;&lt; year;<span class="ls0"> </span></div><div class="t m0 x1c h11 y6b6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ya10 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ya11 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y5fc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y528 ff8 fs0 fc2 sc0 ls13 ws0">Date date1; </div><div class="t m0 x13 h11 ya12 ff8 fs0 fc2 sc0 ls0 ws0">date1.display<span class="_ _9"></span>(); </div><div class="t m0 x1 h11 y1ec ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y6f0 ff8 fs0 fc2 sc0 ls13 ws0">Date date2(28, 10, <span class="ls0">19<span class="_ _9"></span>98<span class="_ _6"></span>); </span></div><div class="t m0 x13 h11 ya13 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; endl; </div><div class="t m0 x13 h11 ya14 ff8 fs0 fc2 sc0 ls13 ws0">date2.display();<span class="ls0"> </span></div><div class="t m0 x13 h11 ya15 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1 h12 ya16 ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf72" class="pf w0 h0" data-page-no="72"><div class="pc pc72 w0 h0"><img class="bi x1 ya17 w5 h58" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">114</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y65d ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya18 ff2 fs0 fc2 sc0 ls0 ws0">Örneğimizde,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya19 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y907 ff8 fs0 fc2 sc0 ls13 ws0">Date<span class="ls0"> </span>date1;<span class="ls0"> </span></div><div class="t m0 x1 h15 ya1a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya1b ff2 fs0 fc2 sc0 ls0 ws0">tanımlamasıyla sınıfın <span class="_ _0"></span>varsayılan kurucu<span class="_ _0"></span> işlevi çağrılıyor. Varsayılan k<span class="_ _0"></span>urucu işlev sistem tarihin<span class="_ _0"></span>i alarak sınıfın </div><div class="t m0 x10 h3 ya1c ff2 fs0 fc2 sc0 ls0 ws0">elemanlarına yerleştiriyor. Ör<span class="_ _0"></span>neğin, kuru<span class="_ _0"></span>cu işlev çalıştırıldığında <span class="_ _0"></span><span class="ff9">d<span class="_ _0"></span>ate </span>nesnesinin elemanları şöy<span class="_ _0"></span>le doldurulmuş </div><div class="t m0 x10 h3 y6c5 ff1 fs0 fc2 sc0 ls0 ws0">olsun. </div><div class="t m0 x31 h3 ya1d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1c8 ff2 fs0 fc2 sc0 ls0 ws0">Örneğimizde daha <span class="_ _0"></span>s<span class="ff1">onra, </span></div><div class="t m0 x1 h3 ya1e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h50 ya1f ff8 fs0 fc2 sc0 ls13 ws0">date1.display();<span class="ff1 ls3e">   <span class="ff12 fs6 ls0"> </span></span></div><div class="t m0 x1 h59 ya20 ff12 fs13 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y886 ff2 fs0 fc2 sc0 ls0 ws0">çağrısının yapıldığını görü<span class="_ _0"></span>yorsunuz. <span class="_ _0"></span><span class="ff9">display </span>işlevi ile ekrana <span class="_ _0"></span>yazdırılan <span class="_ _0"></span><span class="ff9 ls14">da</span><span class="ff1">y, <span class="ff9">month <span class="_ _0"></span></span>ve <span class="ff9">year, date1 </span>nesnesinin </span></div><div class="t m0 x10 h3 y1e8 ff2 fs0 fc2 sc0 ls0 ws0">elemanlarıdır değil mi? <span class="_ _0"></span>Yerel sınıf nesnelerine ilişkin kuru<span class="_ _0"></span>cu işlevler, programın akışı ne<span class="_ _0"></span>snenin tanımlama </div><div class="t m0 x10 h3 ya21 ff2 fs0 fc2 sc0 ls0 ws0">noktasına<span class="ff1"> </span>geldiğinde çağrıla<span class="_ _0"></span>cağına göre,<span class="ff1"> </span></div><div class="t m0 x1 h3 y379 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y65b ff8 fs0 fc2 sc0 ls13 ws0">Date date2(4, 3, 1964);<span class="ls0"> </span></div><div class="t m0 x1 h15 ya22 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya23 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir tanımlamayla<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya24 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y151 ff8 fs0 fc2 sc0 ls13 ws0">Date(int, int, int);<span class="ls0"> </span></div><div class="t m0 x1 h15 ya25 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf73" class="pf w0 h0" data-page-no="73"><div class="pc pc73 w0 h0"><img class="bi x1 ya26 w5 h5a" alt="" 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3zh5OQkP59IoVA4ODj07dt3z549DRs2tLOzc3Nzu2eieeXKlYcNG6ZQKOSX3t7ebm5u1BwA8Dgxjg7g6fPyyy8fP358165d+/btMxgM7dq1CwgIsLKy6t2798yZM+/pHBQUNGDAgLCwsIMHDyoUil69ejVu3FgIERERUeLBra2thw4dOm/ePIPBIITw9fWl4AAAMjoAPMAfLyurzp07d+7c+UE6lylTxt/f39/f/0E66/X6mTNnygFdCNGqVSuqDQB4zJjrAgB/kpiYuHr1armt0WhatGhBTQAAZHQAKE3nzp0rKCiQ2/7+/lqtlpoAAB4z5roAwJ+cPXtWCGFlZdWwYcN3332XggAAyOgAUMrGjh07aNAgpVJZvnx5BwcHCgIAIKMDQClzcnJycnKiDgCAUsR8dAAAAICMDgAAAICMDgAAAJDR8XTLzs6mCAAAAKWCe0ZRsoyMDLVabWdn96hPFHk+4rff1lHwZ0aH9m0oAgAAZHQ8EtHR0RqNply5co/6RA0aer7/4UQK/szYH7KFIgAA8B8x1wUlyM/PP3XqlLu7e5kyZagGAAAAGR2lLyIiIisry8vLi1IAAACQ0fFE2Lt3r8FgaNeuHaUAAAAgo+OJcOLECTs7u9q1a1MKAACAx497RvEnZrP5+PHj+/fv79+/f926dSkIAADA48c4Ov7k/Pnz/fv312q1M2bMsLGxoSAAAABkdJQmvV4/Y8aMhISEDh066HQ6CgIAAFAqSn+uy7Fjx6ZNm5afn+/o6LhgwYLy5cuX4oeRJCk3Nzc9PT06Ovrq1atWVlaVKlWqVq1atWrVnvlBZZPJNGvWrHXr1lWsWHH06NFKJd/fAAAAnteMHh0dvWXL3YeeTJ8+vXQz+vbt2z/77LNTp04V3ahUKt99991vvvlGrVY/qz8HZrN5zZo1U6ZMqVq16ooVK1h1EQAA4LnO6P/d6dOn165dm52dXbZs2aCgIFdX1393nE2bNg0cODAzM7N4fv3hhx9u3ry5aNGiZ3IGiMFgmDNnzqRJkzw9PZcuXVq7dm2FQsHvBgAAABn939u6detXX30lt7t37/6vM/qlS5cyMzOVSmWlSpXKlStnMBhiY2MLCwuFEEajcfXq1YMHD+7YseOzdPnNZnNMTMzMmTNXrFhRqVKlH3/88YUXXuC3AgAAoHQx5/hPHB0dR48evXHjxqNHjx44cKB79+5F9yYmJj5j/73Hjx9/7bXXli5d6uzsvHTp0vr16/MzAAAAUOoe6zi62Wy+dOnS1q1bIyMjhRB169bt0aOHJEkldjaZTAkJCeHh4ZGRkVeuXFEqlRUqVHBzc2vfvr1l3e7c3NywsLC4uDjLu8LCwm7evCmE8PT0dHd3t2y/evXqzp07k5OTr1+/LklSjRo1WrVq1bhxY3t7e0uf7t27+/r6NmjQQKVSCSFsbGzGjRu3du1aS4fr168/Mxc+MjJy8eLFK1euVCqVb7zxxujRo5s0acIUFwAAgOcuo+/evfuNN94oOuF72rRpfn5+JQb0adOmffnll7m5uffscnZ23rx588svv6xUKrdv396/f3+9Xm/Z+/7778uNzz77bNKkSfIXg6ioqB49ehSN8kIItVr9wgsvbNq0qWbNmvKWGjVq3HOue25gLVu27NN+vXNyco4fP/7DDz/s2rUrJyenQ4cOy5YtK1++PKu4AAAAPI8Z/erVq5988okc0LVabfny5Q0GQ2pq6rp164p3vnTp0rx583Jzc1Uqlaurq1arLSgouHr1qiRJN2/e7NOnz/Lly1u1aiUPeJdIDp0mk+n777+fOXPmlStXhBA6nc7Z2dlkMl27ds1gMERFRY0bN27VqlXW1tYlHiQtLa3oy1q1aj11F9hsNufm5qampkZGRp47d27Xrl3h4eFardbb2zswMLBHjx7lypXj1wAAAOA5zeg///xzeHi4EMLa2vqXX37x8/PLzMwcPHjw3r17i3cuKCgoLCxs3rz5W2+95e/vX6lSpbS0tP/973+//fabECI5OVnO6B07dvz555/Xrl27ceNG+Y2TJk2qXr26EKJ169ZCiCtXrowZM8ZoNAohGjZsOGPGDF9f37y8vI8//njhwoVCiE2bNsXFxXl4eJT4mffs2WNpV61atUmTJk/Ldc3Ly4uPj09JSdmzZ8+ZM2ciIiKysrKEEE5OTmPGjHn99dc9PT2trKz4BQAAAHh+M7rRaPz555/lqeft2rULDAxUKBQODg4rV65s1apVbGzsPf2rVas2ZcqUgQMH2tvby5OkXV1dg4KCjh49Ko+Ix8TECCF0Ol2fPn1iY2MtGb1z587NmjWzHOfkyZNyQLexsfnpp5+aNm2qUChsbGyGDx++bNmyvLw8k8m0c+fOEjO6vEtuK5XKQYMGPclDzpIkHT58ePr06WlpaSaTKS4uzmAwSJJkMpkkSdJoNJ6enp6enh988EGjRo2Y2QIAAPAke0xZLSIiQs7WQghfX1/LvYnly5cfOnRo8f4ODg7vvfeeTqeTp7jExMRERkbeuHHDMrklKSnpQc57+vRpueHi4mJjYxMVFRUZGRkZGZmXl+fg4CDvKnEgPy8vb8aMGWFhYfLL5s2bjxo16i+m1jwJGV0eOM/IyMjMzLS3t1er1WazWf5eVKlSpfbt2/v7+zs6OnJjKAAAwBPuMY2jnz592mQyyW15LorF/Qanc3Nzf/zxxy1btly6dOnq1asGg+FfnNcS5S9fvuzp6Xm/ExXfuHPnzs8//1weg7e2tv7000/LlCnzRH/ZUioHDRrUq1ev/Px8IcStW7fS0tIyMzMPHDiwY8eO+Pj4b7/9Vg7rAwYMGDRoUI0aNRhNBwAAeK4zenZ2tmWNxQeJhkajcezYsQsWLPiP532QZK/RaIp/2pkzZ8rvValUvXr18vX1fSoup52dnZ2dnRDC2dm5Tp06QoiAgICvv/46LCxsyZIlx44di4mJmTZt2jfffBMUFBQUFFSxYkV+BwAAAJ7TjF709sT7LYhe1Lx583755RchhEKhaNmyZcuWLR0dHa9fv75y5Up5+fN/qmLFiiNHjiy+XaVSFc3fZrP5/PnzY8aMOXnypBDC0dHxq6++6tmz55M8y+VBtGjRwtvbOyMj4/jx4zt27Dh27NiCBQtWr149YsSIIUOGODs7MwHmUZAkKTs768zpkzFRkXcy7yiVigoVKnp6vejRoBE37AIAgNLP6NWrV1epVGazWQhx+/btorvkjUXl5eXNnDlTnrPh4eHx22+/ubm5CSHOnz+/c+fOf5TRdTqd3NBoNMHBwX+bRC9evOjv75+amip/PRg3btzbb7/9bFxppVLp7OzcuXPnzp076/X6rVu3jho16pNPPlmxYkVQUNDAgQPvtwAl/h2z2bzx97ULF8w9fy686A+5vU7X+41+Yz+aWObpX24fAAA8quT2eE7TtGlTW1tbuR0WFiYPpUuSdOPGjaIP8pTp9fqCggK5XbFiRWdnZ/HHM0qzs7OLH1ytVlva90wul+d7CCFSUlI2b958z9QXs9mcn59vGddPT09///335YCu1Wo//PDD0aNHP5NX3cbGpkePHuHh4ePHj79+/fq7777bt2/fpKSkB/knDjygZb/+FDRyWET4mXu+heZkZy/58YduXTpEnY+gSgAAoDQzuru7+5tvvim3V69evWnTpvz8/Pj4eH9//5CQkOKZ2zJn/fTp04cOHRJCrF+/vnfv3teuXSt+8Nq1a1vau3fvNplMqampV69eFUK0bdtW3m4wGPr16xccHCwf4fbt2/v37//yyy99fX3lhcOFEEOHDt29e7fcrlmzppub2/z5878pYvny5fJdpM8GZ2fnKVOmnD59+r333tu4cWOLFi0iIyP5lXgojEbj/HnfWn5amjZ7eeCgYT16viFPcZEk6eKF6F9+XkyhAABAiR7fpNgePXosXbo0Ly8vPz9/6NChVapUycnJiYuLk6d6W1Z9EULY2dk1adJk165dQoibN28OHDjQzc0tKSmpsLCwxCPXqFHD3t4+JydHCPHDDz+EhITk5uYOGTJkzJgxnp6ederUiY2NlSQpJydn7ty5O3bssLe3LygoSE9Pv3nzZtmyZS2nPnz4sOWY8qz0e05UpUoVPz+/8uXLP0s/AVWqVJkyZUpSUtLGjRtnz569cOFCpkr/d9FR59PTrsvtRo28Fv64zNWtQmFhYeUqVed9N0vO7tGR541GI9UGAADFPb7V99q2bfvOO+/I81Ju3bp19uzZuLg4R0fH4OBgeTVGpVIpzxdXKBSzZs2qX7++/MbLly+fPHnyzp07HTp0GDt2rNyn6OTpevXqjR8/Xp5Lc/v27VOnTsXExMizYmxtbX///fcRI0bIE9MNBkNMTMzJkyfPnz8vP+vHxcXFMlXmb9NSfn7+/b4nPNXs7e3nz5/fv3//NWvWjBw5kkkv/93t27c7vRrwcvOWtWrXGT7y/YqVKltZWWm12uHvjqpQwV3uk52dJd90AQAAcI/HN4anVqtnzJjh4eExd+7ciIgIlUrVqVOnadOm1atXz8PDIzY21snJybIUoIeHx8aNG7/44ouwsLCEhAQXF5egoKDg4ODbt2+XK1fOaDQWfZioVqsNDg7W6XSzZs1KTk52cHCoU6dOp06d5Lhfv379efPmBQYGLliwICoq6tKlS3q9vlKlSo0bN65fv/6AAQMs95WuXbv24MGDfxFPXVxcnrFBdIsKFSosXbrUaDQuWrTo9OnTe/bsecLXg3/CtfVp39anffHtRqPRbL77A2ZtbW1jY0OtAABAcYrHPGIqzznR6/VCCDs7O8uNpCX2NBgMBQUFhYWFVlZWOp3urxdANJlMOTk5BoNBqVRaW1trtdqiC7FLklRYWKjX6w0GgyRJVlZWGo3G2tqa5/gUdenSpcDAwPDw8M8//3zixImPZ0HGFavWdvDr+jyUNykx4Zuvp63/bbU8vWrM2E/GBk989v4z94ds6d27J79NAAD8F497LqxCodDpdJah67/uaW1t/eALAqpUKkdHx784mo2NDcOWf61mzZrLly/v3bv3nDlzhg0bVqFCBWryUOzbuzv4w1GZWXcy79wRQlhZWfm07zjk7XepDAAAKBGjyPiTunXrjhw5MjMzc9WqVVTjYbkUH5uSkiQHdGsbm7cGv/3tdwucnMpRGQAAQEbH31OpVEOHDn3xxRfnzJmTnJxMQR6K0ydPWNqGwsJ9e3ZPnTwxJjqKygAAADI6Hohare7Ro0dycvKRI0eoxkPR+83+ew8cPx0R+9bgt9VqdUJC/JpVy4LHBuXm5lCc58H+/ftr167t5uY2ePDge56zBgAAGR0PysPDQ6lURkUx0PtwtGvf0aNBo4qVKk/87ItmL3nLGyPCzxwL41vQcyEmJiY+Pj4tLW3//v3yHfMAAJDR8Y95e3vrdLozZ85QiofLzs6+95sD5HZBQcE3s6YVfXoXnmp6vT40NPT3338PCwvLy8ujIACA/4JnHKIE5cqVa9CggbyWPIvhPFxubv+/Wk5yYmJOdrYjS9E/E6Kjo319fSVJcnV1XbNmTdu2bakJAOBfYxwdJfPy8srNzU1PT6cU/1ShXv/rz4vGvP9u/z6vd/VvH3729J/2FnlUrUKhUKr4HXxGGI1G+XETkiTxpF4AwH/EODpKVrFixcLCwszMzMqVK1ONf0QS4tDB/Vs3b5BfHj92xKtxE8veyHPhlnalypV1Ogcq9k+ZzWa9Xi8/QkEIkZKSMmfOnJSUlF69egUGBsoPJjMYDHv27Fm9erW1tfXgwYO9vb2LP5MrOzt769atYWFhly9f1mg0AQEB3bp1s7OzK9rTYDAYjUaVSqVWq00mU0hIyOrVq81mc4sWLfr06WN5HK/8iLS7PwCSpNfr8/Pz5U94z4PSzGZzbGzsvHnzUlJSvLy8Bg4cWL16da4pAICMjgei1WolSTKbzZTin7KxsfFu0XLHts3yXPONv/82cNAwjcZWCJGTk71713ZLz07+XSnXv3DkyJGOHTuq1ep9+/YdOHDg888/z8nJEUJs2VbLbGIAABwmSURBVLIlNjb2gw8+yMrK6tev3/79++Uf4PXr169bt87Hx8cSlyVJSkxMHDx48IEDByyHXbt2bZMmTUaPHt2zZ08rKyshRFZW1v/+97+lS5f6+/svXLhw7dq1Y8aMkTsvX748NDR06dKlGo1GCOHj43P06FF5140bNzp16iSEsLe3X7Nmjb+/f9EPv379+jFjxsiru2zatGnDhg3r16+vVasWlxUAUBT/zg48fIE936xTp57cjgg/071Lxw9Hvzfxkw8D/NtHhN+9E7dBQ88+f9w/in8kIyNDr9fn5OR89tln48ePlwO6EKKwsHDy5Mlvv/320KFD9+3bZ/mGefv27b59+y5fvlx+qdfr58yZ065du4MHDxY9rCRJp06dGjJkyMKFC+UtBoPh6tWrQogLFy5Mnjz5008/Ldp/w4YNEydONBqNQojLly8X/5w5OTmJiYlFt6SlpY0bN67o8ovnz5/v2bNnXFwclxUAQEYHHq0yZcq++78PVFZWQgiz2Rx+9vTyX39avPD7mKhIeXBdrbYeGzzRxdWNWv0X27dv12q1o0eP/vXXX6tWrSqn6pUrV+7YsaNJkybLly+fPHmyPCJ+/fr1KVOmyO86e/ZscHBwSkqKJEkuLi7BwcE7duyYNm1auXLlhBD5+flz5syx5H5ZQkLC4sWLHR0dly5dOnv2bAcHByGE0Whcvnx5amqqEKJJkyZOTk53/6oqlWXLlnV1da1Zs2bDhg2LHicvL89gMIwfP37lypX16tVTKBSSJIWHh//www9cTQBAUcx1AR6J7q/3srXV7tqxNSRkR1ZmphzNrazUTk5OHV55tWevN1/ybk6V/qPGjRsvW7bMw8NDCFG7du327dsXFBQIIfr167dgwQI7Ozu9Xh8fH7906VIhRHx8fHZ2tk6n2759u9ytWrVq27Ztq1+/vhCiU6dO8jOGhBApKSmhoaEBAQFFz1WxYsUNGzY0a9bMbDbrdLohQ4YIIW7dunXt2rUqVaps3Ljx5MmTL730khDC2dl5zZo1Pj4+JfzBtbKaP3/+gAEDlEpl8+bNX3nlFXkE/eTJk6yhBAAgowOP/lfLyqpzQPfOAd1Tr17ZE7LzWupVo8lYr16DVq3bMnz+sLRv314O6EKIunXruru7JyQkCCFef/11Ozs7IYSNjU3jxo2XL18uz3vR6/U6nS4mJkZ+S+vWreWALuvQoYONjY1ery8oKDh27Fjnzp2LnqtLly7NmjUTQiiVyvbt28sbDQZD0YV6/lblypW7du0qT4uvVq1anTp15Iyu1+sNBgMZHQBARgceE/eKlQa8NZQ6PGoKheKeFVTu5+bNm3LDMjtFZmtr6+LiIs8sl2eZAwBQWpiPDuD5YsnfarW6eNCnPgAAMjoAPG7yHZ9CiLS0tKLbCwoKLA/tcnJyIq8DAMjoAPCYyOu3CCHi4+Plm0dlCQkJ8kuNRiMvuvLP/pgWWXyd54wCAMjoAPAPNG3aVG6cPXt2woQJR44cSUpKOnTo0NSpU+XtNWrUaNmy5T89bJkyZeSYnpGRsXLlykuXLh04cOCeoXoAAMjoAFCCbt26Va5cWQhRUFAwa9asVq1aVa9evU2bNiEhIXKHfv36WcbaH5yDg0PNmjWFECaT6ccff6xVq5aPj8/GjRspOACAjA7g2WdnZyff7ikvsHj3b5lSaWtrK4SwsrLSaDSW7c7OznLnsmXLys8zqlKlyoYNGwYPHmyZmG45QsOGDadMmfLuu+9atshhXa1WOzo6Wnqq1Wp3d3eFQqHVai3ncnJymjRp0j3ddDqdEEKn06nVaoVCYRlrl1WoUEGlUskf8gEXpQEAPCcUzJtEib777rspU6bs27evUaNGj/REK1at7eDXlYI/M/aHbOndu+cjPYXJZMrJyZEkydbW1rKmuCRJubm5RqNRoVDY29vL2bdoZ5VKZW9vb5llLknSpUuXfvvtt/Pnz2dkZFSvXr1bt27t27e3tra2nEiSJHm5dIVCYWtra9klSZL8xFClUmlvb180XoeHhy9atCghIcHZ2XnYsGEvv/yyRqMxGo25ubmSJKnVaq1Wa/kMhYWFeXl5QgiNRlP0ewUAAKyPDuApo1Kpig5X3x1vUCjs7e0fsLPcv1atWh9//PFfjWEoFCWmZ4VCUXQIvygvL6/58+ff+3fWyqrEz2BtbV30KwEAABb86yoAAABARgcAAABARgcAAADI6AAAAADI6AAAAAAZHQAAAAAZHQAAACCjAwAAACCjAwAAAGR0AAAAAGR0AAAAAGR0AAAAgIwOAAAAgIwOAAAAkNEBAAAAkNEBAAAAMjoAAAAAMjoAAABARgcAAABARgcAAABARgcAAADI6AAAAADI6AAAAAAZHQAAAAAZHQAAACCjAwAAAHjYrCgBSld62vUtmzdQh2fne7+5gCIAAEBGx9PNxdWtg19X6vDM2B+yhSIAAPAfMdcFAAAAIKMDAAAAIKMDAAAAZHQAAAAAZHQAAACAjA4AAACAjA4AAACQ0QEAAACQ0QEAAAAyOgAAAAAyOgAAAAAyOgAAAEBGBwAAAEBGBwAAAMjoAAAAAMjoAAAAABkdAAAAwKNkRQkAPD9u375969atgoIClUpVrlw5Z2dnpfK+QxVGozErK+vWrVt6vV4IoVarHR0dy5Urp1ar//oser0+OTlZkiQHBwdXV9e/OAUAAGR0AE99wv72228lSZJfDhw4sFatWkU7GAyGefPmZWRkyC+7du3arFkzy94TJ05MnTr1+PHj6enpNjY23t7e/fv379GjR5kyZYqfKy0tbfbs2efOnTtx4sTNmzeFEI6OjnXr1n399deDgoI0Go2lZ2Ji4ooVK+Qc/+qrr9auXfv777//7rvvTCZTvXr1Jk+e7Ofnx7UDAJDRATyb7O3tQ0JCjh07Jr+0sbGZMGFC0Q67du2aPHnynTt3hBC2trb+/v7y9oSEhCVLlixYsMAS3/V6/YEDB8LCwj7//PNp06b17dtXoVDIu8xm87Fjx95+++3o6GjL9wEhRGZm5vHjx0+dOrVq1apRo0b169fPyspKCJGUlPT1119nZmYKIXJzc/fu3RsVFWUymeRvBREREWR0AAAZHXiYjEZjYLdOly+nCCFGj/ukb7+3SuyWnp62acO6LZvWX0tNdXBw9O3oF9jrzRfq1P2LI9+5c/vQgdBVK5dejIlWWVm1aePTp99b9T0a2tra/u2nSklOSku7LoTQarUeDRo9P5dDrVaPHz/+zTffzM7OFkKEhoZ+8sknlpkker1++fLlckAXQjRq1MjT01MIcefOnU6dOsXHx8uBu0KFClWrVs3Pz79w4YJer798+XJQUFCDBg28vLzkN169erVPnz4pKSnyyxo1ari5uUmSlJycnJqaajKZwsPDhw8f3qZNmxo1atzzCX/66aesrCzLS5VK1bJlS36PAABkdOChKSgomDdn1qlTx41GoxAiNye7xBC/cvnP8+fOTkpOFH+MuUZFnVu9amm//oNfD3yjZq3algFaWV5e3t6QnfPnfhseftoyTLt8WeKG39c2bOT16efTXmzy0l98qsspyf3ffP3ihRghRH2PhvsOnniuLkrbtm0DAwN//vlnIURUVFRcXFydOnXkXdeuXduxY4clHI8cOVKr1Qohfvnll7i4OHm7j4/P3Llz69evn5+fv3jx4o8++qiwsPD27dsjRozYtm2bk5OTEOLEiRN6vV6n0xmNxp49e3711Veurq6SJF24cKFz586JiYny94G4uLjiGT0rK8vOzq558+YeHh5xcXE3b960RH8AAB4cdzIB97Vrx9Zvv54uB/QSSZK0e+e2SROCk5ISRJFJEUKI9LS0b76e3qtH5/T0tKLbDQbDzBmThw3ue/bsKenPb8nNzT129MjkSeONBsP9zpiXmztuzP/kgP580ul0n376qdxOS0vbunWrZdeZM2csY9gtW7bs2rWr3N68ebPcsLa2XrNmTYMGDZRKpZ2d3fDhw1966e7XoRMnTpw9e1ZuBwQEnD59evv27atXr/7mm29cXV2FEAqFolatWvLAvCWOl/gJp06dum3bttmzZ2/btm3//v12dnb8KgEAyOjAwxF7Iebrr6bKs4rv58aN9Cmfj8/PzxNCKJXKBg092/r41n6hjqVD6tUr27ZsLPqWiPAzv/78o+VllarV2/l2fLFJM7XaWt4SFXnuzJlT9zvj0bBDhw/tf84vTZUqVSxj5ytWrCgoKJDbkZGRd/+uKZWvvvqqvb29/PLSpUtyo3r16i4uLpbjaDSajh07ym2z2SwPkMtRvmLFiq1ateratWu5cuWEEDdu3IiKivruu+/27Nnzt18hhg0bZm1992o+yMwlAACKY64L8CeFhYXnz4UvWbwgLOzQtdSrf9HTaDTOnvVlYsLd/Ddk2IgPP5qg0zncvJH+y5JF8+bMKiwsFEL8vm71gLeGyjcXCiE2/r42Ly9XCKFQKPxe7fL5lC+rVquel5f79VdfzJ/7rRAiOztrxdIlLzZpZnmLxa1bN+fOmWW4/yj78zK0oFT6+vpevHhRCBEdHb1y5cpBgwYZjcbDhw/LHVxcXPr06aNSqYQQGRkZ169fl7c7ODhcuHCh6KHkCH5PlJcje3R0dEhIyJUrV86fPx8fH5+VlZWRkXHPP30U98ILLxRd8gUAADI68BB8MXnCimW/5JQ09fwemZl3Dh0Mlds2NjY9evZxdCwjhHBxdRv38ac7t2+Jjo4UQpw9c+ratdTKlasIIfT6goMH9slvcS7vMnnqV1WqVhNCaLV2AQGvbdqwzs21gkfDhh4NvO6Zwi6EMBgMX02ffOJYGNdICNGhQ4f58+eLP+4T7dWrV05OTnh4uLy3adOmVatWldtFg/XJkyfr1at3v2Neu3bNEtDXrl0bFBR048aNf/rBnJycWA0dAEBGBx6y06dOWAK6bwc/Q2HhwT+C+D2ys7Ju3byb4Ww0mnLlnIvurd+gkZzRTSZTyK5tg4eOEEJER0Ve/yMI1qhRy71iJUt/rxebngq/KLeLB/TcnJxJE8ctX/qzEKJcOWehUFhO/Xxq166dq6trWlqaEOLw4cNxcXGHDh2yRGrLDJbi/iJAW+Y1bd68+a233pLXO1coFC1btmzbtm3FihU9PT2nT59edAZ8cVqttvjlAwDgn2K8ByhBhQru44InLvxpmXN5lwd6gyTMZvOfvv4WmakSujdEbkRHnc/KypTb1avXUKlUl+LjNqxfs/631SdPHDMajQqFosSEt2nTejmg22q1381bVKVK1ef8Ajk6Oo4dO1YO3AaDYdu2bQsXLpR36XS6du3aWXq6urpaSurr62u6v2XLlsndVq1aJQd0jUYzderUQ4cOTZ06dcSIEc2alTABCQCAR4H/3wB//tqqVL7YpNlnU75s3LjJX089tlKrbWxs5La+UJ+Zeafo3uwii37k5uZkZWU6ODhev37NslHn4Lhv7+4vpnx6ITpSkiQ3N/fWPu3/N+rDWsXWajSbzbu2b5Hbnp6NX/ZmvW2hUChat27t4OAgr4Z++PBh+VGgciivVOn//4FCp9M5OTnJU9Jzc3Mf5OBXr969D6Fy5cqWpyBZrgXFBwA8jkBCCYCipn357bqNO196ubn6j6U57se5nPMLde5ObtYXFGzeuN5gMEiSZDKZzpw5eezoYUtPg8FQWFgoSVLq1f+/CXXnji2DBvSOjjxnNpslSbp27eraVcv8O7b69efFRW9MNJvNM774LHRfiBDC3t7+gzEf23BLohBCiBdffNGyEuKePXvS09Pl7P7OO++ULVu2aM/mzZvLjXPnzh09etSSs7Ozs0eNGjV48ODx48d/++238fHxluslNwoKCnJycizHiY2NDQkJofIAgMeAcXTgTxo09HzAnhpb29FjPzly+IC8gPr8ebOjo8638fFNSkxYvvSnEldVl1d0kV1OSS7eITs7e9qUT70aN/Fq3ETecuhg6JzZM4UQVlZWYz+a0KqNz18vB/kc/fGysvLz8ztw4IAoMpW8UaNGffv2vadnjx49NmzYIITIy8sLCAhYvHhxQECA0WicP3/+vHnz5Mhub2/v4+Mj969WrdqJEyeEEJcvXx42bNiOHTsqVKgQExMzdOjQ/Px8y2Fv377NVQAAkNGBJ04jT6/XevRet3alJElms2nf3t379u5+8LdrNJqRQWNat/GJCD8z77tZN26kCyGys7PWrFrWsJGXvHTg5o3r5c7NW7TuO2CISqUio/9//Rs1UigURf/ZwdfXt+hyirJ27do5OjpmZmYKIW7dujVy5MhZs2bJqytaxtTbt29fv359uW1ZfF0IceHChS5dujg4OKSlpSUmJhY9HRkdAPDoMNcF+PdsbbVfzJjVs3dfyxOIZNbWNvU9Ghbvr1arLW17e92c738cM/YT7+at3hkR9PW338vT0CVJWrni15s3bxQW6rds+n39utVCCI8GjWbPXWh5KA9kTZs2LZqny5QpM3ToUOtik5Tc3d33798/YsQIuYDXrl07cuTI0aNH5dRuY2PzxhtvLF682HJ3waBBg3x8fCy3h0ZFRR09ejQxMdHDw+P77793cnKSt4eHhzM9HQDwiDCODvwnDg6Os2Z/3973lcUL550+dUKpUjVu3PSDMR9duhQ3acJHch87O3sHB0eFQlG5yHosNWrW8u/SzbIUoHeLVjVr1Y6PixVC6AsKUpIST508PnrU8IL8fCGEi6vb7+vWyD1NJlPaH/ee3rx5Y+7sr4UQdet5dPR79Xkrvqura9euXS2PJWrSpMn9lj/38vKaP39+z549582bd/ToUXkp9Jo1a7Zp06Zbt26dO3cuumBL9erVQ0NDv/jiiyVLlly5ckWpVDZt2rRp06bBwcGurq4Gg0F+u5OTU0FBgVarrVq16gcffCA/7tQyGA8AABkdKE1qtXW31wI7vNIpLy9PIYStVmtvrzv2+RFLh0aejeXB3Vq1XrBMVlGpVEVzoZWV2sXFVc7oQojcvNzLKcnZ2XdXag/duzu0pFk06WnXv5gyUQjRs3ff5zCjZ2ZmyvPRZZYJ5ffTrl275s2b5+bmyneF2tjY2NvbF/3HjaI++uijd999V35YrJ2dnUajka9XUFDQPT1r1KgxadIkfhEAAGR04IlgNBj0hfq83Nzc3NyyTk4uLq6WXRcvRFvalvRct159B0fH2xkZQgh9QUFBQb5GY/tHL6noRHOt1o7y/q29e/eeOnVKbtvY2LRv3/5v36LRaDQPtjCOlZXVPevDAADw2DAfHfj3Nm1cP3b0e0MH9Q3s3mnrlo2W7QaDIT4+Tm7b63R16tyd/1ClajUHnaPcvnXr5o30dMtb9Hp9QsIly8viNz5ClpeXl5ycbDQaExIS5s2bZ/liU6FChbp161IfAMCzgXF04N/Tau0s08Q3b1jX1sfX3b3itWtXZ8/6MiU5Ud7erl1He51ObtvZ2bdu2y55aaIQIj09LWjk0CnTvm7Q0DM7K2vZrz/dSE+Tu3l6NnavWGnQkLffeLN/8ZMaCg1v9u52/ly4EKJO3fqbtu0RQlj/3Wruz4z8/PyRI0ceOXLEaDRanknk6Og4e/Zshr0BAGR0AMKnfQffDp327tkphDiwf2/71s20Wm1+QX7mnbvPHFUqlQPeGmq5MVQI0btPv3W/rSrIz5ck6WjY4a6dfR0dHAsNhju3M+QOOp3Dp5On29pqhRA2NiXMyigsLLRMZFepVGXKPF/B1MnJSavV3rnz/091tbOzmzBhQteuXe95PisAAGR04Hmk0Wgmf/FVevp1eVQ7KyszKyvTks49GjR6a/Db3i1aFX2LV+Omc+YtmjP765joSJPJlJebm1fkAfVard2I90Z5N29Fbe9HoVC89957Hh4eubm5dnZ2tWrVqlu3bsOGDQnoAAAyOoC7ebFmrdqz5y4aO2bkmVMni+4K7PXmlGlfOzo63vMWtVrdtXtg23YdJn7y4drVKyzblUplk2Yvvxc0xreDn/z0ItxPmzZt2rRpQx0AAGR04HmkVqu/mfPDV9/MlV/aWNuU2K2+R4Pfft++eeP63Tu3FRoMlStX6RLwWrOXvUucqSJzdCzz1ddzu73Wc8fWTdeuX3NwcPDr1OVV/wBrG5u/HQ+2trZev2mX2WySkz2XCQAAMjrwHFEoFBqNRgjN33azs7Pv03dgn74DH/zgGltb3w5+vh38/sUH02q1XB0AAJ5hDMIBAAAAZHQAAAAAZHQAAACAjA4AAACAjA4AAACQ0QEAAACQ0QEAAAAyOgAAAAAyOgAAAEBGBwAAAEBGBwAAAEBGBwAAAMjoAAAAAMjoAAAAABkdAAAAABkdj4qjo6Ner79z5w6lAAAAIKPjiVCpUqXCwsKMjAxKAQAAQEbHE8HFxcXOzi48PFySJKoBAABARkfpq1q1qouLy44dO0wmE9UAAAAgo6P0OTo6Vq9e/cSJE3FxcVQDAACAjI4ngo+PjxBi+vTp+fn5VAMAAICMjtLXqVMnGxubtWvXRkZGUg0AAAAyOkpfnTp1hgwZUlhYuGjRImalAwAAkNFR+jQazZw5c9q1a7d69eqtW7dSEAAAADI6Sp9KpZowYYJKpfr4448TExNZhxEAAICMjtLXtm3boKCg2NjYV1999fjx4xQEAACAjI7S/hFRKseOHRsYGHjx4sW33347NTWVmgAAAJDRUcp0Ot2cOXP8/f0vXLgwcODAW7duURMAAAAyOkqZi4vLypUrhw4devDgwddff3337t0ZGRlMTwcAACCjozQ5Ojp+880306ZNO3HihJ+fX6dOnSIiIigLAAAAGR2lSaPRvP/++7t37+7WrVt8fHynTp3ef//90NBQg8FAcQAAAMjoKB0qlap169br168/ffr0Cy+88N133/n5+Xl5eU2dOjUlJYX6AAAAPITE9dlnn1EF/OPvdkpl2bJlmzdvbjAYoqKiUlNTQ0NDT5w4YTabtVqts7OzQqF4wEOdj4yqUasOJX1mJCXENmjgQR0AAPgvFNz2h//CZDIlJSVt37797Nmze/bsSU1NVSqVlStXrl+/frVq1dzc3MqVK+fk5GRtbV27dm0PjxKi27p16wsKjVTymVHeuazfK69QBwAAyOh4IhgMhsOHD+/bt+/AgQNJSUmpqakmk8myd9y4cV9++SVVAgAAIKOjFOTm5mZkZNy6dSstLe3mzZuZmZmSJDVu3LhFixYUBwAAgIwOAAAAPGVY1wUAAAAgowMAAAAgowMAAABkdAAAAABkdAAAAICMDgAAAICMDgAAAJDRAQAAAJDRAQAAADI6AAAAADI6AAAAADI6AAAAQEYHAAAAQEYHAAAAyOgAAAAAyOgAAAAAGR0AAAAAGR0AAAAgowMAAAAgowMAAAAgowMAAABkdAAAAABkdAAAAICMDgAAAICMDgAAAJDRAQAAAJDRAQAAADI6AAAAADI6AAAAQEYHAAAAQEYHAAAAQEYHAAAAyOgAAAAAyOgAAAAAGR0AAAAAGR0AAAAgowMAAAAgowMAAABkdAAAAABkdAAAAABkdAAAAICMDgAAAICMDgAAAJDRAQAAAJDRAQAAADI6AAAAADI6AAAAQEYHAAAAQEYHAAAAyOgAAAAAyOgAAAAAivs/N3Tin4qpBboAAAAASUVORK5CYII="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">115</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">bildirimine uygun olan<span class="_ _0"></span> kurucu işlev çağrılır. Bu işlev argü<span class="_ _0"></span>man olarak <span class="_ _0"></span>gönderilen değerleri sınıfın elemanların<span class="_ _0"></span>a </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">yerleştirir. Bu durumda <span class="_ _0"></span><span class="ff9">date2 <span class="ff1">n<span class="_ _0"></span>esnesinin </span></span>elemanları kuru<span class="_ _0"></span>cu işlev çağrıldıktan sonra şöyl<span class="_ _0"></span>e olur:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x32 h3 y8a2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9a6 ff2 fs0 fc2 sc0 ls0 ws0">Örneğimizde daha <span class="_ _0"></span>sonra,<span class="ff1"> </span></div><div class="t m0 x1 h3 y5f3 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h50 y83b ff8 fs0 fc2 sc0 ls13 ws0">date2.display()<span class="ls0">;</span><span class="ff12 fs6">   <span class="ff1 ls0">  </span></span></div><div class="t m0 x10 h3 ya27 ff1 fs0 fc2 sc0 ls0 ws0">ile <span class="ff9">date2 <span class="ff2">nesnesinin v<span class="_ _0"></span>eri elemanlarının y<span class="_ _0"></span>azdırıldığını görüyorsunuz.<span class="_ _0"></span></span></span> </div><div class="t m0 x10 h3 y53e ff2 fs0 fc2 sc0 ls0 ws0">Global <span class="_ _f"></span>değişkenler <span class="_ _f"></span>programın<span class="_ _0"></span> <span class="_ _b"></span>belleğe <span class="_ _f"></span>yüklenm<span class="_ _0"></span>esiyle <span class="_ _f"></span>yaratıldıklarına <span class="_ _f"></span>göre, <span class="_ _f"></span>global <span class="_ _f"></span>sın<span class="_ _0"></span>ı<span class="_ _0"></span>f <span class="_ _b"></span>n<span class="_ _0"></span>esnelerine <span class="_ _f"></span>ilişkin </div><div class="t m0 x10 h3 ya28 ff2 fs0 fc2 sc0 ls0 ws0">kurucu işlevler de <span class="ff9">main <span class="_ _0"></span></span>işlevinden önce çalıştırı<span class="_ _0"></span>lır. Aşağıdaki örneği incel<span class="_ _0"></span>eyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y669 ff8 fs0 fc2 sc0 ls13 ws0">class X {<span class="ls0"> </span></div><div class="t m0 x12 h11 ya29 ff8 fs0 fc2 sc0 ls13 ws0">int a; </div><div class="t m0 x11 h11 ya2a ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ya2b ff8 fs0 fc2 sc0 ls13 ws0">X(int);<span class="ls0"> </span></div><div class="t m0 x12 h11 y42f ff8 fs0 fc2 sc0 ls13 ws0">void display();<span class="ls0"> </span></div><div class="t m0 x11 h11 ya2c ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y29b ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 ya2d ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x11 h11 ya2e ff8 fs0 fc2 sc0 ls13 ws0">X::X(int n)<span class="ls0"> </span></div><div class="t m0 x11 h11 ya2f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ya30 ff8 fs0 fc2 sc0 ls13 ws0">a = n;<span class="ls0"> </span></div><div class="t m0 x12 h11 y7f5 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;X sınıfının kurucu işlevi&quot; <span class="ff8">&lt;&lt; endl;<span class="ls0"> </span></span></div><div class="t m0 x11 h11 ya31 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ya32 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya33 ff8 fs0 fc2 sc0 ls13 ws0">void X::display()<span class="ls0"> </span></div><div class="t m0 x11 h11 ya34 ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf74" class="pf w0 h0" data-page-no="74"><div class="pc pc74 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">116</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; a &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ya35 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya36 ff8 fs0 fc2 sc0 ls13 ws0">X g = 20;<span class="ls0"> </span></div><div class="t m0 x1 h12 ya37 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya38 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 ya39 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ya3a ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;main işlevi başladı…&quot; &lt;&lt; endl;<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 ya3b ff8 fs0 fc2 sc0 ls13 ws0">g.display();<span class="ls0"> </span></div><div class="t m0 x1 h12 ya3c ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 ya3d ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y324 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h10 ya3e ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y728 ff2 fs0 fc2 sc0 ls0 ws0">Örneğimizde <span class="ff9 ls14">g </span>sınıf nesne<span class="_ _0"></span>sine ilişkin kurucu işlev <span class="_ _0"></span><span class="ff9">main </span>işlevind<span class="_ _0"></span>en önce çağrılır. Ekranda <span class="_ _0"></span>şunları görmeniz </div><div class="t m0 x10 h3 y866 ff1 fs0 fc2 sc0 ls0 ws0">gerekir: </div><div class="t m0 x1 h3 ya3f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y60a ffc fs0 fc2 sc0 ls13 ws0">X sınıfının kurucu işlevi </div><div class="t m0 x11 h11 y63c ffc fs0 fc2 sc0 ls13 ws0">main işlevi başladı…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y297 ff8 fs0 fc2 sc0 ls13 ws0">20<span class="ls0"> </span></div><div class="t m0 x1 h1c y240 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6fd ff2 fs0 fc2 sc0 ls0 ws0">Eğer birden fazla global <span class="_ _0"></span>sınıf nesnesi tanımlan<span class="_ _0"></span>mışsa kurucu işlevlerin çağrılma <span class="_ _0"></span>sırası yukarıdan<span class="_ _0"></span> aşağıya </div><div class="t m0 x10 h3 y38c ff2 fs0 fc2 sc0 ls0 ws0">doğrudur. Yani d<span class="_ _0"></span>aha yukarıda tanımlanmış sınıf ne<span class="_ _0"></span>snesinin kurucu işlevi dah<span class="_ _0"></span>a önce çağrılır<span class="_ _0"></span><span class="ff1">.<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y47e ff2 fs0 fc2 sc0 ls0 ws0">Kurucu işlevler de varsay<span class="_ _0"></span>ılan argümana sahip o<span class="_ _0"></span>labilir. Aşağıda örn<span class="_ _0"></span>ekte verilen <span class="_ _0"></span><span class="ff9">Complex </span></div><div class="t m0 x10 h3 y9e8 ff2 fs0 fc2 sc0 ls0 ws0">sınıfını inceleyin:<span class="ff1"> </span></div><div class="t m0 x1 hd y659 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ya40 ff8 fs0 fc2 sc0 ls13 ws0">class Complex { </div><div class="t m0 x13 h11 ya41 ff8 fs0 fc2 sc0 ls13 ws0">double real,<span class="ls0"> im<span class="_ _9"></span>ag<span class="_ _9"></span>; </span></div><div class="t m0 x1c h11 y2c0 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ya42 ff8 fs0 fc2 sc0 ls13 ws0">Complex(double, double = 0.); </div><div class="t m0 x13 h11 ya43 ff8 fs0 fc2 sc0 ls13 ws0">void display();<span class="ls0"> </span></div><div class="t m0 x1c h11 ya44 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h1a ya45 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ya46 ff8 fs0 fc2 sc0 ls13 ws0">Complex::Complex(double r, double i)<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf75" class="pf w0 h0" data-page-no="75"><div class="pc pc75 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">117</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1b3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y54d ff8 fs0 fc2 sc0 ls13 ws0">real = r; </div><div class="t m0 x13 h11 y29 ff8 fs0 fc2 sc0 ls13 ws0">imag<span class="ls0"> </span>= i;<span class="ls0"> </span></div><div class="t m0 x1c h11 y54e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 ya47 ff8 fs0 fc2 sc0 ls13 ws0">void Complex::display()<span class="ls0"> </span></div><div class="t m0 x1c h11 y738 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y551 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; real; </div><div class="t m0 x13 h11 ya48 ff8 fs0 fc2 sc0 ls13 ws0">if (imag != 0)<span class="ls0"> </span></div><div class="t m0 x1e h11 y84d ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;+&quot; &lt;&lt; imag; </div><div class="t m0 x13 h11 y825 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt;&apos;<span class="ls0">\</span>n&apos;;<span class="ls0"> </span></div><div class="t m0 x1c h11 ya49 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ya4a ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y605 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 ya4b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y492 ff8 fs0 fc2 sc0 ls13 ws0">Complex<span class="ls0"> </span>c1(10);<span class="ls0"> <span class="_ _55"> </span></span>// Complex x(10, <span class="ls1e">0) </span></div><div class="t m0 x13 h11 ya4c ff8 fs0 fc2 sc0 ls13 ws0">c1.display();<span class="ls0"> </span></div><div class="t m0 x1 h12 y25c ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y23d ff8 fs0 fc2 sc0 ls13 ws0">Complex c2(10, <span class="ls16">20); </span></div><div class="t m0 x13 h11 y221 ff8 fs0 fc2 sc0 ls13 ws0">c2.display();<span class="ls0"> </span></div><div class="t m0 x1 h11 ya4d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y913 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 ya4e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y914 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8ff ff2 fs0 fc2 sc0 ls0 ws0">Bir kurucu işlevin tüm par<span class="_ _0"></span>ametre değişkenleri varsayılan d<span class="_ _0"></span>eğer alıyorsa o kurucu<span class="_ _0"></span> işlev varsayılan kurucu<span class="_ _0"></span> </div><div class="t m0 x10 h3 y885 ff2 fs0 fc2 sc0 ls0 ws0">işlev olarak da kullan<span class="_ _0"></span>ılabilir. Örneğin, <span class="_ _0"></span><span class="ff9">Complex </span>sınıfının kurucu<span class="_ _0"></span> işlevi aşağıdaki gibi bildiril<span class="_ _0"></span>miş olsun:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd ya4f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y65 ff8 fs0 fc2 sc0 ls13 ws0">class Complex { </div><div class="t m0 x11 h11 ya50 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y3c6 ff8 fs0 fc2 sc0 ls13 ws0">Complex(double =<span class="ls0"> </span>0,<span class="ls0"> </span>double<span class="ls0">  = </span>0);<span class="ls0"> </span></div><div class="t m0 x12 h11 y718 ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y451 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h26 ya51 ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7cf ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki tanımlamaların h<span class="_ _0"></span>epsi geçerlidir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya52 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf76" class="pf w0 h0" data-page-no="76"><div class="pc pc76 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">118</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya53 ff8 fs0 fc2 sc0 ls13 ws0">Complex<span class="ls0"> </span>x;<span class="ls0"> <span class="_ _56"> </span></span>//<span class="ls0"> <span class="_ _2e"> </span></span><span class="ffc">Complex(0, 0) ile aynı anlamda </span></div><div class="t m0 x11 h11 ya54 ff8 fs0 fc2 sc0 ls13 ws0">Complex<span class="ls0"> </span>y(10);<span class="ls0"> <span class="_ _57"> </span></span>//<span class="ls0"> <span class="_ _2e"> </span></span><span class="ffc">Complex(10, 0) ile aynı </span><span class="ls0">anl<span class="_ _9"></span>amd<span class="_ _9"></span>a </span></div><div class="t m0 x11 h11 ya55 ff8 fs0 fc2 sc0 ls13 ws0">Complex z(10,<span class="ls0"> </span>20);<span class="ls0"> </span></div><div class="t m0 x1 h22 y632 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y364 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf için hiç bir ku<span class="_ _0"></span>rucu işlev yazılmayabilir. Bu d<span class="_ _0"></span>urumda derleyici v<span class="_ _0"></span>arsayılan k<span class="_ _0"></span>urucu işlevi kendisi yaz<span class="_ _0"></span>ar. Yani </div><div class="t m0 x10 h3 y5aa ff2 fs0 fc2 sc0 ls0 ws0">bir sınıf için hiçbir kuru<span class="_ _0"></span>cu işlev yazılmasa da, varsayılan<span class="_ _0"></span> kurucu işlev varmı<span class="_ _0"></span>ş gibi nesne tanımlanabilir. Örn<span class="_ _0"></span>eğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya56 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y33b ff8 fs0 fc2 sc0 ls13 ws0">class Point { </div><div class="t m0 x10 h11 ya57 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 ya58 ff8 fs0 fc2 sc0 ls13 ws0">void set(int, int); </div><div class="t m0 x2 h11 y8d2 ff8 fs0 fc2 sc0 ls13 ws0">void display();<span class="ls0"> </span></div><div class="t m0 x10 h11 ya59 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x2 h11 ya5a ff8 fs0 fc2 sc0 ls13 ws0">int x, y;<span class="ls0"> </span></div><div class="t m0 x10 h11 ya5b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h41 ya5c ff8 fs1 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya5d ff2 fs0 fc2 sc0 ls0 ws0">Görüldüğü gibi, <span class="_ _0"></span><span class="ff9">Point </span>sınıfının hiç kuru<span class="_ _0"></span>cu işlevi yok. Bu durumda varsayılan<span class="_ _0"></span> kurucu işlev v<span class="_ _0"></span>armış gibi nesne </div><div class="t m0 x10 h3 y8d9 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanması, herhangi bir h<span class="_ _0"></span>ataya <span class="_ _0"></span>yol açmaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya5e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y3f2 ff8 fs0 fc2 sc0 ls13 ws0">Point<span class="ls0"> </span>pt;<span class="ls0"> <span class="_ _32"> </span></span>//<span class="ls0"> </span>Geçerli<span class="ls0"> </span></div><div class="t m0 x1 h15 y47a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4e4 ff2 fs0 fc2 sc0 ls0 ws0">Peki derleyicinin yazdığı var<span class="_ _0"></span>sayılan ku<span class="_ _0"></span>rucu işlev tam olarak ne iş yap<span class="_ _0"></span>ar? Bu kon<span class="_ _0"></span>uyu ileride ele alacağız. Şi<span class="_ _0"></span>mdilik </div><div class="t m0 x10 h3 y299 ff2 fs0 fc2 sc0 ls0 ws0">şöyle düşünebiliriz: Bir ku<span class="_ _0"></span>rucu işlevin yapması gerek<span class="_ _0"></span>en bazı içsel işlemler söz kon<span class="_ _0"></span>usudur. Bu işlemlerin h<span class="_ _0"></span>er </div><div class="t m0 x10 h3 ya5f ff2 fs0 fc2 sc0 ls0 ws0">durumda yap<span class="_ _0"></span>ılması gerekir. Derleyici bu içsel i<span class="_ _0"></span>şlemler için bir kod y<span class="_ _0"></span>azar. Derleyicinin yazdığı bu kod<span class="_ _0"></span>, </div><div class="t m0 x10 h3 ya60 ff1 fs0 fc2 sc0 ls0 ws0">programc<span class="ff2">ının yazd<span class="_ _0"></span>ığı her kurucu işlevin en başına <span class="_ _0"></span>eklenir. Kuru<span class="_ _0"></span>cu işlev programcı tarafından<span class="_ _0"></span> tanımlanmaz ise, </span></div><div class="t m0 x10 h3 ya61 ff2 fs0 fc2 sc0 ls0 ws0">derleyicinin yazdığı var<span class="_ _0"></span>sayılan kurucu işlev, yalnızca d<span class="_ _0"></span>erleyicinin y<span class="_ _0"></span>azdığı kod parçasından olu<span class="_ _0"></span>şur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y330 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya62 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın en az bir ku<span class="_ _0"></span>rucu işlevi varsa, ama varsayılan<span class="_ _0"></span><span class="ff1"> </span>ku<span class="_ _0"></span>rucu işlevi yoksa bu durumda <span class="_ _0"></span>varsayılan kuru<span class="_ _0"></span>cu işlev </div><div class="t m0 x10 h3 y18b ff2 fs0 fc2 sc0 ls0 ws0">çağrılacak biçimde nesn<span class="_ _0"></span>e tanımlanması geçer<span class="_ _0"></span>sizdir. Çünkü bu d<span class="_ _0"></span>urumda artık derleyici otomatik <span class="_ _0"></span>olarak </div><div class="t m0 x10 h3 y311 ff2 fs0 fc2 sc0 ls0 ws0">varsayılan kurucu işlevi yaz<span class="_ _0"></span>maz. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 ya63 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y952 ff8 fs0 fc2 sc0 ls13 ws0">class Point { </div><div class="t m0 x11 h11 ya64 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ya65 ff8 fs0 fc2 sc0 ls13 ws0">Point(int, int);<span class="ls0"> </span></div><div class="t m0 x13 h11 y7e4 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x11 h11 y88b ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 y400 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>x, y;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf77" class="pf w0 h0" data-page-no="77"><div class="pc pc77 w0 h0"><img class="bi xb ya66 w6 h5b" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">119</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h2a y593 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y594 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir sınıf bildiriminden son<span class="_ _0"></span>ra,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y3e6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4f ff8 fs0 fc2 sc0 ls13 ws0">Point<span class="ls0"> </span>pt;<span class="ls0"> <span class="_ _45"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x1 h15 ya67 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y601 ff2 fs0 fc2 sc0 ls0 ws0">Biçiminde bir nesne tanım<span class="_ _0"></span>lanamaz. Fakat tab<span class="_ _0"></span>i,<span class="ff1"> </span></div><div class="t m0 x1 h3 ya68 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya69 ff8 fs0 fc2 sc0 ls13 ws0">Point pt(10, 20);<span class="ls0"> </span></div><div class="t m0 x1 h15 ya6a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya6b ff2 fs0 fc2 sc0 ls0 ws0">gibi bir nesne tanımlaması <span class="_ _0"></span>geçerlidir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya6c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ya6d ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _6"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _0"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span><span class="ff1"> <span class="_ _7"></span>p<span class="_ _b"></span>r<span class="_ _3"></span>o<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _b"></span> <span class="_ _7"></span><span class="ls3f">ya<span class="ls0"> <span class="_ _6"></span><span class="ls40">da<span class="ls0"> <span class="_ _7"></span>p<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>v<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _7"></span>B<span class="_ _3"></span>ö<span class="_ _3"></span>l<span class="_ _3"></span>ü<span class="_ _3"></span>m<span class="_ _b"></span>ü<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _b"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 yc6 ff2 fs0 fc2 sc0 ls0 ws0">Bir üye işlev nasıl sınıfın h<span class="_ _0"></span>erhangi bir bölümün<span class="_ _0"></span>de bildirilebiliyorsa, sınıfın kuru<span class="_ _0"></span>cu işlevi de sınıfın h<span class="_ _0"></span>erhangi bir </div><div class="t m0 x10 h3 ya6e ff2 fs0 fc2 sc0 ls0 ws0">bölümünde bildirilebilir. Yani <span class="_ _0"></span>kurucu işlevin sınıfın <span class="_ _0"></span><span class="ff9">public <span class="_ _0"></span></span>bölümünde bildirilmesi zoru<span class="_ _0"></span>nda değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ya6f ff2 fs0 fc2 sc0 ls0 ws0">Kurucu işlevin sınıfın <span class="_ _0"></span><span class="ff9">private <span class="ff1">bölümü<span class="_ _0"></span></span></span>nde bildirildiğini düşünelim. P<span class="_ _0"></span>eki<span class="ff1 fc7 ls17">, </span><span class="ff1">bu du<span class="_ _0"></span>rumda ne olur? Global bir </span></div><div class="t m0 x10 h3 y4f8 ff2 fs0 fc2 sc0 ls0 ws0">işlev içinde sınıfın <span class="ff9">privat<span class="_ _0"></span>e </span>bölümüne eri<span class="_ _0"></span>şilemeyeceğine göre, b<span class="_ _0"></span>ir sınıf nesnesi yaratılması d<span class="_ _0"></span>urumunda </div><div class="t m0 x10 h3 y5c8 ff2 fs0 fc2 sc0 ls0 ws0">derleme zamanında hat<span class="_ _0"></span>a oluşur, değil mi?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y4e4 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y2d4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y512 ff8 fs0 fc2 sc0 ls13 ws0">class A <span class="ls3b">{ </span></div><div class="t m0 x10 h11 ya70 ff8 fs0 fc2 sc0 ls13 ws0">private<span class="ls0">: </span></div><div class="t m0 x2 h11 y47f ff8 fs0 fc2 sc0 ls13 ws0">A();<span class="ls0"> </span></div><div class="t m0 x2 h11 ya71 ff8 fs0 fc2 sc0 ls13 ws0">void foo();<span class="ls0"> </span></div><div class="t m0 x10 h11 y69d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 ya72 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y918 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y6bb ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y46a ff8 fs0 fc2 sc0 ls0 ws0">A <span class="ls13">a;</span> <span class="_ _58"> </span><span class="ls13">//Geçersiz!</span> </div><div class="t m0 x10 h11 y9ed ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h22 ya73 ff8 fs11 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf78" class="pf w0 h0" data-page-no="78"><div class="pc pc78 w0 h0"><img class="bi xb ya74 w6 h5c" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">120</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Bir üye işlev içinden, <span class="ff9">pri<span class="_ _0"></span>vate </span>bölümde b<span class="_ _0"></span>ildirilen bir başka üye işlev çağ<span class="_ _0"></span>rılabilir, değil mi? B<span class="_ _0"></span>u durumda, ö<span class="_ _0"></span>rneğin <span class="_ _0"></span><span class="ff9 ls33">A </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">sınıfının bir başka üye işl<span class="_ _0"></span>evi olan <span class="_ _0"></span><span class="ff9">foo </span>işlevi içinde <span class="ff9 ls33">A </span>sınıfı tür<span class="_ _0"></span>ünden bir n<span class="_ _0"></span>esne tanımlanabilir:<span class="ff1"> </span></div><div class="t m0 x1 h16 y362 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y350 ff8 fs0 fc2 sc0 ls13 ws0">void A::foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 ya75 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ya76 ff8 fs0 fc2 sc0 ls0 ws0">A <span class="ls13">a;</span> <span class="_ _58"> </span><span class="ls13">//Geçerli</span> </div><div class="t m0 x11 h11 ya77 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y78f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya78 ff2 fs0 fc2 sc0 ls0 ws0">İleride, kurucu işlevin <span class="ff9">p<span class="_ _0"></span>rivate <span class="ff1">ya <span class="_ _0"></span>da </span>protected <span class="_ _0"></span></span>bölümde bildirilmesinden fayda sağlanabile<span class="_ _0"></span>cek </div><div class="t m0 x10 h3 ya79 ff2 fs0 fc2 sc0 ls0 ws0">bazı kod kalıp<span class="_ _0"></span>ları da inceleyeceğiz.<span class="ff1"> </span></div><div class="t m0 x10 h3 ya7a ff2 fs0 fc2 sc0 ls0 ws0">Kurucu işlevleri diğer üye işle<span class="_ _0"></span>vlerden ayıran b<span class="_ _0"></span>ir başka özellik de, bu işl<span class="_ _0"></span>evlerin pro<span class="_ _0"></span>gramcı tarafından d<span class="_ _0"></span>oğrudan </div><div class="t m0 x10 h3 ya7b ff2 fs0 fc2 sc0 ls0 ws0">çağrılamamasıdır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1dc ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5b1 ff8 fs0 fc2 sc0 ls13 ws0">class X { </div><div class="t m0 x11 h11 ya7c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y797 ff8 fs0 fc2 sc0 ls13 ws0">X();<span class="ls0"> </span></div><div class="t m0 x11 h11 ya7d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 ya7e ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya7f ff8 fs0 fc2 sc0 ls13 ws0">Void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 ya80 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1e4 ff8 fs0 fc2 sc0 ls13 ws0">X object;<span class="ls0"> </span></div><div class="t m0 x12 h11 y842 ff8 fs0 fc2 sc0 ls13 ws0">X.X();<span class="ls0"> <span class="_ _59"> </span></span>//<span class="ls0"> </span>Geçersiz!<span class="ls0"> </span></div><div class="t m0 x11 h11 ya81 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 ya82 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y149 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>c<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>i<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1ce ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesi bellekten b<span class="_ _0"></span>oşaltılacağı zaman derleyic<span class="_ _0"></span>i tarafından çağrılan ü<span class="_ _0"></span>ye işleve sınıfın <span class="_ _0"></span>son<span class="_ _0"></span>landırıcı işlevi </div><div class="t m0 x10 h3 ya83 ff1 fs0 fc2 sc0 ls0 ws0">(<span class="ff9">destructor<span class="ff2">) denir. Nasıl ku<span class="_ _0"></span>rucu işlev nesne y<span class="_ _0"></span>aratıldığında çağrılıyorsa, son<span class="_ _0"></span>landırıcı işlev de n<span class="_ _0"></span>esnenin </span></span></div><div class="t m0 x10 h3 ya84 ff2 fs0 fc2 sc0 ls0 ws0">bellekten boşaltılacağı zaman<span class="_ _0"></span>, yani n<span class="_ _0"></span>esnenin ömrü sona erdiğind<span class="_ _0"></span>e çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd ya85 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya86 ff2 fs0 fc2 sc0 ls0 ws0">Sonlandırıcı işlevin ismi <span class="_ _0"></span>sınıf ismiyle aynıdır. Ancak<span class="_ _0"></span> ismin önüne <span class="_ _0"></span><span class="ff9 ls23">~ </span>at<span class="_ _0"></span>omu eklenmiştir. Yani<span class="_ _0"></span> sonlandırıcı işlevin </div><div class="t m0 x10 h3 ya87 ff1 fs0 fc2 sc0 ls0 ws0">ismi <span class="ff10">~Sınıfİsmi <span class="ff2">biçimindedir. A<span class="_ _0"></span>şağıdaki sınıf bildirimini inc<span class="_ _0"></span>eleyin:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 ya88 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y647 ff8 fs0 fc2 sc0 ls13 ws0">class Person { </div><div class="t m0 x11 h11 ya89 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf79" class="pf w0 h0" data-page-no="79"><div class="pc pc79 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">121</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y1b3 ff8 fs0 fc2 sc0 ls13 ws0">Person(const<span class="ls0"> </span>char<span class="ls0"> </span>*);<span class="ls0"> <span class="_ _53"> </span></span>// Kurucu<span class="ls0"> <span class="_ _9"></span><span class="ffc ls13">işlev<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x12 h11 y2a6 ffc fs0 fc2 sc0 ls13 ws0">//Diğer üye<span class="ff8 ls0"> </span>işlevler<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 ya07 ff8 fs0 fc2 sc0 ls13 ws0">~Person();<span class="ls0"> <span class="_ _2b"> </span></span><span class="ffc">// Sonlandırıcı <span class="ls0">iş<span class="_ _9"></span>lev<span class="_ _6"></span> </span></span></div><div class="t m0 x11 h11 y92e ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 yf9 ff8 fs0 fc2 sc0 ls13 ws0">char *name; </div><div class="t m0 x12 h11 ya8a ff8 fs0 fc2 sc0 ls13 ws0">int no;<span class="ls0"> </span></div><div class="t m0 x11 h11 ya8b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 ya8c ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya8d ff9 fs0 fc2 sc0 ls0 ws0">Person <span class="ff2">sınıfının sonlan<span class="_ _0"></span>dırıcı işlevi,<span class="ff1"> </span></span></div><div class="t m0 x1 h3 y17c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ya8e ff8 fs0 fc2 sc0 ls13 ws0">~Person();<span class="ls0"> </span></div><div class="t m0 x1 h15 ya8f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya90 ff2 fs0 fc2 sc0 ls0 ws0">bildirimi ile belirtilmiş olandır.<span class="_ _0"></span> Bu işlevin tanımı da <span class="_ _0"></span>kurala uygun olarak,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd ya91 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ya92 ff8 fs0 fc2 sc0 ls13 ws0">Person::~Person()<span class="ls0"> </span></div><div class="t m0 x10 h11 y7ff ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y9c9 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 ya93 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 ya94 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y374 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde yapılır. Sonlan<span class="_ _0"></span>dırıcı işlevlerin de geri dönü<span class="_ _0"></span>ş değerleri yoktur. <span class="_ _0"></span>Geri dönüş değerinin türü<span class="_ _0"></span> yerine </div><div class="t m0 x10 h3 y242 ff2 fs0 fc2 sc0 ls0 ws0">hiç birşey yazılmaz. Bu d<span class="_ _0"></span>urum onların <span class="_ _0"></span><span class="ff9">int <span class="ff1">ya da </span>void <span class="_ _0"></span></span>geri dönüş değerine sahip oldu<span class="_ _0"></span>ğu anlamına gelmez.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y6fe ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın sonlandırıcı işle<span class="_ _0"></span>vi tektir. Parametre<span class="_ _0"></span><span class="ff1">si <span class="ff9">void </span></span>olmak zoru<span class="_ _0"></span>ndadır. Yani par<span class="_ _0"></span>ametresi olmamak zorund<span class="_ _0"></span>adır. </div><div class="t m0 x10 h3 y21 ff9 fs0 fc2 sc0 ls0 ws0">C++<span class="ff2">‟da parametre ayracı için<span class="_ _0"></span>e <span class="_ _0"></span></span>void <span class="ff2">yazmakla h<span class="_ _0"></span>içbir şey yazmamanın aynı a<span class="_ _0"></span>nlama geldiğini anımsayın. <span class="_ _0"></span>Bu </span></div><div class="t m0 x10 h3 ya95 ff2 fs0 fc2 sc0 ls0 ws0">durumda sınıfın birden faz<span class="_ _0"></span>la sonlandırıcı işlevi de olamaz<span class="_ _0"></span>.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya96 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3c5 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın sonlandırıcı işle<span class="_ _0"></span>vi, sınıf nesne<span class="_ _0"></span>si bellekten boşaltılacağı zaman<span class="_ _0"></span> çağrılır. Yerel değişke<span class="_ _0"></span>nlerin program </div><div class="t m0 x10 h3 y65a ff2 fs0 fc2 sc0 ls0 ws0">akışının tanımlanma bloğu<span class="_ _0"></span>nu bitirmesiyle, global deği<span class="_ _0"></span>şkenlerin ise program<span class="_ _0"></span>ın sonlanmasıyla b<span class="_ _0"></span>ellekten </div><div class="t m0 x10 h3 y65b ff2 fs0 fc2 sc0 ls0 ws0">boşaltıldığını anımsayın<span class="_ _0"></span>. Bu durumda y<span class="_ _0"></span>erel sınıf nesnelerine ilişkin sonla<span class="_ _3"></span>ndırıcı işlevler değişkenin tanımlandığı </div><div class="t m0 x10 h3 y6d7 ff2 fs0 fc2 sc0 ls0 ws0">bloğunun son<span class="_ _0"></span>unda, global sınıf nesnelerine ilişkin sonlan<span class="_ _0"></span>dırıcı işlevler de <span class="_ _0"></span><span class="ff9">main <span class="_ _0"></span></span>işlevi sonlan<span class="_ _0"></span>dığında çağrılır.<span class="ff1"> </span></div><div class="t m0 x10 h3 ya97 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 ya98 ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h5d ya33 ff1 fs16 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf7a" class="pf w0 h0" data-page-no="7a"><div class="pc pc7a w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">122</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdio&gt; </div><div class="t m0 x11 h11 y736 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdlib&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y7e7 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y364 ff8 fs0 fc2 sc0 ls13 ws0">class File { </div><div class="t m0 x11 h11 y74c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ya99 ff8 fs0 fc2 sc0 ls13 ws0">File(const char *); </div><div class="t m0 x12 h11 y3ce ff8 fs0 fc2 sc0 ls13 ws0">void type();<span class="ls0"> </span></div><div class="t m0 x33 h11 y74e ff8 fs0 fc2 sc0 ls13 ws0">~File(); </div><div class="t m0 x11 h11 y3d0 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y33d ff8 fs0 fc2 sc0 ls13 ws0">FILE *fp;<span class="ls0"> </span></div><div class="t m0 x11 h11 ya9a ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y7a7 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 yc3 ff8 fs0 fc2 sc0 ls13 ws0">File::File(const char *fname)<span class="ls0"> </span></div><div class="t m0 x11 h11 ya9b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ya9c ff8 fs0 fc2 sc0 ls13 ws0">if ((fp = fopen(fname, &quot;r&quot;)) == NULL) { </div><div class="t m0 x1e h11 y477 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Cannot open file...&quot; &lt;&lt; endl; </div><div class="t m0 x1e h11 ya9d ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x13 h11 y410 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 ya9e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ya9f ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y841 ff8 fs0 fc2 sc0 ls13 ws0">void File::type()<span class="ls0"> </span></div><div class="t m0 x11 h11 yaa0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yaa1 ff8 fs0 fc2 sc0 ls13 ws0">int ch;<span class="ls0"> </span></div><div class="t m0 x1 h11 y38d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y950 ff8 fs0 fc2 sc0 ls13 ws0">fseek(fp, 0L, SEEK_SET);<span class="ls0"> </span></div><div class="t m0 x13 h11 yaa2 ff8 fs0 fc2 sc0 ls13 ws0">while ((ch = fgetc(fp)) != EOF) </div><div class="t m0 x14 h11 y66 ff8 fs0 fc2 sc0 ls13 ws0">putchar(ch);<span class="ls0"> </span></div><div class="t m0 x11 h11 ya12 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yaa3 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb3 ff8 fs0 fc2 sc0 ls13 ws0">File::~File ()<span class="ls0"> </span></div><div class="t m0 x11 h11 yb4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yaa4 ff8 fs0 fc2 sc0 ls13 ws0">fclose(fp);<span class="ls0"> </span></div><div class="t m0 x11 h11 y485 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yaa5 ff8 fs14 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf7b" class="pf w0 h0" data-page-no="7b"><div class="pc pc7b w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">123</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1f3 ff8 fs0 fc2 sc0 ls13 ws0">File file = &quot;c:<span class="ls0">\\</span>autoexec.bat&quot;;<span class="ls0"> </span></div><div class="t m0 x12 h11 yaa6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x14 h11 yaa7 ff8 fs0 fc2 sc0 ls13 ws0">File file = &quot;c:<span class="ls0">\\</span>config.sys&quot;; </div><div class="t m0 x14 h11 yaa8 ff8 fs0 fc2 sc0 ls13 ws0">file.type();<span class="ls0"> </span></div><div class="t m0 x12 h11 yaa9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x12 h11 yaaa ff8 fs0 fc2 sc0 ls13 ws0">file.type();<span class="ls0"> </span></div><div class="t m0 x1 h12 yaab ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yaac ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yaad ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yaae ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6e2 ff1 fs0 fc2 sc0 ls0 ws0">Verilen örnekte <span class="ff9">File <span class="ff2">sını<span class="_ _0"></span>fının kurucu işlevi ismini ald<span class="_ _0"></span>ığı dosyayı açıyo<span class="_ _0"></span>r. Açılan dosyaya ilişkin <span class="_ _0"></span></span>FILE<span class="_ _0"></span> </span>türünden </div><div class="t m0 x10 h3 y6e3 ff2 fs0 fc2 sc0 ls0 ws0">adres sınıfın <span class="ff9">fp </span>isimli <span class="_ _0"></span>elemanında <span class="_ _0"></span>saklanıyor. Sonlandırıcı işlev de açılmı<span class="_ _0"></span>ş olan dosyayı kapatıy<span class="_ _0"></span>or. Dosyanın </div><div class="t m0 x10 h3 yaaf ff2 fs0 fc2 sc0 ls0 ws0">açılması ve kapatılması i<span class="_ _0"></span>şlemlerinin kurucu ve <span class="_ _0"></span>sonlandırıcı işlevler tara<span class="_ _0"></span>fından otomatik o<span class="_ _0"></span>larak yapıldığını </div><div class="t m0 x10 h3 yab0 ff2 fs0 fc2 sc0 ls0 ws0">görüyorsunuz. Ö<span class="_ _0"></span>rneğimizdeki kurucu ve sonlan<span class="_ _0"></span>dırıcı işlevlerin ça<span class="_ _0"></span>ğrılma yerlerine dikkat edi<span class="_ _0"></span>n. Yerel sınıf </div><div class="t m0 x10 h3 y754 ff2 fs0 fc2 sc0 ls0 ws0">nesneleri için sonlandırıcı i<span class="_ _0"></span>şlevler tanımlandıkla<span class="_ _0"></span>rı blokların sonlarınd<span class="_ _0"></span>a çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y276 ff9 fs0 fc2 sc0 ls0 ws0">C++<span class="ff2">‟<span class="ff1">d</span>a kuru<span class="_ _0"></span>cu ve sonlandırıcı işlevlere ilişkin h<span class="_ _0"></span>er zaman geçerli olan<span class="_ _0"></span> şöyle bir kural vardır: So<span class="_ _0"></span>nlandırıcı işlevler </span></div><div class="t m0 x10 h3 y25e ff2 fs0 fc2 sc0 ls0 ws0">kurucu işlevler ile ters sırada <span class="_ _0"></span>çağrılır. Yani kurucu<span class="_ _0"></span> işlevi daha önce çalıştırılan<span class="_ _0"></span> sınıf nesnesinin son<span class="_ _0"></span>landırıcı işlevi </div><div class="t m0 x10 h3 y460 ff2 fs0 fc2 sc0 ls0 ws0">deha sonra çalıştırılır<span class="_ _0"></span>. Örneğin <span class="ff9 ls14">a </span>nesnesinin ku<span class="_ _0"></span>rucu işlevi <span class="ff9 ls14">b </span>n<span class="_ _0"></span>esnesinin kurucu işlevinden dah<span class="_ _0"></span>a önce çağrılmışsa </div><div class="t m0 x10 h3 y653 ff9 fs0 fc2 sc0 ls14 ws0">a <span class="ff2 ls0">nesnesinin sonlandırıcı işlevi<span class="_ _0"></span> de b nesnesinin <span class="_ _0"></span>sonlandırıcı işlevinden dah<span class="_ _0"></span>a sonra çağrılır. Yuka<span class="_ _0"></span>rıdaki örnekte </span></div><div class="t m0 x10 h3 yab1 ff2 fs0 fc2 sc0 ls0 ws0">gördüğünüz <span class="_ _0"></span>gibi, <span class="ff9 ls1a">x </span>nesnesinin kurucu işlevi akı<span class="_ _0"></span>ş dikkate alınd<span class="_ _0"></span>ığında <span class="ff9 ls1f">y </span>nesnesinin k<span class="_ _0"></span>urucu işlevinden dah<span class="_ _0"></span>a önce </div><div class="t m0 x10 h3 yab2 ff2 fs0 fc2 sc0 ls0 ws0">çağrılmıştır.<span class="ff1"> </span></div><div class="t m0 x10 h3 yab3 ff2 fs0 fc2 sc0 ls0 ws0">Bu özellik aynı bilinirlik a<span class="_ _0"></span>lanı içindeki sınıf nesneleri için d<span class="_ _0"></span>aha önemlidir. Örneğin<span class="_ _0"></span>,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h5e y27c ff1 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y47e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yab4 ff8 fs0 fc2 sc0 ls13 ws0">Date date1, date2;<span class="ls0"> </span></div><div class="t m0 x13 h11 yab5 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 yab6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h13 yab7 ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yab8 ff2 fs0 fc2 sc0 ls0 ws0">Burada kurucu<span class="_ _0"></span> işlevler önce <span class="ff9">da<span class="_ _0"></span>te1 <span class="ff1">sonra </span>date<span class="_ _0"></span>2 </span>sırasıyla, sonlandırıcı işlevler is<span class="_ _0"></span>e ters sırada yan<span class="_ _0"></span>i önce </div><div class="t m0 x10 h3 yab9 ff9 fs0 fc2 sc0 ls0 ws0">date2 <span class="ff1">sonra </span>d<span class="_ _0"></span>ate1 <span class="ff2">sırasıyla çağrılır.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 yaba ff2 fs0 fc2 sc0 ls0 ws0">Global sınıf nesnelerine ilişkin <span class="_ _0"></span>sonlandırıcı işlevler <span class="_ _0"></span><span class="ff9">main </span>işl<span class="_ _0"></span>evinden sonra çağrılır. Yukarıda <span class="_ _0"></span>verilen kurala göre, </div><div class="t m0 x10 h3 yabb ff2 fs0 fc2 sc0 ls0 ws0">birden fazla global sınıf ne<span class="_ _0"></span>snesi varsa kurucu<span class="_ _0"></span> işlevlerin çağrıl<span class="_ _0"></span>ma sırasına ters <span class="_ _0"></span>sırada sonlandırıcı işl<span class="_ _0"></span>evler çağrılır. </div><div class="t m0 x10 h3 yabc ff2 fs0 fc2 sc0 ls0 ws0">Yani kaynak k<span class="_ _0"></span>od içinde en aşağıda tan<span class="_ _0"></span>ımlanan nesnenin son<span class="_ _0"></span>landırıcı işlevi en önce çağrılır.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yabd ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki programda ku<span class="_ _0"></span>rucu ve sonlandırıcı iş<span class="_ _0"></span>levler hangi sırad<span class="_ _0"></span>a çağrılır?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y2df ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf7c" class="pf w0 h0" data-page-no="7c"><div class="pc pc7c w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">124</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">class X {<span class="ls0"> </span></div><div class="t m0 x2 h11 y2a6 ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 y2a7 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yabe ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y5ee ff8 fs0 fc2 sc0 ls0 ws0">X <span class="ls13">a;</span> </div><div class="t m0 x10 h11 y907 ff8 fs0 fc2 sc0 ls0 ws0">X <span class="ls13">b;</span> </div><div class="t m0 x1 h12 y80f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y45a ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 yabf ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y9a5 ff8 fs0 fc2 sc0 ls0 ws0">X <span class="ls13">c;</span> </div><div class="t m0 x2 h11 y948 ff8 fs0 fc2 sc0 ls0 ws0">X <span class="ls13">d;</span> </div><div class="t m0 x2 h11 yac0 ff8 fs0 fc2 sc0 ls13 ws0">//<span class="ls0"> <span class="ffc">…</span> </span></div><div class="t m0 x2 h11 yac1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x17 h11 yac2 ff8 fs0 fc2 sc0 ls13 ws0">X e;<span class="ls0"> </span></div><div class="t m0 x17 h11 yac3 ff8 fs0 fc2 sc0 ls13 ws0">// ..<span class="ls0"> </span></div><div class="t m0 x2 h11 y90f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 yac4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yac5 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yac6 ff2 fs0 fc2 sc0 ls0 ws0">Burada programın ak<span class="_ _0"></span>ışı dikkate alındığında ku<span class="_ _0"></span>rucu işlevlerin çağrılma sırası a<span class="_ _0"></span><span class="ff9">, b<span class="_ _0"></span>, c, d, e </span></div><div class="t m0 x10 h3 y79c ff2 fs0 fc2 sc0 ls0 ws0">biçiminde, sonlandırıcı i<span class="_ _0"></span>şlevlerin çağrılma sırası i<span class="_ _0"></span>se <span class="ff9">e, d, c<span class="_ _0"></span>, b, a <span class="ff1">biçiminde olur.<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 yac7 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlev <span class="ff9">return </span>deyimi il<span class="_ _0"></span>e sonlandırılırsa, işlev sonlan<span class="_ _0"></span>dırılmadan ö<span class="_ _0"></span>nce, o noktaya kadar<span class="_ _0"></span> tanımlanmış bütün </div><div class="t m0 x10 h3 yac8 ff2 fs0 fc2 sc0 ls0 ws0">yerel sınıf nesneleri için sonla<span class="_ _0"></span>ndırıcı işlevler çağrılır. <span class="_ _0"></span><span class="ff9 ls37">X </span>b<span class="_ _0"></span>ir sınıf olmak üzere örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 yac9 ff8 fs0 fc2 sc0 ls13 ws0">int foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y7e0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yaca ff8 fs0 fc2 sc0 ls0 ws0">X <span class="ls13">a;</span> </div><div class="t m0 x12 h11 yacb ff8 fs0 fc2 sc0 ls13 ws0">//<span class="ls0"> <span class="ffc">…</span> </span></div><div class="t m0 x12 h11 y6b9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x14 h11 yacc ff8 fs0 fc2 sc0 ls0 ws0">X <span class="ls13">b;</span> </div><div class="t m0 x14 h11 yacd ff8 fs0 fc2 sc0 ls13 ws0">//<span class="ls0"> <span class="ffc">…</span> </span></div><div class="t m0 x14 h11 yace ff8 fs0 fc2 sc0 ls13 ws0">if (func())<span class="ls0"> </span></div><div class="t m0 x34 h11 y630 ff8 fs0 fc2 sc0 ls13 ws0">return <span class="ls0">-</span>1;<span class="ls0"> </span></div><div class="t m0 x14 h11 y3e4 ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 yacf ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">125</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">X c;<span class="ls0"> </span></div><div class="t m0 x13 h11 y70 ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x13 h11 yad1 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y821 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h60 y64a ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yad2 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">foo <span class="_ _0"></span></span>isimli işlevde, iç blokta <span class="_ _0"></span><span class="ff9">func </span>işlevi çağrılarak geri dönü<span class="_ _0"></span>ş değeri sınanıyor. Bu işlevin geri dön<span class="_ _0"></span>üş </div><div class="t m0 x10 h3 yad3 ff2 fs0 fc2 sc0 ls0 ws0">değeri sıfır dışı bir değerse, i<span class="_ _0"></span>şlev sonlandırılıyor. Derleyi<span class="_ _0"></span>ci işlev sonlanmadan ö<span class="_ _0"></span>nce, yaratılmış olan <span class="_ _0"></span><span class="ff9 ls14">a </span><span class="ff1">v<span class="_ _0"></span>e <span class="ff9 ls14">b </span></span></div><div class="t m0 x10 h3 y957 ff1 fs0 fc2 sc0 ls0 ws0">nesneleri için s<span class="ff2">onlandırıcı i<span class="_ _0"></span>şlevleri de çağırır. <span class="_ _0"></span><span class="ff9 ls3d">c </span>nesnesinin pro<span class="_ _0"></span>gramın akışının <span class="ff9">return <span class="_ _0"></span></span>işleminin y<span class="_ _0"></span>apıldığı noktaya </span></div><div class="t m0 x10 h3 yad4 ff2 fs0 fc2 sc0 ls0 ws0">gelene kadar tan<span class="_ _0"></span>ımlanmadığını görüyo<span class="_ _0"></span>rsunuz. Tabii bu d<span class="_ _0"></span>urumda <span class="_ _0"></span><span class="ff9 ls3d">c </span>nesnesi için sonlandırıcı işlev çağrılmaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yad5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1fa ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf için sonlandırıcı i<span class="_ _0"></span>şlev yazmak zorunlu<span class="_ _0"></span><span class="ff1"> </span>değildir. Son<span class="_ _0"></span>landırıcı işlev yazılmamışsa, derl<span class="_ _0"></span>eyici sınıfın </div><div class="t m0 x10 h3 yad6 ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı işlevini kendisi ya<span class="_ _0"></span>zar. Derleyicinin yaz<span class="_ _0"></span>acağı sonlandırıcı işlevin şimdilik söy<span class="_ _0"></span>le olduğu<span class="_ _0"></span>nu </div><div class="t m0 x10 h3 yad7 ff1 fs0 fc2 sc0 ls0 ws0">varsayabilirsiniz:<span class="_ _0"></span> </div><div class="t m0 x1 h16 yad8 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y19f ff8 fs0 fc2 sc0 ls13 ws0">Myclass::~Myclass()<span class="ls0"> </span></div><div class="t m0 x11 h11 y5c4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x11 h11 yad9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h22 yada ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2eb ff2 fs0 fc2 sc0 ls0 ws0">Zaten her sınıfın sonlan<span class="_ _0"></span>dırıcı işleve sahip o<span class="_ _0"></span>lması gerekmez. <span class="_ _0"></span>Fakat kurucu<span class="_ _0"></span> işlev ile yapılanların otomatik <span class="_ _0"></span>olarak </div><div class="t m0 x10 h3 y8ea ff2 fs0 fc2 sc0 ls0 ws0">geri alınması isteniyorsa sonla<span class="_ _0"></span>ndırıcı işlevin yazılma<span class="_ _0"></span>sı anlamlıdır. Genel olarak dış<span class="_ _0"></span>sal bir kaynak<span class="_ _0"></span> kullanan </div><div class="t m0 x10 h3 yadb ff2 fs0 fc2 sc0 ls0 ws0">sınıflar, kurucu işlevleriyle ken<span class="_ _0"></span>dilerine bağlanan b<span class="_ _0"></span>ir kaynağı, sonlandırıcı iş<span class="_ _0"></span>levler ile s<span class="_ _0"></span>erbest bırakırlar ya d<span class="_ _0"></span>a geri </div><div class="t m0 x10 h3 y42d ff1 fs0 fc2 sc0 ls0 ws0">verirler. </div><div class="t m0 x10 h3 yadc ff2 fs0 fc2 sc0 ls0 ws0">Son olarak herhan<span class="_ _0"></span>gi bir işlev içinde tüm programın <span class="_ _0"></span><span class="ff9">exit </span>işl<span class="_ _0"></span>evi ile sonlandırılması üzerin<span class="_ _0"></span>de duralım. <span class="_ _0"></span><span class="ff9">exit </span>işlevi </div><div class="t m0 x10 h3 yadd ff2 fs0 fc2 sc0 ls0 ws0">nerede çağrılmış olursa ol<span class="_ _0"></span>sun, program içinde tan<span class="_ _0"></span>ımlanmış tüm global <span class="_ _0"></span>sınıf nesneleri için eğ<span class="_ _0"></span><span class="ff1">er var<span class="_ _0"></span>sa </span></div><div class="t m0 x10 h3 y29a ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı işlevler çağrılır. Ta<span class="_ _0"></span>bii <span class="ff9">exit <span class="_ _0"></span></span>işlevi ile programın son<span class="_ _0"></span>landırılması durumunda y<span class="_ _0"></span>erel sınıf nesneleri için </div><div class="t m0 x10 h3 yade ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı işlevler çağrılmaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yadf ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yae0 ff2 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>c<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _b"></span>N<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>ç<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _b"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _11"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yae1 ff2 fs0 fc2 sc0 ls0 ws0">Kurucu işlevler sınıfın ele<span class="_ _0"></span>manlarına belirl<span class="_ _0"></span>i ilkdeğerleri vermek <span class="_ _0"></span>ve çeşitli ilk işlemleri yapma<span class="_ _0"></span>k amacıyla </div><div class="t m0 x10 h3 y3c6 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanır. Bir sınıf nesn<span class="_ _0"></span>esi tanımlandığında <span class="_ _0"></span>çeşitli ilk işlemlerin kurucu işlevler tarafından<span class="_ _0"></span> gizli bir biçimde </div><div class="t m0 x10 h3 y45 ff2 fs0 fc2 sc0 ls0 ws0">yapılması algılamayı kolay<span class="_ _0"></span>laştırır. Böylece sınıf ne<span class="_ _0"></span>snesini kullanan<span class="_ _0"></span> kodlar (<span class="_ _0"></span><span class="ff9 ls3d">cl<span class="ls0">ient)</span></span>, sınıf nesnesini kullanmad<span class="_ _0"></span>an </div><div class="t m0 x10 h3 y6ef ff2 fs0 fc2 sc0 ls0 ws0">önce herhangi bir işlem y<span class="_ _0"></span>apmak zoru<span class="_ _0"></span>nda kalmazl. Gerekli işlemler sınıfın kend<span class="_ _0"></span>i kodu tarafından<span class="_ _0"></span> yapılır. Bu </div><div class="t m0 x10 h3 ya64 ff2 fs0 fc2 sc0 ls0 ws0">şekilde bir sınıf nesnesinin<span class="_ _0"></span> kararlı bir şekilde ilk değerini al<span class="_ _0"></span>ması sağlanır. İlkde<span class="_ _0"></span>ğer verme işlemi otomatik olar<span class="_ _3"></span><span class="ff1 ls41">ak </span></div><div class="t m0 x10 h3 ya43 ff2 fs0 fc2 sc0 ls0 ws0">çağrılan bir işlev tarafından<span class="_ _0"></span> değil de, sınıfı kullanan<span class="_ _0"></span> kod parçası tarafından<span class="_ _0"></span> açıkça çağrılması gereken b<span class="_ _0"></span>ir işlev </div><div class="t m0 x10 h3 yae2 ff2 fs0 fc2 sc0 ls0 ws0">tarafından yap<span class="_ _0"></span>ılsaydı, hata oluşma riski çok dah<span class="_ _0"></span>a fazla olurdu, d<span class="_ _0"></span>eğil mi? Kurucu işlevler, veri gizleme <span class="_ _0"></span>(data </div><div class="t m0 x10 h3 yae3 ff1 fs0 fc2 sc0 ls0 ws0">hiding) prensibinin gerç<span class="_ _0"></span>ekle<span class="ff2">ştirilmesini sa<span class="_ _0"></span>ğlayan temel araçl<span class="_ _0"></span>ardan biridir.<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 y24c ff2 fs0 fc2 sc0 ls0 ws0">Aynı şekilde sonlandırıcı işl<span class="_ _0"></span>ev ise kurucu işlev ile yap<span class="_ _0"></span>ılan ilk işlemlerin geri alın<span class="_ _0"></span>ması için kullanılır. Örneğin, </div><div class="t m0 x10 h3 y735 ff2 fs0 fc2 sc0 ls0 ws0">kurucu işlev bir dosyayı açm<span class="_ _0"></span>ışsa, sonlandırıcı işle<span class="_ _0"></span>vi dosyayı kapatab<span class="_ _0"></span>ilir. Ya da kurucu işle<span class="_ _0"></span>v seri portu<span class="_ _0"></span> çeşitli </div><div class="t m0 x10 h3 yae4 ff2 fs0 fc2 sc0 ls0 ws0">değerlerle ayarlamış olabilir. <span class="_ _0"></span>Bu durumda <span class="_ _0"></span>sonlandırıcı işlevi de bu a<span class="_ _0"></span>yarları eski haline getirebilir. Ancak en sık </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf7e" class="pf w0 h0" data-page-no="7e"><div class="pc pc7e w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">126</span> of <span class="ff3 ls4">47<span class="ls0">0<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">karşılaşılan durum, kuru<span class="_ _0"></span>cu işlevinin<span class="fc7">(işle<span class="_ _0"></span>vin) </span><span class="ff9">new </span>işleci ile din<span class="_ _0"></span>amik olarak bellekte bir yer ay<span class="_ _0"></span>ırması ve sonland<span class="_ _0"></span>ırıcı </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 lse ws0">iş<span class="ls0">levin de ayrılan yeri <span class="_ _0"></span><span class="ff9">delete </span>işleci ile bu a<span class="_ _0"></span>lanı geri vermesidir. Aşağıdaki ö<span class="_ _0"></span>rneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1c h11 yae5 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 yae6 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdlib&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y2b ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y73 ff8 fs0 fc2 sc0 ls13 ws0">class Array { </div><div class="t m0 x1c h11 yae7 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y70a ff8 fs0 fc2 sc0 ls13 ws0">Array(int); </div><div class="t m0 x13 h11 y2e3 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> <span class="_ _0"></span>displ<span class="_ _9"></span>ay<span class="_ _9"></span>();<span class="_ _9"></span> </span></div><div class="t m0 x13 h11 yae8 ff8 fs0 fc2 sc0 ls13 ws0">int  get_item(int); </div><div class="t m0 x13 h11 yae9 ff8 fs0 fc2 sc0 ls13 ws0">void <span class="ls30">set_item(int,in<span class="_ _0"></span>t); </span></div><div class="t m0 x13 h11 yaea ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>get_max();<span class="ls0"> </span></div><div class="t m0 x13 h11 yaeb ff8 fs0 fc2 sc0 ls13 ws0">~Array(); </div><div class="t m0 x1c h11 y933 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 yaec ff8 fs0 fc2 sc0 ls13 ws0">int *pArray; </div><div class="t m0 x13 h11 yaed ff8 fs0 fc2 sc0 ls13 ws0">int size;<span class="ls0"> </span></div><div class="t m0 x1c h11 y56e ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yaee ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yaef ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1 h14 yaf0 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h18 ya93 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y279 ff8 fs0 fc2 sc0 ls13 ws0">Array::Array(int length)<span class="ls0"> </span></div><div class="t m0 x1c h11 yaf1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yaf2 ff8 fs0 fc2 sc0 ls13 ws0">pArray = new int[size = length];<span class="ls0"> </span></div><div class="t m0 x1c h11 y1a7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yaf3 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y9ba ff8 fs0 fc2 sc0 ls13 ws0">Array::~Array()<span class="ls0"> </span></div><div class="t m0 x1c h11 yaf4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 yae1 ff8 fs0 fc2 sc0 ls13 ws0">delete []<span class="ls0"> </span>pArray;<span class="ls0"> </span></div><div class="t m0 x1c h11 y9fa ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y5d0 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yaf5 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>Array::display()<span class="ls0"> </span></div><div class="t m0 x1c h11 y6d9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yaf6 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &apos;(&apos;;<span class="ls0"> </span></div><div class="t m0 x13 h11 y24c ff8 fs0 fc2 sc0 ls13 ws0">for (int i = 0; i &lt; size; ++i) </div><div class="t m0 x1e h11 y400 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; pArray[i] &lt;&lt; &apos; &apos;;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf7f" class="pf w0 h0" data-page-no="7f"><div class="pc pc7f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">127</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y1b3 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &apos;)&apos;;<span class="ls0"> </span></div><div class="t m0 x1c h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ya35 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yaf7 ff8 fs0 fc2 sc0 ls13 ws0">int Array::get_item(int index)<span class="ls0"> </span></div><div class="t m0 x1c h11 y3b3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 yaf8 ff8 fs0 fc2 sc0 ls13 ws0">if (index &lt; 0 || index &gt;= size) {<span class="ls0"> </span></div><div class="t m0 x35 h11 y930 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Geçersiz index:<span class="ls0"> &quot; </span>&lt;&lt;<span class="ls0">  </span>index &lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> </span></div><div class="t m0 x35 h11 yaf9 ff8 fs0 fc2 sc0 ls13 ws0">exit(1);<span class="ls0"> </span></div><div class="t m0 x1a h11 y8d1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1a h11 y48d ff8 fs0 fc2 sc0 ls13 ws0">return pArray[index];<span class="ls0"> </span></div><div class="t m0 x1c h11 yafa ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yafb ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ya3 ff8 fs0 fc2 sc0 ls13 ws0">void Array::set_item(int index, int val)<span class="ls0"> </span></div><div class="t m0 x1c h11 yafc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y585 ff8 fs0 fc2 sc0 ls13 ws0">if (index &lt; 0 || index &gt;= size) {<span class="ls0"> </span></div><div class="t m0 x1e h11 yafd ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Geçersiz index:<span class="ls0"> &quot; </span>&lt;&lt;<span class="ls0">  </span>index &lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> </span></div><div class="t m0 x1e h11 y50e ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x13 h11 y277 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y448 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y55c ff8 fs0 fc2 sc0 ls13 ws0">pArray[index] = val;<span class="ls0"> </span></div><div class="t m0 x1c h11 yafe ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yaff ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y376 ff8 fs0 fc2 sc0 ls13 ws0">int Array::get_max()<span class="ls0"> </span></div><div class="t m0 x1c h11 yb00 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ya96 ff8 fs0 fc2 sc0 ls13 ws0">int max = pArray[0];<span class="ls0"> </span></div><div class="t m0 x1 h12 yb01 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y7f2 ff8 fs0 fc2 sc0 ls13 ws0">for (int i = 1; i &lt; size; ++i)<span class="ls0"> </span></div><div class="t m0 x1e h11 y718 ff8 fs0 fc2 sc0 ls13 ws0">if (max &lt; pArray[i]) </div><div class="t m0 x36 h11 yb02 ff8 fs0 fc2 sc0 ls13 ws0">max = pArray[i];<span class="ls0"> </span></div><div class="t m0 x13 h11 ya23 ff8 fs0 fc2 sc0 ls13 ws0">return max;<span class="ls0"> </span></div><div class="t m0 x1c h11 yb03 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yb04 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y9af ff8 fs0 fc2 sc0 ls13 ws0">const int size = 10;<span class="ls0"> </span></div><div class="t m0 x1 h14 yb05 ff8 fs4 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf80" class="pf w0 h0" data-page-no="80"><div class="pc pc80 w0 h0"><img class="bi xb yb06 w6 h61" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">128</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h21 yb07 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y789 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y942 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yb08 ff8 fs0 fc2 sc0 ls13 ws0">Array x<span class="ls0"> </span>= size;<span class="ls0"> </span></div><div class="t m0 x1 h11 y214 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 ya56 ff8 fs0 fc2 sc0 ls13 ws0">for (int i = 0; i &lt; size; ++i) </div><div class="t m0 x1e h11 ydd ff8 fs0 fc2 sc0 ls13 ws0">x.set_item(i, rand());<span class="ls0"> </span></div><div class="t m0 x13 h11 y2ab ff8 fs0 fc2 sc0 ls13 ws0">x.display();<span class="ls0"> </span></div><div class="t m0 x13 h11 y408 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;max = &quot; &lt;&lt; x.get_max() &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y2ae ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y8b7 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y7fd ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 yb09 ff2 fs0 fc2 sc0 ls0 ws0">Örneğimizde <span class="ff9">int </span>tü<span class="_ _0"></span>rden bir dizi bir sınıfla te<span class="_ _0"></span>msil ediliyor. Sınıfın k<span class="_ _0"></span>urucu işlev bir dizi için <span class="_ _0"></span><span class="ff9">fre<span class="_ _0"></span>e store </span>alanınd<span class="_ _0"></span>an </div><div class="t m0 x10 h3 yb0a ff2 fs0 fc2 sc0 ls0 ws0">bir blok ayırmış sonland<span class="_ _0"></span>ırıcı işlevi de bu dinamik <span class="_ _0"></span>bloğu geri veriyor. <span class="_ _0"></span><span class="ff9">ge<span class="_ _0"></span>t_item <span class="ff1">ve </span>set_item <span class="_ _0"></span></span>işlevlerinin sınır </div><div class="t m0 x10 h3 y5c4 ff2 fs0 fc2 sc0 ls0 ws0">kontrolü yap<span class="_ _0"></span>arak diziye eleman yerleştirme ve dizin<span class="_ _0"></span>in elemanının d<span class="_ _0"></span>eğerini alma işlemlerini yap<span class="_ _0"></span>tığını </div><div class="t m0 x10 h3 yb0b ff2 fs0 fc2 sc0 ls0 ws0">görüyorsunuz. Ay<span class="_ _0"></span>rıca, <span class="ff9">get_max <span class="ff1">isim</span></span>li işlev dizin<span class="_ _0"></span>in en büyük <span class="_ _0"></span>elemanını buluyor. <span class="_ _0"></span><span class="ff9">display <span class="_ _0"></span></span>işlevi ise dizinin bütün<span class="_ _0"></span> </div><div class="t m0 x10 h3 y40e ff2 fs0 fc2 sc0 ls0 ws0">elemanlarını ekrana y<span class="_ _0"></span>azdırıyor.<span class="ff1"> </span></div><div class="t m0 x10 h3 ya7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y38a ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>ü<span class="_ _b"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>ö<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _b"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>d<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _11"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb0c ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesinin adres<span class="_ _0"></span>i alınabilir. Elde edilen adres ne<span class="_ _0"></span>snenin ilişkin olduğu sınıfın t<span class="_ _0"></span>üründendir, ay<span class="_ _0"></span>nı </div><div class="t m0 x10 h3 yb0d ff2 fs0 fc2 sc0 ls0 ws0">türden bir gösterici değişk<span class="_ _0"></span>ene atanmalıdır. Dah<span class="_ _0"></span>a önceki örneklerde bildiril<span class="_ _0"></span>en <span class="_ _0"></span><span class="ff9">Date </span>isimli sınıfa ilişkin b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 yb0e ff2 fs0 fc2 sc0 ls0 ws0">gösterici değişken tanımlan<span class="_ _0"></span>mış olsun:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y818 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yac ff8 fs0 fc2 sc0 ls13 ws0">Date *p;<span class="ls0"> </span></div><div class="t m0 x1 h15 y60e ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9f9 ff1 fs0 fc2 sc0 ls0 ws0">ile <span class="ff9 ls14">p </span><span class="ff2">gösterici değişkeninin gö<span class="_ _0"></span>sterdiği yer, yani <span class="_ _0"></span><span class="ff9 ls23">*p</span></span><span class="ls17">, </span><span class="ff9">Date <span class="ff2">sınıfı t<span class="_ _0"></span>üründendir. Başka b<span class="_ _0"></span>ir deyişle, </span><span class="ls14">p </span></span>göstericisinin </div><div class="t m0 x10 h3 yb01 ff2 fs0 fc2 sc0 ls0 ws0">gösterdiği yerde <span class="ff9">Date <span class="_ _0"></span></span>sınıfı türünden b<span class="_ _0"></span>ir nesne vardır. Derleyici bu<span class="_ _0"></span> adresten başlayarak ilk <span class="_ _0"></span><span class="ff9">size<span class="_ _0"></span>of(int) <span class="ff1">kadar </span></span></div><div class="t m0 x10 h3 yb0f ff9 fs0 fc2 sc0 ls0 ws0">byte<span class="ff2 ls42">‟ı</span><span class="ff1"> <span class="ff2">sınıfın </span></span>day <span class="ff1">e<span class="ff2">lemanı, <span class="_ _0"></span>sonraki iki <span class="_ _0"></span></span></span>sizeof(int) <span class="ff1">kadar <span class="ff10">b<span class="_ _0"></span>yte‟ı <span class="ff2">ise sırasıyla </span></span></span>month<span class="_ _0"></span> <span class="ff1">ve </span>year <span class="ff2">ele<span class="_ _0"></span>manları olarak ele </span></div><div class="t m0 x10 h3 yb10 ff2 fs0 fc2 sc0 ls0 ws0">alır. Şimdi bir sınıf nesn<span class="_ _0"></span>esinin adresinin bir sınıf gö<span class="_ _0"></span>stericisine atandığınd<span class="_ _0"></span>a neler olduğunu adım adım </div><div class="t m0 x10 h3 y86f ff1 fs0 fc2 sc0 ls0 ws0">inceleyelim: </div><div class="t m0 x10 h3 y548 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki şekil <span class="ff9">int <span class="ff1">tü<span class="_ _0"></span>rünün </span>4 byte <span class="_ _0"></span></span>olduğu varsayımıyla çizil<span class="_ _0"></span>miştir. <span class="ff9">00501FC0 </span>y<span class="_ _0"></span>alnızca konuya <span class="_ _0"></span>açıklık </div><div class="t m0 x10 h3 y20b ff2 fs0 fc2 sc0 ls0 ws0">getirmek amacıyla kullanılan<span class="_ _0"></span> rastgele bir adrestir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb11 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y734 ff8 fs0 fc2 sc0 ls13 ws0">Date<span class="ls0"> </span>date;<span class="ls0"> <span class="_ _31"> </span></span><span class="ffc">// Date sınıfının veri elemanları için yer</span><span class="ls0"> <span class="_ _6"></span><span class="ffc ls13">ayrılıyor.<span class="ff8 ls0"> </span></span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">129</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h62 y2f ff12 fs12 fc2 sc0 ls0 ws0">       <span class="_ _5a"> </span> </div><div class="t m0 x10 h11 y4c1 ff8 fs0 fc2 sc0 ls13 ws0">Date *ptr;<span class="ls0"> </span></div><div class="t m0 x10 h11 y599 ff8 fs0 fc2 sc0 ls13 ws0">ptr = &amp;date;<span class="ls0">  </span></div><div class="t m0 x37 h3 y98f ff1 fs0 fc2 sc0 ls0 ws0">  </div><div class="t m0 x37 h3 y95a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x37 h3 yb12 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x37 h3 yb13 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x37 h3 yb14 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x37 h3 yb15 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y495 ff2 fs0 fc2 sc0 ls0 ws0">Artık <span class="ff9">ptr </span>adresinden başlayan<span class="_ _0"></span> bilgiler <span class="ff9">date <span class="_ _0"></span></span>sınıf nesnesinin elemanları <span class="_ _0"></span>olarak yorumlanır. B<span class="_ _0"></span>u durumda <span class="_ _0"></span><span class="ff9">*ptr <span class="ff1">ifadesi il<span class="_ _0"></span>e </span></span></div><div class="t m0 x10 h3 y5e ff9 fs0 fc2 sc0 ls0 ws0">date <span class="ff2">ayn<span class="_ _0"></span>ı nesneleri belirtir.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y5e0 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf türünden b<span class="_ _0"></span>ir gösterici yoluyla sınıfın elemanların<span class="_ _0"></span>a ve üye işlevlerine <span class="_ _3"></span><span class="ff1">-</span>&gt; işleci ile erişilebilir. Örneğin </div><div class="t m0 x10 h3 yb16 ff2 fs0 fc2 sc0 ls0 ws0">artı<span class="ff1 ls43">k:<span class="ls0"> </span></span></div><div class="t m0 x1 hd y7ed ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y376 ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-</span>&gt;display()<span class="ls0"> </span></div><div class="t m0 x1 h15 y5e3 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb17 ff1 fs0 fc2 sc0 ls0 ws0">ile <span class="ff9">display <span class="ff2">üye işlevi çağrılabili<span class="_ _0"></span>r. Bu durumda <span class="_ _0"></span></span>display <span class="ff2">ü<span class="_ _0"></span>ye işlevi </span>ptr </span>adresindeki yan<span class="_ _0"></span>i </div><div class="t m0 x10 h3 yb18 ff10 fs0 fc2 sc0 ls0 ws0">ptr‟<span class="ff2">nin değeri olan ad<span class="_ _0"></span>resten başlayan elemanları ku<span class="_ _0"></span>llanır. Daha <span class="_ _0"></span>açık bir anlatımla,<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 yb19 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf3 ff8 fs0 fc2 sc0 ls13 ws0">date.display();<span class="ls0"> </span></div><div class="t m0 x1 h2a y93f ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y171 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir çağrıda <span class="ff9">d<span class="_ _0"></span>isplay </span>üye işlevi <span class="ff9">date <span class="_ _0"></span><span class="ff1">nesne</span></span>sinin veri eleman<span class="_ _0"></span>larını kullanıyor. Yani <span class="_ _0"></span><span class="ff9">display </span></div><div class="t m0 x10 h3 yb1a ff2 fs0 fc2 sc0 ls0 ws0">işlevi içinde kullanılan <span class="ff9 ls14">day<span class="ff1 ls17">, </span><span class="ls0">mo<span class="_ _0"></span>nth<span class="ff1 ls17">, </span>year </span></span>değişkenleri <span class="ff9">Da<span class="_ _0"></span>te </span>sınıfının elemanlarıd<span class="_ _0"></span>ır. İşte,<span class="ff1"> </span></div><div class="t m0 x1 h3 y674 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf82" class="pf w0 h0" data-page-no="82"><div class="pc pc82 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">130</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-</span>&gt;display();<span class="ls0"> </span></div><div class="t m0 x10 h3 yb1b ff2 fs0 fc2 sc0 ls0 ws0">çağrısıyla da <span class="ff9">display </span>ü<span class="_ _0"></span>ye işlevi <span class="ff9 ls14">p </span>ad<span class="_ _0"></span>resindeki nesnenin elema<span class="_ _0"></span>nlarını kullanır.<span class="_ _0"></span><span class="ff1"> <span class="_ _c"> </span><span class="ff9">ptr </span></span></div><div class="t m0 x10 h3 y99 ff1 fs0 fc2 sc0 ls0 ws0">adresinde </div><div class="t m0 x1 h3 y9a1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1d6 ff8 fs0 fc2 sc0 ls13 ws0">ptr =<span class="ls0"> </span>&amp;date<span class="ls0"> </span></div><div class="t m0 x1 h15 yb1c ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb1d ff2 fs0 fc2 sc0 ls0 ws0">ataması ile <span class="ff9">date <span class="_ _0"></span></span>nesnesinin adresi olduğuna <span class="_ _0"></span>göre, <span class="ff9">display <span class="_ _0"></span></span>işlevi de <span class="ff10">date‟<span class="_ _0"></span></span>in elemanlarını kullan<span class="_ _0"></span>ır, değil mi? </div><div class="t m0 x10 h3 yb1e ff2 fs0 fc2 sc0 ls0 ws0">Yani iki işlem eşdeğerdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb1f ff1 fs0 fc2 sc0 ls0 ws0">Tabii -<span class="ff2">&gt; işleci yerine önc<span class="_ _0"></span>elik ayracı ve nokta işleçlerini d<span class="_ _0"></span>e kullanılabilir:<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y2cb ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb20 ff8 fs0 fc2 sc0 ls13 ws0">(*ptr).display();<span class="ls0"> </span></div><div class="t m0 x1 h15 yb21 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y304 ff1 fs0 fc2 sc0 lse ws0">ile<span class="ls0"> </span></div><div class="t m0 x1 h3 y5f7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y13f ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-</span>&gt;display();<span class="ls0"> </span></div><div class="t m0 x1 h15 y371 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb22 ff2 fs0 fc2 sc0 ls0 ws0">eşdeğerdir. Sınıf gösterici<span class="_ _0"></span>si yoluyla sınıfın elemanlarına <span class="_ _0"></span>yine <span class="ff1">-</span>&gt; i<span class="_ _0"></span>şleci ile erişilebilir. Ancak şü<span class="_ _0"></span>phesiz elemanların </div><div class="t m0 x10 h3 y47a ff2 fs0 fc2 sc0 ls0 ws0">erişilebilir olması yani sınıfın <span class="_ _0"></span><span class="ff9">public <span class="_ _0"></span></span>bölümünde bildirilmiş olmaları ger<span class="_ _0"></span>ekir. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb23 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y145 ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-</span>&gt;day = 10;<span class="ls0"> </span></div><div class="t m0 x1 h15 yb24 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb25 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir ifadenin geçerli olma<span class="_ _0"></span>sı için <span class="ff9">d<span class="_ _0"></span>ay </span>elemanının sınıfın <span class="ff9">p<span class="_ _0"></span>ublic </span>bölümün<span class="_ _0"></span>de olması gerekir. Aşağıdaki </div><div class="t m0 x10 h3 y6eb ff2 fs0 fc2 sc0 ls0 ws0">kodu yazar<span class="_ _0"></span>ak sınayın:<span class="ff1"> </span></div><div class="t m0 x1 hd yaca ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yb26 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y1d0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y952 ff8 fs0 fc2 sc0 ls13 ws0">Date x; </div><div class="t m0 x2 h11 y9eb ff8 fs0 fc2 sc0 ls13 ws0">Date *p; </div><div class="t m0 x2 h11 y22d ff8 fs0 fc2 sc0 ls13 ws0">p = &amp;x;<span class="ls0"> </span></div><div class="t m0 x2 h11 y6a1 ff8 fs0 fc2 sc0 ls0 ws0">p-<span class="ls13">&gt;display();</span> </div><div class="t m0 x1 h11 y5eb ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y5ec ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf83" class="pf w0 h0" data-page-no="83"><div class="pc pc83 w0 h0"><img class="bi xb yb27 w6 h63" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">131</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y789 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın kurucu işlevi yaln<span class="_ _0"></span>ızca sınıf nesnesi yaratılırken çağrıl<span class="_ _0"></span>ır<span class="_ _0"></span>. Bir sınıf türünden göst<span class="_ _0"></span>erici değişken </div><div class="t m0 x10 h3 yb28 ff2 fs0 fc2 sc0 ls0 ws0">tanımlandığında ku<span class="_ _0"></span>rucu işlevi çağrılmaz. Örneğin,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yaf7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y351 ff8 fs0 fc2 sc0 ls13 ws0">Date<span class="ls0"> </span>date;<span class="ls0"> <span class="_ _31"> </span></span><span class="ffc">// Kurucu işlev çağrılır, çünkü nesne</span><span class="ls0"> <span class="_ _9"></span><span class="ffc ls13">yaratılmış!<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x11 h11 y7d3 ff8 fs0 fc2 sc0 ls13 ws0">Date<span class="ls0"> </span>*p;<span class="ls0"> <span class="_ _3f"> </span></span><span class="ffc">// Kurucu işlev çağrılmaz, yalnızca gösterici</span><span class="ls0"> <span class="_ _9"></span><span class="ffc ls13">yaratılmış!<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x1 h1c yb29 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yaab ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>ü<span class="_ _b"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>s<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y7e8 ff1 fs0 fc2 sc0 ls0 ws0">Bir <span class="ff2">referans değişkeni b<span class="_ _0"></span>ir sınıf nesnesinin de yerine g<span class="_ _0"></span>eçebilir. Sınıf türü<span class="_ _0"></span>nden referanslar aynı tü<span class="_ _0"></span>rden bir sınıf </span></div><div class="t m0 x10 h3 y19c ff2 fs0 fc2 sc0 ls0 ws0">nesnesi ile ilkdeğer vererek ta<span class="_ _0"></span>nımlanır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb2a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb2b ff8 fs0 fc2 sc0 ls13 ws0">Complex a(10, <span class="ls16">20); </span></div><div class="t m0 x11 h11 ye4 ff8 fs0 fc2 sc0 ls13 ws0">Complex<span class="ls0">  </span>&amp;r =<span class="ls0"> </span>a;<span class="ls0"> </span></div><div class="t m0 x1 h1c y292 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y23b ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">Complex<span class="_ _0"></span> <span class="ff2">sınıfı türünden <span class="_ _0"></span></span><span class="ls27">r </span></span>isimli referansa yine <span class="_ _0"></span><span class="ff9">Complex <span class="ff2">sınıfı türü<span class="_ _0"></span>nden </span><span class="ls14">a </span><span class="ff2">nesnesiyle ilkdeğer <span class="_ _0"></span>veriliyor. </span></span></div><div class="t m0 x10 h3 yb2c ff2 fs0 fc2 sc0 ls0 ws0">Böylece artık <span class="ff9 ls27">r </span>r<span class="_ _0"></span>eferansı <span class="ff9 ls14">a </span><span class="ff1">nesn<span class="_ _0"></span>esinin yerine geçer. <span class="ff9">r</span></span>‟n<span class="_ _0"></span>in kullanıldığı her yerde <span class="_ _0"></span><span class="ff9 ls14">a </span>nesnesi kullan<span class="_ _0"></span>ılmış olur. <span class="ff9 ls27">r </span></div><div class="t m0 x10 h3 yb2d ff2 fs0 fc2 sc0 ls0 ws0">referansı <span class="ff9 ls14">a </span>nesnesinin yerine <span class="_ _0"></span>geçtiğine göre, referans y<span class="_ _0"></span>oluyla sınıfın elemanlarına v<span class="_ _0"></span>e üye işlevleri<span class="_ _0"></span><span class="ff1">ne -</span>tıpkı </div><div class="t m0 x10 h3 yaf0 ff2 fs0 fc2 sc0 ls0 ws0">yapılarda old<span class="_ _0"></span>uğu gibi<span class="ff1">- <span class="ff10">nokta işleci <span class="_ _0"></span></span></span>ile erişilir. Örneğin <span class="ff9">Com<span class="_ _0"></span>plex </span>sınıfının <span class="ff9">display </span>i<span class="_ _0"></span>simli bir üye işlevi olduğun<span class="_ _0"></span>u </div><div class="t m0 x10 h3 yb2e ff2 fs0 fc2 sc0 ls0 ws0">varsayalım. Bu üye işlev <span class="_ _0"></span><span class="ff9 ls27">r </span>refe<span class="_ _0"></span>ransı ile,<span class="ff1"> </span></div><div class="t m0 x1 h3 yb2f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb30 ff8 fs0 fc2 sc0 ls13 ws0">r.display();<span class="ls0"> </span></div><div class="t m0 x10 h3 yb31 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde çağrılabilir. Bir re<span class="_ _0"></span>ferans ile bir üye işlev çağrıldığın<span class="_ _0"></span>da, üy<span class="_ _0"></span>e işlev referansın y<span class="_ _0"></span>erine geçtiği </div><div class="t m0 x10 h3 y830 ff2 fs0 fc2 sc0 ls0 ws0">nesnenin elemanlarını kullan<span class="_ _0"></span>ır. Örneğin yuka<span class="_ _0"></span>rıdaki çağrıda <span class="_ _0"></span><span class="ff9">display </span>üye işlevi <span class="_ _0"></span><span class="ff9 ls27">r </span>referansının y<span class="_ _0"></span>erine geçtiği </div><div class="t m0 x10 h3 yb32 ff2 fs0 fc2 sc0 ls0 ws0">nesnenin elemanlarını kullan<span class="_ _0"></span>ır.<span class="ff1"> </span></div><div class="t m0 x10 h3 yb33 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf türünden b<span class="_ _0"></span>ir referansa bir değişmez ile ya <span class="_ _0"></span>da başka türden bir nesneyle ilkde<span class="_ _0"></span>ğe<span class="_ _0"></span>r verme işlemi b<span class="_ _0"></span>azı </div><div class="t m0 x10 h3 y7ef ff2 fs0 fc2 sc0 ls0 ws0">durumlarda geçerli olabilir. <span class="_ _0"></span>Bu durumu &quot;dön<span class="_ _0"></span>üştüren kurucu işlev&quot; (<span class="_ _0"></span><span class="ff9">conversion c<span class="_ _0"></span>onstructor</span>)<span class="_ _0"></span> başlığı altında ele </div><div class="t m0 x10 h3 yb34 ff2 fs0 fc2 sc0 ls0 ws0">alacağız. Aşağıdaki örneğ<span class="_ _0"></span>i yazarak çalıştırın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 yb35 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y6ee ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yb36 ff8 fs0 fc2 sc0 ls13 ws0">class Complex { </div><div class="t m0 x10 h11 y484 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 yb37 ff8 fs0 fc2 sc0 ls13 ws0">Complex(double = 0, double = 0); </div><div class="t m0 x2 h11 yb38 ff8 fs0 fc2 sc0 ls0 ws0">v<span class="ls13">oid display();</span> </div><div class="t m0 x10 h11 yb39 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x2 h11 yd7 ff8 fs0 fc2 sc0 ls13 ws0">double real, imag;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf84" class="pf w0 h0" data-page-no="84"><div class="pc pc84 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">132</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yb3a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd9 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x10 h11 y397 ff8 fs0 fc2 sc0 ls13 ws0">Complex::Complex(double r, double i)<span class="ls0"> </span></div><div class="t m0 x10 h11 yf9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yb3b ff8 fs0 fc2 sc0 ls13 ws0">real = r; </div><div class="t m0 x2 h11 y46e ff8 fs0 fc2 sc0 ls13 ws0">imag = i;<span class="ls0"> </span></div><div class="t m0 x10 h11 yb3c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yb3d ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yb3e ff8 fs0 fc2 sc0 ls13 ws0">void Complex::display()<span class="ls0"> </span></div><div class="t m0 x10 h11 y8a2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yb3f ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; real; </div><div class="t m0 x2 h11 yb40 ff8 fs0 fc2 sc0 ls13 ws0">if (imag &gt; 0)<span class="ls0"> </span></div><div class="t m0 x17 h11 y61d ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;+ &quot;; </div><div class="t m0 x2 h11 yb41 ff8 fs0 fc2 sc0 ls13 ws0">else<span class="ls0"> </span></div><div class="t m0 x17 h11 ya5 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot; &quot;; </div><div class="t m0 x2 h11 y764 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; imag &lt;&lt;<span class="ls0"> <span class="ls16">&quot;i&quot;;</span> </span></div><div class="t m0 x10 h11 y1b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yb42 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y67d ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y47a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yb43 ff8 fs0 fc2 sc0 ls13 ws0">Complex a(10, <span class="ls0">-</span>20); </div><div class="t m0 x2 h11 yb44 ff8 fs0 fc2 sc0 ls13 ws0">Complex &amp;r = a; </div><div class="t m0 x2 h11 y2b9 ff8 fs0 fc2 sc0 ls13 ws0">r.display();<span class="ls0"> </span></div><div class="t m0 x1 h12 y8a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y29b ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 yb45 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y81b ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8f ff2 fs0 fc2 sc0 ls0 ws0">Öncelikle bir nokta üzerin<span class="_ _0"></span>de açıklama yap<span class="_ _0"></span>alım. <span class="ff9">Complex <span class="_ _0"></span></span>sınıfının kurucu<span class="_ _0"></span> işlevinin parametre değişkenleri </div><div class="t m0 x10 h3 y1cf ff2 fs0 fc2 sc0 ls0 ws0">varsayılan değerler alıyor. Bu <span class="_ _0"></span>kurucu işlev, hem tek p<span class="_ _0"></span>arametreli kurucu işlev he<span class="_ _0"></span>m de var<span class="_ _0"></span>say<span class="_ _0"></span>ılan kurucu işlev </div><div class="t m0 x10 h3 yb46 ff2 fs0 fc2 sc0 ls0 ws0">olarak kullanılab<span class="_ _0"></span>ilir. Örneğimizde <span class="ff9 ls27">r <span class="_ _0"></span></span><span class="ff1">isimli referansa <span class="ff9 ls14">a </span></span>n<span class="_ _0"></span>esnesi ile ilkdeğer verildiğini görüy<span class="_ _0"></span>orsunuz. Bu </div><div class="t m0 x10 h3 yb47 ff1 fs0 fc2 sc0 ls0 ws0">durumda <span class="ff9 ls27">r <span class="_ _0"></span></span><span class="ff2">referansı <span class="ff9 ls14">a </span>değişkenin<span class="_ _0"></span>in yerine geçer. Artık, <span class="_ _0"></span><span class="ff9">r.display() </span>çağrısınd<span class="_ _0"></span>a, <span class="ff9">display </span>üy<span class="_ _0"></span>e işlevi <span class="ff9 ls27">r </span>referansının </span></div><div class="t m0 x10 h3 yb48 ff2 fs0 fc2 sc0 ls0 ws0">yerine geçtiği elemanları ku<span class="_ _0"></span>llanır.<span class="ff1"> </span></div><div class="t m0 x1 hd y9db ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y5ea ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd yb49 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf85" class="pf w0 h0" data-page-no="85"><div class="pc pc85 w0 h0"><img class="bi xb yb4a w6 h64" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">133</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _b"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesiyle ilgili i<span class="_ _0"></span>şlerin, bir sınıfın üye işlevleri tarafın<span class="_ _0"></span>dan y<span class="_ _0"></span>apılması zorunlu değildir. Şüph<span class="_ _0"></span>esiz global </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">işlevler de sınıf nesneleri üzer<span class="_ _0"></span>inde işlemler yapabilir. Şi<span class="_ _0"></span>mdi sınıf <span class="_ _0"></span>nesnelerinin işle<span class="_ _0"></span>vlere geçirilmesi üzerinde </div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">duracağız. Sınıf nesn<span class="_ _0"></span>elerinin işlevlere geçirilm<span class="_ _0"></span>esi, tıpkı yapılarda oldu<span class="_ _0"></span>ğu gibi üç yolla yapılabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y3b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y215 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>e<span class="_ _3"></span>ğ<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _f"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>k<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y509 ff2 fs0 fc2 sc0 ls0 ws0">Bu yöntem bildiğimiz &quot;d<span class="_ _0"></span>eğerle çağırma&quot; (<span class="ff9">ca<span class="_ _0"></span>ll by value<span class="ff1">) yön<span class="_ _0"></span>temi</span></span>nden başka b<span class="_ _0"></span>ir şey değildir. Bu yön<span class="_ _0"></span>temde </div><div class="t m0 x10 h3 yb4b ff2 fs0 fc2 sc0 ls0 ws0">işlevin parametre değişkeni <span class="_ _0"></span>sınıf türünd<span class="_ _0"></span>en bir nesne olur. İşlev de başka b<span class="_ _0"></span>ir sınıf nesnesini<span class="_ _0"></span>n değeri ile çağrılır. </div><div class="t m0 x10 h3 y7b ff1 fs0 fc2 sc0 ls0 ws0">Çünkü <span class="ff9 ls32">C++</span><span class="ff2">‟d<span class="_ _0"></span>a tıpkı yapılar gibi <span class="_ _0"></span>aynı türden sınıf nesneleri de<span class="_ _0"></span> birbirlerine doğrudan<span class="_ _0"></span> atanabilir. Bö<span class="_ _0"></span></span>yle bir a<span class="_ _0"></span>tama </div><div class="t m0 x10 h3 y7c ff2 fs0 fc2 sc0 ls0 ws0">sırasında sınıfın elemanları ka<span class="_ _0"></span>rşılıklı olarak birbirine ko<span class="_ _0"></span>pyalanır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb4c ff2 fs0 fc2 sc0 ls0 ws0">C++‟da bir sınıf nesnesi ba<span class="_ _0"></span>şka bir sınıf nesnesi ile ilk d<span class="_ _0"></span>eğer verilerek tanımlanırsa, tan<span class="_ _0"></span>ımlanan sınıf nesnesi </div><div class="t m0 x10 h3 y7e ff2 fs0 fc2 sc0 ls0 ws0">için özel bir kurucu<span class="_ _0"></span> işlev çağrılır. Bu kurucu<span class="_ _0"></span> işleve <span class="ff9">&quot;<span class="ff1">kopyal</span></span>ay<span class="_ _0"></span>an kurucu işlev&quot; <span class="ff9">(copy c<span class="_ _0"></span>onstructo<span class="_ _0"></span>r) <span class="ff1">denir. </span></span></div><div class="t m0 x10 h3 yb4d ff2 fs0 fc2 sc0 ls0 ws0">Programcı kopyalayan<span class="_ _0"></span> kurucu işlevi tanımlamaz is<span class="_ _0"></span>e derleyici bu işlevi kend<span class="_ _0"></span>i tanımlar. Derleyicin<span class="_ _0"></span>in yazdığı </div><div class="t m0 x10 h3 ya6b ff2 fs0 fc2 sc0 ls0 ws0">kopyalayan<span class="_ _0"></span> kurucu işlev<span class="ff1"> </span>yaratılan sınıf nesn<span class="_ _0"></span>esinin tüm eleman<span class="_ _0"></span>larına, ilkdeğer veren sınıf nesnesinin </div><div class="t m0 x10 h3 yb4e ff2 fs0 fc2 sc0 ls0 ws0">elemanlarının değerini atar. K<span class="_ _0"></span>opyalayan<span class="_ _0"></span> kurucu işlevi ileride ayrı bir b<span class="_ _0"></span>aşlık altında ele alacağız.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb4f ff2 fs0 fc2 sc0 ls0 ws0">Daha önce verdiğimiz <span class="ff9">Da<span class="_ _0"></span>te </span>sınıfınının k<span class="_ _0"></span>ullanıldığı aşağıdaki örneği incel<span class="_ _0"></span>eyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb50 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb51 ff8 fs0 fc2 sc0 ls13 ws0">void func(Date d)<span class="ls0"> </span></div><div class="t m0 x11 h11 y73e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yb52 ffc fs0 fc2 sc0 ls13 ws0">// … </div><div class="t m0 x13 h11 y4e2 ff8 fs0 fc2 sc0 ls13 ws0">a.display();<span class="ls0"> </span></div><div class="t m0 x11 h11 y6e9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y60 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb53 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y89b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y3c3 ff8 fs0 fc2 sc0 ls13 ws0">Date date; </div><div class="t m0 x12 h11 y2f1 ff8 fs0 fc2 sc0 ls13 ws0">func(date);<span class="ls0"> </span></div><div class="t m0 x1 h12 y89d ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x38 h11 y332 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yb54 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yb55 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y170 ff1 fs0 fc2 sc0 ls0 ws0">Bu örnekte <span class="ff9">func <span class="_ _0"></span><span class="ff2">işlevi çağrısında ku<span class="_ _0"></span>llanılan </span>da<span class="_ _0"></span>te <span class="ff2">değişkeni </span>func <span class="ff2">işlevinin param<span class="_ _0"></span>etre değişkeni olan <span class="_ _0"></span></span><span class="ls14">a </span></span></div><div class="t m0 x10 h3 yb56 ff2 fs0 fc2 sc0 ls0 ws0">değişkenine ilkdeğerini verir. <span class="_ _0"></span>Bu durumda <span class="_ _0"></span><span class="ff9">date<span class="_ _0"></span> </span>değişkeninin tüm elemanları bire bir <span class="_ _0"></span><span class="ff9">d</span>‟nin<span class="_ _0"></span> elemanlarına </div><div class="t m0 x10 h3 yb57 ff2 fs0 fc2 sc0 ls0 ws0">kopyalanır. An<span class="_ _0"></span>cak böyle bir çağrı, n<span class="_ _0"></span>esnenin bütün elemanlar<span class="_ _0"></span>ının kopyalan<span class="_ _0"></span>masını gerektirdiğinden çoğunlukla<span class="_ _0"></span> </div><div class="t m0 x10 h3 yb58 ff2 fs0 fc2 sc0 ls0 ws0">tercih edilmez. Bu duru<span class="_ _0"></span>m aktarım sırasında gereksiz bir z<span class="_ _0"></span>aman kay<span class="_ _0"></span>bı oluşturur. Çağrılan işlev yerel bir sını<span class="_ _0"></span>f </div><div class="t m0 x10 h3 y2f8 ff2 fs0 fc2 sc0 ls0 ws0">nesnesi üzerinde değişiklik ya<span class="_ _0"></span>pamaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y193 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf86" class="pf w0 h0" data-page-no="86"><div class="pc pc86 w0 h0"><img class="bi xb yb59 w6 h65" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">134</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y37d ff1 fs6 fc2 sc0 ls0 ws0">N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>d<span class="_ _b"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>e<span class="_ _3"></span> <span class="_ _b"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _b"></span>i<span class="_ _3"></span> </div><div class="t m0 x10 h3 y68b ff2 fs0 fc2 sc0 ls0 ws0">Bu çağrı biçiminde işlev<span class="_ _0"></span>e bir sınıf nesnesinin adresi <span class="_ _0"></span>gönderilir. İşlevin parametr<span class="_ _0"></span>e değişkeni de ay<span class="_ _0"></span>nı sınıf </div><div class="t m0 x10 h3 y1d5 ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir gösterici değişken olur. Bu d<span class="_ _0"></span>urumda yalnızca sınıf nesnesine ilişkin v<span class="_ _0"></span>eri bloğunu<span class="_ _0"></span>n adresi işleve </div><div class="t m0 x10 h3 y822 ff2 fs0 fc2 sc0 ls0 ws0">geçirilir. İşlev içinde nesn<span class="_ _0"></span>enin elemanların<span class="_ _0"></span>a ve sınıfın üye işlevlerine <span class="_ _0"></span><span class="ff9">-<span class="ls23">&gt; </span></span>i<span class="_ _0"></span>şleci ile erişilebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y68e ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği<span class="ff1"> inceleyin:<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y459 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb5a ff8 fs0 fc2 sc0 ls13 ws0">void func(Date<span class="ls0"> </span>*pdate)<span class="ls0"> </span></div><div class="t m0 x11 h11 ye0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y4d8 ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x38 h11 y36a ff8 fs0 fc2 sc0 ls13 ws0">pdate <span class="ls0">-</span>&gt; display();<span class="ls0"> </span></div><div class="t m0 x11 h11 yb5b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y21c ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb5c ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yb5d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yb5e ff8 fs0 fc2 sc0 ls13 ws0">Date date; </div><div class="t m0 x13 h11 y25d ff8 fs0 fc2 sc0 ls13 ws0">func(&amp;date);<span class="ls0"> </span></div><div class="t m0 x1 h11 y141 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yb5f ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y713 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y32d ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y225 ff2 fs0 fc2 sc0 ls0 ws0">Şüphesiz, <span class="_ _b"></span>bir <span class="_ _b"></span>sınıf <span class="_ _b"></span>nesnesinin <span class="_ _b"></span>ad<span class="_ _0"></span>res <span class="_ _3"></span>yolu<span class="_ _0"></span>yla <span class="_ _b"></span>işlevlere <span class="_ _b"></span>g<span class="_ _0"></span>eçirilmesi, <span class="_ _b"></span>sınıfın <span class="_ _b"></span>elemanların<span class="_ _0"></span>ın <span class="_ _b"></span>bellekte <span class="_ _b"></span>bitişik <span class="_ _b"></span>bir </div><div class="t m0 x10 h3 yb60 ff2 fs0 fc2 sc0 ls0 ws0">biçimde <span class="_ _11"> </span>bulu<span class="_ _0"></span>nması <span class="_ _11"> </span>ile <span class="_ _22"> </span>mümkün <span class="_ _22"> </span>olur. <span class="_ _11"> </span>Bu <span class="_ _22"> </span>yöntemle <span class="_ _11"> </span>işlev <span class="_ _22"> </span>parametre <span class="_ _11"> </span>olarak <span class="_ _22"> </span>aldığı <span class="_ _11"> </span>ad<span class="_ _0"></span>resteki <span class="_ _11"> </span>nesn<span class="_ _0"></span>eyi <span class="_ _11"> </span>de </div><div class="t m0 x10 h3 yb61 ff2 fs0 fc2 sc0 ls0 ws0">değiştirebilir.<span class="ff1"> </span></div><div class="t m0 x1 h10 yb62 ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 yb63 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ya2f ff1 fs6 fc2 sc0 ls0 ws0">N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _b"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>o<span class="_ _3"></span>l<span class="_ _3"></span>u<span class="_ _3"></span>y<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _b"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>e<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 yb64 ff2 fs0 fc2 sc0 ls0 ws0">Referanslar da aslında ad<span class="_ _0"></span>res tutan deği<span class="_ _0"></span>şkenler olduğuna göre, n<span class="_ _0"></span>esnenin adresi referans y<span class="_ _0"></span>oluyla da işlevlere </div><div class="t m0 x10 h3 yb65 ff2 fs0 fc2 sc0 ls0 ws0">geçirilebilir. Bu yöntemd<span class="_ _0"></span>e işlev sınıf nesnesinin kend<span class="_ _0"></span>isi ile çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb66 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin parametre değişkeni d<span class="_ _0"></span>e sınıf türünden b<span class="_ _0"></span>ir referans olur. İşle<span class="_ _0"></span>vin parametre değişken<span class="_ _0"></span>i olan referans işleve </div><div class="t m0 x10 h3 y3ac ff1 fs0 fc2 sc0 ls0 ws0">g<span class="ff2">önderilen argüman olan n<span class="_ _0"></span>esnenin yerine geçer. Artık işl<span class="_ _0"></span>ev içinde nesnenin eleman<span class="_ _0"></span>larına ve sınıfın üye </span></div><div class="t m0 x10 h3 yb67 ff2 fs0 fc2 sc0 ls0 ws0">işlevlerine nokta işlecinin teri<span class="_ _0"></span>mi olan referans ile eri<span class="_ _0"></span>şilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb68 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği de inc<span class="_ _0"></span>eleyin:<span class="ff1"> </span></div><div class="t m0 x1 h3 yb69 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">135</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">void func(Date &amp;rdate)<span class="ls0"> </span></div><div class="t m0 x11 h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y2a7 ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x13 h11 y92e ff8 fs0 fc2 sc0 ls13 ws0">rdate.display();<span class="ls0"> </span></div><div class="t m0 x11 h11 yf9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yb6a ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2a9 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yb6b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yb6c ff8 fs0 fc2 sc0 ls13 ws0">Date date; </div><div class="t m0 x12 h11 yb6d ff8 fs0 fc2 sc0 ls13 ws0">func(date);<span class="ls0"> </span></div><div class="t m0 x1 h12 yb6e ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yb6f ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yb70 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yb4e ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya9b ff2 fs0 fc2 sc0 ls0 ws0">Sınıf nesnesinin referan<span class="_ _0"></span>s yoluyla aktarımı gösterici y<span class="_ _0"></span>oluyla aktarımı ile eşde<span class="_ _0"></span>ğer verimliliktedir. An<span class="_ _0"></span>cak referanslar </div><div class="t m0 x10 h3 y122 ff2 fs0 fc2 sc0 ls0 ws0">konusunda d<span class="_ _0"></span>a belirtildiği gibi, bir işlev aldığı adresteki bilgiyi<span class="_ _0"></span> değiştirmiyorsa okun<span class="_ _0"></span>abilirlik ba<span class="_ _0"></span>kımından<span class="_ _0"></span> <span class="ff9">const </span></div><div class="t m0 x10 h3 y306 ff1 fs0 fc2 sc0 ls0 ws0">referans ya da <span class="_ _0"></span><span class="ff9">const </span>gösterici tercih edil<span class="_ _0"></span>melidir. </div><div class="t m0 x1 hd yb71 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y2b7 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>ö<span class="_ _3"></span>l<span class="_ _3"></span>ü<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span>ş<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _b"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y164 ff2 fs0 fc2 sc0 ls0 ws0">Daha önce de açıklad<span class="_ _0"></span>ığımız gibi sınıfın üye işlevleri ve ele<span class="_ _0"></span>manları sınıfın istenilen b<span class="_ _0"></span>ir bölümüne </div><div class="t m0 x10 h3 yb72 ff2 fs0 fc2 sc0 ls0 ws0">yerleştirilebilir. Yani programc<span class="_ _0"></span>ı bu konuda özgü<span class="_ _0"></span>rdür. Ancak genellikle sınıfın d<span class="_ _0"></span>ışarıya hizmet veren üye </div><div class="t m0 x10 h3 y841 ff2 fs0 fc2 sc0 ls0 ws0">işlevlerinin bildirimleri sınıfın <span class="_ _0"></span><span class="ff9">public <span class="_ _0"></span><span class="ff1">bölümüne, s</span></span>ınıfın veri e<span class="_ _0"></span>lemanları ise sınıfın <span class="ff9">p<span class="_ _0"></span>rivate <span class="ff1">bölü<span class="_ _0"></span>müne </span></span></div><div class="t m0 x10 h3 yb73 ff2 fs0 fc2 sc0 ls0 ws0">yerleştirilir. Yukarıda verilen ö<span class="_ _0"></span>rnekleri incelediğinizde bu y<span class="_ _0"></span>önde hareket edildiğini göre<span class="_ _0"></span>ceksiniz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb74 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın dışarıya hizmet ver<span class="_ _0"></span>en üye işlevleri sınıfın <span class="_ _0"></span><span class="ff9">public</span>, sınıfı<span class="_ _0"></span>n elemanları da sınıfın <span class="_ _0"></span><span class="ff9">private <span class="_ _0"></span></span>bölüme yerleştirilirse, </div><div class="t m0 x10 h3 yb75 ff2 fs0 fc2 sc0 ls0 ws0">dışarıdan sınıf nesnesi ya <span class="_ _0"></span>da göstericisi yoluyla <span class="_ _0"></span>üye işlevlere erişilebilir fakat <span class="_ _0"></span>sınıfın elemanlarına erişilemez. Bu<span class="_ _0"></span> </div><div class="t m0 x10 h3 y416 ff2 fs0 fc2 sc0 ls0 ws0">durumda elemanlar doğrud<span class="_ _0"></span>an değil ancak sınıfın üy<span class="_ _0"></span>e işlevleri yardımıyla ku<span class="_ _0"></span>llanıla<span class="_ _0"></span><span class="ff1">bilir. </span></div><div class="t m0 x1 h16 yb76 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h66 yb77 ff1 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb78 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın kodlarını yaz<span class="_ _0"></span>an kişi böyle bir durumda <span class="_ _0"></span>sınıfın elemanlarına erişimi sağla<span class="_ _0"></span>mak istiyorsa sınıfın <span class="_ _3"></span><span class="ff9">private </span></div><div class="t m0 x10 h3 y92a ff2 fs0 fc2 sc0 ls0 ws0">elemanlarının değerlerini alan<span class="_ _0"></span> ve onlara değer yerleştiren b<span class="_ _0"></span>ir grup üy<span class="_ _0"></span>e işlev yazabilir: Bu üye işlevl<span class="_ _3"></span><span class="ff1">er <span class="ff10">İngilizce </span></span></div><div class="t m0 x10 h3 y9c0 ff1 fs0 fc2 sc0 ls0 ws0">genellikle <span class="ff9">GetXXX </span>ya <span class="_ _0"></span>da <span class="ff9">SetXXX <span class="ff2">biçiminde i<span class="_ _0"></span>simlendirilir. Örneğin:<span class="_ _0"></span></span></span> </div><div class="t m0 x10 h11 yb79 ff8 fs0 fc2 sc0 ls13 ws0">class Date { </div><div class="t m0 x10 h11 yb7a ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div></div><div class="c x39 y6d6 we h67"><div class="t m0 x3a h68 yb7b ff13 fs0 fc2 sc0 ls0 ws0">SINIF NESNESİ </div><div class="t m0 x3b h69 yb7c ff12 fs0 fc2 sc0 ls0 ws0">YA DA </div><div class="t m0 x1b h69 yb7d ff13 fs0 fc2 sc0 ls0 ws0">GÖSTERİCİSİ<span class="ff12"> </span></div></div><div class="c x3c ya84 we h6a"><div class="t m0 x3 h4f yb7e ff1 fs3 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1b h69 yb7f ff12 fs0 fc2 sc0 ls0 ws0">ELEM<span class="_ _0"></span>A<span class="_ _9"></span>NL<span class="_ _0"></span>AR </div></div><div class="c x3d yb80 we h67"><div class="t m0 x3 h4f yb81 ff1 fs3 fc2 sc0 ls0 ws0"> </div><div class="t m0 x3a h69 y8b6 ff13 fs0 fc2 sc0 ls0 ws0">ÜYE İŞLEVLER<span class="_ _0"></span><span class="ff12"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf88" class="pf w0 h0" data-page-no="88"><div class="pc pc88 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">136</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">int day, month, year;<span class="fc7">(mDay, mMonth, mYear) </span></div><div class="t m0 x10 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y9a0 ff8 fs0 fc2 sc0 ls13 ws0">Date();<span class="ls0"> </span></div><div class="t m0 x2 h11 yb82 ff8 fs0 fc2 sc0 ls13 ws0">Date(int d, int m, int y); </div><div class="t m0 x2 h11 y2c7 ff8 fs0 fc2 sc0 ls13 ws0">void display();<span class="ls0"> </span></div><div class="t m0 x10 h11 yb83 ffc fs0 fc2 sc0 ls13 ws0">//Sınıfın elemanlarının değerlerini alan üye işlevler<span class="ff8 ls0"> </span></div><div class="t m0 x2 h11 yad3 ff8 fs0 fc2 sc0 ls13 ws0">int get_day (); </div><div class="t m0 x2 h11 y945 ff8 fs0 fc2 sc0 ls13 ws0">int get_month(); </div><div class="t m0 x2 h11 yde ff8 fs0 fc2 sc0 ls13 ws0">int get_year();<span class="ls0"> </span></div><div class="t m0 x10 h11 ya8d ffc fs0 fc2 sc0 ls13 ws0">//Sınıfın elemanlarına değer yerleştiren üye işlevler<span class="ff8 ls0"> </span></div><div class="t m0 x2 h11 y15c ff8 fs0 fc2 sc0 ls13 ws0">void set(int, int, int); </div><div class="t m0 x2 h11 y580 ff8 fs0 fc2 sc0 ls13 ws0">void set_day(int);<span class="ls0"> </span></div><div class="t m0 x2 h11 y9a6 ff8 fs0 fc2 sc0 ls13 ws0">void set_month(int); </div><div class="t m0 x10 h11 yb84 ff8 fs0 fc2 sc0 ls13 ws0">void set_year(int);<span class="ls0"> </span></div><div class="t m0 x10 h11 yb85 ffc fs0 fc2 sc0 ls13 ws0">// Diğer üye işlevler…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 y444 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 y866 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y370 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda verilen <span class="ff9">Date<span class="_ _0"></span> </span>sınıfının <span class="ff9 ls14">day<span class="ff1 ls17">, </span><span class="ls34">mon<span class="ls0">th <span class="_ _0"></span><span class="ff1">ve </span>year </span></span></span>elemanları <span class="ff9">private </span>bölüme yerle<span class="_ _0"></span>ştirilmiş. Bu yüzd<span class="_ _0"></span>en bu </div><div class="t m0 x10 h3 yb86 ff2 fs0 fc2 sc0 ls0 ws0">elemanlara doğrudan<span class="_ _0"></span> erişmek mümkün o<span class="_ _0"></span>lmaz. Örneğin <span class="_ _0"></span><span class="ff9">date, Da<span class="_ _0"></span>te <span class="ff1">türünden b<span class="_ _0"></span>ir nesne olsun. </span>date<span class="_ _0"></span> <span class="ff1">nesnesinin </span></span></div><div class="t m0 x10 h3 y184 ff9 fs0 fc2 sc0 ls0 ws0">year <span class="ff2">elemanının değerini al<span class="_ _0"></span>mak ya d<span class="_ _0"></span>a </span>year <span class="ff2">elemanına b<span class="_ _0"></span>ir değer verilmek istensin.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 yb87 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y87 ff8 fs0 fc2 sc0 ls0 ws0">x = d<span class="ls13">ate.year;</span> <span class="_ _57"> </span>//Ge<span class="_ _9"></span>çe<span class="_ _9"></span>rsi<span class="_ _9"></span>z!<span class="_ _9"></span> </div><div class="t m0 x11 h11 yb30 ff8 fs0 fc2 sc0 ls13 ws0">date. year<span class="ls0"> = </span>2000;<span class="ls0"> <span class="_ _28"> </span>//G<span class="_ _9"></span>eçe<span class="_ _6"></span>rsiz<span class="_ _9"></span>! </span></div><div class="t m0 x1 h22 y464 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb88 ff2 fs0 fc2 sc0 ls0 ws0">gibi işlemler erişim kurallarına<span class="_ _0"></span> göre geçerli değildir. Ancak<span class="_ _0"></span> bu işlemler <span class="_ _0"></span><span class="ff9">get_year <span class="_ _0"></span><span class="ff1 ls5">ve<span class="ls0"> </span></span></span></div><div class="t m0 x10 h3 yb89 ff9 fs0 fc2 sc0 ls0 ws0">set_year <span class="ff2">üye işlevleri çağrılara<span class="_ _0"></span>k gerçekleştirilebilir:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd yb8a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9 ff8 fs0 fc2 sc0 ls13 ws0">x = date.get_year(); </div><div class="t m0 x11 h11 yb8b ff8 fs0 fc2 sc0 ls13 ws0">date. set_year(2000);<span class="ls0"> </span></div><div class="t m0 x1 h1a yb8c ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb8d ff2 fs0 fc2 sc0 ls0 ws0">Çoğunlukla bir sınıf başka k<span class="_ _0"></span>od parçalarına h<span class="_ _0"></span>izmet verir. Sınıf kodlarınd<span class="_ _0"></span>an hizmet alan kod<span class="_ _0"></span>lar <span class="_ _0"></span><span class="ff9">(client cod<span class="_ _0"></span>es) </span></div><div class="t m0 x10 h3 yb8e ff2 fs0 fc2 sc0 ls0 ws0">sınıfın <span class="ff9">public </span>aray<span class="_ _0"></span>üzüne göre yazılır. Zaten<span class="_ _0"></span> daha önce de açıklan<span class="_ _0"></span>dığı gibi sınıftan hizmet alan<span class="_ _0"></span> bir kod p<span class="_ _0"></span>arçasının </div><div class="t m0 x10 h3 yd4 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın <span class="ff9">private </span>b<span class="_ _0"></span>ölümüne erişmesi mümkün d<span class="_ _0"></span>eğildir. Sınıfın <span class="_ _0"></span><span class="ff9">public </span>b<span class="_ _0"></span>ölümü ya da sınıfın <span class="ff9">p<span class="_ _0"></span>ublic </span>arayüzü<span class="_ _0"></span>, sınıf </div><div class="t m0 x10 h3 y8ca ff1 fs0 fc2 sc0 ls0 ws0">bildiriminde <span class="ff9">public <span class="_ _0"></span><span class="ff2">erişim belirteci altından b<span class="_ _0"></span>ildirilen bölümdür.<span class="_ _0"></span></span></span> </div><div class="t m0 x10 h3 yb8f ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın elemanlarının <span class="ff9">p<span class="_ _0"></span>rivate </span>bö<span class="_ _0"></span>lüme yerleştirilmesinin <span class="ff1">en ön<span class="_ _6"></span>emli<span class="_ _9"></span> <span class="ff2">faydası sınıfın elemanların<span class="_ _0"></span>ın genel yapısı </span></span></div><div class="t m0 x10 h3 yb90 ff2 fs0 fc2 sc0 ls0 ws0">değiştirildiğinde, sınıftan h<span class="_ _0"></span>izmet alan kodların b<span class="_ _0"></span>undan etkilenmesinin engellenm<span class="_ _0"></span>esidir. Yani sınıfın <span class="_ _3"></span><span class="ff9">pu<span class="_ _9"></span>bli<span class="_ _9"></span>c </span></div><div class="t m0 x10 h3 y6e ff2 fs0 fc2 sc0 ls0 ws0">arayüzüne b<span class="_ _0"></span>ağlı kalmak koşuluyla sınıfın <span class="_ _0"></span><span class="ff9">private </span>kısmınd<span class="_ _0"></span>a yapılacak değişmeler sonu<span class="_ _0"></span>cunda, sınıftan hizmet alan<span class="_ _0"></span> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf89" class="pf w0 h0" data-page-no="89"><div class="pc pc89 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">137</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">kodlarda bir d<span class="_ _0"></span>eğişiklik yapılması gerekmez. Aslınd<span class="_ _0"></span>a yapılan iş, sınıfın aray<span class="_ _0"></span>üzüyle <span class="_ _0"></span><span class="ff9">(interface</span>) sınıfın kendi </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">kodlarının <span class="ff9">(imp<span class="_ _0"></span>lementation) </span>birbirinden a<span class="_ _0"></span>yrılması olarak tanımlanabilir. Sınıfın a<span class="_ _0"></span>rayüzünde b<span class="_ _0"></span>ir değişiklik </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">yapmadan sınıfın kend<span class="_ _0"></span>i kodlarını değiştirmek <span class="_ _0"></span>sınıfı kullanan kod<span class="_ _0"></span>lard<span class="_ _0"></span>a bir değişiklik yapılmasını engeller. Büyük </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">projeler söz konu oldu<span class="_ _0"></span>ğunda kodlarda b<span class="_ _0"></span>ir değişiklik yapılmasının maliyeti çok a<span class="_ _0"></span>zaltılmış olur. Aşağıdaki <span class="_ _3"></span><span class="ff9">Date </span></div><div class="t m0 x10 h3 y1f4 ff2 fs0 fc2 sc0 ls0 ws0">sınıfının kodlarını ve onu ku<span class="_ _0"></span>llanan örnek b<span class="_ _0"></span>ir kodu<span class="ff1"> inceleyin: </span></div><div class="t m0 x1 h3 y634 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yb91 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 y78d ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;ctime&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 ydf ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x1c h11 y9b5 ff8 fs0 fc2 sc0 ls13 ws0">Date::Date()<span class="ls0"> </span></div><div class="t m0 x1c h11 y5c1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y581 ff8 fs0 fc2 sc0 ls13 ws0">time_t timer = time(0);;<span class="ls0"> </span></div><div class="t m0 x13 h11 y8f9 ff8 fs0 fc2 sc0 ls13 ws0">tm *tptr = localtime(&amp;timer);<span class="ls0"> </span></div><div class="t m0 x13 h11 yb92 ff8 fs0 fc2 sc0 ls13 ws0">day = tptr <span class="ls0">-</span>&gt; tm_mday; </div><div class="t m0 x13 h11 y304 ff8 fs0 fc2 sc0 ls13 ws0">month = tptr <span class="ls0">-</span>&gt; tm_mon +<span class="ls0"> <span class="ls1e">1;</span> </span></div><div class="t m0 x13 h11 yb93 ff8 fs0 fc2 sc0 ls13 ws0">year = tptr <span class="ls0">-</span>&gt; tm_year + 1900;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1ff ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y4af ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y2d1 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y857 ff8 fs0 fc2 sc0 ls13 ws0">Date::Date(int d, int m, int y)<span class="ls0"> </span></div><div class="t m0 x1c h11 y5e0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y86a ff8 fs0 fc2 sc0 ls13 ws0">set(d, m, y);<span class="ls0"> </span></div><div class="t m0 x1c h11 y9cc ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y1cb ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yb94 ff8 fs0 fc2 sc0 ls13 ws0">void Date::display()<span class="ls0"> </span></div><div class="t m0 x1c h11 y246 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yb95 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; day &lt;&lt; &quot; &quot; &lt;&lt; month &lt;&lt; &quot; &quot; &lt;&lt; year;<span class="ls0"> </span></div><div class="t m0 x1c h11 yb96 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yb97 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yb98 ff8 fs0 fc2 sc0 ls13 ws0">int Date::get_day()<span class="ls0"> </span></div><div class="t m0 x1c h11 y6a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yd5 ff8 fs0 fc2 sc0 ls13 ws0">return day;<span class="ls0"> </span></div><div class="t m0 x1c h11 y871 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yb99 ff8 fs14 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf8a" class="pf w0 h0" data-page-no="8a"><div class="pc pc8a w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">138</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">int Date::get_month()<span class="ls0"> </span></div><div class="t m0 x1c h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1f3 ff8 fs0 fc2 sc0 ls13 ws0">return month;<span class="ls0"> </span></div><div class="t m0 x1c h11 y74b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y634 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yaf8 ff8 fs0 fc2 sc0 ls13 ws0">int Date::get_year()<span class="ls0"> </span></div><div class="t m0 x1c h11 yb9a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y78f ff8 fs0 fc2 sc0 ls13 ws0">return year;<span class="ls0"> </span></div><div class="t m0 x1c h11 y959 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y599 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yb9b ff8 fs0 fc2 sc0 ls13 ws0">void Date::set(int d, int m, int y)<span class="ls0"> </span></div><div class="t m0 x1c h11 y778 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yb9c ff8 fs0 fc2 sc0 ls13 ws0">day = d; </div><div class="t m0 x13 h11 y895 ff8 fs0 fc2 sc0 ls13 ws0">month = m; </div><div class="t m0 x13 h11 y7c4 ff8 fs0 fc2 sc0 ls13 ws0">year = y;<span class="ls0"> </span></div><div class="t m0 x1c h11 yc5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y3f0 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yb9d ff8 fs0 fc2 sc0 ls13 ws0">void Date::set_day(int d)<span class="ls0"> </span></div><div class="t m0 x1c h11 ya6f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ya9 ff8 fs0 fc2 sc0 ls13 ws0">day = d;<span class="ls0"> </span></div><div class="t m0 x1c h11 y55c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yb9e ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yab ff8 fs0 fc2 sc0 ls13 ws0">void Date::set_month(int m)<span class="ls0"> </span></div><div class="t m0 x1c h11 y89b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y3c3 ff8 fs0 fc2 sc0 ls13 ws0">month = m;<span class="ls0"> </span></div><div class="t m0 x1c h11 yb9f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y207 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y976 ff8 fs0 fc2 sc0 ls13 ws0">void Date::set_year(int y)<span class="ls0"> </span></div><div class="t m0 x1c h11 yba0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y18e ff8 fs0 fc2 sc0 ls13 ws0">year = y;<span class="ls0"> </span></div><div class="t m0 x1c he y6a ff7 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h6b yb11 ff7 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y191 ff1 fs0 fc2 sc0 ls0 ws0">Bu örnekteki <span class="ff9 ls14">day</span><span class="ls17">, </span><span class="ff9">month<span class="_ _0"></span> </span>ve <span class="ff9">year <span class="ff2">elemanlarının sınıfın <span class="_ _0"></span></span>public <span class="_ _0"></span><span class="ff2">bölümünde bildirilmiş olduğ<span class="_ _0"></span>unu </span></span></div><div class="t m0 x10 h3 y114 ff1 fs0 fc2 sc0 ls0 ws0">görüyorsunuz. <span class="_ _0"></span><span class="ff9 ls14">day</span><span class="ls17">, </span><span class="ff9">month </span>ve <span class="ff9">year <span class="ff2">elemanlarına eri<span class="_ _0"></span>şmek için üye işlevleri kullanmay<span class="_ _0"></span>a gerek yok, değil </span></span></div><div class="t m0 x10 h3 yba1 ff2 fs0 fc2 sc0 ls0 ws0">mi? Erişim doğrudan gerç<span class="_ _0"></span>ekleştirilebilir. Şimdi erişimin d<span class="_ _0"></span>oğrudan y<span class="_ _0"></span>apıldığı bir kod örneği verelim:<span class="_ _3"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf8b" class="pf w0 h0" data-page-no="8b"><div class="pc pc8b w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">139</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 yba2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y43c ff8 fs0 fc2 sc0 ls13 ws0">Date date; </div><div class="t m0 x2 h11 yb82 ff8 fs0 fc2 sc0 ls13 ws0">int d, m, y;<span class="ls0"> </span></div><div class="t m0 x1 h12 yba3 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y91c ff8 fs0 fc2 sc0 ls13 ws0">d = (date.day &gt; 15) ? date.day <span class="ffc ls0">–</span>1 : date.day + 1;<span class="ls0"> </span></div><div class="t m0 x2 h11 y568 ff8 fs0 fc2 sc0 ls13 ws0">m = (date.month &gt; 6) ? date.month <span class="ffc ls0">–<span class="ff8"> </span></span>1 : date.month + 1; </div><div class="t m0 x2 h11 yba4 ff8 fs0 fc2 sc0 ls13 ws0">date.set_date (d, m, y);<span class="ls0"> </span></div><div class="t m0 x2 h11 y861 ffc fs0 fc2 sc0 ls13 ws0">// … </div><div class="t m0 x2 h11 y862 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 yba5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 yba6 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y56c ff1 fs0 fc2 sc0 ls0 ws0">Burada da <span class="_ _0"></span><span class="ff9">Date <span class="ff2">sınıfı türünden bir nesne tan<span class="_ _0"></span>ımlanmış. </span>Date<span class="_ _0"></span> <span class="ff2">sınıf nesnesin<span class="_ _0"></span>in elemanlarına sınıfın kuru<span class="_ _0"></span>cu işlevi </span></span></div><div class="t m0 x10 h3 y56d ff2 fs0 fc2 sc0 ls0 ws0">tarafından o a<span class="_ _0"></span>nki tarih bilgisi yerleştirilir. Daha <span class="_ _0"></span>sonra bu tarih b<span class="_ _0"></span>ilgisinin gün ve ay değerlerine bak<span class="_ _0"></span>ılmış ve </div><div class="t m0 x10 h3 y121 ff2 fs0 fc2 sc0 ls0 ws0">duruma göre bu d<span class="_ _0"></span>eğerler bir artırılmış ya da <span class="_ _0"></span>azaltılmış. Sonra da <span class="_ _0"></span>elde edilen değerin yeniden sınıfın <span class="_ _0"></span>veri </div><div class="t m0 x10 h3 y33f ff2 fs0 fc2 sc0 ls0 ws0">elemanlarına <span class="ff9">set_date<span class="_ _0"></span> </span>üye işlevi ile yerleştirildi<span class="_ _0"></span>ğini görüyorsu<span class="_ _0"></span>nuz. Buradak<span class="_ _0"></span>i kodu çok anlamlı bulmayabilirsiniz<span class="_ _0"></span>; </div><div class="t m0 x10 h3 y710 ff2 fs0 fc2 sc0 ls0 ws0">Örnek yalnızca sınıfı kullan<span class="_ _0"></span>an koda örn<span class="_ _0"></span>ek olarak verildi. Tabii siz sınıfı kullan<span class="_ _0"></span>an kodun yaln<span class="_ _0"></span>ızca <span class="_ _0"></span><span class="ff9">main </span>oldu<span class="_ _0"></span>ğunu </div><div class="t m0 x10 h3 y7fe ff2 fs0 fc2 sc0 ls0 ws0">düşünmemelisiniz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y799 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın elemanlarını <span class="ff9">pri<span class="_ _0"></span>vate </span>bölüme yerl<span class="_ _0"></span>eştirip onlara üye işlevler yolu<span class="_ _0"></span>yla<span class="ff1"> <span class="_ _0"></span></span>erişilmesinin bir faydası olabilir mi<span class="_ _0"></span>? </div><div class="t m0 x10 h3 yba7 ff2 fs0 fc2 sc0 ls0 ws0">Şimdi buna da <span class="_ _0"></span>bir örnek verelim: Yukarıdaki <span class="_ _0"></span><span class="ff9">Date </span>sınıfının ve<span class="_ _0"></span>ri elemanlarının genel yap<span class="_ _0"></span>ısının değiştirildiğini </div><div class="t m0 x10 h3 yba8 ff2 fs0 fc2 sc0 ls0 ws0">düşünelim. Örneğin artık<span class="_ _0"></span> tarih bilgisinin int türd<span class="_ _0"></span>en <span class="_ _0"></span><span class="ff9 ls14">day<span class="ff1 ls17">, </span><span class="ls0">month year </span></span>veri elemanlarında <span class="_ _0"></span>değil <span class="ff9">&quot;dd/mm/yyyy<span class="ls2f">&quot; </span></span></div><div class="t m0 x10 h3 y23f ff1 fs0 fc2 sc0 ls0 ws0">biçiminde <span class="ff9 ls4">11 </span><span class="ff2">eleman<span class="_ _0"></span>lı <span class="ff9">char </span>türden b<span class="_ _0"></span>ir dizi içinde tutulmasına ka<span class="_ _0"></span>rar verilmiş olsun. Bu duru<span class="_ _0"></span>mda sınıfın </span></div><div class="t m0 x10 h3 yba9 ff2 fs0 fc2 sc0 ls0 ws0">elemanlarını doğrudan<span class="_ _0"></span> kullanan kodu<span class="_ _0"></span>n bir geçerliliği kalacak mı? Hayır! Örn<span class="_ _0"></span>eğin,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y3f5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y225 ff8 fs0 fc2 sc0 ls13 ws0">d = (x.day &gt; 15) ? x.day <span class="ffc ls0">–</span>1 : x.day + 1;<span class="ls0"> </span></div><div class="t m0 x10 h11 y205 ff8 fs0 fc2 sc0 ls13 ws0">m = (x.month &gt; 6) ? x.month <span class="ffc ls0">–<span class="ff8"> </span></span>1 : x.month + 1;<span class="ls0"> </span></div><div class="t m0 x1 h22 ybaa ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1cd ff2 fs0 fc2 sc0 ls0 ws0">Artık <span class="ff9">Date </span>sınıfının <span class="ff9">d<span class="_ _0"></span>ay <span class="ff1">ve </span>month<span class="_ _0"></span> </span>içiminde bir elemanı olma<span class="_ _0"></span>dığına göre bu kodlar <span class="_ _0"></span>da geçersiz hale gelir. O halde </div><div class="t m0 x10 h3 y1ce ff2 fs0 fc2 sc0 ls0 ws0">sınıfı kullanan bütü<span class="_ _0"></span>n kodlar yeniden yaz<span class="_ _0"></span>ılmalıdır. İşte eğer bu elemanlar <span class="_ _0"></span>sınıfın <span class="_ _0"></span><span class="ff9">public <span class="ff1">b<span class="_ _0"></span>ölümüne </span></span></div><div class="t m0 x10 h3 ya83 ff2 fs0 fc2 sc0 ls0 ws0">yerleştirmeseydi o zaman<span class="_ _0"></span> bu elemanlara d<span class="_ _0"></span>oğrudan erişilmeyecekti. Onlara<span class="_ _0"></span> erişmek için z<span class="_ _0"></span>orunlu olarak sınıfın </div><div class="t m0 x10 h3 ya84 ff9 fs0 fc2 sc0 ls0 ws0">public <span class="ff2">üy<span class="_ _0"></span>e işlevleri kullanılacaktı. Örneğin, sınıfın <span class="_ _0"></span></span><span class="ls14">day<span class="ff1 ls17">, </span></span>month<span class="ff1 ls17">, </span>yea<span class="_ _0"></span>r <span class="ff2">elemanları sınıfın </span>priva<span class="_ _0"></span>te <span class="ff1">bölü<span class="_ _0"></span>münde </span></div><div class="t m0 x10 h3 yba0 ff2 fs0 fc2 sc0 ls0 ws0">olsaydı, kullanıcı ko<span class="_ _0"></span>dlar da şöyle yazılmış olurdu<span class="_ _0"></span>:<span class="ff1"> </span></div><div class="t m0 x1 hd y49d ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybab ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yae3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ybac ff8 fs0 fc2 sc0 ls13 ws0">Date x;<span class="ls0"> </span></div><div class="t m0 x12 h11 ybad ff8 fs0 fc2 sc0 ls13 ws0">int d, m, y;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf8c" class="pf w0 h0" data-page-no="8c"><div class="pc pc8c w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">140</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 y43a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y43b ff8 fs0 fc2 sc0 ls13 ws0">d = (x.get_day() &gt; 15) ? x.get_day() <span class="ffc ls0">–</span>1 : x.get_day() + 1;<span class="ls0"> </span></div><div class="t m0 x12 h11 ybae ff8 fs0 fc2 sc0 ls13 ws0">m = (x.get_month() &gt; 6) ? x.get_month() <span class="ffc ls0">–<span class="ff8"> </span></span>1 : x.get_month() + 1; </div><div class="t m0 x12 h11 y397 ff8 fs0 fc2 sc0 ls13 ws0">x.set_day(d, m, y);<span class="ls0"> </span></div><div class="t m0 x1 h11 ybaf ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 ybb0 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1b9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y75f ff2 fs0 fc2 sc0 ls0 ws0">Şimdi sınıfın veri yapısı deği<span class="_ _0"></span>ştirildiğinde sınıfı kullan<span class="_ _0"></span>an kodların yeniden<span class="_ _0"></span><span class="ff1"> dü<span class="_ _0"></span>zenlenmesine gerek kalmaz. <span class="_ _0"></span>Tek </span></div><div class="t m0 x10 h3 ybb1 ff2 fs0 fc2 sc0 ls0 ws0">yapılacak şey, üye işlevlerin y<span class="_ _0"></span>eni veri yapısına uy<span class="_ _0"></span>gun olarak yeniden yaz<span class="_ _0"></span>ılmalarıdır. Örneğin, tarih b<span class="_ _0"></span>ilgisi </div><div class="t m0 x10 h3 yb3e ff2 fs0 fc2 sc0 ls0 ws0">karakter dizisi biçiminde tutul<span class="_ _0"></span>acak olduğun<span class="_ _0"></span>da sınıfın üye işlevleri aşağıdaki gibi d<span class="_ _0"></span>eğiştirilirse, sınıfı kullana<span class="_ _3"></span><span class="ff1 ls8">n </span></div><div class="t m0 x10 h3 y1bc ff2 fs0 fc2 sc0 ls0 ws0">kodların hiç b<span class="_ _0"></span>iri değiştirilmek zorund<span class="_ _0"></span>a kalmaz:<span class="ff1"> </span></div><div class="t m0 x10 h11 yaeb ff8 fs0 fc2 sc0 ls13 ws0">class Date { </div><div class="t m0 x10 h11 ybb2 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y4f6 ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x10 h11 yac1 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x2 h11 y5f6 ff8 fs0 fc2 sc0 ls13 ws0">char date[11];<span class="ls0"> </span></div><div class="t m0 x10 h11 y7d9 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h11 ybb3 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x10 h11 ya93 ff8 fs0 fc2 sc0 ls13 ws0">Date::Date()<span class="ls0"> </span></div><div class="t m0 x10 h11 y8c2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ybb4 ff8 fs0 fc2 sc0 ls13 ws0">time_t timer = time(NULL);<span class="ls0"> </span></div><div class="t m0 x2 h11 ybb5 ff8 fs0 fc2 sc0 ls13 ws0">struct tm *tptr = localtime(&amp;timer);<span class="ls0"> </span></div><div class="t m0 x2 h11 ybb6 ff8 fs0 fc2 sc0 ls13 ws0">sprintf(date, &quot;%02d/%02d/%04d&quot;, tptr<span class="ls0">-</span>&gt;tm_mday, tptr<span class="ls0">-</span>&gt;tm_mon + 1, tptr<span class="ls0">- </span></div><div class="t m0 x10 h11 y44c ff8 fs0 fc2 sc0 ls13 ws0">&gt;tm_year + 1900);<span class="ls0"> </span></div><div class="t m0 x10 h11 y12b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y29d ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y65a ff8 fs0 fc2 sc0 ls13 ws0">Date::Date(int d, int m, int y)<span class="ls0"> </span></div><div class="t m0 x10 h11 ybb7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y500 ff8 fs0 fc2 sc0 ls13 ws0">sprintf(date, &quot;%02d/%02d/%04d&quot;, d, m, y);<span class="ls0"> </span></div><div class="t m0 x10 h11 ybb8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ybb9 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1b0 ff8 fs0 fc2 sc0 ls13 ws0">void Date::display()<span class="ls0"> </span></div><div class="t m0 x10 h11 ybba ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y85d ff8 fs0 fc2 sc0 ls13 ws0">puts(date);<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf8d" class="pf w0 h0" data-page-no="8d"><div class="pc pc8d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 y5 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">141</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y956 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y489 ff8 fs0 fc2 sc0 ls13 ws0">int Date::get_day()<span class="ls0"> </span></div><div class="t m0 x10 h11 ya36 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ybbb ff8 fs0 fc2 sc0 ls13 ws0">return atoi(date);<span class="ls0"> </span></div><div class="t m0 x10 h11 y458 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y2a9 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ybbc ff8 fs0 fc2 sc0 ls13 ws0">int Date::get_month()<span class="ls0"> </span></div><div class="t m0 x10 h11 y7c0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yaac ff8 fs0 fc2 sc0 ls13 ws0">return atoi(date + 3);<span class="ls0"> </span></div><div class="t m0 x10 h11 ybbd ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y355 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ybbe ff8 fs0 fc2 sc0 ls13 ws0">int Date::get_year()<span class="ls0"> </span></div><div class="t m0 x10 h11 ybbf ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y493 ff8 fs0 fc2 sc0 ls13 ws0">return atoi(date + 6);<span class="ls0"> </span></div><div class="t m0 x10 h11 y620 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y798 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ybc0 ff8 fs0 fc2 sc0 ls13 ws0">void Date::set_date(int d, int m, int y)<span class="ls0"> </span></div><div class="t m0 x10 h11 ybc1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ybc2 ff8 fs0 fc2 sc0 ls13 ws0">day = d; </div><div class="t m0 x2 h11 ybc3 ff8 fs0 fc2 sc0 ls13 ws0">month = m; </div><div class="t m0 x2 h11 y77d ff8 fs0 fc2 sc0 ls13 ws0">year = y;<span class="ls0"> </span></div><div class="t m0 x10 h11 ybc4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ybc5 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ybc6 ff8 fs0 fc2 sc0 ls13 ws0">void Date::set_day(int d)<span class="ls0"> </span></div><div class="t m0 x10 h11 y66f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ybc7 ff8 fs0 fc2 sc0 ls13 ws0">sprintf(date, &quot;%02d&quot;, d);<span class="ls0"> </span></div><div class="t m0 x2 h11 y332 ff8 fs0 fc2 sc0 ls13 ws0">date[2] = &apos;/&apos;;<span class="ls0"> </span></div><div class="t m0 x10 h11 ybc8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 y14d ff8 fs0 fc2 sc0 ls13 ws0">void Date::set_month(int m)<span class="ls0"> </span></div><div class="t m0 x10 h11 ybc9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ybca ff8 fs0 fc2 sc0 ls13 ws0">sprintf(date + 3, &quot;%02d&quot;, d); </div><div class="t m0 x2 h11 y6f2 ff8 fs0 fc2 sc0 ls13 ws0">date[5] = &apos;/&apos;;<span class="ls0"> </span></div><div class="t m0 x10 h11 ybcb ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf8e" class="pf w0 h0" data-page-no="8e"><div class="pc pc8e w0 h0"><img class="bi xb ybcc w6 h6c" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">142</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ybcf ff8 fs0 fc2 sc0 ls13 ws0">void Date::set_year(int y)<span class="ls0"> </span></div><div class="t m0 x10 h11 ybd0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y46c ff8 fs0 fc2 sc0 ls13 ws0">sprintf(date + 5, &quot;%02d&quot;, d); </div><div class="t m0 x2 h11 ybd1 ff8 fs0 fc2 sc0 ls13 ws0">date[5] = &apos;/&apos;;<span class="ls0"> </span></div><div class="t m0 x10 h11 ybd2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ybd3 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y7fc ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y9e1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ybd4 ff8 fs0 fc2 sc0 ls13 ws0">Date date; </div><div class="t m0 x2 h11 ybd5 ff8 fs0 fc2 sc0 ls13 ws0">int d, m, y;<span class="ls0"> </span></div><div class="t m0 x2 h11 ybd6 ff8 fs0 fc2 sc0 ls13 ws0">d = (date.get_day() &gt; 15) ? date.get_day() <span class="ls0">-</span>1 : date.get_day() + 1;<span class="ls0"> </span></div><div class="t m0 x2 h11 yac0 ff8 fs0 fc2 sc0 ls13 ws0">m = (date.get_month() &gt; 6) ? date.get_month() <span class="ls0">- </span>1 : date.get_month() +<span class="ls0"> </span></div><div class="t m0 x10 h11 y2e8 ff8 fs0 fc2 sc0 ls13 ws0">1;<span class="ls0"> </span></div><div class="t m0 x2 h11 ybd7 ff8 fs0 fc2 sc0 ls13 ws0">date.set_day(d, m, y);<span class="ls0"> </span></div><div class="t m0 x1 h12 y83d ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 ybd8 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 ybd9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 ybda ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya9f ff2 fs0 fc2 sc0 ls0 ws0">Gelin sonucu özetleyeli<span class="_ _0"></span>m: Sınıfın içsel yapısı değiştirildiğ<span class="_ _0"></span>inde sınıfı kullanan ko<span class="_ _0"></span>dların bu değişimden </div><div class="t m0 x10 h3 ybdb ff2 fs0 fc2 sc0 ls0 ws0">etkilenmesi istenmiyorsa, s<span class="_ _0"></span>ınıfın elemanları <span class="ff9">p<span class="_ _0"></span>rivate <span class="ff1">bölü<span class="_ _0"></span>me </span></span>yerleştirilmeli ve erişimler üy<span class="_ _0"></span>e işlevlerle </div><div class="t m0 x10 h3 yb16 ff2 fs0 fc2 sc0 ls0 ws0">yapılmalıdır. Böylece sınıfın<span class="_ _0"></span> veri yapısı değiştirildiğinde yaln<span class="_ _0"></span>ızca üye işlevleri yenid<span class="_ _0"></span>en yazmak yeterli olur.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 ybdc ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y3f8 ff2 fs6 fc2 sc0 ls0 ws0">D<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _b"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y5b9 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">işleciyle yalnızca <span class="ff10">C<span class="_ _0"></span>+‟ </span>ın doğal veri türl<span class="_ _0"></span>eri için değil, sınıflar ve <span class="_ _0"></span>yapılar için de d<span class="_ _0"></span>inamik nesneler yarat<span class="_ _0"></span>ılabilir: </span></div><div class="t m0 x10 h3 y5ba ff2 fs0 fc2 sc0 ls0 ws0">Örneğin:<span class="ff1"> </span></div><div class="t m0 x1 h3 y8f0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybdd ff8 fs0 fc2 sc0 ls13 ws0">class Date { </div><div class="t m0 x11 h11 ybde ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ybdf ff8 fs0 fc2 sc0 ls13 ws0">Date();<span class="ls0"> </span></div><div class="t m0 x13 h11 ybe0 ff8 fs0 fc2 sc0 ls13 ws0">Date (int, int, int);<span class="ls0"> </span></div><div class="t m0 x13 h11 yb38 ffc fs0 fc2 sc0 ls13 ws0">// Diğer üye işlevler </div><div class="t m0 x11 h11 ybe1 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 ybe2 ff8 fs0 fc2 sc0 ls13 ws0">int day, month, year;<span class="ls0"> </span></div><div class="t m0 x11 h11 ybe3 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf8f" class="pf w0 h0" data-page-no="8f"><div class="pc pc8f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">143</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 y43a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y789 ff8 fs0 fc2 sc0 ls13 ws0">Date *p = new Date;<span class="ls0"> </span></div><div class="t m0 x1 h14 y2c6 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2b ff1 fs0 fc2 sc0 ls0 ws0">deyimiyle <span class="ff9">sizeof(Date) <span class="_ _0"></span><span class="ff2">uzunluğunda <span class="_ _0"></span>dinamik bir blok elde ediliy<span class="_ _0"></span>or. El<span class="_ _0"></span>de edilen dinamik bloğun<span class="_ _0"></span> başlangıç </span></span></div><div class="t m0 x10 h3 y9e0 ff1 fs0 fc2 sc0 ls0 ws0">adresi <span class="ff9 ls14">p </span><span class="ff2">gösterici değişkenin<span class="_ _0"></span>e atanıyor. Böy<span class="_ _0"></span>lelikle <span class="ff9 ls14">p </span>gösterici d<span class="_ _0"></span>eğişkeni <span class="ff9">Date </span></span>nesne<span class="_ _0"></span>sini gösteriyor. </div><div class="t m0 x1 hd ybe4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybe5 ff2 fs0 fc2 sc0 ls0 ws0">Artık <span class="ff9 ls14">p </span>gösterici değişkeni ok <span class="_ _0"></span>işleci ile kullanılarak üye işlevler çağrılab<span class="_ _0"></span>ilir. Örneğin,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ybe6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb1f ff8 fs0 fc2 sc0 ls0 ws0">p-<span class="ls13">&gt;display();</span> </div><div class="t m0 x1 h15 y32 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8b4 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir işlemde <span class="ff9">display </span>üy<span class="_ _0"></span>e işlevi <span class="ff9 ls14">p </span>göstericisinin için<span class="_ _0"></span>deki adreste bulun<span class="_ _0"></span>an yani din<span class="_ _0"></span>amik olarak elde edilmiş </div><div class="t m0 x10 h3 ybbe ff2 fs0 fc2 sc0 ls0 ws0">olan nesnenin elemanların<span class="_ _0"></span>ı kullanır.<span class="ff1"> </span></div><div class="t m0 x1 h3 ybe7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4c7 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın kurucu işlevi yaln<span class="_ _0"></span>ızca tanımlama yöntemiyle n<span class="_ _0"></span>esne yaratıldığında <span class="_ _0"></span>değil, dinamik olarak nesne </div><div class="t m0 x10 h3 yac3 ff2 fs0 fc2 sc0 ls0 ws0">yaratıldığında <span class="_ _0"></span>da çağrılır. Örneğin,<span class="ff1"> </span></div><div class="t m0 x1 hd ya28 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybe8 ff8 fs0 fc2 sc0 ls13 ws0">p =<span class="ls0"> </span>new<span class="ls0"> </span>Date;<span class="ls0"> <span class="_ _1f"> </span></span><span class="ffc">//Kurucu işlev</span><span class="ls0"> </span><span class="ffc">çağrılır</span><span class="ls0"> </span></div><div class="t m0 x1 h15 ybe9 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y523 ff2 fs0 fc2 sc0 ls0 ws0">işlemiyle <span class="ff9">Date </span>türün<span class="_ _0"></span>den dinamik bir nesne yarat<span class="_ _0"></span>ılıyor. Yaratılan b<span class="_ _0"></span>u dinamik nesne için de kuru<span class="_ _0"></span>cu işlev çağrılır. </div><div class="t m0 x10 h3 y4e4 ff2 fs0 fc2 sc0 ls0 ws0">Yani yukarıdaki işlemde sıra<span class="_ _0"></span>sıyla şunlar yapılır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 he ybea ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _1a"> </span><span class="ff9">sizeof(Date) <span class="ff2">uzun<span class="_ _0"></span>luğunda <span class="_ _0"></span></span>free store <span class="ff1">üzerinde dinamik b<span class="_ _0"></span>ir blok elde <span class="_ _6"></span>edilir. </span></span></span></div><div class="t m0 x10 he ybeb ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Eld<span class="_ _0"></span>e edilen dinamik blok için ku<span class="_ _0"></span>rucu işlev çağrılır. Çağrılan k<span class="_ _0"></span>urucu işleve <span class="_ _0"></span><span class="ff9">this <span class="ff1">göstericisi ol<span class="_ _0"></span>arak elde edilen </span></span></span></span></div><div class="t m0 x10 h3 y32f ff2 fs0 fc2 sc0 ls0 ws0">bloğun başlangıç ad<span class="_ _0"></span>resi<span class="ff1"> geçiril<span class="_ _0"></span>ir. </span></div><div class="t m0 x1 h3 y9cd ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yab5 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Yaratılan nesnenin ad<span class="_ _0"></span>resi <span class="ff9 ls14">p </span><span class="ff1">gösteric<span class="_ _0"></span>isine </span>atanır.<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 ybec ff2 fs0 fc2 sc0 ls0 ws0">Peki, dinamik olarak y<span class="_ _0"></span>aratılan sınıf nesneleri için han<span class="_ _0"></span>gi kurucu işlev çağrılır? İşte eğ<span class="_ _0"></span>er sınıf isminden sonra<span class="_ _0"></span> </div><div class="t m0 x10 h3 ybed ff2 fs0 fc2 sc0 ls0 ws0">ayraç açılıp parametre li<span class="_ _0"></span>stesi yazılmamışsa varsayılan k<span class="_ _0"></span>urucu işlevi (<span class="ff9">d<span class="_ _0"></span>efault constructor<span class="_ _0"></span></span>) çağrılır. Örnek </div><div class="t m0 x10 h3 y9bc ff1 fs0 fc2 sc0 ls0 ws0">verelim: </div><div class="t m0 x1 hd ybee ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ybc9 ff8 fs0 fc2 sc0 ls13 ws0">p = new Date;<span class="ls0"> </span></div><div class="t m0 x1 h15 y9fb ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybef ff1 fs0 fc2 sc0 ls0 ws0">bura<span class="ff2">da y<span class="_ _0"></span>aratılan alan için varsayılan varsayılan k<span class="_ _0"></span>urucu işlev çağrılır. Eğer sınıf i<span class="_ _0"></span>sminden sonra<span class="_ _0"></span> ayraç açılıp bir </span></div><div class="t m0 x10 h3 ybf0 ff2 fs0 fc2 sc0 ls0 ws0">parametre listesi yazılırsa, o z<span class="_ _0"></span>aman par<span class="_ _0"></span>ametre değişkeni listesine uygun o<span class="_ _0"></span>lan kurucu işlevi<span class="_ _0"></span> çağrılır. Örneğin:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd ybf1 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf90" class="pf w0 h0" data-page-no="90"><div class="pc pc90 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">144</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">p = new Date(2, 2, 1989);<span class="ls0"> </span></div><div class="t m0 x1 h15 y4d5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y212 ff1 fs0 fc2 sc0 ls0 ws0">gibi b<span class="ff2">ir yer ayırma işlemiyle p<span class="_ _0"></span>arametrik yapısı<span class="_ _0"></span></span> </div><div class="t m0 x1 h16 ybf2 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y877 ff8 fs0 fc2 sc0 ls13 ws0">Date(int, int, int);<span class="ls0"> </span></div><div class="t m0 x1 h15 y9d ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y407 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde olan kurucu<span class="_ _0"></span> işlev çağrılır. Peki aşağıda<span class="_ _0"></span>ki gibi bir yer ayırma işleminde <span class="_ _0"></span><span class="ff9">Per<span class="_ _0"></span>son </span></div><div class="t m0 x10 h3 y1bb ff2 fs0 fc2 sc0 ls0 ws0">sınıfının hangi kurucu<span class="_ _0"></span> işlevi çağrılır?<span class="ff1"> </span></div><div class="t m0 x1 h16 y6c5 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye2 ff8 fs0 fc2 sc0 ls13 ws0">p = new Person(&quot;Erdem Eker&quot;);<span class="ls0"> </span></div><div class="t m0 x1 h15 ybf3 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybf4 ff1 fs0 fc2 sc0 ls0 ws0">Dizgeler <span class="ff9">const ch<span class="_ _0"></span>ar </span>türden bir adres belirttikl<span class="_ _0"></span>erine göre, parametresi <span class="_ _0"></span><span class="ff9">char <span class="ff2">türd<span class="_ _0"></span>en gösterici olan k<span class="_ _0"></span>urucu işlev </span></span></div><div class="t m0 x10 h3 ybf5 ff2 fs0 fc2 sc0 ls0 ws0">çağrılır? Ayrıca, sınıf ismin<span class="_ _0"></span>den sonra ayraç içine birşey yaz<span class="_ _0"></span>ılmaması da geçerli b<span class="_ _0"></span>ir durumdur. Bu d<span class="_ _0"></span>urum, yaratılan </div><div class="t m0 x10 h3 y90e ff2 fs0 fc2 sc0 ls0 ws0">dinamik nesne için varsayılan<span class="_ _0"></span> kurucu işlevin çağ<span class="_ _0"></span>rılacağı anla<span class="_ _0"></span>mına gelir.<span class="ff1"> </span></div><div class="t m0 x1 h3 ybf6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3f1 ff8 fs0 fc2 sc0 ls13 ws0">p = new Date();<span class="ls0"> </span></div><div class="t m0 x1 h15 y6cd ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybf7 ff1 fs0 fc2 sc0 lse ws0">ile<span class="ls0"> </span></div><div class="t m0 x1 h3 y82e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3e ff8 fs0 fc2 sc0 ls13 ws0">p = new Date;<span class="ls0"> </span></div><div class="t m0 x1 h15 y1a7 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybf8 ff2 fs0 fc2 sc0 ls0 ws0">tamamen aynı anlamdad<span class="_ _0"></span>ır.<span class="ff1"> </span></div><div class="t m0 x1 hd y9ce ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb95 ff9 fs0 fc2 sc0 ls0 ws0">new[] <span class="ff2">işleci ile birden faz<span class="_ _0"></span>la dinamik nesne yaratılabilir. Örn<span class="_ _0"></span>eğin:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd yb80 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybf9 ff8 fs0 fc2 sc0 ls13 ws0">p = new Date[n];<span class="ls0"> </span></div><div class="t m0 x1 h15 y41c ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y88a ff1 fs0 fc2 sc0 ls0 ws0">burada <span class="ff9 ls14">n </span>tane <span class="ff9">Date<span class="_ _0"></span> <span class="ff2">türünden nesnenin sığab<span class="_ _0"></span>ileceği büyüklükte b<span class="_ _0"></span>ir bellek bloğu elde ediliyor. <span class="_ _0"></span>Elde edilen </span></span></div><div class="t m0 x10 h3 ybfa ff2 fs0 fc2 sc0 ls0 ws0">bloğun başlangıç ad<span class="_ _0"></span>resi <span class="ff9 ls14">p </span>gösterici değişkenin<span class="_ _0"></span>e atanıyor.<span class="ff1"> </span></div><div class="t m0 x10 h3 y88c ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf91" class="pf w0 h0" data-page-no="91"><div class="pc pc91 w0 h0"><img class="bi x1 ybfb w5 h6d" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">145</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x3e h16 ybfc ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x3f h6e y2a7 ff12 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x3f h6e ybfd ff12 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 xe h6e y5ff ff12 fsc fc2 sc0 ls0 ws0">n</div><div class="t m0 x4 h6f y251 ff7 fs18 fc2 sc0 ls0 ws0">T<span class="ls44">ex</span>t</div><div class="t m0 x2c h6e y5ff ff12 fsc fc2 sc0 ls0 ws0">* sizeo<span class="ls45">f(</span>Date)<span class="_ _9"></span> </div><div class="t m0 x10 h3 ybfe ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybff ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc00 ff2 fs0 fc2 sc0 ls0 ws0">Bu biçimde birden fazla <span class="_ _0"></span>sınıf nesne<span class="_ _0"></span>si için yer ayrıldığında her<span class="_ _0"></span> sınıf nesnesi için tek tek var<span class="_ _0"></span>sayılan kuru<span class="_ _0"></span>cu işlev </div><div class="t m0 x10 h3 yc01 ff2 fs0 fc2 sc0 ls0 ws0">çağrılır. Sınıf nesneleri için<span class="_ _0"></span> başka bir kuru<span class="_ _0"></span>cu işlevi çağırmanın yolu y<span class="_ _0"></span>oktur. Aşağıdaki gibi bir sözdizimin ge<span class="_ _0"></span>çerli </div><div class="t m0 x10 h3 yc02 ff2 fs0 fc2 sc0 ls0 ws0">olabileceğini düşünebilirsiniz<span class="_ _0"></span>:<span class="ff1"> </span></div><div class="t m0 x10 h11 y555 ff8 fs0 fc2 sc0 ls13 ws0">p = new Date[10](10, 10, 20);<span class="ls0"> </span></div><div class="t m0 x1 h15 y5c3 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc03 ff2 fs0 fc2 sc0 ls0 ws0">Ancak böyle bir sözd<span class="_ _0"></span>izim geçerli değildir!<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yc04 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc05 ff9 fs0 fc2 sc0 ls0 ws0">C++<span class="ff2">‟<span class="ff1">da dinamik b<span class="_ _0"></span>ellek yönetimi için neden <span class="_ _0"></span></span></span>malloc <span class="ff2">işlevi yer<span class="_ _0"></span>ine </span>new <span class="ff2">gibi bir işl<span class="_ _0"></span>ecin kullanıldığını şimdi belki d<span class="_ _0"></span>e </span></div><div class="t m0 x10 h3 yc06 ff2 fs0 fc2 sc0 ls0 ws0">daha iyi an<span class="_ _0"></span>layabilirsiniz. Dinamik yer elde etme işlemind<span class="_ _0"></span>en sonra derleyicinin kuru<span class="_ _0"></span>cu işl<span class="_ _0"></span>evi çağırabilm<span class="_ _0"></span>esi için, </div><div class="t m0 x10 h3 y66a ff2 fs0 fc2 sc0 ls0 ws0">yer ayırma işleminin hangi t<span class="_ _0"></span>ürden nesne için yapıldığının<span class="_ _0"></span> derleme zamanınd<span class="_ _0"></span>a bilinmesi gerekir. Eğer böyle b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 y66b ff2 fs0 fc2 sc0 ls0 ws0">anahtar sözcük <span class="_ _0"></span>olmasaydı, yer ayırma işlemleri yine <span class="_ _0"></span><span class="ff9">malloc<span class="_ _0"></span> </span>işleviyle yapılıyor olsaydı, <span class="_ _0"></span>derleyici bir sınıf nesne<span class="_ _0"></span>si </div><div class="t m0 x10 h3 yc07 ff1 fs0 fc2 sc0 ls0 ws0">için y<span class="ff2">er ayırma işlemi yapıldığı<span class="_ _0"></span>nı nasıl anlayab<span class="_ _0"></span>ilirdi?</span> </div><div class="t m0 x1 h3 yc08 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y204 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesi için dinamik o<span class="_ _0"></span>larak ayrılan<span class="_ _0"></span> bellek bloğu <span class="_ _0"></span><span class="ff9">delete </span>işleci ile <span class="ff9">free store <span class="_ _0"></span></span>alanına geri verilebilir. Bu </div><div class="t m0 x10 h3 y6fe ff2 fs0 fc2 sc0 ls0 ws0">durumda derleyici, din<span class="_ _0"></span>amik bellek alanını geri vermed<span class="_ _0"></span>en önce sınıfın sonlandırıcı i<span class="_ _0"></span>şlevi<span class="_ _0"></span><span class="ff1">ni <span class="ff9">(destruc<span class="_ _0"></span>tor) </span></span>çağırır. </div><div class="t m0 x10 h3 y21 ff2 fs0 fc2 sc0 ls0 ws0">Örneğin <span class="ff9">p, Date <span class="_ _0"></span><span class="ff1">türünden b<span class="_ _0"></span>ir adres olsun: </span></span></div><div class="t m0 x1 hd y264 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y974 ff8 fs0 fc2 sc0 ls13 ws0">delete<span class="ls0"> <span class="_ _d"> </span></span>p;<span class="ls0"> </span></div><div class="t m0 x1 h15 yc09 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc0a ff2 fs0 fc2 sc0 ls0 ws0">işlemiyle önce <span class="ff9 ls14">p </span>adresindeki n<span class="_ _0"></span>esne için sonlandırıcı iş<span class="_ _0"></span>levi çağrılır. Daha sonra<span class="_ _0"></span> bu nesne için ay<span class="_ _0"></span>rılmış olan </div><div class="t m0 x10 h3 y4b7 ff1 fs0 fc2 sc0 ls0 ws0">alan geri verilir. </div><div class="t m0 x10 h3 yc0b ff2 fs0 fc2 sc0 ls0 ws0">Eğer bir dizi sınıf nesnesi için <span class="_ _0"></span>dinamik olarak <span class="_ _0"></span>yer ay<span class="_ _0"></span>rılmışsa, derleyici tüm dinamik nesnel<span class="_ _0"></span>er için tek tek </div><div class="t m0 x10 h3 y49e ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı işlevleri çağırır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 yc0c ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y592 ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x11 h11 yc0d ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div></div><div class="c x40 yc0e wf h70"><div class="t m0 x41 h6e yc0f ff12 fsc fc2 sc0 ls0 ws0">ptr[0] </div></div><div class="c x40 yc10 wf h70"><div class="t m0 x41 h6e yc0f ff12 fsc fc2 sc0 ls0 ws0">ptr[1] </div></div><div class="c x40 yc11 wf h70"><div class="t m0 x41 h6e yc0f ff12 fsc fc2 sc0 ls0 ws0">ptr[2] </div></div><div class="c x40 yc12 wf h70"><div class="t m0 x25 h6e yc0f ff12 fsc fc2 sc0 ls46 ws0">...<span class="ls0"> </span></div></div><div class="c x40 yc13 wf h70"><div class="t m0 x3a h6e yc0f ff12 fsc fc2 sc0 ls0 ws0">ptr[n - <span class="ls47">1]</span> </div></div><div class="c x11 y43b wf h71"><div class="t m0 x42 h6e yc14 ff12 fsc fc2 sc0 ls0 ws0">ptr </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf92" class="pf w0 h0" data-page-no="92"><div class="pc pc92 w0 h0"><img class="bi xb yc15 w6 h72" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">146</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">A();<span class="ls0"> </span></div><div class="t m0 x12 h11 y2a6 ff8 fs0 fc2 sc0 ls13 ws0">~A();<span class="ls0"> </span></div><div class="t m0 x11 h11 y2a7 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yabe ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5ee ff8 fs0 fc2 sc0 ls13 ws0">A::A()<span class="ls0"> </span></div><div class="t m0 x11 h11 ya56 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yb29 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;A::A()&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc16 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ya3b ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y54 ff8 fs0 fc2 sc0 ls13 ws0">A::~A()<span class="ls0"> </span></div><div class="t m0 x11 h11 yc17 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yc18 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;A::~A()&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 yb09 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yc19 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y36e ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y4ae ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y3f1 ff8 fs0 fc2 sc0 ls13 ws0">A *pd = new A[5]; </div><div class="t m0 x12 h11 y8a7 ff8 fs0 fc2 sc0 ls13 ws0">delete[] pd;<span class="ls0"> </span></div><div class="t m0 x1 h11 yc1a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y42d ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y77d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y89 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7b4 ff2 fs0 fc2 sc0 ls0 ws0">Dinamik <span class="_ _3"></span>bir <span class="_ _3"></span>sınıf <span class="_ _3"></span>dizi<span class="_ _0"></span>si <span class="_ _3"></span>için <span class="_ _3"></span>ayrılan <span class="_ _b"></span>alanın <span class="_ _3"></span>boşaltılması <span class="_ _3"></span>du<span class="_ _0"></span>rumunda <span class="_ _b"></span><span class="ff9 ls48">[] <span class="_ _b"></span></span>unutulmamal<span class="_ _0"></span>ıdır. <span class="_ _3"></span>Eğer <span class="_ _3"></span><span class="ff9">[] <span class="_ _3"></span><span class="ff1">u<span class="_ _0"></span>nutulursa, </span></span></div><div class="t m0 x10 h3 yc1b ff2 fs0 fc2 sc0 ls0 ws0">sorunlu <span class="_ _11"> </span>durumlarla <span class="_ _11"> </span>karşılaşıla<span class="_ _0"></span>bilir. <span class="_ _f"></span>Bu <span class="_ _11"> </span>duru<span class="_ _0"></span>mu <span class="_ _11"> </span><span class="ff9">new <span class="_ _22"> </span><span class="ff1">ve <span class="_ _f"></span></span>delete<span class="_ _0"></span> <span class="_ _f"> </span></span>işleç <span class="_ _11"> </span>işle<span class="_ _0"></span>vlerinin <span class="_ _f"></span>ayrıntılı<span class="_ _0"></span> <span class="_ _11"> </span>olarak <span class="_ _11"> </span>anlatı<span class="_ _0"></span>ldığı </div><div class="t m0 x10 h3 ybaa ff2 fs0 fc2 sc0 ls0 ws0">bölümde ele alacağız.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd ya21 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yc1c ff2 fs6 fc2 sc0 ls0 ws0">D<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _b"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>A<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>ç<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _b"></span>r<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y4ce ff2 fs0 fc2 sc0 ls0 ws0">Bildiğimiz gibi, kurucu<span class="_ _0"></span> işlevler nesne yaratıldığında, son<span class="_ _0"></span>landırıcı işlevler ise nesne bell<span class="_ _0"></span>ekten boşaltılacağı </div><div class="t m0 x10 h3 yc1d ff2 fs0 fc2 sc0 ls0 ws0">zaman çağrılır. Bu duru<span class="_ _0"></span>mda yerel sınıf nesnelerinin<span class="_ _0"></span> yaratılması ve<span class="_ _0"></span><span class="ff1"> bell</span>ekten boşaltıl<span class="_ _0"></span>ması tanımlama n<span class="_ _0"></span>oktasına </div><div class="t m0 x10 h3 yc1e ff2 fs0 fc2 sc0 ls0 ws0">bağlıdır. Bir sınıf nesnesinin is<span class="_ _0"></span>tenilen bir noktad<span class="_ _0"></span>a yaratılmasını ve istenilen bir noktad<span class="_ _0"></span>a yok edilmesi ancak </div><div class="t m0 x10 h3 yc1f ff2 fs0 fc2 sc0 ls0 ws0">dinamik bellek yönetimiyle sa<span class="_ _0"></span>ğlanabilir. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h5e yc20 ff1 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yc21 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yc22 ff8 fs0 fc2 sc0 ls13 ws0">p = new X;<span class="ls0"> </span></div><div class="t m0 x10 h11 yc23 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf93" class="pf w0 h0" data-page-no="93"><div class="pc pc93 w0 h0"><img class="bi xb yc24 w6 h73" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">147</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h30 yc25 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y488 ff8 fs0 fc2 sc0 ls13 ws0">delete p;<span class="ls0"> </span></div><div class="t m0 x1 h17 y195 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2c7 ff2 fs0 fc2 sc0 ls0 ws0">Nesnelerin yaratılıp <span class="_ _0"></span>boşaltılma yerlerine bakın. N<span class="_ _0"></span>esne yerel olarak y<span class="_ _0"></span>aratılsaydı bu blok yapısıyla böy<span class="_ _0"></span>le bir </div><div class="t m0 x10 h3 y405 ff2 fs0 fc2 sc0 ls0 ws0">sonucu elde edilebilir miydi<span class="_ _0"></span>? Bir sınıfın bir üye işlevi içinde <span class="_ _0"></span>başka bir sınıf nesnesinin yar<span class="_ _0"></span>atılması ve başka bir </div><div class="t m0 x10 h3 yc26 ff2 fs0 fc2 sc0 ls0 ws0">üye işlev içinde de yok edil<span class="_ _0"></span>mesi durumlarına sıklıkl<span class="_ _0"></span>a rastlanır. <span class="_ _0"></span>Örneğin:<span class="ff1"> </span></div><div class="t m0 x1 h3 yc27 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8ba ff8 fs0 fc2 sc0 ls13 ws0">void Wnd::initialize()<span class="ls0"> </span></div><div class="t m0 x11 h11 y423 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yc28 ff8 fs0 fc2 sc0 ls13 ws0">pScr = new Scr;<span class="ls0"> </span></div><div class="t m0 x12 h11 yc29 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 yc2a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y442 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc2b ff8 fs0 fc2 sc0 ls13 ws0">void Wnd::close()<span class="ls0"> </span></div><div class="t m0 x11 h11 yc2c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y3a2 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 yc2d ff8 fs0 fc2 sc0 ls13 ws0">delete pScr;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc2e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a yc2f ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1e3 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">Sc<span class="_ _0"></span>r <span class="ff2">sınıfı türünden nesne </span>Wn<span class="_ _0"></span>d <span class="ff2">sınıfının </span>initialize <span class="ff2">ü<span class="_ _0"></span>ye işlevi içinde dinamik olara<span class="_ _0"></span>k yaratılıyor, <span class="_ _0"></span></span>close </span>ü<span class="_ _0"></span>ye </div><div class="t m0 x10 h3 yc30 ff2 fs0 fc2 sc0 ls0 ws0">işlevi içinde yok ediliyor.<span class="_ _0"></span><span class="ff1"> </span>Bu işlem ancak n<span class="_ _0"></span>esnenin dinamik olara<span class="_ _0"></span>k yaratılmasıyla gerçekleşti<span class="_ _0"></span>rilebilir. Bu </div><div class="t m0 x10 h3 y8c4 ff2 fs0 fc2 sc0 ls0 ws0">örneklerden de görüldüğü<span class="_ _0"></span> gibi nesnenin dinamik olarak <span class="_ _0"></span>yaratılmasının asıl nedeni d<span class="_ _0"></span>inamik bellek kullanmak<span class="_ _0"></span> </div><div class="t m0 x10 h3 y67f ff2 fs0 fc2 sc0 ls0 ws0">değildir. Sınıfın kurucu işl<span class="_ _0"></span>evinin ve sınıfın sonlandırıcı i<span class="_ _0"></span>şlevin ist<span class="_ _0"></span>enilen yerlerde ça<span class="_ _0"></span>ğrılmasını sağlamaktır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 yc31 ff1 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _7"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _7"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _b"></span>r<span class="_ _3"></span> <span class="_ _7"></span><span class="ls49">ve<span class="ls0"> <span class="_ _7"></span>c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _7"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span><span class="ff1"> <span class="_ _7"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _b"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> </span></span></span></span></span></span></div><div class="t m0 x10 h3 y64 ff1 fs0 fc2 sc0 ls0 ws0">Öncelikle <span class="ff9">const <span class="ff2">anah<span class="_ _0"></span>tar sözcüğünün d<span class="_ _0"></span>aha önce öğrendiğimiz anlamlarını h<span class="_ _0"></span>atırlayalım: <span class="_ _0"></span></span>const <span class="_ _0"></span></span>anahtar </div><div class="t m0 x10 h3 yc32 ff2 fs0 fc2 sc0 ls0 ws0">sözcüğü bir değişkenin t<span class="_ _0"></span>anımlanmasında ku<span class="_ _0"></span>llanıldığında, tanımlanan d<span class="_ _0"></span>eğişkenin d<span class="_ _0"></span>eğerinin </div><div class="t m0 x10 h3 y4fd ff2 fs0 fc2 sc0 ls0 ws0">değiştirilemeyeceğini<span class="ff1"> <span class="_ _0"></span>gö<span class="_ _0"></span>steriyordu:<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y9ab ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yc33 ff8 fs0 fc2 sc0 ls13 ws0">const int x<span class="ls0"> = </span>5;<span class="ls0"> <span class="_ _14"> </span></span><span class="ffc">// x nesnesinin değeri <span class="ls30">değiştirilemez. </span></span></div><div class="t m0 x10 h11 yc34 ff8 fs0 fc2 sc0 ls0 ws0">x = <span class="ls13">10;</span> <span class="_ _5b"> </span><span class="ls13">//Geçersiz</span> </div><div class="t m0 x1 h15 y2a2 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc35 ff2 fs0 fc2 sc0 ls0 ws0">Değişkenin bir gösterici ol<span class="_ _0"></span>ması durumund<span class="_ _0"></span>a ise, <span class="ff9">co<span class="_ _0"></span>nst </span>anahtar sözcüğünü<span class="_ _0"></span>n verdiği anlam anah<span class="_ _0"></span>tar sözcüğün </div><div class="t m0 x10 h3 y591 ff2 fs0 fc2 sc0 ls0 ws0">kullanıldığı yere göre de<span class="_ _0"></span>ğişiyordu:<span class="ff1"> </span></div><div class="t m0 x1 h16 yc36 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yc37 ff8 fs0 fc2 sc0 ls13 ws0">int x = 5;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf94" class="pf w0 h0" data-page-no="94"><div class="pc pc94 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">148</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">const int *ptr = &amp;x;<span class="ls0"> </span></div><div class="t m0 x10 h11 y194 ff8 fs0 fc2 sc0 ls13 ws0">*ptr<span class="ls0"> = </span>1;<span class="ls0"> <span class="_ _45"> </span></span>//<span class="ls0"> </span>Geçersiz!<span class="ls0"> </span></div><div class="t m0 x1 h1c y97c ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y97d ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">ptr </span>gösterdiği yer <span class="_ _0"></span><span class="ff9">const </span>olan b<span class="_ _0"></span>ir gösterici değişkendir. <span class="_ _0"></span><span class="ff9">ptr </span>değişkenine <span class="_ _0"></span>başka bir adres </div><div class="t m0 x10 h3 y97e ff1 fs0 fc2 sc0 ls0 ws0">atanabilir ama <span class="_ _0"></span><span class="ff9">*ptr</span>, yani <span class="ff9">ptr<span class="ff2">‟nin<span class="_ _0"></span> gösterdiği nesne atama yo<span class="_ _0"></span>luyla <span class="_ _0"></span>değiştirilemez.</span></span> </div><div class="t m0 x1 hd yc38 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yc39 ff8 fs0 fc2 sc0 ls13 ws0">int x = 5, y = 10; </div><div class="t m0 x10 h11 yc3a ff8 fs0 fc2 sc0 ls13 ws0">int * const ptr =<span class="ls0"> <span class="ls16">&amp;x;</span> </span></div><div class="t m0 x10 h11 yad5 ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0"> = </span>&amp;y;<span class="ls0"> <span class="_ _45"> </span></span>//<span class="ls0"> </span>Geçersiz!<span class="ls0"> </span></div><div class="t m0 x1 h1c yc28 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yaeb ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">ptr <span class="ff1">kendisi </span>co<span class="_ _0"></span>nst <span class="ff1">olan bir göstericidir. <span class="_ _0"></span></span>ptr </span>göstericisinin gö<span class="_ _0"></span>sterdiği nesneye, y<span class="_ _0"></span>ani <span class="ff9">*ptr </span></div><div class="t m0 x10 h3 ya2 ff2 fs0 fc2 sc0 ls0 ws0">ifadesine atama yapılab<span class="_ _0"></span>ilir. Ancak <span class="ff9">p<span class="_ _0"></span>tr </span>nesnesine bir atama y<span class="_ _0"></span>apılamaz. Yani <span class="_ _0"></span><span class="ff9">ptr </span>göstericisinin<span class="_ _0"></span> bir başka nesneyi </div><div class="t m0 x10 h3 yc3b ff2 fs0 fc2 sc0 ls0 ws0">göstermesi sağlanamaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y4ab ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y274 ff8 fs0 fc2 sc0 ls13 ws0">int x = 5, y = 10;<span class="ls0"> </span></div><div class="t m0 x10 h11 y754 ff8 fs0 fc2 sc0 ls13 ws0">const int *const ptr = &amp;x;<span class="ls0"> </span></div><div class="t m0 x10 h11 y1c3 ff8 fs0 fc2 sc0 ls13 ws0">*ptr<span class="ls0"> = </span>1;<span class="ls0"> <span class="_ _5c"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x10 h11 y73e ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0"> = </span>&amp;y;<span class="ls0"> <span class="_ _5c"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x1 h1a yc3c ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y87 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte ise <span class="ff9">co<span class="_ _0"></span>nst </span>an<span class="_ _0"></span>ahtar sözcüğünün h<span class="_ _0"></span>er iki anlamı birleştiriliyor. Yani <span class="_ _0"></span><span class="ff9">ptr <span class="ff1">hem kend<span class="_ _0"></span>isi hem de </span></span></div><div class="t m0 x10 h3 yc3d ff2 fs0 fc2 sc0 ls0 ws0">gösterdiği yer <span class="ff9">con<span class="_ _0"></span>st </span>olan bir gösterici d<span class="_ _0"></span>eğişkendir. Ne <span class="ff9">p<span class="_ _0"></span>tr <span class="ff1">nesnesine ne de </span>p<span class="_ _0"></span>tr</span>‟nin gösterdi<span class="_ _0"></span>ği nesneye, yani </div><div class="t m0 x10 h3 y35d ff9 fs0 fc2 sc0 ls0 ws0">*ptr <span class="ff2">nesnesine atama yap<span class="_ _0"></span>ılabilir.<span class="ff1"> </span></span></div><div class="t m0 x1 h3 yc3e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc3f ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">anah<span class="_ _0"></span>tar sözcüğü bir işlev bildirimind<span class="_ _0"></span>e ya da tanımında <span class="_ _0"></span>işlevin geri dönüş değerinin <span class="_ _0"></span>tür bilgisinden önce </span></div><div class="t m0 x10 h3 y89c ff2 fs0 fc2 sc0 ls0 ws0">de yazılabilir :<span class="ff1"> </span></div><div class="t m0 x1 hd y8d ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y7b7 ff8 fs0 fc2 sc0 ls13 ws0">const char *func();<span class="ls0"> </span></div><div class="t m0 x1 h15 ya72 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc40 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki bildirimden <span class="_ _0"></span><span class="ff9">func </span>işlevin geri d<span class="_ _0"></span>önüş değeri olan ad<span class="_ _0"></span>resteki nesnenin </div><div class="t m0 x10 h3 y919 ff2 fs0 fc2 sc0 ls0 ws0">değiştirilemeyeceği sonucu<span class="_ _0"></span> çıkar:<span class="ff1"> </span></div><div class="t m0 x1 hd y8e2 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y2f7 ff8 fs0 fc2 sc0 ls13 ws0">*func()<span class="ls0"> = </span>&apos;m&apos;;<span class="ls0"> <span class="_ _46"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x1 h15 yc41 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc42 ff2 fs0 fc2 sc0 ls0 ws0">Şüphesiz yukarıdak<span class="_ _0"></span>i kuralların hepsi referanslar için de geç<span class="_ _0"></span>erlidir.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf95" class="pf w0 h0" data-page-no="95"><div class="pc pc95 w0 h0"><img class="bi xb yc43 w6 h74" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">149</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5d7 ff8 fs0 fc2 sc0 ls13 ws0">int x = 5;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc44 ff8 fs0 fc2 sc0 ls13 ws0">const int &amp;r = x;<span class="ls0"> </span></div><div class="t m0 x11 h11 y9a1 ff8 fs0 fc2 sc0 ls0 ws0">r = <span class="ls13">20;</span> <span class="_ _5d"> </span>//G<span class="_ _9"></span>eçe<span class="_ _6"></span>rsiz<span class="_ _9"></span>! </div><div class="t m0 x11 h11 yc45 ff8 fs0 fc2 sc0 ls13 ws0">const char<span class="ls0"> </span>&amp;func();<span class="ls0"> </span></div><div class="t m0 x11 h11 y709 ff8 fs0 fc2 sc0 ls13 ws0">func()<span class="ls0"> = </span>5;<span class="ls0"> <span class="_ _5e"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x1 h17 yc46 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h17 yc47 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h17 yc48 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yc02 ff2 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>h<span class="_ _3"></span>t<span class="_ _b"></span>a<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ö<span class="_ _3"></span>z<span class="_ _3"></span>c<span class="_ _3"></span>ü<span class="_ _3"></span>ğ<span class="_ _3"></span>ü<span class="_ _b"></span>n<span class="_ _3"></span>ü<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _b"></span>i<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yc49 ff9 fs0 fc2 sc0 ls0 ws0">C++ <span class="_ _0"></span><span class="ff2">dilinde <span class="_ _0"></span>bir <span class="_ _0"></span>üye <span class="_ _0"></span>işlev </span>con<span class="_ _0"></span>st <span class="_ _0"></span><span class="ff2">anahtar <span class="_ _0"></span>sözcüğü <span class="_ _0"></span>ile bildirilebilir. <span class="_ _0"></span>Bunun<span class="_ _0"></span> için <span class="_ _3"></span></span>const <span class="_ _0"></span><span class="ff2">anahtar <span class="_ _0"></span>sözcüğünü <span class="_ _0"></span>hem işlevin </span></div><div class="t m0 x10 h3 yc4a ff2 fs0 fc2 sc0 ls0 ws0">bildiriminde hem de işlevin<span class="_ _0"></span> tanımında, parametre ay<span class="_ _0"></span>racının sağına yerleştirmek ger<span class="_ _0"></span>ekir. Örneğin:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y557 ff8 fs0 fc2 sc0 ls13 ws0">class Date { </div><div class="t m0 x11 h11 yc4b ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y94a ff8 fs0 fc2 sc0 ls13 ws0">Date(int, int, int); </div><div class="t m0 x12 h11 yc4c ff8 fs0 fc2 sc0 ls13 ws0">void set(int, int, <span class="ls0">in<span class="_ _9"></span>t)<span class="_ _6"></span>; </span></div><div class="t m0 x12 h11 y9e5 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>get_day()const;<span class="ls0"> </span></div><div class="t m0 x12 h11 y63c ff8 fs0 fc2 sc0 ls13 ws0">int get_mon()const; </div><div class="t m0 x12 h11 yc4d ff8 fs0 fc2 sc0 ls13 ws0">int get_year()const; </div><div class="t m0 x12 h11 yc4e ff8 fs0 fc2 sc0 ls13 ws0">void display()const;<span class="ls0"> </span></div><div class="t m0 x12 h11 y7ec ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x11 h11 yc4f ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 ya1f ff8 fs0 fc2 sc0 ls13 ws0">int day, mon, year;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc50 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h41 y8c ff8 fs1 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb34 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Date </span>isimli sınıfın <span class="_ _0"></span><span class="ff9">get_day<span class="ff1 ls17">, </span>get_mon<span class="_ _0"></span><span class="ff1 ls17">, </span>get_year <span class="ff1">ve </span>display </span>isimli ü<span class="_ _0"></span>ye işlevleri <span class="ff9">const <span class="ff1">ü<span class="_ _0"></span>ye </span></span></div><div class="t m0 x10 h3 y4fd ff2 fs0 fc2 sc0 ls0 ws0">işlevler olarak bildiriliyor. Bu<span class="_ _0"></span> işlevlerin tan<span class="_ _0"></span>ımları da aşağıdaki gib<span class="_ _0"></span>i yapılabilir:<span class="ff1"> </span></div><div class="t m0 x1 h16 y4fe ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y7b8 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y69 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybab ff8 fs0 fc2 sc0 ls13 ws0">int Date::get_day() const<span class="ls0"> </span></div><div class="t m0 x11 h11 yae3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y7e5 ff8 fs0 fc2 sc0 ls13 ws0">return day;<span class="ls0"> </span></div><div class="t m0 x11 h11 y8f4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yc51 ff8 fs14 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf96" class="pf w0 h0" data-page-no="96"><div class="pc pc96 w0 h0"><img class="bi xb yc52 w6 h75" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">150</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">int Date::get_mon() const<span class="ls0"> </span></div><div class="t m0 x11 h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1f3 ff8 fs0 fc2 sc0 ls13 ws0">return mon;<span class="ls0"> </span></div><div class="t m0 x11 h11 y74b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y634 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yaf8 ff8 fs0 fc2 sc0 ls13 ws0">int Date::get_year() const<span class="ls0"> </span></div><div class="t m0 x11 h11 yb9a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yc13 ff8 fs0 fc2 sc0 ls13 ws0">return year;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc53 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yc28 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc54 ff8 fs0 fc2 sc0 ls13 ws0">void Date::display() const<span class="ls0"> </span></div><div class="t m0 x11 h11 y638 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yc55 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; day &lt;&lt; &quot; &quot; &lt;&lt; mon &lt;&lt; &quot; &quot; &lt;&lt; year;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc56 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 yc57 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 yc58 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y712 ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">anah<span class="_ _0"></span>tar sözcüğünün yalnızca işlevin bildiriminde d<span class="_ _0"></span>eğil, işlevin tan<span class="_ _0"></span>ımında da yazılması zorun<span class="_ _0"></span>ludur. </span></div><div class="t m0 x10 h3 y3a ff2 fs0 fc2 sc0 ls0 ws0">Yalnızca birinde yazılmı<span class="_ _0"></span>ş olması geçersizdir. Ayrıca <span class="_ _0"></span><span class="ff9">const <span class="_ _0"></span></span>anahtar sözcüğün<span class="_ _0"></span>ün yerleştirildiği yere de dikkat<span class="_ _0"></span> </div><div class="t m0 x10 h3 ya93 ff1 fs0 fc2 sc0 ls0 ws0">edilmelidir. <span class="ff2">Eğer bu an<span class="_ _0"></span>ahtar sözcük en sola ko<span class="_ _0"></span>nulmuş olsaydı, işlevin geri dön<span class="_ _0"></span>üş değerinin <span class="_ _3"></span><span class="ff9">const </span>olduğu<span class="_ _0"></span>, yani </span></div><div class="t m0 x10 h3 yc59 ff2 fs0 fc2 sc0 ls0 ws0">değiştirilemeyeceği anlamın<span class="_ _0"></span>a gelirdi.<span class="ff1"> </span></div><div class="t m0 x1 hd yc5a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y4fa ff1 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span> <span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _b"></span> <span class="_ _3"></span>A<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _b"></span> </div><div class="t m0 x10 h3 yc5b ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">bir ü<span class="_ _0"></span>ye işlev ait olduğu sınıfın elemanlarını d<span class="_ _0"></span>eğiştiremez. Yukarıdak<span class="_ _0"></span>i örnekte <span class="_ _0"></span></span>get_day<span class="ff1 ls17">, </span>g<span class="_ _0"></span>et_mon<span class="ff1 ls17">, </span>get_year </div><div class="t m0 x10 h3 ycd ff1 fs0 fc2 sc0 ls0 ws0">ve <span class="ff9">display <span class="ff2">işlevleri </span>Date <span class="_ _0"></span><span class="ff2">sınıfının <span class="_ _0"></span></span><span class="ls14">day</span></span><span class="ls17">, <span class="ff9 ls34">mon</span>, </span><span class="ff9">year <span class="ff2">elemanlarının değerlerini kullanab<span class="_ _0"></span>ilir. Ancak içlerindeki </span></span></div><div class="t m0 x10 h3 y6d3 ff2 fs0 fc2 sc0 ls0 ws0">değerleri değiştiremez. <span class="ff9 ls14">day<span class="ff1 ls17">, <span class="_ _0"></span></span><span class="ls34">mon<span class="ff1 ls17">, </span><span class="ls0">year </span></span></span>isimli elemanlar sınıfın <span class="_ _0"></span><span class="ff9">public </span>bö<span class="_ _0"></span>lümünde olsalardı da bu<span class="_ _0"></span> işlevler </div><div class="t m0 x10 h3 yc5c ff2 fs0 fc2 sc0 ls0 ws0">tarafından değiştiril<span class="_ _0"></span>emezlerdi. <span class="ff9">co<span class="_ _0"></span>nst </span>anahtar sözcüğü b<span class="_ _0"></span>u kullanımı ile okunabilirliği artırır. <span class="_ _0"></span>Kodu inceleyen kişi </div><div class="t m0 x10 h3 yc5d ff2 fs0 fc2 sc0 ls0 ws0">bu işlevlerin elemanlarını de<span class="_ _0"></span>ğiştirmeyeceğini bilir<span class="_ _0"></span>se, kod hakkında <span class="_ _0"></span>daha fazla bilgi edin<span class="_ _0"></span>miş olur. İyi bir </div><div class="t m0 x10 h3 y280 ff2 fs0 fc2 sc0 ls0 ws0">tasarımda <span class="ff9">const <span class="_ _0"></span></span>anahtar sözcüğü kar<span class="_ _0"></span>arlı bir biçimde ku<span class="_ _0"></span>llanılmalıdır. Eğer kararlı bir biçimd<span class="_ _0"></span>e kullanılırsa artık </div><div class="t m0 x10 h3 yc5e ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">olmayan<span class="_ _0"></span> üye işlevlerin sınıfın elemanlarını d<span class="_ _0"></span>eğiştireceği düşünü<span class="_ _0"></span>lebilir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y848 ff2 fs0 fc2 sc0 ls0 ws0">Yalnızca üye işlevler <span class="ff9">c<span class="_ _0"></span>onst </span>olabilir. Global b<span class="_ _0"></span>ir işlev <span class="ff9">const </span>an<span class="_ _0"></span>ahtar sözcüğü ile tanımlanama<span class="_ _0"></span>z.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y62d ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y46a ff1 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>l<span class="_ _3"></span><span class="ff2">e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>D<span class="_ _3"></span>i<span class="_ _3"></span>ğ<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>ı<span class="_ _b"></span>r<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 yc5f ff2 fs0 fc2 sc0 ls0 ws0">Bir üye işlev içinde ba<span class="_ _0"></span>şka bir üye işlevin doğrudan<span class="_ _0"></span> çağrılabildiğini, bu d<span class="_ _0"></span>urumda çağrılan ü<span class="_ _0"></span>ye işlevin çağıran </div><div class="t m0 x10 h3 yabd ff2 fs0 fc2 sc0 ls0 ws0">üye işlev ile aynı sınıf nesn<span class="_ _0"></span>esinin elemanlarını kulland<span class="_ _0"></span>ığını hatırlayalım. <span class="_ _0"></span><span class="ff9">const </span>b<span class="_ _0"></span>ir üye işlev içind<span class="ff1 ls23">e </span><span class="ff9">c<span class="_ _0"></span>onst </span></div><div class="t m0 x10 h3 yc60 ff2 fs0 fc2 sc0 ls0 ws0">olmayan bir üy<span class="_ _0"></span>e işlevin çağrılması geçerli değildir. <span class="_ _0"></span>Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Date <span class="_ _0"></span></span>sınıfının <span class="ff9">display </span>ü<span class="_ _0"></span>ye işlevi <span class="ff9">const </span></div><div class="t m0 x10 h3 yc61 ff2 fs0 fc2 sc0 ls0 ws0">bir üye işlevdir. Bu işlevin <span class="_ _0"></span><span class="ff9">const </span>olmayan<span class="_ _0"></span> bir üye işlevi çağırması geçersizdir. E<span class="_ _0"></span>ğer bu duruma d<span class="_ _0"></span>erleyici </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf97" class="pf w0 h0" data-page-no="97"><div class="pc pc97 w0 h0"><img class="bi xb yc62 w6 h76" alt="" 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class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">151</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">tarafından izin verilseydi <span class="_ _0"></span><span class="ff9">display <span class="_ _0"></span></span>işlevi örneğin <span class="ff9">set </span>işlevini ça<span class="_ _0"></span>ğırarak sınıfın elemanlarını do<span class="_ _0"></span>laylı bir biçimde </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">değiştirebilirdi:<span class="ff1"> </span></div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9b1 ff8 fs0 fc2 sc0 ls13 ws0">void Date::set(int d, int m, int y)<span class="ls0"> </span></div><div class="t m0 x11 h11 yc63 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y968 ff8 fs0 fc2 sc0 ls13 ws0">day = d; </div><div class="t m0 x12 h11 yc12 ff8 fs0 fc2 sc0 ls13 ws0">mon = m; </div><div class="t m0 x12 h11 y619 ff8 fs0 fc2 sc0 ls13 ws0">year = y;<span class="ls0"> </span></div><div class="t m0 x11 h11 y217 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y383 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc64 ff8 fs0 fc2 sc0 ls13 ws0">int Date::display()const<span class="ls0"> </span></div><div class="t m0 x11 h11 y3ec ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yc65 ff8 fs0 fc2 sc0 ls13 ws0">set(3,<span class="ls0"> </span>5,<span class="ls0"> </span>1980);<span class="ls0"> <span class="_ _5f"> </span></span>//Gecersiz.<span class="ls0"> </span></div><div class="t m0 x12 h11 yc66 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; day &lt;&lt; &quot; &quot; &lt;&lt; mon &lt;&lt; &quot; &quot; &lt;&lt; year;<span class="ls0"> </span></div><div class="t m0 x11 h11 yb5c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y358 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y388 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Date </span>sınıfının <span class="_ _0"></span><span class="ff9">display </span>işlevi içinde yine ay<span class="_ _0"></span>nı sınıfın <span class="ff9">set </span>isimli i<span class="_ _0"></span>şlevine yapılan ça<span class="_ _0"></span>ğrı </div><div class="t m0 x10 h3 yc67 ff1 fs0 fc2 sc0 ls0 ws0">geçersizdir. <span class="ff9">const <span class="ff2">b<span class="_ _0"></span>ir üye işlev </span>c<span class="_ _0"></span>onst <span class="ff2">olmayan bir üye işlevi ç<span class="_ _0"></span>ağıramaz.</span></span> </div><div class="t m0 x1 hd yc68 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yc69 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>d<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _b"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _f"></span>İ<span class="_ _3"></span>ş<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> </span></div><div class="t m0 x10 h3 y77d ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">bir ü<span class="_ _0"></span>ye işlev içinde sınıfın elemanlarının <span class="_ _0"></span></span>const <span class="ff2">oldu<span class="_ _0"></span>ğu varsayılır. Eğer </span>c<span class="_ _0"></span>onst <span class="ff2">bir üye işlev sınıfın bir </span></div><div class="t m0 x10 h3 y3db ff2 fs0 fc2 sc0 ls0 ws0">elemanın adresi ile geri dönec<span class="_ _0"></span>ekse, elemanının <span class="_ _0"></span><span class="ff9">const <span class="_ _0"></span></span>olduğu varsayıldığından işlevin geri d<span class="_ _0"></span>önüş değerinin de </div><div class="t m0 x10 h3 y3dc ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff1">bir gösterici ya <span class="_ _0"></span>da re<span class="ff2">ferans olması ger<span class="_ _0"></span>ekir.</span> </span></div><div class="t m0 x1 h3 y885 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc6a ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x12 h11 y974 ff8 fs0 fc2 sc0 ls13 ws0">int a; </div><div class="t m0 x11 h11 yc6b ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yc6c ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 ya30 ff8 fs0 fc2 sc0 ls13 ws0">int *get_adr() const;<span class="ls0"> </span></div><div class="t m0 x11 h11 yb48 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yc6d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2c3 ff8 fs0 fc2 sc0 ls13 ws0">int *A::get_adr() const<span class="ls0"> </span></div><div class="t m0 x11 h11 yc6e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yc6f ff8 fs0 fc2 sc0 ls13 ws0">return &amp;a; //Geçersiz<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf98" class="pf w0 h0" data-page-no="98"><div class="pc pc98 w0 h0"><img class="bi xb yc70 w6 h77" alt="" 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class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">152</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y396 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc71 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfının <span class="ff9">get_ad<span class="_ _0"></span>r </span>işlevi <span class="ff9">const </span>bir üy<span class="_ _0"></span>e işlevdir. İşlevin tanımı içinde, ha<span class="_ _0"></span>ngi sınıf nesnesi için </div><div class="t m0 x10 h3 y350 ff2 fs0 fc2 sc0 ls0 ws0">çağrılmışsa, o nesnenin el<span class="_ _0"></span>emanları da <span class="_ _0"></span><span class="ff9">const </span>olara<span class="_ _0"></span>k ele alınır. Bu durumda <span class="_ _0"></span>yukarıdaki işlevde <span class="_ _0"></span><span class="ff9">const <span class="ff1">bir nesnenin </span></span></div><div class="t m0 x10 h3 yc72 ff2 fs0 fc2 sc0 ls0 ws0">adresi gösterdiği yer <span class="ff9">co<span class="_ _0"></span>nst </span>olmayan<span class="_ _0"></span> bir göstericiye atanır. H<span class="_ _0"></span>ata durumunu<span class="_ _0"></span>n ortad<span class="_ _0"></span>an kaldırılması için, ya işlevin </div><div class="t m0 x10 h3 yc73 ff2 fs0 fc2 sc0 ls0 ws0">geri dönüş değeri <span class="ff9">c<span class="_ _0"></span>onst int * </span>olmalı ya <span class="_ _0"></span>da <span class="ff9">get_adr </span>işlevi <span class="ff9">c<span class="_ _0"></span>onst </span>üy<span class="_ _0"></span>e işlev olmamalıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yc74 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yde ff2 fs0 fc2 sc0 ls0 ws0">Şüphesiz bir referansa g<span class="_ _0"></span>eri dönen üye işlevler için de y<span class="_ _0"></span>ukarıdaki anlatılan<span class="_ _0"></span> durum geçerlidir. Yani <span class="_ _0"></span><span class="ff9">c<span class="_ _0"></span>onst <span class="ff1">bir </span></span></div><div class="t m0 x10 h3 ydf ff2 fs0 fc2 sc0 ls0 ws0">üye işlev sınıfın elaman<span class="_ _0"></span>ının kendisi ile dönecekse bu d<span class="_ _0"></span>urumda <span class="_ _0"></span>işlevin geri dönüş değeri <span class="_ _0"></span><span class="ff9">con<span class="_ _0"></span>st <span class="ff1">referans </span></span></div><div class="t m0 x10 h3 yc75 ff2 fs0 fc2 sc0 ls0 ws0">olmalıdır.<span class="ff1"> </span></div><div class="t m0 x1 hd yc76 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd yc77 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y473 ff2 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>c<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>z<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 yc78 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın kurucu ve sonland<span class="_ _0"></span>ırıcı işlevleri <span class="ff9">co<span class="_ _0"></span>nst </span>olamaz. Kurucu işlevler <span class="_ _0"></span>sınıfın elemanlarına ilkd<span class="_ _0"></span>eğer vermek </div><div class="t m0 x10 h3 y21d ff2 fs0 fc2 sc0 ls0 ws0">amacıyla kullanıldığın<span class="_ _0"></span>a göre <span class="ff9">const </span>o<span class="_ _0"></span>lmalarının zaten bir anlamı o<span class="_ _0"></span>lmaz. Benzer biçimde so<span class="_ _0"></span>nlandırıcı işlevlerin de </div><div class="t m0 x10 h3 yc79 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın elemanlarını değiştir<span class="_ _0"></span>mesi gerekebildiği için <span class="_ _0"></span><span class="ff9">const </span>olara<span class="_ _0"></span>k tanımlanması yasaklanmışt<span class="_ _0"></span>ır.<span class="ff1"> </span></div><div class="t m0 x1 h3 y1ff ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y371 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>t<span class="_ _3"></span>s<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>S<span class="_ _3"></span>o<span class="_ _3"></span>y<span class="_ _3"></span>u<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _b"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yc7a ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nes<span class="ff1">nesi bellekte bir y<span class="_ _0"></span>er kaplar, b<span class="_ _0"></span>u yönüyle nesne <span class="_ _0"></span><span class="ff9">byte</span></span>‟<span class="ff1">lar ve <span class="ff9">byte</span></span>‟<span class="_ _0"></span>ları oluşturan bitler toplu<span class="_ _0"></span>luğudur. </div><div class="t m0 x10 h3 yc7b ff2 fs0 fc2 sc0 ls0 ws0">Ancak sınıf nesnesi prob<span class="_ _0"></span>lem düzleminde bir varlığa <span class="_ _0"></span>karşılık gelir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yc7c ff2 fs0 fc2 sc0 ls0 ws0">Nesnenin elemanlarının bits<span class="_ _0"></span>el değerleri değiştiğinde n<span class="_ _0"></span>esnenin gözlenebilir d<span class="_ _0"></span>urumunda bir <span class="_ _3"></span>değişiklik </div><div class="t m0 x10 h3 yc7d ff2 fs0 fc2 sc0 ls0 ws0">olmayabilir. Diğer taraftan<span class="_ _0"></span> nesnenin elemanlarının b<span class="_ _0"></span>itsel değerlerini değiştirm<span class="_ _0"></span>eksizin, nesnenin gö<span class="_ _0"></span>zlenebilir </div><div class="t m0 x10 h3 y6d1 ff2 fs0 fc2 sc0 ls0 ws0">durumunda <span class="_ _0"></span>bir değişiklik yaratmak da olasıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y3c2 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesi bellekte kendi<span class="_ _0"></span> kapladığı y<span class="_ _0"></span>erin dışında bir ya da bird<span class="_ _0"></span>en fazla kaynağı <span class="_ _3"></span><span class="ff1">kontrol ediyor olabilir. </span></div><div class="t m0 x10 h3 yc7e ff2 fs0 fc2 sc0 ls0 ws0">Örneğin bazı sınıf nesnel<span class="_ _0"></span>eri, dinamik olarak elde edil<span class="_ _0"></span>miş bir bellek alanını kontro<span class="_ _0"></span>l eder. Aşağıdaki örneği </div><div class="t m0 x10 h3 yab4 ff1 fs0 fc2 sc0 ls0 ws0">inceleyin: </div><div class="t m0 x1 hd y3de ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8f ff8 fs0 fc2 sc0 ls13 ws0">class Name<span class="ls0"> { </span></div><div class="t m0 x13 h11 yc7f ff8 fs0 fc2 sc0 ls13 ws0">char <span class="ls0">*p<span class="_ _6"></span>str<span class="_ _9"></span>;<span class="_ _9"></span> </span></div><div class="t m0 x13 h11 yc80 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>len;<span class="ls0"> </span></div><div class="t m0 x11 h11 y5d1 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 yc81 ff8 fs0 fc2 sc0 ls13 ws0">Name(const char *); </div><div class="t m0 x13 h11 yc82 ff8 fs0 fc2 sc0 ls13 ws0">void set_at(int, int);<span class="ls0"> </span></div><div class="t m0 x13 h11 y316 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 yc83 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yc84 ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">153</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstring&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y3b1 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6db ff8 fs0 fc2 sc0 ls13 ws0">Name::Name(const char *str)<span class="ls0"> </span></div><div class="t m0 x11 h11 y6dc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y92f ff8 fs0 fc2 sc0 ls13 ws0">len =<span class="ls0"> </span>strlen(str);<span class="ls0"> </span></div><div class="t m0 x13 h11 y4bf ff8 fs0 fc2 sc0 ls13 ws0">pstr = new char[len + <span class="ls16">1]; </span></div><div class="t m0 x13 h11 y46f ff8 fs0 fc2 sc0 ls13 ws0">strcpy(pstr,<span class="ls0"> </span>str);<span class="ls0"> </span></div><div class="t m0 x11 h11 y9fc ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yc86 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc87 ff8 fs0 fc2 sc0 ls13 ws0">void Name::set_at(int index, int ch)<span class="ls0"> </span></div><div class="t m0 x11 h11 y726 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y727 ff8 fs0 fc2 sc0 ls13 ws0">pstr[index] = ch;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc88 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h13 yc89 ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc8a ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Name </span>sınıfın<span class="_ _0"></span>ın kurucu işlevi, sınıf nesnesi için<span class="_ _0"></span> dinamik bir yer elde ediy<span class="_ _0"></span>or. Elde edilen </div><div class="t m0 x10 h3 y23c ff2 fs0 fc2 sc0 ls0 ws0">dinamik bloğun b<span class="_ _0"></span>aşlangıç adresi, <span class="ff9">cha<span class="_ _0"></span>r <span class="ff1">türden bir gösterici o<span class="_ _0"></span>lan </span>p<span class="_ _0"></span>str <span class="ff1">isimli elemanda tutuluy<span class="_ _0"></span>or. </span>set_at <span class="_ _0"></span></span>işlevi </div><div class="t m0 x10 h3 yc2d ff1 fs0 fc2 sc0 ls0 ws0">ise elde edilen dinamik b<span class="_ _0"></span>loktaki <span class="ff9">ind<span class="_ _0"></span>ex </span>indisli nesneye, ikinc<span class="ff2">i <span class="_ _0"></span>parametre değişkenin<span class="_ _0"></span>e gönderilen değeri </span></div><div class="t m0 x10 h3 y96f ff2 fs0 fc2 sc0 ls0 ws0">atıyor.<span class="ff1"> </span></div><div class="t m0 x10 h3 ya29 ff9 fs0 fc2 sc0 ls0 ws0">set_at <span class="ff2">işlevi </span>const <span class="ff2">olara<span class="_ _0"></span>k tanımlanmalı mıdır? <span class="_ _0"></span></span>set_at <span class="ff2">işlevi <span class="_ _0"></span>sınıfın elemanlarını, yan<span class="_ _0"></span>i </span>len <span class="_ _0"></span><span class="ff1">ve </span>pstr <span class="ff2">elemanlarını </span></div><div class="t m0 x10 h3 ybf7 ff2 fs0 fc2 sc0 ls0 ws0">değiştirmese de, <span class="ff9">const <span class="_ _0"></span></span>olarak tanımlanmamalıdır. <span class="_ _0"></span>Sınıf nesnesinin yer aldığı bell<span class="_ _0"></span>ek bloğuna b<span class="_ _0"></span>ir veri yaz<span class="_ _0"></span>ılmasa </div><div class="t m0 x10 h3 y5b5 ff2 fs0 fc2 sc0 ls0 ws0">da, sınıf nesnesinin değ<span class="_ _0"></span>erinde bir değişiklik yapıldığı için<span class="_ _0"></span>, <span class="_ _0"></span><span class="ff9">set_at </span>işlevinin <span class="ff9">c<span class="_ _0"></span>onst </span>olm<span class="_ _9"></span>ama<span class="_ _9"></span>sı<span class="_ _9"></span> <span class="ff1">gerekir. Yani bir üye </span></div><div class="t m0 x10 h3 y5b6 ff2 fs0 fc2 sc0 ls0 ws0">işlevin <span class="ff9">const </span>olup<span class="_ _0"></span> olmaması kararında, n<span class="_ _0"></span>esnenin fiziksel durumund<span class="_ _0"></span>aki değişiklik değil, soyut du<span class="_ _0"></span>rumundaki </div><div class="t m0 x10 h3 y5b7 ff2 fs0 fc2 sc0 ls0 ws0">değişiklikler dikkate alınmalıdı<span class="_ _0"></span>r. Nesne yalnızca fiziksel ya <span class="_ _0"></span>da somut <span class="_ _0"></span><span class="ff1">duru<span class="_ _9"></span>mu<span class="_ _9"></span> <span class="ff2">ile yani bellekte kapladığı yer ile </span></span></div><div class="t m0 x10 h3 yab ff2 fs0 fc2 sc0 ls0 ws0">değerlendirilmemelidir. Bazen<span class="_ _0"></span> bir üye işlev sınıf n<span class="_ _0"></span>esnesinin bellekte kaplad<span class="_ _0"></span>ığı yere bir veri <span class="_ _0"></span>aktarmamasına </div><div class="t m0 x10 h3 y415 ff2 fs0 fc2 sc0 ls0 ws0">karşın bir sınıf nesnesinin<span class="_ _0"></span> durumunu d<span class="_ _0"></span>eğiştirebilir. Bir <span class="ff9">N<span class="_ _0"></span>ame </span>nesnesinin görevi bir i<span class="_ _0"></span>sim tutmaktır, değil mi? Bir </div><div class="t m0 x10 h3 y10 ff9 fs0 fc2 sc0 ls0 ws0">Name <span class="ff2">nesnesinin tutt<span class="_ _0"></span>uğu ismin değişmesi demek, n<span class="_ _0"></span>esnenin soyutlan<span class="_ _0"></span>mış durumunun da deği<span class="_ _0"></span>ş<span class="_ _0"></span>mesi demektir. </span></div><div class="t m0 x10 h3 yc8b ff2 fs0 fc2 sc0 ls0 ws0">Böyle bir değişiklik <span class="ff9">Name <span class="_ _9"></span><span class="ff2">nesnesinin fiziksel durumund<span class="_ _0"></span>a bir değişiklik yapmadan<span class="_ _0"></span><span class="ff1"> </span>gerçekleş<span class="_ _0"></span>tirilebilir.<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y5ba ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">set_at <span class="_ _0"></span></span>işlevi bu durum için örnek o<span class="_ _0"></span>labilir. Bu durumda <span class="_ _0"></span>işlevin <span class="ff9">co<span class="_ _0"></span>nst </span>olmayan üy<span class="_ _0"></span>e işlev olması </div><div class="t m0 x10 h3 yc8c ff1 fs0 fc2 sc0 ls0 ws0">gerekir. </div><div class="t m0 x1 h10 yc8d ff1 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _b"></span>e<span class="_ _3"></span>r<span class="_ _b"></span><span class="ff2">l<span class="_ _3"></span>e<span class="_ _3"></span>y<span class="_ _3"></span>i<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>ç<span class="_ _3"></span>ı<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>A<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y2a0 ff2 fs0 fc2 sc0 ls0 ws0">Derleyici açısından bakıldığın<span class="_ _0"></span>da bir üye işlevin <span class="_ _0"></span><span class="ff9">const </span>olma<span class="_ _0"></span>sı ne anlama gelir? Üye i<span class="_ _0"></span>şlevlerin aslında gizli b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 y2a1 ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkenine sahip<span class="_ _0"></span> olduğun<span class="_ _0"></span>u biliyorsunuz. Bir ü<span class="_ _0"></span>ye işlev hangi sınıf nesnesi ile çağrılıyo<span class="_ _0"></span>rsa, üye </div><div class="t m0 x10 h3 yc8e ff2 fs0 fc2 sc0 ls0 ws0">işlevin gizli<span class="ff1"> </span>parametre de<span class="_ _0"></span>ğişkenine o nesnenin a<span class="_ _0"></span>dresi aktarılır, değil mi? Bir üy<span class="_ _0"></span>e işlev içinde bu gö<span class="_ _0"></span>stericiye </div><div class="t m0 x10 h3 y9d0 ff9 fs0 fc2 sc0 ls0 ws0">this <span class="ff2">anahtar sözcü<span class="_ _0"></span>ğü ile erişilebildiğini hatırlıyo<span class="_ _0"></span>rsunuz.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 yc8f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4a ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x12 h11 y24d ff8 fs0 fc2 sc0 ls13 ws0">int x; </div><div class="t m0 x11 h11 yc90 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf9a" class="pf w0 h0" data-page-no="9a"><div class="pc pc9a w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">154</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y1b3 ff8 fs0 fc2 sc0 ls13 ws0">void member_func();<span class="ls0"> </span></div><div class="t m0 x11 h11 yc91 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h26 y3e5 ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc92 ff9 fs0 fc2 sc0 ls0 ws0">Y<span class="ff2">ukarıdaki sınıf bildirimine <span class="_ _0"></span></span><span class="ls33">A </span><span class="ff2">sınıfının </span>p<span class="_ _0"></span>ublic <span class="ff2">üye işlevi olan <span class="_ _0"></span></span>member_func <span class="ff2">isimli ü<span class="_ _0"></span>ye işlevin parametre </span></div><div class="t m0 x10 h3 yc93 ff2 fs0 fc2 sc0 ls0 ws0">değişkenine sahip olmadığını <span class="_ _0"></span>görüyorsunuz.<span class="_ _0"></span> Oysa derleyici açısından b<span class="_ _0"></span>akıldığında bu işlevin b<span class="_ _0"></span>ir parametre </div><div class="t m0 x10 h3 yc94 ff2 fs0 fc2 sc0 ls0 ws0">değişkeni vardır:<span class="ff1"> </span></div><div class="t m0 x1 hd y3e8 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc95 ff8 fs0 fc2 sc0 ls13 ws0">void A::member_func(A *const this);<span class="ls0"> </span></div><div class="t m0 x1 h15 yc96 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y863 ff9 fs0 fc2 sc0 ls0 ws0">this <span class="ff1">göstericisinin k<span class="_ _0"></span>endisi </span>const <span class="ff1">bir <span class="_ _0"></span><span class="ff2">gösterici olduğunu anımsay<span class="_ _0"></span>alım. Bu durumda <span class="_ _0"></span></span></span>this </div><div class="t m0 x10 h3 yc97 ff2 fs0 fc2 sc0 ls0 ws0">göstericisine işlev içinde b<span class="_ _0"></span>ir atama yapılamaz. Örn<span class="_ _0"></span>eğin aşağıdaki kod<span class="_ _0"></span> geçersizdir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yc98 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y935 ff8 fs0 fc2 sc0 ls13 ws0">A a;<span class="ls0"> </span></div><div class="t m0 x1 h12 y7d8 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3f0 ff8 fs0 fc2 sc0 ls13 ws0">void A::member_func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y84 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y296 ff8 fs0 fc2 sc0 ls13 ws0">this = &amp;a; //Geçersiz!<span class="ls0"> </span></div><div class="t m0 x11 h11 y297 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a y413 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y261 ff1 fs0 fc2 sc0 ls0 ws0">Ancak <span class="ff9">this <span class="ff2">göstericisi <span class="_ _0"></span>gösterdiği yer </span>co<span class="_ _0"></span>nst <span class="ff2">olan bir gösterici d<span class="_ _0"></span>eğildir. Yani </span>this <span class="ff2">gö<span class="_ _0"></span>stericisinin gösterdiği </span></span></div><div class="t m0 x10 h3 yc99 ff2 fs0 fc2 sc0 ls0 ws0">nesneye atama yapılabilir. <span class="_ _0"></span>Ya da <span class="_ _0"></span><span class="ff9">this </span>göstericisinin gösterdi<span class="_ _0"></span>ği nesnenin elemanlarına ata<span class="_ _0"></span>ma yapılabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y525 ff2 fs0 fc2 sc0 ls0 ws0">Peki dışarıdan gizlice ad<span class="_ _0"></span>resi alınan sınıf nesnesinin üy<span class="_ _0"></span>e işlev içinde atama yoluy<span class="_ _0"></span>la değiştirilmesi </div><div class="t m0 x10 h3 y30e ff1 fs0 fc2 sc0 ls0 ws0">engellenmek istenseydi, <span class="_ _0"></span><span class="ff9">this <span class="ff2">göstericisinin, gö<span class="_ _0"></span>sterdiği yer </span>co<span class="_ _0"></span>nst <span class="ff2">olan bir gösterici ol<span class="_ _0"></span>ması tercih edilirdi, </span></span></div><div class="t m0 x10 h3 y30f ff2 fs0 fc2 sc0 ls0 ws0">değil mi?<span class="ff1"> </span></div><div class="t m0 x1 hd yc9a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y434 ff8 fs0 fc2 sc0 ls13 ws0">void A::member_func(const A*const this);<span class="ls0"> </span></div><div class="t m0 x1 h15 y951 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2f5 ff1 fs0 fc2 sc0 ls0 ws0">Böyle bir durumda <span class="_ _0"></span><span class="ff9">this <span class="ff2">göstericisinin gösterdiği n<span class="_ _0"></span>esneye yan<span class="_ _0"></span>i </span>*this <span class="ff2">nesnesin<span class="_ _0"></span>e atama yapılmayacağı gibi, <span class="_ _0"></span></span>this </span></div><div class="t m0 x10 h3 yc9b ff2 fs0 fc2 sc0 ls0 ws0">göstericisinin gösterdiği n<span class="_ _0"></span>esnenin elemanlarına da <span class="_ _0"></span>atama yapılması engellenmi<span class="_ _0"></span>ş olurdu. İşte d<span class="_ _0"></span>erleyici açısından </div><div class="t m0 x10 h3 y62e ff2 fs0 fc2 sc0 ls0 ws0">bakıldığında <span class="_ _0"></span><span class="ff9">const </span>üye işlev <span class="ff1">tam bu a<span class="_ _0"></span>nlama gelir. <span class="ff9">const </span></span>o<span class="_ _0"></span>larak bildirilmiş bir işlevin <span class="_ _0"></span><span class="ff9">this </span>gösterici<span class="_ _0"></span>si gösterdiği yer </div><div class="t m0 x10 h3 y62f ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff1">olan b<span class="_ _0"></span>ir göstericidir. </span></div><div class="t m0 x10 h3 yc9c ff2 fs0 fc2 sc0 ls0 ws0">Üye işlev içinde sınıfın el<span class="_ _0"></span>emanlarına doğru<span class="_ _0"></span>dan erişilebilir. Ama gerçekte derleyici b<span class="_ _0"></span>u elemanlara </div><div class="t m0 x10 h3 yc9d ff2 fs0 fc2 sc0 ls0 ws0">ulaşmak için <span class="ff9">this </span>gö<span class="_ _0"></span>stericisini kullanı<span class="_ _0"></span><span class="ff1 ls2a">r.<span class="ls0"> </span></span></div><div class="t m0 x1 h3 yc9e ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">155</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">void A::member_func()<span class="ls0"> </span></div><div class="t m0 x10 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y195 ff8 fs0 fc2 sc0 ls0 ws0">x = <span class="ls13">10;</span> <span class="_ _40"> </span><span class="ls13">//this</span>-<span class="ls13">&gt;x =</span> <span class="ls13">10;</span> </div><div class="t m0 x10 h11 y9df ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y9e0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y11b ff2 fs0 fc2 sc0 ls0 ws0">Üye işlev <span class="ff9">const </span>olduğu<span class="_ _0"></span>nda <span class="ff9">this </span>gösteric<span class="_ _0"></span>isi de gösterdiği yer <span class="_ _0"></span><span class="ff9">const </span>olan b<span class="_ _0"></span>ir gösterici olduğundan b<span class="_ _0"></span>u </div><div class="t m0 x10 h3 y11c ff2 fs0 fc2 sc0 ls0 ws0">atama artık geçerli olmaz:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y601 ff8 fs0 fc2 sc0 ls13 ws0">void A::foo() const<span class="ls0"> </span></div><div class="t m0 x11 h11 ya78 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yca0 ff8 fs0 fc2 sc0 ls0 ws0">x = <span class="ls13">10;</span> <span class="_ _40"> </span><span class="ls13">//Geçersiz!</span> </div><div class="t m0 x11 h11 y7a6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y21b ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y763 ff2 fs0 fc2 sc0 ls0 ws0">Şimdi de bir üye işlevin t<span class="_ _0"></span>anımı içinde sınıfın başka b<span class="_ _0"></span>ir üye işlevinin çağrılma<span class="_ _0"></span>sı durumunu ele alalım. Bu </div><div class="t m0 x10 h3 y77a ff2 fs0 fc2 sc0 ls0 ws0">duruma derleyici açısınd<span class="_ _0"></span>an bakalım. Çağıran ü<span class="_ _0"></span>ye işlev dışarıdan<span class="_ _0"></span> gizlice aldığı adresi, yani <span class="_ _3"></span><span class="ff9">this <span class="ff1">göstericisinin </span></span></div><div class="t m0 x10 h3 yca1 ff2 fs0 fc2 sc0 ls0 ws0">değerini, çağırdığı işleve gizlic<span class="_ _0"></span>e argüman olarak <span class="_ _0"></span>geçer. Yani çağıran<span class="_ _0"></span> üye işlevin <span class="ff9">this <span class="_ _0"></span></span>göstericisinin çağrılan ü<span class="_ _0"></span>ye </div><div class="t m0 x10 h3 y5f7 ff2 fs0 fc2 sc0 ls0 ws0">işlevin <span class="ff9">this </span>göstericisin<span class="_ _0"></span>e atanması, kopyalama yo<span class="_ _0"></span>luyla aktarılması söz konusud<span class="_ _0"></span>ur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yca2 ff2 fs0 fc2 sc0 ls0 ws0">C++&apos;da gösterdiği yer <span class="ff9">c<span class="_ _0"></span>onst </span>olmayan b<span class="_ _0"></span>ir göstericiye gösterdiği yer <span class="_ _0"></span><span class="ff9">const <span class="ff1">olan<span class="_ _0"></span> bir göstericinin </span></span></div><div class="t m0 x10 h3 y2d0 ff1 fs0 fc2 sc0 ls8 ws0">de<span class="ff2 ls0">ğerinin atanması geçerli değildir:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y3f2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yca3 ff8 fs0 fc2 sc0 ls13 ws0">const<span class="ls0"> </span>int<span class="ls0">  *c<span class="_ _9"></span>p<span class="_ _9"></span>tr<span class="_ _9"></span>; </span></div><div class="t m0 x11 h11 yca4 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>*p;<span class="ls0"> </span></div><div class="t m0 x11 h11 yb0e ff8 fs0 fc2 sc0 ls0 ws0">p = <span class="ls13">ptr;</span> <span class="_ _5e"> </span><span class="ls13">//Geçersiz!</span> </div><div class="t m0 x1 h22 yca5 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yca6 ff2 fs6 fc2 sc0 ls0 ws0">m<span class="_ _3"></span>u<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>n<span class="_ _b"></span>a<span class="_ _3"></span>h<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ö<span class="_ _3"></span>z<span class="_ _3"></span>c<span class="_ _3"></span>ü<span class="_ _3"></span>ğ<span class="_ _3"></span>ü<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb45 ff2 fs0 fc2 sc0 ls0 ws0">Bir üye işlev kendisini çağıran <span class="_ _0"></span>sınıf nesnesinin b<span class="_ _0"></span>ir elemanının değerini değiştirm<span class="_ _0"></span>iş olsa da, nesnenin soyu<span class="_ _0"></span>tlanmış </div><div class="t m0 x10 h3 y246 ff2 fs0 fc2 sc0 ls0 ws0">anlamı üzerinde hiçbir göz<span class="_ _0"></span>lenebilir deği<span class="_ _0"></span>şiklik yapmamış olab<span class="_ _0"></span>ilir. Bu durumda oku<span class="_ _0"></span>nabilirlik açısından şüphesiz </div><div class="t m0 x10 h3 yca7 ff2 fs0 fc2 sc0 ls0 ws0">söz konusu işlevin <span class="ff9">c<span class="_ _0"></span>onst </span>üye işlev ol<span class="_ _0"></span>ması gerekir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y889 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya04 ff1 fs0 fc2 sc0 ls0 ws0">Peki<span class="fc7 ls17">, </span><span class="ff9">const <span class="ff2">üye işlev sınıfın <span class="_ _0"></span>elemanlarını değiştiremediğin<span class="_ _0"></span>e göre bu nasıl mümkün<span class="_ _0"></span> olur? Bu du<span class="_ _0"></span>rumda sınıfın </span></span></div><div class="t m0 x10 h3 y783 ff2 fs0 fc2 sc0 ls0 ws0">elamanı <span class="ff9">mutable <span class="_ _0"></span></span>anahtar sözcüğü ile b<span class="_ _0"></span>ildirilir. Sınıfın bir elemanın<span class="_ _0"></span>ın <span class="ff9">m<span class="_ _0"></span>utable </span>an<span class="_ _0"></span>ahtar sözcüğü ile </div><div class="t m0 x10 h3 y963 ff2 fs0 fc2 sc0 ls0 ws0">bildirilmesinin derleyiciye v<span class="_ _0"></span>erdiği bilgi şudur: Bu el<span class="_ _0"></span>eman <span class="ff9">c<span class="_ _0"></span>onst </span>üye işlevler tarafından<span class="_ _0"></span> da değiştirilebilir. </div><div class="t m0 x10 h3 yca8 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 yca9 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y566 ff8 fs0 fc2 sc0 ls13 ws0">class X {<span class="ls0"> </span></div><div class="t m0 x12 h11 ycaa ff8 fs0 fc2 sc0 ls13 ws0">mutable bool flag;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf9c" class="pf w0 h0" data-page-no="9c"><div class="pc pc9c w0 h0"><img class="bi xb ycab w6 h7a" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">156</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">//.. </div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y7d1 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 y821 ff8 fs0 fc2 sc0 ls13 ws0">void foo() const;<span class="ls0"> </span></div><div class="t m0 x11 h11 yf9 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y399 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycac ff8 fs0 fc2 sc0 ls13 ws0">void X::foo() const<span class="ls0"> </span></div><div class="t m0 x11 h11 ycad ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ycae ff8 fs0 fc2 sc0 ls13 ws0">flag = false;<span class="ls0"> </span></div><div class="t m0 x12 h11 ycaf ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ycb0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 yc18 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycb1 ff9 fs0 fc2 sc0 ls37 ws0">X <span class="ff2 ls0">sınıfının <span class="ff9">bool <span class="ff1">tü<span class="_ _0"></span>rden </span>flag </span>isimli el<span class="_ _0"></span>emanı <span class="ff9">mutable </span>an<span class="_ _0"></span>ahtar sözcüğü ile bildiriliyor. Sını<span class="_ _0"></span>fın<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y292 ff9 fs0 fc2 sc0 ls0 ws0">foo <span class="ff1">isimli </span>const <span class="ff2">üye işle<span class="_ _0"></span>vinin, sınıfın <span class="_ _0"></span></span>flag <span class="ff2">isimli elemanına ata<span class="_ _0"></span>ma yapması geçer<span class="_ _0"></span><span class="ff1">lidir.<span class="_ _0"></span> </span></span></div><div class="t m0 x1 h10 ycb2 ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y50e ff2 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _b"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1a3 ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">bir sınıf nesnesi d<span class="_ _0"></span>eğeri hiç değişmey<span class="_ _0"></span>ecek bir sınıf nesnesidir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y9d6 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesi <span class="ff9">con<span class="_ _0"></span>st </span>olarak tanımlanab<span class="_ _0"></span>ilir. <span class="ff9">const </span>b<span class="_ _0"></span>ir sınıf nesnesinin elemanları kullan<span class="_ _0"></span>ılabilir ama </div><div class="t m0 x10 h3 y654 ff2 fs0 fc2 sc0 ls0 ws0">herhangi bir biçimde deği<span class="_ _0"></span>ştirilemez. Örneğin,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y32d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y59f ff8 fs0 fc2 sc0 ls13 ws0">const<span class="ls0"> </span>Date birth_date(4, 3, 1964);<span class="ls0"> </span></div><div class="t m0 x1 h15 ycb3 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycb4 ff1 fs0 fc2 sc0 ls0 ws0">gibi bir bildirimle <span class="ff9">birth_da<span class="_ _0"></span>te <span class="ff2">isimli sınıf ne<span class="_ _0"></span>snesi </span>const <span class="_ _0"></span><span class="ff2">olarak tanımlanıyor. <span class="_ _0"></span>Artık </span>birth_date <span class="_ _0"></span></span>nesnesinin </div><div class="t m0 x10 h3 y9ce ff2 fs0 fc2 sc0 ls0 ws0">elemanları değiştirilemez. <span class="_ _0"></span><span class="ff9">Date </span>sınıfının <span class="ff9 ls14">day<span class="ff1 ls17">, </span><span class="ls0">mo<span class="_ _0"></span>nth <span class="ff1">ve </span>year </span></span>elemanları <span class="ff9">pu<span class="_ _0"></span>blic </span>bölümde olsay<span class="_ _0"></span>dı bile,<span class="ff1"> </span></div><div class="t m0 x1 hd ycb5 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycb6 ff8 fs0 fc2 sc0 ls13 ws0">birth_date.day =<span class="ls0"> </span>10;<span class="ls0"> </span></div><div class="t m0 x11 h11 ycb7 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y673 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir atamayla elemanın d<span class="_ _0"></span>eğiştirilmesi mümkün<span class="_ _0"></span> olmazdı.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y747 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesinin elemanları<span class="_ _0"></span>, sınıfın üye işlevleri tarafınd<span class="_ _0"></span>an da d<span class="_ _0"></span>eğiştirilebilir. O halde <span class="_ _0"></span><span class="ff9">co<span class="_ _0"></span>nst </span>bir sınıf </div><div class="t m0 x10 h3 ycb8 ff2 fs0 fc2 sc0 ls0 ws0">nesnesinin, sınıfın eleman<span class="_ _0"></span>larını değiştirebilecek b<span class="_ _0"></span>ir üye işlevi de çağıramama<span class="_ _0"></span>sı ger<span class="_ _0"></span>ekir! Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 ycb9 ff8 fs0 fc2 sc0 ls13 ws0">const Date birth_date(4, 3, 1964);<span class="ls0"> </span></div><div class="t m0 x11 h11 ycba ff8 fs0 fc2 sc0 ls13 ws0">birth_date.set(6, 1, 1966); //Geçersiz.<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf9d" class="pf w0 h0" data-page-no="9d"><div class="pc pc9d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">157</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycbb ff2 fs0 fc2 sc0 ls0 ws0">gibi bir işlemde <span class="ff9">set </span>üy<span class="_ _0"></span>e işlevi, <span class="ff9">birth_date <span class="_ _0"></span></span>nesnesinin elemanların<span class="_ _0"></span>ı değiştirir. Güvenlik ve oku<span class="_ _0"></span>nabilirlik açılarından<span class="_ _0"></span> </div><div class="t m0 x10 h3 ycbc ff1 fs0 fc2 sc0 ls0 ws0">bu durumun<span class="_ _0"></span> da engellenmesi gerekir. Peki<span class="fc7 ls17">, </span>ama <span class="_ _0"></span>derleyici <span class="ff9">se<span class="_ _0"></span>t <span class="ff2">işlevinin sınıfın elemanlarını <span class="_ _0"></span>değiştirip </span></span></div><div class="t m0 x10 h3 ycbd ff2 fs0 fc2 sc0 ls0 ws0">değiştirmeyeceğini nasıl an<span class="_ _0"></span>lar? İşlevin koduna <span class="_ _0"></span>bakarak bu<span class="_ _0"></span> bilgiyi alması mümkün olmayabi<span class="_ _0"></span>lir. Çünkü program </div><div class="t m0 x10 h3 y2c7 ff2 fs0 fc2 sc0 ls0 ws0">birkaç modül halin<span class="_ _0"></span>de yazılmış olabilir. İlgili işle<span class="_ _0"></span>v o modülde bu<span class="_ _0"></span>lunmayabilir. Dilin kura<span class="_ _3"></span>llarına göre, <span class="ff9">const </span>b<span class="_ _0"></span>ir sınıf </div><div class="t m0 x10 h3 y405 ff2 fs0 fc2 sc0 ls0 ws0">nesnesi ile ancak sınıfın <span class="_ _0"></span><span class="ff9">const </span>üy<span class="_ _0"></span>e işlevlerini çağrılabilir. Çünkü<span class="_ _0"></span> <span class="ff9">con<span class="_ _0"></span>st </span>üye işlevlerin sınıfın elemanlarını </div><div class="t m0 x10 h3 yc26 ff2 fs0 fc2 sc0 ls0 ws0">değiştirmeyeceği başka b<span class="_ _0"></span>ir kontrolle zaten güvenc<span class="_ _0"></span>e altına alınmıştır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ya67 ff2 fs0 fc2 sc0 ls0 ws0">Örneğin:<span class="ff1"> </span></div><div class="t m0 x1 h3 y1f8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycbe ff8 fs0 fc2 sc0 ls13 ws0">const A a; </div><div class="t m0 x11 h11 y235 ff8 fs0 fc2 sc0 ls13 ws0">a.func();<span class="ls0"> </span></div><div class="t m0 x1 h15 ycbf ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycc0 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="_ _3"></span>kod<span class="_ _0"></span><span class="ff1"> <span class="_ _3"></span></span>parçasında <span class="_ _3"></span>de<span class="_ _0"></span>rleyici <span class="_ _3"></span><span class="ff9 ls33">A <span class="_ _3"></span></span>sını<span class="_ _0"></span>fına <span class="_ _3"></span>ilişkin <span class="_ _3"></span><span class="ff9">fun<span class="_ _0"></span>c <span class="_ _3"></span></span>işlevinin <span class="_ _3"></span>bildirimine<span class="_ _0"></span> <span class="_ _3"></span>bakarak <span class="_ _3"></span>on<span class="_ _0"></span>un <span class="_ _b"></span><span class="ff9">const <span class="_ _3"></span><span class="ff1">bir <span class="_ _3"></span>ü<span class="_ _0"></span>ye </span></span></div><div class="t m0 x10 h3 y427 ff2 fs0 fc2 sc0 ls0 ws0">işlev <span class="_ _11"> </span>olup <span class="_ _11"> </span>ol<span class="_ _0"></span>madığını <span class="_ _11"> </span>saptar. <span class="_ _22"> </span>Eğer <span class="_ _11"> </span><span class="ff9">func <span class="_ _11"> </span>c<span class="_ _0"></span>onst <span class="_ _11"> </span></span>bir <span class="_ _11"> </span>ü<span class="_ _0"></span>ye <span class="_ _11"> </span>işlev <span class="_ _22"> </span>is<span class="_ _9"></span>e <span class="_ _11"> </span>çağrı <span class="_ _11"> </span>g<span class="_ _0"></span>eçerlidir, <span class="_ _11"> </span>değils<span class="_ _0"></span>e <span class="_ _11"> </span>çağrı <span class="_ _11"> </span>geçer<span class="_ _0"></span>sizdir. </div><div class="t m0 x10 h3 y428 ff1 fs0 fc2 sc0 ls0 ws0">Durum bir hata <span class="_ _0"></span>iletisiyle bildirilir. </div><div class="t m0 x10 h3 ycc1 ff2 fs0 fc2 sc0 ls0 ws0">Derleyici açısından bak<span class="_ _0"></span>ıldığında durum son d<span class="_ _0"></span>erece açıktır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd ycc2 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6e6 ff8 fs0 fc2 sc0 ls13 ws0">a.func();<span class="ls0"> </span></div><div class="t m0 x1 h15 ycc3 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y570 ff2 fs0 fc2 sc0 ls0 ws0">çağrısıyla <span class="ff9">const a <span class="_ _0"></span><span class="ff1">nesnesinin adresi gizlice </span>func<span class="_ _0"></span> </span>işlevinin parametre d<span class="_ _0"></span>eğişkenine atanır. <span class="_ _0"></span><span class="ff9">a </span></div><div class="t m0 x10 h3 y5f ff1 fs0 fc2 sc0 ls0 ws0">nesnesinin adresi </div><div class="t m0 x1 h3 y47c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycc4 ff8 fs0 fc2 sc0 ls13 ws0">(const A *)<span class="ls0"> </span></div><div class="t m0 x1 h15 y29b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycc5 ff2 fs0 fc2 sc0 ls0 ws0">türündendir. Bu<span class="_ _0"></span> adres ancak gösterdiği yer <span class="_ _0"></span><span class="ff9">const <span class="ff1">olan<span class="_ _0"></span> bir göstericiye atanab<span class="_ _0"></span>ilir. Oysa </span>func<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 ycc6 ff2 fs0 fc2 sc0 ls0 ws0">işlevi <span class="ff9">const </span>üye işlev değ<span class="_ _0"></span>il ise, işlevin gizli parametre değişk<span class="_ _0"></span>eni<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ycc7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycc8 ff8 fs0 fc2 sc0 ls13 ws0">A *<span class="ls0"> </span></div><div class="t m0 x1 h15 y8e1 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycc9 ff2 fs0 fc2 sc0 ls0 ws0">türündendir. Dola<span class="_ _0"></span>yısıyla işlev çağrısı geçerli değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y5ea ff2 fs0 fc2 sc0 ls0 ws0">Gösterdiği yer <span class="ff9">const <span class="_ _0"></span></span>olan bir sınıf göstericisi y<span class="_ _0"></span>a da <span class="ff9">c<span class="_ _0"></span>onst </span>bir sınıf referansı da<span class="ff1"> söz kon<span class="_ _0"></span>usu olabilir. Böy<span class="_ _0"></span>le bir </span></div><div class="t m0 x10 h3 y5eb ff2 fs0 fc2 sc0 ls0 ws0">gösterici ya da referans yoluy<span class="_ _0"></span>la bir sınıf nesn<span class="_ _0"></span>enin elemanları d<span class="_ _0"></span>eğiştirilemez. Aşağıdaki örneği incel<span class="_ _0"></span>eyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yaa5 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf9e" class="pf w0 h0" data-page-no="9e"><div class="pc pc9e w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">158</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">void display_totaldays(const Date *pDate)<span class="ls0"> </span></div><div class="t m0 x11 h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2a7 ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>pDate<span class="ls0">-</span>&gt;totaldays();<span class="ls0"> <span class="_ _60"> </span></span><span class="ffc">//totaldays işlevi const <span class="ls0">deği<span class="_ _9"></span>ls<span class="_ _9"></span>e </span></span></div><div class="t m0 x11 h11 y92e ff8 fs0 fc2 sc0 ls13 ws0">geçersiz!<span class="ls0"> </span></div><div class="t m0 x11 h11 ycca ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y3cd ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y930 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y5dc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yccb ff8 fs0 fc2 sc0 ls13 ws0">Date date </div><div class="t m0 x12 h11 y73a ff8 fs0 fc2 sc0 ls13 ws0">display_totaldays(&amp;date);<span class="ls0"> </span></div><div class="t m0 x1 h12 ye1 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y271 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y427 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y8fa ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">display_tota<span class="_ _0"></span>ldays <span class="ff2">işlevinin p<span class="_ _0"></span>arametre değişkeni, gös<span class="_ _0"></span>terdiği yer </span>con<span class="_ _0"></span>st <span class="ff2">bir sınıf göstericisidir. Bu </span></span></div><div class="t m0 x10 h3 yccc ff2 fs0 fc2 sc0 ls0 ws0">göstericinin gösterdiği sını<span class="_ _0"></span>f nesnesinin eleman<span class="_ _0"></span>ları değiştirilemez ve b<span class="_ _0"></span>u nesne için sınıfın <span class="_ _0"></span><span class="ff9">co<span class="_ _0"></span>nst <span class="ff1">olmayan bir </span></span></div><div class="t m0 x10 h3 yccd ff2 fs0 fc2 sc0 ls0 ws0">üye işlevi çağrılamaz. Aynı d<span class="_ _0"></span>urum <span class="ff9">c<span class="_ _0"></span>onst referanslar </span>için d<span class="_ _0"></span>e söz konusud<span class="_ _0"></span>ur. Örneğimizi aşağıdaki biçime </div><div class="t m0 x10 h3 ycce ff2 fs0 fc2 sc0 ls0 ws0">dönüştürüyo<span class="_ _0"></span>ruz<span class="ff1">: </span></div><div class="t m0 x11 h11 yccf ff8 fs0 fc2 sc0 ls13 ws0">void display_totaldays(const Date &amp;r)<span class="ls0"> </span></div><div class="t m0 x11 h11 y9f4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ycd0 ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>r.totaldays();<span class="ls0"> <span class="_ _18"> </span></span><span class="ffc">//totaldays işlevi const değilse</span><span class="ls0"> <span class="_ _9"></span>geçersi<span class="_ _0"></span>z! </span></div><div class="t m0 x11 h11 y203 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ybb4 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y89 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 ybb6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y206 ff8 fs0 fc2 sc0 ls13 ws0">Date date; </div><div class="t m0 x12 h11 y60e ff8 fs0 fc2 sc0 ls13 ws0">display_totaldays(date);<span class="ls0"> </span></div><div class="t m0 x1 h12 ya21 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 ycd1 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 ycd2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y718 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycd3 ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">anah<span class="_ _0"></span>tar sözcüğünün, genel olarak <span class="_ _0"></span>okunabilirliği artırmak<span class="_ _0"></span> amacıyla kullanıldığını a<span class="_ _0"></span>nımsayalım. Hizmet </span></div><div class="t m0 x10 h3 ycd4 ff2 fs0 fc2 sc0 ls0 ws0">alacağı sınıfın arayü<span class="_ _0"></span>zünde <span class="ff9">c<span class="_ _0"></span>onst </span>bir sınıf göstericisini ya da referan<span class="_ _0"></span>sını gören programcı, bu<span class="_ _0"></span> gösterici ya da </div><div class="t m0 x10 h3 ycd5 ff2 fs0 fc2 sc0 ls0 ws0">referans yoluyla sınıfın el<span class="_ _0"></span>emanlarının değiş<span class="_ _0"></span>tirilemeyeceğini <span class="_ _0"></span>anlayarak dah<span class="_ _0"></span>a fazla bilgi edinir. Bir işlevin adresini </div><div class="t m0 x10 h3 ycd6 ff2 fs0 fc2 sc0 ls0 ws0">aldığı sınıf nesnesinin eleman<span class="_ _0"></span>larını değiştirmeyecek i<span class="_ _0"></span>se, yani bir set işlevi değil i<span class="_ _0"></span>se, işlevin parametre değişkeni </div><div class="t m0 x10 h3 ycd7 ff2 fs0 fc2 sc0 ls0 ws0">gösterdiği yer <span class="ff9">con<span class="_ _0"></span>st </span>olan bir gösterici ya d<span class="_ _0"></span>a referans olmalıd<span class="_ _0"></span>ır.<span class="ff1"> </span></div><div class="t m0 x1 hd ycd8 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf9f" class="pf w0 h0" data-page-no="9f"><div class="pc pc9f w0 h0"><img class="bi xb ycd9 w6 h7b" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">159</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _b"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span><span class="ff1">ç<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span></span>İ<span class="_ _3"></span>ş<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _b"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y37d ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">bir sınıf nesnesi y<span class="_ _0"></span>aratılırken sınıfın kurucu<span class="_ _0"></span> işlevleri normal olarak <span class="_ _0"></span>çağrılır. Çünkü kuru<span class="_ _0"></span>cu işlevlerin </span></div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">amacı bir sınıf nesnesine i<span class="_ _0"></span>lkdeğer vermektir. Nasıl d<span class="_ _0"></span>oğal türlerinden <span class="_ _0"></span><span class="ff9">co<span class="_ _0"></span>nst </span>bir nesneye ilk d<span class="_ _0"></span>eğer </div><div class="t m0 x10 h3 y821 ff1 fs0 fc2 sc0 ls0 ws0">verilebiliyorsa, <span class="ff9">const <span class="_ _0"></span><span class="ff2">bir sınıf nesnesine de kuru<span class="_ _0"></span>cu işlev yardımıyla ilkd<span class="_ _0"></span>eğer verilebilir. Yani k<span class="_ _0"></span>urucu işlevin </span></span></div><div class="t m0 x10 h3 ycda ff2 fs0 fc2 sc0 ls0 ws0">çağrılması nesnenin d<span class="_ _0"></span>eğerini değiştirilmesi değil ne<span class="_ _0"></span>sneye ilk değer verilmesi anlamına <span class="_ _0"></span>gelir. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y8f5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycdb ff8 fs0 fc2 sc0 ls13 ws0">const Date d(29, 5, 1992);<span class="ls0"> </span></div><div class="t m0 x1 h15 y958 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y825 ff2 fs0 fc2 sc0 ls0 ws0">deyimi ile sınıfın kurucu işl<span class="_ _0"></span>evi sınıfın nesnesinin eleman<span class="_ _0"></span>larına işleve gönderilen a<span class="_ _0"></span>rgümanlar ile ilkdeğerini </div><div class="t m0 x10 h3 ycdc ff2 fs0 fc2 sc0 ls0 ws0">verir. Yani kurucu işlev, sını<span class="_ _0"></span>fın elemanlarını atama y<span class="_ _0"></span>apmaz, onlara ilkdeğerini v<span class="_ _0"></span>erir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ycdd ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın elemanlarını değiştir<span class="_ _0"></span>meyen işlevler, <span class="_ _0"></span><span class="ff9">cons<span class="ff10">t üye işlev <span class="_ _0"></span></span></span>olarak tanımlanmazlarsa, b<span class="_ _0"></span>u işlevlerin <span class="_ _0"></span><span class="ff9">const </span>sınıf </div><div class="t m0 x10 h3 y1db ff2 fs0 fc2 sc0 ls0 ws0">nesneleri tarafından çağrılma<span class="_ _0"></span>sı engellenmiş olur. <span class="_ _0"></span>Yani bu işlevler <span class="_ _0"></span><span class="ff9">const </span>sınıf nesn<span class="_ _0"></span>elerine hizmet veremez.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd ycde ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y61e ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _b"></span>E<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ycdf ff1 fs0 fc2 sc0 ls0 ws0">C++ dilinde <span class="ff9">const <span class="ff2">an<span class="_ _0"></span>ahtar sözcüğün<span class="_ _0"></span>ün bir kullanımı daha <span class="_ _0"></span>vardır. Sınıf bildirimi yapılırken <span class="_ _0"></span>sınıfın bir elemanı da </span></span></div><div class="t m0 x10 h3 y53e ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff1">olarak <span class="_ _0"></span>bildirilebilir: </span></div><div class="t m0 x1 h3 y9c8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yce0 ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x2 h11 y107 ff8 fs0 fc2 sc0 ls13 ws0">int a;<span class="ls0"> </span></div><div class="t m0 x2 h11 yce1 ff8 fs0 fc2 sc0 ls13 ws0">const int b;<span class="ls0"> </span></div><div class="t m0 x2 h11 yce2 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x10 h11 y89 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y768 ff8 fs0 fc2 sc0 ls13 ws0">void func();<span class="ls0"> </span></div><div class="t m0 x10 h11 yce3 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yce4 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yce5 ff8 fs0 fc2 sc0 ls13 ws0">void A::func()<span class="ls0"> </span></div><div class="t m0 x10 h11 y3a9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y547 ff8 fs0 fc2 sc0 ls0 ws0">b = <span class="ls13">10;</span> <span class="_ _40"> </span><span class="ls13">//Geçersiz!</span> </div><div class="t m0 x10 h11 y8e1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y14e ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki bildirimde <span class="ff9 ls33">A <span class="_ _0"></span></span>sınıfının <span class="_ _0"></span><span class="ff9 ls14">b </span>isimli elemanı <span class="ff9">const <span class="ff1">olarak b<span class="_ _0"></span>ildiriliyor. </span><span class="ls33">A </span></span>sınıfının üy<span class="_ _0"></span>e işlevleri içinde <span class="ff9 ls14">b </span></div><div class="t m0 x10 h3 y14f ff2 fs0 fc2 sc0 ls0 ws0">elemanının değeri değiştiri<span class="_ _0"></span>lemez.<span class="ff1"> </span></div><div class="t m0 x10 h3 y88b ff2 fs0 fc2 sc0 ls0 ws0">Ancak bir sınıfın elemanının <span class="_ _0"></span><span class="ff9">const <span class="_ _0"></span></span>olarak bildirilmesi durumun<span class="_ _0"></span>da, sınıfın kurucu işlevinin <span class="_ _0"></span>özel bir sözdizim </div><div class="t m0 x10 h3 y88c ff2 fs0 fc2 sc0 ls0 ws0">kuralına göre tanımlan<span class="_ _0"></span>ması gerekir. <span class="ff9">M.I.L <span class="_ _0"></span></span>sözdizimi diye isim<span class="_ _0"></span>lendireceğimiz bu ku<span class="_ _0"></span>rala ileride ayrıntılı olarak </div><div class="t m0 x10 h3 y88d ff2 fs0 fc2 sc0 ls0 ws0">değineceğiz.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfa0" class="pf w0 h0" data-page-no="a0"><div class="pc pca0 w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAABmCAIAAAAI3VaZAAAACXBIWXMAABYlAAAWJQFJUiTwAAACIElEQVR42u3doRGDQBRFUcig0BRADbRBJamIStJGCojaAhAo7E8FmwkJgt05x6576s4320ZEk5HWvQEAAC5jHPrc0806AABQAWUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAIDydSbgFI/70wgA8Jt5mYzA/9zsAQCgBm1E5N7SuhsIAACuYxz63JObPQAA1EDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAMD5Pv1UBQAAlMLNHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADf6l5pswIAAJTOzR4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACOegP3JxVvEWhFSAAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">160</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff1 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _b"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf aynı isimli ve aynı p<span class="_ _0"></span>arametre yapısına sahip b<span class="_ _0"></span>iri <span class="ff9">c<span class="_ _0"></span>onst <span class="ff1">biri </span>const </span>olmay<span class="_ _0"></span>an iki üye işleve sahip olabilir. </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">Bu duruma “con<span class="_ _0"></span>st yüklemesi”<span class="_ _0"></span> (<span class="ff9">const overloading<span class="_ _0"></span><span class="ff1">) denir. </span></span></div><div class="t m0 x10 h3 y1d5 ff2 fs0 fc2 sc0 ls0 ws0">Üye işlevlerin amaç kod<span class="_ _0"></span> içine yazılmasında sınıf isimleri <span class="_ _0"></span>ve parametre türlerinin y<span class="_ _0"></span>anı sıra <span class="_ _0"></span><span class="ff9">const <span class="_ _0"></span></span>anahtar sözcüğü </div><div class="t m0 x10 h3 y822 ff1 fs0 fc2 sc0 ls0 ws0">de <span class="_ _9"></span><span class="ff2">bir şekilde kodlanır. Başka b<span class="_ _0"></span>ir deyişle <span class="ff9">const </span>işlevin i<span class="_ _0"></span>mzasının bir p<span class="_ _0"></span>arçasıdır. Böyle bir durumda <span class="_ _0"></span>aynı ısiml<span class="ff1">i ü<span class="_ _0"></span>ye </span></span></div><div class="t m0 x10 h3 y8f5 ff2 fs0 fc2 sc0 ls0 ws0">işlev çağrıldığında gerç<span class="_ _0"></span>ekte hangi üye işlevin çağrılmış olduğ<span class="_ _0"></span>u, çağrı ifadesinde kullanılan<span class="_ _0"></span> nesnenin <span class="_ _0"></span><span class="ff9">const<span class="_ _9"></span> <span class="ff1">olup </span></span></div><div class="t m0 x10 h3 y215 ff2 fs0 fc2 sc0 ls0 ws0">olmadığına bakılarak <span class="_ _0"></span>saptanır. Eğer çağrı işlemi <span class="_ _0"></span><span class="ff9">const <span class="_ _0"></span></span>bir sınıf nesnesi ile yapılmışsa <span class="_ _0"></span><span class="ff9">const </span>olan<span class="_ _0"></span> üye işlevin, <span class="ff9">const </span></div><div class="t m0 x10 h3 yb9a ff2 fs0 fc2 sc0 ls0 ws0">olmayan bir sınıf nesn<span class="_ _0"></span>esi ile yapılmışsa <span class="ff9">const<span class="_ _9"></span> <span class="ff2">olmayan üye işlevin çağrıldığı  anlaşılır.<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y50a ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki kodu derleyer<span class="_ _0"></span>ek çalıştırın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yce6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y750 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y425 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y385 ff8 fs0 fc2 sc0 ls13 ws0">A(){}<span class="ls0"> </span></div><div class="t m0 x12 h11 y291 ff8 fs0 fc2 sc0 ls13 ws0">void func();<span class="ls0"> </span></div><div class="t m0 x12 h11 y357 ff8 fs0 fc2 sc0 ls13 ws0">void func() const;<span class="ls0"> </span></div><div class="t m0 x11 h11 yce7 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yce8 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb86 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y163 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x11 h11 y30a ff8 fs0 fc2 sc0 ls13 ws0">void A::func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y1e4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y842 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;A::func()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 ya81 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yc31 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yce9 ff8 fs0 fc2 sc0 ls13 ws0">void A::func() const<span class="ls0"> </span></div><div class="t m0 x11 h11 y700 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ycea ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;A::func()const&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 ya12 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y22b ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yceb ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y549 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y5ea ff8 fs0 fc2 sc0 ls13 ws0">A a;<span class="ls0"> </span></div><div class="t m0 x12 h11 ycec ff8 fs0 fc2 sc0 ls13 ws0">const A ca; </div><div class="t m0 x12 h11 y317 ff8 fs0 fc2 sc0 ls13 ws0">a.func();<span class="ls0"> </span></div><div class="t m0 x12 h11 yced ff8 fs0 fc2 sc0 ls13 ws0">ca.func();<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfa1" class="pf w0 h0" data-page-no="a1"><div class="pc pca1 w0 h0"><img class="bi xb ycee w6 h7c" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAADoCAIAAAAsZyMxAAAACXBIWXMAABYlAAAWJQFJUiTwAAAEUUlEQVR42u3doRGDQBRFUcig0BRADbRBJamIStJGCojaAhAo7E8Fm5kQBLs5x6576s4320ZEk5HWvQEAAC5jHPrc0806AABQAWUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAIDydSbgFI/70wgAcMy8TEbgd272AABQgzYicm9p3Q0EAADXMQ597snNHgAAaqDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAOB8n36qAgAASuFmDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAOCfdK+0WQEAAErnZg8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADfegNouRZzftHdngAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">161</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 y43a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y43b ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y43c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h10 y2b ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>o<span class="_ _3"></span>p<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _b"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span> </div><div class="t m0 x10 h3 ycef ff2 fs0 fc2 sc0 ls0 ws0">Bir <span class="_ _0"></span>sını<span class="_ _0"></span>fın <span class="_ _0"></span>kopy<span class="_ _0"></span>alayan <span class="_ _3"></span>kurucu <span class="_ _0"></span>işlevi <span class="_ _3"></span><span class="ff9">(copy <span class="_ _0"></span>co<span class="_ _0"></span>nstructor)</span>, <span class="_ _3"></span>o <span class="_ _0"></span>sınıfa <span class="_ _3"></span>ait <span class="_ _0"></span>bir <span class="_ _3"></span>nesnenin <span class="_ _3"></span>ilkdeğer <span class="_ _3"></span>verilerek <span class="_ _0"></span>y<span class="_ _0"></span>aratılması </div><div class="t m0 x10 h3 ycf0 ff2 fs0 fc2 sc0 ls0 ws0">durumunda  çağrılan, <span class="_ _11"> </span>özel  bir<span class="_ _9"></span> <span class="_ _22"> </span>kurucu <span class="_ _22"> </span>iş<span class="_ _9"></span>levdir. <span class="_ _22"> </span>Hatırlayacağınız <span class="_ _22"> </span>gibi, <span class="_ _11"> </span>ilkdeğer <span class="_ _22"> </span>verme <span class="_ _11"> </span>bir  bildirim <span class="_ _11"> </span>d<span class="_ _0"></span>eyimidir, </div><div class="t m0 x10 h3 y4bf ff2 fs0 fc2 sc0 ls0 ws0">atama deyiminden farklı özel<span class="_ _0"></span>likler taşır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y2f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y96a ff8 fs0 fc2 sc0 ls13 ws0">int x = 10;<span class="ls0"> </span></div><div class="t m0 x1 h2a y776 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycf1 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki deyimde <span class="ff9">int<span class="_ _0"></span> <span class="ff1">türden </span><span class="ls1a">x </span></span>d<span class="_ _0"></span>eğişkeni, <span class="ff9 ls4">10 </span>ilkdeğerini ala<span class="_ _0"></span>rak yaratılıyor. Bir sınıf nesn<span class="_ _0"></span>esi de,aynı </div><div class="t m0 x10 h3 ya8f ff2 fs0 fc2 sc0 ls0 ws0">türden bir başka<span class="_ _0"></span> sınıf nesnesinden ilkdeğerini alarak <span class="_ _0"></span>tanımlanabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ycf2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycf3 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 ycf4 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yafd ff8 fs0 fc2 sc0 ls13 ws0">A();<span class="ls0"> </span></div><div class="t m0 x11 h11 yb2d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 ycf5 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycf6 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 ycf7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ycf8 ff8 fs0 fc2 sc0 ls0 ws0">A <span class="ls13">a1;</span> <span class="_ _61"> </span><span class="ffc ls13">//a1 nesnesi için varsayılan kurucu işlev</span> <span class="_ _6"></span><span class="ffc ls13">çağrılıyor.<span class="ff8 ls0"> </span></span></div><div class="t m0 x12 h11 y830 ff8 fs0 fc2 sc0 ls0 ws0">A <span class="ls13">a2(a1);</span> <span class="_ _45"> </span><span class="ffc ls13">//a2 nesnesi ilk değerini a1 <span class="ff8">nesnesinden alarak</span></span> <span class="_ _6"></span><span class="ffc ls13">yaratılıyor.<span class="ff8 ls0"> </span></span></div><div class="t m0 x1 h12 ycf9 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y6d3 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y916 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 ycfa ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y12d ff2 fs0 fc2 sc0 ls0 ws0">C++‟da bir sınıf nesnesinin y<span class="_ _0"></span>aratıldığı her d<span class="_ _0"></span>urumda bir kuru<span class="_ _0"></span>cu işlevin otomatik olarak çağrıldığını </div><div class="t m0 x10 h3 ycfb ff2 fs0 fc2 sc0 ls0 ws0">hatırlayalım. Bir sınıf nesn<span class="_ _0"></span>esi ilkdeğerini başka bir sını<span class="_ _0"></span>f nesnesinden alarak yar<span class="_ _0"></span>atıldığı zaman d<span class="_ _0"></span>a bir kurucu<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y3fc ff2 fs0 fc2 sc0 ls0 ws0">işlev çağrılır. Bu işlev &quot;<span class="ff10">ko<span class="_ _0"></span>pyalayan kurucu<span class="_ _0"></span> işlev&quot; </span>olarak isimlen<span class="_ _0"></span>dirilir. Kopyalayan k<span class="_ _0"></span>urucu işlev, programcı </div><div class="t m0 x10 h3 y3fd ff2 fs0 fc2 sc0 ls0 ws0">tarafından tan<span class="_ _0"></span>ımlanmaz ise derleyici tarafından<span class="_ _0"></span> otomatik olarak ta<span class="_ _0"></span>nımlanır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ycfc ff2 fs0 fc2 sc0 ls0 ws0">Derleyicinin otomatik olara<span class="_ _0"></span>k yazacağı kopy<span class="_ _0"></span>alayan kurucu işlev, sınıfın<span class="_ _0"></span><span class="ff1"> <span class="ff9">pub<span class="_ _0"></span>lic </span></span>bölümünde b<span class="_ _0"></span>ildirildiği kabul </div><div class="t m0 x10 h3 ycfd ff1 fs0 fc2 sc0 ls0 ws0">edilen <span class="ff9">inline <span class="ff2">bir işlevdir <span class="_ _0"></span>ve parametrik yapısı aşa<span class="_ _0"></span>ğıdaki gibidir:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 hd y686 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y966 ff8 fs0 fc2 sc0 ls13 ws0">class A{<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfa2" class="pf w0 h0" data-page-no="a2"><div class="pc pca2 w0 h0"><img class="bi xb ycfe w6 h7d" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">162</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">// </div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ycff ff8 fs0 fc2 sc0 ls13 ws0">A(const<span class="ls0"> </span>A&amp;);<span class="ls0"> <span class="_ _1d"> </span></span>//Kopyalayan kurucu<span class="ls0"> </span><span class="ffc">işlev</span><span class="ls0"> </span></div><div class="t m0 x11 h11 y1f4 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 yd00 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2d ff2 fs0 fc2 sc0 ls0 ws0">Derleyicinin yazdığı k<span class="_ _0"></span>opyalayan kurucu<span class="_ _0"></span> işlev, çağrılmış olduğu sınıf nesnesinin el<span class="_ _0"></span>emanlarına yan<span class="_ _0"></span>i <span class="_ _0"></span><span class="ff9">*this </span></div><div class="t m0 x10 h3 yd01 ff2 fs0 fc2 sc0 ls0 ws0">nesnesinin elemanlarına, ilk<span class="_ _0"></span>değer verme işleminde atama i<span class="_ _0"></span>şlecinin sağ tarafında b<span class="_ _0"></span>ulunan sınıf nesnesinin </div><div class="t m0 x10 h3 yd02 ff2 fs0 fc2 sc0 ls0 ws0">ilgili elemanlarının değerlerin<span class="_ _0"></span>i kopyalar. Böyle b<span class="_ _0"></span>ir kopyalama ingilizcede <span class="_ _0"></span><span class="ff9">&quot;memberwise copy&quot; <span class="_ _0"></span><span class="ff1">olarak bilinir.<span class="_ _0"></span> </span></span></div><div class="t m0 x1 hd ybb1 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yd03 ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>o<span class="_ _3"></span>p<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _b"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>g<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _b"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span></span> </div><div class="t m0 x10 h3 yd04 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesine üç ayrı b<span class="_ _0"></span>içimde ilkdeğer verilebilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yd05 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y920 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Açık ilkdeğer verme<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span>biçiminde<span class="_ _0"></span> </span></span></span></div><div class="t m0 x1 h3 y853 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y986 ff8 fs0 fc2 sc0 ls13 ws0">A a1;<span class="ls0"> </span></div><div class="t m0 x11 h11 y987 ff8 fs0 fc2 sc0 ls13 ws0">A a2(a1);<span class="ls0"> </span></div><div class="t m0 x1 h1c yd06 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd07 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında <span class="ff9">a<span class="_ _0"></span>2 </span>nesnesi, değerini daha önce tan<span class="_ _0"></span>ımlanan <span class="_ _0"></span><span class="ff9">a1 </span>nesnesinden alarak <span class="_ _0"></span>yaratılıyor. </div><div class="t m0 x10 h3 y496 ff2 fs0 fc2 sc0 ls0 ws0">Tanımlanan <span class="ff9">a2 </span>n<span class="_ _0"></span>esnesi için derleyicinin yazd<span class="_ _0"></span>ığı kopyalayan kuru<span class="_ _0"></span>cu işlev çağrılır. <span class="_ _0"></span><span class="ff9">a1 </span>nesnesi<span class="_ _0"></span> bu işleve referans </div><div class="t m0 x10 h3 y95d ff1 fs0 fc2 sc0 ls0 ws0">yoluyla geçirilir. </div><div class="t m0 x1 hd ycf8 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd08 ff2 fs0 fc2 sc0 ls0 ws0">Tek parametreli kurucu işl<span class="_ _0"></span>evlerin aşağıdaki biçimde de ça<span class="_ _0"></span>ğrılabileceğini biliyor<span class="_ _0"></span>sunuz:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yd09 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y5cc ff8 fs0 fc2 sc0 ls13 ws0">A a2 = a1;<span class="ls0"> </span></div><div class="t m0 x1 h15 yd0a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y93d ff1 fs0 fc2 sc0 ls0 ws0">Bu durumda d<span class="_ _0"></span>a <span class="ff9">a2 </span>nesnesi için kop<span class="_ _0"></span>yalay<span class="ff2">an ku<span class="_ _0"></span>rucu işlev çağrılır. Bu işleve <span class="ff9">a<span class="_ _0"></span>1 </span></span>nesnesi referan<span class="_ _0"></span>s yoluyla </div><div class="t m0 x10 h3 yd0b ff1 fs0 fc2 sc0 ls0 ws0">geçirilir. </div><div class="t m0 x1 h3 y952 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he ybb8 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Argümanlardan<span class="_ _0"></span> parametre değişkenlerine değerl<span class="_ _0"></span>e<span class="ff1"> </span>akta<span class="_ _0"></span>rım<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y8f1 ff2 fs0 fc2 sc0 ls0 ws0">Bir işleve gönderilen argü<span class="_ _0"></span>man, ilgili işlevin param<span class="_ _0"></span>etre değişkeni olan n<span class="_ _0"></span>esneye ilkdeğerini<span class="_ _0"></span><span class="fc7">(ilk <span class="_ _0"></span>değerini) </span><span class="ff1">verir. </span></div><div class="t m0 x10 h3 yd0c ff2 fs0 fc2 sc0 ls0 ws0">Yani işlev çağrıldığında,<span class="_ _0"></span> parametre değişkeni olan ne<span class="_ _0"></span>sne, işleve argüman o<span class="_ _0"></span>larak gönderilen ifad<span class="_ _0"></span>eden </div><div class="t m0 x10 h3 ybac ff2 fs0 fc2 sc0 ls0 ws0">ilkdeğerini<span class="fc7">(ilk değerini) <span class="_ _0"></span></span>alarak yaratılır:<span class="ff1"> </span></div><div class="t m0 x1 h3 yd0d ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfa3" class="pf w0 h0" data-page-no="a3"><div class="pc pca3 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">163</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">void func(A p)<span class="ls0"> </span></div><div class="t m0 x10 h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y2a7 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 yabe ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ydb ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ya38 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x10 h11 yd0e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ycad ff8 fs0 fc2 sc0 ls13 ws0">A a; </div><div class="t m0 x2 h11 yd0f ff8 fs0 fc2 sc0 ls13 ws0">func(a);<span class="ls0"> </span></div><div class="t m0 x10 h11 yd10 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y7c2 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd11 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında <span class="ff9">fun<span class="_ _0"></span>c </span>işlevinin parametre değişk<span class="_ _0"></span>eni <span class="ff9 ls33">A <span class="_ _0"></span></span>sınıfı türündendir. <span class="_ _0"></span><span class="ff9">foo </span>işlevi içinde çağrılan <span class="_ _0"></span><span class="ff9">func </span></div><div class="t m0 x10 h3 yd12 ff2 fs0 fc2 sc0 ls0 ws0">işlevine, yerel <span class="ff9 ls14">a </span>nesnesinin de<span class="_ _0"></span>ğeri argüman olarak gönd<span class="_ _0"></span>eriliyor. <span class="_ _0"></span><span class="ff9">func </span>işlevi çağrıldığında <span class="_ _0"></span>yaratılan <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfı </div><div class="t m0 x10 h3 yd13 ff2 fs0 fc2 sc0 ls0 ws0">türünden olan<span class="_ _0"></span> parametre değişkeni <span class="ff9">p</span>, ilk<span class="_ _0"></span> değerini <span class="ff9 ls14">a </span>nesnesin<span class="_ _0"></span>den alarak yarat<span class="_ _0"></span>ılır. Bu durumda p<span class="_ _0"></span><span class="ff1">arametre </span></div><div class="t m0 x10 h3 yd14 ff2 fs0 fc2 sc0 ls0 ws0">değişkeni <span class="ff9 ls14">p </span>için kopy<span class="_ _0"></span>alayan kurucu işlev çağrılır. Çağrılan ko<span class="_ _0"></span>pyalayan<span class="_ _0"></span> kurucu işleve <span class="_ _0"></span><span class="ff9 ls14">a </span><span class="ff1">nesnesi referans yolu<span class="_ _0"></span>yla </span></div><div class="t m0 x10 h3 yd15 ff1 fs0 fc2 sc0 ls0 ws0">geçirilir. </div><div class="t m0 x1 hd yd16 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yd17 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İşlevlerin geri d<span class="_ _0"></span>önüş değerlerini, b<span class="_ _0"></span>ir geçici nesne oluşturara<span class="_ _0"></span>k dışarıya aktardığını b<span class="_ _0"></span>iliyorsunuz. Geri dönüş </span></span></div><div class="t m0 x10 h3 yd18 ff2 fs0 fc2 sc0 ls0 ws0">değeri üreten<span class="ff1"> </span>bir işlevin k<span class="_ _0"></span>odunun çalıştırılması sıra<span class="_ _0"></span>sında <span class="ff9">retur<span class="_ _9"></span>n <span class="ff2">deyimi yürütüldü<span class="_ _0"></span>ğünde, işlevin geri dönüş </span></span></div><div class="t m0 x10 h3 yd19 ff2 fs0 fc2 sc0 ls0 ws0">değeri türünden bir geçici n<span class="_ _0"></span>esne ilkdeğer verme yoluy<span class="_ _0"></span>la yaratılır. Yaratılan geçici n<span class="_ _0"></span>esne ilk değerini <span class="_ _3"></span><span class="ff9">r<span class="_ _9"></span>etur<span class="_ _9"></span>n </span></div><div class="t m0 x10 h3 y970 ff2 fs0 fc2 sc0 ls0 ws0">ifadesinden alır. Bir işle<span class="_ _0"></span>v bir sınıf türüne geri d<span class="_ _0"></span><span class="ff1">önüyo<span class="_ _0"></span>rsa, <span class="ff9">return </span></span>ifadesi de b<span class="_ _0"></span>ir sınıf nesnesi olmalıdır, d<span class="_ _0"></span>eğil mi? </div><div class="t m0 x10 h3 yd1a ff2 fs0 fc2 sc0 ls0 ws0">Bu durumda geri dö<span class="_ _0"></span>nüş değerini içinde taşıyacak <span class="_ _0"></span>geçici nesne ilk değerini <span class="_ _0"></span><span class="ff9">retu<span class="_ _0"></span>rn <span class="ff1">ifadesi olan<span class="_ _0"></span> nesneden alarak </span></span></div><div class="t m0 x10 h3 yd1b ff2 fs0 fc2 sc0 ls0 ws0">yaratılır. Yani geri dönüş d<span class="_ _0"></span>eğerinin içinde taşıyaca<span class="_ _0"></span>k geçici nesne için kop<span class="_ _0"></span>yala<span class="_ _0"></span>yan ku<span class="_ _0"></span>rucu işlev çağrılır. <span class="ff9">return </span></div><div class="t m0 x10 h3 y94e ff2 fs0 fc2 sc0 ls0 ws0">ifadesi olan sınıf nesne<span class="_ _0"></span>si de kopyalayan<span class="_ _0"></span> <span class="ff1">kur<span class="_ _9"></span>ucu<span class="_ _6"></span> <span class="ff2">işleve referans yolu<span class="_ _0"></span>yla geçirilir. Aşağıdaki k<span class="_ _0"></span>od parçasını<span class="_ _0"></span></span> </span></div><div class="t m0 x10 h3 yd1c ff1 fs0 fc2 sc0 ls0 ws0">inceleyin: </div><div class="t m0 x1 hd y9cc ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd1d ff8 fs0 fc2 sc0 ls0 ws0">A <span class="ls13">func()</span> </div><div class="t m0 x11 h11 yd1e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yd1f ff8 fs0 fc2 sc0 ls0 ws0">A <span class="ls13">a;</span> </div><div class="t m0 x12 h11 yd20 ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x12 h11 yd21 ff8 fs0 fc2 sc0 ls13 ws0">return <span class="ls1b">a;<span class="ls0"> </span></span></div><div class="t m0 x11 h11 y76c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 ya42 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y112 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki işlevde <span class="_ _0"></span><span class="ff9">return </span>deyimi yürütü<span class="_ _0"></span>ldüğünde yaratılan<span class="_ _0"></span> geçici nesne<span class="ff1"> </span>ilk değerini y<span class="_ _0"></span>erel<span class="ff1"> </span></div><div class="t m0 x10 h3 yd0c ff9 fs0 fc2 sc0 ls14 ws0">a <span class="ff2 ls0">nesnesinden alır. Yani<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd y7f9 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd22 ff8 fs0 fc2 sc0 ls13 ws0">A temp_object = a;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfa4" class="pf w0 h0" data-page-no="a4"><div class="pc pca4 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">164</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycbb ff2 fs0 fc2 sc0 ls0 ws0">gibi bir işlem söz konusud<span class="_ _0"></span>ur.<span class="ff1"> </span></div><div class="t m0 x1 hd yd23 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd24 ff2 fs0 fc2 sc0 ls0 ws0">Bildiğiniz gibi, bir sınıfın farkl<span class="_ _0"></span>ı imzaya sahip b<span class="_ _0"></span>irden fazla kurucu işlevi olabilir ama <span class="_ _0"></span>sınıfın sonlandırıcı işlevi </div><div class="t m0 x10 h3 y157 ff2 fs0 fc2 sc0 ls0 ws0">tektir. Yukarıdaki üç d<span class="_ _0"></span>urumda da ko<span class="_ _0"></span>pyalayan<span class="_ _0"></span> kurucu işlevle yaratılan sınıf nesnel<span class="_ _0"></span>eri için bu nesnelerin ö<span class="_ _0"></span>mrü </div><div class="t m0 x10 h3 y5be ff2 fs0 fc2 sc0 ls0 ws0">bittiğinde sınıfın sonlan<span class="_ _0"></span>dırıcı işlevi çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y65f ff2 fs0 fc2 sc0 ls0 ws0">Programcının bir kopy<span class="_ _0"></span>alama kurucu işlevi yazmama<span class="_ _0"></span>sı durumunda <span class="_ _0"></span>derleyici bu işlevi kendisi yazıyo<span class="_ _0"></span>rsa ve </div><div class="t m0 x10 h3 y552 ff2 fs0 fc2 sc0 ls0 ws0">derleyicinin yazdığı kop<span class="_ _0"></span>ya kurucu işle<span class="_ _0"></span>vi tüm elemanları karş<span class="_ _0"></span>ılıklı birbirine atıyorsa, neden p<span class="_ _0"></span>rogramcı bir </div><div class="t m0 x10 h3 y51e ff2 fs0 fc2 sc0 ls0 ws0">kopyalayan<span class="_ _0"></span> kurucu işlevi yazma gereği duysun?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yd25 ff2 fs0 fc2 sc0 ls0 ws0">Bazı durumlarda n<span class="_ _0"></span>esnelerin elemanlarının karşılıklı olarak <span class="_ _0"></span>birbirine atan<span class="_ _0"></span>ması istenen bir durum değildir!<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y6c6 ff2 fs0 fc2 sc0 ls0 ws0">Bazı sınıflarda sınıf ne<span class="_ _0"></span>snelerinin <span class="_ _0"></span>bazı elemanları dışsal kay<span class="_ _0"></span>nakları kontrol eder. Bu<span class="_ _0"></span> elemanlarının d<span class="_ _0"></span>eğerlerinin </div><div class="t m0 x10 h3 y6c7 ff2 fs0 fc2 sc0 ls0 ws0">birbirlerine atanması ist<span class="_ _0"></span>enmeyen sonuçlara yol a<span class="_ _0"></span>çabilir. Yazıları tutmak için tan<span class="_ _0"></span>ımlanan ismi <span class="_ _0"></span><span class="ff9">String<span class="_ _0"></span> </span>olan bir sınıfı </div><div class="t m0 x10 h3 y983 ff2 fs0 fc2 sc0 ls0 ws0">ele alalım. Sınıfın basitle<span class="_ _0"></span>ştirilmiş tasarımı aşağıdak<span class="_ _0"></span>i gibi <span class="ff1">ols<span class="_ _0"></span>un: </span></div><div class="t m0 x1 h3 yb85 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd26 ff8 fs0 fc2 sc0 ls13 ws0">//string.h </div><div class="t m0 x11 h11 y3a1 ff8 fs0 fc2 sc0 ls13 ws0">class String<span class="ls0"> {<span class="_ _6"></span> </span></div><div class="t m0 x12 h11 yd27 ff8 fs0 fc2 sc0 ls13 ws0">char <span class="ls16">*m_p; </span></div><div class="t m0 x12 h11 yd28 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> <span class="_ _0"></span>m_<span class="_ _9"></span>l<span class="_ _9"></span>en<span class="_ _9"></span>; </span></div><div class="t m0 x11 h11 yd29 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ya4d ff8 fs0 fc2 sc0 ls13 ws0">String(const char *str);<span class="ls0"> </span></div><div class="t m0 x12 h11 yd2a ff8 fs0 fc2 sc0 ls13 ws0">~String();<span class="ls0"> </span></div><div class="t m0 x12 h11 yd2b ff8 fs0 fc2 sc0 ls13 ws0">void make_upper(); </div><div class="t m0 x12 h11 y82f ff8 fs0 fc2 sc0 ls13 ws0">void print() const;<span class="ls0"> </span></div><div class="t m0 x11 h11 yd2c ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yac ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd2d ff8 fs0 fc2 sc0 ls13 ws0">//string.cpp<span class="ls0"> </span></div><div class="t m0 x11 h11 y93c ffc fs0 fc2 sc0 ls13 ws0">//#include “string.h” </div><div class="t m0 x11 h11 yd2e ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 yd2f ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstring&gt; </div><div class="t m0 x11 h11 yd30 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cctype&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc40 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 y901 ff8 fs0 fc2 sc0 ls13 ws0">String::String(const char *str)<span class="ls0"> </span></div><div class="t m0 x11 h11 y940 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yd31 ff8 fs0 fc2 sc0 ls13 ws0">m_len = strlen(str);<span class="ls0"> </span></div><div class="t m0 x12 h11 yd32 ff8 fs0 fc2 sc0 ls13 ws0">m_p = new char[m_len + 1]; </div><div class="t m0 x12 h11 y6bd ff8 fs0 fc2 sc0 ls13 ws0">strcpy(m_p, str);<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfa5" class="pf w0 h0" data-page-no="a5"><div class="pc pca5 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">165</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd33 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yd34 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd35 ff8 fs0 fc2 sc0 ls13 ws0">String::~String()<span class="ls0"> </span></div><div class="t m0 x11 h11 yd36 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ya37 ff8 fs0 fc2 sc0 ls13 ws0">delete[]<span class="ls0"> </span>m_p;<span class="ls0"> </span></div><div class="t m0 x11 h11 yd37 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y68f ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2e3 ff8 fs0 fc2 sc0 ls13 ws0">void String::make_upper()<span class="ls0"> </span></div><div class="t m0 x11 h11 y90a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yd38 ff8 fs0 fc2 sc0 ls13 ws0">for (int k = 0; k &lt; m_len; ++k) </div><div class="t m0 x14 h11 yd39 ff8 fs0 fc2 sc0 ls13 ws0">m_p[k] = toupper(m_p[k]);<span class="ls0"> </span></div><div class="t m0 x11 h11 yd3a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yd3b ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd3c ff8 fs0 fc2 sc0 ls13 ws0">void String::print() const<span class="ls0"> </span></div><div class="t m0 x11 h11 ybd7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yd3d ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; m_p;<span class="ls0"> </span></div><div class="t m0 x11 h11 yd3e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yd3f ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd40 ff2 fs0 fc2 sc0 ls0 ws0">Tanımlanan <span class="ff9">String <span class="_ _0"></span></span>sınıfını kullanan a<span class="_ _0"></span>şağıdaki <span class="ff9">main <span class="_ _0"></span></span>işlevini dikkatle inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yd2a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y7de ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y1e5 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yb60 ff8 fs0 fc2 sc0 ls13 ws0">String s1(&quot;Necati&quot;);<span class="ls0"> </span></div><div class="t m0 x13 h11 y63 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1e h11 ycc5 ff8 fs0 fc2 sc0 ls13 ws0">String s2 = s1; </div><div class="t m0 x1e h11 y378 ff8 fs0 fc2 sc0 ls13 ws0">s2.print();<span class="ls0"> </span></div><div class="t m0 x1e h11 yd41 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x13 h11 y4b6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y672 ff8 fs0 fc2 sc0 ls13 ws0">s1.make_upper();<span class="ls0"> </span></div><div class="t m0 x13 h11 yc8e ff8 fs0 fc2 sc0 ls13 ws0">s1.print(); </div><div class="t m0 x13 h11 yd42 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 yd43 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 yd44 ff9 fs0 fc2 sc0 ls0 ws0">s1 <span class="_ _d"> </span><span class="ff2">nesnesi <span class="_ _d"> </span>yaratıldığında <span class="_ _24"> </span>çağrılan <span class="_ _d"> </span>kuru<span class="_ _0"></span>cu <span class="_ _d"> </span>işlevin <span class="_ _c"> </span>çal<span class="_ _0"></span>ışmasıyla, <span class="_ _24"> </span></span><span class="ls4">7 <span class="_ _d"> </span></span><span class="ff2">ka<span class="_ _0"></span>rakter <span class="_ _d"> </span>uzunluğunda <span class="_ _24"> </span>bir <span class="_ _d"> </span>dinamik <span class="_ _d"> </span>alan </span></div><div class="t m0 x10 h3 yd45 ff2 fs0 fc2 sc0 ls0 ws0">yaratılıyor. <span class="_ _0"></span>Yaratılan<span class="_ _0"></span> <span class="_ _0"></span>dinamik <span class="_ _0"></span>alanın <span class="_ _3"></span>başlangıç <span class="_ _0"></span>adresi <span class="_ _3"></span><span class="ff9">s1 </span>n<span class="_ _0"></span>esnesinin <span class="_ _0"></span>elemanı <span class="_ _0"></span>olan <span class="_ _3"></span><span class="ff9">m_p <span class="_ _0"></span><span class="ff1">isimli <span class="_ _0"></span>gösterici <span class="_ _0"></span>el<span class="_ _0"></span>emanda </span></span></div><div class="t m0 x10 h3 yd46 ff1 fs0 fc2 sc0 ls0 ws0">tutuluyor. </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfa6" class="pf w0 h0" data-page-no="a6"><div class="pc pca6 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">166</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0">Daha sonra yer alan<span class="_ _0"></span> blok içinde bu kez <span class="_ _0"></span><span class="ff9">s2 <span class="ff2">isimli nesne ilk de<span class="_ _0"></span>ğerini </span>s1 <span class="ff2">nesnesinden a<span class="_ _0"></span>larak yaratılıyor. </span></span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">Derleyicinin yazdığı k<span class="_ _0"></span>opyalayan kurucu<span class="_ _0"></span> işlev, <span class="ff9">s1 </span>nesnesinin e<span class="_ _0"></span>lemanlarının değerlerini <span class="_ _0"></span><span class="ff9">s2 <span class="ff1">ne<span class="_ _0"></span>snesinin </span></span></div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">elemanlarına atay<span class="_ _0"></span>acağına göre, <span class="ff9">s2 <span class="ff1">nesn<span class="_ _0"></span>esinin de </span>m_p <span class="ff1">i<span class="_ _0"></span></span></span>simli elemanı olan<span class="_ _0"></span> gösterici aynı dinamik ala<span class="_ _0"></span>nı gösterir, </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">değil mi?<span class="ff1"> </span></div><div class="t m0 x10 h3 y250 ff9 fs0 fc2 sc0 ls0 ws0">s2 <span class="ff2">nesnesinin tanımlandığı b<span class="_ _0"></span>loğun sonun<span class="_ _0"></span>da, <span class="_ _0"></span></span>s2 <span class="ff2">nesnesinin ömrü tamamlanacağı i<span class="_ _0"></span>çin </span>s2 <span class="ff2">n<span class="_ _0"></span>esnesi için sınıfın </span></div><div class="t m0 x10 h3 y634 ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı işlevi çağrılır. Sonl<span class="_ _0"></span>andırıcı işlev daha ön<span class="_ _0"></span>ce elde edilen dinamik bloğ<span class="_ _0"></span>u “<span class="_ _0"></span>free store”a geri ver<span class="_ _0"></span>mek için </div><div class="t m0 x10 h3 y421 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmıştır. <span class="ff9">s2 <span class="ff1">ne<span class="_ _0"></span>snesinin </span>m_p </span>ele<span class="_ _0"></span>manının gösterdiği dinamik <span class="_ _0"></span>alan <span class="ff9">free store<span class="_ _0"></span></span>‟<span class="ff1">a geri verilir. Ancak b<span class="_ _0"></span>u </span></div><div class="t m0 x10 h3 yd47 ff2 fs0 fc2 sc0 ls0 ws0">dinamik bloğun b<span class="_ _0"></span>aşlangıç adresi aynı zamanda <span class="_ _0"></span><span class="ff9">s1 <span class="ff1">nesn<span class="_ _0"></span>esinin de </span>m_p <span class="_ _0"></span></span>elemanının değeridir. <span class="_ _0"></span><span class="ff9">s2 <span class="ff1">nesnesi ömrünü<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 yd48 ff2 fs0 fc2 sc0 ls0 ws0">tamamlamasına karşın <span class="_ _0"></span><span class="ff9">s1 </span>nesnesi halen hay<span class="_ _0"></span>atını sürdürmekted<span class="_ _0"></span>ir. Ancak <span class="_ _0"></span><span class="ff9">s1 </span>nesnesinin dinamik <span class="_ _0"></span>alanı artık </div><div class="t m0 x10 h3 yd49 ff2 fs0 fc2 sc0 ls0 ws0">serbest bırakılmıştır. Sını<span class="_ _0"></span>fın <span class="ff9">make_upp<span class="_ _0"></span>er <span class="ff1">ve </span>print </span>isimli üye işlevleri ay<span class="_ _0"></span>rılan dinamik alan üzerinde işl<span class="_ _0"></span>em </div><div class="t m0 x10 h3 yd4a ff2 fs0 fc2 sc0 ls0 ws0">yaptıkları için <span class="_ _0"></span><span class="ff9">s1.make_upper() <span class="ff1">ve </span>s1.print(<span class="_ _0"></span>) </span>işlev çağrıları çal<span class="_ _0"></span>ışma zamanında gösterici hat<span class="_ _0"></span>asına neden olur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yd4b ff1 fs0 fc2 sc0 ls0 ws0">Tabii bu arada <span class="_ _0"></span><span class="ff9">s1 <span class="ff2">nesnesi ömrünü<span class="_ _0"></span> tamamladığında <span class="_ _0"></span></span>s1 <span class="ff2">nesnesi için de sonlandırıcı i<span class="_ _0"></span>şlev çağrılır ve bu işlev de </span></span></div><div class="t m0 x10 h3 y538 ff2 fs0 fc2 sc0 ls0 ws0">daha önce geri verilen din<span class="_ _0"></span>amik alanı tekrar <span class="_ _0"></span><span class="ff9">free store</span>‟a <span class="_ _0"></span>geri vermeye çalışır. Bu durum d<span class="_ _0"></span>a bir b<span class="_ _0"></span>aşka çalışma </div><div class="t m0 x10 h3 yd4c ff2 fs0 fc2 sc0 ls0 ws0">zamanı hatasıdır<span class="ff9">(un<span class="_ _0"></span>defined behavior)</span>. Tanım<span class="_ _0"></span>lanan <span class="ff9">S<span class="_ _0"></span>tring </span>sınıfı için benzer hatalar farklı gö<span class="_ _0"></span>rüntülerle de </div><div class="t m0 x10 h3 y8bd ff2 fs0 fc2 sc0 ls0 ws0">karşımıza çıkabilirdi:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y9e4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd4d ff8 fs0 fc2 sc0 ls13 ws0">void func(String s)<span class="ls0"> </span></div><div class="t m0 x11 h11 y53d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2ea ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y987 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yd29 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y970 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y412 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yd4e ff8 fs0 fc2 sc0 ls13 ws0">String name(&quot;Necati&quot;); </div><div class="t m0 x12 h11 yd4f ff8 fs0 fc2 sc0 ls13 ws0">func(name);<span class="ls0"> </span></div><div class="t m0 x12 h11 yd50 ff8 fs0 fc2 sc0 ls13 ws0">name.print();<span class="ls0"> <span class="_ _46"> </span></span><span class="ffc">//Çalışma zamanı</span><span class="ls0"> <span class="ffc">hatası</span> </span></div><div class="t m0 x12 h11 y2d6 ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x12 h11 y1a8 ff8 fs0 fc2 sc0 ls13 ws0">return <span class="ls1b">0;<span class="ls0"> </span></span></div><div class="t m0 x11 h11 y988 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y5a3 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd51 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde </span>String <span class="_ _0"></span><span class="ff2">sınıfı türü<span class="_ _0"></span>nden </span><span class="ls14">name </span><span class="ff2">isimli bir nesne tan<span class="_ _0"></span>ımlanıyor. Daha sonra <span class="_ _0"></span></span>func <span class="_ _0"></span><span class="ff2">isimli işleve </span></div><div class="t m0 x10 h3 ya63 ff9 fs0 fc2 sc0 ls14 ws0">name <span class="ff2 ls0">nesnesi argüman olarak gö<span class="_ _0"></span>nderiliyor. Çağrılan <span class="_ _0"></span><span class="ff9">func </span>işlevinin parametr<span class="_ _0"></span>e değişkeni <span class="ff9">S<span class="_ _0"></span>tring </span>sınıfı </span></div><div class="t m0 x10 h3 yd52 ff2 fs0 fc2 sc0 ls0 ws0">türündendir. Bu<span class="_ _0"></span> durumda işlevin çağrılmasıyla birlikte, p<span class="_ _0"></span>arametre deği<span class="_ _0"></span>şkeni olan <span class="_ _0"></span><span class="ff9 ls26">s </span><span class="ff1">nesn<span class="_ _0"></span>esi için kopyalay<span class="_ _0"></span>an </span></div><div class="t m0 x10 h3 y870 ff2 fs0 fc2 sc0 ls0 ws0">kurucu işlev çağrılır. <span class="ff9">func<span class="_ _0"></span> </span>işlevinin<span class="_ _0"></span> ana bloğunun sonu<span class="_ _0"></span>na gelindiğinde bu kez <span class="_ _0"></span><span class="ff9 ls26">s <span class="_ _0"></span></span>nesnesi için sonlandırıcı işl<span class="_ _0"></span>ev </div><div class="t m0 x10 h3 yacd ff2 fs0 fc2 sc0 ls0 ws0">çağrılır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y315 ff1 fs0 fc2 sc0 ls0 ws0">Nesnenin <span class="ff9">m_p <span class="ff2">elemanının<span class="_ _0"></span> gösterdiği alan<span class="_ _0"></span> </span>free store<span class="ff2">‟a <span class="_ _0"></span>geri verilir. Oysa işlev çağrı<span class="_ _0"></span>sından sonra <span class="_ _0"></span></span><span class="ls14">name </span></span>nesnesinin </div><div class="t m0 x10 h3 y9dc ff1 fs0 fc2 sc0 ls0 ws0">ömrü halen devam etm<span class="_ _0"></span>ektedir. <span class="ff9 ls14">name </span>n<span class="_ _0"></span>esnesinin <span class="ff9">print <span class="ff2">üye işlevi çağrıldı<span class="_ _0"></span>ğında bu ü<span class="_ _0"></span>ye işlev artık geri verilen bir </span></span></div><div class="t m0 x10 h3 yd44 ff2 fs0 fc2 sc0 ls0 ws0">alana erişir. Yani bir gö<span class="_ _0"></span>sterici hatasına neden olu<span class="_ _0"></span>r<span class="ff1">. </span></div><div class="t m0 x1 hd y88d ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfa7" class="pf w0 h0" data-page-no="a7"><div class="pc pca7 w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAABmCAIAAAAI3VaZAAAACXBIWXMAABYlAAAWJQFJUiTwAAACIElEQVR42u3doRGDQBRFUcig0BRADbRBJamIStJGCojaAhAo7E8FmwkJgt05x6576s4320ZEk5HWvQEAAC5jHPrc0806AABQAWUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAIDydSbgFI/70wgA8Jt5mYzA/9zsAQCgBm1E5N7SuhsIAACuYxz63JObPQAA1EDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAMD5Pv1UBQAAlMLNHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADf6l5pswIAAJTOzR4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACOegP3JxVvEWhFSAAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">167</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>o<span class="_ _3"></span>p<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _b"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>a<span class="_ _3"></span>z<span class="_ _b"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span></span> </div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Programcı bir kopyalay<span class="_ _0"></span>an kurucu işlev yazarsa derleyici artı<span class="_ _0"></span>k otomatik olarak <span class="_ _0"></span>bir işlev yazmaz. Çoğu zaman<span class="_ _0"></span> </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">programcının yazd<span class="_ _0"></span>ığı kopyalayan kuru<span class="_ _0"></span>cu işlev, yaratılan nesneyi ilkdeğer<span class="_ _0"></span><span class="fc7">(ilk değerini) <span class="_ _0"></span></span><span class="ff1">veren nesnenin </span></div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">kaynağı ile doğrud<span class="_ _0"></span>an ilişkilendirmek yerine, yarat<span class="_ _0"></span>ılan nesne için farklı bir k<span class="_ _0"></span>aynak yaratır. <span class="_ _0"></span>Böylece aynı </div><div class="t m0 x10 h3 ycda ff2 fs0 fc2 sc0 ls0 ws0">kaynağın bird<span class="_ _0"></span>en fazla nesne tarafından p<span class="_ _0"></span>aylaşılmasından doğan h<span class="_ _0"></span>atalar ortadan kaldırılır. Aşağıda,<span class="_ _0"></span> daha </div><div class="t m0 x10 h3 yd53 ff2 fs0 fc2 sc0 ls0 ws0">önce tanımlanmış <span class="ff9">S<span class="_ _0"></span>tring </span>sınıfı için bir ko<span class="_ _0"></span>pyalayan kur<span class="_ _0"></span>ucu işlev bildiriliyor ve tanımlanıyor:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 yd54 ff8 fs0 fc2 sc0 ls13 ws0">class String {<span class="ls0"> </span></div><div class="t m0 x2 h11 ybe5 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x10 h11 y407 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y825 ff8 fs0 fc2 sc0 ls13 ws0">String(const String &amp;);<span class="ls0"> </span></div><div class="t m0 x2 h11 ya3c ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 ya0a ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y7fd ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y3bb ff8 fs0 fc2 sc0 ls13 ws0">String::String(const String &amp;r)<span class="ls0"> </span></div><div class="t m0 x10 h11 yd55 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y9fe ff8 fs0 fc2 sc0 ls13 ws0">m_len = strlen(r.m_p) ; </div><div class="t m0 x2 h11 y328 ff8 fs0 fc2 sc0 ls13 ws0">m_p = new char[m_len + 1]; </div><div class="t m0 x2 h11 yca2 ff8 fs0 fc2 sc0 ls13 ws0">strcpy(m_p,<span class="ls0"> </span>r.m_p);<span class="ls0"> </span></div><div class="t m0 x10 h11 y5c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h60 yd56 ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd57 ff2 fs0 fc2 sc0 ls0 ws0">Yazılan kopyalay<span class="_ _0"></span>an kurucu işlevi inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yd58 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin parametre değişkeni o<span class="_ _0"></span>lan <span class="_ _0"></span><span class="ff9 ls27">r </span>referansı, yaratılan<span class="_ _0"></span> <span class="ff9">String </span>n<span class="_ _0"></span>esnesine ilk değerini veren n<span class="_ _0"></span>esnenin yerine </div><div class="t m0 x10 h3 y542 ff2 fs0 fc2 sc0 ls0 ws0">geçiyor. Önce yaratılan sını<span class="_ _0"></span>f nesnesinin <span class="_ _0"></span><span class="ff9">m_len </span>isimli elemanına <span class="_ _0"></span>ilk değer veren nesnenin tutt<span class="_ _0"></span>uğu yazının </div><div class="t m0 x10 h3 yd59 ff2 fs0 fc2 sc0 ls0 ws0">uzunluğunu<span class="_ _0"></span>n <span class="ff9 ls4">1 </span>fazlası atanıyor. Dah<span class="_ _0"></span>a sonra<span class="ff1"> <span class="ff9">n<span class="_ _0"></span>ew[] </span></span>işleciyle <span class="ff9">m_len + 1 b<span class="_ _0"></span>yte </span>uzunlu<span class="_ _0"></span>ğunda bir blok dinamik olarak </div><div class="t m0 x10 h3 y262 ff2 fs0 fc2 sc0 ls0 ws0">elde ediliyor. Dinamik bloğu<span class="_ _0"></span>n başlangıç adresi y<span class="_ _0"></span>eni yaratılan nesnenin <span class="_ _0"></span><span class="ff9">m_p <span class="_ _0"></span></span>isimli elemanın<span class="_ _0"></span>da tutuluyor. Dah<span class="_ _0"></span>a </div><div class="t m0 x10 h3 yd5a ff1 fs0 fc2 sc0 ls0 ws0">sonra standart <span class="_ _0"></span><span class="ff9">strcpy <span class="ff2">işleviyle yeni b<span class="_ _0"></span>loğa, ilk değer veren nesnenin d<span class="_ _0"></span>inamik al<span class="_ _0"></span>anda tutt<span class="_ _0"></span>uğu yazı kopyalanıyor.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 yd5b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yab5 ff2 fs0 fc2 sc0 ls0 ws0">Yazılan kopyalay<span class="_ _0"></span>an kurucu işlevin kodun<span class="_ _0"></span>un çalışmasıyla, yaratılan nesne artık k<span class="_ _0"></span>endi dinamik alanını </div><div class="t m0 x10 h3 yd5c ff2 fs0 fc2 sc0 ls0 ws0">kullanıyor hale gelir. Bu n<span class="_ _0"></span>esne için sonlandırıcı işlev ça<span class="_ _0"></span>ğrıldığında da <span class="_ _0"></span>sonlandırıcı işlev içinde kullanılan<span class="_ _0"></span> </div><div class="t m0 x10 h3 yae1 ff9 fs0 fc2 sc0 ls0 ws0">delete[] <span class="ff2">işleci yalnızca n<span class="_ _0"></span>esne için ayrılmış olan bloğu geri <span class="_ _0"></span>verir. Kopyalayan<span class="_ _0"></span> kurucu işlev doğrudan<span class="_ _0"></span> sınıfın </span></div><div class="t m0 x10 h3 y3c6 ff2 fs0 fc2 sc0 ls0 ws0">elemanlarının değerlerini b<span class="_ _0"></span>irbirine aktarmamış, yaratılan<span class="_ _0"></span> nesne için yeni bir kayn<span class="_ _0"></span>ak yaratmış ve ilk değer </div><div class="t m0 x10 h3 y45 ff2 fs0 fc2 sc0 ls0 ws0">veren nesnenin kullandığı k<span class="_ _0"></span>aynağa ulaşıp, y<span class="_ _0"></span>eni elde edilen k<span class="_ _0"></span>aynağa kop<span class="_ _0"></span>yalamayı sağlamıştır. Böyle </div><div class="t m0 x10 h3 y6ef ff1 fs0 fc2 sc0 ls0 ws0">kopyalamaya <span class="_ _0"></span><span class="ff9">&quot;derin kopyalama&quot; (deep c<span class="_ _0"></span>opy) </span>d<span class="_ _0"></span>enir. </div><div class="t m0 x1 h3 y47 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 yd5d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 ya33 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 yd5e ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfa8" class="pf w0 h0" data-page-no="a8"><div class="pc pca8 w0 h0"><img class="bi xb yd5f w6 h7e" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">168</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>o<span class="_ _3"></span>p<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _7"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _7"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1 ls4a">in<span class="_ _0"></span><span class="ls0"> <span class="_ _7"></span>P<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _7"></span>R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _b"></span> <span class="_ _7"></span>Y<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _7"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _b"></span>b<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _0"></span>m<span class="_ _3"></span>i<span class="_ _3"></span>?<span class="_ _3"></span> </span></span></span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda tanımlanan<span class="_ _0"></span> <span class="ff9">String </span>sınıfına ilişkin k<span class="_ _0"></span>opyalayan k<span class="_ _0"></span>urucu işlevin aşağıdaki biçim<span class="_ _0"></span>de bild<span class="_ _0"></span>irildiğini </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">düşünelim:<span class="ff1"> </span></div><div class="t m0 x1 h3 y1d5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y46d ff8 fs0 fc2 sc0 ls13 ws0">class String {<span class="ls0"> </span></div><div class="t m0 x2 h11 y46e ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x10 h11 ybc ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 yd60 ff8 fs0 fc2 sc0 ls13 ws0">String(String);<span class="ls0"> </span></div><div class="t m0 x2 h11 yd61 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 y219 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h7f yd62 ff8 fs19 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycde ff9 fs0 fc2 sc0 ls0 ws0">String <span class="ff2">sınıfı türünd<span class="_ _0"></span>en bir nesnenin bir işle<span class="_ _0"></span>ve değerle gönderildiğini d<span class="_ _0"></span>üşünelim:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h11 yd15 ff8 fs0 fc2 sc0 ls13 ws0">void foo(String); </div><div class="t m0 x10 h11 yd63 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x10 h11 yd64 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yd65 ff8 fs0 fc2 sc0 ls13 ws0">String str(&quot;Necati&quot;);<span class="ls0"> </span></div><div class="t m0 x1 h12 yd66 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y30a ff8 fs0 fc2 sc0 ls13 ws0">foo(str);<span class="ls0"> </span></div><div class="t m0 x12 h11 yd67 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 y7b3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1c yd68 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybf8 ff1 fs0 fc2 sc0 ls0 ws0">Bu durumda <span class="_ _0"></span><span class="ff9">foo <span class="ff2">işlevinin parametre d<span class="_ _0"></span>eğişkeni olan nesnenin<span class="_ _0"></span> yaratılması için, kopyalay<span class="_ _0"></span>an kurucu işlev çağrılır. </span></span></div><div class="t m0 x10 h3 yd69 ff2 fs0 fc2 sc0 ls0 ws0">Ancak kopyalay<span class="_ _0"></span>an kurucu işlevin de parametresi <span class="_ _0"></span><span class="ff9">String <span class="_ _0"></span></span>sınıfı türünden b<span class="_ _0"></span>ir nesne olduğu için bu k<span class="_ _0"></span>ez kopyalayan </div><div class="t m0 x10 h3 yd6a ff2 fs0 fc2 sc0 ls0 ws0">kurucu işlevin de parametre<span class="_ _0"></span>si olan<span class="_ _0"></span><span class="ff1"> <span class="ff9">String </span></span>sınıfı türün<span class="_ _0"></span>den nesne için yine ko<span class="_ _0"></span>pyalayan kurucu işlev çağrılır. Bu </div><div class="t m0 x10 h3 yd6b ff1 fs0 fc2 sc0 ls0 ws0">durumda özy<span class="_ _0"></span>inelemeli (<span class="ff9">recursive) <span class="ff2">olarak <span class="_ _0"></span>çağrılan kopyalay<span class="_ _0"></span>an kurucu işlev belirli bir süreden son<span class="_ _0"></span>ra yığın (<span class="_ _0"></span></span>stack) </span></div><div class="t m0 x10 h3 yc1c ff2 fs0 fc2 sc0 ls0 ws0">alanını tüketir.<span class="ff1"> </span></div><div class="t m0 x1 h10 yd6c ff1 fs6 fc2 sc0 ls0 ws0">A<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _b"></span>c<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _b"></span>n<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span> </div><div class="t m0 x10 h3 yd6d ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesine aynı tü<span class="_ _0"></span>rden bir<span class="ff1"> <span class="_ _0"></span></span>sınıf nesnesi atandığı zaman<span class="_ _0"></span> da bir işlev otomatik olarak<span class="_ _0"></span> çağrılır. Çağrılan bu </div><div class="t m0 x10 h3 y58f ff2 fs0 fc2 sc0 ls0 ws0">işlevi <span class="ff9">&quot;</span>atama işlevi<span class="ff9 ls2f">&quot; <span class="_ _0"></span></span><span class="ff1">(<span class="ff9">assignment op<span class="_ _0"></span>erator function<span class="_ _0"></span></span></span>) olarak isimlendireceğiz. Ata<span class="_ _0"></span>ma işlevi de özel bir işlevdir. </div><div class="t m0 x10 h3 yd6e ff2 fs0 fc2 sc0 ls0 ws0">Yani programcı bu işlevi t<span class="_ _0"></span>anımlamaz ise bu işle<span class="_ _0"></span>v de derleyici <span class="_ _0"></span>tarafından<span class="_ _0"></span> otomatik olarak y<span class="_ _0"></span>azılır. Derleyicinin </div><div class="t m0 x10 h3 y2a3 ff2 fs0 fc2 sc0 ls0 ws0">otomatik olarak yaz<span class="_ _0"></span>dığı atama işlevi, sınıfın statik olmay<span class="_ _0"></span>an bir üye işlevidir ve <span class="_ _0"></span><span class="ff9">inlin<span class="_ _0"></span>e <span class="ff1">olarak bildirilir.<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 y7e5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y486 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfa9" class="pf w0 h0" data-page-no="a9"><div class="pc pca9 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">169</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y771 ff2 fs0 fc2 sc0 ls0 ws0">Örneğin <span class="ff9 ls33">A </span>isimli bir sın<span class="_ _0"></span>ıf için derleyicinin yazd<span class="_ _0"></span>ığı atama işlevinin<span class="_ _0"></span> bildirimi aşağıdaki <span class="_ _0"></span><span class="ff1">gibidir:<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 yd6f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd70 ff8 fs0 fc2 sc0 ls13 ws0">class A{<span class="ls0"> </span></div><div class="t m0 x13 h11 y46d ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x11 h11 y3b4 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 yd71 ff8 fs0 fc2 sc0 ls13 ws0">A &amp;operator=(const A&amp;);<span class="ls0"> </span></div><div class="t m0 x13 h11 y3b6 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 yce6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h7f y19c ff8 fs19 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd72 ff2 fs0 fc2 sc0 ls0 ws0">Derleyicinin yazdığı a<span class="_ _0"></span>tama işlevi atama işlecinin sağ ta<span class="_ _0"></span>rafındaki sınıf nesnesinin ele<span class="_ _0"></span>manlarını atama işlecinin<span class="_ _0"></span> </div><div class="t m0 x10 h3 y95a ff2 fs0 fc2 sc0 ls0 ws0">sol tarafındaki nesnenin el<span class="_ _0"></span>emanlarına karşılıklı olarak <span class="_ _0"></span>atar. İşlev atama işl<span class="_ _0"></span>ecinin <span class="_ _0"></span>sol tarafındak<span class="_ _0"></span>i sınıf nesnesini </div><div class="t m0 x10 h3 y779 ff1 fs0 fc2 sc0 ls0 ws0">referans yoluyla geri dön<span class="_ _0"></span>dürür. </div><div class="t m0 x1 hd yd73 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd74 ff9 fs0 fc2 sc0 ls0 ws0">a1 <span class="ff1">ve </span>a2 A <span class="ff2">sınıfı türün<span class="_ _0"></span>den nesneler olmak üzere<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 yd75 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye8 ff8 fs0 fc2 sc0 ls13 ws0">a1 = a2;<span class="ls0"> </span></div><div class="t m0 x1 h15 y411 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya94 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir atama derleyici tarafın<span class="_ _0"></span>dan <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfının atama işlevine yap<span class="_ _0"></span>ılan bir çağrıya d<span class="_ _0"></span>önüştürülür:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yc4f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y32e ff8 fs0 fc2 sc0 ls13 ws0">a1.operator=(a2);<span class="ls0"> </span></div><div class="t m0 x1 h15 yd76 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5e3 ff2 fs0 fc2 sc0 ls0 ws0">Çağrılan üye işleve <span class="ff9">th<span class="_ _0"></span>is </span>adresi olarak atama <span class="_ _0"></span>işlecinin solundaki nesnenin a<span class="_ _0"></span>dresi yani <span class="_ _0"></span><span class="ff9 ls14">a1<span class="ls0"> </span></span></div><div class="t m0 x10 h3 ya21 ff1 fs0 fc2 sc0 ls0 ws0">nesnesin adresi geçirilir.<span class="_ _0"></span> </div><div class="t m0 x1 h3 y8f0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf2 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf nesnelerinin karşılıklı el<span class="_ _0"></span>emanlarının birb<span class="_ _0"></span>irine atanmasının uy<span class="_ _0"></span>gun olmadığı durumlarda derleyicinin </div><div class="t m0 x10 h3 y69e ff2 fs0 fc2 sc0 ls0 ws0">yazdığı atama işlevi istenm<span class="_ _0"></span>ez. Bu du<span class="_ _0"></span>rumda programcı atama<span class="_ _0"></span>nın istediği gibi yapılma<span class="_ _0"></span>sını sağlamak için kendisi </div><div class="t m0 x10 h3 y1d1 ff2 fs0 fc2 sc0 ls0 ws0">bir atama işlevi yazabilir. Pro<span class="_ _0"></span>gramcının bir ata<span class="_ _0"></span>ma işleç işlevi yazması du<span class="_ _0"></span>rumunda artık d<span class="_ _0"></span>erleyici bu işlevi </div><div class="t m0 x10 h3 yd77 ff2 fs0 fc2 sc0 ls0 ws0">yazmaz. Bir sınıf için k<span class="_ _0"></span>opyalayan kurucu<span class="_ _0"></span> işlevin tanımlanması gerekiyorsa<span class="_ _0"></span>, çoğunlukla<span class="_ _0"></span> aynı sınıf için atama </div><div class="t m0 x10 h3 yd78 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin de yazılması gerekir. <span class="_ _0"></span>Daha önce örn<span class="_ _0"></span>ek olarak verilen <span class="_ _0"></span><span class="ff9">String<span class="_ _0"></span> </span>sınıfını düşünelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y37b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y85c ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y4b ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfaa" class="pf w0 h0" data-page-no="aa"><div class="pc pcaa w0 h0"><img class="bi xb yd79 w6 h80" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">170</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">String name1(&quot;Deniz&quot;);<span class="ls0"> </span></div><div class="t m0 x12 h11 yba2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x14 h11 y43c ff8 fs0 fc2 sc0 ls13 ws0">String name2(&quot;Yusuf&quot;); </div><div class="t m0 x14 h11 yb82 ff8 fs0 fc2 sc0 ls13 ws0">name2 = name1;<span class="ls0"> </span></div><div class="t m0 x12 h11 yd7a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x12 h11 ybd2 ff8 fs0 fc2 sc0 ls13 ws0">name1.print();<span class="ls0"> </span></div><div class="t m0 x12 h11 yd7b ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ya57 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h14 yd7c ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd7d ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kodu<span class="_ _0"></span> inceleyelim:<span class="ff1"> </span></div><div class="t m0 x10 h3 y87b ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevinin ana <span class="_ _0"></span>bloğunun başında <span class="_ _0"></span></span>String <span class="ff2">sınıfı türü<span class="_ _0"></span>nden </span>nam<span class="_ _0"></span>e1 <span class="ff2">isimli bir nesne tanımlan<span class="_ _0"></span>ıyor. Çağrılan </span></div><div class="t m0 x10 h3 yd7e ff2 fs0 fc2 sc0 ls0 ws0">kurucu işlev <span class="ff9 ls4">6 </span>karakterl<span class="_ _0"></span>ik bir bloğu dinamik <span class="_ _0"></span>olarak elde ederek bu b<span class="_ _0"></span>loğun başlangıç adresin<span class="_ _0"></span>i, elemanı olan <span class="_ _0"></span><span class="ff9">m_p </span></div><div class="t m0 x10 h3 yd7f ff2 fs0 fc2 sc0 ls0 ws0">isimli göstericide saklar. Bu b<span class="_ _0"></span>loğa <span class="_ _0"></span><span class="ff9">&quot;Deniz&quot; </span>yazısını kopyala<span class="_ _0"></span>r. <span class="ff9">main </span>işlevi içinde y<span class="_ _0"></span>er alan iç blokta<span class="_ _0"></span> bu kez <span class="_ _0"></span><span class="ff9">name2 </span></div><div class="t m0 x10 h3 yc66 ff2 fs0 fc2 sc0 ls0 ws0">isimli bir nesne yaratılıyor. Bu <span class="_ _0"></span>nesne de benzer b<span class="_ _0"></span>içimde <span class="_ _0"></span><span class="ff9">&quot;Yusuf&quot; </span>yazısını tu<span class="_ _0"></span>tar.<span class="ff1"> </span></div><div class="t m0 x1 h3 y56e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y96d ff8 fs0 fc2 sc0 ls13 ws0">name2 = name1<span class="ls0"> </span></div><div class="t m0 x10 h3 y7ff ff2 fs0 fc2 sc0 ls0 ws0">ataması ile derleyicinin yaz<span class="_ _0"></span>dığı atama işlevi çağrılıyo<span class="_ _0"></span>r: Bu işlev, atama işlecinin t<span class="_ _3"></span><span class="ff1">erimi olan nesnelerin </span></div><div class="t m0 x10 h3 yb42 ff2 fs0 fc2 sc0 ls0 ws0">elemanlarını karşılıklı olarak b<span class="_ _0"></span>irbirine atadığı için <span class="_ _0"></span><span class="ff9">name2 <span class="_ _0"></span><span class="ff1">nesnesinin </span>m_p </span>el<span class="_ _0"></span>emanına <span class="ff9">name<span class="_ _0"></span>1 <span class="ff1">nesnesinin </span>m_p </span></div><div class="t m0 x10 h3 yd80 ff2 fs0 fc2 sc0 ls0 ws0">elemanının değeri atanır. Bu d<span class="_ _0"></span>urumda her iki nesne<span class="_ _0"></span>sinin <span class="_ _0"></span><span class="ff9">m_p </span>elemanı da ay<span class="_ _0"></span>nı dinamik bloğu y<span class="_ _0"></span>ani <span class="ff9">&quot;Yusuf&quot; </span></div><div class="t m0 x10 h3 ya1d ff2 fs0 fc2 sc0 ls0 ws0">yazısının bulun<span class="_ _0"></span>duğu dinamik bloğu gösterir. Bu d<span class="_ _0"></span>urumda artık <span class="_ _0"></span><span class="ff9">&quot;Deniz&quot; </span>y<span class="_ _0"></span>azısının bulundu<span class="_ _0"></span>ğu blokla ilişki </div><div class="t m0 x10 h3 yd81 ff2 fs0 fc2 sc0 ls0 ws0">kaybedilmiş olur. Ama asıl bü<span class="_ _0"></span>yük hata içsel bloğun<span class="_ _0"></span> sonlanmasıyla oluşur.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yc5a ff2 fs0 fc2 sc0 ls0 ws0">İçsel bloğun sonunda <span class="_ _0"></span><span class="ff9">name2 <span class="_ _0"></span></span>nesnesi için sonlandırıcı işl<span class="_ _0"></span>ev çağrılır. Çağrılan so<span class="_ _0"></span>nlandırıcı işlevin nesnenin <span class="_ _0"></span><span class="ff9">m_p </span></div><div class="t m0 x10 h3 yafe ff2 fs0 fc2 sc0 ls0 ws0">elemanının gösterdiği bloğu <span class="_ _0"></span><span class="ff9">free sto<span class="_ _0"></span>re</span>‟a geri verdiğini biliyorsun<span class="_ _0"></span>uz. Oysa içsel bloğun k<span class="_ _0"></span>apanmasından sonra<span class="_ _0"></span> </div><div class="t m0 x10 h3 yd82 ff9 fs0 fc2 sc0 ls0 ws0">name1 <span class="ff2">nesnesi halen hay<span class="_ _0"></span>attadır ama bu n<span class="_ _0"></span>esnenin </span>m_p <span class="_ _0"></span><span class="ff2">göstericisi artık geri <span class="_ _0"></span>verilmiş olan bir bloğu<span class="_ _0"></span> gösterir.<span class="ff1"> </span></span></div><div class="t m0 x1 h3 yd83 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd84 ff8 fs0 fc2 sc0 ls13 ws0">name1.print();<span class="ls0"> </span></div><div class="t m0 x1 h15 yd85 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf1 ff2 fs0 fc2 sc0 ls0 ws0">Çağrısıyla, geri verilen bir din<span class="_ _0"></span>amik bloğa eri<span class="_ _0"></span>şilir. Bu da bir gösterici hatasıdır. Bu<span class="_ _0"></span> kadar hatanın ü<span class="_ _0"></span>zerine son hata </div><div class="t m0 x10 h3 y745 ff1 fs0 fc2 sc0 ls0 ws0">da <span class="ff9">name1 <span class="_ _0"></span><span class="ff2">nesnenin ömrü sona erdiğinde olu<span class="_ _0"></span>şur. Bu kez <span class="_ _0"></span></span>name1 <span class="ff2">nesnesi için çağrılan<span class="_ _0"></span> sonlandırıcı işlev, dah<span class="_ _0"></span>a </span></span></div><div class="t m0 x10 h3 y58d ff1 fs0 fc2 sc0 ls0 ws0">önce geri verilen dinam<span class="_ _0"></span><span class="ff2">ik bloğu ik<span class="_ _0"></span>inci kez geri vermeye çalışır. <span class="_ _0"></span>Bu da tanımsız davranıştır.<span class="_ _0"></span></span> </div><div class="t m0 x1 hd yc34 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y7e3 ff1 fs6 fc2 sc0 ls0 ws0">A<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>i<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>a<span class="_ _3"></span>z<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _b"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 yd86 ff2 fs0 fc2 sc0 ls0 ws0">Atama işleminde, atama işle<span class="_ _0"></span>cinin sağ tarafında <span class="_ _0"></span>yer alan nesnenin kullan<span class="_ _0"></span>dığı kaynağın, işlecin sol tarafında <span class="_ _0"></span>yer </div><div class="t m0 x10 h3 yd87 ff2 fs0 fc2 sc0 ls0 ws0">alan nesne tarafından p<span class="_ _0"></span>aylaşılması istenmiyorsa atama <span class="_ _0"></span>işleci için bir işlev yazılmalıdır. <span class="_ _0"></span>Yukarıda dah<span class="_ _0"></span>a önce </div><div class="t m0 x10 h3 yd88 ff1 fs0 fc2 sc0 ls0 ws0">bildirilen <span class="ff9">String <span class="ff2">sınıfı i<span class="_ _0"></span>çin atama<span class="_ _0"></span></span></span> <span class="ff2">işlevi aşağıdaki gibi tanımlan<span class="_ _0"></span>abilir:</span> </div><div class="t m0 x1 h3 yd89 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfab" class="pf w0 h0" data-page-no="ab"><div class="pc pcab w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">171</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">String &amp;String::operator=(const String &amp;r)<span class="ls0"> </span></div><div class="t m0 x11 h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2a7 ff8 fs0 fc2 sc0 ls13 ws0">if (this == &amp;r) </div><div class="t m0 x14 h11 y92e ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> <span class="_ _0"></span>*t<span class="_ _9"></span>h<span class="_ _9"></span>is;<span class="_ _9"></span> </span></div><div class="t m0 x1 h11 yf9 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y178 ff8 fs0 fc2 sc0 ls13 ws0">delete[]m_p; </div><div class="t m0 x13 h11 yd8a ff8 fs0 fc2 sc0 ls13 ws0">m_len =<span class="ls0"> <span class="_ _0"></span>r.m_<span class="_ _6"></span>len;<span class="_ _9"></span> </span></div><div class="t m0 x13 h11 y43e ff8 fs0 fc2 sc0 ls13 ws0">m_p = new char[m_len + 1]; </div><div class="t m0 x13 h11 yd8b ff8 fs0 fc2 sc0 ls13 ws0">strcpy(m_p, r.m_p);<span class="ls0"> </span></div><div class="t m0 x11 h11 yd8c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h14 y19c ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y355 ff2 fs0 fc2 sc0 ls0 ws0">Yazılan işlevi inceleyelim. İ<span class="_ _0"></span>şlevin girişinde yer alan <span class="_ _0"></span><span class="ff9">if <span class="ff1 ls8">de</span></span>yimine d<span class="_ _0"></span>aha sonra değineceğiz. Ata<span class="_ _0"></span>ma işlevinin </div><div class="t m0 x10 h3 y2e7 ff2 fs0 fc2 sc0 ls0 ws0">kopyalayan<span class="_ _0"></span> kurucu işlevden önemli bir farkı <span class="_ _0"></span>vardır. Kopyalayan k<span class="_ _0"></span>urucu işlev hangi sınıf nesnesi için </div><div class="t m0 x10 h3 yd8d ff2 fs0 fc2 sc0 ls0 ws0">çağrılıyorsa o sınıf nesn<span class="_ _0"></span>esi işlev çağrısından<span class="_ _0"></span> önce yoktur. Nesne kuru<span class="_ _0"></span>cu işlevin çağrılmasıyl<span class="_ _0"></span>a hayata <span class="_ _0"></span>başlar<span class="_ _0"></span><span class="ff1 ls3">. </span></div><div class="t m0 x10 h3 y865 ff2 fs0 fc2 sc0 ls0 ws0">Ancak atama işlevi söz ko<span class="_ _0"></span>nusu olduğund<span class="_ _0"></span>a durum farklıdır. İşlev hangi nesn<span class="_ _0"></span>e için çağrılmışsa b<span class="_ _0"></span>u nesne zaten </div><div class="t m0 x10 h3 yd8e ff2 fs0 fc2 sc0 ls0 ws0">daha önce yar<span class="_ _0"></span>atılmıştır. Daha önce yaratılmış bu nesn<span class="_ _0"></span>enin kullanımı için zaten b<span class="_ _0"></span>ir blok elde edilmiştir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y898 ff9 fs0 fc2 sc0 ls0 ws0">String <span class="ff2">sınıfı için yazılan a<span class="_ _0"></span>tama işlevi önce ne<span class="_ _0"></span>sne için ayrılan d<span class="_ _0"></span>inamik bloğu geri vermelidir:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd yd3e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y924 ff8 fs0 fc2 sc0 ls13 ws0">delete []m_p;<span class="ls0"> </span></div><div class="t m0 x1 h1a ya93 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yca4 ff2 fs0 fc2 sc0 ls0 ws0">deyimiyle bu sağlanır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yb16 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd8f ff2 fs0 fc2 sc0 ls0 ws0">Daha sonra atama işlecinin<span class="_ _0"></span> sol tarafındak<span class="_ _0"></span>i nesne için yani <span class="_ _0"></span><span class="ff9">*this <span class="ff1">nesnesi için<span class="_ _0"></span> </span></span></div><div class="t m0 x1 hd yd90 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yab4 ff8 fs0 fc2 sc0 ls13 ws0">m_p = new char[m_len + 1];<span class="ls0"> </span></div><div class="t m0 x1 h15 y9f9 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb26 ff1 fs0 fc2 sc0 ls0 ws0">deyimiyle yeni bir dinamik b<span class="_ _0"></span>lok elde ediliyor ve<span class="_ _0"></span> </div><div class="t m0 x1 hd y1d0 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb02 ff8 fs0 fc2 sc0 ls13 ws0">strcpy(m_p, r.m_p);<span class="ls0"> </span></div><div class="t m0 x10 h3 y9bf ff2 fs0 fc2 sc0 ls0 ws0">çağrısıyla da, atama işlecinin s<span class="_ _0"></span>ağ tarafındaki n<span class="_ _0"></span>esnenin dinamik bloğunda <span class="_ _0"></span>tutulan yazı, yeni elde edilen </div><div class="t m0 x10 h3 yd91 ff2 fs0 fc2 sc0 ls0 ws0">dinamik bloğa kop<span class="_ _0"></span>yalanıyor. İşlevin<span class="ff1"> </span></div><div class="t m0 x1 h3 y7cf ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd92 ff8 fs0 fc2 sc0 ls13 ws0">*this<span class="ls0"> </span></div><div class="t m0 x1 h15 yd93 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfac" class="pf w0 h0" data-page-no="ac"><div class="pc pcac w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">172</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd94 ff2 fs0 fc2 sc0 ls0 ws0">değeriyle geri döndüğün<span class="_ _0"></span>ü görüyorsunuz.<span class="_ _0"></span> İşlev hangi sınıf nesnesi için çağrıl<span class="_ _0"></span>mışsa o sını<span class="_ _0"></span><span class="ff1">f n<span class="_ _0"></span>esnesini referans </span></div><div class="t m0 x10 h3 yd95 ff2 fs0 fc2 sc0 ls0 ws0">yoluyla geri dönd<span class="_ _0"></span>ürür. Bir başka deyişle<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yd96 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd97 ff8 fs0 fc2 sc0 ls13 ws0">name1 = name2<span class="ls0"> </span></div><div class="t m0 x1 h15 ya37 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd98 ff2 fs0 fc2 sc0 ls0 ws0">atamasının dönüştürü<span class="_ _0"></span>ldüğü işlev çağrısı, <span class="ff9">n<span class="_ _0"></span>ame1 <span class="ff1">nesnesini referans yo<span class="_ _0"></span>luyla geri döndürü<span class="_ _0"></span>yor. Peki </span></span></div><div class="t m0 x10 h3 y253 ff2 fs0 fc2 sc0 ls0 ws0">buna neden gerek du<span class="_ _0"></span>yulmuş olabilir?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y722 ff2 fs0 fc2 sc0 ls0 ws0">Doğal türler söz konusu o<span class="_ _0"></span>lduğunda, ata<span class="_ _0"></span>ma işlecinin ürettiği değerin nesneye ata<span class="_ _0"></span>nan değer oldu<span class="_ _0"></span>ğunu </div><div class="t m0 x10 h3 yd99 ff2 fs0 fc2 sc0 ls0 ws0">biliyorsunuz. Ayn<span class="_ _0"></span>ı özelliğin bir sınıf türünden n<span class="_ _0"></span>esne içinde sağlanması atama i<span class="_ _0"></span>şlecini yükley<span class="_ _0"></span>en işlevin, <span class="_ _0"></span><span class="ff9">*this </span></div><div class="t m0 x10 h3 yd9a ff2 fs0 fc2 sc0 ls0 ws0">nesnesini döndürmesi ile sa<span class="_ _0"></span>ğlanabilir. Aşağıdak<span class="_ _0"></span><span class="ff1">i kodu<span class="_ _0"></span> inceleyin: </span></div><div class="t m0 x1 h3 y893 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd9b ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yd9c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yd9d ff8 fs0 fc2 sc0 ls13 ws0">String name1(&quot;Deniz&quot;); </div><div class="t m0 x13 h11 y9fd ff8 fs0 fc2 sc0 ls13 ws0">String name2(&quot;Yusuf&quot;); </div><div class="t m0 x13 h11 yd9e ff8 fs0 fc2 sc0 ls13 ws0">String name3(&quot;Huseyin&quot;); </div><div class="t m0 x13 h11 yd9f ffc fs0 fc2 sc0 ls13 ws0">String name4(&quot;İbrahim&quot;);<span class="ff8 ls0"> </span></div><div class="t m0 x1 h11 y1b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 ybe8 ff8 fs0 fc2 sc0 ls13 ws0">name1 = name2 = name3 = <span class="ls0">na<span class="_ _6"></span>me4<span class="_ _9"></span>; </span></div><div class="t m0 x13 h11 yd56 ff8 fs0 fc2 sc0 ls13 ws0">name1.print();<span class="ls0"> </span></div><div class="t m0 x13 h11 yda0 ff8 fs0 fc2 sc0 ls0 ws0">name2.print()<span class="_ _9"></span>; </div><div class="t m0 x13 h11 y1a5 ff8 fs0 fc2 sc0 ls0 ws0">name3.print()<span class="_ _9"></span>; </div><div class="t m0 x13 h11 yd2b ff8 fs0 fc2 sc0 ls0 ws0">name4.print()<span class="_ _9"></span>; </div><div class="t m0 x1 h12 y414 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y884 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 ybc6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y11 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yda1 ff2 fs0 fc2 sc0 ls0 ws0">Atama işlecinin öncelik y<span class="_ _0"></span>önünün soldan<span class="_ _0"></span> sağa olduğunu b<span class="_ _0"></span>iliyorsunuz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y99b ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yda2 ff8 fs0 fc2 sc0 ls13 ws0">name1 = name2 = name3 = name4;<span class="ls0"> </span></div><div class="t m0 x1 h15 y2c1 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7f7 ff2 fs0 fc2 sc0 ls0 ws0">deyimi, derleyici tarafından<span class="_ _0"></span> aşağıdaki gibi bir işlev çağrı<span class="_ _0"></span>sı zincirine dönüştürü<span class="_ _0"></span>lür:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 yda3 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3e4 ff8 fs0 fc2 sc0 ls13 ws0">name1.operator=(name2.operator=(name3.operator=(name4)));<span class="ls0"> </span></div><div class="t m0 x1 h15 yda4 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfad" class="pf w0 h0" data-page-no="ad"><div class="pc pcad w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">173</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0">Bir nesnenin kendisine <span class="_ _0"></span><span class="ff2">atanmasının bir sözd<span class="_ _0"></span>izim hatası oluşturmad<span class="_ _0"></span>ığını biliyorsunuz.<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 yb8 ff9 fs0 fc2 sc0 ls0 ws0">String <span class="ff2">sınıfı türünd<span class="_ _0"></span>en bir nesnenin kend<span class="_ _0"></span>isine atandığını düşü<span class="_ _0"></span>nelim:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y7e7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybf2 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yda5 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y6f7 ff8 fs0 fc2 sc0 ls13 ws0">String name(&quot;Necati&quot;); </div><div class="t m0 x12 h11 y981 ff8 fs0 fc2 sc0 ls13 ws0">name = name;<span class="ls0"> </span></div><div class="t m0 x12 h11 yda6 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ya78 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 yda7 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y39e ff2 fs0 fc2 sc0 ls0 ws0">Yazmış olduğumuz atama <span class="_ _0"></span>işlevi çağrıldığında <span class="_ _0"></span>ne olur? Atama işlecini<span class="_ _0"></span>n sol teri<span class="_ _0"></span>mi olan nesne için çağrılan<span class="_ _0"></span> atama </div><div class="t m0 x10 h3 y11f ff2 fs0 fc2 sc0 ls0 ws0">işlevi, ilk önce <span class="ff9">m_p </span>gö<span class="_ _0"></span>stericisinin gö<span class="_ _0"></span>sterdiği dinamik bloğu geri v<span class="_ _0"></span>erir. Ancak atama işlecini<span class="_ _0"></span>n sağ terimi olan </div><div class="t m0 x10 h3 y864 ff2 fs0 fc2 sc0 ls0 ws0">nesne de aynı nesne old<span class="_ _0"></span>uğundan,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y83b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y493 ff8 fs0 fc2 sc0 ls13 ws0">strcpy( m_p, r.m_p);<span class="ls0"> </span></div><div class="t m0 x10 h3 y3a2 ff2 fs0 fc2 sc0 ls0 ws0">ifadesi gösterici hatasına n<span class="_ _0"></span>eden olur. Çün<span class="_ _0"></span>kü <span class="_ _0"></span><span class="ff9 ls27">r.<span class="ls0">m_p </span></span>nesnesi artık geri verilen bir b<span class="_ _0"></span>loğu gösteriyor </div><div class="t m0 x10 h3 y82b ff2 fs0 fc2 sc0 ls0 ws0">durumundad<span class="_ _0"></span>ır.<span class="ff1"> </span></div><div class="t m0 x10 h3 yda8 ff2 fs0 fc2 sc0 ls0 ws0">Hata nasıl giderilebilir? Ata<span class="_ _0"></span>ma işlecinin sol teri<span class="_ _0"></span>mi olan nesne ile sağ tarafındak<span class="_ _0"></span>i nesnenin aynı o<span class="_ _0"></span>lması </div><div class="t m0 x10 h3 ya0d ff2 fs0 fc2 sc0 ls0 ws0">durumunda <span class="_ _0"></span>hiç bir işlem yapılmamalıdır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yda0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yca ff8 fs0 fc2 sc0 ls13 ws0">if (this == &amp;r) </div><div class="t m0 x13 h11 y7b2 ff8 fs0 fc2 sc0 ls13 ws0">return *this;<span class="ls0"> </span></div><div class="t m0 x1 h15 y499 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb61 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki deyimi inceleyeli<span class="_ _0"></span>m: Atama işlevi içinde ku<span class="_ _0"></span>llanılan <span class="_ _0"></span><span class="ff9">this </span>göstericisi işlecin sol t<span class="_ _0"></span>erimi olan sınıf </div><div class="t m0 x10 h3 yb33 ff2 fs0 fc2 sc0 ls0 ws0">nesnenin adresidir, değil mi<span class="_ _0"></span>? <span class="ff9 ls4b">r </span>referansı da atama işl<span class="_ _0"></span>ecinin sağ terimi olan ne<span class="_ _0"></span>snenin yerine geçmi<span class="_ _0"></span>ştir. O </div><div class="t m0 x10 h3 y7ef ff1 fs0 fc2 sc0 ls0 ws0">zaman <span class="ff9">&amp;r <span class="ff2">ifadesi, at<span class="_ _0"></span>ama işlecinin sağ ter<span class="_ _0"></span>imi olan nesnenin ad<span class="_ _0"></span>residir. Adresleri aynı olan<span class="_ _0"></span> iki nesne aynı </span></span></div><div class="t m0 x10 h3 yb34 ff2 fs0 fc2 sc0 ls0 ws0">nesnedir. Eğer nesne k<span class="_ _0"></span>endine atanıyorsa işlev hiç bir işl<span class="_ _0"></span>em yapmadan <span class="_ _3"></span><span class="ff9">*this <span class="ff1">nesnesini referans yoluyla </span></span></div><div class="t m0 x10 h3 yce5 ff1 fs0 fc2 sc0 ls0 ws0">döndürür. </div><div class="t m0 x1 h3 yab7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yda9 ff2 fs0 fc2 sc0 ls0 ws0">Atama işleç işlevinin kod<span class="_ _0"></span>u içinde nesnenin kendisin<span class="_ _0"></span>e atanıp atanmadığın<span class="_ _0"></span>ın sınam<span class="_ _0"></span>ası yapıl<span class="_ _0"></span>malı mıdır? </div><div class="t m0 x10 h3 y870 ff2 fs0 fc2 sc0 ls0 ws0">Şöyle düşünebilirsiniz: Pro<span class="_ _0"></span>gramcı durup d<span class="_ _0"></span>ururken neden bir sınıf nesnesini k<span class="_ _0"></span>endine atasın?<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ydaa ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y748 ff2 fs0 fc2 sc0 ls0 ws0">Bu hata dah<span class="_ _0"></span>a çok göstericiler, referanslar ve işlev çağrılarına<span class="_ _0"></span> ilişkindir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y749 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydab ff8 fs0 fc2 sc0 ls13 ws0">*ptr = x;<span class="ls0"> <span class="_ _62"> </span> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfae" class="pf w0 h0" data-page-no="ae"><div class="pc pcae w0 h0"><img class="bi xb y68c w6 h81" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">174</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycbb ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki atama deyimind<span class="_ _0"></span>e <span class="ff9">ptr </span>b<span class="_ _0"></span>ir sınıf türünden göst<span class="_ _0"></span><span class="ff1">erici <span class="ff9 ls1a">x </span></span>de ay<span class="_ _0"></span>nı sınıf türünden bir n<span class="_ _0"></span>esne olsun. Bu </div><div class="t m0 x10 h3 ycbc ff2 fs0 fc2 sc0 ls0 ws0">atama işleminden önce <span class="_ _0"></span><span class="ff9">ptr x </span>nesnesini gö<span class="_ _0"></span>steriyorsa, nesne k<span class="_ _0"></span>endisine atanmış olur.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y72 ff1 fs6 fc2 sc0 ls0 ws0">D<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _3"></span>ü<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span>t<span class="_ _b"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _b"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y73 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın tek argümanla çağrılabi<span class="_ _0"></span>len kurucu işlevlerin<span class="_ _0"></span>e <span class="ff10">dönü<span class="_ _0"></span>ştüren kurucu işlev <span class="_ _0"></span><span class="ff1">denir. Böyle bir </span></span>ku<span class="_ _0"></span>rucu işlev ya tek </div><div class="t m0 x10 h3 ydac ff2 fs0 fc2 sc0 ls0 ws0">bir parametreye sahiptir,<span class="_ _0"></span> ya da diğer parametreleri <span class="_ _0"></span>varsayılan değerler alır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y51d ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y810 ff8 fs0 fc2 sc0 ls13 ws0">class Account  { </div><div class="t m0 x13 h11 ydad ff8 fs0 fc2 sc0 ls13 ws0">int acc_no; </div><div class="t m0 x13 h11 ydae ff8 fs0 fc2 sc0 ls13 ws0">double<span class="ls0"> <span class="_ _0"></span>bal<span class="_ _9"></span>anc<span class="_ _9"></span>e;<span class="_ _9"></span> </span></div><div class="t m0 x11 h11 y384 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ydaf ff8 fs0 fc2 sc0 ls13 ws0">Account(double);<span class="ls0"> <span class="_ _33"> </span></span><span class="ffc">//Dönüştüren kurucu</span><span class="ls0"> </span><span class="ffc">işlev</span><span class="ls0"> </span></div><div class="t m0 x12 h11 y2cd ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ybe7 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h26 ydb0 ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydb1 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda tanımlanan<span class="_ _0"></span> <span class="ff9">Accoun<span class="_ _0"></span>t </span>sınıfının<span class="ff1"> </span></div><div class="t m0 x1 h16 ydb2 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd40 ff8 fs0 fc2 sc0 ls13 ws0">Account(double)<span class="ls0"> ; </span></div><div class="t m0 x1 h15 y496 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc30 ff1 fs0 fc2 sc0 ls0 ws0">biçiminde bildirilen <span class="_ _0"></span>kur<span class="_ _9"></span>uc<span class="_ _9"></span>u <span class="ff2">işlev<span class="_ _9"></span>, dönüştüren k<span class="_ _0"></span>urucu işlevdir. İşlev tek parametr<span class="_ _0"></span>e değişkenine sahiptir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h16 y187 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y32f ff8 fs0 fc2 sc0 ls13 ws0">class Complex { </div><div class="t m0 x12 h11 ya82 ff8 fs0 fc2 sc0 ls13 ws0">double r, i;<span class="ls0"> </span></div><div class="t m0 x11 h11 y8ee ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y928 ff8 fs0 fc2 sc0 ls13 ws0">Complex(double r, double i<span class="ls0"> = </span>0);<span class="ls0"> <span class="_ _21"> </span></span><span class="ffc">//Dönüştüren kurucu</span><span class="ls0"> </span><span class="ffc">işlevi</span><span class="ls0"> </span></div><div class="t m0 x12 h11 y7e1 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ydb3 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 y529 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yca8 ff2 fs0 fc2 sc0 ls0 ws0">Yine yukarıda tan<span class="_ _0"></span>ımlanan <span class="ff9">Comp<span class="_ _0"></span>lex </span>sınıfının<span class="ff1"> </span></div><div class="t m0 x1 h16 yabc ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydb4 ff8 fs0 fc2 sc0 ls13 ws0">Complex(double r, double i = 0);<span class="ls0"> </span></div><div class="t m0 x1 h15 ydb5 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfaf" class="pf w0 h0" data-page-no="af"><div class="pc pcaf w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">175</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde bildirilen ku<span class="_ _0"></span>rucu işlev, dönüştüren kurucu<span class="_ _0"></span> işlevdir. İşlev tek bir argümanla <span class="_ _0"></span>çağrılabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb8 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın dönüştüren k<span class="_ _0"></span>urucu işlevi, başka türden b<span class="_ _0"></span>ir ifadenin sınıf türün<span class="_ _0"></span>de<span class="_ _0"></span><span class="ff1">n geçici bir nesn<span class="_ _0"></span>eye otomatik </span></div><div class="t m0 x10 h3 y4c ff2 fs0 fc2 sc0 ls0 ws0">olarak dönüştü<span class="_ _0"></span>rülmesini sağlar.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y57a ff2 fs0 fc2 sc0 ls0 ws0">Örneğin yukarıda <span class="_ _0"></span>tanımlanan <span class="ff9">Acc<span class="_ _0"></span>ount </span>sınıfı için aşağıdaki ifa<span class="_ _0"></span>delerden hepsi geçerlidir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y9e0 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ya99 ff8 fs0 fc2 sc0 ls13 ws0">void func(Account p)<span class="ls0"> </span></div><div class="t m0 x10 h11 y1d8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ydb6 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 ydb7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ydb8 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y39e ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 ye3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y36c ff8 fs0 fc2 sc0 ls13 ws0">Account a1 = 200; </div><div class="t m0 x2 h11 ya6c ff8 fs0 fc2 sc0 ls13 ws0">a1 = 300.;<span class="ls0"> </span></div><div class="t m0 x2 h11 ya5 ff8 fs0 fc2 sc0 ls13 ws0">func(200.);<span class="ls0"> </span></div><div class="t m0 x1 h12 y2ea ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 ydb9 ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> </span>0;<span class="ls0"> </span></div><div class="t m0 x10 h11 ydba ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ya9e ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y654 ff8 fs0 fc2 sc0 ls13 ws0">Account<span class="ls0"> </span>foo()<span class="ls0"> </span></div><div class="t m0 x10 h11 y6b4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ydbb ff8 fs0 fc2 sc0 ls13 ws0">double<span class="ls0"> </span>x;<span class="ls0"> </span></div><div class="t m0 x2 h11 ydbc ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x2 h11 y29b ff8 fs0 fc2 sc0 ls13 ws0">return <span class="ls1b">x;<span class="ls0"> </span></span></div><div class="t m0 x10 h11 y2f1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 ydbd ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevinde yer alan b<span class="_ _0"></span>irinci deyimle, </span>Acc<span class="_ _0"></span>ount <span class="ff1">türü<span class="_ _0"></span>nden </span>a1 <span class="ff1">nesnesi </span>200. <span class="ff2">değeriyl<span class="_ _0"></span>e ilkdeğerini alarak </span></div><div class="t m0 x10 h3 y69d ff2 fs0 fc2 sc0 ls0 ws0">yaratılıyor. Bu du<span class="_ _0"></span>rumda <span class="ff9 ls4">200 <span class="_ _0"></span></span>değeri dönüştüren kurucu işlev y<span class="_ _0"></span>oluyla <span class="_ _0"></span><span class="ff9">Account </span>sınıfı türün<span class="_ _0"></span>den bir geçici </div><div class="t m0 x10 h3 y889 ff2 fs0 fc2 sc0 ls0 ws0">nesneye dönüştürülür. Ge<span class="_ _0"></span>çici nesne de kopyalay<span class="_ _0"></span>an kurucu işlevle <span class="_ _0"></span><span class="ff9">a1 </span>nesnesine ilkd<span class="_ _0"></span>eğerini verir. Yani </div><div class="t m0 x10 h3 ydbe ff2 fs0 fc2 sc0 ls0 ws0">derleyici açısından b<span class="_ _0"></span>öyle bir deyim<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y3fc ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybb8 ff8 fs0 fc2 sc0 ls13 ws0">Account a1 = Account(200.);<span class="ls0"> </span></div><div class="t m0 x10 h3 y62f ff1 fs0 fc2 sc0 ls0 ws0">ya da </div><div class="t m0 x11 h11 y5a8 ff8 fs0 fc2 sc0 ls13 ws0">Account a1 = (Account) 200;<span class="ls0"> </span></div><div class="t m0 x1 h15 y3ae ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfb0" class="pf w0 h0" data-page-no="b0"><div class="pc pcb0 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">176</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd94 ff2 fs0 fc2 sc0 ls0 ws0">deyimlerine eşdeğer kab<span class="_ _0"></span>ul edilebilir. C++ tür d<span class="_ _0"></span>önüştürme işlecinin işl<span class="_ _0"></span>evsel biçiminin de ge<span class="_ _0"></span>çerli olduğunu </div><div class="t m0 x10 h3 yd95 ff2 fs0 fc2 sc0 ls0 ws0">anımsayalım.<span class="ff1"> </span></div><div class="t m0 x1 h3 ydbf ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y48a ff2 fs0 fc2 sc0 ls0 ws0">C++ derleyicilerinin çoğu eniyi<span class="_ _0"></span>leme (<span class="ff9">optim<span class="_ _0"></span>izasyon</span>) amacıyla<span class="_ _0"></span>, önce bir geçici nesne yaratıp<span class="_ _0"></span> geçici nesneyle </div><div class="t m0 x10 h3 ydc0 ff2 fs0 fc2 sc0 ls0 ws0">kopyalayan<span class="_ _0"></span> kurucu işlevi çağırmak yerine bu duru<span class="_ _0"></span>mda doğ<span class="_ _0"></span><span class="ff1">rudan <span class="_ _0"></span><span class="ff9">a1 </span></span>nesnesi için sınıfın kurucu işlevi çağırır. </div><div class="t m0 x10 h3 y214 ff2 fs0 fc2 sc0 ls0 ws0">Bu durumu ileride yeniden in<span class="_ _0"></span>celeyeceğiz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y2fd ff1 fs0 fc2 sc0 ls0 ws0">Gelelim ikinci deyime:<span class="_ _0"></span> </div><div class="t m0 x1 h16 y51 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6ab ff8 fs0 fc2 sc0 ls13 ws0">a1 = 300.;<span class="ls0"> </span></div><div class="t m0 x1 h15 ydc1 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydc2 ff2 fs0 fc2 sc0 ls0 ws0">C&apos;den bildiğimiz gibi bir y<span class="_ _0"></span>apı nesnesine ancak o y<span class="_ _0"></span>apı türünden bir b<span class="_ _0"></span>aşka nesne atanabilir. Yani C d<span class="_ _0"></span>ilinde başka bir </div><div class="t m0 x10 h3 ydc3 ff1 fs0 fc2 sc0 ls0 ws0">türden ifa<span class="ff2">de hiçbir <span class="_ _0"></span>zaman bir yapı t<span class="_ _0"></span>ürüne otomatik olarak <span class="_ _0"></span>dönüştürülmez. Ancak C++ da b<span class="_ _0"></span>ir sınıf nesnesine </span></div><div class="t m0 x10 h3 y324 ff2 fs0 fc2 sc0 ls0 ws0">başka türden b<span class="_ _0"></span>ir ifade atandığını gören derleyici, ata<span class="_ _0"></span>manın mümkün o<span class="_ _0"></span>lup olmadığını anlamak için<span class="_ _0"></span> bir </div><div class="t m0 x10 h3 y4aa ff2 fs0 fc2 sc0 ls0 ws0">dönüştürme kurucu işle<span class="_ _0"></span>vinin var olup olmad<span class="_ _0"></span>ığını sorgular. Bö<span class="_ _0"></span>yle bir ku<span class="_ _0"></span>rucu işlev varsa otomatik tü<span class="_ _0"></span>r dönüşümü </div><div class="t m0 x10 h3 y4ab ff2 fs0 fc2 sc0 ls0 ws0">yapılır. Böyle bir işlevin olma<span class="_ _0"></span>ması durumunda d<span class="_ _0"></span>önüşüm mümkün o<span class="_ _0"></span>lmadığı için, derleme zamanın<span class="_ _0"></span>da hata oluşur. </div><div class="t m0 x10 h3 y4ac ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki atama deyimi d<span class="_ _0"></span>erleyici tarafından aşağıdak<span class="_ _0"></span>i gibi ele alınır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd ydc4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydc5 ff8 fs0 fc2 sc0 ls13 ws0">a1.operator=(Account(300.))<span class="ls0">; </span></div><div class="t m0 x1 h15 ybe8 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydc6 ff1 fs0 fc2 sc0 ls0 ws0">Yani önce <span class="ff9 ls4">300 </span><span class="ff2">de<span class="_ _0"></span>ğeri dönüştürme kuru<span class="_ _0"></span>cu işlevine argüman <span class="_ _0"></span>olarak geçilerek <span class="_ _0"></span><span class="ff9">Accoun<span class="_ _0"></span>t </span>sınıfı türünden b<span class="_ _0"></span>ir geçici </span></div><div class="t m0 x10 h3 y857 ff2 fs0 fc2 sc0 ls0 ws0">nesne yaratılır. Yaratılan g<span class="_ _0"></span>eçici nesnesin değeri <span class="_ _0"></span><span class="ff9">a1 </span>nesnesi için<span class="_ _0"></span> çağrılan atama işleç işlevine<span class="_ _0"></span> argüman olarak </div><div class="t m0 x10 he y881 ff1 fs0 fc2 sc0 ls0 ws0">geçilir<span class="ffb">. </span></div><div class="t m0 x1 he y109 ffb fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydc7 ff8 fs0 fc2 sc0 ls13 ws0">func(200)<span class="ls0"> </span></div><div class="t m0 x1 h15 ya61 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y22 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı için de benzer du<span class="_ _0"></span>rum söz konu<span class="_ _0"></span>sudur. <span class="_ _0"></span><span class="ff9">func </span>işlevine gönderilen argüman olan<span class="_ _0"></span> <span class="ff9">200. <span class="ff1">if<span class="_ _0"></span>adesi önce </span></span></div><div class="t m0 x10 h3 ya96 ff2 fs0 fc2 sc0 ls0 ws0">dönüştürme kurucu işle<span class="_ _0"></span>viyle <span class="ff9">Acco<span class="_ _0"></span>unt </span>sınıfı türünd<span class="_ _0"></span>en bir geçici nesneye dönüştürülür. <span class="_ _0"></span><span class="ff9">func <span class="_ _0"></span></span>işlevinin parametre </div><div class="t m0 x10 h3 y928 ff2 fs0 fc2 sc0 ls0 ws0">değişkeni bu geçici nesne il<span class="_ _0"></span>e kopyalayan<span class="_ _0"></span> kurucu işlev aracılığıyla ilkd<span class="_ _0"></span>eğerini alır. Yani derleyici a<span class="_ _0"></span>çısından kodu<span class="_ _0"></span>n </div><div class="t m0 x10 h3 yf1 ff2 fs0 fc2 sc0 ls0 ws0">anlamı<span class="ff1"> </span></div><div class="t m0 x1 hd y482 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydc8 ff8 fs0 fc2 sc0 ls13 ws0">func(Account(200));<span class="ls0"> </span></div><div class="t m0 x1 h15 yb78 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybca ff2 fs0 fc2 sc0 ls0 ws0">gibi bir deyime eşdeğerdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 ydc9 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydca ff2 fs0 fc2 sc0 ls0 ws0">Şimdi de <span class="ff9">foo </span>işlevinin k<span class="_ _0"></span>odunu inceleyelim. <span class="_ _0"></span><span class="ff9">foo </span>işlevinin <span class="ff9">retur<span class="_ _0"></span>n </span>ifadesi, işlevin geri dön<span class="_ _0"></span>üş değerini içinde </div><div class="t m0 x10 h3 ydcb ff2 fs0 fc2 sc0 ls0 ws0">taşıyacak geçici nesney<span class="_ _0"></span>e ilkdeğerini verir. <span class="ff9">retu<span class="_ _0"></span>rn <span class="ff1">ifadesi olan<span class="_ _0"></span> </span>double <span class="_ _0"></span><span class="ff1">türden </span>x, <span class="ff1">otomatik olarak <span class="_ _0"></span></span>Account </span>sınıfı </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfb1" class="pf w0 h0" data-page-no="b1"><div class="pc pcb1 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">177</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir geçici nesnenin yaratılmasına neden o<span class="_ _0"></span>lur. İşlevin geri d<span class="_ _0"></span>önüş değerini içinde taşıyacak <span class="_ _3"></span><span class="ff1">geçici nesne </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">kopyalayan<span class="_ _0"></span> kurucu işlev aracılığıyla ilkdeğerini bu geç<span class="_ _0"></span>ici nesneden ilk d<span class="_ _0"></span>eğerini alır. Bu durumlarda <span class="_ _0"></span>yine derleyici </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">eniyileme amacıyla daha kısa <span class="_ _0"></span>kodlar üretebilir, a<span class="_ _0"></span>ma şimdilik bu k<span class="_ _0"></span>onuya girmeyeceğiz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y51b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4e ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki tür dö<span class="_ _0"></span>nüşümleri otomatik olara<span class="_ _0"></span>k derleyici tarafın<span class="_ _0"></span>dan yapılabileceği gibi pro<span class="_ _0"></span>gramcı tarafından tür </div><div class="t m0 x10 h3 y338 ff2 fs0 fc2 sc0 ls0 ws0">dönüştürme işleçleri kullan<span class="_ _0"></span>ılarak da <span class="_ _0"></span>yapılabilirdi. Şimdi de <span class="_ _0"></span><span class="ff9">main <span class="_ _0"></span></span>işlevini tür dönüştürme işleçlerini kullanacak </div><div class="t m0 x10 h3 y339 ff2 fs0 fc2 sc0 ls0 ws0">biçimde değiştirelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 ydcc ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ydcd ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 yb3e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y4c2 ff8 fs0 fc2 sc0 ls13 ws0">Account a1<span class="ls0"> = </span>Account(200);<span class="ls0"> <span class="_ _4a"> </span></span>// Account a1 = <span class="ls0">(Acc<span class="_ _6"></span>ount)<span class="_ _9"></span>200<span class="_ _9"></span>; </span></div><div class="t m0 x2 h11 ya8e ff8 fs0 fc2 sc0 ls13 ws0">a1<span class="ls0"> = </span>Account(300.);<span class="ls0"> <span class="_ _48"> </span></span>//<span class="ls0"> <span class="_ _2e"> </span></span>a1 =<span class="ls0"> </span>(Account)300.;<span class="ls0"> </span></div><div class="t m0 x2 h11 y605 ff8 fs0 fc2 sc0 ls13 ws0">func(Account(500.));<span class="ls0"> <span class="_ _63"> </span></span>//<span class="ls0"> </span>(Account)500.;<span class="ls0"> </span></div><div class="t m0 x1 h11 ydce ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 ya5c ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 yb0b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 ydcf ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9d4 ff2 fs0 fc2 sc0 ls0 ws0">Açıklama satırlarında tü<span class="_ _0"></span>r dönüştürme işleçleri C biçi<span class="_ _0"></span>miyle kullanıldı.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y309 ff2 fs0 fc2 sc0 ls0 ws0">İlerdeki derslerimizde C&apos;de ol<span class="_ _0"></span>mayan C++&apos;ın yeni tü<span class="_ _0"></span>r dönüştürme işleçlerini öğr<span class="_ _0"></span>eneceğiz. Yukarıdak<span class="_ _0"></span>i tür </div><div class="t m0 x10 h3 y5df ff2 fs0 fc2 sc0 ls0 ws0">dönüşümleri için C++&apos;ın y<span class="_ _0"></span>eni tür dönüştürme işleci olan <span class="_ _0"></span><span class="ff9">sta<span class="_ _0"></span>tic_cast </span>tür dön<span class="_ _0"></span>üştürme işlecinin de </div><div class="t m0 x10 h3 y9e7 ff2 fs0 fc2 sc0 ls0 ws0">kullanılabileceğini şimdid<span class="_ _0"></span>en söyleyelim.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y714 ff1 fs0 fc2 sc0 ls0 ws0">Otomatik ya da <span class="_ _0"></span>b<span class="ff2">ilinçli dönüşümün<span class="_ _0"></span> gerçekleştirilebilmesi için d<span class="_ _0"></span>önüştürme kurucu işlevin p<span class="_ _0"></span>arametresiyle, </span></div><div class="t m0 x10 h3 ydd0 ff2 fs0 fc2 sc0 ls0 ws0">geçici sınıf nesnesine dönü<span class="_ _0"></span>ştürülecek ifad<span class="_ _0"></span>enin türünün t<span class="_ _0"></span>amamen aynı olması gerekmez. Dönü<span class="_ _0"></span>ştüren kurucu </div><div class="t m0 x10 h3 y86b ff2 fs0 fc2 sc0 ls0 ws0">işlevinin çağrılmasından<span class="_ _0"></span> önce doğal veri türlerine ili<span class="_ _0"></span>şkin otomat<span class="_ _0"></span>ik dönüşümler yap<span class="_ _0"></span>ılabilir. Yukarıda b<span class="_ _0"></span>ildirilen </div><div class="t m0 x10 h3 y205 ff9 fs0 fc2 sc0 ls0 ws0">func <span class="ff2">işlevinin aşağıdaki gib<span class="_ _0"></span>i çağrıldığını düşün<span class="_ _0"></span>elim:<span class="ff1"> </span></span></div><div class="t m0 x1 hd ydd1 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydd2 ff8 fs0 fc2 sc0 ls13 ws0">func(10);<span class="ls0"> </span></div><div class="t m0 x1 h15 yd41 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydd3 ff9 fs0 fc2 sc0 ls0 ws0">func <span class="ff2">işlevine argüman olarak <span class="_ _0"></span></span>int <span class="_ _0"></span><span class="ff1">türden bir ifade gön<span class="_ _0"></span>deriliyor. </span>func <span class="_ _0"></span><span class="ff2">işlevinin parametresi<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y20a ff9 fs0 fc2 sc0 ls0 ws0">Account <span class="_ _0"></span><span class="ff2">sınıfı türündendir. <span class="_ _0"></span></span>Account <span class="ff2">sınıfının<span class="ff1"> </span></span></div><div class="t m0 x1 hd ydd4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydd5 ff8 fs0 fc2 sc0 ls13 ws0">Account(double);<span class="ls0"> </span></div><div class="t m0 x1 h15 y8f2 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya89 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin çağrılabilmesi için ön<span class="_ _0"></span>ce <span class="ff9">int <span class="ff1">tü<span class="_ _0"></span>rden </span><span class="ls4">10 </span></span>değeri oto<span class="_ _0"></span>matik tür d<span class="_ _0"></span>önüşümü ile <span class="_ _0"></span><span class="ff9">double <span class="ff1">türüne, d<span class="_ _0"></span>aha sonra </span></span></div><div class="t m0 x10 h3 y873 ff2 fs0 fc2 sc0 ls0 ws0">da dönüştüren k<span class="_ _0"></span>urucu işlev ile <span class="ff9">Ac<span class="_ _0"></span>count </span>sınıfı türü<span class="_ _0"></span>nden geçici bir nesneye dönüştürülü<span class="_ _0"></span>r. Yani derleyici için<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfb2" class="pf w0 h0" data-page-no="b2"><div class="pc pcb2 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">178</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h16 y116 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y396 ff8 fs0 fc2 sc0 ls13 ws0">func(10)<span class="ls0"> </span></div><div class="t m0 x1 h15 y875 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y876 ff1 fs0 fc2 sc0 ls0 ws0">gibi bir <span class="ff2">çağrı</span> </div><div class="t m0 x1 hd ydd6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2a9 ff8 fs0 fc2 sc0 ls13 ws0">func(Account(double(10))<span class="ls0"> </span></div><div class="t m0 x1 h15 y64b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8f6 ff2 fs0 fc2 sc0 ls0 ws0">çağrısına eşdeğerdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y8f7 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yad7 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf türünden olmay<span class="_ _0"></span>an bir ifadenin oto<span class="_ _0"></span>matik olarak bir sınıf türün<span class="_ _0"></span>e dönüştürülmesi her zaman isten<span class="_ _0"></span>meyebilir. </div><div class="t m0 x10 h3 ydd7 ff2 fs0 fc2 sc0 ls0 ws0">Bazı durumlarda b<span class="_ _0"></span>öyle bir dönüşüm program yaz<span class="_ _0"></span>arken oluşan b<span class="_ _0"></span>ir kodlama hatasının d<span class="_ _0"></span>erleyici <span class="_ _0"></span>tarafından </div><div class="t m0 x10 h3 ydd8 ff2 fs0 fc2 sc0 ls0 ws0">bulunmasına engel olur. A<span class="_ _0"></span>şağıdaki kod<span class="_ _0"></span>a inceleyin:<span class="ff1"> </span></div><div class="t m0 x1 h16 y812 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydd9 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y40e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ydda ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>a;<span class="ls0"> </span></div><div class="t m0 x12 h11 y4e0 ff8 fs0 fc2 sc0 ls13 ws0">Account ac(400.); </div><div class="t m0 x12 h11 yddb ff8 fs0 fc2 sc0 ls13 ws0">func(a);<span class="ls0"> </span></div><div class="t m0 x12 h11 yddc ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1 h11 y94e ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yddd ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 ydde ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a y30e ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc5c ff2 fs0 fc2 sc0 ls0 ws0">İşlevi yazan programcının<span class="_ _0"></span> <span class="ff9">func </span>işlevine argü<span class="_ _0"></span>man olarak <span class="_ _0"></span><span class="ff9">Account </span>sınıf nesnesi <span class="ff9">ac<span class="_ _0"></span> <span class="ff1">yi göndermek yerine, </span></span></div><div class="t m0 x10 h3 yc5d ff2 fs0 fc2 sc0 ls0 ws0">yanlışlıkla <span class="ff9">int <span class="ff1">türd<span class="_ _0"></span>en olan </span><span class="ls14">a </span></span>nesnesinin değerini gönd<span class="_ _0"></span>erdiğini düşünelim. Derleyici i<span class="_ _0"></span>çin<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y7e1 ff8 fs0 fc2 sc0 ls13 ws0">func(a)<span class="ls0"> </span></div><div class="t m0 x1 h15 yddf ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y334 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı tamamen geçerlidir. <span class="_ _0"></span><span class="ff9 ls14">a </span><span class="ff1">ifadesi önc<span class="_ _0"></span>e <span class="ff9">double </span>tü<span class="_ _0"></span>rüne, daha sonra da <span class="_ _0"></span><span class="ff9">double </span></span>tü<span class="_ _0"></span>ründen yukarıda </div><div class="t m0 x10 h3 yde0 ff2 fs0 fc2 sc0 ls0 ws0">açıkladığımız biçimde <span class="ff9">Ac<span class="_ _0"></span>count </span>sınıfına d<span class="_ _0"></span>önüştürülerek <span class="ff9">func<span class="_ _0"></span> </span>işlevine argü<span class="_ _0"></span>man <span class="ff1">olarak gönd<span class="_ _0"></span>erilir. Yani derleyici </span></div><div class="t m0 x10 h3 yde1 ff2 fs0 fc2 sc0 ls0 ws0">tarafından işlev çağrı ifade<span class="_ _0"></span>si<span class="ff1"> </span></div><div class="t m0 x1 h16 yde2 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yde3 ff8 fs0 fc2 sc0 ls13 ws0">func(Account(double(a)));<span class="ls0"> </span></div><div class="t m0 x1 h15 yde4 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfb3" class="pf w0 h0" data-page-no="b3"><div class="pc pcb3 w0 h0"><img class="bi xb yde5 w6 h82" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">179</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde ele alınır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yde6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yde7 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf türünden olmay<span class="_ _0"></span>an bir ifadenin sınıf türün<span class="_ _0"></span>e dönüştürme kuru<span class="_ _0"></span>cu işleviyle dönüştürülmesi </div><div class="t m0 x10 h3 yde8 ff1 fs0 fc2 sc0 ls0 ws0">istenmiyorsa bu du<span class="_ _0"></span>rum derleyiciye <span class="_ _0"></span><span class="ff9">explicit </span>anah<span class="_ _0"></span>t<span class="ff2">ar sözcüğüyle bildirilebilir.</span> </div><div class="t m0 x1 h16 yde9 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ydea ff2 fs6 fc2 sc0 ls0 ws0">e<span class="_ _3"></span>x<span class="_ _3"></span>p<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>h<span class="_ _b"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ö<span class="_ _3"></span>z<span class="_ _3"></span>c<span class="_ _3"></span>ü<span class="_ _3"></span>ğ<span class="_ _3"></span>ü<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y136 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın kurucu işle<span class="_ _0"></span>vinin bildiriminde <span class="ff9">exp<span class="_ _0"></span>licit </span>anahtar <span class="_ _0"></span>sözcüğü kullanılabilir. <span class="_ _0"></span><span class="ff9">explicit </span>an<span class="_ _0"></span>ahtar sözcüğü yalnızca </div><div class="t m0 x10 h3 ydeb ff2 fs0 fc2 sc0 ls0 ws0">işlevin bildiriminde yaz<span class="_ _0"></span>ılır, kurucu işlevinin sınıf dı<span class="_ _0"></span>şında tanımlanması du<span class="_ _0"></span>rumunda işlev tanımında y<span class="_ _0"></span>er almaz. </div><div class="t m0 x10 h3 ycbe ff9 fs0 fc2 sc0 ls0 ws0">explicit <span class="ff2">anah<span class="_ _0"></span>tar sözcüğü ile bildirilen bir k<span class="_ _0"></span>urucu işlev, otomatik tür <span class="_ _0"></span>dönüştürme amacıyla kullanılamay<span class="_ _0"></span>an bir </span></div><div class="t m0 x10 h3 ydae ff2 fs0 fc2 sc0 ls0 ws0">dönüştürme<span class="ff1"> </span>kuru<span class="_ _0"></span>cu işlevidir. Kurucu işlevin <span class="_ _0"></span><span class="ff9">explicit <span class="_ _0"></span></span>anahtar sözcüğüyle bildirilmesi d<span class="_ _0"></span>urumunda, h<span class="_ _0"></span>alen açık bir </div><div class="t m0 x10 h3 ydec ff2 fs0 fc2 sc0 ls0 ws0">biçimde yani tür dö<span class="_ _0"></span>nüştürme işleçleri kullanılarak <span class="_ _0"></span>dönüşüm gerçekle<span class="_ _0"></span>ştirilebilir ancak otomatik d<span class="_ _0"></span>önüşüme </div><div class="t m0 x10 h3 yded ff2 fs0 fc2 sc0 ls0 ws0">derleyicinin hata mekanizma<span class="_ _0"></span>sıyla engel olunur. <span class="_ _0"></span>Yuka<span class="_ _0"></span>rıdaki örneğimizi aşağıdaki b<span class="_ _0"></span>içimiyle yeniden derlemeye </div><div class="t m0 x10 h3 ydee ff2 fs0 fc2 sc0 ls0 ws0">çalışın:<span class="ff1"> </span></div><div class="t m0 x1 hd y490 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydef ff8 fs0 fc2 sc0 ls13 ws0">class Account  { </div><div class="t m0 x13 h11 ydf0 ff8 fs0 fc2 sc0 ls13 ws0">int acc_no; </div><div class="t m0 x13 h11 y42a ff8 fs0 fc2 sc0 ls13 ws0">double<span class="ls0"> <span class="_ _0"></span>bal<span class="_ _9"></span>anc<span class="_ _9"></span>e;<span class="_ _9"></span> </span></div><div class="t m0 x11 h11 ydf1 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y4df ffc fs0 fc2 sc0 ls13 ws0">explicit Account(double); //explicit Dönüştüren kurucu<span class="ff8 ls0"> <span class="_ _64"></span><span class="ffc ls13">işlev<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x12 h11 y4b0 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y25f ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y108 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydf2 ff8 fs0 fc2 sc0 ls13 ws0">void func(Account p)<span class="ls0"> </span></div><div class="t m0 x11 h11 y8a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y40 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ydf3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y42 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydf4 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 ydf5 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y68 ff8 fs0 fc2 sc0 ls13 ws0">Account <span class="_ _3"></span>a1 <span class="_ _3"></span>= <span class="_ _b"></span>200; <span class="_ _3"></span><span class="ffc ls0">//Geçer<span class="_ _0"></span>siz. <span class="_ _3"></span>otom<span class="_ _0"></span>atik <span class="_ _3"></span>dönüşü<span class="_ _0"></span>m <span class="_ _3"></span>yapıla<span class="_ _0"></span>maz! </span></div><div class="t m0 x12 h11 ybee ffc fs0 fc2 sc0 ls0 ws0">a1 <span class="_ _45"> </span>= <span class="_ _65"> </span>300.; <span class="_ _65"> </span>//<span class="_ _0"></span>Geçersiz.<span class="_ _0"></span> <span class="_ _65"> </span>otomatik<span class="_ _0"></span> <span class="_ _65"> </span>dön<span class="_ _0"></span>üşüm <span class="_ _65"> </span>yapı<span class="_ _0"></span>lamaz! </div><div class="t m0 x12 h11 ydf6 ffc fs0 fc2 sc0 ls13 ws0">func(200.); //Geçersiz. otomatik dönüşüm yapılamaz!<span class="ff8 ls0"> </span></div><div class="t m0 x1 h11 y98c ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y94 ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> </span>0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y615 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ydf7 ff8 fsf fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfb4" class="pf w0 h0" data-page-no="b4"><div class="pc pcb4 w0 h0"><img class="bi xb y958 w6 h83" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">180</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">Account<span class="ls0"> </span>foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 yba2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ydf8 ff8 fs0 fc2 sc0 ls13 ws0">double<span class="ls0"> </span>x;<span class="ls0"> </span></div><div class="t m0 x12 h11 ydf9 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 ydfa ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> </span>x;<span class="ls0"> <span class="_ _66"> </span></span><span class="ffc">//Geçersiz. otomatik dönüşüm</span><span class="ls0"> </span><span class="ffc">yapılamaz!</span><span class="ls0"> </span></div><div class="t m0 x11 h11 y2d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h10 ya1a ff1 fs6 fc2 sc0 ls0 ws0">A<span class="_ _3"></span>r<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span>l<span class="_ _3"></span>i<span class="_ _b"></span>k<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y137 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın üye işlevi olmayan<span class="_ _0"></span> herhangi bir işleve, o sınıfın<span class="_ _0"></span> <span class="ff9">priva<span class="_ _0"></span>te <span class="ff1">ve </span>protected <span class="_ _0"></span></span>bölümlerine erişim hakkı veril<span class="_ _0"></span>ebilir. </div><div class="t m0 x10 h3 ydfb ff2 fs0 fc2 sc0 ls0 ws0">Bir işlev bir sınıfın arkadaş iş<span class="_ _0"></span>levi olarak bildirilebilir. Bir işl<span class="_ _0"></span>evi bir sınıfın arkad<span class="_ _0"></span>aş işlevi olarak bildirmek için işl<span class="_ _0"></span>ev<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ydfc ff1 fs0 fc2 sc0 ls0 ws0">bildiriminin önüne <span class="_ _0"></span><span class="ff9">friend <span class="ff2">anahta<span class="_ _0"></span>r sözcüğü yazılır. Aşağıdaki<span class="_ _0"></span> sınıf bildirimini inceleyin:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 ydfd ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye3 ff8 fs0 fc2 sc0 ls13 ws0">class Account { </div><div class="t m0 x12 h11 y663 ff8 fs0 fc2 sc0 ls13 ws0">int <span class="ls0">acc<span class="_ _9"></span>oun<span class="_ _6"></span>t_no<span class="_ _9"></span>; </span></div><div class="t m0 x12 h11 y664 ff8 fs0 fc2 sc0 ls13 ws0">double<span class="ls0"> <span class="_ _0"></span>bal<span class="_ _9"></span>anc<span class="_ _9"></span>e;<span class="_ _9"></span> </span></div><div class="t m0 x11 h11 y2b3 ff8 fs0 fc2 sc0 ls13 ws0">public;<span class="ls0"> </span></div><div class="t m0 x12 h11 ydc4 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 y3d8 ff8 fs0 fc2 sc0 ls13 ws0">friend double balance_dif(const Account &amp;, const Account &amp;);<span class="ls0"> </span></div><div class="t m0 x12 h11 ydb2 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ydfe ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 y82d ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h26 yc4f ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydff ff1 fs0 fc2 sc0 ls0 ws0">Bu örnekte <span class="ff9">balan<span class="_ _0"></span>ce_dif <span class="ff2">global bir işlevdir. An<span class="_ _0"></span>cak </span>Accou<span class="_ _0"></span>nt <span class="ff2">sınıfı içinde </span>friend <span class="_ _0"></span><span class="ff2">anahtar sözcüğüy<span class="_ _0"></span>le arkadaş işlev </span></span></div><div class="t m0 x10 h3 ye00 ff2 fs0 fc2 sc0 ls0 ws0">olarak bildiriliyor. Arka<span class="_ _0"></span>daş işlevler yalnızca erişim bak<span class="_ _0"></span>ımından ayrıcalıklı olan işlevlerdir. Bi<span class="_ _0"></span>r arkadaş işlev içinde </div><div class="t m0 x10 h3 y263 ff2 fs0 fc2 sc0 ls0 ws0">arkadaş olunan<span class="_ _0"></span> sınıfa ilişkin bir nesne, göster<span class="_ _0"></span>ici ya da refera<span class="_ _0"></span>ns tanımlanırsa, o nesn<span class="_ _0"></span>e gösterici ya da referans </div><div class="t m0 x10 h3 ye01 ff2 fs0 fc2 sc0 ls0 ws0">yoluyla sınıfın her bölü<span class="_ _0"></span>müne erişilebilir. Yukarıdaki ö<span class="_ _0"></span>rnekte <span class="_ _0"></span><span class="ff9">balanc<span class="_ _0"></span>e_dif </span>işlevi <span class="ff9">Account <span class="_ _0"></span></span>sınıfının bir arkadaş </div><div class="t m0 x10 h3 y58a ff2 fs0 fc2 sc0 ls0 ws0">işlevi olarak bildirilmiştir. Bu y<span class="_ _0"></span>üzden <span class="_ _0"></span><span class="ff9">balance_dif <span class="_ _0"></span></span>işlevi içinde tanımlanan <span class="ff9 ls33">Ac<span class="_ _0"></span><span class="ls0">count <span class="_ _0"></span></span></span>sınıfına ilişkin bir sınıf </div><div class="t m0 x10 h3 ye02 ff2 fs0 fc2 sc0 ls0 ws0">nesnesi ile sınıfın her bölümü<span class="_ _0"></span>ne erişilebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye03 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3e0 ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x12 h11 ye04 ff8 fs0 fc2 sc0 ls13 ws0">int x, int y; </div><div class="t m0 x11 h11 y719 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ye05 ff8 fs0 fc2 sc0 ls13 ws0">A(int, int);<span class="ls0"> </span></div><div class="t m0 x12 h11 y808 ff8 fs0 fc2 sc0 ls13 ws0">friend void func();<span class="ls0"> </span></div><div class="t m0 x11 h11 ye06 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 ye07 ff8 fs9 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfb5" class="pf w0 h0" data-page-no="b5"><div class="pc pcb5 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">181</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örneği incel<span class="_ _0"></span>eyelim. <span class="ff9 ls33">A <span class="_ _0"></span></span>sınıfının <span class="ff9 ls1a">x </span><span class="ff1">ve <span class="ff9 ls1f">y </span>isminde iki <span class="_ _0"></span><span class="ff9">private </span></span>elemanı var. <span class="_ _0"></span><span class="ff9">func </span>isimli <span class="_ _0"></span>global işlev sınıfın </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">arkadaş işlevi olarak bildiriliyo<span class="_ _0"></span>r. <span class="ff9">fun<span class="_ _0"></span>c </span>global bir işlev olmasın<span class="_ _0"></span>a karşın <span class="ff9">func<span class="_ _0"></span> </span>işlevi içinde tanımlanan<span class="_ _0"></span> <span class="ff9 ls33">A </span>sınıfı </div><div class="t m0 x10 h3 y1f2 ff1 fs0 fc2 sc0 ls0 ws0">türünden n<span class="_ _0"></span>esnelerin <span class="ff9">private <span class="ff2">elemanları için <span class="_ _0"></span>erişim sınırlaması ortad<span class="_ _0"></span>an kalkar:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 y51b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye08 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 yad2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 he y253 ff8 fs0 fc2 sc0 ls0 ws0">A<span class="ff7"> <span class="_ _d"> </span></span><span class="ls13">a;</span> </div><div class="t m0 x12 h11 ya08 ff8 fs0 fc2 sc0 ls13 ws0">a.x<span class="ls0"> = </span>10;<span class="ls0"> <span class="_ _65"> </span></span>// priva<span class="ffc">te bölüme erişiliyor ama<span class="_ _0"></span></span><span class="ls0"> <span class="_ _6"></span><span class="ls13">geçerli<span class="_ _0"></span><span class="ls0"> </span></span></span></div><div class="t m0 x12 h11 yfe ff8 fs0 fc2 sc0 ls13 ws0">a.y<span class="ls0"> = </span>20;<span class="ls0"> <span class="_ _65"> </span></span><span class="ffc">// private bölüme erişiliyor ama<span class="_ _0"></span></span><span class="ls0"> <span class="_ _6"></span><span class="ls13">geçerli<span class="_ _0"></span><span class="ls0"> </span></span></span></div><div class="t m0 x12 h11 y31 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ybbd ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 yaae ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye09 ff2 fs0 fc2 sc0 ls0 ws0">Eğer <span class="ff9">func </span>normal b<span class="_ _0"></span>ir işlev olsaydı, yan<span class="_ _0"></span>i <span class="ff9 ls33">A </span>sınıfının <span class="ff10">arkad<span class="_ _0"></span>aş </span>işlevi olmasaydı <span class="ff9">a.x <span class="ff1">v<span class="_ _0"></span>e </span>a.y </span>erişimleri geçersiz </div><div class="t m0 x10 h3 ye0a ff1 fs0 fc2 sc0 ls0 ws0">olurdu. <span class="ff9">friend <span class="_ _0"></span><span class="ff2">anahtar sözcüğünü<span class="_ _0"></span>n yalnızca işlevin bildirimind<span class="_ _0"></span>e kullanılmalıdır. İşlevin tan<span class="_ _0"></span>ımında <span class="_ _0"></span></span>friend </span></div><div class="t m0 x10 h3 y36 ff2 fs0 fc2 sc0 ls0 ws0">anahtar sözcüğün<span class="_ _0"></span>ün yazılması bir sözdizim h<span class="_ _0"></span>atasıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y96d ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye0b ff2 fs0 fc2 sc0 ls0 ws0">Arkadaş işlevler sınıfın üy<span class="_ _0"></span>e işlevleri değildir. Arkadaş işlev<span class="_ _0"></span>lerin diğer global işlevlerden tek<span class="_ _0"></span> farkı erişim </div><div class="t m0 x10 h3 y880 ff1 fs0 fc2 sc0 ls0 ws0">a<span class="ff2">yrıcalığına sahip olmalarıdır. <span class="_ _0"></span>Arkadaş işlevlere <span class="_ _0"></span><span class="ff9">this </span>gösterici<span class="_ _0"></span>si geçirilmez. Bu nedenl<span class="_ _0"></span>e sınıfın elemanlarına </span></div><div class="t m0 x10 h3 ye0c ff2 fs0 fc2 sc0 ls0 ws0">arkadaş işlevler içinde doğru<span class="_ _0"></span>dan erişilemez.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye0d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye0e ff2 fs0 fc2 sc0 ls0 ws0">Uygulamalarda genellikle arka<span class="_ _0"></span>daş işlevlerin parametr<span class="_ _0"></span>e değişkeni arkad<span class="_ _0"></span>aş olunan sınıfa ilişkin<span class="_ _0"></span> bir gösterici ya </div><div class="t m0 x10 h3 ye0f ff2 fs0 fc2 sc0 ls0 ws0">da referans olur. İlk örnekteki <span class="_ _0"></span><span class="ff9">Acc<span class="_ _0"></span>ount </span>sınıfına <span class="ff9">ba<span class="_ _0"></span>lance_dif </span>işlevini inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 ydff ff8 fs0 fc2 sc0 ls13 ws0">double balance_dif(const Account &amp;r1, const Account &amp;r2)<span class="ls0"> </span></div><div class="t m0 x11 h11 y525 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ye10 ff8 fs0 fc2 sc0 ls13 ws0">return r1.balance <span class="ls0">- </span>r2.balance;<span class="ls0"> </span></div><div class="t m0 x11 h11 y347 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y641 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc6c ff2 fs0 fc2 sc0 ls0 ws0">İşlevlerin parametre değişk<span class="_ _0"></span>enleri işlev sınırları için<span class="_ _0"></span>dedir. Yani arkad<span class="_ _0"></span>aş bir işlevin parametre<span class="_ _0"></span> değişkeni </div><div class="t m0 x10 h3 y951 ff2 fs0 fc2 sc0 ls0 ws0">arkadaş olunan<span class="_ _0"></span> sınıfa ilişkin bir nesne, bir gösterici ya d<span class="_ _0"></span>a bir referans ise bu n<span class="_ _0"></span>esne, gösterici ya d<span class="_ _0"></span>a referans </div><div class="t m0 x10 h3 y283 ff1 fs0 fc2 sc0 ls0 ws0">ile s<span class="ff2">ınıfın her bölümüne eri<span class="_ _0"></span>şilebilir. Yukarıdaki <span class="_ _0"></span><span class="ff9">balan<span class="_ _0"></span>ce_dif </span>işlevinin tanımında,<span class="_ _0"></span> işlevin parametre d<span class="_ _0"></span>eğişkeni </span></div><div class="t m0 x10 h3 ye11 ff1 fs0 fc2 sc0 ls0 ws0">olan <span class="ff9">r1 </span>ve <span class="ff9">r2 <span class="ff2">referan<span class="_ _0"></span>sları nokta işleci ile kullanılarak is<span class="_ _0"></span>mi </span>balan<span class="_ _0"></span>ce </span>olan <span class="ff9">private <span class="_ _0"></span><span class="ff2">elemana erişiliyor. Şüphesiz </span></span></div><div class="t m0 x10 h3 y1ae ff9 fs0 fc2 sc0 ls0 ws0">balance_dif <span class="ff2">işlevi </span>Acc<span class="_ _0"></span>ount <span class="ff2">sınıfı için<span class="ff1">de </span></span>f<span class="_ _0"></span>riend <span class="ff2">işlev olarak bil<span class="_ _0"></span>dirildikten sonra, aşağıdaki b<span class="_ _0"></span>içimlerde de </span></div><div class="t m0 x10 h3 ye12 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanabilirdi:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye13 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y704 ff8 fs0 fc2 sc0 ls13 ws0">double balance_dif(const Account a1, const Account a2)<span class="ls0"> </span></div><div class="t m0 x11 h11 yb05 ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfb6" class="pf w0 h0" data-page-no="b6"><div class="pc pcb6 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">182</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">return a1.balance <span class="ls0">- </span>a2.balance;<span class="ls0"> </span></div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 ye14 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye15 ff1 fs0 fc2 sc0 ls0 ws0">ya da </div><div class="t m0 x1 hd y26c ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4f0 ff8 fs0 fc2 sc0 ls13 ws0">double balance_dif(const Account *p1, const Account *p2)<span class="ls0"> </span></div><div class="t m0 x11 h11 y5f0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y51e ff8 fs0 fc2 sc0 ls13 ws0">return p1<span class="ls0">-</span>&gt;balance <span class="ls0">- </span>p2<span class="ls0">-</span>&gt;balance;<span class="ls0"> </span></div><div class="t m0 x11 h11 yae9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 ye16 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye17 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlev, birden fazla <span class="_ _0"></span>sınıfın arkadaş işlevi olabilir. Arkad<span class="_ _0"></span>aş işlev bildiriminin sını<span class="_ _0"></span>fın hangi bölü<span class="_ _0"></span>münde </div><div class="t m0 x10 h3 y17e ff2 fs0 fc2 sc0 ls0 ws0">yapıldığının hiçbir <span class="_ _0"></span>önemi yoktur. Yukarıdak<span class="_ _0"></span>i örnekte, <span class="_ _0"></span><span class="ff9">Account </span>sınıfında <span class="_ _0"></span><span class="ff9">balance_dif </span>işlevi <span class="_ _0"></span><span class="ff9">public <span class="ff1">bölü<span class="_ _0"></span>mde </span></span></div><div class="t m0 x10 h3 ye18 ff2 fs0 fc2 sc0 ls0 ws0">arkadaş olarak b<span class="_ _0"></span>ildirildi. Ancak <span class="_ _0"></span><span class="ff9">private <span class="ff1">ya da <span class="_ _0"></span></span>protected </span>bölümde bildirilseydi de bir fark<span class="_ _0"></span>lılık oluşmazdı.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y77a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydb0 ff2 fs0 fc2 sc0 ls0 ws0">Yalnızca global işlevler değil, <span class="_ _0"></span>başka sınıfların üye işlevleri d<span class="_ _0"></span>e arkadaş işlev olab<span class="_ _0"></span>ilir. Örneğin:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye19 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye1a ff8 fs0 fc2 sc0 ls13 ws0">class<span class="ls0">  </span>Myclass<span class="ls0"> { </span></div><div class="t m0 x12 h11 y85 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 yda0 ff8 fs0 fc2 sc0 ls13 ws0">void myfunc();<span class="ls0"> </span></div><div class="t m0 x11 h11 ye1b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y5b7 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y243 ff8 fs0 fc2 sc0 ls0 ws0">c<span class="ls13">lass Herclass{</span> </div><div class="t m0 x12 h11 yc1b ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 y8ab ff8 fs0 fc2 sc0 ls13 ws0">friend void Myclass::myfunc();<span class="ls0"> </span></div><div class="t m0 x11 h11 y480 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 yb26 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4ce ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Herclass </span>sın<span class="_ _0"></span>ıfın<span class="ff1 fc7 ls17">, </span><span class="ff9">Myclass </span>sınıfının <span class="ff9">myfunc<span class="_ _0"></span> </span>isimli işlevini arkadaş o<span class="_ _0"></span>larak bildiriy<span class="_ _0"></span>or.<span class="ff1"> </span></div><div class="t m0 x10 h3 ye1c ff2 fs0 fc2 sc0 ls0 ws0">Arkadaş işlev bildirimi ayn<span class="_ _0"></span>ı zamanda işlevin bildirimi yer<span class="_ _0"></span>ine de geçer. Bu d<span class="_ _0"></span>urumda işlev <span class="_ _0"></span><span class="ff1">bil<span class="_ _0"></span>diriminin bilinirlik </span></div><div class="t m0 x10 h3 ye1d ff2 fs0 fc2 sc0 ls0 ws0">alanı sınıf bildiriminin yap<span class="_ _0"></span>ılış yeriyle belirlenir. Örne<span class="_ _0"></span>ğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y517 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ye1e ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 ye1f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ye20 ff8 fs0 fc2 sc0 ls13 ws0">class X {<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfb7" class="pf w0 h0" data-page-no="b7"><div class="pc pcb7 w0 h0"><img class="bi xb ye21 w6 h84" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">183</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1e h11 yd8 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x1e h11 y2a6 ff8 fs0 fc2 sc0 ls13 ws0">friend void f();<span class="ls0"> </span></div><div class="t m0 x13 h11 y1f3 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x13 h11 y74b ff8 fs0 fc2 sc0 ls13 ws0">f();<span class="ls0"> <span class="_ _16"> </span></span>//<span class="ls0"> </span>Geçerli<span class="ls0"> </span></div><div class="t m0 x13 h11 y2fc ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x1c h11 yd98 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y9b3 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x1c h11 ye22 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ye23 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x13 h11 ye24 ff8 fs0 fc2 sc0 ls13 ws0">f();<span class="ls0"> <span class="_ _16"> </span></span><span class="ffc">// Geçersiz! İşlev bildirimi bu blokta</span><span class="ls0"> <span class="_ _6"></span><span class="ffc">tanın<span class="_ _0"></span>amaz!<span class="ff8"> </span></span></span></div><div class="t m0 x1c h11 ye25 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 ye26 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya3e ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9 ls4c">f </span><span class="ff2">ar<span class="_ _0"></span>kadaş işlevinin sınıf için<span class="_ _0"></span>deki arkadaşlık bildirimi a<span class="_ _0"></span>ynı zamanda işlevin prototip<span class="_ _0"></span> bildirimi olarak da </span></div><div class="t m0 x10 h3 y239 ff2 fs0 fc2 sc0 ls0 ws0">kabul edilir. Ancak b<span class="_ _0"></span>u bildiriminin bilinirlik a<span class="_ _0"></span>lanı <span class="ff9 ls37">X <span class="_ _0"></span></span>sınıfının bilinirlik alanı ile aynıdır. <span class="_ _0"></span>Yani bu bildirim yalnızca<span class="_ _0"></span> </div><div class="t m0 x10 h3 ye27 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde bilinir. Bu <span class="_ _0"></span><span class="ff1">yüzden <span class="_ _0"></span></span></span>func <span class="ff2">işlevi içinde </span><span class="ls4c">f </span><span class="ff2">i<span class="_ _0"></span>şlevi çağrıldığında, d<span class="_ _0"></span>aha önce bildirimi yap<span class="_ _0"></span>ılmamış bir </span></div><div class="t m0 x10 h3 ydc4 ff2 fs0 fc2 sc0 ls0 ws0">işlev çağrılmış olur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yd3e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1c4 ff1 fs6 fc2 sc0 ls0 ws0">A<span class="_ _3"></span>r<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>Z<span class="_ _b"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _b"></span>ı<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _f"></span></span> </div><div class="t m0 x10 h3 ye28 ff2 fs0 fc2 sc0 ls0 ws0">Arkadaş işlevler erişim bak<span class="_ _0"></span>ımından ay<span class="_ _0"></span>rıcalıklı işlevler olduğundan sınıfın <span class="_ _0"></span><span class="ff9">private <span class="_ _0"></span></span>elemanlarının koru<span class="_ _0"></span>nmasını </div><div class="t m0 x10 h3 ya94 ff2 fs0 fc2 sc0 ls0 ws0">azaltır. Arkadaş işlevler sını<span class="_ _0"></span>fın her bölümüne erişebildiğin<span class="_ _0"></span>e göre, sınıfın <span class="_ _0"></span><span class="ff9">private<span class="_ _0"></span> </span>elemanlara yön<span class="_ _0"></span>elik bir değişiklik </div><div class="t m0 x10 h3 ye29 ff2 fs0 fc2 sc0 ls0 ws0">yapıldığında y<span class="_ _0"></span>alnızca üye işlevleri değil aynı zamand<span class="_ _0"></span>a arkadaş işlevleri de yenid<span class="_ _0"></span>en yazmak gerekir. Arkad<span class="_ _0"></span>aş </div><div class="t m0 x10 h3 y1c9 ff2 fs0 fc2 sc0 ls0 ws0">işlevleri fazlaca kullanmak<span class="_ _0"></span><span class="ff1"> </span>sınıfın <span class="ff9">private <span class="_ _0"></span></span>bölümünün önemini aza<span class="_ _0"></span>ltmayı kabul etmek anlamına <span class="_ _0"></span>gelir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ya0f ff2 fs0 fc2 sc0 ls0 ws0">Arkadaş işlevler karma<span class="_ _0"></span>şık durumlarda tasarımı ve i<span class="_ _0"></span>şlemleri kolaylaştırmak için<span class="_ _0"></span> kullanılmalıdır. Kod<span class="_ _0"></span>un daha </div><div class="t m0 x10 h3 ybc5 ff2 fs0 fc2 sc0 ls0 ws0">kolay yazılmasını sağla<span class="_ _0"></span>mak için bazı işlevlere gerek<span class="_ _0"></span>siz bir şekilde arkad<span class="_ _0"></span>aşlık <span class="_ _0"></span>vermek iyi bir fikir değildir. </div><div class="t m0 x10 h3 ye2a ff2 fs0 fc2 sc0 ls0 ws0">Arkadaş işlevlerin kullanılma<span class="_ _0"></span>sını gerekli duruma getir<span class="_ _0"></span>ebilecek en tipik <span class="_ _0"></span>örnek işleçleri yükleyen glob<span class="_ _0"></span>al </div><div class="t m0 x10 h3 yb89 ff2 fs0 fc2 sc0 ls0 ws0">işlevlerinin yazımıdır. Böyle i<span class="_ _0"></span>şlevleri ileride ele alacağız.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yb8a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ye2b ff1 fs6 fc2 sc0 ls0 ws0">A<span class="_ _3"></span>r<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y1ac ff2 fs0 fc2 sc0 ls0 ws0">Bir başka sınıfın bir üye işle<span class="_ _0"></span>vine ark<span class="_ _0"></span>adaşlık verilebileceğini belirtmi<span class="_ _0"></span>ştik. Bir sınıf bir başka sın<span class="_ _0"></span>ıfın tüm üye </div><div class="t m0 x10 h3 y3aa ff2 fs0 fc2 sc0 ls0 ws0">işlevlerine arkadaşlık verebilir.<span class="_ _0"></span> <span class="ff10">Arkada<span class="_ _0"></span>ş sınıf </span>bir sınıfın tüm ü<span class="_ _0"></span>ye işlevlerinin başka bir sınıfın<span class="_ _0"></span> arkadaş işlevi olması </div><div class="t m0 x10 h3 y806 ff2 fs0 fc2 sc0 ls0 ws0">durumudur. Bir sınıfı arkad<span class="_ _0"></span>aş sınıf yapmak için, a<span class="_ _0"></span>rkadaş olu<span class="_ _0"></span>nan sınıf içinde,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye2c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2f7 ffc fs0 fc2 sc0 ls13 ws0">friend class &lt;sınıf ismi&gt;;<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 y2f8 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfb8" class="pf w0 h0" data-page-no="b8"><div class="pc pcb8 w0 h0"><img class="bi xb ye2d w6 h85" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">184</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">bildirimini yapmak gerekir. <span class="_ _0"></span>Bu bildirimin sınıfın han<span class="_ _0"></span>gi bölümünd<span class="_ _0"></span>e yapılmış olduğunun b<span class="_ _0"></span>ir önemi yoktur. Bu </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">durumda arkad<span class="_ _0"></span>aş olarak belirtilen sınıfın tü<span class="_ _0"></span>m üye işlevleri içeri ilgili sınıf türün<span class="_ _0"></span>den bir nesne, göst<span class="_ _3"></span><span class="ff1">erici ya da </span></div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">referans yoluyla sınıfın her b<span class="_ _0"></span>ölümüne erişilebilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y6f5 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y78 ff8 fs0 fc2 sc0 ls13 ws0">class Node<span class="ls0"> { </span></div><div class="t m0 x13 h11 yc27 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>val;<span class="ls0"> </span></div><div class="t m0 x13 h11 ye2e ff8 fs0 fc2 sc0 ls13 ws0">Node *next;<span class="ls0"> </span></div><div class="t m0 x13 h11 ye2f ff8 fs0 fc2 sc0 ls13 ws0">friend class LList;<span class="ls0"> </span></div><div class="t m0 x11 h11 y2e5 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y323 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y7fd ff8 fs0 fc2 sc0 ls13 ws0">class LList { </div><div class="t m0 x11 h11 y90c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y935 ff8 fs0 fc2 sc0 ls13 ws0">void add(int val); </div><div class="t m0 x13 h11 ye30 ff8 fs0 fc2 sc0 ls13 ws0">void delete(size_t <span class="ls0">n)<span class="_ _6"></span>; </span></div><div class="t m0 x13 h11 y3ef ff8 fs0 fc2 sc0 ls13 ws0">Node<span class="ls0"> </span>*get_head();<span class="ls0"> </span></div><div class="t m0 x12 h11 y50d ffc fs0 fc2 sc0 ls13 ws0">// … </div><div class="t m0 x11 h11 ye31 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 ye32 ff8 fs0 fc2 sc0 ls13 ws0">Node <span class="_ _0"></span>*phead; </div><div class="t m0 x12 h11 ye33 ff8 fs0 fc2 sc0 ls0 ws0">Node <span class="_ _3"></span>*pnode; </div><div class="t m0 x12 h11 ye34 ff8 fs0 fc2 sc0 ls13 ws0">size_t size;<span class="ls0"> </span></div><div class="t m0 x11 h11 y5b5 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 y714 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h2a ye35 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yac9 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">LList </span>sınıfı <span class="ff9">N<span class="_ _0"></span>ode </span>isimli sınıfın arkadaş sını<span class="_ _0"></span>fıdır. <span class="ff9">LList </span>sın<span class="_ _0"></span>ıfının tüm üye işlevleri içinde <span class="_ _0"></span><span class="ff9">Node </span></div><div class="t m0 x10 h3 y346 ff2 fs0 fc2 sc0 ls0 ws0">sınıfına ilişkin nesne, gö<span class="_ _0"></span>sterici ya da <span class="_ _0"></span>referans yoluyla, <span class="_ _0"></span><span class="ff9">Node <span class="_ _0"></span></span>sınıf<span class="_ _9"></span>ının her bölü<span class="_ _0"></span>müne erişilebilir. <span class="_ _0"></span><span class="ff9">Node </span>sınıfının </div><div class="t m0 x10 h3 y35f ff2 fs0 fc2 sc0 ls0 ws0">elemanlarının <span class="ff9">private <span class="_ _0"></span></span>bölümde olduğuna <span class="_ _0"></span>ve<span class="ff1"> </span>herhangi bir işl<span class="_ _0"></span>ev içinde <span class="ff9">Node </span>sınıfı türü<span class="_ _0"></span>nden nesne </div><div class="t m0 x10 h3 yb17 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanabileceği hald<span class="_ _0"></span>e, o nesne yardımıyla sınıfın <span class="_ _0"></span><span class="ff9">private <span class="_ _0"></span></span>elemanlarına erişile<span class="_ _0"></span>meyeceğine dikkat edin.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yacb ff2 fs0 fc2 sc0 ls0 ws0">Arkadaş sınıflar da arkadaş iş<span class="_ _0"></span>levlerde olduğu gib<span class="_ _0"></span>i erişim kolaylığı sağlamak iç<span class="_ _0"></span>in kullanılabilir. Tabii arkad<span class="_ _0"></span>aş </div><div class="t m0 x10 h3 ya41 ff2 fs0 fc2 sc0 ls0 ws0">sınıfların da, <span class="ff9">private <span class="_ _0"></span></span>elemanlarının k<span class="_ _0"></span>orunmasını azaltacağını söylemeliyiz.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y2c0 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ydd4 ff1 fs6 fc2 sc0 ls0 ws0">A<span class="_ _3"></span>r<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _b"></span>k<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>i<span class="_ _b"></span>f<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>ü<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>e<span class="_ _3"></span>ğ<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _f"></span></span> </div><div class="t m0 x10 h3 y733 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın bir başka sını<span class="_ _0"></span>fa arkadaşlık verme<span class="_ _0"></span>si, arkadaşlık verilen sınıftan d<span class="_ _0"></span>a bir arkadaşlık alınd<span class="_ _0"></span>ığı sonucunu </div><div class="t m0 x10 h3 ye36 ff2 fs0 fc2 sc0 ls0 ws0">doğurmaz. Aşağıdaki örn<span class="_ _0"></span>eği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y5d5 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfb9" class="pf w0 h0" data-page-no="b9"><div class="pc pcb9 w0 h0"><img class="bi xb ye37 w6 h86" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">185</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">class A{ </div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y5bc ff8 fs0 fc2 sc0 ls13 ws0">friend class B; </div><div class="t m0 x14 h11 ybd0 ff8 fs0 fc2 sc0 ls13 ws0">void func();<span class="ls0"> </span></div><div class="t m0 x11 h11 ye38 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y533 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye39 ff8 fs0 fc2 sc0 ls13 ws0">class B{<span class="ls0"> </span></div><div class="t m0 x13 h11 y233 ff8 fs0 fc2 sc0 ls13 ws0">int b;<span class="ls0"> </span></div><div class="t m0 x12 h11 y3d0 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y537 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 ye3a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y258 ff8 fs0 fc2 sc0 ls13 ws0">void A::func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y1dc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 he ya6c ff8 fs0 fc2 sc0 ls0 ws0">B<span class="ff7"> <span class="_ _d"> </span></span><span class="ls13">object;</span> </div><div class="t m0 x13 h11 y8fb ff8 fs0 fc2 sc0 ls13 ws0">object.b<span class="ls0"> = </span>1;<span class="ls0"> <span class="_ _67"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x11 h11 y6b0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h22 y855 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9d5 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfı <span class="ff9 lsb">B </span>sınıfına <span class="_ _0"></span>arkadaşlık veriyor. Bu <span class="ff9 lsb">B <span class="_ _0"></span></span>sınıfının da <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfına arkadaşlık verdiği </div><div class="t m0 x10 h3 ye3b ff2 fs0 fc2 sc0 ls0 ws0">sonucunu doğu<span class="_ _0"></span>rmaz. <span class="ff9 ls33">A </span>sınıfının<span class="_ _0"></span> üye işlevi olan <span class="ff9">func<span class="_ _0"></span> </span>işlevi içinde tanımlanan<span class="_ _0"></span> <span class="ff9 lsb">B </span>sınıfı türün<span class="_ _0"></span>den <span class="ff9">obje<span class="_ _0"></span>ct <span class="ff1">isimli </span></span></div><div class="t m0 x10 h3 y2b8 ff1 fs0 fc2 sc0 ls0 ws0">nesnenin <span class="ff9">private <span class="ff2">elemanın<span class="_ _0"></span>a ulaşma girişi<span class="_ _0"></span>mi geçersizdir, d<span class="_ _0"></span>erleme zamanında h<span class="_ _0"></span>ata oluşturur.<span class="_ _0"></span></span></span><span class="fs5"> </span></div><div class="t m0 x1 hd y82e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yf ff1 fs6 fc2 sc0 ls0 ws0">A<span class="_ _3"></span>r<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span>ı<span class="_ _3"></span>m<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _b"></span>ş<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span> <span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _b"></span>ş<span class="_ _3"></span>ı<span class="_ _3"></span>m<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 ye3c ff2 fs0 fc2 sc0 ls0 ws0">Bu cümle arkadaşlık bildiri<span class="_ _0"></span>mleri söz konusu oldu<span class="_ _0"></span>ğunda doğru değildir. Arkadaşlık b<span class="_ _0"></span>ildirimlerinde </div><div class="t m0 x10 h3 y743 ff2 fs0 fc2 sc0 ls0 ws0">geçişme özelliği söz konu<span class="_ _0"></span>su değildir. Aşağıdaki örn<span class="_ _0"></span>eği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y38e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5fc ff8 fs0 fc2 sc0 ls13 ws0">class A{<span class="ls0"> </span></div><div class="t m0 x13 h11 y528 ff8 fs0 fc2 sc0 ls13 ws0">int a; </div><div class="t m0 x11 h11 ya12 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ye04 ff8 fs0 fc2 sc0 ls13 ws0">friend class B;<span class="ls0"> </span></div><div class="t m0 x11 h11 y81d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y5e9 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y34c ff8 fs0 fc2 sc0 ls13 ws0">class B{<span class="ls0"> </span></div><div class="t m0 x12 h11 y3ca ff8 fs0 fc2 sc0 ls13 ws0">friend class C;<span class="ls0"> </span></div><div class="t m0 x13 h11 ye3d ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfba" class="pf w0 h0" data-page-no="ba"><div class="pc pcba w0 h0"><img class="bi xb ye3e w6 h87" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">186</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yb3a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y78a ff8 fs0 fc2 sc0 ls13 ws0">class C{ </div><div class="t m0 x11 h11 y9a ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y822 ff8 fs0 fc2 sc0 ls13 ws0">void func();<span class="ls0"> </span></div><div class="t m0 x11 h11 y91c ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 ya77 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye3f ff8 fs0 fc2 sc0 ls13 ws0">void C::func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y96a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ye40 ff8 fs0 fc2 sc0 ls13 ws0">A object;<span class="ls0"> </span></div><div class="t m0 x13 h11 y8b7 ff8 fs0 fc2 sc0 ls13 ws0">object.a<span class="ls0"> = </span>1;<span class="ls0"> <span class="_ _67"> </span></span>//Geçersiz<span class="ls0"> </span></div><div class="t m0 x11 h11 yc18 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 ye41 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfı <span class="ff9 lsb">B </span>sınıfına,<span class="_ _0"></span> <span class="ff9 lsb">B </span>sınıfı da <span class="ff9 ls32">C <span class="_ _0"></span></span>sınıfına arkad<span class="_ _0"></span>aşlık veriyor. Bu durumdan <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfının <span class="ff9 ls32">C <span class="_ _0"></span></span>sınıfına </div><div class="t m0 x10 h3 ye42 ff2 fs0 fc2 sc0 ls0 ws0">arkadaşlık verdiği gibi bir son<span class="_ _0"></span>uç çıkmaz. <span class="ff9 ls32">C <span class="_ _0"></span></span>sınıfının <span class="ff9">func <span class="_ _0"></span></span>isimli üye işlevi içinde <span class="ff9 ls33">A <span class="_ _0"></span></span>sınıfının <span class="ff9">priva<span class="_ _0"></span>te </span>kısmına </div><div class="t m0 x10 h3 ye43 ff2 fs0 fc2 sc0 ls0 ws0">erişme çabası derleme za<span class="_ _0"></span>manında h<span class="_ _0"></span>ata ile sonuçlanır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y559 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _b"></span>i<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _b"></span><span class="ff1 ls4d">e <span class="_ _0"></span></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y6cc ff1 fs0 fc2 sc0 ls0 ws0">Öncelikle <span class="ff9">static <span class="ff2">an<span class="_ _0"></span>ahtar sözcüğünü<span class="_ _0"></span>n yerel ve global değişkenlerle kullanılma<span class="_ _0"></span>sı ile ilgili  bazı n<span class="_ _0"></span>oktaları </span></span></div><div class="t m0 x10 h3 ye44 ff2 fs0 fc2 sc0 ls0 ws0">hatırlatalım. <span class="ff9">static <span class="_ _0"></span></span>anahtar sözcüğü y<span class="_ _0"></span>erel değişkenlerle kullanıldığın<span class="_ _0"></span>da tanımlanan d<span class="_ _0"></span>eğişkenin ömrü <span class="_ _0"></span><span class="ff9">(storage </span></div><div class="t m0 x10 h3 ye9 ff9 fs0 fc2 sc0 ls0 ws0">duration<span class="ff1">) üzerind<span class="_ _0"></span>e belirleyici olur. Yani <span class="_ _0"></span></span>static <span class="ff2">yerel bir değiş<span class="_ _0"></span>ken tanımlandığı bloğu<span class="_ _0"></span>n başında yarat<span class="_ _0"></span>ılıp, blok </span></div><div class="t m0 x10 h3 ya0e ff2 fs0 fc2 sc0 ls0 ws0">sonlandığında bellekten b<span class="_ _0"></span>oşaltılmaz; global değişkenl<span class="_ _0"></span>erde <span class="_ _0"></span>oldu<span class="_ _9"></span>ğu <span class="_ _9"></span><span class="ff1">gib<span class="_ _9"></span>i <span class="ff2">programın yüklenmesiyle yaratılır; </span></span></div><div class="t m0 x10 h3 y8c2 ff2 fs0 fc2 sc0 ls0 ws0">program sonlanana <span class="_ _0"></span>kadar bellekte kalır. <span class="_ _0"></span><span class="ff9">static </span>yerel değişk<span class="_ _0"></span>enler blok bilinirlik a<span class="_ _0"></span>lanına (<span class="_ _0"></span><span class="ff9">block scope<span class="ff1">) uyan stat<span class="_ _0"></span>ik </span></span></div><div class="t m0 x10 h3 ye45 ff2 fs0 fc2 sc0 ls0 ws0">ömürlü değişkenlerdir <span class="_ _0"></span>ve çoğu zaman global <span class="_ _0"></span>değişkenlere seçenek olarak kullanılırlar.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ye46 ff9 fs0 fc2 sc0 ls0 ws0">static <span class="ff2">anah<span class="_ _0"></span>tar sözcüğü ile tanımlanan glo<span class="_ _0"></span>bal değişkenler, iç bağla<span class="_ _0"></span>ntıya (<span class="_ _0"></span></span>internal linkag<span class="_ _0"></span>e<span class="ff1">) aittir. Yan<span class="lse">i </span></span>static<span class="_ _0"></span> </div><div class="t m0 x10 h3 ye47 ff2 fs0 fc2 sc0 ls0 ws0">global değişkenler başka bir m<span class="_ _0"></span>odülde <span class="_ _0"></span><span class="ff9">extern </span>bildirimi yap<span class="_ _0"></span>ılsa bile kullanılamaz. Bir işlev de <span class="_ _0"></span>bu anlamıyla </div><div class="t m0 x10 h3 ye48 ff2 fs0 fc2 sc0 ls0 ws0">“<span class="ff10">static” </span>olara<span class="_ _0"></span>k tanımlanabilir. <span class="ff9">static <span class="_ _0"></span></span>işlevler başka modüllerden ça<span class="_ _0"></span>ğrılamaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ye49 ff2 fs0 fc2 sc0 ls0 ws0">C++ dilinde bir sınıfın ele<span class="_ _0"></span>manları ve işlevleri de <span class="_ _0"></span><span class="ff9">static <span class="ff1">anah<span class="_ _0"></span></span></span>tar sözcüğüyle bildirilebilir. <span class="_ _0"></span>Şimdi <span class="ff9">sta<span class="_ _0"></span>tic <span class="ff1">anahtar </span></span></div><div class="t m0 x10 h3 ye4a ff2 fs0 fc2 sc0 ls0 ws0">sözcüğünün sınıflarla ilgili k<span class="_ _0"></span>ullanımını inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y4e6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yd51 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _b"></span>i<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ye4b ff2 fs0 fc2 sc0 ls0 ws0">Bazı durumlarda b<span class="_ _0"></span>ir sınıf türünden tan<span class="_ _0"></span>ımlanan tüm nesnelerin global b<span class="_ _0"></span>ir nesneye erişmesi gerekir. Örn<span class="_ _0"></span>ek </div><div class="t m0 x10 h3 y89f ff2 fs0 fc2 sc0 ls0 ws0">olarak, bir sınıf tü<span class="_ _0"></span>ründen kaç nesnenin yaratıldığı d<span class="_ _0"></span>eğerini tutan bir glo<span class="_ _0"></span>bal değişkene gereksinim duyulması </div><div class="t m0 x10 h3 ye4c ff2 fs0 fc2 sc0 ls0 ws0">durumunu d<span class="_ _0"></span>üşünebilirsiniz. Ya da y<span class="_ _0"></span>ine global bir gösterici değişkenin, tü<span class="_ _0"></span>m sınıf için ayrılmış olan d<span class="_ _0"></span>inamik bir </div><div class="t m0 x10 h3 y7cd ff2 fs0 fc2 sc0 ls0 ws0">bloğun başlangıç ad<span class="_ _0"></span>resini tuttuğunu ve tüm sınıf nesne<span class="_ _0"></span><span class="ff1">l<span class="_ _0"></span>erinin böylelikle <span class="ls15">bu </span></span>din<span class="_ _0"></span>amik alana eriştiğini </div><div class="t m0 x10 h3 y315 ff2 fs0 fc2 sc0 ls0 ws0">düşünebilirsiniz. Bu bilgilerin s<span class="_ _0"></span>ınıfın bir elemanı olara<span class="_ _0"></span>k tutulması durumund<span class="_ _0"></span>a, hem sınıf nesneleri gerek<span class="_ _0"></span>siz bir </div><div class="t m0 x10 h3 y9dc ff1 fs0 fc2 sc0 ls0 ws0">biçimde büyür, hem de <span class="_ _0"></span><span class="ls15">bu </span><span class="ff2">değerlerin değiştirilmesi durumu<span class="_ _0"></span>nda değişikliğin var olan tüm <span class="_ _0"></span>sınıf nes<span class="_ _0"></span>neler için ayrı </span></div><div class="t m0 x10 h3 yd44 ff2 fs0 fc2 sc0 ls0 ws0">ayrı yapılması gerekir. Bu b<span class="_ _0"></span>ilgilerin global değişkenlerd<span class="_ _0"></span>e tutulması durumund<span class="_ _0"></span>a ise, dışarıyı ilgilendirmeyen </div><div class="t m0 x10 h3 yd45 ff2 fs0 fc2 sc0 ls0 ws0">yalnızca söz konu<span class="_ _0"></span>su sınıfa ilişkin bir kodlama <span class="_ _0"></span>detayı dışarıya sızdırılmış olur. Global de<span class="_ _0"></span>ğişkenin bir b<span class="_ _0"></span>aşka </div><div class="t m0 x10 h3 yd46 ff2 fs0 fc2 sc0 ls0 ws0">sakıncası da, bunlara<span class="_ _0"></span> yalnızca sınıfın ulaşmasını <span class="_ _0"></span>sağlayıp, sınıf dışında eriş<span class="_ _0"></span>imi engellemenin<span class="_ _0"></span> mümkün </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfbb" class="pf w0 h0" data-page-no="bb"><div class="pc pcbb w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">187</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">olmayışıdır. Yani bir glob<span class="_ _0"></span>al değişken bir sınıf için <span class="_ _0"></span><span class="ff9">public <span class="ff1">y<span class="_ _0"></span>a da </span>private </span>olamaz. Yine başka b<span class="_ _0"></span>ir sakınca d<span class="_ _0"></span>a, <span class="ff1">bu </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">amaçla kullanılacak b<span class="_ _0"></span>ir global değişkenin global <span class="_ _0"></span>isim alanını ge<span class="_ _0"></span>reksiz bir şekilde<span class="ff1"> kirletmesidir.<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y4c ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın bir elemanı sınıf b<span class="_ _0"></span>ildirimi içinde başına <span class="_ _0"></span><span class="ff9">static </span>an<span class="_ _0"></span>ahtar sözcüğü getirilerek bildirilir<span class="_ _0"></span>se bir çeşit sınıfa özgü </div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">global değişken gibi ele alınır. <span class="_ _0"></span>Böyle bir elemana sınıf<span class="_ _0"></span>ın <span class="ff9">sta<span class="_ _0"></span>tic </span>elemanı <span class="ff9">denir. </span>Sınıfın <span class="_ _0"></span><span class="ff9">static <span class="ff1">eleman</span></span>ı ile global </div><div class="t m0 x10 h3 y250 ff2 fs0 fc2 sc0 ls0 ws0">değişkenler arasında amaç ko<span class="_ _0"></span>da yazım biçimi bak<span class="_ _0"></span>ımından hiçbir fark yo<span class="_ _0"></span>ktur. Yalnızca, sınıfın <span class="_ _3"></span><span class="ff9">static </span>elemanları </div><div class="t m0 x10 h3 y634 ff2 fs0 fc2 sc0 ls0 ws0">sınıf isimleri ile kombine edil<span class="_ _0"></span>erek amaç kod içinde y<span class="_ _0"></span>azılır. <span class="ff9">st<span class="_ _0"></span>atic </span>elemanlar sınıf n<span class="_ _0"></span>esnesi içinde b<span class="_ _0"></span>ir yer kaplamaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y339 ff2 fs0 fc2 sc0 ls0 ws0">Dışarıda global<span class="ff1"> </span>deği<span class="_ _0"></span>şkenler gibi saklanır. Yalnızca<span class="_ _0"></span> mantıksal açıdan<span class="_ _0"></span> sınıfla ilişkilendirilirler. Sınıfın <span class="_ _3"></span><span class="ff9">static </span></div><div class="t m0 x10 h3 y33a ff2 fs0 fc2 sc0 ls0 ws0">elemanları, global değişkenler<span class="_ _0"></span>de olduğu gibi d<span class="_ _0"></span>ışarıda ayrıca tanımlanmak zo<span class="_ _0"></span>rundadır. Tanımlama i<span class="_ _0"></span>şlemi, </div><div class="t m0 x10 h3 y33b ff2 fs0 fc2 sc0 ls0 ws0">bildirim sınıfın hangi b<span class="_ _0"></span>ölümünde yapılmış olursa ol<span class="_ _0"></span>sun <span class="_ _0"></span><span class="ff1">gereklidir ve geçerlidir. <span class="ff9">sta<span class="_ _0"></span>tic </span></span>eleman<span class="_ _0"></span>larının </div><div class="t m0 x10 h3 y17a ff2 fs0 fc2 sc0 ls0 ws0">tanımlanması aşağıdaki gib<span class="_ _0"></span>i yapılır:<span class="ff1"> </span></div><div class="t m0 x1 h3 y636 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybd5 ffc fs0 fc2 sc0 ls13 ws0">&lt;tür&gt; &lt;sınıf ismi&gt; :: &lt;değişken_ismi&gt; [ = ilkdeğer];<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 ye4d ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye4e ff2 fs0 fc2 sc0 ls0 ws0">Genel biçimden de görüldüğü<span class="_ _0"></span> gibi <span class="_ _0"></span><span class="ff9">static </span>elemanları sınıf i<span class="_ _0"></span>smi ile birlikte belirtilerek tan<span class="_ _0"></span>ımlanır. Örn<span class="_ _0"></span>eğin </div><div class="t m0 x10 h3 y5f4 ff9 fs0 fc2 sc0 ls37 ws0">X <span class="ff2 ls0">sınıfının <span class="ff9">int <span class="ff1">türd<span class="_ _0"></span>en </span><span class="ls26">s </span><span class="ff1">isimli bir <span class="_ _0"></span></span>static </span>elemanı şöyle tan<span class="_ _0"></span>ımlanır:<span class="ff1"> </span></span></div><div class="t m0 x1 h3 yd8e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yaee ff8 fs0 fc2 sc0 ls13 ws0">int X::s;<span class="ls0"> </span></div><div class="t m0 x1 h15 y96e ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y53f ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın statik elemanları, yar<span class="_ _0"></span>atılan sınıf nesnesinin içind<span class="_ _0"></span>e yer almaz. Yani statik el<span class="_ _0"></span>emanlar sınıf nesne<span class="_ _0"></span>sinin <span class="_ _0"></span><span class="ff9">sizeof </span></div><div class="t m0 x10 h3 y60b ff2 fs0 fc2 sc0 ls0 ws0">değerini büyütmez. Sınıfın<span class="_ _0"></span> statik bir elemanından<span class="_ _0"></span> yalnızca bir <span class="_ _0"></span>tan<span class="_ _0"></span>e bulunur. Statik elemanlar <span class="_ _0"></span>aslında global </div><div class="t m0 x10 h3 yb5f ff2 fs0 fc2 sc0 ls0 ws0">değişkendir. Yalnızca mantıks<span class="_ _0"></span>al bakımdan sınıf ile ilişkil<span class="_ _0"></span>endirilmiştir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ycf7 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1c h11 ye4f ff8 fs0 fc2 sc0 ls13 ws0">class Person { </div><div class="t m0 x1c h11 ye50 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 yc50 ff8 fs0 fc2 sc0 ls13 ws0">char *name; </div><div class="t m0 x13 h11 yc1b ff8 fs0 fc2 sc0 ls13 ws0">int no;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1e8 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y4e6 ff8 fs0 fc2 sc0 ls13 ws0">Person(const char *, int);<span class="ls0"> </span></div><div class="t m0 x13 h11 ye51 ff8 fs0 fc2 sc0 ls13 ws0">~Person();<span class="ls0"> </span></div><div class="t m0 x13 h11 y90 ff8 fs0 fc2 sc0 ls13 ws0">void display() const; </div><div class="t m0 x1c h11 y684 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ye52 ff8 fs0 fc2 sc0 ls13 ws0">static int count;<span class="ls0"> </span></div><div class="t m0 x1c h11 ye53 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y808 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y2c4 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 yd7 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstring&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 ye54 ff8 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfbc" class="pf w0 h0" data-page-no="bc"><div class="pc pcbc w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">188</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x1c h11 yb3a ff8 fs0 fc2 sc0 ls13 ws0">int Person::count = 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 ye55 ff8 fs0 fc2 sc0 ls13 ws0">Person::Person(const char *nm, int n)<span class="ls0"> </span></div><div class="t m0 x1c h11 ye56 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y252 ff8 fs0 fc2 sc0 ls13 ws0">name = new char[strlen(nm) + 1]; </div><div class="t m0 x13 h11 y46e ff8 fs0 fc2 sc0 ls13 ws0">strcpy(name, nm);<span class="ls0"> </span></div><div class="t m0 x13 h11 yb3c ff8 fs0 fc2 sc0 ls13 ws0">no = n;<span class="ls0"> </span></div><div class="t m0 x13 h11 y470 ff8 fs0 fc2 sc0 ls13 ws0">++count;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1da ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y322 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ybd6 ff8 fs0 fc2 sc0 ls13 ws0">void Person::display()const<span class="ls0"> </span></div><div class="t m0 x1c h11 y45d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ye57 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; name<span class="ls0"> </span>&lt;&lt;<span class="ls0"> &quot;  </span>&quot; &lt;&lt;<span class="ls0"> </span>no;<span class="ls0"> </span></div><div class="t m0 x1c h11 y475 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y358 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y294 ff8 fs0 fc2 sc0 ls13 ws0">Person::~Person()<span class="ls0"> </span></div><div class="t m0 x1c h11 y60a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ye58 ff8 fs0 fc2 sc0 ls13 ws0">delete [] name;<span class="ls0"> </span></div><div class="t m0 x1c h11 y2ed ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y6e9 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yd1c ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y3f7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ycb3 ff8 fs0 fc2 sc0 ls13 ws0">Person person(&quot;Burak Gencer&quot;, <span class="ls0">12<span class="_ _6"></span>0);<span class="_ _9"></span> </span></div><div class="t m0 x13 h11 y640 ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0">  </span>sizeof(person) &lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> </span></div><div class="t m0 x1 h12 ye59 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 ye5a ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y3a9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y8e0 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye5b ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Person </span>sınıfı türün<span class="_ _0"></span>den <span class="ff9">person <span class="ff1">n<span class="_ _0"></span>esnesinin </span>sizeof </span>işleci ile boyutu<span class="_ _0"></span> elde ediliyor. Eld<span class="_ _0"></span>e edilen </div><div class="t m0 x10 h3 ye5c ff2 fs0 fc2 sc0 ls0 ws0">boyut yaln<span class="_ _0"></span>ızca <span class="ff9">sizeof(char *) + sizeof(int) <span class="_ _0"></span></span>kadar olur. Sınıfın <span class="_ _0"></span><span class="ff9">static <span class="_ _0"></span></span>elemanı olan <span class="ff9">count <span class="_ _0"></span></span>aslında global b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 ya13 ff2 fs0 fc2 sc0 ls0 ws0">değişkendir. Bir sınıf nesn<span class="_ _0"></span>esinin tanımlanmasına ger<span class="_ _0"></span>eksinim duyu<span class="_ _0"></span>lmadan statik ömürlü olacak biçimde </div><div class="t m0 x10 h3 ye5d ff1 fs0 fc2 sc0 ls7 ws0">ya<span class="ff2 ls0">ratılır. Bu yüzden sınıf nesn<span class="_ _0"></span>esi içinde yer kaplamaz. Yuka<span class="_ _0"></span>rıdaki pro<span class="_ _0"></span>gramda eğer <span class="_ _0"></span><span class="ff9">DOS </span>altınd<span class="_ _0"></span>a ve yakın </span></div><div class="t m0 x10 h3 ye5e ff2 fs0 fc2 sc0 ls0 ws0">modellerde çalışılıyorsa 4, <span class="_ _0"></span><span class="ff9">DOS <span class="_ _0"></span></span>altında ve uzak modellerde <span class="_ _0"></span>çalışıyorsanız <span class="ff9">6, UNIX <span class="_ _0"></span><span class="ff1">ya da </span>Win32 <span class="_ _0"></span><span class="ff1">sistemlerinde </span></span></div><div class="t m0 x10 h3 ye5f ff2 fs0 fc2 sc0 ls0 ws0">çalışıyorsanız <span class="ff9 ls4">8 </span>değerini e<span class="_ _0"></span>lde edersiniz. Örn<span class="_ _0"></span>eğimizde sınıfın <span class="_ _0"></span><span class="ff9">static <span class="_ _0"></span></span>elemanının ayrıca globa<span class="_ _0"></span>l bir biçimde sınıf ismi </div><div class="t m0 x10 h3 ye60 ff2 fs0 fc2 sc0 ls0 ws0">belirtilerek aşağıdaki gibi tan<span class="_ _0"></span>ımlandığını da görü<span class="_ _0"></span>yorsunuz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye61 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfbd" class="pf w0 h0" data-page-no="bd"><div class="pc pcbd w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">189</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">int Person::count = 0;<span class="ls0"> </span></div><div class="t m0 x1 h15 y4d5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y212 ff2 fs0 fc2 sc0 ls0 ws0">Gördüğünüz gibi <span class="_ _0"></span>statik elemanlara tanımlama sıra<span class="_ _0"></span>sında ilkdeğer de verilebilir. Ancak ilkd<span class="_ _0"></span>eğer verilme<span class="_ _0"></span><span class="ff1">yen </span></div><div class="t m0 x10 h3 y176 ff2 fs0 fc2 sc0 ls0 ws0">doğal türlerden statik eleman<span class="_ _0"></span>larda, glob<span class="_ _0"></span>al ve <span class="ff9">static <span class="_ _0"></span></span>yerel değişkenlerde olduğu gib<span class="_ _0"></span>i içlerinde sıfır bulunur. </div><div class="t m0 x10 h3 y177 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın statik bir elemanı s<span class="_ _0"></span>ınıf dışında<span class="_ _0"></span><span class="ff1"> </span>tanımlanmaz ise <span class="_ _0"></span><span class="ff9">static </span>elemanın kullanılma<span class="_ _0"></span>sı durumund<span class="_ _0"></span>a derleme </div><div class="t m0 x10 h3 ya8a ff2 fs0 fc2 sc0 ls0 ws0">zamanında hat<span class="_ _0"></span>a oluşmaz. Hata bağlama a<span class="_ _0"></span>şamasında olu<span class="_ _0"></span>şur.<span class="ff1"> </span></div><div class="t m0 x1 h3 ye62 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9c3 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın statik elemanlarına d<span class="_ _0"></span>ışarıdan ilgili sınıf türünd<span class="_ _0"></span>en nesne, gösterici ya d<span class="_ _0"></span>a referans yoluyla erişilebilir. </div><div class="t m0 x10 h3 y57e ff2 fs0 fc2 sc0 ls0 ws0">Tabii statik elemanının <span class="_ _0"></span><span class="ff9">public </span>bö<span class="_ _0"></span>lümde bildirilmiş olması ger<span class="_ _0"></span>ekir.<span class="ff1"> </span></div><div class="t m0 x10 h3 ye63 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki <span class="ff9">main </span>işlevini inc<span class="_ _0"></span>eleyin:<span class="ff1"> </span></div><div class="t m0 x1 h3 y322 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye64 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 ye65 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y5c3 ff8 fs0 fc2 sc0 ls13 ws0">Person x(&quot;Ali Serçe&quot;, 25);<span class="ls0"> </span></div><div class="t m0 x12 h11 y25b ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0">  </span>x.count;<span class="ls0"> <span class="_ _68"> </span></span>// <span class="ls4e">1 </span></div><div class="t m0 x12 h11 ye66 ffc fs0 fc2 sc0 ls13 ws0">Person y(&quot;Ahmet Altıntartı&quot;,<span class="ff8 ls0"> <span class="_ _9"></span><span class="ls13">32);<span class="ls0"> </span></span></span></div><div class="t m0 x12 h11 y370 ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0">  </span>y.count;<span class="ls0"> <span class="_ _68"> </span></span>//<span class="ls0"> 2 </span></div><div class="t m0 x1 h12 ye67 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 ye68 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 ye69 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 ye6a ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yaa0 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">x.co<span class="_ _0"></span>unt <span class="ff2">ile erişilen </span>count <span class="_ _0"></span><span class="ff2">değişkeni ile </span>y.count <span class="_ _0"></span><span class="ff2">ile erişilen </span>count <span class="_ _0"></span><span class="ff2">değişkeni aynı değişkenlerdir. Sınıfın<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 y626 ff2 fs0 fc2 sc0 ls0 ws0">statik bir elemanına h<span class="_ _0"></span>angi sınıf nesnesi ile erişildiğinin b<span class="_ _0"></span>ir önemi yoktur. Bu yü<span class="_ _0"></span>zden statik elemanlara sınıf </div><div class="t m0 x10 h3 yb88 ff2 fs0 fc2 sc0 ls0 ws0">nesnesi olmadan da <span class="_ _0"></span>sınıf ismi ve çözünürlük işleci ile <span class="_ _0"></span>erişilebilir. Böyle bir eri<span class="_ _0"></span>şimin geçerli olması içi<span class="_ _0"></span><span class="ff1 ls8">n </span></div><div class="t m0 x10 h3 y3a6 ff1 fs0 fc2 sc0 ls0 ws0">bildirimin <span class="ff9">public <span class="_ _0"></span><span class="ff2">bölümde yapılmış olma<span class="_ _0"></span>sı gerekir. Aşağıdaki <span class="_ _0"></span></span>main <span class="ff2">işlevini inceleyin:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 y5e4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye6b ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y5a4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><div class="c x2 ye6c w10 h88"><div class="t m0 x43 h11 y2b6 ff8 fs0 fc2 sc0 ls13 ws0">Person<span class="ls0"> </span></div></div><div class="c x44 ye6c w11 h88"><div class="t m0 x43 h11 y2b6 ff8 fs0 fc2 sc0 ls13 ws0">x(&quot;Ali Serçe&quot;);<span class="ls0"> </span></div></div><div class="c x45 ye6c w12 h88"><div class="t m0 x3 h89 ye6d ffb fs7 fc2 sc0 ls0 ws0"> </div></div><div class="c x2 yaba w10 h8a"><div class="t m0 x43 h11 ye6e ff8 fs0 fc2 sc0 ls13 ws0">cout&lt;&lt;<span class="ls0"> </span></div></div><div class="c x44 yaba w11 h8a"><div class="t m0 x1b h11 ye6e ff8 fs0 fc2 sc0 ls13 ws0">Person::count &lt;&lt; endl;<span class="ls0"> </span></div></div><div class="c x45 yaba w12 h8a"><div class="t m0 x46 h11 ye6e ff8 fs0 fc2 sc0 ls13 ws0">// 1<span class="ls0"> </span></div></div><div class="c x2 y22e w10 h88"><div class="t m0 x43 h11 ye6f ff8 fs0 fc2 sc0 ls13 ws0">Person<span class="ls0"> </span></div></div><div class="c x44 y22e w11 h88"><div class="t m0 x43 h11 ye6f ffc fs0 fc2 sc0 ls13 ws0">y(&quot;Ahmet Altıntartı&quot;);<span class="ff8 ls0"> </span></div></div><div class="c x45 y22e w12 h88"><div class="t m0 x3 h89 ye6d ffb fs7 fc2 sc0 ls0 ws0"> </div></div><div class="c x2 ye70 w10 h8b"><div class="t m0 x43 h11 ye6e ff8 fs0 fc2 sc0 ls13 ws0">cout&lt;&lt;<span class="ls0"> </span></div></div><div class="c x44 ye70 w11 h8b"><div class="t m0 x1b h11 ye6e ff8 fs0 fc2 sc0 ls13 ws0">Person::count &lt;&lt; endl;<span class="ls0"> </span></div></div><div class="c x45 ye70 w12 h8b"><div class="t m0 x46 h11 ye6e ff8 fs0 fc2 sc0 ls13 ws0">// 2<span class="ls0"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h1d y337 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 ye71 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfbe" class="pf w0 h0" data-page-no="be"><div class="pc pcbe w0 h0"><img class="bi xb ye72 w6 h8c" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">190</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y117 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">Örnekte erişim <span class="ff9">Person::cou<span class="_ _0"></span>nt </span>biçiminde hiç s<span class="_ _0"></span>ınıf nesnesi kullanılmadan<span class="_ _0"></span> yapılıyor. <span class="_ _0"></span><span class="ff9">count </span>isimli eleman, sını<span class="_ _0"></span>fın </div><div class="t m0 x10 h3 y821 ff9 fs0 fc2 sc0 ls0 ws0">public <span class="ff2">bölü<span class="_ _0"></span>münde bildirildiği çin erişim geçerlidir. <span class="_ _0"></span></span>static<span class="_ _0"></span> <span class="ff2">elemanlara üye işlevler içind<span class="_ _0"></span>e normal elemanlar gibi </span></div><div class="t m0 x10 h3 ycda ff2 fs0 fc2 sc0 ls0 ws0">doğrudan erişilebilir. Örn<span class="_ _0"></span>eğin <span class="ff9">Pe<span class="_ _0"></span>rson </span>sınıfının kurucu<span class="_ _0"></span> işlevi içinde erişim bu biçimde sağla<span class="_ _0"></span>nıyor:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y31d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y551 ff8 fs0 fc2 sc0 ls13 ws0">Person::Person(const char *nm, int n)<span class="ls0"> </span></div><div class="t m0 x11 h11 ye73 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ye74 ff8 fs0 fc2 sc0 ls13 ws0">name = new char[strlen(nm) + 1]; </div><div class="t m0 x13 h11 ye75 ff8 fs0 fc2 sc0 ls13 ws0">strcpy(name, nm);<span class="ls0"> </span></div><div class="t m0 x13 h11 ye76 ff8 fs0 fc2 sc0 ls13 ws0">no = n;<span class="ls0"> </span></div><div class="t m0 x13 h11 y56b ff8 fs0 fc2 sc0 ls13 ws0">++count;<span class="ls0"> </span></div><div class="t m0 x11 h11 ye77 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y6af ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye78 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın statik elemanı bir d<span class="_ _0"></span>izi ya da gösterici olabilir. Eğer diz<span class="_ _0"></span>i ise b<span class="_ _0"></span>ildirim sırasında d<span class="_ _0"></span>izinin boyutu<span class="_ _0"></span> </div><div class="t m0 x10 h3 ye79 ff2 fs0 fc2 sc0 ls0 ws0">belirtilmeyebilir. Ancak dizinin<span class="_ _0"></span> tanımlaması sıra<span class="_ _0"></span>sında dizinin b<span class="_ _0"></span>oyutu belirtilmelidir. Sınıfa ili<span class="_ _0"></span>şkin statik bir diziye </div><div class="t m0 x10 h3 yce8 ff2 fs0 fc2 sc0 ls0 ws0">tanımlama sırasında kü<span class="_ _0"></span>me ayraçları içinde ilkdeğ<span class="_ _0"></span>er de verilebilir. Bu d<span class="_ _0"></span>urumda dizi boy<span class="_ _0"></span>utu belirtilmeye<span class="_ _0"></span><span class="ff1">bilir. </span></div><div class="t m0 x10 h3 ye7a ff2 fs0 fc2 sc0 ls0 ws0">Örneğin:<span class="ff1"> </span></div><div class="t m0 x1 h3 y53f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y2ec ff8 fs0 fc2 sc0 ls13 ws0">class Date { </div><div class="t m0 x10 h11 ye7b ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x2 h11 yd4e ff8 fs0 fc2 sc0 ls13 ws0">int day, month, year;<span class="ls0"> </span></div><div class="t m0 x2 h11 y27b ff8 fs0 fc2 sc0 ls13 ws0">static const char *week_days[ <span class="ls1e">]; </span></div><div class="t m0 x10 h11 y1a6 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y2d6 ff8 fs0 fc2 sc0 ls13 ws0">//<span class="ls0"> <span class="ffc">…</span> </span></div><div class="t m0 x10 h11 y81a ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h11 ye7c ffc fs0 fc2 sc0 ls13 ws0">const char *Date::week_days[] = {&quot;Pazartesi&quot;, &quot;Salı&quot;, &quot;Çarşamba&quot;, </div><div class="t m0 x10 h11 y60f ffc fs0 fc2 sc0 ls13 ws0">&quot;Perşembe&quot;, &quot;Cuma&quot;, &quot;Cumartesi&quot;, &quot;Pazar&quot;};<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 y1cf ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yaa3 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın statik elemanları yaln<span class="_ _0"></span>ızca b<span class="_ _0"></span>ir kez tanımlanmalıdır. Bu<span class="_ _0"></span>nun için tan<span class="_ _0"></span>ımlama işlemi bir<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ye7d ff1 fs0 fc2 sc0 ls0 ws0">.<span class="ff9">cpp <span class="ff2">dosyası içind<span class="_ _0"></span>e yapılmalıdır. Eğer tanımlama <span class="_ _0"></span></span>.h <span class="ff2">dosyası içind<span class="_ _0"></span>e yapılır, bu d<span class="_ _0"></span>osya da proje içinde birden fazla </span></span></div><div class="t m0 x10 h3 y5e8 ff2 fs0 fc2 sc0 ls0 ws0">yerde eklenirse bağlama <span class="_ _0"></span>zamanında <span class="_ _0"></span>hata oluşur. Sınıfın <span class="_ _0"></span><span class="ff9">statik </span>bir elemanını kullan<span class="_ _0"></span>mak için o sınıf türün<span class="_ _0"></span>den </div><div class="t m0 x10 h3 y5e9 ff2 fs0 fc2 sc0 ls0 ws0">nesne tanımlamaya ger<span class="_ _0"></span>ek yoktur. Yani sınıf türün<span class="_ _0"></span>den hiçbir nesne tanımlan<span class="_ _0"></span>masa bile sınıfın <span class="_ _3"></span><span class="ff9">statik </span>elemanları </div><div class="t m0 x10 h3 y5ea ff2 fs0 fc2 sc0 ls0 ws0">yine de kullanılabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye7e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ye7f ff2 fs6 fc2 sc0 ls0 ws0">s<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>i<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _b"></span>r<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>Z<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _b"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfbf" class="pf w0 h0" data-page-no="bf"><div class="pc pcbf w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">191</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın <span class="ff9">statik </span>elemanları as<span class="_ _0"></span>lında man<span class="_ _0"></span>tıksal olarak sınıfla ilişkilendirilmi<span class="_ _0"></span>ş global değişkenlerdir. Global </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">değişkenlere tüm işlevler için<span class="_ _0"></span>de erişilebilirken, <span class="_ _0"></span><span class="ff9">statik </span>elema<span class="_ _0"></span>nlara yalnızca sınıfın ü<span class="_ _0"></span>ye işlevleri içinde doğrudan </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">erişilebilir. Sınıfın <span class="ff9">statik <span class="_ _0"></span></span>elemanlarına <span class="_ _0"></span>ayrıca sınıf nesnesi, gösteri<span class="_ _0"></span>cisi ya da referansı il<span class="_ _0"></span>e ya da sınıf ismi ve </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">çözünürlük işleci ile de dışarıd<span class="_ _0"></span>an erişilebilir. Bir global d<span class="_ _0"></span>eğişken yalnızca<span class="_ _0"></span> bir sınıf için anlamlı ise onun<span class="_ _0"></span> normal </div><div class="t m0 x10 h3 y1f4 ff2 fs0 fc2 sc0 ls0 ws0">bir global değişken yerin<span class="_ _0"></span>e <span class="ff9">statik <span class="_ _0"></span></span>elemanı olarak tanımlan<span class="_ _0"></span>ması, algısal bakımdan<span class="_ _0"></span> bilinirlik ala<span class="_ _0"></span>nını daraltır. </div><div class="t m0 x10 h3 y1f5 ff2 fs0 fc2 sc0 ls0 ws0">Böylece kodu inceleyen k<span class="_ _0"></span>işi değişkenin kod ile ilgi<span class="_ _0"></span>sini daha iyi an<span class="_ _0"></span>lamlandırır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y421 ff9 fs0 fc2 sc0 ls0 ws0">Date <span class="ff2">sınıfı için verilen ö<span class="_ _0"></span>rnekteki </span>01/01/<span class="_ _0"></span>1900<span class="ff2">‟den geçen gün<span class="_ _0"></span> sayısına ilişkin dönüşümleri y<span class="_ _0"></span>apan <span class="_ _0"></span></span>tota<span class="_ _0"></span>ldays <span class="ff1">ve </span></div><div class="t m0 x10 h3 yd47 ff9 fs0 fc2 sc0 ls0 ws0">revdays <span class="ff2">isimli üye işlevl<span class="_ _0"></span>eri anımsayın. Bu işlevler a<span class="_ _0"></span>yların kaç<span class="_ _0"></span> çektikleri bilgisini </span>mon_da<span class="_ _0"></span>ys <span class="ff1">isimli bir glob<span class="_ _0"></span>al diziden </span></div><div class="t m0 x10 h3 yd48 ff1 fs0 fc2 sc0 ls0 ws0">elde ediyordu. <span class="ff9">mo<span class="_ _0"></span>n_days <span class="ff2">isimli dizi <span class="_ _0"></span>global olmasına karşın y<span class="_ _0"></span>alnızca ayların kaç <span class="_ _0"></span>çektiklerinin belirlenmesi </span></span></div><div class="t m0 x10 h3 yd49 ff2 fs0 fc2 sc0 ls0 ws0">amacıyla kullanılmaktad<span class="_ _0"></span>ır. Yani <span class="_ _0"></span><span class="ff9">mon_days </span>yalnızca <span class="_ _0"></span><span class="ff9">Date </span>sınıfının üye işlevlerinin<span class="_ _0"></span> kulland<span class="_ _0"></span>ığı global bir dizidir. </div><div class="t m0 x10 h3 yd4a ff2 fs0 fc2 sc0 ls0 ws0">Eğer bu dizi sınıfın normal b<span class="_ _0"></span>ir elemanı yapılsa, bü<span class="_ _0"></span>tün <span class="_ _0"></span><span class="ff9">Date <span class="ff1">türünden n<span class="_ _0"></span>esneler içinde gereksiz bir biçimde yer </span></span></div><div class="t m0 x10 h3 ye80 ff2 fs0 fc2 sc0 ls0 ws0">kaplardı, değil mi? İşte he<span class="_ _0"></span>m global olarak <span class="_ _0"></span>bırakmak hem de sınıfla ilişkilend<span class="_ _0"></span>irmek için <span class="_ _0"></span><span class="ff9">mon_da<span class="_ _0"></span>ys <span class="ff1">dizisi statik </span></span></div><div class="t m0 x10 h3 ye81 ff1 fs0 fc2 sc0 ls0 ws0">elem<span class="ff2">an olarak tan<span class="_ _0"></span>ımlandı. Ayrıca sınıfın <span class="_ _0"></span><span class="ff9">display_text </span>isi<span class="_ _0"></span>mli işlevi, yeniden düzenlen<span class="_ _0"></span>erek, ay isimlerini d<span class="_ _0"></span>e yazıyla </span></div><div class="t m0 x10 h3 ye82 ff2 fs0 fc2 sc0 ls0 ws0">yazdırabilir. Ay isimleri ve gü<span class="_ _0"></span>n isimleri <span class="ff9">cha<span class="_ _0"></span>r </span>türden statik gösterici diziler<span class="_ _0"></span>ine yerleştirilebilir. <span class="_ _0"></span><span class="ff9">Date <span class="_ _0"></span></span>sınıfının biraz </div><div class="t m0 x10 h3 y33e ff2 fs0 fc2 sc0 ls0 ws0">daha geliştirilmiş biçimini il<span class="_ _0"></span>eride vereceğiz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd ye83 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye84 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın statik elemanları da,<span class="_ _0"></span> sınıfın elemanlarıdır. Ancak<span class="_ _0"></span> bazı özellikler açısından<span class="_ _0"></span>, sınıfın statik elemanları </div><div class="t m0 x10 h3 y13c ff2 fs0 fc2 sc0 ls0 ws0">diğer elemanlardan farklılık g<span class="_ _0"></span>österir:<span class="ff1"> </span></div><div class="t m0 x10 h3 ye85 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın elemanı ayn<span class="_ _0"></span>ı sınıf türünden olamaz ama <span class="_ _0"></span>bir sınıfın aynı sınıf türü<span class="_ _0"></span>n<span class="_ _0"></span>den statik bir elemanı olab<span class="_ _0"></span>ilir. </div><div class="t m0 x10 h3 y9c6 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki sınıf bildirimini inc<span class="_ _0"></span>eleyin:<span class="ff1"> </span></div><div class="t m0 x1 h3 yb71 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye86 ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x12 h11 y448 ff8 fs0 fc2 sc0 ls13 ws0">static<span class="ls0"> A </span>sa;<span class="ls0"> <span class="_ _69"> </span></span>//Geçerli<span class="ls0"> </span></div><div class="t m0 x12 h11 y449 ff8 fs0 fc2 sc0 ls0 ws0">A <span class="ls13">*mptr;</span> <span class="_ _6a"> </span><span class="ls13">//Geçerli</span> </div><div class="t m0 x12 h11 ye87 ff8 fs0 fc2 sc0 ls0 ws0">A <span class="ls13">ax;</span> <span class="_ _6b"> </span><span class="ls13">//Geçersiz</span> </div><div class="t m0 x11 h11 ydc7 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 y47e ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye88 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın statik bir eleman<span class="_ _0"></span>ı, aynı sınıfın bir üye işlevinde <span class="_ _0"></span>varsayılan argüman olara<span class="_ _0"></span>k kullanılabilir. Ancak<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ye89 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın statik olmayan<span class="_ _0"></span> bir elemanı bu b<span class="_ _0"></span>içimde kullanılmaz:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd ye8a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y18c ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x2 h11 ye8b ff8 fs0 fc2 sc0 ls13 ws0">int m_x;<span class="ls0"> </span></div><div class="t m0 x2 h11 yb8d ff8 fs0 fc2 sc0 ls13 ws0">static int ms_y; </div><div class="t m0 x10 h11 yde0 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y14f ff8 fs0 fc2 sc0 ls13 ws0">void func(int<span class="ls0"> = </span>m_x);<span class="ls0"> <span class="_ _6c"> </span></span>//Geçersiz<span class="ls0"> </span></div><div class="t m0 x2 h11 y316 ff8 fs0 fc2 sc0 ls13 ws0">void foo(int<span class="ls0"> = </span>ms_y);<span class="ls0"> <span class="_ _6c"> </span></span>//Geçerli<span class="ls0"> </span></div><div class="t m0 x10 h11 y6d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h41 ye8c ff8 fs1 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfc0" class="pf w0 h0" data-page-no="c0"><div class="pc pcc0 w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">192</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _b"></span>i<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span>i<span class="_ _3"></span> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Sınıf bildirimi içinde bir işl<span class="_ _0"></span>ev, başına <span class="_ _0"></span><span class="ff9">static </span>anahta<span class="_ _0"></span>r sözcüğü getirilerek bildirilebilir. Böyle i<span class="_ _0"></span>şlevlerle sınıfın <span class="_ _0"></span><span class="ff9">statik </span></div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">üye işlevleri denir. Sınıfın <span class="_ _0"></span>statik üye işlevleri global bir işle<span class="_ _0"></span>v gibidir. Ancak mantıksal b<span class="_ _0"></span>akımdan sınıfla </div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">ilişkilendirilmiştir. Bu i<span class="_ _0"></span>şlevlere <span class="ff9">this <span class="ff1">gösteri<span class="_ _0"></span>cisi </span></span>geçirilmez. Sını<span class="_ _0"></span>fın<span class="ff1"> <span class="ff9">statik </span></span>üye işlevl<span class="_ _0"></span>erine <span class="ff9">this <span class="ff1">göstericisinin </span></span></div><div class="t m0 x10 h3 ycda ff2 fs0 fc2 sc0 ls0 ws0">geçirilmemesi, o işlevler içind<span class="_ _0"></span>e sınıfın elemanlarına ve diğ<span class="_ _0"></span>er üye işlevlere doğrudan<span class="_ _0"></span> erişilemeyeceği anlamın<span class="_ _0"></span>a </div><div class="t m0 x10 h3 yd53 ff1 fs0 fc2 sc0 ls0 ws0">gelir. </div><div class="t m0 x10 h3 y215 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın <span class="_ _b"></span>statik <span class="_ _b"></span>üye <span class="_ _b"></span>işlevi <span class="_ _b"></span>her <span class="_ _b"></span>n<span class="_ _0"></span>e <span class="_ _b"></span>kadar <span class="_ _b"></span>global <span class="_ _b"></span>bir <span class="_ _b"></span>işle<span class="_ _0"></span>v <span class="_ _3"></span>gibiys<span class="_ _0"></span>e <span class="_ _b"></span>de, <span class="_ _b"></span>tanımlanması <span class="_ _b"></span>üye <span class="_ _b"></span>işl<span class="_ _0"></span>evlerde <span class="_ _b"></span>olduğu </div><div class="t m0 x10 h3 yb9a ff2 fs0 fc2 sc0 ls0 ws0">gibi sınıf ismi belirtilerek yap<span class="_ _0"></span>ılır. <span class="ff9">Da<span class="_ _0"></span>te </span>sınıfında bazı d<span class="_ _0"></span>eğişiklikler yapıyoruz:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y6de ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye8d ff8 fs0 fc2 sc0 ls13 ws0">class Date { </div><div class="t m0 x11 h11 ye8e ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 ydc2 ff8 fs0 fc2 sc0 ls13 ws0">int day, month, year; </div><div class="t m0 x12 h11 y604 ff8 fs0 fc2 sc0 ls13 ws0">static int mon_days[12]; </div><div class="t m0 x12 h11 ye8f ff8 fs0 fc2 sc0 ls13 ws0">static char *mon_tab[12]; </div><div class="t m0 x12 h11 y490 ff8 fs0 fc2 sc0 ls13 ws0">static char *day_tab[7];<span class="ls0"> </span></div><div class="t m0 x11 h11 yc2b ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ye90 ff8 fs0 fc2 sc0 ls13 ws0">enum Days {Sunday , Monday, Tuesday, Wednesday, Thursday, Friday, </div><div class="t m0 x11 h11 y2b4 ff8 fs0 fc2 sc0 ls13 ws0">Saturday};<span class="ls0"> </span></div><div class="t m0 x12 h11 yd17 ff8 fs0 fc2 sc0 ls13 ws0">Date();<span class="ls0"> </span></div><div class="t m0 x12 h11 ye91 ff8 fs0 fc2 sc0 ls13 ws0">Date(int, int, int); </div><div class="t m0 x12 h11 ye92 ff8 fs0 fc2 sc0 ls13 ws0">void display() const;<span class="ls0"> </span></div><div class="t m0 x12 h11 ye93 ff8 fs0 fc2 sc0 ls13 ws0">void display_text() const; </div><div class="t m0 x12 h11 y279 ff8 fs0 fc2 sc0 ls13 ws0">long totaldays() const; </div><div class="t m0 x12 h11 ye94 ff8 fs0 fc2 sc0 ls13 ws0">void revdays(long)<span class="ls0">; </span></div><div class="t m0 x12 h11 y30c ff8 fs0 fc2 sc0 ls13 ws0">int weekday() const;<span class="ls0"> </span></div><div class="t m0 x12 h11 ye95 ff8 fs0 fc2 sc0 ls13 ws0">static<span class="ls0"> </span>bool<span class="ls0"> </span>isleap(int);<span class="ls0"> <span class="_ _6d"> </span></span>//<span class="ls0">  </span>static üye<span class="ls0"> </span><span class="ffc">işlev</span><span class="ls0"> </span></div><div class="t m0 x11 h11 ye96 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h22 y76a ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd2e ff2 fs0 fc2 sc0 ls0 ws0">Önceki biçimde bir y<span class="_ _0"></span>ılın artık yıl olup olmadığını bu<span class="_ _0"></span>lan <span class="_ _0"></span><span class="ff9">isleap </span>isimli işlev normal bir global iş<span class="_ _0"></span>levdi. Ancak bu </div><div class="t m0 x10 h3 yb35 ff2 fs0 fc2 sc0 ls0 ws0">işlevin yalnızca tarih işlemleriy<span class="_ _0"></span>le anlamlı bir işlevi vardır. O h<span class="_ _0"></span>alde mantıksal bakımdan<span class="_ _0"></span> <span class="_ _0"></span><span class="ff9">Date </span>sınıfı ile </div><div class="t m0 x10 h3 y6d6 ff2 fs0 fc2 sc0 ls0 ws0">ilişkilendirilip algılama kuvv<span class="_ _0"></span>etlendirilmiştir. <span class="_ _0"></span><span class="ff9">isleap </span>işlevi dışar<span class="_ _0"></span>ıda şöyle tanımlanabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye97 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yaf5 ff8 fs0 fc2 sc0 ls13 ws0">bool Date::isleap(int year)<span class="ls0"> </span></div><div class="t m0 x11 h11 ye98 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y336 ff8 fs0 fc2 sc0 ls13 ws0">return year<span class="ls0"> % 4  </span>== 0 &amp;&amp; year % 100 != 0 || year % 400 ==<span class="ls0"> <span class="_ _6"></span><span class="ls13">0;<span class="ls0"> </span></span></span></div><div class="t m0 x11 h11 ye99 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y4b ff8 fsa fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfc1" class="pf w0 h0" data-page-no="c1"><div class="pc pcc1 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">193</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff9 fs0 fc2 sc0 ls0 ws0">static <span class="ff2">anah<span class="_ _0"></span>tar sözcüğünün yalnızca bildirim sıra<span class="_ _0"></span>sında yazıldığına, tan<span class="_ _0"></span>ımlama sırasında yazılmadığına <span class="_ _0"></span>dikkat edin. </span></div><div class="t m0 x10 h3 y131 ff9 fs0 fc2 sc0 ls0 ws0">isleap <span class="ff2">içinde sınıfın <span class="_ _0"></span></span><span class="ls14">day<span class="ff1 ls17">, </span></span>month <span class="ff1">ve </span>year <span class="ff2">elemanlarına <span class="_ _0"></span>doğrudan erişilemez. S<span class="_ _0"></span>ınıfın diğer üye işlevl<span class="_ _0"></span>eri sınıf nesnesi </span></div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">olmadan doğrud<span class="_ _0"></span>an çağrılamaz.<span class="ff1"> </span></div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">Gördüğünüz gibi <span class="_ _0"></span>dışarıdaki sınıf ile mantıksal bakımdan<span class="_ _0"></span> ilişkili olan ama sınıfın elemanların<span class="_ _0"></span>ı ve üye işlevlerini </div><div class="t m0 x10 h3 y250 ff2 fs0 fc2 sc0 ls0 ws0">kullanmayan glob<span class="_ _0"></span>al işlevler sınıfın statik işlevi <span class="_ _0"></span>yapılabilir. Sı<span class="_ _0"></span>nıfın statik üye işlevi bir sınıf n<span class="_ _0"></span>esnesi, göstericisi ya </div><div class="t m0 x10 h3 y634 ff2 fs0 fc2 sc0 ls0 ws0">da referansıyla çağrılabilir. Ya <span class="_ _0"></span>da eğer sınıfın <span class="_ _0"></span><span class="ff9">public </span>b<span class="_ _0"></span>ölümündeyse çağrı doğrudan sınıf i<span class="_ _0"></span>smi belirtilerek <span class="_ _0"></span><span class="ff9 ls24">:: </span></div><div class="t m0 x10 h3 y421 ff2 fs0 fc2 sc0 ls0 ws0">çözünürlük işleci ile de yapıla<span class="_ _0"></span>bilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y33a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1f8 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y28d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ye9a ff8 fs0 fc2 sc0 ls13 ws0">Date x;<span class="ls0"> </span></div><div class="t m0 x12 h11 ye9b ff8 fs0 fc2 sc0 ls13 ws0">if (x.isleap(1996))<span class="ls0"> </span></div><div class="t m0 x14 h11 y638 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;is a leap year&quot; &lt;&lt; endl; </div><div class="t m0 x12 h11 yd9c ff8 fs0 fc2 sc0 ls13 ws0">else<span class="ls0"> </span></div><div class="t m0 x14 h11 y6e3 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;is not a leap year&quot; &lt;&lt; endl; </div><div class="t m0 x12 h11 yd8e ff8 fs0 fc2 sc0 ls13 ws0">if (Date::isleap(2000))<span class="ls0"> </span></div><div class="t m0 x14 h11 yaee ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;is a leap year&quot; &lt;&lt; endl; </div><div class="t m0 x12 h11 y83 ff8 fs0 fc2 sc0 ls13 ws0">else<span class="ls0"> </span></div><div class="t m0 x14 h11 y183 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;is not a leap year&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 ye92 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 ye9c ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 ye9d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y9cb ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">x.isleap <span class="_ _0"></span></span>ve <span class="ff9">Date::isleap <span class="_ _0"></span><span class="ff2">biçiminde iki çağrı yapılıyor. <span class="_ _0"></span></span>isleap <span class="ff2">sınıfın </span>public<span class="_ _0"></span> <span class="ff2">bölümünde oldu<span class="_ _0"></span>ğu için her </span></span></div><div class="t m0 x10 h3 y375 ff2 fs0 fc2 sc0 ls0 ws0">iki çağrı biçimi de geçerlidir. A<span class="_ _0"></span>ncak yine de statik <span class="_ _0"></span>üye işlevlerin, sınıf nesnesi kullanmadan<span class="_ _0"></span> sınıf ismiyle </div><div class="t m0 x10 h3 ycc ff2 fs0 fc2 sc0 ls0 ws0">çağrılması önerilir. Ne d<span class="_ _0"></span>e olsa çağrıda kullan<span class="_ _0"></span>ılan sınıf nesnesinin <span class="_ _0"></span>hiçbir özel a<span class="_ _0"></span>nlamı yoktur.<span class="ff1"> </span></div><div class="t m0 x10 h3 ye9e ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın statik işlevi, sınıfın b<span class="_ _0"></span>ir üye işlevi içinde doğrudan<span class="_ _0"></span> çağrılabilir. Örneğin y<span class="_ _0"></span>ukarıdaki programda <span class="_ _3"></span><span class="ff9">totaldays </span></div><div class="t m0 x10 h3 ye9f ff2 fs0 fc2 sc0 ls0 ws0">işlevi içinde <span class="ff9">isleap </span>işl<span class="_ _0"></span>evi doğrudan çağrılıyor.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y44d ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın <span class="ff9">statik </span>bir üy<span class="_ _0"></span>e işlevi içinde <span class="ff9">statik <span class="_ _0"></span></span>elemanları doğrudan k<span class="_ _0"></span>ullanılabilir. Sınıfın<span class="_ _0"></span> statik elemanlarının<span class="_ _0"></span> sınıf </div><div class="t m0 x10 h3 yb95 ff2 fs0 fc2 sc0 ls0 ws0">nesnesi içinde yer kaplamadığ<span class="_ _0"></span>ını anımsayın. Bu du<span class="_ _0"></span>rumda <span class="_ _0"></span><span class="ff9">statik </span>elemanlara eriş<span class="_ _0"></span>mek için <span class="ff9">this <span class="ff1">göster<span class="_ _0"></span>icisi </span></span></div><div class="t m0 x10 h3 yea0 ff2 fs0 fc2 sc0 ls0 ws0">gerekmez. Aşağıda bu<span class="_ _0"></span> biçimde kullanıma ilişkin b<span class="_ _0"></span>ir örnek veriliyor:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yd6c ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y8e1 ff8 fs0 fc2 sc0 ls13 ws0">class Person { </div><div class="t m0 x1c h11 yea1 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 y48 ff8 fs0 fc2 sc0 ls13 ws0">char *name_; </div><div class="t m0 x13 h11 yae3 ff8 fs0 fc2 sc0 ls13 ws0">int no_;<span class="ls0"> </span></div><div class="t m0 x13 h11 y95 ff8 fs0 fc2 sc0 ls13 ws0">static int count_; </div><div class="t m0 x1c h11 yea2 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ye8c ff8 fs0 fc2 sc0 ls13 ws0">Person(const char *nm, int n);<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfc2" class="pf w0 h0" data-page-no="c2"><div class="pc pcc2 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">194</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">~Person();<span class="ls0"> </span></div><div class="t m0 x13 h11 y70 ff8 fs0 fc2 sc0 ls13 ws0">void display() const; </div><div class="t m0 x13 h11 yad1 ff8 fs0 fc2 sc0 ls13 ws0">static int get_count();<span class="ls0"> </span></div><div class="t m0 x1c h11 y821 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yea3 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y9c2 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 ybfe ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstring&gt; </div><div class="t m0 x1c h11 y7bf ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1c h11 y43f ff8 fs0 fc2 sc0 ls13 ws0">int Person::count_ = 0; </div><div class="t m0 x1c h11 y9e2 ff8 fs0 fc2 sc0 ls13 ws0">Person::Person(const char *nm, int n)<span class="ls0"> </span></div><div class="t m0 x1c h11 yea4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yea5 ff8 fs0 fc2 sc0 ls13 ws0">name_ = new char[strlen(nm) + 1]; </div><div class="t m0 x13 h11 y9e4 ff8 fs0 fc2 sc0 ls13 ws0">strcpy(name_, nm);<span class="ls0"> </span></div><div class="t m0 x13 h11 y2ce ff8 fs0 fc2 sc0 ls13 ws0">no_ = n;<span class="ls0"> </span></div><div class="t m0 x13 h11 y274 ff8 fs0 fc2 sc0 ls13 ws0">++count_;<span class="ls0"> </span></div><div class="t m0 x1c h11 y73c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yd3e ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yea6 ff8 fs0 fc2 sc0 ls13 ws0">void Person::display() const<span class="ls0"> </span></div><div class="t m0 x1c h11 yea7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yea8 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; name_ &lt;&lt; endl; </div><div class="t m0 x13 h11 y8eb ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; no_ &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1c h11 ya01 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y1ca ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yb75 ff8 fs0 fc2 sc0 ls13 ws0">int Person::get_count()<span class="ls0"> </span></div><div class="t m0 x1c h11 y8c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y526 ff8 fs0 fc2 sc0 ls13 ws0">return count_;<span class="ls0"> </span></div><div class="t m0 x1c h11 y7ca ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y5a4 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y8e0 ff8 fs0 fc2 sc0 ls13 ws0">Person::~Person()<span class="ls0"> </span></div><div class="t m0 x1c h11 yea9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y501 ff8 fs0 fc2 sc0 ls13 ws0">delete [] name_;<span class="ls0"> </span></div><div class="t m0 x1c h11 yeaa ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yc21 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y9ee ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 yeab ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfc3" class="pf w0 h0" data-page-no="c3"><div class="pc pcc3 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">195</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">Person<span class="ls0"> </span>x(&quot;Necati Ergin&quot;, 25); </div><div class="t m0 x13 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">Person y(&quot;Haluk Yetis&quot;, 34); </div><div class="t m0 x13 h11 y736 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; Person::get_count(); </div><div class="t m0 x13 h11 y737 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 yeac ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 ydb ff2 fs0 fc2 sc0 ls0 ws0">Bu örnekte daha <span class="_ _0"></span>önce vermiş olduğumuz <span class="_ _0"></span><span class="ff9">Person </span>isimli sını<span class="_ _0"></span>fta bazı değişiklikler yaptık<span class="_ _0"></span>. Örneğin statik </div><div class="t m0 x10 h3 yead ff9 fs0 fc2 sc0 ls0 ws0">count_ <span class="ff2">elemanını sını<span class="_ _0"></span>fın </span>private <span class="_ _0"></span><span class="ff2">bölümüne yerleştirdik. Bu e<span class="_ _0"></span>lemanın değerinin elde edil<span class="_ _0"></span>mesi için <span class="_ _0"></span></span>get_count </div><div class="t m0 x10 h3 y46e ff1 fs0 fc2 sc0 ls0 ws0">isimli <span class="ff9">statik <span class="ff2">bir üye işlev ekl<span class="_ _0"></span>edik. <span class="_ _0"></span></span>get_count <span class="ff2">işlevinin yaln<span class="_ _0"></span>ızca sınıfın statik elemanı olan <span class="_ _0"></span></span>count_ <span class="_ _0"></span><span class="ff2">ile ilişkili </span></span></div><div class="t m0 x10 h3 yeae ff2 fs0 fc2 sc0 ls0 ws0">olduğuna dikk<span class="_ _0"></span>at edin.<span class="ff1"> </span></div><div class="t m0 x10 h3 yeaf ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın <span class="ff9">statik </span>üye işlevi il<span class="_ _0"></span>e aynı isimde ve parametr<span class="_ _0"></span>e yapısına sahip global b<span class="_ _0"></span>ir işlev bulunabilir. Çünkü<span class="_ _0"></span> sınıfın </div><div class="t m0 x10 h3 y90a ff9 fs0 fc2 sc0 ls0 ws0">statik <span class="ff2">işlevleri sınıf ismi ile birl<span class="_ _0"></span>eştirilerek amaç kod için<span class="_ _0"></span>e yazılır. Sınıfın kurucu ve <span class="_ _0"></span>sonlandırıcı işlevleri <span class="_ _0"></span></span>statik <span class="ff1">ü<span class="_ _0"></span>ye </span></div><div class="t m0 x10 h3 yeb0 ff2 fs0 fc2 sc0 ls0 ws0">işlev olamaz. Bu işlevlerin y<span class="_ _0"></span>aratılan ve yo<span class="_ _0"></span>k edilen nesne üze<span class="_ _0"></span>rinde doğrudan işlem yapmak<span class="_ _0"></span> zorunda <span class="_ _0"></span>olduğunu </div><div class="t m0 x10 h3 yd7d ff2 fs0 fc2 sc0 ls0 ws0">düşünürsek <span class="ff9">static <span class="_ _0"></span></span>üye işlev olmamaları gerektiğ<span class="_ _0"></span>i de açıktır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y581 ff9 fs0 fc2 sc0 ls0 ws0">Statik <span class="ff2">bir ü<span class="_ _0"></span>ye işlev </span>const <span class="ff1">olarak da <span class="_ _0"></span>bildirilemez. Zira bir </span>co<span class="_ _0"></span>nst <span class="ff2">üye işlev, </span>this <span class="ff2">göste<span class="_ _0"></span>ricisinin gösterdiği nesne </span>c<span class="_ _0"></span>onst </div><div class="t m0 x10 h3 y582 ff1 fs0 fc2 sc0 ls4f ws0">ol<span class="ff2 ls0">an bir üye işlev anlamına g<span class="_ _0"></span>elir. <span class="ff9">statik <span class="_ _0"></span></span>üye işlevler <span class="ff9">this </span>göst<span class="_ _0"></span>ericisine sahip olmadıkların<span class="_ _0"></span>a göre, <span class="_ _0"></span><span class="ff9">const <span class="ff1">da </span></span></span></div><div class="t m0 x10 h3 yeb1 ff1 fs0 fc2 sc0 ls0 ws0">olamazlar. </div><div class="t m0 x10 h3 yeb2 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın <span class="ff9">statik </span>üye işlevleri sonu<span class="_ _0"></span>çta sınıfa ilişkin b<span class="_ _0"></span>ir üye işlev olduğu<span class="_ _0"></span> için, <span class="_ _0"></span><span class="ff9">statik </span>üye işlevleri içinde sınıfa ili<span class="_ _0"></span>şkin bir </div><div class="t m0 x10 h3 yeb3 ff2 fs0 fc2 sc0 ls0 ws0">nesne tanımlandığında o<span class="_ _0"></span> nesne yoluyla <span class="_ _0"></span>dışarıdan sınıfın her bölümüne erişilebilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yeb4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yeb5 ff8 fs0 fc2 sc0 ls13 ws0">class Sample { </div><div class="t m0 x12 h11 ydb2 ff8 fs0 fc2 sc0 ls13 ws0">int x;<span class="ls0"> </span></div><div class="t m0 x11 h11 yddb ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yea8 ff8 fs0 fc2 sc0 ls13 ws0">static void func();<span class="ls0"> </span></div><div class="t m0 x11 h11 y5fa ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y27b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yeb6 ff8 fs0 fc2 sc0 ls13 ws0">void Sample::func()<span class="ls0"> </span></div><div class="t m0 x11 h11 yeb7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yeb8 ff8 fs0 fc2 sc0 ls13 ws0">Sample sam;<span class="ls0"> </span></div><div class="t m0 x12 h11 yeb9 ff8 fs0 fc2 sc0 ls13 ws0">sam.x<span class="ls0"> = </span>20;<span class="ls0"> <span class="_ _6e"> </span></span>//Geçerli<span class="ls0"> </span></div><div class="t m0 x12 h11 y7cb ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ybc8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y468 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybb8 ff1 fs0 fc2 sc0 ls0 ws0">Bazen de <span class="ff9">static <span class="ff2">ü<span class="_ _0"></span>ye işlevler özel amaçları gerçekle<span class="_ _0"></span>ştirmek için belirli kod k<span class="_ _0"></span>alıplarında kullanılır. Örneğin </span></span></div><div class="t m0 x10 h3 yeba ff2 fs0 fc2 sc0 ls0 ws0">bir sınıf türünden y<span class="_ _0"></span>alnızca dinamik nesnelerin yaratılma<span class="_ _0"></span>sına izin verilmesi ist<span class="_ _0"></span>endiğini düşün<span class="_ _0"></span>elim. </div><div class="t m0 x10 h3 yebb ff9 fs0 fc2 sc0 ls0 ws0">DynamicOnly <span class="ff2">bir sınıf ol<span class="_ _0"></span>mak üzere<span class="ff1"> </span></span></div><div class="t m0 x1 hd y4bb ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yebc ff8 fs0 fc2 sc0 ls13 ws0">DynamicOnly d;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfc4" class="pf w0 h0" data-page-no="c4"><div class="pc pcc4 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">196</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycbb ff1 fs0 fc2 sc0 ls0 ws0">biçiminde bir <span class="ff2">nesne y<span class="_ _0"></span>aratılmasına engel olunsun. <span class="_ _0"></span><span class="ff9">DynamicO<span class="_ _0"></span>nly </span>sınıfına ilişkin t<span class="_ _0"></span>üm nesnelerin dinamik <span class="_ _0"></span>olarak, </span></div><div class="t m0 x10 h3 ycbc ff1 fs0 fc2 sc0 ls0 ws0">yani <span class="ff9">new <span class="ff2">işleciyle olu<span class="_ _0"></span>şturulması bir zorun<span class="_ _0"></span>luluk olsun. Bu nasıl sağlanab<span class="_ _0"></span>ilir?<span class="_ _0"></span></span></span> </div><div class="t m0 x10 h3 ye15 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın kurucu işlevleri sını<span class="_ _0"></span>fın <span class="ff9">private </span>b<span class="_ _0"></span>ölümüne yerleştirilirse<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yebd ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yebe ff8 fs0 fc2 sc0 ls13 ws0">DynamicOnly d;<span class="ls0"> </span></div><div class="t m0 x1 h15 y2fe ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye74 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde bir tanımla<span class="_ _0"></span>ma geçersiz olur, değil mi? Ancak<span class="_ _0"></span> bu durumda <span class="_ _3"></span><span class="ff9">new </span>işleciyle de nesne yaratılamaz. </div><div class="t m0 x10 h3 yabf ff2 fs0 fc2 sc0 ls0 ws0">Hatırlayacağınız gibi <span class="_ _0"></span><span class="ff9">new </span>işleciyle bir sınıf n<span class="_ _0"></span>esnesi yaratıldığı<span class="_ _0"></span>nda önce sınıf nesnesinin kap<span class="_ _0"></span>layacağı yer ka<span class="_ _0"></span>dar </div><div class="t m0 x10 h3 yda7 ff2 fs0 fc2 sc0 ls0 ws0">dinamik bir alan a<span class="_ _0"></span>yrılıyor, daha sonra b<span class="_ _0"></span>u alanın b<span class="_ _0"></span>aşlangıç adresi sınıfın kurucu işlevine <span class="_ _0"></span><span class="ff9">this <span class="_ _0"></span><span class="ff1">adresi olarak </span></span></div><div class="t m0 x10 h3 y48e ff2 fs0 fc2 sc0 ls0 ws0">geçiriliyordu. Kurucu işlev <span class="_ _0"></span>sınıfın <span class="ff9">private<span class="_ _0"></span> </span>bölümde olduğun<span class="_ _0"></span>a göre nesne yaratılması yine <span class="_ _0"></span>mümkün olmaz, d<span class="_ _0"></span>eğil </div><div class="t m0 x10 h3 y36a ff1 fs0 fc2 sc0 ls0 ws0">mi? </div><div class="t m0 x1 h3 yebf ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yec0 ff2 fs0 fc2 sc0 ls0 ws0">Ancak sınıfın <span class="ff1">kuruc<span class="_ _9"></span>u <span class="_ _9"></span><span class="ff2">işlevi <span class="ff9">private </span>b<span class="_ _0"></span>ölümde ise, ve sınıfın bir üye işlev<span class="_ _0"></span>i, içinde sınıfın başka <span class="_ _0"></span>bir <span class="_ _0"></span><span class="ff9">private <span class="ff1">bir üye </span></span></span></span></div><div class="t m0 x10 h3 ya7c ff2 fs0 fc2 sc0 ls0 ws0">işlevi çağrılabildiğine göre, <span class="_ _0"></span><span class="ff9">Dynamic<span class="_ _0"></span>Only </span>sınıfının bir üye işlevi için<span class="_ _0"></span>de dinamik bir nesne y<span class="_ _0"></span>aratılabilir. Peki üye </div><div class="t m0 x10 h3 ydb0 ff2 fs0 fc2 sc0 ls0 ws0">işlevi bir sınıf nesnesi ile çağır<span class="_ _0"></span>mak gerektiğine göre, b<span class="_ _0"></span>öyle bir sınıf nesnesi nasıl <span class="_ _0"></span><span class="ff1">elde<span class="_ _9"></span> edile<span class="ff2">cek? İşte </span><span class="ls15">bu </span>noktada </span></div><div class="t m0 x10 h3 y275 ff9 fs0 fc2 sc0 ls0 ws0">static <span class="ff2">bir üy<span class="_ _0"></span>e işlev kullanılabilir: Dinamik bir sınıf n<span class="_ _0"></span>esnesinin adresi ile geri dö<span class="_ _0"></span>nen statik bir ü<span class="_ _0"></span>ye<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ff2">işlev:<span class="ff1"> </span></span></span></span></div><div class="t m0 x10 h11 yec1 ff8 fs0 fc2 sc0 ls13 ws0">class DynamicOnly{<span class="ls0"> </span></div><div class="t m0 x2 h11 y7ae ff8 fs0 fc2 sc0 ls13 ws0">DynamicOnly<span class="ls0"> </span>();<span class="ls0"> <span class="_ _55"> </span></span><span class="ffc">//başlangıç işlevi private </span><span class="ls0">böl<span class="_ _9"></span>ümd<span class="_ _9"></span>e. </span></div><div class="t m0 x10 h11 yea7 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y496 ff8 fs0 fc2 sc0 ls13 ws0">static DynamicOnly *create_object();<span class="ls0"> </span></div><div class="t m0 x10 h11 yc3d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y7b3 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yec2 ff8 fs0 fc2 sc0 ls13 ws0">DynamicOnly * DynamicOnly::create_object()<span class="ls0"> </span></div><div class="t m0 x10 h11 yec3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y38e ff8 fs0 fc2 sc0 ls13 ws0">return new DynamicOnly;<span class="ls0"> </span></div><div class="t m0 x2 h11 y6ed ffc fs0 fc2 sc0 ls13 ws0">//Geçerli çünkü üye işlev içinde başka bir private işlev çağrılabilir.<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 y390 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yec4 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yec5 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 yec6 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x10 h11 y286 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 yec7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y4b ff8 fs0 fc2 sc0 ls13 ws0">//<span class="ls0"> </span>DynamicOnly<span class="ls0"> </span>d;<span class="ls0"> <span class="_ _6f"> </span></span>Geçersiz!<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfc5" class="pf w0 h0" data-page-no="c5"><div class="pc pcc5 w0 h0"><img class="bi xb yec8 w6 h8d" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">197</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 ya53 ff8 fs0 fc2 sc0 ls13 ws0">// DynamicOnly *ptr =<span class="ls0"> </span>new<span class="ls0"> <span class="_ _9"></span><span class="ls13">DynamicOnly;<span class="ls0"> <span class="_ _50"> </span>G<span class="_ _9"></span>eçe<span class="_ _9"></span>rs<span class="_ _9"></span>iz!<span class="_ _9"></span> </span></span></span></div><div class="t m0 x2 h11 yec9 ff8 fs0 fc2 sc0 ls13 ws0">DynamicOnly *ptr =<span class="ls0"> <span class="_ _9"></span>Dynamic<span class="_ _0"></span>Only::create_obj<span class="_ _0"></span>ect(); </span></div><div class="t m0 x2 h11 yeca ffc fs0 fc2 sc0 ls13 ws0">//Geçerli çünkü create_object işlevi public bölümde </div><div class="t m0 x2 h11 yecb ff8 fs0 fc2 sc0 ls13 ws0">delete<span class="ls0"> </span>ptr;<span class="ls0"> <span class="_ _6e"> </span></span><span class="ffc">//Yaratılan dinamik nesne yok</span><span class="ls0"> <span class="_ _0"></span>edili<span class="_ _6"></span>yor.<span class="_ _9"></span> </span></div><div class="t m0 x1 h12 yecc ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y1d6 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y6f7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yecd ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yece ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örneğimizde <span class="_ _0"></span><span class="ff9">Dynam<span class="_ _0"></span>icOnly </span>sınıfının kuru<span class="_ _0"></span>cu işlevi <span class="ff9">private </span>bölü<span class="_ _0"></span>mde bildiriliyor. Böylece global b<span class="_ _0"></span>ir işlev </div><div class="t m0 x10 h3 y53 ff1 fs0 fc2 sc0 ls0 ws0">içinde <span class="ff9">DynamicOnly <span class="_ _0"></span><span class="ff2">sınıfı türünd<span class="_ _0"></span>en bir nesne yaratılması en<span class="_ _0"></span>gellenmiş oluyor. Ancak bir ü<span class="_ _0"></span>ye işlev içinde nesne </span></span></div><div class="t m0 x10 h3 yecf ff2 fs0 fc2 sc0 ls0 ws0">yaratılabilir. Sınıfın <span class="ff9">p<span class="_ _0"></span>ublic </span>bölümüne yerleştiril<span class="_ _0"></span>miş olan <span class="ff9">c<span class="_ _0"></span>reate_object <span class="_ _0"></span><span class="ff1">isimli </span>statik </span>üye işlev, <span class="ff9">Dyna<span class="_ _0"></span>micOnly </span>sınıfı </div><div class="t m0 x10 h3 yed0 ff1 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir adresle geri dönüyor.<span class="_ _0"></span> </div><div class="t m0 x10 h3 yb20 ff9 fs0 fc2 sc0 ls0 ws0">create_object <span class="_ _0"></span><span class="ff2">işlevi </span>new <span class="ff2">işleci ile yaratılmış bir n<span class="_ _0"></span>esnenin adresi ile geri dön<span class="_ _0"></span>üyor. İşlevimiz ü<span class="_ _0"></span>ye işlev statüsünde </span></div><div class="t m0 x10 h3 yd3b ff2 fs0 fc2 sc0 ls0 ws0">olduğu için, işlevimiz içinde <span class="_ _0"></span><span class="ff9">Dyna<span class="_ _0"></span>micOnly </span>sınıfının <span class="ff9">p<span class="_ _0"></span>rivate </span>kurucu işlevinin ça<span class="_ _0"></span>ğrılması<span class="ff1"> geç<span class="_ _0"></span>erlidir. </span></div><div class="t m0 x10 h3 yb92 ff2 fs0 fc2 sc0 ls0 ws0">Şimdi de <span class="ff9">main </span>işlevin<span class="_ _0"></span>e bir göz atalım. <span class="ff9">ma<span class="_ _0"></span>in </span>işlevi içinde, <span class="ff9">sta<span class="_ _0"></span>tik </span>üye işlev olan<span class="ff1"> </span></div><div class="t m0 x10 h3 yed1 ff9 fs0 fc2 sc0 ls0 ws0">create_object <span class="_ _0"></span><span class="ff2">işlevi<span class="ff1"> </span></span></div><div class="t m0 x1 h3 yed2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydb9 ff8 fs0 fc2 sc0 ls13 ws0">DynamicOnly::create_object()<span class="ls0"> </span></div><div class="t m0 x1 h11 ydba ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y95c ff2 fs0 fc2 sc0 ls0 ws0">biçiminde çağrılabilir. Böylec<span class="_ _0"></span>e işlevin geri dönüş değ<span class="_ _0"></span>eri olan dinamik <span class="_ _0"></span>nesnenin adresi ile yar<span class="_ _0"></span>atılan dinamik </div><div class="t m0 x10 h3 ybc2 ff1 fs0 fc2 sc0 ls0 ws0">n<span class="ff2">esne istenildiği biçimde ku<span class="_ _0"></span>llanılabilir.<span class="_ _0"></span></span> </div><div class="t m0 x1 h16 y841 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yed3 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>c<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _b"></span>s<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>i<span class="_ _3"></span>c<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y6b6 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın bir <span class="_ _0"></span>statik <span class="_ _0"></span>elemanı <span class="_ _0"></span><span class="ff9">const <span class="_ _0"></span></span>anahta<span class="_ _0"></span>r sözcüğü <span class="_ _0"></span>ile bildiril<span class="_ _0"></span>ebilir. Bu <span class="_ _0"></span>durumda <span class="_ _0"></span>sınıfa öz<span class="_ _0"></span>gü d<span class="_ _0"></span>eğeri değiş<span class="_ _0"></span>meyecek </div><div class="t m0 x10 h3 yed4 ff2 fs0 fc2 sc0 ls0 ws0">bir <span class="_ _f"></span>eleman <span class="_ _f"></span>yaratılmış <span class="_ _f"></span>olur. <span class="_ _f"></span>Sı<span class="_ _0"></span>nıfın <span class="_ _b"></span>b<span class="_ _0"></span>ir <span class="_ _f"></span><span class="ff9">con<span class="_ _0"></span>st <span class="_ _b"></span>static<span class="_ _0"></span> <span class="_ _b"></span></span>el<span class="_ _0"></span>emanı <span class="_ _f"></span>eğer <span class="_ _f"></span>bir <span class="_ _f"></span>tamsayı <span class="_ _f"></span>türü<span class="_ _0"></span>nden <span class="_ _f"></span>ise <span class="_ _b"></span>b<span class="_ _0"></span>u <span class="_ _b"></span>el<span class="_ _0"></span>emana <span class="_ _f"></span>sınıf </div><div class="t m0 x10 h3 yc6a ff2 fs0 fc2 sc0 ls0 ws0">içinde ilkdeğer verilebilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yed5 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4cd ff8 fs0 fc2 sc0 ls13 ws0">class Myclass {<span class="ls0"> </span></div><div class="t m0 x12 h11 ya63 ff8 fs0 fc2 sc0 ls13 ws0">const static int size = 100; </div><div class="t m0 x12 h11 yed6 ff8 fs0 fc2 sc0 ls13 ws0">int a[size];<span class="ls0"> </span></div><div class="t m0 x13 h11 y548 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ya05 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 y9dc ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya73 ff2 fs0 fc2 sc0 ls0 ws0">Bir <span class="_ _3"></span>değişmez <span class="_ _3"></span>ifad<span class="_ _0"></span>esiyle <span class="_ _3"></span>ilkdeğerini <span class="_ _b"></span>almış <span class="_ _b"></span><span class="ff9">const <span class="_ _3"></span>sta<span class="_ _0"></span>tik <span class="_ _3"></span></span>eleman<span class="_ _0"></span> <span class="_ _3"></span>bir <span class="_ _3"></span>değişmez <span class="_ _b"></span>ifadesi <span class="_ _3"></span>olarak <span class="_ _b"></span>kullanılabilir. <span class="_ _b"></span>Böyle </div><div class="t m0 x10 h3 ybad ff1 fs0 fc2 sc0 ls0 ws0">elem<span class="ff2">anlar yalnızca b<span class="_ _0"></span>ir sınıfı ilgilendiren simgesel deği<span class="_ _0"></span>şmezler olarak görev yapab<span class="_ _0"></span>ilir.<span class="_ _0"></span></span> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfc6" class="pf w0 h0" data-page-no="c6"><div class="pc pcc6 w0 h0"><img class="bi xb yed7 w6 h8e" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">198</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hb y28 ff5 fs3 fc3 sc0 ls0 ws0">İ<span class="_ _3"></span>Ş<span class="_ _3"></span><span class="ff3">L<span class="_ _3"></span>E<span class="_ _3"></span>Ç<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>Ü<span class="_ _3"></span>K<span class="_ _3"></span>L<span class="_ _3"></span>E<span class="_ _3"></span>M<span class="_ _3"></span>E<span class="_ _3"></span>S<span class="_ _3"></span></span>İ<span class="_ _3"></span><span class="ff3"> </span></div><div class="t m0 x10 h3 yed8 ff9 fs0 fc2 sc0 ls32 ws0">C <span class="ff2 ls0">dilinde iki yap<span class="_ _0"></span>ı nesnesi birbiriyle aritmetik işleml<span class="_ _0"></span>ere sokulamaz, karşılaştırma iş<span class="_ _0"></span>leçleriyle <span class="_ _0"></span>yap<span class="_ _0"></span>ı değişkenleri </span></div><div class="t m0 x10 h3 yed9 ff2 fs0 fc2 sc0 ls0 ws0">arasında karşılaştırma işlem<span class="_ _0"></span>i yapılamaz. C‟de bir y<span class="_ _0"></span>apı nesnesi yalnızca ü<span class="_ _0"></span>ç işlecin terimi olabilir:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ye08 ff2 fs0 fc2 sc0 ls0 ws0">Nokta işleciyle bir yapı n<span class="_ _0"></span>esnesinin elemanına erişilebilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y37f ff2 fs0 fc2 sc0 ls0 ws0">Adres işleciyle bir yapı n<span class="_ _0"></span>esnesinin adresi alınab<span class="_ _0"></span>ilir. Bu durumda elde edilen <span class="_ _0"></span>ad<span class="_ _0"></span>res yapı türünden b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 y43d ff1 fs0 fc2 sc0 ls0 ws0">adrestir. </div><div class="t m0 x10 h3 yeda ff2 fs0 fc2 sc0 ls0 ws0">Yapı nesnesi <span class="ff9">sizeo<span class="_ _0"></span>f </span>işlecinin terimi olabilir. Bu d<span class="_ _0"></span>urmda üretilen değer <span class="_ _0"></span>söz konusu yap<span class="_ _0"></span>ının bellekte kapladığı </div><div class="t m0 x10 h3 yd60 ff9 fs0 fc2 sc0 ls0 ws0">byte <span class="ff2">sayısıdır.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 yd9a ff2 fs0 fc2 sc0 ls0 ws0">Aynı türden iki y<span class="_ _0"></span>apı değişkeni birbirine atanab<span class="_ _0"></span>ilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y4c2 ff2 fs0 fc2 sc0 ls0 ws0">Eğer yapı değişkenleri üzerind<span class="_ _0"></span>e çeşitli işl<span class="_ _0"></span>emlerin yapılması isteniy<span class="_ _0"></span>orsa işleme girecek yapı d<span class="_ _0"></span>eğişkenlerini </div><div class="t m0 x10 h3 y17d ff2 fs0 fc2 sc0 ls0 ws0">argüman olarak ala<span class="_ _0"></span>n özel işlevler yazmak gerekir. <span class="_ _0"></span>Örneğin <span class="_ _0"></span><span class="ff9">C</span>‟de tarih işlemlerini gerçekl<span class="_ _0"></span>eştirmek için, önce tarih </div><div class="t m0 x10 h3 y91f ff2 fs0 fc2 sc0 ls0 ws0">bilgilerini bir yapı olarak <span class="_ _0"></span>belirlemek ardından<span class="_ _0"></span> da bu yapıya ilişkin bir grup<span class="_ _0"></span><span class="ff1"> <span class="_ _0"></span></span>işlev yazmak gerekir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yedb ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yafc ff9 fs0 fc2 sc0 ls0 ws0">C++<span class="ff2">‟<span class="ff1 ls8">da<span class="ls0"> bir <span class="_ _9"></span><span class="ff2">sınıf<span class="ff1"> <span class="_ _6"></span>ne<span class="_ _0"></span>snesi bir <span class="_ _9"></span><span class="ff2">işlecin<span class="ff1"> terimi <span class="_ _6"></span>olabilir. <span class="lsb">Bu</span> <span class="_ _6"></span>duru<span class="_ _0"></span>mda derleyici, <span class="_ _6"></span><span class="ff2">işlecin<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span><span class="ff2">kullanıldığı ifad<span class="_ _0"></span>eyi bir işlev </span></span></span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 ye78 ff2 fs0 fc2 sc0 ls0 ws0">çağrısına dönüştürebil<span class="_ _0"></span>mek için, programcı tarafından<span class="_ _0"></span> tanımlanan u<span class="_ _0"></span>ygun bir işlevin bulunup bu<span class="_ _0"></span>lunmadığını </div><div class="t m0 x10 h3 ye79 ff2 fs0 fc2 sc0 ls0 ws0">araştırır. Derleyici böyle bir i<span class="_ _0"></span>şlev bulursa, işlecin bu<span class="_ _0"></span>lunduğu ifadeyi, b<span class="_ _0"></span>ir işleve yapılan çağrıy<span class="_ _0"></span>a dönüştürür. İşleç </div><div class="t m0 x10 h3 yce8 ff2 fs0 fc2 sc0 ls0 ws0">ifadesinin dönüştürülec<span class="_ _0"></span>eği uygun bir işlev yoksa, duru<span class="_ _0"></span>m derleme zamanında <span class="_ _0"></span>hata olarak<span class="_ _3"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">değerlendirilir.<span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 y40f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y201 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfı tasarlayan programcı, t<span class="_ _0"></span>asarladığı sını<span class="_ _0"></span>fa ilişkin nesneleri<span class="_ _0"></span>n belirli işleçlerin terimi olma<span class="_ _0"></span>sını istiyorsa, </div><div class="t m0 x10 h3 yedc ff2 fs0 fc2 sc0 ls0 ws0">işlevler tanımlayarak bu<span class="_ _0"></span> amacını sağlayabilir. <span class="_ _0"></span><span class="ff9">C++</span><span class="ls42">‟ı</span>n var olan işleçlerine bö<span class="_ _0"></span>ylece tanımlanan<span class="_ _0"></span> sınıflara ilişkin </div><div class="t m0 x10 h3 y60c ff2 fs0 fc2 sc0 ls0 ws0">ek anlamlar yüklenebilir. Bu a<span class="_ _0"></span>raca “işleç yükleme<span class="_ _0"></span>si” (<span class="ff9">ope<span class="_ _0"></span>rator overloading<span class="_ _0"></span><span class="ff1 ls22">) <span class="ls0">denir. </span></span></span></div><div class="t m0 x10 h3 y6d0 ff2 fs0 fc2 sc0 ls0 ws0">İşleç yüklemesi, kullanıcı ko<span class="_ _0"></span>dların işini kolaylaştırır, dah<span class="_ _0"></span>a kolay ve daha <span class="_ _0"></span>iyi bir soyutlama yap<span class="_ _0"></span>masını sağlar. İşleç </div><div class="t m0 x10 h3 yd1c ff2 fs0 fc2 sc0 ls0 ws0">yüklemesi ile, var olan işleçler<span class="_ _0"></span>in verdiği güçlü çağrışımdan<span class="_ _0"></span> sınıf nesneleri için de <span class="_ _0"></span>faydalanılır. Sınıf ne<span class="_ _0"></span>sneleri </div><div class="t m0 x10 h3 yedd ff2 fs0 fc2 sc0 ls0 ws0">sanki doğal veri<span class="ff1"> </span>türlerin<span class="_ _0"></span>den nesnelermiş gibi işleçler<span class="_ _0"></span>le birlikte kullanılab<span class="_ _0"></span>ilir.<span class="ff1"> </span></div><div class="t m0 x1 h3 ya20 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3c3 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesi bir işlecin ter<span class="_ _0"></span>imi olmuşsa aşa<span class="_ _0"></span>ğıdaki olasılıklar söz ko<span class="_ _0"></span>nusudur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 he yede ff6 fs0 fc2 sc0 ls50 ws0">a)<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">İfade derleyici tar<span class="_ _0"></span>afından bir sınıfın üye işlevine yap<span class="_ _0"></span>ılan çağrıya<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ff2">dönüştürülür.<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x10 he yedf ff6 fs0 fc2 sc0 ls51 ws0">b)<span class="ff7 ls0"> <span class="_ _b"></span><span class="ff2">İfade global bir işl<span class="_ _0"></span>eve yapılan ça<span class="_ _0"></span>ğrıya<span class="ff1"> <span class="_ _9"></span><span class="ff2">dönüştürülü<span class="_ _0"></span>r.<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x10 he y12c ff6 fs0 fc2 sc0 ls52 ws0">c)<span class="ff7 ls0"> <span class="_ _f"></span><span class="ff2">İfade derleme zam<span class="_ _9"></span>anı <span class="_ _9"></span>hatası olarak<span class="ff1"> <span class="_ _0"></span></span>değerlendirilir.<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x1 hd yc7f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6ef ff2 fs0 fc2 sc0 ls0 ws0">Bir işleç sınıfın bir üye işl<span class="_ _0"></span>evi tarafından yü<span class="_ _0"></span>klenebileceği global işleve de yüklenebilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y5d2 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y9c0 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> </span></div><div class="t m0 x10 h3 yee0 ff2 fs0 fc2 sc0 ls0 ws0">İşleçleri yükleyen üye işle<span class="_ _0"></span>vler sınıfın diğer üye i<span class="_ _0"></span>şlevleri gibi b<span class="_ _0"></span>ildirilip tanımlanır. Bu işlevleri<span class="_ _0"></span>n sınıf </div><div class="t m0 x10 h3 yee1 ff2 fs0 fc2 sc0 ls0 ws0">bildirimi içindeki bildirimi aşa<span class="_ _0"></span>ğıdaki gibi olmalıdır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yee2 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">199</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ffc fs0 fc2 sc0 ls13 ws0">[geri dönüş değerinin türü] işleç &lt;işleç simgesi&gt; ([parametreler]);<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 y4d5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y212 ff2 fs0 fc2 sc0 ls0 ws0">Genel biçimde de görü<span class="_ _0"></span>ldüğü gibi, bu işlevlerin bildirimi d<span class="_ _0"></span>iğer üye işlevl<span class="_ _0"></span>erde old<span class="_ _0"></span>uğu gibi yapılır. İşleç yükleyen </div><div class="t m0 x10 h3 y176 ff2 fs0 fc2 sc0 ls0 ws0">işlevler ile sınıfın diğer üye işl<span class="_ _0"></span>evleri arasındaki tek fark i<span class="_ _0"></span>simlendirmeye ilişkindir. İşleç yükl<span class="_ _0"></span>eyen işlevin isimleri </div><div class="t m0 x10 h3 y177 ff9 fs0 fc2 sc0 ls0 ws0">operator <span class="ff2">anah<span class="_ _0"></span>tar sözcüğü ile bir işleç simge<span class="_ _0"></span>sinden oluşur. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y4d6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y179 ff8 fs0 fc2 sc0 ls13 ws0">class Myclass{ </div><div class="t m0 x11 h11 y136 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 yee4 ff8 fs0 fc2 sc0 ls13 ws0">int a; </div><div class="t m0 x11 h11 y19b ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y19c ff8 fs0 fc2 sc0 ls13 ws0">bool operator&lt;(int);<span class="ls0"> </span></div><div class="t m0 x12 h11 y19d ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y19e ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h3 ya4 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte işlev i<span class="_ _0"></span>smi olarak <span class="_ _0"></span><span class="ff9">operator</span>&lt; kullanılıyor. <span class="_ _0"></span><span class="ff9">operator, C</span>++‟ın<span class="_ _0"></span> bir anahtar sözcüğü<span class="_ _0"></span>dür. Hem </div><div class="t m0 x10 h3 yd26 ff2 fs0 fc2 sc0 ls0 ws0">bildirimde hem de tan<span class="_ _0"></span>ımlama sırasında kullanılma<span class="_ _0"></span>sı gerekir. <span class="_ _0"></span><span class="ff9">operator </span>ile &gt; ayrı a<span class="_ _0"></span>yrı atomlar oldu<span class="_ _0"></span>ğu için </div><div class="t m0 x10 h3 ycf4 ff2 fs0 fc2 sc0 ls0 ws0">aralarına istenildiği kadar b<span class="_ _0"></span>oşluk karakt<span class="_ _0"></span>eri koyulabileceği gibi bu ik<span class="_ _0"></span>i atom bitişik de yazılabilir. İşle<span class="_ _0"></span>ç simgesi </div><div class="t m0 x10 h3 y5a ff1 fs0 fc2 sc0 ls0 ws0">ancak <span class="ff9">C<span class="ff2">++‟ın işleçlerinden b<span class="_ _0"></span>iri olabilir. <span class="_ _0"></span></span>C<span class="ff2">++‟ın işleci olmayan<span class="_ _0"></span> bir simge için işleç yü<span class="_ _0"></span>kleyen işlev <span class="_ _0"></span>yazılamaz. </span></span></div><div class="t m0 x10 h3 yee5 ff2 fs0 fc2 sc0 ls0 ws0">Örneğin aşağıdaki işle<span class="_ _0"></span>vin bildirimi geçerli değildir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y9a9 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yee6 ff8 fs0 fc2 sc0 ls13 ws0">void operator<span class="ls0"> $ </span>(int);<span class="ls0"> <span class="_ _33"> </span></span>//Geçersiz<span class="ls0"> </span></div><div class="t m0 x1 h15 yee7 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yee8 ff1 fs0 fc2 sc0 ls0 ws0">Çünkü <span class="ff9">C<span class="ff2">++‟da $ ato<span class="_ _0"></span>muyla belirtilen bir işleç y<span class="_ _0"></span>oktur.<span class="_ _0"></span></span></span> </div><div class="t m0 x10 h3 yc99 ff2 fs0 fc2 sc0 ls0 ws0">İşleçleri yükleyen üye işle<span class="_ _0"></span>vlerin tanımlanması ve çağrılma<span class="_ _0"></span>sı diğer üye işlevler gibi yap<span class="_ _0"></span>ılır. Örneğin <span class="_ _3"></span>yukarıda </div><div class="t m0 x10 h3 yee9 ff1 fs0 fc2 sc0 ls0 ws0">bildirilen <span class="ff9">operator<span class="ff2">&gt; i<span class="_ _0"></span>şlevi sınıfın dışında <span class="_ _0"></span>aşağıdaki gibi tanımlanabilir.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h90 yeea ff1 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h91 y35f ff5 fs8 fc2 sc0 ls0 ws0">İşlev<span class="ff3 ls53">in<span class="ls0"> <span class="_ _5"></span>geri <span class="_ _5"></span><span class="ls54">dönü<span class="ff5 ls0">ş<span class="ff3"> <span class="_ _9"></span><span class="ff5">değeri<span class="ff3"> </span></span></span></span></span></span></span></div><div class="t m0 x2 h91 yeeb ff3 fs8 fc2 sc0 ls0 ws0">türü </div><div class="t m0 x47 h91 y781 ff5 fs8 fc2 sc0 ls0 ws0">Sınıf<span class="ff3"> <span class="_ _9"></span><span class="ff5">İ<span class="ff3 ls55">smi<span class="ls0"> </span></span></span></span></div><div class="t m0 x48 h91 yeec ff3 fs8 fc2 sc0 ls0 ws0">Üye <span class="_ _8"></span><span class="ff5">İşlev İsmi</span></div><div class="t m0 x49 h91 y781 ff3 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x4a h91 yeed ff5 fs8 fc2 sc0 ls0 ws0">Parametre Değiş<span class="ff3">keni </span></div><div class="t m0 x1 h4 yeee ff3 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h4 yb10 ff3 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h4a y249 ff3 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m9 x2 h92 y469 ff3 fs12 fc2 sc0 ls0 ws0">bool <span class="_ _58"> </span>Myclass::operator&lt;(cons<span class="_ _0"></span>t <span class="_ _0"></span>Myclass&amp;)</div><div class="t m0 x4b h92 y469 ff3 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m9 x2 h92 y4ba ff3 fs12 fc2 sc0 ls0 ws0">{</div><div class="t m0 x1a h92 y4ba ff3 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m9 x4c h92 y9dd ff3 fs12 fc2 sc0 ls0 ws0">//...</div><div class="t m0 x4d h92 y9dd ff3 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m9 x2 h92 yeef ff3 fs12 fc2 sc0 ls0 ws0">}</div><div class="t m0 x1a h92 yeef ff3 fs12 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfc8" class="pf w0 h0" data-page-no="c8"><div class="pc pcc8 w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 yef0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 yef1 ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">200</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 yef2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span></span>İ<span class="_ _b"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>P<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>a<span class="_ _3"></span>p<span class="_ _b"></span>ı<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Bazı işleçler hariç olmak ü<span class="_ _0"></span>zere işleçleri yükleyen işle<span class="_ _0"></span>vlerin geri dönüş değerleri h<span class="_ _0"></span>erhangi bir türden o<span class="_ _0"></span>labilir. </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">Ancak parametre değişkeni <span class="_ _0"></span>sayıları üzerind<span class="_ _0"></span>e bir koşul vard<span class="_ _0"></span>ır. Bir sınıfın üyesi olan<span class="_ _0"></span> işleç yükleyici işlevler ya hiç </div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">parametre almaz ya <span class="_ _0"></span>da tek parametre alır. Tek terimli (<span class="_ _0"></span><span class="ff9">una<span class="_ _0"></span>ry</span>) işleçlere ilişkin işlevlerin p<span class="_ _0"></span>arametresiz ol<span class="_ _0"></span>ması, iki </div><div class="t m0 x10 h3 ycda ff1 fs0 fc2 sc0 ls0 ws0">terimli (<span class="ff9">binary<span class="ff2">) işleçler<span class="_ _0"></span>e ilişkin işlevlerin ise tek parametre al<span class="_ _0"></span>ması zoru<span class="_ _0"></span>nludur. Aşağıdaki ör<span class="_ _0"></span>neği inceleyin:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 y8f5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycdb ff8 fs0 fc2 sc0 ls13 ws0">class Complex { </div><div class="t m0 x12 h11 ybe5 ff8 fs0 fc2 sc0 ls13 ws0">double real,<span class="ls0"> im<span class="_ _9"></span>ag<span class="_ _9"></span>; </span></div><div class="t m0 x11 h11 y679 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yef3 ff8 fs0 fc2 sc0 ls13 ws0">Complex(double, double); </div><div class="t m0 x12 h11 y538 ff8 fs0 fc2 sc0 ls13 ws0">Complex operator/(double)const; </div><div class="t m0 x12 h11 yef4 ff8 fs0 fc2 sc0 ls13 ws0">bool<span class="ls0"> </span>operator!()const;<span class="ls0"> </span></div><div class="t m0 x12 h11 yef5 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 yedb ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h7f y896 ff8 fs19 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y82 ff9 fs0 fc2 sc0 ls0 ws0">Complex <span class="ff2">isimli sınıfın <span class="_ _0"></span></span>operator<span class="ff2">/ işlevinin tek b<span class="_ _0"></span>ir parametre değişkeni var. İ<span class="_ _0"></span>şlev </span>Complex <span class="_ _0"></span><span class="ff1">türüne geri dönü<span class="_ _0"></span>yor. </span></div><div class="t m0 x10 h3 y83 ff2 fs0 fc2 sc0 ls0 ws0">Bölme işleci iki terimli olduğu<span class="_ _0"></span> için, üye işlev ile yüklend<span class="_ _0"></span>iğinde, işlevi tek param<span class="_ _0"></span>etresi olmalı. Ö<span class="_ _0"></span>rneğin bu işlevin </div><div class="t m0 x10 h3 yef6 ff2 fs0 fc2 sc0 ls0 ws0">sınıf içinde<span class="ff1"> </span></div><div class="t m0 x1 hd y410 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yef7 ff8 fs0 fc2 sc0 ls13 ws0">Complex operator/(double, double)const;<span class="ls0"> </span></div><div class="t m0 x1 h15 yef8 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycf8 ff1 fs0 fc2 sc0 ls0 ws0">biçiminde bildirilmesi geçer<span class="_ _0"></span>siz olurdu.<span class="_ _0"></span> </div><div class="t m0 x10 h3 y9cc ff9 fs0 fc2 sc0 ls0 ws0">Complex <span class="ff2">sınıfının </span>op<span class="_ _0"></span>erator! <span class="ff2">işlevinin is<span class="_ _0"></span>e, parametre değişken<span class="_ _0"></span>inin olmadığını bu işlevin <span class="_ _0"></span></span>bo<span class="_ _0"></span>ol <span class="ff1">türüne geri </span></div><div class="t m0 x10 h3 y55f ff2 fs0 fc2 sc0 ls0 ws0">döndüğünü<span class="_ _0"></span> görüyorsunuz. Tek terimli mantıksal d<span class="_ _0"></span>eğil işleci üye işlev ile yüklend<span class="_ _0"></span>iğinde, işlevin param<span class="_ _0"></span>etre </div><div class="t m0 x10 h3 yef9 ff2 fs0 fc2 sc0 ls0 ws0">değişkeni olmamalıdır. Örn<span class="_ _0"></span>eğin bu işlev<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yefa ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y5a3 ff8 fs0 fc2 sc0 ls13 ws0">bool operator!(int)const;<span class="ls0"> </span></div><div class="t m0 x1 h15 yefb ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y436 ff1 fs0 fc2 sc0 ls0 ws0">biçiminde bildirilseydi, bildiri<span class="_ _0"></span>m geçersiz olurd<span class="_ _0"></span>u. </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfc9" class="pf w0 h0" data-page-no="c9"><div class="pc pcc9 w0 h0"><img class="bi xb yefc w6 h93" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">201</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Ancak bazı işleçler hem t<span class="_ _0"></span>ek terimli hem de iki teri<span class="_ _0"></span>mli olarak kullan<span class="_ _0"></span>ılır. Örneğin * işleci çarpma işleci olarak </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">kullanıldığında iki <span class="_ _0"></span>terimli iken, içerik işleci olarak ku<span class="_ _0"></span>llanıldığınd<span class="_ _0"></span>a tek terimlidir. Bu işl<span class="_ _0"></span>eç hem <span class="ff9">binary <span class="ff1">he<span class="_ _0"></span>m de </span></span></div><div class="t m0 x10 h3 y1f2 ff9 fs0 fc2 sc0 ls0 ws0">unary <span class="ff2">işleç olarak yü<span class="_ _0"></span>klenebilir. Benzer durum +, <span class="_ _0"></span><span class="ff1">-</span>, &amp; işleçl<span class="_ _0"></span>eri için de geçerlidir. Bu işleçl<span class="_ _0"></span>er de hem tek terimli </span></div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">hem de iki terimli işleç olara<span class="_ _0"></span>k yüklenebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y675 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y877 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>a<span class="_ _3"></span>p<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y33a ff2 fs0 fc2 sc0 ls0 ws0">İşleçleri yükleyen işlevler h<span class="_ _0"></span>em normal bir işlev gibi, h<span class="_ _0"></span>em de bir işlecin kullanıl<span class="_ _0"></span>masıyla kısa biçimde çağrılabilir. </div><div class="t m0 x10 h3 y33b ff2 fs0 fc2 sc0 ls0 ws0">Zaten bu işlevlerin varlık n<span class="_ _0"></span>edeni kısa çağrının verdi<span class="_ _0"></span>ği okuma ve yazma kolaylığından<span class="_ _0"></span> faydalanmaktır. <span class="_ _3"></span><span class="ff9 ls1a">x </span>bir sınıf </div><div class="t m0 x10 h3 y17a ff1 fs0 fc2 sc0 ls0 ws0">nesnesi, <span class="ff9 ls1f">y </span>herhangi b<span class="_ _0"></span>ir t<span class="ff2">ürden n<span class="_ _0"></span>esne ya da değişmez olmak</span> üzere, </div><div class="t m0 x1 h3 y636 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yefd ffc fs0 fc2 sc0 ls13 ws0">x.operator &lt;işleç simgesi&gt; (y);<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 y56b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc2 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir çağrı biçimi ile,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yefe ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc2c ffc fs0 fc2 sc0 ls13 ws0">x &lt;işleç atomu&gt; y<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 y77b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y124 ff2 fs0 fc2 sc0 ls0 ws0">çağrı eşdeğerdir. Örneğin;<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yeff ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf00 ff8 fs0 fc2 sc0 ls13 ws0">z = x + y;<span class="ls0"> </span></div><div class="t m0 x1 h15 yf01 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6d1 ff1 fs0 fc2 sc0 lse ws0">ile<span class="ls0"> </span></div><div class="t m0 x1 h3 y3c2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3c3 ff8 fs0 fc2 sc0 ls13 ws0">z.operator=(x.operator+(y));<span class="ls0"> </span></div><div class="t m0 x1 h15 y6b7 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6b8 ff2 fs0 fc2 sc0 ls0 ws0">aynı anlamdad<span class="_ _0"></span>ır. Ya da örneğin,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y98b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf02 ff8 fs0 fc2 sc0 ls13 ws0">x.operator!();<span class="ls0"> </span></div><div class="t m0 x1 h15 yf03 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y703 ff1 fs0 fc2 sc0 ls0 ws0">yerine <span class="ff2">kısaca</span> </div><div class="t m0 x1 h3 y20d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5ec ff8 fs0 fc2 sc0 ls13 ws0">!x<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfca" class="pf w0 h0" data-page-no="ca"><div class="pc pcca w0 h0"><img class="bi xb ye13 w6 h94" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">202</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycbb ff2 fs0 fc2 sc0 ls0 ws0">yazılabilir. Şüphesiz bu<span class="_ _0"></span> kısa yazış biçimi daha kolay<span class="_ _0"></span> okunabilir. Kısa çağrı biçimi il<span class="_ _0"></span>e sanki sınıf nesneleri norma<span class="_ _0"></span>l </div><div class="t m0 x10 h3 ycbc ff2 fs0 fc2 sc0 ls0 ws0">işleçlerle işleme sokuluyormu<span class="_ _0"></span>ş gibi bir algı düzeyi elde edil<span class="_ _0"></span>miş olur. Böylece sınıfı kullan<span class="_ _0"></span>an programcıların işini </div><div class="t m0 x10 h3 ycbd ff2 fs0 fc2 sc0 ls0 ws0">kolaylaşır.<span class="ff1"> </span></div><div class="t m0 x10 h3 yf04 ff9 fs0 fc2 sc0 ls0 ws0">object <span class="_ _0"></span><span class="ff2">bir sınıf türünden bir nesne ve <span class="_ _0"></span></span>right_operand <span class="ff2">iki <span class="_ _0"></span>terimli bir işlecin sağ teri<span class="_ _0"></span>mi olsun:<span class="ff1"> </span></span></div><div class="t m0 x1 hd y92f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya77 ff8 fs0 fc2 sc0 ls13 ws0">object + right_operand<span class="ls0"> </span></div><div class="t m0 x1 h15 ydb6 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye63 ff2 fs0 fc2 sc0 ls0 ws0">biçimindeki bir ifade d<span class="_ _0"></span>erleyici tarafından aşağıdak<span class="_ _0"></span>i gibi bir üye işlev çağrısına <span class="_ _0"></span>dönüştürülebilir:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y9e3 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yba6 ff8 fs0 fc2 sc0 ls13 ws0">object.operator+(right_operand);<span class="ls0"> </span></div><div class="t m0 x1 h2a y272 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf05 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte top<span class="_ _0"></span>lama işlecinin solundaki sınıf ne<span class="_ _0"></span>snesi için, <span class="_ _0"></span><span class="ff9">obje<span class="_ _0"></span>ct </span>nesnesinin ait olduğu<span class="_ _0"></span> sınıfın <span class="ff9">operato<span class="_ _0"></span>r+ </span></div><div class="t m0 x10 h3 y475 ff2 fs0 fc2 sc0 ls0 ws0">üye işlevi çağrılıyor. Bir üy<span class="_ _0"></span>e işlevin bir sınıf nesnesi ile çağrıl<span class="_ _0"></span>ması durumunda sınıf ne<span class="_ _0"></span>snesinin adresinin işleve </div><div class="t m0 x10 h3 yf06 ff1 fs0 fc2 sc0 ls0 ws0">gizlice <span class="ff9">this </span>adresi olarak<span class="_ _0"></span> <span class="ff2">geçirildiğini biliyo<span class="_ _0"></span>rsunuz. Toplama işleci için çağrı<span class="_ _0"></span>lacak işlevin her iki nesne üzerind<span class="_ _0"></span>e </span></div><div class="t m0 x10 h3 y494 ff2 fs0 fc2 sc0 ls0 ws0">işlem yapabilmesi için, iki n<span class="_ _0"></span>esneye de ulaşması gerekir, deği<span class="_ _0"></span>l mi?<span class="ff1"> </span></div><div class="t m0 x10 h3 y9c8 ff2 fs0 fc2 sc0 ls0 ws0">Soldaki sınıf nesnesinin a<span class="_ _0"></span>dresi this adresi olarak işle<span class="_ _0"></span>ve geçirildiğine göre, işlevin yaln<span class="_ _0"></span>ızca sağ<span class="_ _0"></span><span class="ff1">d<span class="_ _0"></span>aki nesnenin </span></div><div class="t m0 x10 h3 y9c9 ff2 fs0 fc2 sc0 ls0 ws0">değerini alması gerekir. İ<span class="_ _0"></span>şte bu yüzd<span class="_ _0"></span>en iki terimli bir işleç üye işlev olarak yü<span class="_ _0"></span>klendiğinde, bu işlevin tek b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 y622 ff2 fs0 fc2 sc0 ls0 ws0">parametresi olmalıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y623 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y882 ff8 fs0 fc2 sc0 ls13 ws0">!object<span class="ls0"> </span></div><div class="t m0 x10 h3 yd59 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir ifade de üye işlev ça<span class="_ _0"></span>ğrısına dönü<span class="_ _0"></span>ştürülebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 y512 ff8 fs0 fc2 sc0 ls13 ws0">object.operator!();<span class="ls0"> </span></div><div class="t m0 x1 h15 yf07 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf08 ff2 fs0 fc2 sc0 ls0 ws0">Bu işlev zaten <span class="ff9">obje<span class="_ _0"></span>c<span class="ls56">t </span><span class="ff1">nesnesinin adresini <span class="_ _0"></span></span>this </span>adresi olarak ala<span class="_ _0"></span>cağına göre ve <span class="ff9 ls57">! </span>işl<span class="_ _0"></span>ecinin başka d<span class="_ _0"></span>a bir terimi </div><div class="t m0 x10 h3 y418 ff2 fs0 fc2 sc0 ls0 ws0">olmadığına göre işlevin p<span class="_ _0"></span>arametre değişkeninin olma<span class="_ _0"></span>ması gerekir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb8b ff2 fs0 fc2 sc0 ls0 ws0">Bir işleci yükleyen işlevi yaz<span class="_ _0"></span>arken işlecin aldığı terim sayıs<span class="_ _0"></span>ı (<span class="_ _0"></span><span class="ff9">arity</span>) değiştirilemez. Örneğ<span class="_ _0"></span>in<span class="ff1"> </span></div><div class="t m0 x10 h3 y333 ff9 fs0 fc2 sc0 ls57 ws0">! <span class="ff2 ls0">işlecinin <span class="ff9">Complex <span class="_ _0"></span></span>isimli bir sınıf için üye işlev biçi<span class="_ _0"></span>minde yüklenmek istendiğini d<span class="_ _0"></span>üşünelim. <span class="_ _0"></span></span>! <span class="ff2 ls0">işleci <span class="ff9">C+<span class="_ _0"></span>+ </span>„ın tek </span></div><div class="t m0 x10 h3 y450 ff2 fs0 fc2 sc0 ls0 ws0">terimli işleci olduğuna <span class="_ _0"></span>göre, bu işlecin görevini ü<span class="_ _0"></span>slenecek işlevin param<span class="_ _0"></span>etre değişkeni olmamalıdır.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b y1ae ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y37b ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _f"></span></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 yc6e ff1 fs0 fc2 sc0 ls0 ws0">Bir <span class="ff2">sınıf nesnesi bir işlecin ter<span class="_ _0"></span>imi olduğun<span class="_ _0"></span>da global bir işlevin çağrılması d<span class="_ _0"></span>a sağlanabilir. Bu d<span class="_ _0"></span>urumda çağrılan </span></div><div class="t m0 x10 h3 y91b ff2 fs0 fc2 sc0 ls0 ws0">işlevlere ”işleç yükleyen gloab<span class="_ _0"></span>al işlev“ (<span class="ff9">glo<span class="_ _0"></span>bal operator function<span class="_ _0"></span><span class="ff1">) denir. <span class="_ _0"></span></span><span class="ls14">a </span><span class="ff1">ve </span>b Myclass </span>isimli bir sını<span class="_ _0"></span>fa ait </div><div class="t m0 x10 h3 y174 ff1 fs0 fc2 sc0 ls0 ws0">nesneler olmak üzere <span class="_ _0"></span><span class="ff9">a + b </span>gib<span class="_ _0"></span>i bi<span class="ff2">r ifade, uygun b<span class="_ _0"></span>ir global işlevin tanımlanması duru<span class="_ _0"></span>munda<span class="_ _0"></span></span> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfcb" class="pf w0 h0" data-page-no="cb"><div class="pc pccb w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">203</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5d7 ff8 fs0 fc2 sc0 ls13 ws0">operator+(a, b)<span class="ls0"> </span></div><div class="t m0 x1 h15 y80c ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y80d ff2 fs0 fc2 sc0 ls0 ws0">gibi bir çağrıya dön<span class="_ _0"></span>üştürülebilir. Bu durumda <span class="_ _0"></span>böyle bir global işlevin iki parametr<span class="_ _0"></span>e değişkeni olmalıdır. </div><div class="t m0 x10 h3 y80e ff2 fs0 fc2 sc0 ls0 ws0">İşlevin bildirimi aşağıdaki gib<span class="_ _0"></span>i olabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y7a2 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc39 ff8 fs0 fc2 sc0 ls13 ws0">Myclass operator+ (const Myclass &amp;, const Myclass &amp;);<span class="ls0"> </span></div><div class="t m0 x1 h15 y4f2 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf09 ff2 fs0 fc2 sc0 ls0 ws0">Bir işleci yükleyen gobal işl<span class="_ _0"></span>evin kaç par<span class="_ _0"></span>ametre değişkeni olmalı? Global işl<span class="_ _0"></span>evler sınıf nesnelerinin a<span class="_ _0"></span>dreslerini </div><div class="t m0 x10 h3 ye24 ff2 fs0 fc2 sc0 ls0 ws0">gizlice almadıklarına göre, işl<span class="_ _0"></span>eç kaç terimli ise işl<span class="_ _0"></span>evin de o kadar p<span class="_ _0"></span>arametresi olmalıdır. İki terimli bir i<span class="_ _0"></span>şlecin sol<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf0a ff2 fs0 fc2 sc0 ls0 ws0">teriminin bir sınıf nesn<span class="_ _0"></span>esi olmaması durumund<span class="_ _0"></span>a bir üye işlevin çağrıla<span class="_ _0"></span>mayacağını biliyoruz.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yf0b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y36c ff8 fs0 fc2 sc0 ls13 ws0">Myclass m;<span class="ls0"> </span></div><div class="t m0 x1 h15 yf0c ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yad9 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmasından sonra <span class="_ _0"></span><span class="ff9">m + 5 <span class="_ _0"></span></span>gibi bir ifade için sınıfın <span class="_ _0"></span><span class="ff9">operator+ </span>işlevi çağrılabilir. Ancak<span class="_ _0"></span>,<span class="ff1"> </span></div><div class="t m0 x1 h3 y1c3 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yba7 ff8 fs0 fc2 sc0 ls13 ws0">5 + m<span class="ls0"> </span></div><div class="t m0 x1 h15 ye28 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yeb ff2 fs0 fc2 sc0 ls0 ws0">gibi bir ifade için sınıfın <span class="_ _0"></span><span class="ff9">operator+ </span>işle<span class="_ _0"></span>vinin<span class="ff1"> </span>çağrılması mümk<span class="_ _0"></span>ün değildir. Ancak top<span class="_ _0"></span>lama işlecinin değişme </div><div class="t m0 x10 h3 yf0d ff2 fs0 fc2 sc0 ls0 ws0">özelliği olduğuna göre <span class="_ _0"></span><span class="ff9">Myclass </span>sınıfı için <span class="_ _0"></span>de bu durumun<span class="_ _0"></span> geçerli olması gerekir değil mi? <span class="_ _0"></span><span class="ff9">Myc<span class="_ _0"></span>lass </span>sınıfı için </div><div class="t m0 x10 h3 yf0e ff1 fs0 fc2 sc0 ls0 ws0">global bir <span class="ff9">ope<span class="_ _0"></span>rator+ <span class="ff2">işlevinin tanımlanmı<span class="_ _0"></span>ş olması durumunda <span class="_ _0"></span>yukarıdaki ifade aşağıdak<span class="_ _3"></span>i gibi bir çağrıya </span></span></div><div class="t m0 x10 h3 yf0f ff2 fs0 fc2 sc0 ls0 ws0">dönüştürülebilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yf10 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y22 ff8 fs0 fc2 sc0 ls13 ws0">operator+(5, m);<span class="ls0"> </span></div><div class="t m0 x1 h15 y310 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf11 ff2 fs0 fc2 sc0 ls0 ws0">İşleçleri yükleyen işlevlere örn<span class="_ _0"></span>ek verebilmek için aşağ<span class="_ _0"></span>ıda <span class="_ _0"></span><span class="ff9">Myint </span>isminde yeni bir s<span class="_ _0"></span>ınıf tanımlıyoru<span class="_ _0"></span>z. <span class="ff9">Myint </span>sınıfı </div><div class="t m0 x10 h3 ycb6 ff1 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir nesne <span class="ff9">C++<span class="ff2 ls42">‟ı<span class="ls0">n önceden tanımlan<span class="_ _0"></span>mış türü olan <span class="_ _0"></span></span></span>int </span>türü<span class="_ _0"></span>nün yerine <span class="ff2">kullanılab<span class="_ _0"></span>ilecek. Sınıfı yalnızca </span></div><div class="t m0 x10 h3 y643 ff2 fs0 fc2 sc0 ls0 ws0">işleç yükleyen işlevlere örnek <span class="_ _0"></span>vermek için tanımlıyoru<span class="_ _0"></span>z. Sınıfın bildirimini incel<span class="_ _0"></span>eyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yf12 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y644 ff8 fs0 fc2 sc0 ls13 ws0">class Myint{<span class="ls0"> </span></div><div class="t m0 x2 h11 yf13 ff8 fs0 fc2 sc0 ls13 ws0">int m_val; </div><div class="t m0 x10 h11 yf14 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y9ee ff8 fs0 fc2 sc0 ls13 ws0">Myint(int = 0);<span class="ls0"> </span></div><div class="t m0 x2 h11 yc23 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfcc" class="pf w0 h0" data-page-no="cc"><div class="pc pccc w0 h0"><img class="bi xb yf15 w6 h95" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">204</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h3 y5d7 ff9 fs0 fc2 sc0 ls0 ws0">Myint <span class="ff2">sınıfı türünden b<span class="_ _0"></span>ir nesnenin içinde tamsayı d<span class="_ _0"></span>eğeri tutması <span class="_ _0"></span>ve nesnenin <span class="_ _0"></span></span>C++<span class="ff2 ls42">‟ı<span class="ls0">n doğa<span class="_ _0"></span>l veri türü olan <span class="_ _0"></span></span></span>int </div><div class="t m0 x10 h3 y362 ff2 fs0 fc2 sc0 ls0 ws0">türünün soku<span class="_ _0"></span>labileceği her türlü işleme sokulabilmesi h<span class="_ _0"></span>edefleniyor. Tabii istenirs<span class="_ _0"></span>e sınıfa doğal veri türü olan<span class="_ _0"></span> </div><div class="t m0 x10 h3 y649 ff9 fs0 fc2 sc0 ls0 ws0">int <span class="ff2">türünd<span class="_ _0"></span>e olmayan bazı özellikler de ekl<span class="_ _0"></span>enebilir. Sınıfın </span>p<span class="_ _0"></span>rivate <span class="ff1">bölü<span class="_ _0"></span>münde yer alan <span class="_ _0"></span></span>m_val <span class="ff2">isimli elemanı, sınıf </span></div><div class="t m0 x10 h3 ydf9 ff2 fs0 fc2 sc0 ls0 ws0">nesnesinin temsil ettiği değ<span class="_ _0"></span>eri tutmak için b<span class="_ _0"></span>ildirildi.<span class="ff1"> </span></div><div class="t m0 x10 h3 y2c8 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın kurucu işlevi varsay<span class="_ _0"></span>ılan değer alıyor. Kuru<span class="_ _0"></span>cu işleve bir argüman gö<span class="_ _0"></span>nderilmediği zaman n<span class="_ _0"></span>esnenin <span class="_ _0"></span><span class="ff9">m_val </span></div><div class="t m0 x10 h3 yf16 ff2 fs0 fc2 sc0 ls0 ws0">isimli elemanı <span class="ff9 ls4">0 </span>değerini a<span class="_ _0"></span>lır. Yani nesne <span class="ff9 ls4">0 <span class="_ _0"></span></span>değerini tutuyor <span class="_ _0"></span>olur. Diğer taraftan kurucu<span class="_ _0"></span> işlev tek parametre </div><div class="t m0 x10 h3 yaa9 ff2 fs0 fc2 sc0 ls0 ws0">değişkenine sahip olduğu<span class="_ _0"></span> için “dönüştüren k<span class="_ _0"></span>urucu işlev” olarak d<span class="_ _0"></span>a görev yapar. Yani <span class="_ _3"></span><span class="ff9">int <span class="ff1">türden olan bir ifade </span></span></div><div class="t m0 x10 h3 yf17 ff2 fs0 fc2 sc0 ls0 ws0">ya da otomatik <span class="_ _0"></span>dönüşümle <span class="ff9">int <span class="_ _0"></span></span>türüne dönü<span class="_ _0"></span>ştürülebilecek doğal türlerden b<span class="_ _0"></span>ir ifade, otomatik o<span class="_ _0"></span>larak <span class="_ _0"></span><span class="ff9">Myint </span></div><div class="t m0 x10 h3 y75f ff2 fs0 fc2 sc0 ls0 ws0">sınıfı türünden geçici bir n<span class="_ _0"></span>esneye dönüştürü<span class="_ _0"></span>lebilir. Otomatik dönü<span class="_ _0"></span>şümün istenmemesi durumun<span class="_ _0"></span>da kurucu </div><div class="t m0 x10 h3 ybb1 ff2 fs0 fc2 sc0 ls0 ws0">işlev <span class="ff9">explicit </span>anah<span class="_ _0"></span>tar sözcüğüyle tanımlanab<span class="_ _0"></span>ilirdi.<span class="ff1"> </span></div><div class="t m0 x1 h3 yaac ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye9b ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın kurucu işlevi aşağ<span class="_ _0"></span>ıda tanımlıyoruz:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya0b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye41 ff8 fs0 fc2 sc0 ls13 ws0">Myint::Myint(int val): m_val(val) { }<span class="ls0"> </span></div><div class="t m0 x1 h15 yf18 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y729 ff2 fs0 fc2 sc0 ls0 ws0">Kurucu işlevin tamamınd<span class="_ _0"></span>a <span class="ff9">MIL </span>sözd<span class="_ _0"></span>iziminin kullanıldığını gör<span class="_ _0"></span>üyorsunuz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ybd8 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf için kopyalayan<span class="_ _0"></span> kurucu işlevin, atama işlevinin, ve <span class="_ _0"></span>sonlandırıcı işlevin tanımlanma<span class="_ _0"></span>sınmasına gerek y<span class="_ _0"></span>ok, </div><div class="t m0 x10 h3 yb15 ff2 fs0 fc2 sc0 ls0 ws0">değil mi? Derleyicinin yazaca<span class="_ _0"></span>ğı işlevler yeterli olur. <span class="_ _0"></span><span class="ff9">Myint <span class="_ _0"></span></span>sınıfı türünden ik<span class="_ _0"></span>i nesnenin elemanlarının<span class="_ _0"></span> karşılıklı </div><div class="t m0 x10 h3 y141 ff2 fs0 fc2 sc0 ls0 ws0">olarak biribirine atan<span class="_ _0"></span>masında bir sak<span class="_ _0"></span>ınca olmaz.<span class="ff1"> </span></div><div class="t m0 x1 h3 yf19 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y5fa ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span><span class="ls4a">ıla</span>ş<span class="_ _3"></span>t<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _b"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _b"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 yf1a ff9 fs0 fc2 sc0 ls0 ws0">C++<span class="ff2 ls42">‟ı<span class="ls0">n tüm karşılaştırma işleçl<span class="_ _0"></span>eri iki terimlidir. Karşılaştır<span class="_ _0"></span>ma işleçlerini sınıfın bir ü<span class="_ _0"></span>ye işleviyle ya da glob<span class="_ _0"></span>al bir </span></span></div><div class="t m0 x10 h3 yf1b ff2 fs0 fc2 sc0 ls0 ws0">işlevle yüklemek mümkünd<span class="_ _0"></span>ür. Karşılaştırma işleçlerinin <span class="_ _0"></span><span class="ff9">boo<span class="_ _0"></span>l </span>türden değer ürettiğini <span class="_ _0"></span>biliyorsunuz.<span class="_ _0"></span> Ortak arayüzü<span class="_ _0"></span> </div><div class="t m0 x10 h3 y77f ff2 fs0 fc2 sc0 ls0 ws0">korumak ve aynı çağrışımdan<span class="_ _0"></span> faydalanmak için, b<span class="_ _0"></span>ir sınıfa ilişkin karşılaştırma işlevlerinin d<span class="_ _0"></span>e benzer biçimde <span class="_ _3"></span><span class="ff9">bool </span></div><div class="t m0 x10 h3 y12a ff2 fs0 fc2 sc0 ls0 ws0">türüne geri dönmesi tercih ed<span class="_ _0"></span>ilir. Üye işlevler olarak yaz<span class="_ _0"></span>ıldıklarında <span class="_ _0"></span>tek parametre değişkenine sahip<span class="_ _0"></span> olurl<span class="_ _0"></span><span class="ff1">ar. </span></div><div class="t m0 x10 h3 y60e ff2 fs0 fc2 sc0 ls0 ws0">Global işlevler olarak yaz<span class="_ _0"></span>ılmaları durumund<span class="_ _0"></span>a ise, iki parametre değişkeninin<span class="_ _0"></span> olması gerekir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb17 ff9 fs0 fc2 sc0 ls0 ws0">Myint <span class="ff2">sınıfı için karşıla<span class="_ _0"></span>ştırma işleçlerini üye işlevler olarak <span class="_ _0"></span>bildiriyoruz.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd yf1c ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9fa ff8 fs0 fc2 sc0 ls13 ws0">class Myint { </div><div class="t m0 x11 h11 yf1d ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y2c1 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 yf1e ff8 fs0 fc2 sc0 ls13 ws0">bool operator==(const Myint &amp;r) const; </div><div class="t m0 x12 h11 y6b ff8 fs0 fc2 sc0 ls13 ws0">bool operator!=(const Myint &amp;r) const; </div><div class="t m0 x12 h11 ye1e ff8 fs0 fc2 sc0 ls13 ws0">bool operator&lt;(const Myint &amp;r) const; </div><div class="t m0 x12 h11 y686 ff8 fs0 fc2 sc0 ls13 ws0">bool operator&lt;=(const Myint &amp;r) const; </div><div class="t m0 x12 h11 y7d0 ff8 fs0 fc2 sc0 ls13 ws0">bool operator&gt;(const Myint &amp;r) const; </div><div class="t m0 x12 h11 y486 ff8 fs0 fc2 sc0 ls13 ws0">bool operator&gt;=(const Myint &amp;r) const;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfcd" class="pf w0 h0" data-page-no="cd"><div class="pc pccd w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">205</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y1b3 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 yc91 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 yf1f ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y72 ff2 fs0 fc2 sc0 ls0 ws0">Tüm üye karşılaştırma işl<span class="_ _0"></span>evlerinin <span class="_ _0"></span><span class="ff9">bool </span>türüne geri dönd<span class="_ _0"></span>üğünü görüyorsunuz. Ka<span class="_ _0"></span>rşılaştırma işleçlerinin yan </div><div class="t m0 x10 h3 yf20 ff2 fs0 fc2 sc0 ls0 ws0">etkisi yoktur. Yani karşıla<span class="_ _0"></span>ştırma işleminin sonucund<span class="_ _0"></span>a işlecin sağ ya da sol terimi olan n<span class="_ _0"></span>esnelerin değeri </div><div class="t m0 x10 h3 yf21 ff2 fs0 fc2 sc0 ls0 ws0">değiştirilmez. İşlecin sol terimi<span class="_ _0"></span> olan nesnenin değerinin d<span class="_ _0"></span>eğiştirilmeyeceği için i<span class="_ _0"></span>şlevleri <span class="_ _0"></span><span class="ff9">const <span class="ff1">olarak b<span class="_ _0"></span>ildirdik. </span></span></div><div class="t m0 x10 h3 y4f0 ff2 fs0 fc2 sc0 ls0 ws0">Karşılaştırma işleçleri sağ teri<span class="_ _0"></span>mleri olan nesneleri de d<span class="_ _0"></span>eğiştirmeyecekleri için işle<span class="_ _0"></span>vlerin parametre d<span class="_ _0"></span>eğişkenleri </div><div class="t m0 x10 h3 y568 ff9 fs0 fc2 sc0 ls0 ws0">Myint <span class="ff2">sınıfı türünden b<span class="_ _0"></span>ir </span>const <span class="_ _0"></span><span class="ff2">referans olarak seçildi. Bu referan<span class="_ _0"></span>s ilgili işlecin sağ terimi olan<span class="_ _0"></span> sınıf ne<span class="ff1">sn<span class="_ _0"></span>esinin </span></span></div><div class="t m0 x10 h3 yf22 ff2 fs0 fc2 sc0 ls0 ws0">yerine geçer. İşlevlerin <span class="ff9">c<span class="_ _0"></span>onst </span>ü<span class="_ _0"></span>ye işlevler olmaları ve <span class="ff9">con<span class="_ _0"></span>st </span>referans parametreye sahip o<span class="_ _0"></span>lmaları önemlidir. </div><div class="t m0 x10 h3 yb5a ff1 fs0 fc2 sc0 ls0 ws0">Böylelikle <span class="ff9">const <span class="ff2">sınıf n<span class="_ _0"></span>esneleri de bu işleçlerin terimi o<span class="_ _0"></span>labilir. Aşağıda işlev tanı<span class="_ _0"></span>mları yer alıyor.<span class="_ _3"></span></span></span> </div><div class="t m0 x1c h11 yf23 ff8 fs0 fc2 sc0 ls13 ws0">bool Myint::operator==(const Myint &amp;r) const<span class="ls0"> </span></div><div class="t m0 x1c h11 yb4c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yd3a ff8 fs0 fc2 sc0 ls13 ws0">return m_val &lt; r.m_val;<span class="ls0"> </span></div><div class="t m0 x1c h11 y70f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y7a9 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 ya4c ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y328 ff8 fs0 fc2 sc0 ls13 ws0">bool Myint::operator!=(const Myint &amp;r) const<span class="ls0"> </span></div><div class="t m0 x1c h11 yf24 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yd06 ff8 fs0 fc2 sc0 ls13 ws0">return r &lt; *this;<span class="ls0"> </span></div><div class="t m0 x1c h11 y42c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yf25 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1e4 ff8 fs0 fc2 sc0 ls13 ws0">bool Myint::operator&lt;(const Myint &amp;r) const<span class="ls0"> </span></div><div class="t m0 x1c h11 yf26 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ydde ff8 fs0 fc2 sc0 ls13 ws0">return !(*this &lt; r);<span class="ls0"> </span></div><div class="t m0 x1c h11 yef9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y3f9 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y575 ff8 fs0 fc2 sc0 ls13 ws0">bool Myint::operator&lt;=(const Myint &amp;r) const<span class="ls0"> </span></div><div class="t m0 x1c h11 yf1c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yf27 ff8 fs0 fc2 sc0 ls13 ws0">return !(*this &gt; r);<span class="ls0"> </span></div><div class="t m0 x1c h11 y8ae ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y9be ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y549 ff8 fs0 fc2 sc0 ls13 ws0">bool Myint::operator&gt;(const Myint &amp;r) const<span class="ls0"> </span></div><div class="t m0 x1c h11 yf28 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ye06 ff8 fs0 fc2 sc0 ls13 ws0">return *this &lt; r || r &lt; *this;<span class="ls0"> </span></div><div class="t m0 x1c h11 y505 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ye54 ff8 fs14 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfce" class="pf w0 h0" data-page-no="ce"><div class="pc pcce w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">206</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">bool Myint::operator&gt;=(const Myint &amp;r) const<span class="ls0"> </span></div><div class="t m0 x1c h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1f3 ff8 fs0 fc2 sc0 ls13 ws0">return !(*this != r);<span class="ls0"> </span></div><div class="t m0 x1c h11 y74b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yf29 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6a8 ff2 fs0 fc2 sc0 ls0 ws0">Bir üye işlevin başka bir ü<span class="_ _0"></span>ye işlevi doğrudan çağrılabile<span class="_ _0"></span>ceğini biliyorsunuz. İ<span class="_ _0"></span>şleci yükleyen işlev içinde de<span class="_ _0"></span><span class="ff1"> </span>b<span class="_ _0"></span>aşka </div><div class="t m0 x10 h3 y6a9 ff2 fs0 fc2 sc0 ls0 ws0">bir üye işleç yükleyen i<span class="_ _0"></span>şlev doğrudan çağrılabilir. <span class="_ _0"></span><span class="ff9">Myint </span>sınıfı ö<span class="_ _0"></span>nce &lt; işlevini tanımlıyor. Di<span class="_ _0"></span>ğer karşılaştırma </div><div class="t m0 x10 h3 y6aa ff2 fs0 fc2 sc0 ls0 ws0">işlevleri görevlerini bu işlevi ç<span class="_ _0"></span>ağırarak gerçekleştiriyor. Böy<span class="_ _0"></span>lelikle ileride sınıfının içsel yapı<span class="_ _0"></span>sında bir değişiklik </div><div class="t m0 x10 h3 y11d ff2 fs0 fc2 sc0 ls0 ws0">olması durumunda<span class="_ _0"></span>, daha az üye işlevin kod<span class="_ _0"></span>unda değişiklik yapılması <span class="_ _0"></span>sağlanmış olur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb6d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y947 ff9 fs0 fc2 sc0 ls0 ws0">Myint <span class="ff2">sınıfının </span>int <span class="ff2">tü<span class="_ _0"></span>rden parametresi olan b<span class="_ _0"></span>ir dönüştüren kuru<span class="_ _0"></span>cu işleve sahip olduğunu gö<span class="_ _0"></span>rüyorsunuz. </span></div><div class="t m0 x10 h3 yc29 ff2 fs0 fc2 sc0 ls0 ws0">İşleçleri yükleyen işlevlerin<span class="_ _0"></span> sağ terimleri doğal veri tü<span class="_ _0"></span>rlerinden olursa çağrılan işl<span class="_ _3"></span><span class="ff1">evlere gönderilen </span></div><div class="t m0 x10 h3 yf2a ff2 fs0 fc2 sc0 ls0 ws0">argümanlar otomatik tü<span class="_ _0"></span>r dönüşüm ile <span class="ff9">M<span class="_ _0"></span>yint </span>sınıfına dön<span class="_ _0"></span>üştürülür. Üye işlevlerin paramet<span class="_ _0"></span>re değişkenleri </div><div class="t m0 x10 h3 yf2b ff9 fs0 fc2 sc0 ls0 ws0">Myint <span class="ff2">sınıfı türünden <span class="_ _0"></span></span>const <span class="ff2">re<span class="_ _0"></span>ferans olduğuna göre, örneğin<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y474 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yf2c ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 yf2d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y7ff ff8 fs0 fc2 sc0 ls13 ws0">Myint<span class="ls0"> </span>i(25);<span class="ls0"> </span></div><div class="t m0 x1 h11 yf2e ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yf2f ff8 fs0 fc2 sc0 ls13 ws0">if (i ==<span class="ls0"> </span>25)<span class="ls0"> </span></div><div class="t m0 x14 h11 yf30 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;doğru&quot; &lt;&lt; endl;<span class="ff8 ls0"> </span></div><div class="t m0 x1 h12 y6b4 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y61 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y188 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h14 ye10 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd6a ff2 fs0 fc2 sc0 ls0 ws0">gibi bir kod par<span class="_ _0"></span>çası geçerlidir. Çünkü<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y379 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb19 ff8 fs0 fc2 sc0 ls13 ws0">i == 25<span class="ls0"> </span></div><div class="t m0 x1 h15 y58e ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7f6 ff1 fs0 fc2 sc0 ls0 ws0">ifadesi </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfcf" class="pf w0 h0" data-page-no="cf"><div class="pc pccf w0 h0"><img class="bi xb yf31 w6 h96" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">207</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">i.operator==(25);<span class="ls0"> </span></div><div class="t m0 x1 h15 y4d5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y212 ff2 fs0 fc2 sc0 ls0 ws0">ifadesine eşdeğer oldu<span class="_ _0"></span>ğundan, derleyici bu ifadeyi d<span class="_ _0"></span>e otomatik tür d<span class="_ _0"></span>önüşümüyle<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yf32 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yf33 ff8 fs0 fc2 sc0 ls13 ws0">i.operator==(Myint(25));<span class="ls0"> </span></div><div class="t m0 x1 h15 yfb ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya57 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde ele alır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y96a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y725 ff1 fs6 fc2 sc0 ls0 ws0">A<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>i<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _b"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 yf34 ff2 fs0 fc2 sc0 ls0 ws0">İki terimli aritmetik işleçler, yan<span class="_ _0"></span>i toplama, çıkarma, çarp<span class="_ _0"></span>ma ve bölme işleçleri, üye i<span class="_ _0"></span>şlevler ya da global </div><div class="t m0 x10 h3 yd05 ff2 fs0 fc2 sc0 ls0 ws0">işlevlere yüklenebilir. Bu işl<span class="_ _0"></span>eçleri yükleyen işlevler çoğun<span class="_ _0"></span>lukla ilgili sınıf türü<span class="_ _0"></span>ne geri döner. Üye işlevler </div><div class="t m0 x10 h3 yf35 ff2 fs0 fc2 sc0 ls0 ws0">olarak yazıldıkların<span class="_ _0"></span>da tek<span class="ff1"> </span>p<span class="_ _0"></span>arametre değişkenine sahip olur. <span class="_ _0"></span>Global işlevlerin ise iki param<span class="_ _0"></span>etresi olur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y2e9 ff9 fs0 fc2 sc0 ls0 ws0">Myint <span class="ff2">sınıfının aritmetik i<span class="_ _0"></span>şleçlerini sınıfın üye işlevleri olarak <span class="_ _0"></span>bildiriyoruz:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd ye66 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y13f ff8 fs0 fc2 sc0 ls13 ws0">class Myint { </div><div class="t m0 x11 h11 yb2d ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y50f ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 y95c ff8 fs0 fc2 sc0 ls13 ws0">Myint operator+ (const Myint &amp;r) const; </div><div class="t m0 x12 h11 y30a ff8 fs0 fc2 sc0 ls13 ws0">Myint<span class="ls0"> </span>operator<span class="ls0">-  </span>(const Myint &amp;r) <span class="ls0">co<span class="_ _9"></span>ns<span class="_ _9"></span>t;<span class="_ _6"></span> </span></div><div class="t m0 x12 h11 yf36 ff8 fs0 fc2 sc0 ls13 ws0">Myint<span class="ls0"> </span>operator*<span class="ls0">  </span>(const Myint &amp;r) <span class="ls0">con<span class="_ _9"></span>st;<span class="_ _9"></span> </span></div><div class="t m0 x12 h11 y9b9 ff8 fs0 fc2 sc0 ls13 ws0">Myint<span class="ls0"> </span>operator/<span class="ls0">  </span>(const Myint &amp;r) <span class="ls0">con<span class="_ _9"></span>st;<span class="_ _9"></span> </span></div><div class="t m0 x12 h11 y3db ff8 fs0 fc2 sc0 ls13 ws0">Myint operator% (const Myint &amp;r)<span class="ls0"> <span class="_ _9"></span><span class="ls13">const;<span class="ls0"> </span></span></span></div><div class="t m0 x11 h11 yaa1 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 y5b8 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf37 ff9 fs0 fc2 sc0 ls0 ws0">i<span class="ff1">1 ve </span>i<span class="ff1 ls4">2 </span>Myint <span class="ff2">sınıfı tü<span class="_ _0"></span>ründen nesneler olmak üzer<span class="_ _0"></span>e<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 yf38 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf39 ff8 fs0 fc2 sc0 ls13 ws0">i1 + i2<span class="ls0"> </span></div><div class="t m0 x1 h15 ya85 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y81d ff2 fs0 fc2 sc0 ls0 ws0">gibi bir toplama işleminden y<span class="_ _0"></span>ine <span class="ff9">Myint </span>sınıf<span class="_ _0"></span>ı türünden bir değer elde edil<span class="_ _0"></span>mesi beklenir, değil mi? Bu d<span class="_ _0"></span>urumda </div><div class="t m0 x10 h3 yf3a ff2 fs0 fc2 sc0 ls0 ws0">toplama işlevleri <span class="ff9">Myint <span class="_ _0"></span></span>türünden bir d<span class="_ _0"></span>eğer döndürmelidir. İşlevin neden <span class="_ _0"></span><span class="ff9">Myint <span class="_ _0"></span><span class="ff1">&amp; ya da <span class="_ _0"></span></span>Myint <span class="ff1">* türüne geri </span></span></div><div class="t m0 x10 h3 yf3b ff2 fs0 fc2 sc0 ls0 ws0">dönemeyeceğini tartışın. <span class="_ _0"></span>İşlevimizin <span class="ff9">Myint <span class="_ _0"></span></span>sınıfı türünden b<span class="_ _0"></span>ir referansa geri dön<span class="_ _0"></span>düğünü düşünelim. Geri dön<span class="_ _0"></span>üş </div><div class="t m0 x10 h3 yf3c ff2 fs0 fc2 sc0 ls0 ws0">değeri olan referans hangi n<span class="_ _0"></span>esnenin yerine geç<span class="_ _0"></span>ebilir? Yerel bir nesneyi re<span class="_ _0"></span>ferans yoluyla geri dön<span class="_ _0"></span>dürmenin bir </div><div class="t m0 x10 h3 ye70 ff2 fs0 fc2 sc0 ls0 ws0">programlama hatası olduğu<span class="_ _0"></span>nu biliyorsunuz. Din<span class="_ _0"></span>amik bir nesneyi, y<span class="_ _0"></span>a da statik yerel bir nesneyi geri dön<span class="_ _0"></span>dürmek </div><div class="t m0 x10 h3 y34d ff2 fs0 fc2 sc0 ls0 ws0">de işlevin kullanımını oldukça<span class="_ _0"></span> sınırlar.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfd0" class="pf w0 h0" data-page-no="d0"><div class="pc pcd0 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">208</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Aritmetik işleçler terimleri ola<span class="_ _0"></span>n nesneleri değiştirm<span class="_ _0"></span>ez. Bu işleçler yükleyen üye i<span class="_ _0"></span>şlevlerin <span class="_ _0"></span><span class="ff9">const </span>ü<span class="_ _0"></span>ye işlev </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">olması gerekir. Bu işlevlerin h<span class="_ _0"></span>em kendileri <span class="ff9">c<span class="_ _0"></span>onst üye </span>par<span class="_ _0"></span>ametre değişkenleri <span class="ff9">con<span class="_ _0"></span>st </span>referans olmalıolan <span class="_ _0"></span><span class="ff9">const </span></div><div class="t m0 x10 h3 y1f2 ff1 fs0 fc2 sc0 ls8 ws0">üye<span class="ls0"> <span class="ff2">işlevler olmalıdır. İşlevlerin<span class="_ _0"></span> tanımlarını inceleyin:<span class="_ _0"></span></span> </span></div><div class="t m0 x10 h11 y649 ff8 fs0 fc2 sc0 ls13 ws0">Myint Myint::operator +(const Myint &amp;r) const<span class="ls0"> </span></div><div class="t m0 x10 h11 y231 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yf3d ff8 fs0 fc2 sc0 ls13 ws0">return Myint(m_val + r.m_val);<span class="ls0"> </span></div><div class="t m0 x10 h11 yaa9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yf3e ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yf3f ff8 fs0 fc2 sc0 ls13 ws0">Myint Myint::operator <span class="ls0">-</span>(const Myint &amp;r) const<span class="ls0"> </span></div><div class="t m0 x10 h11 y235 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yb4c ff8 fs0 fc2 sc0 ls13 ws0">return Myint(m_val + r.m_val);<span class="ls0"> </span></div><div class="t m0 x10 h11 yd3a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y7f ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y895 ff8 fs0 fc2 sc0 ls13 ws0">Myint Myint::operator *(const Myint &amp;r) const<span class="ls0"> </span></div><div class="t m0 x10 h11 ybd7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ya5d ff8 fs0 fc2 sc0 ls13 ws0">return Myint(m_val * r.m_val);<span class="ls0"> </span></div><div class="t m0 x10 h11 yf40 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yf41 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y66a ff8 fs0 fc2 sc0 ls13 ws0">Myint Myint::operator /(const Myint &amp;r) const<span class="ls0"> </span></div><div class="t m0 x10 h11 y202 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ye1b ff8 fs0 fc2 sc0 ls13 ws0">return Myint(m_val / r.m_val);<span class="ls0"> </span></div><div class="t m0 x10 h11 yab3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y3dc ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yf42 ff8 fs0 fc2 sc0 ls13 ws0">Myint Myint::operator %(const Myint &amp;r) const<span class="ls0"> </span></div><div class="t m0 x10 h11 ya03 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yf43 ff8 fs0 fc2 sc0 ls13 ws0">return Myint(m_val % r.m_val);<span class="ls0"> </span></div><div class="t m0 x10 h11 yf44 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y3c6 ff2 fs0 fc2 sc0 ls0 ws0">İşlevlerin <span class="ff9">return <span class="ff1">ifadelerinin<span class="_ _0"></span> </span>Myint <span class="_ _0"></span><span class="ff1">türden bir </span></span>geçici nesne <span class="_ _0"></span>olduğuna d<span class="_ _0"></span>ikkat edin.<span class="ff1"> </span></div><div class="t m0 x10 h3 yf45 ff9 fs0 fc2 sc0 ls0 ws0">operator<span class="ff2">+ işlevi aşağıdaki gib<span class="_ _0"></span>i de yazılab<span class="_ _0"></span>ilirdi:<span class="ff1"> </span></span></div><div class="t m0 x1 h3 yf46 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y48 ff8 fs0 fc2 sc0 ls13 ws0">Myint Myint::operator+(const Myint &amp;r) const<span class="ls0"> </span></div><div class="t m0 x11 h11 yf47 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y704 ff8 fs0 fc2 sc0 ls13 ws0">Myint result;<span class="ls0"> </span></div><div class="t m0 x12 h11 yd22 ff8 fs0 fc2 sc0 ls13 ws0">result.m_val = m_val + r.m_val;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfd1" class="pf w0 h0" data-page-no="d1"><div class="pc pcd1 w0 h0"><img class="bi xb ya26 w6 h5a" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">209</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 y43a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y789 ff8 fs0 fc2 sc0 ls13 ws0">return result;<span class="ls0"> </span></div><div class="t m0 x11 h11 y78a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y9a1 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf48 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki işlev tanımında ö<span class="_ _0"></span>nce yerel <span class="ff9">result <span class="_ _0"></span></span>nesnesi için varsayılan<span class="_ _0"></span> kurucu işlev çağrılıyor.<span class="_ _0"></span> Daha sonra <span class="_ _0"></span><span class="ff9">result </span></div><div class="t m0 x10 h3 y7d3 ff2 fs0 fc2 sc0 ls0 ws0">nesnesine işlemin sonucu o<span class="_ _0"></span>lan değer yerleştiriliyor. <span class="_ _3"></span><span class="ff9">result </span>nesnesinin değeri ile geri dönü<span class="_ _0"></span>lüyor. Oysa yazılan<span class="_ _0"></span> ilk </div><div class="t m0 x10 h3 y98e ff2 fs0 fc2 sc0 ls0 ws0">kodda doğru<span class="_ _0"></span>dan bir geçici nesnenin değeri ile geri dön<span class="_ _0"></span>ülmüştü. Böylece h<span class="_ _0"></span>em<span class="ff1"> </span>i<span class="_ _0"></span>şlem maaliyeti azalt<span class="_ _0"></span>ılmış olur hem </div><div class="t m0 x10 h3 yf49 ff2 fs0 fc2 sc0 ls0 ws0">de derleyiciye daha fazla eniy<span class="_ _0"></span>ileme işlemi yapma olanağı <span class="_ _0"></span>verilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yf4a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y5ad ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _b"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 ycb0 ff2 fs0 fc2 sc0 ls0 ws0">Şimdi de işlemli atama i<span class="_ _0"></span>şleçlerini inceleyelim. Toplama <span class="_ _0"></span>işlevinin tan<span class="_ _0"></span>ımlanması += işlevinin derleyici tarafından<span class="_ _0"></span> </div><div class="t m0 x10 h3 yf4b ff1 fs0 fc2 sc0 ls0 ws0">y<span class="ff2">azılacağı anlamına gelm<span class="_ _0"></span>ez. Bir <span class="ff9">Myint <span class="_ _0"></span></span>sınıfı nesnesi += işlecinin<span class="_ _0"></span> terimi olursa, programcı tarafınd<span class="_ _0"></span>an </span></div><div class="t m0 x10 h3 y8f9 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmış bir <span class="ff9">operator<span class="_ _0"></span></span>+= işlevi olmalıdır. <span class="_ _0"></span>İşlemli atama işl<span class="_ _0"></span>eçleri de üye işlev ya da <span class="_ _0"></span>global işlevler olarak </div><div class="t m0 x10 h3 yf4c ff2 fs0 fc2 sc0 ls0 ws0">yüklenebilir. Ancak bu<span class="_ _0"></span> işlevler de sınıf nesn<span class="_ _0"></span>esini değiştirdikl<span class="_ _0"></span>eri için üye işlev olarak yüklen<span class="_ _0"></span>meleri çok daha </div><div class="t m0 x10 h3 yf4d ff2 fs0 fc2 sc0 ls0 ws0">doğal olur. İşlemli atama işl<span class="_ _0"></span>evlerinin sınıf içinde b<span class="_ _0"></span>ildirimlerini yap<span class="_ _0"></span>alım:<span class="ff1"> </span></div><div class="t m0 x1 hd yf4e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf4f ff8 fs0 fc2 sc0 ls13 ws0">class Myint { </div><div class="t m0 x11 h11 y72a ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ye44 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 yf50 ff8 fs0 fc2 sc0 ls0 ws0">Myint &amp;o<span class="_ _0"></span>perator+= <span class="_ _0"></span>(const My<span class="_ _0"></span>int &amp;r); </div><div class="t m0 x12 h11 yc59 ff8 fs0 fc2 sc0 ls0 ws0">Myint &amp;o<span class="_ _0"></span>perator-= <span class="_ _0"></span>(const <span class="_ _0"></span>Myint <span class="_ _0"></span>&amp;r); </div><div class="t m0 x12 h11 y32c ff8 fs0 fc2 sc0 ls0 ws0">Myint &amp;o<span class="_ _0"></span>perator*= <span class="_ _0"></span>(const <span class="_ _0"></span>Myint &amp;r<span class="_ _0"></span>); </div><div class="t m0 x12 h11 yd4e ff8 fs0 fc2 sc0 ls0 ws0">Myint &amp;o<span class="_ _0"></span>perator/= <span class="_ _0"></span>(const My<span class="_ _0"></span>int &amp;r); </div><div class="t m0 x12 h11 yd4f ff8 fs0 fc2 sc0 ls13 ws0">Myint &amp;operator%= (const Myint &amp;r);<span class="ls0"> </span></div><div class="t m0 x11 h11 yf51 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h3 y8aa ff2 fs0 fc2 sc0 ls0 ws0">Doğal türler söz konusu o<span class="_ _0"></span>lduğunda, ata<span class="_ _0"></span>ma işleçlerinin ürettiği değer nesneye atanan<span class="_ _0"></span> değerdir. Aynı aray<span class="_ _0"></span>üzü </div><div class="t m0 x10 h3 y245 ff2 fs0 fc2 sc0 ls0 ws0">sağlayabilmek için bu<span class="_ _0"></span> işleçleri yükleyen işlevlerin geri d<span class="_ _0"></span>önüş değerinin <span class="_ _0"></span><span class="ff9">Myint <span class="_ _0"></span></span>sınıfı türünden<span class="_ _0"></span> referans </div><div class="t m0 x10 h3 yeed ff2 fs0 fc2 sc0 ls0 ws0">yapıldığını görüy<span class="_ _0"></span>orsunuz. Böylece bir ifade i<span class="_ _0"></span>çinde birden fazl<span class="_ _0"></span>a atama işlecinin kullan<span class="_ _0"></span>ılması olanağı getiriliyor. </div><div class="t m0 x10 h3 y81b ff2 fs0 fc2 sc0 ls0 ws0">İşlemli atama işlecinin sağ t<span class="_ _0"></span>erimi olan nesne böyle bir i<span class="_ _0"></span>şlemden etkilenmeyec<span class="_ _0"></span>eği için işlevin parametre </div><div class="t m0 x10 h3 y888 ff2 fs0 fc2 sc0 ls0 ws0">değişkeni <span class="ff9">const Myint<span class="_ _0"></span> </span>&amp; türünden y<span class="_ _0"></span>apılmalı. İşlevlerin tanımını a<span class="_ _0"></span>şağıda yapıyoruz:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yf52 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yaa3 ff8 fs0 fc2 sc0 ls13 ws0">Myint &amp;Myint::operator+= (const Myint &amp;r)<span class="ls0"> </span></div><div class="t m0 x1c h11 y2c1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y452 ff8 fs0 fc2 sc0 ls13 ws0">m_val += r.m_val; </div><div class="t m0 x13 h11 y6f1 ff8 fs0 fc2 sc0 ls13 ws0">return *this;<span class="ls0"> </span></div><div class="t m0 x1c h11 y88b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y7f9 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ybe3 ff8 fs0 fc2 sc0 ls13 ws0">Myint &amp;Myint::operator<span class="ls0">-</span>= (const Myint &amp;r)<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfd2" class="pf w0 h0" data-page-no="d2"><div class="pc pcd2 w0 h0"><img class="bi xb yf53 w6 h97" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAAPlCAIAAAChESpyAAAACXBIWXMAABYlAAAWJQFJUiTwAAARNUlEQVR42u3dsQ2DMBRFUUBU1AzADFkjkzBRJmGNDEDlAShS0f5MYIqAImyd07p71dVv3EZEk5G2vQEAAG5jGofcU2cdAACogLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAED5ehNwiWV+GwEAfvN8PYzAeW72AABQgzYicm9p2w0EAAD3MY1D7snNHgAAaqDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAOB6Rz9VAQAApXCzBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAQK36NX2sAAAApXOzBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AADwX1+05Rxtnp0B8gAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">210</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y70 ff8 fs0 fc2 sc0 ls13 ws0">m_val <span class="ls0">-</span>= r.m_val; </div><div class="t m0 x13 h11 yad1 ff8 fs0 fc2 sc0 ls13 ws0">return *this;<span class="ls0"> </span></div><div class="t m0 x1c h11 y821 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y31c ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ydd6 ff8 fs0 fc2 sc0 ls13 ws0">Myint &amp;Myint::operator*= (const Myint &amp;r)<span class="ls0"> </span></div><div class="t m0 x1c h11 y33a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y5c0 ff8 fs0 fc2 sc0 ls13 ws0">m_val *= r.m_val </div><div class="t m0 x13 h11 yc16 ff8 fs0 fc2 sc0 ls13 ws0">return *this;<span class="ls0"> </span></div><div class="t m0 x1c h11 y6f9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y3eb ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y827 ff8 fs0 fc2 sc0 ls13 ws0">Myint &amp;Myint::operator/= (const Myint &amp;r)<span class="ls0"> </span></div><div class="t m0 x1c h11 yf54 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yf55 ff8 fs0 fc2 sc0 ls13 ws0">m_val /= r.m_val; </div><div class="t m0 x13 h11 y5f5 ff8 fs0 fc2 sc0 ls13 ws0">return *this;<span class="ls0"> </span></div><div class="t m0 x1c h11 yf56 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y328 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yf57 ff8 fs0 fc2 sc0 ls13 ws0">Myint &amp;Myint::operator%= (const Myint &amp;r)<span class="ls0"> </span></div><div class="t m0 x1c h11 y2eb ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yb87 ff8 fs0 fc2 sc0 ls13 ws0">m_val %= r.m_val; </div><div class="t m0 x13 h11 yf58 ff8 fs0 fc2 sc0 ls13 ws0">return *this;<span class="ls0"> </span></div><div class="t m0 x1c h11 y8a9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yb73 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y7c7 ff1 fs6 fc2 sc0 ls0 ws0">+<span class="_ _3"></span>+<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span><span class="ls58">--</span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _b"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _b"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h4 y44c ff1 fs0 fc2 sc0 ls0 ws0">++ ve <span class="ff5">–<span class="ff3">- <span class="ff2">işleçlerinin hem önek<span class="_ _0"></span> hem de sonek konumun<span class="_ _0"></span>da kullanıldıkların<span class="_ _0"></span>ı</span></span></span> <span class="_ _0"></span><span class="ff2">biliyorsunuz. Bu işleçler global </span></div><div class="t m0 x10 h3 yf59 ff2 fs0 fc2 sc0 ls0 ws0">işlevler ile de yüklenebilir. An<span class="_ _0"></span>cak bu işleçleri yükleyen işlevler çoğu<span class="_ _0"></span>nlukla sınıf nesnesi üzerin<span class="_ _0"></span>de değişiklik </div><div class="t m0 x10 h3 y7b6 ff2 fs0 fc2 sc0 ls0 ws0">yaptığı için üye işlevler olarak <span class="_ _0"></span>yazılmaları tercih edilir<span class="_ _0"></span>.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y717 ff2 fs0 fc2 sc0 ls0 ws0">Önek ve sonek konumun<span class="_ _0"></span>da bulunab<span class="_ _0"></span>ilen bu işlevlerin <span class="_ _0"></span>ayrı ayrı<span class="_ _9"></span> yüklenebilmesi için işlevlerin imzalarının farklı </div><div class="t m0 x10 h3 y5e6 ff2 fs0 fc2 sc0 ls0 ws0">olması gerekir. İşte <span class="ff1 ls15">bu </span>nedenle bu işleçleri y<span class="_ _0"></span>ükleyen işlevler için şöyle bir k<span class="_ _0"></span>ural getirilmiştir<span class="_ _0"></span>: Bu işleçler üye </div><div class="t m0 x10 h3 y758 ff2 fs0 fc2 sc0 ls0 ws0">işlevler ile yüklendiklerinde, ö<span class="_ _0"></span>nek konumund<span class="_ _0"></span>a olanlar için işlevin parametre değ<span class="_ _0"></span>i<span class="_ _0"></span>şkeni olmaz. Ancak<span class="_ _0"></span> sonek </div><div class="t m0 x10 h3 y759 ff2 fs0 fc2 sc0 ls0 ws0">konumundak<span class="_ _0"></span>i işleci yükleyen işlevin <span class="_ _0"></span><span class="ff9">int </span>türden bir p<span class="_ _0"></span>arametre değişkeni olur. Bu parametr<span class="_ _0"></span>e değişkeninin amacı </div><div class="t m0 x10 h3 yf5a ff2 fs0 fc2 sc0 ls0 ws0">bir değer taşımak değil, yaln<span class="_ _0"></span>ızca işleve farklı bir imza kaza<span class="_ _0"></span>ndırmaktır. <span class="_ _0"></span><span class="ff9">Myint </span>sınıfının t<span class="_ _0"></span>anımı içinde yer alan ++ </div><div class="t m0 x10 h4 y7e2 ff1 fs0 fc2 sc0 ls0 ws0">ve <span class="ff5">–<span class="ff3">- </span></span>i<span class="ff2">şlevlerinin bildirimler<span class="_ _0"></span>ini</span> <span class="_ _6"></span>inceleyelim.<span class="_ _0"></span> </div><div class="t m0 x1 h3 ycd5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yf5b ff8 fs0 fc2 sc0 ls13 ws0">class Myint { </div><div class="t m0 x10 h11 y24c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 ye71 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfd3" class="pf w0 h0" data-page-no="d3"><div class="pc pcd3 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">211</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 ya53 ff8 fs0 fc2 sc0 ls13 ws0">Myint &amp;operator++ (); </div><div class="t m0 x2 h11 yec9 ff8 fs0 fc2 sc0 ls13 ws0">Myint<span class="ls0"> </span>&amp;operator--<span class="ls0">  <span class="ls1e">();</span> </span></div><div class="t m0 x2 h11 yeca ff8 fs0 fc2 sc0 ls13 ws0">Myint<span class="ls0"> </span>&amp;operator++<span class="ls0">  </span>(int);<span class="ls0">  </span>//sonek <span class="ls1e">++ </span></div><div class="t m0 x2 h11 yecb ff8 fs0 fc2 sc0 ls13 ws0">Myint<span class="ls0"> </span>&amp;operator--<span class="ls0">  </span>(int) ; //sonek <span class="ls1e">--<span class="ls0"> </span></span></div><div class="t m0 x10 h11 ye38 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h3 y7bd ff2 fs0 fc2 sc0 ls0 ws0">Önek konumund<span class="_ _0"></span>aki işleçleri yükleyen işlevler <span class="_ _0"></span><span class="ff9">Myint </span>sınıfı tü<span class="_ _0"></span>ründen referansa dönerken, s<span class="_ _0"></span>onek konumund<span class="_ _0"></span>a </div><div class="t m0 x10 h3 y7fb ff2 fs0 fc2 sc0 ls0 ws0">olanları <span class="ff9">Myint </span>tü<span class="_ _0"></span>rüne geri dönüyor. Acab<span class="_ _0"></span>a neden? Bildiğiniz gibi,<span class="_ _0"></span> bu işleçlerin terimi doğal tü<span class="_ _0"></span>rden nesneler </div><div class="t m0 x10 h3 ycdb ff2 fs0 fc2 sc0 ls0 ws0">olduklarında, işleçler yan etk<span class="_ _0"></span>i olarak, terimi olan nesnelerin <span class="_ _0"></span>değerlerini <span class="_ _0"></span><span class="ff9 ls4">1 </span>arttırır y<span class="_ _0"></span>a da aza<span class="_ _0"></span>ltır. İşleç ister </div><div class="t m0 x10 h3 yf5c ff2 fs0 fc2 sc0 ls0 ws0">sonek ister önek konu<span class="_ _0"></span>munda olsun terimi olan ne<span class="_ _0"></span>snenin değeri yan etk<span class="_ _0"></span>i sonucu değişir. An<span class="_ _0"></span>cak işlecin </div><div class="t m0 x10 h3 yf5d ff2 fs0 fc2 sc0 ls0 ws0">ürettiği değer önek ya <span class="_ _0"></span>da sonek konumu için<span class="_ _0"></span> farklıdır. Önek ko<span class="_ _0"></span>numundaki <span class="_ _0"></span><span class="ff9 ls23">++ <span class="_ _0"></span></span>işleci, terimi olan nesnenin </div><div class="t m0 x10 h3 y43f ff2 fs0 fc2 sc0 ls0 ws0">değerinin 1 fazlasını üretirken<span class="_ _0"></span> sonek ko<span class="_ _0"></span>numundaki ++ işleci <span class="_ _0"></span>terimi olan nesnenin kendi d<span class="_ _0"></span>eğerini üretir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y7e8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf5e ff2 fs0 fc2 sc0 ls0 ws0">Sınıf nesneleri için yaz<span class="_ _0"></span>ılan ++ işlevlerinde de işlecin <span class="_ _0"></span>bu özelliğine çoğunlu<span class="_ _0"></span>kla uyulur. Zaten<span class="_ _0"></span> daha önce de </div><div class="t m0 x10 h3 yf5f ff2 fs0 fc2 sc0 ls0 ws0">söylendiği gibi işleç yükle<span class="_ _0"></span>mesinin temel amaçlarından<span class="_ _0"></span> biri işleçlerin doğal t<span class="_ _0"></span>ürler i<span class="_ _0"></span>çin verdiği çağrışım v<span class="_ _0"></span>e </div><div class="t m0 x10 h3 y64e ff2 fs0 fc2 sc0 ls0 ws0">soyutlamadan sınıf ne<span class="_ _0"></span>sneleri için de faydala<span class="_ _0"></span>nmaktadır. <span class="_ _0"></span><span class="ff9">Myint </span>sınıfı için ++ işle<span class="_ _0"></span>vleri aşağıdaki gib<span class="_ _0"></span>i yazılabilir. </div><div class="t m0 x10 h3 yf60 ff2 fs0 fc2 sc0 ls0 ws0">Önce önek konumun<span class="_ _0"></span>daki ++ işleci için bir işlev tan<span class="_ _0"></span>ımlayalım.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yf61 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y922 ff8 fs0 fc2 sc0 ls13 ws0">Myint &amp;Myint::operator++()<span class="ls0"> </span></div><div class="t m0 x11 h11 yf62 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ye8 ff8 fs0 fc2 sc0 ls13 ws0">return *this += 1;<span class="ls0"> </span></div><div class="t m0 x11 h11 y938 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 yf63 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye6a ff2 fs0 fc2 sc0 ls0 ws0">İşlevi birlikte inceleyelim. İ<span class="_ _0"></span>şlevin <span class="ff9">return <span class="_ _0"></span></span>deyiminde daha önce yaz<span class="_ _0"></span>ılan += işlevi çağrılıyor.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yf26 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybc5 ff8 fs0 fc2 sc0 ls13 ws0">*this += 1<span class="ls0"> </span></div><div class="t m0 x1 h15 yf64 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf65 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki işlev çağrısı il<span class="_ _0"></span>e <span class="ff9">operator</span>+= işl<span class="_ _0"></span>evi *<span class="ff9">this <span class="ff1">nesnesinin <span class="_ _0"></span></span>m_val </span>elemanının değer<span class="_ _0"></span>ini <span class="ff9 ls4">1 </span>arttırıyor. <span class="_ _0"></span>Daha önce </div><div class="t m0 x10 h3 yb63 ff2 fs0 fc2 sc0 ls0 ws0">yazılan += işlevi *<span class="ff9">this <span class="ff1">n<span class="_ _0"></span>esnesini </span></span>geri dönd<span class="_ _0"></span>ürdüğüne göre, ++ işlevi de *<span class="_ _0"></span><span class="ff9">this </span>nesn<span class="_ _0"></span>esini geri dön<span class="_ _0"></span>dürmüş oluyor. </div><div class="t m0 x10 h3 yb18 ff2 fs0 fc2 sc0 ls0 ws0">Böylece ++ işlecinin terimi ola<span class="_ _0"></span>n sınıf nesnesinin artmı<span class="_ _0"></span>ş değerini kullan<span class="_ _0"></span>ma olanağı<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span>getiriliyor.<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y41a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye6c ff8 fs0 fc2 sc0 ls13 ws0">Myint a, b(9);<span class="ls0"> </span></div><div class="t m0 x1 h15 ybb8 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya44 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir tanımlamadan<span class="_ _0"></span> sonra<span class="ff1"> </span></div><div class="t m0 x1 hd yb79 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6f4 ff8 fs0 fc2 sc0 ls13 ws0">a = ++b;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfd4" class="pf w0 h0" data-page-no="d4"><div class="pc pcd4 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">212</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycbb ff1 fs0 fc2 sc0 ls0 ws0">atama deyimi </div><div class="t m0 x1 h3 yf66 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf32 ff8 fs0 fc2 sc0 ls13 ws0">a.operator=(b.operator++());<span class="ls0"> </span></div><div class="t m0 x1 h15 yf67 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y930 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir çağrıya dön<span class="_ _0"></span>üştürülür değil mi?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y4c0 ff2 fs0 fc2 sc0 ls0 ws0">Şimdi de sonek kon<span class="_ _0"></span>umundaki ++ işlecini yükleyen işle<span class="_ _0"></span>vi tanımlayalım.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yf68 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y424 ff8 fs0 fc2 sc0 ls13 ws0">Myint<span class="ls0"> </span>Myint::operator++()<span class="ls0"> </span></div><div class="t m0 x11 h11 yf69 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ye26 ff8 fs0 fc2 sc0 ls13 ws0">Myint<span class="ls0"> </span>ret_val(*this);<span class="ls0"> </span></div><div class="t m0 x13 h11 y356 ff8 fs0 fc2 sc0 ls13 ws0">++*this;<span class="ls0"> </span></div><div class="t m0 x1 h11 yd26 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yd63 ff8 fs0 fc2 sc0 ls13 ws0">return ret_val;<span class="ls0"> </span></div><div class="t m0 x11 h11 yd64 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a yf6a ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf6b ff2 fs0 fc2 sc0 ls0 ws0">İşlevin <span class="ff9">int </span>türden isimlend<span class="_ _0"></span>irilmiş bir parametre değ<span class="_ _0"></span>işkenine sahip olduğu<span class="_ _0"></span>nu görüyorsunuz. <span class="_ _3"></span><span class="ff9 ls32">C </span><span class="ff1">dilinde sözdizimi </span></div><div class="t m0 x10 h3 yca3 ff2 fs0 fc2 sc0 ls0 ws0">hatası olan bu<span class="_ _0"></span> durum <span class="ff9 ls32">C++ <span class="_ _0"></span></span><span class="ff1">dilinde geçerlidir! <span class="_ _0"></span><span class="ff9">C++ </span></span>da bir işlevin p<span class="_ _0"></span>arametre değişkenine isim<span class="_ _0"></span> verme zorunluluğu </div><div class="t m0 x10 h3 y1a5 ff2 fs0 fc2 sc0 ls0 ws0">yoktur. Daha <span class="_ _0"></span>önce de söylendiği gibi bu p<span class="_ _0"></span>arametre<span class="ff1"> </span>deği<span class="_ _0"></span>şkeninin tek amacı işlevin i<span class="_ _0"></span>mzasını önek kon<span class="_ _0"></span>umunda </div><div class="t m0 x10 h3 y127 ff1 fs0 fc2 sc0 ls0 ws0">olan <span class="ff9">operato<span class="_ _0"></span>r<span class="ff2">++ işlevinden farklı kılmaktır. Ön<span class="_ _0"></span>ek konumunda <span class="_ _0"></span>olan ++ işlevi terimi olan nes<span class="_ _0"></span>nenin kendi değerini </span></span></div><div class="t m0 x10 h3 y9cb ff2 fs0 fc2 sc0 ls0 ws0">ürettiği için, işlev de benzer b<span class="_ _0"></span>içimde nesnenin kendi değ<span class="_ _0"></span>erini geri döndürmelidir. Bu yü<span class="_ _0"></span>z<span class="_ _0"></span>den n<span class="_ _0"></span>esnenin değeri, </div><div class="t m0 x10 h3 y375 ff2 fs0 fc2 sc0 ls0 ws0">daha sonra geri dön<span class="_ _0"></span>üş değeri olarak ku<span class="_ _0"></span>llanmak üzere <span class="_ _0"></span><span class="ff9">ret_val </span>isimli bir nesned<span class="_ _0"></span>e saklanıyor. Da<span class="_ _0"></span>ha önce </div><div class="t m0 x10 h3 ycc ff2 fs0 fc2 sc0 ls0 ws0">tanımlanan ++ işlevi ile <span class="ff9">m<span class="_ _0"></span>_val </span>elemanının d<span class="_ _0"></span>eğeri 1 artırdıktan son<span class="_ _0"></span>ra nesnenin arttırılmada<span class="_ _0"></span>n önceki değerini </div><div class="t m0 x10 h3 yf6c ff1 fs0 fc2 sc0 ls0 ws0">tutan <span class="ff9">ret_val </span>n<span class="_ _0"></span>esnesinin d<span class="ff2">eğeri ile geri</span> dönülüyor.<span class="_ _0"></span><span class="ff9"> </span></div><div class="t m0 x10 h3 yf6d ff2 fs0 fc2 sc0 ls0 ws0">Örnekler ++ işlevleri için v<span class="_ _0"></span>erildi ancak <span class="_ _0"></span>–<span class="ff1">- </span>işleçler için de tama<span class="_ _0"></span>men benzer kodlar söz konu<span class="_ _0"></span>sudur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ya62 ff2 fs0 fc2 sc0 ls0 ws0">Yazılan işlevleri aşağıdak<span class="_ _0"></span>i main işleviyle sınayab<span class="_ _0"></span>iliriz:<span class="ff1"> </span></div><div class="t m0 x1 h3 y757 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9fa ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y58e ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc6d ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yb67 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yf6e ff8 fs0 fc2 sc0 ls13 ws0">Myint x1(10), x2(20); </div><div class="t m0 x13 h11 yf6f ff8 fs0 fc2 sc0 ls13 ws0">Myint y1(++x1), y2(x2++);<span class="ls0"> </span></div><div class="t m0 x1 h11 yced ff8 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfd5" class="pf w0 h0" data-page-no="d5"><div class="pc pcd5 w0 h0"><img class="bi xb yf70 w6 h98" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">213</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;y1 = &quot; &lt;&lt; y<span class="_ _0"></span>1 &lt;&lt; endl; </div><div class="t m0 x13 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;y2 = &quot; &lt;&lt; y<span class="_ _0"></span>2 &lt;&lt; endl; </div><div class="t m0 x13 h11 y736 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;x1 = &quot; &lt;&lt; x<span class="_ _0"></span>1 &lt;&lt; endl; </div><div class="t m0 x13 h11 y737 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;x1 = &quot; &lt;&lt; x1 &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y84b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y2fc ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yd98 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y9b3 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 yd8b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y6ac ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _f"></span></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>a<span class="_ _3"></span>z<span class="_ _b"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y384 ff2 fs0 fc2 sc0 ls0 ws0">İşleçlerin çoğu global i<span class="_ _0"></span>şlev biçiminde de yüklenebilir. <span class="_ _0"></span>Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Myint <span class="_ _0"></span></span>sınıfı için toplama işleci üy<span class="_ _0"></span>e </div><div class="t m0 x10 h3 ya6a ff2 fs0 fc2 sc0 ls0 ws0">işlev ile yüklenmişti. Şimdi ay<span class="_ _0"></span>nı işleci global işlevle y<span class="_ _0"></span>ükleyelim.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y727 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2b2 ff8 fs0 fc2 sc0 ls13 ws0">Myint operator+(const Myint &amp;, const Myint &amp;);<span class="ls0"> </span></div><div class="t m0 x1 h15 y8bf ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y937 ff2 fs0 fc2 sc0 ls0 ws0">Böyle bir işlevin var olma<span class="_ _0"></span>sı durumund<span class="_ _0"></span>a<span class="ff1"> </span></div><div class="t m0 x1 hd y4af ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2d1 ff8 fs0 fc2 sc0 ls13 ws0">Myint a(10), b(20); </div><div class="t m0 x11 h11 y202 ff8 fs0 fc2 sc0 ls13 ws0">a + b<span class="ls0"> </span></div><div class="t m0 x10 h3 y27a ff2 fs0 fc2 sc0 ls0 ws0">gibi bir ifade, daha <span class="_ _0"></span>önce söylendiği gibi<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb53 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y85a ff8 fs0 fc2 sc0 ls13 ws0">operator+(a, b)<span class="ls0"> </span></div><div class="t m0 x1 h15 yf71 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf72 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir işlev çağrısına dö<span class="_ _0"></span>nüştürülür.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y9bb ff2 fs0 fc2 sc0 ls0 ws0">İşleçleri yükleyen global i<span class="_ _0"></span>şlevler sınıfın üye işlevler olmadığı <span class="_ _0"></span>için bu işlevler içind<span class="_ _0"></span>e normal olarak sınıfın <span class="_ _3"></span><span class="ff9">private </span></div><div class="t m0 x10 h3 ycb6 ff2 fs0 fc2 sc0 ls0 ws0">bölümüne erişilemez.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y672 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6bb ff8 fs0 fc2 sc0 ls13 ws0">Myint operator+(const Myint &amp;r1, const Myint &amp;r2)<span class="ls0"> </span></div><div class="t m0 x11 h11 y46a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y6f2 ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> </span>Myint(r1.m_val,<span class="ls0"> </span>r2.m_val);<span class="ls0"> <span class="_ _33"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x11 h11 y9dd ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 yf73 ff8 fsa fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfd6" class="pf w0 h0" data-page-no="d6"><div class="pc pcd6 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">214</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">operator</span>+ işlevi içinde <span class="_ _0"></span>sınıfın <span class="ff9">private m<span class="_ _0"></span>_val </span>elemanın<span class="_ _0"></span>a erişilemez. İşlev sınıfın ü<span class="_ _0"></span>yesi </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">olmadığı için, <span class="ff9">r1 <span class="ff1">ve <span class="_ _0"></span></span>r2 <span class="ff1">nesnelerinin <span class="_ _0"></span></span>private </span>elemanlarına eriş<span class="_ _0"></span>mesi söz konusu değildir<span class="_ _0"></span>? Ancak uygu<span class="_ _0"></span>n bir geri </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">dönüş değeri üretmek için b<span class="_ _0"></span>u <span class="ff9">private <span class="_ _0"></span></span>elemanların değerlerin<span class="_ _0"></span>e gereksinim duyuluyor.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf74 ff2 fs0 fc2 sc0 ls0 ws0">Bu durumda işleci yükleyen gl<span class="_ _0"></span>obal bir işlev, işini nasıl yap<span class="_ _0"></span>abilir?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y64a ff2 fs0 fc2 sc0 ls0 ws0">İşlevin kendisinden bekl<span class="_ _0"></span>enen işi yapab<span class="_ _0"></span>ilmesi için farklı yöntemler kullanılab<span class="_ _0"></span>ilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf75 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın <span class="ff9">public <span class="ff1">ar<span class="_ _0"></span>ayüzünde bulunan b<span class="_ _0"></span>ir </span>get </span>işlevi ile <span class="ff9">m_val <span class="_ _0"></span></span>elemanının değeri elde edilebilir.<span class="_ _0"></span> Ancak böyle b<span class="_ _0"></span>ir <span class="ff9">get </span></div><div class="t m0 x10 h3 y2c9 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin bulunması, her sınıf i<span class="_ _0"></span>çin istenen bir durum d<span class="_ _0"></span>eğildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yd49 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 xd h11 y2ff ff8 fs0 fc2 sc0 ls13 ws0">class Myint{ </div><div class="t m0 x1d h11 yf76 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x4e h11 y11e ff8 fs0 fc2 sc0 ls13 ws0">int get_val() const {return m_val;}<span class="ls0"> </span></div><div class="t m0 x4e h11 y777 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1d h11 y7a7 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 y697 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7c5 ff1 fs0 fc2 sc0 ls0 ws0">Global <span class="ff9">operator+ <span class="ff2">işle<span class="_ _0"></span>vi </span>get_val pub<span class="_ _0"></span>lic <span class="ff2">üye işlevini çağırarak <span class="_ _0"></span></span>m_val <span class="ff2">değerini elde ed<span class="_ _0"></span>ebilir.</span></span> </div><div class="t m0 x1 h16 yf77 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y140 ff8 fs0 fc2 sc0 ls13 ws0">Myint operator+(const Myint &amp;r1, const Myint &amp;r2)<span class="ls0"> </span></div><div class="t m0 x11 h11 ydba ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yf78 ff8 fs0 fc2 sc0 ls13 ws0">return Myint(r1.get_val(), r2.get_val());<span class="ls0"> </span></div><div class="t m0 x11 h11 y94d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 ye87 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd2c ff9 fs0 fc2 sc0 ls0 ws0">Myint <span class="ff2">sınıfı, bu işleve arkad<span class="_ _0"></span>aşlık bildirimi ile </span>p<span class="_ _0"></span>rivate <span class="ff2">elemanl<span class="_ _0"></span>arına özel erişim hakkı <span class="_ _0"></span>verebilir.<span class="ff1"> </span></span></div><div class="t m0 x1 h3 yd90 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf79 ff8 fs0 fc2 sc0 ls13 ws0">class Myint{<span class="ls0"> </span></div><div class="t m0 x4e h11 yf7a ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 y8f0 ff8 fs0 fc2 sc0 ls13 ws0">friend Myint operator+(const Myint &amp;, const Myint &amp;);<span class="ls0"> </span></div><div class="t m0 x11 h11 y577 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h22 yf7b ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf7c ff2 fs0 fc2 sc0 ls0 ws0">Global işlev işini görebilmek i<span class="_ _0"></span>çin sınıfın bir <span class="_ _0"></span><span class="ff9">public </span>işlevini çağı<span class="_ _0"></span>rabilir. Aşağıdaki ko<span class="_ _0"></span>du inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y5d3 ff8 fs0 fc2 sc0 ls13 ws0">Myint operator+(const Myint &amp;r1, const Myint &amp;r2)<span class="ls0"> </span></div><div class="t m0 x11 h11 y786 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yd92 ff8 fs0 fc2 sc0 ls13 ws0">return Myint (r1) += r2;<span class="ls0"> </span></div><div class="t m0 x11 h11 yda4 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfd7" class="pf w0 h0" data-page-no="d7"><div class="pc pcd7 w0 h0"><img class="bi xb yf7d w6 h99" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">215</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h21 yb07 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y396 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin ana bloğu için<span class="_ _0"></span>de yaratılan <span class="_ _0"></span><span class="ff9">Myint </span>sınıfı türünden geçici n<span class="_ _0"></span>esne, ilkdeğerini işlevin parametre d<span class="_ _0"></span>eğişkeni </div><div class="t m0 x10 h3 yf7e ff1 fs0 fc2 sc0 ls0 ws0">olan <span class="ff9">r1 <span class="ff2">nesnesinden alıyo<span class="_ _0"></span>r. Daha sonra <span class="_ _0"></span>geçici nesne için <span class="_ _0"></span>sınıfın </span><span class="ls23">+= <span class="_ _0"></span></span><span class="ff2">işlevi çağrılıyor. Bu üye i<span class="_ _0"></span>şleve </span>r</span>2 ne<span class="_ _0"></span>snesi </div><div class="t m0 x10 h3 yf7f ff2 fs0 fc2 sc0 ls0 ws0">argüman olarak gön<span class="_ _0"></span>deriliyor. İşleci yükleyen glob<span class="_ _0"></span>al işlev, üye += işlevinin geri dö<span class="_ _0"></span>nüş değeri ileri geri dönü<span class="_ _0"></span>yor.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y54f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf80 ff2 fs0 fc2 sc0 ls0 ws0">Aynı işlecin hem üye hem de g<span class="_ _0"></span>lobal işlev olarak yü<span class="_ _0"></span>klenmesi, çoğu durumda <span class="_ _0"></span>algısal karmaşıklığa neden o<span class="_ _0"></span>lur. </div><div class="t m0 x10 h3 y600 ff2 fs0 fc2 sc0 ls0 ws0">Bu nedenle programcılar ta<span class="_ _0"></span>rafından p<span class="_ _0"></span>ek tercih edilmez. Ayrıca bazı d<span class="_ _0"></span>urumlarda, işleve yapılan<span class="_ _0"></span> çağrı </div><div class="t m0 x10 h3 y7bf ff2 fs0 fc2 sc0 ls0 ws0">yüzünden çift an<span class="_ _0"></span>lamlılık hatası oluşabilir. Yani d<span class="_ _0"></span>erleyicinin ü<span class="_ _0"></span>ye işlevin mi global işlevin <span class="_ _0"></span>mi çağrılmak </div><div class="t m0 x10 h3 y860 ff2 fs0 fc2 sc0 ls0 ws0">istendiğini anlayamama<span class="_ _0"></span>sı sonucu bir hat<span class="_ _0"></span>a durumu oluşabilir. Şüph<span class="_ _0"></span>esiz bu hata duru<span class="_ _0"></span>mu örneğin <span class="_ _0"></span><span class="ff9">operator+ </span></div><div class="t m0 x10 h3 yf81 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin işlev çağrı işleciyle ça<span class="_ _0"></span>ğrılmasıyla engellenebilir<span class="_ _0"></span>:<span class="ff1"> </span></div><div class="t m0 x1 hd yf82 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya9a ff8 fs0 fc2 sc0 ls13 ws0">class Myclass { </div><div class="t m0 x11 h11 y87b ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 yb70 ff8 fs0 fc2 sc0 ls13 ws0">Myclass operator+(Myclass, Myclass);<span class="ls0"> </span></div><div class="t m0 x11 h11 y7d6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 yf83 ff8 fs0 fc2 sc0 ls13 ws0">Myclass operator+ (Myclass, Myclass); </div><div class="t m0 x11 h11 y77b ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y39 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ye92 ff8 fs0 fc2 sc0 ls13 ws0">Myclass a, b, c;<span class="ls0"> </span></div><div class="t m0 x13 h11 y23f ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1 h11 y3bf ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y299 ff8 fs0 fc2 sc0 ls13 ws0">c = a<span class="ls0"> + </span>b;<span class="ls0"> <span class="_ _33"> </span></span><span class="ffc">//çift anlamlılık hatası </span><span class="ls0">- </span><span class="ffc">üye işlev mi global işlev </span><span class="ls16">mi? </span></div><div class="t m0 x13 h11 y4fa ff8 fs0 fc2 sc0 ls13 ws0">c = operator+<span class="ls0"> </span>(a,<span class="ls0"> </span>b);<span class="ls0"> <span class="_ _14"> </span></span><span class="ffc">//çift anlamlılık hatası yok global<span class="_ _0"></span></span><span class="ls0"> <span class="_ _9"></span><span class="ffc ls13">işlev<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x13 h11 yf84 ff8 fs0 fc2 sc0 ls0 ws0">c = <span class="ls13">a.operator+(b);</span> <span class="_ _70"> </span><span class="ffc ls13">//çift anlamlılık hatası yok üye</span> <span class="_ _6"></span><span class="ffc ls13">işlev<span class="ff8 ls0"> </span></span></div><div class="t m0 x13 h11 ya10 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h22 yf85 ff8 fs0 fc2 sc0 ls0 ws0">}<span class="fs11"> </span></div><div class="t m0 x1 h10 yf1 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span></span>İ<span class="_ _3"></span><span class="ff1 ls4a">li</span>ş<span class="_ _3"></span>k<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>ı<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span>t<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _b"></span>a<span class="_ _3"></span>r<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y65b ff9 fs0 fc2 sc0 ls0 ws0">C++<span class="ff2 ls42">‟ı<span class="ls0">n bazı işleçleri yüklene<span class="_ _0"></span>mez. Bu işleçler şunlard<span class="_ _0"></span>ır:<span class="ff1"> </span></span></span></div><div class="t m0 x1 hd y110 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf86 ff2 fs0 fc2 sc0 ls0 ws0">çözünürlük işleci (<span class="ff9 ls59">::<span class="ff1 ls22">) </span></span></div><div class="t m0 x10 h3 yf87 ff2 fs0 fc2 sc0 ls0 ws0">sizeof işleci (<span class="ff9">sizeof</span>) ko<span class="_ _0"></span>şul </div><div class="t m0 x10 h3 yf88 ff2 fs0 fc2 sc0 ls0 ws0">işleci <span class="ff9 ls5a">?:<span class="ls0"> </span></span></div><div class="t m0 x10 h3 y6a2 ff9 fs0 fc2 sc0 ls3 ws0">. <span class="ff2 ls0">işleci<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y8f4 ff2 fs0 fc2 sc0 ls0 ws0">.* işleci (C dilinde yer almayan<span class="_ _0"></span><span class="ff1"> <span class="_ _0"></span></span>bu işleci ileride ele alacağız)<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfd8" class="pf w0 h0" data-page-no="d8"><div class="pc pcd8 w0 h0"><img class="bi xb yf89 w6 h9a" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">216</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4d5 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda listesi verilen işl<span class="_ _0"></span>eçlerin sınıfın üye işlevleriyle ya da <span class="_ _0"></span>global işlevlerle yüklenmesi g<span class="_ _0"></span>eçersizdir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf8a ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki işleçler ise yaln<span class="_ _0"></span>ızca sınıfın üye işlevleriyle yüklene<span class="_ _0"></span>bilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yf8b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y11a ff2 fs0 fc2 sc0 ls0 ws0">köşeli ayraç işleci </div><div class="t m0 x10 h3 y11b ff2 fs0 fc2 sc0 ls0 ws0">işlev çağrı işleci </div><div class="t m0 x10 h3 y11c ff1 fs0 fc2 sc0 ls41 ws0">at<span class="ff2 ls0">ama işleci<span class="ff1"> </span></span></div><div class="t m0 x10 h3 yf8c ff2 fs0 fc2 sc0 ls0 ws0">ok işleci<span class="ff1"> </span></div><div class="t m0 x1 hd yd61 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf8d ff2 fs0 fc2 sc0 ls0 ws0">Bu işleçlerin global işlevler biç<span class="_ _0"></span>iminde yüklenmeleri geçersiz<span class="_ _0"></span>dir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ybd6 ff2 fs0 fc2 sc0 ls0 ws0">İşleçleri yükleyen işlevler <span class="_ _0"></span>varsayılan argüman a<span class="_ _0"></span>lamaz. Bu kurala uymayan t<span class="_ _0"></span>ek işlev, işlev çağrı işlecini yükleyen </div><div class="t m0 x10 h3 y21b ff2 fs0 fc2 sc0 ls0 ws0">işlevdir. Bu işlevin yüklenme<span class="_ _0"></span>sini ileride ele alacağız<span class="_ _0"></span><span class="ff1">. </span></div><div class="t m0 x1 h10 yf8e ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y475 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y3a2 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ya7 ff2 fs0 fc2 sc0 ls0 ws0">İşleç yükleyen işlevler C++ d<span class="_ _0"></span>ilinde işleçlerin belirlenmiş ön<span class="_ _0"></span>celik sırasına göre çağr<span class="_ _0"></span>ılır. Aşağıdaki k<span class="_ _0"></span>od </div><div class="t m0 x10 h3 y7ea ff2 fs0 fc2 sc0 ls0 ws0">parçasını inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya1d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc9 ff8 fs0 fc2 sc0 ls13 ws0">Myint a(1), b(5), c(7), d; </div><div class="t m0 x11 h11 yf8f ff8 fs0 fc2 sc0 ls13 ws0">d = ++a * b <span class="ffc ls0">–</span>c % 2;<span class="ls0"> </span></div><div class="t m0 x10 h3 y86b ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki ifade derleyici <span class="_ _0"></span>tarafından şöyle b<span class="_ _0"></span>ir koda dönüştürülür:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y769 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf90 ff8 fs0 fc2 sc0 ls13 ws0">d.operator=(a.operator++().operator*(b).operator<span class="ls0">-</span>(c.operator%(2)));<span class="ls0"> </span></div><div class="t m0 x1 h15 y418 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf91 ff2 fs0 fc2 sc0 ls0 ws0">İşleçlerin dil tarafından b<span class="_ _0"></span>elilenmiş öncelik seviyeleri de<span class="_ _0"></span>ğiştirilemez.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yf92 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y929 ff1 fs6 fc2 sc0 ls4a ws0">Kö<span class="ff2 ls0">ş<span class="_ _3"></span><span class="ff1">e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>y<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>ç<span class="_ _3"></span> <span class="_ _b"></span></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _b"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 yabb ff2 fs0 fc2 sc0 ls0 ws0">Köşeli ayraç işleci sınıfın ü<span class="_ _0"></span>ye işleviyle yü<span class="_ _0"></span>klenebilir. İşlevin yalnızca b<span class="_ _0"></span>ir parametre değişkeni o<span class="_ _0"></span>lmalıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf93 ff9 fs0 fc2 sc0 ls14 ws0">a <span class="ff2 ls0">bir sınıf nesnesi olmak üzere<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y6d ff9 fs0 fc2 sc0 ls0 ws0">a[b] <span class="ff2">gibi bir ifade, köşeli ay<span class="_ _0"></span>raç işlevinin tanımlanmı<span class="_ _0"></span>ş olması duru<span class="_ _0"></span>munda<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd yf94 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfd9" class="pf w0 h0" data-page-no="d9"><div class="pc pcd9 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">217</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">a.operator[](b)<span class="ls0"> </span></div><div class="t m0 x1 h15 y4d5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y75 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir işlev çağrısına dö<span class="_ _0"></span>nüştürülür.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y133 ff2 fs0 fc2 sc0 ls0 ws0">Köşeli ayraç işlevi genellikl<span class="_ _0"></span>e bir referans türü<span class="_ _0"></span>ne geri döner. Böylece, i<span class="_ _0"></span>şlev çağrı ifadesi doğrud<span class="_ _0"></span>an bir nesne </div><div class="t m0 x10 h3 y4be ff2 fs0 fc2 sc0 ls0 ws0">olarak kullanılab<span class="_ _0"></span>ilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y57c ff9 fs0 fc2 sc0 ls0 ws0">int <span class="ff2">türden d<span class="_ _0"></span>inamik bir dizinin kullanımını ko<span class="_ _0"></span>laylaştırmak için, <span class="_ _0"></span></span>Array <span class="ff2">isimli bir sınıfın t<span class="_ _0"></span>anımland<span class="_ _0"></span>ığını </span></div><div class="t m0 x10 h3 y74d ff2 fs0 fc2 sc0 ls0 ws0">düşünelim.<span class="ff1"> </span></div><div class="t m0 x10 h3 y958 ff9 fs0 fc2 sc0 ls0 ws0">operator[] <span class="ff2">işlevinin uy<span class="_ _0"></span>gun biçimde tanımlanma<span class="_ _0"></span>sı durumunda,<span class="_ _0"></span> </span>Array <span class="ff2">sınıfı türün<span class="_ _0"></span>den a gibi bir nesne<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span>ile </span></span></div><div class="t m0 x1 h3 ybe ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6ad ff8 fs0 fc2 sc0 ls13 ws0">a[5] =<span class="ls0"> </span>20;<span class="ls0"> </span></div><div class="t m0 x1 h15 y851 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf95 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir atama yap<span class="_ _0"></span>ılabilir. Konumuzla doğru<span class="_ _0"></span>dan ilgisi olmayan işle<span class="_ _0"></span>vleri çıkartarak, <span class="_ _0"></span><span class="ff9">Array </span></div><div class="t m0 x10 h3 yc88 ff2 fs0 fc2 sc0 ls0 ws0">sınıfını tanımlayalım.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1a0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yf96 ff8 fs0 fc2 sc0 ls13 ws0">class Array {<span class="ls0"> </span></div><div class="t m0 x1a h11 yb71 ff8 fs0 fc2 sc0 ls13 ws0">int *m_p; </div><div class="t m0 x1a h11 yf97 ff8 fs0 fc2 sc0 ls13 ws0">size_t m_size;<span class="ls0"> </span></div><div class="t m0 x1c h11 y4e1 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1a h11 y60c ff8 fs0 fc2 sc0 ls13 ws0">Array(int size = 0, int val = 0);<span class="ls0"> </span></div><div class="t m0 x1a h11 y4b2 ff8 fs0 fc2 sc0 ls13 ws0">~Array();<span class="ls0"> </span></div><div class="t m0 x1a h11 yf98 ff8 fs0 fc2 sc0 ls13 ws0">int operator[](int) const; </div><div class="t m0 x1a h11 yf99 ff8 fs0 fc2 sc0 ls13 ws0">int &amp;operator[](int);<span class="ls0"> </span></div><div class="t m0 x1a h11 yf9a ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x1c h11 yf9b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yf9c ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yf9d ff8 fs0 fc2 sc0 ls13 ws0">Array::Array(int size, int val)<span class="ls0"> </span></div><div class="t m0 x1c h11 yf9e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y4b7 ff8 fs0 fc2 sc0 ls13 ws0">m_size = size; </div><div class="t m0 x1a h11 y9cf ff8 fs0 fc2 sc0 ls13 ws0">if(m_size == 0){<span class="ls0"> </span></div><div class="t m0 x35 h11 yf9f ff8 fs0 fc2 sc0 ls13 ws0">m_p = 0; </div><div class="t m0 x35 h11 y3ff ff8 fs0 fc2 sc0 ls13 ws0">return;<span class="ls0"> </span></div><div class="t m0 x1a h11 y191 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 yd92 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 yfa0 ff8 fs0 fc2 sc0 ls13 ws0">m_p = new int[m_size];<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfda" class="pf w0 h0" data-page-no="da"><div class="pc pcda w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">218</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">for (int k = 0; k &lt; m_size; ++k) </div><div class="t m0 x35 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">m_p[k] = val;<span class="ls0"> </span></div><div class="t m0 x1c h11 y9a0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y51b ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yfa1 ff8 fs0 fc2 sc0 ls13 ws0">Array::~Array()<span class="ls0"> </span></div><div class="t m0 x1c h11 yb6a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y2a9 ff8 fs0 fc2 sc0 ls13 ws0">delete [] m_p;<span class="ls0"> </span></div><div class="t m0 x1c h11 y9c3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 yfa2 ff8 fs0 fc2 sc0 ls13 ws0">int &amp;Array::operator[](int index)<span class="ls0"> </span></div><div class="t m0 x1c h11 ya0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 yfa3 ff8 fs0 fc2 sc0 ls13 ws0">return m_p[index];<span class="ls0"> </span></div><div class="t m0 x1c h11 yfa4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y87c ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yd4d ff8 fs0 fc2 sc0 ls13 ws0">int Array::operator[](int index)const<span class="ls0"> </span></div><div class="t m0 x1c h11 y53d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y2ea ff8 fs0 fc2 sc0 ls13 ws0">return m_p[index];<span class="ls0"> </span></div><div class="t m0 x1c h11 yccf ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y856 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y7c6 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 yc07 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yfa5 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y89 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 yfa6 ff8 fs0 fc2 sc0 ls13 ws0">Array a(20);<span class="ls0"> </span></div><div class="t m0 x1a h11 yfa7 ff8 fs0 fc2 sc0 ls13 ws0">const Array ca(10, 1);<span class="ls0"> </span></div><div class="t m0 x1a h11 y5e4 ff8 fs0 fc2 sc0 ls13 ws0">a[3] = 5;<span class="ls0"> </span></div><div class="t m0 x1a h11 ycc6 ff8 fs0 fc2 sc0 ls13 ws0">//ca[2]<span class="ls0"> = </span>10;<span class="ls0">  </span>//Geçersiz </div><div class="t m0 x1a h11 y49a ff8 fs0 fc2 sc0 ls13 ws0">Std::cout &lt;&lt; ca[5] &lt;&lt;<span class="ls0"> <span class="_ _3"></span>st<span class="_ _9"></span>d:<span class="_ _9"></span>:end<span class="_ _6"></span>l; </span></div><div class="t m0 x1 h12 y4b6 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 yfa8 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 yea1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yfa9 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfaa ff9 fs0 fc2 sc0 ls0 ws0">Array <span class="ff2">sınıfının kuru<span class="_ _0"></span>cu işlevi, istenen sayıda eleman<span class="_ _0"></span>ın sığacağı büyü<span class="_ _0"></span>klükte bir blok elde ediyo<span class="_ _0"></span>r. Sonlandırıcı </span></div><div class="t m0 x10 h3 ycec ff2 fs0 fc2 sc0 ls0 ws0">işlev ise ayrılan dinamik b<span class="_ _0"></span>loğu <span class="ff9">free store</span>‟<span class="ff1">a <span class="_ _0"></span>geri veriyor. </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfdb" class="pf w0 h0" data-page-no="db"><div class="pc pcdb w0 h0"><img class="bi xb yfab w6 h9b" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">219</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın <span class="ff9">public <span class="ff1">b<span class="_ _0"></span>ölümünde iki </span></span>ay<span class="_ _0"></span>rı <span class="ff9">operator[] </span>işlevinin bildirild<span class="_ _0"></span>iğini görüyorsunuz. İ<span class="_ _0"></span>şlevlerin imzalarındaki tek </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">farklılık, birinin <span class="ff9">c<span class="_ _0"></span>onst </span>üye işlev iken diğerinin <span class="_ _0"></span><span class="ff9">const </span>olmayan<span class="_ _0"></span> bir üye işlev olması. Böyle i<span class="_ _0"></span>şlev yüklemesine <span class="_ _0"></span><span class="ff9">const </span></div><div class="t m0 x10 h3 y1f2 ff1 fs0 fc2 sc0 ls0 ws0">yüklemesi (<span class="ff9">const ove<span class="_ _0"></span>rloading<span class="ff2">) dend<span class="_ _0"></span>iğini anımsayın. Acaba<span class="_ _0"></span></span></span> <span class="ff2">neden iki ayrı işlev tanımland<span class="_ _0"></span>ı?</span> </div><div class="t m0 x10 h3 y51b ff1 fs0 fc2 sc0 ls0 ws0">Önce <span class="ff9">const </span>olmayan<span class="_ _0"></span> <span class="ff9">operator[] <span class="ff2">işlevini in<span class="_ _0"></span>celeyelim. İşlevimi<span class="_ _0"></span>z elde edilen dinamik dizinin i<span class="_ _0"></span>stenen indisli </span></span></div><div class="t m0 x10 h3 yfac ff2 fs0 fc2 sc0 ls0 ws0">elemanını, referans yoluy<span class="_ _0"></span>la döndürü<span class="_ _0"></span>yor. Böylece <span class="_ _0"></span><span class="ff9">main </span>işlevi içinde<span class="ff1"> </span></div><div class="t m0 x1 hd y214 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y215 ff8 fs0 fc2 sc0 ls13 ws0">a[3] = 5;<span class="ls0"> </span></div><div class="t m0 x1 h15 yeda ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfad ff1 fs0 fc2 sc0 ls0 ws0">gibi bir atama ile, dinamik <span class="_ _0"></span>dizi içindeki <span class="ff9 ls4">3 <span class="_ _0"></span></span><span class="ff2">indisli elemana atama <span class="_ _0"></span>yapılmış olur. Bu atama d<span class="_ _0"></span>eyimi derleyici </span></div><div class="t m0 x10 h3 y569 ff2 fs0 fc2 sc0 ls0 ws0">tarafından aşağıdak<span class="_ _0"></span>i biçime dönüştürü<span class="_ _0"></span>lür:<span class="ff1"> </span></div><div class="t m0 x1 h3 ye24 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y8a3 ff8 fs0 fc2 sc0 ls13 ws0">a.operator[](3) = 5;<span class="ls0"> </span></div><div class="t m0 x1 h15 y727 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya6c ff9 fs0 fc2 sc0 ls0 ws0">const <span class="ff2">bir d<span class="_ _0"></span>izinin elemanlarına atama işleci ile ata<span class="_ _0"></span>ma yapılamaz, d<span class="_ _0"></span>eğil mi? Benzer bi<span class="_ _0"></span><span class="ff1">çimde </span></span>co<span class="_ _0"></span>nst <span class="ff1">bir </span>Array </div><div class="t m0 x10 h3 y56e ff2 fs0 fc2 sc0 ls0 ws0">nesnesinin tuttuğu<span class="_ _0"></span> elemanlara da atama <span class="_ _0"></span>yapılamaması gerekir. İşte bu nedenl<span class="_ _0"></span>e iki ayrı işlev tanımladık.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yad9 ff9 fs0 fc2 sc0 ls0 ws0">Array <span class="ff2">sınıfı türün<span class="_ _0"></span>den </span>const <span class="_ _0"></span><span class="ff1">bir nesne olan </span><span class="ls14">a </span><span class="ff1">nesnesi ile </span>opera<span class="_ _0"></span>tor[] <span class="ff2">işlevi çağrıldığında,<span class="_ _0"></span> sınıfın </span>c<span class="_ _0"></span>onst <span class="ff2">üye işlevi </span></div><div class="t m0 x10 h3 y867 ff2 fs0 fc2 sc0 ls0 ws0">çağrılır. <span class="ff9">const </span>üy<span class="_ _0"></span>e işlevin geri dönüş değeri bir referans ol<span class="_ _0"></span>madığı için<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yfae ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yba8 ff8 fs0 fc2 sc0 ls13 ws0">ca[4] = 10;<span class="ls0"> </span></div><div class="t m0 x1 h15 ya94 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf0d ff1 fs0 fc2 sc0 ls0 ws0">gibi bir atama geçersizdir.<span class="_ _0"></span> </div><div class="t m0 x1 hd y742 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd yfaf ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd yd5b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yf0 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>e<span class="_ _3"></span>ğ<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>a<span class="_ _3"></span>z<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _b"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>v<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _b"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>e<span class="_ _3"></span>ğ<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> </div><div class="t m0 x1 h10 y8ad ff2 fs6 fc2 sc0 ls0 ws0">A<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y248 ff9 fs0 fc2 sc0 ls0 ws0">C<span class="ff2">‟den farklı olarak <span class="_ _0"></span></span>C++ <span class="ff2">dilinde giriş çıkış işle<span class="_ _0"></span>mlerinin şablon <span class="_ _0"></span>bazlı sınıflar yardımıyla y<span class="_ _0"></span>apıldığını biliyorsunuz.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 yfb0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yfb1 ff8 fs0 fc2 sc0 ls13 ws0">int i = 10; </div><div class="t m0 x10 h11 yfb2 ff8 fs0 fc2 sc0 ls13 ws0">double d = 3.5; </div><div class="t m0 x10 h11 y836 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; i &lt;&lt;d;<span class="ls0"> </span></div><div class="t m0 x1 h1c y4a0 ff8 fse fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfdc" class="pf w0 h0" data-page-no="dc"><div class="pc pcdc w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">220</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında yer alan <span class="_ _0"></span><span class="ff9">cout, </span>aslında <span class="_ _0"></span><span class="ff9">ostream </span>isimli bir sınıf türü<span class="_ _0"></span>nden global bir nesnedir. <span class="_ _0"></span><span class="ff9">ostream </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">sınıfının bir seri <span class="ff9">ope<span class="_ _0"></span>rator </span>&lt;&lt; işlevi vardır. C<span class="_ _0"></span>++ dilinin doğal türlerinden p<span class="_ _0"></span>arametre değişkenlerine sahip<span class="_ _0"></span> olan bu </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">işlevler, yine <span class="ff9">ostream <span class="_ _0"></span></span>sınıfı türünden referansa g<span class="_ _0"></span>eri döner.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y51b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5ed ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; i &lt;&lt; d<span class="ls0"> </span></div><div class="t m0 x1 h15 y9c2 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3e8 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir ifade derleyici tarafın<span class="_ _0"></span>dan<span class="ff1"> </span></div><div class="t m0 x1 hd yfb3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yfb4 ff8 fs0 fc2 sc0 ls13 ws0">cout.operator&lt;&lt;(i).operator&lt;&lt;(d)<span class="ls0"> </span></div><div class="t m0 x1 h15 yfb5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfb6 ff1 fs0 fc2 sc0 ls0 ws0">biçimine <span class="ff2">dönüştürülür.<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 yfb7 ff9 fs0 fc2 sc0 ls0 ws0">cout <span class="ff2">nesnesi için çağrılan<span class="_ _0"></span> ilk yükleyici işlev </span><span class="lse">i <span class="_ _0"></span></span><span class="ff2">değişkenini refe<span class="_ _0"></span>rans yoluyla alır. <span class="_ _0"></span></span><span class="lse">i </span><span class="ff2">değişkeninin<span class="_ _0"></span> değerini ekrana </span></div><div class="t m0 x10 h3 yfb8 ff2 fs0 fc2 sc0 ls0 ws0">yazdırdıktan<span class="_ _0"></span> sonra <span class="ff9">cout <span class="ff1">n<span class="_ _0"></span>esnesini referans yoluyla geri döndürü<span class="_ _0"></span>r. Geri döndürülen <span class="_ _0"></span></span>co<span class="_ _0"></span>ut <span class="ff1">nesnesi için ikinci kez </span></span></div><div class="t m0 x10 h3 y304 ff2 fs0 fc2 sc0 ls0 ws0">çağrılan <span class="ff9">operato<span class="_ _0"></span>r</span>&lt;&lt; işlevi, bu kez <span class="ff9 ls14">d </span>nesnesini ref<span class="_ _0"></span>erans yoluyla argüman o<span class="_ _0"></span>larak alır. <span class="_ _0"></span><span class="ff9 ls14">d </span>nesnesinin değeri ekrana </div><div class="t m0 x10 h3 yfb9 ff2 fs0 fc2 sc0 ls0 ws0">yazdırıldıktan son<span class="_ _0"></span>ra <span class="ff9">cout <span class="ff1">n<span class="_ _0"></span>esnesi yine referans yoluyla geri dön<span class="_ _0"></span>dürülür. </span></span></div><div class="t m0 x10 h3 ya6 ff2 fs0 fc2 sc0 ls0 ws0">Nasıl doğal türlerden ifadel<span class="_ _0"></span>erin değerleri <span class="ff9">ost<span class="_ _0"></span>ream </span>sınıfının ü<span class="_ _0"></span>ye <span class="ff9">operator</span>&lt;&lt; i<span class="_ _0"></span>şlevleriyle ekrana <span class="_ _0"></span>yazdırılabiliyorsa, </div><div class="t m0 x10 h3 y96e ff2 fs0 fc2 sc0 ls0 ws0">programcı tarafından t<span class="_ _0"></span>anımlanan b<span class="_ _0"></span>ir sınıf türünden nesnenin d<span class="_ _0"></span>eğeri de, global&lt;&lt; işlevi yardımıyla ekran<span class="_ _0"></span>a ya da </div><div class="t m0 x10 h3 y651 ff2 fs0 fc2 sc0 ls0 ws0">bir dosyaya y<span class="_ _0"></span>azdırılabilir. Böylece çıkış işlemleri için <span class="_ _0"></span>doğa<span class="_ _9"></span>l <span class="ff1">ve<span class="_ _9"></span>ri türleri ve <span class="_ _9"></span><span class="ff2">programcı tarafınd<span class="_ _0"></span>an tanımlanan t<span class="_ _0"></span>ürle<span class="ff1 ls2a">r </span></span></span></div><div class="t m0 x10 h3 ye86 ff2 fs0 fc2 sc0 ls0 ws0">arasında ortak b<span class="_ _0"></span>ir arayüz sağlanmış olur. <span class="_ _0"></span><span class="ff9">Myint </span>sınıfı türünd<span class="_ _0"></span>en nesnelerin değerlerinin, aşağıdak<span class="_ _0"></span>i biçimde </div><div class="t m0 x10 h3 ya4d ff2 fs0 fc2 sc0 ls0 ws0">ekrana yazdırılmak istendiğini<span class="_ _0"></span><span class="ff1"> </span>düşünelim.<span class="ff1"> </span></div><div class="t m0 x1 hd y4c9 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya1e ff8 fs0 fc2 sc0 ls13 ws0">Myint a(10), b(20);<span class="ls0"> </span></div><div class="t m0 x11 h11 yfba ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; a &lt;&lt; &quot; &quot; &lt;&lt; b &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1 h1c yfbb ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y245 ff9 fs0 fc2 sc0 ls0 ws0">ostream <span class="ff2">sınıfının kodların<span class="_ _0"></span>a doğrudan ekleme yap<span class="_ _0"></span>ılama<span class="ff1">z. A<span class="_ _0"></span>ma global b<span class="_ _0"></span>ir </span></span>operator<span class="ff2">&lt;&lt; işlevi yaz<span class="_ _0"></span>ılabilir:<span class="ff1"> </span></span></div><div class="t m0 x1 h3 yb8a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2be ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; a<span class="ls0"> </span></div><div class="t m0 x1 h15 yfbc ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y20a ff2 fs0 fc2 sc0 ls0 ws0">gibi bir ifadenin global <span class="_ _0"></span>bir işlev çağrısına dönü<span class="_ _0"></span>ştürülmesi için işlevin iki parametre d<span class="_ _0"></span>eğişkenine sahip o<span class="_ _0"></span>lması </div><div class="t m0 x10 h3 y9eb ff1 fs0 fc2 sc0 ls0 ws0">gerekir. Birinci parametre <span class="_ _0"></span><span class="ff9">cout <span class="ff2">nesnesini a<span class="_ _0"></span>lırken ikinci parametre <span class="_ _0"></span></span>Myint <span class="ff2">sınıfı türü<span class="_ _0"></span>nden </span><span class="ls14">a </span><span class="ff2">nesnesini alır. </span></span></div><div class="t m0 x10 h3 yfbd ff2 fs0 fc2 sc0 ls0 ws0">İşlevin geri dönüş değeri <span class="_ _0"></span><span class="ff9">ostream </span>sınıfı türü<span class="_ _0"></span>nden bir referans yap<span class="_ _0"></span>ılırsa, işlevin yine <span class="_ _0"></span><span class="ff9">cout <span class="_ _0"></span><span class="ff1">nesnesini geri </span></span></div><div class="t m0 x10 h3 yace ff2 fs0 fc2 sc0 ls0 ws0">döndürmesi sağlanab<span class="_ _0"></span>ilir. Aşağıdaki işlevi inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yfbe ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yfbf ff8 fs0 fc2 sc0 ls13 ws0">ostream &amp;operator&lt;&lt;(ostream &amp;os, const Myint &amp;r)<span class="ls0"> </span></div><div class="t m0 x10 h11 yfc0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfdd" class="pf w0 h0" data-page-no="dd"><div class="pc pcdd w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">221</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">return os &lt;&lt; r.m_val;<span class="ls0"> </span></div><div class="t m0 x10 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 yfc1 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6c1 ff2 fs0 fc2 sc0 ls0 ws0">işlevimiz<span class="ff1"> </span></div><div class="t m0 x1 h3 y906 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yfc2 ff8 fs0 fc2 sc0 ls13 ws0">operator&lt;&lt;(cout, a)<span class="ls0"> </span></div><div class="t m0 x1 h15 yd49 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfc3 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde çağrıldığına göre, iş<span class="_ _0"></span>levin parametre deği<span class="_ _0"></span>şkeni olan referan<span class="_ _0"></span>s <span class="ff9">os, c<span class="_ _0"></span>out </span>nesnesinin yerine geçer. İkin<span class="_ _0"></span>ci </div><div class="t m0 x10 h3 y7c1 ff1 fs0 fc2 sc0 ls0 ws0">parametre olan <span class="ff9 ls27">r <span class="_ _0"></span></span><span class="ff2">referansı da <span class="_ _0"></span><span class="ff9 ls14">a </span>nesnesinin yerine geçer. İşlevin t<span class="_ _0"></span>anımı içindeki<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y8b2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y91f ff8 fs0 fc2 sc0 ls13 ws0">os &lt;&lt; r.m_val<span class="ls0"> </span></div><div class="t m0 x1 h15 yfc4 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y59b ff1 fs0 fc2 sc0 ls0 ws0">ifadesi, bu kez <span class="ff9">ostream <span class="_ _0"></span><span class="ff2">sınıfının ü<span class="_ _0"></span>ye işlevini çağırarak </span>m<span class="_ _0"></span>_val <span class="ff2">isimli elemanın değ<span class="_ _0"></span>erini ekrana y<span class="_ _0"></span>azdırır. </span></span></div><div class="t m0 x10 h3 yc4b ff2 fs0 fc2 sc0 ls0 ws0">İşlevimiz<span class="ff1"> </span></div><div class="t m0 x1 h3 y494 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yfc5 ff8 fs0 fc2 sc0 ls13 ws0">os.operator&lt;&lt;(r.m_val)<span class="ls0"> </span></div><div class="t m0 x1 h15 yce0 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y202 ff2 fs0 fc2 sc0 ls0 ws0">çağrısının geri dönüş d<span class="_ _0"></span>eğeriyle geri döner. Bu da <span class="_ _0"></span><span class="ff9">cout <span class="_ _0"></span><span class="ff1">nesnesinin kendisidir.<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 yfc6 ff2 fs0 fc2 sc0 ls0 ws0">Yalnız ufak bir sorunu<span class="_ _0"></span>muz var. Global <span class="_ _0"></span>işlev içinde<span class="ff1"> </span></div><div class="t m0 x1 h3 y914 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yfc7 ff8 fs0 fc2 sc0 ls13 ws0">r.m_val<span class="ls0"> </span></div><div class="t m0 x1 h15 y5b8 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y988 ff2 fs0 fc2 sc0 ls0 ws0">erişiminin geçerli olması için <span class="_ _0"></span><span class="ff9">Myint </span>sınıfının, global <span class="_ _0"></span>işleve arkadaşlık ver<span class="_ _0"></span>mesi gerekir, değil mi?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y1ce ff8 fs0 fc2 sc0 ls13 ws0">class Myint {<span class="ls0"> </span></div><div class="t m0 x11 h11 yfc8 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x13 h11 y483 ff8 fs0 fc2 sc0 ls13 ws0">friend std::ostream &amp;operator&lt;&lt;(std::ostream &amp;os, const Myint &amp;r);<span class="ls0"> </span></div><div class="t m0 x11 h11 yd6d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 y565 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfc9 ff2 fs0 fc2 sc0 ls0 ws0">C++‟ın standart <span class="_ _0"></span><span class="ff9">ostream </span>sınıfı <span class="ff9">std<span class="_ _0"></span> <span class="ff1">isimala</span></span>nı içinde tanımlan<span class="_ _0"></span>dığından, a<span class="_ _0"></span>rkadaşlık bildiriminde bu sınıfın ismi, </div><div class="t m0 x10 h3 ybac ff9 fs0 fc2 sc0 ls0 ws0">std::ostream <span class="ff2">olarak yaz<span class="_ _0"></span>ılıyor.<span class="ff1"> </span></span></div><div class="t m0 x1 h3 yc6f ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfde" class="pf w0 h0" data-page-no="de"><div class="pc pcde w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">222</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Şimdi de <span class="ff9">Myint </span>sınıfı türü<span class="_ _0"></span>nden b<span class="_ _0"></span>ir nesneye standart giriş biri<span class="_ _0"></span>minden (klavyeden) değer ala<span class="_ _0"></span>n bir işlev </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">tanımlayalım:<span class="ff1"> </span></div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y84b ff8 fs0 fc2 sc0 ls13 ws0">int i = 10; </div><div class="t m0 x11 h11 y64a ff8 fs0 fc2 sc0 ls13 ws0">double d = 3.5; </div><div class="t m0 x11 h11 y26c ff8 fs0 fc2 sc0 ls13 ws0">cin &gt;&gt; i &gt;&gt; d;<span class="ls0"> </span></div><div class="t m0 x1 h1c yc74 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y31f ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında yer alan <span class="_ _0"></span><span class="ff9">cin, istream <span class="_ _0"></span></span>isimli bir sınıf türünden glob<span class="_ _0"></span>al bir nesnedir. <span class="_ _0"></span><span class="ff9">istream </span>sınıfının bir </div><div class="t m0 x10 h3 y6f8 ff1 fs0 fc2 sc0 ls0 ws0">seri <span class="ff9">operator<span class="ff2">&gt;&gt; işlevi <span class="_ _0"></span>vardır. </span>C++ <span class="ff2">dilinin d<span class="_ _0"></span>oğal türlerinden parametre d<span class="_ _0"></span>eğişkenlerine sahip <span class="_ _0"></span>olan bu işlevler, yine </span></span></div><div class="t m0 x10 h3 yfca ff9 fs0 fc2 sc0 ls0 ws0">istream <span class="ff2">sınıfı <span class="ff1">türü<span class="_ _0"></span>nden referansa geri döner.<span class="_ _0"></span> </span></span></div><div class="t m0 x1 h3 y424 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yfcb ff8 fs0 fc2 sc0 ls13 ws0">cin &gt;&gt; i &gt;&gt; d<span class="ls0"> </span></div><div class="t m0 x1 h15 yd3b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y752 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir ifade derleyici tarafın<span class="_ _0"></span>dan<span class="ff1"> </span></div><div class="t m0 x1 h3 y327 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y328 ff8 fs0 fc2 sc0 ls13 ws0">cin.operator&gt;&gt;(i).operator&gt;&gt;(d)<span class="ls0"> </span></div><div class="t m0 x1 h15 y1a2 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3f2 ff2 fs0 fc2 sc0 ls0 ws0">biçimine dönüştürülür.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yda0 ff2 fs0 fc2 sc0 ls0 ws0">Çağrılan <span class="_ _b"></span>ilk <span class="_ _b"></span>i<span class="_ _0"></span>şlev, <span class="_ _b"></span><span class="ff9 lse">i <span class="_ _f"></span></span>değişkenini <span class="_ _f"></span>referans <span class="_ _b"></span>yolu<span class="_ _0"></span>yla <span class="_ _b"></span>alır. <span class="_ _b"></span>İş<span class="_ _0"></span>lev <span class="_ _f"></span><span class="ff9 lse">i <span class="_ _f"> </span></span>değişkenini <span class="_ _b"></span>kla<span class="_ _0"></span>vyeden <span class="_ _b"></span>aldığı <span class="_ _f"></span>değerle <span class="_ _f"></span>set <span class="_ _b"></span>ettikten<span class="_ _0"></span> </div><div class="t m0 x10 h3 yfcc ff1 fs0 fc2 sc0 ls0 ws0">sonra  <span class="ff9">c<span class="_ _0"></span>in  </span>nesnesini <span class="_ _10"> </span>referans <span class="_ _10"> </span>yoluyla  geri  d<span class="_ _0"></span>öndürür.  Geri <span class="_ _10"> </span>döndürülen <span class="_ _c"> </span><span class="ff9">cin  <span class="ff2">nesnesi  için <span class="_ _10"> </span>ikinci <span class="_ _10"> </span>kez  çağrılan </span></span></div><div class="t m0 x10 h3 yfcd ff9 fs0 fc2 sc0 ls0 ws0">operator<span class="ff2">&gt;&gt;  işlevi  bu  kez  </span><span class="ls14">d  </span><span class="ff2">ne<span class="_ _9"></span>snesini  referans  yoluyla  argüman  olarak  alır. <span class="_ _10"> </span><span class="ff9 ls14">d  </span>nesnes<span class="_ _9"></span>ini  klavyeden  alınan </span></div><div class="t m0 x10 h3 yfce ff2 fs0 fc2 sc0 ls0 ws0">değerle set ettikten sonra <span class="_ _0"></span><span class="ff9">cin <span class="ff1">nesnesi yin<span class="_ _0"></span>e referans yoluyla geri dön<span class="_ _0"></span>dürülür.<span class="_ _0"></span> </span></span></div><div class="t m0 x1 h3 y3a5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y35e ff8 fs0 fc2 sc0 ls13 ws0">Myint a(10), b(20); </div><div class="t m0 x10 h11 yfcf ff8 fs0 fc2 sc0 ls13 ws0">cin &gt;&gt; a &gt;&gt; b;<span class="ls0"> </span></div><div class="t m0 x1 h1c y1cd ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6d5 ff9 fs0 fc2 sc0 ls0 ws0">istream <span class="ff2">sınıfına doğru<span class="_ _0"></span>dan ekleme yapılamaz ama global <span class="_ _0"></span>bir <span class="_ _0"></span></span>operator<span class="ff2">&gt;&gt; işle<span class="_ _0"></span>vi yazılabilir.<span class="ff1"> </span></span></div><div class="t m0 x1 h3 yfd0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1d1 ff8 fs0 fc2 sc0 ls13 ws0">cin &gt;&gt; a<span class="ls0"> </span></div><div class="t m0 x1 h15 yfd1 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y99e ff2 fs0 fc2 sc0 ls0 ws0">gibi bir ifadenin global <span class="_ _0"></span>bir işlev çağrısına dönü<span class="_ _0"></span>ştürülmesi için işlevin iki parametre d<span class="_ _0"></span>eğişkenine sahip o<span class="_ _0"></span>lması </div><div class="t m0 x10 h3 yfd2 ff2 fs0 fc2 sc0 ls0 ws0">gerekir. İşlevin birinci param<span class="_ _0"></span>etresi <span class="ff9">cin <span class="_ _0"></span></span>nesnesini referans yolu<span class="_ _0"></span>yla alırken ikinci parametre <span class="_ _0"></span><span class="ff9">Myint<span class="_ _0"></span> </span>sınıfı </div><div class="t m0 x10 h3 yfd3 ff1 fs0 fc2 sc0 ls0 ws0">türünden <span class="_ _0"></span><span class="ff9 ls14">a </span>nesnesini yine referans yol<span class="ff2">uyla <span class="_ _0"></span>alabilir. İşlevin geri dön<span class="_ _0"></span>üş değeri <span class="ff9">istream <span class="_ _0"></span></span>sınıfı türü<span class="_ _0"></span>nden bir </span></div><div class="t m0 x10 h3 ydca ff2 fs0 fc2 sc0 ls0 ws0">referans yapılırsa, yeniden <span class="_ _0"></span><span class="ff9">cin </span>nesnesinin geri d<span class="_ _0"></span>öndürülmesi sağlan<span class="_ _0"></span>abilir.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfdf" class="pf w0 h0" data-page-no="df"><div class="pc pcdf w0 h0"><img class="bi xb yfd4 w6 h9c" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">223</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfd5 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki işlev tanımını incel<span class="_ _0"></span>eyin.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y71e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y632 ff8 fs0 fc2 sc0 ls13 ws0">istream &amp;operator&lt;&lt;(ostream &amp;is, Myint &amp;r)<span class="ls0"> </span></div><div class="t m0 x11 h11 y1d5 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yebd ff8 fs0 fc2 sc0 ls13 ws0">return is &gt;&gt; r.m_val;<span class="ls0"> </span></div><div class="t m0 x11 h11 y3e7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y216 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfd6 ff2 fs0 fc2 sc0 ls0 ws0">işlev<span class="ff1">imiz </span></div><div class="t m0 x1 h3 yd10 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yfd7 ff8 fs0 fc2 sc0 ls13 ws0">operator&gt;&gt;(cin, a)<span class="ls0"> </span></div><div class="t m0 x10 h3 y5f2 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde <span class="_ _0"></span>çağrıldığına <span class="_ _0"></span>göre, <span class="_ _0"></span>işlevin <span class="_ _0"></span>parametre <span class="_ _0"></span>de<span class="_ _0"></span>ğişkeni <span class="_ _0"></span>olan <span class="_ _0"></span>referans <span class="_ _0"></span><span class="ff9">i<span class="_ _0"></span>s, c<span class="_ _0"></span>in <span class="_ _0"></span></span>nesnesinin <span class="_ _0"></span>yerine <span class="_ _0"></span>geçiyor. <span class="_ _0"></span>İkinci </div><div class="t m0 x10 h3 y5f3 ff1 fs0 fc2 sc0 ls0 ws0">parametre olan <span class="ff9 ls27">r <span class="_ _0"></span></span><span class="ff2">referansı da <span class="_ _0"></span><span class="ff9 ls14">a </span>nesnesinin yerine geçiyor. İş<span class="_ _0"></span>levin tanımı içindeki<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 yfd8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya27 ff8 fs0 fc2 sc0 ls13 ws0">is &gt;&gt; r.m_val<span class="ls0"> </span></div><div class="t m0 x1 h15 yfd9 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfda ff1 fs0 fc2 sc0 ls0 ws0">ifadesi ile bu kez <span class="ff9">istream <span class="_ _0"></span><span class="ff2">sınıfının ü<span class="_ _0"></span>ye işlevi çağrılarak </span>m_val<span class="_ _0"></span> <span class="ff2">isimli eleman klavyed<span class="_ _0"></span>en alınan değerle set </span></span></div><div class="t m0 x10 h3 y82c ff2 fs0 fc2 sc0 ls0 ws0">ediliyor. İşlevimiz<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ybe9 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yfdb ff8 fs0 fc2 sc0 ls13 ws0">is.operator&gt;&gt;(r.m_val)<span class="ls0"> </span></div><div class="t m0 x1 h15 y63e ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8ec ff2 fs0 fc2 sc0 ls0 ws0">çağrısının geri dönüş d<span class="_ _0"></span>eğeriyle geri dönüyor. Yani işl<span class="_ _0"></span>ev <span class="ff9">cin <span class="_ _0"></span><span class="ff1">nesnesini geri döndü<span class="_ _0"></span>rüyor. </span></span></div><div class="t m0 x1 h3 y10 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y35f ff2 fs6 fc2 sc0 ls0 ws0">N<span class="_ _3"></span>u<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span><span class="ff1">ç<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _b"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 yfdc ff2 fs0 fc2 sc0 ls0 ws0">Bir işleç, bir numaraland<span class="_ _0"></span>ırma türü için de yü<span class="_ _0"></span>klenebilir. Örneğin tipik b<span class="_ _0"></span>ir kullanım, ++ ve <span class="_ _0"></span>–<span class="ff1"> </span></div><div class="t m0 x10 h3 y528 ff1 fs0 fc2 sc0 ls0 ws0">- <span class="ff2">işleçlerinin yüklenme<span class="_ _0"></span>siyle numaralandırma değerlerinin do<span class="_ _0"></span>laşılmasını sağlamaktır. A<span class="_ _0"></span>şağıdaki p<span class="_ _0"></span>rogramı </span></div><div class="t m0 x10 h3 y37a ff1 fs0 fc2 sc0 ls0 ws0">inceleyin: </div><div class="t m0 x1 h3 y611 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y612 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y613 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yfdd ff8 fs0 fc2 sc0 ls13 ws0">enum Months {January, February, March, April, May, June, July, August, </div><div class="t m0 x1c h11 ye7e ff8 fs0 fc2 sc0 ls13 ws0">September, October, November, December};<span class="ls0"> </span></div><div class="t m0 x1 h12 yfde ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfe0" class="pf w0 h0" data-page-no="e0"><div class="pc pce0 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">224</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">Months &amp;operator++ (Months &amp;m)<span class="ls0"> </span></div><div class="t m0 x1c h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yfdf ff8 fs0 fc2 sc0 ls13 ws0">if (m == December) </div><div class="t m0 x4c h11 y68b ff8 fs0 fc2 sc0 ls13 ws0">return m = January;<span class="ls0"> </span></div><div class="t m0 x13 h11 y507 ff8 fs0 fc2 sc0 ls13 ws0">int temp = m;<span class="ls0"> </span></div><div class="t m0 x13 h11 yfe0 ff8 fs0 fc2 sc0 ls13 ws0">return m = Months(++temp);<span class="ls0"> </span></div><div class="t m0 x1c h11 yfe1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y4a5 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y33c ff8 fs0 fc2 sc0 ls13 ws0">std::ostream &amp;operator&lt;&lt;(std::ostream<span class="ls0"> </span>&amp;os, const Months &amp;r)<span class="ls0"> </span></div><div class="t m0 x1c h11 y9f1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y7c2 ff8 fs0 fc2 sc0 ls13 ws0">switch (r){<span class="ls0"> </span></div><div class="t m0 x4c h11 yc1 ff8 fs0 fc2 sc0 ls13 ws0">case<span class="ls0"> </span>January<span class="ls0"> <span class="_ _67"> </span></span>: return os &lt;&lt; &quot;January&quot;; </div><div class="t m0 x4c h11 yfe2 ff8 fs0 fc2 sc0 ls13 ws0">case<span class="ls0"> </span>February<span class="ls0"> <span class="_ _33"> </span></span>: return os &lt;&lt; <span class="ls0">&quot;Feb<span class="_ _9"></span>ru<span class="_ _9"></span>ary<span class="_ _9"></span>&quot;;<span class="_ _9"></span> </span></div><div class="t m0 x4c h11 y2cd ff8 fs0 fc2 sc0 ls13 ws0">case<span class="ls0"> </span>March<span class="ls0"> <span class="_ _71"> </span></span>: return os &lt;&lt; &quot;March&quot;; </div><div class="t m0 x4c h11 yfe3 ff8 fs0 fc2 sc0 ls13 ws0">case<span class="ls0"> </span>April<span class="ls0"> <span class="_ _71"> </span></span>: return os &lt;&lt; &quot;April&quot;; </div><div class="t m0 x4c h11 yc4 ff8 fs0 fc2 sc0 ls13 ws0">case<span class="ls0"> </span>May<span class="ls0"> <span class="_ _35"> </span></span>: return os &lt;&lt; &quot;May&quot;;  </div><div class="t m0 x4c h11 y985 ff8 fs0 fc2 sc0 ls13 ws0">case<span class="ls0"> </span>June<span class="ls0"> <span class="_ _41"> </span></span>: return os &lt;&lt; &quot;June&quot;; </div><div class="t m0 x4c h11 ye6 ff8 fs0 fc2 sc0 ls13 ws0">case<span class="ls0"> </span>July<span class="ls0"> <span class="_ _41"> </span></span>: return os &lt;&lt; &quot;July&quot;; </div><div class="t m0 x4c h11 y4dd ff8 fs0 fc2 sc0 ls13 ws0">case<span class="ls0"> </span>August<span class="ls0"> <span class="_ _70"> </span></span>: return os &lt;&lt;<span class="ls0"> <span class="_ _9"></span>&quot;Augu<span class="_ _0"></span>st&quot;; </span></div><div class="t m0 x4c h11 yc05 ff8 fs0 fc2 sc0 ls13 ws0">case<span class="ls0"> </span>September<span class="ls0">  </span>: return os &lt;&lt; <span class="ls0">&quot;Sep<span class="_ _9"></span>te<span class="_ _9"></span>mber<span class="_ _9"></span>&quot;;<span class="_ _9"></span> </span></div><div class="t m0 x4c h11 y911 ff8 fs0 fc2 sc0 ls13 ws0">case<span class="ls0"> </span>October<span class="ls0"> <span class="_ _67"> </span></span>: return os &lt;&lt; &quot;October&quot;; </div><div class="t m0 x4c h11 yfe4 ff8 fs0 fc2 sc0 ls13 ws0">case<span class="ls0"> </span>November<span class="ls0"> <span class="_ _33"> </span></span>: return os &lt;&lt; &quot;November&quot;; </div><div class="t m0 x4c h11 y653 ff8 fs0 fc2 sc0 ls13 ws0">case<span class="ls0"> </span>December<span class="ls0"> <span class="_ _33"> </span></span>: return os &lt;&lt;<span class="ls0"> </span>&quot;December&quot;;<span class="ls0"> </span></div><div class="t m0 x13 h11 y1a5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 yfe5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 yfe6 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y32f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y886 ff8 fs0 fc2 sc0 ls13 ws0">Months m = January; </div><div class="t m0 x13 h11 y5cc ff8 fs0 fc2 sc0 ls13 ws0">for (;;) {<span class="ls0"> </span></div><div class="t m0 x4c h11 y805 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; m &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x4c h11 y58c ff8 fs0 fc2 sc0 ls13 ws0">++m;<span class="ls0"> </span></div><div class="t m0 x4c h11 y5fd ff8 fs0 fc2 sc0 ls13 ws0">if (m == January) </div><div class="t m0 x36 h11 ye8b ff8 fs0 fc2 sc0 ls13 ws0">break;<span class="ls0"> </span></div><div class="t m0 x13 h11 y76d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y49e ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y748 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 yec7 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfe7 ff2 fs0 fc2 sc0 ls0 ws0">İşleç yükleyen işlevlerin ku<span class="_ _0"></span>llanımına örnek vermek amacıy<span class="_ _0"></span>la, aşağıda <span class="_ _0"></span><span class="ff9">Date <span class="_ _0"></span></span>isimli bir sınıfın kodların<span class="_ _0"></span>ı </div><div class="t m0 x10 h3 yfe8 ff1 fs0 fc2 sc0 ls0 ws0">veriyoruz. <span class="ff9">Date <span class="ff2">isimli s<span class="_ _0"></span>ınıfı türünden b<span class="_ _0"></span>ir nesne bir tari<span class="_ _0"></span>h bilgisi tutmaktadır.<span class="_ _0"></span></span></span> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfe1" class="pf w0 h0" data-page-no="e1"><div class="pc pce1 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">225</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y1b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y71e ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////<span class="ls0">  </span>date.h<span class="ls0">  /////////////<span class="_ _9"></span>//////////<span class="_ _9"></span>////// </span></div><div class="t m0 x1c h11 yfe9 ff8 fs0 fc2 sc0 ls13 ws0">#include<span class="ls0"> </span>&lt;iosfwd&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 yfea ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;stdexcept&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y1b7 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y98d ff8 fs0 fc2 sc0 ls13 ws0">class Date{<span class="ls0"> </span></div><div class="t m0 x13 h11 yd01 ff8 fs0 fc2 sc0 ls13 ws0">int m_d, m_m, m_y; </div><div class="t m0 x13 h11 yb3c ff8 fs0 fc2 sc0 ls13 ws0">int m_totaldays;<span class="ls0"> </span></div><div class="t m0 x13 h11 y9fc ff8 fs0 fc2 sc0 ls13 ws0">static bool is_valid (int, int , int); </div><div class="t m0 x13 h11 yfeb ff8 fs0 fc2 sc0 ls13 ws0">static bool is_leap (int y){<span class="ls0"> </span></div><div class="t m0 x4c h11 yfec ff8 fs0 fc2 sc0 ls13 ws0">return y % 4 == 0<span class="ls0"> </span>&amp;&amp; 100 != 0 || y % 400 == 0;<span class="ls0"> </span></div><div class="t m0 x13 h11 yfed ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y8a4 ff8 fs0 fc2 sc0 ls13 ws0">static int ms_daytabs[][13]; </div><div class="t m0 x13 h11 yd13 ff8 fs0 fc2 sc0 ls13 ws0">static int ms_yeartabs[2]; </div><div class="t m0 x13 h11 yfee ff8 fs0 fc2 sc0 ls13 ws0">static const char *ms_days[]; </div><div class="t m0 x13 h11 y1c0 ff8 fs0 fc2 sc0 ls13 ws0">static const char *ms_mons[];<span class="ls0"> </span></div><div class="t m0 x13 h11 y608 ff8 fs0 fc2 sc0 ls13 ws0">const static int msc_yearbase = 1700; </div><div class="t m0 x13 h11 ybf6 ff8 fs0 fc2 sc0 ls13 ws0">const static int msc_factor = 0;<span class="ls0"> </span></div><div class="t m0 x13 h11 y3f1 ff8 fs0 fc2 sc0 ls13 ws0">void set_totaldays(); </div><div class="t m0 x13 h11 y8a7 ff8 fs0 fc2 sc0 ls13 ws0">void set(int, int, int);<span class="ls0"> </span></div><div class="t m0 x13 h11 y4f8 ff8 fs0 fc2 sc0 ls13 ws0">Date &amp;revdate(int totaldays); </div><div class="t m0 x1c h11 yca3 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ye29 ff8 fs0 fc2 sc0 ls13 ws0">Date(int, int, int); </div><div class="t m0 x13 h11 ye0f ff8 fs0 fc2 sc0 ls13 ws0">Date();<span class="ls0"> </span></div><div class="t m0 x13 h11 ydff ff8 fs0 fc2 sc0 ls13 ws0">int get_year_day() const; </div><div class="t m0 x13 h11 yfef ff8 fs0 fc2 sc0 ls13 ws0">int get_week_day() const;<span class="ls0"> </span></div><div class="t m0 x13 h11 yff0 ff8 fs0 fc2 sc0 ls13 ws0">int get_mday() const {return m_d;} </div><div class="t m0 x13 h11 yff1 ff8 fs0 fc2 sc0 ls13 ws0">int get_mon() const {return m_m;} </div><div class="t m0 x13 h11 y4fc ff8 fs0 fc2 sc0 ls13 ws0">int get_year() const {return m_y;} </div><div class="t m0 x13 h11 yc9a ff8 fs0 fc2 sc0 ls13 ws0">Date &amp;operator+=(int n);<span class="ls0"> </span></div><div class="t m0 x13 h11 yff2 ff8 fs0 fc2 sc0 ls13 ws0">Date &amp;operator<span class="ls0">-</span>=(int <span class="ls0">n<span class="_ _9"></span>);<span class="_ _6"></span> </span></div><div class="t m0 x13 h11 yff3 ff8 fs0 fc2 sc0 ls13 ws0">Date<span class="ls0"> </span>&amp;operator++();<span class="ls0"> </span></div><div class="t m0 x13 h11 ycb7 ff8 fs0 fc2 sc0 ls13 ws0">Date operator++(int n); <span class="ls0">//p<span class="_ _9"></span>ost<span class="_ _9"></span>fix<span class="_ _9"></span> </span></div><div class="t m0 x13 h11 ybdf ff8 fs0 fc2 sc0 ls13 ws0">Date<span class="ls0"> </span>&amp;operator--();<span class="ls0"> </span></div><div class="t m0 x13 h11 yff4 ff8 fs0 fc2 sc0 ls13 ws0">Date operator--(int n); //postfix<span class="ls0"> </span></div><div class="t m0 x13 h11 yff5 ff8 fs0 fc2 sc0 ls13 ws0">//friend functions<span class="ls0"> </span></div><div class="t m0 x13 h11 y5a8 ff8 fs0 fc2 sc0 ls13 ws0">friend std::ostream &amp;operator&lt;&lt;(std::ostream &amp;, const Date <span class="ls16">&amp;); </span></div><div class="t m0 x13 h11 ybe2 ff8 fs0 fc2 sc0 ls13 ws0">friend std::istream &amp;operator&gt;&gt;(std::istream &amp;, Date &amp;); </div><div class="t m0 x13 h11 ybad ff8 fs0 fc2 sc0 ls13 ws0">friend bool operator&lt;(const Date &amp;, const Date<span class="ls0"> <span class="_ _6"></span><span class="ls13">&amp;);<span class="ls0"> </span></span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfe2" class="pf w0 h0" data-page-no="e2"><div class="pc pce2 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">226</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y1b3 ff8 fs0 fc2 sc0 ls13 ws0">friend int operator<span class="ls0">-</span>(const Date &amp;, const Date &amp;);<span class="ls0"> </span></div><div class="t m0 x1c h11 yff6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yff7 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yff8 ff8 fs0 fc2 sc0 ls13 ws0">class BadDate:public std::out_of_range{ </div><div class="t m0 x1c h11 y68c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ybd2 ff8 fs0 fc2 sc0 ls13 ws0">BadDate(const char *pmsg):std::out_of_range(pmsg){}<span class="ls0"> </span></div><div class="t m0 x1c h11 yd01 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1c h11 yff9 ff8 fs0 fc2 sc0 ls13 ws0">//global functions<span class="ls0"> </span></div><div class="t m0 x1c h11 yffa ff8 fs0 fc2 sc0 ls13 ws0">bool operator&gt;(const Date &amp;, const Date &amp;); </div><div class="t m0 x1c h11 yff ff8 fs0 fc2 sc0 ls13 ws0">bool operator&gt;=(const Date &amp;, const Date &amp;); </div><div class="t m0 x1c h11 y219 ff8 fs0 fc2 sc0 ls13 ws0">bool operator&lt;=(const Date &amp;, const Date <span class="ls16">&amp;); </span></div><div class="t m0 x1c h11 ycbf ff8 fs0 fc2 sc0 ls13 ws0">bool operator==(const Date &amp;, const Date &amp;); </div><div class="t m0 x1c h11 y8a3 ff8 fs0 fc2 sc0 ls13 ws0">bool operator!=(const Date &amp;, const Date &amp;); </div><div class="t m0 x1c h11 yffb ff8 fs0 fc2 sc0 ls13 ws0">Date operator+(const Date &amp;,<span class="ls0"> <span class="_ _9"></span><span class="ls13">int);<span class="ls0"> </span></span></span></div><div class="t m0 x1c h11 yffc ff8 fs0 fc2 sc0 ls13 ws0">Date operator+(int, const Date <span class="ls16">&amp;); </span></div><div class="t m0 x1c h11 yffd ff8 fs0 fc2 sc0 ls13 ws0">Date operator<span class="ls0">-</span>(const Date &amp;,<span class="ls0"> int<span class="_ _9"></span>);<span class="_ _9"></span> </span></div><div class="t m0 x1 h12 y305 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yffe ff8 fs0 fc2 sc0 ls13 ws0">///////////////////////////////////////////////////////////////////////////<span class="ls0"> </span></div><div class="t m0 x1c h11 y276 ff8 fs0 fc2 sc0 ls13 ws0">//date.cpp file </div><div class="t m0 x1c h11 yf6a ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 y63c ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iomanip&gt; </div><div class="t m0 x1c h11 y1d ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;ctime&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y223 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y77d ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1 h11 yfff ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y244 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>Date::ms_daytabs[2][13] = {<span class="ls0"> </span></div><div class="t m0 x1c h11 y245 ff8 fs0 fc2 sc0 ls13 ws0">{0, 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30,<span class="ls0"> <span class="_ _6"></span><span class="ls13">31},<span class="ls0"> </span></span></span></div><div class="t m0 x1c h11 y7b6 ff8 fs0 fc2 sc0 ls13 ws0">{0, 31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30,<span class="ls0"> <span class="_ _6"></span><span class="ls13">31},<span class="ls0"> </span></span></span></div><div class="t m0 x1c h11 y641 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y1000 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y759 ff8 fs0 fc2 sc0 ls13 ws0">int Date::ms_yeartabs[] = {365, 366};<span class="ls0"> </span></div><div class="t m0 x1c h11 ya42 ff8 fs0 fc2 sc0 ls13 ws0">const char *Date::ms_mons[] = {&quot;&quot;, &quot;Ocak&quot;, &quot;Subat&quot;, &quot;Mart&quot;, &quot;Nisan&quot;, </div><div class="t m0 x1c h11 y1001 ffc fs0 fc2 sc0 ls13 ws0">&quot;Mayıs&quot;,<span class="ff8 ls0"> </span></div><div class="t m0 x1c h11 yf4 ff8 fs0 fc2 sc0 ls0 ws0">&quot;<span class="ls13">Haziran&quot;, &quot;Temmuz&quot;, &quot;Agustos&quot;, &quot;Eylul&quot;, &quot;Ekim&quot;, &quot;Kasim&quot;, &quot;Aralik&quot;};</span> </div><div class="t m0 x1 h12 y1002 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y92d ff8 fs0 fc2 sc0 ls13 ws0">const char *Date::ms_days[] = {&quot;Pazartesi&quot;, &quot;Sali&quot;, &quot;Carsamba&quot;, &quot;Persembe&quot;, </div><div class="t m0 x1c h11 y904 ff8 fs0 fc2 sc0 ls13 ws0">&quot;Cuma&quot;, &quot;Cumartesi&quot;, &quot;Pazar&quot;};<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfe3" class="pf w0 h0" data-page-no="e3"><div class="pc pce3 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">227</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y3b0 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y3b1 ff8 fs0 fc2 sc0 ls13 ws0">void Date::set(int d, int m, int y)<span class="ls0"> </span></div><div class="t m0 x1c h11 y1003 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y1004 ff8 fs0 fc2 sc0 ls13 ws0">if (!is_valid(d, m, y))<span class="ls0"> </span></div><div class="t m0 x4c h11 y78c ff8 fs0 fc2 sc0 ls13 ws0">throw BadDate(&quot;gecersiz <span class="ls30">tarih<span class="ls0">\n<span class="_ _9"></span>&quot;);<span class="_ _9"></span> </span></span></div><div class="t m0 x1a h11 yb1c ff8 fs0 fc2 sc0 ls13 ws0">m_d =<span class="ls0"> </span>d;<span class="ls0"> </span></div><div class="t m0 x13 h11 y7fc ff8 fs0 fc2 sc0 ls13 ws0">m_m = <span class="ls1b">m; </span></div><div class="t m0 x13 h11 y1005 ff8 fs0 fc2 sc0 ls13 ws0">m_y = <span class="ls1b">y;<span class="ls0"> </span></span></div><div class="t m0 x13 h11 y1006 ff8 fs0 fc2 sc0 ls13 ws0">set_totaldays();<span class="ls0"> </span></div><div class="t m0 x1c h11 yfb5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y9a6 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 yb84 ff8 fs0 fc2 sc0 ls13 ws0">void Date::set_totaldays()<span class="ls0"> </span></div><div class="t m0 x1c h11 y1007 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y921 ff8 fs0 fc2 sc0 ls13 ws0">m_totaldays<span class="ls0"> </span>= 0;<span class="ls0"> </span></div><div class="t m0 x1 h12 y1008 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y105 ff8 fs0 fc2 sc0 ls13 ws0">for (int k = msc_yearbase; k &lt; m_y; ++k) </div><div class="t m0 x4c h11 y140 ff8 fs0 fc2 sc0 ls13 ws0">m_totaldays += ms_yeartabs[is_leap(k)];<span class="ls0"> </span></div><div class="t m0 x13 h11 y1009 ff8 fs0 fc2 sc0 ls13 ws0">m_totaldays +=<span class="ls0"> </span>get_year_day();<span class="ls0"> </span></div><div class="t m0 x1c h11 y3be ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y449 ff8 fs0 fc2 sc0 ls0 ws0">/////////////<span class="_ _9"></span>//////////<span class="_ _9"></span>///////////////<span class="_ _9"></span>/////////////<span class="_ _9"></span>/////////<span class="_ _9"></span>/////////////// </div><div class="t m0 x1c h11 yfcd ff8 fs0 fc2 sc0 ls13 ws0">Date &amp;Date::revdate(int<span class="ls0"> </span>totaldays)<span class="ls0"> </span></div><div class="t m0 x1c h11 y464 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y4b3 ff8 fs0 fc2 sc0 ls13 ws0">m_totaldays = totaldays; </div><div class="t m0 x13 h11 y100a ff8 fs0 fc2 sc0 ls13 ws0">m_y = msc_yearbase;<span class="ls0"> </span></div><div class="t m0 x1 h12 y100b ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 ye7c ff8 fs0 fc2 sc0 ls13 ws0">while (totaldays &gt; ms_yeartabs[is_leap(m_y)]) </div><div class="t m0 x4c h11 y100c ff8 fs0 fc2 sc0 ls13 ws0">totaldays <span class="ls0">-</span>= ms_yeartabs[is_leap(m_y++)];<span class="ls0"> </span></div><div class="t m0 x1a h11 y9ab ff8 fs0 fc2 sc0 ls13 ws0">m_m = 1;<span class="ls0"> </span></div><div class="t m0 x1 h11 y100d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yb8d ff8 fs0 fc2 sc0 ls13 ws0">while (totaldays &gt; ms_daytabs[is_leap(m_y)][m_m]) </div><div class="t m0 x4c h11 y170 ff8 fs0 fc2 sc0 ls13 ws0">totaldays <span class="ls0">-</span>= ms_daytabs[is_leap(m_y)][m_m++];<span class="ls0"> </span></div><div class="t m0 x13 h11 y100e ff8 fs0 fc2 sc0 ls13 ws0">m_d = totaldays; </div><div class="t m0 x13 h11 y1f1 ff8 fs0 fc2 sc0 ls13 ws0">return *this;<span class="ls0"> </span></div><div class="t m0 x1c h11 y100f ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfe4" class="pf w0 h0" data-page-no="e4"><div class="pc pce4 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">228</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ya53 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 yec9 ff8 fs0 fc2 sc0 ls13 ws0">Date::Date(int d, int m, int y)<span class="ls0"> </span></div><div class="t m0 x1c h11 y1010 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y68b ff8 fs0 fc2 sc0 ls13 ws0">set(d, m, y);<span class="ls0"> </span></div><div class="t m0 x1c h11 y1b7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 yfa ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 ye39 ff8 fs0 fc2 sc0 ls13 ws0">Date::Date()<span class="ls0"> </span></div><div class="t m0 x1c h11 y1011 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1012 ff8 fs0 fc2 sc0 ls13 ws0">time_t timer = time(0);<span class="ls0"> </span></div><div class="t m0 x13 h11 y1013 ff8 fs0 fc2 sc0 ls13 ws0">tm *tp = localtime(&amp;timer);<span class="ls0"> </span></div><div class="t m0 x13 h11 yed0 ff8 fs0 fc2 sc0 ls13 ws0">set(tp<span class="ls0">-</span>&gt;tm_mday, tp<span class="ls0">-</span>&gt;tm_mon + 1, tp<span class="ls0">-</span>&gt;tm_year + 1900);<span class="ls0"> </span></div><div class="t m0 x1c h11 y792 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y4c4 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y17f ff8 fs0 fc2 sc0 ls13 ws0">int Date::get_year_day()const<span class="ls0"> </span></div><div class="t m0 x1c h11 y2b3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y710 ff8 fs0 fc2 sc0 ls13 ws0">int yearday = m_d;<span class="ls0"> </span></div><div class="t m0 x1 h12 y446 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y1014 ff8 fs0 fc2 sc0 ls13 ws0">for (int k = 1; k &lt; m_m; ++k)<span class="ls0"> </span></div><div class="t m0 x4c h11 y59e ff8 fs0 fc2 sc0 ls13 ws0">yearday += ms_daytabs[is_leap(m_y)][k]; </div><div class="t m0 x13 h11 y1015 ff8 fs0 fc2 sc0 ls13 ws0">return yearday;<span class="ls0"> </span></div><div class="t m0 x1c h11 yef8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 ye87 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 yadd ff8 fs0 fc2 sc0 ls13 ws0">int Date::get_week_day()const<span class="ls0"> </span></div><div class="t m0 x1c h11 yb24 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y513 ff8 fs0 fc2 sc0 ls13 ws0">return (m_totaldays + msc_factor) % 7;<span class="ls0"> </span></div><div class="t m0 x1c h11 y832 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y1016 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 ycd1 ff8 fs0 fc2 sc0 ls13 ws0">Date &amp;Date::operator+=(int n)<span class="ls0"> </span></div><div class="t m0 x1c h11 yb19 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yf7b ff8 fs0 fc2 sc0 ls13 ws0">return revdate(m_totaldays + n);<span class="ls0"> </span></div><div class="t m0 x1c h11 y99d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 ye12 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 yff5 ff8 fs0 fc2 sc0 ls13 ws0">Date &amp;Date::operator<span class="ls0">-</span>=(int n)<span class="ls0"> </span></div><div class="t m0 x1c h11 yf6e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y6bd ff8 fs0 fc2 sc0 ls13 ws0">return revdate(m_totaldays <span class="ls0">- </span>n);<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfe5" class="pf w0 h0" data-page-no="e5"><div class="pc pce5 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">229</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1b3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 yc91 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y1017 ff8 fs0 fc2 sc0 ls13 ws0">Date &amp;Date::operator++()<span class="ls0"> </span></div><div class="t m0 x1c h11 y404 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ycca ff8 fs0 fc2 sc0 ls13 ws0">return *this += 1;<span class="ls0"> </span></div><div class="t m0 x1c h11 y720 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 ya67 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y690 ff8 fs0 fc2 sc0 ls13 ws0">Date Date::operator++(int)<span class="ls0"> </span></div><div class="t m0 x1c h11 y536 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y661 ff8 fs0 fc2 sc0 ls13 ws0">Date retval(*this);<span class="ls0"> </span></div><div class="t m0 x13 h11 y91e ff8 fs0 fc2 sc0 ls13 ws0">++*this; </div><div class="t m0 x13 h11 yc17 ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> <span class="_ _0"></span>re<span class="_ _9"></span>tv<span class="_ _9"></span>a<span class="_ _9"></span>l; </span></div><div class="t m0 x1c h11 y2e7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 yf55 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y77a ff8 fs0 fc2 sc0 ls13 ws0">Date &amp;Date::operator--()<span class="ls0"> </span></div><div class="t m0 x1c h11 yab0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y8d9 ff8 fs0 fc2 sc0 ls13 ws0">return *this <span class="ls0">-</span>= 1;<span class="ls0"> </span></div><div class="t m0 x1c h11 y2d0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y106 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 ybc1 ff8 fs0 fc2 sc0 ls13 ws0">Date Date::operator--(int)<span class="ls0"> </span></div><div class="t m0 x1c h11 y899 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yc08 ff8 fs0 fc2 sc0 ls13 ws0">Date retval(*this);<span class="ls0"> </span></div><div class="t m0 x13 h11 ybb5 ff8 fs0 fc2 sc0 ls13 ws0">--*this; </div><div class="t m0 x13 h11 yf51 ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> <span class="_ _0"></span>re<span class="_ _9"></span>tv<span class="_ _9"></span>a<span class="_ _9"></span>l; </span></div><div class="t m0 x1c h11 y1018 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 yf79 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y1a9 ff8 fs0 fc2 sc0 ls13 ws0">bool Date::is_valid(int d, int m, int y)<span class="ls0"> </span></div><div class="t m0 x1c h11 y1019 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y976 ff8 fs0 fc2 sc0 ls13 ws0">if (y &lt; msc_yearbase) </div><div class="t m0 x4c h11 y101a ff8 fs0 fc2 sc0 ls13 ws0">return false;<span class="ls0"> </span></div><div class="t m0 x13 h11 y9bd ff8 fs0 fc2 sc0 ls13 ws0">if(m &lt; 1 || m &gt; 12) </div><div class="t m0 x4c h11 y2c1 ff8 fs0 fc2 sc0 ls13 ws0">return false;<span class="ls0"> </span></div><div class="t m0 x1 h12 y6d9 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y101b ff8 fs0 fc2 sc0 ls13 ws0">return m &gt; 0 &amp;&amp; d &lt;= ms_daytabs[is_leap(y)][m];<span class="ls0"> </span></div><div class="t m0 x1c h11 y52d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y101c ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y101d ff8 fs0 fc2 sc0 ls13 ws0">ostream &amp;operator&lt;&lt;(ostream &amp;os, const Date &amp;r)<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfe6" class="pf w0 h0" data-page-no="e6"><div class="pc pce6 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">230</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y101e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y101f ff8 fs0 fc2 sc0 ls13 ws0">return os &lt;&lt; setw(2) &lt;&lt; r.m_d &lt;&lt; &quot; &quot; &lt;&lt; Date::ms_mons[r.m_m] &lt;&lt; &quot; &quot; &lt;&lt; </div><div class="t m0 x1c h11 y1020 ff8 fs0 fc2 sc0 ls0 ws0">r<span class="ls13">.m_y</span> </div><div class="t m0 x13 h11 y1021 ff8 fs0 fc2 sc0 ls13 ws0">&lt;&lt; &quot; &quot; &lt;&lt; Date::ms_days[r.get_week_day()];<span class="ls0"> </span></div><div class="t m0 x1c h11 y231 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 yaa8 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 ydc ff8 fs0 fc2 sc0 ls13 ws0">istream &amp;operator&gt;&gt;(istream &amp;is, Date &amp;r)<span class="ls0"> </span></div><div class="t m0 x1c h11 y1022 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y51e ff8 fs0 fc2 sc0 ls13 ws0">int d, m, y;<span class="ls0"> </span></div><div class="t m0 x13 h11 y2ad ff8 fs0 fc2 sc0 ls13 ws0">is &gt;&gt; d &gt;&gt; m &gt;&gt; y; </div><div class="t m0 x13 h11 y791 ff8 fs0 fc2 sc0 ls13 ws0">r.set(d, m, y);<span class="ls0"> </span></div><div class="t m0 x1a h11 y582 ff8 fs0 fc2 sc0 ls13 ws0">return is;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1023 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y1024 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y305 ff8 fs0 fc2 sc0 ls13 ws0">bool operator&lt;(const Date &amp;d1, const Date &amp;d2)<span class="ls0"> </span></div><div class="t m0 x1c h11 y620 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1025 ff8 fs0 fc2 sc0 ls13 ws0">return d1.m_totaldays &lt; d2.m_totaldays;<span class="ls0"> </span></div><div class="t m0 x1c h11 y72b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y3f3 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 ybf7 ff8 fs0 fc2 sc0 ls13 ws0">bool operator&gt;(const Date &amp;d1, const Date &amp;d2)<span class="ls0"> </span></div><div class="t m0 x1c h11 y1026 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ycb ff8 fs0 fc2 sc0 ls13 ws0">return d2 &lt; d1;<span class="ls0"> </span></div><div class="t m0 x1c h11 y5ca ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y972 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y1027 ff8 fs0 fc2 sc0 ls13 ws0">bool operator&gt;=(const Date &amp;d1, const Date &amp;d2)<span class="ls0"> </span></div><div class="t m0 x1c h11 yf37 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y888 ff8 fs0 fc2 sc0 ls13 ws0">return !(d1 &lt; d2);<span class="ls0"> </span></div><div class="t m0 x1c h11 yefb ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y547 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y41b ff8 fs0 fc2 sc0 ls13 ws0">bool operator&lt;=(const Date &amp;d1, const Date &amp;d2)<span class="ls0"> </span></div><div class="t m0 x1c h11 y12e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y747 ff8 fs0 fc2 sc0 ls13 ws0">return !(d2 &lt; d1);<span class="ls0"> </span></div><div class="t m0 x1c h11 y7f8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y5d5 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 ya46 ff8 fs0 fc2 sc0 ls13 ws0">int operator<span class="ls0">-</span>(const Date &amp;d1, const Date &amp;d2)<span class="ls0"> </span></div><div class="t m0 x1c h11 y1028 ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfe7" class="pf w0 h0" data-page-no="e7"><div class="pc pce7 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">231</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">return d1.m_totaldays <span class="ls0">- </span>d2.m_totaldays;<span class="ls0"> </span></div><div class="t m0 x1c h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y2a7 ff8 fs0 fc2 sc0 ls13 ws0">///////////////////////////////////////////////////////////////////////////<span class="ls0"> </span></div><div class="t m0 x1 h11 yabe ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y5ee ff8 fs0 fc2 sc0 ls13 ws0">Date operator+(const Date &amp;d, int n)<span class="ls0"> </span></div><div class="t m0 x1c h11 ya56 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yb29 ff8 fs0 fc2 sc0 ls13 ws0">return Date(d) += n;<span class="ls0"> </span></div><div class="t m0 x1c h11 yc16 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 yd8c ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y61b ff8 fs0 fc2 sc0 ls13 ws0">Date operator+(int n, const Date &amp;d)<span class="ls0"> </span></div><div class="t m0 x1c h11 y1029 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yb84 ff8 fs0 fc2 sc0 ls13 ws0">return d + n;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1007 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y921 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y897 ff8 fs0 fc2 sc0 ls13 ws0">Date operator<span class="ls0">-</span>(const Date &amp;d, int n)<span class="ls0"> </span></div><div class="t m0 x1c h11 y53e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y102a ff8 fs0 fc2 sc0 ls13 ws0">return Date(d) <span class="ls0">-</span>= n;<span class="ls0"> </span></div><div class="t m0 x1c h11 y102b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 ye28 ff8 fs0 fc2 sc0 ls13 ws0">/////////////////////////////////////////////////////////////////////////// </div><div class="t m0 x1c h11 y412 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 ya4e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y102c ff8 fs0 fc2 sc0 ls13 ws0">Date today;<span class="ls0"> </span></div><div class="t m0 x1a h11 y94f ff8 fs0 fc2 sc0 ls13 ws0">Date next_year_today(today + 365);<span class="ls0"> </span></div><div class="t m0 x1 h12 y743 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y16a ff8 fs0 fc2 sc0 ls13 ws0">while (today &lt;= next_year_today) </div><div class="t m0 x35 h11 y102d ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; today++ &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1 h12 y2be ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 ya72 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y102e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y4ea ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y517 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y9ae ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y102f ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ydb5 ff8 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfe8" class="pf w0 h0" data-page-no="e8"><div class="pc pce8 w0 h0"><img class="bi xb y27 w6 ha" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">232</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hb y28 ff5 fs3 fc3 sc0 ls0 ws0">İ<span class="_ _3"></span><span class="ff3">S<span class="_ _3"></span></span>İ<span class="_ _3"></span><span class="ff3">M<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>L<span class="_ _3"></span>A<span class="_ _3"></span>N<span class="_ _3"></span>L<span class="_ _3"></span>A<span class="_ _3"></span>R<span class="_ _3"></span>I<span class="_ _3"></span> </span></div><div class="t m0 x10 h3 y1020 ff2 fs0 fc2 sc0 ls0 ws0">Global olarak bildirilmi<span class="_ _0"></span>ş olan varlıklar <span class="_ _0"></span>için seçilmiş isimlerin b<span class="_ _0"></span>irbirinden farklı olması gerekir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ycbd ff2 fs0 fc2 sc0 ls0 ws0">Global bölgede progra<span class="_ _0"></span>mcı tarafından b<span class="_ _0"></span>ildirilen türler, nesneler, işlevler, <span class="_ _0"></span>şablonlar, global varlıklardır. <span class="_ _0"></span>Örneğin </div><div class="t m0 x10 h3 y2c7 ff2 fs0 fc2 sc0 ls0 ws0">bir işlevin ismiyle, global bir n<span class="_ _0"></span>esnenin ismi aynı olamaz. Ü<span class="_ _0"></span>stelik <span class="_ _0"></span>bu durum y<span class="_ _0"></span>alnızca tek bir kaynak d<span class="_ _0"></span>osya için </div><div class="t m0 x10 h3 y405 ff2 fs0 fc2 sc0 ls0 ws0">değil, projeyi oluşturan d<span class="_ _0"></span>iğer kaynak<span class="_ _0"></span> dosyalar için de geçerlidir. Ayn<span class="_ _0"></span>ı kaynak dosyada <span class="_ _0"></span>aynı ismin global düzeyde </div><div class="t m0 x10 h3 yc26 ff2 fs0 fc2 sc0 ls0 ws0">kullanılması derleme zamanın<span class="_ _0"></span>da hat<span class="_ _0"></span>aya neden olur. Aynı ismin global d<span class="_ _0"></span>üzeyde farklı dosyala<span class="_ _0"></span>rda dış b<span class="_ _3"></span>ağlantıya </div><div class="t m0 x10 h3 y1030 ff2 fs0 fc2 sc0 ls0 ws0">ait olacak biçimde kullan<span class="_ _0"></span>ılması, bağlama (<span class="_ _0"></span><span class="ff9">linking</span>) zaman<span class="_ _0"></span>ında hataya <span class="_ _0"></span>neden olur.<span class="ff1"> </span></div><div class="t m0 x10 h3 yeda ff1 fs0 fc2 sc0 ls0 ws0">Bu dur<span class="_ _9"></span>umu<span class="_ _9"></span>n <span class="ff2">programcı için uygulamadaki </span>önem<span class="_ _9"></span>i <span class="ff2">şudur: Projede başka kütüphan<span class="_ _0"></span>eler ya da modüller </span></div><div class="t m0 x10 h3 yd60 ff2 fs0 fc2 sc0 ls0 ws0">kullanılıyorsa, kullan<span class="_ _0"></span>ılan modüllerdeki global varl<span class="_ _0"></span>ıkların isimleri, pro<span class="_ _0"></span>gramcının y<span class="_ _0"></span>azmakta olduğu k<span class="_ _0"></span>aynak </div><div class="t m0 x10 h3 y1031 ff1 fs0 fc2 sc0 ls0 ws0">dosyadaki global <span class="_ _0"></span>isimler ile <span class="ff2">aynı<span class="_ _9"></span> olmamalıdır. Yani global düzeydeki isimler<span class="_ _0"></span><span class="ff1"> </span>çakışmamalıdı<span class="_ _0"></span>r.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y724 ff2 fs0 fc2 sc0 ls0 ws0">İsim çakışmasını engell<span class="_ _0"></span>emek her zaman kolay<span class="_ _0"></span> değildir. Çünkü kullan<span class="_ _0"></span>ılan modüller ya da <span class="_ _0"></span>kütüphaneler farklı </div><div class="t m0 x10 h3 y539 ff2 fs0 fc2 sc0 ls0 ws0">kişiler ya da firmalar tara<span class="_ _0"></span>fından üretilmiş olabilir. <span class="_ _0"></span>Özellikle büyük p<span class="_ _0"></span>rogramlar söz konusu olduğun<span class="_ _0"></span>da global </div><div class="t m0 x10 h3 y827 ff2 fs0 fc2 sc0 ls0 ws0">isimlerin çakışma riski çok faz<span class="_ _0"></span>ladır. Farklı kişilerin geli<span class="_ _0"></span>ştirdiği kütüp<span class="_ _0"></span>hanelerin birleştirilmesi du<span class="_ _0"></span>rumunda </div><div class="t m0 x10 h3 y638 ff2 fs0 fc2 sc0 ls0 ws0">isimlerin çakışması nasıl <span class="_ _0"></span>engellenebilir? Global isimlere yö<span class="_ _0"></span>ne<span class="_ _0"></span>lik bu çakışma proble<span class="_ _0"></span>mi &quot;global isim alanının </div><div class="t m0 x10 h3 y87c ff1 fs0 fc2 sc0 ls0 ws0">kirlenmesi problemi&quot; olarak <span class="_ _0"></span><span class="ff9">(global n<span class="_ _0"></span>amespace pollution<span class="_ _0"></span>) </span>bilinir. </div><div class="t m0 x10 h3 y87d ff2 fs0 fc2 sc0 ls0 ws0">C++ dilinin standartla<span class="_ _0"></span>ştırılma dönemi öncesinde, p<span class="_ _0"></span>rogramcılar global isim alanının k<span class="_ _0"></span>irlenmesini, global </div><div class="t m0 x10 h3 y87e ff2 fs0 fc2 sc0 ls0 ws0">varlıklara çok uzun isiml<span class="_ _0"></span>er vererek engellemeye çalışıy<span class="_ _0"></span>orlardı. Bu isimler de çoğunlukla<span class="_ _0"></span> önceden belirlenen </div><div class="t m0 x10 h3 y87f ff2 fs0 fc2 sc0 ls0 ws0">önek sözcüklerle oluşturu<span class="_ _0"></span>luyordu. Bir örn<span class="_ _0"></span>ek verelim: Dinami<span class="_ _0"></span>k bir diziyi soyutla<span class="_ _0"></span>yan bir sınıfın tanımlandığını </div><div class="t m0 x10 h3 y25c ff2 fs0 fc2 sc0 ls0 ws0">düşünelim. Sınıfın ismi <span class="_ _0"></span><span class="ff9">Array </span>olara<span class="_ _0"></span>k seçilirse isim çakışması olasılığı artar. <span class="_ _0"></span>Kullanılan mod<span class="_ _0"></span>üller içinde bu isim </div><div class="t m0 x10 h3 y1032 ff2 fs0 fc2 sc0 ls0 ws0">bir başka sınıfa verilmiş olabili<span class="_ _0"></span>r. Olası bir isim çakışma<span class="_ _0"></span>sını engellemek iç<span class="_ _0"></span>in sınıfa dah<span class="_ _0"></span>a uzun bir isim <span class="_ _0"></span>verilebilir:<span class="ff1"> </span></div><div class="t m0 x1 h3 y911 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1033 ff8 fs0 fc2 sc0 ls13 ws0">class C_ve_Sistem_Programcilari_Array {<span class="ls0"> </span></div><div class="t m0 x13 h11 y1034 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y7de ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y1035 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y768 ff8 fs0 fc2 sc0 ls13 ws0">void display(const C_ve_Sistem_Programcilari_Array &amp;);<span class="ls0"> </span></div><div class="t m0 x1 h1c y227 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1036 ff2 fs0 fc2 sc0 ls0 ws0">Bunun iyi b<span class="_ _0"></span>ir çözüm olduğu söylenemez. C++ dilind<span class="_ _0"></span>e yazılmış bir program, bü<span class="_ _0"></span>tün program içinde </div><div class="t m0 x10 h3 ye6b ff1 fs0 fc2 sc0 ls0 ws0">görülebilen çok <span class="ff2">sayıda <span class="_ _0"></span>sınıf, işlev ya da şablon<span class="_ _0"></span> içerebilir. Sürekli uzu<span class="_ _0"></span>n isimler yazmak, hem p<span class="_ _0"></span>rogramcı için </span></div><div class="t m0 x10 h3 y44e ff2 fs0 fc2 sc0 ls0 ws0">zahmetli bir iştir, hem de b<span class="_ _0"></span>öyle isimler programın oku<span class="_ _0"></span>nabilirliğini azaltır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yec4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye1c ff2 fs0 fc2 sc0 ls0 ws0">“İsim alanları” (<span class="ff9">Name<span class="_ _0"></span>spaces) </span>global isim alanı k<span class="_ _0"></span>irlenmesi prob<span class="_ _0"></span>lemini büyük ölçüde çö<span class="_ _0"></span><span class="ff1">zen, C++ dilinin ö<span class="_ _0"></span>nemli bir </span></div><div class="t m0 x10 h3 y1037 ff2 fs0 fc2 sc0 ls0 ws0">aracıdır.<span class="ff1"> </span></div><div class="t m0 x10 h3 yb56 ff2 fs0 fc2 sc0 ls0 ws0">Bilgisayarımızın hard d<span class="_ _0"></span>iskinin sadece bir kök dizin içerdiğin<span class="_ _0"></span>i düşünelim. Bu dizin<span class="_ _0"></span> içinde aynı isimli iki dosya </div><div class="t m0 x10 h3 yb57 ff2 fs0 fc2 sc0 ls0 ws0">olamaz, değil mi? Kök dizin<span class="_ _0"></span> altında çeşitli alt dizinler oluştur<span class="_ _0"></span>abiliriz. Bu alt d<span class="_ _0"></span>izinler içinde isimleri <span class="_ _0"></span>aynı olan<span class="_ _0"></span> </div><div class="t m0 x10 h3 yb58 ff2 fs0 fc2 sc0 ls0 ws0">dosyalar bulun<span class="_ _0"></span>abilir. Örneğin ismi <span class="ff9">nec<span class="_ _0"></span>ati.txt </span>olan b<span class="_ _0"></span>ir dosya, hem kök dizinde hem de kö<span class="_ _0"></span>k dizinin altınd<span class="_ _0"></span>aki </div><div class="t m0 x10 h3 y2f8 ff9 fs0 fc2 sc0 ls0 ws0">&quot;notlar&quot;, &quot;mektuplar&quot;, &quot;odevle<span class="_ _0"></span>r&quot; <span class="ff1">i<span class="_ _0"></span>simli dizinlerde bulunab<span class="_ _0"></span>ilir. </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfe9" class="pf w0 h0" data-page-no="e9"><div class="pc pce9 w0 h0"><img class="bi xb y1038 w6 h9d" alt="" 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ACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AAPzXBzlyGyv1mBzDAAAAAElFTkSuQmCC"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">233</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Kaynak dosyan<span class="_ _0"></span>ın global düzeyi, yan<span class="_ _0"></span>i global isim alanı, yukarıdaki örn<span class="_ _0"></span>ekteki<span class="_ _0"></span><span class="ff1"> </span>kök dizine benzetilebilir. Na<span class="_ _0"></span>sıl kök </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">dizin içinde iki dosyan<span class="_ _0"></span>ın ismi aynı olamıyo<span class="_ _0"></span>rsa kaynak dosyada d<span class="_ _0"></span>a global iki varlığın ismi aynı o<span class="_ _0"></span>lamaz. İşte kök </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">dizin içinde farklı isimli dizin<span class="_ _0"></span>ler yaratılması gibi, kayn<span class="_ _0"></span>ak dosyanın glob<span class="_ _0"></span>al alanında farklı isim bölgeler<span class="_ _3"></span><span class="ff1 lse">i </span></div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">yaratılabilir. Bu du<span class="_ _0"></span>rumda bu farklı bölgeler içinde ay<span class="_ _0"></span>nı isimler kullanılabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y250 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y338 ff2 fs0 fc2 sc0 ls0 ws0">Bir programda belirli isi<span class="_ _0"></span>mleri, global aland<span class="_ _0"></span>an gizlemek için isim alanları <span class="_ _0"></span>tanımlanabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1039 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y7a ff8 fs0 fc2 sc0 ls13 ws0">namespace CDernek{<span class="ls0"> </span></div><div class="t m0 x2 h11 y602 ff8 fs0 fc2 sc0 ls13 ws0">class CDString{<span class="ls0"> </span>/*<span class="ls0"> </span>...<span class="ls0"> <span class="_ _33"> </span>*<span class="_ _9"></span>/}<span class="_ _6"></span>; </span></div><div class="t m0 x2 h11 y4c1 ff8 fs0 fc2 sc0 ls13 ws0">void push_back(CDString<span class="ls0"> </span>&amp;);<span class="ls0"> </span></div><div class="t m0 x10 h11 y45b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y3b9 ff9 fs0 fc2 sc0 ls0 ws0">CDernek <span class="ff2">programcı tara<span class="_ _0"></span>fından bildirilen bir isim alan<span class="_ _0"></span>ıdır. Programcı tarafından<span class="_ _0"></span> bildirilen her isim alanı, <span class="_ _0"></span>ayrı bir </span></div><div class="t m0 x10 h3 y5f2 ff2 fs0 fc2 sc0 ls0 ws0">bilinirlik alanı belirler. Progra<span class="_ _0"></span>mcı tarafından bildirilen b<span class="_ _0"></span>ir isim alanı, başka isim alanı b<span class="_ _0"></span>ildirimlerini, işlevlerin </div><div class="t m0 x10 h3 y5f3 ff2 fs0 fc2 sc0 ls0 ws0">nesnelerin şablonların, <span class="_ _0"></span>türlerin, b<span class="_ _0"></span>ildirimlerini ya da tanımlarını içerebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yfd8 ff2 fs0 fc2 sc0 ls0 ws0">Global isim alanında <span class="_ _0"></span>olduğu gibi , p<span class="_ _0"></span>rogramcı tarafından bildirilen isi<span class="_ _0"></span>m alanındaki her isim de tek b<span class="_ _0"></span>ir varlığa </div><div class="t m0 x10 h3 ycf3 ff2 fs0 fc2 sc0 ls0 ws0">ilişkin olmalıdır. Yani bildirilen<span class="_ _0"></span> bir isim alanında <span class="_ _0"></span>aynı isim birden fazla <span class="_ _0"></span>kez bulunamaz.<span class="_ _0"></span><span class="ff1"> <span class="_ _0"></span></span>Ama farklı isim alanı </div><div class="t m0 x10 h3 y1fe ff2 fs0 fc2 sc0 ls0 ws0">bildirimleri farklı bilinirlik alan<span class="_ _0"></span>ları belirlediği için, fark<span class="_ _0"></span>lı isim alanlarınd<span class="_ _0"></span>a aynı isimler kullanılab<span class="_ _0"></span>ilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ydf1 ff2 fs0 fc2 sc0 ls0 ws0">İsim alanında kullan<span class="_ _0"></span>ılan her isme <span class="ff10">&quot;isim a<span class="_ _0"></span>lanı elemanı&quot; <span class="_ _0"></span><span class="ff1">(<span class="ff9">namespace m<span class="_ _0"></span>ember</span>) denir. </span></span></div><div class="t m0 x1 h1b y103a ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y103b ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _b"></span>m<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1a5 ff2 fs0 fc2 sc0 ls0 ws0">Bir isim alanı tanımı <span class="ff9">n<span class="_ _0"></span>amespace <span class="_ _0"></span></span>anahtar sözcüğü ile başlar. <span class="_ _0"></span><span class="ff9">namespa<span class="_ _0"></span>ce </span>anahtar sözcüğü<span class="_ _0"></span>nü isim alanının ismi </div><div class="t m0 x10 h3 y127 ff2 fs0 fc2 sc0 ls0 ws0">izler. İsim alanı ismi isimlend<span class="_ _0"></span>irme kurallarına uygun o<span class="_ _0"></span>larak seçilmelidir. İsim alanı i<span class="_ _0"></span>smini izleyen blok içinde </div><div class="t m0 x10 h3 y9cb ff2 fs0 fc2 sc0 ls0 ws0">isim alanı elemanlarının b<span class="_ _0"></span>ildirimleri ve/veya tan<span class="_ _0"></span>ımlamaları y<span class="_ _0"></span>er alır. İsim alanı tan<span class="_ _0"></span>ımı sonunda sonlan<span class="_ _0"></span>dırıcı </div><div class="t m0 x10 h3 y375 ff1 fs0 fc2 sc0 ls0 ws0">atom yer almaz: </div><div class="t m0 x1 h3 y93a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y103c ff8 fs0 fc2 sc0 ls13 ws0">namespace CDernek { </div><div class="t m0 x12 h11 y832 ff8 fs0 fc2 sc0 ls13 ws0">class CDString {<span class="ls0"> </span></div><div class="t m0 x12 h11 y5a3 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 y93d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x12 h11 y282 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 y103d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h9e y103e ff8 fs3 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5ea ff2 fs0 fc2 sc0 ls0 ws0">İsim alanı ismi global düzey<span class="_ _0"></span>de başka bir isimle çakış<span class="_ _0"></span>mamalıdır. İsim alan<span class="_ _0"></span>ı ismi de, tanımın y<span class="_ _0"></span>apıldığı isim </div><div class="t m0 x10 h3 y5eb ff2 fs0 fc2 sc0 ls0 ws0">alanında tek olmalıdır. <span class="_ _0"></span>Yani glob<span class="_ _0"></span>al isim alanı kirlenmesi soru<span class="_ _0"></span>nu tam olarak orta<span class="_ _0"></span>dan kaldırılmış olmaz. Ancak </div><div class="t m0 x10 h3 y103f ff2 fs0 fc2 sc0 ls0 ws0">isim alanlarının kullanılma<span class="_ _0"></span>sıyla sorun en a<span class="_ _0"></span>za indirilir. Bir bildirimin ya <span class="_ _0"></span>da bir tanımın, b<span class="_ _0"></span>ir isim<span class="_ _9"></span> alanı içinde </div><div class="t m0 x10 h3 yd0d ff2 fs0 fc2 sc0 ls0 ws0">yapılması bildirimin y<span class="_ _0"></span>a da tanımın anlamını değiştirm<span class="_ _0"></span>ez. İsim al<span class="_ _0"></span>anı içinde yapılmış bir bild<span class="_ _0"></span>irimi ya da tan<span class="_ _0"></span>ımı </div><div class="t m0 x10 h3 yc90 ff2 fs0 fc2 sc0 ls0 ws0">diğer bildirim ya da ta<span class="_ _0"></span>nımlardan ayıran t<span class="_ _0"></span>ek nokta, bildirilen ya da tanımlan<span class="_ _0"></span>an isimlerin isim alanı içinde </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfea" class="pf w0 h0" data-page-no="ea"><div class="pc pcea w0 h0"><img class="bi xb y1040 w6 h9f" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">234</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">gizlenmiş olmasıdır. Bu i<span class="_ _0"></span>simlere dışarıdan ancak<span class="_ _0"></span> <span class="ff10">nite<span class="_ _0"></span>lendirilmiş isimler </span>olarak yani çö<span class="_ _0"></span>zünürlük işleci<span class="ff1">yl<span class="_ _0"></span>e </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">erişilebilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y4c ff2 fs0 fc2 sc0 ls0 ws0">Bir isim alanı tanımı ya <span class="_ _0"></span>global düzeyde ya <span class="_ _0"></span>da başka bir isim alanı tan<span class="_ _0"></span>ımının içinde yapılmalıd<span class="_ _0"></span>ır. Yerel </div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">düzeyde, yan<span class="_ _0"></span>i bir işlevin tanımı içinde bir isim alanı tan<span class="_ _0"></span>ımlanamaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y6f5 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y339 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _b"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _b"></span>k<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1041 ff2 fs0 fc2 sc0 ls0 ws0">Programcı tarafından b<span class="_ _0"></span>ildirilen her isim alanı, yeni bir b<span class="_ _0"></span>ilinirlik alanı oluşturur. <span class="_ _0"></span>Bir isim alanı içinde başka isim </div><div class="t m0 x10 h3 y26e ff2 fs0 fc2 sc0 ls0 ws0">alanı bildirimleri, işlev bildirim<span class="_ _0"></span>leri ve tanımlamaları tür <span class="_ _0"></span>bildirimleri nesne bildirim ve tan<span class="_ _0"></span>ımlamaları yer alabilir. </div><div class="t m0 x10 h3 y635 ff2 fs0 fc2 sc0 ls0 ws0">Aynı bilinirlik ala<span class="_ _0"></span>nında aynı isim birden fazla kez ku<span class="_ _0"></span>llanılamaz. İsim alanı d<span class="_ _0"></span>a yeni bir bilinirlik alan<span class="_ _0"></span>ı </div><div class="t m0 x10 h3 y636 ff2 fs0 fc2 sc0 ls0 ws0">oluşturduğuna <span class="_ _0"></span>göre bir isim alanı içinde de ay<span class="_ _0"></span>nı isim bulunamaz. Farklı isim a<span class="_ _0"></span>lanları farklı bilinirlik a<span class="_ _0"></span>lanı </div><div class="t m0 x10 h3 y1042 ff2 fs0 fc2 sc0 ls0 ws0">belirttiklerine göre, farklı i<span class="_ _0"></span>sim alanları içinde ayn<span class="_ _0"></span>ı isim<span class="ff1"> </span>kullanılab<span class="_ _0"></span>ilir. Örneğin yukarıda b<span class="_ _0"></span>ildirilen <span class="ff9">CDernek <span class="_ _0"></span><span class="ff1">isim </span></span></div><div class="t m0 x10 h3 y7c2 ff2 fs0 fc2 sc0 ls0 ws0">alanına ek olarak <span class="_ _0"></span><span class="ff9">Project </span>isimli b<span class="_ _0"></span>ir isim alanını daha ta<span class="_ _0"></span>nımlanmış olsun:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y695 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y39f ff8 fs0 fc2 sc0 ls13 ws0">namespace CDernek { </div><div class="t m0 x2 h11 y491 ff8 fs0 fc2 sc0 ls13 ws0">class CDString {<span class="ls0"> </span></div><div class="t m0 x17 h11 y13d ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x2 h11 yb50 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x2 h11 y82b ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 ye91 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yc68 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1043 ff8 fs0 fc2 sc0 ls13 ws0">namespace Project { </div><div class="t m0 x2 h11 y1044 ff8 fs0 fc2 sc0 ls13 ws0">class CDString {<span class="ls0"> </span></div><div class="t m0 x17 h11 y1045 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x2 h11 y1046 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h11 y1cb ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 yf79 ff2 fs0 fc2 sc0 ls0 ws0">Her iki isim alanında <span class="_ _0"></span>da, tan<span class="_ _0"></span>ımlanan sınıfın ismi <span class="ff9">CDString <span class="_ _0"></span></span>olarak seçilmiştir. Bilinirlik alanla<span class="_ _0"></span>rı farklı olduğun<span class="_ _0"></span>a </div><div class="t m0 x10 h3 y1047 ff2 fs0 fc2 sc0 ls0 ws0">göre iki sınıfın isminin ay<span class="_ _0"></span>nı olması geçerlidir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb01 ff2 fs0 fc2 sc0 ls0 ws0">C++&apos;da C&apos;de olmayan ik<span class="_ _0"></span>i bilinirlik alanı kuralının<span class="_ _0"></span> daha yer aldığını hatırlatalım. Bu b<span class="_ _0"></span>ilinirlik alanlarınd<span class="_ _0"></span>an </div><div class="t m0 x10 h3 yb0f ff2 fs0 fc2 sc0 ls0 ws0">birincisinin sınıf bilinirlik alan<span class="_ _0"></span>ı olduğunu d<span class="_ _0"></span>aha önceki konularda değinilmişti. İsi<span class="_ _0"></span>m alanı bilinirlik alanı d<span class="_ _0"></span>a C dilinde </div><div class="t m0 x10 h3 yb10 ff2 fs0 fc2 sc0 ls0 ws0">olmayan C++ dilinin ekl<span class="_ _0"></span>ediği yeni bir bilinirlik a<span class="_ _0"></span>lanıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y249 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1048 ff1 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>ö<span class="_ _3"></span>z<span class="_ _3"></span>ü<span class="_ _3"></span>n<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>N<span class="_ _3"></span>i<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _b"></span><span class="ff2">ş<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y1049 ff2 fs0 fc2 sc0 ls0 ws0">Programcı tarafından b<span class="_ _0"></span>ildirilen bir i<span class="_ _0"></span>sim alanının elemanlarına, isim alanı d<span class="_ _0"></span>ışında erişmek için<span class="_ _0"></span> iki terimli araek </div><div class="t m0 x10 h3 y104a ff2 fs0 fc2 sc0 ls0 ws0">konumunda <span class="_ _0"></span>çözünürlük işleci kullanılır. Bu b<span class="_ _0"></span>içimde yazılmış isme <span class="_ _0"></span><span class="ff9">&quot;</span>nitelenmi<span class="_ _0"></span>ş isim<span class="ff9 ls2f">&quot; </span><span class="ff1">(<span class="ff9">qua<span class="_ _0"></span>lified name<span class="_ _0"></span></span>) denir. Bir </span></div><div class="t m0 x10 h3 y749 ff2 fs0 fc2 sc0 ls0 ws0">isim alanı içinde bildirilmi<span class="_ _0"></span>ş isme, isim alanı dışında ancak<span class="_ _0"></span> n<span class="_ _0"></span>itelenmiş isimle erişilebilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye71 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfeb" class="pf w0 h0" data-page-no="eb"><div class="pc pceb w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">235</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">namespace Cdernek { </div><div class="t m0 x12 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">class CDString {<span class="ls0"> </span></div><div class="t m0 x14 h11 ycff ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 y1f4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 y1004 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h1d yf80 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y104b ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>foo(CDString<span class="ls0"> </span>&amp;r);<span class="ls0"> <span class="_ _72"> </span></span>// Geçersiz </div><div class="t m0 x11 h11 y2aa ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func(Cdernek::CDString<span class="ls0"> </span>&amp;r)<span class="ls0"> <span class="_ _73"> </span> <span class="_ _52"> </span></span>//<span class="ls0"> <span class="_ _3"></span>G<span class="_ _9"></span>eç<span class="_ _9"></span>er<span class="_ _6"></span>li </span></div><div class="t m0 x1 h7f ya1b ff8 fs19 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y104c ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte, <span class="_ _0"></span><span class="ff9">CDernek </span>isim alanı içind<span class="_ _0"></span>e tanımlanan <span class="_ _0"></span><span class="ff9">String </span>sınıfı, <span class="_ _0"></span><span class="ff9">CDernek </span>isim alanı <span class="_ _0"></span>dışında nitelenmiş </div><div class="t m0 x10 h3 yb4c ff2 fs0 fc2 sc0 ls0 ws0">isim olarak kullanılıyor. Global<span class="_ _0"></span> düzeyde bildirilen <span class="_ _0"></span><span class="ff9">func <span class="_ _0"></span></span>işlevinin parametre değişkeni<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y258 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yedb ff8 fs0 fc2 sc0 ls13 ws0">CDernek::CDString &amp;<span class="ls0"> </span></div><div class="t m0 x1 h15 y121 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y104d ff2 fs0 fc2 sc0 ls0 ws0">türündendir. Bir isim alanı için<span class="_ _0"></span>de bildirilen isim, söz k<span class="_ _0"></span>onusu isim alanı içind<span class="_ _0"></span>e gizlenir. Bu is<span class="_ _0"></span>mi kullanmak için </div><div class="t m0 x10 h3 yc04 ff1 fs0 fc2 sc0 ls0 ws0">derleyiciye, söz <span class="ff2">kon<span class="_ _0"></span>usu ismi hangi isim alanında <span class="_ _0"></span>araması gerektiği bildirilm<span class="_ _0"></span>elidir. Derleyiciy<span class="_ _0"></span>e bu bilgi verilmez </span></div><div class="t m0 x10 h3 y90f ff2 fs0 fc2 sc0 ls0 ws0">ise, derleyici bu ismi önce bu<span class="_ _0"></span>lunulan bilinirlik a<span class="_ _0"></span>lanı içinde arar. Orada bulamaz<span class="_ _0"></span>sa aramayı bilinirlik alanını </div><div class="t m0 x10 h3 y2b5 ff2 fs0 fc2 sc0 ls0 ws0">kapsayan diğer bilin<span class="_ _0"></span>irlik alanlarında sürdü<span class="_ _0"></span>rür. Yuka<span class="_ _0"></span>rıdaki örneği değiştirelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y104e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5f9 ff8 fs0 fc2 sc0 ls13 ws0">class CDString {<span class="ls0"> </span></div><div class="t m0 x13 h11 y462 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y104f ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1050 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y627 ff8 fs0 fc2 sc0 ls13 ws0">namespace CDernek { </div><div class="t m0 x13 h11 y1051 ff8 fs0 fc2 sc0 ls13 ws0">class CDString {<span class="ls0"> </span></div><div class="t m0 x1e h11 y378 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x13 h11 y1052 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y348 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ye97 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6d8 ff8 fs0 fc2 sc0 ls13 ws0">void foo(CDString &amp;);<span class="ls0"> </span></div><div class="t m0 x11 h11 ya65 ff8 fs0 fc2 sc0 ls13 ws0">void func(CDernek::CDString &amp;)<span class="ls0"> </span></div><div class="t m0 x1 h15 yf28 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1053 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda bildirilen <span class="ff9">foo<span class="_ _0"></span> </span>işlevinin paramesi, global <span class="_ _0"></span>isim alanında <span class="_ _0"></span>bildirilen <span class="_ _0"></span><span class="ff9">CDString </span>sınıfı türün<span class="_ _0"></span>den iken, <span class="ff9">func<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y1054 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin parametresi <span class="_ _0"></span><span class="ff9">CDernek </span>isim alanınd<span class="_ _0"></span>a bildirilen <span class="ff9">CDSt<span class="_ _0"></span>ring <span class="ff1">türü<span class="_ _0"></span>ndendir. </span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfec" class="pf w0 h0" data-page-no="ec"><div class="pc pcec w0 h0"><img class="bi xb y1055 w6 ha0" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">236</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">İsim alanında bildirilen bir is<span class="_ _0"></span>min, nitelenmeden d<span class="_ _0"></span>oğrudan kullanılmasını <span class="_ _0"></span>sağlayan araçlar da vardır. <span class="_ _0"></span>Bu araçlar </div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">&quot;using bildirimi<span class="ff9">&quot;</span>, &quot;usin<span class="_ _0"></span>g namespace komutu&quot; <span class="_ _0"></span>ve <span class="ff9">&quot;<span class="ff2">argumana <span class="_ _0"></span>bağlı isim arama</span>&quot;<span class="ff2">dır. Bu a<span class="_ _0"></span>raçlardan b<span class="_ _0"></span>irinin </span></span></div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">kullanımıyla, isim alanının b<span class="_ _0"></span>ir elemanına çözünü<span class="_ _0"></span>rlük işleci olmaksızın doğrudan<span class="_ _0"></span> erişilebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y649 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1056 ff1 fs6 fc2 sc0 ls0 ws0">G<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _b"></span></span> <span class="_ _3"></span><span class="ff2">A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y3b4 ff2 fs0 fc2 sc0 ls0 ws0">Tüm blokların dışında ka<span class="_ _0"></span>lan bölge C++‟da <span class="_ _0"></span><span class="ff10">&quot;global isim alan<span class="_ _0"></span>ı<span class="ff9 ls2f">&quot; <span class="_ _0"></span></span><span class="ff1">(<span class="ff9">global namespac<span class="_ _0"></span>e</span>) olarak <span class="_ _0"></span>isim<span class="_ _9"></span>lendirilir. Global </span></span></div><div class="t m0 x10 h3 y677 ff2 fs0 fc2 sc0 ls0 ws0">isim alanında bildirilen i<span class="_ _0"></span>simler diğer doğrudan<span class="_ _0"></span> kullanılabilir. Aslında çözünü<span class="_ _0"></span>rlük işlecinin tek terimli biçimi, </div><div class="t m0 x10 h3 y678 ff2 fs0 fc2 sc0 ls0 ws0">global isim alanındaki b<span class="_ _0"></span>ir isme erişmeyi sağlar. No<span class="_ _0"></span>rmal olarak global <span class="_ _0"></span>isim alanındaki bir is<span class="_ _3"></span>me doğrudan </div><div class="t m0 x10 h3 y1057 ff2 fs0 fc2 sc0 ls0 ws0">erişilebileceği için, bu işleci ku<span class="_ _0"></span>llanmak zorunlu<span class="_ _0"></span> değildir. Ancak bazı d<span class="_ _0"></span>urumlarda global isim alanınd<span class="_ _0"></span>aki isim, iç </div><div class="t m0 x10 h3 y9e1 ff2 fs0 fc2 sc0 ls0 ws0">bilinirlik alanlarındak<span class="_ _0"></span>i bir isim tarafından<span class="_ _0"></span> maskelenir. Bu durumda <span class="_ _0"></span>global isim alanındaki isme eriş<span class="_ _0"></span>ebilmek için, </div><div class="t m0 x10 h3 y862 ff1 fs0 fc2 sc0 ls0 ws0">tek terimli çözünü<span class="_ _0"></span>rlük <span class="ff10">işlecini <span class="ff2">ku<span class="_ _0"></span>llanmak zorunlud<span class="_ _0"></span>ur. Aşağıdaki örneği inceleyin:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 y270 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y53a ff8 fs0 fc2 sc0 ls13 ws0">#include<span class="ls0"> </span>&lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y5f4 ff8 fs0 fc2 sc0 ls13 ws0">const int max<span class="ls0"> = </span>1000;<span class="ls0"> <span class="_ _53"> </span></span><span class="ffc">// global isim alanındaki </span><span class="ls0">m<span class="_ _9"></span>a<span class="_ _9"></span>x<span class="_ _9"></span> </span></div><div class="t m0 x11 h11 yd15 ff8 fs0 fc2 sc0 ls13 ws0">namespace CDernek<span class="ls0"> { </span></div><div class="t m0 x13 h11 ydc4 ff8 fs0 fc2 sc0 ls13 ws0">const int max<span class="ls0"> = </span>500;<span class="ls0"> <span class="_ _74"> </span></span><span class="ffc">//Cdernek isim alanındaki</span><span class="ls0"> <span class="_ _9"></span><span class="ls13">max<span class="ls0"> </span></span></span></div><div class="t m0 x11 h11 y13f ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yc7 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya7f ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yea ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ye6a ff8 fs0 fc2 sc0 ls13 ws0">int max<span class="ls0"> = </span>100;<span class="ls0"> <span class="_ _75"> </span></span>//blok <span class="ffc">bilinirlik alanındaki</span><span class="ls0"> </span>max<span class="ls0"> </span></div><div class="t m0 x1 h11 y44a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yb60 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; max<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>std::endl<span class="ls0"> <span class="_ _76"> </span></span><span class="ffc">//blok bilinirlik alanındaki </span><span class="ls0">m<span class="_ _9"></span>ax<span class="_ _6"></span> </span></div><div class="t m0 x13 h11 y1058 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; ::max<span class="ls0"> <span class="ls5b">&lt;&lt;<span class="_ _9"></span><span class="ls0"> <span class="ls13">std::endl;</span> <span class="_ _77"> </span><span class="ffc ls13">//global isim alanındaki max </span></span></span></span></div><div class="t m0 x13 h11 y844 ffc fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; Cdernek:: max &lt;&lt; std::endl; //Cdernek isim alanındaki max </div><div class="t m0 x13 h11 ye4a ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> </span>0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yedf ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y266 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y333 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">A<span class="_ _0"></span>l<span class="_ _b"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1"> <span class="_ _6"></span>E<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _b"></span>l<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _6"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _6"></span><span class="ff2">Y<span class="_ _3"></span>a<span class="_ _3"></span>p<span class="_ _3"></span>ı<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span><span class="ff1"> <span class="_ _7"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>h<span class="_ _b"></span>i<span class="_ _3"></span>p<span class="_ _3"></span>t<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _b"></span> </span></span></span></span></span></div><div class="t m0 x10 h3 yc1e ff2 fs0 fc2 sc0 ls0 ws0">Daha <span class="_ _3"></span>önce <span class="_ _0"></span>bildirilen <span class="_ _3"></span>bir <span class="_ _0"></span>isim <span class="_ _0"></span>alanına, <span class="_ _3"></span>aynı<span class="_ _6"></span> <span class="_ _3"></span>kaynak <span class="_ _0"></span>dosya <span class="_ _3"></span>içinde <span class="_ _0"></span>ya <span class="_ _0"></span>da <span class="_ _3"></span>başka <span class="_ _0"></span>bir <span class="_ _0"></span>ka<span class="_ _0"></span>ynak <span class="_ _0"></span>dosya <span class="_ _3"></span>içinde <span class="_ _0"></span>ekleme </div><div class="t m0 x10 h3 yc1f ff2 fs0 fc2 sc0 ls0 ws0">yapılabilir. <span class="_ _f"> </span>Yani <span class="_ _11"> </span>isim <span class="_ _f"></span>alanı <span class="_ _f"></span>elemanları, <span class="_ _11"> </span>isim <span class="_ _f"></span>alanı <span class="_ _f"></span>içinde <span class="_ _11"> </span>bir <span class="_ _f"></span>defada <span class="_ _f"> </span>b<span class="_ _0"></span>ildirilmek <span class="_ _f"></span>zorunda <span class="_ _11"> </span>değildir. <span class="_ _f"></span>Aşağıdaki<span class="_ _0"></span> </div><div class="t m0 x10 h3 y438 ff2 fs0 fc2 sc0 ls0 ws0">örn<span class="_ _9"></span>eği<span class="_ _9"></span><span class="ff1"> <span class="_ _6"></span>in<span class="_ _0"></span>celeyin: </span></div><div class="t m0 x1 h3 yd0c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybba ff8 fs0 fc2 sc0 ls13 ws0">namespace CDernek { </div><div class="t m0 x12 h11 y1059 ff8 fs0 fc2 sc0 ls13 ws0">class CDString {<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfed" class="pf w0 h0" data-page-no="ed"><div class="pc pced w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">237</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x14 h11 y101e ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 yff6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y105a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ya36 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6dc ff8 fs0 fc2 sc0 ls13 ws0">namespace CDernek { </div><div class="t m0 x12 h11 yda5 ff8 fs0 fc2 sc0 ls13 ws0">class CDVector {<span class="ls0"> </span></div><div class="t m0 x14 h11 y78d ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 ybff ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 ya8d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y1042 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc29 ff2 fs0 fc2 sc0 ls0 ws0">Aynı dosya içinde y<span class="_ _0"></span>apılan yukarıdaki tan<span class="_ _0"></span>ımlamalar geçerlidir. Derleyici bir isi<span class="_ _0"></span>m alanı tanımı görünce, ö<span class="_ _0"></span>nce </div><div class="t m0 x10 h3 yf2a ff9 fs0 fc2 sc0 ls0 ws0">namespace <span class="_ _0"></span><span class="ff2">anahtar sözcüğünü izleyen ismin, d<span class="_ _0"></span>aha önceden tan<span class="_ _0"></span>ımlanmış olan bir alana ilişkin olu<span class="_ _0"></span>p olmadığını </span></div><div class="t m0 x10 h3 yf2b ff2 fs0 fc2 sc0 ls0 ws0">araştırır. Eğer bu isimli bir is<span class="_ _0"></span>im alanı dah<span class="_ _0"></span>a önce tanımlanmışsa, ikinci b<span class="_ _0"></span>ildirimdeki isimleri o<span class="_ _0"></span>tomatik olarak ilk </div><div class="t m0 x10 h3 y9d2 ff2 fs0 fc2 sc0 ls0 ws0">isim alanı tanımıyla birleştirir<span class="_ _0"></span>. Yani daha <span class="_ _0"></span>önceden tanımlanmış olan b<span class="_ _0"></span>ir isim alanına, kay<span class="_ _0"></span>nak kod içinde başka </div><div class="t m0 x10 h3 y105b ff2 fs0 fc2 sc0 ls0 ws0">bir noktada <span class="_ _0"></span>ekleme yapılabilir. Yukarıdaki örnekte h<span class="_ _0"></span>em <span class="ff9">CDString<span class="_ _0"></span> </span>sınıfı hem de CD<span class="_ _0"></span><span class="ff9">Vector </span>sınıfı <span class="ff9">CDernek <span class="ff1">i<span class="_ _0"></span>sim </span></span></div><div class="t m0 x10 h3 y9a8 ff2 fs0 fc2 sc0 ls0 ws0">alanındadır. H<span class="_ _0"></span>ata oluşturan bir durum söz konu<span class="_ _0"></span>su değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y105c ff2 fs0 fc2 sc0 ls0 ws0">İsim alanlarının ekleme<span class="_ _0"></span>li bir yapıya sahip<span class="_ _0"></span> olması özellikle kütüphan<span class="_ _0"></span>e oluştururken programcının işin<span class="_ _0"></span>e yarar. </div><div class="t m0 x10 h3 y105d ff2 fs0 fc2 sc0 ls0 ws0">Bir modüle ilişkin bildiriml<span class="_ _0"></span>er, yani modülün<span class="_ _0"></span> ara yüzü bir başlık dosyası içinde tanımlan<span class="_ _0"></span>an bir isim alanı içind<span class="_ _0"></span>e </div><div class="t m0 x10 h3 y992 ff2 fs0 fc2 sc0 ls0 ws0">yer alırken, modülün k<span class="_ _0"></span>odlaması (<span class="ff9">implem<span class="_ _0"></span>entasyonu</span>) b<span class="_ _0"></span>aşka bir kaynak<span class="_ _0"></span> dosyada, yine ayn<span class="_ _0"></span>ı isim<span class="_ _9"></span> alanına </div><div class="t m0 x10 h3 yc67 ff1 fs0 fc2 sc0 ls0 ws0">eklenebilir: </div><div class="t m0 x11 h11 y105e ffc fs0 fc2 sc0 ls13 ws0">//cdstring.h dosyası </div><div class="t m0 x11 h11 y73f ff8 fs0 fc2 sc0 ls13 ws0">namespace CDernek {<span class="ls0"> </span></div><div class="t m0 x13 h11 y654 ff8 fs0 fc2 sc0 ls13 ws0">class CDString {<span class="ls0"> </span></div><div class="t m0 x1e h11 y655 ff8 fs0 fc2 sc0 ls13 ws0">// </div><div class="t m0 x13 h11 y656 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1e h11 y9f8 ff8 fs0 fc2 sc0 ls13 ws0">String operator+(const CDString &amp;);<span class="ls0"> </span></div><div class="t m0 x1e h11 y35e ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 yd1e ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 yd1f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yf1 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4d3 ff8 fs0 fc2 sc0 ls13 ws0">//cdstring.cpp <span class="ffc ls0">do<span class="_ _6"></span>syas<span class="_ _6"></span>ı </span></div><div class="t m0 x11 h11 y105f ff8 fs0 fc2 sc0 ls13 ws0">#include<span class="ls0"> </span>&lt;string.h&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y334 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1060 ff8 fs0 fc2 sc0 ls13 ws0">namespace CDernek<span class="ls0"> { </span></div><div class="t m0 x13 h11 y8ca ff8 fs0 fc2 sc0 ls13 ws0">CDString CDString:: operator+(const CDString &amp;)<span class="ls0"> </span></div><div class="t m0 x13 h11 y1061 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yaa5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 yfe8 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfee" class="pf w0 h0" data-page-no="ee"><div class="pc pcee w0 h0"><img class="bi xb y1062 w6 ha1" alt="" 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AEAAGUPAADsp53yYgUAAKidmz0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAgP96ASAFIR1rW4HkAAAAAElFTkSuQmCC"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">238</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h26 y1063 ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1064 ff2 fs0 fc2 sc0 ls0 ws0">İsim alanlarının eklemeli b<span class="_ _0"></span>ir yapıya sahip o<span class="_ _0"></span>lması özelliğinden faydala<span class="_ _0"></span>nılarak, bir isim alanı içinde sun<span class="_ _0"></span>ulan bir </div><div class="t m0 x10 h3 y4a3 ff2 fs0 fc2 sc0 ls0 ws0">kütüphan<span class="_ _0"></span>enin arayüzü birden fazla başlık dosyasına bö<span class="_ _0"></span>lünebilir. Buna en iyi örn<span class="_ _0"></span>ek <span class="_ _0"></span><span class="ff9">std </span>isim alan<span class="_ _0"></span>ıdır.<span class="ff1"> </span></div><div class="t m0 x1 h1b y7a0 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yf80 ff1 fs6 fc2 sc0 ls0 ws0">s<span class="_ _3"></span>t<span class="_ _3"></span>d<span class="_ _3"></span> <span class="_ _3"></span> <span class="_ _23"></span><span class="ff2">İ<span class="_ _3"></span><span class="ff1">s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span> <span class="_ _3"></span></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y4bf ff2 fs0 fc2 sc0 ls0 ws0">C++‟ın<span class="ff1"> standart <span class="_ _9"></span>kütüphan<span class="_ _0"></span>esinin <span class="_ _9"></span>bütün <span class="ff2">bileşenlerinin</span> <span class="_ _9"></span>bildirimleri <span class="ls9">ve</span> <span class="_ _6"></span><span class="ff2">tanı<span class="_ _0"></span>mlamaları<span class="ff1"> <span class="ff9">std <span class="_ _6"></span><span class="ff2">ismi verilen b<span class="_ _0"></span>ir isim alanı </span></span></span></span></span></div><div class="t m0 x10 h3 y1065 ff2 fs0 fc2 sc0 ls0 ws0">içinde yapılmıştır. <span class="ff9">io<span class="_ _0"></span>stream<span class="ff1 ls17">, </span>vector<span class="ff1 ls17">, </span>string </span>gibi stan<span class="_ _0"></span>dart başlık dosyalarının h<span class="_ _0"></span>erhangi birinde bildirilen sınıflar, </div><div class="t m0 x10 h3 ydcd ff2 fs0 fc2 sc0 ls0 ws0">işlevler, nesneler, şablonlar <span class="_ _0"></span><span class="ff9">std </span>isim alanı içind<span class="_ _0"></span>e<span class="ff1"> </span>bildirilmiştir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y1066 ff2 fs0 fc2 sc0 ls0 ws0">Standart kütü<span class="_ _0"></span>phane içinde bildirilen bir işleve y<span class="_ _0"></span>a da sınıfa erişmek için, n<span class="_ _0"></span>ormal olarak sınıfın ya <span class="_ _0"></span>da işlevin </div><div class="t m0 x10 h3 yc76 ff2 fs0 fc2 sc0 ls0 ws0">ismi, yer aldığı isim alanın<span class="_ _0"></span>ın ismiyle nitelenmelidir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1067 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y40b ff8 fs0 fc2 sc0 ls13 ws0">std::cout </div><div class="t m0 x11 h11 y4db ff8 fs0 fc2 sc0 ls13 ws0">std::string </div><div class="t m0 x11 h11 y474 ff8 fs0 fc2 sc0 ls13 ws0">std::cin<span class="ls0"> </span></div><div class="t m0 x1 h14 y61f ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1068 ff1 fs0 fc2 sc0 ls0 ws0">Bu isimleri nitelemeden kulla<span class="_ _0"></span>nabilmek için <span class="_ _0"></span><span class="ff9">using </span>bildirimi y<span class="_ _0"></span>a da <span class="ff9">using<span class="_ _0"></span> namespace <span class="_ _0"></span><span class="ff2">komutu kullanılacağı gibi </span></span></div><div class="t m0 x10 h3 y5b ff2 fs0 fc2 sc0 ls0 ws0">argumana bağlı arama d<span class="_ _0"></span>a (<span class="ff9">Koenig <span class="_ _0"></span>lookup) </span>yapılab<span class="_ _0"></span>ilir. <span class="ff9">std </span>isim alanı bildirimleri içinde deği<span class="_ _0"></span>şiklik yapmak, yan<span class="_ _0"></span>i bu </div><div class="t m0 x10 h3 y63b ff2 fs0 fc2 sc0 ls0 ws0">isim alanına eklemeler yapma<span class="_ _0"></span>k ya d<span class="_ _0"></span>a bu isim alanından b<span class="_ _0"></span>azı bildirimleri silmek tanımsız davranıştır.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y5d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yee7 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span><span class="ff1">ç<span class="_ _3"></span>s<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span></span>İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _b"></span><span class="ff1"> <span class="_ _3"></span></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y655 ff2 fs0 fc2 sc0 ls0 ws0">Bir isim alanı içinde başka b<span class="_ _0"></span>ir isim alanı bildiril<span class="_ _0"></span>ebilir. Böylelikle içsel <span class="_ _0"></span><span class="ff9">(nested) </span>isim alan<span class="_ _0"></span>ları oluşturulab<span class="_ _0"></span>ilir. İçsel isim </div><div class="t m0 x10 h3 y1069 ff2 fs0 fc2 sc0 ls0 ws0">alanları kütüp<span class="_ _0"></span>hanedeki kodların düzenlenm<span class="_ _0"></span>esini iyileştirm<span class="_ _0"></span>ek için kullanılab<span class="_ _0"></span>ilir.<span class="ff1"> </span></div><div class="t m0 x1 h3 yaa1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yff0 ff8 fs0 fc2 sc0 ls13 ws0">namespace CCernek { </div><div class="t m0 x12 h11 y330 ff8 fs0 fc2 sc0 ls13 ws0">namespace CStringLib {<span class="ls0"> </span></div><div class="t m0 x14 h11 y9f9 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 y106a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x12 h11 ya12 ff8 fs0 fc2 sc0 ls13 ws0">namespace CMathLib{<span class="ls0"> </span></div><div class="t m0 x14 h11 y8ae ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 y3e2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 y98c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a y9ed ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y103f ff2 fs0 fc2 sc0 ls0 ws0">İçsel bir isim alanındaki el<span class="_ _0"></span>emanların isimleri, o isim alan<span class="_ _0"></span>ı içinde gizlenir. İç<span class="_ _0"></span>sel isim alanındaki <span class="_ _0"></span>isimlere<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y41f ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfef" class="pf w0 h0" data-page-no="ef"><div class="pc pcef w0 h0"><img class="bi xb y2e4 w6 ha2" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">239</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ffc fs0 fc2 sc0 ls13 ws0">kapsayan isim alanı ismi :: içsel isimalanı ismi :: isimalanı elemanı ismi<span class="ff8 ls0"> </span></div><div class="t m0 x10 h3 y5d7 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde erişilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y106b ff2 fs0 fc2 sc0 ls0 ws0">İçsel bir isim alanı, başka b<span class="_ _0"></span>ir isim alanında yer ala<span class="_ _0"></span>n yeni bir bilinirlik alanı y<span class="_ _0"></span>aratır. Derleyicinin isimleri </div><div class="t m0 x10 h3 y106c ff2 fs0 fc2 sc0 ls0 ws0">çözümlemesi sırasında, içs<span class="_ _0"></span>el isim alanları içsel bloklar gibi <span class="_ _0"></span>ele alı<span class="_ _0"></span>nır. İçsel isim alanında <span class="_ _0"></span>bir isme </div><div class="t m0 x10 h3 y289 ff2 fs0 fc2 sc0 ls0 ws0">rastlandığında, bu<span class="_ _0"></span> ismin bildirimi, önce içsel isim alanınd<span class="_ _0"></span>a, daha sonra sırasıyla içten d<span class="_ _0"></span>ışa doğru kap<span class="_ _0"></span>sayan isim </div><div class="t m0 x10 h3 y2c8 ff2 fs0 fc2 sc0 ls0 ws0">alanlarında aran<span class="_ _0"></span>ır. İsim kapsayan isim alanlarınd<span class="_ _0"></span>a da bildirilmemişse son o<span class="_ _0"></span>larak isim global isim alanında </div><div class="t m0 x10 h3 yf16 ff1 fs0 fc2 sc0 ls0 ws0">a<span class="ff2">ranır.</span> </div><div class="t m0 x1 hd y9b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y106d ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>T<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y106e ff2 fs0 fc2 sc0 ls0 ws0">Bir isim alanı elemanının t<span class="_ _0"></span>anımının yine aynı isim alan<span class="_ _0"></span>ı içinde yapılab<span class="_ _0"></span>ilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y106f ff2 fs0 fc2 sc0 ls0 ws0">Tanım isim alanı dışında d<span class="_ _0"></span>a yapılabilir. Bu d<span class="_ _0"></span>urumda tanımlanacak <span class="_ _0"></span>isim alanı elemanı, tanımlama sırasında </div><div class="t m0 x10 h3 yb3f ff2 fs0 fc2 sc0 ls0 ws0">nitelenmiş ismiyle kullan<span class="_ _0"></span>ılmalıdır:<span class="ff1"> </span></div><div class="t m0 x1 h3 y9a7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y697 ff8 fs0 fc2 sc0 ls13 ws0">namespace CDernek { </div><div class="t m0 x12 h11 y2e9 ff8 fs0 fc2 sc0 ls13 ws0">namespace CDStringLib {<span class="ls0"> </span></div><div class="t m0 x14 h11 y95b ff8 fs0 fc2 sc0 ls13 ws0">class CDString { </div><div class="t m0 x34 h11 y8fc ff8 fs0 fc2 sc0 ls13 ws0">int size;<span class="ls0"> </span></div><div class="t m0 x14 h11 yc05 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x34 h11 ye0c ff8 fs0 fc2 sc0 ls13 ws0">int get_size() const {return size;}<span class="ls0"> </span></div><div class="t m0 x14 h11 y570 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x14 h11 y1070 ff8 fs0 fc2 sc0 ls13 ws0">CDString operator+(const CDString &amp;, const CDString &amp;);<span class="ls0"> </span></div><div class="t m0 x12 h11 y542 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 yed3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y819 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf79 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">CDernek </span>isimli i<span class="_ _0"></span>sim alanı içinde <span class="ff9">CDString<span class="_ _0"></span>Lib </span>isimli başka b<span class="_ _0"></span>ir içsel isim alanı t<span class="_ _0"></span>anımlanıyor. </div><div class="t m0 x10 h3 y1047 ff9 fs0 fc2 sc0 ls0 ws0">CDStringLib <span class="ff2">isim alanı için<span class="_ _0"></span>de tanımlanan<span class="_ _0"></span> </span>CDString <span class="ff2">isimli <span class="_ _0"></span>sınıfın </span>get_size <span class="_ _0"></span><span class="ff2">isimli üye işlevi yine ayn<span class="_ _0"></span>ı isim alanı </span></div><div class="t m0 x10 h3 y1071 ff2 fs0 fc2 sc0 ls0 ws0">içinde tanımlanıyor. <span class="_ _0"></span><span class="ff9">CDString </span>sınıfının içind<span class="_ _0"></span>e <span class="ff9">operator+ <span class="_ _0"></span></span>işlevi bildiriliyor. Ancak b<span class="_ _0"></span>u işlevin tan<span class="_ _0"></span>ımı <span class="ff9">CDStringLib </span></div><div class="t m0 x10 h3 y1052 ff2 fs0 fc2 sc0 ls0 ws0">isimli isim alanı içinde yap<span class="_ _0"></span>ılmıyor. Bu işlevin global isim alan<span class="_ _0"></span>ında aşağıdaki biçimde tan<span class="_ _0"></span>ımlandığını düşün<span class="_ _0"></span>elim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb10 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y16e ff8 fs0 fc2 sc0 ls13 ws0">Cdernek::CDStringLib::CDString<span class="ls0"> </span></div><div class="t m0 x11 h11 y34a ff8 fs0 fc2 sc0 ls13 ws0">Cdernek::CDStringLib::operator+(const CDString &amp;r1, const CDString &amp;r2)<span class="ls0"> </span></div><div class="t m0 x11 h11 ycfc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1072 ff8 fs0 fc2 sc0 ls13 ws0">CDString result;<span class="ls0"> </span></div><div class="t m0 x14 h11 y88c ff8 fs0 fc2 sc0 ls0 ws0">/<span class="ls13">/... </span></div><div class="t m0 x12 h11 y1073 ff8 fs0 fc2 sc0 ls13 ws0">return result;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pff0" class="pf w0 h0" data-page-no="f0"><div class="pc pcf0 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3">2<span class="ls4">40</span></span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y3b0 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf8a ff2 fs0 fc2 sc0 ls0 ws0">İşlevin geri dönüş değerinin t<span class="_ _0"></span>ürünün yaz<span class="_ _0"></span>ıldığı yer, <span class="_ _0"></span><span class="ff9">Cdernek::CDStringLib </span>isim alan<span class="_ _0"></span>ı ile belirlenen bilinirlik </div><div class="t m0 x10 h3 yd36 ff2 fs0 fc2 sc0 ls0 ws0">alanı dışındadır. Bu y<span class="_ _0"></span>üzden işlevin geri dönü<span class="_ _0"></span>ş değerinin türü n<span class="_ _0"></span>itelendirilmiş isim olarak yazılmalıdır. Bu </div><div class="t m0 x10 h3 y64a ff1 fs0 fc2 sc0 ls0 ws0">yüzden global <span class="_ _0"></span>is<span class="ff2">im alanında bu tü<span class="_ _0"></span>r</span> </div><div class="t m0 x1 hd y1074 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yfb ff8 fs0 fc2 sc0 ls13 ws0">Cdernek::CDStringLib::CDString<span class="ls0"> </span></div><div class="t m0 x1 h15 y75f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y17b ff2 fs0 fc2 sc0 ls0 ws0">biçiminde yazılır. İşlevin t<span class="_ _0"></span>anımında işlevin ismi d<span class="_ _0"></span>e nitelenmiş isim olarak yazılır:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y4c2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye17 ff8 fs0 fc2 sc0 ls13 ws0">Cdernek::StringLib::operator+<span class="ls0"> </span></div><div class="t m0 x1 h15 y87c ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y90d ff2 fs0 fc2 sc0 ls0 ws0">Ancak işlevin parametre ay<span class="_ _0"></span>racı içi ile işlevin ana bloğu<span class="_ _0"></span> <span class="ff9">Cdernek::S<span class="_ _0"></span>tringLib </span>isim alanın<span class="_ _0"></span>ın bilinirlik alanındad<span class="_ _0"></span>ır. </div><div class="t m0 x10 h3 yac2 ff2 fs0 fc2 sc0 ls0 ws0">Bu yüzden işlevin param<span class="_ _0"></span>etre değişkenleri olan <span class="_ _0"></span><span class="ff9">r1 <span class="ff1">ve </span>r2 </span>il<span class="_ _0"></span>e işlev içindeki yerel <span class="ff9">result <span class="_ _0"></span></span>değişkeninin t<span class="_ _0"></span>ür bilgileri </div><div class="t m0 x10 h3 yc57 ff2 fs0 fc2 sc0 ls0 ws0">doğrudan<span class="ff1"> </span></div><div class="t m0 x1 h3 ydcf ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1075 ff8 fs0 fc2 sc0 ls13 ws0">CDString<span class="ls0"> </span></div><div class="t m0 x1 h15 y7af ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8c2 ff2 fs0 fc2 sc0 ls0 ws0">olarak yazılabilir. Zira<span class="_ _0"></span> isim alanı elemanları, isim alanı b<span class="_ _0"></span>ilinirlik alanı içind<span class="_ _0"></span>e n<span class="_ _0"></span>itelenmemiş isimleriyle doğrudan<span class="_ _0"></span> </div><div class="t m0 x10 h3 ye45 ff2 fs0 fc2 sc0 ls0 ws0">kullanılabilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 yf98 ff2 fs0 fc2 sc0 ls0 ws0">Bir isim alanı elemanın tan<span class="_ _0"></span>ımı, isim alanı dışında h<span class="_ _0"></span>er yerde yapılamaz. <span class="_ _0"></span>Tanım isim alanının <span class="_ _0"></span>dışında yapılacaksa, </div><div class="t m0 x10 h3 y499 ff2 fs0 fc2 sc0 ls0 ws0">ancak bildirimin yap<span class="_ _0"></span>ıldığı isim alanını kap<span class="_ _0"></span>sayan isim alanlarından b<span class="_ _0"></span>irinde yapılabilir. Yukarı<span class="_ _0"></span><span class="ff1">dak<span class="_ _0"></span>i örnekte </span></div><div class="t m0 x10 h3 y715 ff9 fs0 fc2 sc0 ls0 ws0">operator+ <span class="ff2">işlevinin t<span class="_ _0"></span>anımı ya </span>Cdernek <span class="_ _0"></span><span class="ff2">isim alanı içinde ya d<span class="_ _0"></span>a global isim alanı içinde yap<span class="_ _0"></span>ılmalıdır. İşlevin tan<span class="_ _0"></span>ımı </span></div><div class="t m0 x10 h3 y8b ff9 fs0 fc2 sc0 ls0 ws0">CDernek <span class="ff2">isim alanı içinde aşa<span class="_ _0"></span>ğıdaki b<span class="_ _0"></span>içimde yapılabilirdi:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y58a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb63 ff8 fs0 fc2 sc0 ls13 ws0">namespace Cdernek {<span class="ls0"> </span></div><div class="t m0 x13 h11 y10e ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x13 h11 yc0a ff8 fs0 fc2 sc0 ls13 ws0">namespace CDStringLib { </div><div class="t m0 x1e h11 yf45 ff8 fs0 fc2 sc0 ls13 ws0">class CDString {<span class="ls0"> </span></div><div class="t m0 x4d h11 y99d ff8 fs0 fc2 sc0 ls13 ws0">int size;<span class="ls0"> </span></div><div class="t m0 x4d h11 y1076 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x1e h11 y1077 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x4d h11 ya15 ff8 fs0 fc2 sc0 ls13 ws0">int get_size() const {return size;}<span class="ls0"> </span></div><div class="t m0 x4d h11 y648 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1e h11 y1078 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pff1" class="pf w0 h0" data-page-no="f1"><div class="pc pcf1 w0 h0"><img class="bi xb y1079 w6 ha3" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">241</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1e h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">CDString operator+(const CDString &amp;, const CDString &amp;);<span class="ls0"> </span></div><div class="t m0 x13 h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y195 ff8 fs0 fc2 sc0 ls13 ws0">CDStringLib::CDString<span class="ls0"> </span></div><div class="t m0 x13 h11 y74b ff8 fs0 fc2 sc0 ls13 ws0">CDStringLib::operator+(const CDString &amp;r1, const CDString &amp;r2)<span class="ls0"> </span></div><div class="t m0 x13 h11 y2fc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1e h11 y107a ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x13 h11 y459 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 yd4a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 yb6d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 yefd ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd62 ff2 fs0 fc2 sc0 ls0 ws0">Bu kez işlevin tanımı <span class="_ _0"></span><span class="ff9">CDStringLib <span class="_ _0"></span></span>isim alanının dışında yap<span class="_ _0"></span>ılmasına karşın, <span class="ff9">Cde<span class="_ _0"></span>rnek </span>isim alan<span class="_ _0"></span>ı içinde yapılıyor. </div><div class="t m0 x10 h3 y983 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin geri dönüş değerinin t<span class="_ _0"></span>ürünün ve işlev isminin<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ydce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf61 ff8 fs0 fc2 sc0 ls13 ws0">String_Lib::String </div><div class="t m0 x11 h11 yc03 ff8 fs0 fc2 sc0 ls13 ws0">String_Lib::operator+<span class="ls0"> </span></div><div class="t m0 x1 h15 y328 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1a2 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde yazıldığına dikk<span class="_ _0"></span>at edin.<span class="ff1"> </span></div><div class="t m0 x1 hd y1a3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y82d ff1 fs6 fc2 sc0 ls0 ws0">u<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>g<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 yf01 ff2 fs0 fc2 sc0 ls0 ws0">Bir isim alanı elemanına <span class="_ _0"></span>ulaşmak için her defa<span class="_ _0"></span>sında bu elemanın ismini nit<span class="_ _0"></span>elenmiş ismi yaz<span class="_ _0"></span>mak programcı </div><div class="t m0 x10 h3 y107b ff2 fs0 fc2 sc0 ls0 ws0">açısından çok zah<span class="_ _0"></span>metlidir. <span class="ff9">using <span class="_ _0"></span></span>bildirimiyle isim alanı eleman<span class="_ _0"></span>ına nitelenmemiş ismi ile d<span class="_ _0"></span>oğrudan erişilebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y8a ff9 fs0 fc2 sc0 ls0 ws0">using <span class="ff2">bir anah<span class="_ _0"></span>tar sözcüktür. Bu anahta<span class="_ _0"></span>r sözcüğü isim ala<span class="_ _0"></span>nı elemanının nitelendiril<span class="_ _0"></span>miş ismi izler. Bildiri<span class="_ _0"></span>m </span></div><div class="t m0 x10 h3 yade ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı atomla sonlanır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y227 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y845 ff8 fs0 fc2 sc0 ls13 ws0">using CDernek::CDString;<span class="ls0"> </span></div><div class="t m0 x1 h15 y2be ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y482 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki bildirimden son<span class="_ _0"></span>ra, <span class="ff9">CDernek </span>isim alan<span class="_ _0"></span>ı içinde tanımlan<span class="_ _0"></span>an <span class="ff9">CDString <span class="_ _0"></span></span>sınıfı<span class="ff1"> </span></div><div class="t m0 x1 h3 y110 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5d2 ff8 fs0 fc2 sc0 ls13 ws0">CDernek::CDString<span class="ls0"> </span></div><div class="t m0 x1 h15 y613 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y20d ff2 fs0 fc2 sc0 ls0 ws0">biçiminin yanısıra, doğru<span class="_ _0"></span>dan<span class="ff1"> </span></div><div class="t m0 x1 hd yaa5 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pff2" class="pf w0 h0" data-page-no="f2"><div class="pc pcf2 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">242</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">CDString<span class="ls0"> </span></div><div class="t m0 x1 h15 y4d5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y212 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde kullanılabilir. Yani <span class="_ _0"></span><span class="ff9">using <span class="_ _0"></span><span class="ff1">bildiriminden sonra </span>C<span class="_ _0"></span>DString </span>ismi kullan<span class="_ _0"></span>ıldığında derleyici bu<span class="_ _0"></span> ismi<span class="ff1"> </span></div><div class="t m0 x1 h3 yf32 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf33 ff8 fs0 fc2 sc0 ls13 ws0">CDernek::CDString<span class="ls0"> </span></div><div class="t m0 x1 h15 yfb ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf8c ff2 fs0 fc2 sc0 ls0 ws0">olarak ele alır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y825 ff9 fs0 fc2 sc0 ls0 ws0">using <span class="ff2">bildirimi ile bildiril<span class="_ _0"></span>en isim, bildirimin yapıldığı b<span class="_ _0"></span>ilinirlik alanına <span class="_ _0"></span>eklenir.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y424 ff9 fs0 fc2 sc0 ls0 ws0">using <span class="ff2">bildirimi de diğer bildiri<span class="_ _0"></span>mlerin ortak özelliklerini taşır.<span class="_ _0"></span> Bu bildirimin de bir b<span class="_ _0"></span>ilinirlik alanı vardır. <span class="_ _0"></span></span>using<span class="_ _0"></span> </div><div class="t m0 x10 h3 y425 ff2 fs0 fc2 sc0 ls0 ws0">bildirimi yerel olarak y<span class="_ _0"></span>apılabileceği gibi, global isi<span class="_ _0"></span>m alanı içinde ya <span class="_ _0"></span>da başka bir isim alanı içind<span class="_ _0"></span>e de yapılabilir. </div><div class="t m0 x10 h3 y426 ff2 fs0 fc2 sc0 ls0 ws0">Diğer tüm bildirimlerde o<span class="_ _0"></span>lduğu gibi <span class="ff9">u<span class="_ _0"></span>sing </span>bildirimiyle bilinirlik ala<span class="_ _0"></span>nına eklenen isim<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 he y87c ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Eklendiği bilinirlik a<span class="_ _0"></span>lanında tek<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">olmalıdır.<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x10 he y107c ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Daha geniş bilinirlik alan<span class="_ _0"></span>ındaki aynı <span class="_ _9"></span><span class="ff1">ismi <span class="_ _6"></span>maskeler.<span class="_ _0"></span> </span></span></span></div><div class="t m0 x10 he ye42 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Daha dar b<span class="_ _0"></span>ilinirlik alanındaki ayn<span class="_ _0"></span>ı isim tarafından<span class="_ _0"></span><span class="ff1"> m<span class="_ _9"></span>askelenir. </span></span></span></div><div class="t m0 x1 h3 ycf4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y477 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği dikkatle inc<span class="_ _0"></span>el<span class="ff1">eyin: </span></div><div class="t m0 x1 h3 y107d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y107e ff8 fs0 fc2 sc0 ls13 ws0">namespace Mynamespace {<span class="ls0"> </span></div><div class="t m0 x13 h11 y857 ff8 fs0 fc2 sc0 ls13 ws0">int a = 1, b = 2, c = 3;<span class="ls0"> </span></div><div class="t m0 x13 h11 y5e0 ff8 fs0 fc2 sc0 ls13 ws0">//diger bildirimler<span class="ls0"> </span></div><div class="t m0 x11 h11 y817 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 yc5b ff8 fs0 fc2 sc0 ls13 ws0">int b = 0; </div><div class="t m0 x11 h11 y189 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y107f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y833 ff8 fs0 fc2 sc0 ls13 ws0">using <span class="ls0">Myn<span class="_ _9"></span>ame<span class="_ _6"></span>spac<span class="_ _9"></span>e::<span class="_ _9"></span>a;<span class="_ _9"></span> </span></div><div class="t m0 x13 h11 y1080 ff8 fs0 fc2 sc0 ls13 ws0">a =<span class="ls0"> </span>10;<span class="ls0"> </span></div><div class="t m0 x1 h12 ybc8 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y22c ff8 fs0 fc2 sc0 ls13 ws0">using <span class="ls0">Myn<span class="_ _9"></span>ame<span class="_ _6"></span>spac<span class="_ _9"></span>e::<span class="_ _9"></span>b;<span class="_ _9"></span> </span></div><div class="t m0 x13 h11 y1081 ff8 fs0 fc2 sc0 ls13 ws0">b =<span class="ls0"> </span>20;<span class="ls0"> </span></div><div class="t m0 x1 h12 y438 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y49 ff8 fs0 fc2 sc0 ls13 ws0">int c;<span class="ls0"> </span></div><div class="t m0 x13 h11 y114 ff8 fs0 fc2 sc0 ls13 ws0">//using<span class="ls0"> </span>Mynamespace::c;<span class="ls0"> <span class="_ _78"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x11 h11 y1082 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pff3" class="pf w0 h0" data-page-no="f3"><div class="pc pcf3 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">243</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h30 yc25 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1083 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y4c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1084 ff8 fs0 fc2 sc0 ls13 ws0">int y = a;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1085 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h60 y738 ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3ce ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde yapılan<span class="_ _0"></span> <span class="ff8 ls13">using </span></span></div><div class="t m0 x10 h11 y722 ff8 fs0 fc2 sc0 ls13 ws0">Mynamespace::b </div><div class="t m0 x10 h3 ya78 ff2 fs0 fc2 sc0 ls0 ws0">bildiriminden sonra yap<span class="_ _0"></span>ılan <span class="ff8 ls13">b = </span></div><div class="t m0 x10 h11 yb6e ff8 fs0 fc2 sc0 ls13 ws0">10<span class="ls0"> </span></div><div class="t m0 x10 h3 ya5a ff2 fs0 fc2 sc0 ls0 ws0">atamasıyla erişilen <span class="_ _0"></span><span class="ff9">b, Mynamespace <span class="_ _0"></span></span>isim alanı içinde tanım<span class="_ _0"></span>lanan <span class="_ _0"></span><span class="ff9 ls14">b </span><span class="ff1">olur. Yani <span class="ff9">main <span class="_ _0"></span></span></span>işlevinin blok bilinirlik </div><div class="t m0 x10 h3 y1086 ff2 fs0 fc2 sc0 ls0 ws0">alanına, <span class="ff9">u<span class="_ _0"></span>sing <span class="ff1">bildirimiyle eklenen </span><span class="ls14">b </span></span>ismi, global d<span class="_ _0"></span>eğişken olan <span class="_ _0"></span><span class="ff9 ls14">b </span>değişkenini maskeler. <span class="_ _0"></span><span class="ff9">main </span>işlevi içinde <span class="ff9 ls3d">c </span></div><div class="t m0 x10 h3 yb09 ff2 fs0 fc2 sc0 ls0 ws0">isimli bir yerel değişkenin t<span class="_ _0"></span>anımlanmasından son<span class="_ _0"></span>ra yapılan<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya9b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya9c ff8 fs0 fc2 sc0 ls13 ws0">using Mynamespace::c<span class="ls0"> </span></div><div class="t m0 x1 h1a y82b ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y308 ff2 fs0 fc2 sc0 ls0 ws0">bildiriminin hata olu<span class="_ _0"></span>şturduğunu görü<span class="_ _0"></span>yorsunuz. Aynı bilinirlik alan<span class="_ _0"></span>ında aynı ismin kullanılamayaca<span class="_ _0"></span>ğını </div><div class="t m0 x10 h3 y938 ff2 fs0 fc2 sc0 ls0 ws0">hatırlayın. <span class="ff9">u<span class="_ _0"></span>sing <span class="ff1">bildiriminden </span></span>ön<span class="_ _0"></span>ce, blok bilinirlik alanın<span class="_ _0"></span>da zaten <span class="ff9 ls3d">c </span>isimli bir yerel deği<span class="_ _0"></span>şken vardır. Bu </div><div class="t m0 x10 h3 ya9 ff2 fs0 fc2 sc0 ls0 ws0">durumda bilinirlik a<span class="_ _0"></span>lanına ikinci bir <span class="_ _0"></span><span class="ff9 ls3d">c </span>isminin sokulmaya çalışılması geçersizdir. <span class="_ _0"></span>Son olarak <span class="_ _0"></span><span class="ff9">main <span class="_ _0"></span></span>işlevinden </div><div class="t m0 x10 h3 y1087 ff2 fs0 fc2 sc0 ls0 ws0">sonra tanımlanan <span class="_ _0"></span><span class="ff9">func </span>işlevine bir göz at<span class="_ _0"></span>alım. İşlev içinde tanımlanan<span class="_ _0"></span><span class="ff1"> </span>bir y<span class="_ _0"></span>erel değişken olan <span class="_ _0"></span><span class="ff9 ls1f">y </span><span class="ff1">isimli </span></div><div class="t m0 x10 h3 ye94 ff2 fs0 fc2 sc0 ls0 ws0">değişkene <span class="ff9 ls14">a </span>değişkeninin d<span class="_ _0"></span>eğeri atanmış. Ancak <span class="_ _0"></span><span class="ff9 ls14">a </span>isimli bir nesne bu n<span class="_ _0"></span>oktada görün<span class="_ _0"></span>ür değil. <span class="ff9">using <span class="ff1">b<span class="_ _0"></span>ildiriminin </span></span></div><div class="t m0 x10 h3 ye87 ff2 fs0 fc2 sc0 ls0 ws0">de bir bilinirlik alanı o<span class="_ _0"></span>lduğunu hatırlayalım.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1a6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1088 ff8 fs0 fc2 sc0 ls13 ws0">using Mynamespace::a;<span class="ls0"> </span></div><div class="t m0 x10 h3 yf6d ff1 fs0 fc2 sc0 ls0 ws0">bildirimi yerel düzeyd<span class="_ _0"></span>e, yani <span class="ff9">main <span class="ff2">işlevinin için<span class="_ _0"></span>de yapıldığın<span class="_ _0"></span>dan yalnızca <span class="_ _0"></span></span>main <span class="ff2">işlevi içinde nitelenmeden </span></span></div><div class="t m0 x10 h3 yede ff2 fs0 fc2 sc0 ls0 ws0">kullanılabilir. <span class="ff9">func<span class="_ _0"></span> </span>işlevinin ana bloğu için<span class="_ _0"></span>de <span class="ff9 ls14">a </span>ismi nitelenmiş isim olara<span class="_ _0"></span>k yani <span class="_ _0"></span><span class="ff9">Mynamespace::a <span class="_ _0"></span><span class="ff1">biçiminde </span></span></div><div class="t m0 x10 h3 yd0a ff2 fs0 fc2 sc0 ls0 ws0">kullanılmalıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y546 ff1 fs0 fc2 sc0 ls0 ws0">Ancak <span class="ff9">using <span class="ff2">b<span class="_ _0"></span>ildirimi yerel düzeyde değil de global <span class="_ _0"></span>düzeyde <span class="_ _0"></span>yapılsayd<span class="_ _0"></span>ı, bu erişim de geçerli olurd<span class="_ _0"></span>u. </span></span></div><div class="t m0 x10 h3 ya12 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki kodu inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y1ec ff8 fs0 fc2 sc0 ls13 ws0">namespace Mynamespace{<span class="ls0"> </span></div><div class="t m0 x13 h11 yf03 ff8 fs0 fc2 sc0 ls13 ws0">int a = 1, b = 2, mk = c;<span class="ls0"> </span></div><div class="t m0 x13 h11 y14f ffc fs0 fc2 sc0 ls13 ws0">//diğer bildirimler<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y1089 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pff4" class="pf w0 h0" data-page-no="f4"><div class="pc pcf4 w0 h0"><img class="bi xb y108a w6 ha4" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAANMCAIAAACfAmpUAAAACXBIWXMAABYlAAAWJQFJUiTwAAAOoklEQVR42u3dsQ2DMBRFUUBU1AzADFkjk2QiJskaGYDKA1Ckov2ZwCkIimzrnNbdq65+4z4iuoy0Hx0AAFCMZZ5yT4N1AACgAcoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAAD1G03AJZ6PlxEA4Jz7ejMCv3OzBwCAFvQRkXtL+2EgAAAoxzJPuSc3ewAAaIGyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAIDrffupCgAAqIWbPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAACUbt/S2AgAA1M7NHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AADAf30AoDwbOzkw93sAAAAASUVORK5CYII="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">244</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf6 ff8 fs0 fc2 sc0 ls13 ws0">using Mynamespace::mi; </div><div class="t m0 x11 h11 yf7 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y288 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y5ed ff8 fs0 fc2 sc0 ls13 ws0">a = 10;<span class="ls0"> </span></div><div class="t m0 x1 h11 y252 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y4bf ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y3cf ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yfa2 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybd4 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y108b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y108c ff8 fs0 fc2 sc0 ls13 ws0">int y = a;<span class="ls0"> </span></div><div class="t m0 x11 h11 y108d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h17 y520 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y108e ff9 fs0 fc2 sc0 ls0 ws0">using <span class="ff2">bildirimi ile, isim alanı e<span class="_ _0"></span>lemanının ku<span class="_ _0"></span>llanılması daha kolay h<span class="_ _0"></span>ale gelir. </span>using <span class="_ _0"></span><span class="ff1">bildirimi ile, b<span class="_ _0"></span>ir defada </span></div><div class="t m0 x10 h3 y108f ff2 fs0 fc2 sc0 ls0 ws0">yalnızca isim alanının b<span class="_ _0"></span>ir elemanı ilgili bilinirlik alan<span class="_ _0"></span>ına katılabilir. <span class="_ _0"></span><span class="ff9">using na<span class="_ _0"></span>mespace <span class="_ _0"></span><span class="ff1">komutuyla bir defada </span></span></div><div class="t m0 x10 h3 yd28 ff2 fs0 fc2 sc0 ls0 ws0">birden fazla ismin nitelenm<span class="_ _0"></span>eden kullanıl<span class="_ _0"></span>ması sağlanabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yc06 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y7dc ff1 fs6 fc2 sc0 ls0 ws0">u<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>g<span class="_ _3"></span> <span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>p<span class="_ _3"></span>a<span class="_ _3"></span>c<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>o<span class="_ _b"></span>m<span class="_ _3"></span>u<span class="_ _3"></span>t<span class="_ _3"></span>u<span class="_ _b"></span> </div><div class="t m0 x10 h3 y1e3 ff2 fs0 fc2 sc0 ls0 ws0">Bir isim alanı içinde tanıtılan<span class="_ _0"></span> isimlerin her birine n<span class="_ _0"></span>itelenmemiş isimle erişebil<span class="_ _0"></span>mek amacıyla, her isim için ay<span class="_ _0"></span>rı </div><div class="t m0 x10 h3 yc30 ff1 fs0 fc2 sc0 ls0 ws0">bir <span class="ff9">using <span class="ff2">bildirimi yap<span class="_ _0"></span>ılabilir. Ancak çok sayıd<span class="_ _0"></span>a isim için </span>using<span class="_ _0"></span> <span class="ff2">bildiriminin teker teker yapıl<span class="_ _0"></span>ması zaman alıc<span class="_ _0"></span>ıdır. </span></span></div><div class="t m0 x10 h3 y8c4 ff2 fs0 fc2 sc0 ls0 ws0">Böyle bildirimler programın o<span class="_ _0"></span>kunabilirliğini d<span class="_ _0"></span>e bozar. Bir isim alanınd<span class="_ _0"></span>aki isimlerin hepsinin tek b<span class="_ _0"></span>ir komutla </div><div class="t m0 x10 h3 y67f ff2 fs0 fc2 sc0 ls0 ws0">nitelenmemiş isim olarak ku<span class="_ _0"></span>llanılabilmeleri mü<span class="_ _0"></span>mkün kılınmıştır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf9a ff1 fs0 fc2 sc0 ls0 ws0">Bir <span class="ff9">using namespac<span class="_ _0"></span>e </span>komutu,<span class="_ _0"></span> <span class="ff9">using </span>ve <span class="ff9">namespace <span class="_ _0"></span></span>anahtar sözcükler<span class="_ _0"></span><span class="ff2">iyle başlar. Bu sözcükleri d<span class="_ _0"></span>aha önce </span></div><div class="t m0 x10 h3 yb25 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmış bir isim alan<span class="_ _0"></span>ının ismi izler:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yede ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya2e ff8 fs0 fc2 sc0 ls13 ws0">using namespace CDernek; </div><div class="t m0 x11 h11 y1090 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1 h14 y1091 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8e1 ff2 fs0 fc2 sc0 ls0 ws0">Daha önce tanımlanmış bir i<span class="_ _0"></span>sim alanına ilişkin o<span class="_ _0"></span>lmayan bir ismin kullanılma<span class="_ _0"></span>sı geçersizdir. <span class="_ _0"></span><span class="ff9">u<span class="_ _0"></span>sing namespace </span></div><div class="t m0 x10 h3 yfb1 ff1 fs0 fc2 sc0 ls0 ws0">komutuna kon<span class="_ _0"></span>u isim ala<span class="ff2">nındaki tüm isimler, n<span class="_ _0"></span>itelenmemiş isimler olarak <span class="_ _0"></span>kullanılabilir hale gelir.<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 y5e9 ff9 fs0 fc2 sc0 ls0 ws0">using <span class="_ _26"> </span>namespac<span class="_ _0"></span>e <span class="_ _26"> </span><span class="ff2">komutu, <span class="_ _26"> </span>isim<span class="_ _9"></span> <span class="_ _26"> </span>alanı <span class="_ _26"> </span>elamanlarının, <span class="_ _26"> </span>sa<span class="_ _0"></span>nki <span class="_ _26"> </span>bu <span class="_ _26"> </span>elemanlar <span class="_ _26"> </span>isim <span class="_ _26"> </span>alanının <span class="_ _26"> </span>tanımının </span></div><div class="t m0 x10 h3 y1092 ff2 fs0 fc2 sc0 ls0 ws0">bulunduğu <span class="_ _10"> </span>yerde, <span class="_ _10"> </span>ancak <span class="_ _10"> </span>isim  ala<span class="_ _0"></span>nının <span class="_ _10"> </span>dışında <span class="_ _10"> </span>tanımlanmış  gibi <span class="_ _10"> </span>görü<span class="_ _0"></span>lmesini <span class="_ _10"> </span>sağlar. <span class="_ _10"> </span>Aşağı<span class="_ _0"></span>daki <span class="_ _10"> </span>örneği </div><div class="t m0 x10 h3 y1093 ff1 fs0 fc2 sc0 ls0 ws0">inceleyin: </div><div class="t m0 x1 hd y1094 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yc37 ff8 fs0 fc2 sc0 ls13 ws0">namespace Mynamespace{<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pff5" class="pf w0 h0" data-page-no="f5"><div class="pc pcf5 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">245</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">int a = 1, b = 2, c = 3;<span class="ls0"> </span></div><div class="t m0 x1a h11 y2a6 ff8 fs0 fc2 sc0 ls13 ws0">//diger bildirimler<span class="ls0"> </span></div><div class="t m0 x1c h11 y2a7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 yabe ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y75e ff8 fs0 fc2 sc0 ls13 ws0">void func(); </div><div class="t m0 x1c h11 y4a4 ff8 fs0 fc2 sc0 ls13 ws0">int b = 0;<span class="fs5 ls0"> </span></div><div class="t m0 x1c h11 y74e ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 ye80 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 yc00 ff8 fs0 fc2 sc0 ls13 ws0">using namespace Mynamespace; </div><div class="t m0 x1a h11 yc87 ff8 fs0 fc2 sc0 ls13 ws0">a = 10;<span class="ls0"> </span></div><div class="t m0 x1a h11 ydee ff8 fs0 fc2 sc0 ls13 ws0">//b<span class="ls0"> = </span>20;<span class="ls0"> <span class="_ _1f"> </span>//<span class="_ _9"></span>Geç<span class="_ _9"></span>er<span class="_ _9"></span>siz<span class="_ _6"></span> </span></div><div class="t m0 x1a h11 y4da ff8 fs0 fc2 sc0 ls13 ws0">Mynamespace::b =<span class="ls0"> 100; </span></div><div class="t m0 x1a h11 y7d6 ff8 fs0 fc2 sc0 ls13 ws0">::b = 178;<span class="ls0"> </span></div><div class="t m0 x1a h11 ycf3 ff8 fs0 fc2 sc0 ls13 ws0">int c;<span class="ls0"> </span></div><div class="t m0 x1a h11 y1095 ff8 fs0 fc2 sc0 ls0 ws0">c = <span class="ls13">30;</span> <span class="_ _6e"> </span><span class="ls13">//yerel</span> c </div><div class="t m0 x1 h12 y1032 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y5b4 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 yd66 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y47a ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1096 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x1c h11 y1097 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y86b ff8 fs0 fc2 sc0 ls13 ws0">//int y = a;<span class="ls0"> </span></div><div class="t m0 x1c h11 yb61 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h60 yf71 ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1cd ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevinin ana <span class="_ _0"></span>bloğunun başında <span class="_ _0"></span></span>using nam<span class="_ _0"></span>espace <span class="ff2">ko<span class="_ _0"></span>mutu yer alıyor. Komutun görü<span class="_ _0"></span>lür olduğu kaynak kod </span></div><div class="t m0 x10 h3 y1ce ff2 fs0 fc2 sc0 ls0 ws0">aralığında, <span class="ff9">Myna<span class="_ _0"></span>mespace <span class="_ _0"></span></span>isim alanı içindeki tüm isimler adeta isim alanının<span class="_ _0"></span> dışında, yani glob<span class="_ _0"></span>al bölgede </div><div class="t m0 x10 h3 ya83 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmış gibi görülebilir d<span class="_ _0"></span>uruma gelir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb54 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y14d ff8 fs0 fc2 sc0 ls13 ws0">a = 20;<span class="ls0"> </span></div><div class="t m0 x1 h1a yc81 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1098 ff2 fs0 fc2 sc0 ls0 ws0">ataması geçerlidir. Bu a<span class="_ _0"></span>tamayla <span class="ff9">Mynam<span class="_ _0"></span>espace </span>isim alanı içi<span class="_ _0"></span>nde tanımlanan <span class="_ _0"></span><span class="ff9 ls14">a </span>değişkenine değer atanır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1b1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y687 ff8 fs0 fc2 sc0 ls13 ws0">b = 20;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pff6" class="pf w0 h0" data-page-no="f6"><div class="pc pcf6 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">246</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h1a y101e ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y24e ff2 fs0 fc2 sc0 ls0 ws0">ataması derleme zamanın<span class="_ _0"></span>da çift anlamlılık hatası oluşturu<span class="_ _0"></span>r. Zira <span class="_ _0"></span><span class="ff1 ls15">bu <span class="ls0">noktada hem global <span class="_ _0"></span><span class="ff9 ls14">b </span></span></span>değişkeni hem de </div><div class="t m0 x10 h3 ya35 ff9 fs0 fc2 sc0 ls0 ws0">using namespac<span class="_ _0"></span>e <span class="ff1">komutunun etkisiyle, </span>M<span class="_ _0"></span>ynamespace<span class="_ _0"></span> <span class="ff2">isim alanı içind<span class="_ _0"></span>eki </span><span class="ls14">b </span><span class="ff2">değişkeni görülür du<span class="_ _0"></span>rumdadır. Hata, </span></div><div class="t m0 x10 h3 y1099 ff2 fs0 fc2 sc0 ls0 ws0">yalnızca <span class="ff9 ls14">b </span>nesnesinin nitel<span class="_ _0"></span>enmemiş isim olarak kullan<span class="_ _0"></span>ılması durumunda <span class="_ _0"></span>oluşur. <span class="_ _0"></span><span class="ff9">main </span>işlevinin ana b<span class="_ _0"></span>loğu içinde </div><div class="t m0 x10 h3 y707 ff9 fs0 fc2 sc0 ls14 ws0">b <span class="ff2 ls0">nesnesi hiç kullanılmaz<span class="_ _0"></span><span class="ff1"> ise ya da </span></span>b <span class="ff2 ls0">n<span class="_ _0"></span>esnesi nitelenmişle kullanılırsa, çift anlam<span class="_ _0"></span>lılık hatası<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ff2">oluşmaz:<span class="_ _0"></span><span class="ff1"> </span></span></span></span></div><div class="t m0 x1 h3 yc11 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6f7 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y199 ff8 fs0 fc2 sc0 ls13 ws0">Mynamespace::b = 100;<span class="ls0"> </span></div><div class="t m0 x11 h11 y9a3 ff8 fs0 fc2 sc0 ls13 ws0">::b = 178;<span class="ls0"> </span></div><div class="t m0 x1 h2a yd10 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfa3 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde </span><span class="ls3d">c </span><span class="ff2">değişkenin<span class="_ _0"></span>in tanımlanması geçer<span class="_ _0"></span>lidir. Zira isim alanının için<span class="_ _0"></span>de tanımlanan <span class="_ _3"></span></span><span class="ls3d">c </span><span class="ff1">ile, </span>main <span class="ff2">bloğu </span></div><div class="t m0 x10 h3 y604 ff2 fs0 fc2 sc0 ls0 ws0">içinde tanımlanan <span class="_ _0"></span><span class="ff9 ls3d">c </span>değişkenlerinin bilinirlik alanları farklıd<span class="_ _0"></span>ır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y56c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y53c ff8 fs0 fc2 sc0 ls13 ws0">c = 30<span class="ls0"> </span></div><div class="t m0 x1 h1a ye90 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y83 ff2 fs0 fc2 sc0 ls0 ws0">ataması yerel <span class="ff9 ls3d">c </span>değişkenine yap<span class="_ _0"></span>ılmış olur.<span class="ff1"> </span></div><div class="t m0 x1 h3 y84 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y66a ff9 fs0 fc2 sc0 ls0 ws0">using namespac<span class="_ _0"></span>e <span class="ff2">komutunun da b<span class="_ _0"></span>ir bilinirlik alanı vardır. Yukarıd<span class="_ _0"></span>aki örnekte komut <span class="_ _0"></span></span>m<span class="_ _0"></span>ain <span class="ff2">işlevi içinde </span></div><div class="t m0 x10 h3 y66b ff2 fs0 fc2 sc0 ls0 ws0">verildiğinden komutun<span class="_ _0"></span> bilinirlik alanı yaln<span class="_ _0"></span>ızca <span class="ff9">ma<span class="_ _0"></span>in <span class="ff1">i</span></span>şlevini kapsar. <span class="ff9">main </span>işlevini izleyen <span class="_ _0"></span><span class="ff9">foo </span>işlevi içinde, <span class="ff9 ls14">a </span></div><div class="t m0 x10 h3 yc07 ff2 fs0 fc2 sc0 ls0 ws0">isminin nitelenmeden kullan<span class="_ _0"></span>ılması geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yc08 ff9 fs0 fc2 sc0 ls0 ws0">using namespac<span class="_ _0"></span>e <span class="ff2">komutunun kullan<span class="_ _0"></span>ımı son derece kolaydır. Tek bir komutu<span class="_ _0"></span>n kullanılmasıyla,<span class="_ _0"></span> isim alanı içindeki </span></div><div class="t m0 x10 h3 y656 ff2 fs0 fc2 sc0 ls0 ws0">tüm isimler doğrudan k<span class="_ _0"></span>ullanılabilir hale gelir. Bu kolay<span class="_ _0"></span> bir çözüm gibi görünse de, ge<span class="_ _0"></span>reksiz ya <span class="_ _0"></span>da aşırı kullanımı </div><div class="t m0 x10 h3 y20 ff2 fs0 fc2 sc0 ls0 ws0">da başka sorunlara<span class="_ _0"></span> yol açabilir. Birden fazla k<span class="_ _0"></span>ütüphan<span class="_ _0"></span>e kullanılıyorsa kütüphan<span class="_ _0"></span>elerdeki isimleri kısa biçimleriyle </div><div class="t m0 x10 h3 y512 ff2 fs0 fc2 sc0 ls0 ws0">kullanmak için her b<span class="_ _0"></span>ir isim alanı için <span class="_ _0"></span><span class="ff9">using namespac<span class="_ _0"></span>e </span>komutu kullan<span class="_ _0"></span>ıldığında, global isim kirlenmesi sorun<span class="_ _0"></span>u </div><div class="t m0 x10 h3 y109a ff2 fs0 fc2 sc0 ls0 ws0">yine ortaya çıkar.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y5b9 ff8 fs0 fc2 sc0 ls13 ws0">//header1.h </div><div class="t m0 x11 h11 yf37 ff8 fs0 fc2 sc0 ls13 ws0">namespace HDR1 {<span class="ls0"> </span></div><div class="t m0 x13 h11 y109b ff8 fs0 fc2 sc0 ls13 ws0">void foo();<span class="ls0"> </span></div><div class="t m0 x13 h11 y9ab ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y100d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 yb8d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya87 ff8 fs0 fc2 sc0 ls13 ws0">//header2.h </div><div class="t m0 x11 h11 y2dd ff8 fs0 fc2 sc0 ls13 ws0">namespace HDR2 {<span class="ls0"> </span></div><div class="t m0 x13 h11 y287 ff8 fs0 fc2 sc0 ls13 ws0">void foo();<span class="ls0"> </span></div><div class="t m0 x13 h11 y838 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y109c ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pff7" class="pf w0 h0" data-page-no="f7"><div class="pc pcf7 w0 h0"><img class="bi xb y109d w6 ha5" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">247</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 y43a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y43b ff8 fs0 fc2 sc0 ls13 ws0">//app.cpp<span class="ls0"> </span></div><div class="t m0 x11 h11 ybae ff8 fs0 fc2 sc0 ls13 ws0">#include &quot;header1.h&quot; </div><div class="t m0 x11 h11 y397 ff8 fs0 fc2 sc0 ls13 ws0">#include &quot;header2.h&quot;<span class="ls0"> </span></div><div class="t m0 x1 h11 ybaf ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y109e ff8 fs0 fc2 sc0 ls13 ws0">using namespace HDR1; </div><div class="t m0 x11 h11 ye62 ff8 fs0 fc2 sc0 ls13 ws0">using namespace HDR2;<span class="ls0"> </span></div><div class="t m0 x1 h12 y946 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y43f ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y109f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yc0 ffc fs0 fc2 sc0 ls13 ws0">foo(); //çift anlamlılık<span class="ff8 ls0"> <span class="_ _2c"></span><span class="ffc ls13">hatası<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x13 h11 y11f ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y4aa ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y10a0 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yc5 ff1 fs6 fc2 sc0 ls0 ws0">B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>ü<span class="_ _3"></span>t<span class="_ _3"></span>ü<span class="_ _3"></span>p<span class="_ _3"></span>h<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span></span> <span class="_ _b"></span><span class="ff2">A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>İ<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _b"></span> <span class="_ _3"></span>A<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y667 ff2 fs0 fc2 sc0 ls0 ws0">İsim alanları C++ dilinin <span class="_ _0"></span>standartlaştırılması <span class="_ _0"></span>sürecinde dile katılan son<span class="_ _0"></span> araçlardan biridir. <span class="_ _0"></span>Standartlar öncesi </div><div class="t m0 x10 h3 y668 ff2 fs0 fc2 sc0 ls0 ws0">geliştirilen derleyiciler isim ala<span class="_ _0"></span>nlarını desteklemedikleri için <span class="_ _0"></span>eskiden yazılmış bir çok <span class="_ _0"></span>kütüphan<span class="_ _0"></span>e bir isim alanı </div><div class="t m0 x10 h3 y669 ff2 fs0 fc2 sc0 ls0 ws0">içinde bildirilmemiştir. İ<span class="_ _0"></span>sim alanı içine alın<span class="_ _0"></span>mamış kütüphanelerin kullan<span class="_ _0"></span>ımı isim çakışması riskini artırır.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y10a1 ff2 fs0 fc2 sc0 ls0 ws0">Bir isim alanı içinde yap<span class="_ _0"></span>ılmamış bildirimlerin, d<span class="_ _0"></span>aha sonradan bir isim alanı içine alın<span class="_ _0"></span>mak istendiğini </div><div class="t m0 x10 h3 y8a8 ff2 fs0 fc2 sc0 ls0 ws0">düşünelim. Örneğin dah<span class="_ _0"></span>a önce yazılan <span class="_ _0"></span><span class="ff9">cda<span class="_ _0"></span>te.h </span>isimli başlık dosyasındaki bildirimler<span class="_ _0"></span>in <span class="ff9">CDe<span class="_ _0"></span>rnek </span>isim alanına </div><div class="t m0 x10 h3 y87 ff2 fs0 fc2 sc0 ls0 ws0">katılmak istendiğini düşünel<span class="_ _0"></span>im:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h56 y10a2 ff1 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yed3 ff8 fs0 fc2 sc0 ls13 ws0">//cdate.h<span class="ls0"> </span></div><div class="t m0 x11 h11 y5a0 ff8 fs0 fc2 sc0 ls13 ws0">namespace CDernek { </div><div class="t m0 x13 h11 y10a3 ff8 fs0 fc2 sc0 ls13 ws0">class CDate {<span class="ls0"> </span></div><div class="t m0 x1e h11 y66f ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x13 h11 yeb9 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x13 h11 y10a4 ffc fs0 fc2 sc0 ls13 ws0">//diğer bildirimler<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y782 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y46 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10a5 ff1 fs0 fc2 sc0 ls0 ws0">Ancak bu du<span class="_ _0"></span>rumda <span class="ff9">CDate <span class="_ _0"></span><span class="ff2">sınıfını kullanan kodların<span class="_ _0"></span> bulunduğu, örneğin <span class="_ _0"></span></span>app1.cp<span class="_ _0"></span>p </span>isimli bir dosyada <span class="_ _0"></span><span class="ff9">cdate.h </span></div><div class="t m0 x10 h3 yfa9 ff2 fs0 fc2 sc0 ls0 ws0">isimli başlık dosyası yeni b<span class="_ _0"></span>içimiyle kaynak d<span class="_ _0"></span>osyaya <span class="_ _0"></span><span class="ff9">include </span>önişlemci komutuyla eklend<span class="_ _0"></span>iğinde artık <span class="_ _0"></span><span class="ff9">cdate.h </span></div><div class="t m0 x10 h3 y10a6 ff2 fs0 fc2 sc0 ls0 ws0">içinde bildirilen isimler doğru<span class="_ _0"></span>dan kullanılamaz. <span class="_ _0"></span><span class="ff9">cda<span class="_ _0"></span>te.h </span>içinde yapılan h<span class="_ _0"></span>er bildirim artık <span class="ff9">CDernek <span class="_ _0"></span></span>isim alanı </div><div class="t m0 x10 h3 y454 ff2 fs0 fc2 sc0 ls0 ws0">elemanı durumuna <span class="_ _0"></span>geldiğine göre, bu ele<span class="_ _0"></span>manlar ancak nite<span class="_ _0"></span>lenmiş isimleriyle kullanılabilir<span class="_ _0"></span>. <span class="_ _0"></span><span class="ff9">app1.cpp <span class="_ _0"></span></span>dosyasında </div><div class="t m0 x10 h3 y10a7 ff2 fs0 fc2 sc0 ls0 ws0">fazlaca bir değişiklik yap<span class="_ _0"></span>mamak için bu<span class="_ _0"></span> dosyanın başına bir <span class="_ _0"></span><span class="ff9">using namespa<span class="_ _0"></span>ce </span>komutu<span class="_ _0"></span> yerleştirilebilir:<span class="ff1"> </span></div><div class="t m0 x1 h3 y10a8 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pff8" class="pf w0 h0" data-page-no="f8"><div class="pc pcf8 w0 h0"><img class="bi xb y10a9 w6 ha6" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">248</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">//app.cpp<span class="ls0"> </span></div><div class="t m0 x11 h11 y3b0 ff8 fs0 fc2 sc0 ls13 ws0">#include &quot;cdate.h&quot;<span class="ls0"> </span></div><div class="t m0 x1 h12 y420 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4ee ff8 fs0 fc2 sc0 ls13 ws0">using namespace CDernek;<span class="ls0"> </span></div><div class="t m0 x11 h11 y4ef ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1 h17 ybfe ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y10aa ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _b"></span>ş<span class="_ _3"></span><span class="ff1">i<span class="_ _3"></span>s<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y84e ff2 fs0 fc2 sc0 ls0 ws0">İsim alanı isimleri de global b<span class="_ _0"></span>ölgede tek olmak z<span class="_ _0"></span>orundadır. Bu y<span class="_ _0"></span>üzden isim alanı isimleri ge<span class="_ _0"></span>nellikle uzun </div><div class="t m0 x10 h3 y321 ff2 fs0 fc2 sc0 ls0 ws0">seçilir. Nitelenmiş isim kullan<span class="_ _0"></span>ılırken, isim alanı ele<span class="_ _0"></span>manını niteleyen ismin <span class="_ _0"></span>sürekli olarak yazılması </div><div class="t m0 x10 h3 y10ab ff2 fs0 fc2 sc0 ls0 ws0">istenmeyebilir. Daha kı<span class="_ _0"></span>sa isimler kullanabilmek <span class="_ _0"></span>için, isim ala<span class="_ _0"></span>nı ismi yerine kullanılabilecek <span class="_ _0"></span>başka <span class="_ _0"></span><span class="ff1">-</span>daha kısa<span class="ff1">-</span></div><div class="t m0 x10 h3 ya0a ff2 fs0 fc2 sc0 ls0 ws0">isimler yaratılabilir. Bu isimala<span class="_ _0"></span>nı eşismi bildirimi ile sağlanır.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y324 ff2 fs0 fc2 sc0 ls0 ws0">İsim alanı eşismi bildirimi <span class="_ _0"></span><span class="ff9">(namespa<span class="_ _0"></span>ce alias) namespac<span class="_ _0"></span>e </span>anahtar sözcüğü ile b<span class="_ _0"></span>aşlar. Anahtar sözcüğü, isim </div><div class="t m0 x10 h3 y4aa ff2 fs0 fc2 sc0 ls0 ws0">alanı isminin yerine<span class="ff1"> </span>g<span class="_ _0"></span>eçecek sözcük <span class="_ _0"></span>izler. Daha sonra atama işleci yer alır. <span class="_ _0"></span>Atama işlecinin sağ tarafın<span class="_ _0"></span>a daha </div><div class="t m0 x10 h3 y4ab ff2 fs0 fc2 sc0 ls0 ws0">önce tanımlanan b<span class="_ _0"></span>ir isim alanının ismi yazılır. Bildiri<span class="_ _0"></span>mi her zaman <span class="_ _0"></span>olduğ<span class="_ _9"></span>u <span class="ff1">g<span class="_ _9"></span>ibi<span class="_ _9"></span> <span class="ff2">sonlandırıcı </span><span class="ls5c">atom</span> <span class="_ _3"></span>tamamlar. </span></div><div class="t m0 x1 h3 ya4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y340 ff8 fs0 fc2 sc0 ls13 ws0">namespace CSD =<span class="ls0"> C_ve_Sistem_Progra<span class="_ _0"></span>mcilari_Derneg<span class="_ _0"></span>i; </span></div><div class="t m0 x1 h15 y50e ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10ac ff1 fs0 fc2 sc0 ls0 ws0">Bu b<span class="ff2">ildirimden sonra a<span class="_ _0"></span>rtık <span class="ff9">C_ve<span class="_ _0"></span>_Sistem_Programcilari_Dern<span class="_ _0"></span>egi <span class="_ _0"></span></span>isim alanı isminin kullanılabileeği </span></div><div class="t m0 x10 h3 yf50 ff1 fs0 fc2 sc0 ls0 ws0">yerlerde <span class="ff9">CSD <span class="ff2">ismi ku<span class="_ _0"></span>llanılabilir.</span></span> </div><div class="t m0 x10 h3 y223 ff2 fs0 fc2 sc0 ls0 ws0">Bir isim alanı eşismi, içsel bir i<span class="_ _0"></span>sim alanı için de kullan<span class="_ _0"></span>ılabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y926 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y10ad ff8 fs0 fc2 sc0 ls13 ws0">namespace CSDSTR = <span class="ffc">C_ve_Sistem_Programcıları_Dernegi::CDStringLib;</span><span class="ls0"> </span></div><div class="t m0 x1 h15 y10ae ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y41 ff2 fs0 fc2 sc0 ls0 ws0">Biri isim alanının birden faz<span class="_ _0"></span>la eşismi olabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y9f9 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y419 ff2 fs0 fc2 sc0 ls0 ws0">İsim alanı eşismi, projel<span class="_ _0"></span>erde sürüm denetiminde d<span class="_ _0"></span>e kullanılır. Başarılı yazılım pro<span class="_ _0"></span>jelerinin ömrü ü<span class="_ _0"></span>rün piyasaya </div><div class="t m0 x10 h3 y10af ff2 fs0 fc2 sc0 ls0 ws0">verildikten sonra da <span class="_ _0"></span>sürer. Bazı ürünlerin sü<span class="_ _0"></span>rekli yeni sürüm<span class="_ _0"></span>leri üretilir. Bir programın yen<span class="_ _0"></span>i ve eski sürümleri söz </div><div class="t m0 x10 h3 y10b0 ff2 fs0 fc2 sc0 ls0 ws0">konusu olduğu<span class="_ _0"></span>nda, iki sürümün de ortak <span class="_ _0"></span>olarak kullandığı kod b<span class="_ _0"></span>ileşenleri vardır. Ancak baz<span class="_ _0"></span>ı kod bileşenleri ise </div><div class="t m0 x10 h3 ydc8 ff2 fs0 fc2 sc0 ls0 ws0">her sürüm için farklıdır. İ<span class="_ _0"></span>sim alanı eşisimleri farklı sürü<span class="_ _0"></span>mler için din<span class="_ _0"></span>amik isim alanlarının<span class="_ _0"></span> yaratılmasında </div><div class="t m0 x10 h3 y4b8 ff2 fs0 fc2 sc0 ls0 ws0">kullanılabilir:<span class="ff1"> </span></div><div class="t m0 x1 h1b y112 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye1e ff8 fs0 fc2 sc0 ls13 ws0">namespace Ver_1_0 { </div><div class="t m0 x13 h11 y8cb ff8 fs0 fc2 sc0 ls13 ws0">class File {<span class="ls0"> </span></div><div class="t m0 x1e h11 y5d6 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pff9" class="pf w0 h0" data-page-no="f9"><div class="pc pcf9 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">249</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x13 h11 y194 ff8 fs0 fc2 sc0 ls13 ws0">class Usb {<span class="ls0"> </span></div><div class="t m0 x1e h11 y1f3 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x13 h11 y74b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y2fc ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y10b1 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y10b2 ff8 fs0 fc2 sc0 ls13 ws0">namespace Ver_2_0 { </div><div class="t m0 x13 h11 y2fe ff8 fs0 fc2 sc0 ls13 ws0">class File {<span class="ls0"> </span></div><div class="t m0 x1e h11 y10b3 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x13 h11 y3d1 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x13 h11 y10b4 ff8 fs0 fc2 sc0 ls13 ws0">class Usb {<span class="ls0"> </span></div><div class="t m0 x1e h11 ya2 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x13 h11 y10b5 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y5b1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y1a0 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yeb4 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yada ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y8a7 ff8 fs0 fc2 sc0 ls13 ws0">namespace current = Ver_2_0; </div><div class="t m0 x13 h11 y587 ff8 fs0 fc2 sc0 ls13 ws0">using current::File;<span class="ls0"> </span></div><div class="t m0 x13 h11 y8a8 ff8 fs0 fc2 sc0 ls13 ws0">using current::Usb; </div><div class="t m0 x13 h11 yb72 ff8 fs0 fc2 sc0 ls13 ws0">File f;<span class="ls0"> </span></div><div class="t m0 x13 h11 y10b6 ff8 fs0 fc2 sc0 ls13 ws0">Usb u;<span class="ls0"> </span></div><div class="t m0 x13 h11 y59f ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x13 h11 yeb6 ff8 fs0 fc2 sc0 ls13 ws0">return <span class="ls1b">0;<span class="ls0"> </span></span></div><div class="t m0 x11 h11 y148 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h60 y10b7 ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycc6 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kodu<span class="_ _0"></span> inceleyelim: Ayrı sürümlerde k<span class="_ _0"></span>ullanılmak üzere <span class="_ _0"></span><span class="ff9">Ver_1_0 <span class="ff1">ve </span>Ver<span class="_ _0"></span>_2_0 </span>isimli iki ay<span class="_ _0"></span>rı isim alanı </div><div class="t m0 x10 h3 yd2f ff2 fs0 fc2 sc0 ls0 ws0">tanımlanıyor. <span class="ff9">m<span class="_ _0"></span>ain </span>işlevi içinde yapılan isim alanı e<span class="_ _0"></span>şismi bildirimiyle, <span class="_ _0"></span><span class="ff9">current <span class="_ _0"></span><span class="ff1">isminin </span>Ver_2_0 <span class="ff1">isim </span></span>alanın<span class="_ _0"></span>ın </div><div class="t m0 x10 h3 y642 ff2 fs0 fc2 sc0 ls0 ws0">yerine geçmesi sağlanıyor. <span class="_ _0"></span>Daha sonra<span class="_ _0"></span><span class="ff1"> </span>yapılan<span class="_ _0"></span> <span class="ff9">using <span class="ff1">bildirimleriyle </span>current <span class="_ _0"></span></span>isim alanının <span class="ff9">File <span class="_ _0"></span><span class="ff1">ve </span>Usb </span>sınıf </div><div class="t m0 x10 h3 y10b8 ff2 fs0 fc2 sc0 ls0 ws0">isimlerinin nitelenmeden k<span class="_ _0"></span>ullanılması sağlanıyor. <span class="_ _0"></span><span class="ff9">main <span class="_ _0"></span></span>işlevi içinde yer alan<span class="ff1"> </span></div><div class="t m0 x1 h3 yf5a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2a2 ff8 fs0 fc2 sc0 ls13 ws0">namespace current = Ver_1_0;<span class="ls0"> </span></div><div class="t m0 x1 h1a y6bc ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10b9 ff1 fs0 fc2 sc0 ls0 ws0">bildiriminin </div><div class="t m0 x1 hd y616 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pffa" class="pf w0 h0" data-page-no="fa"><div class="pc pcfa w0 h0"><img class="bi xb y10ba w6 ha7" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">250</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">namespace current = Ver_2_0;<span class="ls0"> </span></div><div class="t m0 x1 h1a y10bb ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc44 ff2 fs0 fc2 sc0 ls0 ws0">bildirimi ile değiştirilmesiyle, f<span class="_ _0"></span>arklı <span class="ff9">File <span class="ff1">ve <span class="_ _0"></span></span>Usb </span>sınıflarının kullanılması <span class="_ _0"></span>sağlanabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y133 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y37f ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff1">s<span class="_ _3"></span>i<span class="_ _3"></span>z<span class="_ _3"></span> <span class="_ _3"></span></span>İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff1"> <span class="_ _b"></span></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y6dd ff2 fs0 fc2 sc0 ls0 ws0">Her kaynak d<span class="_ _0"></span>osya içinde, isimsiz bir isim alanının<span class="_ _0"></span> bulunduğu varsayılır. Bu i<span class="_ _0"></span>sim alanına programcı ister<span class="_ _0"></span>se </div><div class="t m0 x10 h3 y10bc ff1 fs0 fc2 sc0 ls0 ws0">ekleme yapabilir:<span class="_ _0"></span> </div><div class="t m0 x1 h1b y28d ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1bc ff8 fs0 fc2 sc0 ls13 ws0">namespace {<span class="ls0"> </span></div><div class="t m0 x12 h11 y17d ff8 fs0 fc2 sc0 ls13 ws0">void func(); </div><div class="t m0 x12 h11 ydee ff8 fs0 fc2 sc0 ls13 ws0">int g;<span class="ls0"> </span></div><div class="t m0 x1 h11 y10bd ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yf05 ff8 fs0 fc2 sc0 ls13 ws0">class A{<span class="ls0"> </span></div><div class="t m0 x14 h11 ydd9 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 y4dd ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x12 h11 ydda ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y7ae ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y42c ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1044 ff2 fs0 fc2 sc0 ls0 ws0">Bu isim alanındaki isimlere n<span class="_ _0"></span>itelenmemiş isimlerle, k<span class="_ _0"></span>endi tanımlandıkları kay<span class="_ _0"></span>nak dosya içinde doğrudan<span class="_ _0"></span> </div><div class="t m0 x10 h3 y8dc ff2 fs0 fc2 sc0 ls0 ws0">erişilebilir. Yukarıdaki ö<span class="_ _0"></span>rnekte isim alanı bildiri<span class="_ _0"></span>minin görülebildiği b<span class="_ _0"></span>ir kaynak kod<span class="_ _0"></span> n<span class="_ _0"></span>oktasında<span class="ff1"> </span></div><div class="t m0 x1 h3 y7df ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydbc ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y10be ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yce4 ff8 fs0 fc2 sc0 ls13 ws0">A a;<span class="ls0"> </span></div><div class="t m0 x12 h11 y5a3 ff8 fs0 fc2 sc0 ls13 ws0">//.. </div><div class="t m0 x13 h11 y917 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y482 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h13 y5d0 ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10bf ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">main <span class="_ _0"></span></span>işlevi içinde <span class="ff9 ls3a">A </span><span class="ff1">ismi nitelenmeden (<span class="ff9">unqu<span class="_ _0"></span>alified</span></span>) ku<span class="_ _0"></span>llanılıyor. <span class="ff9 ls33">A </span>sınıfı isimsiz<span class="_ _0"></span> isim alanı içinde </div><div class="t m0 x10 h3 y978 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmıştır. İsimsiz isi<span class="_ _0"></span>m alanının h<span class="_ _0"></span>er kaynak dosya için tek olacağı güvence altın<span class="_ _0"></span>a <span class="_ _0"></span>alın<span class="_ _0"></span>mıştır. Yani böyle bir </div><div class="t m0 x10 h3 y10c0 ff2 fs0 fc2 sc0 ls0 ws0">isim alanı içinde bildirilen is<span class="_ _0"></span>imler doğrudan iç b<span class="_ _0"></span>ağlantıya (<span class="_ _0"></span><span class="ff9">internal linkage<span class="_ _0"></span><span class="ff1">) sahiptir. </span></span></div><div class="t m0 x10 h3 y8f2 ff2 fs0 fc2 sc0 ls0 ws0">İsimsiz isim alanı ne i<span class="_ _0"></span>şe yarar? C dilinde global varlıkların iç <span class="_ _0"></span>bağlantıya <span class="_ _0"></span>sahip olması için <span class="_ _0"></span><span class="ff9">static<span class="_ _0"></span> <span class="ff1">anahtar </span></span></div><div class="t m0 x10 h3 y8f3 ff2 fs0 fc2 sc0 ls0 ws0">sözcüğüyle bildirilmeleri ger<span class="_ _0"></span>ektiğini h<span class="_ _0"></span>atırlayın. Oysa C++ da iç bağla<span class="_ _0"></span>ntıya sahip yan<span class="_ _0"></span>i yalnızca kendi modülün<span class="_ _0"></span>de </div><div class="t m0 x10 h3 y8f4 ff2 fs0 fc2 sc0 ls0 ws0">bilinen global varlıklar için, <span class="_ _0"></span><span class="ff9">static <span class="_ _0"></span></span>anahtar sözcüğün<span class="_ _0"></span>ün kullanılması “eskimiş” (<span class="_ _0"></span><span class="ff9">deprecated) <span class="_ _0"></span><span class="ff1">olarak kabu<span class="_ _0"></span>l </span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pffb" class="pf w0 h0" data-page-no="fb"><div class="pc pcfb w0 h0"><img class="bi xb y10c1 w6 ha8" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">251</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">edilmiştir. Önerilen araç, isi<span class="_ _0"></span>msiz isim alanı oluşturulması <span class="_ _0"></span>ve iç bağ<span class="_ _0"></span>lantıya sahip<span class="_ _0"></span> global varlıkların bu isim alanı </div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">içinde bildirilmesidir.<span class="_ _0"></span> </div><div class="t m0 x10 h3 yed8 ff1 fs0 fc2 sc0 ls0 ws0">Global düzeyde, <span class="_ _0"></span><span class="ff9">static <span class="ff2">anahtar sözcüğü ile i<span class="_ _0"></span>şlevler ve değişkenler için kullan<span class="_ _0"></span>ılabilir. Ancak isimsiz i<span class="_ _0"></span>sim alanı </span></span></div><div class="t m0 x10 h3 y31b ff2 fs0 fc2 sc0 ls0 ws0">içinde programcı tarafın<span class="_ _0"></span>dan yaratılan türlerin d<span class="_ _0"></span>e tanımı yapılabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y64a ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y968 ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>o<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>g<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _b"></span></span> <span class="_ _3"></span><span class="ff2">A<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 yc46 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlev çağrısıyla kar<span class="_ _0"></span>şılaşan derleyici, hangi işle<span class="_ _0"></span>vin çağrıldığını anlamak<span class="_ _0"></span> için işlev çağrısının y<span class="_ _0"></span>apıldığı </div><div class="t m0 x10 h3 ye73 ff2 fs0 fc2 sc0 ls0 ws0">noktada görü<span class="_ _0"></span>lebilir işlevleri araştırır.<span class="ff1"> </span></div><div class="t m0 x1 hd y10c2 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y7e8 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y10c3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y9b6 ff8 fs0 fc2 sc0 ls13 ws0">func(object)<span class="ls0"> </span></div><div class="t m0 x11 h11 yf60 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y7c4 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod için<span class="_ _0"></span>de bir <span class="ff9">using <span class="_ _0"></span><span class="ff1">bildirimi ya da </span>u<span class="_ _0"></span>sing namespace <span class="_ _0"></span></span>komutu kullanılmadığına göre, no<span class="_ _0"></span>rmal olarak </div><div class="t m0 x10 h3 y7c5 ff9 fs0 fc2 sc0 ls0 ws0">func <span class="ff2">işlevinin bir isim alanı iç<span class="_ _0"></span>inde aran<span class="_ _0"></span>maması gerekir. Standartlarla <span class="_ _0"></span>dile eklenen <span class="_ _0"></span></span>Koenig <span class="ff2">isim ara<span class="_ _0"></span>ması (</span>Andrew </div><div class="t m0 x10 h3 yaee ff9 fs0 fc2 sc0 ls0 ws0">Koenig isminden<span class="_ _0"></span><span class="ff2">) bu kuralı d<span class="_ _0"></span>eğiş<span class="_ _9"></span>tirir. İşleve gönde<span class="_ _0"></span>rilen arguman olan<span class="_ _0"></span> <span class="_ _0"></span><span class="ff9">object </span>eğer bir <span class="_ _0"></span>isim alanı içinde bildirilen </span></div><div class="t m0 x10 h3 y10c4 ff2 fs0 fc2 sc0 ls0 ws0">sınıfa ilişkin bir nesne ise, bu<span class="_ _0"></span> sınıfın bildirimini kap<span class="_ _0"></span>sayan isim alan<span class="_ _0"></span>ı içinde de <span class="_ _0"></span><span class="ff9">func </span>isimli uyg<span class="_ _0"></span>un bir işlevin varlığı </div><div class="t m0 x10 h3 y10c5 ff2 fs0 fc2 sc0 ls0 ws0">araştırılır. Bu kurala “<span class="_ _0"></span><span class="ff9">Koenig </span>isim ara<span class="_ _0"></span>ması” ya da “<span class="_ _0"></span>argumana bağlı isim arama” denir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y10c6 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki kodu der<span class="_ _0"></span>leyerek çalıştırın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b ya0e ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y95d ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 ydbb ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 y10c7 ff8 fs0 fc2 sc0 ls13 ws0">namespace NMSPC {<span class="ls0"> </span></div><div class="t m0 x13 h11 yb25 ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x4f h11 ye59 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x13 h11 y10c8 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x13 h11 yf91 ff8 fs0 fc2 sc0 ls13 ws0">void foo(A a)<span class="ls0"> </span></div><div class="t m0 x13 h11 y45 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1e h11 y5d1 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;NMSPC::foo(A)&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 yd42 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 y9c0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y4a0 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6a3 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y10c9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pffc" class="pf w0 h0" data-page-no="fc"><div class="pc pcfc w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">252</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">NMSPC::A den;<span class="ls0"> </span></div><div class="t m0 x13 h11 y194 ff8 fs0 fc2 sc0 ls13 ws0">foo(den);<span class="ls0"> </span></div><div class="t m0 x1 h11 ya07 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y78b ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> </span>0;<span class="ls0"> </span></div><div class="t m0 x11 h11 ydfa ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y10ca ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10cb ff9 fs0 fc2 sc0 ls0 ws0">Koenig <span class="ff2">isim araması otomatik <span class="_ _0"></span>olarak uy<span class="_ _0"></span>gulanır. Yani <span class="_ _0"></span></span>Koenig <span class="ff2">isim aramasını etkin kıl<span class="_ _0"></span>mak için b<span class="_ _0"></span>ir bildirim ya da </span></div><div class="t m0 x10 h3 y10cc ff2 fs0 fc2 sc0 ls0 ws0">komut kullanılmak gerek<span class="_ _0"></span>mez. Bu özelliği devre dı<span class="_ _0"></span>şı bırakmak da <span class="_ _0"></span>mümkün değildir. <span class="_ _0"></span><span class="ff9">Koenig <span class="_ _0"></span></span>isim aramasının </div><div class="t m0 x10 h3 y470 ff2 fs0 fc2 sc0 ls0 ws0">yapılması, bazı duru<span class="_ _0"></span>mlarda çift anlamlılık h<span class="_ _0"></span>atasının oluşmasına <span class="_ _0"></span>da yol açabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y409 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y10cd ff8 fs0 fc2 sc0 ls13 ws0">namespace NMSPC <span class="ls3b">{ </span></div><div class="t m0 x13 h11 y10ce ff8 fs0 fc2 sc0 ls13 ws0">class A<span class="ls0"> { </span></div><div class="t m0 x1e h11 ye77 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x13 h11 y19f ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x13 h11 y728 ff8 fs0 fc2 sc0 ls13 ws0">void foo(A);<span class="ls0"> </span></div><div class="t m0 x11 h11 y105c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y923 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y103a ff8 fs0 fc2 sc0 ls13 ws0">void foo(NMSPC::A);<span class="ls0"> </span></div><div class="t m0 x1 h11 y10cf ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y10d0 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yf01 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y414 ff8 fs0 fc2 sc0 ls13 ws0">NMSPC::A a;<span class="ls0"> </span></div><div class="t m0 x13 h11 y10d1 ff8 fs0 fc2 sc0 ls13 ws0">foo(a);<span class="ls0"> <span class="_ _6e"> </span></span><span class="ffc">//Çift anlamlılık</span><span class="ls0"> <span class="_ _9"></span><span class="ffc">hatası<span class="_ _0"></span><span class="ff8"> </span></span></span></div><div class="t m0 x1 h11 ycd ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y628 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 ycf ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y4cd ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10d2 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında <span class="ff9">m<span class="_ _0"></span>ain </span>işlevi içinde çağrılan <span class="ff9">foo <span class="_ _0"></span></span>işlevi, hangi işlevdir? <span class="ff9">N<span class="_ _0"></span>MSPC </span>isim alan<span class="_ _0"></span>ı içinde </div><div class="t m0 x10 h3 y10d3 ff2 fs0 fc2 sc0 ls0 ws0">bildirilen mi, global isim alan<span class="_ _0"></span>ı içinde bildirilen mi<span class="_ _0"></span>? <span class="ff9">Koenig <span class="_ _0"></span></span>isim araması söz konusu o<span class="_ _0"></span>lmasaydı, şüphesiz </div><div class="t m0 x10 h3 yd6d ff2 fs0 fc2 sc0 ls0 ws0">çağrılan işlev global isim alanı<span class="_ _0"></span>nda bildirilen <span class="_ _0"></span><span class="ff9">foo </span>işlevi olurdu<span class="_ _0"></span>. Ancak <span class="ff9">Koen<span class="_ _0"></span>ig </span>isim araması <span class="ff9">NMSPC <span class="_ _0"></span></span>isim alanı </div><div class="t m0 x10 h3 y58f ff1 fs0 fc2 sc0 ls0 ws0">içindeki <span class="ff9">foo <span class="ff2">işlevini de görü<span class="_ _0"></span>lebilir kıldığı için, d<span class="_ _0"></span>erleme zamanında <span class="_ _0"></span>çift anlamlılık hatası oluşur<span class="_ _0"></span></span></span>. </div><div class="t m0 x10 h3 y6b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya15 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y99f ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pffd" class="pf w0 h0" data-page-no="fd"><div class="pc pcfd w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">253</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>a<span class="_ _3"></span>p<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _b"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _b"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _b"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>r<span class="_ _3"></span>i<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Arkadaşlık bildirimi aynı zama<span class="_ _0"></span>nda arka<span class="_ _0"></span>daşlık verilen işlev için bir pro<span class="_ _0"></span>totip bildirimidir. Bir isim alanı içinde bir </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">işleve arkadaşlık verildiği zam<span class="_ _0"></span>an arkadaşlık bildirimi isi<span class="_ _0"></span>m alanı içinde yap<span class="_ _0"></span>ılırsa, işlev de isim alanınd<span class="_ _0"></span>a bildirilmiş </div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">olur. Böylece arkadaşlık <span class="_ _0"></span>verilen işlev de isim alanının<span class="_ _0"></span> bir elemanı olur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 ybbb ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y10d4 ff8 fs0 fc2 sc0 ls13 ws0">namespace CDernek{ </div><div class="t m0 x12 h11 y10d5 ff8 fs0 fc2 sc0 ls13 ws0">class Sample {<span class="ls0"> </span></div><div class="t m0 x14 h11 y552 ff8 fs0 fc2 sc0 ls13 ws0">int x;<span class="ls0"> </span></div><div class="t m0 x14 h11 ye74 ff8 fs0 fc2 sc0 ls13 ws0">friend void foo();<span class="ls0"> </span></div><div class="t m0 x12 h11 y10d6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x12 h11 y32 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y237 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y727 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8d6 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y61f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y306 ff8 fs0 fc2 sc0 ls13 ws0">CDernek::Sample sam;<span class="ls0"> </span></div><div class="t m0 x13 h11 y307 ff8 fs0 fc2 sc0 ls13 ws0">sam.x<span class="ls0"> = </span>10;<span class="ls0"> <span class="_ _70"> </span></span>//Geçersiz<span class="ls0"> </span></div><div class="t m0 x11 h11 y308 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y77c ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9e7 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda <span class="ff9">Cdernek <span class="_ _0"></span></span>isim alanı içinde tan<span class="_ _0"></span>ımlanan <span class="_ _0"></span><span class="ff9">Sample </span>isimli sınıf içinde yapılan<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y63e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y55e ff8 fs0 fc2 sc0 ls13 ws0">friend void foo();<span class="ls0"> </span></div><div class="t m0 x1 h1a yf9a ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycb4 ff2 fs0 fc2 sc0 ls0 ws0">bildirimi aynı zamand<span class="_ _0"></span>a bu işlevin bildirimi olduğundan<span class="_ _0"></span> arkadaşlık verilen işle<span class="_ _0"></span>v<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y10d7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y10d8 ff8 fs0 fc2 sc0 ls13 ws0">void Cdernek::foo()<span class="ls0"> </span></div><div class="t m0 x1 h1a y99c ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4cf ff2 fs0 fc2 sc0 ls0 ws0">işlevidir. Eğer <span class="ff9">Cdernek <span class="_ _0"></span></span>isim alanı içind<span class="_ _0"></span>e global isim alanında b<span class="_ _0"></span>ildirilmiş bir işleve arkadaşlık<span class="_ _0"></span> verilmek </div><div class="t m0 x10 h3 ydf6 ff2 fs0 fc2 sc0 ls0 ws0">istenseydi arkadaşlık bildirimi<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya51 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y10d9 ff8 fs0 fc2 sc0 ls13 ws0">friend void ::foo();<span class="ls0"> </span></div><div class="t m0 x1 h1a y10da ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10db ff2 fs0 fc2 sc0 ls0 ws0">biçiminde yapılmalı ve i<span class="_ _0"></span>sim alanı tanımından<span class="_ _0"></span> önce global <span class="_ _0"></span><span class="ff9">foo </span>işlevinin bildirimi y<span class="_ _0"></span>apılmalıydı.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pffe" class="pf w0 h0" data-page-no="fe"><div class="pc pcfe w0 h0"><img class="bi xb ycab w6 h7a" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">254</span> of <span class="ff3 ls4">47<span class="ls0">0<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y1b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10dc ff2 fs0 fc2 sc0 ls0 ws0">Global isim alanında <span class="_ _0"></span>tanımlanan <span class="_ _0"></span><span class="ff9">foo </span>isimli işlev içinde <span class="ff9">Sam<span class="_ _0"></span>ple </span>sınıfının <span class="ff9">private </span>el<span class="_ _0"></span>emanına erişilmeye </div><div class="t m0 x10 h3 y10dd ff2 fs0 fc2 sc0 ls0 ws0">çalışıldığını görüyorsun<span class="_ _0"></span>uz. <span class="ff9">CDe<span class="_ _0"></span>rnek::Sample </span>sınıfı arkad<span class="_ _0"></span>aşlığı global <span class="ff9">func<span class="_ _0"></span> </span>işlevine vermemiştir. Bu n<span class="_ _0"></span>edenle<span class="ff1"> </span></div><div class="t m0 x1 h3 yde8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yde9 ff8 fs0 fc2 sc0 ls13 ws0">sam.x<span class="ls0"> </span></div><div class="t m0 x1 h1a ycf0 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf5c ff2 fs0 fc2 sc0 ls0 ws0">erişimi geçerli değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yfd6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y7e8 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _b"></span>e<span class="_ _3"></span> <span class="_ _3"></span>Z<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf5e ff2 fs0 fc2 sc0 ls0 ws0">İsim çakışması olasılığının b<span class="_ _0"></span>üyük projeler söz ko<span class="_ _0"></span>nusu olduğunda <span class="_ _0"></span>daha da artacağı açıktır. Yüz<span class="_ _0"></span>lerce kaynak </div><div class="t m0 x10 h3 yf5f ff2 fs0 fc2 sc0 ls0 ws0">dosyanın oldu<span class="_ _0"></span>ğu bir projede hem isim çakışma<span class="_ _0"></span>sı riski hem de isim çakış<span class="_ _0"></span>masının neden olacağı ek maliyet </div><div class="t m0 x10 h3 y64e ff2 fs0 fc2 sc0 ls0 ws0">yüksektir. Büyük p<span class="_ _0"></span>rojelerde isim alanlarının kullan<span class="_ _0"></span>ılması kaçınılmazdır. Ancak tek b<span class="_ _0"></span>ir programcının geliştirdiği </div><div class="t m0 x10 h3 yf60 ff2 fs0 fc2 sc0 ls0 ws0">çok fazla dosyaya <span class="_ _0"></span>sahip olmayan pro<span class="_ _0"></span>jelerde isim alanlarının kullan<span class="_ _0"></span>ılması fazla bir getiri sağlamaz. Ne d<span class="_ _0"></span>e olsa </div><div class="t m0 x10 h3 yb41 ff2 fs0 fc2 sc0 ls0 ws0">isim çakışması olması durumu<span class="_ _0"></span>nda <span class="_ _0"></span>programcı kolayca b<span class="_ _0"></span>azı isimleri değiştirerek çakışma d<span class="_ _0"></span>urumunu ortad<span class="_ _0"></span>an </div><div class="t m0 x10 h3 y10de ff2 fs0 fc2 sc0 ls0 ws0">kaldırabilir.<span class="ff1"> </span></div><div class="t m0 x1 h1b y7d9 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y50e ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>M<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>i<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ye92 ff2 fs0 fc2 sc0 ls0 ws0">İsim alanı kullanımı progra<span class="_ _0"></span>mın çalışma za<span class="_ _0"></span>manı söz konusu oldu<span class="_ _0"></span>ğunda, çalışan programın <span class="_ _0"></span>hızı ya da ku<span class="_ _0"></span>llandığı </div><div class="t m0 x10 h3 yc3c ff2 fs0 fc2 sc0 ls0 ws0">bellek açısından ek b<span class="_ _0"></span>ir yük getirmez.<span class="ff1"> </span>İ<span class="_ _0"></span>sim alanlarına ilişkin k<span class="_ _0"></span>ontroller programın derlem<span class="_ _0"></span>e zamanında yap<span class="_ _0"></span>ılır.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pfff" class="pf w0 h0" data-page-no="ff"><div class="pc pcff w0 h0"><img class="bi xb y27 w6 ha" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">255</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hb y28 ff3 fs3 fc3 sc0 ls0 ws0">T<span class="_ _3"></span>Ü<span class="_ _3"></span>R<span class="_ _3"></span>E<span class="_ _3"></span>T<span class="_ _3"></span>M<span class="_ _3"></span>E<span class="_ _3"></span> </div><div class="t m0 x10 h3 yed8 ff1 fs0 fc2 sc0 ls0 ws0">Türetme (<span class="ff9">inheritance<span class="_ _0"></span><span class="ff2">) nesne yönelimli progra<span class="_ _0"></span>mlama tekniğin<span class="_ _0"></span>in en önemli araçlarındand<span class="_ _0"></span>ır. Türetme yoluyla </span></span></div><div class="t m0 x10 h3 yed9 ff2 fs0 fc2 sc0 ls0 ws0">önceden tanımlanmış olan<span class="_ _0"></span> bir sınıfın üzerinde değ<span class="_ _0"></span>işiklik yap<span class="_ _0"></span>madan,sınıfın işle<span class="_ _0"></span>vleri genişletilebilir. Önced<span class="_ _0"></span>en </div><div class="t m0 x10 h3 y10df ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmış olan sınıflar tü<span class="_ _0"></span>retme işlemi ile gereksini<span class="_ _0"></span>mlere göre biçimlendirebilir. <span class="_ _0"></span>Türetme yoluy<span class="_ _0"></span>la bir sınıf </div><div class="t m0 x10 h3 y6dc ff2 fs0 fc2 sc0 ls0 ws0">başka bir sınıfın var olan ö<span class="_ _0"></span>zelliklerini alarak, o sınıf türü<span class="_ _0"></span>nden bir nesneymiş gibi ku<span class="_ _0"></span>ll<span class="_ _0"></span>anılabilir. <span class="_ _0"></span>Türetme, nesne </div><div class="t m0 x10 h3 y10e0 ff2 fs0 fc2 sc0 ls0 ws0">yönelimli programlamanın o<span class="_ _0"></span>lmazsa olmaz araçlarınd<span class="_ _0"></span>andır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y10e1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1f8 ff2 fs0 fc2 sc0 ls0 ws0">Dış dünyadaki n<span class="_ _0"></span>esneler arasında bazı ilişkiler kurmam<span class="_ _0"></span>ız, o nesneleri soyu<span class="_ _0"></span>tlayarak algılamamızı kolaylaştırır. Bu </div><div class="t m0 x10 h3 y6ab ff2 fs0 fc2 sc0 ls0 ws0">ilişkilerden birincisi İngilizced<span class="_ _0"></span>e <span class="ff9">&quot;ha<span class="_ _0"></span>s a&quot; </span>ilişkisi diye bilinen ili<span class="_ _0"></span>şkidir. Bir nesne başka bir n<span class="_ _0"></span>esneye sahiptir. </div><div class="t m0 x10 h3 y383 ff10 fs0 fc2 sc0 ls0 ws0">&quot;Bilgisayarın monitörü va<span class="_ _0"></span>r&quot;<span class="ff1 ls17">, </span>&quot;Arabanın 4 teke<span class="_ _0"></span>rleği var&quot; <span class="ff2">gibi <span class="_ _0"></span>cümlelerde, bilgisayarın y<span class="_ _0"></span>a da arabanın n<span class="_ _0"></span>elere sahip </span></div><div class="t m0 x10 h3 yd38 ff2 fs0 fc2 sc0 ls0 ws0">olduğunu görmek, n<span class="_ _0"></span>esneleri temel bileşenlerine ayırmak, b<span class="_ _0"></span>u nesneleri daha iy<span class="_ _0"></span>i soyutlama<span class="_ _0"></span>mıza yard<span class="_ _0"></span>ımcı olur. </div><div class="t m0 x10 h3 yc87 ff2 fs0 fc2 sc0 ls0 ws0">Şüphesiz araba ya <span class="_ _0"></span>da bilgisayar belki yüzlerce farklı p<span class="_ _0"></span>arçaya sahiptir. <span class="_ _0"></span>Ancak zaten soyutlama(<span class="_ _3"></span><span class="ff9">abstraction)</span>, baz<span class="_ _0"></span>ı </div><div class="t m0 x10 h3 y1067 ff2 fs0 fc2 sc0 ls0 ws0">ayrıntıları görmezden gelip <span class="_ _0"></span>temel nitelikler üstünde o<span class="_ _0"></span>daklanarak, genel kavrama d<span class="_ _0"></span>erecesini artırmaya <span class="_ _0"></span>dayanır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yd05 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2e8 ff2 fs0 fc2 sc0 ls0 ws0">Soyutlamada ve algıla<span class="_ _0"></span>mada kullandığımız ikinci tekn<span class="_ _0"></span>ik ise ingilizcede <span class="_ _0"></span><span class="ff9">&quot;is a&quot; </span>ilişkisi diye b<span class="_ _0"></span>ilinir. <span class="ff9">&quot;Aslan b<span class="_ _0"></span>ir </span></div><div class="t m0 x10 h3 y10e2 ff10 fs0 fc2 sc0 ls0 ws0">hayvandır.&quot; <span class="ff2">Burada <span class="_ _0"></span>verilen ana bilgi şudu<span class="_ _0"></span>r. </span>&quot;Her aslan<span class="_ _0"></span> bir hayvandır.&quot; <span class="ff2">Her a<span class="_ _0"></span>slan hayvanların genel </span></div><div class="t m0 x10 h3 yb13 ff2 fs0 fc2 sc0 ls0 ws0">özelliklerini taşır. Ancak aslan <span class="_ _0"></span>hayvanların g<span class="_ _0"></span>enel özellikleri dı<span class="_ _0"></span>şında bazı başka<span class="_ _0"></span> özelliklere de sahiptir. Aslan </div><div class="t m0 x10 h3 yd3d ff2 fs0 fc2 sc0 ls0 ws0">yırtıcı bir hayvand<span class="_ _0"></span>ır. Aslan etobur bir hay<span class="_ _0"></span>vandır. Aslan hayvan kavramının dah<span class="_ _0"></span>a özelleştirilmiş bir üye<span class="_ _0"></span>sidir. </div><div class="t m0 x10 h3 y123 ff2 fs0 fc2 sc0 ls0 ws0">Şüphesiz bunun t<span class="_ _0"></span>ersi doğru değildir. Yani her hayvan a<span class="_ _0"></span>slanların genel özellikl<span class="_ _0"></span>e<span class="_ _0"></span>rini taşımaz. H<span class="_ _0"></span>er hayvan yırtıcı </div><div class="t m0 x10 h3 y73d ff2 fs0 fc2 sc0 ls0 ws0">değildir. Her hayvan etobu<span class="_ _0"></span>r değildir. Ancak öznesi h<span class="_ _0"></span>ayvan olan bir cü<span class="_ _0"></span>mle içinde özneyi değiştirip aslan </div><div class="t m0 x10 h3 y447 ff2 fs0 fc2 sc0 ls0 ws0">yaparsak, cümle yan<span class="_ _0"></span>lış olmaz. Örneğin, <span class="_ _0"></span><span class="ff9">&quot;Hayvanlar su içer.<span class="_ _0"></span>&quot; </span>cümlesi doğru o<span class="_ _0"></span>lduğu gibi <span class="_ _0"></span><span class="ff9">&quot;Aslanlar su içer.&quot; </span></div><div class="t m0 x10 h3 yce0 ff1 fs0 fc2 sc0 ls0 ws0">cümlesi de <span class="ff2">doğrudur.<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y10e3 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10e4 ff9 fs0 fc2 sc0 ls0 ws0">&quot;is a&quot; <span class="ff2">ilişkisi bir </span>ana<span class="_ _0"></span> tür-yan tür <span class="ff2">ilişkisidir. Bu ili<span class="_ _0"></span>şki algılamayı güçlend<span class="_ _0"></span>irmek için kademelen<span class="_ _0"></span>dirilebilir. Böylece bir </span></div><div class="t m0 x10 h3 y714 ff2 fs0 fc2 sc0 ls0 ws0">tür ağacı oluşturulab<span class="_ _0"></span>ilir. Bazı hayvanlar et yiy<span class="_ _0"></span>erek beslenir. Bu hay<span class="_ _0"></span>valara etobur hayvanlar diyelim. Her etobur </div><div class="t m0 x10 h3 ydd0 ff1 fs0 fc2 sc0 ls0 ws0">hayvan bir <span class="ff2">h<span class="_ _0"></span>ayvandır. Aslan etobur b<span class="_ _0"></span>ir hayvandır. Bazı etob<span class="_ _0"></span>ur hayvanların nesli tükenmektedir. <span class="_ _0"></span>Bazı etobur </span></div><div class="t m0 x10 h3 y86b ff2 fs0 fc2 sc0 ls0 ws0">hayvanlar evcilleştirilebilir. Ke<span class="_ _0"></span>di evcilleştirilebilen bir etob<span class="_ _0"></span>ur hayvandır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yc3f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10e5 ff2 fs0 fc2 sc0 ls0 ws0">Nesne yönelimli programla<span class="_ _0"></span>ma, dış düny<span class="_ _0"></span>anın daha iyi modellenmesine <span class="_ _0"></span>ve programın p<span class="_ _0"></span><span class="ff1">ro<span class="_ _0"></span>blem düzleminde </span></div><div class="t m0 x10 h3 yf9c ff2 fs0 fc2 sc0 ls0 ws0">soyutlanarak gerçekleştiril<span class="_ _0"></span>mesine dayanır. Gerçek dü<span class="_ _0"></span>nyayı nesnelere ve bu nesn<span class="_ _0"></span>elerin ilişkileri yoluyla </div><div class="t m0 x10 h3 y10e6 ff2 fs0 fc2 sc0 ls0 ws0">soyutluyorsak, pro<span class="_ _0"></span>gram yazarken de soyutla<span class="_ _0"></span>mayı bu biçimde yapmamız iş<span class="_ _0"></span>imizi kolaylaştırır.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yfc8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb64 ff1 fs0 fc2 sc0 ls0 ws0">C++ dilinde &quot;<span class="ff9">has a&quot; <span class="ff2">ili<span class="_ _0"></span>şkisi bileşik nesne <span class="_ _0"></span>oluşturma yoluyla (<span class="_ _0"></span></span>composition<span class="_ _0"></span><span class="ff2">) sağlanır. &quot;Bileşik nesneler&quot; i<span class="_ _0"></span>simli </span></span></div><div class="t m0 x10 h3 y10e7 ff2 fs0 fc2 sc0 ls0 ws0">bölümde bu kon<span class="_ _0"></span>uyu incelemiştik. <span class="_ _0"></span><span class="ff9">&quot;is a&quot; </span>ilişkisinin kurulma<span class="_ _0"></span>sına yardımcı olan a<span class="_ _0"></span>raç ise türetmedir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y10e8 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yebb ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın kendisini değiştir<span class="_ _0"></span>meden işlevleri genişletilmek i<span class="_ _0"></span>stenirse, <span class="_ _0"></span><span class="ff1">yan<span class="_ _9"></span>i <span class="ff2">o sınıfa çeşitli üye işlevler ve elemanlar </span></span></div><div class="t m0 x10 h3 y4a0 ff2 fs0 fc2 sc0 ls0 ws0">eklenmek istenirse bu fark<span class="_ _0"></span>lı biçimlerde yapılabilir. Örn<span class="_ _0"></span>eğin eski sınıfın farklı bir isi<span class="_ _0"></span>mde yeni bir kopy<span class="_ _0"></span>ası </div><div class="t m0 x10 h3 y337 ff2 fs0 fc2 sc0 ls0 ws0">oluşturulabilir, eklemeler y<span class="_ _0"></span>eni sınıf üzerinde yapılabilir. Örn<span class="_ _0"></span>eğin, <span class="_ _0"></span><span class="ff9 ls33">A </span>isimli bir sınıfın <span class="_ _0"></span><span class="ff9 lsb">B </span>isimli bir k<span class="_ _0"></span>opyası </div><div class="t m0 x10 h3 y674 ff2 fs0 fc2 sc0 ls0 ws0">oluştu<span class="ff1">rulup b<span class="_ _0"></span>ütün eklemeler <span class="ff9 lsb">B <span class="_ _0"></span></span></span>sınıfı üzerinde yapılab<span class="_ _0"></span>ilir. Böylece hem <span class="ff9 ls33">A </span>sını<span class="_ _0"></span>fı bozulmamış olu<span class="_ _0"></span>r hem <span class="ff1">de </span></div><div class="t m0 x10 h3 yda4 ff2 fs0 fc2 sc0 ls0 ws0">genişletilmiş bir <span class="ff9 lsb">B <span class="_ _0"></span></span>sınıfı elde edilir. Ancak <span class="_ _0"></span><span class="ff1 ls15">bu </span>yöntemin önemli bir dezavantajı vardır. Bu <span class="_ _0"></span>yöntemde <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfının </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf100" class="pf w0 h0" data-page-no="100"><div class="pc pc100 w0 h0"><img class="bi xb y10e9 w6 ha9" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">256</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0">büt<span class="_ _9"></span>ün<span class="_ _9"></span> <span class="ff2">üye işlevlerin <span class="ff9 lsb">B </span>sınıfı için y<span class="_ _0"></span>eniden yaz<span class="_ _0"></span>ılması gerekir. Yani </span>bu yöntem <span class="ff2">ay<span class="_ _9"></span>nı <span class="_ _9"></span>işlevlerin farklı sınıf isimleriyle </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">yeniden tanımlanmasını g<span class="_ _0"></span>erektireceğinden kodu<span class="_ _0"></span>n büyümesine yol açar. İkin<span class="_ _0"></span>ci önemli bir dezavantajı da <span class="_ _0"></span>sınıfın </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">kodlarında d<span class="_ _0"></span>eğişiklik yapılması durumund<span class="_ _0"></span>a olur. A sınıfında bir değişiklik <span class="_ _0"></span>yapılma<span class="_ _0"></span>sı durumunda <span class="_ _0"></span><span class="ff1">bu </span>değiş<span class="_ _9"></span>iklik </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">yeni oluşturulan <span class="_ _0"></span><span class="ff9 lsb">B </span>sınıfına yansımaz. Belki d<span class="_ _0"></span>e <span class="ff1">en </span>önem<span class="_ _9"></span>lisi, böyle b<span class="_ _0"></span>ir değişikliğin yapılabilm<span class="_ _0"></span>esi için sınıfın kaynak </div><div class="t m0 x10 h3 y1f4 ff2 fs0 fc2 sc0 ls0 ws0">kodlarına gereksinim du<span class="_ _0"></span>yulmasıdır. Elde sınıfın<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span>kodlama <span class="ff2">d<span class="_ _0"></span>osyası değil de yalnızca sınıfın a<span class="_ _0"></span>rayüzü yani ba<span class="_ _0"></span>şlık </span></span></div><div class="t m0 x10 h3 y1f5 ff2 fs0 fc2 sc0 ls0 ws0">dosyası varsa böyle bir d<span class="_ _0"></span>eğişiklik yapmak mümkün o<span class="_ _0"></span>lmaz.<span class="ff1"> </span></div><div class="t m0 x10 h3 y421 ff2 fs0 fc2 sc0 ls0 ws0">Bir başka yöntem olarak,<span class="_ _0"></span> bileşik nesne oluşturma <span class="_ _0"></span>yolu seçilebilir. Örneğin ön<span class="_ _0"></span>ce aşağıdaki gibi bir <span class="_ _3"></span><span class="ff9 ls33">A </span>sınıfı </div><div class="t m0 x10 h3 ydac ff2 fs0 fc2 sc0 ls0 ws0">tanımlanır:<span class="ff1"> </span></div><div class="t m0 x1 hc y80f ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4f2 ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x12 h11 y7c1 ffc fs0 fc2 sc0 ls13 ws0">//Var olan işlevler ve elemanlar<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y9e3 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h22 yd11 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y442 ff1 fs0 fc2 sc0 ls0 ws0">Sonra <span class="ff9 lsb">B </span><span class="ff2">sınıfı içind<span class="_ _0"></span>e <span class="ff9 ls33">A </span>sınıfını bir eleman olarak <span class="_ _0"></span>kullanılır:<span class="_ _0"></span></span> </div><div class="t m0 x1 h16 y10ea ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y122 ff8 fs0 fc2 sc0 ls13 ws0">class B { </div><div class="t m0 x11 h11 y10eb ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 y10ec ff8 fs0 fc2 sc0 ls13 ws0">A a; </div><div class="t m0 x11 h11 yd3f ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y10ed ffc fs0 fc2 sc0 ls13 ws0">//Yeni eklenen işlevler ve elemanlar<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y10ee ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h1c y8dc ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10ef ff2 fs0 fc2 sc0 ls0 ws0">Artık <span class="ff9 lsb">B </span>sınıfı türünden t<span class="_ _0"></span>anımlanmış olan <span class="_ _0"></span><span class="ff9 ls14">b </span><span class="ff1">nesnesi ile hem <span class="ff9 ls33">A <span class="_ _0"></span></span></span>sınıfının hem de <span class="_ _0"></span><span class="ff9 lsb">B </span>sınıfının üye işlevleri </div><div class="t m0 x10 h3 y1050 ff2 fs0 fc2 sc0 ls0 ws0">çağrılabilir. Çünkü <span class="_ _0"></span><span class="ff9">b.a <span class="ff1">ifadesi ile </span><span class="ls33">A </span><span class="ff1">s</span></span>ını<span class="_ _0"></span>fına erişilerek bu ifade<span class="_ _0"></span>yle <span class="ff9 ls33">A </span>sınıfının üye iş<span class="_ _0"></span>levleri çağrılabilir. Bu </div><div class="t m0 x10 h3 y1cb ff2 fs0 fc2 sc0 ls0 ws0">tasarım biçimi işlev yineleme<span class="_ _0"></span>sine yol açmamakla birlikte <span class="_ _0"></span>erişim bakımından<span class="_ _0"></span> sorunludur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf79 ff2 fs0 fc2 sc0 ls0 ws0">Nesne yönelimli programla<span class="_ _0"></span>ma tekniğinde ağırlıklı ku<span class="_ _0"></span>llanılan araç türetmedir. <span class="_ _3"></span><span class="ff9">C++ <span class="ff1">dilinde önceki </span></span>sınıfı </div><div class="t m0 x10 h3 y149 ff2 fs0 fc2 sc0 ls0 ws0">bozmadan işlev genişlet<span class="_ _0"></span>mek amacıyla &quot;türet<span class="_ _0"></span>me&quot; aracı kullanılmaktadır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y5fc ff2 fs0 fc2 sc0 ls0 ws0">Türetme burada açıklan<span class="_ _0"></span>an iki yöntemden çok dah<span class="_ _0"></span>a etkin ve geniş bir araçtır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yd0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y563 ff1 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _b"></span>e<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y10f0 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf başka bir sınıftan t<span class="_ _0"></span>üretilir. Kendisinden türet<span class="_ _0"></span>me yapılan sı<span class="_ _0"></span>nıfa ta<span class="_ _0"></span>ban sınıf (<span class="ff9">base c<span class="_ _0"></span>lass</span>), türetilmiş olan </div><div class="t m0 x10 h3 yf9f ff2 fs0 fc2 sc0 ls0 ws0">sınıfa da <span class="ff10">türemiş sınıf (de<span class="_ _0"></span>rived class) <span class="ff1">d<span class="_ _0"></span>enir. </span></span></div><div class="t m0 x10 h3 y1092 ff2 fs0 fc2 sc0 ls0 ws0">Türetme işleminin genel biçi<span class="_ _0"></span>mi şöyledir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yb6 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf101" class="pf w0 h0" data-page-no="101"><div class="pc pc101 w0 h0"><img class="bi x1 y10f1 w5 haa" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">257</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><div class="c x18 y6f5 w13 hab"><div class="t m0 x19 hac y10f2 ff11 fs0 fc2 sc0 ls13 ws0">&lt;class&gt;<span class="ls0"> </span></div><div class="t m0 x19 hac y10f3 ff11 fs0 fc2 sc0 ls13 ws0">&lt;struct&gt;<span class="ls0"> </span></div></div><div class="c x50 y6f5 w14 hab"><div class="t m0 x1b hac y10f4 ff14 fs0 fc2 sc0 ls13 ws0">&lt;türemiş sınıf ismi :&gt;<span class="ff11 ls0"> </span></div></div><div class="c xe y6f5 w15 hab"><div class="t m0 x51 hac y10f2 ff11 fs0 fc2 sc0 ls13 ws0">[türetme biçimi]<span class="ls0"> </span></div><div class="t m0 x51 hac y10f3 ff11 fs0 fc2 sc0 ls13 ws0">&lt;public&gt;<span class="ls0"> </span></div><div class="t m0 x51 hac y10f5 ff11 fs0 fc2 sc0 ls13 ws0">&lt;protected&gt;<span class="ls0"> </span></div><div class="t m0 x51 hac y2b6 ff11 fs0 fc2 sc0 ls13 ws0">&lt;private&gt;<span class="ls0"> </span></div></div><div class="c x52 y6f5 w16 hab"><div class="t m0 x1b h4 y10f6 ff3 fs0 fc2 sc0 ls0 ws0">&lt;<span class="ff14 ls13">taban sınıf ismi</span>&gt; </div></div><div class="c x18 y78f w17 had"><div class="t m0 x19 hac y10f7 ff11 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x53 hac y10f8 ff14 fs0 fc2 sc0 ls13 ws0">sınıf elemanlarının bildirimi<span class="ff11 ls0"> </span></div><div class="t m0 x19 hac y10f9 ff11 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div></div><div class="c x52 y78f w16 had"><div class="t m0 x3 he y10fa ffb fs0 fc2 sc0 ls0 ws0"> </div></div><div class="c x3 y3 w3 h0"><div class="t m0 x10 h3 y10b3 ff9 fs0 fc2 sc0 ls0 ws0">class <span class="ff1">ya da <span class="_ _0"></span></span>struct <span class="ff2">anahtar sözcüğünden son<span class="_ _0"></span>ra türemiş sınıf isminin b<span class="_ _0"></span>elirtildiğine, daha sonr<span class="_ _0"></span>a <span class="_ _0"></span></span><span class="ls2f">&quot;:&quot; </span><span class="ff1">atomu ile </span></div><div class="t m0 x10 h3 y9b5 ff2 fs0 fc2 sc0 ls0 ws0">türetme biçimi ve taban<span class="_ _0"></span> sınıf isminin yazıldığına d<span class="_ _0"></span>ikkat edin. Genel biçimden d<span class="_ _0"></span>e anlaşılacağı gib<span class="_ _0"></span>i, türetme </div><div class="t m0 x10 h3 y2e5 ff1 fs0 fc2 sc0 ls0 ws0">biçimi hiç <span class="ff2">belirtilmeyebilir. Bu <span class="_ _0"></span>durumda <span class="_ _0"></span>sınıflar için <span class="ff9">private</span>,<span class="_ _0"></span> yapılar için <span class="_ _0"></span><span class="ff9">public </span>tü<span class="_ _0"></span>retmesinin yapıldığı kabu<span class="_ _0"></span>l </span></div><div class="t m0 x10 h3 y3d2 ff2 fs0 fc2 sc0 ls0 ws0">edilir. Yani türetme biçimi ola<span class="_ _0"></span>rak bir şey yaz<span class="_ _0"></span>ılmamışsa sınıflar için <span class="_ _0"></span><span class="ff9">private</span>, y<span class="_ _0"></span>apılar için <span class="ff9">pu<span class="_ _0"></span>blic </span>yazılmış gibi işlem </div><div class="t m0 x10 h3 y751 ff1 fs0 fc2 sc0 ls0 ws0">görür. </div><div class="t m0 x10 h3 y10fb ff2 fs0 fc2 sc0 ls0 ws0">Aşağıda, örnek bir tü<span class="_ _0"></span>retme işleminin sözdizi<span class="_ _0"></span>mini görüyorsun<span class="_ _0"></span>uz.<span class="ff1 fs5"> </span></div><div class="t m0 x11 h11 y19f ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x12 h11 y728 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y105c ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y10fc ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye32 ff8 fs0 fc2 sc0 ls13 ws0">class B : public A {<span class="ls0"> </span></div><div class="t m0 x12 h11 ya29 ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y913 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h3 y588 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9 lsb">B </span><span class="ff2">tü<span class="_ _0"></span>remiş sınıf <span class="ff9 ls33">A </span>ise tab<span class="_ _0"></span>an sınıftır. Türetme biçimi ol<span class="_ _0"></span>arak <span class="ff9">p<span class="_ _0"></span>ublic </span>türetmesi seçilmiş<span class="_ _0"></span>tir. Açıklamayı ve </span></div><div class="t m0 x10 h3 y9d9 ff2 fs0 fc2 sc0 ls0 ws0">anlatımı kolaylaştırmak ama<span class="_ _0"></span>cıyla sınıfların türetilm<span class="_ _0"></span>esi şekilsel olarak da gösteril<span class="_ _0"></span>ebilir. Böyle bir şekild<span class="_ _0"></span>e sınıflar </div><div class="t m0 x10 h3 yf99 ff2 fs0 fc2 sc0 ls0 ws0">daire, elips ya da dikd<span class="_ _0"></span>örtgenlerle gösterilir. <span class="_ _0"></span>Taban sınıf türemiş sınıfın dah<span class="_ _0"></span>a yukarısında gösterili<span class="_ _0"></span>r <span class="_ _0"></span>ve türemiş </div><div class="t m0 x10 h3 y62 ff2 fs0 fc2 sc0 ls0 ws0">sınıftan taban sınıfa bir o<span class="_ _0"></span>k çizilir. Okun y<span class="_ _0"></span>anına isteğe bağlı olarak tü<span class="_ _0"></span>retme biçimi yazılabilir. Örneğin <span class="_ _3"></span><span class="ff9 lsb">B </span>sınıfı <span class="ff9 ls33">A </span></div><div class="t m0 x10 h3 yc31 ff2 fs0 fc2 sc0 ls0 ws0">sınıfından türetilmişse, bu<span class="_ _0"></span> durumu şekilsel olarak aşa<span class="_ _0"></span>ğıdaki gibi gösterilebilir<span class="_ _0"></span>:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h16 y10fd ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x54 h3 y10fe ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y940 ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hc y8f2 ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y10ff ff1 fs0 fc2 sc0 ls0 ws0">EMBED Visio.Drawing.1<span class="_ _0"></span>1 </div><div class="t m0 x1 hae y1100 ffb fs10 fc2 sc0 ls0 ws0"> </div></div><div class="c x3d y54b w18 haf"><div class="t ma x55 hb0 y1101 ff1 fs1a fc2 sc0 ls0 ws0">B</div><div class="t m0 x53 hb0 y1101 ff1 fs1a fc2 sc0 ls0 ws0"> </div></div><div class="c x3d y917 w18 hb1"><div class="t ma x55 hb0 y10f9 ff1 fs1a fc2 sc0 ls0 ws0">A</div><div class="t m0 x53 hb0 y10f9 ff1 fs1a fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf102" class="pf w0 h0" data-page-no="102"><div class="pc pc102 w0 h0"><img class="bi xb y1102 w6 hb2" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">258</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd94 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki şekil yanlış çizilm<span class="_ _0"></span>edi. Çizilen okun y<span class="_ _0"></span>önü pek çok kişiye olduğu gib<span class="_ _0"></span>i size de ters gelmiş olabilir. Oku<span class="_ _0"></span>n </div><div class="t m0 x10 h3 yd95 ff2 fs0 fc2 sc0 ls0 ws0">yönü yukarıdak<span class="_ _0"></span>i gibi taban sınıfı gösterecek biçimd<span class="_ _0"></span>e olmalıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yd96 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9a ff2 fs0 fc2 sc0 ls0 ws0">Bundan sonra y<span class="_ _0"></span>alnızca <span class="ff10">“tü<span class="_ _0"></span>retme</span>&quot; dediğimizde &quot;<span class="ff9">public t<span class="_ _0"></span>üretmesi</span>&quot; anlaşılmalıdır. <span class="_ _0"></span><span class="ff9">&quot;is a&quot; </span>iliş<span class="_ _0"></span>kisi <span class="ff9">public <span class="ff1">türetmesiyle </span></span></div><div class="t m0 x10 h3 y9b ff2 fs0 fc2 sc0 ls0 ws0">sağlanır. Diğer türetme biçim<span class="_ _0"></span>lerinin amacı <span class="_ _0"></span><span class="ff9">&quot;is a&quot; </span>ilişkisini ku<span class="_ _0"></span>rmak değildir. <span class="ff9">prote<span class="_ _0"></span>cted <span class="ff1">tü<span class="_ _0"></span>retmesi ve </span>private </span></div><div class="t m0 x10 h3 y1103 ff2 fs0 fc2 sc0 ls0 ws0">türetmesi bazı özel amaçlar i<span class="_ _0"></span>çin<span class="_ _0"></span><span class="ff1"> </span>kullanılır. <span class="ff9">public<span class="_ _0"></span> </span>türetmesinde türemiş sınıf tab<span class="_ _0"></span>an sınıfın <span class="_ _0"></span><span class="ff9">public <span class="ff1">bölümün<span class="_ _0"></span>ü </span></span></div><div class="t m0 x10 h3 y37f ff2 fs0 fc2 sc0 ls0 ws0">olduğu gibi devir alarak <span class="_ _0"></span>kendi müşterilerine (<span class="_ _0"></span><span class="ff9">clients</span>) sunar. <span class="_ _0"></span>Yani taban sınıfın <span class="_ _0"></span><span class="ff9">public <span class="_ _0"></span></span>bölümü türemiş sınıfın </div><div class="t m0 x10 h3 yd8a ff9 fs0 fc2 sc0 ls0 ws0">public <span class="ff2">bölü<span class="_ _0"></span>münün bir parçasıdır.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y10bc ff2 fs0 fc2 sc0 ls0 ws0">Böyle bir türetme işleminde t<span class="_ _0"></span>aban s<span class="_ _0"></span>ınıfın <span class="ff9">protected <span class="_ _0"></span></span>bölümü türemiş sınıfın <span class="ff9">protec<span class="_ _0"></span>ted </span>bö<span class="_ _0"></span>lümüymüş gibi </div><div class="t m0 x10 h3 yb3d ff2 fs0 fc2 sc0 ls0 ws0">kullanılabilir. Taban<span class="_ _0"></span> sınıfın <span class="ff9">private <span class="_ _0"></span></span>bölümü tam olarak <span class="_ _0"></span>korunmuştur. Taban sınıfın <span class="_ _0"></span><span class="ff9">private <span class="_ _0"></span><span class="ff1">bölümüne </span></span></div><div class="t m0 x10 h3 y959 ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıf tarafından<span class="_ _0"></span> hiçbir biçimde erişilemez.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1104 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y472 ff1 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>k<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>Y<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>ş<span class="_ _3"></span></span>i<span class="_ _b"></span>m<span class="_ _3"></span>i<span class="_ _3"></span> </div><div class="t m0 x10 h3 y1105 ff2 fs0 fc2 sc0 ls0 ws0">Bir türemiş sınıf nesnesi k<span class="_ _0"></span>endi içinde taban sınıfın ele<span class="_ _0"></span>manlarını da <span class="_ _0"></span>içerir. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y87d ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydd9 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y21e ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y1106 ff8 fs0 fc2 sc0 ls13 ws0">int a, <span class="ls1e">b; </span></div><div class="t m0 x11 h11 ybb3 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y1e1 ff8 fs0 fc2 sc0 ls13 ws0">//<span class="ls0"> <span class="ffc">…</span> </span></div><div class="t m0 x11 h11 y1c6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y755 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y299 ff8 fs0 fc2 sc0 ls13 ws0">class B : public A { </div><div class="t m0 x11 h11 y89 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 yb24 ff8 fs0 fc2 sc0 ls13 ws0">int c, <span class="ls1e">d; </span></div><div class="t m0 x11 h11 yca6 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y804 ff8 fs0 fc2 sc0 ls13 ws0">//<span class="ls0"> <span class="ffc">…</span> </span></div><div class="t m0 x11 h11 y3fa ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 y9bb ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y951 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir türetme işleminden so<span class="_ _0"></span>nra <span class="_ _0"></span><span class="ff9 lsb">B </span>sınıfı türünden bir n<span class="_ _0"></span>esne tanımlanırsa, bu nesne hem <span class="_ _3"></span><span class="ff9 ls33">A </span>sınıfının hem de <span class="ff9 lsb">B </span></div><div class="t m0 x10 h3 y283 ff2 fs0 fc2 sc0 ls0 ws0">sınıfının elemanlarını içerir. <span class="_ _0"></span>Yani, <span class="_ _0"></span><span class="ff9">sizeof(B)<span class="ff1">, dört tane <span class="_ _0"></span></span>sizeof(int) </span>top<span class="_ _0"></span>lamı kadardır (<span class="ff9">DOS <span class="_ _0"></span></span>altında <span class="ff9">8<span class="ff1 ls17">, </span>UNIX <span class="ff1">ve </span></span></div><div class="t m0 x10 h3 ye11 ff9 fs0 fc2 sc0 ls0 ws0">Win32 <span class="ff1">sistemlerinde <span class="_ _0"></span></span><span class="ls4">16</span><span class="ff2">). Türemiş sınıf <span class="_ _0"></span>elemanları ile taban s<span class="_ _0"></span>ınıf elemanları blok olara<span class="_ _0"></span>k bitişik bir biçimde </span></div><div class="t m0 x10 h3 y1ae ff2 fs0 fc2 sc0 ls0 ws0">yerleştirilir. Ancak taban<span class="_ _0"></span> sınıf elemanlarının mı yo<span class="_ _0"></span>ksa türemiş sınıf elemanlarının mı d<span class="_ _0"></span>aha düşük ad<span class="_ _0"></span>rese </div><div class="t m0 x10 h3 ye12 ff2 fs0 fc2 sc0 ls0 ws0">yerleştirileceği standart <span class="_ _0"></span>olarak belirlenmemiştir. Derleyic<span class="_ _0"></span>iden derleyiciye d<span class="_ _0"></span>eğişebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye13 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y704 ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıf ile türemiş sını<span class="_ _0"></span>f elemanlarının türemiş sın<span class="_ _0"></span>ıf içindeki yerleşimi stand<span class="_ _0"></span>art bir biçimde belirlenmemiş </div><div class="t m0 x10 h3 y1107 ff2 fs0 fc2 sc0 ls0 ws0">olsa da, popü<span class="_ _0"></span>ler derleyicilerin tümünde taban<span class="_ _0"></span> sınıf elemanları daha<span class="_ _0"></span><span class="ff1"> </span>d<span class="_ _0"></span>üşük sayısal adreste olacak b<span class="_ _0"></span>içimde </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf103" class="pf w0 h0" data-page-no="103"><div class="pc pc103 w0 h0"><img class="bi xb y1108 w6 hb3" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">259</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd94 ff2 fs0 fc2 sc0 ls0 ws0">yerleşim kullanılır. <span class="_ _0"></span>Yerleşim biçiminin standart <span class="_ _0"></span>bir biçimde belirlenme<span class="_ _0"></span>miş olması herhangi b<span class="_ _0"></span>ir taşınabilirlik </div><div class="t m0 x10 h3 yd95 ff1 fs0 fc2 sc0 ls0 ws0">problemine yol açmaz.<span class="_ _0"></span> </div><div class="t m0 x10 h3 y1109 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf nesnesinin t<span class="_ _0"></span>aban sınıfın elemanlarını d<span class="_ _0"></span>a içerdiğini görmek için<span class="_ _0"></span> aşağıdaki örneği yazarak<span class="_ _0"></span> </div><div class="t m0 x10 h3 yf8a ff2 fs0 fc2 sc0 ls0 ws0">çalıştırın:<span class="ff1"> </span></div><div class="t m0 x1 h16 y88f ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc11 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 y110a ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y110b ff8 fs0 fc2 sc0 ls13 ws0">int b1, b2;<span class="ls0"> </span></div><div class="t m0 x11 h11 yb4b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y110c ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y11e ff8 fs0 fc2 sc0 ls13 ws0">class Der : public Base { </div><div class="t m0 x11 h11 ydc2 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y9c5 ff8 fs0 fc2 sc0 ls13 ws0">int d1, d2;<span class="ls0"> </span></div><div class="t m0 x11 h11 y120 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y110d ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc5 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y25c ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1 h11 y25d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd80 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y7dc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y110e ff8 fs0 fc2 sc0 ls13 ws0">Der der_object;<span class="ls0"> </span></div><div class="t m0 x12 h11 y63e ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0">  </span>&quot;sizeof(der_object) = &quot;<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>sizeof(der_object)<span class="ls0">  </span>&lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> </span></div><div class="t m0 x1 h12 yd2c ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y63f ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yf9b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y5ba ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y280 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programda <span class="_ _0"></span><span class="ff9">Der </span>sınıfı türün<span class="_ _0"></span>den <span class="ff9">der_objec<span class="_ _0"></span>t </span>isimli bir nesne tanımlanıyor. Bu n<span class="_ _0"></span>esne <span class="_ _0"></span><span class="ff9">Base <span class="ff1">taban </span></span></div><div class="t m0 x10 h3 yc5e ff2 fs0 fc2 sc0 ls0 ws0">sınıfının elemanlarını da içer<span class="_ _0"></span>ir. Nesnenin uzu<span class="_ _0"></span>nluğu <span class="_ _0"></span><span class="ff9">DOS </span>altında <span class="_ _0"></span><span class="ff9 ls4">8 </span><span class="ff1">byte, <span class="ff9">Win32 </span>ve <span class="ff9">UNIX </span>s<span class="_ _0"></span>istemlerinde ise <span class="ff9 ls4">16 </span></span></div><div class="t m0 x10 h3 y9fa ff1 fs0 fc2 sc0 ls0 ws0">byte olur. Yani <span class="_ _0"></span><span class="ff9">2 * sizeof(int) + 2 * sizeo<span class="_ _0"></span>f(int) . </span></div><div class="t m0 x1 hb4 yab9 ff9 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yc6d ff1 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span>ş<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 yb5 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf yalnızca kend<span class="_ _0"></span>i elemanlarına ve işlevlerine d<span class="_ _0"></span>eğil, aynı z<span class="_ _0"></span>amanda taban sınıfın elemanlarına ve </div><div class="t m0 x10 h3 y110f ff2 fs0 fc2 sc0 ls0 ws0">işlevlerine de erişebilir. Önce<span class="_ _0"></span>likle vereceğimiz örnekler iç<span class="_ _0"></span>in bir sınıf tanımlaması yap<span class="_ _0"></span>alım:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y674 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf104" class="pf w0 h0" data-page-no="104"><div class="pc pc104 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">260</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 yb3a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y78a ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x1c h11 y9a ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 y3b3 ff8 fs0 fc2 sc0 ls13 ws0">int b; </div><div class="t m0 x1c h11 y11a ff8 fs0 fc2 sc0 ls13 ws0">protected:<span class="ls0"> </span></div><div class="t m0 x13 h11 y6c3 ff8 fs0 fc2 sc0 ls13 ws0">void base_pro_func(); </div><div class="t m0 x1c h11 y1110 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y51e ff8 fs0 fc2 sc0 ls13 ws0">void set_base(int);<span class="ls0"> </span></div><div class="t m0 x13 h11 yd4b ff8 fs0 fc2 sc0 ls13 ws0">void display_base()const;<span class="ls0"> </span></div><div class="t m0 x1c h11 y947 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y426 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y864 ff8 fs0 fc2 sc0 ls13 ws0">class Der : public Base { </div><div class="t m0 x1c h11 y1111 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 y10e2 ff8 fs0 fc2 sc0 ls13 ws0">int d; </div><div class="t m0 x1c h11 y1df ff8 fs0 fc2 sc0 ls13 ws0">protected:<span class="ls0"> </span></div><div class="t m0 x13 h11 y1068 ff8 fs0 fc2 sc0 ls13 ws0">void der_pro_func(); </div><div class="t m0 x1c h11 y1112 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y96f ff8 fs0 fc2 sc0 ls13 ws0">void set_der(int);<span class="ls0"> </span></div><div class="t m0 x13 h11 y912 ff8 fs0 fc2 sc0 ls13 ws0">void display_der()const;<span class="ls0"> </span></div><div class="t m0 x1c h11 y373 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y9aa ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y414 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1c h11 yb60 ff8 fs0 fc2 sc0 ls13 ws0">void Base::set_base(int x)<span class="ls0"> </span></div><div class="t m0 x1c h11 yce3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y658 ff8 fs0 fc2 sc0 ls13 ws0">b = x;<span class="ls0"> </span></div><div class="t m0 x1c h11 y8c6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yc1c ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y90 ff8 fs0 fc2 sc0 ls13 ws0">void Base::base_pro_func()<span class="ls0"> </span></div><div class="t m0 x1c h11 y1113 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yb78 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;base_pro_func()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1c h11 y836 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y49 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ye1f ff8 fs0 fc2 sc0 ls13 ws0">void Base::display_base() const<span class="ls0"> </span></div><div class="t m0 x1c h11 ye20 ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf105" class="pf w0 h0" data-page-no="105"><div class="pc pc105 w0 h0"><img class="bi xb y1114 w6 hb5" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">261</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; b &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1c h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ya35 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yaf7 ff8 fs0 fc2 sc0 ls13 ws0">void Der::set_der(int x)<span class="ls0"> </span></div><div class="t m0 x1c h11 y1085 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 yaf8 ff8 fs0 fc2 sc0 ls13 ws0">d = x;<span class="ls0"> </span></div><div class="t m0 x1c h11 y10b2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y1115 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y90a ff8 fs0 fc2 sc0 ls13 ws0">void Der::der_pro_func()<span class="ls0"> </span></div><div class="t m0 x1c h11 y91d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1116 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt;&quot;der_pro_func()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1117 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y1118 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y53c ff8 fs0 fc2 sc0 ls13 ws0">void Der::display_der() const<span class="ls0"> </span></div><div class="t m0 x1c h11 y493 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y6b0 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; d &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1119 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y111a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y42c ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y79b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 yce2 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y657 ff2 fs6 fc2 sc0 ls0 ws0">p<span class="_ _3"></span>u<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>c<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _b"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>ı<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>S<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>u<span class="_ _3"></span>ç<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x11 he yeb7 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Sınıf bilinirlik a<span class="_ _0"></span>lanı dışında, türemi<span class="_ _0"></span>ş sınıf nesnesi ya da göste<span class="_ _0"></span>ricisi yoluyla dışarıdan <span class="_ _3"></span><span class="ff9">nokta <span class="ff1">ya da </span>ok <span class="_ _0"></span></span>işlecini </span></span></div><div class="t m0 x11 h3 y111b ff2 fs0 fc2 sc0 ls0 ws0">kullanarak tab<span class="_ _0"></span>an sınıfın <span class="ff9">public <span class="_ _0"></span></span>bölümüne erişilebilir. Ancak t<span class="_ _0"></span>aban sınıfın <span class="_ _0"></span><span class="ff9">protected <span class="_ _0"></span><span class="ff1">ve </span>private <span class="ff1">bölü<span class="_ _0"></span>mlerine </span></span></div><div class="t m0 x11 h3 y988 ff2 fs0 fc2 sc0 ls0 ws0">erişilemez.<span class="ff1"> </span></div><div class="t m0 x1 hd y7ca ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h3 y3c6 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceley<span class="_ _0"></span>elim:<span class="ff1"> </span></div><div class="t m0 x1 h3 yf45 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y111c ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yeba ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y111d ff8 fs0 fc2 sc0 ls13 ws0">Der<span class="ls0"> </span>d;<span class="ls0"> </span></div><div class="t m0 x1 h11 y111e ff8 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf106" class="pf w0 h0" data-page-no="106"><div class="pc pc106 w0 h0"><img class="bi xb ya74 w6 h5c" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">262</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">x.set_der(20);<span class="ls0"> <span class="_ _79"> </span></span>// <span class="ls0">Geç<span class="_ _9"></span>erl<span class="_ _6"></span>i. </span></div><div class="t m0 x12 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">x.set_base(10);<span class="ls0"> <span class="_ _55"> </span></span>//<span class="ls0"> </span>Geçerli.<span class="ls0"> </span></div><div class="t m0 x12 h11 y9a0 ff8 fs0 fc2 sc0 ls13 ws0">//x.der_pro_func();<span class="ls0"> <span class="_ _28"> </span></span><span class="ffc">Geçersiz. Türemiş sınıfın protected</span><span class="ls0"> <span class="_ _6"></span><span class="ls13">bölümü.<span class="ls0"> </span></span></span></div><div class="t m0 x12 h11 y821 ff8 fs0 fc2 sc0 ls13 ws0">//x.base_pro_func();<span class="ls0">  </span><span class="ffc">Geçersiz. Taban sınıfın protected</span><span class="ls0"> </span>bölümünü.<span class="ls0"> </span></div><div class="t m0 x12 h11 y111f ff8 fs0 fc2 sc0 ls13 ws0">//x.d<span class="ls0"> = </span>20;<span class="ls0"> <span class="_ _3a"> </span></span><span class="ffc">Geçersiz. Türemiş sınıfın private</span><span class="ls0"> <span class="_ _6"></span><span class="ls13">bölümü.<span class="ls0"> </span></span></span></div><div class="t m0 x12 h11 y3cd ff8 fs0 fc2 sc0 ls13 ws0">//x.b<span class="ls0"> = </span>10;<span class="ls0"> <span class="_ _3a"> </span></span><span class="ffc">Geçersiz. Taban sınıfın private</span><span class="ls0"> <span class="_ _6"></span><span class="ls13">bölümü.<span class="ls0"> </span></span></span></div><div class="t m0 x1 h12 y159 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y1ba ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1bb ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y1120 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1121 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Türemiş <span class="_ _0"></span>sınıf bilinirlik alanı içind<span class="_ _0"></span>e taban sınıfın <span class="_ _0"></span><span class="ff9">public <span class="ff1">ve </span>protecte<span class="_ _0"></span>d </span>bölümlerine doğrudan erişilebilir. An<span class="_ _0"></span>cak </span></span></div><div class="t m0 x10 h3 y91f ff9 fs0 fc2 sc0 ls0 ws0">private <span class="ff2">bölümüne d<span class="_ _0"></span>oğrudan erişilemez. Yani tü<span class="_ _0"></span>remiş sınıf üye işlevleri, taban<span class="_ _0"></span> sınıfın <span class="_ _0"></span></span>public <span class="_ _0"></span><span class="ff1">ve </span>protected </div><div class="t m0 x10 h3 y555 ff2 fs0 fc2 sc0 ls0 ws0">bölümlerindeki değişkenleri d<span class="_ _0"></span>oğrudan k<span class="_ _0"></span>ullanabilir, taban sınıfın üy<span class="_ _0"></span>e işlevlerini de doğrudan<span class="_ _3"></span><span class="ff1"> <span class="_ _9"></span><span class="ff2">çağıra<span class="ff1">bilir. </span></span></span></div><div class="t m0 x10 h3 y35 ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıfın <span class="ff9">private </span>b<span class="_ _0"></span>ölümü tam olara<span class="_ _0"></span>k korunmuştur. Bu b<span class="_ _0"></span>ölüme herhangi bir biçimd<span class="_ _0"></span>e erişilemez.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1122 ff2 fs0 fc2 sc0 ls0 ws0">Örneğin <span class="ff9">Der </span>türemiş sınıfının <span class="_ _0"></span><span class="ff9">der_pro_func<span class="_ _0"></span> </span>üye işlevi içinde t<span class="_ _0"></span>aban sınıfın <span class="_ _0"></span><span class="ff9">protected <span class="_ _0"></span><span class="ff1 ls9">ve<span class="ls0"> </span></span></span></div><div class="t m0 x10 h3 y5a ff9 fs0 fc2 sc0 ls0 ws0">public <span class="ff2">bölü<span class="_ _0"></span>mlerine erişilebilir.<span class="ff1"> </span></span></div><div class="t m0 x10 h11 y10fc ff8 fs0 fc2 sc0 ls13 ws0">void Der::der_pro_func()<span class="ls0"> </span></div><div class="t m0 x10 h11 y308 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y1123 ff8 fs0 fc2 sc0 ls13 ws0">display_base(); </div><div class="t m0 x2 h11 yd81 ff8 fs0 fc2 sc0 ls13 ws0">base_func();<span class="ls0"> </span></div><div class="t m0 x2 h11 y1124 ff8 fs0 fc2 sc0 ls0 ws0">d  = <span class="ls13">100;</span> </div><div class="t m0 x2 h11 y1125 ff8 fs0 fc2 sc0 ls13 ws0">//b<span class="ls0">  = </span>200;<span class="ls0"> <span class="_ _6e"> </span></span>Geçersiz!<span class="ls0"> </span></div><div class="t m0 x10 h11 y129 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y769 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1126 ff1 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span> <span class="_ _3"></span> <span class="_ _5"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span> <span class="_ _8"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _8"></span> <span class="_ _8"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span> <span class="_ _8"></span>T<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span> <span class="_ _8"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span><span class="ff1"> <span class="_ _b"></span> <span class="_ _8"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span> <span class="_ _8"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _b"></span> <span class="_ _8"></span> <span class="_ _8"></span><span class="ff2">Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _b"></span><span class="ff1"> </span></span></span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 y975 ff2 fs0 fc2 sc0 ls0 ws0">Bir türemiş sınıf üye işlevi, <span class="_ _0"></span>taban sınıfın <span class="_ _0"></span><span class="ff9">public <span class="ff1">ve </span>pr<span class="_ _9"></span>otected<span class="_ _0"></span> <span class="ff2">bölümümüne erişerek tab<span class="_ _0"></span>an sınıfın üye işlevlerini </span></span></div><div class="t m0 x10 h3 y4cd ff2 fs0 fc2 sc0 ls0 ws0">çağırabilir. Türemiş sınıf n<span class="_ _0"></span>esnesiyle taban sınıf üy<span class="_ _0"></span>e işlevi çağrıldığında, ya <span class="_ _0"></span>da türemiş sınıf üye işlevi içinde taban </div><div class="t m0 x10 h3 y1127 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın üye işlevi doğrudan<span class="_ _0"></span> çağrıldığında, tab<span class="_ _0"></span>an sınıf üye işlevine <span class="_ _0"></span><span class="ff9">this <span class="ff1">göst<span class="_ _0"></span>ericisi o</span></span>larak türe<span class="_ _0"></span>miş sınıf nesnesi </div><div class="t m0 x10 h3 yb97 ff2 fs0 fc2 sc0 ls0 ws0">içinde yer alan taban<span class="_ _0"></span> sınıf alt nesnesinin <span class="_ _0"></span><span class="ff1">adre<span class="_ _9"></span>si<span class="_ _9"></span> <span class="ff2">geçirilir. Yan<span class="_ _0"></span>i taban sınıfın üye işlevine aslı<span class="_ _0"></span>nda fiziksel olarak bir </span></span></div><div class="t m0 x10 h3 y58e ff2 fs0 fc2 sc0 ls0 ws0">taban sınıf nesnesinin ad<span class="_ _0"></span>resi geçirilmektedir. Aşağıdaki örn<span class="_ _0"></span>eği<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span>inceleyin: </span></div><div class="t m0 x1 h16 yc1f ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1128 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 y9ae ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ye1f ff8 fs0 fc2 sc0 ls13 ws0">int b;<span class="ls0"> </span></div><div class="t m0 x12 h11 y1129 ff8 fs0 fc2 sc0 ls13 ws0">void base_func();<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf107" class="pf w0 h0" data-page-no="107"><div class="pc pc107 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">263</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yb3a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y78a ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 ybd1 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 yc94 ff8 fs0 fc2 sc0 ls13 ws0">void Base::base_func()<span class="ls0"> </span></div><div class="t m0 x11 h11 ycac ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y5dc ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;base_func() icinde this adresi = &quot; &lt;&lt; this &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y15b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yecf ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya7a ff8 fs0 fc2 sc0 ls13 ws0">class Der:public Base { </div><div class="t m0 x11 h11 ye64 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ydd8 ff8 fs0 fc2 sc0 ls13 ws0">int d;<span class="ls0"> </span></div><div class="t m0 x12 h11 y83b ff8 fs0 fc2 sc0 ls13 ws0">void der_func();<span class="ls0"> </span></div><div class="t m0 x11 h11 y112a ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yffe ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6b1 ff8 fs0 fc2 sc0 ls13 ws0">void Der::der_func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y6b2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y9f5 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;der_func() icinde this adresi = &quot; &lt;&lt; this &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y69a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y8dc ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd59 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yfc7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y743 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object;<span class="ls0"> </span></div><div class="t m0 x12 h11 y95f ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>&quot;&amp;der_object<span class="ls0"> <span class="_ _33"> </span></span>= &quot; &lt;&lt; &amp;der_object &lt;&lt; endl; </div><div class="t m0 x12 h11 y112b ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;&amp;der_object.d = &quot; &lt;&lt; &amp;der_object.d &lt;&lt; endl; </div><div class="t m0 x12 h11 ye6b ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;&amp;der_object.b = &quot; &lt;&lt; &amp;der_object.b &lt;&lt; endl; </div><div class="t m0 x12 h11 y757 ff8 fs0 fc2 sc0 ls13 ws0">der_object.der_func();<span class="ls0"> </span></div><div class="t m0 x12 h11 y9fa ff8 fs0 fc2 sc0 ls13 ws0">der_object.base_func(); </div><div class="t m0 x12 h11 y759 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y9be ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h13 ycc9 ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y100e ff2 fs0 fc2 sc0 ls0 ws0">Örnek bir ekran çıktısı:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 ye99 ff8 fs0 fc2 sc0 ls13 ws0">&amp;der_object  = <span class="_ _21"> </span>0012FF78 </div><div class="t m0 x10 h11 yea2 ff8 fs0 fc2 sc0 ls13 ws0">&amp;der_object.d = <span class="_ _0"></span>0012FF7C </div><div class="t m0 x10 h11 y101c ff8 fs0 fc2 sc0 ls13 ws0">&amp;der_object.b = 0012FF78<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf108" class="pf w0 h0" data-page-no="108"><div class="pc pc108 w0 h0"><img class="bi xb y112c w6 hb6" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">264</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">der_func() icinde this adresi = 0012FF78 </div><div class="t m0 x10 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">base_func() icinde this adresi = 0012FF78<span class="ls0"> </span></div><div class="t m0 x1 h10 y112d ff2 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _b"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>c<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _b"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y112e ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf nesnesi kendi içi<span class="_ _0"></span>nde taban<span class="_ _0"></span> sınıfa ilişkin bir <span class="_ _0"></span><span class="ff1">alt<span class="_ _9"></span> <span class="ff2">nes<span class="_ _9"></span>neyi de içerir. Taban<span class="_ _0"></span> sınıf elemanlarının t<span class="_ _0"></span>aban </span></span></div><div class="t m0 x10 h3 y112f ff2 fs0 fc2 sc0 ls0 ws0">sınıfın <span class="ff9">private </span>b<span class="_ _0"></span>ölümünde olduğunu<span class="_ _0"></span> düşünelim. Bu durumda <span class="_ _0"></span>türemiş sınıfın üye işlevleri orad<span class="_ _0"></span>aki veri </div><div class="t m0 x10 h3 y1130 ff2 fs0 fc2 sc0 ls0 ws0">elemanlara erişip onla<span class="_ _0"></span>ra ilkdeğer verebilir mi? Türe<span class="_ _0"></span>miş sınıfın <span class="_ _0"></span><span class="ff1">kur<span class="_ _9"></span>ucu<span class="_ _9"></span> <span class="ff2">işlev<span class="_ _9"></span>i içinde yaln<span class="_ _0"></span>ızca türemiş sınıf </span></span></div><div class="t m0 x10 h3 y618 ff2 fs0 fc2 sc0 ls0 ws0">elemanlarına ilkdeğer verilebil<span class="_ _0"></span>ir. Peki türemiş sınıfın <span class="_ _0"></span><span class="ff9">private <span class="_ _0"></span></span>bölümde yer alan t<span class="_ _0"></span>aban sınıf elemanlarına n<span class="_ _0"></span>asıl </div><div class="t m0 x10 h3 y1131 ff2 fs0 fc2 sc0 ls0 ws0">ilkdeğer verilebilir? Türemi<span class="_ _0"></span>ş sınıf nesnesine ait taban sı<span class="_ _0"></span>nıf el<span class="_ _0"></span>emanlarına ilkdeğer verilm<span class="_ _0"></span>esi, türemiş sınıfın </div><div class="t m0 x10 h3 y7a3 ff2 fs0 fc2 sc0 ls0 ws0">kurucu işlevinin ana bloğu<span class="_ _0"></span>nun başında <span class="_ _0"></span>taban sınıfın varsayılan<span class="_ _0"></span> kurucu işlevine yapılan gizli<span class="_ _0"></span> çağrıyla olur. Yani </div><div class="t m0 x10 h3 y1132 ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıf kurucu işle<span class="_ _0"></span>vi kendi içinde taban<span class="_ _0"></span> sınıf varsayılan kuru<span class="_ _0"></span>cu işlevini çağırır. A<span class="_ _0"></span>şağıd<span class="_ _0"></span>aki programı </div><div class="t m0 x10 h3 y1133 ff1 fs0 fc2 sc0 ls0 ws0">derleyerek <span class="_ _6"></span><span class="ff2">çalıştırın:<span class="ff1"> </span></span></div><div class="t m0 x10 h11 y1134 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x2 h11 y139 ff8 fs0 fc2 sc0 ls13 ws0">int b;<span class="ls0"> </span></div><div class="t m0 x10 h11 y13a ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y1086 ff8 fs0 fc2 sc0 ls13 ws0">Base();<span class="ls0"> </span></div><div class="t m0 x2 h11 yffd ff8 fs0 fc2 sc0 ls13 ws0">Base(int);<span class="ls0"> </span></div><div class="t m0 x2 h11 y493 ff8 fs0 fc2 sc0 ls13 ws0">void display_base() const;<span class="ls0"> </span></div><div class="t m0 x10 h11 yed2 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y220 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1135 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y6b3 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y143 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1 h12 y55d ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y8ec ff8 fs0 fc2 sc0 ls13 ws0">Base::Base()<span class="ls0"> </span></div><div class="t m0 x10 h11 y27d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y41 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Base::Base()&quot; &lt;&lt; endl; </div><div class="t m0 x12 h11 y11 ff8 fs0 fc2 sc0 ls13 ws0">b = 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y1136 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y58c ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y58d ff8 fs0 fc2 sc0 ls13 ws0">Base::Base(int val)<span class="ls0"> </span></div><div class="t m0 x10 h11 yb55 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y18f ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Base::Base(int)&quot; &lt;&lt; endl; </div><div class="t m0 x12 h11 yf3a ff8 fs0 fc2 sc0 ls13 ws0">b = val;<span class="ls0"> </span></div><div class="t m0 x10 h11 y150 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y3ad ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yaa5 ff8 fs0 fc2 sc0 ls13 ws0">void Base::display_base() const<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf109" class="pf w0 h0" data-page-no="109"><div class="pc pc109 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">265</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1b3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2a6 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;b = &quot; &lt;&lt; b &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x10 h11 y195 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y1137 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y6a7 ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x2 h11 y1138 ff8 fs0 fc2 sc0 ls13 ws0">int d;<span class="ls0"> </span></div><div class="t m0 x10 h11 y1139 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 yeda ff8 fs0 fc2 sc0 ls13 ws0">Der();<span class="ls0"> </span></div><div class="t m0 x10 h11 y679 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y113a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y6c6 ff8 fs0 fc2 sc0 ls13 ws0">Der::Der()<span class="ls0"> </span></div><div class="t m0 x10 h11 y113b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y272 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Der::Der()&quot; &lt;&lt; <span class="ls0">en<span class="_ _6"></span>dl;<span class="_ _9"></span> </span></div><div class="t m0 x12 h11 y3bb ff8 fs0 fc2 sc0 ls13 ws0">d =<span class="ls0"> </span>0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y9a8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y9fe ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y113c ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y880 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yb2e ff8 fs0 fc2 sc0 ls13 ws0">Der der_object; </div><div class="t m0 x2 h11 y540 ff8 fs0 fc2 sc0 ls13 ws0">der_object.display_base();<span class="ls0"> </span></div><div class="t m0 x1 h12 y654 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 yfe5 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 yfe6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y7b4 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10be ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde türemiş <span class="_ _0"></span>sınıf olan <span class="_ _0"></span></span>Der <span class="ff2">sınıfı türünden </span>d<span class="_ _0"></span>er_object <span class="_ _0"></span><span class="ff2">simli bir nesne tanımlanıyor:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 yf37 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y481 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object;<span class="ls0"> </span></div><div class="t m0 x1 h15 yb80 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb47 ff1 fs0 fc2 sc0 ls0 ws0">Bu nesne için <span class="ff9">Der <span class="ff2">sını<span class="_ _0"></span>fının varsayılan ku<span class="_ _0"></span>rucu işlevinin çağrılacağın<span class="_ _0"></span>ı biliyorsunuz. <span class="_ _0"></span></span>Der <span class="ff2">sınıfının<span class="_ _0"></span> varsayılan kurucu </span></span></div><div class="t m0 x10 h3 y9cf ff2 fs0 fc2 sc0 ls0 ws0">işlevinin ana bloğun<span class="_ _0"></span>un hemen başında da,<span class="_ _0"></span> derleyici tarafından yerleştirilen gizli b<span class="_ _0"></span>ir çağrı kodu ile tab<span class="_ _0"></span>an sınıf </div><div class="t m0 x10 h3 y12e ff1 fs0 fc2 sc0 ls0 ws0">olan <span class="ff9">Base <span class="ff2">sınıfının var<span class="_ _0"></span>sayılan kurucu işlevi çağrılır.<span class="_ _0"></span></span></span> </div><div class="t m0 x10 h11 ybb9 ff8 fs0 fc2 sc0 ls13 ws0">Der::Der()<span class="ls0"> </span></div><div class="t m0 x10 h11 y7cf ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y9ee ffc fs0 fc2 sc0 ls13 ws0">//Derleyici tarafından buraya Base::Base() çağrı kodu ekleniyor! </div><div class="t m0 x12 h11 y616 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Der::Der()&quot; &lt;&lt; endl;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf10a" class="pf w0 h0" data-page-no="10a"><div class="pc pc10a w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">266</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y1b3 ff8 fs0 fc2 sc0 ls13 ws0">d = 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 ya07 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y532 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıfın bütün<span class="_ _0"></span> kurucu işlevlerinde bu gizli çağrı iş<span class="_ _0"></span>lemi yapılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y2c8 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydea ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıfın varsayılan k<span class="_ _0"></span>urucu işlevi yerine, taban<span class="_ _0"></span> sınıfın parametreli b<span class="_ _0"></span>aşka bir kurucu işlevin çağrıl<span class="_ _0"></span>ması </div><div class="t m0 x10 h3 y113d ff1 fs0 fc2 sc0 ls0 ws0">istenebilir<span class="ff2">. Bu duru<span class="_ _0"></span>mda türemiş sınıfın kuru<span class="_ _0"></span>cu işlevi <span class="ff9">MIL <span class="_ _0"></span></span></span>(<span class="ff9">Member Initializatio<span class="_ _0"></span>n List</span>) sözdizimi ile </div><div class="t m0 x10 h3 y113e ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmalıdır. MIL sözdizi<span class="_ _0"></span>minde taban<span class="_ _0"></span> sınıfın hangi kurucu işlevinin çağrılacağı a<span class="_ _0"></span>şağıdaki gibi <span class="_ _0"></span>belirlenir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y113f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc76 ffc fs0 fc2 sc0 ls13 ws0">B::B(parametre değişkenleri) : taban sınıf ismi(parametre değişkenleri)<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 yc17 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yc18 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y1140 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y4ac ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydc4 ff2 fs0 fc2 sc0 ls0 ws0">Görüldüğü gibi tan<span class="_ _0"></span>ımlama, bir sınıfın başka bir sınıf türün<span class="_ _0"></span>den elemanlara sahip o<span class="_ _0"></span>lması durumun<span class="_ _0"></span>da olduğu </div><div class="t m0 x10 h3 y937 ff1 fs0 fc2 sc0 ls0 ws0">gibi <span class="ff9">MIL <span class="ff2">sözdizimi kullanılara<span class="_ _0"></span>k yapılır. An<span class="_ _0"></span>cak bu kez &apos;<span class="_ _0"></span></span>:&apos; <span class="ff2">atomunu elemanının ismi değil tab<span class="_ _0"></span>an sınıf ismi izler. </span></span></div><div class="t m0 x10 h3 ya9d ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıf isminden sonra<span class="_ _0"></span> ayraç içinde b<span class="_ _0"></span>ir parametre değişkeni listesi yaz<span class="_ _0"></span>ılabilir. Bu durumda d<span class="_ _0"></span>erleyici </div><div class="t m0 x10 h3 yd3f ff2 fs0 fc2 sc0 ls0 ws0">parametre listesini inceleyer<span class="_ _0"></span>ek parametre liste<span class="_ _0"></span>sine uygun olan tab<span class="_ _0"></span>an sınıf kurucu işlevini çağırır. Örn<span class="_ _0"></span>eğin </div><div class="t m0 x10 h3 ycf5 ff2 fs0 fc2 sc0 ls0 ws0">yukarıdaki tü<span class="_ _0"></span>retme işleminde <span class="ff9">Der </span>sını<span class="_ _0"></span>fının kurucu işle<span class="_ _0"></span>vi şöyle yazılmış olabilirdi:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1141 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y869 ff8 fs0 fc2 sc0 ls13 ws0">Der ::Der() : Base(1)<span class="ls0"> </span></div><div class="t m0 x11 h11 y107b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ybeb ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0">  </span><span class="ffc">“Der ::Der()” &lt;&lt; endl</span><span class="ls0"> ; </span></div><div class="t m0 x11 h11 y1142 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y377 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8ef ff1 fs0 fc2 sc0 ls0 ws0">Bu durumda <span class="_ _0"></span><span class="ff9">Base <span class="ff2">taban sınıfının <span class="_ _0"></span></span>int <span class="ff2">türden p<span class="_ _0"></span>arametre değişkeni olan kuru<span class="_ _0"></span>cu işlevi çağrılır.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 ybec ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya12 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf kurucu işlevin<span class="_ _0"></span>e geçilen argümanlar <span class="_ _0"></span>taban sınıf kurucu işlevine a<span class="_ _0"></span>ktarılabilir. Örneğin tü<span class="_ _0"></span>retilen </div><div class="t m0 x10 h3 y1143 ff2 fs0 fc2 sc0 ls0 ws0">sınıf olan <span class="ff9 ls5d">De</span>r sınıfının<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye52 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1144 ff8 fs0 fc2 sc0 ls13 ws0">Der(int, int);<span class="ls0"> </span></div><div class="t m0 x1 h15 y1145 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7d0 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde bir kurucu işlevi ol<span class="_ _0"></span>sun.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1146 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf10b" class="pf w0 h0" data-page-no="10b"><div class="pc pc10b w0 h0"><img class="bi xb y3ab w6 hb7" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">267</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">Der::Der(int x, int y) : Base(x), d(y) { }<span class="ls0"> </span></div><div class="t m0 x1 h1a y10bb ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc44 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">Der <span class="ff2">sınıfının ku<span class="_ _0"></span>rucu işlevinin </span><span class="ls1a">x </span><span class="ff2">p<span class="_ _0"></span>arametre değişkeni, <span class="_ _0"></span>taban sınıfın kuru<span class="_ _0"></span>cu işlevi için kullanılıyor. </span></span></div><div class="t m0 x10 h3 y1147 ff2 fs0 fc2 sc0 ls0 ws0">Böylece örneğin :<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1148 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y9b2 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object(10, 20);<span class="ls0"> </span></div><div class="t m0 x1 h1a yd71 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1149 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde bir nesne tan<span class="_ _0"></span>ımlaması ile <span class="ff9">1<span class="_ _0"></span>0 </span>değeri taban sını<span class="_ _0"></span>fın kurucu işlevi için <span class="_ _0"></span><span class="ff9 ls4">20 </span>değeri ise t<span class="_ _0"></span>üremiş sınıfın kurucu </div><div class="t m0 x10 h3 y114a ff2 fs0 fc2 sc0 ls0 ws0">işlevi için kullanılır.<span class="ff1"> </span></div><div class="t m0 x10 h3 yc28 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıfın kurucu işl<span class="_ _0"></span>evinin tanımlamasında eğer <span class="_ _0"></span><span class="ff9">MIL </span>sö<span class="_ _0"></span>zdizimi kullanılmamış<span class="_ _0"></span>sa, taban sınıfı için </div><div class="t m0 x10 h3 ye3a ff2 fs0 fc2 sc0 ls0 ws0">varsayılan kurucu işlevi çağr<span class="_ _0"></span>ılır. Örneğin <span class="_ _0"></span><span class="ff9 ls29">Y </span>sınıfı <span class="ff9 ls37">X <span class="_ _0"></span></span>sınıfından türetilmiş olsun.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ybb2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y114b ff8 fs0 fc2 sc0 ls13 ws0">Y::Y()<span class="ls0"> </span></div><div class="t m0 x10 h11 y935 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y114c ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 ya6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a y9b8 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y63c ff2 fs0 fc2 sc0 ls0 ws0">Bu durumda ku<span class="_ _0"></span>rucu işlevin ana bloğunu<span class="_ _0"></span>n b<span class="_ _0"></span>aşında <span class="ff9 ls37">X </span>sınıfı için varsayılan ku<span class="_ _0"></span>rucu işlev çağrılır. Yani bu<span class="_ _0"></span> </div><div class="t m0 x10 h3 y114d ff2 fs0 fc2 sc0 ls0 ws0">biçimde bir tanımlama aşağıd<span class="_ _0"></span>aki gibi tan<span class="_ _0"></span>ımlamayla eşdeğer kabul edileb<span class="_ _0"></span>ilir:<span class="ff1"> </span></div><div class="t m0 x1 h3 y114e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y114f ff8 fs0 fc2 sc0 ls13 ws0">Y::Y() : X()<span class="ls0"> </span></div><div class="t m0 x11 h11 yc99 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y72e ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ye01 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y149 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1150 ff2 fs0 fc2 sc0 ls0 ws0">Eğer taban sınıf olan <span class="_ _0"></span><span class="ff9 ls37">X </span>sınıfının herh<span class="_ _0"></span>angi bir kurucu işlevi varsa, ama var<span class="_ _0"></span>sayılan kurucu<span class="_ _0"></span> <span class="_ _0"></span>işlevi yoksa bu durum </div><div class="t m0 x10 h3 ye51 ff2 fs0 fc2 sc0 ls0 ws0">derleme aşamasında hata <span class="_ _0"></span>oluşturur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y99c ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1151 ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>p<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>v<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>ö<span class="_ _3"></span>l<span class="_ _3"></span>ü<span class="_ _3"></span>m<span class="_ _3"></span>ü<span class="_ _3"></span>n<span class="_ _b"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _f"></span></span> </div><div class="t m0 x10 h3 yc6d ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıf <span class="ff1">kuruc<span class="_ _6"></span>u <span class="ff2">işlevlerinin türemiş sınıfın ku<span class="_ _0"></span>rucu işlevi içinden <span class="_ _0"></span></span>bu <span class="ff2">biçimde otomatik olarak çağrılabilmesi </span></span></div><div class="t m0 x10 h3 y171 ff2 fs0 fc2 sc0 ls0 ws0">için, taban sınıf kuru<span class="_ _0"></span>cu işlevinin ken<span class="_ _0"></span>di sınıfının <span class="ff9">protected<span class="_ _0"></span> <span class="ff1">ya da </span>pub<span class="_ _0"></span>lic </span>bölümünde bildirilmiş olma<span class="_ _0"></span>sı gerekir. Bir </div><div class="t m0 x10 h3 yfc9 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın kurucu işlevi sınıfın <span class="_ _0"></span><span class="ff9">protecte<span class="_ _0"></span>d </span>bölümüne koyulu<span class="_ _0"></span>rsa global bir işlev içinde o sınıf tür<span class="_ _0"></span>ünden nesne </div><div class="t m0 x10 h3 y10b9 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanamaz. Çünkü<span class="_ _0"></span> sınıfın <span class="ff9">p<span class="_ _0"></span>rotected </span>ku<span class="_ _0"></span>rucu işlevine erişilemez. Ancak <span class="_ _0"></span>o sınıftan türetme yap<span class="_ _0"></span>ıldığında </div><div class="t m0 x10 h3 y1152 ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıf <span class="ff1">kuru<span class="_ _9"></span>cu <span class="_ _9"></span><span class="ff2">işlevi taban sınıfın <span class="ff9">protec<span class="_ _0"></span>ted </span>kurucu<span class="_ _0"></span> işlevini<span class="ff1"> </span>çağırabilir.<span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 y1153 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf10c" class="pf w0 h0" data-page-no="10c"><div class="pc pc10c w0 h0"><img class="bi xb y1154 w6 hb8" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">268</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">protected:<span class="ls0"> </span></div><div class="t m0 x12 h11 y3b1 ff8 fs0 fc2 sc0 ls13 ws0">Base(); </div><div class="t m0 x11 h11 y7e7 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y2fb ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y7d2 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y1155 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y7fc ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base {<span class="ls0"> </span></div><div class="t m0 x12 h11 ya1b ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x11 h11 ydb7 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y322 ff8 fs0 fc2 sc0 ls13 ws0">Der();<span class="ls0"> </span></div><div class="t m0 x11 h11 y83a ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y828 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4ab ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y81 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y9c6 ff8 fs0 fc2 sc0 ls13 ws0">Der<span class="ls0"> </span>der_object;<span class="ls0"> <span class="_ _55"> </span></span>//Geçerli </div><div class="t m0 x12 h11 ydcf ff8 fs0 fc2 sc0 ls13 ws0">Base<span class="ls0"> </span>base_object;<span class="ls0"> <span class="_ _6f"> </span>//G<span class="_ _9"></span>eçe<span class="_ _6"></span>rsiz<span class="_ _9"></span>! </span></div><div class="t m0 x1 h12 yd3f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd40 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1156 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 y497 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y102c ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1157 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h60 y206 ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1158 ff2 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _b"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _b"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>c<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _b"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y481 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf nesnesinin ömrü son<span class="_ _0"></span>a erdiğinde o sınıf ne<span class="_ _0"></span>snesi için son<span class="_ _0"></span>landırıcı işlevin çağrıldığını hat<span class="_ _0"></span>ırlıyorsunuz. </div><div class="t m0 x10 h3 y390 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf türünden b<span class="_ _0"></span>ir nesne kendi içinde <span class="_ _0"></span>taban<span class="_ _0"></span> sınıf alt nesnesini içerdiğine gör<span class="_ _0"></span>e, türemiş sınıf nesnesinin </div><div class="t m0 x10 h3 y482 ff2 fs0 fc2 sc0 ls0 ws0">ömrü tamamlandığında, içeril<span class="_ _0"></span>en taban sınıf nesnesinin d<span class="_ _0"></span>e ömrü tamamlan<span class="_ _0"></span>mış olur. Peki bu d<span class="_ _0"></span>urumda, içerilen </div><div class="t m0 x10 h3 y483 ff2 fs0 fc2 sc0 ls0 ws0">taban sınıf nesnesinin sonlan<span class="_ _0"></span>dırıcı işlevi nasıl çağrılır?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1159 ff2 fs0 fc2 sc0 ls0 ws0">İçerilen taban sınıf ne<span class="_ _0"></span>snesi için sonland<span class="_ _0"></span>ırıcı işlevin çağrılması d<span class="_ _0"></span>erleyicinin eklediği bir kod ile olur. <span class="_ _0"></span>Derleyici </div><div class="t m0 x10 h3 y22d ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıf sonlandırıcı iş<span class="_ _0"></span>levinin sonun<span class="_ _0"></span>a taban sınıfın sonland<span class="_ _0"></span>ırıcı işlevine yapılan çağrı k<span class="_ _0"></span>odunu ekler. </div><div class="t m0 x10 h3 y115a ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği derleyer<span class="_ _0"></span>ek çalıştırın.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y104a ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y41e ff8 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf10d" class="pf w0 h0" data-page-no="10d"><div class="pc pc10d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">269</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y9a0 ff8 fs0 fc2 sc0 ls13 ws0">Base() {std::cout &lt;&lt; &quot;Base::Base()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x12 h11 y115b ff8 fs0 fc2 sc0 ls13 ws0">~Base() {std::cout &lt;&lt; &quot;Base::~Base()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 yf9 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y399 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycac ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x11 h11 y115c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y9e1 ff8 fs0 fc2 sc0 ls13 ws0">Der() {std::cout &lt;&lt; &quot;Der::Der()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x12 h11 ydc1 ff8 fs0 fc2 sc0 ls13 ws0">~Der();<span class="ls0"> </span></div><div class="t m0 x11 h11 y115d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y290 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya5b ff8 fs0 fc2 sc0 ls13 ws0">Der::~Der()<span class="ls0"> </span></div><div class="t m0 x11 h11 y115e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yf83 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;Der::~Der()&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 yf4f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y1119 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y800 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 yedc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y115f ff8 fs0 fc2 sc0 ls13 ws0">Der der_object;<span class="ls0"> </span></div><div class="t m0 x11 h11 y9b9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yf26 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yfc7 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yed4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y12b ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> </span></div><div class="t m0 x1 h12 y6ed ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yf91 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y10f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h60 y4e9 ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1ae ff2 fs0 fc2 sc0 ls0 ws0">Programın ekran çıktısı<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1160 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y151 ff8 fs0 fc2 sc0 ls13 ws0">Base::Base()<span class="ls0"> </span></div><div class="t m0 x11 h11 yd7 ff8 fs0 fc2 sc0 ls13 ws0">Der::Der()<span class="ls0"> </span></div><div class="t m0 x11 h11 y1161 ff8 fs0 fc2 sc0 ls13 ws0">Der::~Der()<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf10e" class="pf w0 h0" data-page-no="10e"><div class="pc pc10e w0 h0"><img class="bi xb y1162 w6 hb9" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">270</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">Base::~Base()<span class="ls0"> </span></div><div class="t m0 x1 h2a y396 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc71 ff2 fs0 fc2 sc0 ls0 ws0">şeklinde olur.<span class="ff1"> </span></div><div class="t m0 x1 h1b y2fb ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yfe0 ff8 fs0 fc2 sc0 ls13 ws0">Der::~Der()<span class="ls0"> </span></div><div class="t m0 x11 h11 y422 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yf22 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Der::~Der()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x12 h11 yee4 ff8 fs0 fc2 sc0 ls13 ws0">//Derleyici buraya <span class="ffc">Base ::~Base çağrısını ekliyor!</span><span class="ls0"> </span></div><div class="t m0 x11 h11 y1163 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y1164 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd72 ff2 fs0 fc2 sc0 ls0 ws0">Bu durumun a<span class="_ _0"></span>nlamı şudur. Bir türemiş sınıf nesne<span class="_ _0"></span>si yok edilirken ön<span class="_ _0"></span>ce türemiş sınıfın eklediği kısım yok edilir. </div><div class="t m0 x10 h3 y1165 ff2 fs0 fc2 sc0 ls0 ws0">Daha sonra tab<span class="_ _0"></span>an sınıf kısmı yok edilir. Kurucu<span class="_ _0"></span> ve sonlandırıcı işlevlere ilişkin d<span class="_ _0"></span>aha önce açıklanan<span class="_ _0"></span> kuralı<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1166 ff2 fs0 fc2 sc0 ls0 ws0">anımsayalım. Kurucu<span class="_ _0"></span> işlevler ile sonlandırıcı işle<span class="_ _0"></span>vler ters sırada çağrılır. Yan<span class="_ _0"></span>i kurucu işlevi en ö<span class="_ _0"></span>nce çağrılan </div><div class="t m0 x10 h3 y7e9 ff2 fs0 fc2 sc0 ls0 ws0">nesnenin sonlandırıcı i<span class="_ _0"></span>şlevi en sonra çağrılır. Taban sını<span class="_ _0"></span>fın kurucu ve sonland<span class="_ _0"></span>ırıcı işlevlerinin çağrılması </div><div class="t m0 x10 h3 yf0c ff1 fs0 fc2 sc0 ls0 ws0">durumunda <span class="_ _0"></span>da bu kural geçerlidir. </div><div class="t m0 x1 h3 y83d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y341 ff1 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span>i<span class="_ _b"></span>k<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _3"></span>l<span class="_ _b"></span><span class="ff2 ls40">uş<span class="ls0">t<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span></span></span> <span class="_ _4"></span>K<span class="_ _0"></span>a<span class="_ _3"></span>r<span class="_ _b"></span><span class="ff2">ş<span class="_ _3"></span><span class="ls4a">ıla</span>ş<span class="_ _3"></span>t<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 ya8 ff2 fs0 fc2 sc0 ls0 ws0">Mantıksal ve işlevsel kar<span class="_ _0"></span>şılıkları farklı olsa da, tü<span class="_ _0"></span>retme ile bileşik nesne oluştur<span class="_ _0"></span>manın ortak no<span class="_ _0"></span>ktaları vardır. </div><div class="t m0 x10 h3 y1123 ff2 fs0 fc2 sc0 ls0 ws0">Her iki araçta da b<span class="_ _0"></span>ir sınıf nesnesi bir başka sınıf ne<span class="_ _0"></span>snesini fiziksel olarak iç<span class="_ _0"></span>eri<span class="ff1 ls2a">r.<span class="_ _0"></span><span class="ls0"> </span></span></div><div class="t m0 x10 h11 yba9 ff8 fs0 fc2 sc0 ls13 ws0">class Member {<span class="ls0"> </span></div><div class="t m0 x2 h11 y1167 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y187 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y1168 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yc8b ff8 fs0 fc2 sc0 ls13 ws0">class Owner { </div><div class="t m0 x2 h11 y29c ff8 fs0 fc2 sc0 ls13 ws0">Member m;<span class="ls0"> </span></div><div class="t m0 x2 h11 y1016 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y1169 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 y116a ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y116b ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Owner </span>sınıfı <span class="ff9">Membe<span class="_ _0"></span>r </span>sınıfı türünden b<span class="_ _0"></span>ir elemana sahiptir. <span class="_ _0"></span><span class="ff9">Owner </span>sınıfı t<span class="_ _0"></span>üründen bir n<span class="_ _0"></span>esne </div><div class="t m0 x10 h3 ya23 ff2 fs0 fc2 sc0 ls0 ws0">yaratıldığında b<span class="_ _0"></span>u nesnenin içinde <span class="_ _0"></span><span class="ff9">Member </span>sınıfı türünden b<span class="_ _0"></span>ir içsel nesne (<span class="_ _0"></span><span class="ff9 ls1c">embedded <span class="ls0">object</span></span>) de yer alır. <span class="ff9">Me<span class="_ _0"></span>mber </span></div><div class="t m0 x10 h3 ya51 ff2 fs0 fc2 sc0 ls0 ws0">sınıfı türünden içsel nesn<span class="_ _0"></span>e <span class="ff10 ls34">m‟</span>nin varsayılan k<span class="_ _0"></span>urucu işlevi, <span class="ff9">O<span class="_ _0"></span>wner </span>sınıfının kurucu işle<span class="_ _0"></span>vlerinin başına derleyici </div><div class="t m0 x10 h3 y8e3 ff2 fs0 fc2 sc0 ls0 ws0">tarafından eklenen edilen bir <span class="_ _0"></span>kodla çağrılır. Yine <span class="_ _0"></span><span class="ff9">Member <span class="_ _0"></span></span>sınıfı türünd<span class="_ _0"></span>en içsel nesne <span class="ff10 ls34">m‟</span>ni<span class="_ _0"></span>n sonlandırıcı işlevi, </div><div class="t m0 x10 h3 y116c ff9 fs0 fc2 sc0 ls5e ws0">Ow<span class="ls0">ner <span class="ff2">sınıfının sonlan<span class="_ _0"></span>dırıcı işlevinin eklenen edil<span class="_ _0"></span>en kodla çağrılır. İçerilen n<span class="_ _0"></span>esne <span class="_ _0"></span><span class="ff10 ls34">m‟</span>nin varsay<span class="_ _0"></span>ılan kurucu </span></span></div><div class="t m0 x10 h3 y116d ff2 fs0 fc2 sc0 ls0 ws0">işlevinin değil de, parametreli <span class="_ _0"></span>kurucu işlevlerinden birisin<span class="_ _0"></span>in çağrılması <span class="_ _0"></span><span class="ff9">MIL </span>sözdizimiyle <span class="_ _0"></span>mümkün kılın<span class="_ _0"></span>mıştır. </div><div class="t m0 x10 h3 yaa5 ff2 fs0 fc2 sc0 ls0 ws0">Şimdi de türetmeye bakalım<span class="_ _0"></span>:<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf10f" class="pf w0 h0" data-page-no="10f"><div class="pc pc10f w0 h0"><img class="bi xb y116e w6 hba" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">271</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y1b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y154 ff8 fs0 fc2 sc0 ls13 ws0">class Base{<span class="ls0"> </span></div><div class="t m0 x12 h11 y632 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y71f ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y2c8 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116f ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base {<span class="ls0"> </span></div><div class="t m0 x12 h11 yeda ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y84d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h22 y409 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydc2 ff9 fs0 fc2 sc0 ls0 ws0">Der <span class="ff2">sınıfı türünden b<span class="_ _0"></span>ir nesne yaratıldığında b<span class="_ _0"></span>u nesnenin içinde <span class="_ _0"></span></span>Base <span class="ff1">türü<span class="_ _0"></span>nden bir alt nesne (<span class="_ _0"></span></span>subobject<span class="_ _0"></span><span class="ff2">) yer alır. </span></div><div class="t m0 x10 h3 ydc3 ff2 fs0 fc2 sc0 ls0 ws0">Bu alt nesne türemiş sınıf olan<span class="_ _0"></span> <span class="_ _0"></span><span class="ff9">Der </span>sınıfının taban<span class="_ _0"></span> sınıf olan <span class="ff9">Base </span>sınıfından<span class="_ _0"></span> devir aldığı<span class="ff1"> </span>kıs<span class="_ _0"></span>ımdır. Derleyici </div><div class="t m0 x10 h3 y324 ff2 fs0 fc2 sc0 ls0 ws0">ürettiği kodda <span class="_ _0"></span><span class="ff9">Der </span>sınıfının kurucu<span class="_ _0"></span> işlevlerinin başına taban sınıfın var<span class="_ _0"></span>sayılan kurucu işlevi<span class="_ _0"></span>ne yapılan bir ça<span class="_ _0"></span>ğrı </div><div class="t m0 x10 h3 y4aa ff2 fs0 fc2 sc0 ls0 ws0">kodunu ekler. Taban<span class="_ _0"></span> sınıf nesnesinin sonlandırıcı i<span class="_ _0"></span>şlevinin çağrılması da <span class="_ _0"></span>yine, türemiş sınıfın sonlan<span class="_ _0"></span>dırıcı </div><div class="t m0 x10 h3 y4ab ff2 fs0 fc2 sc0 ls0 ws0">işlevinin koduna <span class="_ _0"></span>derleyici tarafından otomatik o<span class="_ _0"></span>larak eklenen, tab<span class="_ _0"></span>an sınıfın sonlandırıcı işleve yap<span class="_ _0"></span>ılan çağrı </div><div class="t m0 x10 h3 y4ac ff2 fs0 fc2 sc0 ls0 ws0">koduyla sağlanır. Türemi<span class="_ _0"></span>ş sınıf nesnesinin yar<span class="_ _0"></span>atılması sırasında tab<span class="_ _0"></span>an sınıf nesnesi için parametreli bir k<span class="_ _0"></span>urucu </div><div class="t m0 x10 h3 y4ad ff2 fs0 fc2 sc0 ls0 ws0">işlevinin çağrılması yine <span class="_ _0"></span><span class="ff9">MIL <span class="ff1">sözdizimiyle </span></span>mü<span class="_ _0"></span>mkün kılınmıştır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y83 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y56f ff2 fs0 fc2 sc0 ls0 ws0">Fiziksel karşılıkları birbirine <span class="_ _0"></span><span class="ff1 ls15">bu </span>kadar yakında <span class="ff1">olsa<span class="_ _6"></span> <span class="ff2">iki aracın<span class="_ _0"></span> mantıksal karşılıkları farklı old<span class="_ _0"></span>uğu gibi modelledikleri </span></span></div><div class="t m0 x10 h3 y1170 ff2 fs0 fc2 sc0 ls0 ws0">durumlar da ta<span class="_ _0"></span>mamen farklıdır. Bileşik nesneler &quot;<span class="_ _0"></span><span class="ff9">has a<span class="_ _0"></span></span>&quot; ilişkisini modellerken tü<span class="_ _0"></span>retme &quot;<span class="ff9">is a</span>&quot; ilişki<span class="_ _0"></span>sini modeller. </div><div class="t m0 x10 h3 yac5 ff2 fs0 fc2 sc0 ls0 ws0">Bazı durumlarda iki <span class="_ _0"></span>sınıf arasında bir sahip<span class="_ _0"></span>lik ilişkisi <span class="ff1">mi <span class="_ _9"></span>yoksa b<span class="_ _0"></span>ir genellik - <span class="ff2">özellik ilişkisi </span>mi <span class="ff2">olduğu kolayca </span></span></div><div class="t m0 x10 h3 ye93 ff2 fs0 fc2 sc0 ls0 ws0">anlaşılamayabilir. Yani bir b<span class="_ _0"></span>ileşik nesne <span class="ff1">mi </span>oluşturulmalıdır yoksa bir sınıf <span class="_ _0"></span>mı<span class="_ _9"></span> <span class="ff1">türetilmelidir? Bir proje içind<span class="_ _0"></span>e </span></div><div class="t m0 x10 h3 y1171 ff1 fs0 fc2 sc0 ls56 ws0">tan<span class="ff2 ls0">ımlanacak sınıfların neler o<span class="_ _0"></span>lacağını saptamak, <span class="_ _0"></span></span><span class="ls15">bu <span class="ff2 ls0">sınıflar arasındaki ilişkilerin t<span class="_ _0"></span>ürünü belirlemek için <span class="_ _0"></span>bazı<span class="_ _9"></span> </span></span></div><div class="t m0 x10 h3 y5fa ff2 fs0 fc2 sc0 ls0 ws0">teknikler kullanılır. Bu teknikle<span class="_ _0"></span>re ileride değineceğiz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y3e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y168 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>p<span class="_ _3"></span>r<span class="_ _3"></span>o<span class="_ _b"></span>t<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>ö<span class="_ _3"></span>l<span class="_ _3"></span>ü<span class="_ _3"></span>m<span class="_ _3"></span>ü<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y8c ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın <span class="ff9">protected <span class="_ _0"></span></span>bölümü yalnızca türetme yap<span class="_ _0"></span>ıldığında anlam ka<span class="_ _0"></span>zanan<span class="_ _0"></span> bir bölümdür. Bu<span class="_ _0"></span> bölüm tıpkı <span class="ff9">p<span class="_ _0"></span>rivate </span></div><div class="t m0 x10 h3 y514 ff2 fs0 fc2 sc0 ls0 ws0">bölümü gibi dışarıya ka<span class="_ _0"></span>palıdır. Ancak bir t<span class="_ _0"></span>üretme yapıldığında türemiş sınıfın üy<span class="_ _0"></span>e işlevleri tarafından<span class="_ _0"></span> taban </div><div class="t m0 x10 h3 y1172 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın <span class="ff9">protected <span class="_ _0"></span></span>bölümüne erişilebilir. Yani <span class="_ _0"></span><span class="ff9">private <span class="ff1">bölü<span class="_ _0"></span>mü ile </span>protecte<span class="_ _0"></span>d </span>bölümü a<span class="_ _0"></span>rasındaki fark şudur. Türem<span class="_ _0"></span>iş </div><div class="t m0 x10 h3 y1173 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın işlevleri taban<span class="_ _0"></span> sınıfın <span class="ff9">private <span class="_ _0"></span></span>bölümüne erişemezken tab<span class="_ _0"></span>an sınıfın <span class="ff9">p<span class="_ _0"></span>rotected <span class="_ _0"></span></span>bölümüne erişebilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y3c6 ff2 fs0 fc2 sc0 ls0 ws0">Bu durumda b<span class="_ _0"></span>ir sınıfın<span class="ff1"> </span></div><div class="t m0 x1 hd ye97 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yd3 ff6 fs0 fc2 sc0 ls0 ws0">-<span class="ff7"> <span class="_ _3"></span><span class="ff9">public<span class="_ _0"></span> <span class="ff2">bölümü tüm kod<span class="_ _0"></span>ların her zaman erişebileceği bir<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span>bö<span class="_ _0"></span>lümüdür. </span></span></span></span></div><div class="t m0 x10 he y7cd ff6 fs0 fc2 sc0 ls0 ws0">-<span class="ff7"> <span class="_ _3"></span><span class="ff9">private <span class="_ _0"></span><span class="ff2">bölümü yalnızca sınıfın<span class="_ _0"></span> kendi üye <span class="_ _0"></span>işlevlerinin ve arkadaş işlevlerin eri<span class="_ _0"></span>şebileceği bir bölümdür.<span class="_ _0"></span><span class="ff1"> </span></span></span></span></div><div class="t m0 x10 he y8af ff6 fs0 fc2 sc0 ls0 ws0">-<span class="ff7"> <span class="_ _3"></span><span class="ff9">protec<span class="_ _0"></span>ted <span class="ff2">bölümü sınıfın kend<span class="_ _0"></span>i üye işlevlerinin ve arkadaş i<span class="_ _0"></span>şlevlerinin yanı sıra tü<span class="_ _0"></span>remiş sınıf üye işlevlerinin </span></span></span></div><div class="t m0 x10 h3 yde2 ff2 fs0 fc2 sc0 ls0 ws0">de erişebileceği bir bölümdür.<span class="_ _0"></span> Türemiş sınıf üye işle<span class="_ _0"></span>vlerinin erişebilmesi on<span class="_ _0"></span>u <span class="_ _0"></span><span class="ff9">private <span class="ff1">bölümden </span></span>ayırır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y81f ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf110" class="pf w0 h0" data-page-no="110"><div class="pc pc110 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">272</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Peki hangi elemanlar ve üye i<span class="_ _0"></span>şlevler sınıfın <span class="_ _0"></span><span class="ff9">protected <span class="_ _0"></span></span>bölümüne yerleştirilmelidir<span class="_ _0"></span>? İşte buna ka<span class="_ _0"></span>rar verebilmek </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">için önce sorulması g<span class="_ _0"></span>ereken soru şudu<span class="_ _0"></span>r: &quot;Tasarlanan sınıfta<span class="_ _0"></span>n türetme yapılacağını dü<span class="_ _0"></span>şünülüyor mu?&quot;. Eğer </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">düşünülüyorsa t<span class="_ _0"></span>üreten kod parçası han<span class="_ _0"></span>gi elemanlarından ve işlevlerin<span class="_ _0"></span>den faydalanabilir? İşte türet<span class="_ _0"></span>meyi yapan </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">kod parçasının d<span class="_ _0"></span>oğrudan kullanabileceği, onun<span class="_ _0"></span> işlerini kolaylaştıracağı düşün<span class="_ _0"></span>ülen üye işlevler ve veri </div><div class="t m0 x10 h3 y1f4 ff2 fs0 fc2 sc0 ls0 ws0">elemanları sınıfın <span class="ff9">p<span class="_ _0"></span>rotected </span>bölümün<span class="_ _0"></span>e yerleştirilmelidir. Bö<span class="_ _0"></span>ylelikle bu elemanlar <span class="_ _0"></span>ve üye işlevler dışarının </div><div class="t m0 x10 h3 y1f5 ff2 fs0 fc2 sc0 ls0 ws0">algısından uzaklaştırılarak <span class="_ _0"></span>yalnızca türetme işlemini y<span class="_ _0"></span>apacak kodların<span class="_ _0"></span> kullanımına sunulur. Örneğin tarih<span class="_ _0"></span> </div><div class="t m0 x10 h3 y1174 ff2 fs0 fc2 sc0 ls0 ws0">işlemlerini yapan <span class="_ _0"></span><span class="ff9">Date </span>sınıfına bak<span class="_ _0"></span>alım. Bu sınıftan bir sınıf türetip b<span class="_ _0"></span>u sınıfa yeni işlevler ekleme<span class="_ _0"></span><span class="ff1">k <span class="_ _0"></span>istenirse <span class="ff9 ls14">day</span><span class="ls17">, </span></span></div><div class="t m0 x10 h3 y252 ff9 fs0 fc2 sc0 ls0 ws0">month<span class="ff1 ls17">, </span>yea<span class="_ _0"></span>r <span class="ff2">elemanları doğrudan kullanıllması için bu<span class="_ _0"></span> elemanlar sınıfın <span class="_ _0"></span></span>protecte<span class="_ _0"></span>d <span class="ff2">bölümüne yerleştirilebilir. </span></div><div class="t m0 x10 h3 y1175 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın <span class="ff9">protecte<span class="_ _0"></span>d </span>arayüzü kendisinden tü<span class="_ _0"></span>retme yapan sınıfları ilgilend<span class="_ _0"></span>iren bir arayüzdü<span class="_ _0"></span>r.<span class="ff1"> </span></div><div class="t m0 x1 h1b y10bc ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y10c2 ff8 fs0 fc2 sc0 ls13 ws0">class Date { </div><div class="t m0 x11 h11 yae9 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yc87 ff8 fs0 fc2 sc0 ls13 ws0">Date();<span class="ls0"> </span></div><div class="t m0 x12 h11 y13a ff8 fs0 fc2 sc0 ls13 ws0">Date(int day, int month, int year);<span class="ls0"> </span></div><div class="t m0 x12 h11 y9e4 ffc fs0 fc2 sc0 ls13 ws0">// … </div><div class="t m0 x11 h11 y5b0 ff8 fs0 fc2 sc0 ls13 ws0">protected:<span class="ls0"> </span></div><div class="t m0 x12 h11 y7aa ff8 fs0 fc2 sc0 ls13 ws0">int day, month year;<span class="ls0"> </span></div><div class="t m0 x11 h11 y6cb ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y9c7 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf6a ff8 fs0 fc2 sc0 ls13 ws0">class SpecialDate : public Date{<span class="ls0"> </span></div><div class="t m0 x12 h11 y1176 ffc fs0 fc2 sc0 ls13 ws0">// Yeni üye işlevler ve elemanlar<span class="ff8 ls0"> </span></div><div class="t m0 x11 hac y1177 ff15 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 hbb y72d ff15 fs15 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1178 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın <span class="ff9">protecte<span class="_ _0"></span>d </span>bölümü koruma b<span class="_ _0"></span>akımından <span class="_ _0"></span><span class="ff9">private </span>bölümden ge<span class="_ _0"></span>vşek <span class="ff9">public </span></div><div class="t m0 x10 h3 y819 ff2 fs0 fc2 sc0 ls0 ws0">bölümden sıkı olduğuna <span class="_ _0"></span>dikkat edin. <span class="_ _0"></span>Şimdi yerleşim bakımın<span class="_ _0"></span>dan bir özet yap<span class="_ _0"></span>alım.<span class="ff1"> </span></div><div class="t m0 x1 h3 y81a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y6d4 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><div class="c x18 ya41 w19 hbc"><div class="t m0 x19 h4 y1179 ff3 fs0 fc2 sc0 ls0 ws0">Bölüm </div></div><div class="c x56 ya41 w1a hbc"><div class="t m0 x42 h4 y1179 ff5 fs0 fc2 sc0 ls0 ws0">Neler Yerleştirilmeli?<span class="_ _0"></span><span class="ff3"> </span></div></div><div class="c x18 y702 w19 hbd"><div class="t m0 x19 h1e y117a ff9 fs0 fc2 sc0 ls0 ws0">public </div></div><div class="c x56 y702 w1a hbd"><div class="t m0 x42 h3 y117b ff2 fs0 fc2 sc0 ls0 ws0">Dışarıdan tüm kodların ça<span class="_ _0"></span>ğırabileceği üye işl<span class="_ _0"></span>evler, tüm kodların kullan<span class="_ _0"></span>abileceği </div><div class="t m0 x42 h3 y117c ff1 fs0 fc2 sc0 ls0 ws0">elemanlar ve bildirimler<span class="_ _0"></span> </div></div><div class="c x18 y88a w19 hbe"><div class="t m0 x19 h1e y117b ff9 fs0 fc2 sc0 ls0 ws0">protected </div></div><div class="c x56 y88a w1a hbe"><div class="t m0 x42 h3 y117d ff2 fs0 fc2 sc0 ls0 ws0">Dışarıdan erişilmesi istenmey<span class="_ _0"></span>en, yalnızca sınıftan<span class="_ _0"></span><span class="ff1"> </span>türetme y<span class="_ _0"></span>apacak kod<span class="_ _0"></span>ların erişmesi istenilen </div><div class="t m0 x42 h3 y117e ff2 fs0 fc2 sc0 ls0 ws0">üye işlevler, elemanlar ve bildi<span class="_ _0"></span>rimler<span class="ff1"> </span></div></div><div class="c x18 y5eb w19 hbf"><div class="t m0 x19 h1e y117e ff9 fs0 fc2 sc0 ls0 ws0">private </div></div><div class="c x56 y5eb w1a hbf"><div class="t m0 x42 h3 y117f ff2 fs0 fc2 sc0 ls0 ws0">Yalnızca sınıfın kendi ko<span class="_ _0"></span>dlarının erişmesi istenilen üy<span class="_ _0"></span>e işlevler, elemanlar ve bildiri<span class="_ _0"></span>mler.<span class="_ _0"></span><span class="ff1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h5e y4bb ff1 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h5e y1180 ff1 fs14 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf111" class="pf w0 h0" data-page-no="111"><div class="pc pc111 w0 h0"><img class="bi xb y1181 w6 hc0" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">273</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>i<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ş<span class="_ _3"></span>i<span class="_ _b"></span>s<span class="_ _3"></span>i<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1064 ff2 fs0 fc2 sc0 ls0 ws0">Türetme işlemi birden fazla <span class="_ _0"></span>kademeyi içerebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1182 ff2 fs0 fc2 sc0 ls0 ws0">Bir taban sınıftan farklı tü<span class="_ _0"></span>retme işlemleriyle doğrudan<span class="_ _0"></span> yeni sınıflar türetilebilir. Örn<span class="_ _0"></span>eğin &quot;<span class="_ _0"></span><span class="ff9">Araç<span class="ff1">&quot; isimli b<span class="_ _0"></span>ir </span></span></div><div class="t m0 x10 h3 y1183 ff2 fs0 fc2 sc0 ls0 ws0">sınıftan, &quot;<span class="ff10">hava aracı<span class="_ _0"></span><span class="ff1">&quot;, &quot;</span>kara aracı<span class="_ _0"></span><span class="ff1">&quot;, &quot;</span>deniz aracı</span>&quot; sınıfları <span class="_ _0"></span>türetilebilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y1184 ff2 fs0 fc2 sc0 ls0 ws0">Bir taban sınıftan tü<span class="_ _0"></span>retilmiş bir sınıfın kendisi bu kez taban<span class="_ _0"></span> sınıf<span class="_ _0"></span><span class="ff1"> </span>olarak ku<span class="_ _0"></span>llanılarak da yeni bir tü<span class="_ _0"></span>retme </div><div class="t m0 x10 h3 y7be ff2 fs0 fc2 sc0 ls0 ws0">yapılabilir. Örneğin &quot;<span class="ff10">Kara A<span class="_ _0"></span>racı<span class="_ _0"></span></span>&quot; sınıfından &quot;<span class="ff9">otomob<span class="_ _0"></span>il</span>&quot; sınıfı türetilip bu k<span class="_ _0"></span>ez &quot;<span class="ff9">otomobil<span class="_ _0"></span></span>&quot; sınıfından da, &quot;<span class="ff10">Yarış </span></div><div class="t m0 x10 h3 y1185 ff9 fs0 fc2 sc0 ls0 ws0">Otomobilir<span class="ff2">&quot; sınıfı türetil<span class="_ _0"></span>ebilir.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y931 ff2 fs0 fc2 sc0 ls0 ws0">Bir türetme zinciri içinde <span class="_ _0"></span>mantıksal olarak ilişkisi ku<span class="_ _0"></span>rulan <span class="_ _0"></span>sınıfların tümüne &quot;<span class="ff10">sınıf hiyera<span class="_ _0"></span>rşisi<span class="ff1">&quot; denir. Türet<span class="_ _0"></span>meden </span></span></div><div class="t m0 x10 h3 ybe6 ff2 fs0 fc2 sc0 ls0 ws0">elde edilmek istenen ana fay<span class="_ _0"></span>dalardan biri, <span class="_ _0"></span>türetme hiyerarşi içinde yer alan sınıfların t<span class="_ _0"></span>ümü üzerind<span class="_ _0"></span>e belirli </div><div class="t m0 x10 h3 yce6 ff2 fs0 fc2 sc0 ls0 ws0">işlemleri yapacak orta<span class="_ _0"></span>k kodların, hiyerarşinin tepesinde yer <span class="_ _0"></span>alan sınıfa dayalı o<span class="_ _0"></span>larak yaz<span class="_ _3"></span>ılması<span class="_ _9"></span>dır. Bu kon<span class="_ _0"></span>uyu </div><div class="t m0 x10 h3 y1186 ff2 fs0 fc2 sc0 ls0 ws0">ileride ayrıntılı olarak ele ala<span class="_ _0"></span>cağız.<span class="ff1"> </span></div><div class="t m0 x1 h1b y694 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y45d ff2 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ş<span class="_ _b"></span>i<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>k<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _b"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _11"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y752 ff2 fs0 fc2 sc0 ls0 ws0">Başka bir sınıftan türetil<span class="_ _0"></span>en bir sınıf, yine bir başka sınıf türü<span class="_ _0"></span>nden eleman<span class="_ _0"></span>a sahip olabilir. Bu du<span class="_ _0"></span>rumda kurucu </div><div class="t m0 x10 h3 yb5c ff2 fs0 fc2 sc0 ls0 ws0">işlevler hangi sıraya göre çağr<span class="_ _0"></span>ılır?<span class="ff1"> </span></div><div class="t m0 x10 h3 y1187 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş bir sınıfın başka sını<span class="_ _0"></span>f türünd<span class="_ _0"></span>en bir nesneye sahip olması durumun<span class="_ _0"></span>da, önce taban<span class="_ _0"></span> sınıfın kurucu işlevi </div><div class="t m0 x10 h3 y77b ff2 fs0 fc2 sc0 ls0 ws0">çağrılır. Taban sınıfın (ya <span class="_ _0"></span>da sınıfların) kurucu işlevleri ça<span class="_ _0"></span>ğrıldıktan sonra b<span class="_ _0"></span>u kez eleman olarak içerilen sınıf </div><div class="t m0 x10 h3 y1188 ff2 fs0 fc2 sc0 ls0 ws0">nesneleri için kurucu işl<span class="_ _0"></span>evleri çağrılır. Aşağıdak<span class="_ _0"></span>i programı derleyerek çalı<span class="_ _0"></span>ştırın:<span class="ff1"> </span></div><div class="t m0 x1 h3 y4e0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye28 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y449 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1189 ff8 fs0 fc2 sc0 ls13 ws0">class Member { </div><div class="t m0 x11 h11 yadd ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ya81 ff8 fs0 fc2 sc0 ls13 ws0">Member() {std::cout &lt;&lt; &quot;Member::Member()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x12 h11 yef9 ff8 fs0 fc2 sc0 ls13 ws0">~Member() {std::cout &lt;&lt; &quot;Member::~Member()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y544 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y418 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y118a ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 y482 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y6ef ff8 fs0 fc2 sc0 ls13 ws0">Base() {std::cout &lt;&lt; &quot;Base::Base()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x12 h11 ya86 ff8 fs0 fc2 sc0 ls13 ws0">~Base() {std::cout &lt;&lt; &quot;Base::~Base()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y3ac ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 ye5e ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y118b ff8 fs0 fc2 sc0 ls13 ws0">class DerComp: public Base { </div><div class="t m0 x12 h11 y71c ff8 fs0 fc2 sc0 ls13 ws0">Member mem;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf112" class="pf w0 h0" data-page-no="112"><div class="pc pc112 w0 h0"><img class="bi xb y118c w6 hc1" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">274</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1b3 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y2a6 ff8 fs0 fc2 sc0 ls13 ws0">DerComp() {std::cout &lt;&lt; &quot;DerComp::DerComp()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x12 h11 y105a ff8 fs0 fc2 sc0 ls13 ws0">~DerComp() {std::cout &lt;&lt; &quot;DerComp::~DerComp()&quot;<span class="ls0"> </span>&lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y213 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y118d ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y118e ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y908 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1005 ff8 fs0 fc2 sc0 ls13 ws0">DerComp d;<span class="ls0"> </span></div><div class="t m0 x11 h11 yd8c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y118f ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye2 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 ye3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y36c ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> </span></div><div class="t m0 x1 h12 y1190 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd63 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 ya7d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y7db ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yeff ff2 fs0 fc2 sc0 ls0 ws0">Programın ekran çıktısı :<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye69 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y740 ff8 fs0 fc2 sc0 ls13 ws0">Base::Base() </div><div class="t m0 x11 h11 y9f7 ff8 fs0 fc2 sc0 ls13 ws0">Member::Member() </div><div class="t m0 x11 h11 y1191 ff8 fs0 fc2 sc0 ls13 ws0">DerComp::DerComp() </div><div class="t m0 x11 h11 y1192 ff8 fs0 fc2 sc0 ls13 ws0">DerComp::~DerComp() </div><div class="t m0 x11 h11 y205 ff8 fs0 fc2 sc0 ls13 ws0">Member::~Member() </div><div class="t m0 x11 h11 y743 ff8 fs0 fc2 sc0 ls13 ws0">Base::~Base()<span class="ls0"> </span></div><div class="t m0 x1 h1c y1193 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h1c y682 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h1c y4d3 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1d1 ff1 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _b"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _f"></span></span> </div><div class="t m0 x10 h3 y6a0 ff2 fs0 fc2 sc0 ls0 ws0">Bilinirlik alanı <span class="ff9">(scope) <span class="_ _0"></span></span>bir ismin d<span class="_ _0"></span>erleyici tarafından tanınab<span class="_ _0"></span>ildiği program aralığıdır. C ve C++ da <span class="_ _0"></span>bir blok içinde </div><div class="t m0 x10 h3 y3c9 ff2 fs0 fc2 sc0 ls0 ws0">aynı isimli birden fazla değ<span class="_ _0"></span>işken biliniyorsa o b<span class="_ _0"></span>lok içinde aynı isimli değişken k<span class="_ _0"></span>ullanıldığında dar<span class="_ _0"></span> bilinirlik alanına </div><div class="t m0 x10 h3 y1194 ff2 fs0 fc2 sc0 ls0 ws0">sahip olana erişilir. <span class="_ _0"></span>Yani dar bilinirlik alanın<span class="_ _0"></span>daki isim kendisini kapsay<span class="_ _0"></span>an daha geniş bilinirlik ala<span class="_ _0"></span>nında bulunan </div><div class="t m0 x10 h3 y172 ff1 fs0 fc2 sc0 ls0 ws0">ismi maskeler. </div><div class="t m0 x10 h3 y54b ff2 fs0 fc2 sc0 ls0 ws0">Onun görülmesini engell<span class="_ _0"></span>er. Aynı kura<span class="_ _0"></span>l C++‟ da türetme işlemlerini kapsayacak <span class="_ _0"></span>biçimde geçerlidir. Ön<span class="_ _0"></span>ce şu </div><div class="t m0 x10 h3 yde4 ff2 fs0 fc2 sc0 ls0 ws0">soruyu soralım: Türet<span class="_ _0"></span>me durumunda taba<span class="_ _0"></span>n sınıf türemiş sın<span class="_ _0"></span>ıf tarafından erişilebildiğine g<span class="_ _0"></span>öre taban sınıftaki </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf113" class="pf w0 h0" data-page-no="113"><div class="pc pc113 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">275</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">bir isim mi daha d<span class="_ _0"></span>ar bilinirlik alanına sahiptir, t<span class="_ _0"></span>üremiş sınıftaki bir isim mi? <span class="_ _0"></span>Türemiş sınıftaki isim değil mi? </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">Çünkü taban<span class="_ _0"></span> sınıftaki isimler hem kendi sınıfı içinde he<span class="_ _0"></span>m de türemiş sı<span class="_ _0"></span>nıf içind<span class="_ _0"></span>e kullanıldığına <span class="_ _0"></span>göre<span class="ff1"> </span>daha <span class="_ _0"></span>geniş </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">bir bilinirlik alanına <span class="_ _0"></span>sahiptir. Bu duru<span class="_ _0"></span>mda hem taban sınıf içinde hem de türem<span class="_ _0"></span>iş sınıf içinde ayn<span class="_ _0"></span>ı isimli bir </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">değişken varsa türemiş sını<span class="_ _0"></span>f üye işlevleri içinde o değişken k<span class="_ _0"></span>ullanıldığında,<span class="_ _0"></span> dar bilinirlik alanına sa<span class="_ _3"></span><span class="ff1">hip olan yani </span></div><div class="t m0 x10 h3 y1f4 ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıfta tanımlanmı<span class="_ _0"></span>ş olan anlaşılır. Aşağıdaki kod<span class="_ _0"></span>u inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y634 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb91 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 y78d ff8 fs0 fc2 sc0 ls13 ws0">protected:<span class="ls0"> </span></div><div class="t m0 x12 h11 y8d0 ff8 fs0 fc2 sc0 ls13 ws0">int b; </div><div class="t m0 x11 h11 y1d9 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y73a ff8 fs0 fc2 sc0 ls13 ws0">Base():b(0){}<span class="ls0"> </span></div><div class="t m0 x12 h11 yd39 ff8 fs0 fc2 sc0 ls13 ws0">void display()const;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1195 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 ye65 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1196 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y81 ff8 fs0 fc2 sc0 ls13 ws0">void Base::display()const<span class="ls0"> </span></div><div class="t m0 x11 h11 y754 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y8da ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;b = &quot; &lt;&lt; b &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 ye32 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yee6 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye69 ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x12 h11 y5f ff8 fs0 fc2 sc0 ls13 ws0">int b;<span class="ls0"> </span></div><div class="t m0 x11 h11 ycf8 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ye35 ff8 fs0 fc2 sc0 ls13 ws0">Der():b(1){}<span class="ls0"> </span></div><div class="t m0 x12 h11 y47e ff8 fs0 fc2 sc0 ls13 ws0">void set(int);<span class="ls0"> </span></div><div class="t m0 x12 h11 y1cc ff8 fs0 fc2 sc0 ls13 ws0">void display() const; </div><div class="t m0 x12 h11 y730 ff8 fs0 fc2 sc0 ls13 ws0">void func() const;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1150 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y10fd ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb97 ff8 fs0 fc2 sc0 ls13 ws0">void Der::set(int val)<span class="ls0"> </span></div><div class="t m0 x11 h11 y702 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1197 ff8 fs0 fc2 sc0 ls0 ws0">b = <span class="ls13">val;</span> <span class="_ _3f"> </span><span class="ls13">//Der::b =</span> <span class="ls13">val;</span> </div><div class="t m0 x11 h11 y1198 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y1199 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1152 ff8 fs0 fc2 sc0 ls13 ws0">void Der::display()const<span class="ls0"> </span></div><div class="t m0 x11 h11 yc37 ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf114" class="pf w0 h0" data-page-no="114"><div class="pc pc114 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">276</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;b = &quot; &lt;&lt; b &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y10dd ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y48a ff8 fs0 fc2 sc0 ls13 ws0">void Der::func()const<span class="ls0"> </span></div><div class="t m0 x11 h11 y119a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y110a ff8 fs0 fc2 sc0 ls13 ws0">display();<span class="ls0"> </span></div><div class="t m0 x11 h11 ybc ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y381 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y825 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">Der <span class="ff2">sınıfının </span>set <span class="_ _0"></span><span class="ff2">üye işlevi içind<span class="_ _0"></span>e kullanılan <span class="_ _0"></span></span><span class="ls14">b </span><span class="ff2">ismi, daha dar bilinirlik a<span class="_ _0"></span>lanına sahip olan <span class="_ _0"></span></span>Der <span class="ff2">sınıfının </span><span class="ls14">b </span></span></div><div class="t m0 x10 h3 ycdc ff2 fs0 fc2 sc0 ls0 ws0">isimli elemanına ilişkind<span class="_ _0"></span>ir. <span class="ff9">Der </span>sınıfının <span class="_ _0"></span><span class="ff9 ls14">b </span>isimli elemanı <span class="ff9">Base </span>sınıfının <span class="_ _0"></span><span class="ff9 ls14">b </span>isimli elemanını maskeler yan<span class="_ _0"></span>i </div><div class="t m0 x10 h3 y9a5 ff2 fs0 fc2 sc0 ls0 ws0">görünmesini engeller. <span class="_ _0"></span>Tabii eğer <span class="ff9">Der </span>sın<span class="_ _0"></span>ıfının <span class="ff9 ls14">b </span>isimli bir elemanı o<span class="_ _0"></span>lmasaydı burada ku<span class="_ _0"></span>llanılan <span class="_ _0"></span><span class="ff9">b, Base </span>sınıfına </div><div class="t m0 x10 h3 y119b ff2 fs0 fc2 sc0 ls0 ws0">ilişkin<span class="ff1"> olurdu. </span></div><div class="t m0 x10 h3 y119c ff2 fs0 fc2 sc0 ls0 ws0">Ayrıca <span class="ff9">Base </span>sınıfının <span class="_ _0"></span><span class="ff9">display </span>üye işlevi içinde kullan<span class="_ _0"></span>ılan <span class="ff9 ls14">b </span>ele<span class="_ _0"></span>manı <span class="ff9">Base </span>sınıfına ilişkin olan<span class="_ _0"></span>dır. Zaten t<span class="_ _0"></span>aban </div><div class="t m0 x10 h3 yb9c ff2 fs0 fc2 sc0 ls0 ws0">sınıf türemiş sınıfa erişemediğ<span class="_ _0"></span>ine göre hiçbir biçi<span class="_ _0"></span>mde bunun <span class="_ _0"></span><span class="ff9">Base </span>sınıfına ili<span class="_ _0"></span>şkin olması söz k<span class="_ _0"></span>onusu değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y935 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf içinde aynı isimli<span class="_ _0"></span> taban sınıf elemanlarına <span class="_ _0"></span>ve işlevlerine çözünürlük <span class="_ _0"></span>işleci ile erişilebilir<span class="_ _0"></span>. <span class="_ _0"></span>Örneğin </div><div class="t m0 x10 h3 y3d6 ff1 fs0 fc2 sc0 ls0 ws0">bu kez <span class="ff9">Der <span class="ff2">sınıfının iki p<span class="_ _0"></span>arametreli </span>set <span class="ff2">isimli bir ü<span class="_ _0"></span>ye işlevi daha o<span class="_ _0"></span>lduğunu düşünelim:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h16 y21e ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y388 ff8 fs0 fc2 sc0 ls13 ws0">void Der::set(int x, int y)<span class="ls0"> </span></div><div class="t m0 x10 h11 y119d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ya4d ff8 fs0 fc2 sc0 ls13 ws0">b = x;<span class="ls0"> </span></div><div class="t m0 x2 h11 y1c8 ff8 fs0 fc2 sc0 ls13 ws0">Base::b = y;<span class="ls0"> </span></div><div class="t m0 x10 h11 yc08 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y6d1 ff2 fs0 fc2 sc0 ls0 ws0">İşlevde doğrudan ku<span class="_ _0"></span>llanılan <span class="ff9">b<span class="_ _0"></span></span>, bilinirlik alanı kurallarına <span class="_ _0"></span>göre <span class="ff9">Der </span>sınıfına ilişkin olan<span class="_ _0"></span>dır. Ancak çözü<span class="_ _0"></span>nürlük işleci </div><div class="t m0 x10 h3 y524 ff1 fs0 fc2 sc0 ls0 ws0">ile, yani <span class="ff9">Base::b <span class="ff2">ifade<span class="_ _0"></span>si ile kullanılan <span class="_ _0"></span></span>b</span><span class="ls17">, </span><span class="ff9">Base <span class="ff2">sınıfına ilişkin olan<span class="_ _0"></span>dır. İki terimli çözünürlük <span class="_ _0"></span>işlecini taban ve </span></span></div><div class="t m0 x10 h3 y525 ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıflarda ay<span class="_ _0"></span>nı isimli elemanlar ya da işlevler varken<span class="_ _0"></span> taban sınıfın elemanlarına er<span class="_ _0"></span>işmek amacıyla bu<span class="_ _0"></span> </div><div class="t m0 x10 h3 y30e ff2 fs0 fc2 sc0 ls0 ws0">biçimde kullanıl<span class="ff1">abilir.<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 ye59 ff2 fs0 fc2 sc0 ls0 ws0">Bilinirlik alanı kuralları işl<span class="_ _0"></span>ev isimleri için de geçerlidir. <span class="_ _0"></span>Türemiş ve taban sınıfta ay<span class="_ _0"></span>nı isimli işlevler varsa dar </div><div class="t m0 x10 h3 y119e ff2 fs0 fc2 sc0 ls0 ws0">bilinirlik alanı kura<span class="_ _0"></span>lına göre türemiş sınıftaki an<span class="_ _0"></span>laşılır. Örneğin <span class="_ _0"></span><span class="ff9">Der </span>sınıfının <span class="ff9">func<span class="_ _0"></span> </span>işlevi içinde çağrılan <span class="_ _0"></span><span class="ff9">display </span></div><div class="t m0 x10 h3 y527 ff2 fs0 fc2 sc0 ls0 ws0">işlevi <span class="ff9">Der <span class="ff1">s</span></span>ınıfına ilşkin olan<span class="_ _0"></span>dır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y119f ff2 fs0 fc2 sc0 ls0 ws0">Çözünürlük <span class="_ _11"> </span>işleci, <span class="_ _f"></span>aynı <span class="_ _11"> </span>amaçla <span class="_ _11"> </span>üye <span class="_ _11"> </span>işlevler <span class="_ _f"></span>için <span class="_ _11"> </span>de <span class="_ _f"></span>ku<span class="_ _0"></span>llanılabilir. <span class="_ _11"> </span>Örneğin <span class="_ _f"> </span>tü<span class="_ _0"></span>remiş <span class="_ _f"></span>sınıf <span class="_ _11"> </span>olan <span class="_ _22"> </span><span class="ff9">Der <span class="_ _f"> </span></span>sınıfının <span class="_ _11"> </span><span class="ff9">func </span></div><div class="t m0 x10 h3 yf92 ff2 fs0 fc2 sc0 ls0 ws0">isimli üye işlevi içinde bu<span class="_ _0"></span> kez taban sınıfın <span class="_ _0"></span><span class="ff9">display </span>isimli işlev<span class="_ _0"></span>i çağrılmak istenseydi bu<span class="_ _0"></span> aşağıdaki gibi y<span class="_ _0"></span>apılabilir<span class="_ _0"></span><span class="ff1">di: </span></div><div class="t m0 x1 hd y7f5 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2c2 ff8 fs0 fc2 sc0 ls13 ws0">void Der::func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y5ea ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yb68 ff8 fs0 fc2 sc0 ls13 ws0">Base::display();<span class="ls0"> </span></div><div class="t m0 x11 h11 yebc ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf115" class="pf w0 h0" data-page-no="115"><div class="pc pc115 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">277</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h19 y11a0 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y11a1 ff2 fs0 fc2 sc0 ls0 ws0">Dar bilinirlik alanı ku<span class="_ _0"></span>ralı dışarıdan sınıf elemanlarına eri<span class="_ _0"></span>şirken de geçerlidir. Yukarıda <span class="_ _0"></span>verdiğimiz türetme </div><div class="t m0 x10 h3 yeca ff2 fs0 fc2 sc0 ls0 ws0">işlemi için aşağıdaki kod<span class="_ _0"></span> yazılmış olsun:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y11a2 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y11a3 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y11a4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y11a5 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object, *der_ptr;<span class="ls0"> </span></div><div class="t m0 x1 h12 y1f8 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y423 ff8 fs0 fc2 sc0 ls13 ws0">der_object.display(); <span class="_ _7a"> </span>//1 </div><div class="t m0 x12 h11 y661 ff8 fs0 fc2 sc0 ls13 ws0">der_object.Base::display(); <span class="_ _19"> </span>//2 </div><div class="t m0 x12 h11 ydb8 ff8 fs0 fc2 sc0 ls13 ws0">der_ptr = &amp;der_object;<span class="ls0"> </span></div><div class="t m0 x12 h11 y777 ff8 fs0 fc2 sc0 ls13 ws0">der_ptr<span class="ls0">-</span>&gt;display();<span class="ls0"> <span class="_ _48"> </span><span class="ls1e">//3 </span></span></div><div class="t m0 x12 h11 y5f2 ff8 fs0 fc2 sc0 ls13 ws0">der_ptr<span class="ls0">-</span>&gt;Base::display();<span class="ls0"> <span class="_ _7b"> </span><span class="ls1e">//4 </span></span></div><div class="t m0 x12 h11 y11a6 ff8 fs0 fc2 sc0 ls13 ws0">Base base_object; </div><div class="t m0 x12 h11 y11a7 ff8 fs0 fc2 sc0 ls13 ws0">base_object.display();<span class="ls0"> <span class="_ _7c"> </span><span class="ls1e">//5 </span></span></div><div class="t m0 x12 h11 ybe7 ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> </span>0;<span class="ls0"> </span></div><div class="t m0 x11 h11 ye90 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2c y328 ff8 fs13 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9b8 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">main <span class="_ _0"></span></span>işlevinde yorum satırlarıyla işaretlen<span class="_ _0"></span>en işlev <span class="_ _0"></span>çağrılarına bakalım:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y106 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1e2 ff1 fs0 fc2 sc0 ls5f ws0">//1 <span class="ff9 ls0">Der <span class="ff2">sınıfının </span>display <span class="_ _0"></span><span class="ff2">işlevi çağrılır.<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 ye29 ff1 fs0 fc2 sc0 ls5f ws0">//2 <span class="ff9 ls0">Base <span class="ff2">sınıfının </span>d<span class="_ _0"></span>isplay <span class="ff2">işlevi çağrılır.<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y11a8 ff1 fs0 fc2 sc0 ls5f ws0">//3 <span class="ff9 ls0">Der <span class="ff2">sınıfının </span>display <span class="_ _0"></span><span class="ff2">işlevi çağrılır.<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y11a9 ff1 fs0 fc2 sc0 ls5f ws0">//4 <span class="ff9 ls0">Base <span class="ff2">sınıfının </span>d<span class="_ _0"></span>isplay <span class="ff2">işlevi çağrılır.<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 ye2a ff2 fs0 fc2 sc0 ls0 ws0">//5 Base sınıfının <span class="ff9">d<span class="_ _0"></span>isplay </span>işlevi çağrılır. Taban<span class="_ _0"></span> sınıf türemi<span class="_ _0"></span>ş sınıfa erişemez!<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yef ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4e6 ff2 fs0 fc2 sc0 ls0 ws0">Bilinirlik alanı ile erişilebilirlik <span class="_ _0"></span>aynı şeyler değildir. C++‟d<span class="_ _0"></span>a her zaman önce isim arama<span class="_ _0"></span>sı daha <span class="_ _0"></span>sonra erişim </div><div class="t m0 x10 h3 y8ad ff2 fs0 fc2 sc0 ls0 ws0">denetimi yapılır. Bu kuralın <span class="_ _0"></span>etkisini aşağıdaki gibi bir t<span class="_ _0"></span>üretme işleminde değerlend<span class="_ _0"></span>irelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y119f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y11aa ff8 fs0 fc2 sc0 ls13 ws0">class Base{ </div><div class="t m0 x10 h11 yc1e ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 ya05 ff8 fs0 fc2 sc0 ls13 ws0">int x<span class="ls0">; </span></div><div class="t m0 x10 h11 yebb ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y11ab ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y4b ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x2 h11 y11ac ff8 fs0 fc2 sc0 ls13 ws0">int x;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf116" class="pf w0 h0" data-page-no="116"><div class="pc pc116 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">278</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd33 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y11ad ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y4bc ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x10 h11 y6c1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y11ae ff8 fs0 fc2 sc0 ls13 ws0">Der der_object;<span class="ls0"> </span></div><div class="t m0 x2 h11 y406 ff8 fs0 fc2 sc0 ls13 ws0">der_object.x<span class="ls0"> = </span>0;<span class="ls0"> <span class="_ _1e"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x10 h11 y1041 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y11af ff2 fs0 fc2 sc0 ls0 ws0">C++&apos;a yeni başlayanlar <span class="_ _0"></span><span class="ff9">func </span>işlevi içind<span class="_ _0"></span>eki<span class="ff1"> </span></div><div class="t m0 x1 h3 ye0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ye76 ff8 fs0 fc2 sc0 ls13 ws0">der_object.x = 0;<span class="ls0"> </span></div><div class="t m0 x1 h1a y271 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y53b ff2 fs0 fc2 sc0 ls0 ws0">atamasının geçerli olması g<span class="_ _0"></span>erektiğini düşünürler. “H<span class="_ _0"></span>em türemiş sınıfta hem de tab<span class="_ _0"></span>an sınıfta <span class="_ _3"></span><span class="ff9 ls1a">x </span><span class="ff1">isimli bir eleman </span></div><div class="t m0 x10 h3 y56d ff2 fs0 fc2 sc0 ls0 ws0">olduğuna göre, ö<span class="_ _0"></span>nce türemiş sınıfta bulunan <span class="_ _0"></span><span class="ff9 ls1a">x </span>isimli elema<span class="_ _0"></span>na erişilmeye çalışılır. Türe<span class="_ _0"></span>miş sınıfta bulun<span class="_ _0"></span>an <span class="_ _0"></span><span class="ff9 ls1a">x </span></div><div class="t m0 x10 h3 ye42 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın <span class="ff9">private </span>b<span class="_ _0"></span>ölümünde bulund<span class="_ _0"></span>uğu<span class="ff1"> </span>için b<span class="_ _0"></span>u erişim gerçekleşmez. Ancak tab<span class="_ _0"></span>an sınıfın <span class="ff9">p<span class="_ _0"></span>ublic <span class="ff1">bölümünd<span class="_ _0"></span>e </span></span></div><div class="t m0 x10 h3 y3d6 ff1 fs0 fc2 sc0 ls0 ws0">bulunan <span class="_ _0"></span><span class="ff9">x<span class="ff2">‟e erişilir.</span></span> </div><div class="t m0 x10 h3 y83d ff2 fs0 fc2 sc0 ls0 ws0">Ancak durum bö<span class="_ _0"></span>yle değildir. Önce isim araması yap<span class="_ _0"></span>ılır. Türemiş sınıf olan <span class="_ _3"></span><span class="ff9">Der </span>sınıfının bilinirlik alanında <span class="_ _0"></span><span class="ff9 ls1a">x </span></div><div class="t m0 x10 h3 ye7 ff2 fs0 fc2 sc0 ls0 ws0">ismi bulunduğunda <span class="_ _0"></span>isim arama sona erdirilir. Aranan<span class="_ _0"></span> isim <span class="_ _0"></span>bulunmuş ve <span class="ff9 ls1a">x </span>ismin<span class="_ _0"></span>in türemiş sınıf bilinirlik </div><div class="t m0 x10 h3 y3a3 ff2 fs0 fc2 sc0 ls0 ws0">alanındaki <span class="_ _0"></span><span class="ff9 ls1a">x </span>olduğu anlaşılmıştır. Artık n<span class="_ _0"></span>e nedenle olursa olsu<span class="_ _0"></span>n yeniden bir isim araması y<span class="_ _0"></span>apılmaz. Şimdi bu </div><div class="t m0 x10 h3 y371 ff9 fs0 fc2 sc0 ls0 ws0">x<span class="ff2">&apos;e erişimin geçerli olup olma<span class="_ _0"></span>dığı sorgulanır. Tür<span class="_ _0"></span>emiş sınıfın <span class="_ _0"></span></span><span class="ls1a">x </span><span class="ff2">isimli elemanı türem<span class="_ _0"></span>iş sınıfın <span class="_ _0"></span></span>private </div><div class="t m0 x10 h3 y3f2 ff2 fs0 fc2 sc0 ls0 ws0">bölümünde olduğu<span class="_ _0"></span> için erişim geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yc7b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc5a ff2 fs0 fc2 sc0 ls0 ws0">İşlev yüklemesi (<span class="ff9">functio<span class="_ _0"></span>n overloading<span class="_ _0"></span></span>) aynı bilinirlik a<span class="_ _0"></span>lanındaki aynı isimli işlevler için geçerli b<span class="_ _0"></span>ir araçtır. Farklı </div><div class="t m0 x10 h3 yb9e ff2 fs0 fc2 sc0 ls0 ws0">bilinirlik alanındak<span class="_ _0"></span>i aynı isimli işlevler yüklenemez. Yin<span class="_ _0"></span>e, dar bilinirlik alanın<span class="_ _0"></span>daki is<span class="_ _0"></span>min daha geniş bilinirlik </div><div class="t m0 x10 h3 ybea ff2 fs0 fc2 sc0 ls0 ws0">alanındaki ismi gizlemesi <span class="_ _0"></span>söz konusudur. Bu<span class="_ _0"></span> kez aşağıdaki kod p<span class="_ _0"></span>arçasını inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yee9 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y11b0 ff8 fs0 fc2 sc0 ls13 ws0">class Base{ </div><div class="t m0 x11 h11 y915 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ya62 ff8 fs0 fc2 sc0 ls13 ws0">void foo();<span class="ls0"> </span></div><div class="t m0 x12 h11 y11b1 ff8 fs0 fc2 sc0 ls13 ws0">void foo(int, int);<span class="ls0"> </span></div><div class="t m0 x11 h11 yc7f ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y62c ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y11b2 ff8 fs0 fc2 sc0 ls13 ws0">class Der:public Base { </div><div class="t m0 x11 h11 ycc9 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yc8f ff8 fs0 fc2 sc0 ls13 ws0">void  foo(int); </div><div class="t m0 x12 h11 y52c ff8 fs0 fc2 sc0 ls13 ws0">void foo(int,<span class="ls0"> in<span class="_ _9"></span>t)<span class="_ _6"></span>; </span></div><div class="t m0 x11 h11 y1152 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yf94 ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf117" class="pf w0 h0" data-page-no="117"><div class="pc pc117 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">279</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y195 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object;<span class="ls0"> </span></div><div class="t m0 x12 h11 y9df ff8 fs0 fc2 sc0 ls13 ws0">//der_object.foo();<span class="ls0"> <span class="_ _48"> </span></span>//Geçersiz<span class="ls0"> </span></div><div class="t m0 x12 h11 y1174 ff8 fs0 fc2 sc0 ls13 ws0">der_object.foo(10);<span class="ls0"> <span class="_ _48"> </span></span>//void Der::foo(int) </div><div class="t m0 x12 h11 yead ff8 fs0 fc2 sc0 ls13 ws0">der_object.foo(5,<span class="ls0"> </span>8);<span class="ls0"> <span class="_ _7d"> </span></span>//void Der::foo(int, int) </div><div class="t m0 x12 h11 y2fd ff8 fs0 fc2 sc0 ls13 ws0">der_object.Base::foo();<span class="ls0"> <span class="_ _7e"> </span></span>//void Base::foo() </div><div class="t m0 x12 h11 y945 ff8 fs0 fc2 sc0 ls13 ws0">der_object.Base::foo(5,<span class="ls0"> </span>8);<span class="ls0"> <span class="_ _60"> </span></span>//void Base::foo(int,<span class="ls0"> <span class="ls16">int)</span> </span></div><div class="t m0 x1 h11 y17a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y11b3 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y826 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h13 y11b4 ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye3 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde yapılan<span class="_ _0"></span> işlev çağrılarını teker tek<span class="_ _0"></span>er inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y3d5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya91 ff8 fs0 fc2 sc0 ls13 ws0">der_object.foo();<span class="ls0"> </span></div><div class="t m0 x1 h1a ycb2 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y11b5 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı geçersizdir. Çün<span class="_ _0"></span>kü türemiş sınıf bilinirlik alanın<span class="_ _0"></span>da <span class="_ _0"></span><span class="ff9">foo </span>ismi bulunduğun<span class="_ _0"></span>da isim arama sona erer. </div><div class="t m0 x10 h3 y1075 ff2 fs0 fc2 sc0 ls0 ws0">Yalnızca <span class="ff9">Der </span>sınfı içinde bildiri<span class="_ _0"></span>lmiş olan <span class="_ _0"></span><span class="ff9">foo </span>işlevleri, çağrılan<span class="_ _0"></span> işlev <span class="ff1">için aday o<span class="_ _0"></span>lur. <span class="ff9">Der </span></span>sınıfı bilinirlik a<span class="_ _0"></span>lanı </div><div class="t m0 x10 h3 y11b6 ff1 fs0 fc2 sc0 ls0 ws0">içinde parametresi olmay<span class="_ _0"></span>an <span class="ff9">foo <span class="_ _0"></span><span class="ff2">isimli bir üye işlev bildirilmediğine gör<span class="_ _0"></span>e, çağrı derleme zamanınd<span class="_ _0"></span>a hata </span></span></div><div class="t m0 x10 h3 ya29 ff2 fs0 fc2 sc0 ls0 ws0">olarak değerlendirilir. Şüp<span class="_ _0"></span>hesiz türemiş sınıf içinde <span class="_ _0"></span><span class="ff9">foo </span>isi<span class="_ _0"></span>mli hiç bir işlev tanımlanma<span class="_ _0"></span>mış olsaydı bu k<span class="_ _0"></span>ez </div><div class="t m0 x10 h3 ybf7 ff2 fs0 fc2 sc0 ls0 ws0">taban sınıfın parametre değ<span class="_ _0"></span>işkeni olmayan <span class="_ _0"></span><span class="ff9">foo </span>isimli işlevi çağrılırd<span class="_ _0"></span>ı:<span class="ff1"> </span></div><div class="t m0 x1 h3 y82e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y3e ff8 fs0 fc2 sc0 ls13 ws0">der_object.foo(10);<span class="ls0"> </span></div><div class="t m0 x1 h15 y1a7 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybf8 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı ile türemiş sınıfın <span class="_ _0"></span><span class="ff9">int <span class="ff1">parametreli </span>foo<span class="_ _0"></span> </span>işlevi çağrılır. <span class="ff9">De<span class="_ _0"></span>r </span>sınıfının bu çağrı için iki aday<span class="_ _0"></span> işlevi vardır. </div><div class="t m0 x10 h3 yd69 ff2 fs0 fc2 sc0 ls0 ws0">Ancak seçilecek işlev <span class="ff9">int <span class="_ _0"></span><span class="ff1">parametreli </span></span>o<span class="_ _0"></span>landır:<span class="ff1"> </span></div><div class="t m0 x10 h11 y9ea ff8 fs0 fc2 sc0 ls13 ws0">der_object.Base::foo();<span class="ls0"> <span class="_ _7e"> </span></span>//void Base::foo() </div><div class="t m0 x10 h11 y11b7 ff8 fs0 fc2 sc0 ls13 ws0">der_object.Base::foo(5,<span class="ls0"> </span>8);<span class="ls0"> <span class="_ _60"> </span></span>//void Base::foo(int,<span class="ls0"> <span class="_ _0"></span><span class="ls16">int)</span> </span></div><div class="t m0 x1 h15 y11b8 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y918 ff2 fs0 fc2 sc0 ls0 ws0">çağrılarında işlev ismi sınıf i<span class="_ _0"></span>smi ile nitelendirildiğinden isi<span class="_ _0"></span>m araması türemi<span class="_ _0"></span>ş sınıfın bilinirlik alanınd<span class="_ _0"></span>an başlamaz. </div><div class="t m0 x10 h3 y1151 ff2 fs0 fc2 sc0 ls0 ws0">Arama doğrudan <span class="_ _0"></span><span class="ff9">Base </span>sınıfının b<span class="_ _0"></span>ilinirlik alanından<span class="_ _0"></span> başlar. Bu durumda <span class="_ _0"></span><span class="ff9">Base </span>sınıfının aynı ismli ik<span class="_ _0"></span>i işlev içinden </div><div class="t m0 x10 h3 y18f ff2 fs0 fc2 sc0 ls0 ws0">işlev yükleme kurallarına göre<span class="_ _0"></span> uygun o<span class="_ _0"></span>lan işlevler<span class="ff1"> </span>çağrılır.<span class="ff1"> </span></div><div class="t m0 x1 h3 y902 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y837 ff8 fs0 fc2 sc0 ls13 ws0">der_object.foo(5, 8);<span class="ls0"> </span></div><div class="t m0 x1 h15 y838 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y11b9 ff2 fs0 fc2 sc0 ls0 ws0">ile bu kez çağrılan <span class="ff9">De<span class="_ _0"></span>r </span>sınıfının iki par<span class="_ _0"></span>ametreli <span class="ff9">foo </span>işlevi ike<span class="_ _0"></span>n<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf118" class="pf w0 h0" data-page-no="118"><div class="pc pc118 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">280</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y5d7 ff8 fs0 fc2 sc0 ls13 ws0">der_object.foo(10);<span class="ls0"> </span></div><div class="t m0 x1 h2a yde7 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3e6 ff1 fs0 fc2 sc0 ls0 ws0">ile <span class="ff9">Der <span class="ff2">sınıfının tek param<span class="_ _0"></span>etreli </span>foo <span class="_ _0"></span><span class="ff2">işlevi çağrılır.</span></span> </div><div class="t m0 x1 h3 yfe0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc27 ff2 fs0 fc2 sc0 ls0 ws0">Benzer durum türemiş <span class="_ _0"></span>sınıfın üye işlevi içinde taban<span class="_ _0"></span> sınıfın bir elemanına erişirk<span class="_ _0"></span>en ya da taban sınıfın ü<span class="_ _0"></span>ye </div><div class="t m0 x10 h3 y5f0 ff2 fs0 fc2 sc0 ls0 ws0">işlevi çağrılırken de geçerlidir. <span class="_ _0"></span>Aşağıdaki programı inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb1e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y235 ff8 fs0 fc2 sc0 ls13 ws0">class<span class="ls0"> </span>Base{<span class="ls0"> </span></div><div class="t m0 x12 h11 y91e ff8 fs0 fc2 sc0 ls13 ws0">int b; </div><div class="t m0 x11 h11 yc17 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ybf3 ff8 fs0 fc2 sc0 ls13 ws0">void foo(); </div><div class="t m0 x12 h11 y4aa ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> <span class="_ _0"></span>func(<span class="_ _9"></span>in<span class="_ _9"></span>t);<span class="_ _9"></span> </span></div><div class="t m0 x11 h11 y11ba ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y476 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y21f ff8 fs0 fc2 sc0 ls13 ws0">class Der:public Base { </div><div class="t m0 x12 h11 yccf ff8 fs0 fc2 sc0 ls13 ws0">int b;<span class="ls0"> </span></div><div class="t m0 x11 h11 y699 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yf2f ff8 fs0 fc2 sc0 ls13 ws0">void foo(); </div><div class="t m0 x12 h11 yab1 ff8 fs0 fc2 sc0 ls13 ws0">void func();<span class="ls0"> </span></div><div class="t m0 x11 h11 yc3d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y11bb ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y415 ff8 fs0 fc2 sc0 ls13 ws0">void Der::foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 yeea ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y927 ff8 fs0 fc2 sc0 ls0 ws0">b = <span class="ls13">10;</span> <span class="_ _5d"> </span><span class="ls13">//Der::b =</span> <span class="_ _9"></span><span class="ls13">10;<span class="ls0"> </span></span></div><div class="t m0 x12 h11 y1e9 ffc fs0 fc2 sc0 ls13 ws0">//Base::b = 50; Taban sınıfın private bölümüne erişilemez. Geçersiz </div><div class="t m0 x12 h11 y8f0 ff8 fs0 fc2 sc0 ls13 ws0">foo();<span class="ls0"> <span class="_ _3b"> </span></span><span class="ffc">//İşlev kendi </span>kendini<span class="ls0"> <span class="_ _9"></span><span class="ffc ls13">çağırır.<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x12 h11 yb10 ff8 fs0 fc2 sc0 ls13 ws0">Base::foo();<span class="ls0"> <span class="_ _1d"> </span></span>//Base::foo()<span class="ls0"> </span><span class="ffc">çağrılır</span><span class="ls0"> </span></div><div class="t m0 x12 h11 y11bc ff8 fs0 fc2 sc0 ls13 ws0">//func(10);<span class="ls0"> <span class="_ _6e"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x12 h11 y1081 ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> <span class="_ _5d"> </span></span><span class="ffc">//Der::func() çağrılır. </span></div><div class="t m0 x12 h11 y6a ff8 fs0 fc2 sc0 ls13 ws0">Base::func(10);//Base::func(int)<span class="ls0"> <span class="_ _b"></span><span class="ffc">çağ<span class="_ _9"></span>rı<span class="_ _9"></span>lı<span class="_ _9"></span>r.<span class="ff8"> </span></span></span></div><div class="t m0 x11 h11 y393 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h60 yd87 ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h60 y11bd ff8 fs17 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf119" class="pf w0 h0" data-page-no="119"><div class="pc pc119 w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">281</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff1 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>İ<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _b"></span>e<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>a<span class="_ _3"></span>p<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>u<span class="_ _b"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>g<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _f"></span></span> </div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Türemiş ve taban sınıfların <span class="_ _0"></span>farklı bilinirlik alan<span class="_ _0"></span>ı olu<span class="_ _0"></span>şturduklarını biliyorsun<span class="_ _0"></span>uz. Türemiş sınıf bilinirlik alan<span class="_ _0"></span>ı içinde </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">bildirilen bir isim, tab<span class="_ _0"></span>an sınıf içinde de kullanılmışsa, tab<span class="_ _0"></span>an sınıftaki isim maskelenir. <span class="_ _0"></span>Maskelenme istenmiyo<span class="_ _0"></span>rsa </div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıf içinde <span class="ff9">u<span class="_ _0"></span>sing </span>bildirimi yap<span class="_ _0"></span>ılabilir. Sınıf içi <span class="_ _0"></span><span class="ff9">using <span class="ff1">bildirimi</span></span>yle taban sınıf<span class="_ _0"></span>lara ilişkin maskelenen isi<span class="_ _0"></span>mler </div><div class="t m0 x10 h3 ycda ff2 fs0 fc2 sc0 ls0 ws0">görünür kılınır. Böy<span class="_ _0"></span>lece taban sınıf ve türemiş sınıf i<span class="_ _0"></span>şlevleri farklı bilinirlik alan<span class="_ _0"></span>ında olsalar bile yüklenebilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y4f ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki kodu inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1185 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yb1d ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 yfe ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yc28 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x1c h11 y91e ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y933 ff8 fs0 fc2 sc0 ls13 ws0">void foo(){std::cout &lt;&lt; &quot;Base::foo()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 ye4e ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1c h11 y812 ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x1c h11 yccc ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y5c5 ff8 fs0 fc2 sc0 ls13 ws0">using Base::foo;<span class="ls0"> </span></div><div class="t m0 x13 h11 yc4c ff8 fs0 fc2 sc0 ls13 ws0">void foo(int){std::cout &lt;&lt; &quot;Der::foo(int)&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y11be ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y11bf ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y60c ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 yb30 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ye46 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object;<span class="ls0"> </span></div><div class="t m0 x1 h11 yfef ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yff0 ff8 fs0 fc2 sc0 ls13 ws0">der_object.foo(); </div><div class="t m0 x13 h11 y330 ff8 fs0 fc2 sc0 ls13 ws0">der_object.foo(25);<span class="ls0"> </span></div><div class="t m0 x1 h12 y629 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y757 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y11c0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y11c1 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h1a y11c2 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y88a ff9 fs0 fc2 sc0 ls0 ws0">Der <span class="ff2">sınıfının tanımı içinde y<span class="_ _0"></span>apılan </span>u<span class="_ _0"></span>sing <span class="ff1">bildirimiyle </span>Base <span class="ff2">sınıfının<span class="_ _0"></span> </span>foo <span class="ff2">isimli işlevi </span>De<span class="_ _0"></span>r <span class="ff2">sınıfı içinde görülebilir hale </span></div><div class="t m0 x10 h3 y941 ff1 fs0 fc2 sc0 ls0 ws0">getiriliyor. Böylece </div><div class="t m0 x1 hd y749 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydab ff8 fs0 fc2 sc0 ls13 ws0">der_object.foo();<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf11a" class="pf w0 h0" data-page-no="11a"><div class="pc pc11a w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">282</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h1a y101e ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y24e ff2 fs0 fc2 sc0 ls0 ws0">çağrısı söz konusu o<span class="_ _0"></span>lduğunda<span class="ff1"> </span></div><div class="t m0 x1 h3 y11c3 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y133 ff8 fs0 fc2 sc0 ls13 ws0">void Base::foo();<span class="ls0"> </span></div><div class="t m0 x1 h1a y421 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y11c4 ff2 fs0 fc2 sc0 ls0 ws0">işlevi de çağrıya aday<span class="_ _0"></span> işlev olarak belirlenir.<span class="ff1"> <span class="_ _0"></span><span class="ff9">using </span></span>bildirimiyle tab<span class="_ _0"></span>an ve türemiş sınıfın <span class="_ _0"></span><span class="ff9">foo </span></div><div class="t m0 x10 h3 y11c5 ff2 fs0 fc2 sc0 ls0 ws0">işlevleri ayrı bilinirlik alanların<span class="_ _0"></span>a ait olmasalar da y<span class="_ _0"></span>üklenebilir. Şimdi de </div><div class="t m0 x10 h3 y536 ff2 fs0 fc2 sc0 ls0 ws0">aşağıdaki koda b<span class="_ _0"></span>akalım:<span class="ff1"> </span></div><div class="t m0 x1 h3 y84f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y425 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 ya5a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y11c6 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 y991 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y59 ff8 fs0 fc2 sc0 ls13 ws0">void foo(){std::cout &lt;&lt; &quot;Base::foo()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y754 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yeb5 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1c4 ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x11 h11 y938 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y11c7 ff8 fs0 fc2 sc0 ls13 ws0">using Base::foo;<span class="ls0"> </span></div><div class="t m0 x12 h11 y8a9 ff8 fs0 fc2 sc0 ls13 ws0">void foo(){std::cout &lt;&lt; &quot;Der::foo()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 ydf2 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 ye95 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycd ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yb62 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y11c8 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object; </div><div class="t m0 x12 h11 y11c9 ff8 fs0 fc2 sc0 ls13 ws0">der_object.foo();<span class="ls0"> </span></div><div class="t m0 x1 h11 y671 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y672 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y4ea ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h60 ybab ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd86 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde çağrılan<span class="_ _0"></span>, </span>Der <span class="ff2">sınıfının <span class="_ _0"></span></span>foo <span class="ff2">işlevidir. </span>De<span class="_ _0"></span>r <span class="ff2">sınıfının </span>foo <span class="ff2">işlevinin gizli p<span class="_ _0"></span>arametre değişkeni </span></div><div class="t m0 x10 h3 yd87 ff9 fs0 fc2 sc0 ls0 ws0">Der &amp; <span class="ff1">türünd<span class="_ _0"></span>en iken, </span>Base <span class="ff2">sınıfının <span class="_ _0"></span></span>foo <span class="ff2">işlevinin gizli parame<span class="_ _0"></span>tre değişkeni </span>Base <span class="_ _0"></span>&amp; <span class="ff1">türünd<span class="_ _0"></span>endir. </span></div><div class="t m0 x1 hd y11ca ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf11b" class="pf w0 h0" data-page-no="11b"><div class="pc pc11b w0 h0"><img class="bi xb y11cb w6 hc2" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">283</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span><span class="ls60">Arama<span class="_ _0"></span></span> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">İsim arama <span class="ff9">(name lo<span class="_ _0"></span>okup) </span>b<span class="_ _0"></span>ilinirlik alanının derleyici bakış açısıyla ele alınma b<span class="_ _0"></span>içimidir. Bir değiş<span class="_ _0"></span><span class="ff1">ken </span></div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">kullanıldığında d<span class="_ _0"></span>erleyici o değişkeni sırasıyla dard<span class="_ _0"></span>an genişe doğru çeşitli bilinir<span class="_ _0"></span>lik alanlarında arar<span class="_ _0"></span>. Eğer ismi </div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">bir bilinirlik alanınd<span class="_ _0"></span>a bulursa aramayı keser.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y822 ff2 fs0 fc2 sc0 ls0 ws0">Değişkeninin o bilinirlik a<span class="_ _0"></span>lanındaki isim olduğuna <span class="_ _0"></span>karar verir. Derleyici eğer arad<span class="_ _0"></span>ığı ism<span class="_ _0"></span><span class="ff1">i hiçbir b<span class="_ _0"></span>ilinirlik </span></div><div class="t m0 x10 h3 y8f5 ff2 fs0 fc2 sc0 ls0 ws0">alanında bu<span class="_ _0"></span>lamazsa bu durum hata o<span class="_ _0"></span>larak değerlendirilir. Örneğin <span class="_ _0"></span><span class="ff10 ls32">C‟<span class="_ _0"></span></span>de derleyici bir blok için<span class="_ _0"></span>de bir değişken </div><div class="t m0 x10 h3 y215 ff2 fs0 fc2 sc0 ls0 ws0">ile karşılaştığında sırasıyla o<span class="_ _0"></span>nu şu bloklarda <span class="_ _0"></span>arar.<span class="ff1"> </span></div><div class="t m0 x1 h3 y690 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yf4a ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Değişkenin kullan<span class="_ _0"></span>ıldığı blok<span class="ff1"> içi<span class="_ _0"></span>nde </span></span></span></div><div class="t m0 x10 he y11cc ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İşlev içinde onu kap<span class="_ _0"></span>sayan<span class="ff1"> <span class="_ _3"></span>bloklarda </span></span></span></div><div class="t m0 x10 he y31 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">Global isim <span class="ff2">alanında<span class="_ _0"></span></span> </span></span></div><div class="t m0 x1 h3 y1116 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y36b ff2 fs0 fc2 sc0 ls0 ws0">Şimdi aynı isimli hem bir yer<span class="_ _0"></span>el hem de global deği<span class="_ _0"></span>şken tanımlanmış oldu<span class="_ _0"></span>ğunu düşünelim. Derleyici on<span class="_ _0"></span>u yerel </div><div class="t m0 x10 h3 y427 ff2 fs0 fc2 sc0 ls0 ws0">blokta buld<span class="_ _0"></span>uğu için arama işlemini sürdürmez. İsi<span class="_ _0"></span>m arama sırasında aranan<span class="_ _0"></span> isim bulunduğu zaman<span class="_ _0"></span>, isim ister </div><div class="t m0 x10 h3 y11cd ff2 fs0 fc2 sc0 ls0 ws0">erişilir olsun isterse olma<span class="_ _0"></span>sın işlem sonlandırılır. E<span class="_ _0"></span>rişim geçerliliği yukarıda <span class="_ _0"></span>da belirtildiği gibi isim araması </div><div class="t m0 x10 h3 ybe7 ff2 fs0 fc2 sc0 ls0 ws0">bitirildikten sonra yap<span class="_ _0"></span>ılır.<span class="ff1"> </span></div><div class="t m0 x10 h3 ya27 ff2 fs0 fc2 sc0 ls0 ws0">Gördüğünüz gibi <span class="_ _0"></span>aslında isim arama işlemi dar bilinirlik a<span class="_ _0"></span>lanı kura<span class="_ _0"></span>lının derleyici bakış açısıy<span class="_ _0"></span>la yorumlanmış </div><div class="t m0 x10 h3 y3d7 ff1 fs0 fc2 sc0 ls0 ws0">biçimidir. <span class="ff9">C++<span class="ff2">‟da sını<span class="_ _0"></span>flar söz konusu o<span class="_ _0"></span>lduğunda bilin<span class="_ _0"></span>irlik alanına ilşkin karmaşık durumlar <span class="_ _0"></span>söz konusu olabildiği </span></span></div><div class="t m0 x10 h3 y1ff ff2 fs0 fc2 sc0 ls0 ws0">için anlatımda isim arama ka<span class="_ _0"></span>vramından da <span class="_ _0"></span>faydalanılır. Bir isim ya nitelenme<span class="_ _0"></span>miş olarak <span class="_ _0"></span><span class="ff9">(un<span class="_ _0"></span>qualified) <span class="ff1">ya da </span></span></div><div class="t m0 x10 h3 y11ce ff2 fs0 fc2 sc0 ls0 ws0">çözünürlük işleci ile nitelenm<span class="_ _0"></span>iş olarak <span class="_ _0"></span><span class="ff9">(qualified) </span>kullan<span class="_ _0"></span>ılır. Sınıflarda isimlerin aran<span class="_ _0"></span>masını nitelenmemi<span class="_ _0"></span>ş isimler </div><div class="t m0 x10 h3 yac4 ff2 fs0 fc2 sc0 ls0 ws0">açısından inceleyeceğiz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y278 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1070 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _b"></span><span class="ff1">ç<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>k<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _b"></span></span>İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _b"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yc7d ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf bildirimi içinde bir <span class="_ _0"></span>eleman, üye işlev ismi, <span class="_ _0"></span><span class="ff9">typedef <span class="ff1">is<span class="_ _0"></span>mi, </span><span class="ls1c">enum </span></span>değişmezleri gibi isimlerin aranma </div><div class="t m0 x10 h3 y6d1 ff2 fs0 fc2 sc0 ls0 ws0">sırasını belirler. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y3c2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1027 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y11cf ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y515 ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 y1090 ff8 fs0 fc2 sc0 ls13 ws0">void putstr(PCSTR);<span class="ls0"> </span></div><div class="t m0 x13 h11 y11d0 ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y11d1 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h26 yc81 ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1194 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">putstr <span class="ff2">ü<span class="_ _0"></span>ye işlevin parametre değişkeninin<span class="_ _0"></span> türü olarak ku<span class="_ _0"></span>llanılan <span class="_ _0"></span></span>PCSTR <span class="ff2">ismi sınıf bildirimi içindedir. Bu i<span class="_ _0"></span>sim </span></span></div><div class="t m0 x10 h3 y837 ff2 fs0 fc2 sc0 ls0 ws0">nerede aranır?<span class="ff1"> </span></div><div class="t m0 x10 h3 y7e6 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf bildirimi içinde ku<span class="_ _0"></span>llanılan bir isim sırasıyla <span class="_ _0"></span>şu bilinirlik alan<span class="_ _0"></span>larında aranır:<span class="ff1"> </span></div><div class="t m0 x1 hd y11d2 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf11c" class="pf w0 h0" data-page-no="11c"><div class="pc pc11c w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">284</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y2f9 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _26"> </span><span class="ff2">İsim kendi sınıf bildiriminin b<span class="_ _0"></span>aşından kullanım yerine kad<span class="_ _0"></span>ar olan bölgede<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">aranır.<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x1 h3 y2fa ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y175 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y11d3 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf33 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y118e ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y2aa ff8 fs0 fc2 sc0 ls13 ws0">Days get_day(Str); </div><div class="t m0 x11 h11 y1ba ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 y11d4 ff8 fs0 fc2 sc0 ls13 ws0">typedef char *Str;<span class="ls0"> </span></div><div class="t m0 x13 h11 ycaf ff8 fs0 fc2 sc0 ls13 ws0">enum Days {Sunday, Monday, Tuesday, Wednesday, Thursday, Friday, </div><div class="t m0 x11 h11 y5f1 ff8 fs0 fc2 sc0 ls13 ws0">Saturday};<span class="ls0"> </span></div><div class="t m0 x11 h11 yfa4 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 yfc4 ff8 fs0 fc2 sc0 ls13 ws0">Str func(Days);<span class="ls0"> </span></div><div class="t m0 x13 h11 yc2b ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ye90 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h26 y11d5 ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8db ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki sınıf tanımında <span class="_ _0"></span><span class="ff9">get_day </span>ü<span class="_ _0"></span>ye işlevinin bildiriminde <span class="_ _0"></span><span class="ff9">Days <span class="ff1">ve S</span>tr </span>isiml<span class="_ _0"></span>erinin kullanılması </div><div class="t m0 x10 h3 ya8 ff2 fs0 fc2 sc0 ls0 ws0">geçersizdir. Çünkü derleyic<span class="_ _0"></span>i bu noktay<span class="_ _0"></span>a geldiğinde bu isimlerle henüz karşılaşma<span class="_ _0"></span>mıştır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1c6 ff9 fs0 fc2 sc0 ls0 ws0">Ancak func<span class="_ _0"></span> <span class="ff2">isimli üye işlevin geri dönüş değerinin türü<span class="_ _0"></span> olarak <span class="_ _0"></span></span>Str <span class="ff2">ismi kullanılabilir. Çünkü<span class="_ _0"></span> bu türün<span class="_ _0"></span> bildirimi sınıf </span></div><div class="t m0 x10 h3 y11d6 ff2 fs0 fc2 sc0 ls0 ws0">içinde daha ön<span class="_ _0"></span>ce yapılmıştır.<span class="ff1"> </span></div><div class="t m0 x1 h3 y11d7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yfff ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İsim sınıfın taban<span class="_ _0"></span> sınıf bildirimlerinin her y<span class="_ _0"></span>erinde aranır. Bir dizi tü<span class="_ _0"></span>retme söz<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span>ko<span class="_ _0"></span>nusu olabili<span class="_ _0"></span>r. Bu durumda ay<span class="_ _0"></span><span class="ff2">nı </span></span></span></span></div><div class="t m0 x57 h3 yaa1 ff2 fs0 fc2 sc0 ls0 ws0">özellik tüm taban sınıflar için <span class="_ _0"></span>geçerli olur. Örneğin aşağ<span class="_ _0"></span>ıda türemiş sınıf içind<span class="_ _0"></span>eki <span class="_ _0"></span><span class="ff9">SIZE </span>isminin k<span class="_ _0"></span>ullanılması geçerlidir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 y1e7 ff8 fs0 fc2 sc0 ls13 ws0">class A<span class="ls0"> </span></div><div class="t m0 x10 h11 yeed ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x10 h11 yc8c ff8 fs0 fc2 sc0 ls13 ws0">protected:<span class="ls0"> </span></div><div class="t m0 x2 h11 y14b ff8 fs0 fc2 sc0 ls13 ws0">enum {SIZE = 50 };<span class="ls0"> </span></div><div class="t m0 x10 h11 y11d8 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yc34 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yaba ff8 fs0 fc2 sc0 ls13 ws0">class B : public A { </div><div class="t m0 x10 h11 y7f7 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x2 h11 yf14 ff8 fs0 fc2 sc0 ls13 ws0">int a[SIZE];<span class="ls0"> </span></div><div class="t m0 x10 h11 y111e ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h26 ye7f ff8 fs12 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf11d" class="pf w0 h0" data-page-no="11d"><div class="pc pc11d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">285</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd94 ff1 fs0 fc2 sc0 ls0 ws0">Tabii burada <span class="_ _0"></span><span class="ff9">SIZE <span class="ff2">taban sınıfın <span class="_ _0"></span></span>public </span>ya da <span class="_ _0"></span><span class="ff9">protected <span class="ff2">bölümünde bildirilmiş ol<span class="_ _0"></span>masaydı, kullanım bilinirlik </span></span></div><div class="t m0 x10 h3 yd95 ff2 fs0 fc2 sc0 ls0 ws0">alanı bakımından<span class="_ _0"></span> geçerli fakat erişim bakımından<span class="_ _0"></span> geçersiz olurdu.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ydbf ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1003 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Sınıf başka<span class="_ _0"></span> bir sınıfın içinde bil<span class="_ _0"></span>dirilmişse, isim kapsayan<span class="_ _0"></span> sınıf bildiriminden ismin b<span class="_ _0"></span>ulunduğu sınıfın </span></span></div><div class="t m0 x10 h3 y11d9 ff1 fs0 fc2 sc0 ls0 ws0">bildirimine kadar olan<span class="_ _0"></span> bölgede <span class="ff2">aranır.<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y11da ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y48b ff2 fs0 fc2 sc0 ls0 ws0">Örneğin aşağıda <span class="ff9 lsb">B <span class="_ _0"></span></span>sınıfı içindeki <span class="_ _0"></span><span class="ff9">Str </span>isminin kullanılması ge<span class="_ _0"></span>çerlidir. Ayrıca bu d<span class="_ _0"></span>urumda erişim geçerliliği için </div><div class="t m0 x10 h3 y8b9 ff2 fs0 fc2 sc0 ls0 ws0">ismin kapsayan sınıfın <span class="_ _0"></span><span class="ff9">public </span>bölümün<span class="_ _0"></span>de bildirilmiş olması gerekir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ydeb ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye0 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y2e5 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yaeb ff8 fs0 fc2 sc0 ls13 ws0">typedef char *Str;<span class="ls0"> </span></div><div class="t m0 x1 h12 yf0b ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y11db ff8 fs0 fc2 sc0 ls13 ws0">class B { </div><div class="t m0 x12 h11 ye0a ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x14 h11 y493 ff8 fs0 fc2 sc0 ls13 ws0">Str pStr;<span class="ls0"> </span></div><div class="t m0 x12 h11 y25c ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y1119 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h60 y11dc ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1d ff6 fs0 fc2 sc0 ls11 ws0">4.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Sınıf başka<span class="_ _0"></span> bir sınıf içinde bildi<span class="_ _0"></span>rilmişse, isim kapsayan<span class="_ _0"></span> sınıf bildiriminin taban<span class="_ _0"></span> sınıflarının her yerind<span class="_ _0"></span>e </span></span></div><div class="t m0 x10 h3 y857 ff2 fs0 fc2 sc0 ls0 ws0">aranır. Bu duru<span class="_ _0"></span>mda erişim geçerliliği için kapsay<span class="_ _0"></span>an sınıfın <span class="_ _0"></span><span class="ff9">publ<span class="_ _9"></span>ic <span class="ff2">türetme biçimiyle türetilmiş olmas<span class="_ _6"></span>ı <span class="ff1">ve </span></span></span></div><div class="t m0 x10 h3 y38b ff2 fs0 fc2 sc0 ls0 ws0">kullanılan isiml<span class="ff1">erin de </span>sınıfın <span class="ff9">public </span>bölümün<span class="_ _0"></span>de bildirilmiş olması gerekir. Aşağıdak<span class="_ _0"></span>i örneği<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span>inceleyelim:<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y11dd ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y830 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y843 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y11de ff8 fs0 fc2 sc0 ls13 ws0">enum { SIZE = 50 };<span class="ls0"> </span></div><div class="t m0 x11 h11 y66f ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y11df ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf91 ff8 fs0 fc2 sc0 ls13 ws0">class B : public A { </div><div class="t m0 x12 h11 yfbc ff8 fs0 fc2 sc0 ls13 ws0">class C { </div><div class="t m0 x12 h11 y11e0 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x14 h11 y8e1 ffc fs0 fc2 sc0 ls13 ws0">int x[SIZE]; // geçerli erişim<span class="ff8 ls0"> </span></div><div class="t m0 x12 h11 y11e1 ff8 fs0 fc2 sc0 ls13 ws0">// ...<span class="ls0"> </span></div><div class="t m0 x12 h11 yd43 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y20d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h40 y505 ff8 fs15 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf11e" class="pf w0 h0" data-page-no="11e"><div class="pc pc11e w0 h0"><img class="bi xb y11e2 w6 hc3" alt="" 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FD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AADgO90rbVYAAIDSudkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AADAUW95MxutN88lrAAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">286</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9 ls32">C </span><span class="ff2">sınıfı iç<span class="_ _0"></span>inde <span class="ff9">SIZE <span class="_ _0"></span></span></span>isminin <span class="ff2">kullanılması geçerlidir.<span class="_ _0"></span></span> </div><div class="t m0 x1 hd yde6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y80c ff6 fs0 fc2 sc0 ls11 ws0">5.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İsim, <span class="_ _0"></span>sınıfın içinde bulunduğu isim alan<span class="_ _0"></span>ının başından kap<span class="_ _0"></span>sayan sınıf bildirimine<span class="_ _3"></span><span class="ff1"> <span class="_ _4"></span><span class="ff2">ka<span class="_ _0"></span>dar olan bölgede aranır. </span></span></span></span></div><div class="t m0 x10 h3 y11e3 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örnekte <span class="ff9">SIZE<span class="_ _0"></span> </span>ismine erişim<span class="ff1"> geçerlidir.<span class="_ _0"></span><span class="fs5"> </span></span></div><div class="t m0 x10 h11 y11ae ff8 fs0 fc2 sc0 ls13 ws0">namespace X {<span class="ls0"> </span></div><div class="t m0 x2 h11 y406 ff8 fs0 fc2 sc0 ls13 ws0">enum {SIZE = 50 };<span class="ls0"> </span></div><div class="t m0 x2 h11 y1041 ff8 fs0 fc2 sc0 ls13 ws0">class B {<span class="ls0"> </span></div><div class="t m0 x17 h11 y11e4 ff8 fs0 fc2 sc0 ls13 ws0">class C {<span class="ls0"> </span></div><div class="t m0 x58 h11 yfeb ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x58 h11 y750 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>x[SIZE];<span class="ls0"> <span class="_ _1d"> </span></span>// geçerli<span class="ls0"> </span><span class="ffc">erişim</span><span class="ls0"> </span></div><div class="t m0 x58 h11 y7e ff8 fs0 fc2 sc0 ls13 ws0">// ...<span class="ls0"> </span></div><div class="t m0 x17 h11 y7a7 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x2 h11 yf55 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h11 y1190 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y8d8 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he ya28 ff6 fs0 fc2 sc0 ls11 ws0">6.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İsim dosya b<span class="_ _0"></span>aşından sınıfın içi<span class="_ _0"></span>nde bulundu<span class="_ _0"></span>ğu isim aralığına kadar olan glo<span class="_ _0"></span>bal isim aralığında aran<span class="_ _0"></span>ır. Sınıf </span></span></div><div class="t m0 x10 h3 y11e5 ff1 fs0 fc2 sc0 ls0 ws0">bildirimi içinde bir isim <span class="ff9">ç<span class="_ _0"></span>özünürlük <span class="ff2">işleci ile <span class="_ _0"></span>sınıf ismi ya da <span class="_ _0"></span>isim aralığı ismi belirtilerek kul<span class="_ _0"></span>lanılmış olabilir. <span class="_ _0"></span>Bu </span></span></div><div class="t m0 x10 h3 y2eb ff1 fs0 fc2 sc0 ls0 ws0">durumu ileride ele <span class="_ _6"></span><span class="ff2">alacağız.<span class="ff1"> </span></span></div><div class="t m0 x1 hd y570 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yd58 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Ü<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1 ls4a">i <span class="_ _0"></span></span>İ<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span>n<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y11e6 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın üye işlevi içindeki isi<span class="_ _0"></span>mlerin aranma sırası tan<span class="_ _0"></span>ımlamanın sınıf içinde (yani <span class="_ _0"></span><span class="ff9">inlin<span class="_ _0"></span>e </span>olarak) yap<span class="_ _0"></span>ılıp </div><div class="t m0 x10 h3 y146 ff2 fs0 fc2 sc0 ls0 ws0">yapılmadığına göre deği<span class="_ _0"></span>şiklik göstermez. Üy<span class="_ _0"></span>e işlev ister sını<span class="_ _0"></span>fın içinde tanımlanmış ol<span class="_ _0"></span>sun isterse dışarıda </div><div class="t m0 x10 h3 y11e7 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmış olsun arama işl<span class="_ _0"></span>emi aşağıda açıklanan sırad<span class="_ _0"></span>a yapılır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y11e8 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yede ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İsim, üye işlev kendi y<span class="_ _0"></span>erel blokları ve parametre b<span class="_ _0"></span>ildirim ayraçları içinde<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ff2">aranır.<span class="_ _0"></span><span class="ff1"> </span></span></span></span></span></div><div class="t m0 x10 he y1016 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İsim üye işlevin ili<span class="_ _0"></span>şkin olduğu sınıf bildir<span class="_ _0"></span>iminin her yerinde a<span class="_ _0"></span>ranır.<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ff2">Örneğin:<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x1 hd y546 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y333 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 yc40 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y11e9 ff8 fs0 fc2 sc0 ls13 ws0">void set(int x)<span class="ls0"> </span></div><div class="t m0 x12 h11 y34b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x14 h11 y104a ff8 fs0 fc2 sc0 ls13 ws0">a = x;<span class="ls0"> </span></div><div class="t m0 x12 h11 y11ea ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x12 h11 yde4 ff8 fs0 fc2 sc0 ls13 ws0">int get() const<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf11f" class="pf w0 h0" data-page-no="11f"><div class="pc pc11f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">287</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x14 h11 y194 ff8 fs0 fc2 sc0 ls13 ws0">return a;<span class="ls0"> </span></div><div class="t m0 x12 h11 y1f3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 y74b ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x12 h11 y2fc ff8 fs0 fc2 sc0 ls13 ws0">int a;<span class="ls0"> </span></div><div class="t m0 x11 h11 y7d3 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h41 yf3e ff8 fs1 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y11eb ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">set </span>ve <span class="ff9">get <span class="_ _0"></span><span class="ff2">üye işlevlerinin için<span class="_ _0"></span>de </span><span class="ls14">a </span><span class="ff2">ismi daha sonra b<span class="_ _0"></span>ildirildiği halde kullanılıyor. Sınıfın<span class="_ _0"></span> her yeri </span></span></div><div class="t m0 x10 h3 yd4b ff2 fs0 fc2 sc0 ls0 ws0">arandığı için ku<span class="_ _0"></span>llanım geçerlidir. Görüldü<span class="_ _0"></span>ğü gibi arama işleminde ü<span class="_ _0"></span>ye işlevin sınıf içinde tan<span class="_ _0"></span>ımlanıp </div><div class="t m0 x10 h3 y538 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmadığının bir ö<span class="_ _0"></span>nemi yoktur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y6ae ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y894 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İsim üye i<span class="_ _0"></span>şlevin ilişkin olduğu sınıfın t<span class="_ _0"></span>aban sınıf bildirimlerin<span class="_ _0"></span>in her yerinde aranır. Arama <span class="_ _0"></span>işlemi ilk taban </span></span></div><div class="t m0 x10 h3 y11ec ff2 fs0 fc2 sc0 ls0 ws0">sınıftan başlanarak yu<span class="_ _0"></span>karıya doğru sırasıyla yapılır. Ayrıca,<span class="_ _0"></span> erişim geçerliliği için is<span class="_ _0"></span>min taban sınıfın <span class="_ _3"></span><span class="ff9">public <span class="ff1">ya da </span></span></div><div class="t m0 x10 h3 y8be ff9 fs0 fc2 sc0 ls0 ws0">protected <span class="_ _0"></span><span class="ff1">bölümlerinde bul<span class="ff2">u<span class="_ _0"></span>nması gerekir. Örneğin:</span> </span></div><div class="t m0 x1 h3 y558 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y2cf ff8 fs0 fc2 sc0 ls13 ws0">class A <span class="ls3b">{ </span></div><div class="t m0 x1c h11 y798 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y11ed ff8 fs0 fc2 sc0 ls13 ws0">int x;<span class="ls0"> </span></div><div class="t m0 x1c h11 y11ee ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y8c2 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y11ef ff8 fs0 fc2 sc0 ls13 ws0">class B : public A { </div><div class="t m0 x1c h11 y1125 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y9f8 ff8 fs0 fc2 sc0 ls13 ws0">int x;<span class="ls0"> </span></div><div class="t m0 x1c h11 y11f0 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="fs5 ls0"> </span></div><div class="t m0 x1c h11 yce ff8 fs0 fc2 sc0 ls13 ws0">class C : public B { </div><div class="t m0 x1c h11 y69c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y98a ff8 fs0 fc2 sc0 ls13 ws0">void func();<span class="ls0"> </span></div><div class="t m0 x1c h11 y67 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h15 yf7b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y901 ff8 fs0 fc2 sc0 ls13 ws0">void C::func()<span class="ls0"> </span></div><div class="t m0 x1c h11 y3e3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y11f1 ff8 fs0 fc2 sc0 ls13 ws0">x = 100;<span class="ls0"> </span></div><div class="t m0 x1c h11 y615 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y11f2 ff8 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf120" class="pf w0 h0" data-page-no="120"><div class="pc pc120 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">288</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h2a y20f ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8cd ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9 ls1a">x </span><span class="ff2">ismi sırasıyla <span class="ff9 lsb">B <span class="_ _0"></span></span></span>ve <span class="ff9 ls33">A </span><span class="ff2">tab<span class="_ _0"></span>an sınıflarında aranır. İsim b<span class="_ _0"></span>ulunduğu<span class="_ _0"></span> anda arama işlemine son verilir. </span></div><div class="t m0 x10 h3 y8ce ff2 fs0 fc2 sc0 ls0 ws0">Dolayısıyla buradak<span class="_ _0"></span>i örnekte bulunan<span class="_ _0"></span> <span class="ff9">x, B <span class="_ _0"></span></span>sınıfına ilişkin olan <span class="ff9 ls1a">x </span><span class="ff1">ismidir. </span></div><div class="t m0 x1 hd y230 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y197 ff6 fs0 fc2 sc0 ls11 ws0">4.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Üye işlevin<span class="_ _0"></span> ilişkin olduğu sınıfı kap<span class="_ _0"></span>sayan bir sınıf varsa, isim k<span class="_ _0"></span>apsayan sınıf bildiriminin her <span class="_ _0"></span>yerinde <span class="_ _0"></span>aran<span class="_ _0"></span>ır. </span></span></div><div class="t m0 x10 h3 y720 ff2 fs0 fc2 sc0 ls0 ws0">Erişim geçerliliği için is<span class="_ _0"></span>min sınıfın <span class="ff9">pub<span class="_ _0"></span>lic </span>bölümünde b<span class="_ _0"></span>ulunması gerekir.<span class="ff1"> </span>Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1131 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y11f3 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y382 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yd10 ff8 fs0 fc2 sc0 ls13 ws0">class B { </div><div class="t m0 x12 h11 y11f4 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x14 h11 yc02 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x14 h11 ye26 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x34 h11 y356 ff8 fs0 fc2 sc0 ls13 ws0">int a[SIZE];<span class="ls0"> </span></div><div class="t m0 x34 h11 yb5c ff8 fs0 fc2 sc0 ls13 ws0">for (int i = 0; i &lt; SIZE; ++i) </div><div class="t m0 x3f h11 yd9e ff8 fs0 fc2 sc0 ls13 ws0">a[i] = 0;<span class="ls0"> </span></div><div class="t m0 x34 h11 y108f ffc fs0 fc2 sc0 ls13 ws0">// …<span class="ff8 ls0"> </span></div><div class="t m0 x14 h11 y23d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x12 h11 y10c6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x12 h11 y994 ff8 fs0 fc2 sc0 ls13 ws0">enum { SIZE = 100 };<span class="ls0"> </span></div><div class="t m0 x11 h11 y1a5 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h2a y1045 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3f7 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9 lsb">B </span><span class="ff2">sınıfı içindeki <span class="_ _0"></span><span class="ff9">func </span>işl<span class="_ _0"></span>evinde <span class="ff9">SIZE </span>ismi kullan<span class="_ _0"></span>ılabilir. Tabii böyle d<span class="_ _0"></span>urumlarda kapsayan<span class="_ _0"></span> sınıfa ilişkin bir </span></div><div class="t m0 x10 h3 yf84 ff2 fs0 fc2 sc0 ls0 ws0">eleman kullanılamaz. Çün<span class="_ _0"></span>kü kapsama işlemi t<span class="_ _0"></span>üretme işlemi değildir. Bu yü<span class="_ _0"></span>zden kullanılacak ismin de b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 y627 ff9 fs0 fc2 sc0 ls1c ws0">enum <span class="ff1 ls0">ismi, <span class="ff9">typedef <span class="ff2">ismi gibi bildirimlerd<span class="_ _0"></span>en oluşması gerekir.<span class="_ _0"></span></span></span> </span></div><div class="t m0 x1 h3 y11f5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y11f6 ff6 fs0 fc2 sc0 ls11 ws0">5.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Sınıfı kap<span class="_ _0"></span>sayan sınıf varsa, isi<span class="_ _0"></span>m kapsayan sınıfın taban<span class="_ _0"></span> sınıf bildirimlerinin her yer<span class="_ _0"></span>inde aranır. Bu du<span class="_ _0"></span>rumda </span></span></div><div class="t m0 x10 h3 y44e ff2 fs0 fc2 sc0 ls0 ws0">erişim geçerliliği için ismin ke<span class="_ _0"></span>ndi sınıfının <span class="ff9">p<span class="_ _0"></span>ublic </span>bölümünd<span class="_ _0"></span>e bildirilmiş olması gerekir. Tür<span class="_ _0"></span>etme biçiminin bir </div><div class="t m0 x10 h3 y11f7 ff1 fs0 fc2 sc0 ls0 ws0">önemi yoktur. <span class="ff2">Örneğin:</span> </div><div class="t m0 x11 h11 yd2 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y500 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y437 ff8 fs0 fc2 sc0 ls13 ws0">typedef char *Str;<span class="ls0"> </span></div><div class="t m0 x11 h11 yb03 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y11f8 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya34 ff8 fs0 fc2 sc0 ls13 ws0">class B : public A { </div><div class="t m0 x11 h11 yb7 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf121" class="pf w0 h0" data-page-no="121"><div class="pc pc121 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">289</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">class C { </div><div class="t m0 x12 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x14 h11 y9a0 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> <span class="_ _7f"></span><span class="ls13">{Str pStr = &quot;Deneme&quot;;<span class="ls0"> </span></span></span></div><div class="t m0 x34 h11 y821 ff8 fs0 fc2 sc0 ls13 ws0">// ...<span class="ls0"> </span></div><div class="t m0 x14 h11 y111f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x12 h11 y6f6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y39a ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h15 y74e ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y760 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">Str </span>ismi <span class="ff9 ls32">C <span class="_ _0"></span></span><span class="ff2">sınıfı içinden<span class="_ _0"></span> kullanılabilir.</span> </div><div class="t m0 x1 hd y11f9 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y2b0 ff6 fs0 fc2 sc0 ls11 ws0">6.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İsim sınıfın y<span class="_ _0"></span>a da kapsayan<span class="_ _0"></span> sınıfın içinde bulundu<span class="_ _0"></span>ğu isim alanının (<span class="_ _0"></span><span class="ff9">nam<span class="_ _0"></span>espace</span>) b<span class="_ _0"></span>aşından kapsayan </span></span></div><div class="t m0 x10 h3 ye83 ff2 fs0 fc2 sc0 ls0 ws0">sınıf bildirimine kadar o<span class="_ _0"></span>lan bölgede aranır.<span class="_ _0"></span><span class="ff1"> <span class="_ _9"></span><span class="ff2">Örneğin:<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 y36c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y829 ff8 fs0 fc2 sc0 ls13 ws0">namespace X<span class="ls0"> { </span></div><div class="t m0 x12 h11 y11fa ff8 fs0 fc2 sc0 ls13 ws0">typedef char <span class="ls0">*S<span class="_ _6"></span>tr;<span class="_ _9"></span> </span></div><div class="t m0 x12 h11 y559 ff8 fs0 fc2 sc0 ls13 ws0">class A<span class="ls0"> { </span></div><div class="t m0 x12 h11 y2d0 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x14 h11 ya8 ff8 fs0 fc2 sc0 ls13 ws0">class C { </div><div class="t m0 x14 h11 ybc1 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x34 h11 y279 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x34 h11 yc08 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x3f h11 y89 ff8 fs0 fc2 sc0 ls13 ws0">Str pStr = &quot;Deneme&quot;;<span class="ls0"> </span></div><div class="t m0 x3f h11 ye48 ff8 fs0 fc2 sc0 ls13 ws0">// ...<span class="ls0"> </span></div><div class="t m0 x34 h11 y11fb ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x14 h11 y11fc ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x12 h11 ye6b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 yea0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h60 y10d2 ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y500 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">Str <span class="ff2">isminin ku<span class="_ _0"></span>llanımı geçerlidir.</span></span> </div><div class="t m0 x1 h3 yfbd ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y393 ff6 fs0 fc2 sc0 ls11 ws0">7.<span class="ff7 ls0"> <span class="_ _26"> </span><span class="ff2">İsim, sınıfın ya da <span class="_ _0"></span>kapsayan sınıfın içinde bu<span class="_ _0"></span>lunduğu isim alanını k<span class="_ _0"></span>apsayan isim alanında ve sonra d<span class="_ _0"></span>a </span></span></div><div class="t m0 x10 h3 y591 ff2 fs0 fc2 sc0 ls0 ws0">global isim alanında (<span class="ff9">g<span class="_ _0"></span>lobal namespac<span class="_ _0"></span>e</span>) aranır. <span class="_ _0"></span>Örneğin aşağıdaki isimlerin hepsi doğru<span class="_ _0"></span><span class="ff1"> </span>kullanılmıştır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y592 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc37 ff8 fs0 fc2 sc0 ls13 ws0">enum {SIZE = 10 };<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf122" class="pf w0 h0" data-page-no="122"><div class="pc pc122 w0 h0"><img class="bi xb y11fd w6 hc4" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">290</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y11fe ff8 fs0 fc2 sc0 ls13 ws0">namespace X {<span class="ls0"> </span></div><div class="t m0 x12 h11 y43c ff8 fs0 fc2 sc0 ls13 ws0">typedef int <span class="ls0">*P<span class="_ _6"></span>int<span class="_ _9"></span>; </span></div><div class="t m0 x12 h11 y6a6 ff8 fs0 fc2 sc0 ls13 ws0">namespace Y<span class="ls0"> { </span></div><div class="t m0 x14 h11 y11ff ff8 fs0 fc2 sc0 ls13 ws0">typedef char <span class="ls0">*S<span class="_ _6"></span>tr;<span class="_ _9"></span> </span></div><div class="t m0 x14 h11 y7d2 ff8 fs0 fc2 sc0 ls13 ws0">class A<span class="ls0"> { </span></div><div class="t m0 x34 h11 y1200 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x34 h11 y1201 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x3f h11 y9fc ff8 fs0 fc2 sc0 ls13 ws0">Str pStr = &quot;Deneme&quot;; </div><div class="t m0 x3f h11 yb6d ff8 fs0 fc2 sc0 ls13 ws0">Pint pInt = 0;<span class="ls0"> </span></div><div class="t m0 x3f h11 y693 ff8 fs0 fc2 sc0 ls13 ws0">int a[SIZE];<span class="ls0"> </span></div><div class="t m0 x3f h11 y8a3 ff8 fs0 fc2 sc0 ls13 ws0">// ...<span class="ls0"> </span></div><div class="t m0 x34 h11 yc49 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x14 h11 y1dd ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x12 h11 ye30 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 y764 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h10 y698 ff1 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span></span><span class="ls4a">li</span><span class="ff2">ş<span class="_ _3"></span></span>k<span class="_ _3"></span>i<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>r<span class="_ _b"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span>l<span class="_ _b"></span>ı<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _f"></span></span> </div><div class="t m0 x10 h3 y1202 ff2 fs0 fc2 sc0 ls0 ws0">Arkadaşlık türetme yolu<span class="_ _0"></span>yla devir alınmaz. Taban<span class="_ _0"></span> sınıfın arkadaşı türemiş sınıfın d<span class="_ _0"></span>a <span class="_ _0"></span>arkadaşı d<span class="_ _0"></span>eğildir. </div><div class="t m0 x10 h3 y1203 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yc69 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yf8f ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x13 h11 y242 ff8 fs0 fc2 sc0 ls13 ws0">int b;<span class="ls0"> </span></div><div class="t m0 x13 h11 y3f ff8 fs0 fc2 sc0 ls13 ws0">friend void func(); </div><div class="t m0 x1c h11 y819 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 yad ff8 fs0 fc2 sc0 ls13 ws0">Base(int val):b(val){}<span class="ls0"> </span></div><div class="t m0 x1c h11 y1036 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1204 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ybdd ff8 fs0 fc2 sc0 ls13 ws0">class Der:public Base { </div><div class="t m0 x13 h11 yb8c ff8 fs0 fc2 sc0 ls13 ws0">int d;<span class="ls0"> </span></div><div class="t m0 x1c h11 y49d ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y103e ff8 fs0 fc2 sc0 ls13 ws0">Der(int val1, int val2):Base(val1), d(val2){}<span class="ls0"> </span></div><div class="t m0 x1c h11 y2a3 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1205 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ycaa ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf123" class="pf w0 h0" data-page-no="123"><div class="pc pc123 w0 h0"><img class="bi xb y1206 w6 hc5" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">291</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1b3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y2a6 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object(10, 20);<span class="ls0"> </span></div><div class="t m0 x13 h11 yfdf ff8 fs0 fc2 sc0 ls13 ws0">//der_object.d<span class="ls0"> = </span>34;<span class="ls0"> <span class="_ _80"> </span>//G<span class="_ _9"></span>eçe<span class="_ _6"></span>rsiz<span class="_ _9"></span>! </span></div><div class="t m0 x13 h11 y68b ff8 fs0 fc2 sc0 ls13 ws0">der_object.Base::b =<span class="ls0"> </span>13;<span class="ls0"> </span></div><div class="t m0 x1c h11 y507 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h60 y1207 ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1d7 ff9 fs0 fc2 sc0 ls0 ws0">Base <span class="ff2">sınıfı içinde global <span class="_ _0"></span></span>func <span class="ff2">işlevine ark<span class="_ _0"></span>adaşlık veriliyor. Global <span class="_ _0"></span></span>func <span class="ff2">işlevi içinde tan<span class="_ _0"></span>ımlanan <span class="_ _0"></span></span>Der <span class="ff2">sınıfı </span></div><div class="t m0 x10 h3 y1d8 ff1 fs0 fc2 sc0 ls0 ws0">türünden <span class="_ _0"></span><span class="ff9">der_object </span>nesnesinin <span class="_ _0"></span><span class="ff9">private <span class="ff2">elemanı olan </span><span class="ls14">d </span><span class="ff2">ele<span class="_ _0"></span>manına erişim derleme zama<span class="_ _0"></span>nı</span></span>n<span class="_ _0"></span>da hataya neden </div><div class="t m0 x10 h3 y11c5 ff1 fs0 fc2 sc0 ls0 ws0">olur. Ancak <span class="ff9">func<span class="_ _0"></span> <span class="ff2">işlevi içinde </span>der_object <span class="_ _0"></span><span class="ff2">nesnesinin taban sın<span class="_ _0"></span>ıftan devir aldığı </span><span class="ls14">b </span></span>isimli <span class="ff9">p<span class="_ _0"></span>rivate <span class="_ _0"></span></span>elemana </div><div class="t m0 x10 h3 y536 ff2 fs0 fc2 sc0 ls0 ws0">erişebilir.<span class="ff1"> </span></div><div class="t m0 x1 hd y1208 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y98f ff1 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>d<span class="_ _b"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>ö<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>e<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _b"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _11"></span></span> </div><div class="t m0 x10 h3 y441 ff9 fs0 fc2 sc0 ls0 ws0">C++ <span class="ff1">dilinde <span class="ff2">katı<span class="_ _9"></span> bir tür denetiminin esas alındığın<span class="_ _0"></span>ı biliyorsunu<span class="_ _0"></span>z. Bir göstericiye ancak ay<span class="_ _0"></span>nı türden bir ad<span class="_ _0"></span>res </span></span></div><div class="t m0 x10 h3 y442 ff2 fs0 fc2 sc0 ls0 ws0">atanabilir. Bir referans d<span class="_ _0"></span>a ancak aynı t<span class="_ _0"></span>ürden bir nesne ile ilkdeğerini alabilir. <span class="_ _0"></span><span class="ff9">pub<span class="_ _0"></span>lic <span class="ff1">türetmesi <span class="ls15">bu </span></span></span>kuralın <span class="_ _0"></span>bir </div><div class="t m0 x10 h3 y443 ff2 fs0 fc2 sc0 ls0 ws0">istisnasıdır. <span class="ff9">public <span class="_ _0"></span><span class="ff1">türetmesiyle amaçlanan <span class="_ _0"></span></span>&quot;is a&quot; </span>ilişkisini m<span class="_ _0"></span>odellemektir. Türetilm<span class="_ _0"></span>iş bir sınıf türü<span class="_ _0"></span>nden nesne </div><div class="t m0 x10 h3 y444 ff2 fs0 fc2 sc0 ls0 ws0">aynı zamanda <span class="_ _0"></span>taban sınıf türünden bir n<span class="_ _0"></span>esne olduğuna göre, tab<span class="_ _0"></span>an sınıf türünden nesne gereken her yerd<span class="_ _0"></span>e </div><div class="t m0 x10 h3 y83c ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıf türünden b<span class="_ _0"></span>ir nesne<span class="ff1"> <span class="_ _9"></span><span class="ff2">kullanılabilir.<span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 y50d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yfda ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Türemiş sınıf nesne<span class="_ _0"></span>si taban sınıf nesnesine d<span class="_ _0"></span>oğrudan<span class="_ _0"></span><span class="ff1"> atanabilir. </span></span></span></div><div class="t m0 x10 he yd06 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">T<span class="ff2">üremiş <span class="_ _0"></span>sınıf türünden bir nes<span class="_ _0"></span>nenin adresi taban sınıf türü<span class="_ _0"></span>nden bir gösterici değişkene a<span class="_ _0"></span>tanabilir.<span class="_ _3"></span></span> </span></span></div><div class="t m0 x10 he yd40 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Taban<span class="_ _0"></span> sınıf türünden bir referan<span class="_ _0"></span>s türemiş sınıf türünd<span class="_ _0"></span>en bir nesne ile ilkdeğerini alabilir.<span class="_ _3"></span><span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 yea8 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki kod parçasını in<span class="_ _0"></span>celeyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y2ee ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 yce2 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yf99 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y1209 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y1051 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y999 ff8 fs0 fc2 sc0 ls13 ws0">class Der:public Base { </div><div class="t m0 x11 h11 y38f ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y118a ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y7f3 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y391 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd42 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y6a1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yb1a ff8 fs0 fc2 sc0 ls13 ws0">Base base_object;<span class="ls0"> </span></div><div class="t m0 x12 h11 y120a ff8 fs0 fc2 sc0 ls13 ws0">Der der_object;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf124" class="pf w0 h0" data-page-no="124"><div class="pc pc124 w0 h0"><img class="bi xb y120b w6 hc6" alt="" 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ACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAGd9APEuGy+LownUAAAAAElFTkSuQmCC"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">292</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 ya53 ff8 fs0 fc2 sc0 ls13 ws0">Base &amp;base_ref = der_object; </div><div class="t m0 x12 h11 ya54 ff8 fs0 fc2 sc0 ls13 ws0">Base *base_ptr = &amp;base_object; </div><div class="t m0 x12 h11 ya55 ff8 fs0 fc2 sc0 ls13 ws0">base_object = der_object;<span class="ls0"> </span></div><div class="t m0 x1 h12 y118 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y120c ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y75e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yd98 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y459 ff9 fs0 fc2 sc0 ls0 ws0">&quot;is a&quot; <span class="ff2">ilişkisinin anlamı d<span class="_ _0"></span>ilin kuralları ve araçları <span class="_ _0"></span>tarafından d<span class="_ _0"></span>a desteklenir. Türemi<span class="_ _0"></span>ş sınıf nesnesinin tab<span class="_ _0"></span>an sınıf </span></div><div class="t m0 x10 h3 yff9 ff2 fs0 fc2 sc0 ls0 ws0">nesnesi gereken yerde kullan<span class="_ _0"></span>ılabilmesinin anlamı şud<span class="_ _0"></span>ur. Bir sınıf hiyerar<span class="_ _0"></span>şisi içinde bir işlevin<span class="_ _0"></span> parametresi en </div><div class="t m0 x10 h3 y120d ff2 fs0 fc2 sc0 ls0 ws0">tepedeki taban sınıf türün<span class="_ _0"></span>den bir gösterici ya da b<span class="_ _0"></span>ir referans ise, bu işlev hiy<span class="_ _3"></span>erarşi içinde herhangi bir sınıf </div><div class="t m0 x10 h3 y3ea ff2 fs0 fc2 sc0 ls0 ws0">türünden n<span class="_ _0"></span>esnenin adresi ile (ya da kend<span class="_ _0"></span>isi ile) çağrılabilir. Böylece ortak ö<span class="_ _0"></span>zellikleri olan sınıfların h<span class="_ _0"></span>epsi üzerinde </div><div class="t m0 x10 h3 yc00 ff2 fs0 fc2 sc0 ls0 ws0">genel işlem yapan işle<span class="_ _0"></span>vler yazılabilir.<span class="ff1"> </span></div><div class="t m0 x1 h3 y1029 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yc18 ff8 fs0 fc2 sc0 ls13 ws0">void process(Base &amp;);<span class="ls0"> </span></div><div class="t m0 x10 h3 ye41 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda <span class="_ _3"></span>bildirimi <span class="_ _0"></span>verilen <span class="_ _3"></span>işlevin <span class="_ _0"></span>param<span class="_ _0"></span>etre <span class="_ _0"></span>deği<span class="_ _0"></span>şkeni <span class="_ _0"></span><span class="ff9">Base <span class="_ _3"></span></span>türünden <span class="_ _3"></span>bir <span class="_ _0"></span>referanstır. <span class="_ _3"></span>Bu <span class="_ _0"></span>işlev <span class="_ _3"></span><span class="ff9">Base <span class="_ _3"></span><span class="ff1">türünden </span></span></div><div class="t m0 x10 h3 ye42 ff2 fs0 fc2 sc0 ls0 ws0">bir nesne ile çağrılabildiği gibi <span class="_ _0"></span><span class="ff9">Base </span>sınıfından<span class="_ _0"></span> türeyen herha<span class="_ _0"></span>ngi bir sınıf türünden n<span class="_ _0"></span>esne ile de çağrılabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf56 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf nesnesinin t<span class="_ _0"></span>aban sınıf nesnesiy<span class="_ _0"></span>miş gibi kullanılabilir. Ama <span class="_ _0"></span>bu<span class="_ _0"></span>nun tersi doğru değildir. Bir tü<span class="_ _0"></span>remiş </div><div class="t m0 x10 h3 y854 ff2 fs0 fc2 sc0 ls0 ws0">sınıf nesnesine taban sınıf n<span class="_ _0"></span>esnesinin atanması ya <span class="_ _0"></span>da türemiş sınıf gösterici d<span class="_ _0"></span>eğişkene taban sınıf tü<span class="_ _0"></span>ründen bir </div><div class="t m0 x10 h3 y3d8 ff2 fs0 fc2 sc0 ls0 ws0">adresin doğrudan a<span class="_ _0"></span>tanması geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yac4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yb87 ff1 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>K<span class="_ _3"></span>o<span class="_ _3"></span>p<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _b"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _b"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>m<span class="_ _3"></span>u<span class="_ _b"></span> </div><div class="t m0 x10 h3 y1044 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf nesnesi k<span class="_ _0"></span>endi içinde bir t<span class="_ _0"></span>aban alt nesnesini de içerir. Bir tür<span class="_ _0"></span>emiş sınıf nesnesi ilkdeğerini bir </div><div class="t m0 x10 h3 y8dc ff2 fs0 fc2 sc0 ls0 ws0">başka türemiş sınıf nesne<span class="_ _0"></span>sinden alarak y<span class="_ _0"></span>aratılırsa, türemiş sınıf nesnesi içind<span class="_ _0"></span>eki taban sınıf nesnesinin </div><div class="t m0 x10 h3 y120e ff1 fs0 fc2 sc0 ls0 ws0">durumu ne olur?<span class="_ _0"></span> </div><div class="t m0 x10 h3 y1192 ff2 fs0 fc2 sc0 ls0 ws0">Eğer türemiş sınıf nesnesi i<span class="_ _0"></span>çin bir kopyal<span class="_ _0"></span>ayan kuru<span class="_ _0"></span>cu işlev yazılmamışsa, derleyici yazacağı <span class="_ _0"></span>kopyalayan<span class="_ _0"></span> kurucu </div><div class="t m0 x10 h3 y120f ff2 fs0 fc2 sc0 ls0 ws0">işlevin başına, taban<span class="_ _0"></span> sınıfın kopyalayan kuru<span class="_ _0"></span>cu işlevin çağrısı kodunu<span class="_ _0"></span> ekler. Yani ilkdeğer alan tü<span class="_ _0"></span>remiş sınıf </div><div class="t m0 x10 h3 y513 ff2 fs0 fc2 sc0 ls0 ws0">nesnesinin taban sınıf kıs<span class="_ _0"></span>mı için de taban<span class="_ _0"></span> sınıfın kopyalayan kurucu işlevi <span class="_ _0"></span>çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1a9 ff2 fs0 fc2 sc0 ls0 ws0">Burada dikkat ed<span class="_ _0"></span>ilmesi gereken duru<span class="_ _0"></span>m şudur: Eğer türemiş sınıfın <span class="_ _0"></span><span class="ff1">kuru<span class="_ _9"></span>cu<span class="_ _9"></span> <span class="ff2">işlevi programcı tarafından<span class="_ _0"></span> yazılırsa, </span></span></div><div class="t m0 x10 h3 y1210 ff2 fs0 fc2 sc0 ls0 ws0">taban sınıf nesnesine ilkde<span class="_ _0"></span>ğer verilmesinden de progra<span class="_ _0"></span>mcı sorumlu olur. E<span class="_ _0"></span>ğer taban sınıf kısmına ilkdeğer </div><div class="t m0 x10 h3 y1211 ff2 fs0 fc2 sc0 ls0 ws0">verilmez ise, türemiş sınıf n<span class="_ _0"></span>esnesinin taban<span class="_ _0"></span> sınıf kısmı için varsayılan k<span class="_ _0"></span>urucu işlev çağrılır. Aşağıdaki ö<span class="_ _0"></span>rneği<span class="ff1"> </span></div><div class="t m0 x10 h3 y93d ff1 fs0 fc2 sc0 ls0 ws0">inceleyin: </div><div class="t m0 x11 h11 y1212 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y1213 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8e2 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 y10c0 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y88b ff8 fs0 fc2 sc0 ls13 ws0">Base(const Base &amp;r){std::cout &lt;&lt; &quot;Base(const Base &amp;)&quot; &lt;&lt; std::endl;} </div><div class="t m0 x13 h11 ye7e ff8 fs0 fc2 sc0 ls13 ws0">Base(){std::cout &lt;&lt; &quot;Base()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y1214 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf125" class="pf w0 h0" data-page-no="125"><div class="pc pc125 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">293</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 y43a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y789 ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x11 h11 y6a5 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y1215 ff8 fs0 fc2 sc0 ls13 ws0">Der() {std::cout &lt;&lt; &quot;Der()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x13 h11 y1004 ff8 fs0 fc2 sc0 ls13 ws0">Der(const Der &amp;) {std::cout &lt;&lt; &quot;Der(const Der &amp;)&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y9c2 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y930 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y75f ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 ya68 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y87a ff8 fs0 fc2 sc0 ls13 ws0">Der der1;<span class="ls0"> </span></div><div class="t m0 x13 h11 y8b7 ff8 fs0 fc2 sc0 ls13 ws0">Der der2(der1);<span class="ls0"> </span></div><div class="t m0 x1 h12 y1216 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 ye41 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yd15 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y11fa ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc4c ff8 fs0 fc2 sc0 ls13 ws0">Der der2(der1);<span class="ls0"> </span></div><div class="t m0 x1 h15 ybc0 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1033 ff2 fs0 fc2 sc0 ls0 ws0">tanımlama deyimiyle <span class="ff9">d<span class="_ _0"></span>er2 </span>nesnesi ilkdeğ<span class="_ _0"></span>erini <span class="ff9">der1 </span>nesnesin<span class="_ _0"></span>den alarak yar<span class="_ _0"></span>atılıyor. Bu durumda yaratılan <span class="_ _0"></span><span class="ff9">d<span class="_ _0"></span>er2 </span></div><div class="t m0 x10 h3 y1217 ff2 fs0 fc2 sc0 ls0 ws0">nesnesi için kopyalay<span class="_ _0"></span>an kurucu işlev çağrılır. <span class="_ _0"></span><span class="ff9">der2 </span>nesnesi içi<span class="_ _0"></span>n çağrılan kuru<span class="_ _0"></span>cu işlevin başına derleyici, taban<span class="_ _0"></span> </div><div class="t m0 x10 h3 y449 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın varsayılan kuru<span class="_ _0"></span>cu işlevine yapılan<span class="_ _0"></span> çağrı kodunu ekle<span class="_ _0"></span>r. Yani tab<span class="_ _0"></span>an sınıf için kopyalayan ku<span class="_ _0"></span>rucu işlev değil </div><div class="t m0 x10 h3 y7de ff2 fs0 fc2 sc0 ls0 ws0">varsayılan <span class="ff1">kuru<span class="_ _9"></span>cu<span class="_ _9"></span> <span class="ff2">işlev çağrılır. Şimdi <span class="ff9">Der </span>sınıfının k<span class="_ _0"></span>opyalayan <span class="_ _0"></span></span>kur<span class="_ _9"></span>ucu<span class="_ _6"></span> <span class="ff2">işlevin tanımını progr<span class="_ _0"></span>amdan çıkartarak </span></span></div><div class="t m0 x10 h3 y86a ff2 fs0 fc2 sc0 ls0 ws0">programı derleyin ve yeniden <span class="_ _0"></span>çalıştırın. Bu kez <span class="_ _0"></span><span class="ff9">der2 </span>sınıf ne<span class="_ _0"></span>snesinin taban sınıf kıs<span class="_ _0"></span>mı iç<span class="ff1">in k<span class="_ _0"></span>opyalayan kuru<span class="_ _0"></span>cu </span></div><div class="t m0 x10 h3 ybdc ff2 fs0 fc2 sc0 ls0 ws0">işlevin çağrıldığını göreceksini<span class="_ _0"></span>z. Türemiş sınıfın kopy<span class="_ _0"></span>alayan kurucu işlevini yazan p<span class="_ _0"></span>rogramcı, taban<span class="_ _0"></span> sınıf </div><div class="t m0 x10 h3 ya81 ff2 fs0 fc2 sc0 ls0 ws0">nesnesinin kopyala<span class="_ _0"></span>yan kurucu işlevin çağrılmasını <span class="_ _0"></span><span class="ff9">MIL <span class="ff1">sözdi<span class="_ _0"></span>zmiyle </span></span>sağlayabilir:<span class="ff1"> </span></div><div class="t m0 x1 hd y11de ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5a2 ff8 fs0 fc2 sc0 ls13 ws0">Der::Der(const Der &amp;r) :Base(r) {cout &lt;&lt; &quot;Der(const Der &amp;)&quot; &lt;&lt; endl;}<span class="ls0"> </span></div><div class="t m0 x1 h15 y641 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1218 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf nesnesinin t<span class="_ _0"></span>aban sınıf kısmı için han<span class="_ _0"></span>gi kurucu işlev çağrılır? <span class="_ _0"></span>Taban sınıfın kop<span class="_ _0"></span>yalayan kurucu işlevin </div><div class="t m0 x10 h3 y782 ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkeni <span class="_ _0"></span><span class="ff9">Base </span>türünden r<span class="_ _0"></span>eferans olduğuna göre, b<span class="_ _0"></span>u referans ilkdeğerini türemiş sınıfın kop<span class="_ _0"></span>yalayan </div><div class="t m0 x10 h3 yf02 ff1 fs0 fc2 sc0 ls0 ws0">kur<span class="_ _9"></span>uc<span class="_ _9"></span>u <span class="ff2">işlev<span class="_ _9"></span>in parametre d<span class="_ _0"></span>eğişkeni olan <span class="ff9 ls27">r <span class="_ _0"></span></span>referansından<span class="_ _0"></span> alabilir değil mi? Sonuca ta<span class="_ _0"></span>ban sınıf türünden b<span class="_ _0"></span>ir </span></div><div class="t m0 x10 h3 y76d ff2 fs0 fc2 sc0 ls0 ws0">referansa türemiş sınıf türü<span class="_ _0"></span>nden bir nesne ile ilkd<span class="_ _0"></span>eğer<span class="ff1"> <span class="_ _9"></span>veriliyor. </span></div><div class="t m0 x1 h3 y1219 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y101b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 ya73 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y121a ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf126" class="pf w0 h0" data-page-no="126"><div class="pc pc126 w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">294</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff1 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>A<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>D<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>m<span class="_ _3"></span>u<span class="_ _b"></span> </div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Benzer durum atama i<span class="_ _0"></span>şlevini yükleyen işlev için de g<span class="_ _0"></span>eçerlidir. C++‟ da ayn<span class="_ _0"></span>ı sınıf türünden iki nesnenin b<span class="_ _0"></span>irbirine </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">atanması durumund<span class="_ _0"></span>a, atama işlecinin sol tarafınd<span class="_ _0"></span>aki sınıf nesnesi için atama işl<span class="_ _0"></span>ecini yükleyen işlevin çağrıldığını </div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">biliyorsunuz. Sınıf için a<span class="_ _0"></span>tama işlevi yüklenm<span class="_ _0"></span>emişse, atama işlecini yü<span class="_ _0"></span>kleyen işlevi derleyici yaz<span class="_ _0"></span>ar. Derleyicinin </div><div class="t m0 x10 h3 ycda ff2 fs0 fc2 sc0 ls0 ws0">yazdığı atama işlevi sınıfın stat<span class="_ _0"></span>ik olmayan <span class="_ _0"></span><span class="ff9">public in<span class="_ _0"></span>line </span>üye işlevidir. Bu işlev sınıf elemanlar<span class="_ _0"></span>ını karşılıklı olarak </div><div class="t m0 x10 h3 yd53 ff2 fs0 fc2 sc0 ls0 ws0">birbirine atayarak r<span class="_ _0"></span>eferans yoluyla ataman<span class="_ _0"></span>ın yapı<span class="_ _0"></span>ldığı nesneye geri döner. Örneğin<span class="_ _0"></span> <span class="ff9">Myclas<span class="_ _0"></span>s </span>isimli bir sınıf için, </div><div class="t m0 x10 h3 yfa ff2 fs0 fc2 sc0 ls0 ws0">derleyici tarafından otomatik <span class="_ _0"></span>olarak yaz<span class="_ _0"></span>ılan atama işlevinin bildirimi aşağıdak<span class="_ _0"></span>i gibi olur:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y10b2 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y75f ff8 fs0 fc2 sc0 ls13 ws0">class Myclass { </div><div class="t m0 x11 h11 y1012 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y6ac ff8 fs0 fc2 sc0 ls13 ws0">Myclass &amp;operator=(const Myclass &amp;);<span class="ls0"> </span></div><div class="t m0 x11 h11 yed0 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h3 y121b ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf için bir atama <span class="_ _0"></span>işlevi yazılmaz<span class="_ _0"></span>sa türemiş sınıf için işle<span class="_ _0"></span>vi derleyici yazar. Derleyicinin y<span class="_ _0"></span>azdığı atama </div><div class="t m0 x10 h3 y7f ff2 fs0 fc2 sc0 ls0 ws0">işlevi sınıf nesnesinin eleman<span class="_ _0"></span>larını karşılıklı olarak b<span class="_ _0"></span>irbirine atamakla ka<span class="_ _0"></span>lmaz, nesnelerin taban<span class="_ _0"></span> sınıf alt </div><div class="t m0 x10 h3 y61d ff2 fs0 fc2 sc0 ls0 ws0">nesnelerini de birbirine atar. <span class="_ _0"></span>Bu atama için y<span class="_ _0"></span>ine taban sın<span class="_ _0"></span>ıfın atama işlevi çağrılır. Bu<span class="_ _0"></span>rada yine dikkat ed<span class="_ _0"></span>ilmesi </div><div class="t m0 x10 h3 ybbf ff2 fs0 fc2 sc0 ls0 ws0">gereken nokta şud<span class="_ _0"></span>ur: Türemiş sınıf için atama i<span class="_ _0"></span>şlecini yükleyen bir işlev yaz<span class="_ _0"></span>ılırsa, artık derleyici bu işleve </div><div class="t m0 x10 h3 yb4f ff2 fs0 fc2 sc0 ls0 ws0">herhangi bir kod<span class="_ _0"></span> eklemez. Yani taban sınıf nesnelerinin<span class="_ _0"></span> birbirine atanması da, tü<span class="_ _0"></span>remiş sı<span class="_ _0"></span>nıfın atama işl<span class="_ _0"></span>eç </div><div class="t m0 x10 h3 y121c ff2 fs0 fc2 sc0 ls0 ws0">işlevinin sorumluluğund<span class="_ _0"></span>adır. Aşağıdaki kodu<span class="_ _0"></span> inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y867 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y121d ff8 fs0 fc2 sc0 ls13 ws0">class Der : public Base { </div><div class="t m0 x11 h11 y121e ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y121f ff8 fs0 fc2 sc0 ls13 ws0">Der &amp;operator=(const Der &amp;);<span class="ls0"> </span></div><div class="t m0 x11 h11 y1220 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yafe ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8ec ff8 fs0 fc2 sc0 ls13 ws0">Der &amp;Der::operator=(const Der &amp;r)<span class="ls0"> </span></div><div class="t m0 x11 h11 ycb3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ya03 ffc fs0 fc2 sc0 ls13 ws0">*(Base *)this = r; //taban sınıf kısmı için yapılan atama </div><div class="t m0 x12 h11 y781 ff8 fs0 fc2 sc0 ls13 ws0">return *this;<span class="ls0"> </span></div><div class="t m0 x11 h11 y99a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y889 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yda2 ff1 fs0 fc2 sc0 ls0 ws0">Der <span class="ff2">sınıf için yazılan a<span class="_ _0"></span>tama işlevi içindeki<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ya42 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye98 ff8 fs0 fc2 sc0 ls13 ws0">*(Base *)this = r;<span class="ls0"> </span></div><div class="t m0 x1 h15 yfc9 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6d ff2 fs0 fc2 sc0 ls0 ws0">atamasını inceleyelim. İşle<span class="_ _0"></span>v içinde kullanılan<span class="_ _0"></span> <span class="ff9">this </span>ad<span class="_ _0"></span>resi atama işlecinin sol tarafına g<span class="_ _0"></span>elen türemiş sınıf </div><div class="t m0 x10 h3 ycba ff2 fs0 fc2 sc0 ls0 ws0">nesnesinin adresidir. Bu adre<span class="_ _0"></span>s, tür dön<span class="_ _0"></span>üştürme işleci ile önce taban sınıf tü<span class="_ _0"></span>ründen <span class="_ _3"></span>bir adrese dönüştürülüyor. </div><div class="t m0 x10 h3 y1100 ff2 fs0 fc2 sc0 ls0 ws0">Böyle bir dönüşümle eld<span class="_ _0"></span>e edilen adresin türemiş sınıf ne<span class="_ _0"></span>snesinin içindeki taban<span class="_ _0"></span> sınıf nesnesinin adresi oldu<span class="_ _0"></span>ğunu </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf127" class="pf w0 h0" data-page-no="127"><div class="pc pc127 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">295</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">biliyorsunuz. Bu a<span class="_ _0"></span>dresin içerik işlecinin terimi olmasıyla <span class="_ _0"></span>elde edilen nesne, tü<span class="_ _0"></span>remiş sınıf nesnesinin tab<span class="_ _0"></span>an sınıf </div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">a<span class="ff2">lt nesnesidir. Bu duru<span class="_ _0"></span>mda taban sınıfının a<span class="_ _0"></span>tama işlevi çağrılır. Bu işlev<span class="_ _0"></span>e argüman olarak türemiş sını<span class="_ _0"></span>f nesnesi </span></div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">gönderilmiş olur. Taban sınıf n<span class="_ _0"></span>esnesinin atama iş<span class="_ _0"></span>levinin parametresi taban<span class="_ _0"></span> sınıf türünden refarans olduğu<span class="_ _0"></span>ndan </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">bu işleve türemiş sınıf nesne<span class="_ _0"></span>sinin<span class="_ _0"></span><span class="ff1"> </span>gönderilebileceğini biliyor<span class="_ _0"></span>sunuz. Derleyicinin bu d<span class="_ _0"></span>eyim için aşağıdaki gibi b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 y1f4 ff2 fs0 fc2 sc0 ls0 ws0">kod ürettiğini dü<span class="_ _0"></span>şünebilirsiniz:<span class="ff1"> </span></div><div class="t m0 x1 h3 y634 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yb91 ff8 fs0 fc2 sc0 ls13 ws0">((Base *)this)<span class="ls0">-</span>&gt;operator = (r);<span class="ls0"> </span></div><div class="t m0 x1 h15 y10cb ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1221 ff2 fs0 fc2 sc0 ls0 ws0">Aynı işi gerçekleştirmek için a<span class="_ _0"></span>şağıdaki gibi bir çağrı d<span class="_ _0"></span>a yapılabilirdi:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1da ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y539 ff8 fs0 fc2 sc0 ls13 ws0">Base::operator=(r);<span class="ls0"> </span></div><div class="t m0 x1 h15 y1222 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 yf60 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 ye5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 yd3d ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 yef6 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y1135 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 ye0d ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 yb43 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 yf98 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 yfa6 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y7b5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y93c ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y1223 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y90 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 ye1c ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y5e8 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 yae3 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y1224 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 yc61 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf128" class="pf w0 h0" data-page-no="128"><div class="pc pc128 w0 h0"><img class="bi xb y27 w6 ha" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">296</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hb y28 ff3 fs3 fc3 sc0 ls0 ws0">S<span class="_ _3"></span>A<span class="_ _3"></span>N<span class="_ _3"></span>A<span class="_ _3"></span>L<span class="_ _3"></span> <span class="_ _3"></span><span class="ff5">İ<span class="_ _3"></span>Ş<span class="_ _3"></span></span>L<span class="_ _3"></span>E<span class="_ _3"></span>V<span class="_ _3"></span>L<span class="_ _3"></span>E<span class="_ _3"></span>R<span class="_ _3"></span> <span class="_ _3"></span>V<span class="_ _3"></span>E<span class="_ _3"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>O<span class="_ _3"></span>K<span class="_ _3"></span>B<span class="_ _b"></span><span class="ff5">İ<span class="_ _3"></span></span>Ç<span class="_ _3"></span><span class="ff5">İ<span class="_ _3"></span></span><span class="ls61">ML</span><span class="ff5">İ<span class="_ _3"></span></span>L<span class="_ _3"></span><span class="ff5">İ<span class="_ _3"></span></span>K<span class="_ _b"></span> </div><div class="t m0 x10 h3 y1225 ff2 fs0 fc2 sc0 ls0 ws0">Sanal işlevler nesne yönelimli <span class="_ _0"></span>programların geliştiril<span class="_ _0"></span>emesini ve büyütülmesini b<span class="_ _0"></span>üyük ölçüde kolaylaştıran,<span class="_ _0"></span> <span class="_ _0"></span><span class="ff9">C++ </span></div><div class="t m0 x10 h3 ye55 ff2 fs0 fc2 sc0 ls0 ws0">dilinin çok önemli bir ara<span class="_ _0"></span>cıdır. Sanal işlevler, &quot;nesne yö<span class="_ _0"></span>nelimli programlama tekniği”n<span class="_ _0"></span>in olmazsa olmaz </div><div class="t m0 x10 h3 y119 ff2 fs0 fc2 sc0 ls0 ws0">özelliklerinden biri olan, “<span class="_ _0"></span>çalışma zamanına ilişkin çok b<span class="_ _0"></span>içimliliği” sağlayan tem<span class="_ _0"></span>el araçtır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y8e6 ff2 fs0 fc2 sc0 ls0 ws0">Bu araç ile bir taban<span class="_ _0"></span> sınıftan doğrudan y<span class="_ _0"></span>a da dolaylı biçimde türetilmiş tü<span class="_ _0"></span>m alt sınıflara ilişkin n<span class="_ _0"></span>esneler, yani </div><div class="t m0 x10 h3 y8e7 ff2 fs0 fc2 sc0 ls0 ws0">bir sınıf hiyerarşisi içinde ku<span class="_ _0"></span>llanılabilecek tü<span class="_ _0"></span>m nesneler, taban<span class="_ _0"></span> sınıf nesneleriymiş gibi dü<span class="_ _0"></span>şünülerek genel </div><div class="t m0 x10 h3 y3ce ff2 fs0 fc2 sc0 ls0 ws0">programlar yazılabilir. Pro<span class="_ _0"></span>gramın geliştirilme<span class="_ _0"></span>si sırasında henüz <span class="_ _0"></span>var olmayan sınıflar bu araç ile dah<span class="_ _0"></span>a sonra </div><div class="t m0 x10 h3 ya1a ff2 fs0 fc2 sc0 ls0 ws0">programın genel yapısın<span class="_ _0"></span>a eklenebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y790 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf hiyerarşisi içinde bir s<span class="_ _0"></span>ınıf nesnesi i<span class="_ _0"></span>çin bir işlev yard<span class="_ _0"></span>ımıyla bir işin yaptırılması d<span class="_ _0"></span>urumunu </div><div class="t m0 x10 h3 yc96 ff2 fs0 fc2 sc0 ls0 ws0">inceleyelim. Örneğin bir sınıf <span class="_ _0"></span>nesnesinin elemanlarının d<span class="_ _0"></span>eğerlerinin ekrana yaz<span class="_ _0"></span>dırılması gerektiğini </div><div class="t m0 x10 h3 y5ad ff2 fs0 fc2 sc0 ls0 ws0">düşünelim. Bu iş sınıfların <span class="_ _0"></span><span class="ff9">display <span class="_ _0"></span></span>isimli üye işlevler tarafında<span class="_ _0"></span>n yapılsın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 ya0a ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x11 h11 y7fd ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x11 h11 y90c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y77a ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>display()<span class="ls0"> </span>const;<span class="ls0"> <span class="_ _26"> </span></span><span class="ffc">// A sınıfının elemanlarını</span><span class="ls0"> <span class="_ _9"></span><span class="ffc ls13">yazdıracak.<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x11 h11 y4ad ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y50d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1226 ff8 fs0 fc2 sc0 ls13 ws0">class B:public A {<span class="ls0"> </span></div><div class="t m0 x11 h11 y1227 ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x11 h11 y1033 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yca4 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>display()<span class="ls0"> </span>const;<span class="ls0"> <span class="_ _26"> </span></span>//<span class="ls0">  </span><span class="ffc">B sınıfının elemanlarını</span><span class="ls0"> <span class="_ _9"></span><span class="ffc ls13">yazdıracak.<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x11 h11 yf0d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y511 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yade ff8 fs0 fc2 sc0 ls13 ws0">class C:public A {<span class="ls0"> </span></div><div class="t m0 x11 h11 ybf8 ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x11 h11 y1228 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y928 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>display()<span class="ls0"> </span>const;<span class="ls0"> <span class="_ _26"> </span></span><span class="ffc">// C sınıfının elemanlarını</span><span class="ls0"> </span><span class="ffc">yazdıracak.</span><span class="ls0"> </span></div><div class="t m0 x11 h11 y4cd ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 yb76 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1229 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfından türetilmiş <span class="ff9 lsb">B <span class="_ _0"></span></span><span class="ff1">ve <span class="ff9 ls32">C </span></span>sını<span class="_ _0"></span>flarında <span class="ff9 ls33">A </span>sınıfında <span class="_ _0"></span>bulunan <span class="_ _0"></span><span class="ff9">display() </span>işlevi yeniden </div><div class="t m0 x10 h3 y12e ff2 fs0 fc2 sc0 ls0 ws0">tanımlanıyor. Şimdi türemiş bi<span class="_ _0"></span>r sınıf nesnesi yolu<span class="_ _0"></span>yla yani nokta işleci kullanılarak <span class="_ _3"></span><span class="ff9">display </span>işlevi çağrılırsa, d<span class="_ _0"></span>ar </div><div class="t m0 x10 h3 ya65 ff2 fs0 fc2 sc0 ls0 ws0">bilinirlik alanındak<span class="_ _0"></span>i isim geniş bilinirlik a<span class="_ _0"></span>lanındaki ayn<span class="_ _0"></span>ı ismi maskeleyeceği için, türemiş sınıfın <span class="_ _0"></span><span class="ff9">d<span class="_ _0"></span>isplay </span>işlevi </div><div class="t m0 x10 h3 y1160 ff2 fs0 fc2 sc0 ls0 ws0">çağrılır.<span class="ff1"> </span></div><div class="t m0 x1 h3 y122a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y872 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf129" class="pf w0 h0" data-page-no="129"><div class="pc pc129 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">297</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1b3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 he yff6 ff8 fs0 fc2 sc0 ls0 ws0">A<span class="ff7"> <span class="_ _d"> </span></span><span class="ls13">a;</span> </div><div class="t m0 x12 he yeca ff8 fs0 fc2 sc0 ls0 ws0">B<span class="ff7"> <span class="_ _d"> </span></span><span class="ls13">b;</span> </div><div class="t m0 x12 he y99 ff8 fs0 fc2 sc0 ls0 ws0">C<span class="ff7"> <span class="_ _d"> </span></span><span class="ls13">c;</span> </div><div class="t m0 x12 h11 y155 ffc fs0 fc2 sc0 ls13 ws0">a.display(); <span class="_ _81"> </span>//A <span class="_ _81"> </span>sınıfının <span class="_ _81"> </span>display <span class="_ _81"> </span>işlevi <span class="_ _46"> </span>çağrılır. </div><div class="t m0 x12 h11 y156 ffc fs0 fc2 sc0 ls13 ws0">b.display(): <span class="_ _81"> </span>//B <span class="_ _81"> </span>sınıfının <span class="_ _81"> </span>display <span class="_ _81"> </span>işlevi <span class="_ _46"> </span>çağrılır. </div><div class="t m0 x12 h11 y157 ffc fs0 fc2 sc0 ls13 ws0">c.display(); //C sınıfının display işlevi çağrılır;<span class="ff8 ls0"> </span></div><div class="t m0 x1 h12 ycf0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y4f1 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y61a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 y7c ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y471 ff2 fs0 fc2 sc0 ls0 ws0">Çağrı sınıf nesnesi yoluyla <span class="_ _0"></span>değil <span class="ff1">de </span>sınıf türünden gösterici ile yapılmış olsayd<span class="_ _0"></span>ı da sonuç aynı<span class="_ _0"></span><span class="ff1"> <span class="_ _0"></span>olurdu: </span></div><div class="t m0 x1 h3 ydaf ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y4aa ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y5f5 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y114c ff8 fs0 fc2 sc0 ls0 ws0">A a, <span class="_ _0"></span>*pa = <span class="_ _0"></span>&amp;a; </div><div class="t m0 x2 h11 y96d ff8 fs0 fc2 sc0 ls0 ws0">C <span class="_ _0"></span>c, <span class="_ _0"></span>*cp <span class="_ _3"></span>= <span class="_ _0"></span>&amp;c; </div><div class="t m0 x2 h11 y123 ff8 fs0 fc2 sc0 ls13 ws0">B b; *bp = &amp;b;<span class="ls0"> </span></div><div class="t m0 x2 h11 y122b ff8 fs0 fc2 sc0 ls13 ws0">pa<span class="ls0">-</span><span class="ffc">&gt;display(); <span class="_ _2e"> </span>//A <span class="_ _2e"> </span>sınıfının <span class="_ _1a"> </span>display <span class="_ _2e"> </span>işlevi <span class="_ _2e"> </span>çağrılır;</span><span class="ls0"> </span></div><div class="t m0 x2 h11 y993 ff8 fs0 fc2 sc0 ls13 ws0">pb<span class="ls0">-</span><span class="ffc">&gt;display(); <span class="_ _2e"> </span>//B <span class="_ _2e"> </span>sınıfının <span class="_ _1a"> </span>display <span class="_ _2e"> </span>işlevi <span class="_ _2e"> </span>çağrılır; </span></div><div class="t m0 x2 h11 y5d ff8 fs0 fc2 sc0 ls13 ws0">pc<span class="ls0">-</span><span class="ffc">&gt;display(): //C sınıfının display işlevi çağrılır;</span><span class="ls0"> </span></div><div class="t m0 x1 h12 y202 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y5c9 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y2b9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 y243 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y122c ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıf ve türemiş <span class="_ _0"></span>sınıflarda aynı isimli işlevler <span class="_ _0"></span>varsa, çağrı çözünürlü<span class="_ _0"></span>k işleci ile yapılmamışsa, eğ<span class="_ _0"></span>er taban </div><div class="t m0 x10 h3 y122d ff2 fs0 fc2 sc0 ls0 ws0">sınıf nesnesi ya d<span class="_ _0"></span>a göstericisine ilişkin bir çağrı <span class="_ _0"></span>söz konusu ise d<span class="_ _0"></span>oğal olarak taban<span class="_ _0"></span> sınıfın işlevi çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yae0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y122e ff2 fs0 fc2 sc0 ls0 ws0">Öyle bir işlev olsun ki, <span class="_ _0"></span>bu işlev sınıf hiyerarşisi içinde y<span class="_ _0"></span>er alabilecek bir nesnenin<span class="_ _0"></span>, hangi sınıf türünd<span class="_ _0"></span>en olursa </div><div class="t m0 x10 h3 y122f ff2 fs0 fc2 sc0 ls0 ws0">olsun elemanlarının d<span class="_ _0"></span>eğerlerini yazdırsın. Bö<span class="_ _0"></span>yle bir işlev nas<span class="_ _0"></span>ıl tasarlanabilir? Taban<span class="_ _0"></span> sınıf türünden bir </div><div class="t m0 x10 h3 y16d ff2 fs0 fc2 sc0 ls0 ws0">göstericiye, bu sınıftan tü<span class="_ _0"></span>retilmiş herhangi bir <span class="_ _0"></span>sınıf nesnesinin a<span class="_ _0"></span>dresi atanabileceğine göre b<span class="_ _0"></span>öyle bir işlevin </div><div class="t m0 x10 h3 y41b ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkeni tab<span class="_ _0"></span>an sınıf<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf12a" class="pf w0 h0" data-page-no="12a"><div class="pc pc12a w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">298</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir gösterici olabilir. <span class="ff2">Glob<span class="_ _0"></span>al olarak tanımlanan<span class="_ _0"></span> <span class="ff9">display </span>isimli işlevin<span class="_ _0"></span> bildirimi şöyle olabilir:<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 yb8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3e5 ff8 fs0 fc2 sc0 ls13 ws0">void display(const A *ptr);<span class="ls0"> </span></div><div class="t m0 x1 h15 y3e6 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y232 ff2 fs0 fc2 sc0 ls0 ws0">şimdi <span class="ff9">display </span>işlevi ister tab<span class="_ _0"></span>an sınıf olan <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfı türün<span class="_ _0"></span>den bir nesnenin adresiyl<span class="_ _0"></span>e ister bu sınıfta türemi<span class="_ _0"></span>ş </div><div class="t m0 x10 h3 y3e7 ff2 fs0 fc2 sc0 ls0 ws0">sınıflar olan <span class="ff9 lsb">B </span><span class="ff1">ve <span class="ff9 ls32">C <span class="_ _0"></span></span></span>sınıfından nesnelerin<span class="_ _0"></span><span class="ff1"> </span>adresleri ile çağrıla<span class="_ _0"></span>bilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y199 ff2 fs0 fc2 sc0 ls0 ws0">Ancak böyle bir işlev çağrıldığı<span class="_ _0"></span> zaman işini doğru y<span class="_ _0"></span>apabilmesi için hangi sınıf türü<span class="_ _0"></span>nden bir nesnenin ad<span class="_ _0"></span>resiyle </div><div class="t m0 x10 h3 y5ac ff2 fs0 fc2 sc0 ls0 ws0">çağrıldığını şüphesiz bilm<span class="_ _0"></span>ek zorundadır. İşlev bu d<span class="_ _0"></span>urumu nasıl bilebilir?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y19b ff2 fs0 fc2 sc0 ls0 ws0">Bunu sağlamanın bir y<span class="_ _0"></span>olu şu olabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd3a ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıf bildirimind<span class="_ _0"></span>e, taban sınıfa bir eleman d<span class="_ _0"></span>aha eklenenerek ve bu eleman<span class="_ _0"></span>ının sınıf türün<span class="_ _0"></span>den nesnenin </div><div class="t m0 x10 h3 yc18 ff2 fs0 fc2 sc0 ls0 ws0">tür bilgisini saklaması <span class="_ _0"></span>sağlanabilir.<span class="ff1"> </span></div><div class="t m0 x1 h3 y9b7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y21d ff8 fs0 fc2 sc0 ls13 ws0">enum {CLASSA, CLASSB, CLASSC};<span class="ls0"> </span></div><div class="t m0 x1 h11 y898 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y82b ff8 fs0 fc2 sc0 ls13 ws0">class A<span class="ls0"> { </span></div><div class="t m0 x12 h11 ye91 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 ya7f ff8 fs0 fc2 sc0 ls13 ws0">int type; </div><div class="t m0 x11 h11 y9d6 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y1230 ff8 fs0 fc2 sc0 ls13 ws0">//<span class="ls0"> </span></div><div class="t m0 x11 h11 y35d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h7f y1231 ff8 fs19 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybc6 ff9 fs0 fc2 sc0 ls33 ws0">A <span class="ff2 ls0">sınıfı ve bu sınıflardan<span class="_ _0"></span> türetilecek sınıfların k<span class="_ _0"></span>odu, bir sınıf <span class="_ _0"></span>nesnesi yaratıldığında sınıf ne<span class="_ _0"></span>snesinin <span class="_ _0"></span><span class="ff9">type </span></span></div><div class="t m0 x10 h3 y1232 ff2 fs0 fc2 sc0 ls0 ws0">isimli elemanına <span class="ff9">CLASSA, <span class="_ _0"></span>CLASSB, CLASS<span class="_ _0"></span>C </span>vs. değerleri atanaca<span class="_ _0"></span>k biçimde yazılabilir. Bu du<span class="_ _0"></span>rumda global </div><div class="t m0 x10 h3 y845 ff9 fs0 fc2 sc0 ls0 ws0">display <span class="ff2">işlevi, aşağıdaki gib<span class="_ _0"></span>i bir </span>switch <span class="ff2">deyimini k<span class="_ _0"></span>ullanarak işini görebilir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y846 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ycd2 ff8 fs0 fc2 sc0 ls13 ws0">void display(const A *ptr)<span class="ls0"> </span></div><div class="t m0 x10 h11 y1233 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y685 ff8 fs0 fc2 sc0 ls13 ws0">switch (ptr<span class="ls0">-</span>&gt;type) {<span class="ls0"> </span></div><div class="t m0 x17 h11 y1219 ff8 fs0 fc2 sc0 ls0 ws0">case CLAS<span class="_ _0"></span>SA: ((A <span class="_ _0"></span>*)ptr)<span class="_ _0"></span>-<span class="ls13">&gt;display(); break; </span></div><div class="t m0 x17 h11 y1234 ff8 fs0 fc2 sc0 ls0 ws0">case CLAS<span class="_ _0"></span>SB: ((B <span class="_ _0"></span>*)ptr)<span class="_ _0"></span>-<span class="ls13">&gt;display(); break; </span></div><div class="t m0 x17 h11 y1235 ff8 fs0 fc2 sc0 ls13 ws0">case CLASSC: ((C *)ptr)<span class="ls0">-</span>&gt;display();<span class="ls0"> </span></div><div class="t m0 x2 h11 y647 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y101c ff8 fs0 fc2 sc0 ls13 ws0">//..<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf12b" class="pf w0 h0" data-page-no="12b"><div class="pc pc12b w0 h0"><img class="bi xb y1236 w6 hc7" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">299</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y789 ff2 fs0 fc2 sc0 ls0 ws0">Ancak yukarıdak<span class="_ _0"></span>i kod parçasının çok önemli bir d<span class="_ _0"></span>ezavantajı programın <span class="_ _0"></span>geliştirilmesi sırasınd<span class="_ _0"></span>a ortaya çıkar. </div><div class="t m0 x10 h3 yb28 ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıf olan <span class="ff9 ls33">A <span class="_ _0"></span></span>sınıfından ya da tü<span class="_ _0"></span>retilmiş sınıflar olan <span class="_ _0"></span><span class="ff9 lsb">B </span><span class="ff1">ve <span class="ff9 ls32">C </span></span>sınıflarınd<span class="_ _0"></span>an yeni bir sınıf t<span class="_ _0"></span>üretildiğinde </div><div class="t m0 x10 h3 y363 ff2 fs0 fc2 sc0 ls0 ws0">yukarıdaki <span class="_ _0"></span><span class="ff9">display </span>işlevinin bu yeni<span class="ff1"> </span>sınıf türü<span class="_ _0"></span>nden bir nesnen<span class="_ _0"></span>in de değerlerini yazdırması i<span class="_ _0"></span>stendiğinde, <span class="_ _0"></span><span class="ff9">display </span></div><div class="t m0 x10 h3 yaa6 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin kaynak ko<span class="_ _0"></span>dunu değiştirmek gerekir. Bu da <span class="_ _0"></span>şüphesiz <span class="_ _0"></span><span class="ff9">switch <span class="_ _0"></span><span class="ff1">deyiminin içine yeni bir <span class="_ _0"></span></span>case <span class="ff1">dah<span class="_ _0"></span>a </span></span></div><div class="t m0 x10 h3 y11a3 ff2 fs0 fc2 sc0 ls0 ws0">eklemekle mümkün olur. <span class="_ _0"></span>Ayrıca yukarıdaki gib<span class="_ _0"></span>i bir kodu okumak zorlaşır. İşte <span class="_ _0"></span>sanal <span class="_ _0"></span>işlevler ve çalışma </div><div class="t m0 x10 h3 yf48 ff2 fs0 fc2 sc0 ls0 ws0">zamanına yön<span class="_ _0"></span>elik çok biçimlilik bu ko<span class="_ _0"></span>nuda yeni ufuklar açacak bir ara<span class="_ _0"></span>çtır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1237 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y78f ff1 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> </div><div class="t m0 x10 h3 ya58 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın bir üye işlevi sanal <span class="_ _0"></span><span class="ff9">(virtual func<span class="_ _0"></span>tion) </span>yap<span class="_ _0"></span>ılabilir. Bir üye işlevi <span class="ff1">sana<span class="_ _9"></span>l <span class="ff2">ya<span class="_ _9"></span>pabilmek için işlev bildirimin<span class="_ _0"></span>in </span></span></div><div class="t m0 x10 h3 y599 ff1 fs0 fc2 sc0 ls0 ws0">önüne <span class="ff9">virtual </span>an<span class="_ _0"></span>ahtar <span class="ff2">sözcüğü getirilir. <span class="_ _0"></span><span class="ff9">virtual </span>anah<span class="_ _0"></span>tar sözcüğü yalnızca işlevin bildiri<span class="_ _0"></span>minde kullan<span class="_ _0"></span>ılır. İşlev </span></div><div class="t m0 x10 h3 y791 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanırken kullanılmaz. <span class="_ _0"></span>Bir global işlev ya d<span class="_ _0"></span>a bir sınıfın statik işlevi <span class="_ _0"></span><span class="ff9">virtual </span>an<span class="_ _0"></span>ahtar sözcüğü ile b<span class="_ _0"></span>ildirilemez. </div><div class="t m0 x10 h3 ycb0 ff2 fs0 fc2 sc0 ls0 ws0">Bir üye işlev sanal yap<span class="_ _0"></span>ılırsa, o sınıfın türemi<span class="_ _0"></span>ş sınıflarında bul<span class="_ _0"></span>unan ay<span class="_ _0"></span>nı isimli, ayn<span class="_ _9"></span>ı bildirime sahip tüm işlevler da </div><div class="t m0 x10 h3 yf4b ff1 fs0 fc2 sc0 ls0 ws0">sa<span class="_ _9"></span>nal <span class="_ _9"></span>olur. Yani <span class="ff9">virtual <span class="ff2">anahtar sözcüğü y<span class="_ _0"></span>azılmasa da yazılmış gibi işl<span class="_ _0"></span>em görür. Aynı b<span class="_ _0"></span>ildirime sahip olması </span></span></div><div class="t m0 x10 h3 y8f9 ff2 fs0 fc2 sc0 ls0 ws0">demek geri dönüş değerlerini<span class="_ _0"></span>n parametre yapılarının<span class="_ _0"></span> ve işlev isimlerinin <span class="_ _0"></span><span class="ff1">a</span>ynı <span class="_ _9"></span>olması demektir. Türemiş sınıfın </div><div class="t m0 x10 h3 yf4c ff2 fs0 fc2 sc0 ls0 ws0">taban sınıfın sanal işleviyl<span class="_ _0"></span>e tamamen <span class="_ _0"></span>ayn<span class="_ _9"></span>ı <span class="_ _9"></span>parametrik yapıya sahip ve <span class="_ _0"></span>ayn<span class="_ _9"></span>ı isim<span class="_ _9"></span>li bir işlev tan<span class="_ _0"></span>ımlamasına, türemiş </div><div class="t m0 x10 h3 yf4d ff2 fs0 fc2 sc0 ls0 ws0">sınıfın taban sınıfın sanal i<span class="_ _0"></span>şlevi “ezmesi<span class="ff10 ls42">” </span><span class="ff1">(<span class="ff9">ove<span class="_ _0"></span>rride</span>) denir. </span></div><div class="t m0 x1 hd y181 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8d9 ff8 fs0 fc2 sc0 ls13 ws0">class Base {<span class="ls0"> </span></div><div class="t m0 x12 h11 y1238 ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x11 h11 yc06 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ycd0 ff8 fs0 fc2 sc0 ls13 ws0">virtual int vfunc(int, int);<span class="ls0"> </span></div><div class="t m0 x12 h11 y279 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 yfa5 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1191 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc5b ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base {<span class="ls0"> </span></div><div class="t m0 x12 h11 yf07 ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x11 h11 y1239 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yedf ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y123a ff8 fs0 fc2 sc0 ls13 ws0">virtual int vfunc(int, int);<span class="ls0"> </span></div><div class="t m0 x12 h11 y610 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 ye04 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 y170 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yeaa ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte, <span class="_ _0"></span><span class="ff9">Base </span>sınıfın<span class="_ _0"></span>dan türetilmiş <span class="ff9">Der </span>sınıfı, <span class="ff9">Ba<span class="_ _0"></span>se </span>sınıfının san<span class="_ _0"></span>al <span class="ff9">vfunc </span>işlevini <span class="_ _0"></span>eziyor. <span class="ff9">Der </span>sınıfı </div><div class="t m0 x10 h3 y10d9 ff2 fs0 fc2 sc0 ls0 ws0">içinde bildirimi yapılan <span class="_ _0"></span><span class="ff9">vfunc </span>işlevinin bildirimind<span class="_ _0"></span>e <span class="ff9">virtual </span>an<span class="_ _0"></span>ahtar sözcüğünün<span class="_ _0"></span> kullanılması zorunlu d<span class="_ _0"></span>eğildir.<span class="ff1"> </span></div><div class="t m0 x10 h3 yc83 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf nesnesinin a<span class="_ _0"></span>dresi taban sınıf göstericisin<span class="_ _0"></span>e atanır bu gösterici yoluy<span class="_ _0"></span>la da sanal bir işlev çağrılır<span class="_ _0"></span>sa, </div><div class="t m0 x10 h3 y687 ff2 fs0 fc2 sc0 ls0 ws0">adresi alınan nesne hangi <span class="_ _0"></span>sınıfa aitse o sınıfın san<span class="_ _0"></span>al işl<span class="_ _0"></span>ev çağrılır. Hangi işl<span class="_ _0"></span>evin çağrılacağı derleme zaman<span class="_ _0"></span>ında </div><div class="t m0 x10 h3 ye8c ff2 fs0 fc2 sc0 ls0 ws0">değil ancak programın çalış<span class="_ _0"></span>ma zamanınd<span class="_ _0"></span>a belli olur. Bu yüzden bu<span class="_ _0"></span> duruma &quot;geç bağlama&quot; (<span class="_ _3"></span><span class="ff9">late binding) <span class="ff1">ya <span class="_ _0"></span>da </span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf12c" class="pf w0 h0" data-page-no="12c"><div class="pc pc12c w0 h0"><img class="bi xb y123b w6 hc8" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">300</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">“dinamik bağlama” (<span class="_ _0"></span><span class="ff9">dynamic bind<span class="_ _0"></span>ing) </span>denir. Taban<span class="_ _0"></span> sınıfın türemiş sınıfa erişmesi ancak b<span class="_ _0"></span>u sa<span class="_ _0"></span>nal işlev </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">kullanımıyla mümkün o<span class="_ _0"></span>lur. Bir dizi tü<span class="_ _0"></span>retme yapıldığında türemiş sınıflardan b<span class="_ _0"></span>irine ilişkin nesnenin<span class="_ _0"></span> adresi taban </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">sınıflardan birine ilişkin b<span class="_ _0"></span>ir göstericiye ya da referansa atan<span class="_ _0"></span>abilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf74 ff2 fs0 fc2 sc0 ls0 ws0">Bu gösterici ya da <span class="_ _0"></span>referans yoluyla sanal işlev çağrılabilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y64a ff2 fs0 fc2 sc0 ls0 ws0">Bir sanal işlev sınıf ismi b<span class="_ _0"></span>elirtilerek çözünürlük işleci ile çağr<span class="_ _0"></span>ılırsa sanallık özelliği kalmaz<span class="_ _0"></span>.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1074 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y969 ff1 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _f"></span></span> </div><div class="t m0 x10 h3 yd4a ff2 fs0 fc2 sc0 ls0 ws0">Sanal işlevler çeşitli biçi<span class="_ _0"></span>mlerde çağrılabilir. Bu biçi<span class="_ _0"></span>mleri gösterebilmek için önce a<span class="_ _0"></span>şağıdaki sınıfları tanım<span class="_ _0"></span>layalım:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yabf ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yc87 ff8 fs0 fc2 sc0 ls13 ws0">class Base {<span class="ls0"> </span></div><div class="t m0 x1c h11 yb2a ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x1c h11 y123c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y123d ff8 fs0 fc2 sc0 ls13 ws0">virtual void vfunc();<span class="ls0"> </span></div><div class="t m0 x1c h11 y607 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y608 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ya7d ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x1c h11 y123e ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ye0c ff8 fs0 fc2 sc0 ls13 ws0">virtual void vfunc();<span class="ls0"> </span></div><div class="t m0 x1c h11 y66b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h15 y55c ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he ye4f ff1 fs0 fc2 sc0 ls4 ws0">1.<span class="ff7 ls0"> <span class="_ _d"> </span><span class="ff2">Türemiş sınıf ne<span class="_ _0"></span>snesinin adresinin a<span class="_ _0"></span>çık bir biçimde taban sınıf göster<span class="_ _0"></span>icisine atanması yolu<span class="_ _0"></span>yla:<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 yed ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd09 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yef ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yae0 ff8 fs0 fc2 sc0 ls13 ws0">Der<span class="ls0"> <span class="_ _3"></span>der<span class="_ _9"></span>_obj<span class="_ _6"></span>ect;<span class="_ _9"></span> </span></div><div class="t m0 x12 h11 yd20 ff8 fs0 fc2 sc0 ls13 ws0">Base<span class="ls0"> <span class="_ _3"></span>*b<span class="_ _9"></span>ase<span class="_ _9"></span>_p<span class="_ _9"></span>tr;<span class="_ _9"></span> </span></div><div class="t m0 x12 h11 y435 ff8 fs0 fc2 sc0 ls13 ws0">base_ptr = &amp;der_object; </div><div class="t m0 x12 h11 y2a0 ff8 fs0 fc2 sc0 ls13 ws0">base_ptr<span class="ls0">-</span>&gt;vfunc(); </div><div class="t m0 x12 h11 y1113 ff8 fs0 fc2 sc0 ls13 ws0">(*base_ptr).vfunc();<span class="ls0"> </span></div><div class="t m0 x1 h12 yde0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y123f ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y6c ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf12d" class="pf w0 h0" data-page-no="12d"><div class="pc pc12d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">301</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte<span class="ff1"> </span></div><div class="t m0 x1 h16 y5d7 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1240 ff8 fs0 fc2 sc0 ls13 ws0">base_ptr<span class="ls0">-</span>&gt;vfunc(); </div><div class="t m0 x11 h11 y6db ff8 fs0 fc2 sc0 ls13 ws0">(*base_ptr).vfunc();<span class="ls0"> </span></div><div class="t m0 x1 h1c yaa7 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1241 ff2 fs0 fc2 sc0 ls0 ws0">çağrılarıyla <span class="ff9">Der </span>sınıfının <span class="_ _0"></span><span class="ff9">vfunc </span>işlevi çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y690 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y120d ff1 fs0 fc2 sc0 ls4 ws0">2.<span class="ff7 ls0"> <span class="_ _d"> </span><span class="ff2">Bir işlevin param<span class="_ _0"></span>etre değişkeni taban<span class="_ _0"></span> sınıf türün<span class="_ _0"></span>den bir göstericidir. İşle<span class="_ _0"></span>v <span class="ff1">de <span class="_ _9"></span><span class="ff2">bir türemiş sın<span class="_ _0"></span>ıf </span></span></span></span></div><div class="t m0 x10 h3 y3ea ff2 fs0 fc2 sc0 ls0 ws0">nesnesinin adresiyle çağrılır. P<span class="_ _0"></span>arametre değişkeni olan<span class="_ _0"></span> gösterici yoluyla sanal <span class="_ _0"></span>işlev<span class="ff1"> </span>çağrılab<span class="_ _0"></span>ilir.<span class="ff1"> </span></div><div class="t m0 x1 hd y8a2 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4c3 ff8 fs0 fc2 sc0 ls13 ws0">void func(Base *ptr)<span class="ls0"> </span></div><div class="t m0 x11 h11 y10fb ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y443 ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-</span>&gt;vfunc();<span class="ls0"> </span></div><div class="t m0 x11 h11 y1242 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y11fa ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y667 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y5c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1243 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object; </div><div class="t m0 x12 h11 y55b ff8 fs0 fc2 sc0 ls13 ws0">func(&amp;der_object); </div><div class="t m0 x12 h11 ya94 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1244 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y2d4 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybc5 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte<span class="ff1"> </span></div><div class="t m0 x1 h16 y5a1 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya11 ff8 fs0 fc2 sc0 ls13 ws0">func(&amp;der_object);<span class="ls0"> </span></div><div class="t m0 x1 h15 y833 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1245 ff2 fs0 fc2 sc0 ls0 ws0">deyimiyle çağrılan <span class="ff9">fun<span class="_ _0"></span>c </span>işlevi içinde çağrılan<span class="_ _0"></span> <span class="ff9">vfunc </span>işlevi <span class="ff9">De<span class="_ _0"></span>r </span>sınıfının <span class="ff9">vfunc </span>işl<span class="_ _0"></span>evidir.<span class="ff1"> </span></div><div class="t m0 x1 h16 y3aa ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y3ab ff1 fs0 fc2 sc0 ls4 ws0">3.<span class="ff7 ls0"> <span class="_ _d"> </span><span class="ff2">Taban sınıf tü<span class="_ _0"></span>ründen bir referans tü<span class="_ _0"></span>remiş sınıf türünden b<span class="_ _0"></span>ir nesneyle ilkdeğer verilerek tanımlanır. Bu<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 y1246 ff1 fs0 fc2 sc0 ls0 ws0">referans yoluyla <span class="_ _0"></span><span class="ff2">sanal işlev çağrılabilir. Bu du<span class="_ _0"></span>rumda türemiş sınıfa ili<span class="_ _0"></span>şkin sanal işlev<span class="_ _0"></span></span> <span class="ff2">çağrılır.</span> </div><div class="t m0 x1 hd yb57 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yf6e ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y6f4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf12e" class="pf w0 h0" data-page-no="12e"><div class="pc pc12e w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">302</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object(10, 20);<span class="ls0"> </span></div><div class="t m0 x2 h11 y3b0 ff8 fs0 fc2 sc0 ls13 ws0">Base &amp;base_ref = der_object; </div><div class="t m0 x2 h11 y3b1 ff8 fs0 fc2 sc0 ls13 ws0">base_ref.vfunc();<span class="ls0"> </span></div><div class="t m0 x2 h11 y1137 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y6dc ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y1247 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y159 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte<span class="ff1"> </span></div><div class="t m0 x1 h16 y1248 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y408 ff8 fs0 fc2 sc0 ls13 ws0">base_ref.vfunc();<span class="ls0"> </span></div><div class="t m0 x1 h15 y56a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya6a ff2 fs0 fc2 sc0 ls0 ws0">deyimiyle çağrılan <span class="ff9">vfun<span class="_ _0"></span>c </span>işlevi <span class="ff9">Der <span class="ff1">s</span></span>ını<span class="_ _0"></span>fının <span class="ff9">vfunc </span>işlevidir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y727 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y7e9 ff1 fs0 fc2 sc0 ls4 ws0">4.<span class="ff7 ls0"> <span class="_ _d"> </span><span class="ff2">İşlevin parametr<span class="_ _0"></span>e değişkeni tab<span class="_ _0"></span>an sınıf türünden b<span class="_ _0"></span>ir referans olur. İşlev <span class="_ _0"></span><span class="ff1">de <span class="_ _9"></span><span class="ff2">türemiş sınıf nesnesin<span class="_ _0"></span>in </span></span></span></span></div><div class="t m0 x10 h3 yf0c ff2 fs0 fc2 sc0 ls0 ws0">kendisiyle çağrılır. İşlev içind<span class="_ _0"></span>e <span class="ff1 ls15">bu </span>referans yoluyla <span class="_ _0"></span>türemiş sınıfa ilişkin sanal i<span class="_ _0"></span>şlev<span class="ff1"> </span>çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y2b4 ff8 fs0 fc2 sc0 ls13 ws0">void foo(Base &amp;r)<span class="ls0"> </span></div><div class="t m0 x11 h11 yd17 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y11dc ff8 fs0 fc2 sc0 ls13 ws0">r.vfunc();<span class="ls0"> </span></div><div class="t m0 x11 h11 yf6b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y4b1 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye94 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y30c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y8c5 ff8 fs0 fc2 sc0 ls13 ws0">der der_object(10, <span class="ls16">20); </span></div><div class="t m0 x12 h11 y1249 ff8 fs0 fc2 sc0 ls13 ws0">foo(der_object);  </div><div class="t m0 x12 h11 yeea ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> </span>0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y124a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h26 y641 ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y577 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte<span class="ff1"> </span></div><div class="t m0 x1 h16 y1233 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y963 ff8 fs0 fc2 sc0 ls13 ws0">foo(der_object);<span class="ls0"> </span></div><div class="t m0 x1 h15 ybb9 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y34c ff2 fs0 fc2 sc0 ls0 ws0">deyimiyle çağrılan <span class="ff9">foo<span class="_ _0"></span> </span>işlevi içinde çağrılan <span class="_ _0"></span><span class="ff9">vfunc </span>işlevi <span class="ff9">Der </span>sı<span class="_ _0"></span>nıfının <span class="ff9">vfunc </span>işlevidir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y92d ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf12f" class="pf w0 h0" data-page-no="12f"><div class="pc pc12f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">303</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y25 ff1 fs0 fc2 sc0 ls4 ws0">5.<span class="ff7 ls0"> <span class="_ _d"> </span><span class="ff2">Türemiş sınıf türü<span class="_ _0"></span>nden bir nesn<span class="_ _0"></span>e ya da <span class="_ _0"></span>gösterici ile taban sınıfa ilişkin <span class="_ _0"></span>sanal olmayan b<span class="_ _0"></span>ir üye işlev </span></span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">çağrılmış olsun. Çağrılan b<span class="_ _0"></span>u üye işlev içinde sınıfın san<span class="_ _0"></span>al bir işlevine çağrı yap<span class="_ _0"></span>ıldığında, üye işlev hangi sınıfa </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">ilişkin bir nesne için çağrıl<span class="_ _0"></span>mışsa o sınıfa ilişkin <span class="_ _0"></span>sanal işlev çağrılır. Aşa<span class="_ _0"></span>ğıdaki örneği<span class="ff1"> inceleyin: </span></div><div class="t m0 x1 hd y124b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y124c ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 y124d ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1 h11 y198 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y4a5 ff8 fs0 fc2 sc0 ls13 ws0">class Base {<span class="ls0"> </span></div><div class="t m0 x10 h11 y234 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x10 h11 ycae ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y8f7 ff8 fs0 fc2 sc0 ls13 ws0">virtual void vfunc() {cout &lt;&lt; &quot;Base::vfunc()&quot; &lt;&lt; endl;} </div><div class="t m0 x2 h11 yea4 ff8 fs0 fc2 sc0 ls13 ws0">void nfunc();<span class="ls0"> </span></div><div class="t m0 x10 h11 yea5 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yd13 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y110d ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x10 h11 ye27 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y124e ff8 fs0 fc2 sc0 ls13 ws0">void vfunc(){cout &lt;&lt; &quot;Der::vfunc()&quot; &lt;&lt; endl;}<span class="ls0"> </span></div><div class="t m0 x10 h11 y124f ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y2eb ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ye28 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>Base::nfunc()<span class="ls0"> </span></div><div class="t m0 x10 h11 y1044 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y8fe ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Base::nfunc()&quot; &lt;&lt; endl; </div><div class="t m0 x2 h11 y914 ff8 fs0 fc2 sc0 ls13 ws0">vfunc();<span class="ls0"> </span></div><div class="t m0 x10 h11 ydde ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 yef9 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 ycc5 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y10d ff8 fs0 fc2 sc0 ls13 ws0">Der der_object; </div><div class="t m0 x2 h11 y9 ff8 fs0 fc2 sc0 ls13 ws0">der_object.nfunc(); </div><div class="t m0 x2 h11 y528 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y746 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y1229 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y14e ff9 fs0 fc2 sc0 ls0 ws0">Base <span class="ff2">sınıfından </span>Der <span class="ff2">i<span class="_ _0"></span>simli bir sınıf türetiliyor. <span class="_ _0"></span></span>Der <span class="ff2">sınıfı </span>Ba<span class="_ _0"></span>se <span class="ff2">sınıfının </span>vfunc <span class="ff2">isimli <span class="_ _0"></span>sanal işlevini eziyor. Taban<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y14f ff2 fs0 fc2 sc0 ls0 ws0">sınıfın sanal olmayan<span class="_ _0"></span> <span class="ff9">nfunc <span class="_ _0"></span></span>isimli bir işlevi olduğunu görü<span class="_ _0"></span>yorsunuz. <span class="ff9">nfun<span class="_ _0"></span>c </span>işlevi içinde sanal <span class="_ _0"></span><span class="ff9">vfunc </span>işlevi </div><div class="t m0 x10 h3 y150 ff2 fs0 fc2 sc0 ls0 ws0">çağrılıyor.<span class="ff1"> </span></div><div class="t m0 x10 h3 y88c ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde </span>De<span class="_ _0"></span>r <span class="ff2">sınıfı türünden <span class="_ _0"></span></span>der_object <span class="_ _0"></span><span class="ff2">isimli bir nesnenin yaratıldığını gö<span class="_ _0"></span>rüyorsunuz. Bu<span class="_ _0"></span><span class="ff1"> nesne ile </span></span></div><div class="t m0 x10 h3 y88d ff2 fs0 fc2 sc0 ls0 ws0">taban sınıfın <span class="ff9">nfun<span class="_ _0"></span>c </span>işlevi çağrılıyor. Bu d<span class="_ _0"></span>urumda <span class="_ _0"></span><span class="ff9">nfunc </span>işlevi içinde çağrılan <span class="_ _0"></span><span class="ff9">Der </span>sınıfının <span class="ff9">vfu<span class="_ _0"></span>nc </span>işlevi olur.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf130" class="pf w0 h0" data-page-no="130"><div class="pc pc130 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">304</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd94 ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıf sanal işleve <span class="_ _0"></span>sahip olduğu hald<span class="_ _0"></span>e türemiş sınıf sanal işleve sahip o<span class="_ _0"></span>lmayabilir. Yani tü<span class="_ _0"></span>remiş sınıfın taban </div><div class="t m0 x10 h3 y1250 ff2 fs0 fc2 sc0 ls0 ws0">sınıf olarak aldığı sınıftaki <span class="_ _0"></span>sanal işlevi ezmesi (<span class="_ _0"></span><span class="ff9">override<span class="ff1">) zoru<span class="_ _0"></span>nlu </span></span>d<span class="_ _0"></span>eğildir. Bu durumda tab<span class="_ _0"></span>an sınıf göstericisine bir </div><div class="t m0 x10 h3 yb8 ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıf nesnesinin ad<span class="_ _0"></span>resi atanarak sanal <span class="_ _0"></span>işlevi çağrılırsa, taban<span class="_ _0"></span> sınıfın üye işlevi çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yd6f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1f5 ff2 fs0 fc2 sc0 ls0 ws0">Sanal işleve sahip olmayan<span class="_ _0"></span> türemiş sınıfa ilişkin <span class="_ _0"></span>bir sınıf ne<span class="_ _0"></span>snesinin adresi taban gö<span class="_ _0"></span>stericisine atanır, bu<span class="_ _0"></span> </div><div class="t m0 x10 h3 yf20 ff2 fs0 fc2 sc0 ls0 ws0">gösterici yoluyla sanal <span class="_ _0"></span>işlev çağrılırsa türemiş sınıfın<span class="_ _0"></span> sanal işleve sahip ilk tab<span class="_ _0"></span>an sınıfının sanal işlevi çağrılır.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y339 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3b5 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 yd8b ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x11 h11 ya79 ff8 fs0 fc2 sc0 ls13 ws0">class A{ </div><div class="t m0 x11 h11 y1251 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y472 ff8 fs0 fc2 sc0 ls13 ws0">virtual void foo(){cout &lt;&lt; &quot;A::foo&quot; &lt;&lt; endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y10fb ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 ya4 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1252 ff8 fs0 fc2 sc0 ls13 ws0">class B: public A{ </div><div class="t m0 x11 h11 y11fa ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x33 h11 y3bd ff8 fs0 fc2 sc0 ls13 ws0">void foo(){cout &lt;&lt; &quot;B::foo&quot; &lt;&lt; endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y9a9 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1c5 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y496 ff8 fs0 fc2 sc0 ls13 ws0">class C: public B{<span class="ls0"> </span></div><div class="t m0 x13 h11 y497 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ybea ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 ya81 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y11de ff8 fs0 fc2 sc0 ls13 ws0">class D: public C{<span class="ls0"> </span></div><div class="t m0 x13 h11 yefa ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y545 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y118a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybde ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y9cf ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1253 ff8 fs0 fc2 sc0 ls13 ws0">D d;<span class="ls0"> </span></div><div class="t m0 x12 h11 y4eb ff8 fs0 fc2 sc0 ls13 ws0">A *aptr = &amp;d; </div><div class="t m0 x12 h11 ye5e ff8 fs0 fc2 sc0 ls13 ws0">aptr<span class="ls0">-</span>&gt;foo();<span class="ls0"> </span></div><div class="t m0 x1 h11 y118b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y1254 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf131" class="pf w0 h0" data-page-no="131"><div class="pc pc131 w0 h0"><img class="bi xb y1255 w6 hc9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAAPFCAIAAACmvS9EAAAACXBIWXMAABYlAAAWJQFJUiTwAAAQt0lEQVR42u3dsQ3CMBRF0Ri5Sp0BMgNrMAkTMQlrMEAqD5AiVdrPAMhIQITi6JzW3auufuMUEV1FmdcOAADYjXHoa08n6wAAwAEoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAtC+bgE3crw8jAMB3LrezEfidmz0AABxBiojaW5lXAwEAwH6MQ197crMHAIAjUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAsL13P1UBAACtcLMHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADty1NZrAAAAK1zswcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAA8F8pIqwAAACtc7MHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AADgVZ7KYgUAAGidmz0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAB86glnASHVZeBDbQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">305</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y70 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd9 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9 ls5d">D </span>sınıfı türünden <span class="_ _0"></span><span class="ff9 ls14">d </span><span class="ff1">nesnesinin adresi <span class="ff9 ls33">A <span class="_ _0"></span></span></span>sınıfı türünden <span class="_ _0"></span><span class="ff9">aptr </span>gösterici değişkenine atanıyor. </div><div class="t m0 x10 h3 yda ff9 fs0 fc2 sc0 ls0 ws0">aptr <span class="ff1">göstericisi ile sanal <span class="_ _0"></span></span>foo <span class="ff2">işlevi çağrıldığın<span class="_ _0"></span>da, </span><span class="lsb">B </span><span class="ff2">sınıfın<span class="_ _0"></span>ın </span>foo <span class="ff2">işlevi çağrılır. Çün<span class="_ _0"></span>kü </span><span class="ls5d">D </span><span class="ff2">sınıfı <span class="_ _0"></span>ve </span><span class="ls5d">D </span><span class="ff2">sınıfının </span></div><div class="t m0 x10 h3 y1256 ff2 fs0 fc2 sc0 ls0 ws0">doğrudan tab<span class="_ _0"></span>an sınıfı olan <span class="ff9 ls32">C <span class="_ _0"></span></span>sınıfı sanal işlev olan <span class="ff9">foo <span class="_ _0"></span></span>işlevini ezmi<span class="_ _0"></span>ştir. Hiyerarşi içinde işlev<span class="_ _0"></span>i ilk ezen sınıf <span class="_ _0"></span><span class="ff9 lsb">B </span>sınıfı </div><div class="t m0 x10 h3 ya19 ff2 fs0 fc2 sc0 ls0 ws0">olduğu için çağrılan işle<span class="_ _0"></span>v de <span class="ff9 lsb">B </span>sınıfının iş<span class="_ _0"></span>levidir.<span class="ff1"> </span></div><div class="t m0 x1 hd y5ab ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ybbc ff1 fs6 fc2 sc0 ls0 ws0">p<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>v<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span> </div><div class="t m0 x10 h3 yfe ff2 fs0 fc2 sc0 ls0 ws0">Sanal işlev çağrılabilmesi için t<span class="_ _0"></span>üretme biçiminin <span class="_ _0"></span><span class="ff9">public <span class="_ _0"></span></span>olması gerekir. Bir sanal iş<span class="_ _0"></span>lev çağrıldığında <span class="_ _0"></span>gerçekte </div><div class="t m0 x10 h3 yc86 ff2 fs0 fc2 sc0 ls0 ws0">çağrılacak olan türemiş sını<span class="_ _0"></span>fın sanal işlevi türemiş sını<span class="_ _0"></span>fın herhangi bir b<span class="_ _0"></span>ölümünde olabilir. Ancak çağrı örn<span class="_ _0"></span>eğin </div><div class="t m0 x10 h3 y1257 ff2 fs0 fc2 sc0 ls0 ws0">taban sınıf türün<span class="_ _0"></span>den bir referans ya d<span class="_ _0"></span>a gösterici ile yapılıyorsa, çağrılan<span class="_ _0"></span> işlev taban sınıfın sanal <span class="_ _3"></span><span class="ff9">public </span></div><div class="t m0 x10 h3 ybbd ff1 fs0 fc2 sc0 ls0 ws0">bölüm<span class="ff2">de olmak zoru<span class="_ _0"></span>ndadır. Örneğin:<span class="_ _0"></span></span> </div><div class="t m0 x10 h11 y8b4 ff8 fs0 fc2 sc0 ls13 ws0">Base *base_ptr </div><div class="t m0 x10 h11 y1258 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object;<span class="ls0"> </span></div><div class="t m0 x10 h11 y1196 ff8 fs0 fc2 sc0 ls13 ws0">baseptr = &amp;derObject; </div><div class="t m0 x10 h11 y584 ff8 fs0 fc2 sc0 ls13 ws0">baseptr<span class="ls0">-</span>&gt;vfunc();<span class="ls0"> </span></div><div class="t m0 x1 h22 y1259 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y307 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">vfunc <span class="_ _0"></span><span class="ff2">sanal bir işlev olsun, gerçekte çağrılacak<span class="_ _0"></span> olan işlevin han<span class="_ _0"></span>gi sınıfın </span>v<span class="_ _0"></span>func <span class="ff2">işlevi o<span class="_ _0"></span>lduğu programın </span></span></div><div class="t m0 x10 h3 ydb2 ff2 fs0 fc2 sc0 ls0 ws0">çalışma zamanında <span class="_ _0"></span>belirlenir. Ancak <span class="_ _0"></span><span class="ff9">vfunc </span>işlevinin taban<span class="_ _0"></span> sınıfın hangi bölümün<span class="_ _0"></span>de bildirildiği derleme </div><div class="t m0 x10 h3 y55a ff2 fs0 fc2 sc0 ls0 ws0">zamanında araştırılır. <span class="_ _0"></span><span class="ff9">Der </span>sınıfının <span class="_ _0"></span><span class="ff9">vfunc </span>sanal işlevi <span class="ff9">Der <span class="_ _0"></span></span>sınıfının herhangi b<span class="_ _0"></span>ir bölümünde bildirilmiş olabilir, </div><div class="t m0 x10 h3 y125a ff2 fs0 fc2 sc0 ls0 ws0">ancak çağrının geçerli olabil<span class="_ _0"></span>mesi<span class="ff1"> için <span class="_ _0"></span><span class="ff9">Base </span></span>sınıfının <span class="ff9">vfunc<span class="_ _0"></span> </span>sanal işlevini<span class="ff1 ls8">n </span><span class="ff9">Base </span>sınıfının <span class="_ _0"></span><span class="ff9">public <span class="ff1">bölü<span class="_ _0"></span>münde </span></span></div><div class="t m0 x10 h3 y1043 ff2 fs0 fc2 sc0 ls0 ws0">bildirilmiş olması gerekir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y125b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y167 ff1 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span></span> <span class="_ _3"></span><span class="ff2">Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _b"></span>n<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>r<span class="_ _3"></span>i<span class="_ _3"></span></span> </div><div class="t m0 x10 h3 y168 ff2 fs0 fc2 sc0 ls0 ws0">Sanal işlev çağırmanın b<span class="_ _0"></span>aşlıca iki faydalı n<span class="_ _0"></span>edeni vardır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y9cd ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y125c ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Bir sınıfın işlevini<span class="ff1"> </span>değiştirmek<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x10 he y10c8 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Türden bağım<span class="_ _0"></span>sız işlemler yapılmasına olanak<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span><span class="ff2">sağlamak<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x1 hd y5ce ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y125d ff2 fs0 fc2 sc0 ls0 ws0">Örneğin <span class="ff9 ls33">A </span>gibi bir sını<span class="_ _0"></span>f varsa, <span class="ff1 ls15">bu </span>sınıf belirli işlemleri yapıy<span class="_ _0"></span>orsa, <span class="ff1 ls15">bu </span>sınıfa hiç doku<span class="_ _0"></span>nmadan sınıfın yaptığı işlemler </div><div class="t m0 x10 h3 y313 ff2 fs0 fc2 sc0 ls0 ws0">üzerinde değişiklik yap<span class="_ _0"></span>ılması<span class="ff1"> <span class="_ _9"></span><span class="ff2">sağlanabilir.<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y612 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf hiyerarşisi içinde sınıfa il<span class="_ _0"></span>işkin bir iş yap<span class="_ _0"></span>an işlevin, nesnesinin han<span class="_ _0"></span>gi sınıftan olduğunu sapta<span class="_ _3"></span>yarak iş </div><div class="t m0 x10 h3 y1076 ff2 fs0 fc2 sc0 ls0 ws0">yapmasına dayan<span class="_ _0"></span>an tasarımlar kötü t<span class="_ _0"></span>ekniktir. Bu tür kodlar yerine sanal işlev mekaniz<span class="_ _0"></span>masını kullanmak<span class="_ _0"></span> </div><div class="t m0 x10 h3 y393 ff1 fs0 fc2 sc0 ls0 ws0">daha iyi teknikt<span class="_ _0"></span>ir. </div><div class="t m0 x10 h3 y394 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf hiyerarşisine zaman<span class="_ _0"></span> içinde yeni sınıflar katılabilir. <span class="_ _0"></span>Sınıf hiyerarşisine yeni b<span class="_ _0"></span>ir sınıf eklendiğinde y<span class="_ _0"></span>alnızca </div><div class="t m0 x10 h3 y125e ff1 fs0 fc2 sc0 ls0 ws0">eklenen <span class="ff2">sınıfın kodları y<span class="_ _0"></span>azılır, genel işlem yapan<span class="_ _0"></span> işlevlerin kodlarınd<span class="_ _0"></span>a bir değişiklik yapılması gerekm<span class="_ _0"></span>ez. Sanallık </span></div><div class="t m0 x10 h3 yc42 ff2 fs0 fc2 sc0 ls0 ws0">mekanizmasının yeni sınıf<span class="_ _0"></span>ı da kapsaması için d<span class="_ _0"></span>aha önce yazılmış kayn<span class="_ _0"></span>ak kodlarda d<span class="_ _0"></span>a bir değişiklik yapılması </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf132" class="pf w0 h0" data-page-no="132"><div class="pc pc132 w0 h0"><img class="bi xb y125f w6 hca" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">306</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">gerekmez. Böyle bir ko<span class="_ _0"></span>laylık olmasaydı <span class="_ _0"></span>başkasının tasarladığ<span class="_ _0"></span>ı ve yazdığı sınıf hiyerarşil<span class="_ _0"></span>erine yeni türetmelerle </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">ekleme yapıldığı zaman, fay<span class="_ _0"></span>dalanılan sınıfların yaln<span class="_ _0"></span>ızca başlık dosyala<span class="_ _0"></span>rına değil kaynak k<span class="_ _0"></span>odlarına da sahip </div><div class="t m0 x10 h3 y1f2 ff1 fs0 fc2 sc0 ls0 ws0">olmak gerekirdi.<span class="_ _0"></span> </div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">Sanal işlevler kullanılarak bir s<span class="_ _0"></span>ınıf hiyerarşisi içinde <span class="_ _0"></span>yer alan <span class="_ _0"></span>sınıfların ortak özelliklerine da<span class="_ _0"></span>yanarak k<span class="_ _0"></span>od </div><div class="t m0 x10 h3 y250 ff2 fs0 fc2 sc0 ls0 ws0">yazılabilir.<span class="ff1"> </span></div><div class="t m0 x1 h1b y1260 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1131 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _b"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>ı<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>t<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1261 ff2 fs0 fc2 sc0 ls0 ws0">Sanal bir işlevin çağrılması hak<span class="_ _0"></span>kındak<span class="_ _0"></span>i kararın programın çalışma zamanın<span class="_ _0"></span>da değil de <span class="_ _0"></span><span class="ff9">(late<span class="_ _0"></span> binding) <span class="ff1">derleme </span></span></div><div class="t m0 x10 h3 y2ff ff2 fs0 fc2 sc0 ls0 ws0">zamanınında verilmesi <span class="_ _0"></span><span class="ff9">(early binding) <span class="_ _0"></span><span class="ff1">isteniyorsa</span></span>, sanal işle<span class="_ _0"></span>v sınıf ismi ve çözünürlük <span class="_ _0"></span>işleci yardımıyla </div><div class="t m0 x10 h3 y7a4 ff2 fs0 fc2 sc0 ls0 ws0">çağrılabilir:<span class="ff1"> </span></div><div class="t m0 x1c h11 ye9b ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 ye83 ff8 fs0 fc2 sc0 ls13 ws0">class Base {<span class="ls0"> </span></div><div class="t m0 x13 h11 yc4a ff8 fs0 fc2 sc0 ls13 ws0">int b; </div><div class="t m0 x1c h11 y8be ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 yd9e ff8 fs0 fc2 sc0 ls13 ws0">Base(int val = 0): b(val) {}<span class="ls0"> </span></div><div class="t m0 x13 h11 y1a1 ff8 fs0 fc2 sc0 ls13 ws0">virtual void display()const {std::cout &lt;&lt; b &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 yec1 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y4e0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y32b ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x13 h11 y6e8 ff8 fs0 fc2 sc0 ls13 ws0">int d;<span class="ls0"> </span></div><div class="t m0 x1c h11 yd67 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y2d4 ff8 fs0 fc2 sc0 ls13 ws0">Der(int val1 = 0, int val2 = 0): Base(val1), d(val2) {} </div><div class="t m0 x13 h11 y1262 ff8 fs0 fc2 sc0 ls13 ws0">void display()const {std::cout &lt;&lt; d &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y1263 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y9e8 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1264 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y3fb ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y11c0 ff8 fs0 fc2 sc0 ls13 ws0">Base *base_ptr;<span class="ls0"> </span></div><div class="t m0 x13 h11 yacc ff8 fs0 fc2 sc0 ls13 ws0">Der derObject(10,<span class="ls0"> </span>20);<span class="ls0"> </span></div><div class="t m0 x1 h11 yc8e ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y1265 ff8 fs0 fc2 sc0 ls13 ws0">base_ptr =<span class="ls0"> </span>&amp;derObject;<span class="ls0"> </span></div><div class="t m0 x13 h11 yda3 ff8 fs0 fc2 sc0 ls13 ws0">base_ptr<span class="ls0">-</span><span class="ffc">&gt;Base::display(); //Base sınıfının display işlevi</span><span class="ls0"> <span class="_ _64"></span><span class="ffc">çağrılır!<span class="ff8"> </span></span></span></div><div class="t m0 x1 h12 y3e4 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y41f ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf133" class="pf w0 h0" data-page-no="133"><div class="pc pc133 w0 h0"><img class="bi xb y1266 w6 hcb" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">307</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y116 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y117 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yb9 ff1 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span></span> <span class="_ _3"></span><span class="ff2">K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _b"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span></span><span class="ls4a">li</span><span class="ff2">ş<span class="_ _3"></span></span>k<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>Ö<span class="_ _3"></span>r<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span> </div><div class="t m0 x10 he y1267 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İngilizce yaz<span class="_ _0"></span>ılar üzerinde işlem<span class="_ _0"></span> yapan bir <span class="_ _0"></span><span class="ff9">Cstring </span>sınıfı olsun. <span class="_ _0"></span>Bu sınıfın yazıları karşılaştıran<span class="_ _0"></span>, büyük harf ya </span></span></div><div class="t m0 x10 h3 y1268 ff2 fs0 fc2 sc0 ls0 ws0">da küçük h<span class="_ _0"></span>arfe dönüştüren üye işlevleri olsun. <span class="_ _0"></span>Yazıların karşılaştırılması <span class="_ _0"></span>ve harf dönüşümünü<span class="_ _0"></span>n yapılması dile </div><div class="t m0 x10 h3 y399 ff2 fs0 fc2 sc0 ls0 ws0">bağlı bir duru<span class="_ _0"></span>mdur. <span class="ff9">Cstring </span>sınıfının <span class="_ _0"></span><span class="ff9">compare </span>isimli karşılaşt<span class="_ _0"></span>ırma işlevi karşılaşt<span class="_ _0"></span>ırma işlemini yap<span class="_ _0"></span>arken iki </div><div class="t m0 x10 h3 y50 ff2 fs0 fc2 sc0 ls0 ws0">karakteri karşılaştıran san<span class="_ _0"></span>al <span class="ff9">cmpc<span class="_ _0"></span>hr </span>işlevini çağırıyor olsun. <span class="_ _0"></span><span class="ff9">Cstring </span>sınıfından<span class="_ _0"></span> bir sınıf türetilir. <span class="_ _0"></span><span class="ff9">cmpchr <span class="ff1">sanal </span></span></div><div class="t m0 x10 h3 y1041 ff2 fs0 fc2 sc0 ls0 ws0">işlevi türetilmiş sınıf için yenid<span class="_ _0"></span>en yazılırsa, artık <span class="_ _0"></span><span class="ff9">compare <span class="_ _0"></span></span>işlevi türemiş sınıfın <span class="ff9">cm<span class="_ _0"></span>pchr </span>işlevini çağırır. Böy<span class="_ _0"></span><span class="ff1">lece </span></div><div class="t m0 x10 h3 y26e ff2 fs0 fc2 sc0 ls0 ws0">işlemler başka bir dilde d<span class="_ _0"></span>e doğru bir biçimde yap<span class="_ _0"></span>ılabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y218 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y8f7 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">Bir dizin<span class="_ _0"></span>in <span class="ff9">Array <span class="ff2">isimli bir sını<span class="_ _0"></span>f ile temsil edildiğini düşünelim<span class="_ _0"></span>. Bu sınıfın sıraya dizme işlem<span class="_ _0"></span>ini yapan<span class="_ _0"></span> <span class="_ _0"></span></span>sort </span></span></span></div><div class="t m0 x10 h3 ya59 ff1 fs0 fc2 sc0 ls0 ws0">isimli sa<span class="_ _9"></span>nal <span class="_ _9"></span><span class="ff2">bir işlevi olsun. Bazı üye işlevler de <span class="_ _0"></span><span class="ff1 ls15">bu </span>işlevi çağırarak sıralama işle<span class="_ _0"></span>mini gerçekleştiriyor olsun<span class="_ _0"></span>lar. </span></div><div class="t m0 x10 h3 y1269 ff2 fs0 fc2 sc0 ls0 ws0">Sıralama algoritmaları çok <span class="_ _0"></span>çeşitli olabilir. <span class="_ _0"></span><span class="ff9">Array </span>sınıfından b<span class="_ _0"></span>ir türetme yapılarak, t<span class="_ _0"></span>üretilen sınıfın sanal işlevi </div><div class="t m0 x10 h3 y126a ff2 fs0 fc2 sc0 ls0 ws0">başka bir sıralama algorit<span class="_ _0"></span>masını kullanacak <span class="_ _0"></span>biçimde yeniden yazılabilir. Bu d<span class="_ _0"></span>urumda sıralama işlemi is<span class="_ _0"></span><span class="ff1">ten<span class="_ _0"></span>ilen </span></div><div class="t m0 x10 h3 yfc4 ff1 fs0 fc2 sc0 ls0 ws0">algoritmayla <span class="ff2">yapılabilir.</span> </div><div class="t m0 x1 h3 yc4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y59c ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff9">MFC <span class="_ _0"></span><span class="ff2">sınıf sisteminde her türlü<span class="_ _0"></span> pencere işlemleri <span class="_ _0"></span></span>CWnd <span class="ff2">sınıfı <span class="_ _0"></span>tarafından yap<span class="_ _0"></span>ılmaktadır. Diyalog penceresi <span class="_ _0"></span><span class="ff1">de </span></span></span></span></div><div class="t m0 x10 h3 y8fc ff1 fs0 fc2 sc0 ls0 ws0">öze<span class="_ _9"></span>l <span class="ff2">bir tür pencere<span class="_ _9"></span>dir. Diyalo<span class="_ _0"></span>g penceresi işlemleri <span class="_ _0"></span><span class="ff9">CWnd </span>sın<span class="_ _0"></span>ıfından türetilen <span class="ff9">CDialog <span class="_ _0"></span></span>sınıfı ile yapılmaktadır. </span></div><div class="t m0 x10 h3 y126b ff2 fs0 fc2 sc0 ls0 ws0">Her diyalog penceresi diğer<span class="_ _0"></span>inden farklı özelliklere sahip ola<span class="_ _0"></span>bilir. O işlemler <span class="_ _0"></span><span class="ff1">de <span class="ff9">CDialog </span></span>sınıfından türetilen sınıfla </div><div class="t m0 x10 h3 y126c ff1 fs0 fc2 sc0 ls0 ws0">temsil <span class="_ _9"></span>edilir. </div><div class="t m0 x10 h3 ye33 ff1 fs0 fc2 sc0 ls0 ws0">Diyalog penceresini görünü<span class="_ _0"></span>r hale getirmek için <span class="_ _0"></span><span class="ff9">CDialog <span class="ff2">sınıf<span class="_ _0"></span>ının </span>DoMo<span class="_ _0"></span>dal <span class="ff2">işlevi çağrılır. </span>CD<span class="_ _0"></span>ialog <span class="ff2">sınıfının </span>OnOk </span></div><div class="t m0 x10 h3 y6b3 ff1 fs0 fc2 sc0 ls0 ws0">ve <span class="ff9">OnCance</span><span class="lse">l </span>sanal<span class="_ _9"></span> <span class="ff2">işlev<span class="_ _9"></span>leri de vardır. <span class="_ _0"></span><span class="ff9">CW<span class="_ _9"></span>nd <span class="ff2">s<span class="_ _9"></span>ınıfından tü<span class="_ _0"></span>retilen bir sınıfa ilişkin bir nesne t<span class="_ _0"></span>anımlandığında <span class="_ _0"></span><span class="ff9">CWnd </span></span></span></span></div><div class="t m0 x10 h3 y126d ff2 fs0 fc2 sc0 ls0 ws0">sınıfının kurucu işlev ile y<span class="_ _0"></span>aratılan nesnenin adresi <span class="_ _0"></span><span class="ff9">MFC <span class="_ _0"></span></span>sistemi tarafından glob<span class="_ _0"></span>al bir biçimde saklanır. N<span class="_ _0"></span>e zaman </div><div class="t m0 x10 h3 y260 ff1 fs0 fc2 sc0 ls0 ws0">bir diyalog penceresind<span class="_ _0"></span>e <span class="ff9">OK </span><span class="ls62">ya</span> da <span class="ff9">Cancel <span class="ff2">tu<span class="_ _0"></span>şlarına basılırsa </span>MFC <span class="ff2">saklamış olduğ<span class="_ _9"></span>u <span class="ff1">adresle <span class="ff9">OnOk<span class="_ _9"></span> <span class="ff1">ya da </span>OnCancel </span></span></span></span></div><div class="t m0 x10 h3 y114f ff2 fs0 fc2 sc0 ls0 ws0">işlevlerini çağırır. Eğer bu<span class="_ _0"></span> işlevler yeniden yazılırsa yeniden y<span class="_ _0"></span>azılan çağrılır. Tab<span class="_ _0"></span>ii orjinal <span class="_ _0"></span><span class="ff9">On<span class="_ _0"></span>Ok <span class="ff1">ve </span>OnCancel </span></div><div class="t m0 x10 h3 y126e ff2 fs0 fc2 sc0 ls0 ws0">işlevleri kritik bazı işlemleri d<span class="_ _0"></span>e yapmaktad<span class="_ _0"></span>ır. Bu durumda bu <span class="_ _0"></span>işlevlerin doğrudan<span class="_ _0"></span> çağrılmaları da gerekebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y4b3 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6ea ff8 fs0 fc2 sc0 ls13 ws0">void MyDialog::onOk()<span class="ls0"> </span></div><div class="t m0 x11 h11 y658 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y7f0 ff8 fs0 fc2 sc0 ls13 ws0">CDialog::OnOk();<span class="ls0"> </span></div><div class="t m0 x13 h11 y281 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y126f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 ye1c ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y8e2 ff1 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span></span> <span class="_ _3"></span><span class="ff2">M<span class="_ _3"></span>e<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>z<span class="_ _3"></span>m<span class="_ _b"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _3"></span>l<span class="_ _3"></span>u<span class="_ _b"></span>ş<span class="_ _3"></span>t<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _b"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y4ba ff2 fs0 fc2 sc0 ls0 ws0">Bir türemiş sınıf nesnesinin a<span class="_ _0"></span>dresi taban sınıf gö<span class="_ _0"></span>stericisiyle işlevden işleve d<span class="_ _0"></span>olaştırılmış olabilir. En son<span class="_ _0"></span>unda </div><div class="t m0 x10 h3 y54a ff1 fs0 fc2 sc0 ls0 ws0">s<span class="ff2">anal işlev çağrılmış olsa bil<span class="_ _0"></span>e nesnenin ait olduğu sınıfa ili<span class="_ _0"></span>şkin sanal işlev çağrılır. Peki d<span class="_ _0"></span>erleyici bu olayı d<span class="_ _0"></span>erleme </span></div><div class="t m0 x10 h3 y6f3 ff2 fs0 fc2 sc0 ls0 ws0">sırasında belirleyebilir mi? <span class="_ _0"></span>Bu olayın derleme sırasınd<span class="_ _0"></span>a saptanması mümkün d<span class="_ _0"></span>eğildir. İşlevlerin kodunu<span class="_ _0"></span>n </div><div class="t m0 x10 h3 y1270 ff2 fs0 fc2 sc0 ls0 ws0">yürütülmesi programın çal<span class="_ _0"></span>ışma za<span class="_ _0"></span>manında gerçekleşir. <span class="_ _0"></span>Gerçekte hangi sanal işlevin çağrıla<span class="_ _0"></span>cağını belirlemek </div><div class="t m0 x10 h3 y109c ff2 fs0 fc2 sc0 ls0 ws0">ancak programın çalışma <span class="_ _0"></span>zama<span class="_ _9"></span>nı <span class="_ _9"></span>sırasında kurulacak b<span class="_ _0"></span>ir mekanizmayla mümkün olab<span class="_ _0"></span>ilir. Bu mekanizmanın </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf134" class="pf w0 h0" data-page-no="134"><div class="pc pc134 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">308</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">çalışma zamanında <span class="_ _0"></span>kurulmasına ingilizce &quot;<span class="_ _0"></span><span class="ff9">late binding&quot; <span class="_ _0"></span><span class="ff1">ya da &quot;</span>dynamic b<span class="_ _0"></span>inding&quot; <span class="ff1">d</span></span>enir. <span class="_ _0"></span>Hangi işlevin </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">çağrılacağına programın çalı<span class="_ _0"></span>şma zamanında <span class="_ _0"></span>değil de derleme zamanında ka<span class="_ _0"></span>rar verilmesine ise ingilizcede <span class="_ _3"></span><span class="ff9">&quot;early </span></div><div class="t m0 x10 h3 y1f2 ff9 fs0 fc2 sc0 ls0 ws0">binding<span class="ff1">&quot; ya <span class="_ _0"></span>da </span>&quot;static bind<span class="_ _0"></span>ing&quot; <span class="_ _7"></span><span class="ff1">denir. </span></div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki kodu inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 y289 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 ydfa ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdlib&gt; </div><div class="t m0 x10 h11 y1271 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;ctime&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y68f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y879 ff8 fs0 fc2 sc0 ls13 ws0">class Calisan { </div><div class="t m0 x10 h11 y234 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y661 ff8 fs0 fc2 sc0 ls13 ws0">virtual void kendini_tanit() {std::cout &lt;&lt; &quot;Ben calisanim&quot; &lt;&lt; </div><div class="t m0 x10 h11 y8f7 ff8 fs0 fc2 sc0 ls13 ws0">std::endl;}<span class="ls0"> </span></div><div class="t m0 x10 h11 y1272 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y40b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yfe3 ff8 fs0 fc2 sc0 ls13 ws0">class Mudur:public Calisan { </div><div class="t m0 x10 h11 yc4 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y1273 ff8 fs0 fc2 sc0 ls13 ws0">virtual void kendini_tanit(){std::cout &lt;&lt; &quot;Ben mudurum&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x10 h11 y1274 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y4df ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1275 ff8 fs0 fc2 sc0 ls13 ws0">class GenelMudur:public Mudur{ </div><div class="t m0 x10 h11 y72c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y38b ff8 fs0 fc2 sc0 ls13 ws0">virtual<span class="ls0"> </span>void kendini_tanit(){std::cout &lt;&lt; &quot;Ben genel mudurum&quot; &lt;&lt; </div><div class="t m0 x10 h11 y497 ff8 fs0 fc2 sc0 ls13 ws0">std::endl;}<span class="ls0"> </span></div><div class="t m0 x10 h11 ybb5 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1e6 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y11de ff8 fs0 fc2 sc0 ls13 ws0">class Sekreter: public Calisan { </div><div class="t m0 x10 h11 y86c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y700 ff8 fs0 fc2 sc0 ls13 ws0">virtual void kendini_tanit(){std::cout &lt;&lt; &quot;Ben sekreterim&quot; &lt;&lt; </div><div class="t m0 x10 h11 y1276 ff8 fs0 fc2 sc0 ls13 ws0">std::endl;}<span class="ls0"> </span></div><div class="t m0 x10 h11 y10af ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y1277 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1278 ff8 fs0 fc2 sc0 ls13 ws0">class Sofor: public Calisan { </div><div class="t m0 x10 h11 ybe0 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 yff5 ff8 fs0 fc2 sc0 ls13 ws0">virtual void kendini_tanit(){std::cout &lt;&lt; &quot;Ben soforum&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x10 h11 yb39 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y97a ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf135" class="pf w0 h0" data-page-no="135"><div class="pc pc135 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">309</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">class Isci: public Calisan { </div><div class="t m0 x10 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y9a0 ff8 fs0 fc2 sc0 ls13 ws0">virtual void kendini_tanit(){std::cout &lt;&lt; &quot;Ben isciyim&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x10 h11 yb82 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yba3 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y78c ff8 fs0 fc2 sc0 ls13 ws0">Calisan *calisan_yarat()<span class="ls0"> </span></div><div class="t m0 x10 h11 y6dd ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y1ba ff8 fs0 fc2 sc0 ls13 ws0">Calisan *pd;<span class="ls0"> </span></div><div class="t m0 x2 h11 y1bb ff8 fs0 fc2 sc0 ls13 ws0">switch (rand() % 5) {<span class="ls0"> </span></div><div class="t m0 x2 h11 y1bc ff8 fs0 fc2 sc0 ls13 ws0">case 0: pd = new Mudur;<span class="ls0"> <span class="_ _9"></span><span class="ls13">break;<span class="ls0"> </span></span></span></div><div class="t m0 x2 h11 y1121 ff8 fs0 fc2 sc0 ls13 ws0">case 1: pd = new GenelMudur; <span class="ls0">bre<span class="_ _9"></span>ak;<span class="_ _9"></span> </span></div><div class="t m0 x2 h11 y13a ff8 fs0 fc2 sc0 ls13 ws0">case 2: pd = new Sekreter; break; </div><div class="t m0 x2 h11 y21b ff8 fs0 fc2 sc0 ls13 ws0">case 3: pd = new Sofor;<span class="ls0"> <span class="_ _6"></span><span class="ls13">break;<span class="ls0"> </span></span></span></div><div class="t m0 x2 h11 y1fc ff8 fs0 fc2 sc0 ls13 ws0">case 4: pd = new Isci;<span class="ls0"> </span></div><div class="t m0 x2 h11 y921 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y104d ff8 fs0 fc2 sc0 ls13 ws0">return pd;<span class="ls0"> </span></div><div class="t m0 x10 h11 y1279 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y9e5 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y127a ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y127b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yfcc ff8 fs0 fc2 sc0 ls13 ws0">srand(time(0));<span class="ls0"> </span></div><div class="t m0 x1 h11 y88 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y127c ff8 fs0 fc2 sc0 ls13 ws0">for (int k = 0; k &lt; 20; ++k) { </div><div class="t m0 x17 h11 y843 ff8 fs0 fc2 sc0 ls13 ws0">Calisan *pd = calisan_yarat(); </div><div class="t m0 x17 h11 y803 ff8 fs0 fc2 sc0 ls13 ws0">pd<span class="ls0">-</span>&gt;kendini_tanit();<span class="ls0"> </span></div><div class="t m0 x17 h11 yce9 ff8 fs0 fc2 sc0 ls13 ws0">delete pd;<span class="ls0"> </span></div><div class="t m0 x2 h11 y700 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y127d ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 ya12 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y3e1 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Calisan </span>sınıfından <span class="_ _0"></span><span class="ff9">Mudur </span>sınıfı, <span class="ff9">Mudur <span class="_ _0"></span></span>sınıfından <span class="_ _0"></span><span class="ff9">GenelMudur </span>sınıfı tür<span class="_ _0"></span>etiliyor. <span class="ff9">Calisan </span></div><div class="t m0 x10 h3 y127e ff2 fs0 fc2 sc0 ls0 ws0">sınıfından ayrıca <span class="ff9">S<span class="_ _0"></span>ekreter<span class="ff1 ls17">, </span>Sofor <span class="ff1">ve </span>Isci <span class="_ _0"></span></span>sınıfları türetiliyor. Türetilen tü<span class="_ _0"></span>m sınıflar <span class="_ _0"></span><span class="ff9">Calisan </span>sınıfının san<span class="_ _0"></span>al </div><div class="t m0 x10 h3 y1d2 ff9 fs0 fc2 sc0 ls0 ws0">kendini_tanit <span class="_ _0"></span><span class="ff2">isimli işlevini eziyor. Global <span class="_ _0"></span></span>calisan_yarat <span class="ff2">işle<span class="_ _0"></span>vi içinde, türetme hiyerarşi<span class="_ _0"></span>si içinde yer alan </span></div><div class="t m0 x10 h3 ycfc ff2 fs0 fc2 sc0 ls0 ws0">sınıflardan birine ait rastg<span class="_ _0"></span>ele bir dinamik nesnenin y<span class="_ _0"></span>aratıldığını görüyorsunu<span class="_ _0"></span>z. <span class="_ _0"></span><span class="ff9">rand </span>işlevin<span class="_ _0"></span>in ürettiği rastgele </div><div class="t m0 x10 h3 y37b ff2 fs0 fc2 sc0 ls0 ws0">değere göre yaratılan<span class="_ _0"></span> dinamik nesnenin türü <span class="_ _0"></span><span class="ff9">Mudur<span class="ff1 ls17">, </span>GenelMu<span class="_ _0"></span>dur<span class="ff1 ls17">, </span>Sekreter<span class="ff1 ls17">, </span>Sofor<span class="ff1 ls17">, </span>Isci <span class="_ _0"></span><span class="ff1">olabilir. Dinamik </span></span></div><div class="t m0 x10 h3 y88b ff2 fs0 fc2 sc0 ls0 ws0">nesnenin hangi türd<span class="_ _0"></span>en olacağı programın çalışma za<span class="_ _0"></span>manında belli olur. <span class="_ _0"></span><span class="ff9">ca<span class="_ _0"></span>lisan_yarat </span>işlevi y<span class="_ _0"></span>aratilan dinamik </div><div class="t m0 x10 h3 y88c ff2 fs0 fc2 sc0 ls0 ws0">sınıf nesnesinin adresini dön<span class="_ _0"></span>dürüyor.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf136" class="pf w0 h0" data-page-no="136"><div class="pc pc136 w0 h0"><img class="bi x1 y127f w5 hcc" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">310</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd94 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde bir<span class="ff1"> d<span class="_ _0"></span>öngü içinde ön<span class="_ _0"></span>ce </span></span>calisan_yarat <span class="ff2">i<span class="_ _0"></span>şlevi çağrılarak elde edi<span class="_ _0"></span>len adres <span class="_ _0"></span></span>Calisan <span class="ff2">sınıfı </span></div><div class="t m0 x10 h3 y1250 ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir gösterici değişkende tutulu<span class="_ _0"></span>yor. Sonra bu gösterici değişkenle san<span class="_ _0"></span>al işlev <span class="_ _0"></span><span class="ff9">kend<span class="_ _0"></span>ini_tanit </span></div><div class="t m0 x10 h3 yb8 ff2 fs0 fc2 sc0 ls0 ws0">çağrılıyor. Çağrılan <span class="ff9">ken<span class="_ _0"></span>dini_tanit <span class="_ _0"></span></span>işlevi hangi sınıfın sanal işlevidir<span class="_ _0"></span><span class="ff1">? </span></div><div class="t m0 x1 h3 yd6f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1f5 ff2 fs0 fc2 sc0 ls0 ws0">Peki hangi işlevin çağrılacağın<span class="_ _0"></span>ın çalışma zamanında <span class="_ _0"></span>belirlenmesi nasıl mümkün<span class="_ _0"></span> oluyor? Sanal <span class="_ _0"></span>işlev çağrı </div><div class="t m0 x10 h3 y1174 ff2 fs0 fc2 sc0 ls0 ws0">mekanizmasının derleyiciler t<span class="_ _0"></span>arafından n<span class="_ _0"></span>e şekilde sağlanacağı standar<span class="_ _0"></span>t olarak belirlenmemiştir. <span class="_ _0"></span>Yani </div><div class="t m0 x10 h3 y252 ff2 fs0 fc2 sc0 ls0 ws0">derleyiciler bu mekanizmayı i<span class="_ _0"></span>stedikleri gibi olu<span class="_ _0"></span>şturabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yd48 ff2 fs0 fc2 sc0 ls0 ws0">Ancak derleyicilerin çoğu b<span class="_ _0"></span>u mekanizmayı kurabilm<span class="_ _0"></span>ek için her sınıfa ilişkin bir <span class="_ _0"></span><span class="ff1">sanal<span class="_ _9"></span> <span class="ff2">işlev<span class="_ _9"></span> ta<span class="_ _0"></span>blosu yaratır. Bu </span></span></div><div class="t m0 x10 h3 yd49 ff2 fs0 fc2 sc0 ls0 ws0">tablolar kısaca <span class="ff9">vta<span class="_ _0"></span>ble <span class="ff1">(</span>virtual table<span class="_ _0"></span></span>) olarak isimlendirilir. Bu san<span class="_ _0"></span>al işlev tablolarında ilgili sınıfın san<span class="_ _0"></span>al işlevlerin </div><div class="t m0 x10 h3 yd4a ff2 fs0 fc2 sc0 ls0 ws0">adresleri bulunur. <span class="_ _0"></span>Sanal işleve sahip bir sınıfa ili<span class="_ _0"></span>şkin bir nesne tan<span class="_ _0"></span>ımlandığında o nesne için<span class="_ _0"></span> bir gizli işlev </div><div class="t m0 x10 h3 ye80 ff2 fs0 fc2 sc0 ls0 ws0">göstericisi kadar daha <span class="_ _0"></span>ek yer ayrılır. Bu gizli göst<span class="_ _0"></span>ericide<span class="ff1"> </span>sınıfın<span class="_ _0"></span> sanal işlev tablosunun a<span class="_ _0"></span>dresi tutulur. Bu<span class="_ _0"></span> gizli </div><div class="t m0 x10 h3 ye81 ff2 fs0 fc2 sc0 ls0 ws0">göstericinin nesnenin ner<span class="_ _0"></span>esinde tutuldu<span class="_ _0"></span>ğu standart olarak belirlenmemiştir. Ancak po<span class="_ _0"></span>püler derleyicilerin </div><div class="t m0 x10 h3 ye82 ff1 fs0 fc2 sc0 ls0 ws0">hemen hemen hepsind<span class="_ _0"></span>e nesnenin <span class="_ _0"></span>en<span class="_ _9"></span> <span class="ff2">düşük anlamlı adresinde tutu<span class="_ _0"></span>lur.</span><span class="fs5"> </span></div></div><div class="c x10 y324 w1b h25"><div class="t m0 x3a h3 y2b6 ff9 fs0 fc2 sc0 ls0 ws0">Base <span class="ff2">Sınıfının Sanal İşl<span class="_ _0"></span>ev T<span class="ff1">ablosu<span class="_ _0"></span> </span></span></div></div><div class="c x10 y1280 w1c hcd"><div class="t m0 x3a h1e ye6f ff10 fs0 fc2 sc0 ls0 ws0">Sıra No<span class="ff9"> </span></div></div><div class="c x14 y1280 w1d hcd"><div class="t m0 x3a h1e ye6f ff9 fs0 fc2 sc0 ls0 ws0">Adres </div></div><div class="c x10 yfb9 w1c h25"><div class="t m0 x3a h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">1 </div></div><div class="c x14 yfb9 w1d h25"><div class="t m0 x3a h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">&amp;Base::func1()<span class="_ _0"></span> </div></div><div class="c x10 y937 w1c h70"><div class="t m0 x3a h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">2 </div></div><div class="c x14 y937 w1d h70"><div class="t m0 x3a h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">&amp;Base::func2()<span class="_ _0"></span> </div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 hc y96e ff1 fs4 fc2 sc0 ls0 ws0"> </div></div><div class="c x10 y495 w1b hcd"><div class="t m0 x3a h3 ye6f ff9 fs0 fc2 sc0 ls0 ws0">Der1 <span class="ff2">Sınıfının Sanal <span class="_ _0"></span>İşlev Tablosu<span class="ff1"> </span></span></div></div><div class="c x10 y3f4 w1c h70"><div class="t m0 x3a h1e y2b6 ff10 fs0 fc2 sc0 ls0 ws0">Sıra No<span class="ff9"> </span></div></div><div class="c x14 y3f4 w1d h70"><div class="t m0 x3a h1e y2b6 ff9 fs0 fc2 sc0 ls0 ws0">Adres </div></div><div class="c x10 y714 w1c hcd"><div class="t m0 x3a h3 ye6f ff1 fs0 fc2 sc0 ls0 ws0">1 </div></div><div class="c x14 y714 w1d hcd"><div class="t m0 x3a h3 ye6f ff1 fs0 fc2 sc0 ls0 ws0">&amp;Der1::func1()<span class="_ _0"></span> </div></div><div class="c x10 y262 w1c h25"><div class="t m0 x3a h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">2 </div></div><div class="c x14 y262 w1d h25"><div class="t m0 x3a h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">&amp;Der2::func2()<span class="_ _0"></span> </div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 hc ye48 ff1 fs4 fc2 sc0 ls0 ws0"> </div></div><div class="c x10 y781 w1b h25"><div class="t m0 x3a h3 y2b6 ff9 fs0 fc2 sc0 ls0 ws0">Der2 <span class="ff2">Sınıfının Sanal <span class="_ _0"></span>İşlev Tablosu<span class="ff1"> </span></span></div></div><div class="c x10 y14a w1c hce"><div class="t m0 x3a h1e ye6f ff10 fs0 fc2 sc0 ls0 ws0">Sıra No<span class="ff9"> </span></div></div><div class="c x14 y14a w1d hce"><div class="t m0 x3a h1e ye6f ff9 fs0 fc2 sc0 ls0 ws0">Adres </div></div><div class="c x10 y1281 w1c h70"><div class="t m0 x3a h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">1 </div></div><div class="c x14 y1281 w1d h70"><div class="t m0 x3a h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">&amp;Der2::func1()<span class="_ _0"></span> </div></div><div class="c x10 y1282 w1c h23"><div class="t m0 x3a h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">2 </div></div><div class="c x14 y1282 w1d h23"><div class="t m0 x3a h3 y2b6 ff1 fs0 fc2 sc0 ls0 ws0">&amp;Der2::func2()<span class="_ _0"></span> </div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 hc y1ad ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybb8 ff1 fs0 fc2 sc0 ls0 ws0">Bu durumda b<span class="_ _0"></span>ir sanal <span class="ff2">işlev çağrıldığında aşağı s<span class="_ _0"></span>eviyeli şu işlemler yap<span class="_ _0"></span>ılır:</span> </div><div class="t m0 x1 hd yb38 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y4ec ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Sanal işlev gösterici<span class="_ _0"></span>si (<span class="ff9">vpointer</span>) a<span class="_ _0"></span>lınır. Sanal işlev tablosun<span class="_ _0"></span>un yeri (<span class="_ _0"></span><span class="ff9">vtable<span class="ff1">) <span class="_ _7"></span>bulunur. </span></span></span></span></div><div class="t m0 x10 he y41e ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Sanal işlev tablosun<span class="_ _0"></span>da ilgili <span class="ff1">sanal<span class="_ _9"></span> <span class="ff2">işlev<span class="_ _9"></span>in <span class="ff1">adre<span class="_ _9"></span>si<span class="_ _9"></span> <span class="_ _0"></span>bulunur. </span></span></span></span></span></div><div class="t m0 x10 he yc6f ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Adresi bulunan san<span class="_ _0"></span>al işlev<span class="ff1"> </span>çağrılır.<span class="ff1"> </span></span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf137" class="pf w0 h0" data-page-no="137"><div class="pc pc137 w0 h0"><img class="bi xb y1283 w6 hcf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">311</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff1 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>M<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _b"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Sanal işlev mekanizması şüp<span class="_ _0"></span>hesiz ek bir bellek kullanımına <span class="_ _0"></span>ve daha fazla işl<span class="_ _0"></span>emci zamanına neden olu<span class="_ _0"></span>r. Ek bir </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">bellek kullanımı söz ko<span class="_ _0"></span>nusudur. Çünkü<span class="_ _0"></span> her çokbiçimli sınıf için b<span class="_ _0"></span>ir sanal işlev tablosu ve he<span class="_ _0"></span>r çokbiçimli sınıf </div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">nesnesi için sanal işle<span class="_ _0"></span>v tablo göstericisi bel<span class="_ _0"></span>lekte fazladan b<span class="_ _0"></span>ir yer kaplar. Sanal işlevin çağrıl<span class="_ _0"></span>abilmesi için önce </div><div class="t m0 x10 h3 ycda ff2 fs0 fc2 sc0 ls0 ws0">sanal işlev tablosunun a<span class="_ _0"></span>dresinin alınarak <span class="_ _0"></span>tabloya erişilmesi ve tablodan<span class="_ _0"></span> da çağrılacak işlevin adresinin </div><div class="t m0 x10 h3 yd53 ff2 fs0 fc2 sc0 ls0 ws0">alınması gerekir. Yani fazlad<span class="_ _0"></span>an iki &quot;içerik alma&quot; (<span class="_ _0"></span><span class="ff9">indirectio<span class="_ _0"></span>n) </span>işlemi yapılır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y215 ff2 fs0 fc2 sc0 ls0 ws0">Ancak ortalama bir u<span class="_ _0"></span>ygulama programında <span class="_ _0"></span>sanal işlevlerin getirdiği ek bell<span class="_ _0"></span>ek ve zamansal maliyet y<span class="_ _0"></span>ok sayılabilir. </div><div class="t m0 x10 h3 yb9a ff2 fs0 fc2 sc0 ls0 ws0">Sanal işlevlerin kazan<span class="_ _0"></span>dırdığı faydanın y<span class="_ _0"></span>anında getirdiği ek maliyetler gerçekten ö<span class="_ _0"></span>nemsenmeyecek b<span class="_ _0"></span>oyuttadır.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y10a9 ff1 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _b"></span><span class="ff2">a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>c<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span> </div><div class="t m0 x10 h3 yf23 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf hiyerarşisi içinde dina<span class="_ _0"></span>mik olarak yarat<span class="_ _0"></span>ılan sınıf nesneleri için çalışma za<span class="_ _0"></span>manına ilişkin çokb<span class="_ _0"></span>içimliliğin </div><div class="t m0 x10 h3 y3b8 ff2 fs0 fc2 sc0 ls0 ws0">uygulanmasında b<span class="_ _0"></span>azı istenmeyen durumlar orta<span class="_ _0"></span>ya çıkabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y827 ff2 fs0 fc2 sc0 ls0 ws0">Daha önceki bölü<span class="_ _0"></span>mlerden hatırlayacağınız<span class="_ _0"></span> gibi <span class="ff9">ne<span class="_ _0"></span>w </span>işleciyle sınıf türünden b<span class="_ _0"></span>ir nesne yaratıldığı zaman<span class="_ _0"></span> ilgili </div><div class="t m0 x10 h3 y638 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın kurucu işlevi çağrılır. <span class="_ _0"></span><span class="ff9">delete<span class="_ _0"></span> </span>işleciyle dinamik olarak y<span class="_ _0"></span>aratılan nesneye ilişkin b<span class="_ _0"></span>lok <span class="ff10">fr<span class="_ _0"></span>ee store‟<span class="ff1">a geri </span></span></div><div class="t m0 x10 h3 y87c ff2 fs0 fc2 sc0 ls0 ws0">verildiğinde ilgili sınıf nesne<span class="_ _0"></span>si için sonlandırıcı işlevi ça<span class="_ _0"></span>ğrılır. Aşağıdaki kodu<span class="_ _0"></span><span class="ff1"> in<span class="_ _0"></span>celeyin: </span></div><div class="t m0 x1 h16 y105b ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1284 ff8 fs0 fc2 sc0 ls13 ws0">class Base {<span class="ls0"> </span></div><div class="t m0 x12 h11 y1285 ff8 fs0 fc2 sc0 ls13 ws0">char *base_ptr; </div><div class="t m0 x10 h11 y711 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y1286 ff8 fs0 fc2 sc0 ls13 ws0">Base();<span class="ls0"> </span></div><div class="t m0 x12 h11 ye9 ff8 fs0 fc2 sc0 ls13 ws0">~Base();<span class="ls0"> </span></div><div class="t m0 x10 h11 yf58 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1287 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1288 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 y767 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1 h12 y47e ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yff1 ff8 fs0 fc2 sc0 ls13 ws0">Base::Base()<span class="ls0"> </span></div><div class="t m0 x10 h11 y265 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y66 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Base::Base()&quot; &lt;&lt; endl; </div><div class="t m0 x2 h11 y3a9 ff8 fs0 fc2 sc0 ls13 ws0">base_ptr = new char[1000];<span class="ls0"> </span></div><div class="t m0 x12 h11 yda2 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Base::Base()icinde 1000 byte&apos;lık blok elde edildi!&quot; &lt;&lt; endl;<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 y16f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y1ee ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ya24 ff8 fs0 fc2 sc0 ls13 ws0">Base::~Base()<span class="ls0"> </span></div><div class="t m0 x10 h11 y287 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yb90 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Base::~Base()&quot; &lt;&lt; endl; </div><div class="t m0 x12 h11 y578 ff8 fs0 fc2 sc0 ls13 ws0">delete[] base_ptr;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf138" class="pf w0 h0" data-page-no="138"><div class="pc pc138 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">312</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Base::~Base icinde 1000 byte&apos;lik blok geri verildi!&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x10 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y10dd ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y48a ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x2 h11 y364 ff8 fs0 fc2 sc0 ls13 ws0">char *der_ptr;<span class="ls0"> </span></div><div class="t m0 x10 h11 ydd6 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y31e ff8 fs0 fc2 sc0 ls13 ws0">Der();<span class="ls0"> </span></div><div class="t m0 x2 h11 y1201 ff8 fs0 fc2 sc0 ls13 ws0">~Der();<span class="ls0"> </span></div><div class="t m0 x10 h11 yd0f ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1289 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ybbd ff8 fs0 fc2 sc0 ls13 ws0">Der::Der()<span class="ls0"> </span></div><div class="t m0 x10 h11 y128a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y4f6 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Der::Der()&quot; &lt;&lt; endl; </div><div class="t m0 x2 h11 y2e8 ff8 fs0 fc2 sc0 ls13 ws0">der_ptr = new char[2000];<span class="ls0"> </span></div><div class="t m0 x2 h11 y8a5 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Der::Der()icinde 2000 byte&apos;lık blok elde edildi!&quot; &lt;&lt; endl;<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 y5a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y5c6 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1286 ff8 fs0 fc2 sc0 ls13 ws0">Der::~Der()<span class="ls0"> </span></div><div class="t m0 x10 h11 ye9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yf58 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Der::~Der()&quot; &lt;&lt; endl; </div><div class="t m0 x2 h11 y815 ff8 fs0 fc2 sc0 ls13 ws0">delete[] der_ptr;<span class="ls0"> </span></div><div class="t m0 x12 h11 y1189 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Der::~Der icinde 2000 byte&apos;lik blok geri verildi!&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x10 h11 y67f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y128b ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y886 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y4fc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yd5c ff8 fs0 fc2 sc0 ls13 ws0">Base *ptr =<span class="ls0"> </span>new Der; </div><div class="t m0 x12 h11 y6d5 ff8 fs0 fc2 sc0 ls13 ws0">delete ptr;<span class="ls0"> </span></div><div class="t m0 x1 h11 y435 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y11d1 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 yc1f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y590 ff2 fs0 fc2 sc0 ls0 ws0">Çalıştırılan programın ekran<span class="_ _0"></span> çıktısı:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y191 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y4d2 ff8 fs0 fc2 sc0 ls13 ws0">Base::Base()<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf139" class="pf w0 h0" data-page-no="139"><div class="pc pc139 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">313</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y116 ffc fs0 fc2 sc0 ls13 ws0">Base::Base()icinde 1000 byte&apos;lık dinamik blok elde edildi! </div><div class="t m0 x10 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">Der::Der()<span class="ls0"> </span></div><div class="t m0 x10 h11 y5bc ffc fs0 fc2 sc0 ls13 ws0">Der::Der()icinde 1000 byte&apos;lık dinamik blok elde edildi! </div><div class="t m0 x10 h11 ybd0 ff8 fs0 fc2 sc0 ls13 ws0">Base::~Base()<span class="ls0"> </span></div><div class="t m0 x10 h11 ye38 ff8 fs0 fc2 sc0 ls13 ws0">Base::~Base icinde 1000 byte&apos;lik blok geri verildi!<span class="ls0"> </span></div><div class="t m0 x1 h9e y73 ff8 fs3 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y33a ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın sonlandırıcı işle<span class="_ _0"></span>v (<span class="ff9">virtual d<span class="_ _0"></span>estructor</span>) da sınıfın bir ü<span class="_ _0"></span>ye işlevi olduğuna göre, <span class="_ _0"></span><span class="ff9">delete<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y26e ff2 fs0 fc2 sc0 ls0 ws0">işlecinin terimi olan adre<span class="_ _0"></span>s hangi sınıf türünden ise o <span class="_ _0"></span>sınıfın sonlan<span class="_ _0"></span>dırıcı işlevi çağrılır. Yukarıdak<span class="_ _0"></span>i programda </div><div class="t m0 x10 h3 y635 ff1 fs0 fc2 sc0 ls0 ws0">dinamik olarak ya<span class="_ _0"></span><span class="ff2">ratılan türemiş sınıf (<span class="ff9">De<span class="_ _0"></span>r</span>) türünden adres, t<span class="_ _0"></span>aban sınıf türünd<span class="_ _0"></span>en <span class="_ _0"></span><span class="ff9">ptr </span>göstericisine atanıyor. </span></div><div class="t m0 x10 h3 y636 ff1 fs0 fc2 sc0 ls0 ws0">Ancak <span class="ff9">delete <span class="_ _0"></span><span class="ff2">işlecinin terimi </span>ptr <span class="ff2">olduğu<span class="_ _0"></span>ndan doğal olara<span class="_ _0"></span>k taban sınıfa (</span>Base<span class="ff2">) ilişkin son<span class="_ _0"></span>landırıcı işlev çağ<span class="_ _0"></span>rılır. </span></span></div><div class="t m0 x10 h3 y1042 ff2 fs0 fc2 sc0 ls0 ws0">Bazı durumlarda d<span class="_ _0"></span>inamik yaratılan sınıf nesnesi <span class="_ _0"></span>için, türemiş<span class="_ _0"></span> sınıfın değil taban sınıfın son<span class="_ _0"></span>landırıcı işlevinin </div><div class="t m0 x10 h3 y7c2 ff2 fs0 fc2 sc0 ls0 ws0">çağrılması programın tama<span class="_ _0"></span>men yanlış ya <span class="_ _0"></span>da zararlı bir şekilde çalışmasına <span class="_ _0"></span>neden olabilir. Örneğin tü<span class="_ _0"></span>remiş sınıf </div><div class="t m0 x10 h3 y128c ff2 fs0 fc2 sc0 ls0 ws0">nesnesi taban sınıf alt nesn<span class="_ _0"></span>esinin dışında ay<span class="_ _0"></span>rı bir kaynak kullanıyor olab<span class="_ _0"></span>ilir.<span class="_ _0"></span><span class="ff1"> </span>Türemiş sınıf nesnesine bu k<span class="_ _0"></span>aynak, </div><div class="t m0 x10 h3 y128d ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıfın kuru<span class="_ _0"></span>cu işlevinin çağrılmasıyla b<span class="_ _0"></span>ağlanır. Türemiş sınıf nesne<span class="_ _0"></span>sine ilişkin sonlan<span class="_ _0"></span>dırıcı işlevi, nesneye </div><div class="t m0 x10 h3 yebf ff2 fs0 fc2 sc0 ls0 ws0">bağlanan kay<span class="_ _0"></span>nağı geri veriyor ya da serbest bırakıyor o<span class="_ _0"></span>labilir. Türemiş sınıfın sonlandırıcı i<span class="_ _0"></span>şlevi ça<span class="_ _0"></span>ğrılmadı<span class="_ _0"></span>ğı </div><div class="t m0 x10 h3 y21c ff2 fs0 fc2 sc0 ls0 ws0">zaman bağlanan<span class="_ _0"></span> kaynağın geri verilme işlemi de yap<span class="_ _0"></span>ılamaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ya7c ff2 fs0 fc2 sc0 ls0 ws0">Sonlandırıcı işlevler de <span class="_ _0"></span><span class="ff9">virtual </span>anah<span class="_ _0"></span>tar sözcüğü ile bildirilebilir. <span class="_ _0"></span>Bu durumda sonland<span class="_ _0"></span>ırıcı işlev, tıpkı diğer </div><div class="t m0 x10 h3 ydb0 ff2 fs0 fc2 sc0 ls0 ws0">sanal işlevler gibi çok biçi<span class="_ _0"></span>mli davranış gösterir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye19 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y121d ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında ta<span class="_ _0"></span>ban sınıfın sonlandırıcı işlevinin<span class="_ _0"></span> bildirimine <span class="ff9">vi<span class="_ _0"></span>rtual </span>anahta<span class="_ _0"></span>r sözcüğünü ekleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yc68 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2ed ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 y143 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yd4f ff8 fs0 fc2 sc0 ls13 ws0">virtual ~base();<span class="ls0"> </span></div><div class="t m0 x12 h11 ye47 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 yd90 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 y128e ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h1a y1172 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8df ff2 fs0 fc2 sc0 ls0 ws0">Artık <span class="ff9">Base </span>sınıfı türünden b<span class="_ _0"></span>ir gösterici <span class="ff9">de<span class="_ _0"></span>lete </span>işlecinin terimi y<span class="_ _0"></span>apıldığında, gösterici değişk<span class="_ _0"></span>ene hangi sınıf </div><div class="t m0 x10 h3 y22a ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir adres atanmışsa o sınıfa ilişkin sonlan<span class="_ _0"></span>dırıcı işlev çağrılır. Yani y<span class="_ _0"></span>ukarıdaki değişiklikten sonra, </div><div class="t m0 x10 h3 y8e0 ff2 fs0 fc2 sc0 ls0 ws0">çalıştırılan programda çağr<span class="_ _0"></span>ılan <span class="ff9">Base </span>sınıfının d<span class="_ _0"></span>eğil <span class="ff9">Der </span>sınıfın<span class="_ _0"></span>ın sonlandırıcı işl<span class="_ _0"></span>evi olur.<span class="ff1"> </span></div><div class="t m0 x1 h3 y9cf ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfb2 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf sonland<span class="_ _0"></span>ırıcı işlevinin kodunun y<span class="_ _0"></span>ürütülmesinin sonunda tü<span class="_ _0"></span>remiş sınıf nesnesinin t<span class="_ _0"></span>aban </div><div class="t m0 x10 h3 y6f1 ff2 fs0 fc2 sc0 ls0 ws0">sınıf kısmı için taban<span class="_ _0"></span> sınıfın sonlandırıcı işlevinin d<span class="_ _0"></span>e çağrılacağını unu<span class="_ _0"></span>tmayalım. Yoksa bu kez de taban<span class="_ _0"></span> </div><div class="t m0 x10 h3 y6f2 ff2 fs0 fc2 sc0 ls0 ws0">sınıf nesnesine bağlanmı<span class="_ _0"></span>ş kaynaklar serb<span class="_ _0"></span>est bırakılamazdı. Yukarıd<span class="_ _0"></span>aki değişiklikten sonra p<span class="_ _0"></span>rogram </div><div class="t m0 x10 h3 y128f ff2 fs0 fc2 sc0 ls0 ws0">çalıştırıldığında ekrana<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ycaa ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf13a" class="pf w0 h0" data-page-no="13a"><div class="pc pc13a w0 h0"><img class="bi xb y1290 w6 hd0" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">314</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ffc fs0 fc2 sc0 ls13 ws0">Der sınıfının sonlandırıcı işlevi çağrıldı!.. </div><div class="t m0 x11 h11 y456 ffc fs0 fc2 sc0 ls13 ws0">Base sınıfının sonlandırıcı işlevi çağrıldı!..<span class="ff8 ls0"> </span></div><div class="t m0 x1 h1c y579 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y57a ff1 fs0 fc2 sc0 ls0 ws0">yazar. </div><div class="t m0 x10 h3 ya19 ff2 fs0 fc2 sc0 ls0 ws0">Genel olarak şu kura<span class="_ _0"></span>l verilebilir: Bir sınıfın eğer en az <span class="_ _0"></span>bir sanal i<span class="_ _0"></span>şlevi varsa, sınıfın sonlan<span class="_ _0"></span>dırıcı işlevi de sanal </div><div class="t m0 x10 h3 ybd2 ff2 fs0 fc2 sc0 ls0 ws0">yapılmalıdır. Çoğu zaman<span class="_ _0"></span> sanal sonland<span class="_ _0"></span>ırıcı işlev bir koda sahip<span class="_ _0"></span> olmaz ve boş olarak tanım<span class="_ _0"></span>lanır. Bu durumda </div><div class="t m0 x10 h3 y1291 ff2 fs0 fc2 sc0 ls0 ws0">işlev sınıfın <span class="ff9">inline </span>işlevi olarak <span class="_ _0"></span>yazılır.<span class="ff1"> </span></div><div class="t m0 x10 h11 y946 ff8 fs0 fc2 sc0 ls13 ws0">class Myclass { </div><div class="t m0 x10 h11 y19a ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y4d7 ff8 fs0 fc2 sc0 ls13 ws0">virtual void func(); </div><div class="t m0 x2 h11 y300 ff8 fs0 fc2 sc0 ls13 ws0">virtual ~Myclass() {}<span class="ls0"> </span></div><div class="t m0 x10 h11 yf0a ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 y1292 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y80 ff1 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span> </div><div class="t m0 x10 h3 y274 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf hiyerarşisi oluşturulm<span class="_ _0"></span>asının çoğu zaman a<span class="_ _0"></span>macı, mantıksal olarak ilişki halin<span class="_ _0"></span>deki sınıfların ortak <span class="_ _0"></span>olarak </div><div class="t m0 x10 h3 y1293 ff2 fs0 fc2 sc0 ls0 ws0">paylaşılabilecek kodlarını b<span class="_ _0"></span>ir taban<span class="_ _0"></span> sınıf içinde toplamaktır. Böy<span class="_ _0"></span>lece genel işlem yapan<span class="_ _0"></span> kodlar en <span class="_ _0"></span><span class="ff1">tepedeki </span></div><div class="t m0 x10 h3 yf4f ff2 fs0 fc2 sc0 ls0 ws0">taban sınıfa göre yazılab<span class="_ _0"></span>ilir. Daha ön<span class="_ _0"></span>ce yazılan kodlar, dah<span class="_ _0"></span>a sonra yazılacak kodları y<span class="_ _0"></span>ani türetilmiş sınıflara </div><div class="t m0 x10 h3 y992 ff2 fs0 fc2 sc0 ls0 ws0">ilişkin kodları çağırabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1170 ff2 fs0 fc2 sc0 ls0 ws0">Ancak bazen tab<span class="_ _0"></span>an sınıflar, kendilerinden türetilecek <span class="_ _0"></span>sınıflara yaln<span class="_ _0"></span>ızca bir arayüz sağlamak a<span class="_ _0"></span>macıyla </div><div class="t m0 x10 h3 yac5 ff2 fs0 fc2 sc0 ls0 ws0">oluşturulur. Ama tab<span class="_ _0"></span>an sınıfın sağladığı aray<span class="_ _0"></span>üze ilişkin türemiş sınıflara <span class="_ _0"></span>sunacağı bir kodun<span class="_ _0"></span> <span class="_ _0"></span><span class="ff9">(implemen<span class="_ _0"></span>tasyon) </span></div><div class="t m0 x10 h3 ye93 ff2 fs0 fc2 sc0 ls0 ws0">varlığı söz konusu olmay<span class="_ _0"></span>abilir. Başka bir deyişle taban sını<span class="_ _0"></span>f, kendisinden türetilecek sını<span class="_ _0"></span>flara kendi aray<span class="_ _0"></span>üzünü </div><div class="t m0 x10 h3 y1171 ff2 fs0 fc2 sc0 ls0 ws0">vermekte ancak bu aray<span class="_ _0"></span>üze ilişkin kod<span class="_ _0"></span>ları türemiş sınıfın kendisinin tan<span class="_ _0"></span>ımlamasını istemektedir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yfe5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1294 ff1 fs0 fc2 sc0 ls0 ws0">Örnek olarak <span class="ff9">S<span class="_ _0"></span>hape <span class="ff2">isimli bir sınıf tan<span class="_ _0"></span>ımlandığını ve </span></span><span class="ls15">bu </span><span class="ff2">sınıftan <span class="_ _0"></span><span class="ff9">Triangle</span></span><span class="ls17">, </span><span class="ff9">Square</span>, <span class="_ _6"></span><span class="ff9">Circle </span></div><div class="t m0 x10 h3 y819 ff2 fs0 fc2 sc0 ls0 ws0">sınıflarının türetildiğini düşün<span class="_ _0"></span>elim. <span class="ff9">Shap<span class="_ _0"></span>e </span>sınıfının <span class="ff9">draw <span class="_ _0"></span><span class="ff1">isimli bir san<span class="_ _9"></span>al <span class="_ _9"></span><span class="ff2">üye işlevi<span class="ff1"> <span class="_ _6"></span>olsun: </span></span></span></span></div><div class="t m0 x1 h3 ydd1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yab5 ff8 fs0 fc2 sc0 ls13 ws0">class Shape { </div><div class="t m0 x12 h11 y11f6 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y1295 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 yb97 ff8 fs0 fc2 sc0 ls13 ws0">virtual void draw () const;<span class="ls0"> </span></div><div class="t m0 x12 h11 y18e ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ybe0 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h9e y1194 ff8 fs3 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2c4 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlevin sanal olması n<span class="_ _0"></span>e anlama gelir? Sanal bir işl<span class="_ _0"></span>ev türemiş sınıf tarafından ezil<span class="_ _0"></span>ebilir (<span class="_ _0"></span><span class="ff9">override <span class="ff1">edilebil<span class="_ _0"></span>ir). </span></span></div><div class="t m0 x10 h3 y1180 ff2 fs0 fc2 sc0 ls0 ws0">Ancak bu bir z<span class="_ _0"></span>orunluluk değildir. Türemiş sınıf taban<span class="_ _0"></span> sınıfın tanımladığı sanal <span class="_ _3"></span>işlevi ezmez ise türemi<span class="_ _0"></span>ş sınıfa </div><div class="t m0 x10 h3 y1296 ff2 fs0 fc2 sc0 ls0 ws0">ilişkin bir nesne ile san<span class="_ _0"></span>al işlev çağrıldığında, tab<span class="_ _0"></span>an sınıfın üye işlevi çağrılır. <span class="_ _0"></span>Tasarım açısından<span class="_ _0"></span> bakıldığında bu </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf13b" class="pf w0 h0" data-page-no="13b"><div class="pc pc13b w0 h0"><img class="bi x1 y7fa w5 h42" alt="" 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class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">315</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">durumun an<span class="_ _0"></span>lamı şudur: Sanal bir işlev, hem aray<span class="_ _0"></span>üzü hem de d<span class="_ _0"></span>efault kodu (<span class="_ _0"></span><span class="ff9">default <span class="_ _0"></span>implementation<span class="_ _0"></span><span class="ff1">) devir </span></span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">alınan bir işlevidir. San<span class="_ _0"></span>al bir işlevin türemiş bir <span class="_ _0"></span>sınıfa verdiği ileti şudur: <span class="_ _0"></span><span class="ff10">&quot;Beni i<span class="_ _0"></span>stediğin gibi tanım<span class="_ _0"></span>layabilirsin. </span></div><div class="t m0 x10 h1e y1f2 ff10 fs0 fc2 sc0 ls0 ws0">Tanımlarsan, senin tanımlad<span class="_ _0"></span>ığın çağrılır, ancak <span class="_ _0"></span>tanımlamaz isen çağ<span class="_ _0"></span>rılan ben olacağım!&quot;<span class="_ _3"></span><span class="ff9"> </span></div><div class="t m0 x10 h3 y51b ff1 fs0 fc2 sc0 ls0 ws0">Yine <span class="ff9">Shape <span class="ff2">sınıfına d<span class="_ _0"></span>önelim. </span>Sh<span class="_ _0"></span>ape <span class="ff2">sınıfından tü<span class="_ _0"></span>reyecek sınıflar </span>draw <span class="ff2">işle<span class="_ _0"></span>vini ezmezlerse tab<span class="_ _0"></span>an sınıfın </span></span></div><div class="t m0 x10 h3 y250 ff2 fs0 fc2 sc0 ls0 ws0">tanımladığı <span class="ff9">draw </span>işlevi çağ<span class="_ _0"></span>rılır. Peki <span class="ff9">S<span class="_ _0"></span>hape </span>sınıfının <span class="ff9">draw </span>işl<span class="_ _0"></span>evi ne yapabilir? Bir karenin y<span class="_ _0"></span>a da bir üçgenin </div><div class="t m0 x10 h3 y634 ff2 fs0 fc2 sc0 ls0 ws0">çizilmesi mantıksal olarak b<span class="_ _0"></span>ir anlam taşır. Ama bir <span class="_ _0"></span><span class="ff10">&quot;Şekil&quot; <span class="ff1">in <span class="_ _0"></span>çizilmesi ne demektir? <span class="ff9">S<span class="_ _0"></span>hape </span>s</span></span>ınıfının <span class="ff9">d<span class="_ _0"></span>raw </span>işlevi </div><div class="t m0 x10 h3 y421 ff2 fs0 fc2 sc0 ls0 ws0">için sağlayabileceği bir kod<span class="_ _0"></span> parçası yoktur. <span class="_ _0"></span><span class="ff9">Shape<span class="_ _0"></span> </span>sınıfı <span class="ff9">draw </span>işlevini yalnızca t<span class="_ _0"></span>üremiş sınıflar için b<span class="_ _0"></span>ir arayüz </div><div class="t m0 x10 h3 yd47 ff2 fs0 fc2 sc0 ls0 ws0">oluşturması amacıyla bildirmi<span class="_ _0"></span>ştir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y33b ff2 fs0 fc2 sc0 ls0 ws0">Evet bazı durumlarda <span class="_ _0"></span>bir taban sınıf sanal işlevinin b<span class="_ _0"></span>ildirilmesinin tek nedeni <span class="_ _0"></span>kendi<span class="_ _0"></span>sinden tü<span class="_ _0"></span>retilecek sınıflara </div><div class="t m0 x10 h3 y17a ff2 fs0 fc2 sc0 ls0 ws0">uygun bir a<span class="_ _0"></span>rayüz sunmaktır. Bu nedenle taban<span class="_ _0"></span> sınıf sanal işlevinin tanımının yap<span class="_ _0"></span>ılması mantıklı değildir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y636 ff1 fs0 fc2 sc0 ls0 ws0">C++&apos;da bu duru<span class="_ _0"></span>m <span class="ff9">saf sanal </span>(<span class="ff9">pure virtual<span class="_ _0"></span><span class="ff2">) işlevlerle gerçekle<span class="_ _0"></span>ştirilir.</span></span> </div><div class="t m0 x10 h3 yfec ff2 fs0 fc2 sc0 ls0 ws0">Bir işlevin saf sanal olarak b<span class="_ _0"></span>ildirilmesi işle<span class="_ _0"></span>vin bildiriminde işlev<span class="_ _0"></span>e atama işlecinin kullanılara<span class="_ _0"></span>k <span class="_ _0"></span><span class="ff9 ls4">0 </span>değerinin </div><div class="t m0 x10 h3 y1297 ff2 fs0 fc2 sc0 ls0 ws0">atanmasıyla gösterilir. Bu g<span class="_ _0"></span>erçek bir atama işlemi değ<span class="_ _0"></span>ildir. Yalnızca b<span class="_ _0"></span>ildirilen işlevin saf sanal old<span class="_ _0"></span>uğunu </div><div class="t m0 x10 h3 y113b ff2 fs0 fc2 sc0 ls0 ws0">gösteren bir sözdizim ku<span class="_ _0"></span>ralıdır.<span class="ff1"> </span></div><div class="t m0 x1 hd y259 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y77a ff8 fs0 fc2 sc0 ls13 ws0">class Shape { </div><div class="t m0 x11 h11 y475 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ycce ff8 fs0 fc2 sc0 ls13 ws0">virtual void draw()<span class="ls0"> = </span>0;<span class="ls0"> <span class="_ _74"> </span></span>//saf sanal<span class="ls0"> </span><span class="ffc">işlev</span><span class="ls0"> </span></div><div class="t m0 x12 h11 y1298 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 yc06 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h3 y10a1 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda tanımlanan<span class="_ _0"></span> <span class="ff9">Shape<span class="_ _0"></span> </span>sınıfının <span class="ff9">draw </span>isimli işlevi saf <span class="_ _0"></span>sanal yapılmış. Saf sanal bir işle<span class="_ _0"></span>v, kendisinden </div><div class="t m0 x10 h3 y1177 ff2 fs0 fc2 sc0 ls0 ws0">türetilecek sınıflara arayüz <span class="_ _0"></span>sağlayan, kend<span class="_ _0"></span>i kodu <span class="ff1">o<span class="_ _0"></span>lmayabilen </span>bir işlevdir.<span class="ff1"> </span></div><div class="t m0 x10 h3 yd4e ff2 fs0 fc2 sc0 ls0 ws0">Saf sanal işlevin tanımlan<span class="_ _0"></span>maması durumun<span class="_ _0"></span>da bağl<span class="_ _0"></span>ama zamanında <span class="_ _0"></span>bir hata oluşmaz. Peki saf sanal işl<span class="_ _0"></span>evin </div><div class="t m0 x10 h3 y1299 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanması geçerli bir d<span class="_ _0"></span>urum ise, bir taban<span class="_ _0"></span> sınıf nesnesi ile taban sınıfın saf <span class="_ _0"></span>sanal işlev çağrıldığında <span class="_ _0"></span>ne olur?<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y756 ff2 fs0 fc2 sc0 ls0 ws0">En az bir saf sanal <span class="_ _0"></span>işlev içeren sınıfa “soyut sını<span class="_ _0"></span>f<span class="ff10 ls42">” </span><span class="ff1">(<span class="ff9">abstract <span class="_ _0"></span>class</span>) denir. Bir <span class="_ _0"></span></span>soyut sınıf türün<span class="_ _0"></span>den nesne </div><div class="t m0 x10 h3 y129a ff2 fs0 fc2 sc0 ls0 ws0">yaratılamaz. Bir soyut sınıf tür<span class="_ _0"></span>ünden nesne yarat<span class="_ _0"></span>ılması durumunda <span class="_ _0"></span>derleme zamanında hat<span class="_ _0"></span>a oluşur. </div><div class="t m0 x10 h3 yb61 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki kodu inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd ycb4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3fa ff8 fs0 fc2 sc0 ls13 ws0">class Shape { </div><div class="t m0 x11 h11 y833 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y11f7 ff8 fs0 fc2 sc0 ls13 ws0">virtual void draw()<span class="ls0"> = </span>0;<span class="ls0"> <span class="_ _74"> </span></span>//saf sanal<span class="ls0"> </span><span class="ffc">işlev</span><span class="ls0"> </span></div><div class="t m0 x11 h11 y1143 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1ed ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf87 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y150 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2de ff8 fs0 fc2 sc0 ls13 ws0">Shape<span class="ls0"> </span>myshape;<span class="ls0"> <span class="_ _57"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x12 h11 ycba ff8 fs0 fc2 sc0 ls13 ws0">Shape *shape_ptr = new Shape; //Geçersiz!<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf13c" class="pf w0 h0" data-page-no="13c"><div class="pc pc13c w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">316</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y11fe ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 ydf8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h22 y88f ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yba ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">main <span class="_ _0"></span></span>işlevi içinde yazılan h<span class="_ _0"></span>er iki deyim de geçersizd<span class="_ _0"></span>ir. Her iki deyimde de soyut <span class="_ _3"></span><span class="ff9">Shape </span>sınıfı </div><div class="t m0 x10 h3 y129b ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir nesne yaratılmak istenmiştir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y9b3 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf taban sınıfın <span class="_ _0"></span>saf sanal işlevini ezme<span class="_ _0"></span>lidir. Ezmezse, çağrılacak b<span class="_ _0"></span>ir taban sınıf işlevi yoktu<span class="_ _0"></span>r. Türemiş </div><div class="t m0 x10 h3 yc3a ff2 fs0 fc2 sc0 ls0 ws0">sınıf bir soyut sınıfın herh<span class="_ _0"></span>angi bir saf sanal işlevini ez<span class="_ _0"></span>mezse, bu d<span class="_ _0"></span>urumda türemiş sınıf da soyu<span class="_ _0"></span>t olur. Yani </div><div class="t m0 x10 h3 y129c ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıf türünden d<span class="_ _0"></span>e bir<span class="ff1"> </span>nesne tanımlana<span class="_ _0"></span>maz. Saf sana<span class="_ _0"></span>l bir işlevin kendisinden türetilecek s<span class="_ _0"></span>ınıflara verdiği </div><div class="t m0 x10 h3 ya68 ff2 fs0 fc2 sc0 ls0 ws0">ileti şudur: <span class="ff10">&quot;Beni tanımlam<span class="_ _0"></span>an gerekiyor. Çünkü be<span class="_ _0"></span>n yalnızca bir arayüzüm. Beni t<span class="_ _0"></span>anımlamaz isen sen d<span class="_ _0"></span>e benim </span></div><div class="t m0 x10 h3 yc48 ff10 fs0 fc2 sc0 ls0 ws0">gibi bir soyut sınıf olursun<span class="_ _0"></span>. Senin türünde<span class="_ _0"></span>n de nesne yaratma o<span class="_ _0"></span>lana<span class="_ _0"></span>ğı olmaz.&quot; <span class="ff2">Soy<span class="_ _0"></span>ut bir sınıf türünden nesne </span></div><div class="t m0 x10 h3 ye1 ff2 fs0 fc2 sc0 ls0 ws0">yaratılmaz, ancak şüp<span class="_ _0"></span>hesiz soyut bir sınıf tü<span class="_ _0"></span>ründen bir gösterici değişken ya <span class="_ _0"></span>da referans tan<span class="_ _0"></span>ımlanabilir. Böylece </div><div class="t m0 x10 h3 y129d ff2 fs0 fc2 sc0 ls0 ws0">sınıf hiyerarşisi üzerinde orta<span class="_ _0"></span>k ve genel işlem yap<span class="_ _0"></span>acak kodlar, yine soyut ta<span class="_ _0"></span>ban sınıf türünden <span class="_ _3"></span><span class="ff1">referanslar ya da </span></div><div class="t m0 x10 h3 y1222 ff2 fs0 fc2 sc0 ls0 ws0">gösterici değişkenler ku<span class="_ _0"></span>llanılarak yazılab<span class="_ _0"></span>ilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y11c6 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki <span class="ff9">Shape <span class="_ _0"></span></span>sınıfının bildiriminde yer alan <span class="_ _0"></span><span class="ff9">draw <span class="ff1">ve <span class="_ _0"></span></span>write_shape_name <span class="_ _0"></span></span>isimli saf sanal işlevler, türeti<span class="_ _0"></span>lmiş </div><div class="t m0 x10 h3 y474 ff2 fs0 fc2 sc0 ls0 ws0">sınıflar tarafından yeniden t<span class="_ _0"></span>anımlanıyor:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y5f6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y129e ff8 fs0 fc2 sc0 ls13 ws0">class Shape { </div><div class="t m0 x11 h11 y129f ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y124 ff8 fs0 fc2 sc0 ls13 ws0">virtual void draw() const = 0;<span class="ls0"> </span></div><div class="t m0 x12 h11 y105e ff8 fs0 fc2 sc0 ls13 ws0">virtual void<span class="ls0"> </span>write_shape_name()<span class="ls0"> </span>const<span class="ls0">  = </span>0;<span class="ls0"> </span></div><div class="t m0 x11 h11 ye9c ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 y5fa ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y997 ff9 fs0 fc2 sc0 ls0 ws0">Shape <span class="ff2">sınıfından<span class="_ _0"></span> doğrudan ya da d<span class="_ _0"></span>olaylı olarak türetilmiş sınıflardan<span class="_ _0"></span> herhangi birine ait b<span class="_ _0"></span>ir nesne üzerinde </span></div><div class="t m0 x10 h3 y998 ff2 fs0 fc2 sc0 ls0 ws0">işlemler yapmak üzere tan<span class="_ _0"></span>ımlanan <span class="_ _0"></span><span class="ff9">process </span>isimli global bir i<span class="_ _0"></span>şlevin yazıldığını düşü<span class="_ _0"></span><span class="ff1">nelim: </span></div><div class="t m0 x1 h3 y972 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y76a ff8 fs0 fc2 sc0 ls13 ws0">void process(Shape &amp;r)<span class="ls0"> </span></div><div class="t m0 x11 h11 yc5d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ya40 ff8 fs0 fc2 sc0 ls13 ws0">r.write_shape_name();<span class="ls0"> </span></div><div class="t m0 x12 h11 y93e ff8 fs0 fc2 sc0 ls13 ws0">r. draw();<span class="ls0"> </span></div><div class="t m0 x11 h11 y9bd ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 yfb1 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3ff ff9 fs0 fc2 sc0 ls0 ws0">process <span class="ff2">işlevine han<span class="_ _0"></span>gi sınıf türünden n<span class="_ _0"></span>esne gönderilirse o nesnenin <span class="_ _0"></span></span>w<span class="_ _0"></span>rite_shape_name <span class="_ _0"></span><span class="ff1 ls5">ve<span class="ls0"> </span></span>draw <span class="ff2">işlevleri çağrılır. </span>Sh<span class="_ _0"></span>ape </div><div class="t m0 x10 h3 y12a0 ff2 fs0 fc2 sc0 ls0 ws0">sınıfının ve <span class="ff9">process </span>i<span class="_ _0"></span>şlevinin yazılmasından yıllarca <span class="_ _0"></span>sonra<span class="ff1"> bil<span class="_ _0"></span>e, <span class="ff9">Shape <span class="_ _0"></span></span></span>sınıfından yeni bir sınıf türetilip o<span class="_ _0"></span> türemiş sınıf </div><div class="t m0 x10 h3 y122a ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir nesne tanımlansa, o n<span class="_ _0"></span>esne ile <span class="ff9">process </span>i<span class="_ _0"></span>şlevi çağrıldığında mantıksal olara<span class="_ _0"></span>k istenen iş yapılır. Yani <span class="_ _0"></span><span class="ff9">proce<span class="_ _0"></span>ss </span></div><div class="t m0 x10 h3 y504 ff2 fs0 fc2 sc0 ls0 ws0">işlevi içinde yeni türetilmiş sın<span class="_ _0"></span>ıfa ilişkin <span class="_ _0"></span><span class="ff9">write_shape_name <span class="_ _0"></span><span class="ff1">ve </span>draw </span>işlevleri çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf13d" class="pf w0 h0" data-page-no="13d"><div class="pc pc13d w0 h0"><img class="bi xb y12a1 w6 hd1" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">317</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff9 fs0 fc2 sc0 ls0 ws0">Shape <span class="ff2">sınıfının a<span class="_ _0"></span>ra yüzü saf sanal işlevleriyle, t<span class="_ _0"></span>üretilecek sınıfların tanımlama<span class="_ _0"></span>sının zorunlu old<span class="_ _0"></span>uğu üye işlevlerini </span></div><div class="t m0 x10 h3 y12a2 ff1 fs0 fc2 sc0 ls0 ws0">gösterir. </div><div class="t m0 x10 h3 y12a3 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf soyut değil ise, yan<span class="_ _0"></span>i bir sınıf türünden n<span class="_ _0"></span>esne tanımlanabiliyor <span class="_ _0"></span>ise bu sınıfa “somut sınıf<span class="_ _0"></span><span class="ff10 ls42">” </span><span class="ff1">(<span class="ff9">co<span class="_ _0"></span>ncrete class</span><span class="ls22">) </span></span></div><div class="t m0 x10 h3 y875 ff1 fs0 fc2 sc0 ls0 ws0">denir. </div><div class="t m0 x10 h3 y773 ff2 fs0 fc2 sc0 ls0 ws0">Bir saf sanal işlevin tanımlan<span class="_ _0"></span>maması, derleme y<span class="_ _0"></span>a da bağlama aşamasında b<span class="_ _0"></span>ir hata oluşturmaz. An<span class="_ _0"></span>cak saf </div><div class="t m0 x10 h3 y85e ff2 fs0 fc2 sc0 ls0 ws0">sanal işlevler istenirse tanımla<span class="_ _0"></span>nabilir. Programcı türet<span class="_ _0"></span>me hiyerarşisi için ortak <span class="_ _0"></span>olan bir kod parçasını </div><div class="t m0 x10 h3 y12a4 ff2 fs0 fc2 sc0 ls0 ws0">isterse taban sınıfın saf sanal <span class="_ _0"></span>işlevi içinde top<span class="_ _0"></span>layabilir. Bu duru<span class="_ _0"></span>m az da olsa bazı ko<span class="_ _0"></span>d kalıplarında </div><div class="t m0 x10 h3 yebe ff2 fs0 fc2 sc0 ls0 ws0">karşımıza çıkar.<span class="ff1"> </span></div><div class="t m0 x1 hd yecd ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y12a5 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>c<span class="_ _3"></span>ı<span class="_ _b"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y2e5 ff2 fs0 fc2 sc0 ls0 ws0">Sonlandırıcı işlevler de sa<span class="_ _0"></span>f sanal olarak b<span class="_ _0"></span>ildirilebilir. Ancak saf sanal sonlan<span class="_ _0"></span>dırıcı işlevlerin diğer saf san<span class="_ _0"></span>al </div><div class="t m0 x10 h3 y3d2 ff2 fs0 fc2 sc0 ls0 ws0">işlevlere göre önemli bir f<span class="_ _0"></span>arkı vardır. Bu işlevler tanımlan<span class="_ _0"></span>mak zo<span class="_ _0"></span>rundadır. Eğer tanımlanm<span class="_ _0"></span>azlar ise bu sınıftan </div><div class="t m0 x10 h3 y751 ff2 fs0 fc2 sc0 ls0 ws0">türemiş bir somut sınıf türü<span class="_ _0"></span>nden bir nesne yaratıldığın<span class="_ _0"></span>da bağlama zamanın<span class="_ _0"></span>da hata oluşur. Türemiş s<span class="_ _0"></span>ınıf </div><div class="t m0 x10 h3 y9b6 ff2 fs0 fc2 sc0 ls0 ws0">nesnesinin sonlandırıcı i<span class="_ _0"></span>şlevinin kodu<span class="_ _0"></span> sonunda taban sınıfın sonland<span class="_ _3"></span>ırıcı işlevinin çağrıldığını hatırlay<span class="_ _0"></span>alım. </div><div class="t m0 x10 h3 y272 ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıfın sonlandırıcı i<span class="_ _0"></span>şlevi saf sanal da olsa, iş<span class="_ _0"></span>levin tanımı yoksa, işlev çağrısı bağla<span class="_ _0"></span>yıcı tarafından<span class="_ _0"></span> hata </div><div class="t m0 x10 h3 ya3e ff2 fs0 fc2 sc0 ls0 ws0">olarak işaretlenir. Aşağıdaki k<span class="_ _0"></span>od parçasınd<span class="_ _0"></span>a saf sanal sonlandırıcı işlevin d<span class="_ _0"></span>e normal sonla<span class="_ _0"></span>ndırıcı<span class="_ _0"></span><span class="ff1"> </span>işlevler gibi </div><div class="t m0 x10 h3 y239 ff2 fs0 fc2 sc0 ls0 ws0">çağrıldığı gösteriliyor:<span class="ff1"> </span></div><div class="t m0 x1 h3 y5b3 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc6 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y12a6 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye68 ff8 fs0 fc2 sc0 ls13 ws0">class Shape { </div><div class="t m0 x11 h11 y448 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yeb ff8 fs0 fc2 sc0 ls13 ws0">virtual ~Shape() = 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yce2 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y3dc ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya70 ff8 fs0 fc2 sc0 ls13 ws0">Shape::~Shape()<span class="ls0"> </span></div><div class="t m0 x11 h11 yf71 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yc32 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;Shape::~Shape()&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 ycd1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y122f ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y436 ff8 fs0 fc2 sc0 ls13 ws0">class Square:public Shape { </div><div class="t m0 x11 h11 y12a7 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y392 ff8 fs0 fc2 sc0 ls13 ws0">~Square() {std::cout &lt;&lt; &quot;Square::~Square()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y1160 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 ya45 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd5e ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y12a8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf13e" class="pf w0 h0" data-page-no="13e"><div class="pc pc13e w0 h0"><img class="bi xb y12a9 w6 hd2" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">318</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x14 h11 y194 ff8 fs0 fc2 sc0 ls13 ws0">Square s;<span class="ls0"> </span></div><div class="t m0 x12 h11 y1f3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x12 h11 yc10 ff8 fs0 fc2 sc0 ls13 ws0">Shape *ptr = new Square; </div><div class="t m0 x12 h11 ye08 ff8 fs0 fc2 sc0 ls13 ws0">delete ptr;<span class="ls0"> </span></div><div class="t m0 x1 h11 y3cd ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y930 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y11f3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y12aa ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y104c ff2 fs0 fc2 sc0 ls0 ws0">Programın ekran çıktısı:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya4a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y12ab ff8 fs0 fc2 sc0 ls13 ws0">Square::~Square() </div><div class="t m0 x10 h11 ye18 ff8 fs0 fc2 sc0 ls13 ws0">Shape::~Shape() </div><div class="t m0 x10 h11 y1dd ff8 fs0 fc2 sc0 ls13 ws0">Square::~Square() </div><div class="t m0 x10 h11 y1024 ff8 fs0 fc2 sc0 ls13 ws0">Shape::~Shape()<span class="ls0"> </span></div><div class="t m0 x1 h17 y6cb ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9ff ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıfın saf sanal b<span class="_ _0"></span>ir işlevinin türemiş sınıf tarafından<span class="_ _0"></span> <span class="_ _0"></span>ezilmemesi durumun<span class="_ _0"></span>da türemiş sınıfın da <span class="_ _0"></span>soyut </div><div class="t m0 x10 h3 yb86 ff2 fs0 fc2 sc0 ls0 ws0">sınıf olur. Ancak bu k<span class="_ _0"></span>ural saf sanal sonland<span class="_ _0"></span>ırıcı işlev için geçerli<span class="_ _0"></span><span class="ff1"> </span>değildir. Yani tab<span class="_ _0"></span>an sınıfın saf sanal </div><div class="t m0 x10 h3 y12ac ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı işlevini türemi<span class="_ _0"></span>ş sınıf ezmese <span class="ff1">de </span>soyut sınıf olarak ele alınmaz. Halen <span class="_ _0"></span>türemiş sınıf tü<span class="_ _0"></span>rü<span class="_ _0"></span><span class="ff1">nden bir </span></div><div class="t m0 x10 h3 y12ad ff2 fs0 fc2 sc0 ls0 ws0">nesne tanımlanabilir. Soyut <span class="_ _0"></span>bir sınıfın tek saf sanal <span class="_ _0"></span>işlevinin saf sanal <span class="_ _0"></span>sonlandırıcı işlev olması du<span class="_ _0"></span>rumu <span class="_ _0"></span><span class="ff1">özel<span class="_ _9"></span> </span></div><div class="t m0 x10 h3 ycd0 ff2 fs0 fc2 sc0 ls0 ws0">bir durumdur. <span class="_ _0"></span>Zira bu durumda türemiş sınıf <span class="_ _0"></span><span class="ff1 ls15">bu </span>işlevi yeniden tanımlamasa da soy<span class="_ _0"></span>ut bir sınıf olarak <span class="_ _0"></span>ele </div><div class="t m0 x10 h3 yc7b ff2 fs0 fc2 sc0 ls0 ws0">alınmaz. Yani taban<span class="_ _0"></span> sınıftan türetilen b<span class="_ _0"></span>ütün sınıflar somut sı<span class="_ _0"></span>nıflar olarak <span class="_ _0"></span><span class="ff1">el<span class="_ _0"></span>e <span class="_ _7"></span><span class="ff2">alınır.<span class="ff1"> </span></span></span></div><div class="t m0 x1 hd y12ae ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1e5 ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _b"></span>e<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>a<span class="_ _3"></span>p<span class="_ _b"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span></span> <span class="_ _3"></span><span class="ff2">Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y589 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın kurucu işle<span class="_ _0"></span>vi içinde sanal bir işlev çağrılırsa <span class="_ _0"></span>sanallık mekanizmas<span class="_ _0"></span>ı devreye girmez. Aşağıdak<span class="_ _0"></span>i </div><div class="t m0 x10 h3 y5cb ff1 fs0 fc2 sc0 ls0 ws0">kodu inceleyin: </div><div class="t m0 x11 h11 y27f ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 yb95 ff8 fs0 fc2 sc0 ls13 ws0">class Base {<span class="ls0"> </span></div><div class="t m0 x13 h11 yb96 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x11 h11 y951 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y12af ff8 fs0 fc2 sc0 ls13 ws0">Base();<span class="ls0"> </span></div><div class="t m0 x12 h11 y9bf ff8 fs0 fc2 sc0 ls13 ws0">virtual void vfunc();<span class="ls0"> </span></div><div class="t m0 x11 h11 y12b0 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y114 ff8 fs0 fc2 sc0 ls13 ws0">using namespace <span class="ls16">std; </span></div><div class="t m0 x11 h11 yc42 ff8 fs0 fc2 sc0 ls13 ws0">Base::Base()<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf13f" class="pf w0 h0" data-page-no="13f"><div class="pc pc13f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">319</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y3b0 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Base::Base()&quot; &lt;&lt; <span class="ls0">en<span class="_ _6"></span>dl;<span class="_ _9"></span> </span></div><div class="t m0 x12 h11 y3b1 ff8 fs0 fc2 sc0 ls13 ws0">vfunc();<span class="ls0"> </span></div><div class="t m0 x11 h11 y1137 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y26b ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc26 ff8 fs0 fc2 sc0 ls13 ws0">void Base::vfunc()<span class="ls0"> </span></div><div class="t m0 x11 h11 y11a5 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yc3a ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Base::vfunc()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1031 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yf09 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y471 ff8 fs0 fc2 sc0 ls13 ws0">class Der:public Base { </div><div class="t m0 x11 h11 y3b9 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y64e ff8 fs0 fc2 sc0 ls13 ws0">Der();<span class="ls0"> </span></div><div class="t m0 x12 h11 y12b1 ff8 fs0 fc2 sc0 ls13 ws0">void vfunc();<span class="ls0"> </span></div><div class="t m0 x11 h11 yaaf ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y293 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1106 ff8 fs0 fc2 sc0 ls13 ws0">Der::Der()<span class="ls0"> </span></div><div class="t m0 x11 h11 y96f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y912 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Der::Der()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y12b2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y1096 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y12b3 ff8 fs0 fc2 sc0 ls13 ws0">void Der::vfunc()<span class="ls0"> </span></div><div class="t m0 x11 h11 y129 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y12b4 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Der::vfunc()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y12b5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yf43 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y11b7 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y3c6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y12b6 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object;<span class="ls0"> </span></div><div class="t m0 x1 h11 y2c1 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd6e ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y12a0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 ycb9 ff8 fsb fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf140" class="pf w0 h0" data-page-no="140"><div class="pc pc140 w0 h0"><img class="bi xb y12b7 w6 hd3" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">320</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Base </span>sınıfınd<span class="_ _0"></span>an türetilen <span class="ff9">Der </span>sınıfı <span class="ff9">Ba<span class="_ _0"></span>se </span>sınıfının <span class="ff9">vfunc </span>işlev<span class="_ _0"></span>ini eziyor. <span class="ff9">main <span class="_ _0"></span></span>işlevi içinde <span class="ff9">Der </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">sınıfı türünden bir n<span class="_ _0"></span>esne tanımlandığını görüy<span class="_ _0"></span>orsunuz. <span class="_ _0"></span><span class="ff9">Der </span>sınıfının kurucu işle<span class="_ _0"></span>vinin başında ta<span class="_ _0"></span>ban sınıf olan </div><div class="t m0 x10 h3 y1f2 ff9 fs0 fc2 sc0 ls0 ws0">Base <span class="ff2">sınıfının kurucu işl<span class="_ _0"></span>evi çağrılır. </span>Base <span class="_ _0"></span><span class="ff2">sınıfının kurucu<span class="_ _0"></span> işlevi içinde sanal <span class="_ _0"></span></span>vfunc <span class="ff2">işlevi çağrı<span class="_ _0"></span>lıyor.<span class="ff1"> </span></span></div><div class="t m0 x11 h11 y649 ff8 fs0 fc2 sc0 ls13 ws0">vfunc();<span class="ls0"> </span></div><div class="t m0 x1 h15 y1b7 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4d6 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı aslında<span class="ff1"> </span></div><div class="t m0 x1 h3 y3e8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3e9 ff8 fs0 fc2 sc0 ls13 ws0">this<span class="ls0">-</span>&gt;vfunc();<span class="ls0"> </span></div><div class="t m0 x1 h15 yd8c ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y725 ff2 fs0 fc2 sc0 ls0 ws0">çağrısıdır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y4f5 ff1 fs0 fc2 sc0 ls0 ws0">Normal olarak <span class="ff9">th<span class="_ _0"></span>is </span>göstericisi içinde <span class="_ _0"></span><span class="ff9">Der <span class="ff2">sınıfı türünden b<span class="_ _0"></span>ir adres olduğuna göre çağrılan<span class="_ _0"></span> <span class="_ _0"></span></span>vfunc <span class="ff2">işlevini türemiş </span></span></div><div class="t m0 x10 h3 y12b8 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın <span class="ff9">vfunc </span>işlevi olma<span class="_ _0"></span>sı gerekir. Ancak çağrılan<span class="_ _0"></span> <span class="ff9">Der </span>sını<span class="_ _0"></span>fının değil <span class="ff9">Base </span>sını<span class="_ _0"></span>fının <span class="ff9">vfunc </span>işlevidir. Bu <span class="_ _0"></span><span class="ff1">C++ dilinin </span></div><div class="t m0 x10 h3 y15e ff2 fs0 fc2 sc0 ls0 ws0">bir kuralıdır. Peki ku<span class="_ _0"></span>rucu işlev içinde neden sanallık m<span class="_ _0"></span>ekanizması devrey<span class="_ _0"></span>e girmiyor? Türemiş sınıf ne<span class="_ _0"></span>snesi </div><div class="t m0 x10 h3 y2ce ff2 fs0 fc2 sc0 ls0 ws0">yaratıldığında ön<span class="_ _0"></span>ce taban sınıf kısmı oluşturulur. Bu d<span class="_ _0"></span>a taban sınıfın kuru<span class="_ _0"></span>cu işlev tarafından yap<span class="_ _0"></span>ılır. Taban sınıfın </div><div class="t m0 x10 h3 y4c6 ff2 fs0 fc2 sc0 ls0 ws0">kurucu işlevi içinde çağrılan<span class="_ _0"></span> sanal işlev türemiş sın<span class="_ _0"></span>ıfın sanal işlevi olsaydı, bu<span class="_ _0"></span> durumda bu<span class="_ _0"></span> işlev ilkdeğerini </div><div class="t m0 x10 h3 y12b9 ff2 fs0 fc2 sc0 ls0 ws0">almamış elemanlar üzerinde i<span class="_ _0"></span>şlem yapmak du<span class="_ _0"></span>rumunda kalabilirdi.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y123 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf nesnesinin b<span class="_ _0"></span>azı kaynaklar <span class="_ _0"></span>kullandığını düşünelim. Bu kayn<span class="_ _0"></span>aklar türemiş sınıf nesnesine<span class="_ _3"></span><span class="ff1"> </span>türemiş </div><div class="t m0 x10 h3 y73d ff2 fs0 fc2 sc0 ls0 ws0">sınıf nesnesinin kuru<span class="_ _0"></span>cu işlevi tarafından bağlan<span class="_ _0"></span>ır. <span class="ff9">vfunc<span class="_ _0"></span> </span>işlevi içinde bu kayn<span class="_ _0"></span>akların kullanıldığını düşün<span class="_ _0"></span>elim. </div><div class="t m0 x10 h3 y447 ff2 fs0 fc2 sc0 ls0 ws0">Eğer sanallık mekanizmas<span class="_ _0"></span>ı devreye girseydi, türemiş sını<span class="_ _0"></span>fın <span class="ff9">v<span class="_ _0"></span>func </span>işlevi bu k<span class="_ _0"></span>aynaklar henüz nesneye </div><div class="t m0 x10 h3 yce0 ff2 fs0 fc2 sc0 ls0 ws0">bağlanmadan b<span class="_ _0"></span>u kaynakları kullanma<span class="_ _0"></span>ya çalışırdı. Bu da çalış<span class="_ _0"></span>ma zamanı hatalarına <span class="_ _0"></span>neden olurdu.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b ya2a ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yfa5 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>c<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span></span>İ<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _b"></span>e<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>a<span class="_ _3"></span>p<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _b"></span>l<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _23"></span><span class="ff2">Ç<span class="_ _3"></span>a<span class="_ _b"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y511 ff2 fs0 fc2 sc0 ls0 ws0">Benzer durum sonlandırıcı i<span class="_ _0"></span>şlevler için de geçerlidir. Bir <span class="_ _0"></span>sonlandırıcı işlev içinde <span class="_ _0"></span>sanal bir işlev çağrıldığınd<span class="_ _0"></span>a </div><div class="t m0 x10 h3 y66d ff2 fs0 fc2 sc0 ls0 ws0">sanallık mekanizması de<span class="_ _0"></span>vreye girmez. Aşağıdak<span class="_ _0"></span>i örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 y66e ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x10 h11 y103c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y561 ff8 fs0 fc2 sc0 ls13 ws0">~Base();<span class="ls0"> </span></div><div class="t m0 x2 h11 y717 ff8 fs0 fc2 sc0 ls13 ws0">virtual void vfunc();<span class="ls0"> </span></div><div class="t m0 x10 h11 y10af ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 yb2 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y12ba ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y12bb ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 yaa4 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x10 h11 ybf0 ff8 fs0 fc2 sc0 ls13 ws0">Base::~Base()<span class="ls0"> </span></div><div class="t m0 x10 h11 y12bc ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf141" class="pf w0 h0" data-page-no="141"><div class="pc pc141 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">321</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;Base::~Base()&quot; &lt;&lt; std::endl; </div><div class="t m0 x2 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">vfunc();<span class="ls0"> </span></div><div class="t m0 x10 h11 y3b1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ycbd ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y5ed ff8 fs0 fc2 sc0 ls13 ws0">void Base::vfunc()<span class="ls0"> </span></div><div class="t m0 x10 h11 yb6a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y1185 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;Base::vfunc()&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x10 h11 yb1d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y12bd ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y3d1 ff8 fs0 fc2 sc0 ls13 ws0">class Der:public Base { </div><div class="t m0 x10 h11 y839 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y10ce ff8 fs0 fc2 sc0 ls13 ws0">~Der();<span class="ls0"> </span></div><div class="t m0 x2 h11 y9a7 ff8 fs0 fc2 sc0 ls13 ws0">void vfunc();<span class="ls0"> </span></div><div class="t m0 x12 h11 ye57 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 yb4f ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y21e ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1106 ff8 fs0 fc2 sc0 ls13 ws0">Der::~Der()<span class="ls0"> </span></div><div class="t m0 x10 h11 y73e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yb22 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;Der::~Der()&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x10 h11 y12be ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y1026 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y12bf ff8 fs0 fc2 sc0 ls13 ws0">void Der::vfunc()<span class="ls0"> </span></div><div class="t m0 x10 h11 ya60 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y8b ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;Der::vfunc()&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x10 h11 y1239 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ye02 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yf1 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y11b8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y962 ff8 fs0 fc2 sc0 ls13 ws0">Der der_object;<span class="ls0"> </span></div><div class="t m0 x1 h12 y929 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 yd4 ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> </span>0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y10d9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 ybcb ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde yaratılan<span class="_ _0"></span> </span>der_object <span class="_ _0"></span><span class="ff2">nesnesinin ömrü son<span class="_ _0"></span>a erdiğinde bu n<span class="_ _0"></span>esne için sonlandırıcı işlev çağrılır. </span></div><div class="t m0 x10 h3 y12c0 ff9 fs0 fc2 sc0 ls0 ws0">Der <span class="ff2">sınıfının sonland<span class="_ _0"></span>ırıcı işlevinin kod<span class="_ _0"></span>unun sonunda derleyici tarafın<span class="_ _0"></span>dan eklenen kod ile tab<span class="_ _0"></span>an sınıf olan <span class="_ _3"></span></span>Base </div><div class="t m0 x10 h3 yfc0 ff2 fs0 fc2 sc0 ls0 ws0">sınıfının sonlandırıcı i<span class="_ _0"></span>şlevi çağrılır. <span class="ff9">Base <span class="_ _0"></span></span>sınıfının sonlandırıcı<span class="_ _0"></span> işlevi içinde yapılan <span class="_ _0"></span><span class="ff9">vfunc </span>çağ<span class="_ _0"></span>rısında sanallık </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf142" class="pf w0 h0" data-page-no="142"><div class="pc pc142 w0 h0"><img class="bi xb y12c1 w6 hd4" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">322</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">mekanizması devreye girm<span class="_ _0"></span>ez. Taban sınıfın sonlandırıcı i<span class="_ _0"></span>şlevi çağrıldığında artık<span class="_ _0"></span> türemiş sınıf nesnesi kısmı yok </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">edilmiştir. Eğer sanallık meka<span class="_ _0"></span>nizması devreye girs<span class="_ _0"></span>eydi, yan<span class="_ _0"></span>i türemiş sınıfın <span class="ff9">vfun<span class="_ _0"></span>c </span>işlevi çağrılsaydı, b<span class="_ _0"></span>u işlev artık </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">var olmayan kayn<span class="_ _0"></span>aklar üzerinde işlem yapmaya çalışabilirdi<span class="_ _0"></span>. Bu da çalışma zamanı h<span class="_ _0"></span>atalarının oluşmasına </div><div class="t m0 x10 h3 y1f3 ff1 fs0 fc2 sc0 ls0 ws0">neden olurdu.<span class="_ _0"></span> </div><div class="t m0 x1 h10 y4ee ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y738 ff2 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _b"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>y<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _b"></span>a<span class="_ _3"></span>p<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _f"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span><span class="ff1"> <span class="_ _3"></span></span>Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yd01 ff2 fs0 fc2 sc0 ls0 ws0">Sanal işlev mekanizmas<span class="_ _0"></span>ının devreye girmesi için <span class="_ _0"></span>sanal işlev çağrısının b<span class="_ _0"></span>ir gösterici ya da b<span class="_ _0"></span>ir referans yoluyla </div><div class="t m0 x10 h3 yd02 ff2 fs0 fc2 sc0 ls0 ws0">yapılması gerekir. Bir türemi<span class="_ _0"></span>ş sınıf nesnesi bir t<span class="_ _0"></span>aban sınıf nesnesine ata<span class="_ _0"></span>ndıktan sonra tab<span class="_ _0"></span>an sınıf nesnesiyle bir </div><div class="t m0 x10 h3 y11af ff2 fs0 fc2 sc0 ls0 ws0">sanal işlev çağrılırsa sanallık <span class="_ _0"></span>mekanizması dev<span class="_ _0"></span>reye girmez. Aşağıdak<span class="_ _0"></span>i örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y9b5 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 yfb5 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1269 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 ya8f ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yb4e ff8 fs0 fc2 sc0 ls13 ws0">virtual void vfunc()const {std::cout &lt;&lt; &quot;Base::vfunc()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y12c2 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y82 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1032 ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x11 h11 yb9d ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y12c3 ff8 fs0 fc2 sc0 ls13 ws0">void vfunc()const {std::cout &lt;&lt; &quot;Der::vfunc()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y1141 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y12c4 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y858 ff8 fs0 fc2 sc0 ls13 ws0">void func1(Base b)<span class="ls0"> </span></div><div class="t m0 x11 h11 y998 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y12c5 ff8 fs0 fc2 sc0 ls13 ws0">b.vfunc();<span class="ls0"> </span></div><div class="t m0 x11 h11 ycb4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y102d ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8f0 ff8 fs0 fc2 sc0 ls13 ws0">void func2(Base *ptr)<span class="ls0"> </span></div><div class="t m0 x11 h11 y2bf ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y12c6 ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-</span>&gt;vfunc();<span class="ls0"> </span></div><div class="t m0 x11 h11 y12c7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y9ad ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1f0 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 ydb4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf143" class="pf w0 h0" data-page-no="143"><div class="pc pc143 w0 h0"><img class="bi xb y12c8 w6 hd5" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">323</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 ya53 ff8 fs0 fc2 sc0 ls13 ws0">Der der; </div><div class="t m0 x12 h11 ya54 ff8 fs0 fc2 sc0 ls13 ws0">func1(der); </div><div class="t m0 x12 h11 ya55 ff8 fs0 fc2 sc0 ls13 ws0">func2(&amp;der);<span class="ls0"> </span></div><div class="t m0 x1 h12 y118 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y120c ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y75e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 yd47 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y12c9 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde yapılan<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y635 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y106e ff8 fs0 fc2 sc0 ls13 ws0">func1(der);<span class="ls0"> </span></div><div class="t m0 x1 h15 y6e0 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yffb ff2 fs0 fc2 sc0 ls0 ws0">çağrısında sanallık mekanizma<span class="_ _0"></span>sı devreye girmez. <span class="_ _0"></span><span class="ff9">func1 </span>işlevi<span class="_ _0"></span> değerle çağrılıyor. Argü<span class="_ _0"></span>man olan <span class="_ _0"></span><span class="ff9">der <span class="ff1">nesnesi </span></span></div><div class="t m0 x10 h3 y12ca ff2 fs0 fc2 sc0 ls0 ws0">işlevin parametre değişkeni ol<span class="_ _0"></span>an <span class="_ _0"></span><span class="ff9">Base <span class="ff1">türünden <span class="_ _0"></span></span><span class="ls14">b </span></span>nesnesine atanırken nesne dilimlenir (<span class="_ _0"></span><span class="ff9">ob<span class="_ _0"></span>ject slicing</span>). İşlevin </div><div class="t m0 x10 h3 yf8e ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkeni olan<span class="_ _0"></span> <span class="ff9 ls14">b </span>nesnesi ile yalnızca <span class="_ _0"></span><span class="ff9">Base </span>sınıfının <span class="_ _0"></span><span class="ff9">vfunc </span>işlevi çağrılabilir. Oy<span class="_ _0"></span><span class="ff1 ls63">sa<span class="ls0"> </span></span></div><div class="t m0 x1 h3 y12cb ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y12cc ff8 fs0 fc2 sc0 ls13 ws0">func2(&amp;der);<span class="ls0"> </span></div><div class="t m0 x1 h15 y987 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydba ff2 fs0 fc2 sc0 ls0 ws0">çağrısında sanallık mekanizma<span class="_ _0"></span>sı devreye girer, çünkü<span class="_ _0"></span> <span class="ff9">fun<span class="_ _0"></span>c1 </span>işlevi adresle çağrılmıştır. Pro<span class="_ _0"></span>gramın çalışma </div><div class="t m0 x10 h3 yee6 ff2 fs0 fc2 sc0 ls0 ws0">zamanında <span class="ff9">*ptr </span>n<span class="_ _0"></span>esnesi hangi türd<span class="_ _0"></span>en ise, o sınıfın <span class="ff9">vfunc <span class="_ _0"></span></span>işlevi çağrılır. <span class="ff1"> </span></div><div class="t m0 x1 h10 y9d7 ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _b"></span>O<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _f"></span> </div><div class="t m0 x10 h3 ye0f ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfın kurucu işle<span class="_ _0"></span>vi sanal olamaz. <span class="_ _0"></span><span class="ff9">virtual </span>anahtar <span class="_ _0"></span>sözcüğünün b<span class="_ _0"></span>ir kurucu işlevin bildiriminde </div><div class="t m0 x10 h3 y11bb ff2 fs0 fc2 sc0 ls0 ws0">kullanılması bir sözdizi<span class="_ _0"></span>m hatasıdır. Ancak bazı u<span class="_ _0"></span>ygulamalarda &quot;sanal bir k<span class="_ _0"></span>urucu işleve&quot; gereksinim </div><div class="t m0 x10 h3 y5e1 ff2 fs0 fc2 sc0 ls0 ws0">duyulur. Aşağıdak<span class="_ _0"></span>i gibi bir işlevin varlığını düşün<span class="_ _0"></span>elim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yca6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y5b9 ff8 fs0 fc2 sc0 ls13 ws0">void func(Base *base_ptr)<span class="ls0"> </span></div><div class="t m0 x10 h11 y575 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x10 h11 y12cd ff8 fs0 fc2 sc0 ls13 ws0">Base<span class="ls0"> </span>*d_object<span class="ls0">  =  </span>//new (base_ptr&apos;nin içinde hangi<span class="ls0"> </span><span class="ffc">sınıf</span><span class="ls0"> </span>türünden<span class="ls0"> <span class="_ _21"> </span>//<span class="_ _6"></span>adr<span class="_ _9"></span>es<span class="_ _9"></span> </span></div><div class="t m0 x10 h11 y12ce ffc fs0 fc2 sc0 ls13 ws0">varsa o sınıf türünden bir dinamik nesne<span class="ff8 ls0"> <span class="_ _6"></span><span class="ffc ls13">yaratılacak)<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x2 h11 y684 ff8 fs0 fc2 sc0 ls13 ws0">//..<span class="ls0"> </span></div><div class="t m0 x10 h11 y7b9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h17 y517 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y81e ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">func <span class="_ _0"></span></span>işlevinin taban sınıf türün<span class="_ _0"></span>den bir göstericiye ya <span class="_ _0"></span>da referansa sahip olduğ<span class="_ _0"></span>unu düşünelim. </div><div class="t m0 x10 h3 y566 ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıf türünden b<span class="_ _0"></span>ir göstericiye herhangi b<span class="_ _0"></span>ir türemiş sınıf türünd<span class="_ _0"></span>en nesnenin adresinin </div><div class="t m0 x10 h3 y4d2 ff2 fs0 fc2 sc0 ls0 ws0">atanabileceğini biliyorsunuz.<span class="_ _0"></span> <span class="ff9">fun<span class="_ _0"></span>c </span>işlevi sınıf hiyerarşisi<span class="ff1"> </span>için<span class="_ _0"></span>de hangi sınıf tü<span class="_ _0"></span>ründen bir nesn<span class="_ _0"></span>enin adresi ile </div><div class="t m0 x10 h3 yf73 ff2 fs0 fc2 sc0 ls0 ws0">çağrılırsa işlev içinde o sınıf tü<span class="_ _0"></span>ründen d<span class="_ _0"></span>inamik bir nesne yaratılmak istendiğini dü<span class="_ _0"></span>şünelim. Bu n<span class="_ _0"></span>asıl </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf144" class="pf w0 h0" data-page-no="144"><div class="pc pc144 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">324</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">yapılabilir? Adeta sanal b<span class="_ _0"></span>ir kurucu işleve gereksinim du<span class="_ _0"></span>yuluyor. Bu d<span class="_ _0"></span>urumu sağlamak için kullanılan<span class="_ _0"></span> </div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">idiyoma &quot;sanal ku<span class="ff2">ru<span class="_ _0"></span>cu işlev idiyomu&quot; (<span class="_ _0"></span><span class="ff9">virtual constructor idi<span class="_ _0"></span>om</span>) denir. <span class="_ _0"></span>Aşağıdaki kod parçasını incel<span class="_ _0"></span>eyin:<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y84b ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y9e0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ydac ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x1c h11 y8a1 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y11c5 ff8 fs0 fc2 sc0 ls13 ws0">virtual Base *create_similar() const = 0; </div><div class="t m0 x13 h11 y4f2 ff8 fs0 fc2 sc0 ls13 ws0">virtual Base *clone() const = 0;<span class="ls0"> </span></div><div class="t m0 x13 h11 yf23 ff8 fs0 fc2 sc0 ls13 ws0">virtual ~Base() {}<span class="ls0"> </span></div><div class="t m0 x13 h11 yd39 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1c h11 y56b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y5af ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y4dc ff8 fs0 fc2 sc0 ls13 ws0">class Der1: public Base { </div><div class="t m0 x1c h11 ya5c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y922 ff8 fs0 fc2 sc0 ls13 ws0">Der1() {std::cout &lt;&lt; &quot;Der1::Der1()&quot; &lt;&lt; <span class="ls0">std<span class="_ _9"></span>::en<span class="_ _6"></span>dl;}<span class="_ _9"></span> </span></div><div class="t m0 x13 h11 yc04 ff8 fs0 fc2 sc0 ls13 ws0">Base *create_similar()const {return new Der1;} </div><div class="t m0 x13 h11 y12cf ff8 fs0 fc2 sc0 ls13 ws0">Base *clone() const {return new<span class="ls0"> <span class="_ _9"></span><span class="ls13">Der1(*this);}<span class="ls0"> </span></span></span></div><div class="t m0 x13 h11 y5c ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1c h11 y12d0 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yf58 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y624 ff8 fs0 fc2 sc0 ls13 ws0">class Der2: public Base { </div><div class="t m0 x1c h11 y67e ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ybdc ff8 fs0 fc2 sc0 ls13 ws0">Der2() {std::cout &lt;&lt; &quot;Der2::Der2()&quot; &lt;&lt; std::endl;} </div><div class="t m0 x13 h11 y12d1 ff8 fs0 fc2 sc0 ls13 ws0">Base *create_similar() const {return new Der2;} </div><div class="t m0 x13 h11 yf6c ff8 fs0 fc2 sc0 ls13 ws0">Base *clone()const {return new Der2(*this);}<span class="ls0"> </span></div><div class="t m0 x13 h11 y574 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1c h11 y3de ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y12d2 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y248 ff8 fs0 fc2 sc0 ls13 ws0">class Der3: public Base { </div><div class="t m0 x1c h11 y7b8 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 yd6d ff8 fs0 fc2 sc0 ls13 ws0">Der3() {std::cout &lt;&lt; &quot;Der3::Der3()&quot; &lt;&lt; <span class="ls0">std<span class="_ _9"></span>::en<span class="_ _6"></span>dl;}<span class="_ _9"></span> </span></div><div class="t m0 x13 h11 yc9b ff8 fs0 fc2 sc0 ls13 ws0">Base *create_similar()const {return new Der3;} </div><div class="t m0 x13 h11 ya05 ff8 fs0 fc2 sc0 ls13 ws0">Base *clone()const {return new<span class="ls0"> <span class="_ _9"></span><span class="ls13">Der3(*this);}<span class="ls0"> </span></span></span></div><div class="t m0 x1c h11 yb67 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yee0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y5d6 ff8 fs0 fc2 sc0 ls13 ws0">void func(Base *ptr)<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf145" class="pf w0 h0" data-page-no="145"><div class="pc pc145 w0 h0"><img class="bi xb y12d3 w6 hd6" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">325</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1b3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yc91 ff8 fs0 fc2 sc0 ls13 ws0">Base *ptr1 = ptr<span class="ls0">-</span>&gt;create_similar(); </div><div class="t m0 x13 h11 y1017 ff8 fs0 fc2 sc0 ls13 ws0">Base *ptr2 = ptr<span class="ls0">-</span>&gt;clone();<span class="ls0"> </span></div><div class="t m0 x13 h11 y1f4 ff8 fs0 fc2 sc0 ls13 ws0">delete ptr1; </div><div class="t m0 x13 h11 yecc ff8 fs0 fc2 sc0 ls13 ws0">delete ptr2;<span class="ls0"> </span></div><div class="t m0 x1c h11 y4ef ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 yebe ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1 h12 y12d4 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y4f2 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y4f3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yc87 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Der1, Der2 ve Der3 nesneleri yaratiliyor.&quot; &lt;&lt; endl; </div><div class="t m0 x13 h11 y12d5 ff8 fs0 fc2 sc0 ls13 ws0">Der1<span class="ls0"> </span>der1;<span class="ls0"> </span></div><div class="t m0 x13 h11 y4da ff8 fs0 fc2 sc0 ls13 ws0">Der2<span class="ls0"> <span class="_ _0"></span><span class="ls16">der2;</span> </span></div><div class="t m0 x13 h11 yc3 ff8 fs0 fc2 sc0 ls13 ws0">Der3<span class="ls0"> <span class="_ _0"></span><span class="ls16">der3;</span> </span></div><div class="t m0 x1 h11 y87e ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 ya92 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Her bir nesne sirasiyla func işlevine gonderiliyor&quot; &lt;&lt; endl; </div><div class="t m0 x13 h11 y45f ff8 fs0 fc2 sc0 ls13 ws0">func(&amp;der1);<span class="ls0"> </span></div><div class="t m0 x13 h11 yc67 ff8 fs0 fc2 sc0 ls0 ws0">func(&amp;der2); </div><div class="t m0 x13 h11 y10c6 ff8 fs0 fc2 sc0 ls0 ws0">func(&amp;der3);<span class="_ _9"></span> </div><div class="t m0 x1 h11 y66b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y143 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1045 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 y55e ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y885 ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıf olan <span class="ff9">Base <span class="_ _0"></span></span>sınıfı içinde isimleri <span class="ff9">c<span class="_ _0"></span>reate_similar <span class="_ _0"></span><span class="ff1">ve </span>clone </span>o<span class="_ _0"></span>lan iki saf sanal işlev bildiriliyor. <span class="_ _0"></span><span class="ff9">Base </span></div><div class="t m0 x10 h3 ye49 ff2 fs0 fc2 sc0 ls0 ws0">sınıfından türeyen her sını<span class="_ _0"></span>f <span class="ff9">crea<span class="_ _0"></span>te_similar <span class="ff1">ve </span>clone <span class="_ _0"></span></span>sanal işlevlerini ezer. <span class="ff9">Base <span class="_ _0"></span></span>sınıfından tü<span class="_ _0"></span>reyen her sınıf <span class="ff1">-</span></div><div class="t m0 x10 h3 y95f ff2 fs0 fc2 sc0 ls0 ws0">örneğimizde <span class="ff9">Der1<span class="ff1 ls17">, </span>Der2 <span class="_ _0"></span><span class="ff1">ve </span>Der3 </span>sınıfları<span class="ff1">- <span class="_ _0"></span>ezdikleri <span class="ff9">create_si<span class="_ _0"></span>milar </span></span>işlevlerini kendi sın<span class="_ _0"></span>ıfları türünden d<span class="_ _0"></span>inamik bir </div><div class="t m0 x10 h3 y12d6 ff1 fs0 fc2 sc0 ls0 ws0">nesnenin adresiyle geri d<span class="_ _0"></span>öndürür. <span class="_ _0"></span><span class="ff9">clone <span class="_ _0"></span><span class="ff2">işlevinin tek farkı ise adresi döndürü<span class="_ _0"></span>len dinamik nesnenin varsayılan<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 y12d7 ff2 fs0 fc2 sc0 ls0 ws0">kurucu işlev ile değil kopyala<span class="_ _0"></span>yan kurucu işlevle ilkdeğer<span class="_ _0"></span>ini almasıdır. Yani <span class="_ _0"></span><span class="ff9">clone <span class="_ _0"></span></span>işlevi hangi sınıf nesne<span class="_ _0"></span>si için </div><div class="t m0 x10 h3 y434 ff2 fs0 fc2 sc0 ls0 ws0">çağrılmışa o nesnenin d<span class="_ _0"></span>eğerine eşit değerde d<span class="_ _0"></span>inamik bir nesnenin ad<span class="_ _0"></span>resini döndürür. Böylece taban sınıf </div><div class="t m0 x10 h3 y2bf ff1 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir gösterici ya da referans ile sanal <span class="_ _0"></span><span class="ff9">create_similar<span class="_ _0"></span> </span>ya da <span class="_ _0"></span><span class="ff9">clone <span class="ff2">işlevleri çağrıldığında, san<span class="_ _0"></span>al işlev </span></span></div><div class="t m0 x10 h3 y105f ff2 fs0 fc2 sc0 ls0 ws0">mekanizması devreye gi<span class="_ _0"></span>rer. Taban<span class="_ _0"></span> sınıf göstericisi içinde ha<span class="_ _0"></span>ngi nesnenin adresi var<span class="_ _0"></span>sa o sınıfın sanal işlevinin </div><div class="t m0 x10 h3 yb36 ff2 fs0 fc2 sc0 ls0 ws0">çağrılmasıyla o sınıf türünd<span class="_ _0"></span>en bir dinamik nesne yarat<span class="_ _0"></span>ılmış olur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y170 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y393 ff1 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span> <span class="_ _5"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _5"></span> <span class="_ _8"></span><span class="ls49">ve<span class="ls0"> <span class="_ _5"></span> <span class="_ _8"></span><span class="ff2">V<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>s<span class="_ _3"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span><span class="ff1"> <span class="_ _3"></span> <span class="_ _5"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>g<span class="_ _3"></span>ü<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _b"></span> </span></span></span></span></span></span></div><div class="t m0 x10 h3 ydb4 ff2 fs0 fc2 sc0 ls0 ws0">Sanal işlevler <span class="ff1">de <span class="_ _9"></span><span class="ff2">varsayılan argü<span class="_ _0"></span>man alabilir. Taban sı<span class="_ _0"></span>nıfın sanal işlevini ezen tü<span class="_ _0"></span>remiş sınıf işlevi farklı bir </span></span></div><div class="t m0 x10 h3 yea2 ff2 fs0 fc2 sc0 ls0 ws0">varsayılan argümanla<span class="ff1"> bildirilebilir: </span></div><div class="t m0 x1 h3 y12d8 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf146" class="pf w0 h0" data-page-no="146"><div class="pc pc146 w0 h0"><img class="bi xb y12d9 w6 hd7" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">326</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y3b0 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yecb ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 y1215 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y12da ff8 fs0 fc2 sc0 ls13 ws0">virtual void func(int val = 20) {std::cout &lt;&lt; &quot;val = &quot; &lt;&lt; val &lt;&lt; </div><div class="t m0 x11 h11 y421 ff8 fs0 fc2 sc0 ls13 ws0">std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 yaa9 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 ye73 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yad5 ff8 fs0 fc2 sc0 ls13 ws0">class Der : public Base{ </div><div class="t m0 x11 h11 y12db ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y91e ff8 fs0 fc2 sc0 ls13 ws0">virtual void func(int val = 100) {std::cout &lt;&lt; &quot;val = &quot; &lt;&lt; val &lt;&lt; </div><div class="t m0 x11 h11 yafa ff8 fs0 fc2 sc0 ls13 ws0">std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y12dc ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y45e ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8d7 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y5f7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yb5e ff8 fs0 fc2 sc0 ls13 ws0">Der der;<span class="ls0"> </span></div><div class="t m0 x12 h11 y12dd ff8 fs0 fc2 sc0 ls13 ws0">Base *bptr = &amp;der; </div><div class="t m0 x12 h11 y12de ff8 fs0 fc2 sc0 ls13 ws0">bptr<span class="ls0">-</span>&gt;func();<span class="ls0"> </span></div><div class="t m0 x1 h12 y72c ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y94d ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y463 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y12df ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1cb ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">bptr <span class="ff1">göstericisine </span>Der </span>s<span class="_ _0"></span>ınıfı türünden <span class="_ _0"></span><span class="ff9">der </span>isimli nesnenin adresi atan<span class="_ _0"></span>ıyor. Daha sonra </div><div class="t m0 x10 h3 yce3 ff9 fs0 fc2 sc0 ls0 ws0">bptr <span class="ff1">göstericisi ile sanal <span class="_ _0"></span></span>func <span class="ff2">işlevi argüman gö<span class="_ _0"></span>nderilmeden<span class="_ _0"></span> çağrılıyor. İşleve varsayılan<span class="_ _0"></span> argüman olarak </span></div><div class="t m0 x10 h3 y804 ff2 fs0 fc2 sc0 ls0 ws0">hangi değer geçilir? <span class="_ _0"></span><span class="ff9 ls4">20 </span><span class="ff1">mi <span class="ff9">100 </span></span>mü? San<span class="_ _0"></span>al işlevin bağlanması <span class="_ _0"></span>programın çalışma zamanınd<span class="_ _0"></span>a olsa da, </div><div class="t m0 x10 h3 y8d ff2 fs0 fc2 sc0 ls0 ws0">varsayılan argüman deg<span class="_ _0"></span>erlendirilmesi progra<span class="_ _0"></span>mın derleme zamanında <span class="_ _0"></span>yapılır. Yukarıdaki p<span class="_ _0"></span>rogram </div><div class="t m0 x10 h10 y8e ff2 fs0 fc2 sc0 ls0 ws0">çalıştırıldığında ekrana <span class="_ _0"></span><span class="ff9 ls4">20 </span>değeri yaz<span class="_ _0"></span>dırılır.<span class="ff1 fs6"> </span></div><div class="t m0 x1 h10 y5ce ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y10d3 ff1 fs6 fc2 sc0 ls0 ws0">E<span class="_ _3"></span>z<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _f"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>i<span class="_ _b"></span>n<span class="_ _3"></span> <span class="_ _3"></span>P<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>a<span class="_ _3"></span>p<span class="_ _3"></span>ı<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _f"></span></span> </div><div class="t m0 x10 h3 y11c2 ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıfın bir sanal iş<span class="_ _0"></span>levinin türemiş sınıf tarafınd<span class="_ _0"></span>an ezilmesi için türe<span class="_ _0"></span>miş <span class="_ _0"></span>sınıfın tamamen ayn<span class="_ _0"></span>ı </div><div class="t m0 x10 h3 y9db ff2 fs0 fc2 sc0 ls0 ws0">parametrik yapıya <span class="_ _0"></span>sahip bir işlev bildirmesi gerekir. Tür<span class="_ _0"></span>emiş sınıfın bildirdiği i<span class="_ _0"></span>şlevin imzasınd<span class="_ _0"></span>a bir farklılık </div><div class="t m0 x10 h3 y6b ff2 fs0 fc2 sc0 ls0 ws0">olursa, türemiş sınıf taban sını<span class="_ _0"></span>fın sanal işlevini ezmiş olmaz. <span class="_ _0"></span>Yeni bir işlev bildirmi<span class="_ _0"></span>ş olur. Türemiş sınıfın </div><div class="t m0 x10 h3 yf93 ff2 fs0 fc2 sc0 ls0 ws0">bildirdiği işlevin imzası tab<span class="_ _0"></span>an sınıfın sanal işlevi i<span class="_ _0"></span>le aynı fakat geri dönü<span class="_ _0"></span>ş değeri türü farklı ise bu<span class="_ _0"></span> durum </div><div class="t m0 x10 h3 y7e5 ff2 fs0 fc2 sc0 ls0 ws0">derleme zamanında hat<span class="_ _0"></span>a olarak değerlendirilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y616 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x11 h11 y12e0 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf147" class="pf w0 h0" data-page-no="147"><div class="pc pc147 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">327</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">virtual int <span class="_ _0"></span>func1(int); </div><div class="t m0 x12 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">virtual int <span class="_ _0"></span>func2(int); </div><div class="t m0 x12 h11 y736 ff8 fs0 fc2 sc0 ls13 ws0">virtual int func3(int);<span class="ls0"> </span></div><div class="t m0 x11 h11 y132 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y12e1 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1207 ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base{ </div><div class="t m0 x11 h11 y10ca ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y10cb ff8 fs0 fc2 sc0 ls13 ws0">int func1(int); </div><div class="t m0 x12 h11 y48c ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> <span class="_ _b"></span>fun<span class="_ _9"></span>c2(<span class="_ _6"></span>doub<span class="_ _9"></span>le)<span class="_ _9"></span>; </span></div><div class="t m0 x12 h11 y255 ff8 fs0 fc2 sc0 ls13 ws0">double<span class="ls0"> </span>func3(int);<span class="ls0"> <span class="_ _28"> </span></span>//Geçersiz<span class="ls0"> </span></div><div class="t m0 x11 h11 y6df ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 yb9b ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y12e2 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki bildirimleri inceley<span class="_ _0"></span>elim:<span class="ff1"> </span></div><div class="t m0 x10 h3 y1fc ff9 fs0 fc2 sc0 ls0 ws0">Base <span class="ff2">sınıfından türetilen <span class="_ _0"></span></span>Der <span class="ff2">sınıfı sanal <span class="_ _0"></span></span>func1 <span class="ff2">işlevini eziyor.<span class="_ _0"></span> Ancak sanal <span class="_ _0"></span></span>func2 <span class="ff2">işlevini ezmiyo<span class="_ _0"></span>r. Çünkü bildirilen </span></div><div class="t m0 x10 h3 yefe ff9 fs0 fc2 sc0 ls0 ws0">func2 <span class="ff2">işlevinin imza<span class="_ _0"></span>sı taban sınıfın bildirdiği sanal <span class="_ _0"></span></span>func2 <span class="ff2">işl<span class="_ _0"></span>evinin imzasından<span class="_ _0"></span> farklıdır. Türemiş sınıf içind<span class="_ _0"></span>e </span></div><div class="t m0 x10 h3 y3d6 ff2 fs0 fc2 sc0 ls0 ws0">yapılan <span class="ff9">func<span class="_ _0"></span>3 </span>işlevi bildirimi ise derleme zamanın<span class="_ _0"></span>da hataya neden olu<span class="_ _0"></span>r.<span class="ff1"> </span></div><div class="t m0 x10 h3 y12e3 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıfın taban sınıfın sa<span class="_ _0"></span>nal işlevini ezebilmesi için, ta<span class="_ _0"></span>mamen aynı p<span class="_ _0"></span>a<span class="_ _0"></span>rametrik yapıya sahip b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 yd75 ff2 fs0 fc2 sc0 ls0 ws0">işlev bildirmesi gerekir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y651 ff2 fs0 fc2 sc0 ls0 ws0">Ancak bu du<span class="_ _0"></span>rumun bir istisnası vardır (<span class="_ _0"></span><span class="ff9">variant return type<span class="_ _0"></span></span>): Taban sınıfın sanal i<span class="_ _0"></span>şlevi bir sınıf türünd<span class="_ _0"></span>en adrese </div><div class="t m0 x10 h3 y12e4 ff2 fs0 fc2 sc0 ls0 ws0">ya da referansa geri dönüy<span class="_ _0"></span>orsa, türemiş sınıfın işle<span class="_ _0"></span>vinin geri dönüş değeri, taban<span class="_ _0"></span> sınıfın<span class="_ _0"></span><span class="ff1"> </span>geri d<span class="_ _0"></span>öndürdüğü<span class="_ _0"></span> </div><div class="t m0 x10 h3 y38a ff2 fs0 fc2 sc0 ls0 ws0">sınıftan türeyen bir sınıfa ilişki<span class="_ _0"></span>n bir türden o<span class="_ _0"></span>labilir. Aşağıdaki örneği inceleyin<span class="_ _0"></span>:<span class="ff1"> </span></div><div class="t m0 x1 h3 yf00 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y4b2 ff8 fs0 fc2 sc0 ls13 ws0">class B<span class="ls0"> { </span></div><div class="t m0 x2 h11 y1288 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y9f8 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y12e5 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y16a ff8 fs0 fc2 sc0 ls13 ws0">class D : public B {<span class="ls0"> </span></div><div class="t m0 x2 h11 y515 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y12e6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yb76 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y4cf ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x10 h11 y4ea ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 yd6e ff8 fs0 fc2 sc0 ls13 ws0">virtual B *vfunc1(); </div><div class="t m0 x2 h11 yf88 ff8 fs0 fc2 sc0 ls13 ws0">virtual B &amp;vfunc2();<span class="ls0"> </span></div><div class="t m0 x10 h11 y1061 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y97a ff8 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf148" class="pf w0 h0" data-page-no="148"><div class="pc pc148 w0 h0"><img class="bi xb y1062 w6 ha1" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">328</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base { </div><div class="t m0 x10 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y3b1 ff8 fs0 fc2 sc0 ls0 ws0">D <span class="_ _3"></span>*v<span class="_ _9"></span>func<span class="_ _6"></span>1();<span class="_ _9"></span> </div><div class="t m0 x2 h11 y1215 ff8 fs0 fc2 sc0 ls0 ws0">D <span class="_ _3"></span>&amp;v<span class="_ _9"></span>func<span class="_ _6"></span>2();<span class="_ _9"></span> </div><div class="t m0 x10 h15 ya75 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="fs6 ls0"> </span></div><div class="t m0 x10 h3 yf16 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Base </span>sınıfı içind<span class="_ _0"></span>e iki ayrı sanal işlev bildiriliyo<span class="_ _0"></span>r. Sanal <span class="_ _0"></span><span class="ff9">vfunc1 </span>işlevinin geri dö<span class="_ _0"></span>nüş değeri <span class="ff9">B* </span></div><div class="t m0 x10 h3 yaa9 ff1 fs0 fc2 sc0 ls0 ws0">türündendir. Oy<span class="_ _0"></span>sa <span class="ff9">Base <span class="ff2">sınıfınd<span class="_ _0"></span>an türetilmiş </span>Der <span class="ff2">sınıfı b<span class="_ _0"></span>u işlevi ezerken işlevin ger<span class="_ _0"></span>i dönüş değerinin türü<span class="_ _0"></span>nü <span class="_ _0"></span></span><span class="ls5d">D*</span> </span></div><div class="t m0 x10 h3 yf17 ff1 fs0 fc2 sc0 ls0 ws0">olarak bildiriyor. <span class="_ _0"></span><span class="ff9 ls5d">D </span><span class="ff2">sınıfı <span class="ff9 lsb">B </span>sınıfından<span class="_ _0"></span> türetildiği için bu geçerli bir d<span class="_ _0"></span>urumdur.<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 y106d ff2 fs0 fc2 sc0 ls0 ws0">Benzer durum referans ile g<span class="_ _0"></span>eri dönen san<span class="_ _0"></span>al işlevler için de geçerlidir. <span class="_ _0"></span><span class="ff9">Base <span class="_ _0"></span></span>sınıfının sanal <span class="_ _0"></span><span class="ff9">vfunc2 </span>işlevi <span class="ff9">B&amp; <span class="ff1">tü<span class="_ _0"></span>rüne </span></span></div><div class="t m0 x10 h3 ye8d ff1 fs0 fc2 sc0 ls0 ws0">geri dönerken bunu ezen <span class="_ _0"></span><span class="ff9">Der <span class="ff2">sınıfının <span class="_ _0"></span></span>vfunc2 <span class="ff2">işlevi </span>D&amp; <span class="_ _0"></span></span>türüne geri dönüy<span class="_ _0"></span>or. </div><div class="t m0 x10 h3 ybd5 ff2 fs0 fc2 sc0 ls0 ws0">Bu kural neden getirilmiş olab<span class="_ _0"></span>ilir?<span class="_ _0"></span><span class="ff1 fs5"> </span></div><div class="t m0 x10 h3 y12e7 ff9 fs0 fc2 sc0 ls0 ws0">Der <span class="ff2">sınıfı türünden b<span class="_ _0"></span>ir nesne ile </span>vfun<span class="_ _0"></span>c1 <span class="ff1">ya da <span class="_ _0"></span></span>vfunc2 <span class="ff2">işlevinin çağrıldığın<span class="_ _0"></span>ı düşünelim:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x11 h11 yebf ff8 fs0 fc2 sc0 ls13 ws0">Der der_object;<span class="ls0"> </span></div><div class="t m0 x11 he y2ce ff8 fs0 fc2 sc0 ls0 ws0">D<span class="ff7"> <span class="_ _d"> </span></span><span class="ls13">*ptr = der_object.vfunc1(); </span></div><div class="t m0 x11 h11 y1190 ff8 fs0 fc2 sc0 ls13 ws0">D &amp;r =<span class="ls0"> </span>der_object.vfunc2();<span class="ls0"> </span></div><div class="t m0 x1 h22 y3d7 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yef6 ff2 fs0 fc2 sc0 ls0 ws0">Eğer türemiş sınıfın <span class="ff9">vfun<span class="_ _0"></span>c1 <span class="ff1">ve </span>vfunc2 <span class="_ _0"></span></span>işlevleri <span class="ff9">A* <span class="ff1">ve </span>A&amp; </span>türlerin<span class="_ _0"></span>e geri dönselerdi yukarıdak<span class="_ _0"></span>i işlev </div><div class="t m0 x10 h3 yd18 ff2 fs0 fc2 sc0 ls0 ws0">çağrıları geçerli olmazdı.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y5d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y30a ff1 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>o<span class="_ _3"></span>k<span class="_ _3"></span>b<span class="_ _3"></span>i<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>k<span class="_ _b"></span> </div><div class="t m0 x10 h3 yf8f ff2 fs0 fc2 sc0 ls0 ws0">Nesne yönelimli programla<span class="_ _0"></span>ma tekniğinde sanal işl<span class="_ _0"></span>evlerin kullanılarak <span class="_ _0"></span>işlev çağrılarının bağlan<span class="_ _0"></span>masının </div><div class="t m0 x10 h3 y11e6 ff2 fs0 fc2 sc0 ls0 ws0">programın çalışma zamanın<span class="_ _0"></span>a kaydırılması genel olar<span class="_ _0"></span><span class="ff1">ak çokbiçimlil<span class="_ _0"></span>ik (<span class="ff9">polymorphism</span></span>) y<span class="_ _0"></span>a da çalışma zaman<span class="_ _0"></span>ı </div><div class="t m0 x10 h3 y146 ff2 fs0 fc2 sc0 ls0 ws0">çok biçimliliği (<span class="ff9">runtime po<span class="_ _0"></span>lymorphism<span class="_ _0"></span></span>) olarak bilinir. Nesne <span class="_ _0"></span>yönelimli programlama tekniğ<span class="_ _0"></span>i gerçek gücünü </div><div class="t m0 x10 h3 y11e7 ff2 fs0 fc2 sc0 ls0 ws0">çalışma zamanı çokbiçiml<span class="_ _0"></span>iliğinden alır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf64 ff2 fs0 fc2 sc0 ls0 ws0">Bu teknikle genelleştiril<span class="_ _0"></span>miş ve soyutlanmış bazı işlemler <span class="_ _0"></span>farklı sınıf n<span class="_ _0"></span>esneleri için farklı biçimlerde yap<span class="_ _0"></span>ılır. </div><div class="t m0 x10 h3 yb62 ff2 fs0 fc2 sc0 ls0 ws0">Hangi işlevin çağrıldığının pro<span class="_ _0"></span>gramın çalışma zaman<span class="_ _0"></span>ında belirlenmesi progra<span class="_ _0"></span>m yazımında dah<span class="_ _0"></span>a büyük </div><div class="t m0 x10 h3 y112b ff2 fs0 fc2 sc0 ls0 ws0">esneklik sağladığı gibi çok dah<span class="_ _0"></span>a iyi soyu<span class="_ _0"></span>tlama olanağı verir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yd2f ff2 fs0 fc2 sc0 ls0 ws0">Çokbiçimlilik farklı türden sınıf<span class="_ _0"></span> nesnele<span class="ff1">rinin gerç<span class="_ _0"></span>ek türleri bilinmeden, b<span class="_ _0"></span>u nesnelerin ortak özelliklerin<span class="_ _0"></span>e </span></div><div class="t m0 x10 h3 y1295 ff2 fs0 fc2 sc0 ls0 ws0">dayanılarak <span class="_ _0"></span>işlenmesidir.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf149" class="pf w0 h0" data-page-no="149"><div class="pc pc149 w0 h0"><img class="bi xb y27 w6 ha" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">329</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hb y28 ff5 fs3 fc3 sc0 ls0 ws0">İ<span class="_ _3"></span>Ş<span class="_ _3"></span><span class="ff3">L<span class="_ _3"></span>E<span class="_ _3"></span>V<span class="_ _3"></span> <span class="_ _3"></span></span>Ş<span class="_ _3"></span>A<span class="_ _3"></span>B<span class="_ _3"></span>L<span class="_ _3"></span>O<span class="_ _3"></span>N<span class="_ _3"></span>L<span class="_ _3"></span>A<span class="_ _3"></span>R<span class="_ _3"></span>I<span class="_ _3"></span><span class="ff3"> </span></div><div class="t m0 x10 h3 y65d ff2 fs0 fc2 sc0 ls0 ws0">C ve C++ dillerinde işlevler tü<span class="_ _0"></span>rlere göre yazılır. Oysa bir çok <span class="_ _0"></span>işlev belirli bir algoritmayı kod<span class="_ _0"></span>lamak için yazılır. </div><div class="t m0 x10 h3 y54e ff2 fs0 fc2 sc0 ls0 ws0">İşlev belirli bir türe göre y<span class="_ _0"></span>azılmasına karşın algorit<span class="_ _0"></span>ma türden b<span class="_ _0"></span>ağımsızdır. Örneğin &quot;iki de<span class="_ _0"></span>ğerden büyük olan<span class="_ _0"></span>ını </div><div class="t m0 x10 h3 y2a8 ff2 fs0 fc2 sc0 ls0 ws0">bulma&quot; algoritması değ<span class="_ _0"></span>erlerin hangi türd<span class="_ _0"></span>en olacağına göre değişmez. İki ne<span class="_ _0"></span>snenin değerini tak<span class="_ _0"></span>as etmek için </div><div class="t m0 x10 h3 y12e8 ff2 fs0 fc2 sc0 ls0 ws0">yapılması gerekenler bu n<span class="_ _0"></span>esnelerin türlerine ba<span class="_ _0"></span>ğlı değildir. <span class="_ _0"></span>Ya da bir diziyi sıralamak için<span class="_ _0"></span> yapılması gerekenler </div><div class="t m0 x10 h3 y12e9 ff2 fs0 fc2 sc0 ls0 ws0">dizinin türün<span class="_ _0"></span>e göre değişmez. Ancak bu<span class="_ _0"></span> işleri yapacak işlevler işlem yapacakla<span class="_ _0"></span>rı türlere göre yazılır.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y8a1 ff2 fs0 fc2 sc0 ls0 ws0">Bir çok<span class="_ _0"></span> p<span class="_ _0"></span>rogramda, <span class="_ _0"></span>aynı <span class="_ _0"></span>algoritma söz <span class="_ _0"></span>kon<span class="_ _0"></span>usu <span class="_ _0"></span>olmasına ka<span class="_ _0"></span>rşın, <span class="_ _0"></span>farklı <span class="_ _0"></span>türler için<span class="_ _0"></span> işlev<span class="_ _3"></span>ler pro<span class="_ _0"></span>gramcı tarafınd<span class="_ _0"></span>an </div><div class="t m0 x10 h3 yf3e ff2 fs0 fc2 sc0 ls0 ws0">birden <span class="_ _0"></span>fazla <span class="_ _0"></span>kez <span class="_ _3"></span>yazılır. <span class="_ _0"></span>Progra<span class="_ _0"></span>mcının <span class="_ _0"></span>aynı <span class="_ _3"></span>algoritmayı <span class="_ _0"></span>farklı <span class="_ _3"></span>türler <span class="_ _0"></span>için <span class="_ _0"></span>yeniden <span class="_ _0"></span>ko<span class="_ _0"></span>dlamasının<span class="_ _0"></span> <span class="_ _0"></span>bazı <span class="_ _0"></span>sakıncaları </div><div class="t m0 x10 h3 ye3f ff1 fs0 fc2 sc0 ls0 ws0">olabilir: </div><div class="t m0 x1 hd yfb4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y322 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Olası yazım hataları son<span class="_ _0"></span>ucunda işlevlerden b<span class="_ _0"></span>azıları yanlış tanımlanmı<span class="_ _0"></span>ş<span class="ff1"> <span class="_ _6"></span>olabilir. </span></span></span></div><div class="t m0 x10 he y1fb ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Genel algorit<span class="_ _0"></span>mada bir deği<span class="_ _0"></span>şiklik yapıldığı <span class="_ _0"></span><span class="ff1">zam<span class="_ _9"></span>an<span class="_ _9"></span> <span class="ff2">türe bağlı her bir işlev için </span><span class="ls15">bu </span><span class="ff2">değişiklikler a<span class="_ _0"></span>yrı ayrı </span></span></span></span></div><div class="t m0 x10 h3 y5dd ff2 fs0 fc2 sc0 ls0 ws0">yapılmalıdır. Yani değişikliği t<span class="_ _0"></span>ek bir y<span class="_ _0"></span>erde yaparak gerçekleştirmek mümkün<span class="_ _0"></span><span class="ff1"> </span>değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y12ea ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y12eb ff2 fs0 fc2 sc0 ls0 ws0">Bir dizinin en bü<span class="_ _0"></span>yük elemanının değeri ile geri dönec<span class="_ _0"></span>ek bir işlev tanımlamak ist<span class="_ _0"></span>eyelim. İşlev <span class="_ _0"></span><span class="ff9">int <span class="_ _0"></span><span class="ff1">türden bir </span></span></div><div class="t m0 x10 h3 y59 ff2 fs0 fc2 sc0 ls0 ws0">dizi için aşağıdaki biçimde tan<span class="_ _0"></span>ımlanabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y8fc ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yc05 ff8 fs0 fc2 sc0 ls13 ws0">int get_max(const int *ptr, size_t size)<span class="ls0"> </span></div><div class="t m0 x10 h11 y12ec ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y66b ff8 fs0 fc2 sc0 ls13 ws0">int max = *ptr;<span class="ls0"> </span></div><div class="t m0 x1 h12 y1220 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y12ed ff8 fs0 fc2 sc0 ls13 ws0">for (size_t k = 1; k &lt; size; ++k) </div><div class="t m0 x17 h11 y12ee ff8 fs0 fc2 sc0 ls13 ws0">if (ptr[k] &gt;<span class="ls0"> <span class="_ _9"></span><span class="ls13">max)<span class="ls0"> </span></span></span></div><div class="t m0 x58 h11 y12ef ff8 fs0 fc2 sc0 ls13 ws0">max =<span class="ls0"> </span>ptr[k];<span class="ls0"> </span></div><div class="t m0 x1 h11 y780 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 yc5c ff8 fs0 fc2 sc0 ls13 ws0">return max;<span class="ls0"> </span></div><div class="t m0 x10 h11 y99a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h14 y8c7 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya04 ff2 fs0 fc2 sc0 ls0 ws0">İşlev <span class="ff9">double </span>tü<span class="_ _0"></span>rden bir dizi için yazılmak istendiğinde<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y12f0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y565 ff8 fs0 fc2 sc0 ls13 ws0">double get_max(const double *ptr, size_t size)<span class="ls0"> </span></div><div class="t m0 x11 h11 yde2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yfd3 ff8 fs0 fc2 sc0 ls13 ws0">double max = *ptr;<span class="ls0"> </span></div><div class="t m0 x1 h12 y12f1 ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf14a" class="pf w0 h0" data-page-no="14a"><div class="pc pc14a w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">330</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">for (size_t k = 1; k &lt; size; ++k) </div><div class="t m0 x14 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">if (ptr[k] &gt; max)<span class="ls0"> </span></div><div class="t m0 x34 h11 y3b1 ff8 fs0 fc2 sc0 ls13 ws0">max = ptr[k]; </div><div class="t m0 x12 h11 y7e7 ff8 fs0 fc2 sc0 ls13 ws0">return max;<span class="ls0"> </span></div><div class="t m0 x11 h11 y2fb ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 yf48 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5bf ff2 fs0 fc2 sc0 ls0 ws0">Bu iş nasıl daha ko<span class="_ _0"></span>lay bir hale getirilebilir? İ<span class="_ _0"></span>şlevlerin yazımı ön<span class="_ _0"></span>işlemci programa yaptırılab<span class="_ _0"></span>ilir. </div><div class="t m0 x10 h3 y12f2 ff2 fs0 fc2 sc0 ls0 ws0">Makrolar konusun<span class="_ _0"></span>u hatırlayalım:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y45a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1da ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;string&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc87 ff8 fs0 fc2 sc0 ls13 ws0">#define<span class="ls0">  </span>generate_get_max(T)<span class="ls0"> <span class="_ _71"> </span></span>T get_max(const T *ptr, int size) {<span class="ls0"> <span class="_ _9"></span>\ </span></div><div class="t m0 x59 h11 yba6 ff8 fs0 fc2 sc0 ls13 ws0">T max = *ptr; for (int k = 1; k &lt; size; ++k)<span class="ls0">\ </span></div><div class="t m0 x5a h11 y123c ff8 fs0 fc2 sc0 ls13 ws0">if (ptr[k]<span class="ls0"> &gt; </span>max)<span class="ls0">  </span>max = ptr[k]; return<span class="ls0"> <span class="_ _5"></span><span class="ls13">max;}<span class="ls0"> </span></span></span></div><div class="t m0 x11 h11 y763 ff8 fs0 fc2 sc0 ls13 ws0">generate_get_max(int) </div><div class="t m0 x11 h11 y13c ff8 fs0 fc2 sc0 ls13 ws0">generate _get_max(double)<span class="ls0"> </span></div><div class="t m0 x11 h11 y3ef ff8 fs0 fc2 sc0 ls13 ws0">generate _get_max(std::string)<span class="ls0"> </span></div><div class="t m0 x10 h3 y12f3 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında ismi <span class="_ _0"></span><span class="ff9">generate_get_max <span class="_ _0"></span></span>olan bir makro tanımlanıyo<span class="_ _0"></span>r. Argüman olara<span class="_ _0"></span>k farklı tür </div><div class="t m0 x10 h3 yb51 ff2 fs0 fc2 sc0 ls0 ws0">isimlerinin kullanılmasıyla <span class="_ _0"></span>açılan mak<span class="_ _0"></span>rolarla, farklı türlere göre iş gör<span class="_ _0"></span>en işlevler tanımlanmış olur.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y12e4 ff2 fs0 fc2 sc0 ls0 ws0">Ancak bu amaç için mak<span class="_ _0"></span>rolar tanımlanmasının bazı sakın<span class="_ _0"></span>caları da vardır. Ma<span class="_ _0"></span>krolar birden fazla satıra </div><div class="t m0 x10 h3 y59e ff2 fs0 fc2 sc0 ls0 ws0">yayıldığında satır son<span class="_ _0"></span>larında &apos;<span class="ff1">\</span>&apos; karak<span class="_ _0"></span>teri kullanmak gerekir. Ayrıca b<span class="_ _0"></span>azı durum<span class="_ _0"></span><span class="ff1">larda güvenlik nedeniyle fazladan<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 yc4e ff2 fs0 fc2 sc0 ls0 ws0">ayraçlar kullanılır. Ma<span class="_ _0"></span>kro işlevler gerçek işlevlere göre <span class="_ _0"></span>farklı bir sözdizime <span class="_ _0"></span>sahiptir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1230 ff2 fs0 fc2 sc0 ls0 ws0">Makrolar önişlemci program t<span class="_ _0"></span>arafından açılır. Makr<span class="_ _0"></span>o<span class="ff1">-</span>İşlev k<span class="_ _0"></span>ullanılması durumunda <span class="_ _0"></span>programı yazan, h<span class="_ _0"></span>angi </div><div class="t m0 x10 h3 y109 ff2 fs0 fc2 sc0 ls0 ws0">makronun açılıp a<span class="_ _0"></span>çılmaması gerektiğini dü<span class="_ _0"></span>şünmek zorundad<span class="_ _0"></span>ır. Aynı tür için b<span class="_ _0"></span>ir makro<span class="_ _0"></span><span class="ff1">-</span>işlevin iki kez </div><div class="t m0 x10 h3 y3e ff2 fs0 fc2 sc0 ls0 ws0">açılmamasını güvence altına <span class="_ _0"></span>almak programcının soru<span class="_ _0"></span>mluluğu<span class="_ _0"></span>ndadır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yfa6 ff1 fs0 fc2 sc0 ls0 ws0">Makro-<span class="ff2">işlevlerde <span class="_ _1a"> </span>hata <span class="_ _2e"> </span>ol<span class="_ _9"></span>uşm<span class="_ _9"></span>as<span class="_ _9"></span>ı <span class="_ _26"> </span>duru<span class="_ _0"></span>munda <span class="_ _1a"> </span>kaynak <span class="_ _1a"> </span>kodda <span class="_ _1a"> </span>hatanın<span class="_ _0"></span> <span class="_ _26"> </span>olu<span class="_ _0"></span>ştuğu <span class="_ _26"> </span>y<span class="_ _0"></span>erin <span class="_ _26"> </span>derleyici <span class="_ _1a"> </span>tarafından </span></div><div class="t m0 x10 h3 y1058 ff1 fs0 fc2 sc0 ls0 ws0">belirlenmesi daha zo<span class="_ _0"></span>r <span class="ff2">olur. Derleyiciler gerçek işlev<span class="_ _0"></span>ler için </span>bu konuda çok daha iy<span class="_ _0"></span>i destek verebilir. </div><div class="t m0 x10 h3 y12f4 ff2 fs0 fc2 sc0 ls0 ws0">Başka bir çözüm, her tü<span class="_ _0"></span>r için doğru şekilde çalışacak, t<span class="_ _0"></span>ürden bağımsız bir işlevin y<span class="_ _0"></span>azımı olabilir. C dilinin </div><div class="t m0 x10 h3 yf37 ff2 fs0 fc2 sc0 ls0 ws0">standart işlevlerden <span class="_ _0"></span><span class="ff9">qsort </span>işlevinin herhan<span class="_ _0"></span>gi türden bir diziyi sıralayab<span class="_ _0"></span>ildiğini anımsayın. Türd<span class="_ _0"></span>en bağımsız </div><div class="t m0 x10 h3 y29d ff2 fs0 fc2 sc0 ls0 ws0">işlevler <span class="ff9">void </span>türd<span class="_ _0"></span>en gösterici parametreleri ile yaz<span class="_ _0"></span>ılabilir. Ancak bu y<span class="_ _0"></span>öntem, katı bir tür denetiminin </div><div class="t m0 x10 h3 y5cd ff2 fs0 fc2 sc0 ls0 ws0">hedeflendiği C++ dili için pek <span class="_ _0"></span>uygun d<span class="_ _0"></span>eğildir. Ayrıca türden bağımsız <span class="_ _0"></span>yazılan işlevler, tü<span class="_ _0"></span>re bağlı olarak <span class="_ _0"></span>yazılan </div><div class="t m0 x10 h3 y5ce ff2 fs0 fc2 sc0 ls0 ws0">işlevlere göre daha ka<span class="_ _0"></span>rışık olma eğilimindedir. Türden b<span class="_ _0"></span>ağımsız işlevlerin sınıf ne<span class="_ _0"></span>sneleri için çağrılmasında <span class="_ _0"></span>bazı </div><div class="t m0 x10 h3 y5cf ff2 fs0 fc2 sc0 ls0 ws0">sorunlar oluşabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y500 ff2 fs0 fc2 sc0 ls0 ws0">Bir başka çözüm de bü<span class="_ _0"></span>tün türlerin tek bir taban<span class="_ _0"></span> sınıftan türetilmesi olabili<span class="_ _0"></span>r. İstenen a<span class="_ _0"></span>lgoritma en tepedeki </div><div class="t m0 x10 h3 y24a ff2 fs0 fc2 sc0 ls0 ws0">taban sınıfa göre yazılırsa, b<span class="_ _0"></span>u işleve argüman olara<span class="_ _0"></span>k bütün türler gönderebilir. Bu d<span class="_ _0"></span>urumda y<span class="_ _0"></span>ine katı tür </div><div class="t m0 x10 h3 y8e2 ff2 fs0 fc2 sc0 ls0 ws0">denetimi yapılması eng<span class="_ _0"></span>ellenmiş olur. Ayrıca ilgili i<span class="_ _0"></span>şlevden faydalanab<span class="_ _0"></span>ilmek için mutlaka bir türetme işle<span class="_ _0"></span>mi </div><div class="t m0 x10 h3 y12f5 ff1 fs0 fc2 sc0 ls0 ws0">yapmak gerekir. </div><div class="t m0 x10 h3 y287 ff2 fs0 fc2 sc0 ls0 ws0">Şablonlar C++‟ a görece olara<span class="_ _0"></span>k geç eklenmi<span class="_ _0"></span>ş bir araçtır. Şablonlar d<span class="_ _0"></span>iğer programlama dillerinde ya y<span class="_ _0"></span>oktur ya </div><div class="t m0 x10 h3 y12f6 ff2 fs0 fc2 sc0 ls0 ws0">da kısıtlı ölçüde destek v<span class="_ _0"></span>erecek şekilde vardır. C++ d<span class="_ _0"></span>iline son dönemde yap<span class="_ _0"></span>ılan eklemelerin büy<span class="_ _0"></span>ük bir bölümü </div><div class="t m0 x10 h3 y5ec ff2 fs0 fc2 sc0 ls0 ws0">şablonlar konusun<span class="_ _0"></span>da yapılmıştır<span class="ff1">. </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf14b" class="pf w0 h0" data-page-no="14b"><div class="pc pc14b w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">331</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Programcı aynı algoritmaya <span class="_ _0"></span>göre farklı türler için i<span class="_ _0"></span>ş gören çok sayıda işlev tan<span class="_ _0"></span>ımlamak yerine yalnızca </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">tanımlayacağı işlevlere ilişkin <span class="_ _0"></span>bir şablonu d<span class="_ _0"></span>erleyiciye bildirir. Derleyici bu şablon<span class="_ _0"></span>dan faydalanar<span class="_ _0"></span>ak gerektiği </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">zaman istenilen türd<span class="_ _0"></span>en bir işlevin tan<span class="_ _0"></span>ımını kendi yapar. Yan<span class="_ _0"></span>i derleyici işlevin kodunu<span class="_ _0"></span> yazar.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonu tanımlanma <span class="_ _0"></span>sözdiziminin genel biçi<span class="_ _0"></span>mi aşağıdaki gibidir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y5ed ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb3b ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y26d ffc fs0 fc2 sc0 ls13 ws0">&lt;geri dönüş değeri türü&gt; &lt;işlev ismi&gt;([parametre değişkenleri])<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y113e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x11 h11 y9f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h22 y7a5 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfcb ff1 fs0 fc2 sc0 ls0 ws0">Örnek: </div><div class="t m0 x1 hd y894 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y895 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T&gt; </div><div class="t m0 x11 h11 y61e ff8 fs0 fc2 sc0 ls13 ws0">void func(T &amp;a)<span class="ls0"> </span></div><div class="t m0 x11 h11 y104 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ye7 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y200 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y12f7 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd1a ff9 fs0 fc2 sc0 ls0 ws0">template <span class="_ _0"></span><span class="ff1">bir anahtar sözcüktür. <span class="_ _0"></span></span>template <span class="ff2">an<span class="_ _0"></span>ahtar sözcüğünden sonra açısal ayraç <span class="_ _0"></span></span>&lt; &gt; <span class="ff2">gelmelidir. A<span class="_ _0"></span>çısal ayraç </span></div><div class="t m0 x10 h3 yd1b ff1 fs0 fc2 sc0 ls0 ws0">içinde yer alan <span class="ff9">c<span class="_ _0"></span>lass <span class="ff2">anahtar sözcüğün<span class="_ _0"></span>ün normal sınıf işlemleriyle bir ilgisi yo<span class="_ _0"></span>ktur. <span class="_ _0"></span></span>class <span class="ff2">anah<span class="_ _0"></span>tar sözcüğü yerine </span></span></div><div class="t m0 x10 h3 y94e ff9 fs0 fc2 sc0 ls0 ws0">typename <span class="_ _0"></span><span class="ff1">anahtar söz<span class="ff2">cüğü de ku<span class="_ _0"></span>llanılabilir. </span></span>class <span class="ff1">y<span class="_ _0"></span>a da </span>typename <span class="_ _0"></span><span class="ff2">anahtar sözcüğünden son<span class="_ _0"></span>ra isimlendirme </span></div><div class="t m0 x10 h3 yd1c ff2 fs0 fc2 sc0 ls0 ws0">kurallarına uy<span class="_ _0"></span>gun herhangi bir isim <span class="ff9">(iden<span class="_ _0"></span>tifier) </span>seçilebilir. S<span class="_ _0"></span>eçilen bu isim, yani yu<span class="_ _0"></span>karıdaki örnekteki <span class="_ _0"></span><span class="ff9 ls29">T </span><span class="ff1">ismi bir tür </span></div><div class="t m0 x10 h3 y12f8 ff2 fs0 fc2 sc0 ls0 ws0">belirtir. Böyle işlevler birer şa<span class="_ _0"></span>blondur. Yani k<span class="_ _0"></span>endi<span class="ff1"> </span>b<span class="_ _0"></span>aşlarına <span class="ff10">çalışan </span>kodda <span class="_ _0"></span>yer kaplamaz. Bir işlev şablonuna </div><div class="t m0 x10 h3 y12f9 ff2 fs0 fc2 sc0 ls0 ws0">ilişkin bir işlev çağrıldığında <span class="_ _0"></span>derleyici önce çağrı ifad<span class="_ _0"></span>esi olarak kullanılan<span class="_ _0"></span> ifadenin türünü sapta<span class="_ _0"></span>r. Bu türe uygun </div><div class="t m0 x10 h3 y63f ff2 fs0 fc2 sc0 ls0 ws0">olarak şablonda <span class="_ _0"></span>belirtilen işlevin kodunu<span class="_ _0"></span> programcı için yazar:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y47f ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y81b ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y12fa ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3e0 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T&gt; </div><div class="t m0 x11 h11 y2a0 ff8 fs0 fc2 sc0 ls13 ws0">void print(T a)<span class="ls0"> </span></div><div class="t m0 x11 h11 y6d8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yf3a ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; a &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc8f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y5a8 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y648 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y12fb ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf14c" class="pf w0 h0" data-page-no="14c"><div class="pc pc14c w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">332</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">print(3.5); </div><div class="t m0 x12 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">print(30L); </div><div class="t m0 x12 h11 y736 ff8 fs0 fc2 sc0 ls13 ws0">print(&apos;a&apos;);<span class="ls0"> </span></div><div class="t m0 x12 h11 y175 ff8 fs0 fc2 sc0 ls13 ws0">print(&quot;Ahmet&quot;);<span class="ls0"> </span></div><div class="t m0 x1 h11 y12fc ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y1130 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y50 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y12fd ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9a3 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">print </span>işlev şablon<span class="_ _0"></span>unun<span class="_ _0"></span> tanımında <span class="_ _0"></span><span class="ff9">typename </span>anahtar sözcü<span class="_ _0"></span>ğü de kullanılabilirdi:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y113a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y100 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;typename T&gt; </div><div class="t m0 x11 h11 y777 ff8 fs0 fc2 sc0 ls13 ws0">void print(T a)<span class="ls0"> </span></div><div class="t m0 x11 h11 yc49 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y794 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; a &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y292 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y8d8 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yaef ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde </span>print <span class="ff2">i<span class="_ _0"></span>simli işlev şablonun<span class="_ _0"></span>un dört ay<span class="_ _0"></span>rı türden argüman ile çağrıldığını gör<span class="_ _0"></span>üyorsunuz.<span class="_ _0"></span> Derleyici </span></div><div class="t m0 x10 h3 y84 ff2 fs0 fc2 sc0 ls0 ws0">bu durumda <span class="_ _0"></span>ilgili her işlev çağrısını gördüğünde şab<span class="_ _0"></span>londan ayrı ay<span class="_ _0"></span>rı işlevler ü<span class="_ _0"></span>retir. Yukarıdaki k<span class="_ _0"></span>aynak kodun </div><div class="t m0 x10 h3 y12fe ff2 fs0 fc2 sc0 ls0 ws0">derlenmesi sırasında d<span class="_ _0"></span>erleyici aşağıdaki işlevleri tanımlar. <span class="_ _0"></span>Bu duruma şablon<span class="_ _0"></span>dan işlev üretilmesi (<span class="_ _0"></span><span class="ff9">&quot;fun<span class="_ _0"></span>ction </span></div><div class="t m0 x10 h3 yddb ff9 fs0 fc2 sc0 ls0 ws0">generation &quot;, &quot;functio<span class="_ _0"></span>n instantiation&quot;) <span class="_ _0"></span><span class="ff1">denir. </span></div><div class="t m0 x1 h3 yc07 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4ca ff8 fs0 fc2 sc0 ls13 ws0">print(3.5);<span class="ls0"> </span></div><div class="t m0 x1 h15 y12ff ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y244 ff2 fs0 fc2 sc0 ls0 ws0">çağrı ifadesi için derleyicinin<span class="_ _0"></span> yazdığı işlev:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1051 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1300 ff8 fs0 fc2 sc0 ls13 ws0">void print(double a)<span class="ls0"> </span></div><div class="t m0 x11 h11 y69d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y267 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; a &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 ybf9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y3fd ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye12 ff8 fs0 fc2 sc0 ls13 ws0">print(30L);<span class="ls0"> </span></div><div class="t m0 x1 h15 ye5e ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd92 ff2 fs0 fc2 sc0 ls0 ws0">çağrı ifadesi için derleyicinin<span class="_ _0"></span> yazdığı işlev:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y109c ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf14d" class="pf w0 h0" data-page-no="14d"><div class="pc pc14d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">333</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">void print(long a)<span class="ls0"> </span></div><div class="t m0 x11 h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1f3 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; a &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y74b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y97e ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1301 ff8 fs0 fc2 sc0 ls13 ws0">print(&apos;a&apos;);<span class="ls0"> </span></div><div class="t m0 x1 h15 y908 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y129c ff2 fs0 fc2 sc0 ls0 ws0">çağrı ifadesi için derleyicinin<span class="_ _0"></span> yazdığı işlev:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y235 ff8 fs0 fc2 sc0 ls13 ws0">void print(char a)<span class="ls0"> </span></div><div class="t m0 x11 h11 y9f2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yd72 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt;<span class="ls0"> </span>a &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1302 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 yd14 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc4b ff8 fs0 fc2 sc0 ls13 ws0">print(&quot;Ahmet&quot;);<span class="ls0"> </span></div><div class="t m0 x1 h15 y1303 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1304 ff2 fs0 fc2 sc0 ls0 ws0">çağrı ifadesi için derleyicinin<span class="_ _0"></span> yazdığı işlev:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y3f2 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y461 ff8 fs0 fc2 sc0 ls13 ws0">void print(const char *a)<span class="ls0"> </span></div><div class="t m0 x11 h11 ye29 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1305 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; a &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y9cc ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y803 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6eb ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonlarında tü<span class="_ _0"></span>r belirten isme “şablon p<span class="_ _0"></span>arametresi” <span class="_ _0"></span><span class="ff9">(template<span class="_ _0"></span> parameter) </span>d<span class="_ _0"></span>enir. İşlev şablonunda </div><div class="t m0 x10 h3 y6ec ff2 fs0 fc2 sc0 ls0 ws0">kullanılan par<span class="_ _0"></span>ametre değişkenlerine “işlev çağrı p<span class="_ _0"></span>arametreleri<span class="_ _0"></span><span class="ff10">” (call pa<span class="_ _0"></span>rameters) <span class="ff1">denir.<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 y2be ff2 fs0 fc2 sc0 ls0 ws0">Aynı şablon parametresin<span class="_ _0"></span>in açısal ayraç içinde birden faz<span class="_ _0"></span>la yer alması geçersizdir:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1306 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf7b ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class Type,<span class="ls0"> </span>class<span class="ls0"> </span>Type&gt;<span class="ls0"> <span class="_ _82"> </span>//G<span class="_ _9"></span>eçe<span class="_ _6"></span>rsiz<span class="_ _9"></span>! </span></div><div class="t m0 x11 h11 y702 ff8 fs0 fc2 sc0 ls13 ws0">Type max(Type a, Type<span class="ls0"> <span class="_ _9"></span><span class="ls13">b)<span class="ls0"> </span></span></span></div><div class="t m0 x11 h11 ycc9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1194 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y11ab ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y52e ff8 fs8 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf14e" class="pf w0 h0" data-page-no="14e"><div class="pc pc14e w0 h0"><img class="bi xb y1307 w6 hd8" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">334</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y770 ff1 fs0 fc2 sc0 ls0 ws0">B<span class="ff2">ir şablon parametr<span class="_ _0"></span>esi, işlev şablonun<span class="_ _0"></span>un her yerinde tür belirten sözcük olara<span class="_ _0"></span>k kullanılabilir:<span class="_ _0"></span></span> </div><div class="t m0 x11 h11 y1010 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y1308 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y177 ff8 fs0 fc2 sc0 ls13 ws0">T max_of_three(T a, T b, T c)<span class="ls0"> </span></div><div class="t m0 x11 h11 yf80 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y11c4 ff8 fs0 fc2 sc0 ls13 ws0">T max = a; </div><div class="t m0 x12 h11 y57d ff8 fs0 fc2 sc0 ls13 ws0">if (b &gt;<span class="ls0"> <span class="ls16">max)</span> </span></div><div class="t m0 x14 h11 yb3d ff8 fs0 fc2 sc0 ls13 ws0">max = b; </div><div class="t m0 x12 h11 y1309 ff8 fs0 fc2 sc0 ls13 ws0">if (c &gt;<span class="ls0"> <span class="ls16">max)</span> </span></div><div class="t m0 x14 h11 y130a ff8 fs0 fc2 sc0 ls13 ws0">max = c; </div><div class="t m0 x12 h11 y8b2 ff8 fs0 fc2 sc0 ls13 ws0">return max;<span class="ls0"> </span></div><div class="t m0 x11 h11 y53a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yd3b ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye57 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y87e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y130b ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; max_of_three(12, 51, 67) &lt;&lt; std::endl; </div><div class="t m0 x12 h11 y4ae ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; max_of_three(17.2, 15.3, 6.7) &lt;&lt; std::endl; </div><div class="t m0 x12 h11 yada ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y800 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h22 yef7 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y143 ff2 fs0 fc2 sc0 ls0 ws0">Şablon parametresi olara<span class="_ _0"></span>k kullanılan isim işlev şablon<span class="_ _0"></span>u dışında <span class="_ _0"></span>görünür değildir, işlev şabl<span class="_ _0"></span>onu dışında bilinmez. </div><div class="t m0 x10 h3 y1244 ff2 fs0 fc2 sc0 ls0 ws0">Aynı isim başka işle<span class="_ _0"></span>v şablonlarında,<span class="_ _0"></span> ya da normal işlevlerde bir çakışmaya <span class="_ _0"></span>neden olmadan k<span class="_ _0"></span>ullanılabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y187 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y47e ff1 fs6 fc2 sc0 ls0 ws0">B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>F<span class="_ _3"></span>a<span class="_ _3"></span>z<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span></span> <span class="_ _3"></span>P<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _b"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _f"></span> </div><div class="t m0 x10 h3 y12f4 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlev şablonu b<span class="_ _0"></span>irden fazla şablon<span class="_ _0"></span> parametresine sahip ol<span class="_ _0"></span>abilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y9f9 ff2 fs0 fc2 sc0 ls0 ws0">Bu durumda işlev şablon<span class="_ _0"></span>una ilişkin işleve yapılan<span class="_ _0"></span> çağrıda <span class="_ _0"></span>kullanılan a<span class="_ _0"></span>rgümanların türlerine göre, d<span class="_ _0"></span>erleyici </div><div class="t m0 x10 h3 yb01 ff2 fs0 fc2 sc0 ls0 ws0">tarafından farklı par<span class="_ _0"></span>ametrik yapıya sahip işlevler üretil<span class="_ _0"></span>ebilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1c h11 y130c ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 yb64 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ye7d ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class A, class B&gt; </div><div class="t m0 x1c h11 yfbd ff8 fs0 fc2 sc0 ls13 ws0">void display(A a, B b)<span class="ls0"> </span></div><div class="t m0 x1c h11 y22e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y151 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; a<span class="ls0"> </span>&lt;&lt;<span class="ls0"> &quot;  </span>&quot; &lt;&lt; b &lt;&lt;<span class="ls0"> </span>std::endl;<span class="ls0"> </span></div><div class="t m0 x1c h11 y872 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf14f" class="pf w0 h0" data-page-no="14f"><div class="pc pc14f w0 h0"><img class="bi xb y130d w6 hd9" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">335</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;string&gt; </div><div class="t m0 x1c h11 yb3a ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1308 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 ye08 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yf21 ff8 fs0 fc2 sc0 ls13 ws0">string s(&quot;Necati&quot;); </div><div class="t m0 x13 h11 y130e ff8 fs0 fc2 sc0 ls13 ws0">int x = 10;<span class="ls0"> </span></div><div class="t m0 x13 h11 y216 ff8 fs0 fc2 sc0 ls13 ws0">double d = 3.25;<span class="ls0"> </span></div><div class="t m0 x1 h12 ybe6 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y1013 ff8 fs0 fc2 sc0 ls13 ws0">display(x,<span class="ls0"> </span>d);<span class="ls0"> <span class="_ _57"> </span></span>// void display(int, double); </div><div class="t m0 x13 h11 ybf ff8 fs0 fc2 sc0 ls13 ws0">display(d,<span class="ls0"> </span>s);<span class="ls0"> <span class="_ _57"> </span></span>// void display(double, <span class="ls0">st<span class="_ _9"></span>rin<span class="_ _9"></span>g)<span class="_ _9"></span>; </span></div><div class="t m0 x13 h11 yb9b ff8 fs0 fc2 sc0 ls13 ws0">display(&apos;A&apos;,<span class="ls0"> </span>s);<span class="ls0"> <span class="_ _77"> </span></span>// void display(char,<span class="_ _0"></span><span class="ls0"> <span class="_ _9"></span><span class="ls13">string);<span class="ls0"> </span></span></span></div><div class="t m0 x1 h11 y1117 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y1023 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y61e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h60 y813 ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y45f ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span><span class="ff1 ls40">u <span class="ls0">B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span> </span></span></div><div class="t m0 x10 h3 yb15 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlev şablonuna <span class="_ _0"></span>ilişkin bildirim de yapılabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y60b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y7eb ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T&gt; </div><div class="t m0 x11 h11 y5f ff8 fs0 fc2 sc0 ls13 ws0">T min(T, T);<span class="ls0"> </span></div><div class="t m0 x1 h15 y130f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1310 ff2 fs0 fc2 sc0 ls0 ws0">İşlev bildirimlerinde param<span class="_ _0"></span>etre değişkeni isimlerinin<span class="_ _0"></span> yazılmasının zoru<span class="_ _0"></span>nlu olmadığını hatırlay<span class="_ _0"></span>alım. Aynı </div><div class="t m0 x10 h3 y85a ff2 fs0 fc2 sc0 ls0 ws0">bildirimi aşağıdaki gibi de yap<span class="_ _0"></span>abilirdik:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y60e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye7c ff8 fs0 fc2 sc0 ls13 ws0">template<span class="ls0"> </span>&lt;class Type&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 yb18 ff8 fs0 fc2 sc0 ls13 ws0">Type<span class="ls0"> </span>min(Type<span class="ls0"> </span>a,<span class="ls0">  </span>Type<span class="ls0"> </span>b);<span class="ls0"> </span></div><div class="t m0 x1 h15 y101a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1311 ff2 fs0 fc2 sc0 ls0 ws0">Normal işlevlerin bildiriminde <span class="_ _0"></span>olduğu gibi, işlev şablonu<span class="_ _0"></span> bildirimlerinde de parametr<span class="_ _0"></span>e ayracı içinde kullanılan<span class="_ _0"></span> </div><div class="t m0 x10 h3 ydf6 ff2 fs0 fc2 sc0 ls0 ws0">isimlerin bilinirlik alanı bu<span class="_ _0"></span> ayracın içiyle sınırlıdır. Yani b<span class="_ _0"></span>u isimlerin işlevlerin tan<span class="_ _0"></span>ımlamasında <span class="_ _0"></span>ku<span class="_ _0"></span>llanılan isimlerle </div><div class="t m0 x10 h3 y1197 ff2 fs0 fc2 sc0 ls0 ws0">aynı olması gerekmez. Yukar<span class="_ _0"></span>ıda bildirimi yap<span class="_ _0"></span>ılan işlev şablonu<span class="_ _0"></span>nun tanımı aşağıdaki gibi yap<span class="_ _0"></span>ılabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y2f7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y24c ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class Type&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y486 ff8 fs0 fc2 sc0 ls13 ws0">Type<span class="ls0"> </span>min(Type<span class="ls0"> </span>t1,<span class="ls0">  </span>Type<span class="ls0"> </span>t2)<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf150" class="pf w0 h0" data-page-no="150"><div class="pc pc150 w0 h0"><img class="bi xb y1312 w6 hda" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">336</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1b3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2a6 ff8 fs0 fc2 sc0 ls13 ws0">return t1 &gt; t2 ? t1 : t2;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1f3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y11e3 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1313 ff1 fs6 fc2 sc0 ls0 ws0">D<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>y<span class="_ _3"></span>i<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span></span> <span class="_ _3"></span><span class="ff2">P<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>ü<span class="_ _3"></span>n<span class="_ _3"></span>ü<span class="_ _b"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>ı<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _f"></span></span> </div><div class="t m0 x10 h3 y1d7 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlev şablonuna <span class="_ _0"></span>ilişkin işleve çağrı yapıldığında,<span class="_ _0"></span> derleyici işleve gönderilen argü<span class="_ _0"></span>manların türlerine bak<span class="_ _0"></span>arak, </div><div class="t m0 x10 h3 y1d8 ff2 fs0 fc2 sc0 ls0 ws0">şablon parametresi olan<span class="_ _0"></span> tür yerine hangi gerç<span class="_ _0"></span>ek türün koyulması gerektiğini <span class="_ _0"></span>anlar. Bu işleme ingilizcede </div><div class="t m0 x10 h3 y11c5 ff9 fs0 fc2 sc0 ls0 ws0">&quot;template argume<span class="_ _0"></span>nt deduction&quot; <span class="_ _0"></span><span class="ff1">denir. <span class="ff2">Bu aşamada derl<span class="_ _0"></span>eyici tarafından<span class="_ _0"></span> aşağıdaki işlemler sırayla yapılır:<span class="_ _0"></span></span> </span></div><div class="t m0 x1 h3 y218 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y8f7 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İşlev çağrı<span class="_ _0"></span>sında kullanılan h<span class="_ _0"></span>er bir argümana karşılık, bir ça<span class="_ _0"></span>ğrı parametresinin kar<span class="_ _0"></span>şılık gelip gelmediği </span></span></div><div class="t m0 x10 h3 yfd7 ff1 fs0 fc2 sc0 ls0 ws0">kontrol edilir. </div><div class="t m0 x10 he yb6f ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Eğer uy<span class="_ _0"></span>gun bir argüman b<span class="_ _0"></span>ulunmuş ise, buna karşılık gel<span class="_ _0"></span>en şablon p<span class="_ _3"></span><span class="ff1">arametres<span class="_ _9"></span>inin <span class="_ _8"></span><span class="ff2">tü<span class="_ _0"></span>r bilgisi belirlenmiş<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x10 h3 y36b ff1 fs0 fc2 sc0 ls0 ws0">olur. </div><div class="t m0 x10 he y10bd ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Eğer aynı<span class="_ _9"></span> şablon parametresi işlev şablonu t<span class="_ _0"></span>anımı içinde birden faz<span class="_ _0"></span>la kullanılmış ise, bu du<span class="_ _0"></span>rumda, işlev çağrı </span></span></div><div class="t m0 x10 h3 y1314 ff2 fs0 fc2 sc0 ls0 ws0">ifadesindeki argümanların t<span class="_ _0"></span>ürü de benzer şekilde aynı<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">olmalıdır.<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y5c4 ff2 fs0 fc2 sc0 ls0 ws0">Bu açıklamadan sonra<span class="_ _0"></span> aşağıdaki <span class="_ _0"></span>işlevleri inceleyelim :<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y754 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1119 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T&gt; </div><div class="t m0 x1c h11 y103a ff8 fs0 fc2 sc0 ls13 ws0">void func(T a, T b)<span class="ls0"> </span></div><div class="t m0 x1c h11 y372 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yb0c ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x1c h11 y4e4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y1315 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y9f8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y29b ff8 fs0 fc2 sc0 ls13 ws0">char ch = &apos;K&apos;; </div><div class="t m0 x13 h11 y1316 ff8 fs0 fc2 sc0 ls13 ws0">func(ch, &apos;A&apos;);<span class="ls0"> </span></div><div class="t m0 x13 h11 y3c4 ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x13 h11 y1317 ff8 fs0 fc2 sc0 ls13 ws0">return <span class="ls1b">0;<span class="ls0"> </span></span></div><div class="t m0 x1c h11 y332 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2c y610 ff8 fs13 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y11d1 ff1 fs0 fc2 sc0 ls0 ws0">Bu örnekte derleyici </div><div class="t m0 x1 h3 y4d0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1af ffc fs0 fc2 sc0 ls13 ws0">func(ch, &apos;A‟)<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 y979 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4b ff2 fs0 fc2 sc0 ls0 ws0">gibi bir çağrı için birinci aşa<span class="_ _0"></span>mada işlev çağrı ifadesine bakar<span class="_ _0"></span>ak <span class="_ _0"></span><span class="ff9">ch <span class="ff1">ifadesinin tü<span class="_ _0"></span>rünün </span>cha<span class="_ _0"></span>r </span>türü olduğu a<span class="_ _0"></span>nlar. İşlev </div><div class="t m0 x10 h3 y1318 ff2 fs0 fc2 sc0 ls0 ws0">şablonu tanımında <span class="_ _0"></span>şablon parametresi olarak ku<span class="_ _0"></span>llanılan <span class="_ _0"></span><span class="ff9">T<span class="ff1">&apos;nin </span>char </span>tü<span class="_ _0"></span>rü olduğuna kara<span class="_ _0"></span>r verir. <span class="ff9">func </span>işlevine </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf151" class="pf w0 h0" data-page-no="151"><div class="pc pc151 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">337</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">yapılan çağrı ifadesindeki ikin<span class="_ _0"></span>ci argüman olan<span class="_ _0"></span> <span class="ff9">&apos;A&apos; <span class="ff1">da </span>c<span class="_ _0"></span>har </span>türden bir d<span class="_ _0"></span>eğişmez olduguna göre, ikinci şablon<span class="_ _0"></span> çağrı </div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">parametresinin de <span class="ff9">c<span class="_ _0"></span>har <span class="ff2">türden olması gerekir.<span class="_ _0"></span></span></span> </div><div class="t m0 x10 h3 y4c ff2 fs0 fc2 sc0 ls0 ws0">Gerçekten ikinci çağrı param<span class="_ _0"></span>etresi de <span class="_ _0"></span><span class="ff9 ls29">T </span>türünden o<span class="_ _0"></span>lduguna göre aşağıdaki i<span class="_ _0"></span>şlevin üretilmesi doğal </div><div class="t m0 x10 h3 y51b ff1 fs0 fc2 sc0 ls0 ws0">sonuçtur: </div><div class="t m0 x1 h3 y4e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y365 ff8 fs0 fc2 sc0 ls13 ws0">void func(char a, char b)<span class="ls0"> </span></div><div class="t m0 x11 h11 y380 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1115 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y423 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y1fa ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y119b ff2 fs0 fc2 sc0 ls0 ws0">Ancak yukarıdak<span class="_ _0"></span>i <span class="ff9">func </span>işlev şablonu<span class="_ _0"></span>nun aşağıdaki b<span class="_ _0"></span>içimde çağrıldığını varsay<span class="_ _0"></span>alım:<span class="ff1"> </span></div><div class="t m0 x1 h16 yc18 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycf2 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 yccc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y922 ff8 fs0 fc2 sc0 ls13 ws0">double d= 3.15; </div><div class="t m0 x12 h11 ya6 ff8 fs0 fc2 sc0 ls13 ws0">float f = 10.7F;<span class="ls0"> </span></div><div class="t m0 x12 h11 ya7 ff8 fs0 fc2 sc0 ls13 ws0">func(d,<span class="ls0"> </span>f);<span class="ls0"> <span class="_ _6e"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x11 h11 y3a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y95c ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1e3 ff8 fs0 fc2 sc0 ls13 ws0">func(d, f)<span class="ls0"> </span></div><div class="t m0 x1 h15 ye4f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y243 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı geçersizdir. Derleyi<span class="_ _0"></span>ci işlev çağrı ifadesinde yer alan<span class="_ _0"></span> birinci argümanın türü<span class="_ _0"></span>ne bakarak <span class="_ _0"></span><span class="ff9 ls29">T </span><span class="ff1">tü<span class="_ _0"></span>rünün <span class="_ _0"></span><span class="ff9">double </span></span></div><div class="t m0 x10 h3 y10ae ff2 fs0 fc2 sc0 ls0 ws0">türü olduğu<span class="_ _0"></span> sonucunu çıkarır. Bu duru<span class="_ _0"></span>mda ikinci şablon argüman<span class="_ _0"></span>ı da <span class="_ _0"></span><span class="ff9 ls29">T </span>türü<span class="_ _0"></span>nden olduğuna göre, işlev çağrı </div><div class="t m0 x10 h3 y11de ff1 fs0 fc2 sc0 ls0 ws0">ifadesindeki ikinci argüman d<span class="_ _0"></span>a <span class="ff9">do<span class="_ _0"></span>uble <span class="ff2">türünden olmalıdır. Oy<span class="_ _0"></span>sa işleve gönderilen ikinci argü<span class="_ _0"></span>man <span class="_ _0"></span></span>float </span></div><div class="t m0 x10 h3 yef ff2 fs0 fc2 sc0 ls0 ws0">türünden old<span class="_ _0"></span>uğundan, işleve yapılan çağrı geçer<span class="_ _0"></span>si<span class="ff1">zdir.<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y4e6 ff2 fs0 fc2 sc0 ls0 ws0">Başka bir örnek verelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yff2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y99c ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 y12a7 ff8 fs0 fc2 sc0 ls13 ws0">T get_max(const T *ptr, size_t size)<span class="ls0"> </span></div><div class="t m0 x1c h11 y469 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yf4 ff8 fs0 fc2 sc0 ls13 ws0">T max_elem = ptr[0];<span class="ls0"> </span></div><div class="t m0 x13 h11 yc0c ff8 fs0 fc2 sc0 ls13 ws0">for(size_t k = 1; k &lt; size; ++k) </div><div class="t m0 x4c h11 yb49 ff8 fs0 fc2 sc0 ls13 ws0">if (ptr[k] &gt; max_elem)<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf152" class="pf w0 h0" data-page-no="152"><div class="pc pc152 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">338</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x36 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">max_elem = ptr[k];<span class="ls0"> </span></div><div class="t m0 x1 h11 y3b0 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y1240 ff8 fs0 fc2 sc0 ls13 ws0">return max_elem;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1d5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y1319 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y131a ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 yc46 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ydb6 ff8 fs0 fc2 sc0 ls13 ws0">int a[10] = {1, 2, 3, 7, 8, 4, 5, 6, 9, 1};<span class="ls0"> </span></div><div class="t m0 x13 h11 y131b ff8 fs0 fc2 sc0 ls13 ws0">double b[3] = {1.0, 2.0, 3.0};<span class="ls0"> </span></div><div class="t m0 x1 h11 ybf ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y827 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt;<span class="ls0"> </span>&quot;max<span class="ls0"> </span>int<span class="ls0"> <span class="_ _67"> </span></span>= &quot; &lt;&lt; get_max(a, 10) &lt;&lt; endl; </div><div class="t m0 x13 h11 yea5 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;max double = &quot; &lt;&lt; get_max(b, 10u) &lt;&lt;<span class="ls0"> <span class="_ _6"></span><span class="ls13">endl;<span class="ls0"> </span></span></span></div><div class="t m0 x1 h12 y15e ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y896 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 ya6d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yfd9 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya5e ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki işlev çağrıları geç<span class="_ _0"></span>erlidir, derleme zamanınd<span class="_ _0"></span>a hata oluşturmaz. <span class="_ _0"></span>Derleyici b<span class="_ _0"></span>aşarılı b<span class="_ _0"></span>ir şekilde yani çift </div><div class="t m0 x10 h3 y53f ff2 fs0 fc2 sc0 ls0 ws0">anlamlılık hatası olmadan işl<span class="_ _0"></span>ev şablon parametr<span class="_ _0"></span>esi olan türü, işlev ça<span class="_ _0"></span>ğrı ifadesine bakara<span class="_ _0"></span>k saptayabilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y86 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1220 ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonlarına ilişkin<span class="_ _0"></span> işlevler çağrıldığında, işleve gönd<span class="_ _0"></span>erilen arguman sayısı ile, iş<span class="_ _0"></span>lev şablonun<span class="_ _0"></span>da belirtilmiş </div><div class="t m0 x10 h3 y131c ff1 fs0 fc2 sc0 ls0 ws0">p<span class="ff2">arametre sayısının da <span class="_ _0"></span>uyumlu olması gerekir. Uygun p<span class="_ _0"></span>arametre yapısı bulun<span class="_ _0"></span>maz ise derleme zamanında </span></div><div class="t m0 x10 h3 y344 ff2 fs0 fc2 sc0 ls0 ws0">hata oluşur. Aşağıdaki k<span class="_ _0"></span>odu inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y8c5 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y431 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 ya2d ff8 fs0 fc2 sc0 ls13 ws0">T sum_square(T a, T b)<span class="ls0"> </span></div><div class="t m0 x11 h11 y11c8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yc09 ff8 fs0 fc2 sc0 ls13 ws0">return a * a + b * b;<span class="ls0"> </span></div><div class="t m0 x11 h11 ydd3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y1233 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye7d ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y62f ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 y20d ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y76f ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf153" class="pf w0 h0" data-page-no="153"><div class="pc pc153 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">339</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; sum_square(5, 8)<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> <span class="_ _83"> </span></span>//Geçerli </div><div class="t m0 x12 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; sum_square(2.7, 3.5)<span class="ls0"> </span>&lt;&lt;<span class="ls0"> <span class="_ _9"></span><span class="ls13">endl;<span class="ls0"> <span class="_ _28"> </span></span>//Geçerli </span></span></div><div class="t m0 x12 h11 y736 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; sum_square(10)<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> <span class="_ _84"> </span></span>//Geçersiz </div><div class="t m0 x12 h11 y737 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; sum_square(4, 7.9)<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> <span class="_ _77"> </span>//<span class="_ _9"></span>Geç<span class="_ _9"></span>er<span class="_ _9"></span>siz<span class="_ _9"></span>! </span></div><div class="t m0 x1 h11 y84b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y2fc ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yd98 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y131d ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ycad ff8 fs0 fc2 sc0 ls13 ws0">sum_square(10)<span class="ls0"> </span></div><div class="t m0 x1 h1a y11b3 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4c2 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı geçersizdir. Çün<span class="_ _0"></span>kü işlev <span class="_ _0"></span>şablonunun iki ça<span class="_ _0"></span>ğrı parametresi varken işleve tek bir argü<span class="_ _0"></span>man<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y17d ff1 fs0 fc2 sc0 ls0 ws0">gönderiliyor. </div><div class="t m0 x1 h3 y12ab ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y123d ff8 fs0 fc2 sc0 ls13 ws0">sum_square(4,<span class="ls0"> </span>7.9)<span class="ls0"> </span></div><div class="t m0 x1 h15 y87e ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y23b ff2 fs0 fc2 sc0 ls0 ws0">çağrısı da geçersizdir. İşl<span class="_ _0"></span>eve iki farklı türden a<span class="_ _0"></span>rgümanlar gönderiliyor. Oysa işl<span class="_ _0"></span>ev çağrı parametrelerinin türü<span class="_ _0"></span> </div><div class="t m0 x10 h3 y38 ff2 fs0 fc2 sc0 ls0 ws0">aynıdır.<span class="ff1"> </span></div><div class="t m0 x10 h3 yf41 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıda örnek olarak ay<span class="_ _0"></span>nı türden iki nesnenin değerini t<span class="_ _0"></span>akas eden <span class="_ _0"></span><span class="ff9">swap </span>isimli bir işl<span class="_ _0"></span>ev şablonu y<span class="_ _0"></span>azılıyor:<span class="ff1"> </span></div><div class="t m0 x1c h11 ya0d ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T&gt; </div><div class="t m0 x1c h11 ya9e ff8 fs0 fc2 sc0 ls13 ws0">void swap(T &amp;r, T <span class="ls0">&amp;<span class="_ _9"></span>b)<span class="_ _6"></span> </span></div><div class="t m0 x1c h11 y203 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y588 ff8 fs0 fc2 sc0 ls13 ws0">T temp = a; </div><div class="t m0 x13 h11 y6fd ff8 fs0 fc2 sc0 ls13 ws0">a = b;<span class="ls0"> </span></div><div class="t m0 x13 h11 y1231 ff8 fs0 fc2 sc0 ls13 ws0">b = temp;<span class="ls0"> </span></div><div class="t m0 x1c h11 y131e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y86c ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y131f ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y3fb ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1320 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y1ec ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yea1 ff8 fs0 fc2 sc0 ls0 ws0">int x <span class="_ _0"></span>= 10<span class="_ _0"></span>; </div><div class="t m0 x13 h11 y335 ff8 fs0 fc2 sc0 ls0 ws0">int y <span class="_ _0"></span>= 20<span class="_ _0"></span>; </div><div class="t m0 x13 h11 y12f5 ff8 fs0 fc2 sc0 ls13 ws0">swap(x, y);<span class="ls0"> </span></div><div class="t m0 x13 h11 y11f8 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;x = &quot; &lt;&lt; x &lt;&lt; &quot;<span class="ls0">\</span>ny = &quot; &lt;&lt; y &lt;&lt; std::endl; </div><div class="t m0 x13 h11 y1321 ff8 fs0 fc2 sc0 ls13 ws0">double d = 3.75;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf154" class="pf w0 h0" data-page-no="154"><div class="pc pc154 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">340</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">double e = 4.50; </div><div class="t m0 x13 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">swap(d, e);<span class="ls0"> </span></div><div class="t m0 x13 h11 y9a0 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;d = &quot; &lt;&lt; d &lt;&lt; &quot;<span class="ls0">\</span>ne = &quot; &lt;&lt; e &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y6a6 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y6dc ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y92f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y26d ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1322 ff9 fs0 fc2 sc0 ls0 ws0">swap <span class="ff2">işlevi şablonund<span class="_ _0"></span>a referans yerine gösterici değişk<span class="_ _0"></span>enler de kullanılab<span class="_ _0"></span>ilirdi:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 yc53 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y54 ff8 fs0 fc2 sc0 ls0 ws0">t<span class="ls13">emplate&lt;class T&gt;</span> </div><div class="t m0 x11 h11 yc17 ff8 fs0 fc2 sc0 ls13 ws0">void swap(T *p1, T *p2)<span class="ls0"> </span></div><div class="t m0 x11 h11 y126a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yb09 ff8 fs0 fc2 sc0 ls13 ws0">T temp = *p1;<span class="ls0"> </span></div><div class="t m0 x12 h11 y8d7 ff8 fs0 fc2 sc0 ls13 ws0">*p1 = *p2;<span class="ls0"> </span></div><div class="t m0 x12 h11 y1323 ff8 fs0 fc2 sc0 ls13 ws0">*p2 = temp;<span class="ls0"> </span></div><div class="t m0 x11 h11 yb5e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y910 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1009 ff8 fs0 fc2 sc0 ls13 ws0">#include <span class="ls0">&lt;io<span class="_ _9"></span>str<span class="_ _6"></span>eam&gt;<span class="_ _9"></span> </span></div><div class="t m0 x11 h11 ye0d ff8 fs0 fc2 sc0 ls13 ws0">using<span class="ls0">  </span>std::cout;<span class="ls0"> </span></div><div class="t m0 x11 h11 yfcd ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y1035 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ybb6 ff8 fs0 fc2 sc0 ls13 ws0">int x = 10; </div><div class="t m0 x12 h11 y1324 ff8 fs0 fc2 sc0 ls13 ws0">int y = 20; </div><div class="t m0 x12 h11 y1325 ff8 fs0 fc2 sc0 ls13 ws0">swap(&amp;x, &amp;y);<span class="ls0"> </span></div><div class="t m0 x12 h11 y1326 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;x = &quot; &lt;&lt; x &lt;&lt; &quot;<span class="ls0">\</span>ny = &quot; &lt;&lt; y &lt;&lt; std::endl; </div><div class="t m0 x12 h11 y10d ff8 fs0 fc2 sc0 ls13 ws0">double d<span class="ls0"> = </span>3.75,<span class="ls0">  </span>e =<span class="ls0"> </span>4.50;<span class="ls0"> </span></div><div class="t m0 x12 h11 y10e ff8 fs0 fc2 sc0 ls13 ws0">swap(&amp;d, &amp;e);<span class="ls0"> </span></div><div class="t m0 x12 h11 y2da ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;d = &quot; &lt;&lt; d &lt;&lt; &quot;<span class="ls0">\</span>ne = &quot; &lt;&lt; e &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y1327 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yb66 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y703 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h13 y591 ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1152 ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonundan<span class="_ _0"></span> üretilecek işlevlerin parametre de<span class="_ _0"></span>ğişkeni ya d<span class="_ _0"></span>a değişkenlerinin tür ya da tü<span class="_ _0"></span>rleri derleyici </div><div class="t m0 x10 h3 y1328 ff2 fs0 fc2 sc0 ls0 ws0">tarafından akıllıca sapta<span class="_ _0"></span>nır. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf155" class="pf w0 h0" data-page-no="155"><div class="pc pc155 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">341</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya53 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;typename T&gt; </div><div class="t m0 x11 h11 yec9 ff8 fs0 fc2 sc0 ls13 ws0">void func(T p)<span class="ls0"> </span></div><div class="t m0 x11 h11 y1010 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y54e ff8 fs0 fc2 sc0 ls13 ws0">T *ptr = &amp;p;<span class="ls0"> </span></div><div class="t m0 x12 h11 y1329 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 yfe0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ydea ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yfc ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yfd6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y132a ff8 fs0 fc2 sc0 ls13 ws0">int a[10];<span class="ls0"> </span></div><div class="t m0 x12 h11 ye3a ff8 fs0 fc2 sc0 ls13 ws0">func(a);<span class="ls0"> </span></div><div class="t m0 x1 h12 y933 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y90c ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y90d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y90e ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y559 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde </span>func <span class="_ _0"></span><span class="ff2">işlev şablonu<span class="_ _0"></span>na ilişkin işlev, </span>int <span class="_ _0"></span><span class="ff1">türden </span><span class="ls14">a </span><span class="ff2">dizisinin b<span class="_ _0"></span>aşlangıç adresi ile çağrılıyor. İşlev </span></div><div class="t m0 x10 h3 y10fc ff2 fs0 fc2 sc0 ls0 ws0">şablonuna gön<span class="_ _0"></span>derilen argümanın tü<span class="_ _0"></span>rü <span class="ff9">(int<span class="_ _0"></span> *) </span>olduğuna göre, derleyici <span class="ff9 ls29">T <span class="_ _0"></span></span><span class="ff1">türünü <span class="ff9">(int<span class="_ _0"></span> *) </span>türü olarak b<span class="_ _0"></span>elirleyerek </span></div><div class="t m0 x10 h3 yf41 ff2 fs0 fc2 sc0 ls0 ws0">işlevin kodunu y<span class="_ _0"></span>azar. Bu durumda işlev şablonun<span class="_ _0"></span>un içinde tanımlanan <span class="_ _3"></span><span class="ff9">ptr <span class="ff1">isimli nesnenin türü <span class="_ _0"></span>de <span class="_ _9"></span>(<span class="ff9">int **</span>) olur. </span></span></div><div class="t m0 x10 h3 ydba ff2 fs0 fc2 sc0 ls0 ws0">Şimdi de aşağıdaki işl<span class="_ _0"></span>ev şablonunu<span class="_ _0"></span><span class="ff1"> inceleyelim<span class="_ _9"></span>: </span></div><div class="t m0 x11 h11 y60c ff8 fs0 fc2 sc0 ls13 ws0">template &lt;typename T&gt; </div><div class="t m0 x11 h11 yf01 ff8 fs0 fc2 sc0 ls13 ws0">void func(T f)<span class="ls0"> </span></div><div class="t m0 x11 h11 yac7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y10d1 ff8 fs0 fc2 sc0 ls13 ws0">f();<span class="ls0"> </span></div><div class="t m0 x11 h11 y206 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yb62 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y11c8 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y208 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y99c ff8 fs0 fc2 sc0 ls13 ws0">void display_message()<span class="ls0"> </span></div><div class="t m0 x11 h11 yb65 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y469 ff8 fs0 fc2 sc0 ls13 ws0">Std::cout &lt;&lt; &quot;merhaba!&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 yf4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y94 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybe2 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y132b ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf156" class="pf w0 h0" data-page-no="156"><div class="pc pc156 w0 h0"><img class="bi xb y132c w6 hdb" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAAO9CAIAAABBzKDoAAAACXBIWXMAABYlAAAWJQFJUiTwAAAQiUlEQVR42u3dsQ2DMBRFUUBU1AzADFkjkzARk2SNDEDlAShS0f5MYCQSCmyd07p71dVv3EZEk5G2vQEAAG5jGofcU2cdAACogLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAED5ehNwidf8NgIA/Oa5PIzA/9zsAQCgBm1E5N7SthsIAADuYxqH3JObPQAA1EDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAMD1jn6qAgAASuFmDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAOXp1/SxAgAAlM7NHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAM76AtxJHB3UwjVnAAAAAElFTkSuQmCC"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">342</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">func(display_message);<span class="ls0"> </span></div><div class="t m0 x1 h12 yb3a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y78a ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y9a1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y906 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y132d ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde </span>func <span class="_ _0"></span><span class="ff2">işlevi </span>display_messag<span class="_ _0"></span>e <span class="ff2">işlevinin ismi ile çağrılıyor. <span class="_ _0"></span></span>func <span class="ff2">işlevi bir <span class="_ _0"></span>şablona ilişkind<span class="_ _0"></span>ir. Bir </span></div><div class="t m0 x10 h3 y132e ff2 fs0 fc2 sc0 ls0 ws0">işlev isminin, işleme sokulduğ<span class="_ _0"></span>unda işlevin adresine dön<span class="_ _0"></span>üştürüldüğünü b<span class="_ _0"></span>iliyorsunuz. Bu durumda derleyici </div><div class="t m0 x10 h3 y8d0 ff2 fs0 fc2 sc0 ls0 ws0">şablon parametresi olan<span class="_ _0"></span> <span class="ff9 ls29">T </span><span class="ff1">tür<span class="_ _0"></span>ünü </span></div><div class="t m0 x1 h3 y114a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5ad ff8 fs0 fc2 sc0 ls13 ws0">void (*)(void)<span class="ls0"> </span></div><div class="t m0 x1 h15 y12d5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y132f ff2 fs0 fc2 sc0 ls0 ws0">türü olarak b<span class="_ _0"></span>elirler. İşlevi bu türe göre yazar. Derleyici ta<span class="_ _0"></span>rafınd<span class="_ _0"></span>an aşağıdak<span class="_ _0"></span>i gibi bir işlev yazılır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y12b1 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya91 ff8 fs0 fc2 sc0 ls13 ws0">void func(void (*f)())<span class="ls0"> </span></div><div class="t m0 x11 h11 y7d9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y388 ff8 fs0 fc2 sc0 ls13 ws0">f();<span class="ls0"> </span></div><div class="t m0 x11 h11 y119d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 ybda ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y496 ff2 fs0 fc2 sc0 ls0 ws0">Derleyicinin yazdığı <span class="_ _0"></span><span class="ff9">func </span>işlevinin<span class="_ _0"></span> çağrılması ile, işlevin ana b<span class="_ _0"></span>loğu içinde <span class="_ _0"></span><span class="ff9 ls4c">f </span>değişkeninin göst<span class="_ _0"></span>erdiği işlev, yani </div><div class="t m0 x10 h3 y1230 ff9 fs0 fc2 sc0 ls0 ws0">display_message <span class="_ _0"></span><span class="ff2">işlevi çağrılır.<span class="ff1"> </span></span></div><div class="t m0 x1 h10 yac7 ff2 fs6 fc2 sc0 ls0 ws0">Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span><span class="ff1"> <span class="_ _b"></span></span>A<span class="_ _3"></span>r<span class="_ _3"></span>g<span class="_ _3"></span>ü<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _b"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _b"></span>r<span class="_ _3"></span>ü<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _b"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1a7 ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonuna ilişkin bir işl<span class="_ _0"></span>ev yap<span class="_ _0"></span>ılan çağrı ifadesinde kullan<span class="_ _0"></span>ılan argüman ya d<span class="_ _0"></span>a argümanlar bir sınıf </div><div class="t m0 x10 h3 y1330 ff1 fs0 fc2 sc0 ls0 ws0">türünden d<span class="_ _0"></span>e olabilir. </div><div class="t m0 x1 h3 ya2d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y10d ff8 fs0 fc2 sc0 ls13 ws0">class Complex{ </div><div class="t m0 x13 h11 y9 ff8 fs0 fc2 sc0 ls13 ws0">double m_r, m_i;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1306 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 yc1d ff8 fs0 fc2 sc0 ls13 ws0">Complex(double r = 0, double i = 0.): m_r(r),<span class="ls0"> </span>m_i(i){}<span class="ls0"> </span></div><div class="t m0 x13 h11 ye1d ff8 fs0 fc2 sc0 ls13 ws0">friend Complex operator+(const Complex &amp;r1, const Complex &amp;r2); </div><div class="t m0 x13 h11 yc81 ff8 fs0 fc2 sc0 ls13 ws0">friend Complex operator*(const Complex &amp;r1, const Complex &amp;r2);<span class="ls0"> </span></div><div class="t m0 x1a h11 ycfd ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x1c h11 y1331 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 ya25 ff8 fs4 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf157" class="pf w0 h0" data-page-no="157"><div class="pc pc157 w0 h0"><img class="bi xb y1332 w6 hdc" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">343</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h18 y1333 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yff6 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 y105a ff8 fs0 fc2 sc0 ls13 ws0">T sum_square(T a, T b)<span class="ls0"> </span></div><div class="t m0 x1c h11 yb08 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yde9 ff8 fs0 fc2 sc0 ls13 ws0">return a * a + b * b;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1301 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y1041 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y1005 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1006 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 yfb5 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y12e7 ff8 fs0 fc2 sc0 ls13 ws0">Complex c1(4., 7);<span class="ls0"> </span></div><div class="t m0 x13 h11 yc3b ff8 fs0 fc2 sc0 ls13 ws0">Complex c2(3, 8);<span class="ls0"> </span></div><div class="t m0 x13 h11 y920 ff8 fs0 fc2 sc0 ls13 ws0">Complex c3 = sum_square(c1, c2);<span class="ls0"> </span></div><div class="t m0 x1 h11 y1334 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y729 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1335 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y221 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd66 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında eğer <span class="_ _0"></span><span class="ff9">Complex </span>sınıfı için <span class="ff9">operato<span class="_ _0"></span>r+ <span class="ff1">ve </span>ope<span class="_ _0"></span>rator* </span>işlevleri bildirilme<span class="_ _0"></span>miş olsa </div><div class="t m0 x10 h3 y1336 ff2 fs0 fc2 sc0 ls0 ws0">derleme zamanında hat<span class="_ _0"></span>a oluşurdu. Derleyici yazılmı<span class="_ _0"></span>ş olan şablond<span class="_ _0"></span>a <span class="_ _0"></span><span class="ff9 ls29">T </span><span class="ff1">template parametr<span class="_ _0"></span>esi yerine <span class="ff9">Complex </span></span></div><div class="t m0 x10 h3 y115f ff2 fs0 fc2 sc0 ls0 ws0">türünü y<span class="_ _0"></span>erleştirdiğinde,<span class="ff1"> </span></div><div class="t m0 x1 h16 y1337 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y59f ff8 fs0 fc2 sc0 ls13 ws0">a * a + b * b<span class="ls0"> </span></div><div class="t m0 x1 h15 ycb3 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf6d ff2 fs0 fc2 sc0 ls0 ws0">işlemini yapabilmek için il<span class="_ _0"></span>gili işleç işlevlerini arar ama b<span class="_ _0"></span>ulamazdı.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y65 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y9da ff2 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>R<span class="_ _3"></span>e<span class="_ _3"></span>f<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>s<span class="_ _3"></span> <span class="_ _b"></span>Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>P<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _b"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb97 ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonu çağrı param<span class="_ _0"></span>etresinin bir gösterici y<span class="_ _0"></span>a da referans olması, b<span class="_ _0"></span>azı dönüşümlerin yapılıp<span class="_ _0"></span> </div><div class="t m0 x10 h3 yf3 ff2 fs0 fc2 sc0 ls0 ws0">yapılmayacağını belirler. A<span class="_ _0"></span>şağıdaki işlev şablonları bildirilm<span class="_ _0"></span>iş olsun:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y81d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y902 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;typename T&gt; </div><div class="t m0 x11 h11 y76e ff8 fs0 fc2 sc0 ls13 ws0">void f(T);<span class="ls0"> </span></div><div class="t m0 x1 h12 y1f1 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yfe7 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;typename T&gt; </div><div class="t m0 x11 h11 y1338 ff8 fs0 fc2 sc0 ls13 ws0">void g(T&amp;);<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf158" class="pf w0 h0" data-page-no="158"><div class="pc pc158 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">344</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3b0 ff8 fs0 fc2 sc0 ls13 ws0">double a[20]; </div><div class="t m0 x11 h11 y3b1 ff8 fs0 fc2 sc0 ls13 ws0">const int ci = <span class="ls0">1<span class="_ _9"></span>0;<span class="_ _6"></span> </span></div><div class="t m0 x1 h26 y11e3 ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1339 ff2 fs0 fc2 sc0 ls0 ws0">Şimdi bu şablonlara ilişkin y<span class="_ _0"></span>apılacak bazı çağrıları ele alalı<span class="_ _0"></span>m:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y600 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y7a3 ff8 fs0 fc2 sc0 ls13 ws0">f(a);<span class="ls0"> </span></div><div class="t m0 x1 h12 y320 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8d2 ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonu çağrı param<span class="_ _0"></span>etresi referans olmadığı için,<span class="_ _0"></span> bu durumda <span class="_ _0"></span>dizi ismi otomatik olarak <span class="_ _0"></span>dizinin ilk </div><div class="t m0 x10 h3 y10ab ff2 fs0 fc2 sc0 ls0 ws0">elemanın adresine dönüştürü<span class="_ _0"></span>lür. Yukarıdak<span class="_ _0"></span>i işlev çağrısı sonucun<span class="_ _0"></span>da derleyici <span class="_ _0"></span><span class="ff9 ls4c">f </span>işlev şablon<span class="_ _0"></span>u için <span class="ff9 ls29">T <span class="_ _0"></span></span><span class="ff1">türünü </span></div><div class="t m0 x10 h3 ya0a ff9 fs0 fc2 sc0 ls0 ws0">double* <span class="ff1">türü<span class="_ _0"></span> olarak belirler. </span></div><div class="t m0 x11 h11 y7fd ff8 fs0 fc2 sc0 ls13 ws0">g(a);<span class="ls0"> </span></div><div class="t m0 x1 h15 y3d5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y728 ff2 fs0 fc2 sc0 ls0 ws0">işlev şablonu çağrı param<span class="_ _0"></span>etresi referans olduğundan<span class="_ _0"></span> bu durumda <span class="_ _0"></span><span class="ff9 ls29">T <span class="_ _0"></span></span><span class="ff1">türü, <span class="ff9 ls4">20 </span></span>elemanlı<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y73c ff9 fs0 fc2 sc0 ls0 ws0">double türden<span class="_ _0"></span> bir dizi <span class="ff1">türüdür. </span></div><div class="t m0 x1 h16 y1025 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y12de ff8 fs0 fc2 sc0 ls13 ws0">f(ci);<span class="ls0"> </span></div><div class="t m0 x1 h12 y72c ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5b5 ff2 fs0 fc2 sc0 ls0 ws0">işlev şablonu çağrı param<span class="_ _0"></span>etresi referans olmadığından<span class="_ _0"></span> <span class="_ _0"></span><span class="ff9 ls29">T </span><span class="ff1">türü <span class="ff9">int <span class="_ _0"></span></span>türü olarak belirlenir.<span class="_ _0"></span> </span></div><div class="t m0 x1 h16 y133a ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y133b ff8 fs0 fc2 sc0 ls13 ws0">g(ci);<span class="ls0"> </span></div><div class="t m0 x1 h12 yf10 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf6d ff2 fs0 fc2 sc0 ls0 ws0">işlev şablonu çağrı param<span class="_ _0"></span>etresi referans olduğundan<span class="_ _0"></span> <span class="_ _0"></span><span class="ff9 ls29">T </span><span class="ff1">türü <span class="ff9">c<span class="_ _0"></span>onst int </span>türü<span class="_ _0"></span> olarak belirlenir. </span></div><div class="t m0 x1 h16 y1264 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye2b ff8 fs0 fc2 sc0 ls13 ws0">f(5);<span class="ls0"> </span></div><div class="t m0 x1 h12 yd1 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4e9 ff2 fs0 fc2 sc0 ls0 ws0">Bu çağrı sonucunda <span class="_ _0"></span><span class="ff9 ls29">T </span><span class="ff1">türü <span class="_ _0"></span><span class="ff9">int </span></span>türü olarak b<span class="_ _0"></span>elirlenir. Çağrı geçerlidir.<span class="ff1"> </span></div><div class="t m0 x1 h16 ybb8 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6b ff8 fs0 fc2 sc0 ls13 ws0">g(7);<span class="ls0"> </span></div><div class="t m0 x1 h15 yd44 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5d6 ff9 fs0 fc2 sc0 ls29 ws0">T <span class="ff1 ls0">türü <span class="ff9">int<span class="_ _0"></span> <span class="ff2">türü olarak belirlenir. <span class="_ _0"></span>Çağrı derleme zamanında <span class="_ _0"></span>hata oluşturur. <span class="_ _0"></span></span></span>An<span class="_ _0"></span>cak bir <span class="ff9">con<span class="_ _0"></span>st </span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf159" class="pf w0 h0" data-page-no="159"><div class="pc pc159 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">345</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">referansa, bir değişmez ile ilk<span class="_ _0"></span>değer verilebileceğini anım<span class="_ _0"></span>sayın. Aşağıdaki </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">örneği derleyerek çalıştırın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y84b ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y9e0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydac ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T&gt; </div><div class="t m0 x11 h11 y8a1 ff8 fs0 fc2 sc0 ls13 ws0">void display(T &amp;a)<span class="ls0"> </span></div><div class="t m0 x11 h11 yff9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yffa ff8 fs0 fc2 sc0 ls13 ws0">for (int k = 0; k &lt; sizeof(a) / sizeof(a[0]); ++k) </div><div class="t m0 x14 h11 y1da ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; a[k] &lt;&lt; &quot; &quot;;<span class="ls0"> </span></div><div class="t m0 x13 h11 ya9a ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 yf34 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y19e ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y35 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y5b2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y21e ff8 fs0 fc2 sc0 ls13 ws0">int a1[5] = {1, 2, 3, 4, 5};<span class="ls0"> </span></div><div class="t m0 x12 h11 y96e ff8 fs0 fc2 sc0 ls13 ws0">display(a1);<span class="ls0"> </span></div><div class="t m0 x1 h12 y8a7 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 ycd0 ff8 fs0 fc2 sc0 ls13 ws0">int a2[3] = {10, 20, 30};<span class="ls0"> </span></div><div class="t m0 x12 h11 y133c ff8 fs0 fc2 sc0 ls13 ws0">display(a2);<span class="ls0"> </span></div><div class="t m0 x1 h11 y1244 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 ya5f ff8 fs0 fc2 sc0 ls13 ws0">int a3[10] = {2, 4, 6, 8, 10, 12, 14, 16, 18, 20};<span class="ls0"> </span></div><div class="t m0 x12 h11 ya20 ff8 fs0 fc2 sc0 ls13 ws0">display(a3);<span class="ls0"> </span></div><div class="t m0 x1 h12 yce3 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yc5c ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y99a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y1169 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc0a ff2 fs0 fc2 sc0 ls0 ws0">Nasıl oluyor da b<span class="_ _0"></span>ir dizinin elemanlarını yazan<span class="_ _0"></span> işlev dizinin eleman sayısını almad<span class="_ _0"></span>an bu işi başarıyor? <span class="_ _3"></span><span class="ff9">display </span></div><div class="t m0 x10 h3 y962 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin çağrı parametre<span class="_ _0"></span>sinin türü <span class="_ _0"></span><span class="ff9">T&amp; </span>olarak seçildiğinden,<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y685 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y133d ff8 fs0 fc2 sc0 ls13 ws0">display(a1)<span class="ls0"> </span></div><div class="t m0 x1 h15 y11f1 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb99 ff2 fs0 fc2 sc0 ls0 ws0">çağrısıyla, derleyici işlev şablo<span class="_ _0"></span>nu çağrı parametre<span class="_ _0"></span>sinin <span class="ff9 ls4">5 <span class="_ _0"></span></span>elemanlı <span class="ff9 lse">in<span class="ls56">t </span></span><span class="ff1">türden b<span class="_ _0"></span>ir dizinin yerine geçen </span></div><div class="t m0 x10 h3 yfde ff2 fs0 fc2 sc0 ls0 ws0">referans olduğu bilgisini çıkart<span class="_ _0"></span>ır. Derleyici aslında<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf15a" class="pf w0 h0" data-page-no="15a"><div class="pc pc15a w0 h0"><img class="bi xb y133e w6 hdd" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">346</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y402 ff8 fs0 fc2 sc0 ls13 ws0">display(a1) </div><div class="t m0 x11 h11 y6a5 ff8 fs0 fc2 sc0 ls13 ws0">display(a2) </div><div class="t m0 x11 h11 y772 ff8 fs0 fc2 sc0 ls13 ws0">display(a3)<span class="ls0"> </span></div><div class="t m0 x1 h15 y133f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10e0 ff2 fs0 fc2 sc0 ls0 ws0">çağrıları için üç ayrı işlev yaz<span class="_ _0"></span>mıştır.<span class="ff1"> </span></div><div class="t m0 x1 hd yfe1 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yf5d ff2 fs6 fc2 sc0 ls0 ws0">D<span class="_ _3"></span>i<span class="_ _3"></span>z<span class="_ _3"></span>g<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>g<span class="_ _3"></span>ü<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>O<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y17b ff2 fs0 fc2 sc0 ls0 ws0">Bir dizge bir işlev şablon<span class="_ _0"></span>una ilişkin işleve argüman o<span class="_ _0"></span>larak gönderilirse, şablon p<span class="_ _0"></span>arametresinin türü<span class="_ _0"></span> ne olarak </div><div class="t m0 x10 h3 y17c ff2 fs0 fc2 sc0 ls0 ws0">belirlenir? Çağrı parametre<span class="_ _0"></span>si bir referans değilse <span class="_ _0"></span>şablon parametresi <span class="_ _0"></span><span class="ff9">const c<span class="_ _0"></span>har * <span class="ff1">türü olara<span class="_ _0"></span>k belirlenir. Ancak </span></span></div><div class="t m0 x10 h3 y1340 ff2 fs0 fc2 sc0 ls0 ws0">işlev çağrı parametresi bir re<span class="_ _0"></span>fe<span class="ff1">rans ise argü<span class="_ _0"></span>man türü belirli b<span class="_ _0"></span>ir uzunlukta <span class="_ _0"></span><span class="ff9">char </span></span>türd<span class="_ _0"></span>en dizi türü olarak ele alınır. </div><div class="t m0 x10 h3 y39e ff2 fs0 fc2 sc0 ls0 ws0">Dizinin uzunlu<span class="_ _0"></span>ğu dizgeyle belirlenen yazının u<span class="_ _0"></span>zunluğundan bir fazla olara<span class="_ _0"></span>k alınır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y64e ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1314 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1341 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T&gt; </div><div class="t m0 x1c h11 yd74 ff8 fs0 fc2 sc0 ls13 ws0">void func(T a, T b);<span class="ls0"> </span></div><div class="t m0 x1 h12 yb14 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y183 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 y53f ff8 fs0 fc2 sc0 ls13 ws0">void foo(T &amp;a, T &amp;b);<span class="ls0"> </span></div><div class="t m0 x1 h11 y2ec ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1342 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y1c9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1343 ff8 fs0 fc2 sc0 ls13 ws0">func(&quot;veli&quot;,<span class="ls0"> </span>&quot;murat&quot;);<span class="ls0"> <span class="_ _18"> </span></span>//Geçerli </div><div class="t m0 x13 h11 y243 ff8 fs0 fc2 sc0 ls13 ws0">foo(&quot;ali&quot;,<span class="ls0"> </span>&quot;can&quot;);<span class="ls0"> <span class="_ _2f"> </span></span>//Geçerli </div><div class="t m0 x13 h11 yfaf ff8 fs0 fc2 sc0 ls13 ws0">foo(&quot;veli&quot;,<span class="ls0"> </span>&quot;murat&quot;);<span class="ls0"> <span class="_ _53"> </span>/<span class="_ _9"></span>/Ge<span class="_ _9"></span>çe<span class="_ _9"></span>rsi<span class="_ _9"></span>z </span></div><div class="t m0 x1 h12 y3c3 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y845 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 ya50 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y1344 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1345 ff8 fs0 fc2 sc0 ls13 ws0">func(&quot;veli&quot;, &quot;murat&quot;);<span class="ls0"> </span></div><div class="t m0 x1 h15 y127e ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf87 ff2 fs0 fc2 sc0 ls0 ws0">çağrısında <span class="ff9">func </span>işlev <span class="_ _0"></span>şablon parametresi <span class="_ _0"></span><span class="ff9 ls29">T </span><span class="ff1">türü<span class="_ _0"></span>nü <span class="ff9">char * </span></span>tü<span class="_ _0"></span>rü olarak alır.<span class="ff1"> </span></div><div class="t m0 x1 hd y6f2 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8f3 ff8 fs0 fc2 sc0 ls13 ws0">foo(&quot;ali&quot;,<span class="ls0"> </span>&quot;can&quot;);<span class="ls0"> <span class="_ _e"> </span></span>//Geçerli<span class="ls0"> </span></div><div class="t m0 x1 h15 y1346 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf15b" class="pf w0 h0" data-page-no="15b"><div class="pc pc15b w0 h0"><img class="bi xb y1347 w6 hde" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAAHNCAIAAADdcbwAAAAACXBIWXMAABYlAAAWJQFJUiTwAAAILUlEQVR42u3doRGDQBRFUcig0BRADbRBJamIStJGCojaAhAo7E8Fm5kQBLs5x6576s4320ZEk5HWvQEAAC5jHPrc0806AABQAWUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAIDydSbgFI/70wgAcMy8TEbgd272AABQgzYicm9p3Q0EAADXMQ597snNHgAAaqDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAOB8n36qAgAASuFmDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwDAP+heabMCAACUzs0eAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAvvUGfMQYPb4uO2sAAAAASUVORK5CYII="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">347</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd94 ff2 fs0 fc2 sc0 ls0 ws0">Çağrısında ise şablon par<span class="_ _0"></span>ametresi <span class="ff9">char [4] </span>tü<span class="_ _0"></span>rüdür. Her iki argümanın<span class="_ _0"></span> türü de ayn<span class="_ _0"></span>ı olduğu için çağrı </div><div class="t m0 x10 h3 yd95 ff2 fs0 fc2 sc0 ls0 ws0">derleyici tarafından geçerli ola<span class="_ _0"></span>rak değerlendirilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ydbf ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1348 ff8 fs0 fc2 sc0 ls13 ws0">foo(&quot;veli&quot;, &quot;murat&quot;);<span class="ls0"> </span></div><div class="t m0 x1 h11 y634 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y131a ff2 fs0 fc2 sc0 ls0 ws0">Derleyicinin yaptığı çıka<span class="_ _0"></span>rımda ise her iki argümanın tü<span class="_ _0"></span>rü <span class="_ _0"></span>aynı değildir. İşleve gönderil<span class="_ _0"></span>en birinci argümana göre </div><div class="t m0 x10 h3 y1f7 ff9 fs0 fc2 sc0 ls29 ws0">T <span class="ff1 ls0">türü <span class="ff9">c<span class="_ _0"></span>har[5] <span class="ff2">türü olarak beli<span class="_ _0"></span>rlenirken, ikinci argümana ili<span class="_ _0"></span>şkin tür <span class="_ _0"></span></span>cha<span class="_ _0"></span>r[6] <span class="ff2">türüdür. Oysa işlev şablonu çağrı </span></span></span></div><div class="t m0 x10 h3 y12c9 ff2 fs0 fc2 sc0 ls0 ws0">parametreleri aynı türd<span class="_ _0"></span>endir. İşlev çağrısı geçersizdir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y33c ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1042 ff1 fs6 fc2 sc0 ls0 ws0">B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _8"></span> <span class="_ _8"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _5"></span> <span class="_ _8"></span><span class="ff2">Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _b"></span>n<span class="_ _3"></span><span class="ff1">u<span class="_ _3"></span> <span class="_ _3"></span> <span class="_ _5"></span><span class="ff2">İ<span class="_ _3"></span><span class="ff1">ç<span class="_ _0"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span> <span class="_ _5"></span><span class="ls64">Ba<span class="ff2 ls0">ş<span class="_ _3"></span></span><span class="ls40">ka<span class="ls0"> <span class="_ _3"></span> <span class="_ _8"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span> <span class="_ _8"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _5"></span> <span class="_ _8"></span><span class="ff2">Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span><span class="ff1">u<span class="_ _3"></span> <span class="_ _3"></span> <span class="_ _5"></span><span class="ff2">ç<span class="_ _0"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _b"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _b"></span><span class="ff1"> </span></span></span></span></span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 y1297 ff2 fs0 fc2 sc0 ls0 ws0">Şüphesiz bir işlev şablon<span class="_ _0"></span>u içinde başka bir işlev şablon<span class="_ _0"></span>una ilişkin işlev çağrılabilir. Bir d<span class="_ _0"></span>iziyi küçükt<span class="_ _0"></span>en </div><div class="t m0 x10 h3 y113b ff2 fs0 fc2 sc0 ls0 ws0">büyüğe doğru sıralay<span class="_ _0"></span>an bir işlev şablonu<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">tanımlayalım:<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x1c h11 y1349 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 y9a8 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 y358 ff8 fs0 fc2 sc0 ls13 ws0">void mswap(T &amp;a, T &amp;b)<span class="ls0"> </span></div><div class="t m0 x1c h11 ya28 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y35a ff8 fs0 fc2 sc0 ls13 ws0">T temp = a; </div><div class="t m0 x13 h11 y12f7 ff8 fs0 fc2 sc0 ls13 ws0">a = b;<span class="ls0"> </span></div><div class="t m0 x13 h11 y134a ff8 fs0 fc2 sc0 ls13 ws0">b = temp;<span class="ls0"> </span></div><div class="t m0 x1c h11 ye0e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y144 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y12df ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1249 ff8 fs0 fc2 sc0 ls13 ws0">void sort(T *p, size_t size)<span class="ls0"> </span></div><div class="t m0 x1c h11 y1316 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yd85 ff8 fs0 fc2 sc0 ls13 ws0">for (size_t i = 0; i &lt; size <span class="ls0">- </span>1; ++i)<span class="ls0"> </span></div><div class="t m0 x4c h11 y134b ff8 fs0 fc2 sc0 ls13 ws0">for (size_t j = 0; j &lt; size <span class="ls0">- </span>1 <span class="ls0">- </span>i; ++j) </div><div class="t m0 x36 h11 y134c ff8 fs0 fc2 sc0 ls13 ws0">if (p[j] &gt; p[j + 1])<span class="ls0"> </span></div><div class="t m0 x5b h11 y5e7 ff8 fs0 fc2 sc0 ls13 ws0">mswap(p[j], p[j + 1]);<span class="ls0"> </span></div><div class="t m0 x1c h11 y134d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y134e ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y902 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y1089 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y11ea ff8 fs0 fc2 sc0 ls13 ws0">int a[10] = {10, 9, 8, 7, 6, 5, 4, 3, 2, 1};<span class="ls0"> </span></div><div class="t m0 x13 h11 y153 ff8 fs0 fc2 sc0 ls13 ws0">double b[5] = {5.4, 2.3, 3.5, 8.7, 1.9};<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf15c" class="pf w0 h0" data-page-no="15c"><div class="pc pc15c w0 h0"><img class="bi xb y134f w6 hdf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">348</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 y43a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y43b ff8 fs0 fc2 sc0 ls13 ws0">sort(a, 10);<span class="ls0"> </span></div><div class="t m0 x13 h11 y43c ff8 fs0 fc2 sc0 ls13 ws0">sort(b, 5);<span class="ls0"> </span></div><div class="t m0 x1 h11 y2e1 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y75e ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1241 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y1350 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd4a ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki işlev şablonlarını in<span class="_ _0"></span>celeyelim. <span class="ff9">m<span class="_ _0"></span>swap </span>isimli şablo<span class="_ _0"></span>n herhan<span class="_ _0"></span>gi türden iki nesnenin değerlerinin takas </div><div class="t m0 x10 h3 ye80 ff2 fs0 fc2 sc0 ls0 ws0">edilmesini sağlayan işlevl<span class="_ _0"></span>er üretmek amacıyla tanımlanıyo<span class="_ _0"></span>r. <span class="ff9">sort <span class="_ _0"></span></span>işlev şablonu ise dizileri <span class="_ _0"></span><span class="ff9">bubble <span class="_ _0"></span>sort </span></div><div class="t m0 x10 h3 ye81 ff2 fs0 fc2 sc0 ls0 ws0">algoritmasıyla sıraya sokmak i<span class="_ _0"></span>çin tanımlanıyor. <span class="_ _0"></span><span class="ff9">sort </span>işlev şab<span class="_ _0"></span>lonu içind<span class="_ _0"></span>e <span class="ff9">mswap </span>işlev şablo<span class="_ _0"></span>nuna çağrı </div><div class="t m0 x10 h3 ye82 ff2 fs0 fc2 sc0 ls0 ws0">yapıldığını görüy<span class="_ _0"></span>orsunuz.<span class="ff1"> </span></div><div class="t m0 x1 h3 y8bd ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ye18 ff1 fs6 fc2 sc0 ls0 ws0">B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _8"></span> <span class="_ _8"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _b"></span> <span class="_ _8"></span><span class="ff2">Ş<span class="_ _b"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span><span class="ff1">u<span class="_ _3"></span>y<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _5"></span> <span class="_ _8"></span><span class="ff2">A<span class="_ _3"></span>y<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span> <span class="_ _8"></span><span class="ff2">İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _b"></span><span class="ff1 ls4a">li<span class="ls0"> <span class="_ _3"></span> <span class="_ _8"></span>N<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _b"></span> <span class="_ _8"></span> <span class="_ _8"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _b"></span> <span class="_ _8"></span><span class="ff2">İ<span class="_ _b"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span> <span class="_ _8"></span>B<span class="_ _b"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _8"></span> <span class="_ _8"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span>B<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>u<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _b"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _b"></span> </span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 y1351 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlev şablonuyla <span class="_ _0"></span>aynı isimli normal bir işlev bir a<span class="_ _0"></span>rada bulunab<span class="_ _0"></span>ilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1352 ff2 fs0 fc2 sc0 ls0 ws0">Bu durumda çift an<span class="_ _0"></span>lamlılık hatası (<span class="ff9">ambigu<span class="_ _0"></span>ity</span>) oluşmaz. No<span class="_ _0"></span>rmal işlevin işlev şab<span class="_ _0"></span>lonuna karşı bir önceliği </div><div class="t m0 x10 h3 ycce ff2 fs0 fc2 sc0 ls0 ws0">vardır:<span class="ff1"> </span></div><div class="t m0 x11 h11 y63b ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y868 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 yd1a ff8 fs0 fc2 sc0 ls13 ws0">T sum_square(T a, T b)<span class="ls0"> </span></div><div class="t m0 x11 h11 y1353 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y89a ff8 fs0 fc2 sc0 ls13 ws0">std::cout&lt;&lt; &quot;template function &quot; &lt;&lt;<span class="ls0"> <span class="_ _2c"></span>std:<span class="_ _9"></span>:e<span class="_ _9"></span>ndl<span class="_ _9"></span>; </span></div><div class="t m0 x12 h11 y7ed ff8 fs0 fc2 sc0 ls13 ws0">return a * a + b * b;<span class="ls0"> </span></div><div class="t m0 x11 h11 y93a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y11fb ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1354 ff8 fs0 fc2 sc0 ls13 ws0">int sum_square(int a, int b)<span class="ls0"> </span></div><div class="t m0 x11 h11 y1355 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y5e6 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;non template function&quot; &lt;&lt; std::endl; </div><div class="t m0 x12 h11 y1356 ff8 fs0 fc2 sc0 ls13 ws0">return a * a + b * b;<span class="ls0"> </span></div><div class="t m0 x11 h11 y110 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y929 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y517 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y9dc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2de ff8 fs0 fc2 sc0 ls13 ws0">int x = sum_square(4, 7);<span class="ls0"> </span></div><div class="t m0 x1 h11 yb69 ff8 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf15d" class="pf w0 h0" data-page-no="15d"><div class="pc pc15d w0 h0"><img class="bi xb y1357 w6 he0" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">349</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y65d ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4bd ff2 fs0 fc2 sc0 ls0 ws0">Normal bir işlevle bir işl<span class="_ _0"></span>ev şablonunun ayn<span class="_ _0"></span>ı isimde olabilmesi, işlev şablonların<span class="_ _0"></span>ın özelleştirilmesine </div><div class="t m0 x10 h3 ya47 ff2 fs0 fc2 sc0 ls0 ws0">yardımcı olur. Örneğin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yad2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y98e ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T&gt; </div><div class="t m0 x11 h11 y216 ff8 fs0 fc2 sc0 ls13 ws0">void foo(T a)<span class="ls0"> </span></div><div class="t m0 x11 h11 y6ab ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y4f3 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y91e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 ydee ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10b5 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda <span class="_ _d"> </span>verilen <span class="_ _d"> </span><span class="ff9">foo <span class="_ _d"> </span></span>işlev <span class="_ _d"> </span>şablonu<span class="_ _0"></span>nun <span class="_ _d"> </span>yazılmış <span class="_ _c"> </span>olan <span class="_ _d"> </span>şab<span class="_ _0"></span>lon <span class="_ _c"> </span>ko<span class="_ _0"></span>dunun <span class="_ _24"> </span><span class="ff9">Date <span class="_ _d"> </span></span>isimli <span class="_ _c"> </span>b<span class="_ _0"></span>ir <span class="_ _c"> </span>sınıf<span class="_ _0"></span> <span class="_ _c"> </span>için <span class="_ _d"> </span>uygun </div><div class="t m0 x10 h3 y6af ff2 fs0 fc2 sc0 ls0 ws0">düşmediğini düşünelim. Bu d<span class="_ _0"></span>urumda ay<span class="_ _0"></span>nı isimli <span class="ff9">Date <span class="_ _0"></span></span>parametreli normal bir i<span class="_ _0"></span>şlev yazılabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1358 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y754 ff8 fs0 fc2 sc0 ls13 ws0">void foo(Date date)<span class="ls0"> </span></div><div class="t m0 x11 h11 yec1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y12e4 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y653 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 yc9 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y241 ff1 fs0 fc2 sc0 ls0 ws0">Bu durumda <span class="_ _0"></span><span class="ff9">foo <span class="ff2">işlevi </span>Date <span class="ff2">türü<span class="_ _0"></span>nden bir argüman ile ça<span class="_ _0"></span>ğrıldığında işlev şablonu tarafınd<span class="_ _0"></span>an işlev </span></span></div><div class="t m0 x10 h3 y1359 ff2 fs0 fc2 sc0 ls0 ws0">üretilmez. Özel olarak yaz<span class="_ _0"></span>ılan <span class="ff9">foo <span class="_ _0"></span></span>işlevi çağrılmış olur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yfef ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1325 ff1 fs6 fc2 sc0 ls0 ws0">B<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _b"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>u<span class="_ _b"></span> <span class="_ _3"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>g<span class="_ _3"></span>ü<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y526 ff2 fs0 fc2 sc0 ls0 ws0">Derleyici bir işlev şablon<span class="_ _0"></span>una ilişkin işlev çağrısıyla karş<span class="_ _0"></span>ılaştığında,<span class="_ _0"></span> işlev şablon<span class="_ _0"></span>u parametresinin han<span class="_ _0"></span>gi tür </div><div class="t m0 x10 h3 yeb9 ff2 fs0 fc2 sc0 ls0 ws0">olması gerektiğini çıkarmaya <span class="_ _0"></span>çalışır (<span class="ff9">templat<span class="_ _0"></span>e argument de<span class="_ _0"></span>duction<span class="_ _0"></span></span>). Eğer derleyici bu çabasında b<span class="_ _0"></span>aşarılı </div><div class="t m0 x10 h3 y3df ff2 fs0 fc2 sc0 ls0 ws0">olamaz ise derleme zamanınd<span class="_ _0"></span>a hata <span class="_ _0"></span>oluşur. Aşağıdaki örneği inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y41a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye6c ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T&gt; </div><div class="t m0 x11 h11 y1ed ff8 fs0 fc2 sc0 ls13 ws0">void func(T a, T b);<span class="ls0"> </span></div><div class="t m0 x1 h11 ye05 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y111d ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y116d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2df ff8 fs0 fc2 sc0 ls13 ws0">unsigned int uix = 10u; </div><div class="t m0 x12 h11 y1338 ff8 fs0 fc2 sc0 ls13 ws0">int y = <span class="ls0">-</span>3;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf15e" class="pf w0 h0" data-page-no="15e"><div class="pc pc15e w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">350</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y1b3 ff8 fs0 fc2 sc0 ls13 ws0">func(uix,<span class="ls0"> </span>y);<span class="ls0"> <span class="_ _46"> </span></span>//Geçersiz<span class="ls0"> </span></div><div class="t m0 x12 h11 yc91 ff8 fs0 fc2 sc0 ls13 ws0">//.. </div><div class="t m0 x12 h11 yad1 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y821 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y112f ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3b4 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte<span class="ff1"> </span></div><div class="t m0 x1 hd yd71 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydcd ff8 fs0 fc2 sc0 ls13 ws0">func(uix, y);<span class="ls0"> </span></div><div class="t m0 x1 h15 y135a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye3a ff2 fs0 fc2 sc0 ls0 ws0">çağrısı geçersizdir. Çün<span class="_ _0"></span>kü derleyici <span class="ff9">func <span class="_ _0"></span></span>işlevine yapılan ça<span class="_ _0"></span>ğrı ifadesindeki birinci argüman<span class="_ _0"></span>a bakarak<span class="_ _0"></span> <span class="ff9 ls29">T </span></div><div class="t m0 x10 h3 ye25 ff1 fs0 fc2 sc0 ls0 ws0">türünün <span class="_ _0"></span><span class="ff9">unsigned int <span class="ff2">oldu<span class="_ _0"></span>ğu sonucuna varır. Daha sonra k<span class="_ _0"></span>inci argümanın <span class="_ _0"></span></span>unsigned int <span class="_ _0"></span></span>türden </div><div class="t m0 x10 h3 ycc0 ff2 fs0 fc2 sc0 ls0 ws0">olmadığını görünce bu d<span class="_ _0"></span>urumda hata <span class="_ _0"></span>iletisi verir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y135b ff2 fs0 fc2 sc0 ls0 ws0">İstenirse şablon param<span class="_ _0"></span>etresinin tü<span class="_ _0"></span>rünün ne olduğu d<span class="_ _0"></span>erleyicinin çıkarımına bırakılmayabilir. <span class="_ _0"></span>Özel bir </div><div class="t m0 x10 h3 y53c ff2 fs0 fc2 sc0 ls0 ws0">sözdizim kuralı ile işlev çağr<span class="_ _0"></span>ısıyla derleyiciye do<span class="_ _0"></span>ğrudan bildirilebilir. Bu d<span class="_ _0"></span>uruma &quot;belirlenmi<span class="_ _0"></span>ş işlev </div><div class="t m0 x10 h3 ycc1 ff2 fs0 fc2 sc0 ls0 ws0">şablonu argümanları&quot; (<span class="_ _0"></span><span class="ff9">explicit te<span class="_ _0"></span>mplate arguments<span class="_ _0"></span><span class="ff1">) denir. </span></span></div><div class="t m0 x10 h3 ycb2 ff2 fs0 fc2 sc0 ls0 ws0">Bu amaçla işlev çağrısınd<span class="_ _0"></span>a, işlev ismini izleyen bir a<span class="_ _0"></span>çısal ayraç içinde, şablon<span class="_ _0"></span> parametresine ilişkin tür <span class="_ _0"></span>bilgisi </div><div class="t m0 x10 h3 y21f ff2 fs0 fc2 sc0 ls0 ws0">derleyiciye açıkça bildirilir. <span class="_ _0"></span>Açısal ayracı işlev çağrı işleci izl<span class="_ _0"></span>er:<span class="ff1"> </span></div><div class="t m0 x1 hd y478 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya0d ff8 fs0 fc2 sc0 ls13 ws0">func&lt;unsigned int&gt;(uix, y);<span class="ls0"> </span></div><div class="t m0 x1 h15 y623 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y127 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki çağrıyla, <span class="_ _0"></span><span class="ff9">func </span>işlev şablon p<span class="_ _0"></span>arametresinin <span class="ff9">(T), u<span class="_ _0"></span>nsigned int <span class="_ _0"></span></span>türü olarak kabul edilmesi gerektiği </div><div class="t m0 x10 h3 y572 ff2 fs0 fc2 sc0 ls0 ws0">derleyiciye açıkça bildiriliyor. <span class="_ _0"></span>Bu durumda derleyici bir çık<span class="_ _0"></span>arım yap<span class="_ _0"></span>maya çalışmadan, şab<span class="_ _0"></span>londan işlev </div><div class="t m0 x10 h3 y135c ff1 fs0 fc2 sc0 ls0 ws0">üretirken <span class="ff9 ls29">T </span>türü<span class="_ _0"></span> yerine <span class="ff9">unsign<span class="_ _0"></span>ed int <span class="ff2">tü<span class="_ _0"></span>rünü kullanır. Yani derleyici aşağıdaki gibi bir i<span class="_ _0"></span>şlev yazar:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 y11e7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb25 ff8 fs0 fc2 sc0 ls13 ws0">void func(unsigned int a, unsigned int b)<span class="ls0"> </span></div><div class="t m0 x11 h11 y135d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y10c8 ff8 fs0 fc2 sc0 ls13 ws0">//..<span class="ls0"> </span></div><div class="t m0 x11 h11 y135e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 yc80 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y116b ff2 fs0 fc2 sc0 ls0 ws0">Belirlenmiş şablon argümanı k<span class="_ _0"></span>ullanımının b<span class="_ _0"></span>azı faydaları <span class="_ _0"></span>vardır:<span class="ff1"> </span></div><div class="t m0 x10 he y7ba ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Bazı d<span class="_ _0"></span>urumlarda işlev şablonu<span class="_ _0"></span> kullanımı gereksiz yere, <span class="_ _0"></span>fazla sayıda<span class="_ _0"></span><span class="ff1"> <span class="_ _8"></span><span class="ff2">işlevin tanımlanmasın<span class="_ _0"></span>a </span></span></span></span></div><div class="t m0 x10 h3 y1234 ff1 fs0 fc2 sc0 ls0 ws0">yol açar. <span class="_ _6"></span><span class="ff2">Örn<span class="_ _0"></span>eğin:<span class="ff1"> </span></span></div><div class="t m0 x1 h3 yd87 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y54b ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T&gt; </div><div class="t m0 x11 h11 y1214 ff8 fs0 fc2 sc0 ls13 ws0">void func(T a);<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf15f" class="pf w0 h0" data-page-no="15f"><div class="pc pc15f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">351</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycbb ff1 fs0 fc2 sc0 ls0 ws0">bildirilen <span class="ff9">func <span class="ff2">işlev şablon<span class="_ _0"></span>u aşağıdaki d<span class="_ _0"></span>eyimlerle çağrılırsa derleyici 6 ayrı fark<span class="_ _0"></span>lı işlev tanımlar:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 yf66 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf32 ff8 fs0 fc2 sc0 ls13 ws0">func(&apos;A&apos;); </div><div class="t m0 x11 h11 y135f ff8 fs0 fc2 sc0 ls13 ws0">func(10); </div><div class="t m0 x11 h11 y98d ff8 fs0 fc2 sc0 ls13 ws0">func(10U); </div><div class="t m0 x11 h11 y43d ff8 fs0 fc2 sc0 ls13 ws0">func(25L); </div><div class="t m0 x11 h11 y3e8 ff8 fs0 fc2 sc0 ls13 ws0">func(12.f);<span class="ls0"> </span></div><div class="t m0 x11 h11 y3e9 ff8 fs0 fc2 sc0 ls13 ws0">func(3.8);<span class="ls0"> </span></div><div class="t m0 x1 h22 yb3e ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y354 ff2 fs0 fc2 sc0 ls0 ws0">Oysa programcı yukarıd<span class="_ _0"></span>aki tüm çağrıların param<span class="_ _0"></span>etresi <span class="ff9">d<span class="_ _0"></span>ouble </span>türd<span class="_ _0"></span>en olan bir işleve yapılmış olmasını </div><div class="t m0 x10 h3 y3b9 ff2 fs0 fc2 sc0 ls0 ws0">isteyebilir. Ne de olsa diğer d<span class="_ _0"></span>oğal türlerden argümanlar d<span class="_ _0"></span>erleyici tarafından <span class="_ _3"></span><span class="ff9">double <span class="ff1 ls56">tü</span></span>rüne dönüştürü<span class="_ _0"></span>lebilir. </div><div class="t m0 x10 h3 y5f2 ff2 fs0 fc2 sc0 ls0 ws0">Böylece programcı gerek<span class="_ _0"></span>siz işlev tanımlarından kaçınmı<span class="_ _0"></span>ş olur:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1bf ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1fd ff8 fs0 fc2 sc0 ls13 ws0">func&lt;double&gt;(&apos;A&apos;); </div><div class="t m0 x11 h11 yfb9 ff8 fs0 fc2 sc0 ls13 ws0">func&lt;double&gt;(10); </div><div class="t m0 x11 h11 y1360 ff8 fs0 fc2 sc0 ls13 ws0">func&lt;double&gt;(10U); </div><div class="t m0 x11 h11 yf4f ff8 fs0 fc2 sc0 ls13 ws0">func&lt;double&gt;(25L); </div><div class="t m0 x11 h11 y6e6 ff8 fs0 fc2 sc0 ls0 ws0">func&lt;double&gt;(<span class="_ _9"></span>12.f); </div><div class="t m0 x11 h11 y651 ff8 fs0 fc2 sc0 ls13 ws0">func(3.8);<span class="ls0"> </span></div><div class="t m0 x1 h1c y6e7 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1361 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Bazı d<span class="_ _0"></span>urumlarda da, işlev şablon<span class="_ _0"></span>u parametresinin derleyici t<span class="_ _0"></span>ara<span class="_ _0"></span>fından çıkarımı zaten olan<span class="_ _0"></span>aksızdır:<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 y131c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y7df ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T&gt; </div><div class="t m0 x11 h11 yc3e ff8 fs0 fc2 sc0 ls13 ws0">T func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y769 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y7e0 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y65 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 yb35 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y37a ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki işlev şablonun<span class="_ _0"></span>da şablon p<span class="_ _0"></span>arametresi olan <span class="_ _0"></span><span class="ff9">T, </span>işlevin geri dönüş değ<span class="_ _0"></span>erinin türü olarak ku<span class="_ _0"></span>llanılıyor. </div><div class="t m0 x10 h3 y436 ff2 fs0 fc2 sc0 ls0 ws0">Peki derleyicinin bu şablon<span class="_ _0"></span>a ilişkin bir işlev çağrı<span class="_ _0"></span>sını gördüğünd<span class="_ _0"></span>e <span class="ff9 ls29">T <span class="_ _0"></span></span>türünün n<span class="_ _0"></span>e olduğunu çıkarma şansı var </div><div class="t m0 x10 h3 y529 ff2 fs0 fc2 sc0 ls0 ws0">mıdır? Bir de aşağıdaki <span class="_ _0"></span>şablonu inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yd42 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y393 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T&gt; </div><div class="t m0 x11 h11 y1362 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y395 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yf94 ff8 fs0 fc2 sc0 ls13 ws0">T a;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf160" class="pf w0 h0" data-page-no="160"><div class="pc pc160 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">352</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 yfc1 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6c1 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki işlev şablonun<span class="_ _0"></span>da ise <span class="ff9 ls29">T <span class="_ _0"></span></span>türü, işlev ana b<span class="_ _0"></span>loğu içinde tanımlanan <span class="_ _0"></span><span class="ff9 ls14">a </span><span class="ff1">isimli nesnenin<span class="_ _0"></span> türü olarak </span></div><div class="t m0 x10 h3 y398 ff2 fs0 fc2 sc0 ls0 ws0">kullanılıyor. Bu d<span class="_ _0"></span>urumda da, işlev çağrı<span class="_ _0"></span>sına bakarak derleyic<span class="_ _0"></span>inin <span class="ff9 ls29">T <span class="_ _0"></span></span>türünün n<span class="_ _0"></span>e olduğunu anlama şansı olmaz. </div><div class="t m0 x10 h3 y7d2 ff2 fs0 fc2 sc0 ls0 ws0">Ancak her iki örnekte de işl<span class="_ _0"></span>ev çağrısında, <span class="_ _0"></span><span class="ff9 ls29">T </span>türünün<span class="_ _0"></span> ne olduğu açıkça belirtilirse, derl<span class="_ _0"></span>eyicinin çıkarım </div><div class="t m0 x10 h3 yc38 ff1 fs0 fc2 sc0 ls0 ws0">yapmadan <span class="_ _0"></span><span class="ff9 ls29">T </span><span class="ff2">türünün han<span class="_ _0"></span>gi tür olduğunu an<span class="_ _0"></span>laması sağlanabilir.</span> </div><div class="t m0 x10 h3 y891 ff1 fs0 fc2 sc0 ls0 ws0">Öyle <span class="ff2">bir işlev şablon<span class="_ _0"></span>u yazılmak istensin ki, bu şab<span class="_ _0"></span>lon iki şablon parametresin<span class="_ _0"></span>e sahip olsun. İşlev şablon<span class="_ _0"></span>u </span></div><div class="t m0 x10 h3 y1248 ff2 fs0 fc2 sc0 ls0 ws0">bu parametrelere gönderil<span class="_ _0"></span>ecek değerlerin toplamı değeriyl<span class="_ _0"></span>e geri dönsün. Ancak<span class="_ _0"></span> geri dönüş değeri de, </div><div class="t m0 x10 h3 yfad ff2 fs0 fc2 sc0 ls0 ws0">toplam değerini içinde tu<span class="_ _0"></span>tabilecek genişlikte bir tü<span class="_ _0"></span>r<span class="ff1">den o<span class="_ _0"></span>lsun: </span></div><div class="t m0 x1 h3 y6df ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya7a ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T, class U&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 yd7e ff8 fs0 fc2 sc0 ls13 ws0">???? sum (T, U);<span class="ls0"> </span></div><div class="t m0 x1 h15 y1363 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9fd ff2 fs0 fc2 sc0 ls0 ws0">işlevin geri dönüş değeri türü<span class="_ _0"></span> yerine ne yazılmalıdır<span class="_ _0"></span>? <span class="ff9 ls29">T <span class="_ _0"></span></span><span class="ff1">mi <span class="ff9 ls6">U <span class="_ _0"></span></span></span>mu? Bu örneğe bakılırsa her ik<span class="_ _0"></span>i türün d<span class="_ _0"></span>e geri </div><div class="t m0 x10 h3 ye90 ff2 fs0 fc2 sc0 ls0 ws0">dönüş değeri türü olması <span class="_ _0"></span>mümkün d<span class="_ _0"></span>eğildir:<span class="ff1"> </span></div><div class="t m0 x1 h3 yfd9 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1364 ff8 fs0 fc2 sc0 ls13 ws0">char ch; </div><div class="t m0 x11 h11 y308 ff8 fs0 fc2 sc0 ls13 ws0">unsigned uix;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1365 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x11 h11 yc59 ff8 fs0 fc2 sc0 ls13 ws0">sum(ch, ui) </div><div class="t m0 x11 h11 yfdb ff8 fs0 fc2 sc0 ls13 ws0">sum(uix<span class="ls0">, <span class="ls1e">ch)</span> </span></div><div class="t m0 x1 h22 y60 ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1366 ff2 fs0 fc2 sc0 ls0 ws0">Eğer işlev şablonunu<span class="_ _0"></span>n tanımı<span class="ff1"> </span></div><div class="t m0 x1 hd y1058 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf59 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T, class U&gt; </div><div class="t m0 x11 h11 ya96 ff8 fs0 fc2 sc0 ls13 ws0">T sum (T, U);<span class="ls0"> </span></div><div class="t m0 x1 h14 y134b ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb80 ff1 fs0 fc2 sc0 ls0 ws0">biçiminde ise </div><div class="t m0 x1 h3 y10d3 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1367 ff8 fs0 fc2 sc0 ls13 ws0">sum(ch, ui)<span class="ls0"> </span></div><div class="t m0 x1 h15 y902 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1368 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin çağrılması du<span class="_ _0"></span>rumunda derleyicinin yaz<span class="_ _0"></span>acağı işlev<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y439 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1369 ff8 fs0 fc2 sc0 ls13 ws0">char sum(char, unsigned int);<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf161" class="pf w0 h0" data-page-no="161"><div class="pc pc161 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">353</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycbb ff2 fs0 fc2 sc0 ls0 ws0">biçiminde olur ki bu d<span class="_ _0"></span>urumda bilgi kaybı kaçın<span class="_ _0"></span>ılmazdır. <span class="_ _0"></span>Eğer şablon işlevin tanımı<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yf66 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf32 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T, class U&gt; </div><div class="t m0 x11 h11 y135f ff8 fs0 fc2 sc0 ls13 ws0">U sum (T, U);<span class="ls0"> </span></div><div class="t m0 x1 h15 y4f0 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y136a ff2 fs0 fc2 sc0 ls0 ws0">biçiminde yapılmışsa<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb6c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye8e ff8 fs0 fc2 sc0 ls13 ws0">sum(uix, ch)<span class="ls0"> </span></div><div class="t m0 x1 h15 y136b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya8f ff2 fs0 fc2 sc0 ls0 ws0">işlevinin çağrılması du<span class="_ _0"></span>rumunda derleyicinin yaz<span class="_ _0"></span>acağı işlev<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y3bb ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9a8 ff8 fs0 fc2 sc0 ls13 ws0">char sum(unsigned int, char);<span class="ls0"> </span></div><div class="t m0 x1 h15 yc8a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y136c ff2 fs0 fc2 sc0 ls0 ws0">şeklinde olur ki, yine bu<span class="_ _0"></span> durumda bilgi kaybı k<span class="_ _0"></span>açınılmaz ol<span class="_ _0"></span><span class="ff1">ur. </span></div><div class="t m0 x10 h3 y7ae ff2 fs0 fc2 sc0 ls0 ws0">Sorunu çözmek için işlev <span class="_ _0"></span>şablonu t<span class="_ _0"></span>anımına üçüncü b<span class="_ _0"></span>ir şablon parametresi eklenebilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yd07 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y755 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T1, class T2, class T3&gt; </div><div class="t m0 x11 h11 y136d ff8 fs0 fc2 sc0 ls13 ws0">T1 sum(T2 a, T3 b);<span class="ls0"> </span></div><div class="t m0 x1 h12 y2d4 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybb6 ff8 fs0 fc2 sc0 ls13 ws0">unsigned int ux = sum(&apos;a&apos; + 768U);<span class="ls0"> </span></div><div class="t m0 x1 h15 yb25 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y228 ff2 fs0 fc2 sc0 ls0 ws0">İşlev çağrısı böyle yapılırsa, <span class="_ _0"></span><span class="ff9">T1 </span>tü<span class="_ _0"></span>rünün ne olduğu d<span class="_ _0"></span>erleyici tarafından işle<span class="_ _0"></span>v çağrı ifadesinden </div><div class="t m0 x10 h3 y1016 ff2 fs0 fc2 sc0 ls0 ws0">çıkarılamaz. Oysa söz <span class="_ _0"></span>konusu işlev belirlenmiş argüman<span class="_ _0"></span>la çağrılırsa bu du<span class="_ _0"></span>rumda hata oluşmaz:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y9da ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1eb ff8 fs0 fc2 sc0 ls13 ws0">unsigned int ux = sum&lt;unsigned int&gt;(&apos;a&apos; + 768U);<span class="ls0"> </span></div><div class="t m0 x10 h3 yc1e ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki çağrı ile derleyiciye<span class="_ _0"></span> <span class="ff9">T1 </span>türün<span class="_ _0"></span>ün hangi tür <span class="_ _0"></span>olarak ele alınması gerektiği a<span class="_ _0"></span>çık bir şekilde bildiriliyor. </div><div class="t m0 x10 h3 yc1f ff2 fs0 fc2 sc0 ls0 ws0">Derleyici bu çağrıya y<span class="_ _0"></span>önelik olarak aşağıdaki p<span class="_ _0"></span>arametrik yapıya sahip b<span class="_ _0"></span>ir işlev yazar:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y171 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y136e ff8 fs0 fc2 sc0 ls13 ws0">unsigned int sum(char a, unsigned int b);<span class="ls0"> </span></div><div class="t m0 x1 h15 y1073 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf162" class="pf w0 h0" data-page-no="162"><div class="pc pc162 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">354</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Birden fazla şablon p<span class="_ _0"></span>arametresinin bu<span class="_ _0"></span>lunması durumunda, şab<span class="_ _0"></span>lon parametrelerinin hep<span class="_ _0"></span>sinin<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">belirlenmesi zorunlu d<span class="_ _0"></span>eğildir. Soldan başlayarak<span class="_ _0"></span> istenilen sayıda şablon p<span class="_ _0"></span>arametresi, işlev çağrısında </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">açıkça belirlenebilir. Açık olar<span class="_ _0"></span>ak belirlenmemiş şablon p<span class="_ _0"></span>arametrelerinin hangi tü<span class="_ _0"></span>rden alınacakları </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">derleyicinin çıkarımına bırak<span class="_ _0"></span>ılmış olur.<span class="ff1"> </span></div><div class="t m0 x10 h3 y120c ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y5ee ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y132d ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T, class M, class U&gt; </div><div class="t m0 x1c h11 ybc ff8 fs0 fc2 sc0 ls13 ws0">T func(M a, U b)<span class="ls0"> </span></div><div class="t m0 x1c h11 ye3f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yd61 ff8 fs0 fc2 sc0 ls13 ws0">T temp;<span class="ls0"> </span></div><div class="t m0 x13 h11 ye40 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x13 h11 yc17 ff8 fs0 fc2 sc0 ls13 ws0">return temp;<span class="ls0"> </span></div><div class="t m0 x1c h11 yc18 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y639 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y11ba ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y23a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y83 ff8 fs0 fc2 sc0 ls13 ws0">func&lt;int&gt;(&apos;A&apos;, 12);<span class="ls0"> </span></div><div class="t m0 x13 h11 y9c8 ff8 fs0 fc2 sc0 ls13 ws0">func&lt;int, double&gt;(&apos;A&apos;, 12); </div><div class="t m0 x13 h11 ybe8 ff8 fs0 fc2 sc0 ls13 ws0">func&lt;int, double, double&gt;(&apos;A&apos;, 12);<span class="ls0"> </span></div><div class="t m0 x13 h11 y1033 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x13 h11 yc7b ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y8a9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y104f ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y136f ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde yapılan<span class="_ _0"></span> birinci çağrıda <span class="_ _0"></span></span>func <span class="ff2">işlev şablonunu<span class="_ _0"></span>n birinci parametresi olan <span class="_ _0"></span></span><span class="ls29">T </span><span class="ff2">t<span class="_ _0"></span>ürü açık bir şekilde </span></div><div class="t m0 x10 h3 y147 ff1 fs0 fc2 sc0 ls0 ws0">belirtiliyor. Bu durumda <span class="_ _0"></span><span class="ff9 ls29">T </span>tü<span class="_ _0"></span>rü <span class="ff9">int </span>türü o<span class="_ _0"></span>larak seçilir. <span class="ff9 ls65">M </span>türü ve <span class="ff9 ls6">U </span><span class="ff2">tü<span class="_ _0"></span>rü derleyicinin çıkarımına <span class="_ _0"></span>bırakılıyor. </span></div><div class="t m0 x10 h3 yec3 ff2 fs0 fc2 sc0 ls0 ws0">Derleyici işlev çağrısına <span class="_ _0"></span>bakarak <span class="_ _0"></span><span class="ff9 ls65">M </span><span class="ff1">türünü <span class="ff9">char </span>tü<span class="_ _0"></span>rü, <span class="ff9 ls6">U </span>tü<span class="_ _0"></span>rünü ise <span class="ff9">int </span></span>türü olarak <span class="_ _0"></span>belirler, işlevi bu türlere göre<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1370 ff1 fs0 fc2 sc0 ls0 ws0">yazar. </div><div class="t m0 x10 h3 y1371 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde yapılan<span class="_ _0"></span> ikinci çağrıda <span class="_ _0"></span></span>func <span class="ff2">işlev şablonunun<span class="_ _0"></span> birinci <span class="ff1">ve </span>ikinci argümanları olan </span><span class="ls29">T </span><span class="ff1">ve </span><span class="ls65">M </span><span class="ff2">türü<span class="_ _0"></span> açık </span></div><div class="t m0 x10 h3 yeee ff2 fs0 fc2 sc0 ls0 ws0">bir şekilde belirtiliyor. Bu d<span class="_ _0"></span>urumda <span class="_ _0"></span><span class="ff9 ls29">T </span><span class="ff1">türü <span class="ff9">int M<span class="_ _0"></span> </span>türü <span class="ff9">do<span class="_ _0"></span>uble </span>türü olarak seçilir. <span class="ff9 ls6">U </span>türü<span class="_ _0"></span> ise derleyicinin </span></div><div class="t m0 x10 h3 y16c ff2 fs0 fc2 sc0 ls0 ws0">çıkarımına bırakılıyor. Derleyic<span class="_ _0"></span>i işlev çağrısına bakarak<span class="_ _0"></span> <span class="_ _0"></span><span class="ff9 ls6">U </span><span class="ff1">türünü <span class="_ _0"></span><span class="ff9">int </span></span>türü olarak belirler, işlevi <span class="ff1 ls15">bu <span class="ls0">tü<span class="_ _0"></span>rlere göre </span></span></div><div class="t m0 x10 h3 y81c ff1 fs0 fc2 sc0 ls0 ws0">yazar. </div><div class="t m0 x10 h3 y11d1 ff2 fs0 fc2 sc0 ls0 ws0">Üçüncü çağrıda ise tü<span class="_ _0"></span>m şablon argüman<span class="_ _0"></span>ları açıkça belirleniyor. Hiçbir <span class="_ _0"></span>argüma<span class="_ _0"></span>n derleyicinin çık<span class="_ _0"></span>arımına </div><div class="t m0 x10 h3 y2c1 ff2 fs0 fc2 sc0 ls0 ws0">bırakılmıyor. Derleyici <span class="ff9 ls29">T <span class="_ _0"></span></span><span class="ff1">türün<span class="_ _0"></span>ü <span class="ff9">int </span>türü<span class="_ _0"></span> olarak, <span class="ff9 ls65">M </span>ve <span class="ff9 ls6">U </span>türlerin<span class="_ _0"></span>i <span class="ff9">double <span class="_ _0"></span></span></span>türü olarak belirler. İşlevi bu türlere </div><div class="t m0 x10 h3 ya43 ff1 fs0 fc2 sc0 ls0 ws0">göre yazar. </div><div class="t m0 x1 h1b y1049 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h1b ybef ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h1b yb69 ff1 fsd fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf163" class="pf w0 h0" data-page-no="163"><div class="pc pc163 w0 h0"><img class="bi xb y1372 w6 he1" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">355</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1"> <span class="_ _b"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span>Y<span class="_ _b"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Şablon işlevlerin kullanım<span class="_ _0"></span>ı işlev yüklemesi ile ili<span class="_ _0"></span>şkili olsa da,<span class="ff1"> <span class="_ _0"></span></span>şablon işlevler ve işlev yükle<span class="_ _0"></span>mesi ayrı </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">araçlardır:<span class="ff1"> </span></div><div class="t m0 x10 he y9a1 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Ayn<span class="_ _0"></span>ı isme sahip ancak parame<span class="_ _0"></span>tre değişkeni sayısı farklı i<span class="_ _0"></span>şlevler tanımlanarak <span class="_ _0"></span><span class="ff1 ls15">bu </span>işlevler çağrılabilir. </span></span></div><div class="t m0 x10 h3 ya75 ff2 fs0 fc2 sc0 ls0 ws0">Ancak işlev şablonu söz ko<span class="_ _0"></span>nusu oldu<span class="_ _0"></span>ğunda verilen şablona ilişkin derleyicinin y<span class="_ _0"></span>azacağı tüm işlevler<span class="_ _3"></span><span class="ff1">in </span></div><div class="t m0 x10 h3 y9c ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkeni sayısı<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">ay<span class="_ _0"></span>nıdır.<span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 y98e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y407 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff10">İşlev yükle<span class="_ _0"></span>mesi <span class="ff2">mekanizmasın<span class="_ _0"></span>a konu olan<span class="_ _0"></span>, aynı isimli işlevlerin kaynak k<span class="_ _0"></span>odları farklı olabilir. Yani <span class="_ _0"></span><span class="ff1 ls15">bu </span></span></span></span></div><div class="t m0 x10 h3 yd99 ff2 fs0 fc2 sc0 ls0 ws0">işlevler isimleri aynı <span class="_ _9"></span>olmasına karşın farklı işler yapabilir. Am<span class="_ _0"></span>a bir şablondan<span class="_ _0"></span> üretilen işlevlerin kaynak k<span class="_ _0"></span>odl<span class="_ _0"></span>arı </div><div class="t m0 x10 h3 yd9a ff2 fs0 fc2 sc0 ls0 ws0">aynı<span class="_ _6"></span>, yalnızca parametre değişkenleri türleri farklıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b y725 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1117 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _b"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>b<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y61d ff2 fs0 fc2 sc0 ls0 ws0">Parametrik yapıları farklı, isim<span class="_ _0"></span>leri aynı olan işlev şablonları <span class="_ _0"></span>tanımlanabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1373 ff2 fs0 fc2 sc0 ls0 ws0">Nasıl aynı isimli işlevler bulu<span class="_ _0"></span>nabiliyorsa, aynı isimli işle<span class="_ _0"></span>v şablonları da b<span class="_ _0"></span>ir a<span class="_ _0"></span>rada bulunabilir. Tabii bu işlev </div><div class="t m0 x10 h3 y40d ff2 fs0 fc2 sc0 ls0 ws0">şablonlarının, par<span class="_ _0"></span>ametrik yapıları, şablon p<span class="_ _0"></span>arametre ya da çağrı<span class="_ _0"></span><span class="ff1"> </span>parametrelerine bağlı o<span class="_ _0"></span>larak verilen genel </div><div class="t m0 x10 h3 y293 ff2 fs0 fc2 sc0 ls0 ws0">imzaları birbirinden farklı olm<span class="_ _0"></span>ak zorundad<span class="_ _0"></span>ır. Aşağıdaki kod parçasını derleyerek çalı<span class="_ _0"></span>ştırın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hc ybd8 ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y72b ff8 fs0 fc2 sc0 ls13 ws0">inline const int &amp;getmin(const int &amp;a, const int &amp;b)<span class="ls0"> </span></div><div class="t m0 x1c h11 y77c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yf30 ff8 fs0 fc2 sc0 ls13 ws0">return a &lt; b ? a : b;<span class="ls0"> </span></div><div class="t m0 x1c h11 y224 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yd59 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yeb6 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;typename T&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 yeb7 ff8 fs0 fc2 sc0 ls13 ws0">inline T const&amp; getmin(const T&amp; a, const T&amp; b)<span class="ls0"> </span></div><div class="t m0 x1c h11 y4cc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y89d ff8 fs0 fc2 sc0 ls13 ws0">return a &lt; b ? a : b;<span class="ls0"> </span></div><div class="t m0 x1c h11 y89e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y98b ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y349 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;typename T&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1374 ff8 fs0 fc2 sc0 ls13 ws0">inline const T &amp;getmin(const T &amp;a, const T &amp;b, const T &amp;c)<span class="ls0"> </span></div><div class="t m0 x1c h11 yfa9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y10d9 ff8 fs0 fc2 sc0 ls13 ws0">return getmin(getmin(a,b), c);<span class="ls0"> </span></div><div class="t m0 x1c h11 y7bb ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y2df ff8 fs14 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf164" class="pf w0 h0" data-page-no="164"><div class="pc pc164 w0 h0"><img class="bi x1 y1375 w5 he2" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">356</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 yb3a ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1308 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 ye08 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yf21 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; getmin(10, 20, 30) &lt;&lt; endl; </div><div class="t m0 x13 h11 y130e ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; getmin(7.0, 42.0) &lt;&lt; endl; </div><div class="t m0 x13 h11 y10b2 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; getmin(&apos;a&apos;, &apos;b&apos;) &lt;&lt; endl; </div><div class="t m0 x13 h11 y2fe ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; getmin(7, 42) &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y2ff ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; getmin&lt;&gt;(7, 42) &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y1208 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; getmin&lt;double&gt;(7, 42) &lt;&lt; endl; </div><div class="t m0 x13 h11 yf8d ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; getmin(&apos;a&apos;, 42.7) &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y2b0 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 ye77 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y19f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yb4f ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1376 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde yapılan<span class="_ _0"></span> tüm çağrıları tek tek ele alalı<span class="_ _0"></span>m:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y83e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye44 ff8 fs0 fc2 sc0 ls13 ws0">getmin(10, 20, 30)<span class="ls0"> </span></div><div class="t m0 x1 h15 y3b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7dd ff2 fs0 fc2 sc0 ls0 ws0">çağrısı için<span class="ff1"> </span></div><div class="t m0 x1 hc y741 ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y8a ff8 fs0 fc2 sc0 ls13 ws0">template &lt;typename T&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y40 ff8 fs0 fc2 sc0 ls13 ws0">inline const T &amp;getmin(const T &amp;a, const T &amp;b, const T &amp;c)<span class="ls0"> </span></div><div class="t m0 x1 h15 y1370 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yedf ff2 fs0 fc2 sc0 ls0 ws0">şablonundan<span class="_ _0"></span> <span class="ff9 ls29">T </span><span class="ff1">türün<span class="_ _0"></span>ün <span class="ff9">int </span></span>türü olması çıkarımıyla b<span class="_ _0"></span>ir işlev üretilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1090 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1377 ff8 fs0 fc2 sc0 ls13 ws0">getmin(7.0, 42.0);<span class="ls0"> </span></div><div class="t m0 x1 h15 yb98 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4b9 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı için<span class="ff1"> </span></div><div class="t m0 x1 hc y453 ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye7e ff8 fs0 fc2 sc0 ls13 ws0">template &lt;typename T&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1214 ff8 fs0 fc2 sc0 ls13 ws0">inline T const&amp; getmin(T const&amp; a, T const&amp; b)<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf165" class="pf w0 h0" data-page-no="165"><div class="pc pc165 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">357</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycbb ff2 fs0 fc2 sc0 ls0 ws0">şablonundan<span class="_ _0"></span> <span class="ff9 ls29">T </span><span class="ff1">türün<span class="_ _0"></span>ün <span class="ff9">double </span></span>türü<span class="_ _0"></span> olması çıkarımıyla bir işlev üretilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yd23 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3e6 ff8 fs0 fc2 sc0 ls13 ws0">getmin(&apos;a&apos;, &apos;b&apos;)<span class="ls0"> </span></div><div class="t m0 x10 h3 yf3d ff2 fs0 fc2 sc0 ls0 ws0">çağrısı için<span class="ff1"> </span></div><div class="t m0 x1 h1b y159 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2ab ff8 fs0 fc2 sc0 ls13 ws0">template &lt;typename T&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y408 ff8 fs0 fc2 sc0 ls13 ws0">inline T const&amp; getmin(const T&amp; a, const T&amp; b)<span class="ls0"> </span></div><div class="t m0 x1 h15 y424 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1272 ff2 fs0 fc2 sc0 ls0 ws0">şablonundan<span class="_ _0"></span> <span class="ff9 ls29">T </span><span class="ff1">türün<span class="_ _0"></span>ün <span class="ff9">double </span></span>türü<span class="_ _0"></span> olması çıkarımıyla bir işlev üretilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hc y6c8 ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd4d ff8 fs0 fc2 sc0 ls13 ws0">getmin(7, 42)<span class="ls0"> </span></div><div class="t m0 x1 h15 y6e4 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1378 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı bir işlev şablonun<span class="_ _0"></span>a ilişkin değildir. Çünkü<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hc yfda ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1379 ff8 fs0 fc2 sc0 ls13 ws0">inline const int &amp;getmin(const int &amp;a, const int &amp;b);<span class="ls0"> </span></div><div class="t m0 x1 h15 y2ed ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y841 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde bir işlev bilidirmi ya<span class="_ _0"></span>pılmıştır. Gerçek i<span class="_ _0"></span>şlevin işlev şablonu<span class="_ _0"></span>na önceliği vardır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hc y4fa ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3c2 ff8 fs0 fc2 sc0 ls13 ws0">getmin&lt;&gt;(7, 42)<span class="ls0"> </span></div><div class="t m0 x1 h15 yadf ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya21 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı gerçek işleve değil i<span class="_ _0"></span>şlev şablonuna <span class="_ _0"></span>ilişkindir. Çünkü işlev çağrısında işle<span class="_ _0"></span>v ismini içi boş bir <span class="_ _3"></span>açısal ayraç </div><div class="t m0 x10 h3 y8c6 ff1 fs0 fc2 sc0 ls0 ws0">izliyor. </div><div class="t m0 x1 h10 y137a ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y977 ff8 fs0 fc2 sc0 ls13 ws0">getmin&lt;double&gt;(7, 42)<span class="ls0"> </span></div><div class="t m0 x10 h3 y451 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı ise iki çağrı parametr<span class="_ _0"></span>eli işlev şablonuna <span class="_ _0"></span>ilişkindir. Ancak şablon<span class="_ _0"></span> parametresinin türü d<span class="_ _0"></span>erleyicinin </div><div class="t m0 x10 h3 y1ae ff2 fs0 fc2 sc0 ls0 ws0">çıkarımına bırakılmadan <span class="_ _0"></span><span class="ff9">double <span class="_ _0"></span><span class="ff1">türü olarak b<span class="_ _0"></span>ildiriliyor. </span></span></div><div class="t m0 x10 h3 y2dd ff1 fs0 fc2 sc0 ls0 ws0">Son olarak </div><div class="t m0 x1 hc y871 ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1073 ff8 fs0 fc2 sc0 ls13 ws0">getmin(&apos;a&apos;, 42.7)<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf166" class="pf w0 h0" data-page-no="166"><div class="pc pc166 w0 h0"><img class="bi xb y137b w6 he3" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">358</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycbb ff2 fs0 fc2 sc0 ls0 ws0">çağrısı yine gerçek işlev<span class="_ _0"></span>e ilişkindir. İşlev çağrısın<span class="_ _0"></span>da kullanılan a<span class="_ _0"></span>rgümanların türleri farklıdı<span class="_ _0"></span>r. Ancak iki çağrı </div><div class="t m0 x10 h3 ycbc ff2 fs0 fc2 sc0 ls0 ws0">parametreli işlev şablon<span class="_ _0"></span>unun çağrı parametreleri ayn<span class="_ _0"></span>ı şablon parametresi t<span class="_ _0"></span>üründendir. Bu d<span class="_ _0"></span>urumda işlev </div><div class="t m0 x10 h3 ycbd ff2 fs0 fc2 sc0 ls0 ws0">şablonundan<span class="_ _0"></span> işlev üretilmesi mümkün değildir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b y137c ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y118e ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span><span class="ff1">u<span class="_ _3"></span>n<span class="_ _3"></span>u<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>B<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _b"></span></span>ş<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _b"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span></span>İ<span class="_ _3"></span><span class="ff1">ç<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _4"></span>Ö<span class="_ _0"></span>z<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span><span class="ff2">ş<span class="_ _3"></span></span>t<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y233 ff2 fs0 fc2 sc0 ls0 ws0">Yazılan bir işlev şablonu t<span class="_ _0"></span>üm veri türleri için uygun d<span class="_ _0"></span>üşmeyebilir. Belirli bir tür <span class="_ _0"></span>için, üretilecek işlevin<span class="_ _0"></span>, </div><div class="t m0 x10 h3 y137d ff2 fs0 fc2 sc0 ls0 ws0">şablonda verilen algoritmay<span class="_ _0"></span>a göre değil de <span class="_ _0"></span>verilecek başka bir tan<span class="_ _0"></span>ıma göre yazılması istenebilir. Buna <span class="_ _0"></span>işlev </div><div class="t m0 x10 h3 y861 ff2 fs0 fc2 sc0 ls0 ws0">şablonunun b<span class="_ _0"></span>ilinçli özelleştirilmesi <span class="ff9">(explicit <span class="_ _0"></span>specialization) <span class="_ _0"></span></span>denir. Aşağıdaki örneği in<span class="_ _0"></span>celeyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y90b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y440 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class Type&gt; </div><div class="t m0 x11 h11 y53a ff8 fs0 fc2 sc0 ls13 ws0">Type max(Type a, Type<span class="ls0"> <span class="ls1e">b)</span> </span></div><div class="t m0 x11 h11 y53b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y812 ff8 fs0 fc2 sc0 ls13 ws0">return a &gt; b ? a:<span class="ls0"> <span class="_ _9"></span><span class="ls13">b;<span class="ls0"> </span></span></span></div><div class="t m0 x11 h11 y897 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yb50 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4de ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 yc06 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycd0 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y899 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yfa5 ff8 fs0 fc2 sc0 ls13 ws0">const char *p1 = &quot;Mehmet&quot;; </div><div class="t m0 x12 h11 y89a ff8 fs0 fc2 sc0 ls13 ws0">const char *p2 = &quot;Ahmet&quot;;<span class="ls0"> </span></div><div class="t m0 x12 h11 y1310 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; max(p1, p2) &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 yd1d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 ye4a ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1210 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y122e ff9 fs0 fc2 sc0 ls0 ws0">max <span class="ff2">işlev şablonu kend<span class="_ _0"></span>isine gönderilen iki nesneden b<span class="_ _0"></span>üyük olanın değeri ile geri d<span class="_ _0"></span>önen işlevlerin üretiminde </span></div><div class="t m0 x10 h3 y122f ff2 fs0 fc2 sc0 ls0 ws0">kullanılabilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y137e ff2 fs0 fc2 sc0 ls0 ws0">Büyüklük ilişkisi <span class="ff9">cha<span class="_ _0"></span>r<span class="ff1 ls17">, </span>int<span class="ff1 ls17">, </span>double <span class="ff1">gibi<span class="_ _6"></span> <span class="ff2">doğal türler için açıktır.<span class="_ _0"></span> Yukarıdaki işlev şablonun k<span class="_ _0"></span>ullanılmasında bir hat<span class="_ _0"></span>a </span></span></span></div><div class="t m0 x10 h3 y137f ff2 fs0 fc2 sc0 ls0 ws0">söz konusu olmaz. Ancak<span class="_ _0"></span> iki dizgenin daha <span class="_ _0"></span>büyüğünün bulunması için b<span class="_ _0"></span>u şablonun ku<span class="_ _0"></span>llanılması doğru olmaz. </div><div class="t m0 x10 h3 y93f ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki genel algorit<span class="_ _0"></span>ma karşılaştırmayı “&gt;” i<span class="_ _0"></span>şleci ile yapmaktadır. İk<span class="_ _0"></span><span class="ff1 lse">i <span class="ls0">dizg<span class="_ _9"></span>e <span class="ff2">“&gt;” işle<span class="_ _9"></span>ci ile karşılaştırıldığına </span></span></span></div><div class="t m0 x10 h3 y6d9 ff2 fs0 fc2 sc0 ls0 ws0">karşılaştırılan yaln<span class="_ _0"></span>izca dizgelerin yerleştirildiği bell<span class="_ _0"></span>ek bloklarının adresidir. Şüph<span class="_ _0"></span>esiz istenilen d<span class="_ _0"></span>izgelerin </div><div class="t m0 x10 h3 y1380 ff2 fs0 fc2 sc0 ls0 ws0">sözlükteki konumlarına <span class="_ _0"></span>ilişkin (<span class="ff9">lexico<span class="_ _0"></span>graphical) </span>bir k<span class="_ _0"></span>arşılaştırmadır. C++ dili böyle d<span class="_ _0"></span>urumlarda işle<span class="_ _0"></span>v şablonu için<span class="_ _0"></span> </div><div class="t m0 x10 h3 y1089 ff2 fs0 fc2 sc0 ls0 ws0">türe bağlı <span class="ff1">özel<span class="_ _9"></span> <span class="ff2">işlev<span class="_ _9"></span> tanımları y<span class="_ _0"></span>apılabilmesine izin verir. Bu m<span class="_ _0"></span>ekanizmaya <span class="_ _0"></span><span class="ff9">&quot;</span>İşlev şablonu<span class="_ _0"></span>nun belirlenmiş bir tür </span></span></div><div class="t m0 x10 h3 y24c ff2 fs0 fc2 sc0 ls0 ws0">için özelleştirilmesi<span class="ff9 ls2f">&quot; </span><span class="ff1">(<span class="_ _0"></span><span class="ff9">Template Explic<span class="_ _0"></span>it Specialization<span class="_ _0"></span></span></span>) denir. Aşağıdaki kodu<span class="_ _0"></span><span class="ff1"> <span class="_ _7"></span>inceleyin:<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y1381 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf167" class="pf w0 h0" data-page-no="167"><div class="pc pc167 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">359</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y24e ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class Type&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1382 ff8 fs0 fc2 sc0 ls13 ws0">Type tmax(Type<span class="ls0"> </span>a, Type b)<span class="ls0"> </span></div><div class="t m0 x1c h11 y120c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y75e ff8 fs0 fc2 sc0 ls13 ws0">return a &gt; b ? a: b;<span class="ls0"> </span></div><div class="t m0 x1c h11 y51c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y1110 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y61a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1383 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 y725 ff8 fs0 fc2 sc0 ls13 ws0">const char *max&lt;const char *&gt;(const char *p1, const char *p2)<span class="ls0"> </span></div><div class="t m0 x1c h11 yb2a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y473 ff8 fs0 fc2 sc0 ls13 ws0">return (strcmp(p1, p2) &gt; 0 ? p1 : p2);<span class="ls0"> </span></div><div class="t m0 x1c h11 yb12 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y180 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y5c5 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y923 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ybc0 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y4e1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y60c ff8 fs0 fc2 sc0 ls13 ws0">int i = max(50, 10);<span class="ls0"> </span></div><div class="t m0 x13 h11 y882 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;i = &quot; &lt;&lt; i &lt;&lt; std::endl; </div><div class="t m0 x13 h11 y55d ff8 fs0 fc2 sc0 ls13 ws0">const char *p1 = &quot;Necati&quot;;<span class="ls0"> </span></div><div class="t m0 x13 h11 y3f7 ff8 fs0 fc2 sc0 ls13 ws0">const char *p2 = &quot;Ergin&quot;;<span class="ls0"> </span></div><div class="t m0 x13 h11 y1088 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;max = &quot; &lt;&lt; max(p1, p2) &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 yf9b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y916 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 ycd1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y1384 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h13 y1385 ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y963 ff1 fs0 fc2 sc0 ls0 ws0">Sözdizimi inceleyelim. <span class="ff9">te<span class="_ _0"></span>mplate <span class="ff2">an<span class="_ _0"></span>ahtar sözcüğünü<span class="_ _0"></span> bu kez içi boş bir açısal ayraç izliyor. Bu<span class="_ _0"></span> açısal ayraçtan </span></span></div><div class="t m0 x10 h3 yca8 ff2 fs0 fc2 sc0 ls0 ws0">sonra işlevin geri dönü<span class="_ _0"></span>ş değerinin t<span class="_ _0"></span>ürü yazılıyor. An<span class="_ _0"></span>cak bu kez işlev bilinen bir tür bilgisi il<span class="_ _0"></span>e, yani şablon işlev </div><div class="t m0 x10 h3 y590 ff2 fs0 fc2 sc0 ls0 ws0">argümanına bağlı kalmad<span class="_ _0"></span>an yazılıyor. Daha son<span class="_ _0"></span>ra işlev ismi geliyor. İşlev is<span class="_ _0"></span>minden sonra gelen açı<span class="_ _0"></span>sal ayraç </div><div class="t m0 x10 h3 yf5 ff2 fs0 fc2 sc0 ls0 ws0">içine bu kez yine tür <span class="_ _0"></span>bilgisi yazılıyor.<span class="ff1"> </span></div><div class="t m0 x10 h3 y10a7 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki sözdizime gör<span class="_ _0"></span>e belirli bir türe y<span class="_ _0"></span>önelik özelleştirme yapılab<span class="_ _0"></span>ilmesi için, ana işlev şablonu<span class="_ _0"></span> tanımının </div><div class="t m0 x10 h3 ya25 ff2 fs0 fc2 sc0 ls0 ws0">derleyici tarafından görülebilir<span class="_ _0"></span> olması gerekir. Yani an<span class="_ _0"></span>cak daha önce tan<span class="_ _0"></span>ımlanmış olan bir işlev şablon<span class="_ _0"></span>u </div><div class="t m0 x10 h3 yfa0 ff2 fs0 fc2 sc0 ls0 ws0">özelleştirilebilir.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf168" class="pf w0 h0" data-page-no="168"><div class="pc pc168 w0 h0"><img class="bi xb y1386 w6 he4" alt="" 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class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">360</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1">n<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ö<span class="_ _b"></span>z<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>z<span class="_ _b"></span>i<span class="_ _3"></span>m<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>o<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y37d ff1 fs0 fc2 sc0 ls0 ws0">D<span class="ff2">erleyicilerin çoğu, işlev şablo<span class="_ _0"></span>nlarında sözd<span class="_ _0"></span>izim kontrolünü iki ayrı a<span class="_ _0"></span>şamada gerçekleştirir. Birinci ko<span class="_ _0"></span>ntrol </span></div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">henüz işlev şablonu çağrılmad<span class="_ _0"></span>an yap<span class="_ _0"></span>ılır. Bu aşamada bazı temel kontroller yap<span class="_ _0"></span>ılır. Hiçbir biçimde <span class="_ _0"></span>ve olasılıkta </div><div class="t m0 x10 h3 y821 ff1 fs0 fc2 sc0 ls0 ws0">geçerli olamayacak du<span class="_ _0"></span>rumlar daha bu<span class="_ _0"></span> <span class="ff2">aşamada d<span class="_ _0"></span>erleme zamanı hatası olarak belirlenir. <span class="_ _0"></span>Gerçek sözdizim </span></div><div class="t m0 x10 h3 ycda ff2 fs0 fc2 sc0 ls0 ws0">kontrolü işlev şablonu<span class="_ _0"></span>na ilişkin bir ça<span class="_ _0"></span>ğrıyla karşılaşıldığında, y<span class="_ _0"></span>ani derleyicinin gerçek işlevi y<span class="_ _0"></span>azması sırasında </div><div class="t m0 x10 h3 yd53 ff2 fs0 fc2 sc0 ls0 ws0">yapılır. Aşağıdaki örneği el<span class="_ _0"></span>e alalım:<span class="ff1"> </span></div><div class="t m0 x11 h11 y1387 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;typename T&gt; </div><div class="t m0 x11 h11 y98e ff8 fs0 fc2 sc0 ls13 ws0">void func(T p)<span class="ls0"> </span></div><div class="t m0 x11 h11 y1388 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yad5 ff8 fs0 fc2 sc0 ls13 ws0">p.foo();<span class="ls0"> </span></div><div class="t m0 x11 h11 yaac ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y1389 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y290 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yc98 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y3a0 ff8 fs0 fc2 sc0 ls13 ws0">func(10);<span class="ls0"> <span class="_ _65"> </span></span>//Geçersiz<span class="ls0"> </span></div><div class="t m0 x1 h11 ydd9 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y1378 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y4c8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y55a ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6fb ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında derleyici işlev şablonu<span class="_ _0"></span>nun kodunun ü<span class="_ _0"></span>zerinden geçtiğinde herhan<span class="_ _0"></span>gi bir hata </div><div class="t m0 x10 h3 y69a ff2 fs0 fc2 sc0 ls0 ws0">vermez. Çünkü uygun<span class="_ _0"></span> bir işlev çağrısıyla <span class="ff9 ls29">T <span class="_ _0"></span></span>türü bir sınıf türü <span class="_ _0"></span>olarak belirlenebilir. O <span class="_ _0"></span>sınıfın da <span class="_ _0"></span><span class="ff9">func <span class="_ _0"></span><span class="ff1">isimli bir </span></span></div><div class="t m0 x10 h3 ye6a ff9 fs0 fc2 sc0 ls0 ws0">public <span class="ff2">üy<span class="_ _0"></span>e işlevi olabilir. Ancak işlev uygun olmay<span class="_ _0"></span>an bir türden argümanla <span class="_ _0"></span>çağrıldığında, derleyici işlev </span></div><div class="t m0 x10 h3 ya01 ff2 fs0 fc2 sc0 ls0 ws0">çağrısını bir hata olarak <span class="_ _0"></span>belirler.<span class="ff1"> </span></div><div class="t m0 x10 h3 y998 ff1 fs0 fc2 sc0 ls0 ws0">Derleyicinin sözdizim kontro<span class="_ _0"></span>llerini hangi <span class="_ _0"></span><span class="ff2">aşamalarda yap<span class="_ _0"></span>acağı standart olarak b<span class="_ _0"></span>elirlenmemiştir. Bazı </span></div><div class="t m0 x10 h3 y188 ff2 fs0 fc2 sc0 ls0 ws0">derleyiciler işlev şablonun<span class="_ _0"></span>a ilişkin bir çağrı ile karşıla<span class="_ _0"></span>şmadıkça neredeyse hiç b<span class="_ _0"></span>ir sözdizim geçerlilik </div><div class="t m0 x10 h3 y138a ff1 fs0 fc2 sc0 ls0 ws0">kontrolü yap<span class="_ _0"></span>maz. </div><div class="t m0 x1 hd y832 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ya50 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _b"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ycb6 ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonları kod d<span class="_ _0"></span>osyasına, yan<span class="_ _0"></span>i <span class="ff9">.cpp </span>dosyasın<span class="_ _0"></span>a, yerleştirilemez. Derleyicinin h<span class="_ _0"></span>er kaynak dosyay<span class="_ _0"></span>ı </div><div class="t m0 x10 h3 y138b ff2 fs0 fc2 sc0 ls0 ws0">derlemesi sırasında , işlev şabl<span class="_ _0"></span>onu tanımlamalarını y<span class="_ _0"></span>eniden görmesi gerekir. Projenin b<span class="_ _0"></span>irden fazla </div><div class="t m0 x10 h3 y138c ff2 fs0 fc2 sc0 ls0 ws0">modülden oluşması du<span class="_ _0"></span>rumunda, bağımsız derlen<span class="_ _0"></span>en her modülde, eğer bu işle<span class="_ _0"></span>v şablonu çağrılmış is<span class="_ _0"></span>e </div><div class="t m0 x10 h3 y719 ff2 fs0 fc2 sc0 ls0 ws0">tanımlamasının d<span class="_ _0"></span>erleyici tarafından her modü<span class="_ _0"></span>lde görülmesi gerekir. Farklı modüllerd<span class="_ _0"></span>e aynı işlev şablonu </div><div class="t m0 x10 h3 y501 ff2 fs0 fc2 sc0 ls0 ws0">kullanılıyorsa bu işlev şablon<span class="_ _0"></span>u tanımlamalarının tamam<span class="_ _0"></span>en özdeş olması gerekir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y9c0 ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonlarının başlık d<span class="_ _0"></span>osyalarında ta<span class="_ _0"></span>nımlanması, şablonun<span class="_ _0"></span> kullanıldığı her <span class="_ _0"></span>modüle bu<span class="_ _0"></span> başlık dosyasının </div><div class="t m0 x10 h3 y7f8 ff1 fs0 fc2 sc0 ls0 ws0">eklenmesi en iyi çözü<span class="_ _0"></span>mdür. </div><div class="t m0 x10 h3 yb7a ff2 fs0 fc2 sc0 ls0 ws0">İşlev şablonu tanımlamalar<span class="_ _0"></span>ı, <span class="ff9">sta<span class="_ _0"></span>tic </span>anahta<span class="_ _0"></span>r sözcüğü ile başlatılmamışsa dış bağlan<span class="_ _0"></span>tıya sahiptir. Bu d<span class="_ _0"></span>urumda </div><div class="t m0 x10 h3 y138d ff2 fs0 fc2 sc0 ls0 ws0">örneğin, aynı şablon<span class="_ _0"></span> işlev aynı açılımla hem <span class="_ _0"></span><span class="ff9">a.cpp <span class="_ _0"></span><span class="ff1">hem de </span>b.cpp </span>d<span class="_ _0"></span>osyasından kullanılmış olsun<span class="_ _0"></span>. Derleyici aynı </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf169" class="pf w0 h0" data-page-no="169"><div class="pc pc169 w0 h0"><img class="bi xb y138e w6 he5" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">361</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">açılımı hem <span class="ff9">a.obj <span class="_ _0"></span><span class="ff1">hem de </span>b.obj </span>içine y<span class="_ _0"></span>azar. Ancak bağlay<span class="_ _0"></span>ıcı bunlardan y<span class="_ _0"></span>alnızca bir tanesini çalışan koda </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">yerleştirir. Yani farklı modü<span class="_ _0"></span>llerden aynı işlev şablon<span class="_ _0"></span>u kullanılmış olsa bile, çalı<span class="_ _0"></span>şan dosyada bir t<span class="_ _0"></span>ane bulunur.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1d5 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1">n<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span></span>V<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>s<span class="_ _3"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>g<span class="_ _3"></span>ü<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y68d ff2 fs0 fc2 sc0 ls0 ws0">Normal işlevlerde olduğu gib<span class="_ _0"></span>i, işlev şablonları da <span class="_ _0"></span>varsayılan argümanlar <span class="_ _0"></span>alabilir. Varsayılan a<span class="_ _0"></span>rgüman olarak </div><div class="t m0 x10 h3 y68e ff2 fs0 fc2 sc0 ls0 ws0">kullanılan ifade şablon<span class="_ _0"></span> parametresine bağlı olabilec<span class="_ _0"></span>eği gibi şablon parametrel<span class="_ _0"></span>erinden bağımsız da olab<span class="_ _0"></span>ilir. </div><div class="t m0 x10 h3 y68f ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki şablonu<span class="ff1"> in<span class="_ _0"></span>celeyelim: </span></div><div class="t m0 x1 h16 y10cc ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y723 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;typename T&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1fa ff8 fs0 fc2 sc0 ls13 ws0">void functemp (T &amp;r, T val = 0)<span class="ls0"> </span></div><div class="t m0 x11 h11 y10c3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y12e2 ff8 fs0 fc2 sc0 ls13 ws0">r = val;<span class="ls0"> </span></div><div class="t m0 x11 h11 ydce ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h3c y12eb ff8 fs10 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y160 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda <span class="_ _0"></span>tan<span class="_ _0"></span>ımlanan <span class="_ _0"></span><span class="ff9">functemp <span class="_ _3"></span></span>isimli şablond<span class="_ _0"></span>an <span class="_ _0"></span>üretilecek <span class="_ _0"></span>bir <span class="_ _0"></span>işleve <span class="_ _0"></span>tek <span class="_ _3"></span>bir <span class="_ _0"></span>argüman <span class="_ _0"></span>geçildiğinde, <span class="_ _0"></span>işlevin </div><div class="t m0 x10 h3 y620 ff1 fs0 fc2 sc0 ls0 ws0">ikinci <span class="_ _3"></span>parametresi <span class="_ _3"></span>olan <span class="_ _3"></span><span class="ff9">val <span class="_ _3"></span><span class="ff2">değişkenine <span class="_ _0"></span>oto<span class="_ _0"></span>matik <span class="_ _3"></span>olarak <span class="_ _3"></span></span><span class="ls4">0 <span class="_ _3"></span></span><span class="ff2">değeri <span class="_ _0"></span>kop<span class="_ _0"></span>yalanır. <span class="_ _3"></span>Şimdi <span class="_ _3"></span>de <span class="_ _0"></span>aş<span class="_ _0"></span>ağıdaki <span class="_ _3"></span>şablonu </span></span></div><div class="t m0 x10 h3 y294 ff1 fs0 fc2 sc0 ls0 ws0">inceleyin: </div><div class="t m0 x1 h16 ybc0 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y138f ff8 fs0 fc2 sc0 ls13 ws0">template&lt;typename T&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1361 ff8 fs0 fc2 sc0 ls13 ws0">void ftemp (T* ptr, const T &amp; val = T())<span class="ls0"> </span></div><div class="t m0 x11 h11 y1390 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yac7 ff8 fs0 fc2 sc0 ls13 ws0">*ptr = &amp;val;<span class="ls0"> </span></div><div class="t m0 x12 h11 y1391 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y138a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y64 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc8c ff2 fs0 fc2 sc0 ls0 ws0">Tanımlanan <span class="ff9">ftemp <span class="_ _0"></span></span>isimli şablondan<span class="_ _0"></span> üretilecek bir işleve, tek bir argüman geçildiğind<span class="_ _0"></span>e işlevin ikinci p<span class="_ _0"></span>arametresi </div><div class="t m0 x10 h3 y106a ff1 fs0 fc2 sc0 ls0 ws0">olan <span class="ff9">val <span class="ff2">referansı var<span class="_ _0"></span>sayılan kurucu işlevle yarat<span class="_ _0"></span>ılacak bir geçici nesneye b<span class="_ _0"></span>ağlanır. Eğer <span class="_ _0"></span></span><span class="ls29">T </span><span class="ff2">t<span class="_ _0"></span>ürü doğal veri </span></span></div><div class="t m0 x10 h3 y99b ff2 fs0 fc2 sc0 ls0 ws0">türlerinden biri olarak <span class="_ _0"></span>belirlenirse bu referans değeri <span class="_ _0"></span><span class="ff9 ls4">0 </span>olan<span class="_ _0"></span> bir geçici nesneye bağla<span class="_ _0"></span>nır. Daha ö<span class="_ _0"></span>nce değindiğimiz </div><div class="t m0 x10 h3 y99c ff2 fs0 fc2 sc0 ls0 ws0">“sözde başlangıç işlevi<span class="ff10">” (p<span class="_ _0"></span>seudo c<span class="_ _0"></span>onstruc<span class="ff9">tor) </span></span>ku<span class="_ _0"></span>ralını anımsayın.<span class="ff1"> </span></div><div class="t m0 x10 h3 y22c ff2 fs0 fc2 sc0 ls0 ws0">Varsayılan argüman olara<span class="_ _0"></span>k kullanılan ifad<span class="_ _0"></span>eye dayanılarak şablon<span class="_ _0"></span> parametresinin hangi türe ilişkin oldu<span class="_ _0"></span>ğu </div><div class="t m0 x10 h3 y516 ff2 fs0 fc2 sc0 ls0 ws0">bilgisi çıkarılamaz. Aşağıda<span class="_ _0"></span>ki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yd4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf93 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;typename T&gt; </div><div class="t m0 x11 h11 y1205 ff8 fs0 fc2 sc0 ls13 ws0">void func (T x = 42);<span class="ls0"> </span></div><div class="t m0 x1 h12 y1392 ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf16a" class="pf w0 h0" data-page-no="16a"><div class="pc pc16a w0 h0"><img class="bi xb y1393 w6 he6" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">362</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yba2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ydf8 ff8 fs0 fc2 sc0 ls13 ws0">func&lt;int&gt;();<span class="ls0"> <span class="_ _6e"> </span></span>// Geçerli. T int türü olarak<span class="ls0"> <span class="_ _6"></span><span class="ffc ls13">alınır.<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x12 h11 ydf9 ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> <span class="_ _5d"> </span></span><span class="ffc">// Geçersiz. T türünün ne olduğu bilgisi</span><span class="ls0"> <span class="_ _6"></span><span class="ffc ls13">çıkarılamaz.<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x1 h12 y57b ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yd47 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yf17 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y1394 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yd10 ff2 fs6 fc2 sc0 ls0 ws0">t<span class="_ _3"></span>y<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _b"></span>h<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ö<span class="_ _3"></span>z<span class="_ _3"></span>c<span class="_ _3"></span>ü<span class="_ _3"></span>ğ<span class="_ _3"></span>ü<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y108b ff2 fs0 fc2 sc0 ls0 ws0">Bir işlev şablonunu<span class="_ _0"></span>n parametresinin bildirimind<span class="_ _0"></span>e <span class="ff9">class <span class="ff1">v<span class="_ _0"></span>eya </span>typename <span class="_ _0"></span></span>anahtar sözcüklerinin ku<span class="_ _0"></span>llanılabileceğini </div><div class="t m0 x10 h3 y1195 ff1 fs0 fc2 sc0 ls0 ws0">biliyorsunuz. Ancak<span class="_ _0"></span> <span class="ff9">typename <span class="_ _0"></span><span class="ff2">anahtar sözcüğünü<span class="_ _0"></span>n ikinci bir kullanımı vardır. Burada <span class="_ _3"></span></span>class <span class="ff2">anahtar sözcüğü<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 y12dc ff9 fs0 fc2 sc0 ls0 ws0">typename <span class="_ _0"></span><span class="ff2">anahtar sözcüğünün yerine kullan<span class="_ _0"></span>ılamaz. Bir işlev şablonu için<span class="_ _0"></span>de şablon parametresine bağlı o<span class="_ _0"></span>larak </span></div><div class="t m0 x10 h3 y259 ff2 fs0 fc2 sc0 ls0 ws0">bir tür bilgisinin kullan<span class="_ _0"></span>ıldığını düşünelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1395 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1352 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T&gt; </div><div class="t m0 x11 h11 yf2d ff8 fs0 fc2 sc0 ls13 ws0">void func(T val)<span class="ls0"> </span></div><div class="t m0 x11 h11 y124f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ycc3 ff8 fs0 fc2 sc0 ls13 ws0">T::Dollar<span class="ls0"> </span>sum;<span class="ls0"> <span class="_ _79"> </span></span>//Geçersiz<span class="ls0"> </span></div><div class="t m0 x12 h11 ya9e ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 yca4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y374 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki işlev şablonu a<span class="_ _0"></span>na bloğu içinde <span class="_ _0"></span><span class="ff9">T::Dollar </span>bir tür <span class="_ _0"></span>bilgisi olarak kullan<span class="_ _0"></span>ılıyor. Burada <span class="_ _0"></span><span class="ff9">typename<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y9f8 ff2 fs0 fc2 sc0 ls0 ws0">anahtar sözcüğün<span class="_ _0"></span>ün kullanılması <span class="ff1">zoru<span class="_ _0"></span>nludur. </span></div><div class="t m0 x1 h3 y743 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5e4 ff8 fs0 fc2 sc0 ls13 ws0">typename T::Dollar sum;<span class="ls0"> </span></div><div class="t m0 x1 h15 y99a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1396 ff2 fs0 fc2 sc0 ls0 ws0">deyimiyle tanımlanan <span class="_ _0"></span><span class="ff9">sum T </span>türü<span class="_ _0"></span> hangi sınıfa ilişkin ise, o sın<span class="_ _0"></span>ıf türünün içinde b<span class="_ _0"></span>ildirilmiş olan <span class="_ _0"></span><span class="ff9">Dollar <span class="ff1">türün<span class="_ _0"></span>den </span></span></div><div class="t m0 x10 hc y1397 ff1 fs0 fc2 sc0 ls0 ws0">bir nesnedir.<span class="fs4"> </span></div><div class="t m0 x1 hc y1229 ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y565 ff2 fs6 fc2 sc0 ls0 ws0">ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1">n<span class="_ _b"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>t<span class="_ _b"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>p<span class="_ _3"></span>a<span class="_ _b"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>P<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _b"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _22"> </span> </span></div><div class="t m0 x10 h3 y1398 ff2 fs0 fc2 sc0 ls0 ws0">Şablonların, <span class="_ _0"></span>şablon parametreleri tür b<span class="_ _0"></span>elirten (<span class="ff9">type parame<span class="_ _0"></span>ter<span class="ff1">) ya da tü<span class="_ _0"></span>r belirtmeyen (</span>non t<span class="_ _0"></span>ype</span>) şeklinde </div><div class="t m0 x10 h3 y979 ff2 fs0 fc2 sc0 ls0 ws0">olabilir. Parametre yaz<span class="_ _0"></span>ılırken <span class="ff9">class <span class="ff1">ya d<span class="_ _0"></span>a </span>typename </span>an<span class="_ _0"></span>ahtar sözcüğü kullanılırsa parametr<span class="_ _0"></span>enin aslında herhan<span class="_ _0"></span>gi </div><div class="t m0 x10 h3 y3ca ff2 fs0 fc2 sc0 ls0 ws0">bir tür bilgisi ifade eden b<span class="_ _0"></span>ir anlama geldiği var<span class="_ _0"></span>sayılır. Fakat <span class="_ _0"></span><span class="ff9">class <span class="ff1">ya da <span class="_ _0"></span></span>typename <span class="_ _0"></span><span class="ff1">yerine </span>int<span class="ff1 ls17">, </span>long </span>gibi doğal </div><div class="t m0 x10 h3 y2df ff2 fs0 fc2 sc0 ls0 ws0">türlere ilişkin bir tür <span class="_ _0"></span>kullanılırsa bu duru<span class="_ _0"></span>mda şablon parametresi tür belirtmez. O türd<span class="_ _0"></span>en bir &quot;değişmez ifadesi&quot; </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf16b" class="pf w0 h0" data-page-no="16b"><div class="pc pc16b w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">363</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">belirtir. Bu durumda <span class="_ _0"></span>şablon işleve çağrı yapılırken, b<span class="_ _0"></span>u parametreler için bir d<span class="_ _0"></span>eği<span class="_ _0"></span>şmez ifadesi kullanılma<span class="_ _0"></span>sı </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">gerekir. Örneğin:<span class="ff1"> </span></div><div class="t m0 x11 h11 y362 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y1399 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;algorithm&gt; </div><div class="t m0 x11 h11 y139a ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdlib&gt; </div><div class="t m0 x11 h11 y4e ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;ctime&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y720 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y139b ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class T, size_t size, class R&gt; </div><div class="t m0 x11 h11 yf3e ff8 fs0 fc2 sc0 ls13 ws0">void display(R fptr)<span class="ls0"> </span></div><div class="t m0 x11 h11 y106d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y8e8 ff8 fs0 fc2 sc0 ls13 ws0">T a[size];<span class="ls0"> </span></div><div class="t m0 x1 h11 yc01 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y91f ff8 fs0 fc2 sc0 ls13 ws0">for (int k = 0; k &lt; size; ++k) </div><div class="t m0 x14 h11 yf54 ff8 fs0 fc2 sc0 ls13 ws0">a[k] =<span class="ls0"> </span>fptr();<span class="ls0"> </span></div><div class="t m0 x12 h11 y491 ff8 fs0 fc2 sc0 ls13 ws0">sort(a, a +<span class="ls0"> </span>size);<span class="ls0"> </span></div><div class="t m0 x13 h11 y56e ff8 fs0 fc2 sc0 ls13 ws0">for (int k = 0; k &lt; size; ++k) </div><div class="t m0 x1e h11 yf56 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; a[k] &lt;&lt; &quot; &quot;;<span class="ls0"> </span></div><div class="t m0 x13 h11 y1ff ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;<span class="ls0">\</span>n********************************&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y2b5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y32a ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y66b ff8 fs0 fc2 sc0 ls13 ws0">double drand()<span class="ls0"> </span></div><div class="t m0 x11 h11 y1342 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y139c ff8 fs0 fc2 sc0 ls13 ws0">return static_cast&lt;double&gt;(rand()) / RAND_MAX;<span class="ls0"> </span></div><div class="t m0 x11 h11 yed3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y512 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y148 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y832 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y515 ff8 fs0 fc2 sc0 ls13 ws0">srand(time(0)); </div><div class="t m0 x13 h11 ycd1 ff8 fs0 fc2 sc0 ls13 ws0">display&lt;int, 100&gt;(rand); </div><div class="t m0 x13 h11 y889 ff8 fs0 fc2 sc0 ls13 ws0">display&lt;double,<span class="ls0"> <span class="_ _3"></span>10<span class="_ _9"></span>&gt;(<span class="_ _9"></span>dran<span class="_ _9"></span>d)<span class="_ _9"></span>; </span></div><div class="t m0 x1 h12 yf92 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yb48 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc6d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 ycb8 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4a ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda <span class="_ _3"></span>ta<span class="_ _0"></span>nımlanan <span class="_ _3"></span>d<span class="_ _0"></span>isplay <span class="_ _3"></span>isimli <span class="_ _b"></span>işlevin <span class="_ _3"></span>üç <span class="_ _b"></span>şablon <span class="_ _b"></span>parametresi <span class="_ _b"></span>var. <span class="_ _3"></span>Bu<span class="_ _0"></span>nlardan <span class="_ _b"></span>ikincisi <span class="_ _3"></span>tü<span class="_ _0"></span>re <span class="_ _3"></span>bağlı <span class="_ _3"></span>o<span class="_ _0"></span>lmayan </div><div class="t m0 x10 h3 y139d ff2 fs0 fc2 sc0 ls0 ws0">bir parametre. Bu param<span class="_ _0"></span>etreye karşılık gelen değ<span class="_ _0"></span>er işlev çağrısında belirlen<span class="_ _0"></span>melidir.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf16c" class="pf w0 h0" data-page-no="16c"><div class="pc pc16c w0 h0"><img class="bi xb y139e w6 he7" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">364</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin amacı belirli türden <span class="_ _0"></span><span class="ff9 ls66">N </span>tane rastgele değeri kü<span class="_ _0"></span>çükten büyüğe d<span class="_ _0"></span>oğru ekrana yazdırmak. Şablon<span class="_ _0"></span>un türe </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">bağlı birinci parametresi y<span class="_ _0"></span>azdırılacak rastgele değerler<span class="_ _0"></span>in türünü b<span class="_ _0"></span>elirliyor. Şablonun ikinci yani t<span class="_ _0"></span>ür dışı </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">parametresi rastgele d<span class="_ _0"></span>eğerlerin sayısını b<span class="_ _0"></span>elirliyor. Şablonun tü<span class="_ _0"></span>re bağlı olan üçüncü<span class="_ _0"></span> parametresi rastgele sayı </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">üretiminde kullanılacak işle<span class="_ _0"></span>vin türünü b<span class="_ _0"></span>elirliyor. Aşağıdaki çağrıyı inceleyelim:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y4ee ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1207 ff8 fs0 fc2 sc0 ls13 ws0">display&lt;double, 10&gt;(drand);<span class="ls0"> </span></div><div class="t m0 x1 h2a y139f ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y113e ff2 fs0 fc2 sc0 ls0 ws0">Derleyicinin bu şablon<span class="_ _0"></span>dan üreteceği işlevin çağrılma<span class="_ _0"></span>sıyla <span class="ff9">dr<span class="_ _0"></span>and </span>işlevi kullanılarak <span class="_ _0"></span><span class="ff9 ls4">10 </span><span class="ff1">tane <span class="ff9">do<span class="_ _0"></span>uble </span></span>türden d<span class="_ _0"></span>eğer </div><div class="t m0 x10 h3 y13a0 ff2 fs0 fc2 sc0 ls0 ws0">elde edilir. Bu değerler sıra<span class="_ _0"></span>lı bir biçimde ekrana yazd<span class="_ _0"></span>ırılır. İşlev şablonu içinde tü<span class="_ _0"></span>r dışı parametre olan <span class="_ _0"></span><span class="ff9">size <span class="_ _0"></span></span>işlev </div><div class="t m0 x10 h3 yd61 ff2 fs0 fc2 sc0 ls0 ws0">tanımı içindeki dizinin b<span class="_ _0"></span>oyutu olarak kullan<span class="_ _0"></span>ılıyor. Çağrılan <span class="_ _0"></span><span class="ff9">sort </span>işlevi ise <span class="ff9">S<span class="_ _0"></span>TL</span>&apos;in standart bir işlev şablon<span class="_ _0"></span>udur.<span class="ff1"> </span></div><div class="t m0 x1 h10 y369 ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y13a1 ff1 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _b"></span>C<span class="_ _3"></span>+<span class="_ _3"></span>+<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span></span> <span class="_ _3"></span>K<span class="_ _3"></span>ü<span class="_ _3"></span>t<span class="_ _b"></span>ü<span class="_ _3"></span>p<span class="_ _3"></span>h<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _b"></span>e<span class="_ _3"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> </div><div class="t m0 x10 h3 y102 ff9 fs0 fc2 sc0 ls0 ws0">STL (Standard Temp<span class="_ _0"></span>late Library) <span class="ff2">ilk kez 90‟ <span class="_ _0"></span>lı yılların başlarınd<span class="_ _0"></span>a kullanılmaya başlamıştır. D<span class="_ _0"></span>aha sonra alınan<span class="_ _0"></span> bir </span></div><div class="t m0 x10 h3 y13a2 ff1 fs0 fc2 sc0 ls0 ws0">kararla <span class="ff9">STL<span class="ff2">&apos;in C++&apos;ın stand<span class="_ _0"></span>art kütü<span class="_ _0"></span>phanesi yapılmasına karar verilmi<span class="_ _0"></span>ştir. 1998 standart<span class="_ _3"></span>larıyla çeşitli eklentilerle </span></span></div><div class="t m0 x10 h3 y13a3 ff9 fs0 fc2 sc0 ls0 ws0">STL, <span class="ff2">C++‟ın standar<span class="_ _0"></span>t kütüphanesi yapılmıştır.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 yd9f ff9 fs0 fc2 sc0 ls0 ws0">STL <span class="ff2">işlev ve sınıf şablonların<span class="_ _0"></span>dan oluşur. <span class="_ _0"></span>Bu işlev ve sınıf şablonların<span class="_ _0"></span>ın tanımları çeşitli başlı<span class="_ _0"></span>k dosyalarının içine </span></div><div class="t m0 x10 h3 y521 ff2 fs0 fc2 sc0 ls0 ws0">yerleştirilmiştir. Örneğin, <span class="_ _0"></span><span class="ff9">&lt;algorithm&gt; <span class="_ _0"></span></span>isimli başlık dosyasın<span class="_ _0"></span>da çok say<span class="_ _0"></span>ıda standart işlev şablonu vard<span class="_ _0"></span>ır. <span class="ff9">S<span class="_ _0"></span>TL </span></div><div class="t m0 x10 h3 y987 ff2 fs0 fc2 sc0 ls0 ws0">deki tüm işlev ve sınıf şablonl<span class="_ _0"></span>arı <span class="ff9">std <span class="_ _0"></span></span>isim alanı içinde tanımlan<span class="_ _0"></span>mıştır. Bu nedenle program<span class="_ _0"></span>cının bunları </div><div class="t m0 x10 h3 y13a4 ff2 fs0 fc2 sc0 ls0 ws0">kullanırken, <span class="ff9">std <span class="_ _0"></span></span>isim alanını dikkate alması gerekir. Kütüp<span class="_ _0"></span>hanedeki global işlev şab<span class="_ _0"></span>lonları <span class="_ _0"></span><span class="ff9">algoritma <span class="ff1">o<span class="_ _0"></span>larak </span></span></div><div class="t m0 x10 h3 y1227 ff2 fs0 fc2 sc0 ls0 ws0">isimlendirilir. Sınıf şablonları i<span class="_ _0"></span>se farklı veri yapıların<span class="_ _0"></span>ın kodlanması amacıyla tan<span class="_ _0"></span>ımlamıştır. Algoritmalar <span class="_ _0"></span><span class="ff9">ite<span class="_ _0"></span>rator </span></div><div class="t m0 x10 h3 y77c ff2 fs0 fc2 sc0 ls0 ws0">kavramı kullanılarak sını<span class="_ _0"></span>f şablonlarıyla b<span class="_ _0"></span>ütünleştirilmiştir. “İteratörler”, nesne tu<span class="_ _0"></span>tan sınıflar üzerinde b<span class="_ _0"></span>azı </div><div class="t m0 x10 h3 y5f9 ff2 fs0 fc2 sc0 ls0 ws0">genelleştirilmiş işlemlerin yap<span class="_ _0"></span>ılmasını sağlayan<span class="_ _0"></span> göstericiler ya da <span class="_ _0"></span>akıllı göstericilerdir (<span class="_ _0"></span><span class="ff9">smart <span class="_ _0"></span>pointers<span class="ff1 ls22">).<span class="ls0"> </span></span></span></div><div class="t m0 x1 h3 y4b2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y742 ff1 fs6 fc2 sc0 ls0 ws0">Ö<span class="_ _3"></span>r<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>T<span class="_ _3"></span>L<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _b"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y244 ff9 fs0 fc2 sc0 ls0 ws0">STL<span class="ff2">&apos;de çok sayıda işle<span class="_ _0"></span>v şablonu bu<span class="_ _0"></span>lunur. Bu işlev şablonları, yap<span class="_ _0"></span>tıkları işlere göre çeşitli gruplara<span class="_ _0"></span> ayrılmıştır. </span></div><div class="t m0 x10 h3 y1e7 ff2 fs0 fc2 sc0 ls0 ws0">İyi bir <span class="ff9">STL </span>ku<span class="_ _0"></span>llanımı için özel bir eğitim gerekir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1126 ff2 fs0 fc2 sc0 ls0 ws0">Bu işlev şablonlarının ku<span class="_ _0"></span>llanılabilmesi için yapılma<span class="_ _0"></span>sı gereken o şablonu<span class="_ _0"></span>n bulunduğu b<span class="_ _0"></span>aşlık dosyasını kaynak </div><div class="t m0 x10 h3 yaca ff1 fs0 fc2 sc0 ls0 ws0">koda eklemektir. <span class="ff9">S<span class="_ _0"></span>TL <span class="ff2">işlevlerinin bü<span class="_ _0"></span>yük çoğunluğu istenilen bir veri yap<span class="_ _0"></span>ısı üzerinde (dinam<span class="_ _0"></span>ik dizi, bağlı liste, ikili<span class="_ _3"></span></span></span> </div><div class="t m0 x10 h3 yf38 ff2 fs0 fc2 sc0 ls0 ws0">ağaç) işlem yapmaktadır. Dizil<span class="_ _0"></span>er de bir veri yapısı olara<span class="_ _0"></span>k ele alındıklarından<span class="_ _0"></span>, bir çok <span class="_ _0"></span><span class="ff9">STL </span>işlev şab<span class="_ _0"></span>lonu diziler </div><div class="t m0 x10 h3 y118a ff2 fs0 fc2 sc0 ls0 ws0">üzerinde de işlem yapab<span class="_ _0"></span>ilir. Bu işlevler daha sonra a<span class="_ _0"></span>yrıntılı olarak ele alacağımız <span class="_ _3"></span><span class="ff9">iterator </span>mantığına </div><div class="t m0 x10 h3 yf27 ff2 fs0 fc2 sc0 ls0 ws0">dayandırılmıştır. Algorit<span class="_ _0"></span>maların çoğu <span class="_ _0"></span>bir veri yapısında bulu<span class="_ _0"></span>nan ilk elemanının ve sond<span class="_ _0"></span>an bir sonraki elemanın<span class="_ _0"></span>ın </div><div class="t m0 x10 h3 yed6 ff2 fs0 fc2 sc0 ls0 ws0">konum bilgisini alacak biçimd<span class="_ _0"></span>e düzenlenmiştir. Algorit<span class="_ _0"></span>maların çoğu n<span class="_ _0"></span>ormal diziler için de ku<span class="_ _0"></span>llanılabilir. Normal </div><div class="t m0 x10 h3 y13a5 ff2 fs0 fc2 sc0 ls0 ws0">bir dizi söz konu<span class="_ _0"></span>su olduğunda, dizinin ilk elemanının ve <span class="_ _0"></span>son elemand<span class="_ _0"></span>an b<span class="_ _0"></span>ir sonraki elemanın adresi algoritmaya </div><div class="t m0 x10 h3 y111c ff2 fs0 fc2 sc0 ls0 ws0">geçilerek, algoritmanın d<span class="_ _0"></span>izinin tüm elemanları ü<span class="_ _0"></span>zerinde iş yapması sağlan<span class="_ _0"></span>abilir. Aşağıda <span class="_ _0"></span><span class="ff9">S<span class="_ _0"></span>TL</span>&apos;de bulunan baz<span class="_ _0"></span>ı </div><div class="t m0 x10 h3 ya31 ff2 fs0 fc2 sc0 ls0 ws0">işlev şablonları örnek olarak <span class="_ _0"></span>veriliyor. <span class="ff9">STL </span>b<span class="_ _0"></span>ölümünde tüm işlev şablon<span class="_ _0"></span>larını tek tek ele al<span class="_ _0"></span>acağız.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b y453 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 yc9d ff1 fs0 fc8 sc0 ls0 ws0">s<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span><span class="ls67">t </span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _b"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _b"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span></span>u<span class="_ _b"></span> </div><div class="t m0 x10 h3 ydb5 ff2 fs0 fc2 sc0 ls0 ws0">Elemanları bellekte ardışıl olar<span class="_ _0"></span>ak yer alan bir veri yap<span class="_ _0"></span>ısında tutulan elemanları sırala<span class="_ _0"></span>mak için ku<span class="_ _0"></span>llanılır. </div><div class="t m0 x10 h3 y1153 ff2 fs0 fc2 sc0 ls0 ws0">Şablonun b<span class="_ _0"></span>ildirimi aşağıdaki gibidir:<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">365</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h1b y13a7 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y13a8 ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class RandomIt&gt;<span class="ls0"> </span></div><div class="t m0 x10 h11 y106b ff8 fs0 fc2 sc0 ls13 ws0">void sort(RandomIt first, RandomIt last);<span class="ls0"> </span></div><div class="t m0 x1 h1c y13a9 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8f5 ff2 fs0 fc2 sc0 ls0 ws0">Herhangi türden b<span class="_ _0"></span>ir dizi ya da dinamik bir dizi söz <span class="_ _0"></span>konusu olduğun<span class="_ _0"></span>da işlevin <span class="_ _0"></span><span class="ff9">first <span class="ff1">ve </span>last </span>isi<span class="_ _0"></span>mli çağrı </div><div class="t m0 x10 h3 y215 ff2 fs0 fc2 sc0 ls0 ws0">parametrelerine, sıralanaca<span class="_ _0"></span>k dizinin ilk elemanının v<span class="_ _0"></span>e son elemandan bir son<span class="_ _0"></span>raki nesnenin adresi </div><div class="t m0 x10 h3 yb9a ff1 fs0 fc2 sc0 ls0 ws0">geçilmelidir. </div><div class="t m0 x1 hd y6de ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y6f9 ff1 fs0 fc8 sc0 ls0 ws0">f<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _b"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span></span>u<span class="_ _b"></span> </div><div class="t m0 x10 h3 y424 ff9 fs0 fc2 sc0 ls0 ws0">find <span class="_ _c"> </span><span class="ff2">işlev <span class="_ _c"> </span>şablon<span class="_ _0"></span>u <span class="_ _c"> </span>ile <span class="_ _d"> </span>bir <span class="_ _c"> </span>veri <span class="_ _d"> </span>yapısında <span class="_ _c"> </span>b<span class="_ _0"></span>ir <span class="_ _c"> </span>değer <span class="_ _c"> </span>sıralı<span class="_ _0"></span> <span class="_ _c"> </span>bir <span class="_ _c"> </span>biçimde<span class="_ _0"></span> <span class="_ _c"> </span>aranır, <span class="_ _c"> </span>aran<span class="_ _0"></span>an <span class="_ _c"> </span>değer <span class="_ _c"> </span>bulu<span class="_ _0"></span>nursa </span></div><div class="t m0 x10 h3 y13aa ff2 fs0 fc2 sc0 ls0 ws0">bulunduğu<span class="_ _0"></span> <span class="_ _0"></span>yerin <span class="_ _0"></span>konu<span class="_ _0"></span>m <span class="_ _0"></span>bilgisi <span class="_ _0"></span>ile <span class="_ _0"></span>bulunamaz <span class="_ _3"></span>ise <span class="_ _0"></span>son <span class="_ _0"></span>elema<span class="_ _0"></span>ndan <span class="_ _0"></span>bir <span class="_ _3"></span>sonraki <span class="_ _0"></span>elemanın <span class="_ _0"></span>konu<span class="_ _0"></span>m <span class="_ _0"></span>bilgisiyle <span class="_ _0"></span>geri </div><div class="t m0 x10 h3 y19d ff1 fs0 fc2 sc0 ls0 ws0">dönülür: </div><div class="t m0 x1 h1b yc2 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydef ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class InputIt, class ValueType&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y83c ff8 fs0 fc2 sc0 ls13 ws0">InputIt find(InputIt first, InputIt last, const ValueType&amp; val);<span class="ls0"> </span></div><div class="t m0 x1 h1c yce8 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 ya7e ff1 fs0 fc8 sc0 ls0 ws0">c<span class="_ _3"></span>o<span class="_ _3"></span>p<span class="_ _3"></span>y<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _b"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span> <span class="_ _b"></span><span class="ff2">Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span></span>u<span class="_ _b"></span> </div><div class="t m0 x10 h3 y1275 ff9 fs0 fc2 sc0 ls0 ws0">copy <span class="ff2">işlev şablonu b<span class="_ _0"></span>ir veri yapısındaki elemanları bir b<span class="_ _0"></span>aşka veri yapısına ko<span class="_ _0"></span>pyalamak için kullan<span class="_ _0"></span>ılır. İşlev, </span></div><div class="t m0 x10 h3 y66b ff2 fs0 fc2 sc0 ls0 ws0">kopyalanacak <span class="_ _0"></span>veri yapısındaki ilk ve sondan<span class="_ _0"></span> bir sonraki elemanın k<span class="_ _0"></span>onum bilgileri<span class="_ _0"></span>ni ve kopyalamanın<span class="_ _0"></span> yapılacağı </div><div class="t m0 x10 h3 yc07 ff2 fs0 fc2 sc0 ls0 ws0">hedef veri yapısındaki ilk el<span class="_ _0"></span>emanın konu<span class="_ _0"></span>m bilgisini alır. İşlev hedef veri yapısındaki son<span class="_ _0"></span>dan bir sonraki eleman<span class="_ _0"></span>ın </div><div class="t m0 x10 h3 y108 ff1 fs0 fc2 sc0 ls0 ws0">konum bilgisiyle geri döner:<span class="_ _0"></span> </div><div class="t m0 x1 h16 y3a4 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y243 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;class InputIt, class OutputIt&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 yc1b ff8 fs0 fc2 sc0 ls13 ws0">OutputIterator<span class="ls0"> </span></div><div class="t m0 x11 h11 y27e ff8 fs0 fc2 sc0 ls13 ws0">copy (InputIt sourceBeg, InputIt sourceEnd, OutputItdestBeg);<span class="ls0"> </span></div><div class="t m0 x1 h1c ydbd ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y18c ff1 fs0 fc8 sc0 ls0 ws0">r<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>o<span class="_ _3"></span>m<span class="_ _3"></span>_<span class="_ _b"></span>s<span class="_ _3"></span>h<span class="_ _3"></span>u<span class="_ _3"></span>f<span class="_ _3"></span>f<span class="_ _3"></span>l<span class="_ _b"></span>e<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _b"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">Ş<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _b"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _b"></span></span>u<span class="_ _3"></span> </div><div class="t m0 x10 h3 yba0 ff2 fs0 fc2 sc0 ls0 ws0">Bellekte bitişik olarak yer alan<span class="_ _0"></span> bir veri yapısında tu<span class="_ _0"></span>tulan elemanları ka<span class="_ _0"></span>rıştırmak için kullanılır. Karıştır<span class="_ _0"></span>ma </div><div class="t m0 x10 h3 ye6c ff2 fs0 fc2 sc0 ls0 ws0">işlemi rastgele elemanların y<span class="_ _0"></span>er değiştirmesiyle yapılan<span class="_ _0"></span> bir işlemdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y612 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y20c ff8 fs0 fc2 sc0 ls13 ws0">template&lt;class T&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 ya06 ff8 fs0 fc2 sc0 ls13 ws0">void random_shuffle(RandomIt first, RandomIt last);<span class="ls0"> </span></div><div class="t m0 x1 h2a y13ab ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 yfe8 ff1 fs0 fc8 sc0 ls0 ws0">f<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span>_<span class="_ _3"></span>e<span class="_ _3"></span>a<span class="_ _3"></span>c<span class="_ _3"></span>h<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _b"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span> <span class="_ _3"></span><span class="ff2">Ş<span class="_ _3"></span></span>a<span class="_ _3"></span>b<span class="_ _b"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>u<span class="_ _b"></span> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf16e" class="pf w0 h0" data-page-no="16e"><div class="pc pc16e w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">366</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd94 ff2 fs0 fc2 sc0 ls0 ws0">Bir veri yapısındaki tü<span class="_ _0"></span>m elemanların belirli bir işlemden g<span class="_ _0"></span>eçirilmesi amacıyla k<span class="_ _0"></span>ullanılır. Şablonun<span class="_ _0"></span> bildirimi </div><div class="t m0 x10 h3 yd95 ff2 fs0 fc2 sc0 ls0 ws0">aşağıdaki gibidir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b ycff ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y13ac ff8 fs0 fc2 sc0 ls13 ws0">template<span class="ls0"> </span>&lt;class<span class="ls0"> </span>InputIt,<span class="ls0">  </span>class<span class="ls0"> U</span>naryProc&gt;<span class="ls0"> </span></div><div class="t m0 x11 h11 y967 ff8 fs0 fc2 sc0 ls13 ws0">UnaryProc<span class="ls0"> </span></div><div class="t m0 x11 h11 y6c2 ff8 fs0 fc2 sc0 ls13 ws0">for_each (InputIt <span class="ff15">beg, </span>InputIt <span class="ff15">end, </span>UnaryProc <span class="ff15">op</span><span class="ls0">) </span></div><div class="t m0 x1 h22 y13ad ff8 fs11 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y13ae ff2 fs0 fc2 sc0 ls0 ws0">Veri yapısının <span class="ff9">(first la<span class="_ _0"></span>st) </span>aralığındak<span class="_ _0"></span>i tüm elemanlar <span class="ff9 ls68">op </span>çağrı p<span class="_ _0"></span>arametresiyle belirlenen işleve argü<span class="_ _0"></span>man </div><div class="t m0 x10 h3 y28d ff1 fs0 fc2 sc0 ls0 ws0">olarak gönderilir. </div><div class="t m0 x10 h3 yc00 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıda örnek olarak verilen i<span class="_ _0"></span>şlev şablonlarına ili<span class="_ _0"></span>şkin örnek<span class="_ _0"></span><span class="ff1"> bir kod veriliyor:<span class="_ _0"></span> </span></div><div class="t m0 x1 hd y1bd ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yfe2 ff8 fs0 fc2 sc0 ls13 ws0">template &lt;typename T&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 y11db ff8 fs0 fc2 sc0 ls13 ws0">void display(T begin, T end)<span class="ls0"> </span></div><div class="t m0 x1c h11 y444 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y104 ff8 fs0 fc2 sc0 ls13 ws0">for (T iter = begin; iter != end; ++iter) </div><div class="t m0 x4c h11 y13af ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; *iter &lt;&lt; &quot; &quot;;<span class="ls0"> </span></div><div class="t m0 x13 h11 y9b8 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1c h11 yc2e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 ya29 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y4f9 ff8 fs0 fc2 sc0 ls13 ws0">void func(int &amp;r)<span class="ls0"> </span></div><div class="t m0 x1c h11 y1244 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y135c ff8 fs0 fc2 sc0 ls13 ws0">r %= 5;<span class="ls0"> </span></div><div class="t m0 x1c h11 y512 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y2f0 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y5cc ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 y6ec ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;algorithm&gt; </div><div class="t m0 x1c h11 yb63 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdlib&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 y5a4 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y13b0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y125d ff8 fs0 fc2 sc0 ls13 ws0">const int size = 20; </div><div class="t m0 x13 h11 y1311 ff8 fs0 fc2 sc0 ls13 ws0">int a[size];<span class="ls0"> </span></div><div class="t m0 x13 h11 y4d0 ff8 fs0 fc2 sc0 ls13 ws0">for (int k = 0; k &lt; size; ++k) </div><div class="t m0 x4c h11 y13b1 ff8 fs0 fc2 sc0 ls13 ws0">a[k] = rand() % 100;<span class="ls0"> </span></div><div class="t m0 x13 h11 yda3 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a dizisi yazdırılıyor&quot; &lt;&lt; endl; </div><div class="t m0 x13 h11 y6a2 ff8 fs0 fc2 sc0 ls13 ws0">display(a, a + size);<span class="ls0"> </span></div><div class="t m0 x13 h11 y13b2 ff8 fs0 fc2 sc0 ls13 ws0">sort(a, a + size);<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf16f" class="pf w0 h0" data-page-no="16f"><div class="pc pc16f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">367</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y116 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a dizisi sıralandı&quot; &lt;&lt; endl; </div><div class="t m0 x13 h11 y456 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a dizisi yazdırılıyor&quot; &lt;&lt; en<span class="ff8">dl; </span></div><div class="t m0 x13 h11 y736 ff8 fs0 fc2 sc0 ls13 ws0">display(a, a + size);<span class="ls0"> </span></div><div class="t m0 x13 h11 y212 ff8 fs0 fc2 sc0 ls13 ws0">random_shuffle(a, a + size);<span class="ls0"> </span></div><div class="t m0 x13 h11 y5d9 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a dizisi karıştırıldı<span class="ff8 ls0">\</span>na dizisi yazdırılıyor&quot; &lt;&lt; endl; </div><div class="t m0 x13 h11 y351 ff8 fs0 fc2 sc0 ls13 ws0">display(a, a + size);<span class="ls0"> </span></div><div class="t m0 x13 h11 y7d3 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;dizide aranacak değeri girin : &quot;; </div><div class="t m0 x13 h11 y551 ff8 fs0 fc2 sc0 ls13 ws0">int val;<span class="ls0"> </span></div><div class="t m0 x13 h11 y10cc ff8 fs0 fc2 sc0 ls13 ws0">cin &gt;&gt; val;<span class="ls0"> </span></div><div class="t m0 x13 h11 y553 ff8 fs0 fc2 sc0 ls13 ws0">int *ptr = find(a, a + size, val); </div><div class="t m0 x13 h11 y73a ff8 fs0 fc2 sc0 ls13 ws0">if (ptr == a + size)<span class="ls0"> </span></div><div class="t m0 x4c h11 y354 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;dizide &quot; &lt;&lt; val &lt;&lt; &quot; degeri bulunamadı!&quot; &lt;&lt; endl; </div><div class="t m0 x13 h11 y6ae ff8 fs0 fc2 sc0 ls13 ws0">else {<span class="ls0"> </span></div><div class="t m0 x4c h11 y13b3 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;bulundu!&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x4c h11 y291 ff8 fs0 fc2 sc0 ls13 ws0">*ptr *= *ptr;<span class="ls0"> </span></div><div class="t m0 x4c h11 ydef ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;a dizisi yazdırılıyor&quot; &lt;&lt; endl; </div><div class="t m0 x4c h11 ydf0 ff8 fs0 fc2 sc0 ls13 ws0">display(a, a + size);<span class="ls0"> </span></div><div class="t m0 x13 h11 y1293 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y13b4 ff8 fs0 fc2 sc0 ls13 ws0">int b[size];<span class="ls0"> </span></div><div class="t m0 x1a h11 yf6a ff8 fs0 fc2 sc0 ls13 ws0">copy(a, a + size,<span class="ls0"> </span>b);<span class="ls0"> </span></div><div class="t m0 x13 h11 y11bf ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;b dizisi yazdırılıyor&quot; &lt;&lt; <span class="ff8 ls0">en<span class="_ _6"></span>dl; </span></div><div class="t m0 x1a h11 ya9 ff8 fs0 fc2 sc0 ls13 ws0">display(b, b +<span class="ls0"> <span class="_ _9"></span>size);<span class="_ _0"></span> </span></div><div class="t m0 x13 h11 y55c ff8 fs0 fc2 sc0 ls13 ws0">for_each(b, b + size, func);<span class="ls0"> </span></div><div class="t m0 x1a h11 y13b5 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;for_each işlevinden sonra b dizisi yazdırılıyor&quot; &lt;&lt; endl; </div><div class="t m0 x1a h11 y1035 ff8 fs0 fc2 sc0 ls13 ws0">display(b, b + size);<span class="ls0"> </span></div><div class="t m0 x13 h11 y13b6 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x13 h11 yce3 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf170" class="pf w0 h0" data-page-no="170"><div class="pc pc170 w0 h0"><img class="bi xb y27 w6 ha" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3">3<span class="ls4">68</span></span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hb y28 ff5 fs3 fc3 sc0 ls0 ws0">Ç<span class="_ _3"></span>A<span class="_ _3"></span>L<span class="_ _3"></span>I<span class="_ _3"></span>Ş<span class="_ _3"></span>M<span class="_ _3"></span>A<span class="_ _3"></span> <span class="_ _3"></span>Z<span class="_ _3"></span>A<span class="_ _3"></span>M<span class="_ _0"></span>A<span class="_ _3"></span>N<span class="_ _b"></span>I<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>A<span class="_ _3"></span>T<span class="_ _3"></span>A<span class="_ _3"></span>L<span class="_ _b"></span><span class="ff3">A<span class="_ _3"></span>R<span class="_ _3"></span>I<span class="_ _3"></span>N<span class="_ _3"></span>I<span class="_ _3"></span>N<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>A<span class="_ _3"></span>K<span class="_ _3"></span>A<span class="_ _3"></span>L<span class="_ _3"></span>A<span class="_ _3"></span>N<span class="_ _3"></span>M<span class="_ _3"></span>A<span class="_ _3"></span>S<span class="_ _3"></span>I<span class="_ _3"></span> <span class="_ _3"></span>V<span class="_ _b"></span></span>E<span class="_ _3"></span> <span class="_ _3"></span>İ<span class="_ _3"></span>Ş<span class="_ _3"></span>L<span class="_ _3"></span>E<span class="_ _3"></span>N<span class="_ _3"></span>M<span class="_ _3"></span>E<span class="_ _3"></span>S<span class="_ _3"></span>İ<span class="_ _b"></span><span class="ff3"> </span></div><div class="t m0 x10 h3 ycbc ff2 fs0 fc2 sc0 ls0 ws0">Çalışan programlarda her<span class="_ _0"></span>şey beklendiği gibi ge<span class="_ _0"></span>lişmeyebilir. Oluşturu<span class="_ _0"></span>lan programların çalı<span class="_ _0"></span>şmasında </div><div class="t m0 x10 h3 ycbd ff2 fs0 fc2 sc0 ls0 ws0">beklenmedik duru<span class="_ _0"></span>mlar ortaya çıkabilir. Örneğin p<span class="_ _0"></span>rogramın çalışması anın<span class="_ _0"></span>da bir dosyanın açılma<span class="_ _0"></span>sı gerekiyor </div><div class="t m0 x10 h3 y2c7 ff2 fs0 fc2 sc0 ls0 ws0">iken çeşitli nedenlerden b<span class="_ _0"></span>u dosya açılamayab<span class="_ _0"></span>ilir. <span class="ff9 ls69">He<span class="ls14">ap </span></span>alan<span class="_ _0"></span>ından (C++ dilindeki ismiyle <span class="_ _0"></span><span class="ff9">free store<span class="ff1">&apos;dan<span class="_ _0"></span>) </span></span></div><div class="t m0 x10 h3 y405 ff2 fs0 fc2 sc0 ls0 ws0">yapılmaya çalışılan bir d<span class="_ _0"></span>inamik yer ayırma işlemi, y<span class="_ _0"></span>eteri kadar boş alan<span class="_ _0"></span> olmadığı için başar<span class="_ _0"></span>ısız olabilir. Programı </div><div class="t m0 x10 h3 yc26 ff2 fs0 fc2 sc0 ls0 ws0">kullanan kişinin gird<span class="_ _0"></span>iği veri ya da veriler, progra<span class="_ _0"></span>mın beklediği doğrultu<span class="_ _0"></span>da, kabul edile<span class="_ _0"></span>bilir sınırlar <span class="_ _0"></span>içinde </div><div class="t m0 x10 h3 y1030 ff2 fs0 fc2 sc0 ls0 ws0">olmayabilir. Program içind<span class="_ _0"></span>e beklenmedik bir verin<span class="_ _0"></span>in işlenmesi sonucu sıfıra bö<span class="_ _0"></span>lme işlemi yap<span class="_ _0"></span>ılıyor olabilir. Bir </div><div class="t m0 x10 h3 y13b7 ff2 fs0 fc2 sc0 ls0 ws0">dizinin bir elemanına b<span class="_ _0"></span>ir atama yapılmak istenirken, ay<span class="_ _0"></span>rılmış olan bir b<span class="_ _0"></span>ellek alanının dışına yan<span class="_ _0"></span>lışlıkla erişmek </div><div class="t m0 x10 h3 yaaa ff1 fs0 fc2 sc0 ls0 ws0">söz kon<span class="ff2">usu olab<span class="_ _0"></span>ilir. Buna benzer beklenmedik <span class="_ _0"></span>durumlara C++ programcıl<span class="_ _0"></span>ığında <span class="_ _0"></span><span class="ff9">&quot;exceptio<span class="_ _0"></span>n&quot; </span>denir. Bir işlev </span></div><div class="t m0 x10 h3 yc16 ff2 fs0 fc2 sc0 ls0 ws0">içinde böyle bir hat<span class="_ _0"></span>a oluştuğunda n<span class="_ _0"></span>e yapılmalıdır? Eğer ne yapılması gerektiğ<span class="_ _0"></span>i açık bir şekilde biliniyorsa, b<span class="_ _0"></span>ir </div><div class="t m0 x10 h3 ydad ff2 fs0 fc2 sc0 ls0 ws0">hatanın olu<span class="_ _0"></span>şması durumunda yapılması gerekenl<span class="_ _0"></span>er yap<span class="_ _0"></span>ılabilir. Ancak temel sorun şud<span class="_ _0"></span>ur: Dışarıya hizmet </div><div class="t m0 x10 h3 y409 ff2 fs0 fc2 sc0 ls0 ws0">vermek amacıyla tanımlan<span class="_ _0"></span>an bir işlev, ne duru<span class="_ _0"></span>mda çağrılmış olduğunu b<span class="_ _0"></span>ilemez, yani çoğu zaman t<span class="_ _0"></span>anımlanan </div><div class="t m0 x10 h3 y4c2 ff2 fs0 fc2 sc0 ls0 ws0">işlevin içinde bir hata d<span class="_ _0"></span>urumu oluştuğu sapta<span class="_ _0"></span>nabilse de, ne yap<span class="_ _0"></span>ılması gerektiği konusunda yeter<span class="_ _3"></span><span class="ff1">li bilgi yoktur. </span></div><div class="t m0 x10 h3 y17d ff2 fs0 fc2 sc0 ls0 ws0">Hata oluştuğu z<span class="_ _0"></span>aman ne yapılması gerektiğine çoğu z<span class="_ _0"></span>aman, içinde hata olu<span class="_ _0"></span>şan işlevi çağıran kodlar <span class="_ _0"></span>tarafından </div><div class="t m0 x10 h3 y91f ff1 fs0 fc2 sc0 ls0 ws0">karar verebilir.<span class="_ _0"></span> </div><div class="t m0 x10 h3 y7c3 ff2 fs0 fc2 sc0 ls0 ws0">O zaman içinde hat<span class="_ _0"></span>a oluşan işlevin sorumlulu<span class="_ _0"></span>ğu hata duru<span class="_ _0"></span>munu kendisini çağıran işlevlere b<span class="_ _0"></span>ildirmektir. </div><div class="t m0 x10 h3 y556 ff2 fs0 fc2 sc0 ls0 ws0">İçinde hata olu<span class="_ _0"></span>şan kod, kendisini çağıracak işl<span class="_ _0"></span>evleri bu durumdan<span class="_ _0"></span> haberdar etmelidir. Böy<span class="_ _0"></span>lece bu işlevi </div><div class="t m0 x10 h3 y557 ff2 fs0 fc2 sc0 ls0 ws0">çağırmış olan işlevler, hat<span class="_ _0"></span>a durumu hak<span class="_ _0"></span>kında bilgi sahibi olduklarınd<span class="_ _0"></span>a, gerekirse bir önlem alma şansına </div><div class="t m0 x10 h3 y558 ff1 fs0 fc2 sc0 ls0 ws0">sahip olur. </div><div class="t m0 x10 h3 yd27 ff2 fs0 fc2 sc0 ls0 ws0">Peki bir işlev içinde bir ça<span class="_ _0"></span>lışma zamanınd<span class="_ _0"></span>a beklenmedik b<span class="_ _0"></span>ir durumun oluşması durumun<span class="_ _0"></span>da ne yapılab<span class="_ _0"></span>ilir? </div><div class="t m0 x10 h3 y83e ff2 fs0 fc2 sc0 ls0 ws0">Programcı bu duru<span class="_ _0"></span>mda, programı kullanan<span class="_ _0"></span>ın bir zarar görmemesi için n<span class="_ _0"></span>e gibi önlemler alab<span class="_ _0"></span>ilir? İşte </div><div class="t m0 x10 h3 ye1a ff9 fs0 fc2 sc0 ls0 ws0">exception hand<span class="_ _0"></span>ling <span class="ff2">(Çalışma zamanı h<span class="_ _0"></span>atalarının yak<span class="_ _0"></span>alanması ve işlenmesi) C++ dilinin do<span class="_ _0"></span>ğal araçları<span class="_ _0"></span><span class="ff1">ndan<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 y23e ff2 fs0 fc2 sc0 ls0 ws0">biri olan ve bu kon<span class="_ _0"></span>uda kullanılan bir mekan<span class="_ _0"></span>izmadır. C++ dilinin h<span class="_ _0"></span>ataların yakalanması ve işlenme<span class="_ _0"></span>si </div><div class="t m0 x10 h3 y13b8 ff2 fs0 fc2 sc0 ls0 ws0">mekanizmasını yakınd<span class="_ _0"></span>an tanımaya başlamadan ö<span class="_ _0"></span>nce, bu konuda ku<span class="_ _0"></span>llanılan geleneksel araçları inceleyeli<span class="_ _0"></span>m </div><div class="t m0 x10 h3 y202 ff2 fs0 fc2 sc0 ls0 ws0">ve nesne yönelimli programla<span class="_ _0"></span>ma tekniğinde bu ara<span class="_ _0"></span>çların n<span class="_ _0"></span>eden yetersiz kaldığını görelim.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y765 ff2 fs0 fc2 sc0 ls0 ws0">C++ dilinin ilk dönemlerinde d<span class="_ _0"></span>ilin kendi yap<span class="_ _0"></span>ısı içinde çalışma zamanı h<span class="_ _0"></span>atalarının yakala<span class="_ _0"></span>nması ve </div><div class="t m0 x10 h3 y82f ff2 fs0 fc2 sc0 ls0 ws0">işlenmesi mekanizması y<span class="_ _0"></span>oktu. Bu amaç için C d<span class="_ _0"></span>ilinde de kullanılan<span class="_ _0"></span> geleneksel yöntemler ku<span class="_ _0"></span>llanılıyordu. </div><div class="t m0 x10 h3 y1035 ff1 fs0 fc2 sc0 ls0 ws0">Bu yöntemler 3 an<span class="ff2">a <span class="_ _0"></span>grup altında top<span class="_ _0"></span>lanabilir:</span> </div><div class="t m0 x1 h3 ydbc ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y13b9 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İşlevlerin,<span class="_ _0"></span> yaptıkları iş konusun<span class="_ _0"></span>da başarılı ya da <span class="_ _0"></span>başarısız olduklarını gösteren bir geri d<span class="_ _0"></span>önüş değeri </span></span></div><div class="t m0 x10 h3 y2f1 ff2 fs0 fc2 sc0 ls0 ws0">üretmeleri (Bir hata <span class="_ _0"></span>değerinin geri<span class="ff1"> <span class="_ _6"></span>döndü<span class="_ _0"></span>rülmesi). </span></div><div class="t m0 x1 hd ydbd ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y390 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Başarı<span class="_ _0"></span>sızlık durumunda glob<span class="_ _0"></span>al bir bayrak d<span class="_ _0"></span>eğişkene ilgili hatayı belir<span class="_ _0"></span>leyen ayırt edici bir d<span class="_ _0"></span>eğer atanması (hata </span></span></div><div class="t m0 x10 h3 yfbc ff2 fs0 fc2 sc0 ls0 ws0">değeri) ve diğer işlevlerin bu g<span class="_ _0"></span>lobal değişkenin değ<span class="_ _0"></span>erini sınyarak ön<span class="_ _0"></span>lem almaları.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y110 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y170 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Programın çalışma<span class="_ _0"></span>sının sona erdirilmesi.<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x1 hd y8f1 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya45 ff2 fs0 fc2 sc0 ls0 ws0">Nesne yönelimli programla<span class="_ _0"></span>ma söz konusu o<span class="_ _0"></span>lduğunda her ü<span class="_ _0"></span>ç yöntemin de çok önemli yetersiz<span class="_ _3"></span><span class="ff1">likleri ve </span></div><div class="t m0 x10 h3 yd32 ff2 fs0 fc2 sc0 ls0 ws0">sakıncaları vardır. Bu yet<span class="_ _0"></span>ersizlik ve sakıncalardan bir kıs<span class="_ _0"></span>mı özellikle çok büyük pro<span class="_ _0"></span>jeler söz konusu oldu<span class="_ _0"></span>gunda, </div><div class="t m0 x10 h3 y74a ff2 fs0 fc2 sc0 ls0 ws0">kabul edilebilir olmaktan çıkar<span class="_ _0"></span>. Şimdi bu sakıncala<span class="_ _0"></span>rın neler olabileceği kon<span class="_ _0"></span>usuna değinelim:<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf171" class="pf w0 h0" data-page-no="171"><div class="pc pc171 w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">369</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>e<span class="_ _3"></span>ğ<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _b"></span>ö<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>ü<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y37d ff1 fs0 fc2 sc0 lsb ws0">Bu<span class="ls0"> <span class="ff2">teknik kü<span class="_ _0"></span>çük programlarda belirli bir y<span class="_ _0"></span>ere kadar kullanılabilir. İşle<span class="_ _0"></span>vler bir hata duru<span class="_ _0"></span>munda, daha önceden </span></span></div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">belirlenmiş olan hata d<span class="_ _0"></span>eğerlerine geri döner. Çağrılan<span class="_ _0"></span> işlevlerin geri dönü<span class="_ _0"></span>ş değerleri sınanarak b<span class="_ _0"></span>ir hata oluşup </div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">oluşmadığı, ve ne tür bir h<span class="_ _0"></span>atanın o<span class="_ _0"></span>luştuğu saptan<span class="_ _0"></span>ır. Ancak bu tekniğin önemli dezavantajl<span class="_ _0"></span>arı vardır. Geri dönü<span class="_ _0"></span>ş </div><div class="t m0 x10 h3 ycda ff2 fs0 fc2 sc0 ls0 ws0">değeri<span class="ff1"> </span>olarak verilen h<span class="_ _0"></span>ata değerleri bir standard<span class="_ _0"></span>a bağlı değildir. Bir kütüp<span class="_ _0"></span>hanede örneğin <span class="_ _3"></span><span class="ff9 ls4">0 </span>değeri başarısızlık </div><div class="t m0 x10 h3 yd53 ff2 fs0 fc2 sc0 ls0 ws0">belirtirken başka bir kü<span class="_ _0"></span>tüphanede <span class="ff9 ls4">0 </span>d<span class="_ _0"></span>eğeri başarı durumun<span class="_ _0"></span>u gösterebilir. C dilin<span class="_ _0"></span>in standart işlevleri için bile bu<span class="_ _0"></span> </div><div class="t m0 x10 h3 yfa ff2 fs0 fc2 sc0 ls0 ws0">konuda b<span class="_ _0"></span>ir birlik olduğunu söyleyemeyiz. Dosya açan<span class="_ _0"></span> standart C işlevi olan <span class="_ _0"></span><span class="ff9">fope<span class="_ _0"></span>n </span>işlevinin <span class="_ _0"></span><span class="ff9 ls4">0 </span>(NULL) değeri </div><div class="t m0 x10 h3 ybfe ff2 fs0 fc2 sc0 ls0 ws0">dosyanın başarılı b<span class="_ _0"></span>ir şekilde açılamadığını gö<span class="_ _0"></span>sterirken, dosyayı kap<span class="_ _0"></span>ayan <span class="_ _0"></span><span class="ff9">fclose </span>işlevinin <span class="ff9 ls4">0 </span><span class="ff1">olan<span class="_ _0"></span> ger</span>i dönüş değeri </div><div class="t m0 x10 h3 yd71 ff2 fs0 fc2 sc0 ls0 ws0">dosyanın başarılı b<span class="_ _0"></span>ir şekilde kapatıldığını gö<span class="_ _0"></span>stermektedir. C dilinde uy<span class="_ _0"></span>gulama geliştirenler genellikle işlevin </div><div class="t m0 x10 h3 y931 ff2 fs0 fc2 sc0 ls0 ws0">başarı ya da b<span class="_ _0"></span>aşarısızlıklarını gösteren geri dön<span class="_ _0"></span>üş değerlerini simgesel değiş<span class="_ _0"></span>mezler biçiminde tanımlayar<span class="_ _0"></span>ak </div><div class="t m0 x10 h3 ybe6 ff2 fs0 fc2 sc0 ls0 ws0">başlık dosyası içine <span class="_ _0"></span>yerleştirir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y106e ff2 fs0 fc2 sc0 ls0 ws0">Ancak şüphesiz bu si<span class="_ _0"></span>mgesel değişmezler de stan<span class="_ _0"></span>dart bir hale getirilmemiştir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y9f2 ff2 fs0 fc2 sc0 ls0 ws0">Ayrı ekipler tarafından farklı z<span class="_ _0"></span>amanlarda geliştirilmi<span class="_ _0"></span>ş kütüphaneler, ayn<span class="_ _0"></span>ı proje içinde kullanıldığın<span class="_ _0"></span>da, hata </div><div class="t m0 x10 h3 yb3f ff2 fs0 fc2 sc0 ls0 ws0">durumları söz konu<span class="_ _0"></span>su olabilir. İşlevlerin geri dönü<span class="_ _0"></span>ş değ<span class="_ _0"></span>erlerinin farklı biçimlerde yoru<span class="_ _0"></span>mlanması karışıklıklar </div><div class="t m0 x10 h3 y13ba ff2 fs0 fc2 sc0 ls0 ws0">yaratır.<span class="ff1"> </span></div><div class="t m0 x10 h3 yb85 ff2 fs0 fc2 sc0 ls0 ws0">Ayrıca her bir geri dönüş d<span class="_ _0"></span>eğerinin sınanması ve yorumlanm<span class="_ _0"></span>ası, zahmetli ve zaman alıcı bi<span class="_ _0"></span>r işlemdir. Çoğu </div><div class="t m0 x10 h3 y13bb ff2 fs0 fc2 sc0 ls0 ws0">zaman bunu<span class="_ _0"></span>n için ek bir koda gereksinim duyulu<span class="_ _0"></span>r. İşlev her çağrıldığında geri dö<span class="_ _0"></span>nüş de<span class="_ _0"></span>ğer<span class="_ _0"></span>i mutlaka </div><div class="t m0 x10 h3 y13bc ff2 fs0 fc2 sc0 ls0 ws0">işlenmelidir. Geri dönüş de<span class="_ _0"></span>ğeri sınanmadan k<span class="_ _0"></span>ullanılırsa, bazı duru<span class="_ _0"></span>mlarda çalışan program bile çökebilir. </div><div class="t m0 x10 h3 y104 ff2 fs0 fc2 sc0 ls0 ws0">Örneğin <span class="ff9">malloc <span class="_ _0"></span></span>işlevinin geri dönüş değerinin, sınan<span class="_ _0"></span>madan kulland<span class="_ _0"></span>ığını düşünelim. <span class="_ _0"></span><span class="ff9">malloc <span class="_ _0"></span></span>işlevi başarısız </div><div class="t m0 x10 h3 y1068 ff2 fs0 fc2 sc0 ls0 ws0">olduğunda <span class="_ _0"></span><span class="ff9">NULL <span class="ff1">adresine geri dön<span class="_ _0"></span></span></span>er. Böylece bir gösterici h<span class="_ _0"></span>atasına neden olunu<span class="_ _0"></span>r.<span class="ff1"> </span></div><div class="t m0 x10 h3 y50e ff2 fs0 fc2 sc0 ls0 ws0">Çağrılan bir işlev içind<span class="_ _0"></span>e bir hata duru<span class="_ _0"></span>mu oluşursa, çağrılan işlevin yürü<span class="_ _0"></span>tülmesi, normal olarak<span class="_ _0"></span> üreteceği geri </div><div class="t m0 x10 h3 y8a7 ff2 fs0 fc2 sc0 ls0 ws0">dönüş değeri ifadesine gel<span class="_ _0"></span>meden önce, hata <span class="_ _0"></span>oluştuğu bilgisini veren bir başka<span class="_ _0"></span> <span class="_ _0"></span><span class="ff9">return <span class="ff1">deyimiyle s</span></span>onland<span class="_ _0"></span>ırılır. </div><div class="t m0 x10 h3 y5d ff2 fs0 fc2 sc0 ls0 ws0">Başka bir kod da <span class="_ _0"></span>işlevin geri dönüş değerini sın<span class="_ _0"></span>ayan ve işlev herhan<span class="_ _0"></span>gi bir hata değeri geri dö<span class="_ _0"></span>ndürmüşse, </div><div class="t m0 x10 h3 ya00 ff2 fs0 fc2 sc0 ls0 ws0">programın devam edip et<span class="_ _0"></span>memesi hakkında <span class="_ _0"></span>karar veren ek kod p<span class="_ _0"></span>arçasıdır. Bu da bir çok <span class="_ _0"></span>durumda yazılan ko<span class="_ _0"></span>dun </div><div class="t m0 x10 h3 y1361 ff2 fs0 fc2 sc0 ls0 ws0">boyutunu bü<span class="_ _0"></span>yük ölçüde artırır a<span class="_ _0"></span>yrıca programın oku<span class="_ _0"></span>nabilirliğini bozar, p<span class="_ _0"></span>rogramın geliştirilmesi ve te<span class="_ _0"></span>st edilmesi </div><div class="t m0 x10 h3 ye1b ff2 fs0 fc2 sc0 ls0 ws0">konusunda sakın<span class="_ _0"></span>calar yaratır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y13bd ff2 fs0 fc2 sc0 ls0 ws0">Bazı durumlarda çağrılan<span class="_ _0"></span> işlev içinde bir başarısızlık y<span class="_ _0"></span>a da hata olu<span class="_ _0"></span>ştuğunda, bu duru<span class="_ _0"></span>mu dışarıya iletecek özel </div><div class="t m0 x10 h3 ya0f ff2 fs0 fc2 sc0 ls0 ws0">bir hata değeri kullan<span class="_ _0"></span>ılamaz. Örneğin bir a<span class="_ _0"></span>drese geri dönen b<span class="_ _0"></span>ir işlev, başarısızlık ya da <span class="_ _0"></span>bir hata durumund<span class="_ _0"></span>a <span class="_ _0"></span><span class="ff9">NULL </span></div><div class="t m0 x10 h3 ybc5 ff2 fs0 fc2 sc0 ls0 ws0">adresine geri dönebilir. A<span class="_ _0"></span>ma hesap edilmek istenen bir t<span class="_ _0"></span>amsayı d<span class="_ _0"></span>eğerine geri dönen bir işlev, bir hat<span class="_ _0"></span>a durumu </div><div class="t m0 x10 h3 ye2a ff2 fs0 fc2 sc0 ls0 ws0">oluştuğunda h<span class="_ _0"></span>angi değere geri dönebilir? Çünkü a<span class="_ _0"></span>yırt edici ve ha<span class="_ _0"></span>tayı gösterebil<span class="_ _0"></span>ecek bir değer söz konusu </div><div class="t m0 x10 h3 yb89 ff2 fs0 fc2 sc0 ls0 ws0">değildir. C dilinden tanıd<span class="_ _0"></span>ığımız <span class="ff9">ato<span class="_ _0"></span>i </span>işlevini ele alalım:<span class="ff1"> </span></div><div class="t m0 x1 h3 y125c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y247 ff8 fs0 fc2 sc0 ls13 ws0">int atoi(const char *str);<span class="ls0"> </span></div><div class="t m0 x1 h15 y29f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yec5 ff9 fs0 fc2 sc0 ls0 ws0">atoi <span class="ff2">işlevi adresini aldığı yazıd<span class="_ _0"></span>an, karak<span class="_ _0"></span>terler olarak kodlanmış <span class="_ _0"></span></span>int <span class="ff2">türden bir d<span class="_ _0"></span>eğeri çekerek geri dönüş değ<span class="_ _0"></span>eri </span></div><div class="t m0 x10 h3 ycd3 ff1 fs0 fc2 sc0 ls0 ws0">olarak iletir<span class="ff2">. Peki ya y<span class="_ _0"></span>azı bir <span class="ff9">int <span class="_ _0"></span></span>değeri gösteren geçerli bir yaz<span class="_ _0"></span>ı değilse <span class="ff9">atoi <span class="_ _0"></span></span>işlevi hangi değer ile geri dön<span class="_ _0"></span>ebilir? </span></div><div class="t m0 x10 h3 ycd4 ff2 fs0 fc2 sc0 ls0 ws0">Derleyicilerin çoğu bu du<span class="_ _0"></span>rumda <span class="ff9">a<span class="_ _0"></span>toi </span>işlevi <span class="ff9 ls4">0 </span>değeriyle geri d<span class="_ _0"></span>öndürür. Bu d<span class="_ _0"></span>a şüpheli bir durum yaratır. Peki <span class="_ _0"></span><span class="ff9">a<span class="_ _0"></span>toi </span></div><div class="t m0 x10 h3 ycd5 ff2 fs0 fc2 sc0 ls0 ws0">işlevine gönderilen yazının<span class="_ _0"></span> içinde gerçekten <span class="_ _0"></span><span class="ff9">&quot;0&quot; </span>varsa <span class="_ _0"></span>ve bu değerin elde edilm<span class="_ _0"></span>esi gerekiyorsa?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y591 ff2 fs0 fc2 sc0 ls0 ws0">Önemli bir nokta da <span class="_ _0"></span>C++ dilinde bazı işlevler için geri d<span class="_ _0"></span>önüş değeri diye bir k<span class="_ _0"></span>avramın söz ko<span class="_ _0"></span>nusu olmamasıdır. </div><div class="t m0 x10 h3 y13be ff2 fs0 fc2 sc0 ls0 ws0">Örneğin kurucu işlevler <span class="_ _0"></span>(<span class="ff9">constructors</span>), tü<span class="_ _0"></span>r dönüştürme i<span class="_ _0"></span>şlevler için geri dönüş değeri d<span class="_ _0"></span>iye bir kavram söz konu<span class="_ _0"></span>su </div><div class="t m0 x10 h3 y4ed ff2 fs0 fc2 sc0 ls0 ws0">değildir. Bu işlevler içind<span class="_ _0"></span>e oluşabilecek hata du<span class="_ _0"></span>rumu yukarıda anlatılan<span class="_ _0"></span> geleneksel teknikle yakala<span class="_ _0"></span>namaz.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf172" class="pf w0 h0" data-page-no="172"><div class="pc pc172 w0 h0"><img class="bi xb y13bf w6 he9" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">370</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y1b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1f2 ff2 fs6 fc2 sc0 ls0 ws0">G<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>a<span class="_ _b"></span>y<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>e<span class="_ _3"></span>ğ<span class="_ _3"></span>i<span class="_ _b"></span>ş<span class="_ _3"></span>k<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _b"></span>e<span class="_ _3"></span>ğ<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _b"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf74 ff2 fs0 fc2 sc0 ls0 ws0">Çalışma zamanı hatala<span class="_ _0"></span>rının bildirilmesind<span class="_ _0"></span>e alternatif bir tekn<span class="_ _0"></span>ik de global bir değişkene at<span class="_ _0"></span>ama yapılmasıdır. </div><div class="t m0 x10 h3 y120c ff2 fs0 fc2 sc0 ls0 ws0">Global bir değişkenin d<span class="_ _0"></span>eğeri yapılan son işle<span class="_ _0"></span>min başarısı hakkınd<span class="_ _0"></span>a bir fikir verir. C dilinde hat<span class="_ _0"></span>a durumunda <span class="_ _0"></span>geri </div><div class="t m0 x10 h3 y13c0 ff2 fs0 fc2 sc0 ls0 ws0">dönüş değeri mekanizmas<span class="_ _0"></span>ı standart b<span class="_ _0"></span>ir hale getirilmemiştir ama glob<span class="_ _0"></span>al bir <span class="_ _0"></span>değişkene atama yap<span class="_ _0"></span>ılması </div><div class="t m0 x10 h3 y877 ff2 fs0 fc2 sc0 ls0 ws0">mekanizması standart b<span class="_ _0"></span>ir hale getirilmiştir. C d<span class="_ _0"></span>ilinin standart bir b<span class="_ _0"></span>aşlık dosyası olan <span class="_ _0"></span><span class="ff9">&lt;errno<span class="_ _0"></span>.h&gt; </span>dosyası global bir </div><div class="t m0 x10 h3 ydc ff2 fs0 fc2 sc0 ls0 ws0">değişken olan <span class="ff9">e<span class="_ _0"></span>rrno </span>değişkenine değer atan<span class="_ _0"></span>ması konusundak<span class="_ _0"></span>i mekanizmayı tanımlar.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y33b ff2 fs0 fc2 sc0 ls0 ws0">Standart işlevler içinde bir hat<span class="_ _0"></span>a durumu o<span class="_ _0"></span>luştuğunda <span class="_ _0"></span><span class="ff9">errno </span>değişkenine ay<span class="_ _0"></span>ırt edici bir değer atanır. <span class="_ _0"></span>Bu </div><div class="t m0 x10 h3 y17a ff2 fs0 fc2 sc0 ls0 ws0">yöntemin de önemli sakın<span class="_ _0"></span>caları vardır: Çok i<span class="_ _0"></span>şlemli bir çalışmada (<span class="_ _0"></span><span class="ff9">multi<span class="_ _0"></span>- thread</span>) bir akış içind<span class="_ _0"></span>eki işlev çağrısı </div><div class="t m0 x10 h3 ye74 ff2 fs0 fc2 sc0 ls0 ws0">yüzünden o<span class="_ _0"></span>luşan bir hata durumu, ilgili<span class="_ _0"></span><span class="ff1"> </span>global değişkenin d<span class="_ _0"></span>eğeri daha sınama a<span class="_ _0"></span>macıyla alınamadan<span class="_ _0"></span> başka bir </div><div class="t m0 x10 h3 yabf ff2 fs0 fc2 sc0 ls0 ws0">akış tarafından tekrar d<span class="_ _0"></span>eğiştirilebilir. Ayrıca böyle bir hata <span class="_ _0"></span>kodunun glo<span class="_ _0"></span>bal bir değişkenden sürekli olarak </div><div class="t m0 x10 h3 yda7 ff2 fs0 fc2 sc0 ls0 ws0">alınarak okun<span class="_ _0"></span>ması çok disiplinli bir programlama tekniği g<span class="_ _0"></span>erektirmektedir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y128c ff1 fs0 fc2 sc0 ls0 ws0">Glob<span class="ff2">al bir değişkene yap<span class="_ _0"></span>ılan atama ya d<span class="_ _0"></span>a işlevin geri dönüş değerinin sınanma<span class="_ _0"></span>sı işlev içinde oluşan b<span class="_ _0"></span>ir hatayı </span></div><div class="t m0 x10 h3 y128d ff2 fs0 fc2 sc0 ls0 ws0">işlevi çağırana iletebilir ancak <span class="_ _0"></span>bu hatan<span class="_ _0"></span>ın ortadan kaldırılması konusunda <span class="_ _0"></span>bir şey yapılmaz. Örneğin do<span class="_ _0"></span>sya açan </div><div class="t m0 x10 h3 yebf ff2 fs0 fc2 sc0 ls0 ws0">bir işlev dosyanın açılamad<span class="_ _0"></span>ığını dışarıy<span class="_ _0"></span>a bildirebilir ancak başka b<span class="_ _0"></span>ir işlevin açılamamış ola<span class="_ _0"></span>n bu do<span class="_ _0"></span>syaya bir veri </div><div class="t m0 x10 h3 y21c ff2 fs0 fc2 sc0 ls0 ws0">aktarması ve bu do<span class="_ _0"></span>syayı kapatması konusunda b<span class="_ _0"></span>ir önlem alamaz. Dah<span class="_ _0"></span>ası <span class="ff9">e<span class="_ _0"></span>rrno </span>gibi bir d<span class="_ _0"></span>eğişkenin değeri </div><div class="t m0 x10 h3 y3ee ff2 fs0 fc2 sc0 ls0 ws0">alındıktan sonra<span class="_ _0"></span>, sınamayı yapan kişi tarafından<span class="_ _0"></span> tekrar sıfırlanması gerekir<span class="_ _0"></span><span class="ff1"> ki, bu<span class="_ _0"></span>ndan sonra sapta<span class="_ _0"></span>nacak hata </span></div><div class="t m0 x10 h3 y13c1 ff2 fs0 fc2 sc0 ls0 ws0">bildirimlerinde bir yan<span class="_ _0"></span>lışlık oluşmasın. Eğer programcı glob<span class="_ _0"></span>al değişkeni t<span class="_ _0"></span>ekrar normal değerine getirmeyi </div><div class="t m0 x10 h3 y95b ff2 fs0 fc2 sc0 ls0 ws0">unutursa başka b<span class="_ _0"></span>ir işlevin başarısı sınandığında, işl<span class="_ _0"></span>ev aslında başarılı olmuş ik<span class="_ _0"></span>en programcı tarafından<span class="_ _0"></span> işlevin </div><div class="t m0 x10 h3 y3a2 ff2 fs0 fc2 sc0 ls0 ws0">başarısız olduğu gibi yan<span class="_ _0"></span>lış bir yargıya varılabilir. Böylec<span class="_ _0"></span>e gereksiz bir şekilde, olmayan b<span class="_ _0"></span>ir hata işlenmeye </div><div class="t m0 x10 h3 y82b ff2 fs0 fc2 sc0 ls0 ws0">çalışılır ki bu da şüphesiz bekl<span class="_ _0"></span>enmeyen sonuçlar yarat<span class="_ _0"></span>abilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye32 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y142 ff2 fs6 fc2 sc0 ls0 ws0">P<span class="_ _3"></span>r<span class="_ _3"></span>o<span class="_ _3"></span>g<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y13c2 ff2 fs0 fc2 sc0 ls0 ws0">Çalışma zamanında o<span class="_ _0"></span>luşan hataların işlenme<span class="_ _0"></span>si konusundaki en<span class="_ _0"></span><span class="ff1"> kö<span class="_ _0"></span>kten araçlardan b<span class="_ _0"></span>iri ciddi bir hata ile </span></div><div class="t m0 x10 h3 y9d8 ff2 fs0 fc2 sc0 ls0 ws0">karşılaşıldığında pro<span class="_ _0"></span>gramın akışının sonlandırılma<span class="_ _0"></span>sıdır. Bu duru<span class="_ _0"></span>m şüphesiz ilk iki yöntemdeki b<span class="_ _0"></span>azı yüklerden </div><div class="t m0 x10 h3 yf98 ff2 fs0 fc2 sc0 ls0 ws0">programcıyı kurtarır. Pro<span class="_ _0"></span>gram bir hata <span class="_ _0"></span>oluştuğunda sonlandırılacağı için çağrılan<span class="_ _0"></span> bir işlevin geri dön<span class="_ _0"></span>üş<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y499 ff2 fs0 fc2 sc0 ls0 ws0">değerinin bir hata d<span class="_ _0"></span>urumunun saptanması amac<span class="_ _0"></span>ıyla sınanmasına, y<span class="_ _0"></span>a da global bir b<span class="_ _0"></span>ayrak değişkeninin </div><div class="t m0 x10 h3 y715 ff2 fs0 fc2 sc0 ls0 ws0">değerinin her işlev çağrısınd<span class="_ _0"></span>an sonra sınanmasına gerek ka<span class="_ _0"></span>lmaz. Standar<span class="_ _0"></span>t C dilinde bir programın </div><div class="t m0 x10 h3 y8b ff2 fs0 fc2 sc0 ls0 ws0">sonlandırılması iki ayrı işle<span class="_ _0"></span>vle gerçekleştirilebilir. <span class="_ _0"></span><span class="ff9">exit <span class="ff1">ve </span>abort <span class="_ _0"></span></span>işlevleri. Bu işlevleri kısaca <span class="_ _0"></span>hatırlayalım:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yeec ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y10e6 ff1 fs6 fc2 sc0 ls0 ws0">e<span class="_ _3"></span>x<span class="_ _3"></span>i<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y683 ff2 fs0 fc2 sc0 ls0 ws0">Bir standart C işlevi olan <span class="_ _0"></span><span class="ff9">exit, cstdlib <span class="_ _0"></span></span>başlık dosyası içinde bildirilmi<span class="_ _0"></span>ştir.<span class="ff1"> </span></div><div class="t m0 x1 h3 yc33 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y111 ff8 fs0 fc2 sc0 ls13 ws0">void exit(int status);<span class="ls0"> </span></div><div class="t m0 x1 h15 y9ec ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf3c ff9 fs0 fc2 sc0 ls0 ws0">exit <span class="ff2">işlevi, çağrıldığı zaman<span class="_ _0"></span> programı sonlandırır. <span class="_ _0"></span></span>exit <span class="ff2">işle<span class="_ _0"></span>vi, </span>main <span class="ff2">işlevi başarılı bir şekilde <span class="_ _0"></span>sona erdiğinde </span></div><div class="t m0 x10 h3 ye70 ff2 fs0 fc2 sc0 ls0 ws0">çağrılabileceği gibi, bir hat<span class="_ _0"></span>a durumunun<span class="_ _0"></span>un oluşması durumunda <span class="_ _0"></span>da çağrılabilir. <span class="_ _0"></span><span class="ff9">exit <span class="_ _0"></span></span>işlevi, kontrolü işletim </div><div class="t m0 x10 h3 y34d ff2 fs0 fc2 sc0 ls0 ws0">sistemine devretmeden ön<span class="_ _0"></span>ce bütün d<span class="_ _0"></span>osyaların tampon alanlarını tazeler (<span class="_ _0"></span><span class="ff9">flush<span class="_ _0"></span> eder</span>), tüm <span class="_ _0"></span>açık dosyaları </div><div class="t m0 x10 h3 y13c3 ff2 fs0 fc2 sc0 ls0 ws0">kapatır. <span class="ff9">exit <span class="_ _0"></span><span class="ff1">i</span></span>şlevine gönderilen <span class="ff9 ls4">0 </span>d<span class="_ _0"></span>eğeri, programın başarıyla <span class="_ _0"></span>sonlandırıldığını anlatırken s<span class="_ _0"></span>ıfır dışı bir değer ise </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf173" class="pf w0 h0" data-page-no="173"><div class="pc pc173 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">371</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">programın başarısızlık n<span class="_ _0"></span>edeniyle sonlandırıldığı ileti<span class="_ _0"></span>sini verir. <span class="_ _0"></span><span class="ff9">exit </span>işlevine çağrı olarak g<span class="_ _0"></span>eçmek için, okunab<span class="_ _0"></span>ilirlik </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">açısından c<span class="ff9">stdlib </span>b<span class="_ _0"></span>aşlık dosyası içinde aşağıdak<span class="_ _0"></span>i simgesel deeğişmez<span class="_ _0"></span>ler tanımlanmıştır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><div class="c x5d yfa1 w1f hea"><div class="t m0 x43 h11 y10f9 ff8 fs0 fc2 sc0 ls13 ws0">#define<span class="ls0"> </span></div></div><div class="c x5e yfa1 w20 hea"><div class="t m0 x46 h11 y10f9 ff8 fs0 fc2 sc0 ls13 ws0">EXIT_SUCCESS<span class="ls0"> </span></div></div><div class="c x5f yfa1 w21 hea"><div class="t m0 x25 h11 y10f9 ff8 fs0 fc2 sc0 ls0 ws0">0 </div></div><div class="c x5d yf75 w1f h8b"><div class="t m0 x43 h11 ye6e ff8 fs0 fc2 sc0 ls13 ws0">#define<span class="ls0"> </span></div></div><div class="c x5e yf75 w20 h8b"><div class="t m0 x46 h11 ye6e ff8 fs0 fc2 sc0 ls13 ws0">EXIT_FAILURE<span class="ls0"> </span></div></div><div class="c x5f yf75 w21 h8b"><div class="t m0 x25 h11 ye6e ff8 fs0 fc2 sc0 ls0 ws0">1 </div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h1b ya56 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya1a ff1 fs0 fc2 sc0 ls0 ws0">C++&apos;ta <span class="ff9">exit <span class="ff2">işlevi çağrılır<span class="_ _0"></span>sa program sonlandırılmad<span class="_ _0"></span>an önce tüm global sınıf ne<span class="_ _0"></span>sneleri için son<span class="_ _0"></span>landırıcı işlevler </span></span></div><div class="t m0 x10 h3 yfb3 ff2 fs0 fc2 sc0 ls0 ws0">çağrılır. Ancak yaratılmış olan<span class="_ _0"></span> yerel<span class="ff1"> </span>sınıf nesn<span class="_ _0"></span>eleri ve dinamik <span class="_ _0"></span>sınıf nesneleri için sonland<span class="_ _0"></span>ırıcı işlevler çağrılmaz.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ydfb ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfb5 ff9 fs0 fc2 sc0 ls0 ws0">exit <span class="ff2">işlevi çağrıldığında <span class="_ _0"></span>programın sonlandırılma<span class="_ _0"></span>sından önce, programcının b<span class="_ _0"></span>elirleyeceği bazı işlevlerin </span></div><div class="t m0 x10 h3 yf5e ff2 fs0 fc2 sc0 ls0 ws0">çağrılması sağlanab<span class="_ _0"></span>ilir. Bu amaçla standart <span class="_ _0"></span><span class="ff9">atexit <span class="_ _0"></span></span>işlevi kullanılır:<span class="ff1"> </span></div><div class="t m0 x1 h3 y1292 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye41 ff9 fs0 fc2 sc0 ls0 ws0">atexit <span class="ff2">işlevinin de bildirimi <span class="_ _0"></span></span>stdlib.h <span class="_ _0"></span><span class="ff2">başlık dosyası içindedir:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd y180 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd9f ff8 fs0 fc2 sc0 ls13 ws0">int atexit(void (*)(void);<span class="ls0"> </span></div><div class="t m0 x1 h15 ye7a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y72b ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki bildirimden d<span class="_ _0"></span>e görüldüğü gib<span class="_ _0"></span>i <span class="ff9">atexit <span class="_ _0"></span></span>işlevinin parametre değişkeni geri dönüş d<span class="_ _0"></span>eğeri ve parametre<span class="_ _0"></span>si </div><div class="t m0 x10 h3 y1176 ff2 fs0 fc2 sc0 ls0 ws0">olmayan bir işlevi gösterec<span class="_ _0"></span>ek gösteric<span class="ff1">id<span class="_ _0"></span>ir. <span class="ff9">atexit </span></span>işlevine adr<span class="_ _0"></span>esi gönderilen işlev, <span class="_ _0"></span><span class="ff9">exit </span>işleviyle pro<span class="_ _0"></span>gram </div><div class="t m0 x10 h3 ye0d ff2 fs0 fc2 sc0 ls0 ws0">sonlandırılmadan ön<span class="_ _0"></span>ce çağrılmak üzere kaydedilir. İşl<span class="_ _0"></span>evin geri dönüş değeri işl<span class="_ _0"></span>evin başarı durumun<span class="_ _0"></span>u gösterir. </div><div class="t m0 x10 h3 y510 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin <span class="ff9 ls4">0 </span>değerine geri d<span class="_ _0"></span>önmesi kayıt işleminin başarılı old<span class="_ _0"></span>uğunu a<span class="_ _0"></span>nlatırken<span class="_ _0"></span><span class="ff1"> <span class="ff9 ls4">0 </span></span>dışı bir değe<span class="_ _0"></span>re geri dönmesi </div><div class="t m0 x10 h3 yfc6 ff2 fs0 fc2 sc0 ls0 ws0">başarısızlık durumunu b<span class="_ _0"></span>ildirir. <span class="ff9">ate<span class="_ _0"></span>xit </span>işleviyle birden fazla işl<span class="_ _0"></span>ev kayıt edilebilir. Bu<span class="_ _0"></span><span class="ff1"> </span>durumda ka<span class="_ _0"></span>yıt edilen işlevler, </div><div class="t m0 x10 h3 y12ed ff2 fs0 fc2 sc0 ls0 ws0">kayıt edilmelerine ters sırada <span class="_ _0"></span>çağrılır. Aşağıdaki pro<span class="_ _0"></span>gramı derleyerek çalıştırınız:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y5e1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1058 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 y10b ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdlib&gt;<span class="ls0"> </span></div><div class="t m0 x10 h11 y13c4 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x10 h11 y66 ff8 fs0 fc2 sc0 ls13 ws0">void func1()<span class="ls0"> </span></div><div class="t m0 x10 h11 yfbc ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y13c5 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;func1()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x10 h11 y3ab ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y9ad ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y748 ff8 fs0 fc2 sc0 ls13 ws0">void func2()<span class="ls0"> </span></div><div class="t m0 x10 h11 y749 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y505 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;func2()&quot; &lt;&lt; endl;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf174" class="pf w0 h0" data-page-no="174"><div class="pc pc174 w0 h0"><img class="bi xb y13c6 w6 heb" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAALqCAIAAAD2MJMTAAAACXBIWXMAABYlAAAWJQFJUiTwAAAM+0lEQVR42u3dsQ2DMBRFUYioqBmAGViDSTIRk2SNDJDKA1BQ0f5M4EghKMLWOa27V139xm1ENBlp3RsAAOAyxqHPPd2sAwAAFVD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAAAoX2cCTvG4P40AAMfMy2QEfudmDwAANWgjIveW1t1AAABwHePQ557c7AEAoAbKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAADO9+mnKgAAoBRu9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAA/qN7pc0KAABQOjd7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAA+NYbS9Yad6jvzUUAAAAASUVORK5CYII="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">372</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y956 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y13c7 ff8 fs0 fc2 sc0 ls13 ws0">void func3()<span class="ls0"> </span></div><div class="t m0 x10 h11 y350 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y119a ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;func3()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x10 h11 y110a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y26d ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y254 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 yad5 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yaac ff8 fs0 fc2 sc0 ls13 ws0">atexit(func3); </div><div class="t m0 x2 h11 y893 ff8 fs0 fc2 sc0 ls13 ws0">atexit(func2); </div><div class="t m0 x2 h11 y55 ff8 fs0 fc2 sc0 ls13 ws0">atexit(func1);<span class="ls0"> </span></div><div class="t m0 x1 h11 y13c8 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 ycf2 ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x10 h11 yccc ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y922 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yada ff1 fs6 fc2 sc0 ls0 ws0">a<span class="_ _3"></span>b<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>i<span class="_ _3"></span> </div><div class="t m0 x10 h3 y410 ff9 fs0 fc2 sc0 ls0 ws0">abort <span class="ff2">işlevi de </span>cstdlib <span class="_ _0"></span><span class="ff2">başlık dosyasında <span class="_ _0"></span>bildirilmiştir:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y13c9 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y449 ff8 fs0 fc2 sc0 ls13 ws0">void abort(void);<span class="ls0"> </span></div><div class="t m0 x1 h15 y13ca ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya02 ff9 fs0 fc2 sc0 ls0 ws0">abort <span class="ff2">işlevi çağrıldığınd<span class="_ _0"></span>a program sonlanır. <span class="_ _0"></span></span>abort <span class="ff2">çağrıldığı <span class="_ _0"></span>yere başarı durumu göst<span class="_ _0"></span>eren bir değer iletmez. Bu </span></div><div class="t m0 x10 h3 yd76 ff2 fs0 fc2 sc0 ls0 ws0">işlev programın anormal bir <span class="_ _0"></span>şekilde sonlandırıl<span class="_ _0"></span>masına işaret eder. İşlev <span class="_ _3"></span><span class="ff9">stderr </span>akımına <span class="ff9">&quot;abnormal program </span></div><div class="t m0 x10 h3 y38d ff9 fs0 fc2 sc0 ls0 ws0">termination&quot; <span class="ff2">y<span class="_ _0"></span>azısını yazarak programı sonlandırır. <span class="_ _0"></span></span>abort <span class="ff2">işl<span class="_ _0"></span>evi ile program sonland<span class="_ _0"></span>ırıldığınd<span class="_ _0"></span>a dosyaların </span></div><div class="t m0 x10 h3 y574 ff2 fs0 fc2 sc0 ls0 ws0">tampon alanları ta<span class="_ _0"></span>zelenmez, ne yerel ne de global <span class="_ _0"></span>sınıf nesneleri için <span class="_ _0"></span>sonlandırıcı işlevler çağrılır.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y23 ff2 fs0 fc2 sc0 ls0 ws0">Kritik uygulamalarda b<span class="_ _0"></span>ir hata oluşması durumun<span class="_ _0"></span>da birdenbire programın son<span class="_ _0"></span>landırılması kab<span class="_ _0"></span>ul edilebilecek bir </div><div class="t m0 x10 h3 y13cb ff2 fs0 fc2 sc0 ls0 ws0">yaklaşım değildir. Örneğin<span class="_ _0"></span><span class="ff1"> </span>bir hastah<span class="_ _0"></span>anedeki yaşam destek <span class="_ _0"></span>ünitesini yöneten bir p<span class="_ _0"></span>rogram içinde beklenm<span class="_ _0"></span>edik </div><div class="t m0 x10 h3 y13cc ff2 fs0 fc2 sc0 ls0 ws0">bir durum oluştuğu<span class="_ _0"></span>nda programın sonlandırılma<span class="_ _0"></span>sı durumu kabul edilebilir mi<span class="_ _0"></span>? Ticari bir çok <span class="_ _0"></span>uygulamada da </div><div class="t m0 x10 h3 y1356 ff2 fs0 fc2 sc0 ls0 ws0">durum böyledir. Bir fatu<span class="_ _0"></span>ralama programı, b<span class="_ _0"></span>ankacılığa yönelik bir u<span class="_ _0"></span>ygul<span class="_ _0"></span>ama, bir hata oluştu <span class="_ _0"></span><span class="ff1">diye<span class="_ _6"></span> birdenbire </span></div><div class="t m0 x10 h3 ya30 ff2 fs0 fc2 sc0 ls0 ws0">sonlandırılamaz. Gerçek hay<span class="_ _0"></span>ata ilişkin programlarda <span class="_ _0"></span>bu durumlar için yeterli ve <span class="_ _0"></span>gerekli önlemlerin alınması<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yab9 ff1 fs0 fc2 sc0 ls0 ws0">gereklidir. </div><div class="t m0 x10 h3 y2a2 ff2 fs0 fc2 sc0 ls0 ws0">İşletim sistemi gibi bir uy<span class="_ _0"></span>gulamada bile, çalışma zamanın<span class="_ _0"></span>da ciddi bir hat<span class="_ _0"></span>anın oluşması durumunda <span class="_ _0"></span>pr<span class="_ _0"></span>ogramın </div><div class="t m0 x10 h3 y747 ff2 fs0 fc2 sc0 ls0 ws0">(işletim sisteminin) sonlan<span class="_ _0"></span>dırılması sorunlu d<span class="_ _0"></span>urumlar yaratabilir. Çalışan bir iş<span class="_ _0"></span>lev bir hata du<span class="_ _0"></span>rumu saptadığında </div><div class="t m0 x10 h3 ycb8 ff2 fs0 fc2 sc0 ls0 ws0">çoğu zaman oluşan<span class="_ _0"></span> hatanın ciddiyeti konu<span class="_ _0"></span>sunda bir fikir sahibi olamaz. Örneğin d<span class="_ _0"></span>inamik blok elde etmeye </div><div class="t m0 x10 h3 y13cd ff2 fs0 fc2 sc0 ls0 ws0">çalışan bir işlev, söz ko<span class="_ _0"></span>nusu işlemin başarı<span class="_ _0"></span>sız olması durumu<span class="_ _0"></span>nda, din<span class="_ _0"></span>amik yer ayırma işleminin ne amaçla </div><div class="t m0 x10 h3 ybcb ff2 fs0 fc2 sc0 ls0 ws0">yapıldığını bilmez. Örneğin d<span class="_ _0"></span>inamik yer elde <span class="_ _0"></span>etme işlemi programcının b<span class="_ _0"></span>ir <span class="ff9 ls14">debugger </span>kullanması anında <span class="_ _0"></span>ya da bir </div><div class="t m0 x10 h3 y12c0 ff2 fs0 fc2 sc0 ls0 ws0">tablolama programını ku<span class="_ _0"></span>llanması durumun<span class="_ _0"></span>da istenmişse, pekala <span class="_ _0"></span>bir uyarı<span class="_ _0"></span><span class="ff1"> </span>iletisi verilerek kullan<span class="_ _0"></span>ıcının açık olan </div><div class="t m0 x10 h3 yfc0 ff2 fs0 fc2 sc0 ls0 ws0">bütün pro<span class="_ _0"></span>gramları kapatarak işini öyle sürdürm<span class="_ _0"></span>esi istenebilir. Ancak<span class="_ _0"></span> dinamik yer ayırma işleminin b<span class="_ _0"></span>aşarısızlık </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf175" class="pf w0 h0" data-page-no="175"><div class="pc pc175 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">373</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0">nedeni <span class="ff2">tamamıyla don<span class="_ _0"></span>anımsal da olab<span class="_ _0"></span>ilir. Bu durumda daha ciddi bir ö<span class="_ _0"></span>nlem alınması gerekir. Yan<span class="_ _0"></span>i hatanın<span class="_ _3"></span></span> ne </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">nedenle olup olmadığı progra<span class="_ _0"></span>mın sonlandırılacağı <span class="_ _0"></span>mı yoksa bir önlem alınarak <span class="_ _0"></span>sürdürüleceği mi konusun<span class="_ _0"></span>da bir </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">seçim şansı verilmelidir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">Bazı durumlarda <span class="_ _0"></span><span class="ff9">exit <span class="ff1">ya da </span>abort </span>işlevleriyle p<span class="_ _0"></span>rogramın akışı son<span class="_ _0"></span>landırılabilse de nesne yö<span class="_ _0"></span>nelimli </div><div class="t m0 x10 h3 y250 ff2 fs0 fc2 sc0 ls0 ws0">programlama ortamında,<span class="_ _0"></span> programın akışı bu işl<span class="_ _0"></span>evler ile sonland<span class="_ _0"></span>ırılmamalıdır, zira bu işlevler C++ dilinin<span class="_ _0"></span> </div><div class="t m0 x10 h3 y634 ff2 fs0 fc2 sc0 ls0 ws0">nesne tabanlı programla<span class="_ _0"></span>ma modeli hakkın<span class="_ _0"></span>da bilgi sahibi değillerdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y339 ff2 fs0 fc2 sc0 ls0 ws0">C++ dilinde bir sınıf nesne<span class="_ _0"></span>si, <span class="ff1">kuruc<span class="_ _6"></span>u <span class="ff2">işlev ya da herhangi bir üy<span class="_ _0"></span>e işlevi kanalıyla bir takım kay<span class="_ _0"></span>nakl<span class="_ _0"></span>arı tutabiliyor </span></span></div><div class="t m0 x10 h3 y33a ff2 fs0 fc2 sc0 ls0 ws0">olabilir. Bu kayn<span class="_ _0"></span>aklar, dinamik olarak elde edilen blokların<span class="_ _0"></span> başlangıç adresleri, dosyalara<span class="_ _0"></span> ilişkin <span class="_ _0"></span><span class="ff9">ha<span class="_ _0"></span>ndle </span>değerleri, </div><div class="t m0 x10 h3 y33b ff2 fs0 fc2 sc0 ls0 ws0">iletişim amacıyla portla<span class="_ _0"></span>ra ilişkin set edilmiş değerler, giri<span class="_ _0"></span>ş çıkış birimlerine ilişkin a<span class="_ _0"></span>ygıtlar, kilit kontrolleri vs. </div><div class="t m0 x10 h3 y17a ff1 fs0 fc2 sc0 ls0 ws0">o<span class="ff2">labilir. Birçok duru<span class="_ _0"></span>mda bu kaynakların, n<span class="_ _0"></span>esnenin yaptığı iş bitince serbest bırak<span class="_ _0"></span>ılması ya da <span class="_ _0"></span>geri verilmesi </span></div><div class="t m0 x10 h3 ye74 ff1 fs0 fc2 sc0 ls0 ws0">gerekir. C++ dilinde genel o<span class="_ _0"></span>larak bu <span class="ff2">kaynaklar nesneye ilişkin sonlandırıcı işlev yardımıyla <span class="_ _0"></span>geri verilirler ya da </span></div><div class="t m0 x10 h3 yd4b ff2 fs0 fc2 sc0 ls0 ws0">serbest bırakılır. Yerel sınıf n<span class="_ _0"></span>esneleri, <span class="_ _0"></span>bilinirlik alanları sona erdiğind<span class="_ _0"></span>e otomatik olarak ser<span class="_ _0"></span>best bırakılır. Ancak ne </div><div class="t m0 x10 h3 y538 ff9 fs0 fc2 sc0 ls0 ws0">exit <span class="ff1">ne de </span>abo<span class="_ _0"></span>rt <span class="ff2">işlevi yerel nesnelerin sonlan<span class="_ _0"></span>dırıcı işlevlerinin çağrılmasın<span class="_ _0"></span>ı sağlar. Bu nedenle programların<span class="_ _0"></span> <span class="_ _0"></span><span class="ff1 ls15">bu </span></span></div><div class="t m0 x10 h3 yd4c ff2 fs0 fc2 sc0 ls0 ws0">işlevler ile ani olarak sonland<span class="_ _0"></span>ırılması, geri <span class="_ _0"></span>dönü<span class="_ _9"></span>şü<span class="ff1"> <span class="_ _9"></span><span class="ff2">olmayan zararların oluşmasına neden o<span class="_ _0"></span>labilir. Bir veri tabanı </span></span></div><div class="t m0 x10 h3 y8bd ff2 fs0 fc2 sc0 ls0 ws0">sistemi tamamıyla bozu<span class="_ _0"></span>labilir, dosyalar kayb<span class="_ _0"></span>edilebilir, değerli veriler kaybolabilir. N<span class="_ _0"></span>esne yönelimli </div><div class="t m0 x10 h3 y1292 ff1 fs0 fc2 sc0 ls0 ws0">programlamada <span class="ff9">exit <span class="_ _0"></span></span>ve <span class="ff9">abor<span class="_ _9"></span>t <span class="ff2">i<span class="_ _9"></span>şlevleri kullanılmamalıdır!<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y21c ff2 fs0 fc2 sc0 ls0 ws0">Görüldüğü gibi, C d<span class="_ _0"></span>ilinin hata saptamasına <span class="_ _0"></span>ve işlenmesine ilişkin gel<span class="_ _0"></span>eneksel yöntemlerden<span class="_ _0"></span> hiçbiri C++ dili için </div><div class="t m0 x10 h3 y3ee ff2 fs0 fc2 sc0 ls0 ws0">yeterli değildir. C++ dilinin<span class="_ _0"></span> kullanılmasındaki ana <span class="_ _0"></span>temalardan biri büy<span class="_ _0"></span>ük projelerin C diline göre dah<span class="_ _0"></span>a iyi ve daha </div><div class="t m0 x10 h3 y13c1 ff2 fs0 fc2 sc0 ls0 ws0">güvenli bir şekilde yazılma<span class="_ _0"></span>sına olanak sağlamasıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y73c ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb71 ff1 fs0 fc2 sc0 ls0 ws0">C++ dili<span class="ff2">nin dinamik geli<span class="_ _0"></span>şme süreci içinde C+<span class="_ _0"></span>+ dilinin yaratıcıları çalışma za<span class="_ _0"></span>manına ilişkin hataların </span></div><div class="t m0 x10 h3 y13ce ff2 fs0 fc2 sc0 ls0 ws0">yakalanmasına ve işlen<span class="_ _0"></span>mesine ilişkin yeterli bir mekan<span class="_ _0"></span>izmanın eksikliğinin farkınd<span class="_ _0"></span>a olduklarından<span class="_ _0"></span>, yukarıdaki </div><div class="t m0 x10 h3 y13cf ff2 fs0 fc2 sc0 ls0 ws0">sakıncaları içermeyen b<span class="_ _0"></span>ir yöntemin arayışına girdile<span class="_ _0"></span>r. Önerilen sistem, bekl<span class="_ _0"></span>enmeyen bir du<span class="_ _0"></span>rum oluştuğunda </div><div class="t m0 x10 h3 y103b ff2 fs0 fc2 sc0 ls0 ws0">programın akışının otomatik <span class="_ _0"></span>olarak, h<span class="_ _0"></span>atayı işleyecek bir kod parçasına ak<span class="_ _0"></span>ışın sağlanmasıydı. Sö<span class="_ _0"></span>z konusu yön<span class="_ _0"></span>tem </div><div class="t m0 x10 h3 y13d0 ff2 fs0 fc2 sc0 ls0 ws0">basit ve etkili olmalıydı, bir t<span class="_ _0"></span>akım değerlerin sürekli olarak <span class="_ _0"></span>test edilmesi ilkesine day<span class="_ _0"></span>an<span class="_ _0"></span>mamalıydı. Fakat <span class="_ _0"></span>en </div><div class="t m0 x10 h3 y55c ff2 fs0 fc2 sc0 ls0 ws0">önemlisi, bir hata o<span class="_ _0"></span>luştuğunun saptanması duru<span class="_ _0"></span>munda, hatayı işleyen <span class="_ _0"></span><span class="ff1">kodun<span class="_ _9"></span> b<span class="_ _9"></span>u durumdan otomatik olarak </span></div><div class="t m0 x10 h3 ya1e ff2 fs0 fc2 sc0 ls0 ws0">haberdar olmasının sağlan<span class="_ _0"></span>masıydı. Ayrıca b<span class="_ _0"></span>ir hata yerel olarak kend<span class="_ _0"></span>i kod <span class="_ _0"></span><span class="ff1">gru<span class="_ _9"></span>bu<span class="_ _9"></span> <span class="ff2">içinde işlenemediğinde, o </span></span></div><div class="t m0 x10 h3 y625 ff2 fs0 fc2 sc0 ls0 ws0">kapsamdaki yerel sınıf ne<span class="_ _0"></span>snelerinin tutmakta o<span class="_ _0"></span>lduğu kaynaklar, d<span class="_ _0"></span>aha genel bir hata işleyicisinin de<span class="_ _0"></span>vreye </div><div class="t m0 x10 h3 yd2c ff2 fs0 fc2 sc0 ls0 ws0">girmesinden önce, sistem<span class="_ _0"></span>e iade edilmeliydi. Uzu<span class="_ _0"></span>n süren incelemeler ve a<span class="_ _0"></span>raştırmalar sonucu<span class="_ _0"></span>nda çalışma </div><div class="t m0 x10 h3 y129a ff2 fs0 fc2 sc0 ls0 ws0">zamanında oluşan<span class="_ _0"></span> hataların<span class="_ _0"></span> yakalanmasına <span class="ff1">ve <span class="_ _9"></span><span class="ff2">işlenmesine i<span class="_ _0"></span>lişkin bir mekanizmaya <span class="_ _0"></span>yönelik tasarı 1989 yılında </span></span></div><div class="t m0 x10 h3 y13d1 ff2 fs0 fc2 sc0 ls0 ws0">kabul edilerek C++ diline <span class="_ _0"></span>eklendi. C++ öncesinde başka<span class="_ _0"></span> programlama dill<span class="_ _0"></span>eri <span class="ff1 ls15">bu <span class="ls0">y<span class="_ _0"></span>önde mekanizmalar </span></span></div><div class="t m0 x10 h3 y89c ff2 fs0 fc2 sc0 ls0 ws0">oluşturmuştu. Örneğin d<span class="_ _0"></span>aha 1960&apos;lı yıllarda <span class="_ _0"></span><span class="ff9">PL/1 </span>dili dilin ke<span class="_ _0"></span>ndi yapısı için<span class="_ _0"></span>de var olan bir hata <span class="_ _0"></span>işleme </div><div class="t m0 x10 h3 y13d2 ff2 fs0 fc2 sc0 ls0 ws0">mekanizmasına sahipti. Yin<span class="_ _0"></span>e 1980&apos;li yılların başlar<span class="_ _0"></span>ında <span class="_ _0"></span><span class="ff9">Ada </span>dili böyle bir mekanizmay<span class="_ _0"></span>ı kendi bün<span class="_ _0"></span>yesi içine </div><div class="t m0 x10 h3 y8de ff2 fs0 fc2 sc0 ls0 ws0">katmıştı. Fakat bu mekanizma<span class="_ _0"></span>lar C++ dilinin nesne y<span class="_ _0"></span>önelimli programlama y<span class="_ _0"></span>aklaşımına uygun d<span class="_ _0"></span>üşmüyorlardı. </div><div class="t m0 x10 h3 y682 ff1 fs0 fc2 sc0 ls0 ws0">Bu yüzden C++ diline ekl<span class="_ _0"></span>enen mekanizma kend<span class="_ _0"></span>i türü için ilkti <span class="_ _0"></span>ve<span class="_ _9"></span> <span class="ff2">kendisinden sonra geliştir<span class="_ _0"></span>ilen bir çok </span></div><div class="t m0 x10 h3 y134c ff2 fs0 fc2 sc0 ls0 ws0">programlama dili tarafından<span class="_ _0"></span><span class="ff1"> </span>kullanıldı.<span class="ff1"> </span></div><div class="t m0 x1 h3 y45 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8e1 ff2 fs0 fc2 sc0 ls0 ws0">Çalışma zamanında h<span class="_ _0"></span>ataların yakalan<span class="_ _0"></span>masına ve işlenmesine ilişkin bir mekan<span class="_ _0"></span>izmanın programcılara sa<span class="_ _0"></span>ğlanması </div><div class="t m0 x10 h3 y47 ff1 fs0 fc2 sc0 ls0 ws0">derleyiciyi yazanla<span class="ff2">ra<span class="_ _0"></span> çeşitli zorluklar getirir. Örneğin ilk C<span class="_ _0"></span>++ derleyicisi olan <span class="_ _0"></span><span class="ff9">cfront UNIX <span class="_ _0"></span></span>işletim sistemi altında </span></div><div class="t m0 x10 h3 ye98 ff2 fs0 fc2 sc0 ls0 ws0">çalışıyordu. Bir çok <span class="ff9">UNIX <span class="_ _0"></span><span class="ff1">derleyicisi gibi </span>c<span class="_ _0"></span>front <span class="ff1">da ö<span class="_ _0"></span>nce </span><span class="ls32">C++ </span><span class="ff1">kay<span class="_ _0"></span>nak kodunu <span class="_ _0"></span></span><span class="ls32">C </span></span>koduna dö<span class="_ _0"></span>nüştürüyor daha sonra<span class="_ _0"></span> </div><div class="t m0 x10 h3 y6a1 ff1 fs0 fc2 sc0 ls0 ws0">elde edilen <span class="ff9 ls32">C </span>ko<span class="_ _0"></span>dunu derliyordu<span class="_ _0"></span>. <span class="ff9">cfront </span>d<span class="_ _0"></span>erleyicisinin <span class="ff9">4.0 <span class="ff2">sürü<span class="_ _0"></span>münün hata <span class="_ _0"></span>işleme mekanizmasına sahip olması </span></span></div><div class="t m0 x10 h3 yc21 ff2 fs0 fc2 sc0 ls0 ws0">planlanmıştı. Ancak <span class="_ _0"></span><span class="ff1">büt<span class="_ _9"></span>ün <span class="_ _9"></span><span class="ff2">gerekleri sağlayan bir h<span class="_ _0"></span>ata işleme mekanizmasının<span class="_ _0"></span> geliştirilmesi o k<span class="_ _0"></span>adar karmaşık bir </span></span></div><div class="t m0 x10 h3 y485 ff1 fs0 fc2 sc0 ls0 ws0">prosesti ki, <span class="ff9">4.0 <span class="ff2">sürümün<span class="_ _0"></span>ü geliştiren ekip, çalışmaya <span class="_ _0"></span>başlamasından<span class="_ _0"></span> 1 yıl sonra proje<span class="_ _0"></span>yi son<span class="_ _0"></span>landırma kararı aldı. </span></span></div><div class="t m0 x10 h3 y54b ff9 fs0 fc2 sc0 ls0 ws0">cfront 4.0 <span class="ff1">sürü<span class="_ _9"></span>mü <span class="_ _9"></span><span class="ff2">hiç olmadı. Ancak daha <span class="_ _0"></span>sonra hata işleme mekanizması <span class="_ _0"></span><span class="ff1">C++<span class="_ _9"></span> dilinin <span class="ff2">doğa<span class="_ _6"></span>l bir aracı durumuna </span></span></span></span></div><div class="t m0 x10 h3 yde4 ff1 fs0 fc2 sc0 ls0 ws0">getirildi. Daha sonraki derl<span class="_ _0"></span>eyiciler daha sonra <span class="_ _0"></span><span class="ls15">bu </span><span class="ff2">aracı desteklemeye</span> <span class="_ _7"></span><span class="ff2">ba<span class="_ _0"></span>şladı.<span class="ff1"> </span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf176" class="pf w0 h0" data-page-no="176"><div class="pc pc176 w0 h0"><img class="bi xb y11cb w6 hc2" alt="" 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JQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AABQm3bMsxUAAKB0bvYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACw1RvvTibh2Axb9wAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">374</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>ş<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span><span class="ff1"> <span class="_ _5"></span><span class="ff2">Z<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1"> <span class="_ _5"></span><span class="ff2">H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _b"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> <span class="_ _5"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>p<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _5"></span><span class="ls49">ve<span class="ls0"> <span class="_ _5"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span><span class="ff1 ls4a">le<span class="ls60">me<span class="ls0"> <span class="_ _5"></span><span class="ff2">M<span class="_ _b"></span>e<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>z<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span><span class="ff1">m<span class="_ _3"></span>p<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>E<span class="_ _3"></span>t<span class="_ _b"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _b"></span> </span></span></span></span></span></span></span></span></span></span></span></span></span></div><div class="t m0 x1 h10 yb3a ff1 fs6 fc2 sc0 ls0 ws0">Z<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span>d<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>?<span class="_ _3"></span> </div><div class="t m0 x10 h3 y1240 ff2 fs0 fc2 sc0 ls0 ws0">Mekanizmayı bir derleyicinin i<span class="_ _0"></span>mplemente etmesindeki birin<span class="_ _0"></span>ci zorluk oluşan<span class="_ _0"></span> belirli hatayı işleyecek uygun<span class="_ _0"></span> bir </div><div class="t m0 x10 h3 y633 ff1 fs0 fc2 sc0 ls0 ws0">kodun <span class="ff9">(ha<span class="_ _0"></span>ndler) <span class="ff2">bulunmasıdır.<span class="_ _0"></span></span></span> </div><div class="t m0 x10 h3 y13c0 ff2 fs0 fc2 sc0 ls0 ws0">İkinci zorluk, hat<span class="_ _0"></span>ayı saptayan kod parçasının h<span class="_ _0"></span>atayı işleyecek koda <span class="_ _0"></span>göndereceği hata nesnesinin çok b<span class="_ _0"></span>içimli </div><div class="t m0 x10 h3 y877 ff2 fs0 fc2 sc0 ls0 ws0">özelliklere sahip olabilm<span class="_ _0"></span>esidir. Yani türemiş sınıf türü<span class="_ _0"></span>nden bir hata <span class="_ _0"></span>nesnesini işleyecek olan u<span class="_ _0"></span>ygun bir işleyici </div><div class="t m0 x10 h3 ydc ff2 fs0 fc2 sc0 ls0 ws0">kod bulun<span class="_ _0"></span>amadığı zaman taban sınıf<span class="_ _0"></span><span class="ff1"> </span>türünden n<span class="_ _0"></span>esneyi alabilecek bir hata işleme kod<span class="_ _0"></span>unun devreye </div><div class="t m0 x10 h3 ydd ff2 fs0 fc2 sc0 ls0 ws0">girebilmesidir. Ancak ilk zama<span class="_ _0"></span>nlarda, ço<span class="_ _0"></span>k biçimliliği destekleyen bir nesnenin ça<span class="_ _0"></span>lışma zamanındak<span class="_ _0"></span>i türünü </div><div class="t m0 x10 h3 yde ff1 fs0 fc2 sc0 ls0 ws0">saptayacak bir mekan<span class="_ _0"></span>izma <span class="ff9">(Dynam<span class="_ _0"></span>ic typing) <span class="ff2">C++ diline <span class="_ _0"></span>eklenmemişti. Hata işleme aracını<span class="_ _0"></span>n y<span class="_ _0"></span></span></span>eterli bir duruma </div><div class="t m0 x10 h3 ydf ff2 fs0 fc2 sc0 ls0 ws0">getirilebilmesi için önce d<span class="_ _0"></span>inamik tür kontrolü<span class="_ _0"></span> mekanizmasının sıfırdan geliştiril<span class="_ _0"></span>mesi gerekiyordu<span class="_ _0"></span>.<span class="ff1"> </span></div><div class="t m0 x10 h3 yabf ff2 fs0 fc2 sc0 ls0 ws0">Başka bir komplikasyon d<span class="_ _0"></span>a hatanın işlenmesi duru<span class="_ _0"></span>munda, hata <span class="_ _0"></span>işleyici işleve programın akışını yön<span class="_ _0"></span>lendirmeden </div><div class="t m0 x10 h3 yda7 ff2 fs0 fc2 sc0 ls0 ws0">önce yerel sınıf nesnelerinin<span class="_ _0"></span> sonlan<span class="_ _0"></span>dırıcı işlevlerinin çağrılmasının sağlanma<span class="_ _0"></span>sıydı. Bu mekan<span class="_ _0"></span>izmaya İngilizcede </div><div class="t m0 x10 h3 y48e ff10 fs0 fc2 sc0 ls0 ws0">yığın dengelen<span class="_ _0"></span>mesi (stack unwinding) <span class="_ _0"></span><span class="ff1">denir. </span></div><div class="t m0 x1 hd ya5a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ye4 ff2 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>ş<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>Z<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>M<span class="_ _b"></span>e<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>z<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _b"></span>n<span class="_ _3"></span> <span class="_ _3"></span>U<span class="_ _3"></span>y<span class="_ _3"></span>g<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _b"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf0c ff9 fs0 fc2 sc0 ls0 ws0">Exception Hand<span class="_ _0"></span>ling <span class="ff2">esnek ve karmaşık bir a<span class="_ _0"></span>raçtır. C dilinde ku<span class="_ _0"></span>llanılan <span class="_ _0"></span>geleneksel hata işleme yönteml<span class="_ _0"></span>erinin </span></div><div class="t m0 x10 h3 yd74 ff2 fs0 fc2 sc0 ls0 ws0">sakıncalarını içermez ve çok ç<span class="_ _0"></span>eşitli çalışma zamanı h<span class="_ _0"></span>ataları için<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ye7 ff2 fs0 fc2 sc0 ls0 ws0">kullanılabilir. Ancak b<span class="_ _0"></span>ir kaynak kod içind<span class="_ _0"></span>e, C++ dilinin diğer araçları gibi b<span class="_ _0"></span>u araç da kötü<span class="_ _0"></span> kullanılmış olabilir. Bu </div><div class="t m0 x10 h3 y3a3 ff2 fs0 fc2 sc0 ls0 ws0">mekanizmayı etkili bir şekild<span class="_ _0"></span>e kullanab<span class="_ _0"></span>ilmek için, mekanizmay<span class="_ _0"></span>ı iyi bir şekilde tanımak ve g<span class="_ _0"></span>eri planda makina </div><div class="t m0 x10 h3 y371 ff2 fs0 fc2 sc0 ls0 ws0">düzeyinde neler olduğun<span class="_ _0"></span>u anlamak gerekir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y13b8 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1070 ff2 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>ş<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>Z<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>M<span class="_ _b"></span>e<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>z<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _b"></span>n<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>ş<span class="_ _3"></span><span class="ff1">e<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 yc7d ff9 fs0 fc2 sc0 ls0 ws0">CZHI <span class="ff2">mekanizmasında, ça<span class="_ _0"></span>lışma zamanı içind<span class="_ _0"></span>e bir hata oluştuğun<span class="_ _0"></span>da programın akışı bu h<span class="_ _0"></span>a<span class="_ _0"></span>tayı işleyecek uygun<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y6d1 ff2 fs0 fc2 sc0 ls0 ws0">bir kod parçasına <span class="_ _0"></span>(<span class="ff9">handler</span>) yönlendirilir. Bu y<span class="_ _0"></span>önlendirmeyle birlikte hat<span class="_ _0"></span>ayı işleyen koda bir nesne değ<span class="_ _0"></span>erle (<span class="ff9">c<span class="_ _0"></span>all </span></div><div class="t m0 x10 h3 y524 ff9 fs0 fc2 sc0 ls0 ws0">by value<span class="ff1">) ya <span class="_ _0"></span>da adresle (</span>call by reference<span class="_ _0"></span><span class="ff1">) geçilir. Söz konu<span class="_ _0"></span>su nesneye bundan<span class="_ _0"></span> sonraki bölümlerde &quot;hata </span></div><div class="t m0 x10 h3 y525 ff1 fs0 fc2 sc0 ls0 ws0">nesnesi&quot; (<span class="ff9">exception<span class="_ _0"></span> object<span class="_ _0"></span><span class="ff2">) diyeceğiz. Hata nesnesi doğal veri t<span class="_ _0"></span>ürlerinden olabileceği gibi, <span class="_ _0"></span>bir sınıf türünden d<span class="_ _0"></span>e </span></span></div><div class="t m0 x10 h3 y30e ff1 fs0 fc2 sc0 ls0 ws0">olabilir. </div><div class="t m0 x10 h3 ye59 ff2 fs0 fc2 sc0 ls0 ws0">Mekanizmanın dört <span class="_ _0"></span>bileşeni vardır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yc6b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y7f2 ff16 fs0 fc2 sc0 ls0 ws0"><span class="ff7"> <span class="_ _85"> </span><span class="ff9">try <span class="ff2">bloğu<span class="ff1"> </span></span></span></span></div><div class="t m0 x10 he y13d3 ff16 fs0 fc2 sc0 ls0 ws0"><span class="ff7"> <span class="_ _85"> </span><span class="ff9">try <span class="ff2">bloğu ile ilişkilendirilen <span class="_ _0"></span></span>catch <span class="_ _0"></span><span class="ff2">blokları (hata işleyen kodlar<span class="_ _0"></span><span class="ff1"> -</span></span>handler<span class="ff1">) </span></span></span></div><div class="t m0 x10 he yaa3 ff16 fs0 fc2 sc0 ls0 ws0"><span class="ff7"> <span class="_ _85"> </span><span class="ff9">throw <span class="ff1">ifadesi </span></span></span></div><div class="t m0 x10 he yea9 ff16 fs0 fc2 sc0 ls0 ws0"><span class="ff7"> <span class="_ _85"> </span><span class="ff1">hata nesnesinin kendis<span class="_ _0"></span>i Mekanizma kab<span class="_ _0"></span>aca </span></span></div><div class="t m0 x10 h3 y14e ff2 fs0 fc2 sc0 ls0 ws0">şöyle<span class="ff1"> <span class="_ _9"></span>özetlenebilir: </span></div><div class="t m0 x10 h3 yd31 ff2 fs0 fc2 sc0 ls0 ws0">Çalışma zamanı içinde bir h<span class="_ _0"></span>ata oluştuğunda <span class="_ _0"></span>bu durumda <span class="_ _0"></span><span class="ff9">throw <span class="ff1">ifadesiyle b<span class="_ _0"></span>ir hata nesnesi gönderilir. </span></span></div><div class="t m0 x10 h3 yb68 ff2 fs0 fc2 sc0 ls0 ws0">Gönderilen bu hata <span class="_ _0"></span>nesnesini hata işleyen kodlardan<span class="_ _0"></span> uygun olan bir t<span class="_ _0"></span>anesi yakalar. Eğer hata <span class="_ _0"></span>yakala<span class="_ _3"></span><span class="ff1">namaz ise </span></div><div class="t m0 x10 h3 y13d4 ff1 fs0 fc2 sc0 ls0 ws0">standart <span class="ff9">abo<span class="_ _0"></span>rt <span class="ff2">işlevi çağrılarak program sonlan<span class="_ _0"></span>dırılır.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 hd yfe8 ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
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class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">375</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">t<span class="_ _3"></span>h<span class="_ _3"></span>r<span class="_ _3"></span>o<span class="_ _3"></span>w<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>h<span class="_ _3"></span>t<span class="_ _b"></span>a<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ö<span class="_ _3"></span>z<span class="_ _3"></span>c<span class="_ _3"></span>ü<span class="_ _3"></span>ğ<span class="_ _3"></span>ü<span class="_ _b"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _11"></span><span class="ff1"> <span class="_ _a"> </span>G<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y37d ff9 fs0 fc2 sc0 ls0 ws0">throw <span class="ff2">C++ dilinin bir a<span class="_ _0"></span>nahtar sözcüğüdü<span class="_ _0"></span>r. </span>throw <span class="ff2">an<span class="_ _0"></span>ahtar sözcüğünü<span class="_ _0"></span> bir ifade izler. </span>th<span class="_ _0"></span>row <span class="ff2">anahta<span class="_ _0"></span>r sözcüğünü </span></div><div class="t m0 x10 h3 y118 ff1 fs0 fc2 sc0 ls0 ws0">izleyen ifade gönderilen hat<span class="_ _0"></span><span class="ff2">a nesnesinin t<span class="_ _0"></span>ürünü ve değerini b<span class="_ _0"></span>elirler. Gönderilen hata nesnesini bir h<span class="_ _0"></span>ata işleyen </span></div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">kod parçası yan<span class="_ _0"></span>i ingilizce ismiyle bir <span class="_ _0"></span><span class="ff9">handler <span class="ff1">yakala<span class="_ _0"></span>r. </span>throw </span>ifadesi herhan<span class="_ _0"></span>gi bir işlevin içinde y<span class="_ _0"></span>er alabilir. </div><div class="t m0 x10 h3 ycda ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki kod parçasını in<span class="_ _0"></span>celeyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 y13d6 ff8 fs0 fc2 sc0 ls13 ws0">int &amp;Array::at(int index);<span class="ls0"> </span></div><div class="t m0 x10 h11 y677 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y13d7 ff8 fs0 fc2 sc0 ls13 ws0">if (index &gt;= m_size) </div><div class="t m0 x17 h11 y1005 ff8 fs0 fc2 sc0 ls13 ws0">throw index;<span class="ls0"> </span></div><div class="t m0 x1 h12 y2ad ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y7d4 ff8 fs0 fc2 sc0 ls13 ws0">return pd[index];<span class="ls0"> </span></div><div class="t m0 x10 h11 y13d8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 yb2b ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybbf ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda <span class="_ _f"> </span><span class="ff9">Ar<span class="_ _0"></span>ray <span class="_ _f"> </span></span>sınıfının <span class="_ _11"> </span><span class="ff9">at <span class="_ _f"> </span></span>i<span class="_ _0"></span>simli <span class="_ _f"></span>üye <span class="_ _f"></span>i<span class="_ _0"></span>şlevinin <span class="_ _f"></span>tanımı <span class="_ _11"> </span>yer <span class="_ _f"></span>alıyo<span class="_ _0"></span>r. <span class="_ _f"></span>İşlevin <span class="_ _f"></span>kaynak<span class="_ _0"></span> <span class="_ _f"></span>kodu <span class="_ _11"> </span>içinde, <span class="_ _f"> </span>d<span class="_ _0"></span>ışarıdan </div><div class="t m0 x10 h3 yb4f ff1 fs0 fc2 sc0 ls0 ws0">gelen <span class="_ _3"></span><span class="ff9">ind<span class="_ _0"></span>ex <span class="_ _b"></span><span class="ff2">değerinin <span class="_ _b"></span>geç<span class="_ _0"></span>erli <span class="_ _b"></span>olup <span class="_ _b"></span>olmadığı <span class="_ _b"></span>sınan<span class="_ _0"></span>ıyor. <span class="_ _b"></span></span>ind<span class="_ _0"></span>ex <span class="_ _b"></span><span class="ff2">değeri <span class="_ _b"></span>geçerli <span class="_ _b"></span>değilse, <span class="_ _f"></span></span>int <span class="_ _b"></span></span>türd<span class="_ _0"></span>en <span class="_ _3"></span>b<span class="_ _0"></span>ir <span class="_ _3"></span>h<span class="_ _0"></span>ata </div><div class="t m0 x10 h3 y121c ff1 fs0 fc2 sc0 ls0 ws0">nesnesi gönderiliyor.<span class="_ _0"></span> </div><div class="t m0 x1 h3 yc58 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y911 ff2 fs6 fc2 sc0 ls0 ws0">t<span class="_ _3"></span>r<span class="_ _3"></span>y<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>ğ<span class="_ _3"></span>u<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y114d ff9 fs0 fc2 sc0 ls0 ws0">try <span class="ff2">C++ dilinin bir anah<span class="_ _0"></span>tar sözcüğüdür. <span class="_ _0"></span></span>try <span class="ff2">anahta<span class="_ _0"></span>r sözcüğünü bir b<span class="_ _0"></span>loğun izlemesi zorunludur. İçinden b<span class="_ _0"></span>ir hata </span></div><div class="t m0 x10 h3 y4b1 ff2 fs0 fc2 sc0 ls0 ws0">nesnesi gönderilme ola<span class="_ _0"></span>sılığı bulunan k<span class="_ _0"></span>od parçası bir <span class="_ _0"></span><span class="ff9">try </span>bloğu içine<span class="ff1"> </span>alınabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y882 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y414 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 ydde ff8 fs0 fc2 sc0 ls13 ws0">#include &quot;array.h&quot;<span class="ls0"> </span></div><div class="t m0 x10 h11 y13d9 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y8ef ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y7b7 ff8 fs0 fc2 sc0 ls13 ws0">Array myarray(10); </div><div class="t m0 x12 h11 y281 ff8 fs0 fc2 sc0 ls13 ws0">int index;<span class="ls0"> </span></div><div class="t m0 x1 h11 ybde ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y806 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;bir index degeri girin &quot;; </div><div class="t m0 x12 h11 y13da ff8 fs0 fc2 sc0 ls13 ws0">std::cin &gt;&gt; index;<span class="ls0"> </span></div><div class="t m0 x1 h12 y52b ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y903 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x17 h11 y4a1 ff8 fs0 fc2 sc0 ls13 ws0">int x = myarray.at(10);<span class="ls0"> </span></div><div class="t m0 x2 h11 y13db ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf178" class="pf w0 h0" data-page-no="178"><div class="pc pc178 w0 h0"><img class="bi xb y13dc w6 hed" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">376</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x2 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">return 0:<span class="ls0"> </span></div><div class="t m0 x10 h11 y3b1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y13dd ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yba3 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">main <span class="_ _0"></span></span>işlevinde çağrılan <span class="_ _0"></span><span class="ff9">at </span>işlevi içinden bir hata <span class="_ _0"></span>nesnesi gönderilebileceği için<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya76 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y7bf ff8 fs0 fc2 sc0 ls13 ws0">int x = myarray.at(10);<span class="ls0"> </span></div><div class="t m0 x1 h15 y13ae ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6f9 ff1 fs0 fc2 sc0 ls0 ws0">deyimi bir <span class="ff9">try <span class="ff2">bloğu için<span class="_ _0"></span>e alınmış.</span></span> </div><div class="t m0 x1 hd yc01 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y258 ff1 fs0 fc2 sc0 ls0 ws0">Bir <span class="ff9">try <span class="ff2">bloğu içinde C++ dili <span class="_ _0"></span>sözdizimine uy<span class="_ _0"></span>gun herhangi bir d<span class="_ _0"></span>eyim bulunabilir. <span class="_ _0"></span></span>try <span class="ff2">bloğu<span class="_ _0"></span> içinde bildirim ya da </span></span></div><div class="t m0 x10 h3 yb70 ff2 fs0 fc2 sc0 ls0 ws0">tanımlama yapılabilir. Bir <span class="_ _0"></span><span class="ff9">try </span>bloğu y<span class="_ _0"></span>erel bir bilinirlik alanı oluşturu<span class="_ _0"></span>r. Bir <span class="ff9">try </span>bloğu için<span class="_ _0"></span>de bildirimi yapılan<span class="_ _0"></span> </div><div class="t m0 x10 h3 ye09 ff2 fs0 fc2 sc0 ls0 ws0">değişkenler bu bloğun<span class="_ _0"></span> dışında görülmez.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y13de ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y7d9 ff2 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>c<span class="_ _3"></span>h<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>h<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _b"></span>S<span class="_ _3"></span>ö<span class="_ _3"></span>z<span class="_ _3"></span>c<span class="_ _3"></span>ü<span class="_ _3"></span>ğ<span class="_ _3"></span>ü<span class="_ _3"></span> <span class="_ _b"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>c<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>c<span class="_ _3"></span>h<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _11"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y13df ff9 fs0 fc2 sc0 ls0 ws0">catch <span class="ff2">C++ dilinin b<span class="_ _0"></span>ir anahtar sözcüğüdür. <span class="_ _0"></span></span>catch <span class="_ _0"></span><span class="ff2">anahtar sözcüğünü açılan<span class="_ _0"></span> <span class="ff1">ve <span class="_ _9"></span>kapanan bir ayra<span class="_ _0"></span>ç izler. Bu ayraç </span></span></div><div class="t m0 x10 h3 y5c7 ff2 fs0 fc2 sc0 ls0 ws0">içinde, işlevlerdeki param<span class="_ _0"></span>etre değişkeni bildirimine benz<span class="_ _0"></span>er bir şekilde değişken b<span class="_ _0"></span>ildirimi yapılabilir. Ay<span class="_ _0"></span>raçlardan </div><div class="t m0 x10 h3 y1009 ff2 fs0 fc2 sc0 ls0 ws0">sonra yine bir blok<span class="_ _0"></span> yerleştirilir. <span class="ff9">catc<span class="_ _0"></span>h </span>anahtar sözcüğün<span class="_ _0"></span>ü bir ayracın izlemesi ve <span class="_ _0"></span>ayr<span class="_ _9"></span>acı<span class="_ _9"></span>n <span class="_ _9"></span>kapanmasından sonra<span class="_ _0"></span> </div><div class="t m0 x10 h3 y1033 ff2 fs0 fc2 sc0 ls0 ws0">da bir bloğu<span class="_ _0"></span>n yerleştirilmesi sözdizimsel b<span class="_ _0"></span>ir zorunluluktur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y203 ff9 fs0 fc2 sc0 ls0 ws0">catch <span class="ff2">b<span class="_ _0"></span>loğu hatayı işleyen bloktur(<span class="_ _0"></span></span>handler<span class="ff1">). </span>catc<span class="_ _0"></span>h <span class="ff2">blokları </span>try <span class="ff2">blokların<span class="_ _0"></span>ı izler. Bir </span>try <span class="ff2">bloğun<span class="_ _0"></span>dan sonra herhan<span class="_ _0"></span>gi </span></div><div class="t m0 x10 h3 y13e0 ff1 fs0 fc2 sc0 ls0 ws0">bir <span class="ff9">catch<span class="_ _0"></span> <span class="ff2">bloğunun yer almaması geçersizdir. E<span class="_ _0"></span>ğer bir </span>c<span class="_ _0"></span>atch <span class="ff2">ayracı içinde tan<span class="_ _0"></span>ımlanmış nesne</span></span>nin<span class="_ _0"></span> türü ile </div><div class="t m0 x10 h3 y166 ff2 fs0 fc2 sc0 ls0 ws0">gönderilen hata nesne<span class="_ _0"></span>sinin türü tamamen aynı ise, <span class="_ _0"></span><span class="ff9">catc<span class="_ _0"></span>h </span>parametresine gönderilen h<span class="_ _0"></span>ata nesnesinin değeri </div><div class="t m0 x10 h3 y167 ff2 fs0 fc2 sc0 ls0 ws0">aktarılır. Programın akışı <span class="_ _0"></span><span class="ff9">catch </span>bloğu<span class="_ _0"></span> içinde akmaya yön<span class="_ _0"></span>lendirilir. Bu duruma &quot;gönderilen h<span class="_ _0"></span>ata nesnesinin<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y5ca ff2 fs0 fc2 sc0 ls0 ws0">yakalanması&quot; denir. Bir <span class="ff9">t<span class="_ _0"></span>ry </span>bloğu<span class="_ _0"></span><span class="ff1"> </span>ayrı bir bilinirlik a<span class="_ _0"></span>lanı belirtir. Bu blok içind<span class="_ _0"></span>e tanımlanan nesneler <span class="_ _0"></span><span class="ff9">try </span>bloğunu<span class="_ _0"></span> </div><div class="t m0 x10 h3 y13e1 ff1 fs0 fc2 sc0 ls0 ws0">izleyen <span class="ff9">catch <span class="_ _0"></span><span class="ff2">blokları içinde bilinmez.</span></span> </div><div class="t m0 x10 h3 y128e ff9 fs0 fc2 sc0 ls0 ws0">try <span class="ff2">bloğu ile </span>catch<span class="_ _0"></span> <span class="ff2">bloğu arasında <span class="_ _0"></span>başka bir kod olamaz. Bir <span class="_ _0"></span></span>try <span class="ff2">bloğundan<span class="_ _0"></span> sonra istenilen sayıda <span class="_ _0"></span></span>catc<span class="_ _0"></span>h <span class="ff2">bloğu yer </span></div><div class="t m0 x10 h3 y86d ff2 fs0 fc2 sc0 ls0 ws0">alabilir. Şimdiye kadar a<span class="_ _0"></span>nlatılanları bir kod<span class="_ _0"></span> parçası ile örnekleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y109b ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd21 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 y1397 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdlib&gt;<span class="ls0"> </span></div><div class="t m0 x10 h11 y685 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x10 h11 y13e2 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y111d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y647 ff8 fs0 fc2 sc0 ls13 ws0">int val;<span class="ls0"> </span></div><div class="t m0 x1 h12 yb7 ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf179" class="pf w0 h0" data-page-no="179"><div class="pc pc179 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">377</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;pozitif bir sayi giriniz : &quot;; </div><div class="t m0 x2 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">cin &gt;&gt; val;<span class="ls0"> </span></div><div class="t m0 x1 h11 y3b1 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y6db ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x17 h11 ybbb ff8 fs0 fc2 sc0 ls13 ws0">if (val &lt; 0)<span class="ls0"> </span></div><div class="t m0 x58 h11 yc94 ff8 fs0 fc2 sc0 ls13 ws0">throw val;<span class="ls0"> </span></div><div class="t m0 x2 h11 y4bf ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 yf8c ff8 fs0 fc2 sc0 ls13 ws0">catch(int x) {<span class="ls0"> </span></div><div class="t m0 x17 h11 y1bb ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; x &lt;&lt; &quot; negatif! program sonlaniyor!&quot; &lt;&lt; endl; </div><div class="t m0 x17 h11 y28e ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x2 h11 ycbf ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y290 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; val &lt;&lt; &quot; degeri girildi!&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y663 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y935 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y4ad ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y25c ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y23d ff1 fs0 fc2 sc0 ls0 ws0">Bir <span class="ff9">try <span class="ff2">bloğunu bird<span class="_ _0"></span>en fazla </span>catc<span class="_ _0"></span>h <span class="ff2">bloğu izleyebilir. Bu d<span class="_ _0"></span>urumda </span>catc<span class="_ _0"></span>h <span class="ff2">parametrelerinin türlerinin farklı </span></span></div><div class="t m0 x10 h3 ybc0 ff2 fs0 fc2 sc0 ls0 ws0">olması gerekir. Aynı tü<span class="_ _0"></span>rden nesne bekleyen bird<span class="_ _0"></span>en fazla <span class="_ _0"></span><span class="ff9">catch </span>parametresinin b<span class="_ _0"></span>ulunması geçersizdir. </div><div class="t m0 x10 h3 y479 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yd81 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ye45 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x10 h11 ydff ff8 fs0 fc2 sc0 ls13 ws0">void may_raise_exception(); </div><div class="t m0 x10 h11 y93a ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y69b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y561 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x17 h11 y11c9 ff8 fs0 fc2 sc0 ls13 ws0">may_raise_exception();<span class="ls0"> </span></div><div class="t m0 x2 h11 y11f7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y68 ff8 fs0 fc2 sc0 ls13 ws0">catch (int) {<span class="ls0"> </span></div><div class="t m0 x17 h11 y76d ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x2 h11 y49e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y748 ff8 fs0 fc2 sc0 ls13 ws0">catch (double) {<span class="ls0"> </span></div><div class="t m0 x17 h11 y7e5 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x2 h11 y8f4 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf17a" class="pf w0 h0" data-page-no="17a"><div class="pc pc17a w0 h0"><img class="bi xb y13e3 w6 hee" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">378</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">catch<span class="ls0"> </span>(long)<span class="ls0">  { </span></div><div class="t m0 x17 h11 y2a6 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x2 h11 y1f3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y74b ffc fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;programın akisi bu noktadan devam edecek!&quot; &lt;&lt; std::endl;<span class="ff8 ls0"> </span></div><div class="t m0 x2 h11 y74c ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x2 h11 y550 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y3ce ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y931 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2e4 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda tanımlanan<span class="_ _0"></span> <span class="ff9">main <span class="_ _0"></span></span>işlevi içinde bir <span class="ff9">try </span>bloğu o<span class="_ _0"></span>luşturuluyor. Oluşturu<span class="_ _0"></span>lan <span class="ff9">try </span>b<span class="_ _0"></span>loğu içinde </div><div class="t m0 x10 h3 y235 ff9 fs0 fc2 sc0 ls0 ws0">may_raise_exception<span class="_ _0"></span> <span class="ff2">işlevi çağrılıyor. <span class="_ _0"></span></span>try <span class="ff2">bloğunu üç a<span class="_ _0"></span>yrı </span>catch <span class="ff2">b<span class="_ _0"></span>loğu izliyor. Birinci<span class="ff1"> </span></span>c<span class="_ _0"></span>atch <span class="ff2">bloğu ya da başka b<span class="_ _0"></span>ir </span></div><div class="t m0 x10 h3 y56a ff2 fs0 fc2 sc0 ls0 ws0">deyişle birinci hata işleyen blo<span class="_ _0"></span>k, <span class="_ _0"></span><span class="ff9">int </span>türden b<span class="_ _0"></span>ir hata nesnesini yakalamaya <span class="_ _0"></span>çalışıyor. İkinci hata işleyen blok, </div><div class="t m0 x10 h3 y762 ff9 fs0 fc2 sc0 ls0 ws0">double <span class="ff1">tü<span class="_ _0"></span>rden, -<span class="ff2">üçüncü hata <span class="_ _0"></span>işle<span class="_ _9"></span>yen blok, <span class="_ _0"></span><span class="ff9">long </span>tü<span class="_ _0"></span>rden bir hata nesnesini yakalamaya <span class="_ _0"></span>çalışıyor. Herhangi b<span class="_ _0"></span>ir </span></span></div><div class="t m0 x10 h3 y13e4 ff9 fs0 fc2 sc0 ls0 ws0">catch <span class="ff2">b<span class="_ _0"></span>loğu gönderilen hata nesnesini yakalarsa, p<span class="_ _0"></span>rogramın akışı içinde ilgi<span class="_ _0"></span>li </span>c<span class="_ _0"></span>atch <span class="ff2">bloğu<span class="_ _0"></span>nun içindeki deyimler </span></div><div class="t m0 x10 h3 y13e5 ff2 fs0 fc2 sc0 ls0 ws0">yürütülür. Pro<span class="_ _0"></span>gramın akışı <span class="ff9">catch <span class="_ _0"></span></span>bloğundan <span class="ff1">sonra en son<span class="_ _0"></span> <span class="ff9">catch </span></span>bloğu<span class="_ _0"></span>ndan sonra yer alan deyimle sürer.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yfe3 ff9 fs0 fc2 sc0 ls0 ws0">catch <span class="ff2">b<span class="_ _0"></span>lokları </span>break <span class="ff1">deyimiyle sonlan<span class="_ _0"></span>an </span>case<span class="_ _0"></span><span class="ff1">&apos;ler gibidir. Uygun bir <span class="_ _0"></span></span>catch <span class="ff2">bloğu<span class="_ _0"></span> bir hata nesnesini yakaladığında </span></div><div class="t m0 x10 h3 y7c4 ff2 fs0 fc2 sc0 ls0 ws0">programın akışı bu <span class="_ _0"></span><span class="ff9">catch </span>b<span class="_ _0"></span>loğunun içine girer. Bu <span class="ff9">catc<span class="_ _0"></span>h </span>bloğunun k<span class="_ _0"></span>odu yürütüldükten <span class="_ _0"></span>sonra programın <span class="_ _0"></span>akışı </div><div class="t m0 x10 h3 y7c5 ff1 fs0 fc2 sc0 ls0 ws0">son <span class="ff9">catch <span class="_ _0"></span><span class="ff2">bloğunu izleyen kod parçasının y<span class="_ _0"></span>ürütülmesiyle sürer.<span class="_ _0"></span></span></span> </div><div class="t m0 x10 h3 y40e ff9 fs0 fc2 sc0 ls0 ws0">try <span class="ff2">bloğu içine alınan k<span class="_ _0"></span>od parçası içinde gönderil<span class="_ _0"></span>en hata nesnesinin y<span class="_ _0"></span>akalanması için<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y140 ff9 fs0 fc2 sc0 ls0 ws0">throw <span class="ff2">işleminin do<span class="_ _0"></span>ğrudan bu blok içind<span class="_ _0"></span>e yapılması gerekmez.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y23e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y342 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x2 h11 y66c ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> </span></div><div class="t m0 x10 h11 y12ed ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 y38c ff8 fs0 fc2 sc0 ls13 ws0">catch (int) {<span class="ls0"> </span></div><div class="t m0 x2 h11 y6b6 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y9cd ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h7f y6d4 ff8 fs19 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye51 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">try </span>bloğu için<span class="_ _0"></span>de <span class="ff9">func<span class="_ _0"></span> </span>işlevi çağrılıyor. <span class="ff9">func </span>işl<span class="_ _0"></span>evi içinde çağrılan bir işlevin de, <span class="_ _0"></span><span class="ff9">int <span class="ff1">tü<span class="_ _0"></span>rden bir hata </span></span></div><div class="t m0 x10 h3 y577 ff1 fs0 fc2 sc0 ls0 ws0">nesnesi göndermesi du<span class="_ _0"></span>rumunda, <span class="_ _0"></span><span class="ff9">catch <span class="ff2">bloğu<span class="_ _0"></span> bu hata nesnesini de yakalar.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 hd y3c7 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y314 ff1 fs6 fc2 sc0 ls0 ws0">t<span class="_ _3"></span>h<span class="_ _3"></span>r<span class="_ _3"></span>o<span class="_ _3"></span>w<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span></span>f<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _b"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>y<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>c<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>c<span class="_ _b"></span>h<span class="_ _3"></span> <span class="_ _3"></span>P<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>U<span class="_ _3"></span>y<span class="_ _3"></span>u<span class="_ _3"></span>m<span class="_ _3"></span>u<span class="_ _f"></span> </div><div class="t m0 x10 h3 ybca ff1 fs0 fc2 sc0 ls0 ws0">Bir <span class="ff9 ls3d">ca<span class="ls0">tch <span class="ff2">bloğun<span class="_ _0"></span>un gönderilen hata nesnesini yakalay<span class="_ _0"></span>abilmesi için <span class="_ _0"></span></span>throw </span></span>ifadesi ile <span class="ff9">c<span class="_ _0"></span>atch </span>parametre<span class="_ _0"></span>sinin </div><div class="t m0 x10 h3 yfc9 ff2 fs0 fc2 sc0 ls0 ws0">türlerinin tamamen aynı o<span class="_ _0"></span>lması gerekir. <span class="ff9">c<span class="_ _0"></span>atch <span class="ff1">parametresini<span class="_ _0"></span>n önünde bu<span class="_ _0"></span>lunan </span>const <span class="_ _0"></span><span class="ff1">ya da </span>volatile </span></div><div class="t m0 x10 h3 y10b9 ff2 fs0 fc2 sc0 ls0 ws0">niteleyicileri tam uyumu b<span class="_ _0"></span>ozmaz. Ancak diğer otomatik tü<span class="_ _0"></span>r dö<span class="_ _0"></span>nü<span class="_ _0"></span>şümü ve yükseltme kuralları b<span class="_ _0"></span>urada geçerli </div><div class="t m0 x10 h3 y1152 ff2 fs0 fc2 sc0 ls0 ws0">değildir. Örneğin <span class="ff9">thro<span class="_ _0"></span>w <span class="ff1">ifadesi </span>c<span class="_ _0"></span>har <span class="ff1">türden </span>ca<span class="_ _0"></span>tch <span class="ff1">parametresi </span>int </span>türden ise, tam<span class="_ _0"></span>sayıya yükseltme (<span class="_ _0"></span><span class="ff9">integral </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf17b" class="pf w0 h0" data-page-no="17b"><div class="pc pc17b w0 h0"><img class="bi xb y89f w6 hef" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">379</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff9 fs0 fc2 sc0 ls0 ws0">promotion) <span class="ff2">ku<span class="_ _0"></span>ralı işletilmez. Benzer şekilde gönd<span class="_ _0"></span>erilen hata nesnesinin t<span class="_ _0"></span>ürünün <span class="_ _3"></span></span>float <span class="ff2">türü olduğunu kabul </span></div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">edelim. Parametresi <span class="_ _0"></span><span class="ff9">double </span>türden o<span class="_ _0"></span>lan bir <span class="ff9">catch <span class="_ _0"></span><span class="ff2">bloğu </span>float </span>türden b<span class="_ _0"></span>ir hata nesnesini yakalay<span class="_ _0"></span>amaz. </div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1d5 ff2 fs6 fc2 sc0 ls0 ws0">G<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>ü<span class="_ _b"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _b"></span>n<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _11"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y68d ff2 fs0 fc2 sc0 ls0 ws0">İçinde çalışma zamanını h<span class="_ _0"></span>atasının oluşab<span class="_ _0"></span>ileceği kod parçasının, hat<span class="_ _0"></span>ayı işleyec<span class="_ _0"></span>ek kod parçasına <span class="_ _0"></span>gönderdiği hata </div><div class="t m0 x10 h3 y68e ff2 fs0 fc2 sc0 ls0 ws0">nesnesi, bir sınıf türünden d<span class="_ _0"></span>e olabilir. Bu duru<span class="_ _0"></span>mda şüphesiz bu hatay<span class="_ _0"></span>ı yakalayacak <span class="_ _0"></span><span class="ff9">catc<span class="_ _0"></span>h </span>bloğunun parametresi </div><div class="t m0 x10 h3 y68f ff2 fs0 fc2 sc0 ls0 ws0">aynı sınıf türünd<span class="_ _0"></span>en bir nesne ya da aynı sınıf türü<span class="_ _0"></span>nden bir referans olmalıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yff9 ff2 fs0 fc2 sc0 ls0 ws0">Hata nesnesi oluşturmad<span class="_ _0"></span>a çoğunluk<span class="_ _0"></span>la doğal tü<span class="_ _0"></span>rler yerine sınıf nesneleri kullanılır. Böylece <span class="_ _0"></span>hata oluştuğund<span class="_ _0"></span>a </div><div class="t m0 x10 h3 y120d ff2 fs0 fc2 sc0 ls0 ws0">gönderilen sınıf nesneleri <span class="_ _0"></span><span class="ff9">catch </span>p<span class="_ _0"></span>arametresine alındıktan sonra,<span class="_ _0"></span> sınıfın üye işlevleri kullanılarak o<span class="_ _0"></span>luşan hata ele </div><div class="t m0 x10 h3 y3ea ff2 fs0 fc2 sc0 ls0 ws0">alınır. Sınıf kütüph<span class="_ _0"></span>anelerinin çoğunda çok<span class="_ _0"></span> biçimliliği destekley<span class="_ _0"></span>en hata işleme sınıfları <span class="_ _0"></span>vardır. C++ standart </div><div class="t m0 x10 h3 yc00 ff2 fs0 fc2 sc0 ls0 ws0">kütüphan<span class="_ _0"></span>esinde de hiyerarşik hata işleme sınıfları tanımlan<span class="_ _0"></span>mıştır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ya4a ff2 fs0 fc2 sc0 ls0 ws0">Bir kütüphan<span class="_ _0"></span>e içinden gönderilecek hata nesn<span class="_ _0"></span>elerinin bir sınıf hiyerarşisi biçi<span class="_ _0"></span>minde organize </div><div class="t m0 x10 h3 y121b ff2 fs0 fc2 sc0 ls0 ws0">edilmesinin önemli bir fayd<span class="_ _0"></span>ası da, kü<span class="_ _0"></span>tüphaneye <span class="_ _0"></span>yeni hata sınıflarının eklenmesinden son<span class="_ _0"></span>ra hata </div><div class="t m0 x10 h3 y7f ff2 fs0 fc2 sc0 ls0 ws0">işleyen kodlarda <span class="_ _0"></span>bir değişikliğin gerekmemesidir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y80 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y3a1 ff2 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>c<span class="_ _3"></span>h<span class="_ _3"></span> <span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>ğ<span class="_ _3"></span>u<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1c2 ff2 fs0 fc2 sc0 ls0 ws0">İstenirse, ne türden olursa o<span class="_ _0"></span>lsun gönderilen bir h<span class="_ _0"></span>ata nesnesinin bir <span class="_ _3"></span><span class="ff9">catch </span>bloğu tarafından yak<span class="_ _0"></span>alanması </div><div class="t m0 x10 h3 y1c3 ff2 fs0 fc2 sc0 ls0 ws0">sağlanabilir. Bu duru<span class="_ _0"></span>m <span class="ff9">catch </span>bloğu<span class="_ _0"></span> ayracı içine üç nokt<span class="_ _0"></span>a atomu (<span class="ff9">elipsis</span>) yerle<span class="_ _0"></span>ştirilmesiyle sağlanır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 y652 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x2 h11 y13e6 ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> </span></div><div class="t m0 x10 h11 y881 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 ye0f ffc fs0 fc2 sc0 ls13 ws0">catch (…)<span class="ff8 ls0"> { </span></div><div class="t m0 x2 h11 y742 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 yb32 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 y245 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydd2 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte, <span class="_ _0"></span><span class="ff9">try </span>bloğu içind<span class="_ _0"></span>e çağrılan <span class="ff9">func </span>işlevi iç<span class="_ _0"></span>inden ne türden h<span class="_ _0"></span>ata nesnesi gönderilirse </div><div class="t m0 x10 h3 y3a8 ff1 fs0 fc2 sc0 ls0 ws0">gönderilsin, <span class="ff9">try <span class="ff2">bloğunu<span class="_ _0"></span> izleyen </span>c<span class="_ _0"></span>atch all <span class="ff2">bloğu b<span class="_ _0"></span>u ha</span></span>ta nesnesini yakalar.<span class="_ _0"></span> </div><div class="t m0 x1 hd yd30 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y13e7 ff2 fs6 fc2 sc0 ls0 ws0">c<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>c<span class="_ _3"></span>h<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>U<span class="_ _3"></span>y<span class="_ _3"></span>g<span class="_ _3"></span>u<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y284 ff1 fs0 fc2 sc0 ls0 ws0">Uygulamalarda genellikle <span class="_ _0"></span><span class="ff9">catch <span class="ff2">b<span class="_ _0"></span>loklarının parametreleri, en özel o<span class="_ _0"></span>landan en genel olan<span class="_ _0"></span>a doğru yuka<span class="_ _0"></span>rıdan </span></span></div><div class="t m0 x10 h3 yfb2 ff2 fs0 fc2 sc0 ls0 ws0">aşağıya doğru seçilir. Yani tü<span class="_ _0"></span>remiş sınıf parametr<span class="_ _0"></span>eli <span class="ff9">ca<span class="_ _0"></span>tch </span>blokları taban<span class="_ _0"></span> sınıf parametreli <span class="ff9">c<span class="_ _0"></span>atc<span class="ls14">h </span></span>bloklarından </div><div class="t m0 x10 h3 y6f1 ff2 fs0 fc2 sc0 ls0 ws0">daha yuka<span class="_ _0"></span>rıda yer alır. Çünkü <span class="ff9">c<span class="_ _0"></span>atch </span>blokları yuka<span class="_ _0"></span>rıdan aşağıya doğru taran<span class="_ _0"></span>ır. Aşağıdaki kodu inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y136e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y13e8 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;stdexcept&gt; </div><div class="t m0 x10 h11 y132b ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf17c" class="pf w0 h0" data-page-no="17c"><div class="pc pc17c w0 h0"><img class="bi xb y13e9 w6 hf0" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">380</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yf6 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x10 h11 yf7 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 yf8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yf9 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x17 h11 yfa ff8 fs0 fc2 sc0 ls13 ws0">char * buff = new char[100000000];<span class="ls0"> </span></div><div class="t m0 x17 h11 y253 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x2 h11 y254 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 yfe ff8 fs0 fc2 sc0 ls13 ws0">catch(bad_alloc &amp;r) {<span class="ls0"> </span></div><div class="t m0 x17 h11 yd38 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;memory allocation failure&quot;;<span class="ls0"> </span></div><div class="t m0 x17 h11 y13ea ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x2 h11 y128d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y238 ff8 fs0 fc2 sc0 ls13 ws0">catch(exception &amp;r) {<span class="ls0"> </span></div><div class="t m0 x17 h11 yd73 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; r_exception.what() &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x2 h11 ycf4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 yce8 ff8 fs0 fc2 sc0 ls13 ws0">catch(...) {<span class="ls0"> </span></div><div class="t m0 x17 h11 yfc5 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;bilinmeyen hata nesnesi&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x2 h11 y277 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 ye28 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y79b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yb16 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yaff ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevinde yer alan <span class="_ _0"></span></span>try <span class="ff2">bloğu için<span class="_ _0"></span>de, </span>new <span class="ff2">işleciyle büy<span class="_ _0"></span>ük bir dinamik blok<span class="_ _0"></span> elde edilmeye çalışılıyor. <span class="_ _0"></span></span>try </div><div class="t m0 x10 h3 ydde ff2 fs0 fc2 sc0 ls0 ws0">bloğunu izleyen ilk <span class="_ _0"></span><span class="ff9">catch </span>bloğu<span class="_ _0"></span> <span class="ff9">bad_alloc </span>sınıfı türü<span class="_ _0"></span>nden hata nesneleri yakala<span class="_ _0"></span>nmaya çalışılıyor. <span class="_ _0"></span><span class="ff9">bad_alloc </span></div><div class="t m0 x10 h3 y543 ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir hata nesnesi yakalandığın<span class="_ _0"></span>da daha aşağıdak<span class="_ _0"></span>i <span class="ff9">catch <span class="_ _0"></span></span>bloklarına hiç bakılmaz. İ<span class="_ _0"></span>kinci <span class="ff9">catch <span class="_ _0"></span></span>bloğu ile </div><div class="t m0 x10 h3 y189 ff1 fs0 fc2 sc0 ls0 ws0">standart <span class="ff9">exc<span class="_ _0"></span>eption <span class="ff2">sınıfından türemiş h<span class="_ _0"></span>erhangi bir sınıf türü<span class="_ _0"></span>nden hata n<span class="_ _0"></span>esnesi yakalanabilir. <span class="_ _0"></span></span>catc<span class="_ _0"></span>h <span class="ff2">bloğu içinde </span></span></div><div class="t m0 x10 h3 y544 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın <span class="ff9">what </span>üye işle<span class="_ _0"></span>viyle, hatanın niteliğini gösteren b<span class="_ _0"></span>ir yazının ekrana <span class="_ _0"></span>yazdırıldığını görüyorsunuz.<span class="_ _0"></span> Son <span class="_ _0"></span><span class="ff9">ca<span class="_ _0"></span>tch </span></div><div class="t m0 x10 h3 ya71 ff1 fs0 fc2 sc0 ls0 ws0">blo<span class="ff2">ğu <span class="ff9">catc<span class="_ _0"></span>h all </span>bloğudur. Bu bloğa k<span class="_ _0"></span>adar yakalanamay<span class="_ _0"></span>an bir hata nesnesi mutlaka <span class="_ _0"></span><span class="ff9">catc<span class="_ _0"></span>h all </span>bloğu tarafın<span class="_ _0"></span>dan </span></div><div class="t m0 x10 h3 y975 ff2 fs0 fc2 sc0 ls0 ws0">yakalanır. Eğer pro<span class="_ _0"></span>je içinde gönderilen tüm hata <span class="_ _0"></span>nesneleri <span class="_ _0"></span><span class="ff9">exception <span class="_ _0"></span></span>sınıf hiyerarşisine ait sınıflardan ise, </div><div class="t m0 x10 h3 y4cd ff1 fs0 fc2 sc0 ls0 ws0">normal olarak <span class="ff9">c<span class="_ _0"></span>atch all <span class="ff2">bloğu tarafından<span class="_ _0"></span> hiç bir h<span class="_ _0"></span>ata nesnesinin yakalanamaması gerekir. <span class="_ _0"></span>Bu blok tarafın<span class="_ _0"></span>dan bir </span></span></div><div class="t m0 x10 h3 y1127 ff2 fs0 fc2 sc0 ls0 ws0">hatanın yak<span class="_ _0"></span>alanması projeyi yazanların k<span class="_ _0"></span>ontrolü dışında bir hata nesnesinin gönd<span class="_ _0"></span>erilmiş olduğunu gö<span class="_ _0"></span>sterir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y11aa ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y7f6 ff1 fs6 fc2 sc0 ls0 ws0">Y<span class="_ _3"></span>a<span class="_ _3"></span>k<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _b"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _f"></span> </div><div class="t m0 x10 h3 ya24 ff1 fs0 fc2 sc0 ls0 ws0">Gönderilen bir hata n<span class="_ _0"></span>esnesinin bir <span class="_ _0"></span><span class="ff9">catch <span class="ff2">bloğu<span class="_ _0"></span> tarafından yakalanamaması duru<span class="_ _0"></span>muna<span class="_ _0"></span></span></span> </div><div class="t m0 x10 h3 ya45 ff9 fs0 fc2 sc0 ls0 ws0">&quot;yakalanamayan<span class="_ _0"></span> hata nesnesi&quot; <span class="ff1">(</span>unc<span class="_ _0"></span>aught exception<span class="_ _0"></span><span class="ff1">) denir. </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf17d" class="pf w0 h0" data-page-no="17d"><div class="pc pc17d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">381</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd94 ff1 fs0 fc2 sc0 ls0 ws0">Yakalanamayan h<span class="_ _0"></span>ata durumunda <span class="_ _0"></span><span class="ff9">terminate <span class="_ _0"></span><span class="ff2">isimli standart bir işlev otomatik olarak çağrıl<span class="_ _0"></span>ır. <span class="_ _0"></span></span>terminate <span class="ff2">işlevinin </span></span></div><div class="t m0 x10 h3 y1250 ff2 fs0 fc2 sc0 ls0 ws0">önceden belirlenmiş (<span class="_ _0"></span><span class="ff9">default</span>) d<span class="_ _0"></span>avranışı, standart <span class="ff9">ab<span class="_ _0"></span>ort </span>işlevini<span class="ff1"> </span>çağırarak p<span class="_ _0"></span>rogramı sonlandırmaktır. Stan<span class="_ _0"></span>dart </div><div class="t m0 x10 h3 yb8 ff9 fs0 fc2 sc0 ls0 ws0">terminate <span class="ff2">işlevinin ko<span class="_ _0"></span>dunun aşağıdaki gibi old<span class="_ _0"></span>uğunu düşünebilirsiniz:<span class="_ _3"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h11 yb82 ff8 fs0 fc2 sc0 ls13 ws0">void(*fp)() = abort; </div><div class="t m0 x10 h11 yba3 ff8 fs0 fc2 sc0 ls13 ws0">void terminate()<span class="ls0"> </span></div><div class="t m0 x10 h11 y178 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y721 ff8 fs0 fc2 sc0 ls13 ws0">(*fp)();<span class="ls0"> </span></div><div class="t m0 x10 h11 y74e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y6c4 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7a5 ff1 fs0 fc2 sc0 ls0 ws0">Ancak istenirse, <span class="ff9">terminate<span class="_ _0"></span> <span class="ff2">işlevinin <span class="_ _0"></span></span>abort <span class="ff2">işlevi yerine başka b<span class="_ _0"></span>ir işlevi çağırması sağlanabilir<span class="_ _0"></span>. </span>te<span class="_ _0"></span>rminate </span></div><div class="t m0 x10 h3 y9f2 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin programcı tarafınd<span class="_ _0"></span>an belirlenen başka bir işl<span class="_ _0"></span>evi çağırmasını sağla<span class="_ _0"></span>mak için <span class="_ _0"></span><span class="ff9">set_termina<span class="_ _0"></span>te <span class="ff1">isimli </span></span></div><div class="t m0 x10 h3 yb3f ff2 fs0 fc2 sc0 ls0 ws0">standart işlev çağrılabilir. H<span class="_ _0"></span>em <span class="ff9">termina<span class="_ _0"></span>te </span>işlevinin hem d<span class="_ _0"></span>e <span class="ff9">set_terminate </span>işlevlerini<span class="_ _0"></span><span class="ff1">n bildirimleri <span class="ff9">&lt;excep<span class="_ _0"></span>tion&gt; </span></span></div><div class="t m0 x10 h3 y13ba ff2 fs0 fc2 sc0 ls0 ws0">başlık dosyası içindedir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb85 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd8e ff8 fs0 fc2 sc0 ls13 ws0">typedef void(*terminate_handler)();<span class="ls0"> </span></div><div class="t m0 x10 h11 y13eb ff8 fs0 fc2 sc0 ls13 ws0">terminate_handler set_terminate(terminate_handler fp); </div><div class="t m0 x10 h11 y13ec ff8 fs0 fc2 sc0 ls13 ws0">void terminate()<span class="ls0"> </span></div><div class="t m0 x1 h15 y40f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y105e ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki bildirimden şu an<span class="_ _0"></span>lam çıkartılır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1217 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb23 ff9 fs0 fc2 sc0 ls0 ws0">terminate_handler <span class="_ _0"></span><span class="ff2">parametre değişkeni olmay<span class="_ _0"></span>an ve<span class="ff1"> </span>geri dö<span class="_ _0"></span>nüş değeri üretmeyen bir i<span class="_ _0"></span>şlevi gösteren </span></div><div class="t m0 x10 h3 y13ed ff1 fs0 fc2 sc0 ls0 ws0">gösterici türünü<span class="_ _0"></span>n yeni tür ismidir. </div><div class="t m0 x10 h3 yd50 ff9 fs0 fc2 sc0 ls0 ws0">set_terminate <span class="ff2">işlevi </span>terminate<span class="_ _0"></span>_handler <span class="_ _0"></span><span class="ff2">türünden b<span class="_ _0"></span>ir geri dönüş değerine ve </span>te<span class="_ _0"></span>rminate_hand<span class="_ _0"></span>ler <span class="ff1">türünd<span class="_ _0"></span>en bir </span></div><div class="t m0 x10 h3 yb88 ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkenine sahip<span class="_ _0"></span>tir. Daha u<span class="_ _0"></span>zun bir ifadeyle <span class="_ _0"></span><span class="ff9">set_terminate <span class="_ _0"></span></span>işlevinin geri dönüş değeri, ge<span class="_ _0"></span>ri dönüş </div><div class="t m0 x10 h3 y3a6 ff2 fs0 fc2 sc0 ls0 ws0">değeri üretmeyen ve param<span class="_ _0"></span>etre değişkeni olmayan<span class="_ _0"></span> bir işlev türün<span class="_ _0"></span>den adrestir. <span class="_ _0"></span><span class="ff9">set_termina<span class="_ _0"></span>te </span>işlevinin </div><div class="t m0 x10 h3 y13ee ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkeni geri dön<span class="_ _0"></span>üş değeri üretmey<span class="_ _0"></span>en ve parametre d<span class="_ _0"></span>eğişkeni olmayan bir işlevi gö<span class="_ _0"></span>steren </div><div class="t m0 x10 h3 y13ef ff1 fs0 fc2 sc0 ls0 ws0">göstericidir. Bu duru<span class="_ _0"></span>mda <span class="ff9">set_te<span class="_ _0"></span>rminate <span class="ff2">işlevine bu tü<span class="_ _0"></span>rden bir işlevin adresi geçilm<span class="_ _0"></span>elidir. işlev isimlerinin </span></span></div><div class="t m0 x10 h3 y1371 ff2 fs0 fc2 sc0 ls0 ws0">işleme sokulduğund<span class="_ _0"></span>a otomatik olarak ilgili işlevin başlan<span class="_ _0"></span>gıç adresine dönüştürüld<span class="_ _0"></span>üğünü hatırlayın:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yb0f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1377 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 y11aa ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;exception&gt; </div><div class="t m0 x1c h11 y1213 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdlib&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y8e2 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y13f0 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1 h12 y95 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y37c ff8 fs0 fc2 sc0 ls13 ws0">void may_raise_exception()<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf17e" class="pf w0 h0" data-page-no="17e"><div class="pc pc17e w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">382</span> of <span class="ff3 ls4">47<span class="ls0">0<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y194 ff8 fs0 fc2 sc0 ls13 ws0">throw &quot;gönderilen hata nesnesi yakalanamayacak!&quot;;<span class="ls0"> </span></div><div class="t m0 x1c h11 y195 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y6db ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y11ff ff8 fs0 fc2 sc0 ls13 ws0">void myterminate()<span class="ls0"> </span></div><div class="t m0 x1c h11 y110a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ybc ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Ben myterminate isleviyim&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y15a ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;gonderilen hata nesnesi yakalanamadigi icin ben cagrildim&quot; &lt;&lt; </div><div class="t m0 x1c h11 yd0f ff8 fs0 fc2 sc0 ls13 ws0">endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y13f1 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt;<span class="ls0"> </span>&quot;exit islevini cagirarak programi sonlandiracagim!&quot;; </div><div class="t m0 x13 h11 ye82 ff8 fs0 fc2 sc0 ls13 ws0">exit (EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x1c h11 y45c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 ye26 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y13f2 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y9a8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1360 ff8 fs0 fc2 sc0 ls13 ws0">set_terminate(myterminate); </div><div class="t m0 x13 h11 yfd9 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x4c h11 y1226 ff8 fs0 fc2 sc0 ls13 ws0">may_raise_exception();<span class="ls0"> </span></div><div class="t m0 x13 h11 y1227 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y925 ff8 fs0 fc2 sc0 ls13 ws0">catch (int) {<span class="ls0"> </span></div><div class="t m0 x4c h11 ye29 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x13 h11 ye4f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 yac8 ff8 fs0 fc2 sc0 ls13 ws0">catch (double) {<span class="ls0"> </span></div><div class="t m0 x4c h11 y1018 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x13 h11 yf79 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y4b5 ff8 fs0 fc2 sc0 ls13 ws0">catch<span class="ls0"> </span>(long)<span class="ls0">  { </span></div><div class="t m0 x4c h11 y106a ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x13 h11 yb10 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y4b7 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Hata nesnesi yakalanirsa program buradan devam edecek<span class="ls0">\</span>n&quot;;<span class="ls0"> </span></div><div class="t m0 x13 h11 y1081 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1 h12 ye12 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yf93 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y81f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y13f3 ff8 fsb fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf17f" class="pf w0 h0" data-page-no="17f"><div class="pc pc17f w0 h0"><img class="bi xb y13f4 w6 hf1" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">383</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte, <span class="_ _0"></span><span class="ff9">main </span>işlevind<span class="_ _0"></span>e önce <span class="ff9">set_terminate <span class="_ _0"></span></span>işlevine daha <span class="_ _0"></span>önce tanımlanmış olan <span class="_ _0"></span><span class="ff9">myterminate<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin adresi geçiriliyor. Böy<span class="_ _0"></span>lece <span class="ff9">terminate<span class="_ _0"></span> </span>işlevi çağrıldığı<span class="_ _0"></span>nda, <span class="_ _0"></span><span class="ff9">terminate </span>işlevinin önced<span class="_ _0"></span>en belirlenmiş </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">davranış olan <span class="ff9">ab<span class="_ _0"></span>ort </span>işlevini çağırması yerine, <span class="_ _0"></span><span class="ff9">myterminate <span class="_ _0"></span></span>işlevini çağırması sağlanıy<span class="_ _0"></span>or.<span class="ff1"> </span></div><div class="t m0 x10 h3 y51b ff9 fs0 fc2 sc0 ls0 ws0">try <span class="_ _0"></span><span class="ff2">bloğu <span class="_ _3"></span>içinde <span class="_ _0"></span>çağrı<span class="_ _0"></span>lmış <span class="_ _0"></span>o<span class="_ _0"></span>lan <span class="_ _3"></span></span>may_raise_exceptio<span class="_ _0"></span>n <span class="_ _3"></span><span class="ff2">işlevi <span class="_ _0"></span></span>const <span class="_ _3"></span>char <span class="_ _0"></span>* <span class="_ _3"></span><span class="ff1">türden <span class="_ _3"></span>bir <span class="_ _0"></span>hata <span class="_ _3"></span>nesnesi <span class="_ _0"></span>gönderiyor. </span></div><div class="t m0 x10 h3 yfac ff1 fs0 fc2 sc0 ls0 ws0">Ama <span class="_ _c"> </span><span class="ff9">try <span class="_ _c"> </span><span class="ff2">bloğunu<span class="_ _0"></span> <span class="_ _c"> </span>izleyen <span class="_ _c"> </span></span>c<span class="_ _0"></span>atch <span class="_ _c"> </span><span class="ff2">b<span class="_ _0"></span>loklarının <span class="_ _c"> </span>hiçbirind<span class="_ _0"></span>e <span class="_ _c"> </span>bu <span class="_ _c"> </span>türden <span class="_ _c"> </span>bir <span class="_ _c"> </span>hat<span class="_ _0"></span>a <span class="_ _c"> </span>nesnesi <span class="_ _c"> </span>yakalanamıyo<span class="_ _0"></span>r. <span class="_ _c"> </span>Bu </span></span></div><div class="t m0 x10 h3 y177 ff2 fs0 fc2 sc0 ls0 ws0">durumda yak<span class="_ _0"></span>alanamayan hata durumu o<span class="_ _0"></span>luşuyor.<span class="ff1"> </span></div><div class="t m0 x10 h3 yfa ff1 fs0 fc2 sc0 ls0 ws0">Otomatik <span class="_ _2e"> </span>olarak <span class="_ _2e"> </span><span class="ff9">te<span class="_ _0"></span>rminate <span class="_ _2e"> </span><span class="ff2">işlevi <span class="_ _1a"> </span>çağrılıyo<span class="_ _0"></span>r. <span class="_ _2e"> </span></span>terminate <span class="_ _2e"> </span><span class="ff2">işlevi <span class="_ _2e"> </span>de <span class="_ _2e"> </span></span>myte<span class="_ _0"></span>rminate <span class="_ _2e"> </span><span class="ff2">işlevini <span class="_ _2e"> </span>çağrıyor. </span></span></div><div class="t m0 x10 h3 y46e ff9 fs0 fc2 sc0 ls0 ws0">myterminate <span class="_ _26"> </span><span class="ff2">işlevi <span class="_ _26"> </span>de <span class="_ _a"> </span>ekra<span class="_ _0"></span>na <span class="_ _26"> </span>bulgu <span class="_ _26"> </span>iletilerini <span class="_ _26"> </span>yazdıktan <span class="_ _26"> </span>sonra, <span class="_ _26"> </span></span>exit <span class="_ _26"> </span><span class="ff2">işlevini <span class="_ _a"> </span>çağıra<span class="_ _0"></span>rak <span class="_ _26"> </span>programı </span></div><div class="t m0 x10 h3 y6dd ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıyor.<span class="ff1"> </span></div><div class="t m0 x1 h16 y15a ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yb3e ff2 fs6 fc2 sc0 ls0 ws0">Y<span class="_ _3"></span>ı<span class="_ _3"></span>ğ<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>g<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yd39 ff2 fs0 fc2 sc0 ls0 ws0">Bir hata nesnesinin gön<span class="_ _0"></span>derilmesi ve gönderilen hat<span class="_ _0"></span>a nesnesinin yak<span class="_ _0"></span>alanması işlev çağrı mekanizmasına </div><div class="t m0 x10 h3 y55 ff2 fs0 fc2 sc0 ls0 ws0">benzer gibi görünse de a<span class="_ _0"></span>slında du<span class="_ _0"></span>rum işlev çağrısından çok fark<span class="_ _0"></span>lıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ye8f ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği dikkatle inc<span class="_ _0"></span>eleyin:<span class="ff1"> </span></div><div class="t m0 x1 h3 yc66 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y36d ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 y50d ff8 fs0 fc2 sc0 ls13 ws0">using namespace <span class="ls16">std; </span></div><div class="t m0 x1c h11 y1304 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func1();<span class="ls0"> </span></div><div class="t m0 x1c h11 y50f ff8 fs0 fc2 sc0 ls13 ws0">void <span class="ls0">fun<span class="_ _9"></span>c2(<span class="_ _6"></span>); </span></div><div class="t m0 x1c h11 yb22 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> <span class="_ _0"></span>func<span class="_ _6"></span>3();<span class="_ _9"></span> </span></div><div class="t m0 x1 h11 y9d7 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1167 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y204 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y128b ff8 fs0 fc2 sc0 ls13 ws0">func1();<span class="ls0"> </span></div><div class="t m0 x13 h11 y13f5 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x13 h11 y86c ff8 fs0 fc2 sc0 ls13 ws0">return <span class="ls1b">0;<span class="ls0"> </span></span></div><div class="t m0 x1c h11 ya62 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ydf4 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y13f6 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func1()<span class="ls0"> </span></div><div class="t m0 x1c h11 y18d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yceb ff8 fs0 fc2 sc0 ls13 ws0">func2();<span class="ls0"> </span></div><div class="t m0 x13 h11 ya13 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x13 h11 ya14 ff8 fs0 fc2 sc0 ls13 ws0">return;<span class="ls0"> </span></div><div class="t m0 x1c h11 ya15 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yee1 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y12e0 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func2()<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf180" class="pf w0 h0" data-page-no="180"><div class="pc pc180 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">384</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1b3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y2a6 ff8 fs0 fc2 sc0 ls13 ws0">func3();<span class="ls0"> </span></div><div class="t m0 x13 h11 yfdf ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x13 h11 y68b ff8 fs0 fc2 sc0 ls13 ws0">return;<span class="ls0"> </span></div><div class="t m0 x1c h11 y507 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y9c ff8 fs0 fc2 sc0 ls13 ws0">void func3()<span class="ls0"> </span></div><div class="t m0 x1c h11 y68f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 ye73 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x13 h11 y1221 ff8 fs0 fc2 sc0 ls0 ws0">return; </div><div class="t m0 x1c h11 y1383 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 yd39 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y13e4 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h21 y87c ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y812 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programda,<span class="_ _0"></span> <span class="ff9">main </span>işlevi <span class="ff9">func<span class="_ _0"></span>1 </span>işlevini, <span class="ff9">func1 <span class="_ _0"></span></span>işlevi <span class="ff9">func2 </span>işlevini, <span class="ff9">fun<span class="_ _0"></span>c2 </span>işlevi <span class="ff1">de <span class="_ _9"></span><span class="ff9">func3 <span class="_ _0"></span><span class="ff2">işlevini çağrıyor. </span></span></span></div><div class="t m0 x10 h3 ye30 ff2 fs0 fc2 sc0 ls0 ws0">Programın akışı <span class="ff9">func<span class="_ _0"></span>3 </span>işlevi içinde ilerlerken <span class="_ _0"></span><span class="ff9">re<span class="_ _9"></span>turn<span class="_ _9"></span> <span class="ff2">deyimiyle karşılaşıldığında,<span class="_ _0"></span> akış<span class="_ _6"></span> <span class="ff9">func2 <span class="_ _0"></span></span>işlevinde kaldığı </span></span></div><div class="t m0 x10 h3 y13f7 ff1 fs0 fc2 sc0 ls0 ws0">yerden sürer<span class="ff9">. func2 <span class="ff2">i<span class="_ _0"></span>şlevinde </span>return <span class="_ _0"></span></span>de<span class="_ _9"></span>yim<span class="_ _9"></span>i <span class="ff2">ile<span class="_ _9"></span> karşılaşıldığında <span class="_ _0"></span>ise bu durumda <span class="_ _0"></span><span class="ff9">fun<span class="_ _6"></span>c1 <span class="ff2">işlevinde kalınan yerden </span></span></span></div><div class="t m0 x10 h3 y13f8 ff2 fs0 fc2 sc0 ls0 ws0">akış sürer. Nihayet <span class="ff9">func<span class="_ _0"></span>1 </span>işlevinin<span class="_ _0"></span> çalışması sona erdiğinde, b<span class="_ _0"></span>u kez programın akışı <span class="_ _0"></span><span class="ff9">main <span class="_ _0"></span></span>işlevinde kaldığı yerden<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y609 ff1 fs0 fc2 sc0 ls0 ws0">sürer. </div><div class="t m0 x10 h3 ye91 ff1 fs0 fc2 sc0 ls0 ws0">Oysa <span class="ff9">func3 <span class="ff2">işlevi</span></span> <span class="ff2">için<span class="_ _0"></span>de bir hata nesnesi gönd<span class="_ _0"></span>erilmiş olsaydı, programın <span class="_ _0"></span>akışı doğrudan bu<span class="_ _0"></span> hata nesnesinin </span></div><div class="t m0 x10 h3 y13f9 ff2 fs0 fc2 sc0 ls0 ws0">yakalandığı <span class="ff9">c<span class="_ _0"></span>atch </span>bloğuna yönlenirdi. Bu d<span class="_ _0"></span>urumu sağlamak için <span class="_ _0"></span>gerçekleştirilen işlemlere y<span class="_ _0"></span>ığının </div><div class="t m0 x10 h3 y13e6 ff1 fs0 fc2 sc0 ls0 ws0">dengelenmesi (<span class="ff9">stack u<span class="_ _0"></span>nwinding<span class="_ _0"></span><span class="ff2">) denir. Aşağıdaki kodu in<span class="_ _0"></span>celeyin:</span></span> </div><div class="t m0 x10 h11 y2d3 ff8 fs0 fc2 sc0 ls13 ws0">#include <span class="ls0">&lt;io<span class="_ _9"></span>str<span class="_ _6"></span>eam&gt;<span class="_ _9"></span> </span></div><div class="t m0 x10 h11 y11bb ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func1();<span class="ls0"> </span></div><div class="t m0 x10 h11 y2ef ff8 fs0 fc2 sc0 ls13 ws0">void <span class="ls0">fun<span class="_ _9"></span>c2(<span class="_ _6"></span>); </span></div><div class="t m0 x10 h11 y13fa ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> <span class="_ _0"></span>func<span class="_ _6"></span>3();<span class="_ _9"></span> </span></div><div class="t m0 x1 h11 yf71 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y13fb ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y66 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y4b6 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x17 h11 y11bc ff8 fs0 fc2 sc0 ls13 ws0">func1();<span class="ls0"> </span></div><div class="t m0 x12 h11 y1081 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y849 ff8 fs0 fc2 sc0 ls13 ws0">catch(int x) {<span class="ls0"> </span></div><div class="t m0 x17 h11 y13fc ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x2 h11 y1321 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y115 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x2 h11 y12a8 ff8 fs0 fc2 sc0 ls13 ws0">return <span class="ls1b">0;<span class="ls0"> </span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf181" class="pf w0 h0" data-page-no="181"><div class="pc pc181 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">385</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y13fd ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y13fe ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func1()<span class="ls0"> </span></div><div class="t m0 x10 h11 y350 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y12da ff8 fs0 fc2 sc0 ls13 ws0">func2();<span class="ls0"> </span></div><div class="t m0 x2 h11 ya38 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y7bf ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y11c5 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yffa ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func2()<span class="ls0"> </span></div><div class="t m0 x10 h11 yc00 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yaad ff8 fs0 fc2 sc0 ls13 ws0">func3();<span class="ls0"> </span></div><div class="t m0 x2 h11 y1be ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y11c6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y812 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y90e ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func3()<span class="ls0"> </span></div><div class="t m0 x10 h11 y13ff ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yb71 ff8 fs0 fc2 sc0 ls13 ws0">throw<span class="ls0"> </span>5;<span class="ls0"> </span></div><div class="t m0 x2 h11 y12e4 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y1365 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yba9 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9d8 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programda <span class="_ _0"></span><span class="ff9">func3 </span>işlevi i<span class="_ _0"></span>çinde <span class="ff9">throw </span>anahta<span class="_ _0"></span>r sözcüğüyle bir hat<span class="_ _0"></span>a nesnesi gönderildiğinde, pro<span class="_ _0"></span>gramın </div><div class="t m0 x10 h3 yf98 ff2 fs0 fc2 sc0 ls0 ws0">akışı bu noktad<span class="_ _0"></span>an doğrudan <span class="ff9">m<span class="_ _0"></span>ain </span>işlevi içindeki <span class="ff9">catc<span class="_ _0"></span>h </span>bloğuna y<span class="_ _0"></span>önlendirilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 ye00 ff2 fs0 fc2 sc0 ls0 ws0">İşlev çağrılarında çağrılan i<span class="_ _0"></span>şlevin kodun<span class="_ _0"></span>un yürütülmesi sonunda, ça<span class="_ _0"></span>ğrılan işleve geri dönülmesi <span class="_ _3"></span><span class="ff1">normal olarak </span></div><div class="t m0 x10 h3 y263 ff2 fs0 fc2 sc0 ls0 ws0">yığına(<span class="ff9">stack</span>) yaz<span class="_ _0"></span>ılan bilgilerle gerçekleşir. Program<span class="_ _0"></span>ın çalışması<span class="_ _0"></span><span class="ff1"> </span>sırasında çağıran<span class="_ _0"></span> işlevin komutu y<span class="_ _0"></span>ığın alanına </div><div class="t m0 x10 h3 ye01 ff2 fs0 fc2 sc0 ls0 ws0">yazılır. Çağrılan işlevin kodu<span class="_ _0"></span>nun yürütü<span class="_ _0"></span>lmesi sona erdiğinde, yani <span class="_ _0"></span><span class="ff9">retu<span class="_ _0"></span>rn </span>deyimi ile karşılaşıldığında <span class="_ _0"></span>program </div><div class="t m0 x10 h3 y58a ff2 fs0 fc2 sc0 ls0 ws0">yığın alanından<span class="_ _0"></span> programın akışının süreceği nokt<span class="_ _0"></span>anın adresini a<span class="_ _0"></span>larak programın akışını bu<span class="_ _0"></span> noktaya y<span class="_ _0"></span>önlendirir. </div><div class="t m0 x10 h3 ye02 ff2 fs0 fc2 sc0 ls0 ws0">Çağıran işlevin çağrılan işl<span class="_ _0"></span>eve göndermiş old<span class="_ _0"></span>uğu çağrılar da yığına <span class="_ _0"></span>yerleştirilir. Çağıran işlevin kendisi de y<span class="_ _0"></span>erel </div><div class="t m0 x10 h3 y207 ff2 fs0 fc2 sc0 ls0 ws0">değişkenler tanımlanmış i<span class="_ _0"></span>se bunlar için d<span class="_ _0"></span>e yığın alan<span class="_ _0"></span>ında yer ayrılır. Eğer çağrılan işlevin<span class="_ _0"></span> kendisi de bir işlevi </div><div class="t m0 x10 h3 y208 ff2 fs0 fc2 sc0 ls0 ws0">çağırmışsa, yine geri dön<span class="_ _0"></span>üş noktasına ilişkin adres yığına <span class="_ _0"></span>yazılır. Bir işlevin y<span class="_ _0"></span>ürütülmesi sona erdiğind<span class="_ _0"></span>e, </div><div class="t m0 x10 h3 y67 ff2 fs0 fc2 sc0 ls0 ws0">yığından geri dön<span class="_ _0"></span>üş adresi çekilerek programın akışı o n<span class="_ _0"></span>oktaya yön<span class="_ _0"></span>lendirilir. Yı<span class="_ _0"></span>ğındaki yerel değişk<span class="_ _0"></span>enlerin de </div><div class="t m0 x10 h3 y209 ff2 fs0 fc2 sc0 ls0 ws0">ömrü sona erince bu değ<span class="_ _0"></span>erler de yığından çık<span class="_ _0"></span>artılır. Yığında yer alan otomatik <span class="_ _0"></span>ömürlü nesne eğer bir sınıf </div><div class="t m0 x10 h3 y20a ff2 fs0 fc2 sc0 ls0 ws0">nesnesi ise bu sınıf nesne<span class="_ _0"></span>sinin sonland<span class="_ _0"></span>ırıcı işlevi çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y2dc ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6b ff2 fs0 fc2 sc0 ls0 ws0">Bir <span class="_ _d"> </span>işl<span class="_ _0"></span>evin <span class="_ _24"> </span>kodunun <span class="_ _24"> </span>yü<span class="_ _0"></span>rütülmesi <span class="_ _24"> </span><span class="ff9">return <span class="_ _24"> </span></span>deyimi <span class="_ _24"> </span>ile <span class="_ _24"> </span>deği<span class="_ _0"></span>l<span class="ff1"> <span class="_ _24"> </span>de <span class="_ _24"> </span>bir <span class="_ _24"> </span>hata <span class="_ _24"> </span>nesnesi <span class="_ _24"> </span>gönd<span class="_ _0"></span>erilmesi <span class="_ _24"> </span>nedeniyle </span></div><div class="t m0 x10 h3 yf93 ff2 fs0 fc2 sc0 ls0 ws0">sonlandırılırsa <span class="_ _0"></span>ne <span class="_ _0"></span>olur? <span class="_ _3"></span>Bu <span class="_ _0"></span>durumda <span class="_ _0"></span>yin<span class="_ _0"></span>e <span class="_ _0"></span>sırasıyla <span class="_ _0"></span>yığındaki <span class="_ _0"></span>değerler <span class="_ _0"></span>yığınd<span class="_ _0"></span>an <span class="_ _0"></span>çıkarılır. <span class="_ _0"></span>Ancak <span class="_ _0"></span>p<span class="_ _0"></span>rogramın <span class="_ _0"></span>akışı </div><div class="t m0 x10 h3 y7e5 ff2 fs0 fc2 sc0 ls0 ws0">bu durumda <span class="_ _0"></span>geri dönüş adresine yönlendirilmez.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ycba ff2 fs0 fc2 sc0 ls0 ws0">Programın akışının de<span class="_ _0"></span>vam edeceği noktanın<span class="_ _0"></span> belirlenmes<span class="_ _0"></span><span class="ff1">i için bir <span class="ff9">try </span></span>bloğu<span class="_ _0"></span> içinde yer alan geri <span class="_ _0"></span>dön<span class="_ _9"></span>üş <span class="_ _9"></span><span class="ff1">adresi </span></div><div class="t m0 x10 h3 y1100 ff2 fs0 fc2 sc0 ls0 ws0">araştırılır. Böyle bir geri dön<span class="_ _0"></span>üş adresi bulund<span class="_ _0"></span>uğunda programın akışı g<span class="_ _0"></span>eri <span class="_ _0"></span>dön<span class="_ _9"></span>üş no<span class="_ _9"></span>ktasını izleyen ilk deyime </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf182" class="pf w0 h0" data-page-no="182"><div class="pc pc182 w0 h0"><img class="bi xb y1400 w6 hf2" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">386</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">değil, söz konusu <span class="_ _0"></span><span class="ff9">try </span>bloğunu izleyen <span class="_ _0"></span><span class="ff9">catch </span>blok<span class="_ _0"></span>larına yönlendirilir. Bu işleme &quot;yığının de<span class="_ _0"></span><span class="ff1">ngelenmesi&quot; (<span class="_ _0"></span><span class="ff9">stack </span></span></div><div class="t m0 x10 h3 y131 ff9 fs0 fc2 sc0 ls0 ws0">unwinding) <span class="_ _c"> </span><span class="ff1">denir. </span></div><div class="t m0 x10 h3 y4c ff2 fs0 fc2 sc0 ls0 ws0">Yığın dengelenmesi mekaniz<span class="_ _0"></span>masında, işlevden y<span class="_ _0"></span>apılan normal geri dönü<span class="_ _0"></span>şlerde olduğu <span class="_ _9"></span><span class="ff1">gib<span class="_ _9"></span>i <span class="ff2">yığındaki sınıf </span></span></div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">nesneleri için sonlandırıcı i<span class="_ _0"></span>şlevler çağrılır. Bir işl<span class="_ _0"></span>evin geri dönüş mekanizma<span class="_ _0"></span>sı ile yalnızca o işlev tarafından<span class="_ _0"></span> </div><div class="t m0 x10 h3 y250 ff2 fs0 fc2 sc0 ls7 ws0">yı<span class="ls0">ğına yerleştiren nesneleri el<span class="_ _0"></span>e alınırken, bir hata <span class="_ _0"></span>nesnesi gönderilerek yığının dengelen<span class="_ _0"></span>mesi durumunda <span class="_ _0"></span>ilgili </span></div><div class="t m0 x10 h3 y634 ff9 fs0 fc2 sc0 ls0 ws0">catch <span class="ff2">b<span class="_ _0"></span>loğuna ulaşılıncaya kadar yığında <span class="_ _0"></span>yer <span class="ff1">alan<span class="_ _9"></span> <span class="ff2">tüm nesnele<span class="_ _9"></span>r ele alınır. Bu n<span class="_ _0"></span>esnelerin bir sınıf türü<span class="_ _0"></span>nden <span class="_ _0"></span>olm<span class="_ _9"></span>as<span class="_ _9"></span>ı </span></span></span></div><div class="t m0 x10 h3 y421 ff1 fs0 fc2 sc0 ls0 ws0">durumunda <span class="_ _0"></span>bu <span class="_ _9"></span><span class="ff2">sınıf nesneleri için sonlandırıcı işle<span class="_ _0"></span>vler çağrılır. Yığın dengelenm<span class="_ _0"></span>esi mekanizması olmasayd<span class="_ _0"></span>ı, </span></div><div class="t m0 x10 h3 yd47 ff9 fs0 fc2 sc0 ls0 ws0">throw <span class="ff2">noktası ile </span>catc<span class="_ _0"></span>h <span class="ff2">noktası arasında <span class="_ _0"></span>ömürleri sürmekte olan y<span class="_ _0"></span>erel sınıf nesneleri için son<span class="_ _0"></span>landırıcı işlevler </span></div><div class="t m0 x10 h3 yd48 ff2 fs0 fc2 sc0 ls0 ws0">çağrılmazdı. Bu da <span class="_ _0"></span><span class="ff1 ls15">bu </span>sınıf nesnelerinin tuttuğu kay<span class="_ _0"></span>nakların (<span class="ff9">resources</span>) <span class="_ _0"></span>serbest bırakıl<span class="_ _0"></span>maması ya da sisteme </div><div class="t m0 x10 h3 yd49 ff2 fs0 fc2 sc0 ls0 ws0">geri verilmemesi anlamına<span class="_ _0"></span><span class="ff1"> gelirdi. </span></div><div class="t m0 x10 h3 ye74 ff2 fs0 fc2 sc0 ls0 ws0">Dinamik sınıf nesneleri yığın a<span class="_ _0"></span>lanında d<span class="_ _0"></span>eğil <span class="ff9">&quot;free store&quot; </span>alanı<span class="_ _0"></span>nda yer alır. Bir hat<span class="_ _0"></span>a nesnesi yakaland<span class="_ _0"></span>ığında </div><div class="t m0 x10 h3 yd4b ff2 fs0 fc2 sc0 ls0 ws0">dinamik sınıf nesneleri için so<span class="_ _0"></span>nlandırıcı işlev çağrılmaz. Bu<span class="_ _0"></span>nun u<span class="_ _0"></span>ygu<span class="_ _0"></span>lamadaki önemi şudur: Eğer pro<span class="_ _0"></span>gramın </div><div class="t m0 x10 h3 y538 ff2 fs0 fc2 sc0 ls0 ws0">kullandığı kayn<span class="_ _0"></span>aklar dinamik sınıf nesnelerine bağlan<span class="_ _0"></span>mışlarsa, bir hat<span class="_ _0"></span>a oluşması durumunda b<span class="_ _0"></span>u nesnelerin </div><div class="t m0 x10 h3 yd4c ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı işlevleri çağrılmay<span class="_ _0"></span>acağı için, bu k<span class="_ _0"></span>aynaklar geri verilemez. Dinamik n<span class="_ _0"></span>esnelerin akıllı gösterici </div><div class="t m0 x10 h3 y8bd ff1 fs0 fc2 sc0 ls0 ws0">nesne<span class="ff2">lerine bağlanma<span class="_ _0"></span>sıyla bu sorun çözülebilir. Akıllı gö<span class="_ _0"></span>sterici sınıflarına <span class="_ _0"></span>ileride değineceğiz.<span class="_ _0"></span></span> </div><div class="t m0 x1 hd y9e4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y3ee ff1 fs6 fc2 sc0 ls0 ws0">t<span class="_ _3"></span>h<span class="_ _3"></span>r<span class="_ _3"></span>o<span class="_ _3"></span>w<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>f<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _b"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>c<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>c<span class="_ _b"></span>h<span class="_ _3"></span> <span class="_ _3"></span>P<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _b"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>o<span class="_ _3"></span>p<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _f"></span></span> </div><div class="t m0 x10 h3 ydb0 ff9 fs0 fc2 sc0 ls0 ws0">throw <span class="ff2">işlemi ile </span>thro<span class="_ _0"></span>w <span class="ff2">ifadesi önce derleyici taraf<span class="_ _0"></span>ından oluşturu<span class="_ _0"></span>lmuş bir geçici bölgeye alınır. <span class="_ _0"></span>Geçici </span></div><div class="t m0 x10 h3 y275 ff1 fs0 fc2 sc0 ls0 ws0">bölgeden <span class="ff9">catc<span class="_ _0"></span>h <span class="ff2">parametresine kopyala<span class="_ _0"></span>nır. Yani </span>th<span class="_ _0"></span>row </span>ifadesinin <span class="ff9">catc<span class="_ _0"></span>h <span class="ff2">parametresine kop<span class="_ _0"></span>yalanması </span></span></div><div class="t m0 x10 h3 y5c6 ff2 fs0 fc2 sc0 ls0 ws0">doğrudan d<span class="_ _0"></span>eğil, geçici bölge ile iki aşamada yapılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y35a ff2 fs0 fc2 sc0 ls0 ws0">Derleyicinin oluşturdu<span class="_ _0"></span>ğu <span class="ff1">bu ge<span class="_ _9"></span>çici bölge <span class="ff9">th<span class="_ _0"></span>row </span>ifadesi ile <span class="ff2">aynı <span class="_ _9"></span><span class="ff1">türdendir. Uygulamad<span class="_ _0"></span>a <span class="ff9">throw </span>ifadesi genellikle </span></span></span></div><div class="t m0 x10 h3 y12ad ff2 fs0 fc2 sc0 ls0 ws0">sınıf türlerine ilişkin olu<span class="_ _0"></span>r. <span class="ff9">throw </span>ifadesi b<span class="_ _0"></span>ir sınıfa ilişkinse, ge<span class="_ _0"></span>çici bölgenin devreye girm<span class="_ _0"></span>esi anlam </div><div class="t m0 x10 h3 y2ec ff2 fs0 fc2 sc0 ls0 ws0">karmaşıklığına yol a<span class="_ _0"></span>çabilir. Bu karmaşıklığı engelle<span class="_ _0"></span>mek için çeşitli durumları t<span class="_ _0"></span>ek tek ele<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">alalım:<span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 y1044 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y133a ff6 fs0 fc2 sc0 ls2c ws0">i)<span class="_ _9"></span><span class="ff7 ls0"> <span class="_ _3"></span><span class="ff9">throw <span class="ff2">ifadesi bir sını<span class="_ _0"></span>f türündend<span class="_ _0"></span><span class="ff1">ir. </span></span>catch <span class="ff1">p<span class="_ _0"></span>arametresi de <span class="ff2">ayn<span class="_ _9"></span>ı türden bir sınıf nesnesidir. Bu durumda <span class="_ _0"></span>önce </span></span></span></span></div><div class="t m0 x10 h3 y4fa ff2 fs0 fc2 sc0 ls0 ws0">geçici bölge için kopyala<span class="_ _0"></span>yan kurucu işlev çağrılarak ge<span class="_ _0"></span>çici bölgeye atama yap<span class="_ _0"></span>ılır. Sonra <span class="_ _0"></span><span class="ff9">catc<span class="_ _0"></span>h <span class="ff1">parametresi için </span></span></div><div class="t m0 x10 h3 y1401 ff1 fs0 fc2 sc0 ls0 ws0">kopyalayan<span class="_ _0"></span> kur<span class="_ _6"></span>ucu <span class="_ _9"></span><span class="ff2">işlevin çağrılmasıyla, geçici bölgeden <span class="_ _0"></span><span class="ff9">catch<span class="_ _0"></span> <span class="ff1">parame</span></span>tresine kopyala<span class="_ _0"></span>ma yapılır. Programın akışı </span></div><div class="t m0 x10 h3 y1209 ff9 fs0 fc2 sc0 ls0 ws0">catch <span class="ff2">b<span class="_ _0"></span>loğunu bitirdiğinde, ters sırada yani önce <span class="_ _0"></span></span>catc<span class="_ _0"></span>h <span class="ff2">parametresi için sonra geçi<span class="_ _0"></span>ci bölge için sonland<span class="_ _0"></span>ırıcı işlev </span></div><div class="t m0 x10 h3 y1402 ff2 fs0 fc2 sc0 ls0 ws0">çağrılır. <span class="ff9">throw </span>işleminde <span class="_ _0"></span>sınıf nesnesi kullanılmış is<span class="_ _0"></span>e yığın dengelemesi sırasınd<span class="_ _0"></span>a geçici bölgey<span class="_ _0"></span><span class="ff1">e kopy<span class="_ _0"></span>alama </span></div><div class="t m0 x10 h3 y27e ff2 fs0 fc2 sc0 ls0 ws0">işleminden sonra <span class="ff1 ls15">bu </span>nesne için<span class="_ _0"></span> sonlandırıcı işlev çağrılır. Bu <span class="_ _0"></span>biçimdeki bir hata işlem<span class="_ _0"></span>e mekanizması çok fazla </div><div class="t m0 x10 h3 y27f ff2 fs0 fc2 sc0 ls0 ws0">kopyalayan<span class="_ _0"></span> kurucu işlev çağrıldığı için, genellikle tercih<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span>edilmez.<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 yd2e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y8f ff6 fs0 fc2 sc0 ls0 ws0">ii)<span class="ff7"> <span class="_ _b"></span><span class="ff9">throw <span class="ff2">ifadesi bir sınıf tü<span class="_ _0"></span>ründendir. <span class="_ _0"></span></span>catch <span class="ff2">parametresi aynı sın<span class="_ _0"></span>ı<span class="ff1">f türünden b<span class="_ _0"></span>ir referans olur. Bu du<span class="_ _0"></span>rumda </span></span></span></span></div><div class="t m0 x10 h3 y1cf ff2 fs0 fc2 sc0 ls0 ws0">geçici bölge için kopyala<span class="_ _0"></span>yan kurucu işlev çağrılır. Fakat d<span class="_ _0"></span>aha sonra geçici bölgenin<span class="_ _0"></span> adresi <span class="_ _0"></span><span class="ff9">catc<span class="_ _0"></span>h <span class="ff1">parametresi olan </span></span></div><div class="t m0 x10 h3 yb46 ff2 fs0 fc2 sc0 ls0 ws0">referansa aktarılır. Geçici ne<span class="_ _0"></span>sne <span class="ff9">ca<span class="_ _0"></span>tch </span>bloğu boyu<span class="_ _0"></span>nca yaşar. <span class="ff9">catc<span class="_ _0"></span>h </span>bloğunun sonunda <span class="_ _0"></span>geçici bölge içi<span class="ff1 ls8">n </span></div><div class="t m0 x10 h3 yb47 ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı işlev çağrılır. Bu <span class="_ _0"></span>sık kullan<span class="_ _0"></span>ılan bir tekniktir. Örneğin C++&apos;ın standart <span class="_ _0"></span>kütüphan<span class="_ _0"></span>es<span class="_ _9"></span>indeki hata <span class="_ _0"></span>nesnesi </div><div class="t m0 x10 h3 yb48 ff2 fs0 fc2 sc0 ls0 ws0">yakalama tekniği<span class="ff1"> <span class="_ _0"></span>böyledir. </span></div><div class="t m0 x10 h3 y784 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yd4 ff6 fs0 fc2 sc0 ls2e ws0">iii)<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff9">throw <span class="ff2">işlemi bir sınıf türün<span class="_ _0"></span>den adres ile yapılır. <span class="_ _0"></span></span>catc<span class="_ _0"></span>h <span class="ff1">parametresi de <span class="ff2">aynı<span class="_ _9"></span> sınıf türünden bir gösterici </span></span></span></span></div><div class="t m0 x10 h3 y1403 ff2 fs0 fc2 sc0 ls0 ws0">değişken olur. Bu <span class="_ _0"></span><span class="ff1">dur<span class="_ _6"></span>umda<span class="_ _9"></span> geçici bölge de <span class="ff2">aynı<span class="_ _9"></span> sınıf türünden bir gösterici olacağına göre<span class="_ _0"></span>, ne geçici bölge için </span></span></div><div class="t m0 x10 h3 y6c ff1 fs0 fc2 sc0 ls0 ws0">ne de <span class="ff9">catch<span class="_ _0"></span> <span class="ff2">parametresi için herhangi b<span class="_ _0"></span>ir kurucu işlev çağrılmaz<span class="_ _0"></span>. Tabii </span>th<span class="_ _0"></span>row </span>ifadesindeki <span class="_ _0"></span>adres yerel bir </div><div class="t m0 x10 h3 y130 ff2 fs0 fc2 sc0 ls0 ws0">nesneye ilişkin olamamalıdır. <span class="_ _0"></span>Bu teknikt<span class="_ _0"></span>e genellikle progra<span class="_ _0"></span>mcı <span class="ff9">new </span>işleci ile dinamik <span class="_ _0"></span>olarak elde ettiği hat<span class="_ _0"></span>a </div><div class="t m0 x10 h3 ya46 ff1 fs0 fc2 sc0 ls0 ws0">nesnesini gönderir. <span class="ff2">Örneğin:<span class="_ _0"></span></span> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf183" class="pf w0 h0" data-page-no="183"><div class="pc pc183 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">387</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y1b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y154 ff8 fs0 fc2 sc0 ls13 ws0">throw new Sample();<span class="ls0"> </span></div><div class="t m0 x1 h15 y3e5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3e6 ff9 fs0 fc2 sc0 ls0 ws0">throw <span class="ff2">işlemi yapılmış ol<span class="_ _0"></span>sa bile dinamik nesneler yaşamay<span class="_ _0"></span>a devam eder. Böyle b<span class="_ _0"></span>ir <span class="_ _0"></span></span>throw <span class="ff2">işlemi ile ge<span class="_ _0"></span>çici </span></div><div class="t m0 x10 h3 y596 ff2 fs0 fc2 sc0 ls0 ws0">bölgeye dinamik nesnenin<span class="_ _0"></span> adresi aktarılır. Bu adres b<span class="_ _0"></span>uradan da <span class="_ _3"></span><span class="ff9">catch </span>parametresine aktarılır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y5ab ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y509 ff8 fs0 fc2 sc0 ls13 ws0">throw new Sample();<span class="ls0"> </span></div><div class="t m0 x1 h2a y1404 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y603 ff1 fs0 fc2 sc0 ls0 ws0">gibi bir ifade için<span class="_ _0"></span> </div><div class="t m0 x1 h1b ye9b ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y12dc ff8 fs0 fc2 sc0 ls13 ws0">catch(Sample *p)<span class="ls0"> </span></div><div class="t m0 x10 h11 y583 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y2e9 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x12 h11 y81 ff8 fs0 fc2 sc0 ls13 ws0">delete p;<span class="ls0"> </span></div><div class="t m0 x10 h11 y1405 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y307 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd06 ff2 fs0 fc2 sc0 ls0 ws0">işlemi yapılmalıdır. Bu yönte<span class="_ _0"></span>m geçici bölge <span class="_ _0"></span><span class="ff1">ve<span class="_ _9"></span> <span class="ff9">catch </span>p<span class="_ _0"></span>arametres<span class="ff2">i için kopyalayan<span class="_ _0"></span> kurucu işlev çağrılmadığı için, </span></span></div><div class="t m0 x10 h3 yea7 ff1 fs0 fc2 sc0 ls0 ws0">en <span class="_ _9"></span>verimli yöntemdir. Ancak bu y<span class="_ _0"></span>öntemde <span class="ff9">th<span class="_ _0"></span>row <span class="ff2">işleminde yar<span class="_ _0"></span>atılan geçici nesnenin boşaltılması <span class="_ _0"></span></span>ca<span class="_ _0"></span>tch </span></div><div class="t m0 x10 h3 y297 ff2 fs0 fc2 sc0 ls0 ws0">bloğunun son<span class="_ _0"></span>unda programcı tarafından y<span class="_ _0"></span>apılmalıdır. Örneğin <span class="_ _0"></span><span class="ff9">MFC <span class="ff1">kütüp<span class="_ _0"></span>hanesi bu y<span class="_ _9"></span>ön<span class="_ _9"></span>tem<span class="_ _6"></span>i <span class="ff2">kullanmaktadır. </span></span></span></div><div class="t m0 x10 h3 y1406 ff1 fs0 fc2 sc0 ls6a ws0">Ol<span class="ff2 ls0">uşturulan hat<span class="_ _0"></span>a nesnelerinin yaratılmasını, <span class="_ _0"></span><span class="ff9">catch<span class="_ _0"></span> </span>parametresine kopyalanmasın<span class="_ _0"></span>ı ve yok edilmesini izlemek için </span></div><div class="t m0 x10 h3 y165 ff2 fs0 fc2 sc0 ls0 ws0">aşağıdaki kod par<span class="_ _0"></span>çasını derleyerek çalıştırın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y883 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y415 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y5fb ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y149 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1 h12 y4fd ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yd30 ff8 fs0 fc2 sc0 ls13 ws0">class Sample { </div><div class="t m0 x1c h11 y5fd ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y3fc ff8 fs0 fc2 sc0 ls13 ws0">Sample(int a):m_a(a){cout &lt;&lt; &quot;Sample::Sample(int) &quot; &lt;&lt; endl;}<span class="ls0"> </span></div><div class="t m0 x13 h11 yf03 ff8 fs0 fc2 sc0 ls13 ws0">Sample(const Sample &amp;r){m_a = r.m_a; cout &lt;&lt; &quot;Sample::Sample(const </div><div class="t m0 x1c h11 yb4 ff8 fs0 fc2 sc0 ls13 ws0">sample &amp;) &quot; &lt;&lt; endl;}<span class="ls0"> </span></div><div class="t m0 x13 h11 yf5 ff8 fs0 fc2 sc0 ls13 ws0">~Sample(){cout &lt;&lt; &quot;Sample::~Sample() &quot; &lt;&lt; endl;} </div><div class="t m0 x13 h11 yd6 ff8 fs0 fc2 sc0 ls13 ws0">void display()const {cout &lt;&lt; &quot;a = &quot; &lt;&lt; m_a &lt;&lt;<span class="ls0"> <span class="_ _6"></span><span class="ls13">endl;}<span class="ls0"> </span></span></span></div><div class="t m0 x1c h11 y872 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 y1028 ff8 fs0 fc2 sc0 ls13 ws0">int m_a;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf184" class="pf w0 h0" data-page-no="184"><div class="pc pc184 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">388</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yb3a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y78a ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func1()<span class="ls0"> </span></div><div class="t m0 x1c h11 y1407 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1408 ff8 fs0 fc2 sc0 ls13 ws0">Sample <span class="ls16">a(1); </span></div><div class="t m0 x13 h11 y91c ff8 fs0 fc2 sc0 ls13 ws0">throw<span class="ls0"> </span>a;<span class="ls0"> </span></div><div class="t m0 x1c h11 y65f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 ya57 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y96a ff8 fs0 fc2 sc0 ls13 ws0">void func2()<span class="ls0"> </span></div><div class="t m0 x1c h11 y6ad ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 yc77 ff8 fs0 fc2 sc0 ls13 ws0">throw new Sample(2);<span class="ls0"> </span></div><div class="t m0 x1c h11 yfe2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y9d2 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y304 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y1409 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1274 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x4c h11 y1364 ff8 fs0 fc2 sc0 ls13 ws0">//func1(); </div><div class="t m0 x4c h11 ybd9 ff8 fs0 fc2 sc0 ls13 ws0">func2();<span class="ls0"> </span></div><div class="t m0 x13 h11 ya93 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y140a ff8 fs0 fc2 sc0 ls13 ws0">catch(Sample a) { </div><div class="t m0 x4c h11 y869 ff8 fs0 fc2 sc0 ls13 ws0">a.display();<span class="ls0"> </span></div><div class="t m0 x13 h11 y1097 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y140b ff8 fs0 fc2 sc0 ls13 ws0">catch(Sample *ptr) { </div><div class="t m0 x4c h11 yade ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-</span>&gt;display(); </div><div class="t m0 x4c h11 y140c ff8 fs0 fc2 sc0 ls13 ws0">delete ptr;<span class="ls0"> </span></div><div class="t m0 x1a h11 y140d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y2f2 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;end&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y89e ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y951 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 yab9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y612 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h13 y5d3 ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y965 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf nesnesinin t<span class="_ _0"></span>ürü ile ilgili taban sınıf ne<span class="_ _0"></span>snesinin türü arasında <span class="_ _0"></span>tam uyum olduğu kabu<span class="_ _0"></span>l edilir. Yani </div><div class="t m0 x10 h3 y7bb ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıf nesnesinin ad<span class="_ _0"></span>resiyle <span class="ff9">throw </span>i<span class="_ _0"></span>şlemi yapıldığında, t<span class="_ _0"></span>aban sınıf türünd<span class="_ _0"></span>en bir göstericiye sahip <span class="_ _0"></span><span class="ff9">catch </span></div><div class="t m0 x10 h3 y966 ff2 fs0 fc2 sc0 ls0 ws0">bloğu bunu<span class="_ _0"></span> yakalayabilir. Uygulamaların ço<span class="_ _0"></span>ğunda sınıf kütüp<span class="_ _0"></span>hanesinde bir türetme hiyerar<span class="_ _0"></span>şisi içinde hata </div><div class="t m0 x10 h3 y140e ff2 fs0 fc2 sc0 ls0 ws0">işleme sınıfları bulunur. <span class="_ _0"></span><span class="ff9">MFC</span>&apos;de k<span class="_ _0"></span>ütüphane içerisinde norm<span class="_ _0"></span>al dışı bir durumla karşılaşıld<span class="_ _0"></span>ığında, ilgili hata <span class="_ _0"></span>sınıfı </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf185" class="pf w0 h0" data-page-no="185"><div class="pc pc185 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">389</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir nesne dinamik olarak yarat<span class="_ _0"></span>ılır ve dinamik hata nesnesi<span class="_ _0"></span><span class="ff1">nin ad<span class="_ _0"></span>resiyle <span class="ff9">throw </span></span>işl<span class="_ _0"></span>emi yapılır. Programcı </div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">kütüphan<span class="_ _0"></span>edeki bütün <span class="ff9">throw <span class="_ _0"></span><span class="ff2">işlemlerinin bir hata sınıfı nesnesinin adre<span class="_ _0"></span>siyle yapıldığını bili<span class="_ _0"></span>r. Dolayısıyla </span></span></div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">oluşabilecek her türlü h<span class="_ _0"></span>ata durumunu aşağıdak<span class="_ _0"></span>i gibi ele alabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y51b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ye08 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x2 h11 y97f ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y33a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 y48c ff8 fs0 fc2 sc0 ls13 ws0">catch (CException *pcException)<span class="ls0"> </span></div><div class="t m0 x10 h11 y861 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y140f ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x2 h11 y10b4 ff8 fs0 fc2 sc0 ls13 ws0">delete pCException;<span class="ls0"> </span></div><div class="t m0 x10 h11 ya2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y272 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y87d ff2 fs0 fc2 sc0 ls0 ws0">Hata sınıfları da sanal işl<span class="_ _0"></span>evlere sahip olabilir. Böylece çokbiçi<span class="_ _0"></span>mliliği destekleyecek bir şeki<span class="_ _0"></span>lde tasarım </div><div class="t m0 x10 h3 y87e ff2 fs0 fc2 sc0 ls0 ws0">yapılabilir. Taban sınıfın san<span class="_ _0"></span>al işlevlere sahip<span class="_ _0"></span> olması çok biçimli bir hata <span class="_ _0"></span>ele alma işlemini sağla<span class="_ _0"></span>yabilir. </div><div class="t m0 x10 h3 y87f ff2 fs0 fc2 sc0 ls0 ws0">Örneğin, yukarıdak<span class="_ _0"></span>i <span class="ff9">catch </span>b<span class="_ _0"></span>loğunda <span class="ff9">CExceptio<span class="_ _0"></span>n </span>sınıfının sanal <span class="ff9">display() <span class="_ _0"></span></span>isimli bir işlevi çağrılabilir. Böy<span class="_ _0"></span>lece </div><div class="t m0 x10 h3 y25c ff2 fs0 fc2 sc0 ls0 ws0">oluşan hata d<span class="_ _0"></span>urumuna ilişkin hata iletisi ekrana ya <span class="_ _0"></span>da bir dosyaya yaz<span class="_ _0"></span>dırılabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1410 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1411 ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf kütüphanesi kullan<span class="_ _0"></span>ılarak proje geliştiriliyo<span class="_ _0"></span>rsa, programcı var olan h<span class="_ _0"></span>ata sınıflarında<span class="_ _0"></span>n tür<span class="_ _0"></span><span class="ff1">etme yaparak<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 yf50 ff2 fs0 fc2 sc0 ls0 ws0">kendi hata sınıflarını olu<span class="_ _0"></span>şturmalıdır. Örneğin <span class="_ _0"></span><span class="ff9">MFC </span>de bir ser<span class="_ _0"></span>i port uy<span class="_ _0"></span>gulaması geliştirildiğini düşün<span class="_ _0"></span>elim. Bu </div><div class="t m0 x10 h3 yf58 ff1 fs0 fc2 sc0 ls0 ws0">durumda <span class="ff9">CExc<span class="_ _0"></span>eption <span class="ff2">sınıfından <span class="_ _0"></span></span>CSerialException <span class="_ _0"></span><span class="ff2">gibi bir sınıf türetilerek, aşağıdaki gibi bir <span class="_ _0"></span></span>throw <span class="ff2">işlemi </span></span></div><div class="t m0 x10 h3 yaa ff2 fs0 fc2 sc0 ls0 ws0">yapılabilir:<span class="ff1"> </span></div><div class="t m0 x10 h11 y55d ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x2 h11 y3f7 ff8 fs0 fc2 sc0 ls13 ws0">throw new CSerialException;<span class="ls0"> </span></div><div class="t m0 x2 h11 yf6c ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 yf9b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y378 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1412 ff8 fs0 fc2 sc0 ls13 ws0">catch (CException *pCException) { </div><div class="t m0 x2 h11 yc5e ff8 fs0 fc2 sc0 ls13 ws0">pCException<span class="ls0">-</span>&gt;Disp();<span class="ls0"> </span></div><div class="t m0 x2 h11 y1eb ff8 fs0 fc2 sc0 ls13 ws0">delete pCException;<span class="ls0"> </span></div><div class="t m0 x10 h11 y10e7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h26 y1413 ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf5 ff9 fs0 fc2 sc0 ls0 ws0">CException <span class="_ _0"></span><span class="ff2">sınıfından türetilmiş </span>CMemoryE<span class="_ _0"></span>xception <span class="_ _0"></span><span class="ff2">gibi bir sınıf olduğunu dü<span class="_ _0"></span>şünelim. Aşağıdaki gibi <span class="_ _0"></span></span>try-</div><div class="t m0 x10 h3 yb1a ff9 fs0 fc2 sc0 ls0 ws0">catch <span class="ff2">b<span class="_ _0"></span>lokları oluşturulmuş olsun.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd y648 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1414 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf186" class="pf w0 h0" data-page-no="186"><div class="pc pc186 w0 h0"><img class="bi xb y1415 w6 hf3" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">390</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y70 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y118 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1416 ff8 fs0 fc2 sc0 ls13 ws0">catch (CMemoryException *pException) {<span class="ls0"> </span></div><div class="t m0 x2 h11 y124d ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 yd47 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 yf17 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y234 ff8 fs0 fc2 sc0 ls13 ws0">catch (CException *pException) {<span class="ls0"> </span></div><div class="t m0 x2 h11 y70c ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 yba5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h40 ya2 ff8 fs15 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1bf ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">CMemoryExc<span class="_ _0"></span>eption <span class="_ _0"></span><span class="ff2">sınıfından yapılan <span class="_ _0"></span></span>throw <span class="ff2">işlemleri birinci </span>c<span class="_ _0"></span>atch <span class="ff2">bloğu tarafınd<span class="_ _0"></span>an, diğerleri </span></span></div><div class="t m0 x10 h3 yfd8 ff1 fs0 fc2 sc0 ls0 ws0">ikinci <span class="ff9">catch <span class="_ _0"></span><span class="ff2">bloğu tarafından yakalan<span class="_ _0"></span>ır. Burada <span class="_ _0"></span></span>catch </span><span class="ls8">bl</span><span class="ff2">oklarının yerleşimi önemlidir. Yani <span class="_ _0"></span><span class="ff9">CExc<span class="_ _0"></span>eption </span></span></div><div class="t m0 x10 h3 ycf3 ff2 fs0 fc2 sc0 ls0 ws0">sınıfına ilişkin <span class="ff9">catc<span class="_ _0"></span>h </span>bloğunun aşağıda olma<span class="_ _0"></span>sı gerekir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y8c0 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y23d ff2 fs6 fc2 sc0 ls0 ws0">i<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>ç<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>y<span class="_ _3"></span> <span class="_ _3"></span>b<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1417 ff1 fs0 fc2 sc0 ls0 ws0">Bir <span class="ff9">try <span class="ff2">bloğu başka bir <span class="_ _0"></span></span>try <span class="ff2">bloğun<span class="_ _0"></span>un içinde yuvalanmış olabili<span class="_ _0"></span>r </span>(nested<span class="_ _0"></span> try blocks). </span>Bu d<span class="_ _0"></span>urumda her bir <span class="_ _0"></span><span class="ff9">try </span></div><div class="t m0 x10 h3 ya4d ff2 fs0 fc2 sc0 ls0 ws0">bloğunu ay<span class="_ _0"></span>rı <span class="ff9">catch </span>blokları izlemelidir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yc07 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceley<span class="_ _0"></span>elim :<span class="ff1"> </span></div><div class="t m0 x10 h11 y1418 ff8 fs0 fc2 sc0 ls13 ws0">#include <span class="ls0">&lt;io<span class="_ _9"></span>str<span class="_ _6"></span>eam&gt;<span class="_ _9"></span> </span></div><div class="t m0 x10 h11 y3c1 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func1()<span class="ls0"> </span></div><div class="t m0 x10 h11 y27d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y111b ff8 fs0 fc2 sc0 ls13 ws0">throw<span class="ls0"> </span>1;<span class="ls0"> </span></div><div class="t m0 x10 h11 ye7c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y331 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y7f2 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func2()<span class="ls0"> </span></div><div class="t m0 x10 h11 yc33 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y62d ff8 fs0 fc2 sc0 ls13 ws0">throw 2.3;<span class="ls0"> </span></div><div class="t m0 x10 h11 y4b9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y62f ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1419 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y91b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y1153 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf187" class="pf w0 h0" data-page-no="187"><div class="pc pc187 w0 h0"><img class="bi xb y141a w6 hf4" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">391</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x17 h11 ya53 ff8 fs0 fc2 sc0 ls13 ws0">func1(); </div><div class="t m0 x17 h11 yec9 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x58 h11 y141b ff8 fs0 fc2 sc0 ls13 ws0">func2();<span class="ls0"> </span></div><div class="t m0 x17 h11 y141c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x17 h11 y1329 ff8 fs0 fc2 sc0 ls13 ws0">catch (double x) {<span class="ls0"> </span></div><div class="t m0 x58 h11 yfe0 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;hata yakalandi : &quot; &lt;&lt; x &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x17 h11 yfe1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 yf22 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 yb6c ff8 fs0 fc2 sc0 ls13 ws0">catch (int x) {<span class="ls0"> </span></div><div class="t m0 x17 h11 yc48 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;hata yakalandi : &quot; &lt;&lt; x &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x2 h11 y425 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 ya5a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y11c6 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;hata yakalandiktan sonra program devam ediyor!&quot; &lt;&lt; </div><div class="t m0 x10 h11 y991 ff8 fs0 fc2 sc0 ls13 ws0">std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y61f ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y13ff ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y698 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 y141d ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y801 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte dıştaki <span class="_ _0"></span><span class="ff9">try </span>bloğu<span class="_ _0"></span>nun içinde başka b<span class="_ _0"></span>ir <span class="ff9">try </span>bloğu d<span class="_ _0"></span>aha yer alıyor. İçteki <span class="_ _0"></span><span class="ff9">try </span>bloğundak<span class="_ _0"></span>i kodun </div><div class="t m0 x10 h3 y141e ff2 fs0 fc2 sc0 ls0 ws0">çalışması sırasında bir hat<span class="_ _0"></span>a nesnesi gönderilmesi du<span class="_ _0"></span>rumunda, yan<span class="_ _0"></span>i <span class="_ _0"></span><span class="ff9">func2 </span>işlevi tarafından bir h<span class="_ _0"></span>ata nesnesinin </div><div class="t m0 x10 h3 y624 ff1 fs0 fc2 sc0 ls0 ws0">gönderilmesi durumunda,<span class="_ _0"></span> gönderilen hata n<span class="_ _0"></span>esnesi önce içteki <span class="_ _0"></span><span class="ff9">try <span class="ff2">bloğu<span class="_ _0"></span>nun </span>catch <span class="_ _0"></span><span class="ff2">bloğu tarafından </span></span></div><div class="t m0 x10 h3 yce2 ff2 fs0 fc2 sc0 ls0 ws0">yakalanmaya çalışılır. Eğer içt<span class="_ _0"></span>ek<span class="ff1 lse">i </span><span class="ff9">try </span>bloğun<span class="_ _0"></span>a ilişkin <span class="ff9">catch<span class="_ _0"></span> </span>bloğu gönderilen h<span class="_ _0"></span>ata nesnesini yak<span class="_ _0"></span>alayamaz ise, bu </div><div class="t m0 x10 h3 y7df ff2 fs0 fc2 sc0 ls0 ws0">kez gönderilen hata n<span class="_ _0"></span>esnesini dıştaki <span class="_ _0"></span><span class="ff9">try </span>bloğuna ilişkin <span class="_ _0"></span><span class="ff9">catch </span>bloğu<span class="_ _0"></span> yakalamaya çalışır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf84 ff2 fs0 fc2 sc0 ls0 ws0">Şüphesiz, <span class="_ _0"></span>yalnızca<span class="_ _0"></span> <span class="_ _0"></span>dıştaki <span class="_ _3"></span><span class="ff9">try <span class="_ _0"></span></span>bloğu <span class="_ _3"></span>içinde <span class="_ _0"></span>yer <span class="_ _0"></span>alan <span class="_ _0"></span>kod<span class="_ _0"></span> <span class="_ _0"></span>parçasının <span class="_ _0"></span>çalı<span class="_ _0"></span>şması <span class="_ _0"></span>durumund<span class="_ _0"></span>a, <span class="_ _0"></span>eğer <span class="_ _0"></span>bir <span class="_ _0"></span>hat<span class="_ _0"></span>a <span class="_ _0"></span>nesnesi<span class="_ _0"></span> </div><div class="t m0 x10 h3 y627 ff1 fs0 fc2 sc0 ls0 ws0">gönderilirse, <span class="_ _f"></span>yani <span class="_ _f"></span><span class="ff9">func1 <span class="_ _11"> </span><span class="ff2">işlevi <span class="_ _b"></span>için<span class="_ _0"></span>den <span class="_ _b"></span>bir <span class="_ _f"> </span>hat<span class="_ _0"></span>a <span class="_ _b"></span>n<span class="_ _0"></span>esnesi <span class="_ _b"></span>gönderilirse, <span class="_ _f"></span>bu<span class="_ _0"></span> <span class="_ _b"></span>hata <span class="_ _f"> </span>n<span class="_ _0"></span>esnesini <span class="_ _b"></span>yalnızca <span class="_ _f"></span>dıştaki <span class="_ _22"> </span></span>catch </span></div><div class="t m0 x10 h3 y13d9 ff2 fs0 fc2 sc0 ls0 ws0">bloğu yakalamay<span class="_ _0"></span>a çalışır.<span class="ff1"> </span></div><div class="t m0 x1 hd yb34 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y62b ff2 fs6 fc2 sc0 ls0 ws0">F<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>k<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>y<span class="_ _3"></span> <span class="_ _3"></span>c<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>c<span class="_ _3"></span>h<span class="_ _3"></span> <span class="_ _b"></span>B<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>k<span class="_ _f"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y2f4 ff9 fs0 fc2 sc0 ls0 ws0">try <span class="ff1">ve </span>catch <span class="_ _0"></span><span class="ff2">blokları farklı derinliklerde yer alabilir. Bir <span class="_ _0"></span></span>try <span class="ff2">bl<span class="_ _0"></span>oğu içinde bir h<span class="_ _0"></span>ata nesnesi gönderildiğinde, bu<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y62c ff2 fs0 fc2 sc0 ls0 ws0">hata nesnesini yakalama olas<span class="_ _0"></span>ılığı bulunan<span class="_ _0"></span> <span class="ff9">c<span class="_ _0"></span>atch </span>bloklarının araştırılması aşağıdan<span class="_ _0"></span> yukarıya doğru y<span class="_ _0"></span>apılır. Yani </div><div class="t m0 x10 h3 y62d ff1 fs0 fc2 sc0 ls0 ws0">ilk önce <span class="ff9">throw </span>deyimin<span class="_ _0"></span>e <span class="ff2">en yakın du<span class="_ _0"></span>rumda olan ve <span class="ff9">th<span class="_ _0"></span>row </span></span>deyimini kapsayan<span class="_ _0"></span> <span class="ff9">try <span class="ff2">bloklarının<span class="_ _0"></span> </span>catch <span class="ff2">blokların<span class="_ _0"></span>a </span></span></div><div class="t m0 x10 h3 ybb8 ff2 fs0 fc2 sc0 ls0 ws0">bakılır. Hata bu<span class="_ _0"></span>radaki <span class="ff9">catch <span class="_ _0"></span></span>blokları tarafından yakala<span class="_ _0"></span>namamamışsa, bu kez sırasıyla dah<span class="_ _0"></span>a yukarıdaki <span class="_ _0"></span><span class="ff9">catc<span class="_ _0"></span>h </span></div><div class="t m0 x10 h3 yeba ff2 fs0 fc2 sc0 ls0 ws0">blokları araştırılır. Aşağıdak<span class="_ _0"></span>i örneği dikkatli şekilde incel<span class="_ _0"></span>eyiniz,<span class="_ _0"></span> programı derleyerek çalıştı<span class="_ _0"></span>rın:<span class="ff1"> </span></div><div class="t m0 x1c h11 yf14 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 y10b9 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdlib&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y1107 ff8 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf188" class="pf w0 h0" data-page-no="188"><div class="pc pc188 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">392</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y116 ff8 fs0 fc2 sc0 ls0 ws0">void <span class="_ _3"></span>func1(); </div><div class="t m0 x1c h11 y456 ff8 fs0 fc2 sc0 ls0 ws0">void <span class="_ _3"></span>func2(); </div><div class="t m0 x1c h11 y736 ff8 fs0 fc2 sc0 ls13 ws0">void func3();<span class="ls0"> </span></div><div class="t m0 x1 h11 y7e7 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ybf2 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 yda5 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y50 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x4c h11 y1011 ff8 fs0 fc2 sc0 ls13 ws0">func1();<span class="ls0"> </span></div><div class="t m0 x13 h11 y470 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y3d1 ff8 fs0 fc2 sc0 ls13 ws0">catch (double) {<span class="ls0"> </span></div><div class="t m0 x4c h11 y236 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;hata main islevi icinde yakalandi!&quot; &lt;&lt; std::endl; </div><div class="t m0 x4c h11 y87b ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x13 h11 yb70 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y1314 ff8 fs0 fc2 sc0 ls13 ws0">return<span class="ls0"> </span>0;<span class="ls0"> </span></div><div class="t m0 x1c h11 ycf3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ye79 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y667 ff8 fs0 fc2 sc0 ls13 ws0">void func1()<span class="ls0"> </span></div><div class="t m0 x1c h11 yb15 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1379 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x4c h11 y5c8 ff8 fs0 fc2 sc0 ls13 ws0">func2();<span class="ls0"> </span></div><div class="t m0 x13 h11 y5c9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y12b3 ff8 fs0 fc2 sc0 ls13 ws0">catch (long) {<span class="ls0"> </span></div><div class="t m0 x4c h11 y86b ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;hata func1 islevi icinde yakalandi!&quot; &lt;&lt; std::endl; </div><div class="t m0 x4c h11 y141f ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x13 h11 yd5b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y347 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y682 ff8 fs0 fc2 sc0 ls13 ws0">void func2()<span class="ls0"> </span></div><div class="t m0 x1c h11 y13f6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y12b6 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x4c h11 y451 ff8 fs0 fc2 sc0 ls13 ws0">func3();<span class="ls0"> </span></div><div class="t m0 x13 h11 y2c2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y2f7 ff8 fs0 fc2 sc0 ls13 ws0">catch (int) {<span class="ls0"> </span></div><div class="t m0 x4c h11 y1420 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;hata func2 islevi icinde yakalandi!&quot; &lt;&lt; std::endl; </div><div class="t m0 x4c h11 yee1 ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x13 h11 y109c ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf189" class="pf w0 h0" data-page-no="189"><div class="pc pc189 w0 h0"><img class="bi xb y1421 w6 hf5" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">393</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y1422 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y737 ff8 fs0 fc2 sc0 ls13 ws0">void func3()<span class="ls0"> </span></div><div class="t m0 x1c h11 y1084 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1085 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x4c h11 yaf8 ff8 fs0 fc2 sc0 ls13 ws0">//throw &apos;A&apos;;<span class="ls0"> </span></div><div class="t m0 x4c h11 y1423 ff8 fs0 fc2 sc0 ls13 ws0">//throw<span class="ls0"> </span>1;<span class="ls0"> </span></div><div class="t m0 x4c h11 y11f3 ff8 fs0 fc2 sc0 ls13 ws0">//throw <span class="ls1e">1L; </span></div><div class="t m0 x4c h11 y382 ff8 fs0 fc2 sc0 ls13 ws0">throw<span class="ls0"> </span>1.5;<span class="ls0"> </span></div><div class="t m0 x13 h11 y692 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y51f ff8 fs0 fc2 sc0 ls13 ws0">catch (char)<span class="ls0"> { </span></div><div class="t m0 x4c h11 y113b ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;hata func3 islevi icinde yakalandi!&quot; &lt;&lt; std::endl; </div><div class="t m0 x4c h11 y12b8 ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x13 h11 y895 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 ybd7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y1424 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3bd ff9 fs0 fc2 sc0 ls0 ws0">func3 <span class="ff2">işlevi içinde gönder<span class="_ _0"></span>ilen hata nesnesinin türü<span class="_ _0"></span>nü <span class="_ _0"></span>değiştirerek programı y<span class="_ _0"></span>eniden derleyip çalıştırın. </span></div><div class="t m0 x10 h3 ya5e ff2 fs0 fc2 sc0 ls0 ws0">Programın çalışması sıra<span class="_ _0"></span>sında oluşan farklılığı gözl<span class="_ _0"></span>eyin.<span class="ff1"> </span></div><div class="t m0 x1 hd yfe4 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yea ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>a<span class="_ _3"></span>p<span class="_ _3"></span>s<span class="_ _3"></span>a<span class="_ _b"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>y<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>l<span class="_ _b"></span>o<span class="_ _3"></span>ğ<span class="_ _3"></span>u<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y7de ff2 fs0 fc2 sc0 ls0 ws0">İstenirse tanımlanan bir işl<span class="_ _0"></span>evin tüm ana b<span class="_ _0"></span>loğu bir <span class="_ _0"></span><span class="ff9">try </span>bloğu görevi yapabilir. Bu du<span class="_ _0"></span>rumda işlev parametre </div><div class="t m0 x10 h3 y86a ff2 fs0 fc2 sc0 ls0 ws0">ayracının kap<span class="_ _0"></span>atılmasından sonra, ancak<span class="_ _0"></span> işlevin ana bloğunun açılmasından<span class="_ _0"></span> önce <span class="_ _0"></span><span class="ff9">try </span>an<span class="_ _0"></span>ahtar sözcüğü ku<span class="_ _0"></span>llanılır. </div><div class="t m0 x10 h3 ybdc ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1209 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y5e3 ff8 fs0 fc2 sc0 ls13 ws0">void func(int x) </div><div class="t m0 x10 h11 y658 ff8 fs0 fc2 sc0 ls13 ws0">try<span class="ls0"> </span></div><div class="t m0 x10 h11 y4fd ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y4fe ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y4ff ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y1425 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yb78 ff8 fs0 fc2 sc0 ls13 ws0">catch (int ) {<span class="ls0"> </span></div><div class="t m0 x2 h11 y12f5 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y786 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y1152 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yee2 ff8 fs0 fc2 sc0 ls13 ws0">catch (double) {<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf18a" class="pf w0 h0" data-page-no="18a"><div class="pc pc18a w0 h0"><img class="bi xb y12a9 w6 hd2" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">394</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y70 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h15 yecb ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y13a9 ff2 fs0 fc2 sc0 ls0 ws0">İşlevi kapsayan <span class="ff9">try </span>bloğu<span class="_ _0"></span>na ilişkin <span class="_ _0"></span><span class="ff9">catch </span>bloğu akış b<span class="_ _0"></span>akımından işlevin içinde kab<span class="_ _0"></span>ul edilir. Yukarıdaki sözd<span class="_ _0"></span>izim ile, </div><div class="t m0 x10 h3 y1426 ff2 fs0 fc2 sc0 ls0 ws0">eğer <span class="ff9">func </span>işlevi içinde herhan<span class="_ _0"></span>gi türden b<span class="_ _0"></span>ir hata nesnesi gönd<span class="_ _0"></span>erilirse programın akışı işlevi<span class="_ _0"></span>n ana bloğu<span class="_ _0"></span>nu izleyen </div><div class="t m0 x10 h3 y1271 ff9 fs0 fc2 sc0 ls0 ws0">catc<span class="ls14">h </span><span class="ff2">bloklarına sıçrar. <span class="_ _0"></span></span>try <span class="ff2">bloğunun<span class="_ _0"></span> başının aynı zamanda <span class="_ _0"></span></span>func <span class="_ _0"></span><span class="ff2">işlevin ana bloğunun b<span class="_ _0"></span>aşlangıcı ve </span>try <span class="ff2">bloğun<span class="_ _0"></span>un </span></div><div class="t m0 x10 h3 ye39 ff2 fs0 fc2 sc0 ls0 ws0">sonunun ay<span class="_ _0"></span>nı zamanda işlevin ana bloğu<span class="_ _0"></span>nun sonu olduğuna dikk<span class="_ _0"></span>at edelim. İstenirse <span class="_ _0"></span><span class="ff9">ma<span class="_ _0"></span>in </span>işlevi de bu şekilde </div><div class="t m0 x10 h3 ya39 ff1 fs0 fc2 sc0 ls0 ws0">bir <span class="ff9">try <span class="ff2">bloğu içine alınab<span class="_ _0"></span>ilir:</span></span> </div><div class="t m0 x10 h11 ydb6 ff8 fs0 fc2 sc0 ls13 ws0">int main() </div><div class="t m0 x10 h11 yaab ff8 fs0 fc2 sc0 ls13 ws0">try<span class="ls0"> </span></div><div class="t m0 x10 h11 y599 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y13aa ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y1222 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 y39f ff8 fs0 fc2 sc0 ls13 ws0">catch (int ) {<span class="ls0"> </span></div><div class="t m0 x2 h11 yd73 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y4ad ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 yd27 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yb9d ff8 fs0 fc2 sc0 ls13 ws0">catch (double) {<span class="ls0"> </span></div><div class="t m0 x2 h11 y12c3 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y1141 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a y1427 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yddd ff1 fs6 fc2 sc0 ls0 ws0">H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _b"></span>B<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _f"></span> </div><div class="t m0 x10 h3 y12ef ff2 fs0 fc2 sc0 ls0 ws0">Bir işlev içinde bir hat<span class="_ _0"></span>a nesnesinin gönderilip gön<span class="_ _0"></span>derilmeyeceği, gönderilecek<span class="_ _0"></span>se gönderilecek hata </div><div class="t m0 x10 h3 y1428 ff2 fs0 fc2 sc0 ls0 ws0">nesnesinin hangi tü<span class="_ _0"></span>rlerden olabileceği özel bir sözdizim i<span class="_ _0"></span>le i<span class="_ _0"></span>şlevin bildiriminde ve tanı<span class="_ _0"></span>mında </div><div class="t m0 x10 h3 y103c ff1 fs0 fc2 sc0 ls0 ws0">belirtilebilir. Buna &quot;hat<span class="_ _0"></span>a nesnesi belirlemesi&quot; (<span class="ff9">exc<span class="_ _0"></span>eption specificatio<span class="_ _0"></span>n</span>) denir. </div><div class="t m0 x10 h3 yf7a ff2 fs0 fc2 sc0 ls0 ws0">İşlev bildiriminde parametr<span class="_ _0"></span>e ayracının kap<span class="_ _0"></span>anmasından sonra <span class="_ _0"></span><span class="ff9">throw </span>an<span class="_ _0"></span>ahtar sözcüğü yaz<span class="_ _0"></span>ılır. Bu sözcüğü </div><div class="t m0 x10 h3 y670 ff2 fs0 fc2 sc0 ls0 ws0">izleyen ayracın içine işle<span class="_ _0"></span>vin gönderebil<span class="_ _0"></span>eceği hata nesnesinin<span class="_ _0"></span>/nesnelerinin türü/tü<span class="_ _0"></span>rleri yazılabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y86e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ya30 ff8 fs0 fc2 sc0 ls13 ws0">double func()throw (Exception);<span class="ls0"> </span></div><div class="t m0 x1 h15 y564 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yeba ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki bildirimde, geri dö<span class="_ _0"></span>nüş değeri <span class="ff9">d<span class="_ _0"></span>ouble </span>türd<span class="_ _0"></span>en olan, parametre değişkenine sah<span class="_ _0"></span>ip olmayan <span class="_ _0"></span><span class="ff9">func </span></div><div class="t m0 x10 h3 yebb ff2 fs0 fc2 sc0 ls0 ws0">işlevinin <span class="ff9">Exceptio<span class="_ _0"></span>n </span>sınıfı türünden b<span class="_ _0"></span>ir hata nesnesi gön<span class="_ _0"></span>derilebileceği bildiriliyor.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yec7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydf7 ff2 fs0 fc2 sc0 ls0 ws0">Böyle bir bildirimle iki işlev <span class="_ _0"></span>sağlanır.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf18b" class="pf w0 h0" data-page-no="18b"><div class="pc pc18b w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">395</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y1b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1b4 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İşlevin <span class="ff9">E<span class="_ _0"></span>xception </span>sınıfı türü<span class="_ _0"></span>nden bir hata nesnesi gönder<span class="_ _0"></span>ebileceği bilgisi verilir. Böyl<span class="_ _0"></span>ece kaynak<span class="_ _0"></span> kodun </span></span></div><div class="t m0 x10 h3 y1b5 ff2 fs0 fc2 sc0 ls0 ws0">okunabilirliği artar. <span class="_ _0"></span>İşlevi çağıran programcı, işlev çağrı kod<span class="_ _0"></span>unu b<span class="_ _0"></span>ir <span class="_ _0"></span><span class="ff9">try <span class="ff1">b</span></span>loğu içine alarak, işlev içinde bir h<span class="_ _0"></span>ata </div><div class="t m0 x10 h3 y1b6 ff1 fs0 fc2 sc0 ls0 ws0">nesnesinin gönderilme<span class="_ _0"></span>si durumunda, <span class="_ _0"></span>bu <span class="ff2">hata nes<span class="_ _9"></span>nesini yaklamak<span class="_ _0"></span> ve hatayı işlemek için b<span class="_ _0"></span>ir önlem<span class="ff1"> <span class="_ _7"></span>alab<span class="_ _0"></span>ilir. </span></span></div><div class="t m0 x1 hd y156 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y365 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Derleyiciye işl<span class="_ _0"></span>evin ne türden bir h<span class="_ _0"></span>ata nesnesi gönderebilece<span class="_ _0"></span>ği bildirilmiş olur. Böylece d<span class="_ _0"></span>erleyicinin ürettiğ<span class="_ _3"></span><span class="ff1 lse">i </span></span></span></div><div class="t m0 x10 h3 y2e2 ff2 fs0 fc2 sc0 ls0 ws0">kod sonucund<span class="_ _0"></span>a, programın çalışma zamanında eğ<span class="_ _0"></span>er başka bir türd<span class="_ _0"></span>en hata nesnesi gönderilirse, standart <span class="_ _0"></span>bir </div><div class="t m0 x10 h3 y1429 ff2 fs0 fc2 sc0 ls0 ws0">işlev çağrılarak programın a<span class="_ _0"></span>kışı<span class="ff1"> <span class="_ _6"></span><span class="ff2">sonlandırılır.<span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 y10a9 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y73a ff2 fs0 fc2 sc0 ls0 ws0">Bir işlevin içinden bird<span class="_ _0"></span>en fazla türden farklı hat<span class="_ _0"></span>a nesneleri de gönderilebilec<span class="_ _0"></span>eği için bu durumun d<span class="_ _3"></span>a işlev </div><div class="t m0 x10 h3 y932 ff2 fs0 fc2 sc0 ls0 ws0">bildiriminde belirtilmesine ola<span class="_ _0"></span>nak sağlanmıştır. Bu d<span class="_ _0"></span>urumda işlev bildirimind<span class="_ _0"></span>eki <span class="_ _0"></span><span class="ff9">throw </span>ayracın<span class="_ _0"></span>ın içine </div><div class="t m0 x10 h3 y539 ff2 fs0 fc2 sc0 ls0 ws0">virgüllerle ayrılmış biçimde gö<span class="_ _0"></span>nderilebilecek hata nesnelerin<span class="_ _0"></span>in türleri yazılır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y933 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yc98 ff8 fs0 fc2 sc0 ls13 ws0">double func()throw (bad_alloc, MathException);<span class="ls0"> </span></div><div class="t m0 x1 h15 y25a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb93 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki işle<span class="ff1">v bildirim<span class="_ _0"></span>inden <span class="ff9">func <span class="_ _0"></span></span></span>işlevinin <span class="ff9">bad_alloc <span class="_ _0"></span><span class="ff1">ya da <span class="ff10">MathExce<span class="_ _0"></span>ption sınıfı</span></span> </span></div><div class="t m0 x10 h3 ydcf ff2 fs0 fc2 sc0 ls0 ws0">türlerinden bir hata <span class="_ _0"></span>nesnesi gönderebileceği belirtilm<span class="_ _0"></span>ektedir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y103a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y59e ff8 fs0 fc2 sc0 ls13 ws0">throw (bad_alloc, MathException)<span class="ls0"> </span></div><div class="t m0 x1 h15 y140a ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6b4 ff2 fs0 fc2 sc0 ls0 ws0">bildiriminin işlev tanımınd<span class="_ _0"></span>a da yazılması zorun<span class="_ _0"></span>ludur. Yani birinde b<span class="_ _0"></span>ulunup diğerinde bulunmama<span class="_ _0"></span>sı </div><div class="t m0 x10 h3 y6b5 ff1 fs0 fc2 sc0 ls0 ws0">geçersizdir. <span class="ff9">func <span class="ff2">işle<span class="_ _0"></span>vi aşağıdaki gibi tan<span class="_ _0"></span>ımlanmalıdır:</span></span> </div><div class="t m0 x10 h11 y30d ff8 fs0 fc2 sc0 ls13 ws0">double func(double x) throw (bad_alloc, MathException)<span class="ls0"> </span></div><div class="t m0 x10 h11 yeea ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y927 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y29d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 yff2 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc0a ff2 fs0 fc2 sc0 ls0 ws0">Yine okunabilirliği artırma a<span class="_ _0"></span>macıyla, bir işlevin h<span class="_ _0"></span>erhangi bir hata <span class="_ _0"></span>nesnesi göndermediği bilgisi de i<span class="_ _0"></span>şlev </div><div class="t m0 x10 h3 y4b7 ff2 fs0 fc2 sc0 ls0 ws0">bildiriminde verilebilir. Bu d<span class="_ _0"></span>urumda işlev bildiriminde y<span class="_ _0"></span>er alan <span class="_ _0"></span><span class="ff9">throw </span>an<span class="_ _0"></span>ahtar sözcüğünü içi boş bir a<span class="_ _0"></span>yraç </div><div class="t m0 x10 h3 y142a ff1 fs0 fc2 sc0 ls0 ws0">izler. </div><div class="t m0 x1 h3 ybab ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y941 ff8 fs0 fc2 sc0 ls13 ws0">int foo(int) throw();<span class="ls0"> </span></div><div class="t m0 x1 h15 y116d ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybe3 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">f<span class="ls68">oo </span></span>işlevinin bildiri<span class="_ _0"></span>minde, <span class="ff9">foo </span>işlevinin h<span class="_ _0"></span>erhangi bir h<span class="_ _0"></span>ata nesnesi göndermediği b<span class="_ _0"></span>elirtiliyor.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf18c" class="pf w0 h0" data-page-no="18c"><div class="pc pc18c w0 h0"><img class="bi xb y142b w6 hf6" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">396</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd94 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlevin bildiriminde <span class="ff9">th<span class="_ _0"></span>row </span>anah<span class="_ _0"></span>tar sözcüğünün y<span class="_ _0"></span>er almaması<span class="_ _9"></span>, işlevin h<span class="_ _0"></span>erhangi bir hata n<span class="_ _0"></span>esnesi </div><div class="t m0 x10 h3 y1250 ff2 fs0 fc2 sc0 ls0 ws0">göndermediğine işaret et<span class="_ _0"></span>mez. Derleyici tarafından<span class="_ _0"></span> bu durum, işle<span class="_ _0"></span>vin bir hat<span class="_ _0"></span>a nesnesi gönd<span class="_ _0"></span>erip göndermediği </div><div class="t m0 x10 h3 yb8 ff2 fs0 fc2 sc0 ls0 ws0">ya da han<span class="_ _0"></span>gi türden bir hata nesnesi gönderebil<span class="_ _0"></span>eceği konusunda b<span class="_ _0"></span>ir bilgi verilmediği biçiminde yo<span class="_ _0"></span>rumlanır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yd6f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y142c ff8 fs0 fc2 sc0 ls13 ws0">int process(int);<span class="ls0"> </span></div><div class="t m0 x1 h2a y142d ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1f7 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki işlev bildirimine gö<span class="_ _0"></span>re <span class="ff9">proce<span class="_ _0"></span>ss </span>işlevinin bir hata <span class="_ _0"></span>nesnesi gönderip gönderm<span class="_ _0"></span>eyeceği konusund<span class="_ _0"></span>a bir </div><div class="t m0 x10 h3 y12c9 ff1 fs0 fc2 sc0 ls0 ws0">bilgi verilmiyor. <span class="ff9">process <span class="ff2">i<span class="_ _0"></span>şlevi herhangi b<span class="_ _0"></span>ir türden hata <span class="_ _0"></span>nesnes<span class="_ _9"></span>i gönderebile<span class="_ _0"></span>ceği gibi bir hata <span class="_ _0"></span>nesnesi </span></span></div><div class="t m0 x10 h3 ybd ff1 fs0 fc2 sc0 ls0 ws0">göndermeyedebilir.<span class="_ _0"></span> </div><div class="t m0 x1 h3 y131b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfec ff2 fs0 fc2 sc0 ls0 ws0">Hata nesnesi belirlemesi, bir i<span class="_ _0"></span>şlevin imzasının b<span class="_ _0"></span>ir parçası değildi<span class="_ _0"></span>r. Parametrik yap<span class="_ _0"></span>ıları aynı hata b<span class="_ _0"></span>elirlemeleri </div><div class="t m0 x10 h3 y1297 ff2 fs0 fc2 sc0 ls0 ws0">farklı aynı isimli iki işlev aynı b<span class="_ _0"></span>ilinirlik alanında y<span class="_ _0"></span>er alamaz:<span class="ff1"> </span></div><div class="t m0 x1 h3 y13c8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ycf2 ff8 fs0 fc2 sc0 ls13 ws0">void func(int) throw(int);<span class="ls0"> </span></div><div class="t m0 x10 h11 yd55 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func(int)<span class="ls0"> </span>throw(double);<span class="ls0">  </span><span class="ffc">//func işlevinin yeniden bildiriminde</span><span class="ls0"> <span class="_ _9"></span><span class="ls13">hata<span class="ls0"> </span></span></span></div><div class="t m0 x1 h1c yaee ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y96e ff2 fs0 fc2 sc0 ls0 ws0">Hata belirlemesi, işlevin türü<span class="_ _0"></span>nün bir par<span class="_ _0"></span>çası olmadığından<span class="_ _0"></span> <span class="ff9">typedef </span>b<span class="_ _0"></span>ildiriminde de yer alamaz. Aşağıdaki </div><div class="t m0 x10 h3 y84 ff9 fs0 fc2 sc0 ls0 ws0">typedef <span class="ff2">bildirimi derleme za<span class="_ _0"></span>manınd<span class="_ _0"></span>a hata oluşumuna neden olu<span class="_ _0"></span>r:<span class="ff1"> </span></span></div><div class="t m0 x1 h3 y6cd ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y202 ff8 fs0 fc2 sc0 ls13 ws0">typedef void<span class="ls0"> </span>(*PVPTR)(int)<span class="ls0"> </span>throw(MathException);<span class="ls0"> <span class="_ _29"> </span></span>//Geçersiz!<span class="_ _0"></span><span class="ls0"> </span></div><div class="t m0 x1 h2a yc5a ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h2a y142e ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yfaf ff1 fs6 fc2 sc0 ls0 ws0">B<span class="_ _3"></span>e<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _b"></span> </div><div class="t m0 x10 h3 y103c ff2 fs0 fc2 sc0 ls0 ws0">Bir hata nesnesi gönd<span class="_ _0"></span>ermediği belirtilen bir işle<span class="_ _0"></span>v içinden <span class="_ _0"></span><span class="ff9">throw <span class="ff1">ifadesiyle bir h<span class="_ _0"></span>ata nesnesi gönd<span class="_ _0"></span>erilmesi, ya da </span></span></div><div class="t m0 x10 h3 y781 ff2 fs0 fc2 sc0 ls0 ws0">belirli türden bir hat<span class="_ _0"></span>a nesnesi gönderdiği belirtilen b<span class="_ _0"></span>ir işlevin başka tü<span class="_ _0"></span>rden bir hata nesnesi gönderm<span class="_ _0"></span>esi </div><div class="t m0 x10 h3 y1264 ff2 fs0 fc2 sc0 ls0 ws0">derleme zamanında ko<span class="_ _0"></span>ntrol edilmez . Bu d<span class="_ _0"></span>urummda derleme zaman<span class="_ _0"></span>ında bir hata <span class="_ _0"></span>oluşmaz. Bu kon<span class="_ _0"></span>trol </div><div class="t m0 x10 h3 ya2e ff2 fs0 fc2 sc0 ls0 ws0">programın çalışma zamanın<span class="_ _0"></span>da yapılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y671 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlevin bildiriminde <span class="ff9">th<span class="_ _0"></span>row </span>anah<span class="_ _0"></span>tar sözcüğü kullanılmışsa, y<span class="_ _0"></span>ani gönderebileceği hata nesnesi y<span class="_ _0"></span>a da </div><div class="t m0 x10 h3 y1eb ff2 fs0 fc2 sc0 ls0 ws0">nesnelerinin türleri hakkın<span class="_ _0"></span>da bilgi verilmişse o işle<span class="_ _0"></span>vin b<span class="_ _0"></span><span class="ff1">elirtilmeyen bir türden h<span class="_ _0"></span>ata nesnesi göndermesi </span></div><div class="t m0 x10 h3 y1ec ff1 fs0 fc2 sc0 ls0 ws0">durumuna &quot;beklenmeyen hat<span class="_ _0"></span>a&quot; (<span class="ff9">u<span class="_ _0"></span>nexpected e<span class="_ _0"></span>xception</span>) d<span class="_ _0"></span>enir. </div><div class="t m0 x10 h3 y314 ff2 fs0 fc2 sc0 ls0 ws0">Bir işlevin içinde beklen<span class="_ _0"></span>meyen bir hata <span class="_ _0"></span>durumu oluştuğunda, yan<span class="_ _0"></span>i işlev bildiriminde belirtilmeyen bir türd<span class="_ _0"></span>en </div><div class="t m0 x10 h3 y142f ff2 fs0 fc2 sc0 ls0 ws0">hata nesnesi gönderildiğind<span class="_ _0"></span>e, <span class="_ _0"></span><span class="ff9">unexpected </span>isimli standart b<span class="_ _0"></span>ir işlev çağrılır. <span class="ff9">un<span class="_ _0"></span>expected <span class="_ _0"></span></span>işlevinin önceden </div><div class="t m0 x10 h3 y22e ff2 fs0 fc2 sc0 ls0 ws0">belirlenmiş davranışı standart <span class="_ _0"></span><span class="ff9">te<span class="_ _0"></span>rminate </span>işlevini çağırmaktır.<span class="_ _0"></span> <span class="ff9">termina<span class="_ _0"></span>te </span>işlevinin de önceden<span class="_ _0"></span> belirlenmiş </div><div class="t m0 x10 h3 y1362 ff2 fs0 fc2 sc0 ls0 ws0">davranışının, <span class="ff9">abo<span class="_ _0"></span>rt </span>işlevini çağırmak olduğu d<span class="_ _0"></span>aha önce açıklanmıştı.<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf18d" class="pf w0 h0" data-page-no="18d"><div class="pc pc18d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">397</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Nasıl <span class="ff9">terminate </span>işlevinin ö<span class="_ _0"></span>nceden belirlenmiş davranı<span class="_ _0"></span>şını değiştirmeye yönelik <span class="_ _0"></span><span class="ff9">set<span class="_ _0"></span>_terminate() <span class="_ _0"></span></span>işlevi var </div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">ise, <span class="ff9">unexpected <span class="_ _0"></span><span class="ff2">işlevinin de önceden belirl<span class="_ _0"></span>enmiş davranışını değiştirebilm<span class="_ _0"></span>ek için <span class="_ _0"></span></span>set_unexpe<span class="_ _0"></span>cted <span class="ff2">işlevi </span></span></div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmıştır:<span class="ff1"> </span></div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">Bu işlev <span class="ff9">&lt;exception&gt; <span class="_ _0"></span></span>başlık dosyası içinde aşa<span class="_ _0"></span>ğıdaki gibi bildi<span class="_ _0"></span>rilmiştir:<span class="ff1"> </span></div><div class="t m0 x1 h3 y1430 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y738 ff8 fs0 fc2 sc0 ls13 ws0">typedef void(*terminate_handler)();<span class="ls0"> </span></div><div class="t m0 x10 h11 y11c4 ff8 fs0 fc2 sc0 ls13 ws0">terminate_handler set_unexpected(terminate_handler fp) throw(); </div><div class="t m0 x10 h11 ya48 ff8 fs0 fc2 sc0 ls13 ws0">void unexpected()<span class="ls0"> </span></div><div class="t m0 x1 h1a y129c ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y64d ff9 fs0 fc2 sc0 ls0 ws0">set_unexpected<span class="_ _0"></span> <span class="ff2">işlevinin bildiriminden aşağıdak<span class="_ _0"></span>i bilgiler çıkarılab<span class="_ _0"></span>ilir:<span class="ff1"> </span></span></div><div class="t m0 x1 hd y384 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y128d ff9 fs0 fc2 sc0 ls0 ws0">terminate_handler <span class="_ _0"></span><span class="ff2">parametre değişkeni ol<span class="_ _0"></span>mayan, geri dönü<span class="_ _0"></span>ş değeri üretmeyen bir işlevi g<span class="_ _0"></span>österen gösterici </span></div><div class="t m0 x10 h3 y1431 ff1 fs0 fc2 sc0 ls0 ws0">türünün yeni tür <span class="_ _0"></span>ismidir. </div><div class="t m0 x10 h3 y474 ff9 fs0 fc2 sc0 ls0 ws0">set_unexpected<span class="_ _0"></span> <span class="ff2">işlevi </span>terminate_handler <span class="_ _0"></span><span class="ff2">türünd<span class="_ _0"></span>en bir geri dönüş değerine ve<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y1432 ff9 fs0 fc2 sc0 ls0 ws0">terminate_handler <span class="_ _0"></span><span class="ff2">türünden bir parametre deği<span class="_ _0"></span>şkenine sahiptir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y1433 ff9 fs0 fc2 sc0 ls0 ws0">set_unexpected<span class="_ _0"></span> <span class="ff2">işlevinin geri dönüş değeri, geri dönü<span class="_ _0"></span>ş değeri üretmeyen <span class="_ _0"></span>ve parametre değişkeni olmay<span class="_ _0"></span>an </span></div><div class="t m0 x10 h3 yf62 ff2 fs0 fc2 sc0 ls0 ws0">bir işlev türünden a<span class="_ _0"></span>drestir. <span class="ff9">set_une<span class="_ _0"></span>xpected <span class="_ _0"></span></span>işlevinin parametre değişkeni geri dönüş de<span class="_ _0"></span>ğeri üretmeyen ve </div><div class="t m0 x10 h3 yc05 ff2 fs0 fc2 sc0 ls0 ws0">parametre değişkeni olmay<span class="_ _0"></span>an bir işlevi gösteren gö<span class="_ _0"></span>stericidir. Bu du<span class="_ _0"></span>r<span class="_ _0"></span><span class="ff1">umda <span class="ff9">set_unexpec<span class="_ _0"></span>ted </span></span>işlevine böyle bir </div><div class="t m0 x10 h3 yc06 ff2 fs0 fc2 sc0 ls0 ws0">işlevin adresi geçilmelidir. İş<span class="_ _0"></span>lev isimlerinin birer adres olduğ<span class="_ _0"></span>unu hat<span class="_ _0"></span>ırlayın:<span class="ff1"> </span></div><div class="t m0 x1 h3 y10a1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y115f ff8 fs0 fc2 sc0 ls13 ws0">void func();<span class="ls0"> </span></div><div class="t m0 x10 h11 y9d8 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x10 h11 y9d9 ff8 fs0 fc2 sc0 ls13 ws0">set_unexpected(func);<span class="ls0"> </span></div><div class="t m0 x1 h15 yfc7 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6ea ff9 fs0 fc2 sc0 ls0 ws0">set_unexpected<span class="_ _0"></span> <span class="ff2">işlevine adresi gönderilen işle<span class="_ _0"></span>v aşağıda tanımlanan işlevlerden b<span class="_ _0"></span>irini <span class="_ _0"></span>yapmalıdır:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y86d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y682 ff9 fs0 fc2 sc0 ls0 ws0">terminate <span class="ff2">işlevini çağırarak <span class="_ _0"></span>programı sonlandırmak (zat<span class="_ _0"></span>en bu önceden b<span class="_ _0"></span>elirlenmiş (default) </span></div><div class="t m0 x10 h3 y134c ff2 fs0 fc2 sc0 ls0 ws0">davranıştır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y45 ff9 fs0 fc2 sc0 ls0 ws0">abort <span class="ff2">işlevini çağırmak.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y1229 ff9 fs0 fc2 sc0 ls0 ws0">exit <span class="ff2">işlevini çağırmak.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 yd78 ff1 fs0 fc2 sc0 ls0 ws0">Bir hata nesnesi gönd<span class="_ _0"></span>ermek </div><div class="t m0 x1 hd yca9 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycec ff2 fs0 fc2 sc0 ls0 ws0">Bir <span class="_ _f"></span>işlevin <span class="_ _f"> </span>ta<span class="_ _0"></span>nımı <span class="_ _f"></span>içinde <span class="_ _f"> </span>h<span class="_ _0"></span>ata <span class="_ _f"> </span>belirleme<span class="_ _0"></span>siyle <span class="_ _f"></span>bildirilen <span class="_ _11"> </span>sınıf<span class="_ _0"></span>ların<span class="_ _0"></span> <span class="_ _f"></span>dışında <span class="_ _f"></span>bir <span class="_ _11"> </span>hata <span class="_ _f"> </span>n<span class="_ _0"></span>esnesi <span class="_ _f"></span>gönderildiğind<span class="_ _0"></span>e, </div><div class="t m0 x10 h3 ya34 ff2 fs0 fc2 sc0 ls0 ws0">ilgili <span class="_ _f"></span>işlev <span class="_ _11"> </span>bu <span class="_ _11"> </span>hatay<span class="_ _0"></span>ı <span class="_ _f"></span>kendi <span class="_ _11"> </span>içinde <span class="_ _f"> </span>ele <span class="_ _11"> </span>alabilir. <span class="_ _11"> </span>Bu <span class="_ _11"> </span>durumda  <span class="ff9">unexpected <span class="_ _f"> </span></span>işlevi <span class="_ _f"> </span>çağ<span class="_ _0"></span>rılmaz. <span class="_ _11"> </span>Aşağıdaki <span class="_ _11"> </span>örneği<span class="_ _0"></span> </div><div class="t m0 x10 h3 y1434 ff1 fs0 fc2 sc0 ls0 ws0">inceleyin: </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf18e" class="pf w0 h0" data-page-no="18e"><div class="pc pc18e w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">398</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y1b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y154 ff8 fs0 fc2 sc0 ls13 ws0">void func(int val) throw(Exception)<span class="ls0"> </span></div><div class="t m0 x10 h11 y632 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y88f ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x17 h11 y533 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x17 h11 y1435 ff8 fs0 fc2 sc0 ls13 ws0">throw string(&quot;Hata!&quot;);<span class="ls0"> </span></div><div class="t m0 x2 h11 y891 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 yf81 ff8 fs0 fc2 sc0 ls13 ws0">catch (string){<span class="ls0"> </span></div><div class="t m0 x17 h11 y7c ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x2 h11 y19c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y19d ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y8f9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a yc88 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7c5 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">func </span>işlevinin <span class="_ _0"></span><span class="ff9">Exception </span>sınıfı türün<span class="_ _0"></span>den bir hata nesnesi gönderilebileceği bildiriliy<span class="_ _0"></span>or. </div><div class="t m0 x10 h3 yaee ff2 fs0 fc2 sc0 ls0 ws0">Ancak işlev içinde, standart <span class="_ _0"></span><span class="ff9">string </span>sınıfı türü<span class="_ _0"></span>nden bir hata <span class="_ _0"></span>nesnesi gönderiliyor. Gönderilen h<span class="_ _0"></span>ata nesnesinin, </div><div class="t m0 x10 h3 y10c4 ff2 fs0 fc2 sc0 ls0 ws0">işlev içi<span class="ff1">nde yer alan <span class="ff9">ca<span class="_ _0"></span>tch </span></span>bloğu<span class="_ _0"></span> tarafından yak<span class="_ _0"></span>alandığını görüyorsunuz. Bu<span class="_ _0"></span> durumda <span class="_ _0"></span><span class="ff9">unexpected <span class="_ _0"></span></span>işlevi </div><div class="t m0 x10 h3 y10c5 ff2 fs0 fc2 sc0 ls0 ws0">çağrılmaz.<span class="ff1"> </span></div><div class="t m0 x10 h3 y6b2 ff2 fs0 fc2 sc0 ls0 ws0">Hata belirlemelerine ilişkin<span class="_ _0"></span> kontrol derleme zamanın<span class="_ _0"></span>da değil, programın <span class="_ _0"></span>çalışma zamanında y<span class="_ _0"></span>apılır. </div><div class="t m0 x10 h3 y6e7 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki <span class="ff1">kodu<span class="_ _9"></span> <span class="_ _6"></span>in<span class="_ _0"></span>celeyin: </span></div><div class="t m0 x10 h11 y1342 ff8 fs0 fc2 sc0 ls13 ws0">void func(double)throw(string, <span class="ls0">Exc<span class="_ _9"></span>ept<span class="_ _9"></span>ion<span class="_ _6"></span>); </span></div><div class="t m0 x10 h11 y1436 ff8 fs0 fc2 sc0 ls13 ws0">void process (int val) throw<span class="ls0"> <span class="_ _6"></span><span class="ls13">(string)<span class="ls0"> </span></span></span></div><div class="t m0 x10 h11 yd8f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yd76 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x2 h11 yfcf ff8 fs0 fc2 sc0 ls13 ws0">func(7.5);<span class="ls0"> </span></div><div class="t m0 x2 h11 y5ba ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y576 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 yb96 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda <span class="ff9">func <span class="_ _0"></span></span>isimli işlevin bildiriminde, işlevin <span class="_ _0"></span><span class="ff9">string <span class="ff1">ya <span class="_ _0"></span>da </span>Exceptio<span class="_ _0"></span>n </span>sınıfı türünden b<span class="_ _0"></span>ir hata nesnesi </div><div class="t m0 x10 h3 yddf ff2 fs0 fc2 sc0 ls0 ws0">gönderebileceği bildiriliyo<span class="_ _0"></span>r. Aşağıda tanımlanan<span class="_ _0"></span> <span class="ff9">proc<span class="_ _0"></span>ess </span>işlevinin tanımında ise, <span class="_ _0"></span><span class="ff9">string </span>sınıfı türü<span class="_ _0"></span>nden bir hata </div><div class="t m0 x10 h3 y8ae ff2 fs0 fc2 sc0 ls0 ws0">nesnesi gönderilebileceği bildi<span class="_ _0"></span>riliyor. Oysa <span class="_ _0"></span><span class="ff9">process </span>işlevi için<span class="_ _0"></span>de, <span class="ff9">Excep<span class="_ _0"></span>tion </span>sınıfı türünden bir h<span class="_ _0"></span>ata nesnesi </div><div class="t m0 x10 h3 y1437 ff2 fs0 fc2 sc0 ls0 ws0">gönderme olasılığı bulunan<span class="_ _0"></span> <span class="ff9">func <span class="_ _0"></span></span>işlevi çağrılıyor. Bu durumda d<span class="_ _0"></span>erleme zamanında bir hat<span class="_ _0"></span>a<span class="ff1"> </span>oluşmaz. Ancak<span class="_ _0"></span> </div><div class="t m0 x10 h3 y92 ff2 fs0 fc2 sc0 ls0 ws0">programın çalışma zamanı sı<span class="_ _0"></span>rasında <span class="_ _0"></span><span class="ff9">process </span>işlevinin kodu<span class="_ _0"></span> çalıştığında, <span class="ff9">func<span class="_ _0"></span> </span>işlevi çağrıldığınd<span class="_ _0"></span>a gerçekten </div><div class="t m0 x10 h3 ya98 ff9 fs0 fc2 sc0 ls0 ws0">Exception <span class="_ _0"></span><span class="ff2">sınıfı türünden bir hata nesnesi gönderilir<span class="_ _0"></span>se, bu durumda <span class="_ _0"></span></span>u<span class="_ _0"></span>nexpected <span class="ff2">işlevi çağrılır.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 ye5e ff2 fs0 fc2 sc0 ls0 ws0">Bu durumun sağlan<span class="_ _0"></span>ması için <span class="ff9">proce<span class="_ _0"></span>ss <span class="ff1">i</span></span>şlevin tanımının aşağıd<span class="_ _0"></span>aki gibi yap<span class="_ _0"></span>ıldığını düşünebelirsiniz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b y631 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yc9e ff8 fs0 fc2 sc0 ls13 ws0">void process (int val) throw (string)<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf18f" class="pf w0 h0" data-page-no="18f"><div class="pc pc18f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">399</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1b3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y2a6 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x17 h11 y1f3 ffc fs0 fc2 sc0 ls13 ws0">//işlevin kodu<span class="ff8 ls0"> </span></div><div class="t m0 x2 h11 y74b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y74c ff8 fs0 fc2 sc0 ls13 ws0">catch (string &amp;) { </div><div class="t m0 x17 h11 y550 ff8 fs0 fc2 sc0 ls13 ws0">throw;<span class="ls0"> </span></div><div class="t m0 x2 h11 y74d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y254 ff8 fs0 fc2 sc0 ls13 ws0">catch (...) { </div><div class="t m0 x17 h11 yf3f ff8 fs0 fc2 sc0 ls13 ws0">unexpected();<span class="ls0"> </span></div><div class="t m0 x2 h11 y235 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 yb4c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2a yc97 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y259 ff1 fs0 fc2 sc0 ls0 ws0">Bu durumda<span class="_ _0"></span> </div><div class="t m0 x1 h3 y1395 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y42a ff8 fs0 fc2 sc0 ls13 ws0">void foo(void) throw()<span class="ls0"> </span></div><div class="t m0 x10 h11 y7ac ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y6cc ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y296 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h13 y297 ff8 fs7 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye0e ff2 fs0 fc2 sc0 ls0 ws0">gibi bir işlev tanımının da <span class="_ _0"></span>gerçekte derleyici tarafından<span class="_ _0"></span> aşağıdaki gibi ele alınd<span class="_ _0"></span>ığı düşünülebilir, d<span class="_ _0"></span>eğil </div><div class="t m0 x10 h3 y6b4 ff1 fs0 fc2 sc0 ls0 ws0">mi? </div><div class="t m0 x1 h1b yfff ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yb75 ff8 fs0 fc2 sc0 ls13 ws0">void foo(void) throw()<span class="ls0"> </span></div><div class="t m0 x10 h11 yadf ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y3c4 ff8 fs0 fc2 sc0 ls13 ws0">try<span class="ls0"> { </span></div><div class="t m0 x2 h11 yb95 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x2 h11 yf52 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 yf1d ff8 fs0 fc2 sc0 ls13 ws0">catch(...) {<span class="ls0"> </span></div><div class="t m0 x17 h11 y548 ff8 fs0 fc2 sc0 ls13 ws0">std::unexpected();<span class="ls0"> </span></div><div class="t m0 x2 h11 ya05 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 yd86 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y485 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y1328 ff8 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf190" class="pf w0 h0" data-page-no="190"><div class="pc pc190 w0 h0"><img class="bi xb y1438 w6 hf7" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">400</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">b<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>_<span class="_ _3"></span>e<span class="_ _3"></span>x<span class="_ _3"></span>c<span class="_ _3"></span>e<span class="_ _3"></span>p<span class="_ _3"></span>t<span class="_ _3"></span>i<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _b"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>ü<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _11"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Bir işlevin bildiriminde yer ala<span class="_ _0"></span>n hata <span class="_ _0"></span>belirlemesinde standart <span class="_ _0"></span><span class="ff9">bad_exc<span class="_ _0"></span>eption </span>sınıfı kullan<span class="_ _0"></span>ılabilir. Bunun </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">anlamı şudur: Eğer söz kon<span class="_ _0"></span>usu işlev, hata <span class="_ _0"></span>belirlemesinde belirtilen sınıfların dışın<span class="_ _0"></span>da bir türden h<span class="_ _0"></span>ata nesnesi </div><div class="t m0 x10 h3 y821 ff1 fs0 fc2 sc0 ls0 ws0">gönderirse, yani b<span class="_ _0"></span>eklenmeyen hata n<span class="_ _0"></span>esne<span class="ff2">si durumu oluşurs<span class="_ _0"></span>a bu durumda <span class="_ _0"></span><span class="ff9">unexpec<span class="_ _0"></span>ted </span>işlevi çağrılmaz. </span></div><div class="t m0 x10 h3 ycda ff9 fs0 fc2 sc0 ls0 ws0">bad_exception<span class="_ _0"></span> <span class="ff2">sınıfı türünden bir hat<span class="_ _0"></span>a nesnesi gönderilir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd y1439 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yb9a ff1 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _6"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">İ<span class="_ _3"></span><span class="ff1 ls4a">le<span class="ls0"> <span class="_ _7"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff2 ls4a">iş<span class="_ _0"></span></span> <span class="_ _6"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">A<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _0"></span>n<span class="_ _b"></span>d<span class="_ _3"></span>a<span class="_ _3"></span>k<span class="_ _3"></span>i<span class="_ _3"></span><span class="ff1"> <span class="_ _6"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _6"></span>B<span class="_ _0"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _6"></span>U<span class="_ _3"></span>y<span class="_ _3"></span>u<span class="_ _3"></span>m<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _b"></span> </span></span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 yb4b ff2 fs0 fc2 sc0 ls0 ws0">C++ dilinin kurallarına göre tü<span class="_ _0"></span>remiş sınıfın hat<span class="_ _0"></span>a belirlemeleriyle taban<span class="_ _3"></span><span class="ff1"> </span>sınıfın hata belirlemeleri arasında bir </div><div class="t m0 x10 h3 y7b ff2 fs0 fc2 sc0 ls0 ws0">uyum olmak zorun<span class="_ _0"></span>dadır. Taban sınıfın sanal işle<span class="_ _0"></span>vini ezen, bir türemiş sınıf işlevi, ta<span class="_ _0"></span>ban sınıfın gönd<span class="_ _0"></span>erdiği </div><div class="t m0 x10 h3 y7c ff2 fs0 fc2 sc0 ls0 ws0">hata nesneleri türlerinin d<span class="_ _0"></span>ışında bir h<span class="_ _0"></span>ata göndermemelidir. Aşağıdaki <span class="_ _0"></span>örne<span class="_ _9"></span>ği<span class="ff1"> <span class="_ _9"></span>inceleyin: </span></div><div class="t m0 x10 h11 y143a ff8 fs0 fc2 sc0 ls13 ws0">class Exception{};<span class="ls0"> </span></div><div class="t m0 x1 h11 yd11 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y53b ff8 fs0 fc2 sc0 ls13 ws0">class MathException:public Exception {}; </div><div class="t m0 x10 h11 y90d ff8 fs0 fc2 sc0 ls13 ws0">class SpecialException {};<span class="ls0"> </span></div><div class="t m0 x10 h11 ydc4 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x10 h11 y182 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y6cc ff8 fs0 fc2 sc0 ls13 ws0">virtual void func1() throw (Exception); </div><div class="t m0 x2 h11 y143b ff8 fs0 fc2 sc0 ls13 ws0">virtual void func2() throw (Exception); </div><div class="t m0 x2 h11 y104e ff8 fs0 fc2 sc0 ls13 ws0">virtual void func3() throw (MathException); </div><div class="t m0 x2 h11 y72c ff8 fs0 fc2 sc0 ls13 ws0">virtual void func4() throw (MathException); </div><div class="t m0 x2 h11 y6cf ff8 fs0 fc2 sc0 ls13 ws0">virtual void func5() throw (Exception); </div><div class="t m0 x2 h11 yab2 ff8 fs0 fc2 sc0 ls13 ws0">virtual void func6() throw ();<span class="ls0"> </span></div><div class="t m0 x10 h11 y35d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y5e1 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y10 ff8 fs0 fc2 sc0 ls13 ws0">class Der: public Base {<span class="ls0"> </span></div><div class="t m0 x2 h11 y574 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func1()<span class="ls0"> </span>throw(MathException);<span class="ls0"> <span class="_ _86"> </span></span>//Geçerli<span class="ls0"> </span></div><div class="t m0 x2 h11 y1cd ff8 fs0 fc2 sc0 ls13 ws0">// void<span class="ls0"> </span>func2()<span class="ls0"> </span>throw(SpecialException);<span class="ls0"> <span class="_ _87"> </span>Geç<span class="_ _9"></span>ers<span class="_ _6"></span>iz! </span></div><div class="t m0 x2 h11 y670 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>func3()<span class="ls0"> </span>throw(MathException);<span class="ls0"> <span class="_ _86"> </span>//G<span class="_ _9"></span>eçe<span class="_ _6"></span>rli </span></div><div class="t m0 x2 h11 y86e ff8 fs0 fc2 sc0 ls13 ws0">//void<span class="ls0"> </span>func4()<span class="ls0"> </span>throw(Exception);<span class="ls0"> <span class="_ _88"> </span></span>Geçersiz!<span class="ls0"> </span></div><div class="t m0 x2 h11 y848 ff8 fs0 fc2 sc0 ls13 ws0">//void func5() throw(Exception,<span class="ls0"> </span>SpecialException<span class="ls0"> </span>);<span class="ls0">  Geçe<span class="_ _9"></span>rs<span class="_ _9"></span>iz!<span class="_ _9"></span> </span></div><div class="t m0 x2 h11 yec5 ff8 fs0 fc2 sc0 ls13 ws0">virtual void func6();<span class="ls0"> <span class="_ _9"></span><span class="ls13">//Geçersiz!<span class="ls0"> </span></span></span></div><div class="t m0 x10 h11 y20b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h15 yd5d ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y110f ff9 fs0 fc2 sc0 ls0 ws0">Der <span class="ff2">sınıfı </span>Base <span class="ff2">sınıfından<span class="_ _0"></span> türetiliyor. <span class="_ _0"></span></span>Der <span class="ff2">sınıfının, </span>Base <span class="ff2">sınıfı<span class="_ _0"></span>nın sanal işlevlerini ezen işle<span class="_ _0"></span>vlerinin hata </span></div><div class="t m0 x10 h3 y11ea ff1 fs0 fc2 sc0 ls0 ws0">belirlemelerinde, <span class="ff9">Base <span class="ff2">s<span class="_ _0"></span>ınıfının göndermediği bir h<span class="_ _0"></span>ata türü ku<span class="_ _0"></span>llanılamaz. <span class="_ _0"></span></span>Der <span class="ff2">sınıfının </span>func<span class="_ _0"></span>2</span><span class="ls17">, </span><span class="ff9">func4 </span>ve <span class="ff9">func5 </span></div><div class="t m0 x10 h3 y71c ff2 fs0 fc2 sc0 ls0 ws0">işlevlerinin bildirimi geçersizdi<span class="_ _0"></span>r.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf191" class="pf w0 h0" data-page-no="191"><div class="pc pc191 w0 h0"><img class="bi xb y143c w6 hf8" alt="" 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class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">401</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span>G<span class="_ _3"></span>ö<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _b"></span>c<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _b"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _f"></span> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Bir işlev göstericisinin t<span class="_ _0"></span>anımında, göstericinin gösterec<span class="_ _0"></span>eği işlevin hata <span class="_ _0"></span><span class="ff1">belirlemeleri de be<span class="_ _0"></span>lirtilebilir:<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y68b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1b7 ff8 fs0 fc2 sc0 ls13 ws0">void (*fp)()throw (Myclass);<span class="ls0"> </span></div><div class="t m0 x1 h15 y4d6 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y143d ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki bildirimden şu an<span class="_ _0"></span>laşılır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yeaf ff9 fs0 fc2 sc0 ls0 ws0">fp <span class="ff2">geri dönüş değeri üretm<span class="_ _0"></span>eyen, parametre deği<span class="_ _0"></span>şkeni olmayan<span class="_ _0"></span> ve </span>Myc<span class="_ _0"></span>lass <span class="ff2">sınıfı türünden<span class="_ _0"></span> bir hata n<span class="_ _0"></span>esnesi </span></div><div class="t m0 x10 h3 y143e ff2 fs0 fc2 sc0 ls0 ws0">gönderme olasılığı olan bir iş<span class="_ _0"></span>levi gösterecektir. <span class="_ _0"></span>Böyle bir işl<span class="_ _0"></span>ev gösterici değişkeni, parame<span class="_ _0"></span>trik yapısı aynı ama,<span class="_ _0"></span> </div><div class="t m0 x10 h3 ye63 ff2 fs0 fc2 sc0 ls0 ws0">başka sınıf türünden h<span class="_ _0"></span>ata nesnesi gönderme ola<span class="_ _0"></span>sılığı olan bir işlevi, gösteremez<span class="_ _0"></span>:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y9e3 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y13a ff8 fs0 fc2 sc0 ls13 ws0">void func() throw (Exception);<span class="ls0"> </span></div><div class="t m0 x10 h11 y727 ff8 fs0 fc2 sc0 ls13 ws0">void (*fp) ()throw (Myclass)<span class="ls0"> = <span class="_ _9"></span><span class="ls13">&amp;func;<span class="ls0"> <span class="_ _28"> </span></span>//Geçersiz!<span class="ls0"> </span></span></span></div><div class="t m0 x1 h15 yffd ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ydb0 ff1 fs6 fc2 sc0 ls0 ws0">H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>K<span class="_ _3"></span>o<span class="_ _3"></span>d<span class="_ _3"></span>u<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>e<span class="_ _b"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _b"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _f"></span> </div><div class="t m0 x10 h3 ye7 ff2 fs0 fc2 sc0 ls0 ws0">Hata nesnesini yakalayan<span class="_ _0"></span> ve işleyen bir kod<span class="_ _0"></span> yakalamış olduğu hat<span class="_ _0"></span>a nesnesini yeniden gönd<span class="_ _0"></span>erebilir. Yeniden </div><div class="t m0 x10 h3 y3a3 ff2 fs0 fc2 sc0 ls0 ws0">gönderilen hata nesne<span class="_ _0"></span>si daha yukarı b<span class="_ _0"></span>ir seviyede kapsayan bir <span class="_ _0"></span><span class="ff9">try </span>bloğu<span class="_ _0"></span> tarafından tutu<span class="_ _0"></span>lmaya çalışılır. Böylece </div><div class="t m0 x10 h3 y371 ff1 fs0 fc2 sc0 ls0 ws0">hata yakala<span class="_ _0"></span>yan bir <span class="ff9">catch <span class="_ _0"></span><span class="ff2">bloğu yakaladığı bir hat<span class="_ _0"></span>ayı kısmen ele alabilir. Yapması ger<span class="_ _0"></span>ekenleri yaparak, d<span class="_ _0"></span>aha </span></span></div><div class="t m0 x10 h3 y3f2 ff2 fs0 fc2 sc0 ls0 ws0">sonra hatanın d<span class="_ _0"></span>aha yukarı seviyedeki <span class="_ _0"></span><span class="ff9">catch <span class="_ _0"></span></span>blokları tarafından yakala<span class="_ _0"></span>nabilmesini sağlamak için,<span class="_ _0"></span> hata nesnesini </div><div class="t m0 x10 h3 y994 ff1 fs0 fc2 sc0 ls0 ws0">yeniden gönderebilir.<span class="_ _0"></span> </div><div class="t m0 x10 h3 yfcc ff9 fs0 fc2 sc0 ls0 ws0">catch <span class="ff2">b<span class="_ _0"></span>loğunun içinde, </span>throw <span class="_ _0"></span><span class="ff2">anahtar sözcüğü y<span class="_ _0"></span>anında bir ifade olmaksızın, yalın<span class="_ _0"></span> olarak kullanılırsa b<span class="_ _0"></span>u işleme </span></div><div class="t m0 x10 h3 yfcd ff1 fs0 fc2 sc0 ls0 ws0">&quot;hata nesnesinin yenid<span class="_ _0"></span>en gönderilmesi<span class="_ _0"></span><span class="ff9">&quot; (rethrow) </span>denir.<span class="_ _0"></span> </div><div class="t m0 x10 h11 y89 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x2 h11 y95e ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> </span></div><div class="t m0 x10 h11 y143f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 y1193 ff8 fs0 fc2 sc0 ls13 ws0">catch (...) {<span class="ls0"> </span></div><div class="t m0 x2 h11 yca7 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x2 h11 y12fa ff8 fs0 fc2 sc0 ls13 ws0">throw;<span class="ls0"> </span></div><div class="t m0 x10 h11 y3e0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h17 y783 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1440 ff1 fs0 fc2 sc0 ls0 ws0">Yeniden <span class="ff9">throw <span class="ff2">işleminde, h<span class="_ _0"></span>ata nesnesi bir d<span class="_ _0"></span>ıştaki (kapsayan) <span class="_ _0"></span></span>catc<span class="_ _0"></span>h <span class="ff2">bloğuna gönderilir. Bu işlemde g<span class="_ _0"></span>eçici bölge </span></span></div><div class="t m0 x10 h3 y41d ff1 fs0 fc2 sc0 ls0 ws0">silinmez. Yani ilk <span class="ff9">thro<span class="_ _0"></span>w <span class="ff2">işlemindeki ifade geçici b<span class="_ _0"></span>ölgede kalır. Bir başka d<span class="_ _0"></span>eyişle gönderilen ayn<span class="_ _0"></span>ı hata nesnesidir. </span></span></div><div class="t m0 x10 h3 y941 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki kodu inceleyiniz:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y2c4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ye20 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 y1414 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;string&gt;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf192" class="pf w0 h0" data-page-no="192"><div class="pc pc192 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">402</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h12 y43a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y789 ff8 fs0 fc2 sc0 ls13 ws0">enum {SUCCESS, FAILURE};<span class="ls0"> </span></div><div class="t m0 x1 h11 y78a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y4ee ff8 fs0 fc2 sc0 ls13 ws0">class File<span class="ls0"> </span></div><div class="t m0 x1c h11 y4ef ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1c h11 y4f0 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 yf17 ff8 fs0 fc2 sc0 ls13 ws0">File (const char *str) {} </div><div class="t m0 x13 h11 ye2e ff8 fs0 fc2 sc0 ls13 ws0">bool is_valid() const {<span class="ls0"> </span></div><div class="t m0 x4c h11 y1309 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x4c h11 y4a8 ff8 fs0 fc2 sc0 ls13 ws0">return false;<span class="ls0"> </span></div><div class="t m0 x13 h11 ya8e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y56 ff8 fs0 fc2 sc0 ls13 ws0">int open_new_file() const {return FAILURE;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y1441 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h1d y13c ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y386 ff8 fs0 fc2 sc0 ls13 ws0">class Exception {<span class="ls0"> </span></div><div class="t m0 x13 h11 y1e0 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1c h11 y23d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y277 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y63d ff8 fs0 fc2 sc0 ls13 ws0">class FileException: public Exception<span class="ls0"> </span></div><div class="t m0 x1c h11 y713 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1c h11 y463 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ya0f ff8 fs0 fc2 sc0 ls13 ws0">FileException(const char *p) : s(p) {}<span class="ls0"> </span></div><div class="t m0 x13 h11 y1249 ff8 fs0 fc2 sc0 ls13 ws0">const char * get_message()const {return s.c_str();} </div><div class="t m0 x1c h11 yeea ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x13 h11 yae ff8 fs0 fc2 sc0 ls13 ws0">std::string s;<span class="ls0"> </span></div><div class="t m0 x1c h11 y545 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y5e6 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y116a ff8 fs0 fc2 sc0 ls13 ws0">void foo(File &amp;); </div><div class="t m0 x1c h11 y806 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1c h11 y115a ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y1145 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y5d5 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf193" class="pf w0 h0" data-page-no="193"><div class="pc pc193 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">403</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x4c h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">File f <span class="ls0">(&quot;l<span class="_ _9"></span>ett<span class="_ _9"></span>er.tx<span class="_ _9"></span>t&quot;);<span class="_ _9"></span> </span></div><div class="t m0 x4c h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">foo(f);<span class="ls0"> <span class="_ _33"> </span></span>//<span class="ls0"> 1 </span></div><div class="t m0 x13 h11 y7d1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y115b ff8 fs0 fc2 sc0 ls13 ws0">catch (...) {<span class="ls0"> </span></div><div class="t m0 x4c h11 ycca ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;yeniden gonderilen hata nesnesi yakalandi&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y3cd ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y4bf ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yf8c ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 yc53 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y130a ff8 fs0 fc2 sc0 ls13 ws0">void foo(File &amp;r)<span class="ls0"> </span></div><div class="t m0 x1c h11 y2e6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y12ab ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x4c h11 y1140 ff8 fs0 fc2 sc0 ls13 ws0">if (!r.is_valid())<span class="ls0"> </span></div><div class="t m0 x36 h11 y444 ff8 fs0 fc2 sc0 ls13 ws0">throw FileException(&quot;letter.txt&quot;);<span class="ls0"> </span></div><div class="t m0 x13 h11 y104 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 yee5 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y1442 ff8 fs0 fc2 sc0 ls13 ws0">catch(FileException &amp;r_ex) {<span class="ls0"> </span></div><div class="t m0 x4c h11 yc68 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;gecersiz dosya :&quot; &lt;&lt; r_ex.get_message() &lt;&lt; endl; </div><div class="t m0 x4c h11 y6b3 ff8 fs0 fc2 sc0 ls13 ws0">if (r.open_new_file() == FAILURE)<span class="ls0"> </span></div><div class="t m0 x36 h11 y571 ff8 fs0 fc2 sc0 ls13 ws0">throw;<span class="ls0"> </span></div><div class="t m0 x13 h11 y1189 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 y1443 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y72e ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1444 ff9 fs0 fc2 sc0 ls0 ws0">foo <span class="ff2">işlevinde yer alan <span class="_ _0"></span></span>try <span class="ff2">bloğu içind<span class="_ _0"></span>e, </span>is_valid <span class="ff2">işlevi ile dosyan<span class="_ _0"></span>ın geçerliliği sınanıyor. Dosy<span class="_ _0"></span>a geçersiz ise </span></div><div class="t m0 x10 h3 y1445 ff9 fs0 fc2 sc0 ls0 ws0">FileException <span class="_ _0"></span><span class="ff2">sınıfı türünden bir hata <span class="_ _0"></span>nesnesi gönderiliyor. <span class="_ _0"></span></span>try <span class="ff2">bloğun<span class="_ _0"></span>u izleyen </span>catc<span class="_ _0"></span>h <span class="ff2">bloğu ile gönderilen hata </span></div><div class="t m0 x10 h3 y131f ff2 fs0 fc2 sc0 ls0 ws0">nesnesi yakalanıyor. <span class="_ _0"></span>Ekrana bir hata iletisi yazd<span class="_ _0"></span>ırılıyor.<span class="_ _0"></span><span class="ff1"> </span>Daha sonra yeni b<span class="_ _0"></span>ir dosya açılmaya çalışılıyor. Eğer yeni </div><div class="t m0 x10 h3 ye8a ff2 fs0 fc2 sc0 ls0 ws0">dosya açılamamış ise hat<span class="_ _0"></span>a nesnesi yeniden gönderiliyor. <span class="_ _0"></span><span class="ff9">ma<span class="_ _0"></span>in </span>işlevi içinde yapılan<span class="_ _0"></span> <span class="ff9">foo </span>işlevi ça<span class="_ _0"></span>ğrısının bir <span class="ff9">try </span></div><div class="t m0 x10 h3 y1169 ff2 fs0 fc2 sc0 ls0 ws0">bloğu içine alındığını <span class="_ _0"></span><span class="ff1 ls15">bu </span><span class="ff9">try </span>bloğunu ise bir <span class="ff9">catch<span class="_ _0"></span> </span>bloğunun izlediğini<span class="ff1"> <span class="_ _6"></span>görüyorsunu<span class="_ _0"></span>z. </span></div><div class="t m0 x10 h3 y1446 ff1 fs0 fc2 sc0 ls0 ws0">Yeniden gönderilen hat<span class="_ _0"></span>a nesnesi bu kez <span class="_ _0"></span><span class="ff9">catch a<span class="_ _0"></span>ll <span class="ff2">bloğu tarafından y<span class="_ _0"></span>akalanır. Programın ekran<span class="_ _0"></span> çıktısı </span></span></div><div class="t m0 x10 h3 ya85 ff2 fs0 fc2 sc0 ls0 ws0">aşağıdaki gibi olur:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hc y1367 ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y12f ff8 fs0 fc2 sc0 ls13 ws0">gecersiz dosya :letter.txt </div><div class="t m0 x10 h11 y1447 ff8 fs0 fc2 sc0 ls13 ws0">yeni dosya acilamiyor!<span class="ls0"> </span></div><div class="t m0 x10 h11 y1f1 ff8 fs0 fc2 sc0 ls13 ws0">tekrar gonderilen hata nesnesi yakalandi<span class="ls0"> </span></div><div class="t m0 x1 h15 y1328 ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf194" class="pf w0 h0" data-page-no="194"><div class="pc pc194 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">404</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Çoğu durumda h<span class="_ _0"></span>ata nesnesini yakala<span class="_ _0"></span>yarak kısmi olarak işleyen kod<span class="_ _0"></span> parçası, hata nesnesi ü<span class="_ _0"></span>zerinde değişiklik de </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">yapar. Böylece yeniden gön<span class="_ _0"></span>derilen hata n<span class="_ _0"></span>esnesini yakalayan kod p<span class="_ _0"></span>arçası, hatanın kısmen ele alındığından<span class="_ _0"></span> </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">haberdar olur. İşte <span class="_ _0"></span><span class="ff9">catch <span class="_ _0"></span><span class="ff1">parametrelerinin </span></span>bir sınıf türü<span class="_ _0"></span>nden olması yerine bir sınıf türü<span class="_ _0"></span>nden referans olarak </div><div class="t m0 x10 h3 y1f3 ff1 fs0 fc2 sc0 ls0 ws0">seçilmesinin bir nedeni de bu<span class="_ _0"></span>dur. <span class="_ _0"></span><span class="ff9">catch <span class="ff2">par<span class="_ _0"></span>ametresi bir sınıf türünden olursa, h<span class="_ _0"></span>ata nesnesi üzerinde yapılan<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 y1f4 ff2 fs0 fc2 sc0 ls0 ws0">değişiklikler yalnızca yerel bir <span class="_ _0"></span>kopya üzerin<span class="_ _0"></span>de yapılır:<span class="ff1"> </span></div><div class="t m0 x1 h1b ya75 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7a2 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki gibi bir <span class="ff9">ca<span class="_ _0"></span>tch </span>bloğunu ele alalım:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b y678 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y470 ff8 fs0 fc2 sc0 ls13 ws0">catch (Exception e)<span class="ls0"> </span></div><div class="t m0 x10 h11 y4f3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ya09 ffc fs0 fc2 sc0 ls13 ws0">e.set_value(/**/); //catch parametresi üzerinde değişiklik <span class="ls30">yapılıyor... </span></div><div class="t m0 x2 h11 y2e6 ff8 fs0 fc2 sc0 ls13 ws0">throw;<span class="ls0"> <span class="_ _89"> </span></span>//Hata nesnesi yeniden<span class="ls0"> <span class="_ _9"></span><span class="ls13">gönderiliyor.<span class="ls0"> </span></span></span></div><div class="t m0 x10 h11 y13e5 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 yf55 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y36 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">ca<span class="_ _0"></span>tch </span>bloğuyla, gönderilen hata <span class="_ _0"></span>nesnesinin kendisi yakalan<span class="_ _0"></span>maz. Gönderilen hata <span class="_ _0"></span>nesnesi <span class="_ _0"></span><span class="ff9">catch </span></div><div class="t m0 x10 h3 y1352 ff1 fs0 fc2 sc0 ls0 ws0">parametresi olan <span class="ff9 ls1c">e </span><span class="ff2">n<span class="_ _0"></span>esnesine ilkdeğer verir. Dolay<span class="_ _0"></span>ısıyla</span> </div><div class="t m0 x1 h3 y38 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yb15 ff8 fs0 fc2 sc0 ls13 ws0">e.set_value(/**/);<span class="ls0"> </span></div><div class="t m0 x1 h15 yac5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y126d ff2 fs0 fc2 sc0 ls0 ws0">çağrısıyla değiştirilen, asıl hat<span class="_ _0"></span>a nesnesi değil <span class="_ _0"></span><span class="ff9">catch <span class="_ _0"></span><span class="ff1">parametresidir. Yeniden </span>thro<span class="_ _0"></span>w <span class="ff1">deyimiyle gönd<span class="_ _0"></span>erilen </span></span></div><div class="t m0 x10 h3 y260 ff2 fs0 fc2 sc0 ls0 ws0">hata nesnesi üzerinde bir de<span class="_ _0"></span>ğişiklik yapılmamıştır. An<span class="_ _0"></span>cak <span class="ff9">c<span class="_ _0"></span>atch </span>parametresi ref<span class="_ _0"></span>erans olsaydı, du<span class="_ _0"></span>rum </div><div class="t m0 x10 h3 y114f ff2 fs0 fc2 sc0 ls0 ws0">değişirdi:<span class="ff1"> </span></div><div class="t m0 x1 h1b y767 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y263 ff8 fs0 fc2 sc0 ls13 ws0">catch (Exception &amp;r)<span class="ls0"> </span></div><div class="t m0 x10 h11 y47f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y378 ff8 fs0 fc2 sc0 ls13 ws0">r.set_value(/**/);<span class="ls0"> <span class="_ _28"> </span></span><span class="ffc">//hata nesnesi üzerinde değişiklik <span class="ls0">ya<span class="_ _9"></span>pıl<span class="_ _6"></span>ıyor.<span class="_ _9"></span>..<span class="_ _9"></span> </span></span></div><div class="t m0 x2 h11 y11df ff8 fs0 fc2 sc0 ls13 ws0">throw;<span class="ls0"> <span class="_ _8a"> </span></span>//hata nesnesi yeniden<span class="ls0"> <span class="_ _9"></span><span class="ls13">gönderiliyor.<span class="ls0"> </span></span></span></div><div class="t m0 x10 h11 y10a4 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y45 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="ff9">ca<span class="_ _0"></span>tch </span>bloğu hata <span class="_ _0"></span>nesnesinin kendisini yakalar.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 y18e ff8 fs0 fc2 sc0 ls13 ws0">r.set_value(/**/);<span class="ls0"> </span></div><div class="t m0 x1 h15 yfb2 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2c3 ff2 fs0 fc2 sc0 ls0 ws0">çağrısıyla değiştirilen hat<span class="_ _0"></span>a nesnesinin kendisidir. Bu du<span class="_ _0"></span>rumda yenid<span class="_ _0"></span>en gönderilen hata nesn<span class="_ _0"></span>esi, üzerinde </div><div class="t m0 x10 h3 y11f8 ff2 fs0 fc2 sc0 ls0 ws0">değişiklik yapılmış olan hat<span class="_ _0"></span>a nesnesidir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y4d2 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf195" class="pf w0 h0" data-page-no="195"><div class="pc pc195 w0 h0"><img class="bi xb y1448 w6 hf9" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">405</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span></span><span class="ls4a">le</span>r<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _b"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>ö<span class="_ _b"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _f"></span> </div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Kurucu işlevler için geri dönü<span class="_ _0"></span>ş değeri diye bir kavra<span class="_ _0"></span>mın söz konu<span class="_ _0"></span>su olmadığını biliyorsunuz. Ku<span class="_ _0"></span>rucu işlevler </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">içinde oluşan normal dışı du<span class="_ _0"></span>rumların, geri dön<span class="_ _0"></span>üş değeri ile dışarıya iletil<span class="_ _0"></span>mesi mümkün değ<span class="_ _0"></span>ildir. Kurucu işlev </div><div class="t m0 x10 h3 y821 ff1 fs0 fc2 sc0 ls0 ws0">içinde<span class="ff2">n bir hata <span class="_ _0"></span>nesnesi gönderilmesi sık karşılaşılan b<span class="_ _0"></span>ir durumdur.<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 y822 ff2 fs0 fc2 sc0 ls0 ws0">Bir kurucu işlev içinden gön<span class="_ _0"></span>derilen hata nesnesi y<span class="_ _0"></span>akalandığında, k<span class="_ _0"></span>urucu işlevi çağrılmış olan nesne için, y<span class="_ _0"></span>ani </div><div class="t m0 x10 h3 y8f5 ff9 fs0 fc2 sc0 ls0 ws0">*this <span class="ff2">nesnesi için sonlan<span class="_ _0"></span>dırıcı işlev çağrılmaz. Zira n<span class="_ _0"></span>esnenin oluşturulma süre<span class="_ _0"></span>ci <span class="_ _0"></span><span class="ff1">henüz sona ermeden b<span class="_ _0"></span>ir hata </span></span></div><div class="t m0 x10 h3 y215 ff2 fs0 fc2 sc0 ls0 ws0">nesnesi gönderilmiştir. Bir h<span class="_ _0"></span>ata nesnesi yakaland<span class="_ _0"></span>ığında, yalnızca yığında <span class="_ _0"></span>yer alan oluşumu tamamlanmı<span class="_ _0"></span>ş yerel </div><div class="t m0 x10 h3 yb9a ff2 fs0 fc2 sc0 ls0 ws0">nesneler için sonlandırıcı i<span class="_ _0"></span>şlevler çağrılır.<span class="ff1"> </span></div><div class="t m0 x10 h3 yb4b ff1 fs0 fc2 sc0 ls0 ws0">Peki ya içinde <span class="ff9">throw <span class="ff2">iş<span class="_ _0"></span>lemi yapılan ku<span class="_ _0"></span>rucu işlev dinamik bir nesne için ç<span class="_ _0"></span>ağrılmış<span class="_ _0"></span>sa? Bu durumda <span class="_ _0"></span></span>new <span class="ff2">işleci </span></span></div><div class="t m0 x10 h3 y7b ff1 fs0 fc2 sc0 ls0 ws0">ile <span class="ff9">*this <span class="ff2">nesnesi için bellekten<span class="_ _0"></span> ayrılmış dinamik alanın <span class="_ _0"></span></span>free s<span class="_ _0"></span>tore <span class="ff2">alanına geri verilmesi gü<span class="_ _0"></span>vence altına </span></span></div><div class="t m0 x10 h3 y7c ff2 fs0 fc2 sc0 ls0 ws0">alınmıştır.<span class="ff1"> </span></div><div class="t m0 x1 h16 y1340 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yafb ff1 fs6 fc2 sc0 ls0 ws0">B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span><span class="ls4a">ik</span> <span class="_ _6"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _6"></span>Y<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _6"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _6"></span><span class="ff2">E<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span><span class="ff1"> <span class="_ _6"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _6"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _6"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> G<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </span></span></span></span></div><div class="t m0 x10 h3 yf60 ff2 fs0 fc2 sc0 ls0 ws0">Şimdi de bir sınıfın b<span class="_ _0"></span>aşka bir sınıf türün<span class="_ _0"></span>den elemanlara sahip o<span class="_ _0"></span>lduğunu düşünelim. Elemanlard<span class="_ _0"></span>an birinin </div><div class="t m0 x10 h3 yfee ff2 fs0 fc2 sc0 ls0 ws0">kurucu işlevi içinden b<span class="_ _0"></span>ir hata nesnesi gönderildiğind<span class="_ _0"></span>e, ancak oluşumu t<span class="_ _0"></span>amamlanmış eleman<span class="_ _0"></span>lar için </div><div class="t m0 x10 h3 y1449 ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı işlevler çağrılır. D<span class="_ _0"></span>urumu incelemek ve gözle<span class="_ _0"></span>mek için aş<span class="_ _0"></span>ağıdaki kod p<span class="_ _0"></span>arçasını derleyerek çalıştırın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1323 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y144a ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y103a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yddb ff8 fs0 fc2 sc0 ls13 ws0">class Mem1 { </div><div class="t m0 x1c h11 yf19 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ycf7 ff8 fs0 fc2 sc0 ls13 ws0">Mem1() {std::cout &lt;&lt; &quot;Mem1()::Mem1()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x13 h11 y128 ff8 fs0 fc2 sc0 ls13 ws0">~Mem1() {std::cout &lt;&lt; &quot;Mem1()::~Mem1()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y499 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y1088 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y111b ff8 fs0 fc2 sc0 ls13 ws0">class Mem2 { </div><div class="t m0 x1c h11 y144b ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 yd5c ff8 fs0 fc2 sc0 ls13 ws0">Mem2() {std::cout &lt;&lt; &quot;Mem2()::Mem2()&quot; &lt;&lt; std::endl; }<span class="ls0"> </span></div><div class="t m0 x13 h11 yc5e ff8 fs0 fc2 sc0 ls13 ws0">~Mem2() {std::cout &lt;&lt; &quot;Mem2()::~Mem2()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y8e0 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 ye5b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yff4 ff8 fs0 fc2 sc0 ls13 ws0">class Owner { </div><div class="t m0 x13 h11 y940 ff8 fs0 fc2 sc0 ls13 ws0">Mem1 m1; </div><div class="t m0 x13 h11 y100e ff8 fs0 fc2 sc0 ls13 ws0">Mem2 m2;<span class="ls0"> </span></div><div class="t m0 x1c h11 y2f8 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ydab ff8 fs0 fc2 sc0 ls13 ws0">Owner(){std::cout &lt;&lt; &quot;Owner::Owner()&quot; &lt;&lt; std::endl; throw 1;}<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf196" class="pf w0 h0" data-page-no="196"><div class="pc pc196 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">406</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y1b3 ff8 fs0 fc2 sc0 ls13 ws0">~Owner(){std::cout &lt;&lt; &quot;Owner::~Owner()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 yc91 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y118 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y675 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y2c8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y198 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x4c h11 y678 ff8 fs0 fc2 sc0 ls13 ws0">Owner x;<span class="ls0"> </span></div><div class="t m0 x13 h11 y810 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y9a4 ff8 fs0 fc2 sc0 ls13 ws0">catch (int x) {<span class="ls0"> </span></div><div class="t m0 x4c h11 y10ab ffc fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;hata yakalandi!&quot; &lt;&lt; “(“ &lt;&lt; x &lt;&lt; “)&quot; &lt;&lt; std::endl;<span class="ff8 ls0"> </span></div><div class="t m0 x13 h11 ya6a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y144c ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y40c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 yc89 ff9 fs0 fc2 sc0 ls0 ws0">Owner <span class="ff2">sınıfının </span>Mem1 <span class="_ _0"></span><span class="ff2">sınıfı türün<span class="_ _0"></span>den </span>m1, <span class="ff1">ve </span>Mem2 <span class="_ _0"></span><span class="ff2">sınıfı türünden <span class="_ _0"></span></span>m2 <span class="ff1">isimli </span>private <span class="ff1">elem<span class="_ _0"></span>anlara sahip </span></div><div class="t m0 x10 h3 y144d ff2 fs0 fc2 sc0 ls0 ws0">olduğunu görü<span class="_ _0"></span>yorsunuz. Tüm sınıfların kurucu ve <span class="_ _0"></span>sonlandırıcı işlevleri, çağrıldıkla<span class="_ _0"></span>rında ekrana <span class="_ _0"></span>çağrıldıklarını </div><div class="t m0 x10 h3 y1a1 ff2 fs0 fc2 sc0 ls0 ws0">gösteren bir yazı y<span class="_ _0"></span>azdırıyor. <span class="_ _0"></span><span class="ff9">Owner </span>sınıfının kurucu işlevi içinde <span class="_ _0"></span><span class="ff9">int <span class="ff1">türün<span class="_ _0"></span>den bir hata nesnesi gönderiliyor:<span class="_ _0"></span> </span></span></div><div class="t m0 x1 h1b y1238 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y12ad ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 yadb ff8 fs0 fc2 sc0 ls13 ws0">Owner() {cout &lt;&lt; &quot;Owner::Owner()&quot; &lt;&lt; endl; throw 1;}<span class="ls0"> </span></div><div class="t m0 x10 h11 y95d ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 y35d ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb74 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde </span>Owne<span class="_ _0"></span>r <span class="ff2">sınıfı türü<span class="_ _0"></span>nden </span><span class="ls1a">x </span><span class="ff2">isimli bir nesne yar<span class="_ _0"></span>atıldığını, tanımlama deyimin<span class="_ _0"></span>in </span>try <span class="ff2">b<span class="_ _0"></span>loğu içine </span></div><div class="t m0 x10 h3 yb75 ff2 fs0 fc2 sc0 ls0 ws0">alındığını görüyorsun<span class="_ _0"></span>uz. <span class="ff9">try </span>bloğu<span class="_ _0"></span>nu izleyen <span class="ff9">catc<span class="_ _0"></span>h </span>bloğu ile <span class="ff9">int </span>tü<span class="_ _0"></span>rden hata nesnesi yakalan<span class="_ _0"></span>ır.<span class="ff1"> Hata n<span class="_ _0"></span>esnesi </span></div><div class="t m0 x10 h3 y416 ff2 fs0 fc2 sc0 ls0 ws0">yakalandığınd<span class="_ _0"></span>a hangi sınıf nesneleri için sonlandırıcı işl<span class="_ _0"></span>evler çağrılır? <span class="_ _0"></span><span class="ff9">m1 <span class="ff1">ve </span>m2 <span class="_ _0"></span></span>sınıf nesnelerinin oluşturulma </div><div class="t m0 x10 h3 y86c ff2 fs0 fc2 sc0 ls0 ws0">süreci tamamlanmış olduğu<span class="_ _0"></span> için bu n<span class="_ _0"></span>esnelerin sonlandırıcı işlevleri çağrı<span class="_ _0"></span>lır. Ancak <span class="_ _0"></span><span class="ff9">Owner </span>sın<span class="_ _0"></span>ıfının sonlandırıcı </div><div class="t m0 x10 h3 y144e ff2 fs0 fc2 sc0 ls0 ws0">işlevi çağrılma<span class="ff1">z. Çünkü <span class="_ _0"></span><span class="ff9">Owner </span></span>sınıf ne<span class="_ _0"></span>snesinin oluşturulması h<span class="_ _0"></span>enüz tamamlanmamıştır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf44 ff2 fs0 fc2 sc0 ls0 ws0">Programın ekran çıktısı a<span class="_ _0"></span>şağıdaki gibi olur:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y49b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y283 ff8 fs0 fc2 sc0 ls13 ws0">Mem1()::Mem1()<span class="ls0"> </span></div><div class="t m0 x10 h11 yc8e ff8 fs0 fc2 sc0 ls13 ws0">Mem2()::Mem2()<span class="ls0"> </span></div><div class="t m0 x10 h11 y1076 ff8 fs0 fc2 sc0 ls13 ws0">Owner::Owner() </div><div class="t m0 x10 h11 y9fb ff8 fs0 fc2 sc0 ls13 ws0">Mem2()::~Mem2()<span class="ls0"> </span></div><div class="t m0 x10 h11 y128f ff8 fs0 fc2 sc0 ls13 ws0">Mem1()::~Mem1() </div><div class="t m0 x10 h11 y9ee ffc fs0 fc2 sc0 ls13 ws0">hata yakalandı!(1)<span class="ff8 ls0"> </span></div><div class="t m0 x1 h22 y1254 ff8 fs11 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf197" class="pf w0 h0" data-page-no="197"><div class="pc pc197 w0 h0"><img class="bi xb ye37 w6 h86" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">407</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0">Bu kez <span class="ff9">Owner <span class="ff2">sınıfının ku<span class="_ _0"></span>rucu işlevi içinde</span></span> <span class="ff2">d<span class="_ _0"></span>eğil de, <span class="ff9">Mem2 </span>s<span class="_ _0"></span>ınıfının kurucu<span class="_ _0"></span> işlevi içinden bir hata n<span class="_ _0"></span>esnesi </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">gönderildiğini düşüneli<span class="_ _0"></span>m:<span class="ff1"> </span></div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y9b1 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 yc63 ff8 fs0 fc2 sc0 ls13 ws0">Mem2() {cout &lt;&lt; &quot;Mem2()::Mem2()&quot; &lt;&lt; endl; throw 2;}<span class="ls0"> </span></div><div class="t m0 x10 h11 y352 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 y2e ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb3d ff2 fs0 fc2 sc0 ls0 ws0">Gönderilen hata nesnesi yak<span class="_ _0"></span>alandığınd<span class="_ _0"></span>a, yalnızca <span class="_ _0"></span><span class="ff9">Mem1 </span>sınıfının sonlandırıcı işl<span class="_ _0"></span>evi çağrılır. Bu </div><div class="t m0 x10 h3 y959 ff2 fs0 fc2 sc0 ls0 ws0">durumda programın <span class="_ _0"></span>ekran çıktısı aşağıdaki gibi olur:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1104 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y144f ff8 fs0 fc2 sc0 ls13 ws0">Mem1()::Mem1()<span class="ls0"> </span></div><div class="t m0 x10 h11 y64e ff8 fs0 fc2 sc0 ls13 ws0">Mem2()::Mem2()<span class="ls0"> </span></div><div class="t m0 x10 h11 yc3 ff8 fs0 fc2 sc0 ls13 ws0">Mem1()::~Mem1() </div><div class="t m0 x10 h11 y25a ff8 fs0 fc2 sc0 ls13 ws0">hata yakalandi!(2)<span class="ls0"> </span></div><div class="t m0 x1 h1c y5b3 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc4c ff2 fs0 fc2 sc0 ls0 ws0">Türetmede de benzer b<span class="_ _0"></span>ir durum söz konusud<span class="_ _0"></span>ur. Bir türemiş sınıf ne<span class="_ _0"></span>snesinin oluşturulması d<span class="_ _0"></span>urumunda ön<span class="_ _0"></span>ce </div><div class="t m0 x10 h3 y1238 ff2 fs0 fc2 sc0 ls0 ws0">taban sınıf nesnesi oluşturu<span class="_ _0"></span>lur d<span class="_ _0"></span>eğil mi? Türemiş sınıfın ku<span class="_ _0"></span>rucu işlevi taban sınıfın ku<span class="_ _0"></span>rucu işlevini çağrır. Taban<span class="_ _0"></span> </div><div class="t m0 x10 h3 y143b ff2 fs0 fc2 sc0 ls0 ws0">sınıf nesnesinin kuru<span class="_ _0"></span>cu işlevi içinden bir h<span class="_ _0"></span>ata nesnesi gönderildiğinde han<span class="_ _0"></span>gi sınıfların sonlan<span class="_ _0"></span>dırıcı işlevleri </div><div class="t m0 x10 h3 y67d ff2 fs0 fc2 sc0 ls0 ws0">çağrılır?<span class="ff1"> </span></div><div class="t m0 x1 h16 y623 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h16 y2d3 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ya5f ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _b"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>t<span class="_ _3"></span>r<span class="_ _3"></span>y<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>ğ<span class="_ _3"></span>u<span class="_ _f"></span></span> </div><div class="t m0 x10 h3 y72e ff2 fs0 fc2 sc0 ls0 ws0">Bir kurucu işlevin tamamı <span class="_ _0"></span><span class="ff9">try </span>bloğu<span class="_ _0"></span> ile kapsanabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ye10 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1036 ff8 fs0 fc2 sc0 ls13 ws0">Foo::Foo() </div><div class="t m0 x10 h11 y418 ff8 fs0 fc2 sc0 ls13 ws0">try<span class="ls0"> </span></div><div class="t m0 x10 h11 y10e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y2da ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y2db ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 y2dc ff8 fs0 fc2 sc0 ls13 ws0">catch (bad_alloc)<span class="ls0"> </span></div><div class="t m0 x10 h11 ybca ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y965 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y92d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y1450 ff2 fs0 fc2 sc0 ls0 ws0">Kurucu işlevde <span class="ff9">M.I.L. <span class="_ _0"></span></span>sözdizimi kullan<span class="_ _0"></span>ılması durumunda da <span class="_ _0"></span>kurucu işlevi sarmalayan bir<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf198" class="pf w0 h0" data-page-no="198"><div class="pc pc198 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">408</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff9 fs0 fc2 sc0 ls0 ws0">try <span class="ff2">bloğu oluşturulab<span class="_ _0"></span>ilir:<span class="ff1"> </span></span></div><div class="t m0 x1 hd yde6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ybd0 ff8 fs0 fc2 sc0 ls13 ws0">Foo::Foo()<span class="ls0"> </span></div><div class="t m0 x10 h11 y8e5 ff8 fs0 fc2 sc0 ls13 ws0">try : x(a), y(b)<span class="ls0"> </span></div><div class="t m0 x10 h11 y1451 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y116f ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 yf3e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 yf3f ff8 fs0 fc2 sc0 ls13 ws0">catch (bad_alloc)<span class="ls0"> </span></div><div class="t m0 x10 h11 y235 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yb4c ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y792 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y5af ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc88 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki gibi bir <span class="_ _0"></span><span class="ff9">try </span>bloğunda, y<span class="_ _0"></span>alnızca kurucu işlev ana bloğu<span class="_ _0"></span> içinden gönderilecek hat<span class="_ _0"></span>a nesneleri değil, </div><div class="t m0 x10 h3 y607 ff2 fs0 fc2 sc0 ls0 ws0">aynı zamanda <span class="_ _0"></span>elemanların kurucu işlevleri içinden gö<span class="_ _0"></span>nderilen hata <span class="_ _0"></span>nesneleri de yakalanabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yd63 ff2 fs0 fc2 sc0 ls0 ws0">Kurucu işlevi sarmalayan<span class="_ _0"></span> <span class="ff9">try </span>bloğunu<span class="_ _0"></span>n uygulamada b<span class="_ _0"></span>ir önemi daha vardır: Böyle bir kurucu işle<span class="_ _0"></span>v hata </div><div class="t m0 x10 h3 y1452 ff1 fs0 fc2 sc0 ls0 ws0">belirlemesiyle, <span class="ff9">public <span class="_ _0"></span><span class="ff2">arayüzünde belirli bir tür <span class="_ _0"></span>dışında hata nesnesi gönder<span class="_ _0"></span>memeyi güvence altına ala<span class="_ _0"></span>bilir. </span></span></div><div class="t m0 x10 h3 y11b5 ff2 fs0 fc2 sc0 ls0 ws0">Kurucu işlev içinde gönderil<span class="_ _0"></span>en başka tü<span class="_ _0"></span>rden bir hata nesnesi, her türd<span class="_ _0"></span>en hat<span class="_ _0"></span><span class="ff1">a nesnesini yakala<span class="_ _0"></span>yan bir <span class="_ _0"></span><span class="ff9">catch </span></span></div><div class="t m0 x10 h3 y1442 ff2 fs0 fc2 sc0 ls0 ws0">bloğu ile yakalan<span class="_ _0"></span>arak, istenilen türden b<span class="_ _0"></span>ir hata nesnesinin dah<span class="_ _0"></span>a yukarıya gönderilmesi sağlan<span class="_ _0"></span>abilir. </div><div class="t m0 x10 h3 y1411 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 ya80 ff8 fs0 fc2 sc0 ls13 ws0">#include <span class="ls0">&lt;st<span class="_ _9"></span>rin<span class="_ _6"></span>g&gt; </span></div><div class="t m0 x10 h11 yfa5 ff8 fs0 fc2 sc0 ls13 ws0">class<span class="ls0"> </span>Ex{<span class="ls0"> </span></div><div class="t m0 x12 h11 y1453 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 yfa6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y780 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1354 ff8 fs0 fc2 sc0 ls13 ws0">class Foo{<span class="ls0"> </span></div><div class="t m0 x12 h11 yda1 ff8 fs0 fc2 sc0 ls13 ws0">std::string s; </div><div class="t m0 x10 h11 yb26 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y1454 ff8 fs0 fc2 sc0 ls13 ws0">Foo(const char *) throw<span class="ls0"> </span>(Ex);<span class="ls0"> </span></div><div class="t m0 x10 h11 yb55 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y2dc ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y613 ff8 fs0 fc2 sc0 ls13 ws0">Foo::Foo(const char *str) throw(Ex) </div><div class="t m0 x10 h11 y1455 ff8 fs0 fc2 sc0 ls13 ws0">try: s(str)<span class="ls0"> </span></div><div class="t m0 x10 h11 y81f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y1456 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf199" class="pf w0 h0" data-page-no="199"><div class="pc pc199 w0 h0"><img class="bi xb y1457 w6 hfa" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">409</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 y11fe ff8 fs0 fc2 sc0 ls13 ws0">catch(...)<span class="ls0"> </span></div><div class="t m0 x10 h11 y97c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ydf9 ff8 fs0 fc2 sc0 ls13 ws0">throw Ex();<span class="ls0"> </span></div><div class="t m0 x10 h11 ydfa ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y68e ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1429 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Foo </span>sınıfının k<span class="_ _0"></span>urucu işlevi hata belirlemesi ile ancak<span class="_ _0"></span> <span class="ff9">Ex <span class="_ _0"></span></span>sınıfı türünden b<span class="_ _0"></span>ir hata nesnesi </div><div class="t m0 x10 h3 y1f8 ff2 fs0 fc2 sc0 ls0 ws0">göndereceğini bildiriyor. <span class="_ _0"></span><span class="ff9">Foo </span>sın<span class="_ _0"></span>ıfının kurucu işlevinin bir <span class="_ _0"></span><span class="ff9">try </span>bloğu<span class="_ _0"></span> ile sarmalanmış olduğu<span class="_ _0"></span>nu görüyorsunu<span class="_ _0"></span>z. </div><div class="t m0 x10 h3 y6ab ff2 fs0 fc2 sc0 ls0 ws0">Kurucu işlevi sarmalayan<span class="_ _0"></span> <span class="ff9">try </span>bloğunu<span class="_ _0"></span>, her türden hata nesnesini yakala<span class="_ _0"></span>yabilen bir <span class="_ _0"></span><span class="ff9">catch<span class="_ _0"></span> </span>bloğu izliyor. Bu <span class="ff9">c<span class="_ _0"></span>atch </span></div><div class="t m0 x10 h3 y383 ff2 fs0 fc2 sc0 ls0 ws0">bloğu ile bir hata <span class="_ _0"></span>nesnesinin yakalan<span class="_ _0"></span>ması durumunda, <span class="_ _0"></span><span class="ff9">Ex </span>sınıfı t<span class="ff1">ürü<span class="_ _0"></span>nden bir hata nesnesi gön<span class="_ _0"></span>deriliyor. Böylece </span></div><div class="t m0 x10 h3 yd38 ff2 fs0 fc2 sc0 ls0 ws0">hata belirlemesiyle verilen gü<span class="_ _0"></span>venceye uyulması sağlanıy<span class="_ _0"></span>or.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y301 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y555 ff1 fs6 fc2 sc0 ls0 ws0">K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _6"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _0"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _6"></span><span class="ff2">T<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span><span class="ff1"> <span class="_ _6"></span>E<span class="_ _0"></span>l<span class="_ _3"></span>d<span class="_ _b"></span>e<span class="_ _3"></span> <span class="_ _7"></span>E<span class="_ _3"></span>d<span class="_ _b"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _6"></span>K<span class="_ _0"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>n<span class="_ _b"></span>a<span class="_ _3"></span>k<span class="_ _0"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _b"></span> <span class="_ _7"></span><span class="ls49">ve<span class="ls0"> <span class="_ _6"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _f"></span> </span></span></span></span></span></span></div><div class="t m0 x10 h3 y556 ff2 fs0 fc2 sc0 ls0 ws0">Bir çok sınıfın tasarımında, sın<span class="_ _0"></span>ıf nesnesinin kullan<span class="_ _0"></span>acağı bir kaynak,<span class="_ _0"></span> sınıfın <span class="_ _0"></span>kurucu işleviyle sınıf nesnesine </div><div class="t m0 x10 h3 y557 ff2 fs0 fc2 sc0 ls0 ws0">bağlanır. Sınıfın sonland<span class="_ _0"></span>ırıcı işlevinin çağrılma<span class="_ _0"></span>sıyla bu kayn<span class="_ _0"></span>ak geri verilir. Eğer bu kaynaklar <span class="_ _0"></span>bir göstericiye </div><div class="t m0 x10 h3 y558 ff2 fs0 fc2 sc0 ls0 ws0">bağlanırsa, kayn<span class="_ _0"></span>ağın bağlanmasından son<span class="_ _0"></span>ra, kurucu<span class="_ _0"></span><span class="ff1"> </span>işlev içinden bir h<span class="_ _0"></span>ata nesnesi gönderilmesi durumun<span class="_ _0"></span>da, </div><div class="t m0 x10 h3 y1376 ff2 fs0 fc2 sc0 ls0 ws0">bağlanan kay<span class="_ _0"></span>nakların geri verilebilmesi mümkün olmaz.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y83e ff2 fs0 fc2 sc0 ls0 ws0">Bu kaynaklar <span class="_ _0"></span>akıllı gösterici (<span class="ff9">smart pointe<span class="_ _0"></span>r</span>) sınıflarından nesneler<span class="_ _0"></span>e bağlanabilir. <span class="_ _0"></span><span class="ff9">STL <span class="ff1">içinde bu<span class="_ _0"></span> amaç için </span></span></div><div class="t m0 x10 h3 ye1a ff2 fs0 fc2 sc0 ls0 ws0">tasarlanmış şablon tem<span class="_ _0"></span>elli <span class="ff9">auto_ptr <span class="_ _0"></span></span>isimli standart b<span class="_ _0"></span>ir akıllı gösterici sınıfı vardır. &quot;Akıllı gö<span class="_ _0"></span>steric<span class="_ _0"></span>iler&quot; başlığı </div><div class="t m0 x10 h3 y23e ff2 fs0 fc2 sc0 ls0 ws0">altında bu k<span class="_ _0"></span>onuya daha ayrıntılı bir şekilde d<span class="_ _0"></span>eğineceğiz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yb5f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd yb0d ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1315 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>c<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>G<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _b"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _f"></span> </span></div><div class="t m0 x10 h3 ye00 ff2 fs0 fc2 sc0 ls0 ws0">Sonlandırıcı işlevlerden h<span class="_ _0"></span>ata nesnesi gönderilmesi d<span class="_ _0"></span>ilin kurallarına <span class="_ _0"></span>göre geçerli olmasına k<span class="_ _0"></span>arşın, genellikle </div><div class="t m0 x10 h3 y47e ff1 fs0 fc2 sc0 ls0 ws0">önerilmez. </div><div class="t m0 x10 h3 yf79 ff1 fs0 fc2 sc0 ls0 ws0">Bir <span class="ff2">sonlandırıcı işlev üçay<span class="_ _0"></span>rı nedenden do<span class="_ _0"></span>layı çağrılmış olabilir:<span class="_ _0"></span></span> </div><div class="t m0 x1 hd y131f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1458 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Bir sınıf n<span class="_ _0"></span>esnesinin bilinirlik al<span class="_ _0"></span>anı sona ermiştir. Sınıf nesne<span class="_ _0"></span>sinin ömrü sona <span class="_ _0"></span>erdiğinden, sınıfın sonland<span class="_ _0"></span>ırıcı </span></span></div><div class="t m0 x10 h3 y13f6 ff2 fs0 fc2 sc0 ls0 ws0">işlevi çağrılır.<span class="ff1"> </span></div><div class="t m0 x10 he y8e0 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Dinamik b<span class="_ _0"></span>ir sınıf nesnesi <span class="ff9">delet<span class="_ _0"></span>e </span>işleci kullanılarak <span class="ff9">f<span class="_ _0"></span>ree store&apos;</span>a geri verilmek ist<span class="_ _0"></span>endiğinde </span></span></div><div class="t m0 x10 h3 y6ef ff2 fs0 fc2 sc0 ls0 ws0">dinamik sınıf nesnesi için d<span class="_ _0"></span>e sonlandırıcı işlev<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">çağrılır.<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x10 he y1159 ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff1">Gönderilen b<span class="_ _0"></span>ir hata nesnesi bi<span class="_ _0"></span>r <span class="ff9">catc<span class="_ _0"></span>h <span class="ff2">bloğu tarafından<span class="_ _0"></span> yakalandığında, yığın dengelenmesi süreci iç<span class="_ _0"></span>inde, </span></span></span></span></div><div class="t m0 x10 h3 y22d ff1 fs0 fc2 sc0 lse ws0">ilgili <span class="ff9 ls0">catch <span class="_ _0"></span><span class="ff2">bloğuna ulaşılmasına <span class="_ _0"></span>kadar yığında yer <span class="_ _0"></span><span class="ff1">ala<span class="_ _6"></span>n tüm y<span class="ff2">erel sınıf nesneleri için <span class="_ _0"></span>sonlandırıcı işlev<span class="_ _0"></span></span> <span class="_ _9"></span><span class="ff2">çağrılır.<span class="_ _0"></span><span class="ff1"> </span></span></span></span></span></div><div class="t m0 x1 hd y6a1 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y128f ff2 fs0 fc2 sc0 ls0 ws0">Eğer bir sonlandırıcı işle<span class="_ _0"></span>v yığının dengelenmesi sırasında <span class="_ _0"></span>çağrılmışsa, sonlandırıcı i<span class="_ _0"></span>şlev içinden bir h<span class="_ _0"></span>ata nesnesi </div><div class="t m0 x10 h3 yfbf ff2 fs0 fc2 sc0 ls0 ws0">gönderilmesi durumunda <span class="_ _0"></span>programın akışının işle<span class="_ _0"></span>vin dışına çıkmasına izin v<span class="_ _0"></span>erilmez. Bu<span class="_ _0"></span><span class="ff1"> duru<span class="_ _0"></span>mda otomatik </span></div><div class="t m0 x10 h3 yb69 ff1 fs0 fc2 sc0 ls0 ws0">olarak <span class="ff9">std::terminate <span class="_ _0"></span><span class="ff2">işlevinin çağrılması güv<span class="_ _0"></span>ence altına alınmıştır.<span class="_ _0"></span></span></span> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf19a" class="pf w0 h0" data-page-no="19a"><div class="pc pc19a w0 h0"><img class="bi xb y1307 w6 hd8" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">410</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Sonlandırıcı işlev içinde, hata <span class="_ _0"></span>nesnesi gönder<span class="_ _0"></span>me olasılığı olan b<span class="_ _0"></span>ir işlevin çağrılmış olması so<span class="_ _0"></span>n derece normal </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">bir durumdur. <span class="_ _0"></span>Ancak çağrılacak işlevler içinden gön<span class="_ _0"></span>derilm<span class="_ _0"></span>esi olasılığı olan hat<span class="_ _0"></span>a nesneleri, yine sonlandırıcı </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">işlev içinde yer alan <span class="ff9">ca<span class="_ _0"></span>tch </span>bloklarıy<span class="_ _0"></span>la yakalanmalı, h<span class="_ _0"></span>atanın daha yukarıya gönderilmesine<span class="_ _0"></span> izin verilmemelidir:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hc y68b ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1459 ff8 fs0 fc2 sc0 ls13 ws0">Myclass::~Myclass()<span class="ls0"> </span></div><div class="t m0 x10 h11 y1b8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y39a ffc fs0 fc2 sc0 ls13 ws0">//… </div><div class="t m0 x2 h11 y84c ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x2 h11 yece ff8 fs0 fc2 sc0 ls13 ws0">if (x &lt; 0)<span class="ls0"> </span></div><div class="t m0 x17 h11 y6ac ff8 fs0 fc2 sc0 ls13 ws0">throw 1;<span class="ls0"> </span></div><div class="t m0 x1 h14 y145a ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h14 yf4b ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x60 h11 y5de ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 y12eb ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x60 h11 yd74 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x60 h11 y1452 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x53 h11 y6cc ff8 fs0 fc2 sc0 ls13 ws0">catch(int) {<span class="ls0"> </span></div><div class="t m0 x1a h11 y11b6 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x21 h11 ye93 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y869 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Myclass </span>isimli sınıfın son<span class="_ _0"></span>landırıcı işlevi içind<span class="_ _0"></span>e gönderilen <span class="ff9">int <span class="_ _0"></span><span class="ff1">türden hata nesnesi, yine </span></span></div><div class="t m0 x10 h3 yfe5 ff2 fs0 fc2 sc0 ls0 ws0">aynı işlev içinde yakala<span class="_ _0"></span>nıyor.</div><div class="t m0 x1 h19 y375 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y63f ff2 fs6 fc2 sc0 ls0 ws0">u<span class="_ _3"></span>n<span class="_ _3"></span>c<span class="_ _3"></span>a<span class="_ _3"></span>u<span class="_ _3"></span>g<span class="_ _3"></span>h<span class="_ _3"></span>t<span class="_ _3"></span>_<span class="_ _3"></span>e<span class="_ _3"></span>x<span class="_ _3"></span>c<span class="_ _3"></span>e<span class="_ _3"></span>p<span class="_ _3"></span>t<span class="_ _b"></span>i<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>i<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y9e8 ff2 fs0 fc2 sc0 ls0 ws0">Bir başka olanak ise, sonlan<span class="_ _0"></span>dırıcı işlev içinde b<span class="_ _0"></span>ir hata nesnesi gö<span class="_ _0"></span>ndermeden önce, yani bir <span class="_ _3"></span><span class="ff9">throw </span>işlemi </div><div class="t m0 x10 h3 y9e9 ff2 fs0 fc2 sc0 ls0 ws0">yapmadan ö<span class="_ _0"></span>nce, bir hatanın işlenmekte olup o<span class="_ _0"></span>lmadığının sınanmasıdır. Bir hat<span class="_ _0"></span>a nesnesinin ilgili b<span class="_ _0"></span>ir <span class="_ _0"></span><span class="ff9">catc<span class="_ _0"></span>h </span>bloğu </div><div class="t m0 x10 h3 y9ea ff2 fs0 fc2 sc0 ls0 ws0">tarafından tutu<span class="_ _0"></span>lmasıyla yani bir <span class="ff9">c<span class="_ _0"></span>atch </span>bloğuna girilmesiyle, i<span class="_ _0"></span>şlenmesinin bitmiş olduğu k<span class="_ _0"></span>abul edilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y13cc ff1 fs0 fc2 sc0 ls0 ws0">Standart &lt;<span class="ff9">stdexc<span class="_ _0"></span>ept<span class="ff2">&gt; başlık dosyası içinde b<span class="_ _0"></span>ildirilen </span>u<span class="_ _0"></span>ncaught_exceptio<span class="_ _0"></span>n <span class="ff2">işleviyle bir hatan<span class="_ _0"></span>ın işlenmekte </span></span></div><div class="t m0 x10 h3 ya72 ff2 fs0 fc2 sc0 ls0 ws0">olup olmadığı sınanab<span class="_ _0"></span>ilir:<span class="ff1"> </span></div><div class="t m0 x1 h3 ya85 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y34a ff8 fs0 fc2 sc0 ls13 ws0">bool uncaught_exception();<span class="ls0"> </span></div><div class="t m0 x1 h15 y24b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y172 ff2 fs0 fc2 sc0 ls0 ws0">İşlev <span class="ff9">true </span>değere geri dö<span class="_ _0"></span>nerse b<span class="_ _0"></span>ir hata durumu işleniyor demektir. <span class="_ _0"></span>Yani bir hata <span class="_ _0"></span>nesnesi gönderilmiş ancak </div><div class="t m0 x10 h3 y145b ff1 fs0 fc2 sc0 ls0 ws0">henüz <span class="ff9">catc<span class="_ _0"></span>h <span class="ff2">bloğuna girilmemiştir. Eğer sonlan<span class="_ _0"></span>dırıcı işlevin kodu için<span class="_ _0"></span>de <span class="_ _0"></span></span>uncaught_exception <span class="_ _0"></span><span class="ff2">işlevi çağrılmış ve </span></span></div><div class="t m0 x10 h3 y145c ff9 fs0 fc2 sc0 ls0 ws0">true <span class="ff2">değere dönmüşse, son<span class="_ _0"></span>landırıcı işlevin yığın d<span class="_ _0"></span>engelenmesi sırası<span class="_ _0"></span>nda yerel bir sınıf n<span class="_ _0"></span>esnesinin yok edilmesi </span></div><div class="t m0 x10 h3 y145d ff2 fs0 fc2 sc0 ls0 ws0">yüzünden ça<span class="_ _0"></span>ğrıldığı anlamı çıkar:<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf19b" class="pf w0 h0" data-page-no="19b"><div class="pc pc19b w0 h0"><img class="bi xb y145e w6 hfb" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">411</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y24e ff8 fs0 fc2 sc0 ls13 ws0">Sample::~Sample()<span class="ls0"> </span></div><div class="t m0 x10 h11 y24f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y532 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x2 h11 y2c8 ff8 fs0 fc2 sc0 ls13 ws0">if (x &lt; 0) {<span class="ls0"> </span></div><div class="t m0 x17 h11 y1030 ff8 fs0 fc2 sc0 ls13 ws0">if (uncaught_exception()) </div><div class="t m0 x58 h11 y145f ff8 fs0 fc2 sc0 ls13 ws0">return;<span class="ls0"> </span></div><div class="t m0 x17 h11 ybd ff8 fs0 fc2 sc0 ls13 ws0">throw 1;<span class="ls0"> </span></div><div class="t m0 x2 h11 y408 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 y1257 ff8 fs0 fc2 sc0 ls13 ws0">return;<span class="ls0"> </span></div><div class="t m0 x10 h11 yd04 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h7f yb70 ff8 fs19 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yffd ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında <span class="ff9">S<span class="_ _0"></span>ample </span>sınıfının sonlandırıcı işle<span class="_ _0"></span>vi içinde, <span class="ff9 ls1a">x </span>değişkeninin<span class="_ _0"></span> değerinin <span class="_ _0"></span><span class="ff9">0</span>‟<span class="ff1">dan k<span class="_ _0"></span>üçük </span></div><div class="t m0 x10 h3 yccc ff2 fs0 fc2 sc0 ls0 ws0">olması durumunda ön<span class="_ _0"></span>ce <span class="ff9">uncau<span class="_ _0"></span>ght_exception <span class="_ _0"></span></span>işlevi çağrılıyor. Ancak işlevin <span class="_ _0"></span><span class="ff9">false </span>değerine geri dö<span class="_ _0"></span>nmesi </div><div class="t m0 x10 h3 yccd ff1 fs0 fc2 sc0 ls0 ws0">durumunda <span class="_ _0"></span>bir hata nesnesi gönderiliyor.<span class="_ _0"></span><span class="fs5"> </span></div><div class="t m0 x1 hd y7ac ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yf6a ff1 fs6 fc2 sc0 ls0 ws0">G<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _7"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _b"></span><span class="ff1"> <span class="_ _7"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _6"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _6"></span><span class="ls49">ve<span class="ls0"> <span class="_ _5"></span><span class="ff2">S<span class="_ _3"></span>o<span class="_ _3"></span>n<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>d<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>c<span class="_ _3"></span>ı<span class="_ _3"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _0"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _7"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _b"></span>a<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> G<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 y970 ff2 fs0 fc2 sc0 ls0 ws0">Global sınıf nesnelerinin ku<span class="_ _0"></span>rucu işlevleri <span class="ff9">main <span class="_ _0"></span></span>işlevin çalışmay<span class="_ _0"></span>a başlamasından önce çağrıl<span class="_ _0"></span>dığından, bu<span class="_ _0"></span> </div><div class="t m0 x10 h3 yd1a ff2 fs0 fc2 sc0 ls0 ws0">nesnelerin kurucu işlevleri için<span class="_ _0"></span>den gönderilen hat<span class="_ _0"></span>a nesnelerinin y<span class="_ _0"></span>akalanma şansı yoktur. <span class="_ _0"></span>Global nesnelerin </div><div class="t m0 x10 h3 yd1b ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı işlevlerinden gön<span class="_ _0"></span>derilen h<span class="_ _0"></span>ata nesnelerinin de yak<span class="_ _0"></span>alanma şansı yoktur. Çün<span class="_ _0"></span>kü global nesnelerin </div><div class="t m0 x10 h3 y94e ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı işlevleri de <span class="ff9">ma<span class="_ _0"></span>in </span>işlevinden sonra<span class="_ _0"></span> çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y3c0 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y226 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>T<span class="_ _3"></span>L<span class="_ _3"></span> <span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>k<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yb94 ff9 fs0 fc2 sc0 ls0 ws0">STL <span class="ff2">deki sınıflar şablon<span class="_ _0"></span> tabanlı olmasına karşın h<span class="_ _0"></span>ata sınıfları şablon tab<span class="_ _0"></span>anlı değildir. Hata sınıf<span class="_ _0"></span>ları <span class="_ _0"></span></span>&lt;exception&gt; </div><div class="t m0 x10 h3 y6ff ff1 fs0 fc2 sc0 ls0 ws0">ve &lt;<span class="ff9">stdexcept<span class="ff2">&gt; b<span class="_ _0"></span>aşlık dosyaları içinde bildirilmiştir. Stan<span class="_ _0"></span>dart kütüph<span class="_ _0"></span>anedeki hata sınıfları da b<span class="_ _0"></span>ir türetme </span></span></div><div class="t m0 x10 h3 y700 ff2 fs0 fc2 sc0 ls0 ws0">hiyerarşisi içermektedir. Türet<span class="_ _0"></span>me hiyerarşisinin tepesinde <span class="_ _0"></span>&quot;<span class="ff9">exc<span class="_ _0"></span>eption&quot; </span>isimli bir sınıf b<span class="_ _0"></span>ulunur. <span class="_ _0"></span><span class="ff9">exception </span>sınıfı </div><div class="t m0 x10 h3 y229 ff1 fs0 fc2 sc0 ls0 ws0">standart <span class="ff9">exc<span class="_ _0"></span>eptio<span class="ls6b">n </span><span class="ff2">b<span class="_ _0"></span>aşlık dosyası içinde bildirilmiştir:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 yb80 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y3c7 ff8 fs0 fc2 sc0 ls13 ws0">class exception { </div><div class="t m0 x10 h11 yb98 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y1460 ff8 fs0 fc2 sc0 ls13 ws0">exception() throw();<span class="ls0"> </span></div><div class="t m0 x2 h11 y1461 ff8 fs0 fc2 sc0 ls13 ws0">exception(const exception&amp; right) throw (); </div><div class="t m0 x2 h11 y7cf ff8 fs0 fc2 sc0 ls13 ws0">exception&amp; operator=(const exception&amp; right) <span class="ls0">thr<span class="_ _9"></span>ow(<span class="_ _9"></span>); </span></div><div class="t m0 x2 h11 y749 ff8 fs0 fc2 sc0 ls13 ws0">virtual ~ exception()<span class="ls0"> <span class="_ _9"></span><span class="ls13">throw();<span class="ls0"> </span></span></span></div><div class="t m0 x2 h11 y1328 ff8 fs0 fc2 sc0 ls13 ws0">virtual const char *what() const throw();<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf19c" class="pf w0 h0" data-page-no="19c"><div class="pc pc19c w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">412</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h9e y1462 ff8 fs3 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1182 ff9 fs0 fc2 sc0 ls0 ws0">exception <span class="_ _0"></span><span class="ff2">sınıfından türetilen bütü<span class="_ _0"></span>n standart hata sınıfları, <span class="_ _0"></span></span>what <span class="ff2">isimli san<span class="_ _0"></span>al işlemi ezer. Bu işlev, hat<span class="_ _0"></span>ayı </span></div><div class="t m0 x10 h3 yb08 ff2 fs0 fc2 sc0 ls0 ws0">tanımlayan bir y<span class="_ _0"></span>azının başlangıç adresine dönmektedir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y118d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y907 ff9 fs0 fc2 sc0 ls0 ws0">STL<span class="ff2">&apos;de yer alan standart <span class="_ _0"></span>sınıflardan baz<span class="_ _0"></span>ılarına ilişkin işlevler bir hata <span class="_ _0"></span>duru<span class="_ _0"></span>muyla karşılaştıklarında,<span class="_ _0"></span> </span>exce<span class="_ _0"></span>ption </div><div class="t m0 x10 h3 y1463 ff2 fs0 fc2 sc0 ls0 ws0">sınıfından türetilmiş sınıf tü<span class="_ _0"></span>rlerinden hata <span class="_ _0"></span>nesnesi gönderir. <span class="_ _0"></span><span class="ff9">STL <span class="ff1">kütüp<span class="_ _0"></span>hanesinden gönderilen tüm hat<span class="_ _0"></span>a </span></span></div><div class="t m0 x10 h3 y31f ff1 fs0 fc2 sc0 ls0 ws0">nesneleri <span class="ff9">exception<span class="_ _0"></span> <span class="ff2">sınıfından türetilmiş sınıflard<span class="_ _0"></span>an oldukları için<span class="_ _0"></span>, bu hata nesnelerinin tü<span class="_ _0"></span>mü parametresi </span></span></div><div class="t m0 x10 h3 y6f8 ff9 fs0 fc2 sc0 ls0 ws0">exceptio<span class="ls14">n </span><span class="ff2">sınıfı türü<span class="_ _0"></span>nden referans olan bir <span class="_ _0"></span></span>catch <span class="ff2">bloğu t<span class="_ _0"></span>arafından yakalanabilir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y6f9 ff1 fs0 fc2 sc0 ls0 ws0">standart <span class="ff9">exc<span class="_ _0"></span>eption <span class="ff2">sınıfından yine stan<span class="_ _0"></span>dart </span>log<span class="_ _0"></span>ic_error </span>ve <span class="ff9">runtime_error <span class="ff2">isi<span class="_ _0"></span>mli sınıflar türetilmiştir.<span class="_ _0"></span></span></span> </div><div class="t m0 x10 h3 ye3a ff2 fs0 fc2 sc0 ls0 ws0">Bu sınıfların tanımı &lt;<span class="ff9">std<span class="_ _0"></span>except</span>&gt; isimli başlık d<span class="_ _0"></span>osyasında yap<span class="_ _0"></span>ılmıştır. <span class="ff9">logic_e<span class="_ _0"></span>rror </span>sınıfı mantıksal t<span class="_ _0"></span>abanlı </div><div class="t m0 x10 h3 ye25 ff2 fs0 fc2 sc0 ls0 ws0">hataların ele alınması için <span class="_ _0"></span>düşünülmüştür. <span class="_ _0"></span><span class="ff9">run_time_error <span class="_ _0"></span></span>sınıfı ise progra<span class="_ _0"></span>mın çalışma zamanın<span class="_ _0"></span>da ortaya </div><div class="t m0 x10 h3 ycc0 ff2 fs0 fc2 sc0 ls0 ws0">çıkabilecek hatalar için dü<span class="_ _0"></span>şünülmüştür. Programcı<span class="_ _0"></span><span class="ff1"> </span>kendi hat<span class="_ _0"></span>a işleme sınıflarını taban sınıf<span class="_ _0"></span> olan <span class="_ _0"></span><span class="ff9">exception </span></div><div class="t m0 x10 h3 y427 ff2 fs0 fc2 sc0 ls0 ws0">sınıfı yerine bu sınıflardan<span class="_ _0"></span> da türetebilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y7e9 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ya5 ff8 fs0 fc2 sc0 ls13 ws0">class MyException { </div><div class="t m0 x10 h11 y764 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y1b ff8 fs0 fc2 sc0 ls13 ws0">MyException(const char *pMessage):logic_error(pMessage){}<span class="ls0"> </span></div><div class="t m0 x10 h11 yea6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h1c y125a ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y995 ff9 fs0 fc2 sc0 ls0 ws0">logic_error <span class="ff2">sınıfından d<span class="_ _0"></span>a aşağıdaki sınıflar tü<span class="_ _0"></span>retilmiştir:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y7b2 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1443 ff8 fs0 fc2 sc0 ls13 ws0">domain_error </div><div class="t m0 x10 h11 y4b3 ff8 fs0 fc2 sc0 ls13 ws0">invalid_argument </div><div class="t m0 x10 h11 y543 ff8 fs0 fc2 sc0 ls13 ws0">length_error </div><div class="t m0 x10 h11 y7b5 ff8 fs0 fc2 sc0 ls13 ws0">out_of_range<span class="ls0"> </span></div><div class="t m0 x1 h12 y1464 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3c5 ff9 fs0 fc2 sc0 ls0 ws0">bad_cast <span class="ff1 ls24">: <span class="_ _0"></span></span>dynamic_cast <span class="ff2">işleci t<span class="_ _0"></span>arafından gönderilen hat<span class="_ _0"></span>a nesnesi bu sınıf türündendir.<span class="_ _3"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h1e y3c6 ff9 fs0 fc2 sc0 ls0 ws0">bad_typeid <span class="ff8">:<span class="_ _0"></span> </span></div><div class="t m0 x1 h1a ye97 ff8 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd3 ff9 fs0 fc2 sc0 ls0 ws0">runtime_error <span class="ff2">sınıfınd<span class="_ _0"></span>an ise aşağıdaki sınıflar tü<span class="_ _0"></span>retilmiştir:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 ycfc ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y81e ff8 fs0 fc2 sc0 ls13 ws0">range_error </div><div class="t m0 x10 h11 y71b ff8 fs0 fc2 sc0 ls13 ws0">overflow_error<span class="ls0"> </span></div><div class="t m0 x1 h15 y37c ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf19d" class="pf w0 h0" data-page-no="19d"><div class="pc pc19d w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">413</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yfd5 ff9 fs0 fc2 sc0 ls0 ws0">bad_alloc<span class="ff8 ls13">: </span>ne<span class="_ _0"></span>w <span class="ff2">işleci tarafından gönderilen h<span class="_ _0"></span>ata nesnesi <span class="ff1">bu </span>sınıf türündend<span class="_ _0"></span>ir. Boş bir sınıf olarak<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y1465 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanmıştır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1b5 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1466 ff2 fs0 fc2 sc0 ls0 ws0">Programcı özel bir kü<span class="_ _0"></span>tüphane sisteminde çalışmıyorsa h<span class="_ _0"></span>ata işleme sınıflarını <span class="_ _0"></span><span class="ff9">S<span class="_ _0"></span>TL</span>‟in sınıfların<span class="_ _0"></span>dan türeterek </div><div class="t m0 x10 h3 y6f5 ff2 fs0 fc2 sc0 ls0 ws0">oluşturmalıdır. C++ dilinin b<span class="_ _0"></span>azı normal dışı durumlarınd<span class="_ _0"></span>a gönderdikleri hata <span class="_ _0"></span>nesneleri de <span class="_ _0"></span><span class="ff9">exc<span class="_ _0"></span>epti<span class="ls68">on </span></span>sınıfından </div><div class="t m0 x10 h3 y1467 ff2 fs0 fc2 sc0 ls0 ws0">türetilmiştir.<span class="ff1"> </span></div><div class="t m0 x1 hfc y78d ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc yc13 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y53 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y354 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y852 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y36c ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y13bc ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y1a1 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y1468 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y11bf ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y8c2 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc ye87 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y998 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y831 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y1469 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y527 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y3e0 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc yb65 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y9d0 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc yde2 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc y631 ff1 fse fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">414</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hb y28 ff3 fs3 fc3 sc0 ls0 ws0">S<span class="_ _3"></span>T<span class="_ _3"></span>A<span class="_ _3"></span>N<span class="_ _3"></span>D<span class="_ _3"></span>A<span class="_ _3"></span>R<span class="_ _3"></span>T<span class="_ _3"></span> <span class="_ _3"></span>H<span class="_ _3"></span>A<span class="_ _3"></span>T<span class="_ _3"></span>A<span class="_ _3"></span> <span class="_ _3"></span><span class="ff5">İ<span class="_ _b"></span>Ş<span class="_ _3"></span></span>L<span class="_ _3"></span>E<span class="_ _3"></span>M<span class="_ _3"></span>E<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>I<span class="_ _3"></span>N<span class="_ _3"></span>I<span class="_ _0"></span>F<span class="_ _b"></span>L<span class="_ _3"></span>A<span class="_ _3"></span>R<span class="_ _3"></span>I<span class="_ _b"></span> </div><div class="t m0 x1 h4 y29 ff3 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfe y1334 ff3 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y986 ff1 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>A<span class="_ _3"></span>L<span class="_ _3"></span>I<span class="_ _3"></span><span class="ff2">Ş<span class="_ _3"></span></span>M<span class="_ _3"></span>A<span class="_ _3"></span> <span class="_ _3"></span>Z<span class="_ _3"></span>A<span class="_ _3"></span>M<span class="_ _b"></span>A<span class="_ _3"></span>N<span class="_ _3"></span>I<span class="_ _3"></span>N<span class="_ _3"></span>D<span class="_ _3"></span>A<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>Ü<span class="_ _b"></span>R<span class="_ _3"></span> <span class="_ _23"></span> <span class="_ _3"></span>B<span class="_ _3"></span><span class="ls6c">EL</span><span class="ff2">İ<span class="_ _3"></span></span>R<span class="_ _3"></span>L<span class="_ _3"></span>E<span class="_ _3"></span>N<span class="_ _3"></span>M<span class="_ _3"></span>E<span class="_ _3"></span>S<span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span></span> </div><div class="t m0 x10 h3 ybc0 ff2 fs0 fc2 sc0 ls0 ws0">Çalışma zamanında tü<span class="_ _0"></span>r bilgisinin elde edilmesi C+<span class="_ _0"></span>+ diline eklenen son özellikl<span class="_ _0"></span>erden biridir. Stan<span class="_ _0"></span>dartlar öncesi </div><div class="t m0 x10 h3 y479 ff2 fs0 fc2 sc0 ls0 ws0">oluşturulmuş derleyicilerd<span class="_ _0"></span>e, bu özellik desteklenmeyebilir. <span class="_ _0"></span>Bazı derleyiciler de, bu<span class="_ _0"></span> özelliği isteğe bağlı olarak </div><div class="t m0 x10 h3 y9f5 ff1 fs0 fc2 sc0 ls0 ws0">etkin duruma geçiriyor olab<span class="_ _0"></span>ili<span class="ff2">r. Bu ö<span class="_ _0"></span>zelliğe kısaca <span class="ff9">RTTI </span></span>(<span class="ff9">Runti<span class="_ _0"></span>me Type Information<span class="_ _0"></span>/Identification<span class="_ _0"></span></span>) denir. </div><div class="t m0 x1 h3 y94d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc7d ff9 fs0 fc2 sc0 ls0 ws0">RTTI, <span class="ff2">C++ dili tarafından<span class="_ _0"></span> standart hale getirilmiş, b<span class="_ _0"></span>ir nesnenin t<span class="_ _0"></span>ürünün çalışma zamanında </span></div><div class="t m0 x10 h3 yddd ff2 fs0 fc2 sc0 ls0 ws0">belirlenebilmesine yönelik, ba<span class="_ _0"></span>zı araçlara verilen genel i<span class="_ _0"></span>simdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yfa6 ff2 fs0 fc2 sc0 ls0 ws0">Böyle bir aracın standar<span class="_ _0"></span>t bir hale getirilmesinden önce, zat<span class="_ _0"></span>en yazılım geliştiren baz<span class="_ _0"></span>ı firmalar, çalışma </div><div class="t m0 x10 h3 y40 ff2 fs0 fc2 sc0 ls0 ws0">zamanında bir n<span class="_ _0"></span>esnenin türünün belirlenebilmesine yö<span class="_ _0"></span>nelik araçları kendileri g<span class="_ _0"></span>eliştirip, kendi oluşturdu<span class="_ _0"></span>kları </div><div class="t m0 x10 h3 y1444 ff2 fs0 fc2 sc0 ls0 ws0">sınıf kütüphaneleri için ku<span class="_ _0"></span>llanıyorlardı.<span class="_ _0"></span><span class="ff1"> </span>Ancak b<span class="_ _0"></span>u durum farklı kütüphan<span class="_ _0"></span>elerin kullanılması duru<span class="_ _0"></span>munda bir </div><div class="t m0 x10 h3 y1445 ff2 fs0 fc2 sc0 ls0 ws0">takım taşınabilirlik sorunlarına<span class="_ _0"></span> yol açıyo<span class="_ _0"></span>rdu. Çünkü bir firmanın ku<span class="_ _0"></span>llandığı bileşen, başka bir firmanın </div><div class="t m0 x10 h3 y131f ff2 fs0 fc2 sc0 ls0 ws0">kullandığı bileşen ile uy<span class="_ _0"></span>umsuz olabiliyord<span class="_ _0"></span>u. <span class="ff9">RTTI </span>araçlarının<span class="_ _0"></span> standart h<span class="_ _0"></span>ale getirilmesi, gelecekte olu<span class="_ _0"></span>şturulacak </div><div class="t m0 x10 h3 ye8a ff2 fs0 fc2 sc0 ls0 ws0">farklı sınıf kütüphanelerinin b<span class="_ _0"></span>irbirleriyle uyumlu olma<span class="_ _0"></span>sı konusunda at<span class="_ _0"></span>ılmış önemli bir adım kabul edilebilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yf52 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yf3 ff2 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>ş<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>Z<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _b"></span>r<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>ü<span class="_ _3"></span>n<span class="_ _3"></span>ü<span class="_ _b"></span>n<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>(<span class="_ _3"></span>R<span class="_ _3"></span>T<span class="_ _3"></span>T<span class="_ _3"></span>I<span class="_ _3"></span>)<span class="_ _3"></span> <span class="_ _3"></span>N<span class="_ _3"></span>e<span class="_ _b"></span>d<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>?<span class="_ _11"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y6f0 ff2 fs0 fc2 sc0 ls0 ws0">Mekanizmayı iyi anlay<span class="_ _0"></span>abilmek için önce &quot;aşağı doğru<span class="_ _0"></span> dön<span class="_ _0"></span>üşüm<span class="ff9">&quot; (downca<span class="_ _0"></span>st) <span class="ff1">konusunu in<span class="_ _0"></span>celemek gerekir. </span></span></div><div class="t m0 x10 h3 ye05 ff2 fs0 fc2 sc0 ls0 ws0">Aşağı doğru dönüşüm ne a<span class="_ _0"></span>nlama gelir?<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y6f2 ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıf türünden b<span class="_ _0"></span>ir gösterici değişkene, türe<span class="_ _0"></span>miş sınıf türünd<span class="_ _0"></span>en bir nesnenin adresi doğrudan<span class="_ _0"></span> doğrudan </div><div class="t m0 x10 h3 y128f ff2 fs0 fc2 sc0 ls0 ws0">atanabilir. İngilizcede bu<span class="_ _0"></span> duruma <span class="ff9">&quot;</span>Yukarı doğru<span class="_ _0"></span> dönüşüm&quot; (<span class="_ _0"></span><span class="ff9">upcasting) <span class="_ _0"></span></span>denir. &quot;Aşağı doğru dö<span class="_ _0"></span>nüşüm&quot; </div><div class="t m0 x10 h3 yfbf ff1 fs0 fc2 sc0 ls0 ws0">(<span class="ff9">downcasting<span class="ff2">) ise, tab<span class="_ _0"></span>an sınıf türün<span class="_ _0"></span>den bir adresin türemiş sınıf türün<span class="_ _0"></span>den bir göstericiye, tür d<span class="_ _0"></span>önüştürme işleci </span></span></div><div class="t m0 x10 h3 yb69 ff2 fs0 fc2 sc0 ls0 ws0">kullanılarak atan<span class="_ _0"></span>ması işlemidir. Tür dönüştürme işleci kulla<span class="_ _0"></span>nılmadan, tab<span class="_ _0"></span>an sınıf nesnesinin a<span class="_ _0"></span>dresinin, türe<span class="_ _3"></span>miş<span class="_ _9"></span> </div><div class="t m0 x10 h3 y1414 ff2 fs0 fc2 sc0 ls0 ws0">sınıf türünden bir gösteric<span class="_ _0"></span>iye atanması dilin ku<span class="_ _0"></span>rallarına göre geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div></div><div class="c x61 y1085 w22 hff"><div class="t m0 x3 h92 y146b ff3 fs12 fc2 sc0 ls0 ws0">exception </div></div><div class="c xd yf5d w23 h100"><div class="t mb x3 h101 y146c ff3 fs13 fc2 sc0 ls0 ws0">bad_e<span class="_ _0"></span>xce<span class="_ _0"></span>ption</div><div class="t m0 x55 h101 y146c ff3 fs13 fc2 sc0 ls0 ws0"> </div></div><div class="c x2a yf5d w24 h100"><div class="t mb x3 h101 y146c ff3 fs13 fc2 sc0 ls0 ws0">runti<span class="_ _0"></span>me_<span class="_ _0"></span>error</div><div class="t m0 x62 h101 y146c ff3 fs13 fc2 sc0 ls0 ws0"> </div></div><div class="c x2f y137d w25 h102"><div class="t m0 x3 h103 y146d ff3 fsa fc2 sc0 ls0 ws0">logic_error </div></div><div class="c x4b y137d w26 h102"><div class="t m0 x3 h103 y146d ff3 fsa fc2 sc0 ls0 ws0">bad_cast </div></div><div class="c x63 y137d w27 h102"><div class="t m0 x3 h103 y146d ff3 fsa fc2 sc0 ls0 ws0">bad_alloc </div></div><div class="c x2d y1104 w28 h104"><div class="t m0 x3 hfe y146e ff3 fs17 fc2 sc0 ls0 ws0">domain_error </div></div><div class="c x4b y839 w29 h104"><div class="t m0 x3 hfe y146e ff3 fs17 fc2 sc0 ls0 ws0">range_error </div></div><div class="c x2 yb6f w2a h104"><div class="t m0 x3 hfe y146e ff3 fs17 fc2 sc0 ls0 ws0">invalid_argument </div></div><div class="c x37 yb2a w2b h105"><div class="t m0 x3 hfe y146e ff3 fs17 fc2 sc0 ls0 ws0">overflow_error </div></div><div class="c x33 y427 w2c h104"><div class="t m0 x3 hfe y146e ff3 fs17 fc2 sc0 ls0 ws0">length_error </div></div><div class="c x64 y490 w2d h104"><div class="t m0 x3 hfe y146e ff3 fs17 fc2 sc0 ls0 ws0">underflow_error </div></div><div class="c x2d yefe w2e h104"><div class="t m0 x3 hfe y146e ff3 fs17 fc2 sc0 ls0 ws0">out_of_range </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf19f" class="pf w0 h0" data-page-no="19f"><div class="pc pc19f w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">415</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y1b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y10dc ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf hiyerarşisi içinde, bir t<span class="_ _0"></span>aban sınıftan<span class="_ _0"></span> türemiş çeşitli sınıfların yarat<span class="_ _0"></span>ıldığını düşünelim. Türemiş sınıf </div><div class="t m0 x10 h3 y10dd ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir sınıf nesnesinin adresi, taban sınıf türü<span class="_ _0"></span>nden b<span class="_ _0"></span>ir gösterici deği<span class="_ _0"></span>şkene atanabilir. Ya d<span class="_ _0"></span>a böyle bir </div><div class="t m0 x10 h3 y146f ff2 fs0 fc2 sc0 ls0 ws0">işlem referans kullanılara<span class="_ _0"></span>k yapılabilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y156 ff2 fs0 fc2 sc0 ls0 ws0">Peki taban sınıf türün<span class="_ _0"></span>den gösterici ile bir üye işleve çağrı y<span class="_ _0"></span>apıldığında, h<span class="_ _0"></span>angi işlev çağrılır? Eğer çağrılan <span class="_ _0"></span><span class="ff1">sanal<span class="_ _9"></span> bir </span></div><div class="t m0 x10 h3 y676 ff2 fs0 fc2 sc0 ls0 ws0">işlev değilse, taban<span class="_ _0"></span> sınıfın işlevi çağrılır<span class="_ _0"></span>. Ancak çağrılan sana<span class="_ _0"></span>l bir işlev ise, taban<span class="_ _0"></span> sınıf göstericisine han<span class="_ _0"></span>gi türemiş </div><div class="t m0 x10 h3 y3b4 ff2 fs0 fc2 sc0 ls0 ws0">sınıf türünden bir n<span class="_ _0"></span>esnenin adresi atanmışsa, o t<span class="_ _0"></span>üremiş sınıfa ilişkin işlev çağrılır. <span class="_ _0"></span>Tabi <span class="_ _0"></span><span class="ff1">bunu<span class="_ _9"></span>n <span class="ff2">için, türemiş<span class="_ _9"></span> sınıfın </span></span></div><div class="t m0 x10 h3 y677 ff2 fs0 fc2 sc0 ls0 ws0">devir aldığı sanal işlevi ezmi<span class="_ _0"></span>ş (<span class="ff9">override</span>) olma<span class="_ _0"></span>sı gerekir. Sanal<span class="_ _0"></span> işlevin söz konusu <span class="_ _0"></span>olm<span class="_ _9"></span>as<span class="_ _9"></span>ı <span class="ff1">durumunda, zaten taban </span></div><div class="t m0 x10 h3 y678 ff2 fs0 fc2 sc0 ls0 ws0">sınıfa ilişkin göstericinin içind<span class="_ _0"></span>e ne türden b<span class="_ _0"></span>ir nesnenin adresinin tu<span class="_ _0"></span>tulduğunun bilinmesine ger<span class="_ _0"></span>ek<span class="_ _0"></span><span class="ff1"> kalmaz. </span></div><div class="t m0 x10 h3 y64c ff2 fs0 fc2 sc0 ls0 ws0">Ancak bazı du<span class="_ _0"></span>rumlarda, türemiş sınıfa ilişkin bir nesnenin <span class="_ _0"></span>adresi taban sınıf türü<span class="_ _0"></span>nden bir nesneye atanmı<span class="_ _0"></span>ş olsa </div><div class="t m0 x10 h3 y110c ff2 fs0 fc2 sc0 ls0 ws0">da, halen bu<span class="_ _0"></span> gösterici yoluyla türemiş sınıf türlerinden b<span class="_ _0"></span>irine ilişkin, sanal olmayan<span class="_ _0"></span> bir işlev çağrılmak </div><div class="t m0 x10 h3 y109f ff2 fs0 fc2 sc0 ls0 ws0">istenebilir. İşte <span class="ff9">RTTI </span>ar<span class="_ _0"></span>açları ağırlıklı olara<span class="_ _0"></span>k böyle durumlarda <span class="_ _0"></span>kullanılır. Bu araç ile, üy<span class="_ _0"></span>e işlevi çağrılacak </div><div class="t m0 x10 h3 y1470 ff2 fs0 fc2 sc0 ls0 ws0">nesnenin tür bilgisi elde edil<span class="_ _0"></span>erek üye işlevin çağrılıp ça<span class="_ _0"></span>ğrılmayacağına karar verilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y3d3 ff2 fs0 fc2 sc0 ls0 ws0">Söz konusu gereksinimi basit <span class="_ _0"></span>bir örnekle göst<span class="_ _0"></span>ermeye çalışalım. Aşağıda<span class="_ _0"></span>ki kodu inceleyin:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 yfb7 ff8 fs0 fc2 sc0 ls13 ws0">class Base {<span class="ls0"> </span></div><div class="t m0 x2 h11 yf05 ff8 fs0 fc2 sc0 ls13 ws0">//.. </div><div class="t m0 x10 h11 yac2 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y729 ff8 fs0 fc2 sc0 ls13 ws0">virtual void vfunc();<span class="ls0"> </span></div><div class="t m0 x10 h11 y96e ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y9c9 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ybe9 ff8 fs0 fc2 sc0 ls13 ws0">class Der1: public Base {<span class="ls0"> </span></div><div class="t m0 x2 h11 y133c ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x10 h11 y1096 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 yf0e ff8 fs0 fc2 sc0 ls13 ws0">virtual void vfunc(); </div><div class="t m0 x2 h11 ydc7 ff8 fs0 fc2 sc0 ls13 ws0">void foo();<span class="ls0"> </span></div><div class="t m0 x10 h11 y376 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yd84 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y3c4 ff8 fs0 fc2 sc0 ls13 ws0">class Der2: public Base { </div><div class="t m0 x10 h11 y1317 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y1ea ff8 fs0 fc2 sc0 ls13 ws0">virtual void vfunc();<span class="ls0"> </span></div><div class="t m0 x2 h11 y951 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 yb02 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y437 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ya14 ff8 fs0 fc2 sc0 ls13 ws0">class Der3: public Base { </div><div class="t m0 x10 h11 y1455 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 yde3 ff8 fs0 fc2 sc0 ls13 ws0">virtual void vfunc();<span class="ls0"> </span></div><div class="t m0 x2 h11 y6a4 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1a0" class="pf w0 h0" data-page-no="1a0"><div class="pc pc1a0 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">416</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y3b0 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1240 ff8 fs0 fc2 sc0 ls13 ws0">void process(Base *baseptr)<span class="ls0"> </span></div><div class="t m0 x10 h11 y905 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y5ee ff8 fs0 fc2 sc0 ls13 ws0">baseptr<span class="ls0">-</span>&gt;vfunc();<span class="ls0"> </span></div><div class="t m0 x2 h11 y907 ffc fs0 fc2 sc0 ls13 ws0">//baseptr Der1 sınıfı türünden ise Der1 sınıfının foo islevinin<span class="ff8 ls0"> </span></div><div class="t m0 x2 h11 y1471 ff8 fs0 fc2 sc0 ls13 ws0">//cagrilmasi gerekiyor.<span class="ls0"> </span></div><div class="t m0 x10 h11 y1472 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 ydfb ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1251 ff9 fs0 fc2 sc0 ls0 ws0">Base <span class="ff2">sınıfının </span>vfunc<span class="_ _0"></span> <span class="ff2">isimli bir sanal <span class="_ _0"></span>üye işlevi var: Bu işlev </span>Ba<span class="_ _0"></span>se <span class="ff2">sınıfından tü<span class="_ _0"></span>reyen </span>Der1<span class="ff1 ls17">, </span>Der2 <span class="ff1">ve </span>Der3 <span class="_ _0"></span><span class="ff2">sınıfları </span></div><div class="t m0 x10 h3 ya4a ff2 fs0 fc2 sc0 ls0 ws0">tarafından eziliyor. Böy<span class="_ _0"></span>lece çokbiçimli bir sınıf hiyerarşi<span class="_ _0"></span>si oluşturuluyo<span class="_ _0"></span>r. <span class="_ _0"></span><span class="ff9">Der1</span>sınıfı, <span class="ff9">Base </span>sınıfından<span class="_ _0"></span> devir aldığı </div><div class="t m0 x10 h3 y121b ff2 fs0 fc2 sc0 ls0 ws0">bu sanal işlevin dışında, k<span class="_ _0"></span>endisi de <span class="ff9">foo <span class="_ _0"></span></span>isimli bir işlev tanımlıy<span class="_ _0"></span>or.<span class="ff1"> </span></div><div class="t m0 x10 h3 y779 ff9 fs0 fc2 sc0 ls0 ws0">Base <span class="ff2">sınıfı türünden b<span class="_ _0"></span>ir gösterici parametre d<span class="_ _0"></span>eğişkenine sahip,<span class="_ _0"></span> global <span class="_ _0"></span></span>process <span class="ff2">isimli işlev, çokb<span class="_ _0"></span>içimli işlev </span></div><div class="t m0 x10 h3 yb12 ff2 fs0 fc2 sc0 ls0 ws0">yapmak amacıyla tan<span class="_ _0"></span>ımlanıyor. Yani <span class="_ _0"></span><span class="ff9">process </span>işlevi <span class="ff9">Base </span>tü<span class="_ _0"></span>ründen bir nesnenin a<span class="_ _0"></span>dresi ile çağrılabildiği gibi, </div><div class="t m0 x10 h3 y1473 ff9 fs0 fc2 sc0 ls0 ws0">Der1, Der2, Der3 <span class="ff2">sınıfları tü<span class="_ _0"></span>rlerinden bir<span class="_ _0"></span><span class="ff1"> </span>nesnenin adresi ile <span class="_ _0"></span>de çağrılabilir. </span>proce<span class="_ _0"></span>ss <span class="ff2">işlevi içinde, ön<span class="_ _0"></span>ce taban </span></div><div class="t m0 x10 h3 y3a1 ff2 fs0 fc2 sc0 ls0 ws0">sınıfın, sanal <span class="ff9">vfunc </span>işl<span class="_ _0"></span>evi çağrılıyor. Bu işlev sanal sanal <span class="_ _0"></span>olduğu için,<span class="_ _0"></span> hangi türden sınıf nes<span class="_ _0"></span>nesinin adresi <span class="_ _0"></span><span class="ff9">proc<span class="_ _0"></span>ess </span></div><div class="t m0 x10 h3 yb50 ff2 fs0 fc2 sc0 ls0 ws0">işlevine geçirilirse o sınıfa ilişk<span class="_ _0"></span>in <span class="ff9">vfunc<span class="_ _0"></span> </span>işlevi çağrılır. <span class="ff9">proce<span class="_ _0"></span>ss </span>işlevine adresi gönderilen n<span class="_ _0"></span>esne <span class="ff9">Der1 </span>s<span class="_ _0"></span>ınıfı </div><div class="t m0 x10 h3 yc58 ff2 fs0 fc2 sc0 ls0 ws0">türünden ise, bu sınıfın <span class="_ _0"></span><span class="ff9">foo </span>isimli işle<span class="_ _0"></span>vinin çağrılması gerektiğini d<span class="_ _0"></span>üşünelim.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yfae ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ye58 ffc fs0 fc2 sc0 ls13 ws0">if (baseptr&apos;nin gösterdiği nesne Der1 türünden ise) </div><div class="t m0 x2 h11 y142 ff8 fs0 fc2 sc0 ls13 ws0">((Der1 *)baseptr)<span class="ls0">-</span>&gt;foo()<span class="ls0"> </span></div><div class="t m0 x1 h15 ye9d ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2b9 ff2 fs0 fc2 sc0 ls0 ws0">Peki ama taban sınıfı içindeki <span class="_ _0"></span>göstericinin, <span class="_ _0"></span><span class="ff9">Der<span class="ls4">1 </span></span>sınıfı türünd<span class="_ _0"></span>en nesneyi gösterip gösterm<span class="_ _0"></span>ediği nasıl </div><div class="t m0 x10 h3 y1ca ff2 fs0 fc2 sc0 ls0 ws0">bilinebilir? Bu bilgi her za<span class="_ _0"></span>man derleme zamanında elde <span class="_ _0"></span>edilemez. Ancak çalışma zaman<span class="_ _0"></span>ı içind<span class="_ _0"></span>e devreye </div><div class="t m0 x10 h3 ybb6 ff2 fs0 fc2 sc0 ls0 ws0">giren bir mekanizma y<span class="_ _0"></span>ardımıyla saptanabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y5a1 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1474 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte tab<span class="_ _0"></span>an sınıf türün<span class="_ _0"></span>den gösterici olan <span class="_ _0"></span><span class="ff9">baseptr </span>göstericis<span class="_ _0"></span>i içindeki adres, tür d<span class="_ _0"></span>önüştürme işleci </div><div class="t m0 x10 h3 yedf ff2 fs0 fc2 sc0 ls0 ws0">ile türemiş sınıf türünd<span class="_ _0"></span>en bir adrese dönüştürülüp<span class="_ _0"></span>, bu adres ile türetilen <span class="_ _3"></span><span class="ff9">Der1 </span>sınıfının <span class="ff9">foo<span class="_ _0"></span> </span>işlevi çağrılıyor. </div><div class="t m0 x10 h3 y562 ff2 fs0 fc2 sc0 ls0 ws0">Ancak bu dö<span class="_ _0"></span>nüştürme işlminin çalışma zamanı hatası ol<span class="_ _0"></span>maması için, gerçekt<span class="_ _0"></span>en <span class="_ _0"></span><span class="ff9">baseptr <span class="ff1">iç<span class="_ _0"></span>inde </span>Der1 </span>sınıfı </div><div class="t m0 x10 h3 y137a ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir adres olup olmadığının bilin<span class="_ _0"></span>mesi gerekir. Peki <span class="_ _0"></span><span class="ff9">ptr <span class="ff1">içinde </span>Der1 <span class="_ _0"></span></span>sınıfı türünden<span class="_ _0"></span> bir adres değil de </div><div class="t m0 x10 h3 y5fd ff2 fs0 fc2 sc0 ls0 ws0">örneğin <span class="ff9">Base </span>sınıfı tü<span class="_ _0"></span>ründen bir adres var<span class="_ _0"></span>sa ne olur? Bu dur<span class="_ _0"></span>umda <span class="_ _0"></span><span class="ff9">foo </span>işlevine <span class="ff9">this <span class="ff1">adre<span class="_ _0"></span>si olarak geçirilen a<span class="_ _0"></span>dres </span></span></div><div class="t m0 x10 h3 yda9 ff1 fs0 fc2 sc0 ls0 ws0">geçerli bir adres olmaz. <span class="_ _0"></span><span class="ff9">foo <span class="ff2">işlevine yapılan ça<span class="_ _0"></span>ğrı bir gösterici h<span class="_ _0"></span>atasına neden olur.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h3 y516 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y964 ff2 fs0 fc2 sc0 ls0 ws0">Aşağı doğru dönüşüm, tü<span class="_ _0"></span>r dönüştürme işleçlerinin k<span class="_ _0"></span>ullanılarak taban<span class="_ _0"></span> sınıf türünden bir adresten türemiş <span class="_ _0"></span>sınıf </div><div class="t m0 x10 h3 y748 ff1 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir adresin elde edilmesid<span class="_ _0"></span><span class="ff2">ir. Ancak bu riskli bir işle<span class="_ _0"></span>mdir. Çünkü tür d<span class="_ _0"></span>önüştürme işlemi yapıldığında, </span></div><div class="t m0 x10 h3 y965 ff2 fs0 fc2 sc0 ls0 ws0">taban sınıf göstericisinin iç<span class="_ _0"></span>inde gerçekten türemiş <span class="_ _0"></span>sınıf türünden bir nesnenin a<span class="_ _0"></span>dresi olup olmadığı </div><div class="t m0 x10 h3 y7bb ff1 fs0 fc2 sc0 ls0 ws0">bilinmeyebilir. </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1a1" class="pf w0 h0" data-page-no="1a1"><div class="pc pc1a1 w0 h0"><img class="bi xb y1475 w6 h106" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">417</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">İşte <span class="ff9">RTTI </span>araçları bu nokt<span class="_ _0"></span>ada işe yarar. Bu araçlarla <span class="_ _0"></span>aşağı doğ<span class="_ _0"></span>ru bir d<span class="_ _0"></span>önüşümün güvenilir bir biçimde yap<span class="_ _0"></span>ılması </div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">mümkündür. </div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4bd ff1 fs0 fc2 sc0 ls0 ws0">C++ dilinde <span class="ff9">RTTI <span class="ff2">araçların<span class="_ _0"></span>ın üç ayrı b<span class="_ _0"></span>ileşeni vardır:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 hd y11ae ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y907 ff1 fs0 fc2 sc0 ls4 ws0">1)<span class="ff7 ls0"> <span class="_ _a"> </span><span class="ff9">dynamic_ca<span class="_ _0"></span><span class="ff2">st tür dönüştürme<span class="ff1"> <span class="_ _0"></span></span>işleci<span class="ff1"> </span></span></span></span></div><div class="t m0 x1 hd y690 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1012 ff9 fs0 fc2 sc0 ls0 ws0">dynamic_cast <span class="_ _0"></span><span class="ff2">C++ dilinin bir anahtar sözcü<span class="_ _0"></span>ğüdür.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y13f1 ff2 fs0 fc2 sc0 ls0 ws0">Bu işleç, taban sınıf tü<span class="_ _0"></span>ründen bir adresi <span class="ff1">-<span class="_ _0"></span></span>eğer mümkün ise<span class="ff1">- </span>t<span class="_ _0"></span>üremiş sınıf türün<span class="_ _0"></span>den bir adrese dönüştürü<span class="_ _0"></span>r. Tür </div><div class="t m0 x10 h3 y1476 ff2 fs0 fc2 sc0 ls0 ws0">dönüştürme işlemi başarılı o<span class="_ _0"></span>larak yap<span class="_ _0"></span>ılırsa işlecin ürettiği değer, hedef tür olan<span class="_ _0"></span> türemiş sınıf türünd<span class="_ _0"></span>en bir </div><div class="t m0 x10 h3 y257 ff2 fs0 fc2 sc0 ls0 ws0">adrestir. Aksi halde, y<span class="_ _0"></span>ani dönüştürme i<span class="_ _0"></span>şlemi başarılı olma<span class="_ _0"></span>mışsa, işleç <span class="ff9 ls4">0 </span>değerini y<span class="_ _0"></span>ani <span class="ff9">NULL<span class="_ _0"></span> <span class="ff1">adresini üretir. </span></span></div><div class="t m0 x1 h3 y126a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yf8e ff1 fs0 fc2 sc0 ls4 ws0">2)<span class="ff7 ls0"> <span class="_ _24"> </span><span class="ff9">typeid <span class="ff2">işleci. Bir nesn<span class="_ _0"></span>enin türünü<span class="_ _0"></span> kesin olarak belirleyen bir<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">işleçtir.<span class="ff1"> </span></span></span></span></span></span></div><div class="t m0 x10 h3 yc89 ff9 fs0 fc2 sc0 ls0 ws0">typeid C++ <span class="ff2">dilinin bir an<span class="_ _0"></span>ahtar sözcüğüdür.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd y1477 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1188 ff1 fs0 fc2 sc0 ls4 ws0">3)<span class="ff7 ls0"> <span class="_ _a"> </span><span class="ff2">Bilgi edinilmek istenen tür h<span class="_ _0"></span>akkındaki <span class="_ _0"></span><span class="ff1">önem<span class="_ _6"></span>li <span class="_ _9"></span><span class="ff2">bilgilerin tutuldu<span class="_ _0"></span>ğ<span class="ff1 ls8">u </span><span class="ff9">type_info </span>sınıfı.<span class="ff1"> </span></span></span></span></span></div><div class="t m0 x1 hd y6b2 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y570 ff9 fs0 fc2 sc0 ls0 ws0">RTTI <span class="ff2">araçları ancak san<span class="_ _0"></span>al işleve sahip bir sınıf hiyerar<span class="_ _0"></span>şisi için kullan<span class="_ _0"></span>ılabilir. Eski derleyiciler çalışma zamanın<span class="_ _0"></span>da </span></div><div class="t m0 x10 h3 yf25 ff2 fs0 fc2 sc0 ls0 ws0">tür belirlenmesini desteklemi<span class="_ _0"></span>yor olabilir. Yeni derleyicilerin<span class="_ _0"></span> çoğunluğu ise <span class="_ _0"></span><span class="ff9">RTTI </span>araçlarını <span class="_ _0"></span>seçime bağlı olarak </div><div class="t m0 x10 h3 y1427 ff1 fs0 fc2 sc0 ls0 ws0">etkin duruma geçirir. </div><div class="t m0 x10 h3 y6fd ff2 fs0 fc2 sc0 ls0 ws0">Şimdi bu araçları ayrın<span class="_ _0"></span>tılı olarak inceleyelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 yeb6 ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1444 ff1 fs6 fc2 sc0 ls0 ws0">d<span class="_ _3"></span>y<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span>c<span class="_ _3"></span>_<span class="_ _3"></span>c<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y1036 ff2 fs0 fc2 sc0 ls0 ws0">Bu işleç <span class="ff9">RTTI </span>mekanizmas<span class="_ _0"></span>ının ağırlıklı olarak ku<span class="_ _0"></span>llanılan aracıdır. Bu işlecin kullan<span class="_ _0"></span>ılmasıyla, ta<span class="_ _0"></span>ban sınıf türünden </div><div class="t m0 x10 h3 ye6b ff2 fs0 fc2 sc0 ls0 ws0">bir adresin, programın çalı<span class="_ _0"></span>şma zamanında <span class="_ _0"></span>türemiş sınıf tü<span class="_ _0"></span>ründen bir ad<span class="_ _0"></span>rese güvenilir bir şekilde dönüştürülüp </div><div class="t m0 x10 h3 y44e ff2 fs0 fc2 sc0 ls0 ws0">dönüştürülemeyeceği öğr<span class="_ _0"></span>enilebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y58d ff2 fs0 fc2 sc0 ls0 ws0">İşlecin kullanımı dah<span class="_ _0"></span>a önce açıklanan y<span class="_ _0"></span>eni tür dönüştürme işleçlerinin (<span class="_ _0"></span><span class="ff9">static_ca<span class="_ _0"></span>st, const_cast, </span></div><div class="t m0 x10 h3 y1055 ff9 fs0 fc2 sc0 ls0 ws0">reinterpret_cast <span class="ff2">) kullan<span class="_ _0"></span>ımına benzer.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd y10bf ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y98c ff8 fs0 fc2 sc0 ls13 ws0">dynamic_cast&lt;Der1 *&gt; (baseptr)<span class="ls0"> </span></div><div class="t m0 x1 h15 y1089 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1094 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki ifade ile <span class="ff9">basep<span class="_ _0"></span>tr <span class="ff1">adresi </span>De<span class="_ _0"></span>r1 </span>sınıfı türünden b<span class="_ _0"></span>ir adrese dönüştürülmeye çalı<span class="_ _0"></span>şılıyor. Eğer <span class="_ _0"></span><span class="ff9">baseptr </span></div><div class="t m0 x10 h3 ye20 ff1 fs0 fc2 sc0 ls0 ws0">nesnesinin içinde gerçekten <span class="_ _0"></span><span class="ff9">Der1 <span class="ff2">sınıfı tü<span class="_ _0"></span>ründen bir nesneni<span class="_ _0"></span>n adresi varsa, dönü<span class="_ _0"></span>şüm başarılı olur. Böylece </span></span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1a2" class="pf w0 h0" data-page-no="1a2"><div class="pc pc1a2 w0 h0"><img class="bi xb y1478 w6 h107" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">418</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">işleç <span class="ff9">Der1 </span>sınıfı türünd<span class="_ _0"></span>en bir adres üretir. Eğer <span class="_ _0"></span><span class="ff9">baseptr </span>göst<span class="_ _0"></span>erici değişkeni içind<span class="_ _0"></span>e <span class="ff9">Der1 </span>sınıfı türü<span class="_ _0"></span>nden bir </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">adres yoksa, dönü<span class="_ _0"></span>şüm başarılı olmaz, işleç <span class="_ _0"></span><span class="ff9">0 (NULL) <span class="ff1">adre<span class="_ _0"></span>sini üretir. </span></span></div><div class="t m0 x1 h3 y4c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4bd ff9 fs0 fc2 sc0 ls0 ws0">dynamic_cast <span class="_ _0"></span><span class="ff2">işlecinin terimi olan ad<span class="_ _0"></span>resin <span class="ff1">-</span>yukarıdaki ö<span class="_ _0"></span>rnekte </span>baseptr <span class="ff1">göste<span class="_ _0"></span>ricisinin- <span class="ff2">çokb<span class="_ _0"></span>içimliliği </span></span></div><div class="t m0 x10 h3 y4e ff2 fs0 fc2 sc0 ls0 ws0">destekleyen bir sınıf türünd<span class="_ _0"></span>en olması zorunlu<span class="_ _0"></span>dur. Yani <span class="_ _0"></span><span class="ff9">baseptr </span>göster<span class="_ _0"></span>ici değişkenin ait olduğu sınıfın, en<span class="_ _0"></span> </div><div class="t m0 x10 h3 y338 ff2 fs0 fc2 sc0 ls0 ws0">az bir sanal işlev içermesi g<span class="_ _0"></span>erekir. Aksi halde işlecin ku<span class="_ _0"></span>llanımı geçersizdir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1039 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y7a ff8 fs0 fc2 sc0 ls13 ws0">void process(Base *baseptr)<span class="ls0"> </span></div><div class="t m0 x10 h11 y790 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y64d ff8 fs0 fc2 sc0 ls13 ws0">baseptr<span class="ls0">-</span>&gt;vfunc ();<span class="ls0"> </span></div><div class="t m0 x1 h12 y115d ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y237 ff8 fs0 fc2 sc0 ls13 ws0">if (Der1 *der1_ptr = dynamic_cast&lt;Der1 *&gt; (baseptr)) </div><div class="t m0 x17 h11 y132f ff8 fs0 fc2 sc0 ls13 ws0">der1_ptr<span class="ls0">-</span>&gt;foo();<span class="ls0"> </span></div><div class="t m0 x10 h11 y7d6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 yb4f ff2 fs0 fc2 sc0 ls0 ws0">Şimdi <span class="ff9">process </span>işlevi için<span class="_ _0"></span>de çalışma zamanında <span class="_ _0"></span>tür belirleniyor. <span class="_ _0"></span><span class="ff9">baseptr <span class="_ _0"></span><span class="ff1">göstericisi </span>dynamic<span class="_ _0"></span>_cast </span>işlecinin terimi </div><div class="t m0 x10 h3 y121c ff2 fs0 fc2 sc0 ls0 ws0">yapılarak, <span class="_ _0"></span><span class="ff9">Der1 * </span>türüne dönüştürülüyo<span class="_ _0"></span>r. <span class="ff9">dynamic<span class="_ _0"></span>_cast </span>işlecinin ürettiği d<span class="_ _0"></span>eğer <span class="ff9">Der1 <span class="ff1">türün<span class="_ _0"></span>den gösterici olan </span></span></div><div class="t m0 x10 h3 yed2 ff9 fs0 fc2 sc0 ls0 ws0">der1_ptr <span class="ff2">değişkenine ata<span class="_ _0"></span>nıyor. Eğer atanan<span class="_ _0"></span> değer </span>NULL <span class="_ _0"></span><span class="ff2">adresi değilse, bu gö<span class="_ _0"></span>sterici yoluyla, türemiş <span class="_ _0"></span></span>Der1 </div><div class="t m0 x10 h3 y1479 ff2 fs0 fc2 sc0 ls0 ws0">sınıfının <span class="ff9">foo </span>isimli işlevi çağr<span class="_ _0"></span>ılıyor.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y856 ff9 fs0 fc2 sc0 ls0 ws0">dynamic_cast <span class="_ _0"></span><span class="ff2">işlecinin tür dönüştürme işlemini b<span class="_ _0"></span>aşarıyla yapıp y<span class="_ _0"></span>apmadığı mutl<span class="_ _0"></span>aka sınanmalıdır.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y309 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1342 ff2 fs6 fc2 sc0 ls0 ws0">b<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>_<span class="_ _3"></span>c<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y82f ff9 fs0 fc2 sc0 ls0 ws0">dynamic_cast <span class="_ _0"></span><span class="ff2">işleci ile sınıf nesnesi gösteren b<span class="_ _0"></span>ir ifade yani bir sol taraf değ<span class="_ _0"></span>eri, sınıf türünden bir referan<span class="_ _0"></span>sa da </span></div><div class="t m0 x10 h3 y842 ff2 fs0 fc2 sc0 ls0 ws0">dönüştürülebilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 y10ae ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 y5e3 ff8 fs0 fc2 sc0 ls13 ws0">class Base {<span class="ls0"> </span></div><div class="t m0 x2 h11 yc32 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 yeee ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 yf39 ff8 fs0 fc2 sc0 ls13 ws0">virtual ~Base(){}<span class="ls0"> </span></div><div class="t m0 x10 h11 ye97 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 ye52 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yb56 ff8 fs0 fc2 sc0 ls13 ws0">class Der : public<span class="ls0"> </span>Base{<span class="ls0"> </span></div><div class="t m0 x2 h11 y75a ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 yc41 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 ye71 ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1a3" class="pf w0 h0" data-page-no="1a3"><div class="pc pc1a3 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">419</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">void func(Base &amp;baseref)<span class="ls0"> </span></div><div class="t m0 x10 h11 y2a6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y2a7 ff8 fs0 fc2 sc0 ls13 ws0">Der &amp;r = dynamic_cast&lt;Der &amp;&gt; (baseref);<span class="ls0"> </span></div><div class="t m0 x12 h11 ydf9 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 ydfa ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ya76 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ybc ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 yf8c ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 ye2f ff8 fs0 fc2 sc0 ls13 ws0">Der der; </div><div class="t m0 x2 h11 y28e ff8 fs0 fc2 sc0 ls13 ws0">func(der);<span class="ls0"> </span></div><div class="t m0 x1 h12 y51f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y778 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y4f6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y147a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y181 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y105d ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y7db ff2 fs0 fc2 sc0 ls0 ws0">Peki dönüştürme işleminin<span class="_ _0"></span> başarısı nasıl sınanabilir<span class="_ _0"></span>? Bir adres türüne d<span class="_ _0"></span>önüştürme yapıldı<span class="_ _0"></span>ğında, dönü<span class="_ _0"></span>ştürme </div><div class="t m0 x10 h3 y147b ff2 fs0 fc2 sc0 ls0 ws0">işleminin başarısız oldu<span class="_ _0"></span>ğu <span class="ff9">dynam<span class="_ _0"></span>ic_cast </span>işlecinin <span class="ff9">NULL </span>ad<span class="_ _0"></span>resi değeri üretmesiyle an<span class="_ _0"></span>laşılıyordu. Ancak<span class="_ _0"></span> <span class="ff9">NULL </span></div><div class="t m0 x10 h3 yf6b ff2 fs0 fc2 sc0 ls0 ws0">referans diye bir kavram ol<span class="_ _0"></span>madığı için, re<span class="_ _0"></span>feransa yapılan d<span class="_ _0"></span>önüşümün başarısı bu<span class="_ _0"></span> şekilde sınanamaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yc9 ff2 fs0 fc2 sc0 ls0 ws0">Dönüşümün başarısızlığı d<span class="_ _0"></span>urumunda <span class="_ _0"></span><span class="ff9">exceptio<span class="_ _0"></span>n handling </span>mekanizması devr<span class="_ _0"></span>eye girer. <span class="ff9">dynam<span class="_ _0"></span>ic_cast </span>işleciyle </div><div class="t m0 x10 h3 yca ff2 fs0 fc2 sc0 ls0 ws0">referansa yapılan b<span class="_ _0"></span>ir dönüşüm başarılı olmaz ise <span class="_ _0"></span>standart <span class="_ _0"></span><span class="ff9">bad_cast </span>sınıfı türü<span class="_ _0"></span>nden bir hata <span class="_ _0"></span>nesn<span class="ff1">esi gönderilir. </span></div><div class="t m0 x10 h3 y88 ff9 fs0 fc2 sc0 ls0 ws0">bad_cast <span class="ff2">sınıfı Stand<span class="_ _0"></span>art C++ kütüphan<span class="_ _0"></span>esi tarafından tanımlanmış, standart <span class="_ _0"></span>e<span class="_ _0"></span></span>xception <span class="_ _0"></span><span class="ff2">sınıfından türetilmiş bir </span></div><div class="t m0 x10 h3 y89 ff2 fs0 fc2 sc0 ls0 ws0">sınıftır. Bu sınıfın tanımı <span class="_ _0"></span>standart <span class="_ _0"></span><span class="ff9">typeinfo </span>başlık dosyasınd<span class="_ _0"></span>adır.<span class="ff1"> </span></div><div class="t m0 x1 h3 y10c7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ye01 ff8 fs0 fc2 sc0 ls13 ws0">void func (Base &amp;baseref)<span class="ls0"> </span></div><div class="t m0 x10 h11 y1158 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y1ce ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x14 h11 y44 ff8 fs0 fc2 sc0 ls13 ws0">Der &amp;r = dynamic_cast&lt;Der &amp;&gt; (baseref);<span class="ls0"> </span></div><div class="t m0 x12 h11 y746 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x12 h11 y5d1 ff8 fs0 fc2 sc0 ls13 ws0">catch (std::bad_cast &amp;) {<span class="ls0"> </span></div><div class="t m0 x14 h11 yd42 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 y9c0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h11 ya15 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1a4" class="pf w0 h0" data-page-no="1a4"><div class="pc pc1a4 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">420</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0">Ne zaman bir ad<span class="_ _0"></span>res türü yerine bir referans türün<span class="_ _0"></span>e <span class="ff9">dyna<span class="_ _0"></span>mic_cast <span class="ff2">işleciyle dön<span class="_ _0"></span>üşüm yapılmalıdır? <span class="_ _0"></span>Bu tamamıyla </span></span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">programcının seçimidir. Pro<span class="_ _0"></span>gramcı oluşturduğu<span class="_ _0"></span> tasarım doğrultusun<span class="_ _0"></span>da bir seçim yapar. R<span class="_ _0"></span>eferansa yapılan bir </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">dönüşüm söz konu<span class="_ _0"></span>su olduğunda, başarısızlık duru<span class="_ _0"></span>mu göz ardı edilemez. Mutla<span class="_ _0"></span>ka hata işleme araçları </div><div class="t m0 x10 h3 y1f3 ff1 fs0 fc2 sc0 ls0 ws0">kullan<span class="ff2">ılmalıdır. Ancak h<span class="_ _0"></span>ata işleme araçlarının, p<span class="_ _0"></span>rogramın çalışma za<span class="_ _0"></span>manı açısından bir ma<span class="_ _0"></span>liyeti olduğu için, </span></div><div class="t m0 x10 h3 y1f4 ff2 fs0 fc2 sc0 ls0 ws0">programcıların çoğu <span class="ff9">d<span class="_ _0"></span>ynamic_cast </span>işleciyle bir re<span class="_ _0"></span>ferans türün<span class="_ _0"></span>e değil bir adres türüne dönü<span class="_ _0"></span>şüm yapmayı tercih </div><div class="t m0 x10 h3 y1f5 ff1 fs0 fc2 sc0 ls0 ws0">eder. </div><div class="t m0 x1 hd y1f6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h2f y11a5 ff3 fs6 fc2 sc0 ls0 ws0">dynamic_cast <span class="ff5 ls6d">İŞ</span>leci ile static_cast <span class="ff5 ls6d">İŞ<span class="ls0">leci Arasınd<span class="_ _9"></span>aki Fark <span class="_ _0"></span><span class="ff9 fs0">static_cast <span class="ff2">işleci ile, bir sınıf türü<span class="_ _0"></span>nden </span></span></span></span></div><div class="t m0 x10 h3 yecd ff2 fs0 fc2 sc0 ls0 ws0">adresin, aynı hiyerarşi içinde <span class="_ _0"></span>başka bir sınıf türün<span class="_ _0"></span>den adrese aşağı doğru d<span class="_ _0"></span>önüştürülmesi geçerlidir.<span class="_ _0"></span> Örneğin </div><div class="t m0 x10 h3 y3b6 ff9 fs0 fc2 sc0 ls33 ws0">A <span class="ff2 ls0">sınıfından </span><span class="lsb">B <span class="ff2 ls0">sını<span class="_ _0"></span>fı, <span class="ff9">B </span></span></span></div><div class="t m0 x10 h3 y57f ff2 fs0 fc2 sc0 ls0 ws0">sınıfından da <span class="ff9 ls32">C <span class="_ _0"></span></span>sınıfını türetmiş olalım. <span class="_ _0"></span><span class="ff9">static_cast <span class="_ _0"></span><span class="ff1">i</span></span>şleci ile <span class="ff9 ls3a">A </span>sınıfı türünden bir ad<span class="_ _0"></span>resi <span class="ff9">C </span></div><div class="t m0 x10 h3 y5c1 ff2 fs0 fc2 sc0 ls0 ws0">sınıfı türünden bir ad<span class="_ _0"></span>rese dönüştürmek geçerlid<span class="_ _0"></span>ir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 ya6a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y864 ff8 fs0 fc2 sc0 ls13 ws0">class A<span class="ls0"> { </span></div><div class="t m0 x12 h11 y8d6 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y728 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1433 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y136c ff8 fs0 fc2 sc0 ls13 ws0">class B : public A {<span class="ls0"> </span></div><div class="t m0 x12 h11 y993 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 ye3b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y3c ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y27a ff8 fs0 fc2 sc0 ls13 ws0">class C : public B {<span class="ls0"> </span></div><div class="t m0 x12 h11 y859 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 yd5a ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y147c ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y6ec ff8 fs0 fc2 sc0 ls13 ws0">void func(A *aptr)<span class="ls0"> </span></div><div class="t m0 x10 h11 y13cb ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y18c ff8 fs0 fc2 sc0 ls13 ws0">C *cptr = static_cast&lt;C *&gt;(aptr);<span class="ls0"> </span></div><div class="t m0 x12 h11 yed6 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y1437 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y1246 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y8ca ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kod p<span class="_ _0"></span>arçasında, <span class="_ _0"></span><span class="ff9">func </span>işlevinin parametre değişkeni olan<span class="_ _0"></span> <span class="ff9">aptr </span>gösteric<span class="_ _0"></span>isinin değeri, işlevin ana <span class="_ _0"></span>bloğu </div><div class="t m0 x10 h3 y786 ff1 fs0 fc2 sc0 ls0 ws0">içinde <span class="ff9">static_cast <span class="ff2">işl<span class="_ _0"></span>eci ile, </span><span class="ls32">C </span><span class="ff2">sınıfı tü<span class="_ _0"></span>ründen bir adrese dönü<span class="_ _0"></span>ştürülüyor. Kod tamamen geç<span class="_ _0"></span>erlidir. Ancak kodun </span></span></div><div class="t m0 x10 h3 y192 ff2 fs0 fc2 sc0 ls0 ws0">geçerli olması <span class="ff9">aptr <span class="ff1">göst<span class="_ _0"></span>erici d</span></span>eğişkeni içinde, <span class="_ _0"></span><span class="ff9 ls32">C </span>sınıfı türün<span class="_ _0"></span>den bir nesnenin adresi olduğu<span class="_ _0"></span>nun gü<span class="_ _0"></span>vencesi </div><div class="t m0 x10 h3 y97a ff2 fs0 fc2 sc0 ls0 ws0">değildir. Sınama derle<span class="_ _0"></span>me zamanında y<span class="_ _0"></span>apılır. <span class="ff9">func<span class="_ _0"></span> </span>işlevinin <span class="ff9 ls33">A </span>sınıfı türünden bir a<span class="_ _0"></span>dresle çağrılması göst<span class="_ _0"></span>erici </div><div class="t m0 x10 h3 y147d ff2 fs0 fc2 sc0 ls0 ws0">hatasıdır.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1a5" class="pf w0 h0" data-page-no="1a5"><div class="pc pc1a5 w0 h0"><img class="bi xb y147e w6 h108" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">421</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff9 fs0 fc2 sc0 ls0 ws0">static_cast <span class="ff2">işleci ile a<span class="_ _0"></span>şağı doğru dön<span class="_ _0"></span>üşüm yapılabilir. Ancak dönü<span class="_ _0"></span>şümün güvenli olup olmad<span class="_ _0"></span>ığı, programın </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">çalışma zamanında <span class="_ _0"></span>sınanmaz. İşlecin ürettiği değ<span class="_ _0"></span>er, her zaman açısal ayra<span class="_ _0"></span>ç içine yazılan hedef türden </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">adrestir. Ancak programın çalı<span class="_ _0"></span>şma zamanında o a<span class="_ _0"></span>dreste o türde<span class="_ _0"></span>n bir n<span class="_ _0"></span>esne olacağının hiçbir gü<span class="_ _0"></span>vencesi </div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">yoktur. Şimdi de dö<span class="_ _0"></span>nüşümün <span class="_ _0"></span><span class="ff9">dynamic_cast </span>işleci ile yap<span class="_ _0"></span>ıldığını düşünelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y675 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y533 ff8 fs0 fc2 sc0 ls13 ws0">void func(A *aptr)<span class="ls0"> </span></div><div class="t m0 x10 h11 ye39 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y51 ff8 fs0 fc2 sc0 ls13 ws0">if (C *cptr = dynamic_cast&lt;C *&gt;(aptr))<span class="ls0"> </span></div><div class="t m0 x17 h11 y679 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 yf23 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y7d4 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd3a ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">func </span>işlevi çağrıldığınd<span class="_ _0"></span>a, <span class="ff9">func </span>işlevine <span class="ff9 ls32">C <span class="_ _0"></span></span>sınıfı türün<span class="_ _0"></span>den ya da <span class="_ _0"></span><span class="ff9 ls32">C </span>sınıfından tü<span class="_ _0"></span>reyen bir sınıf </div><div class="t m0 x10 h3 ybf3 ff1 fs0 fc2 sc0 ls0 ws0">türünden ad<span class="_ _0"></span>res geçilirse, <span class="ff9">dynamic<span class="_ _0"></span>_cast <span class="ff2">işleci başarılı olur. İ<span class="_ _0"></span>şleç </span><span class="ls32">C </span><span class="ff2">sını<span class="_ _0"></span>fı türünden bir a<span class="_ _0"></span>dres üretir. Aksi halde işleç </span></span></div><div class="t m0 x10 h3 y102 ff9 fs0 fc2 sc0 ls0 ws0">NULL <span class="ff2">adresi üretir. Sın<span class="_ _0"></span>ama programın çalışma zamanın<span class="_ _0"></span>da yapılır.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd y326 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y130b ff1 fs6 fc2 sc0 ls0 ws0">t<span class="_ _3"></span>y<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>i<span class="_ _3"></span>d<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _b"></span>i<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>t<span class="_ _3"></span><span class="ff2">y<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _b"></span>_<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>f<span class="_ _3"></span>o<span class="_ _3"></span> <span class="_ _b"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y1106 ff9 fs0 fc2 sc0 ls0 ws0">typeid <span class="ff2">işleci ile iki nesnenin<span class="_ _0"></span> türünün a<span class="_ _0"></span>ynı olup olmadığı, programın çalışma zaman<span class="_ _0"></span>ında saptan<span class="_ _0"></span>abilir. <span class="_ _0"></span></span>type<span class="_ _0"></span>id </div><div class="t m0 x10 h3 y12dd ff2 fs0 fc2 sc0 ls0 ws0">tek terimli önek kon<span class="_ _0"></span>umunda bir işleçtir. İşlecin kullan<span class="_ _0"></span>ımı şöyledir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y67d ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1177 ff8 fs0 fc2 sc0 ls13 ws0">typeid(ifade)<span class="ls0"> </span></div><div class="t m0 x1 h15 y127 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd82 ff2 fs0 fc2 sc0 ls0 ws0">Bu işleç ifadenin türün<span class="_ _0"></span>ü saptar ve ifadenin t<span class="_ _0"></span>ür<span class="ff1">ü<span class="_ _0"></span>ne uygun </span></div><div class="t m0 x1 h3 yd83 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y189 ff8 fs0 fc2 sc0 ls13 ws0">const std::type_info &amp;<span class="ls0"> </span></div><div class="t m0 x1 h15 y246 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf1 ff2 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir değer üretir. Burada belirtilen ifade, <span class="_ _0"></span><span class="ff9">sizeof </span>i<span class="_ _0"></span>şlecinde olduğu gibi h<span class="_ _0"></span>erhangi bir tür ismi, ya da </div><div class="t m0 x10 h3 y745 ff2 fs0 fc2 sc0 ls0 ws0">normal bir ifade olabilir. İşl<span class="_ _0"></span>ecin terimi olan ifade, çokb<span class="_ _0"></span>içimli bir sınıf türün<span class="_ _0"></span>den bir nesne belirtiyorsa, eld<span class="_ _0"></span>e </div><div class="t m0 x10 h3 y58d ff2 fs0 fc2 sc0 ls0 ws0">edilecek bilgi çalışma zamanı <span class="_ _0"></span>sırasındaki din<span class="_ _0"></span>amik türe ilişkindir. Örneğin <span class="_ _0"></span><span class="ff9">ba<span class="_ _0"></span>septr, <span class="ff1">çokbiçimli b<span class="_ _0"></span>ir türetme </span></span></div><div class="t m0 x10 h3 y1055 ff2 fs0 fc2 sc0 ls0 ws0">şemasında taban sınıf türü<span class="_ _0"></span>nden bir gösterici olsun. <span class="_ _0"></span>*<span class="ff9">ba<span class="_ _0"></span>septr, typeid <span class="_ _0"></span></span>işlecinin terimi yapılmış ol<span class="_ _0"></span>sun. <span class="ff9">basep<span class="_ _0"></span>tr </span></div><div class="t m0 x10 h3 y147f ff2 fs0 fc2 sc0 ls0 ws0">çalışma zamanında <span class="_ _0"></span>hangi nesneyi gösteriyor ise, o sını<span class="_ _0"></span>fa ilişkin tür bilgisi elde edilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y978 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2f7 ff9 fs0 fc2 sc0 ls0 ws0">typeid <span class="ff2">işlecinin ürettiği d<span class="_ _0"></span>eğer </span>std::type_in<span class="_ _0"></span>fo <span class="ff2">sınıfı türünden <span class="_ _0"></span></span>const <span class="ff2">bir referanstır. Bu r<span class="_ _0"></span>eferans </span></div><div class="t m0 x10 h3 y11f8 ff9 fs0 fc2 sc0 ls0 ws0">std::type_info <span class="ff2">sınıfı türü<span class="_ _0"></span>nden bir nesnenin yerine g<span class="_ _0"></span>eçer. </span>typ<span class="_ _0"></span>e_info <span class="ff2">sınıfının kod<span class="_ _0"></span>lanması derleyiciden </span></div><div class="t m0 x10 h3 y111e ff2 fs0 fc2 sc0 ls0 ws0">derleyiciye değişebilir. Ancak <span class="_ _0"></span>bu sınıfın temel yapısı stand<span class="_ _0"></span>art olup, t<span class="_ _0"></span>üm derleyiciler için aynı<span class="_ _3"></span>dır:<span class="ff1"> </span></div><div class="t m0 x1 hd y9de ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1a6" class="pf w0 h0" data-page-no="1a6"><div class="pc pc1a6 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">422</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">namespace std{<span class="ls0"> </span></div><div class="t m0 x2 h11 y194 ff8 fs0 fc2 sc0 ls13 ws0">class type_info {<span class="ls0"> </span></div><div class="t m0 x2 h11 ya07 ffc fs0 fc2 sc0 ls13 ws0">//Derleyiciye bağlı kısım </div><div class="t m0 x2 h11 y1308 ff8 fs0 fc2 sc0 ls13 ws0">private:<span class="ls0"> </span></div><div class="t m0 x17 h11 y111f ff8 fs0 fc2 sc0 ls13 ws0">type_info(const type_info &amp;);<span class="ls0"> </span></div><div class="t m0 x17 h11 yfa ff8 fs0 fc2 sc0 ls13 ws0">type_info &amp;operator=(const type_info &amp;); </div><div class="t m0 x2 h11 ye39 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x17 h11 y1011 ff8 fs0 fc2 sc0 ls13 ws0">virtual ~type_info();<span class="ls0"> </span></div><div class="t m0 x17 h11 y470 ff8 fs0 fc2 sc0 ls0 ws0">bool oper<span class="_ _0"></span>ator==(const <span class="_ _0"></span>type_info <span class="_ _0"></span>&amp;, co<span class="_ _0"></span>nst type_info <span class="_ _0"></span>&amp;); </div><div class="t m0 x17 h11 y84e ff8 fs0 fc2 sc0 ls0 ws0">bool oper<span class="_ _0"></span>ator!=(const <span class="_ _0"></span><span class="ls13">type_info <span class="_ _0"></span>&amp;, const type_info &amp;); </span></div><div class="t m0 x17 h11 ydae ff8 fs0 fc2 sc0 ls13 ws0">bool before(const type_info &amp;r) const;<span class="ls0"> </span></div><div class="t m0 x17 h11 y100 ff8 fs0 fc2 sc0 ls13 ws0">const char *name() const;<span class="ls0"> </span></div><div class="t m0 x2 h11 y933 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h11 ycde ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yc88 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yf2c ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki sınıf tanımında b<span class="_ _0"></span>azı noktaları inceleyelim :<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y124e ff9 fs0 fc2 sc0 ls0 ws0">type_info <span class="ff2">sınıfı da <span class="_ _0"></span>diğer sınıflarda o<span class="_ _0"></span>lduğu gibi <span class="_ _0"></span></span>std <span class="ff2">isim alanı içinde bildirilmiştir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd ya6e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h27 y1480 ffe fs0 fc2 sc0 ls11 ws0">1.<span class="fff ls0"> <span class="_ _3"></span><span class="ff9">type_info <span class="ff2">sınıfın<span class="_ _0"></span>ın bir varsayılan k<span class="_ _0"></span>urucu işlevi<span class="ff1"> <span class="_ _6"></span>yoktur.<span class="_ _0"></span> </span></span></span></span></div><div class="t m0 x10 h3 y1481 ff9 fs0 fc2 sc0 ls0 ws0">type_info <span class="ff2">sınıfı türü<span class="_ _0"></span>nden bir nesne varsayılan kuru<span class="_ _0"></span>cu işlev çağrılacak şekild<span class="_ _0"></span>e yaratılmaz.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd yd58 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h27 y1069 ffe fs0 fc2 sc0 ls11 ws0">2.<span class="fff ls0"> <span class="_ _3"></span><span class="ff9">type<span class="_ _0"></span>_info <span class="ff2">sınıfının kopyala<span class="_ _0"></span>yan kurucu işlevi ve atama işlecini<span class="_ _0"></span> yükleyen işlevi sını<span class="_ _0"></span>fın <span class="_ _0"></span></span>private <span class="ff1">bölümüne </span></span></span></div><div class="t m0 x10 h3 y55e ff1 fs0 fc2 sc0 ls0 ws0">yer<span class="ff2">leştirilmiştir. Bu da <span class="_ _0"></span>şu<span class="_ _9"></span> <span class="ff1">anlama gelir: <span class="ff9">typeid <span class="_ _0"></span></span></span>işlecinin ürettiği referansa bir b<span class="_ _0"></span>aşka <span class="ff9">type_in<span class="_ _0"></span>fo <span class="ff1">türün<span class="_ _0"></span>den nesne </span></span></span></div><div class="t m0 x10 h3 y13b6 ff1 fs0 fc2 sc0 ls0 ws0">atanamaz. Bir <span class="ff9">typ<span class="_ _0"></span>e_info <span class="ff2">nesnesi başka bir <span class="_ _0"></span></span>type_info <span class="_ _0"></span><span class="ff2">nesnesi ile ilk değer verilerek<span class="_ _0"></span></span></span> <span class="_ _6"></span><span class="ff2">y<span class="_ _0"></span>aratılamaz.<span class="ff1"> </span></span></div><div class="t m0 x10 h11 y915 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;typeinfo&gt; </div><div class="t m0 x10 h11 y1172 ff8 fs0 fc2 sc0 ls13 ws0">type_info<span class="ls0"> </span>t1;<span class="ls0"> <span class="_ _46"> </span></span>//<span class="ls0"> <span class="_ _0"></span>Geçer<span class="_ _9"></span>si<span class="_ _9"></span>z!<span class="_ _9"></span> </span></div><div class="t m0 x10 h11 y12cd ff8 fs0 fc2 sc0 ls13 ws0">type_info *ptr =<span class="ls0"> </span>new<span class="ls0"> </span>type_info;<span class="ls0"> <span class="_ _73"> </span></span>//<span class="ls0"> </span>Geçersiz!<span class="ls0"> </span></div><div class="t m0 x10 h11 y1356 ff8 fs0 fc2 sc0 ls13 ws0">type_info<span class="ls0"> </span>t2(type_id(unsigned<span class="ls0"> </span>int))<span class="ls0"> <span class="_ _5f"> </span></span>//Geçersiz!<span class="ls0"> </span></div><div class="t m0 x1 h1c yf3 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y91a ff9 fs0 fc2 sc0 ls0 ws0">type_info <span class="ff2">sınıf türünd<span class="_ _0"></span>en bir nesne, ancak <span class="_ _0"></span></span>typeid <span class="ff2">işleci ile el<span class="_ _0"></span>de edilebilir.<span class="ff1"> </span></span></div><div class="t m0 x1 hd y613 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y614 ff9 fs0 fc2 sc0 ls0 ws0">2. == <span class="ff1">ve </span>!= <span class="ff2">karşılaştırma i<span class="_ _0"></span>şleçlerini yükleyen,<span class="_ _0"></span> sınıfın </span>public <span class="_ _0"></span><span class="ff2">işlevleri tanımlanmıştır. <span class="_ _0"></span></span>type_info <span class="_ _0"></span><span class="ff1">türünden </span></div><div class="t m0 x10 h3 y615 ff2 fs0 fc2 sc0 ls0 ws0">nesnelerin eşitliği bu işleçl<span class="_ _0"></span>er tarafından sınanab<span class="_ _0"></span>ilir. Aşağıdaki örneği inceleyin<span class="_ _0"></span>:<span class="_ _0"></span><span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1a7" class="pf w0 h0" data-page-no="1a7"><div class="pc pc1a7 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">423</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ya53 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 yec9 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;typeinfo&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y1020 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1482 ff8 fs0 fc2 sc0 ls13 ws0">class Sample1 {<span class="ls0"> </span></div><div class="t m0 x2 h11 y6f5 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x10 h11 y2c ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y1175 ff8 fs0 fc2 sc0 ls13 ws0">virtual ~Sample1() {}<span class="ls0"> </span></div><div class="t m0 x10 h11 y6aa ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y9a3 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ye81 ff8 fs0 fc2 sc0 ls13 ws0">class Sample2 {<span class="ls0"> </span></div><div class="t m0 x2 h11 yef4 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x10 h11 y1272 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y949 ff8 fs0 fc2 sc0 ls13 ws0">virtual ~Sample2() {}<span class="ls0"> </span></div><div class="t m0 x10 h11 yd3c ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h11 ydf0 ff8 fs0 fc2 sc0 ls13 ws0">class Sample3 {<span class="ls0"> </span></div><div class="t m0 x2 h11 y898 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x10 h11 y10c4 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y63b ff8 fs0 fc2 sc0 ls13 ws0">virtual ~Sample3() {}<span class="ls0"> </span></div><div class="t m0 x10 h11 y460 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y134a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1353 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y1483 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y1484 ff8 fs0 fc2 sc0 ls13 ws0">Sample1 <span class="_ _0"></span>s1; </div><div class="t m0 x2 h11 y1485 ff8 fs0 fc2 sc0 ls13 ws0">Sample2 <span class="_ _0"></span>s2; </div><div class="t m0 x2 h11 y431 ff8 fs0 fc2 sc0 ls13 ws0">Sample3 s3;<span class="ls0"> </span></div><div class="t m0 x1 h11 y10e5 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y1016 ff8 fs0 fc2 sc0 ls13 ws0">Sample1 &amp;rs1 = s1; </div><div class="t m0 x2 h11 ycd1 ff8 fs0 fc2 sc0 ls13 ws0">Sample2 *ptrs2 = &amp;s2;<span class="ls0"> </span></div><div class="t m0 x1 h12 yf2 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y62c ff8 fs0 fc2 sc0 ls13 ws0">if (typeid(Sample1) == typeid(Sample2)) </div><div class="t m0 x17 h11 y137f ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;Ayni tur!&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x2 h11 yd78 ff8 fs0 fc2 sc0 ls13 ws0">else<span class="ls0"> </span></div><div class="t m0 x17 h11 y2a3 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;Farkli tur!&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y1486 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y88d ff8 fs0 fc2 sc0 ls13 ws0">if (typeid(rs1) == typeid(s1))<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1a8" class="pf w0 h0" data-page-no="1a8"><div class="pc pc1a8 w0 h0"><img class="bi xb y1487 w6 h109" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">424</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x17 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt;&quot;Ayni tur!&quot; &lt;&lt; std::endl; </div><div class="t m0 x2 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">else<span class="ls0"> </span></div><div class="t m0 x17 h11 y9a0 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt;&quot;Farkli tur!&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y6a6 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y6a7 ff8 fs0 fc2 sc0 ls13 ws0">if (typeid(*ptrs2) == typeid(rs1)) </div><div class="t m0 x17 h11 y7d2 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt;&quot;Ayni tur!&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x2 h11 y1488 ff8 fs0 fc2 sc0 ls13 ws0">else<span class="ls0"> </span></div><div class="t m0 x17 h11 y1201 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt;&quot;Farkli tur!&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y9fc ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y321 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 yfd7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yd11 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h27 y490 ffe fs0 fc2 sc0 ls11 ws0">3.<span class="fff ls0"> <span class="_ _3"></span><span class="ff2">Sınıfın <span class="ff9">c<span class="_ _0"></span>har <span class="ff1">türden bir a<span class="_ _0"></span>drese geri dönen </span>name <span class="_ _9"></span><span class="ff2">isimli bir üye işlevi vardır. <span class="_ _0"></span>Bu işlevin geri <span class="_ _0"></span>dön<span class="_ _9"></span>üş <span class="_ _9"></span>değeri </span></span></span></span></div><div class="t m0 x10 h3 yaed ff2 fs0 fc2 sc0 ls0 ws0">olan adreste sınıfın ismi gö<span class="_ _0"></span>steren bir karak<span class="_ _0"></span>ter dizisi<span class="ff1"> </span>vardır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h16 y180 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y358 ff8 fs0 fc2 sc0 ls13 ws0">std::cout <span class="_ _81"> </span>&lt;&lt; <span class="_ _46"> </span>typeid(Sample1).name() <span class="_ _81"> </span>&lt;&lt; <span class="_ _81"> </span>std::endl; <span class="_ _46"> </span>//class <span class="_ _81"> </span><span class="ls0">Samp<span class="_ _6"></span>le1 </span></div><div class="t m0 x10 h11 y8d9 ff8 fs0 fc2 sc0 ls13 ws0">std::cout <span class="_ _65"> </span>&lt;&lt; <span class="_ _45"> </span>typeid(*ptrs2).name() <span class="_ _45"> </span>&lt;&lt; <span class="_ _65"> </span>std::endl; <span class="_ _45"> </span>//class <span class="_ _45"> </span><span class="ls0">Sampl<span class="_ _6"></span>e2 </span></div><div class="t m0 x10 h11 y7ff ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; typeid(rs1).name()<span class="ls0"> </span>&lt;&lt;<span class="ls0"> <span class="_ _9"></span>std::<span class="_ _0"></span>endl; <span class="_ _8b"> </span><span class="ls13">//class <span class="_ _22"> </span></span>S<span class="_ _6"></span>amp<span class="_ _9"></span>le<span class="_ _9"></span>1 </span></div><div class="t m0 x10 h11 y1489 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; typeid(int).name()<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>std::endl;<span class="ls0"> <span class="_ _51"> </span></span>//int<span class="ls0"> </span></div><div class="t m0 x10 h11 yeff ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; typeid(long double).name()<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>std::endl;<span class="ls0"> <span class="_ _52"> </span></span>//long<span class="ls0"> </span>double<span class="ls0"> </span></div><div class="t m0 x1 h26 ya94 ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb44 ff2 fs0 fc2 sc0 ls0 ws0">Ayrıca sınıfın <span class="ff9">bool </span>d<span class="_ _0"></span>eğere geri dönen <span class="_ _0"></span><span class="ff9">before </span>isimli bir üye işl<span class="_ _0"></span>evi vardır. Bu işlev <span class="ff9">type<span class="_ _0"></span>_info <span class="ff1">t<span class="_ _0"></span>üründen nesnelerin </span></span></div><div class="t m0 x10 h3 ye46 ff2 fs0 fc2 sc0 ls0 ws0">sıralanabilmesi için tan<span class="_ _0"></span>ımlanmıştır. Bu üye işlev ile <span class="_ _0"></span><span class="ff9">*this </span>nesnesin<span class="_ _0"></span>e ilişkin türün, a<span class="_ _0"></span>rguman olarak alınan<span class="_ _0"></span> </div><div class="t m0 x10 h3 ye47 ff9 fs0 fc2 sc0 ls0 ws0">type_info <span class="ff2">nesnesi ile kar<span class="_ _0"></span>şılaştırılması yap<span class="_ _0"></span>ılır.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y1058 ff2 fs0 fc2 sc0 ls0 ws0">Karşılaştırma derleyiciye özgü <span class="_ _0"></span>bir biçimde yapılır. Örn<span class="_ _0"></span>eğin geri dön<span class="_ _0"></span>üş değeri <span class="ff9">true<span class="_ _0"></span> </span>ise *this <span class="_ _0"></span>nesnesine ilişkin tür, </div><div class="t m0 x10 h3 y148a ff2 fs0 fc2 sc0 ls0 ws0">&quot;türetme hiyerarşisinde dah<span class="_ _0"></span>a yukarıda&quot; an<span class="_ _0"></span>lamı çıkartılamaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yb9f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ye03 ff1 fs6 fc2 sc0 ls0 ws0">t<span class="_ _3"></span>y<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>i<span class="_ _3"></span>d<span class="_ _3"></span> <span class="_ _3"></span>i<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>o<span class="_ _3"></span>k<span class="_ _3"></span>b<span class="_ _3"></span>i<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _b"></span>O<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _f"></span>İ<span class="_ _3"></span>ç<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>m<span class="_ _b"></span>ı<span class="_ _b"></span></span> </div><div class="t m0 x10 h3 y90 ff9 fs0 fc2 sc0 ls0 ws0">typeid <span class="ff2">işleci genel olarak çok<span class="_ _0"></span>biçimli sınıflara ilişkin<span class="_ _0"></span> uygulamalard<span class="_ _0"></span>a kullanılsa da, b<span class="_ _0"></span>öyle bir zorunluluk yoktur. </span></div><div class="t m0 x10 h3 ye97 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte görü<span class="_ _0"></span>ldüğü gibi <span class="_ _0"></span><span class="ff9">typeid </span>işlecinin terimi C+<span class="_ _0"></span>+ dil<span class="ff1">inin<span class="_ _0"></span> temel veri türlerinin ismi, ya <span class="_ _0"></span>da bu veri </span></div><div class="t m0 x10 h3 y391 ff1 fs0 fc2 sc0 ls0 ws0">türlerinden nesneler de olabili<span class="_ _0"></span>r. </div><div class="t m0 x10 h3 y11e1 ff9 fs0 fc2 sc0 ls0 ws0">typeid <span class="ff2">işlecinin terimi olan n<span class="_ _0"></span>esne taban sınıf türü<span class="_ _0"></span>nden ise, <span class="_ _0"></span></span>typeid <span class="_ _0"></span><span class="ff2">işlecinin davranışı, söz ko<span class="_ _0"></span>nusu taban sınıfın </span></div><div class="t m0 x10 h3 y836 ff2 fs0 fc2 sc0 ls0 ws0">çokbiçimli olup olmamasına <span class="_ _0"></span>göre, yani sanal <span class="_ _0"></span>işlev içerip içer<span class="_ _0"></span>memesine göre deği<span class="_ _0"></span>şir. Aşağıdaki örn<span class="_ _0"></span>eği </div><div class="t m0 x10 h3 y336 ff1 fs0 fc2 sc0 ls0 ws0">inceleyelim: </div><div class="t m0 x10 h11 ya16 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 y12d8 ff8 fs0 fc2 sc0 ls13 ws0">class Base {<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1a9" class="pf w0 h0" data-page-no="1a9"><div class="pc pc1a9 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">425</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 ya53 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x10 h11 yec9 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x10 h11 y141b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y148b ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y156 ff8 fs0 fc2 sc0 ls13 ws0">class Der : public Base{<span class="ls0"> </span></div><div class="t m0 x2 h11 yfa ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y8a1 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y8b8 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y959 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y9c4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yf5e ff8 fs0 fc2 sc0 ls13 ws0">Der der;<span class="ls0"> </span></div><div class="t m0 x2 h11 y582 ff8 fs0 fc2 sc0 ls13 ws0">Base *base_ptr = &amp;der;<span class="ls0"> </span></div><div class="t m0 x2 h11 y11ec ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; typeid(*base_ptr).name() &lt;&lt; std::endl; </div><div class="t m0 x2 h11 yffd ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y493 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 yad9 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y388 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x10 h11 y119d ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yc4d ff8 fs0 fc2 sc0 ls13 ws0">Der der;<span class="ls0"> </span></div><div class="t m0 x2 h11 y10d0 ff8 fs0 fc2 sc0 ls13 ws0">Base *base_ptr = &amp;der;<span class="ls0"> </span></div><div class="t m0 x2 h11 y47b ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; typeid(*base_ptr).name() &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h12 yadd ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 ybc5 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y513 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y95f ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycf ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte ekrana <span class="_ _0"></span><span class="ff9">class Base </span>y<span class="_ _0"></span>azılır. <span class="ff9">Base <span class="ff1">türünd<span class="_ _0"></span>en bir göstericiye, </span>De<span class="_ _0"></span>r <span class="ff1">türünden bir n<span class="_ _0"></span>esnenin adres<span class="_ _6"></span>i </span></span></div><div class="t m0 x10 h3 y379 ff2 fs0 fc2 sc0 ls0 ws0">atanmış olmasına karşın, <span class="_ _0"></span><span class="ff9">typeid </span>işlecinin üret<span class="_ _0"></span>miş olduğu referans ile <span class="_ _0"></span><span class="ff9 ls14">name </span>işlevi çağrıldığınd<span class="_ _0"></span>a, ekrana taban </div><div class="t m0 x10 h3 yefb ff2 fs0 fc2 sc0 ls0 ws0">sınıfın ismi yazılır. Çünkü <span class="_ _0"></span><span class="ff9">Base </span>sınıfı çokb<span class="_ _0"></span>içimli sınıf değildir. Oysa <span class="_ _0"></span><span class="ff9">Base </span>sınıfının t<span class="_ _0"></span>anımı bir <span class="ff1">sana<span class="_ _9"></span>l <span class="ff2">işle<span class="_ _9"></span>v içerecek </span></span></div><div class="t m0 x10 h3 y9bc ff2 fs0 fc2 sc0 ls0 ws0">şekilde değiştirilirse <span class="ff1 ls15">bu <span class="ls0">kez ekrana <span class="_ _0"></span><span class="ff9">class Der </span></span></span>yazılır. <span class="ff9">S<span class="_ _0"></span>ample </span>sınıfının tanımını aşa<span class="_ _0"></span>ğıdaki <span class="ff1">gibi<span class="_ _9"></span> <span class="ff2">değiştirip, kaynak </span></span></div><div class="t m0 x10 h3 yf45 ff1 fs0 fc2 sc0 ls0 ws0">kodu yeniden d<span class="_ _0"></span>erleyin <span class="ls6e">ve</span> <span class="_ _3"></span><span class="ff2">çalıştırın:</span> </div><div class="t m0 x1 hd y24a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1ef ff8 fs0 fc2 sc0 ls13 ws0">class Sample {<span class="ls0"> </span></div><div class="t m0 x2 h11 y10d9 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x10 h11 yf6e ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y4b ff8 fs0 fc2 sc0 ls13 ws0">virtual ~Sample(){}<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1aa" class="pf w0 h0" data-page-no="1aa"><div class="pc pc1aa w0 h0"><img class="bi xb y1438 w6 hf7" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">426</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h26 y148c ff8 fs12 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1b6 ff2 fs0 fc2 sc0 ls0 ws0">Derleyiciler, yukarıda b<span class="_ _0"></span>elirtilen ve standartlara göre sınıf ta<span class="_ _0"></span>nımı içinde bulun<span class="_ _0"></span>ması gereken işlevlerin dışı<span class="_ _3"></span><span class="ff1">nda, </span></div><div class="t m0 x10 h3 y148d ff9 fs0 fc2 sc0 ls0 ws0">type_info <span class="ff2">sınıfı için, b<span class="_ _0"></span>aşka faydalı üye işlevler tanımlay<span class="_ _0"></span>arak programcının ku<span class="_ _0"></span>llanımına sunab<span class="_ _0"></span>ilir. Örneğin bazı </span></div><div class="t m0 x10 h3 ybbb ff2 fs0 fc2 sc0 ls0 ws0">derleyiciler, sınıf türüne ilişkin<span class="_ _0"></span> üye işlevlerin listesini v<span class="_ _0"></span>eren bir üye işlev tanımla<span class="_ _0"></span>mış olabilir. Yine bazı derleyici<span class="_ _0"></span>ler </div><div class="t m0 x10 h3 y13d6 ff2 fs0 fc2 sc0 ls0 ws0">sınıfa ilişkin bir nesnenin b<span class="_ _0"></span>ellekteki organizasyon<span class="_ _0"></span>u hakkında bilgi veren b<span class="_ _0"></span>ir üye işlev tanımlamış olabilir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y145f ff2 fs6 fc2 sc0 ls0 ws0">b<span class="_ _3"></span>a<span class="_ _3"></span>d<span class="_ _3"></span>_<span class="_ _3"></span>t<span class="_ _3"></span>y<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>i<span class="_ _3"></span>d<span class="_ _3"></span> <span class="_ _b"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yda6 ff1 fs0 fc2 sc0 ls0 ws0">Birçok uygulamada <span class="_ _0"></span><span class="ff9">typeid <span class="ff2">işlecinin t<span class="_ _0"></span>erimi, içerik işleci ile oluşturulan b<span class="_ _0"></span>ir ifadedir.<span class="_ _0"></span></span></span> </div><div class="t m0 x10 h3 yb6d ff2 fs0 fc2 sc0 ls0 ws0">Bu <span class="_ _11"> </span>du<span class="_ _0"></span>rumda, <span class="_ _22"> </span>içe<span class="_ _9"></span>rik <span class="_ _22"> </span>işlecinin <span class="_ _22"> </span>terim<span class="_ _9"></span>i <span class="_ _22"> </span><span class="ff9">NULL <span class="_ _22"> </span><span class="ff1">adresi <span class="_ _11"> </span>ise, <span class="_ _22"> </span>standart <span class="_ _22"> </span></span>bad_typeid <span class="_ _22"> </span></span>sınıfı <span class="_ _11"> </span>türünd<span class="_ _0"></span>en <span class="_ _11"> </span>bir <span class="_ _22"> </span>hata <span class="_ _11"> </span>nesne<span class="_ _0"></span>si </div><div class="t m0 x10 h3 y148e ff1 fs0 fc2 sc0 ls0 ws0">gönderilir. <span class="_ _3"></span><span class="ff9">bad_typeid <span class="_ _3"></span><span class="ff2">sınıfı, <span class="_ _3"></span>standar<span class="_ _0"></span>t <span class="_ _3"></span></span>exception <span class="_ _3"></span><span class="ff2">sınıfından <span class="_ _3"></span>türetilmiştir. <span class="_ _3"></span>Sınıfın <span class="_ _3"></span>tanımı <span class="_ _3"></span></span>typeinfo<span class="_ _0"></span> <span class="_ _3"></span><span class="ff2">başlık <span class="_ _0"></span>d<span class="_ _0"></span>osyası </span></span></div><div class="t m0 x10 h3 y8b2 ff1 fs0 fc2 sc0 ls0 ws0">içindedir. </div><div class="t m0 x10 h3 yf2a ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y4f6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y148f ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 y1122 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;typeinfo&gt;<span class="ls0"> </span></div><div class="t m0 x1 h14 y754 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h21 y136c ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y2eb ff8 fs0 fc2 sc0 ls13 ws0">class Base {<span class="ls0"> </span></div><div class="t m0 x2 h11 yb87 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x10 h11 y2ed ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x10 h11 yd4e ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1490 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ye00 ff8 fs0 fc2 sc0 ls13 ws0">void func(Base *ptr)<span class="ls0"> </span></div><div class="t m0 x10 h11 y4cb ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y8ee ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x17 h11 y928 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; typeid(*ptr).name() &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x12 h11 yf11 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x12 h11 y5cf ff8 fs0 fc2 sc0 ls13 ws0">catch (std::bad_typeid &amp;) {<span class="ls0"> </span></div><div class="t m0 x17 h11 y1ad ff8 fs0 fc2 sc0 ls13 ws0">std::cerr &lt;&lt; &quot;dereferencing null pointer&quot; &lt;&lt; std::endl; </div><div class="t m0 x17 h11 y1491 ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x12 h11 y112 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x2 h11 y1492 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y2f8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y1107 ff8 fsb fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1ab" class="pf w0 h0" data-page-no="1ab"><div class="pc pc1ab w0 h0"><img class="bi xb y1493 w6 h10a" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">427</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">R<span class="_ _3"></span>T<span class="_ _3"></span>T<span class="_ _3"></span>I<span class="_ _3"></span> <span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>ç<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _b"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>i<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Çalışma zamanında b<span class="_ _0"></span>ir nesnenin türü<span class="_ _0"></span>nün belirlenmesinin bir maliyeti vardır. <span class="_ _3"></span><span class="ff9">RTTI </span>araçlarının kod<span class="_ _0"></span>lanması </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">derleyiciyi yazanların seçimin<span class="_ _0"></span>e bırakılmıştır. Derleyicil<span class="_ _0"></span>erin çoğu bellekte her bir v<span class="_ _0"></span>eri türü için bir <span class="_ _3"></span><span class="ff9">type_info </span></div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">nesnelik alan ayırır. Daha <span class="_ _0"></span>önce belirtildiği <span class="ff1">gibi<span class="_ _9"></span> <span class="ff9">dynamic_cast <span class="_ _0"></span><span class="ff2">mekanizması yalnızca çokb<span class="_ _0"></span>içimli nesnelere </span></span></span></div><div class="t m0 x10 h3 ycda ff2 fs0 fc2 sc0 ls0 ws0">uygulanabilir. Sistemlerin çoğ<span class="_ _0"></span>unda, çokb<span class="_ _0"></span>içimli her nesne, <span class="ff1 ls15">bu </span>nesne için ay<span class="_ _0"></span>rılmış bellek alanında,<span class="_ _0"></span> ait olduğu </div><div class="t m0 x10 h3 yd53 ff2 fs0 fc2 sc0 ls0 ws0">çokbiçimli sınıfa ilişkin tu<span class="_ _0"></span>tulan sanal işlev tablosun<span class="_ _0"></span>un adresini tu<span class="_ _0"></span>tan bir göste<span class="_ _0"></span><span class="ff1">riciye sahipti<span class="_ _0"></span>r. Bu göstericiye </span></div><div class="t m0 x10 h3 yfa ff1 fs0 fc2 sc0 ls0 ws0">kavramsal olarak <span class="ff9">vp<span class="_ _0"></span>tr </span>(<span class="ff9">pointer to virtua<span class="_ _0"></span>l functions table<span class="_ _0"></span><span class="ff2">) denir. Daha ö<span class="_ _0"></span>nceki konularda, sanal işlev tablosu </span></span></div><div class="t m0 x10 h3 ybfe ff2 fs0 fc2 sc0 ls0 ws0">içinde sanal işlevlerin adre<span class="_ _0"></span>slerinin tutuldu<span class="_ _0"></span>ğu belirtilmişti. İşte çalışma zamanı tür b<span class="_ _0"></span>ilgisinin <span class="_ _0"></span><span class="ff1">elde<span class="_ _9"></span> edilmesi için<span class="ls17">, </span></span></div><div class="t m0 x10 h3 yd71 ff2 fs0 fc2 sc0 ls0 ws0">derleyiclerin çoğu <span class="ff1">sanal<span class="_ _9"></span> <span class="ff2">işlev<span class="_ _9"></span> tab<span class="_ _0"></span>losunun başında,<span class="_ _0"></span> tür bilgilerinin tutulduğu <span class="_ _0"></span><span class="ff9">type<span class="_ _0"></span>_info </span>sınıf nesnesinin adresini </span></span></div><div class="t m0 x10 h3 y931 ff2 fs0 fc2 sc0 ls0 ws0">de tutar. Dolayısıyla çalış<span class="_ _0"></span>ma zamanı tür bilgisinin elde <span class="_ _0"></span>edilmesi, aslında gösterici işleml<span class="_ _0"></span>eriyle yapılır. Önce </div><div class="t m0 x10 h3 ybe6 ff2 fs0 fc2 sc0 ls0 ws0">nesnenin sanal işlev tab<span class="_ _0"></span>lo gösterici<span class="_ _0"></span>sine erişilir. Bu göstericid<span class="_ _0"></span>en, sanal işlev tablosunun<span class="_ _0"></span> adresi alınır. Sanal işlev </div><div class="t m0 x10 h3 yce6 ff1 fs0 fc2 sc0 ls0 ws0">tablosundan d<span class="_ _0"></span>a, ilgili <span class="ff9">type_info <span class="_ _0"></span><span class="ff2">nesnesinin adresi elde edilir. <span class="_ _0"></span>Maliyetin bir sanal işlev çağrı<span class="_ _0"></span>sının maliyetine </span></span></div><div class="t m0 x10 h3 y1186 ff2 fs0 fc2 sc0 ls0 ws0">eşdeğer olduğu<span class="ff1"> <span class="_ _6"></span><span class="ff2">düşünülebilir.<span class="_ _0"></span><span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y136b ff1 fs0 fc2 sc0 ls0 ws0">Her veri türü için bir <span class="_ _0"></span><span class="ff9">type_info <span class="ff2">nesnesinin<span class="_ _0"></span> var olması, özellikle büy<span class="_ _0"></span>ük programlar için fazlad<span class="_ _0"></span>an yük getirir. </span></span></div><div class="t m0 x10 h3 yd11 ff2 fs0 fc2 sc0 ls0 ws0">Yüzlerce çokbiçimli sını<span class="_ _0"></span>fa sahip bir p<span class="_ _0"></span>rogramda yine yüzlerce <span class="_ _0"></span><span class="ff9">type_info </span>nesne<span class="_ _0"></span>si yaratılır. Tüm bu n<span class="_ _0"></span>esneler </div><div class="t m0 x10 h3 yf54 ff2 fs0 fc2 sc0 ls0 ws0">bellekte yer kaplar. Bütün sını<span class="_ _0"></span>f nesneleri gibi <span class="_ _0"></span><span class="ff9">type_info <span class="_ _0"></span></span>sınıfı nesnelerinin <span class="_ _0"></span><span class="ff1">de <span class="_ _9"></span><span class="ff2">yaratılmasının da <span class="_ _0"></span>zamansal bir </span></span></div><div class="t m0 x10 h3 y639 ff2 fs0 fc2 sc0 ls0 ws0">maliyeti vardır. <span class="ff9">RTTI </span>p<span class="_ _0"></span>rogram içinde hiç ku<span class="_ _0"></span>llanılmamış olsa da <span class="_ _0"></span><span class="ff9">type_info </span>n<span class="_ _0"></span>esneleri yine yaratılır. İşte <span class="ff1 ls15">bu <span class="ls0">yü<span class="_ _0"></span>zden </span></span></div><div class="t m0 x10 h3 y8fa ff1 fs0 fc2 sc0 ls0 ws0">derleyiciler <span class="ff9">RTTI <span class="ff2">mekanizma<span class="_ _0"></span>sını bir an<span class="_ _0"></span>ahtar ile aktif hale getirilmesine izin <span class="_ _0"></span>verir. <span class="_ _0"></span></span>RTT<span class="ls3">I </span><span class="ff2">mekan<span class="_ _0"></span>izmasının devre dışı<span class="_ _9"></span> </span></span></div><div class="t m0 x10 h3 yd55 ff2 fs0 fc2 sc0 ls0 ws0">bırakılması, çalışabilir kodu<span class="_ _0"></span>n küçülmesine ve çalı<span class="_ _0"></span>şma hızının artmasına n<span class="_ _0"></span>eden<span class="_ _0"></span><span class="ff1"> olur. </span></div><div class="t m0 x1 h16 y358 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y136c ff1 fs6 fc2 sc0 ls0 ws0">t<span class="_ _3"></span>y<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>i<span class="_ _3"></span>d<span class="_ _3"></span> <span class="_ _3"></span> <span class="_ _8"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span> <span class="_ _8"></span><span class="ls4a">ile<span class="ls0"> <span class="_ _4"></span>d<span class="_ _3"></span> <span class="_ _3"></span>y<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span>c<span class="_ _3"></span>_<span class="_ _3"></span>c<span class="_ _b"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _8"></span> <span class="_ _4"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _b"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _8"></span> <span class="_ _4"></span>M<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _b"></span>y<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span> <span class="_ _8"></span> <span class="_ _4"></span><span class="ff2">A<span class="_ _3"></span>ç<span class="_ _3"></span>ı<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>K<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ş<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _b"></span>a<span class="_ _3"></span>ş<span class="_ _3"></span>t<span class="_ _3"></span>ı<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 y1135 ff9 fs0 fc2 sc0 ls0 ws0">typeid <span class="_ _0"></span><span class="ff2">işlecinin <span class="_ _0"></span>bir <span class="_ _0"></span>değer <span class="_ _0"></span>üret<span class="_ _0"></span>mesi h<span class="_ _0"></span>er <span class="_ _0"></span>nesne <span class="_ _0"></span>için <span class="_ _0"></span>&quot;sabit&quot; <span class="_ _0"></span>b<span class="_ _0"></span>ir<span class="_ _0"></span> süre<span class="_ _0"></span> <span class="_ _0"></span>içinde <span class="_ _0"></span>gerçekleşir. <span class="_ _0"></span>Süre <span class="_ _0"></span>her <span class="_ _0"></span>çokbiçi<span class="_ _0"></span>mli n<span class="_ _0"></span>esne </span></div><div class="t m0 x10 h3 yd66 ff2 fs0 fc2 sc0 ls0 ws0">için, <span class="_ _0"></span>tü<span class="_ _0"></span>retme <span class="_ _0"></span>sınıf <span class="_ _3"></span>hiyerarşisi <span class="_ _0"></span>içind<span class="_ _0"></span>e <span class="_ _0"></span>yeri <span class="_ _3"></span>ne <span class="_ _0"></span>olursa <span class="_ _3"></span>olsun <span class="_ _0"></span>sabittir. <span class="_ _3"></span>Bu <span class="_ _0"></span>süre <span class="_ _3"></span>bir <span class="_ _0"></span>sanal <span class="_ _3"></span>işlevin <span class="_ _0"></span>çağrısı <span class="_ _0"></span>için<span class="_ _0"></span> <span class="_ _0"></span>harcan<span class="_ _0"></span>an </div><div class="t m0 x10 h3 y1336 ff2 fs0 fc2 sc0 ls0 ws0">süreye eşdeğer kabul edilebili<span class="_ _0"></span>r.<span class="ff1"> </span></div><div class="t m0 x10 h11 y6fc ff8 fs0 fc2 sc0 ls13 ws0">typeid(nesne)<span class="ls0"> </span></div><div class="t m0 x1 h15 y6b5 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye00 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir ifadenin eşdeğeri<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y30e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1126 ff8 fs0 fc2 sc0 ls13 ws0">*(nesne.vptr[0])<span class="ls0"> </span></div><div class="t m0 x1 h15 yc6b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y11f7 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir işleme karşılık geldi<span class="_ _0"></span>ği düşünülebilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yaa3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydf6 ff1 fs0 fc2 sc0 ls0 ws0">Ancak <span class="ff9">dynamic<span class="_ _0"></span>_cast <span class="ff2">işlemi için geçen sür<span class="_ _0"></span>e, sabit değildir.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h16 y98c ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 yf3c ff8 fs0 fc2 sc0 ls13 ws0">dynamic_cast&lt;T *&gt;(base_ptr)<span class="ls0"> </span></div><div class="t m0 x1 h15 yc9d ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1ac" class="pf w0 h0" data-page-no="1ac"><div class="pc pc1ac w0 h0"><img class="bi xb yb27 w6 h63" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">428</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">gibi bir ifadenin değerlend<span class="_ _0"></span>irilmesi için geçen sür<span class="_ _0"></span>e, dönüştürülme işlemine <span class="_ _0"></span>sokulan sınıfın, a<span class="_ _0"></span>it oldu<span class="_ _0"></span>ğu<span class="_ _0"></span> sınıf </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">hiyerarşisinin derinliğinin artmasıyla <span class="_ _0"></span>artar.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y4c ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki ifadede <span class="ff9">ba<span class="_ _0"></span>se_ptr </span>gö<span class="_ _0"></span>stericisinin ait oldugu sınıfın <span class="_ _0"></span>çok derin bir türetme zincirini<span class="_ _0"></span>n en tepesindeki sınıf </div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">olduğunu d<span class="_ _0"></span>üşünelim. Dönüştürülmenin yap<span class="_ _0"></span>ılacağı tür de sınıf hiyerarşisi içinde y<span class="_ _0"></span>er al<span class="_ _0"></span><span class="ff1">mayan<span class="_ _0"></span> bir tür olsun. </span></div><div class="t m0 x10 h3 y250 ff9 fs0 fc2 sc0 ls0 ws0">dynamic_cast <span class="_ _0"></span><span class="ff2">işlecinin </span>NULL <span class="ff1">adresi üret<span class="_ _0"></span>mesi için türetme zin<span class="_ _0"></span>cirinin en alt kademesine kad<span class="_ _0"></span>ar gidilip kontrol </span></div><div class="t m0 x10 h3 y634 ff2 fs0 fc2 sc0 ls0 ws0">yapılması gerekir. Tasarı<span class="_ _0"></span>m açısından <span class="_ _0"></span><span class="ff9">dynamic_cast <span class="_ _0"></span></span>işleci <span class="ff9">typeid </span>işlecine tercih edil<span class="_ _0"></span>melidir. Çünkü <span class="_ _0"></span><span class="ff9">dynamic_cast </span></div><div class="t m0 x10 h3 y421 ff2 fs0 fc2 sc0 ls0 ws0">işleci ile oluşturulan<span class="_ _0"></span> kodun esnekliği ve geliştilebilirili<span class="_ _0"></span>ği <span class="ff9">type<span class="_ _0"></span>_id </span>işleci ile oluşturulmuş kod<span class="_ _0"></span>a göre daha <span class="_ _0"></span>fazladır. </div><div class="t m0 x10 h3 yd47 ff2 fs0 fc2 sc0 ls0 ws0">Ancak buna <span class="_ _0"></span>karşı <span class="ff9">dynamic_cast </span>işl<span class="_ _0"></span>ecinin maliyeti de <span class="ff9">type<span class="_ _0"></span>id </span>işlecinin maliyetine gör<span class="_ _0"></span>e daha fazladır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y1022 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ye74 ff2 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>ı<span class="_ _3"></span>ş<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span></span>Z<span class="_ _3"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _b"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>k<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>c<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _11"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1042 ff1 fs0 fc2 sc0 ls0 ws0">S<span class="ff2">anal işlev yapısı her zaman <span class="_ _0"></span><span class="ff9">RTTI </span>araçlarına ter<span class="_ _0"></span>cih edilmelidir. <span class="_ _0"></span><span class="ff9">RTTI </span>araçlarının, b<span class="_ _0"></span>ir zorunluluk bulu<span class="_ _0"></span>nmamasına </span></div><div class="t m0 x10 h3 y7c2 ff2 fs0 fc2 sc0 ls0 ws0">karşın kullanılması, progra<span class="_ _0"></span>mların karmaşıklığını arttırır, <span class="_ _0"></span>test işlemlerini zo<span class="_ _0"></span>rlaştırır. Kaynak kod d<span class="_ _0"></span>eğişikliklere </div><div class="t m0 x10 h3 y128c ff2 fs0 fc2 sc0 ls0 ws0">karşı daha kırılgan h<span class="_ _0"></span>ale gelir. Programın <span class="_ _0"></span>çalışması yavaşlayab<span class="_ _0"></span>ilir. <span class="ff9">RTTI </span>araçlarının k<span class="_ _0"></span>ullanılması konusun<span class="_ _0"></span>da bir </div><div class="t m0 x10 h3 y128d ff2 fs0 fc2 sc0 ls0 ws0">zorunluluk varsa, b<span class="_ _0"></span>u durumda tasarım açısından<span class="_ _0"></span>, önce <span class="_ _0"></span><span class="ff9">dynamic_cast <span class="_ _0"></span></span>işleci tercih edilmelid<span class="_ _0"></span>ir.<span class="ff1"> </span></div><div class="t m0 x1 h3 y1023 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1449 ff2 fs0 fc2 sc0 ls0 ws0">C++ dilinde Nesne Yöneli<span class="_ _0"></span>mli Programlama Tekniği ku<span class="_ _0"></span>llanılarak yaz<span class="_ _0"></span>ılmış programlard<span class="_ _0"></span>a, program tasarı<span class="_ _0"></span>mı, diğer </div><div class="t m0 x10 h3 yce7 ff2 fs0 fc2 sc0 ls0 ws0">programlama dillerinde old<span class="_ _0"></span>uğundan<span class="_ _0"></span> çok daha fazla öneme sah<span class="_ _0"></span>iptir. Çalışma zamanında <span class="_ _0"></span>tür bilgisinin </div><div class="t m0 x10 h3 y96d ff2 fs0 fc2 sc0 ls0 ws0">belirlenmesine yönelik gereks<span class="_ _0"></span>inim, nesne yönelimli progra<span class="_ _0"></span>mlama tekniğinin iyi bir ş<span class="_ _0"></span>ekilde uygulan<span class="_ _0"></span>ması </div><div class="t m0 x10 h3 ye19 ff2 fs0 fc2 sc0 ls0 ws0">durumunda,<span class="_ _0"></span> çoğu zaman ortada<span class="_ _0"></span><span class="ff1">n kalkar. <span class="_ _0"></span><span class="ff9">RTTI </span></span>çoğu zaman programcının ne<span class="_ _0"></span>sne yönelimli programlama </div><div class="t m0 x10 h3 y1494 ff2 fs0 fc2 sc0 ls0 ws0">konusunda y<span class="_ _0"></span>eterli deneyime sahip olmaması ned<span class="_ _0"></span>eniyle başvu<span class="_ _0"></span>rulan bir yöntemdir. İyi b<span class="_ _0"></span>ir tasarımda yalnızca </div><div class="t m0 x10 h3 y35a ff2 fs0 fc2 sc0 ls0 ws0">zorunlu du<span class="_ _0"></span>rumlarda kullanılmalıdır. Peki dinamik tü<span class="_ _0"></span>r kontrolünün<span class="_ _0"></span> yapılmasında tasarı<span class="_ _0"></span>m a<span class="_ _0"></span>çısından sorunlu olan </div><div class="t m0 x10 h3 y12ad ff1 fs0 fc2 sc0 ls0 ws0">durum nedir?<span class="_ _0"></span> </div><div class="t m0 x10 h3 y1495 ff2 fs0 fc2 sc0 ls0 ws0">Aşağı doğru dönüşümler <span class="_ _0"></span>güvenli bir şekilde yapılabilm<span class="_ _0"></span>esine karşın, genel olarak aşağıdaki <span class="_ _0"></span>sakıncalardan söz<span class="_ _0"></span> </div><div class="t m0 x10 h3 y1044 ff1 fs0 fc2 sc0 ls0 ws0">edilebilir: </div><div class="t m0 x1 h3 yafe ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he yf51 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Aşağı doğru d<span class="_ _0"></span>önüşümler, karmaşıklı<span class="_ _0"></span>ğın hizmet veren kod<span class="_ _0"></span>lardan hizmet alan k<span class="_ _0"></span>odlara, yani kullanıcı </span></span></div><div class="t m0 x10 h3 yc5b ff2 fs0 fc2 sc0 ls0 ws0">kodlarına kay<span class="_ _0"></span>dırılmasına neden olur. Böylece kodların<span class="_ _0"></span> karmaşıklığı artar, buda ko<span class="_ _0"></span>dlama maliyetinde bir </div><div class="t m0 x10 h3 ycd ff2 fs0 fc2 sc0 ls0 ws0">artışa neden<span class="ff1"> olur. </span></div><div class="t m0 x1 hd y628 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y11f6 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Karmaşıkl<span class="_ _0"></span>ığın kullanıcı kodlarına <span class="_ _0"></span>kayması kodların genel ola<span class="_ _0"></span>rak büyümesine neden olur.<span class="_ _3"></span><span class="ff1"> </span></span></span></div><div class="t m0 x1 h3 y44 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y125d ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Dön<span class="_ _0"></span>üşümün güvenli olup olmad<span class="_ _0"></span>ığını sınamak için<span class="_ _0"></span>, her dönüşüm için ayrı b<span class="_ _0"></span>ir kod yazmak gerekir. Bu </span></span></div><div class="t m0 x10 h3 ybee ff2 fs0 fc2 sc0 ls0 ws0">durumda bak<span class="_ _0"></span>ım giderleri<span class="ff1"> artar. </span></div><div class="t m0 x1 h3 yfbd ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y393 ff6 fs0 fc2 sc0 ls11 ws0">4.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Bu d<span class="_ _0"></span>önüşümler programın çalışmasınd<span class="_ _0"></span>a genel bir yavaşlama<span class="_ _0"></span>ya neden olur.<span class="_ _0"></span><span class="ff1"> <span class="_ _5"></span><span class="ff2">Yavaşlama oranı da, sınıf </span></span></span></span></div><div class="t m0 x10 h3 y591 ff2 fs0 fc2 sc0 ls0 ws0">hiyerarşisinin derinliği oranın<span class="_ _0"></span>da<span class="ff1"> arta<span class="_ _0"></span>r. </span></div><div class="t m0 x1 h3 yea2 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">429</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y268 ff6 fs0 fc2 sc0 ls11 ws0">5.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">Programın <span class="_ _0"></span>yapılacak eklemele<span class="_ _0"></span>r zorlaşır. Çoğu<span class="_ _9"></span> zaman, türetme hiyerarşisine eklenen s<span class="_ _0"></span>ınıflar için ek </span></span></div><div class="t m0 x10 h3 y269 ff2 fs0 fc2 sc0 ls0 ws0">sınamalar ya da ko<span class="_ _0"></span>ntroller <span class="ff1">yapm<span class="_ _6"></span>ak gerekir. </span></div><div class="t m0 x10 h3 y26a ff2 fs0 fc2 sc0 ls0 ws0">Ana sorun dah<span class="_ _0"></span>a önce yazılmış bir kod p<span class="_ _0"></span>arçasına ulaşabilmek için, fazlad<span class="_ _0"></span>an bir kod yazma zo<span class="_ _0"></span>runluluğudur. </div><div class="t m0 x10 h3 y1497 ff1 fs0 fc2 sc0 ls0 ws0">Üstelik fa<span class="ff2">zladan yaz<span class="_ _0"></span>ılan kod, programın genişletilm<span class="_ _0"></span>esi amacında d<span class="_ _0"></span>aha sonradan sorunlara yol açab<span class="_ _0"></span>ilir. Fazladan </span></div><div class="t m0 x10 h3 y1498 ff2 fs0 fc2 sc0 ls0 ws0">yazılan kod,<span class="_ _0"></span> bir sınıf türü için çalışma zamanınd<span class="_ _0"></span>a, o sınıf türü için b<span class="_ _0"></span>elirli işlevlerin çağrılıp çağrılamay<span class="_ _0"></span>acağını </div><div class="t m0 x10 h3 y1499 ff2 fs0 fc2 sc0 ls0 ws0">sınamak için yazılan k<span class="_ _0"></span>odlardır. Ek ko<span class="_ _0"></span>d içinde y<span class="_ _0"></span>apılan sınama olumlu sonuçlanırsa aşa<span class="_ _0"></span>ğı doğru b<span class="_ _0"></span>ir dönüşüm </div><div class="t m0 x10 h3 ydd6 ff2 fs0 fc2 sc0 ls0 ws0">yapılarak, istenen işlev çağrı<span class="_ _0"></span>lır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y104b ff2 fs0 fc2 sc0 ls0 ws0">Eğer daha önce y<span class="_ _0"></span>azılmış olan bir kodu (<span class="_ _0"></span><span class="ff9">server code</span>) b<span class="_ _0"></span>ulmak için programcı ek bir ko<span class="_ _0"></span>d yazmış ise, progra<span class="_ _0"></span>mcının </div><div class="t m0 x10 h3 y12fd ff2 fs0 fc2 sc0 ls0 ws0">yazmış olduğu ek kod<span class="_ _0"></span> karmaşıktır, çeşitli hat<span class="_ _0"></span>alara açıktır. Oy<span class="_ _0"></span>sa nesne yönelimli Progra<span class="_ _0"></span>mlama tekniğinin an<span class="_ _0"></span>a </div><div class="t m0 x10 h3 yda6 ff2 fs0 fc2 sc0 ls0 ws0">özelliklerinden birisi karma<span class="_ _0"></span>şıklığı indirgemektir. Dinam<span class="_ _0"></span>ik tür kontrolu<span class="_ _0"></span>nun uygulandığı çoğu duru<span class="_ _0"></span>mda </div><div class="t m0 x10 h3 y367 ff2 fs0 fc2 sc0 ls0 ws0">programcının, ana <span class="_ _0"></span>kodda oluşturulan tü<span class="_ _0"></span>retme hiyerarşisi hakkında bilgi sahib<span class="_ _0"></span>i olmasını zorunl<span class="_ _3"></span>u kılar, bu </div><div class="t m0 x10 h3 y892 ff2 fs0 fc2 sc0 ls0 ws0">durumda da <span class="_ _0"></span>ileride ana kodda kullanılan<span class="_ _0"></span> sınıf hiyerarşisi yapısında bir d<span class="_ _0"></span>eğişiklik yapıldığında, y<span class="_ _0"></span>azılan kodların </div><div class="t m0 x10 h3 y118f ff2 fs0 fc2 sc0 ls0 ws0">geçersiz bir duruma dü<span class="_ _0"></span>şmesine, yeniden yazılmak z<span class="_ _0"></span>orunda kalınmasına neden olab<span class="_ _0"></span>ilir, bu durum d<span class="_ _0"></span>a yine </div><div class="t m0 x10 h3 y32 ff1 fs0 fc2 sc0 ls0 ws0">nesne yönelimli programla<span class="_ _0"></span>ma t<span class="ff2">ekn<span class="_ _0"></span>iğinin genel felsefesine a<span class="_ _0"></span>ykırıdır.</span> </div><div class="t m0 x1 h3 yea5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yf55 ff1 fs6 fc2 sc0 ls0 ws0">A<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>o<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>ö<span class="_ _b"></span>n<span class="_ _3"></span>ü<span class="_ _3"></span>ş<span class="_ _3"></span></span>ü<span class="_ _b"></span>m<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _b"></span>k<span class="_ _3"></span>:<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _b"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span> </div><div class="t m0 x10 h3 y292 ff9 fs0 fc2 sc0 ls0 ws0">RTTI <span class="ff2">araçlarını ve aşağı doğru<span class="_ _0"></span> dönü<span class="_ _0"></span>şümleri (</span>downcast<span class="ff2">) k<span class="_ _0"></span>ullanmak yerine, d<span class="_ _0"></span>inamik bağlama ve sanal i<span class="_ _0"></span>şlevler </span></div><div class="t m0 x10 h3 y160 ff2 fs0 fc2 sc0 ls0 ws0">kullanılabilir. Bu tekn<span class="_ _0"></span>ikte, yalnızca türemiş sınıflarda <span class="_ _0"></span>kullan<span class="_ _0"></span>ılacak üye işlevler genelleştirile<span class="_ _0"></span>rek taban sınıfa </div><div class="t m0 x10 h3 y620 ff2 fs0 fc2 sc0 ls0 ws0">kaydırılır. Yani kullan<span class="_ _0"></span>ıcı kodları, sanal işlevler biçiminde n<span class="_ _0"></span>esnenin içine kay<span class="_ _0"></span>dırılır. Bu durumda aşağı d<span class="_ _0"></span>oğru </div><div class="t m0 x10 h3 y294 ff2 fs0 fc2 sc0 ls0 ws0">dönüşümler derleyiciler tara<span class="_ _0"></span>fından hem oto<span class="_ _0"></span>matik olarak hem de güvenli bir şeki<span class="_ _0"></span>lde yapılı<span class="_ _0"></span>r. <span class="_ _0"></span>Aşağı doğru </div><div class="t m0 x10 h3 y149a ff2 fs0 fc2 sc0 ls0 ws0">yapılan bir d<span class="_ _0"></span>önüşüm eğer güvenilir değilse, zaten derl<span class="_ _0"></span>eme aşamasınd<span class="_ _0"></span>a derleyici tarafından<span class="_ _0"></span> saptanır. Ayrıca </div><div class="t m0 x10 h3 y111a ff2 fs0 fc2 sc0 ls0 ws0">bu tür bir t<span class="_ _0"></span>asarım, söz konusu programın geli<span class="_ _0"></span>ştirilebirliği konusun<span class="_ _0"></span>da da son derece esnek bir y<span class="_ _0"></span>apı sağlar. </div><div class="t m0 x10 h3 y11bf ff2 fs0 fc2 sc0 ls0 ws0">Yeni bir türetme yapılmas<span class="_ _0"></span>ı durumun<span class="_ _0"></span>da var olan ana sınıf kod<span class="_ _0"></span>larında bir değişiklik yap<span class="_ _0"></span>ılması gerekmez.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yac6 ff2 fs0 fc2 sc0 ls0 ws0">Aşağı doğru dönüşüm v<span class="_ _0"></span>e izleyen <span class="ff9">if </span>d<span class="_ _0"></span>eyiminden oluşan kod p<span class="_ _0"></span>arçacıkları çoğu zaman, sanal <span class="_ _0"></span>işlev çağrılarıyla </div><div class="t m0 x10 h3 y343 ff2 fs0 fc2 sc0 ls0 ws0">değiştirilebilir. Buradaki anah<span class="_ _0"></span>tar faktör, yetenek sorgulama<span class="_ _0"></span>sının bir h<span class="_ _0"></span>izmet <span class="_ _0"></span>isteğine dönüştürü<span class="_ _0"></span>lmesidir. </div><div class="t m0 x10 h3 y27a ff2 fs0 fc2 sc0 ls0 ws0">Nesneye yapılan bir h<span class="_ _0"></span>izmet alma isteği, bir sanal <span class="_ _0"></span>işlev çağrısıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y3f7 ff1 fs6 fc2 sc0 ls0 ws0">n<span class="_ _3"></span>e<span class="_ _3"></span>w<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>ç<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _b"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y803 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">işlecinin dinamik b<span class="_ _0"></span>ir sınıf bir sınıf nesnesi elde <span class="_ _0"></span>etmek için k<span class="_ _0"></span>ullanıldığını düşünelim:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd yce9 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y2d8 ff8 fs0 fc2 sc0 ls13 ws0">class A<span class="ls0"> { </span></div><div class="t m0 x2 h11 y89e ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x10 h11 y58d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y313 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1001 ff8 fs0 fc2 sc0 ls13 ws0">new A *pd = new A;<span class="ls0"> </span></div><div class="t m0 x1 h17 yf88 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y394 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">işlecinin standartla<span class="_ _0"></span>r tarafından güvence altına alın<span class="_ _0"></span>an davranışı şöyledir:<span class="_ _3"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd ycba ff1 fs5 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1ae" class="pf w0 h0" data-page-no="1ae"><div class="pc pc1ae w0 h0"><img class="bi xb y1347 w6 hde" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAAHNCAIAAADdcbwAAAAACXBIWXMAABYlAAAWJQFJUiTwAAAILUlEQVR42u3doRGDQBRFUcig0BRADbRBJamIStJGCojaAhAo7E8Fm5kQBLs5x6576s4320ZEk5HWvQEAAC5jHPrc0806AABQAWUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAIDydSbgFI/70wgAcMy8TEbgd272AABQgzYicm9p3Q0EAADXMQ597snNHgAAaqDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAOB8n36qAgAASuFmDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwDAP+heabMCAACUzs0eAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAvvUGfMQYPb4uO2sAAAAASUVORK5CYII="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">430</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">işleci </span>operator new <span class="_ _0"></span><span class="ff2">isimli bir global <span class="_ _0"></span>işlevi çağırarak </span>free sto<span class="_ _0"></span>re <span class="ff2">alanından <span class="_ _0"></span></span>sizeof(A) <span class="ff1">kadar bü<span class="_ _0"></span>yüklükte bir </span></div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">blok elde eder. Daha sonra,<span class="_ _0"></span> elde edilen dinamik bell<span class="_ _0"></span><span class="ff2">ek bloğ<span class="_ _0"></span>unun b<span class="_ _0"></span>aşlangıç adresi, <span class="ff9 ls33">A </span>sınıfın<span class="_ _0"></span>ın kurucu </span></div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">işlevine <span class="ff9">this </span>adresi olarak g<span class="_ _0"></span>eçirilir. Böylece sını<span class="_ _0"></span>fın kurucu işlevi, dinamik olara<span class="_ _0"></span>k elde edilen b<span class="_ _0"></span>ellek bloğunda, </div><div class="t m0 x10 h3 y1f3 ff9 fs0 fc2 sc0 ls33 ws0">A <span class="ff2 ls0">sınıfı türünden bir n<span class="_ _0"></span>esne oluşturur.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y250 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y338 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">işleci ve </span>operator ne<span class="_ _0"></span>w <span class="ff2">terimleri sıklıkla b<span class="_ _0"></span>irbirleriyle karıştırılır. <span class="_ _0"></span></span>new, <span class="ff2">C++ dilinin bir iş<span class="_ _0"></span>lecidir. Programcı </span></div><div class="t m0 x10 h3 y339 ff2 fs0 fc2 sc0 ls0 ws0">hangi işlevi tanımlarsa ta<span class="_ _0"></span>nımlasın, <span class="_ _0"></span><span class="ff9">new </span>işlecinin yukarıd<span class="_ _0"></span>a açıklanan davran<span class="_ _0"></span>ışını değiştiremez. Ancak programcı </div><div class="t m0 x10 h3 y33a ff1 fs0 fc2 sc0 ls0 ws0">isterse, <span class="ff9">new <span class="ff2">işlecinin <span class="_ _0"></span></span>free store <span class="ff2">alan<span class="_ _0"></span>ından yer elde etmek amacıyla <span class="_ _0"></span>çağırdığı </span>operator ne<span class="_ _0"></span>w <span class="ff2">işlevini yükleyebil<span class="_ _0"></span>ir. </span></span></div><div class="t m0 x10 h3 y33b ff1 fs0 fc2 sc0 ls0 ws0">Gerçekte yüklenen <span class="ff9">new <span class="_ _0"></span><span class="ff2">işleci değil </span>operator ne<span class="_ _0"></span>w <span class="ff2">işlevidir.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 hd y33c ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1042 ff1 fs6 fc2 sc0 ls0 ws0">o<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>n<span class="_ _b"></span>e<span class="_ _3"></span>w<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 yf5e ff2 fs0 fc2 sc0 ls0 ws0">Tek bir sınıf nesnesi için <span class="_ _0"></span><span class="ff9">free store </span>ala<span class="_ _0"></span>nından yer elde etme işlemler<span class="_ _0"></span>i standart bir işlev olan <span class="_ _0"></span><span class="ff9">op<span class="_ _0"></span>erator new </span></div><div class="t m0 x10 h3 y271 ff2 fs0 fc2 sc0 ls0 ws0">tarafından yap<span class="_ _0"></span>ılır. Bu işlevin bildirimi<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1105 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y53c ff8 fs0 fc2 sc0 ls13 ws0">void *operator new(size_t);<span class="ls0"> </span></div><div class="t m0 x1 h15 ycf4 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y149b ff2 fs0 fc2 sc0 ls0 ws0">biçimindedir. İşlevin parametr<span class="_ _0"></span>esi, <span class="ff9">new </span>i<span class="_ _0"></span>şlecinin terimi olmuş ifadenin<span class="_ _0"></span> <span class="ff9">sizeof </span>değer<span class="_ _0"></span>idir. Bu işlev parametresine </div><div class="t m0 x10 h3 y1025 ff2 fs0 fc2 sc0 ls0 ws0">aktarılan büy<span class="_ _0"></span>üklükte bir dinamik bellek bloğu eld<span class="_ _0"></span>e ederek bloğun başlan<span class="_ _0"></span>gı<span class="ff1">ç a<span class="_ _0"></span>dresini döndürür. <span class="_ _0"></span><span class="ff9">new </span></span>işlecinin </div><div class="t m0 x10 h3 yf6a ff2 fs0 fc2 sc0 ls0 ws0">kullanılması durumund<span class="_ _0"></span>a, işlecin terimi olan türün<span class="_ _0"></span> <span class="ff9">sizeo<span class="_ _0"></span>f </span>değeri derleyici tarafından h<span class="_ _0"></span>esaplanarak b<span class="_ _0"></span>u işleve </div><div class="t m0 x10 h3 y149c ff1 fs0 fc2 sc0 ls0 ws0">argüman olarak gön<span class="_ _0"></span>derilir. </div><div class="t m0 x10 h3 y134a ff1 fs0 fc2 sc0 ls0 ws0">Yani </div><div class="t m0 x1 hd y7b1 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6fd ff8 fs0 fc2 sc0 ls13 ws0">new A<span class="ls0"> </span></div><div class="t m0 x1 h15 yfef ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y5fb ff2 fs0 fc2 sc0 ls0 ws0">gibi bir ifadenin, derleyici tara<span class="_ _0"></span>fından önce aşağıdak<span class="_ _0"></span>i gibi bir işlev çağ<span class="_ _0"></span>rısına </div><div class="t m0 x10 h3 ye88 ff2 fs0 fc2 sc0 ls0 ws0">dönüştürüldü<span class="_ _0"></span>ğünü düşünebilirsiniz:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y2d8 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2d9 ff8 fs0 fc2 sc0 ls13 ws0">operator new(sizeof(A))<span class="ls0"> </span></div><div class="t m0 x1 h15 y126f ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y806 ff2 fs0 fc2 sc0 ls0 ws0">Bu çağrıdan elde edil<span class="_ _0"></span>en adresle <span class="ff9 ls33">A </span>sınıfın<span class="_ _0"></span>ın kurucu işlevinin çağrıldığı d<span class="_ _0"></span>üşünülebilir. Progra<span class="_ _0"></span>mcı isterse <span class="_ _0"></span><span class="ff9">operator </span></div><div class="t m0 x10 h3 yf7c ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">işlevini dinamik bir blok<span class="_ _0"></span> elde etme amacıyla do<span class="_ _0"></span>ğrudan da çağırab<span class="_ _0"></span>ilir. <span class="_ _0"></span>Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd y123f ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1368 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 y52d ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstring&gt;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1af" class="pf w0 h0" data-page-no="1af"><div class="pc pc1af w0 h0"><img class="bi xb y149d w6 h10c" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">431</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yf6 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x1c h11 yf7 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 yf8 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y37e ff8 fs0 fc2 sc0 ls13 ws0">char str[100];<span class="ls0"> </span></div><div class="t m0 x1 h12 y37f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y930 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;bir yazi girin &quot;; </div><div class="t m0 x1a h11 y1011 ff8 fs0 fc2 sc0 ls13 ws0">cin &gt;&gt; str;<span class="ls0"> </span></div><div class="t m0 x1a h11 y790 ff8 fs0 fc2 sc0 ls13 ws0">char *ptr = (char *)operator new(strlen(str) + 1); </div><div class="t m0 x1a h11 y11b3 ff8 fs0 fc2 sc0 ls13 ws0">strcpy(ptr, str);<span class="ls0"> </span></div><div class="t m0 x1a h11 yc64 ff8 fs0 fc2 sc0 ls13 ws0">strrev(ptr);<span class="ls0"> </span></div><div class="t m0 x1 h12 yd04 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y12b8 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;yazi = (&quot; &lt;&lt; ptr &lt;&lt; &quot;)&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1a h11 ycf2 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x1a h11 ydef ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 yc2c ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y6b0 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3a3 ff1 fs0 fc2 sc0 ls0 ws0">Örnekte, <span class="ff9">operator new <span class="_ _0"></span><span class="ff2">işlevi, yerel </span>str <span class="ff2">d<span class="_ _0"></span>izisine girilen yazının<span class="_ _0"></span> uzunluğundan<span class="_ _0"></span> </span><span class="ls4">1 </span></span>byte dah<span class="_ _0"></span>a büyük bir dinamik </div><div class="t m0 x10 h3 y371 ff2 fs0 fc2 sc0 ls0 ws0">alan elde ediyor. Bu a<span class="_ _0"></span>lanın adresi <span class="ff9">void * </span>türü<span class="_ _0"></span>nden bir değer o<span class="_ _0"></span>larak dışarı iletiliyor. C++ da <span class="_ _3"></span><span class="ff9">void <span class="ff1">türden </span></span></div><div class="t m0 x10 h3 y3f2 ff2 fs0 fc2 sc0 ls0 ws0">adreslerin başka türd<span class="_ _0"></span>en göstericilere doğrudan<span class="_ _0"></span> atanamadığını an<span class="_ _0"></span>ımsayın. Söz konusu din<span class="_ _0"></span>amik bellek </div><div class="t m0 x10 h3 y994 ff2 fs0 fc2 sc0 ls0 ws0">bloğunun b<span class="_ _0"></span>aşlangıç adresi, <span class="ff9">cha<span class="_ _0"></span>r * </span>türüne dönüştürü<span class="_ _0"></span>lerek, aynı türden <span class="_ _0"></span><span class="ff9">ptr </span>göstericisine at<span class="_ _0"></span>anıyor. Bu gösterici </div><div class="t m0 x10 h3 y126 ff2 fs0 fc2 sc0 ls0 ws0">değişken yardımıyla ilgili yaz<span class="_ _0"></span>ı işleniyor<span class="ff1">. </span></div><div class="t m0 x10 h3 y149e ff9 fs0 fc2 sc0 ls0 ws0">operator new <span class="ff2">işlevi de yü<span class="_ _0"></span>klenebilir. Bu işleci global <span class="_ _0"></span>olarak yüklemek mümkün<span class="_ _0"></span> olduğu gibi, b<span class="_ _0"></span>ir sınıfın üye işlevi </span></div><div class="t m0 x10 h3 yec ff1 fs0 fc2 sc0 ls0 ws0">olarak yüklemek de mümkün<span class="_ _0"></span>dür. Yüklenen <span class="_ _0"></span><span class="ff9">new <span class="ff2">işleci değil <span class="_ _0"></span></span>operator new <span class="ff2">işlevidir. <span class="_ _0"></span></span>new <span class="ff2">işlecinin ö<span class="_ _0"></span>nceden </span></span></div><div class="t m0 x10 h3 yedd ff2 fs0 fc2 sc0 ls0 ws0">belirlenmiş davranışını deği<span class="_ _0"></span>ştirme olanağı y<span class="_ _0"></span>oktur.<span class="ff1"> </span></div><div class="t m0 x1 hd y95e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1051 ff1 fs6 fc2 sc0 ls0 ws0">G<span class="_ _3"></span>l<span class="_ _3"></span>o<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span>o<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>o<span class="_ _b"></span>r<span class="_ _3"></span> <span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>w<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 ya71 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin global olarak tan<span class="_ _0"></span>ımlanması durumunda <span class="_ _0"></span><span class="ff9">new </span>işleciyle<span class="_ _0"></span> yapılan bü<span class="_ _0"></span>tün dinamik yer elde etme </div><div class="t m0 x10 h3 y975 ff2 fs0 fc2 sc0 ls0 ws0">işlemlerinde, programcı tarafı<span class="_ _0"></span>ndan tanımlanan<span class="_ _0"></span> <span class="ff9">new </span>işlevi ça<span class="_ _0"></span>ğrılır. Yüklenen işlevin geri dö<span class="_ _0"></span>nüş değeri <span class="_ _0"></span><span class="ff9">void * </span></div><div class="t m0 x10 h3 y4cd ff2 fs0 fc2 sc0 ls0 ws0">türünden olmalıdır. <span class="_ _0"></span>Başka türden bir geri dön<span class="_ _0"></span>üş değeri seçilmesi geçer<span class="_ _0"></span>sizdir. İşlevin parametre d<span class="_ _0"></span>eğişkeni </div><div class="t m0 x10 h3 y1127 ff9 fs0 fc2 sc0 ls0 ws0">size_t <span class="ff2">türünden o<span class="_ _0"></span>lmalıdır. Parametre değişkeninin b<span class="_ _0"></span>aşka bir türden olması geçer<span class="_ _0"></span>sizdir. Aşağıda global </span></div><div class="t m0 x10 h3 yb97 ff9 fs0 fc2 sc0 ls0 ws0">operator new <span class="ff2">işlevinin y<span class="_ _0"></span>üklenmesine ilişkin b<span class="_ _0"></span>ir örnek veriliyo<span class="_ _0"></span>r. Programı derleyerek çalıştı<span class="_ _0"></span>rın:<span class="ff1"> </span></span></div><div class="t m0 x1 hd yd6d ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y4b9 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y123f ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstdlib&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y1199 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y149f ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1b0" class="pf w0 h0" data-page-no="1b0"><div class="pc pc1b0 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">432</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">int a, b; </div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y9a0 ff8 fs0 fc2 sc0 ls13 ws0">A();<span class="ls0"> </span></div><div class="t m0 x11 h11 y6a6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x11 h11 y2c ff8 fs0 fc2 sc0 ls13 ws0">using namespace std; </div><div class="t m0 x11 h11 y534 ff8 fs0 fc2 sc0 ls13 ws0">A::A()<span class="ls0"> </span></div><div class="t m0 x11 h11 yeda ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y13a0 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;A::A()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y73a ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;this = &quot; &lt;&lt; this &lt;&lt; endl; </div><div class="t m0 x13 h11 y73b ff8 fs0 fc2 sc0 ls13 ws0">a = b = 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y39e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y9c5 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1166 ff8 fs0 fc2 sc0 ls13 ws0">void *operator new(size_t size)<span class="ls0"> </span></div><div class="t m0 x11 h11 y61e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y36e ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;operator new()&quot; &lt;&lt; endl; </div><div class="t m0 x13 h11 yc8a ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;size = &quot; &lt;&lt; size &lt;&lt; endl; </div><div class="t m0 x13 h11 y14a0 ff8 fs0 fc2 sc0 ls13 ws0">void *ptr = malloc(size);<span class="ls0"> </span></div><div class="t m0 x13 h11 y14a1 ff8 fs0 fc2 sc0 ls13 ws0">if (!ptr) {<span class="ls0"> </span></div><div class="t m0 x1e h11 y13cf ffc fs0 fc2 sc0 ls13 ws0">cerr &lt;&lt; &quot;malloc basarısız&quot; &lt;&lt; endl; </div><div class="t m0 x1e h11 ycd0 ff8 fs0 fc2 sc0 ls13 ws0">exit(EXIT_FAILURE);<span class="ls0"> </span></div><div class="t m0 x13 h11 y69a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y926 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;elde edilen blogun adresi : &quot; &lt;&lt; ptr &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1 h12 y167 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y1168 ff8 fs0 fc2 sc0 ls13 ws0">return ptr;<span class="ls0"> </span></div><div class="t m0 x11 h11 y14a2 ff8 fs0 fc2 sc0 ls0 ws0">}<span class="fs5"> </span></div><div class="t m0 x11 h11 y14a3 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y670 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y16c ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;sizeof(A) = &quot; &lt;&lt; sizeof(A) &lt;&lt; endl; </div><div class="t m0 x13 h11 y14a4 ff8 fs0 fc2 sc0 ls13 ws0">A *pd = new A;<span class="ls0"> </span></div><div class="t m0 x13 h11 yec5 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;pd = &quot; &lt;&lt; pd &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y134e ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1 h12 yace ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y14a5 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y954 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1a yc9e ff8 fsc fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1b1" class="pf w0 h0" data-page-no="1b1"><div class="pc pc1b1 w0 h0"><img class="bi xb y14a6 w6 h10d" alt="" src="data:image/png;base64,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class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">433</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programda <span class="_ _0"></span>tanımlanan <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfının kurucu işlevi içi<span class="_ _0"></span>nde, işlevin çağrıldığını göster<span class="_ _0"></span>en bir yazı ile </div><div class="t m0 x10 h3 y131 ff9 fs0 fc2 sc0 ls0 ws0">this <span class="ff1">göstericisinin <span class="_ _0"></span><span class="ff2">değeri ekrana yazd<span class="_ _0"></span>ırılıyor.</span> </span></div><div class="t m0 x10 h3 y4c ff2 fs0 fc2 sc0 ls0 ws0">Tanımlanan <span class="ff9">ope<span class="_ _0"></span>rator new </span>işlevinin a<span class="_ _0"></span>na bloğu içinde de, ekra<span class="_ _0"></span>na işlevin çağrıldığını göster<span class="_ _0"></span>en bir yaz<span class="_ _0"></span>ı </div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">bastırılması sağlanıyo<span class="_ _0"></span>r. Bu işlev, parametre değişkeni o<span class="_ _0"></span>lan <span class="_ _0"></span><span class="ff9">size </span>boyu<span class="_ _0"></span>tunda bir dinamik bellek bloğu elde </div><div class="t m0 x10 h3 y250 ff2 fs0 fc2 sc0 ls0 ws0">ederek bloğun başlangı<span class="_ _0"></span>ç adresini döndü<span class="_ _0"></span>rüyor. İşlev geri dönüş değerini üret<span class="_ _0"></span>meden önce dinamik <span class="_ _0"></span>bellek </div><div class="t m0 x10 h3 y634 ff2 fs0 fc2 sc0 ls0 ws0">bloğunun b<span class="_ _0"></span>aşlangıç adresini ekrana y<span class="_ _0"></span>azdırıyor.<span class="ff1"> </span></div><div class="t m0 x1 h3 y339 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1041 ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevi içinde ise önce <span class="_ _0"></span>ekrana <span class="_ _0"></span></span><span class="ls33">A </span><span class="ff2">sınıfının </span>sizeof <span class="ff2">değ<span class="_ _0"></span>erinin yazd<span class="_ _0"></span>ırıldığını görüyorsunuz. Daha <span class="_ _0"></span>sonra <span class="_ _0"></span></span>new <span class="ff2">işleci </span></div><div class="t m0 x10 h3 y26e ff2 fs0 fc2 sc0 ls0 ws0">kullanılarak b<span class="_ _0"></span><span class="ff1">ir <span class="ff9 ls33">A </span></span>sınıf nesnesi için bellekte dinam<span class="_ _0"></span>ik bellek bloğu elde ediliy<span class="_ _0"></span>or. <span class="_ _0"></span><span class="ff9">new </span>işlecinin ü<span class="_ _0"></span>rettiği değer <span class="ff9 ls33">A </span></div><div class="t m0 x10 h3 y635 ff2 fs0 fc2 sc0 ls0 ws0">sınıfı türünden gösterici d<span class="_ _0"></span>eğişken olan <span class="_ _0"></span><span class="ff10 ls14">pd‟</span>ye atanıyo<span class="_ _0"></span>r. Son olarak <span class="ff9 ls14">pd </span>gösterici değişkeninin<span class="_ _0"></span> değeri ekrana </div><div class="t m0 x10 h3 y636 ff2 fs0 fc2 sc0 ls0 ws0">yazdırılıyor.<span class="ff1"> </span></div><div class="t m0 x10 h3 yfec ff2 fs0 fc2 sc0 ls0 ws0">Çalıştırılan programa ilişkin ö<span class="_ _0"></span>rnek<span class="ff1"> </span>b<span class="_ _0"></span>ir ekran çıktısı aşağıda v<span class="_ _0"></span>eriliyor:<span class="ff1"> </span></div><div class="t m0 x1 h3 y56b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd7f ff8 fs0 fc2 sc0 ls13 ws0">sizeof(A) = 8 </div><div class="t m0 x11 h11 ye41 ff8 fs0 fc2 sc0 ls13 ws0">operator new() </div><div class="t m0 x11 h11 ydef ff8 fs0 fc2 sc0 ls13 ws0">size = 8<span class="ls0"> </span></div><div class="t m0 x11 h11 ycf4 ff8 fs0 fc2 sc0 ls13 ws0">elde edilen blogun adresi : 0x3d3dc0 </div><div class="t m0 x11 h11 y21e ff8 fs0 fc2 sc0 ls13 ws0">A::A()<span class="ls0"> </span></div><div class="t m0 x11 h11 y5b ff8 fs0 fc2 sc0 ls13 ws0">this = 0x3d3dc0 </div><div class="t m0 x11 h11 y799 ff8 fs0 fc2 sc0 ls13 ws0">pd = 0x3d3dc0<span class="ls0"> </span></div><div class="t m0 x1 h9e y938 ff8 fs3 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y412 ff1 fs0 fc2 sc0 ls0 ws0">Global <span class="ff9">operator new <span class="_ _0"></span><span class="ff2">işlevi istenirse birden fazla par<span class="_ _0"></span>ametre değişkenine sah<span class="_ _0"></span>ip olacak şekild<span class="_ _0"></span>e yüklenebilir. Ancak </span></span></div><div class="t m0 x10 h3 y298 ff2 fs0 fc2 sc0 ls0 ws0">işlevin ilk parametre değişkeni<span class="_ _0"></span>nin <span class="_ _0"></span><span class="ff9">size_t </span>türünden olması zoru<span class="_ _0"></span>nludur. Bu du<span class="_ _0"></span>rumda işlevin <span class="ff9">ne<span class="_ _0"></span>w </span>işleci yoluyla </div><div class="t m0 x10 h3 yfa5 ff2 fs0 fc2 sc0 ls0 ws0">çağrılması mümkün o<span class="_ _0"></span>lmaz. İşleve çağrı yapmak z<span class="_ _0"></span>orunludur<span class="_ _0"></span><span class="ff1">. </span></div><div class="t m0 x1 h3 y7df ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y147 ff1 fs6 fc2 sc0 ls0 ws0">o<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>d<span class="_ _b"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>i<span class="_ _3"></span> </div><div class="t m0 x10 h3 y6d3 ff9 fs0 fc2 sc0 ls0 ws0">delete <span class="_ _3"></span><span class="ff2">C++<span class="_ _9"></span> <span class="_ _0"></span>dilinin <span class="_ _3"></span>bir <span class="_ _0"></span>işlecidir. <span class="_ _3"></span><span class="ff9">delete <span class="_ _0"></span></span>işlecinin <span class="_ _0"></span>terimi <span class="_ _3"></span>bir <span class="_ _0"></span>sınıf <span class="_ _0"></span>türünd<span class="_ _0"></span>en <span class="_ _0"></span>adres <span class="_ _0"></span>olduğun<span class="_ _0"></span>da, <span class="_ _0"></span>derleyici <span class="_ _0"></span>nasıl <span class="_ _0"></span>bir <span class="_ _3"></span>kod </span></div><div class="t m0 x10 h3 y14a7 ff1 fs0 fc2 sc0 ls0 ws0">üretir? <span class="_ _0"></span>Önc<span class="_ _0"></span>e <span class="_ _0"></span><span class="ff9">de<span class="_ _0"></span>lete <span class="_ _3"></span><span class="ff2">işle<span class="_ _9"></span>cinin <span class="_ _3"></span>terimi <span class="_ _0"></span>olan <span class="_ _3"></span>adres <span class="_ _3"></span>ile <span class="_ _0"></span>sınıfın <span class="_ _3"></span>sonlandırıcı <span class="_ _3"></span>işlevi <span class="_ _0"></span>çağrılır. <span class="_ _3"></span>Daha <span class="_ _3"></span>sonra <span class="_ _3"></span><span class="ff9">operato<span class="_ _0"></span>r <span class="_ _0"></span>delete </span></span></span></div><div class="t m0 x10 h3 y13fb ff2 fs0 fc2 sc0 ls0 ws0">isimli global bir işlev çağrılara<span class="_ _0"></span>k dinamik o<span class="_ _0"></span>larak elde edilen bloğun<span class="_ _0"></span> <span class="ff9">free strore </span>ala<span class="_ _0"></span>nına geri verilmesi <span class="_ _0"></span>sağlanır.<span class="ff1"> </span></div><div class="t m0 x1 h3 y12fa ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ydd3 ff9 fs0 fc2 sc0 ls0 ws0">ptr <span class="ff2">gösterici değişkeninin,<span class="_ _0"></span> </span><span class="ls33">A </span><span class="ff2">sınıfı türü<span class="_ _0"></span>nden dinamik bir n<span class="_ _0"></span>esneyi gösterdiğini düşünelim:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y11d1 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1001 ff8 fs0 fc2 sc0 ls13 ws0">delete ptr<span class="ls0"> </span></div><div class="t m0 x1 h15 y5a7 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3ad ff1 fs0 fc2 sc0 ls0 ws0">gibi bir ifadenin, der<span class="_ _0"></span><span class="ff2">leyici tarafından a<span class="_ _0"></span>şağıdaki gibi bir koda dön<span class="_ _0"></span>üştürüldüğü dü<span class="_ _0"></span>şünülebilir:</span> </div><div class="t m0 x1 h3 y4b ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1b2" class="pf w0 h0" data-page-no="1b2"><div class="pc pc1b2 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">434</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-</span>&gt;~A();<span class="ls0"> </span></div><div class="t m0 x11 h11 y194 ff8 fs0 fc2 sc0 ls13 ws0">operator delete(ptr);<span class="ls0"> </span></div><div class="t m0 x1 h1c y97c ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y97d ff9 fs0 fc2 sc0 ls0 ws0">delete <span class="ff2">işlecinin bu d<span class="_ _0"></span>avranışı standartlar ta<span class="_ _0"></span>rafından güvence altına alınmıştır. Yazı<span class="_ _0"></span>lacak yeni işlevlerle bu </span></div><div class="t m0 x10 h3 y97e ff2 fs0 fc2 sc0 ls0 ws0">davranış değiştirilemez. An<span class="_ _0"></span>cak istenirse<span class="ff1 ls17">, </span><span class="ff9">d<span class="_ _0"></span>elete </span>işlecinin dina<span class="_ _0"></span>mik bellek bloğunu <span class="_ _0"></span><span class="ff9">free store <span class="ff1">a <span class="_ _0"></span>geri vermek </span></span></div><div class="t m0 x10 h3 y97f ff2 fs0 fc2 sc0 ls0 ws0">amacıyla kullandığı, <span class="_ _0"></span><span class="ff9">operator delete <span class="_ _0"></span></span>isimli işlev<span class="ff1"> yüklenebilir.<span class="_ _0"></span> Bu durumda <span class="_ _0"></span><span class="ff9">delete </span></span>işleci kullanıldığın<span class="_ _0"></span>da, artık </div><div class="t m0 x10 h3 y980 ff2 fs0 fc2 sc0 ls0 ws0">programcının yazd<span class="_ _0"></span>ığı <span class="ff9">operator delete <span class="_ _0"></span></span>işlevi çağrılır. İşlevin bildirimi aşağı<span class="_ _0"></span><span class="ff1">daki gibidir:<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y46f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd99 ff8 fs0 fc2 sc0 ls13 ws0">void operator delete(void *);<span class="ls0"> </span></div><div class="t m0 x1 h15 y14a8 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y14a9 ff2 fs0 fc2 sc0 ls0 ws0">İşlev, parametre değişkenine <span class="_ _0"></span>başlangıç adresi geçilen d<span class="_ _0"></span>inamik bellek bloğunu <span class="_ _0"></span><span class="ff9">free sto<span class="_ _0"></span>re </span></div><div class="t m0 x10 h3 y1216 ff2 fs0 fc2 sc0 ls0 ws0">alanına geri verir. İstenirse <span class="_ _0"></span><span class="ff9">operator de<span class="_ _0"></span>lete </span>işlevi doğrudan<span class="_ _0"></span> da çağrılabilir:<span class="ff1"> </span></div><div class="t m0 x1 h3 y356 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf0c ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 ya9c ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x11 h11 ya7 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y106 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y14aa ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;kac tamsayi : <span class="ls1e">&quot;; </span></div><div class="t m0 x12 h11 yc07 ff8 fs0 fc2 sc0 ls13 ws0">int<span class="ls0"> </span>n;<span class="ls0"> </span></div><div class="t m0 x12 h11 y1244 ff8 fs0 fc2 sc0 ls13 ws0">cin &gt;&gt; n;<span class="ls0"> </span></div><div class="t m0 x12 h11 y12ee ff8 fs0 fc2 sc0 ls13 ws0">int *pd = (int *)operator new(n * sizeof(n)); </div><div class="t m0 x13 h11 y998 ff8 fs0 fc2 sc0 ls13 ws0">for (size_t k = 0; k &lt; n; ++k) {<span class="ls0"> </span></div><div class="t m0 x1e h11 y12b4 ff8 fs0 fc2 sc0 ls13 ws0">pd[k] = rand() % 1000; </div><div class="t m0 x1e h11 yb00 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; pd[k] &lt;&lt; &quot; &quot;;<span class="ls0"> </span></div><div class="t m0 x13 h11 y6ec ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y13cb ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y18c ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 yda2 ff8 fs0 fc2 sc0 ls13 ws0">operator delete(pd); </div><div class="t m0 x12 h11 yb55 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y93f ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2c y502 ff8 fs13 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y94 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">operator new </span>ile eld<span class="_ _0"></span>e edilen bellek bloğu<span class="_ _0"></span>, daha sonra stan<span class="_ _0"></span>dart<span class="ff1"> </span></div><div class="t m0 x10 h3 y14ab ff9 fs0 fc2 sc0 ls0 ws0">operator delete <span class="_ _0"></span><span class="ff2">işlevi ile geri veriliyor.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h16 y14ac ff1 fs8 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1b3" class="pf w0 h0" data-page-no="1b3"><div class="pc pc1b3 w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">435</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff1 fs6 fc2 sc0 ls0 ws0">o<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>d<span class="_ _b"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Programcının yazacağı <span class="_ _0"></span><span class="ff9">operator delete <span class="_ _0"></span></span>işlevinin geri dönüş değeri ol<span class="_ _0"></span>mamalı ve işlevin ilk p<span class="_ _0"></span>arametre değişkeni </div><div class="t m0 x10 h3 y118 ff9 fs0 fc2 sc0 ls6f ws0">vo<span class="ls0">id * <span class="ff2">türünd<span class="_ _0"></span>en olmalıdır. Daha önce verilen ö<span class="_ _0"></span>rneğe şimdi aşağıdaki ekle<span class="_ _0"></span>meleri yapıyoruz. Ön<span class="_ _0"></span>ce <span class="_ _0"></span></span>operator </span></div><div class="t m0 x10 h3 y821 ff9 fs0 fc2 sc0 ls0 ws0">delete <span class="ff2">işlevini yazıyoru<span class="_ _0"></span>z:<span class="ff1"> </span></span></div><div class="t m0 x1 hd y3b3 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y709 ff8 fs0 fc2 sc0 ls13 ws0">void operator delete(void *ptr)<span class="ls0"> </span></div><div class="t m0 x11 h11 y132e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ycad ff8 fs0 fc2 sc0 ls13 ws0">cout<span class="ls0"> </span>&lt;&lt;<span class="ls0"> </span>&quot;operator<span class="ls0">  </span>delete()&quot; &lt;&lt;<span class="ls0"> </span>endl;<span class="ls0"> </span></div><div class="t m0 x12 h11 y8f6 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;geri verilecek blogun adresi : &quot; &lt;&lt; ptr &lt;&lt; endl; </div><div class="t m0 x12 h11 y14ad ff8 fs0 fc2 sc0 ls13 ws0">free(ptr);<span class="ls0"> </span></div><div class="t m0 x11 h11 y13aa ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y121b ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y4f6 ff1 fs0 fc2 sc0 ls0 ws0">Örnekteki <span class="ff9 ls33">A </span><span class="ff2">sınıfı için, b<span class="_ _0"></span>ir de sonlandırıcı işlev ekliyoruz:<span class="_ _3"></span></span> </div><div class="t m0 x1 h3 y121 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y42a ff8 fs0 fc2 sc0 ls13 ws0">A::~A()<span class="ls0"> </span></div><div class="t m0 x11 h11 ydf1 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y107d ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;A::~A()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y201 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;this = &quot; &lt;&lt; this &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1336 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y7ec ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y130f ff9 fs0 fc2 sc0 ls0 ws0">main <span class="ff2">işlevinin sonun<span class="_ _0"></span>da, </span>new <span class="ff2">işleci ile e<span class="_ _0"></span>lde edilen dinamik b<span class="_ _0"></span>ellek bloğunu geri vermek için<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y998 ff9 fs0 fc2 sc0 ls0 ws0">delete <span class="ff2">işleci kullanılıyor:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x11 h11 y1058 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yc6a ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y13fb ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;sizeof(A) = &quot; &lt;&lt; sizeof(A) &lt;&lt; endl; </div><div class="t m0 x13 h11 yc6b ff8 fs0 fc2 sc0 ls13 ws0">A *pd = new A;<span class="ls0"> </span></div><div class="t m0 x13 h11 y1000 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;pd = &quot; &lt;&lt; pd &lt;&lt; endl; </div><div class="t m0 x13 h11 y99c ff8 fs0 fc2 sc0 ls13 ws0">delete pd;<span class="ls0"> </span></div><div class="t m0 x13 h11 y12a7 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y437 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y171 ff2 fs0 fc2 sc0 ls0 ws0">Eklemelerden sonra program <span class="_ _0"></span>yeniden derlenip çalıştırıld<span class="_ _0"></span>ığında elde edilen örnek b<span class="_ _0"></span>ir ekran çıktısı aşağıda </div><div class="t m0 x10 h3 yfc9 ff1 fs0 fc2 sc0 ls0 ws0">veriliyor: </div><div class="t m0 x1 h3 y11ea ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1b4" class="pf w0 h0" data-page-no="1b4"><div class="pc pc1b4 w0 h0"><img class="bi xb y1448 w6 hf9" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">436</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">sizeof(A) = 8 </div><div class="t m0 x11 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">operator new() </div><div class="t m0 x11 h11 y736 ff8 fs0 fc2 sc0 ls13 ws0">size = 8<span class="ls0"> </span></div><div class="t m0 x11 h11 y7e7 ff8 fs0 fc2 sc0 ls13 ws0">elde edilen blogun adresi : 0x3d3dc0 </div><div class="t m0 x11 h11 y84b ff8 fs0 fc2 sc0 ls13 ws0">A::A()<span class="ls0"> </span></div><div class="t m0 x11 h11 y74c ff8 fs0 fc2 sc0 ls13 ws0">this = 0x3d3dc0 </div><div class="t m0 x11 h11 y550 ff8 fs0 fc2 sc0 ls13 ws0">pd = 0x3d3dc0 </div><div class="t m0 x11 h11 y2fd ff8 fs0 fc2 sc0 ls13 ws0">A::~A()<span class="ls0"> </span></div><div class="t m0 x11 h11 y509 ff8 fs0 fc2 sc0 ls13 ws0">this = 0x3d3dc0 </div><div class="t m0 x11 h11 ybd ff8 fs0 fc2 sc0 ls13 ws0">operator<span class="ls0">  de<span class="_ _6"></span>let<span class="_ _9"></span>e(<span class="_ _9"></span>) </span></div><div class="t m0 x11 h11 y3b7 ff8 fs0 fc2 sc0 ls13 ws0">geri verilecek blogun adresi : 0x3d3dc0<span class="ls0"> </span></div><div class="t m0 x1 h40 y4d8 ff8 fs15 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y128d ff1 fs6 fc2 sc0 ls0 ws0">o<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>n<span class="_ _b"></span>e<span class="_ _3"></span>w<span class="_ _3"></span>[<span class="_ _3"></span>]<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _b"></span></span>i<span class="_ _3"></span> </div><div class="t m0 x10 h3 yf60 ff2 fs0 fc2 sc0 ls0 ws0">Birden fazla sayıda nesn<span class="_ _0"></span>e için b<span class="_ _0"></span>ir dinamik bellek bloğunu<span class="_ _0"></span>n elde edilmesi için <span class="_ _0"></span><span class="ff9">new[] </span>işleci ku<span class="_ _0"></span>llanılır:<span class="ff1"> </span></div><div class="t m0 x1 h3 y795 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y59c ff8 fs0 fc2 sc0 ls13 ws0">A *pd = new A[n];<span class="ls0"> </span></div><div class="t m0 x1 h15 y711 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1c ff9 fs0 fc2 sc0 ls0 ws0">new A[10] <span class="ff1">ifadesi ile ön<span class="_ _0"></span>ce </span>operator new[] <span class="ff2">is<span class="_ _0"></span>imli global işlev çağrılara<span class="_ _0"></span>k, </span><span class="ls33">A </span><span class="ff2">sınıfı türün<span class="_ _0"></span>den </span><span class="ls14">n </span><span class="ff1">tane nesnenin </span></div><div class="t m0 x10 h3 yfe4 ff2 fs0 fc2 sc0 ls0 ws0">kaplayacağı kad<span class="_ _0"></span>ar bir bellek bloğu elde edilir. Daha<span class="_ _0"></span><span class="ff1"> sonra <span class="ff9 ls33">A <span class="_ _0"></span></span></span>sınıfının kurucu işlevi her bir d<span class="_ _0"></span>inamik nesne için <span class="_ _0"></span>ayrı </div><div class="t m0 x10 h3 yf2f ff2 fs0 fc2 sc0 ls0 ws0">ayrı çağrılır. Yani <span class="ff9">new[] </span>i<span class="_ _0"></span>şleci dinamik bellek alanı eld<span class="_ _0"></span>e etmek için <span class="_ _0"></span><span class="ff9">operator ne<span class="_ _0"></span>w[] </span>işlevini<span class="ff1"> <span class="_ _9"></span><span class="ff2">kullanır.<span class="ff1"> </span></span></span></div><div class="t m0 x10 h3 y815 ff2 fs0 fc2 sc0 ls0 ws0">Standartlara göre derleyicil<span class="_ _0"></span>erde böyle bir işlevin tan<span class="_ _0"></span>ımlı olması gerekir. İşlevin <span class="_ _0"></span>b<span class="_ _0"></span>ildirimi aşağıdaki gibidir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y144 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y146 ff8 fs0 fc2 sc0 ls13 ws0">void *operator new[](size_t size);<span class="ls0"> </span></div><div class="t m0 x1 h15 y1018 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y804 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin geri dönüş değeri ayrıl<span class="_ _0"></span>an dinamik b<span class="_ _0"></span>loğun başlangıç adresidir. İşle<span class="_ _0"></span>vin parametre değişkeni ay<span class="_ _0"></span>rılacak </div><div class="t m0 x10 h3 y716 ff2 fs0 fc2 sc0 ls0 ws0">dinamik bellek bloğunu<span class="_ _0"></span>n büyüklüğüdür. <span class="_ _0"></span><span class="ff9">new[] </span>işlecinin ku<span class="_ _0"></span>llanılması durumund<span class="_ _0"></span>a blok <span class="_ _0"></span>büyüklüğü derleyici </div><div class="t m0 x10 h3 y960 ff2 fs0 fc2 sc0 ls0 ws0">tarafından hesaplan<span class="_ _0"></span>arak <span class="ff9">op<span class="_ _0"></span>erator new </span>işlevine argüman olarak <span class="_ _0"></span>geçilir. Standart kütüp<span class="_ _0"></span>hanedeki <span class="ff9">o<span class="_ _0"></span>perator </span></div><div class="t m0 x10 h3 y11b1 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">işlevi kendi tanımı içind<span class="_ _0"></span>e global <span class="_ _0"></span></span>operator new <span class="_ _0"></span><span class="ff2">işlevini çağırır:<span class="ff1"> </span></span></div><div class="t m0 x1 h3 y1320 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5fe ff8 fs0 fc2 sc0 ls13 ws0">void *operator new[](size_t size)<span class="ls0"> </span></div><div class="t m0 x11 h11 yec6 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ydd5 ff8 fs0 fc2 sc0 ls13 ws0">return operator new(size);<span class="ls0"> </span></div><div class="t m0 x11 h11 yf5b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 yb7a ff8 fsa fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1b5" class="pf w0 h0" data-page-no="1b5"><div class="pc pc1b5 w0 h0"><img class="bi xb y137b w6 he3" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">437</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Yani programcı <span class="ff9">operator ne<span class="_ _0"></span>w[] </span>işlevini yü<span class="_ _0"></span>klememiş olsa bile <span class="_ _0"></span><span class="ff9">new[] </span>ile yapılan y<span class="_ _0"></span>er elde etme işlemlerinde yin<span class="_ _0"></span>e </div><div class="t m0 x10 h3 y131 ff9 fs0 fc2 sc0 ls0 ws0">operator new <span class="ff2">işlevi çağrı<span class="_ _0"></span>lır. Ancak isterse program<span class="_ _0"></span>cı </span>ope<span class="_ _0"></span>rator new[] <span class="ff2">işlevini <span class="ff1">de </span>tanımlayabilir. Bu durumda </span></div><div class="t m0 x10 h3 y1f2 ff9 fs0 fc2 sc0 ls0 ws0">new[] <span class="ff2">işleci kullanıldığınd<span class="_ _0"></span>a yer ayırma işlemi pro<span class="_ _0"></span>gramcının yazaa<span class="_ _0"></span>cağı </span>operator ne<span class="_ _0"></span>w[] <span class="ff2">işlevi ile yapılır. </span></div><div class="t m0 x10 h3 y1f3 ff2 fs0 fc2 sc0 ls0 ws0">Programcının yazacağı işl<span class="_ _0"></span>evin geri dönüş<span class="_ _6"></span> değeri <span class="ff9">void * <span class="_ _0"></span></span>türünden olmalıdır. İşlevin <span class="ff1">en </span>az bir parametre değişkeni </div><div class="t m0 x10 h3 y1f4 ff2 fs0 fc2 sc0 ls0 ws0">olmalı ve işlevin ilk paramat<span class="_ _0"></span>re değişkeni <span class="_ _0"></span><span class="ff9">size_t <span class="ff1">türünden<span class="_ _0"></span> </span></span>olmalıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd yd7a ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ydc ff1 fs6 fc2 sc0 ls0 ws0">o<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _b"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span>[<span class="_ _3"></span>]<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y33b ff9 fs0 fc2 sc0 ls0 ws0">new[] <span class="ff2">işleci ile elde edilen d<span class="_ _0"></span>inamik bloklar <span class="_ _0"></span></span>delete[] <span class="ff2">işleci ile geri verilir. </span>de<span class="_ _0"></span>lete[] <span class="ff2">işlecinin te<span class="_ _0"></span>rimi bir sınıf türünden </span></div><div class="t m0 x10 h3 y17a ff2 fs0 fc2 sc0 ls0 ws0">adres olduğunda <span class="_ _0"></span>derleyici şöyle bir kod ü<span class="_ _0"></span>retir: Önce işlece verilen adresten başlay<span class="_ _0"></span>an blok içinde yer ala<span class="_ _0"></span>n bütü<span class="_ _3"></span><span class="ff1 ls8">n </span></div><div class="t m0 x10 h3 ye74 ff2 fs0 fc2 sc0 ls0 ws0">sınıf nesnleri için tek tek sını<span class="_ _0"></span>fın sonland<span class="_ _0"></span>ırıcı işlevi çağrılır. Sonra <span class="_ _0"></span><span class="ff9">ope<span class="_ _0"></span>rator delete <span class="_ _0"></span></span>işleviyle, daha önce elde edilmiş </div><div class="t m0 x10 h3 yabf ff1 fs0 fc2 sc0 ls0 ws0">olan dinamik blok<span class="_ _0"></span> <span class="ff9">free store </span>a geri verilir. <span class="_ _0"></span>Yani <span class="ff9">delete[] <span class="ff2">iş<span class="_ _0"></span>leci sonlandırıcı işlevi </span><span class="ls14">n <span class="_ _0"></span></span><span class="ff2">kez çağırdıktan son<span class="_ _0"></span>ra </span>operator </span></div><div class="t m0 x10 h3 yda7 ff9 fs0 fc2 sc0 ls0 ws0">delete[] <span class="ff2">işlevini kullanarak<span class="_ _0"></span> ayrılan dinamik b<span class="_ _0"></span>loğu geri verir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y128c ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y696 ff9 fs0 fc2 sc0 ls0 ws0">operator delete <span class="_ _0"></span><span class="ff2">standart bir işlevdir bildirimi aşağ<span class="_ _0"></span>ıdaki gibidir:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd y35 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yca1 ff8 fs0 fc2 sc0 ls13 ws0">void operator delete[](void *ptr);<span class="ls0"> </span></div><div class="t m0 x1 h15 y2ea ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y329 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin geri dönüş değeri yokt<span class="_ _0"></span>ur. İşlev dinamik olarak <span class="_ _0"></span>ayrılmış bir bellek bloğunun<span class="_ _0"></span> başlangıç adresini alır, <span class="_ _0"></span>bloğu </div><div class="t m0 x10 h3 y7ea ff9 fs0 fc2 sc0 ls0 ws0">free store <span class="ff2">a geri verir. Asl<span class="_ _0"></span>ında </span>op<span class="_ _0"></span>erator delete[] <span class="ff2">işlevi de kend<span class="_ _0"></span>i içinde </span>operato<span class="_ _0"></span>r delete <span class="ff2">işlevini çağırır:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd ya29 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y3f4 ff8 fs0 fc2 sc0 ls13 ws0">void operator delete[](void *ptr)<span class="ls0"> </span></div><div class="t m0 x11 h11 y14ae ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y742 ff8 fs0 fc2 sc0 ls13 ws0">operator delete(ptr);<span class="ls0"> </span></div><div class="t m0 x11 h11 y3c2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h18 y640 ff8 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1469 ff2 fs0 fc2 sc0 ls0 ws0">Tabii programcı isterse <span class="ff9">op<span class="_ _0"></span>erator delete[] <span class="_ _0"></span></span>işlevini yükleyebilir<span class="_ _0"></span>. Programcının yazacağı <span class="_ _0"></span><span class="ff9">operator de<span class="_ _0"></span>lete[] </span></div><div class="t m0 x10 h3 y4e6 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin de geri dönü<span class="_ _0"></span>ş değeri olmamalıdır. İşlevin en az <span class="_ _0"></span>bir parametre değişkeni o<span class="_ _0"></span>lmalı ve bu p<span class="_ _0"></span>arametre </div><div class="t m0 x10 h3 y8ad ff2 fs0 fc2 sc0 ls0 ws0">değişkeninin <span class="ff1">tü<span class="_ _0"></span>rü <span class="ff9">void * </span></span>olmalıdır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y248 ff2 fs0 fc2 sc0 ls0 ws0">Daha önce yazılan<span class="_ _0"></span> programın <span class="ff9">m<span class="_ _0"></span>ain </span>işlevini aşağıdaki gibi de<span class="_ _0"></span>ğiştirelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yfb0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y18f ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y34b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y14af ff8 fs0 fc2 sc0 ls13 ws0">A *p = new A[4];<span class="ls0"> </span></div><div class="t m0 x12 h11 y615 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;p = &quot; &lt;&lt; p &lt;&lt; endl; </div><div class="t m0 x12 h11 y14b0 ff8 fs0 fc2 sc0 ls13 ws0">delete[] p;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1b6" class="pf w0 h0" data-page-no="1b6"><div class="pc pc1b6 w0 h0"><img class="bi xb y14b1 w6 h10e" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">438</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y11fe ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 ydf8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y14b2 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1408 ff2 fs0 fc2 sc0 ls0 ws0">Program yeniden derlenip<span class="_ _0"></span> çalıştırıldığında örn<span class="_ _0"></span>ek bir ekran çıktısı aşağıdak<span class="_ _0"></span>i<span class="ff1"> <span class="_ _0"></span>gibi olabilir: </span></div><div class="t m0 x1 hd y2c9 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y7a3 ff8 fs0 fc2 sc0 ls13 ws0">operator new() </div><div class="t m0 x11 h11 y14b3 ff8 fs0 fc2 sc0 ls13 ws0">size = 36<span class="ls0"> </span></div><div class="t m0 x11 h11 y3ea ff8 fs0 fc2 sc0 ls13 ws0">elde edilen blogun adresi : <span class="ls0">0x3<span class="_ _9"></span>d3e<span class="_ _9"></span>c0 </span></div><div class="t m0 x11 h11 y17c ff8 fs0 fc2 sc0 ls13 ws0">A::A()<span class="ls0"> </span></div><div class="t m0 x11 h11 yded ff8 fs0 fc2 sc0 ls13 ws0">this = <span class="ls0">0x3<span class="_ _9"></span>d3e<span class="_ _6"></span>c4 </span></div><div class="t m0 x11 h11 y4d9 ff8 fs0 fc2 sc0 ls13 ws0">A::A()<span class="ls0"> </span></div><div class="t m0 x11 h11 y272 ff8 fs0 fc2 sc0 ls13 ws0">this = <span class="ls0">0x3<span class="_ _9"></span>d3e<span class="_ _6"></span>cc </span></div><div class="t m0 x11 h11 y664 ff8 fs0 fc2 sc0 ls13 ws0">A::A()<span class="ls0"> </span></div><div class="t m0 x11 h11 y9a8 ff8 fs0 fc2 sc0 ls13 ws0">this = <span class="ls0">0x3<span class="_ _9"></span>d3e<span class="_ _6"></span>d4 </span></div><div class="t m0 x11 h11 yab0 ff8 fs0 fc2 sc0 ls13 ws0">A::A()<span class="ls0"> </span></div><div class="t m0 x11 h11 y161 ff8 fs0 fc2 sc0 ls13 ws0">this = <span class="ls0">0x3<span class="_ _9"></span>d3e<span class="_ _6"></span>dc </span></div><div class="t m0 x11 h11 y1298 ff8 fs0 fc2 sc0 ls13 ws0">p = 0x3d3ec4 </div><div class="t m0 x11 h11 y11e5 ff8 fs0 fc2 sc0 ls13 ws0">A::~A()<span class="ls0"> </span></div><div class="t m0 x11 h11 y4b0 ff8 fs0 fc2 sc0 ls13 ws0">this = <span class="ls0">0x3<span class="_ _9"></span>d3e<span class="_ _6"></span>dc </span></div><div class="t m0 x11 h11 y14b4 ff8 fs0 fc2 sc0 ls13 ws0">A::~A()<span class="ls0"> </span></div><div class="t m0 x11 h11 y881 ff8 fs0 fc2 sc0 ls13 ws0">this = <span class="ls0">0x3<span class="_ _9"></span>d3e<span class="_ _6"></span>d4 </span></div><div class="t m0 x11 h11 y624 ff8 fs0 fc2 sc0 ls13 ws0">A::~A()<span class="ls0"> </span></div><div class="t m0 x11 h11 y1069 ff8 fs0 fc2 sc0 ls13 ws0">this = <span class="ls0">0x3<span class="_ _9"></span>d3e<span class="_ _6"></span>cc </span></div><div class="t m0 x11 h11 y939 ff8 fs0 fc2 sc0 ls13 ws0">A::~A()<span class="ls0"> </span></div><div class="t m0 x11 h11 ya61 ff8 fs0 fc2 sc0 ls13 ws0">this = 0x3d3ec4 </div><div class="t m0 x11 h11 y11de ff8 fs0 fc2 sc0 ls13 ws0">operator<span class="ls0">  de<span class="_ _6"></span>let<span class="_ _9"></span>e(<span class="_ _9"></span>) </span></div><div class="t m0 x11 h11 y144b ff8 fs0 fc2 sc0 ls13 ws0">geri verilecek blogun adresi : 0x3d3ec0<span class="ls0"> </span></div><div class="t m0 x1 h2a y18b ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y12d ff1 fs6 fc2 sc0 ls0 ws0">O<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _7"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>w<span class="_ _3"></span> <span class="_ _7"></span><span class="ls49">ve<span class="ls0"> <span class="_ _7"></span>o<span class="_ _3"></span>p<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _b"></span> <span class="_ _7"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _7"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _7"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _5"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span><span class="ff1"> <span class="_ _7"></span><span class="ff2">İ<span class="_ _3"></span><span class="ff1">ç<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>Y<span class="_ _3"></span>ü<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _b"></span> </span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 yf5a ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf kendisi için yapılacak<span class="_ _0"></span> dinamik yer elde etme işleml<span class="_ _0"></span>erini kendi üy<span class="_ _0"></span>e işlevleriyle yürütebilir. Eğer bir </div><div class="t m0 x10 h3 y7e2 ff2 fs0 fc2 sc0 ls0 ws0">sınıf için <span class="ff9">operator new <span class="_ _0"></span><span class="ff1">ve </span>operator de<span class="_ _0"></span>lete </span>işlevleri çağrılırsa, <span class="_ _0"></span>global işlevler değil progra<span class="_ _0"></span>mcının sınıf için </div><div class="t m0 x10 h3 ya05 ff2 fs0 fc2 sc0 ls0 ws0">yazdığı işlevler çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y10a7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y14b5 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1b7" class="pf w0 h0" data-page-no="1b7"><div class="pc pc1b7 w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">439</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>o<span class="_ _3"></span>p<span class="_ _b"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>w<span class="_ _3"></span>(<span class="_ _3"></span>)<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span><span class="ff1">i<span class="_ _3"></span> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıf için <span class="ff9">operato<span class="_ _0"></span>r new() </span>işlevi yazılab<span class="_ _0"></span>ilir. Derleyici, <span class="ff9">n<span class="_ _0"></span>ew </span>işlecinin terimi olarak b<span class="_ _0"></span>ir sınıfa ilişkin tür isminin </div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">verildiğini görürse, ön<span class="_ _0"></span>ce söz konusu sınıfın, is<span class="_ _0"></span>mi <span class="ff9">operato<span class="_ _0"></span>r new </span>olan bir işlevinin b<span class="_ _0"></span>ulunup bulun<span class="_ _0"></span>madığını araş<span class="_ _0"></span>tırır. </div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfın böyle bir işlevi varsa, <span class="_ _0"></span><span class="ff9">new </span>işl<span class="_ _0"></span>eci dinamik yer elde etm<span class="_ _0"></span>e için bu işlevi kullanır. Sınıfın <span class="_ _0"></span>böyle bir işlevi yoksa </div><div class="t m0 x10 h3 ycda ff2 fs0 fc2 sc0 ls0 ws0">bu sınıf türü için <span class="_ _0"></span><span class="ff9">new </span>işlecinin kullanılması <span class="_ _0"></span>sonucu yapılacak dinamik y<span class="_ _0"></span>er elde etme işlemi yine glob<span class="_ _0"></span>al <span class="_ _0"></span><span class="ff9">operator </span></div><div class="t m0 x10 h3 yd53 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">işlevi ile yapılır.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y215 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">işlecinin bir sınıf için yü<span class="_ _0"></span>klenmesiyle, bir sını<span class="_ _0"></span>fa ilişkin dinamik yer elde <span class="_ _0"></span>etme işlemlerinin o<span class="_ _0"></span> sınıfa özgü bir </span></div><div class="t m0 x10 h3 yb9a ff2 fs0 fc2 sc0 ls0 ws0">şekilde, diğer sınıf türlerinden<span class="_ _0"></span> farklı bir biçimde yap<span class="_ _0"></span>ılması sağlanabilir. Ayn<span class="_ _0"></span>ı şekilde bir sınıf için <span class="_ _3"></span><span class="ff9">operator </span></div><div class="t m0 x10 h3 y7a ff9 fs0 fc2 sc0 ls0 ws0">new[] <span class="ff2">işlevi de tanı<span class="_ _0"></span>mlanabilir. Programcı isterse bir <span class="_ _0"></span>sınıfın </span>ope<span class="_ _0"></span>rator delete <span class="ff1">y<span class="_ _0"></span>a da </span>operator delete[] <span class="ff2">işlevlerini </span></div><div class="t m0 x10 h3 y57e ff2 fs0 fc2 sc0 ls0 ws0">de yazabilir. Böylece belir<span class="_ _0"></span>li bir sınıfa ilişkin dinamik ala<span class="_ _0"></span>nı geri verme işlemleri yin<span class="_ _0"></span>e o sınıfa özgü bir b<span class="_ _0"></span>içimde </div><div class="t m0 x10 h3 y14b6 ff2 fs0 fc2 sc0 ls0 ws0">yapılabilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y7d ff2 fs0 fc2 sc0 ls0 ws0">Sınıf için yazılacak <span class="ff9">o<span class="_ _0"></span>perator ne<span class="ls25">w <span class="_ _0"></span></span></span>işlevinin geri dönüş değeri <span class="_ _0"></span><span class="ff9">void <span class="_ _0"></span></span>türden bir ad<span class="_ _0"></span>res olmalıdır. Aşağıda </div><div class="t m0 x10 h3 y106f ff1 fs0 fc2 sc0 ls0 ws0">örnek bir bildirim görülü<span class="_ _0"></span>yor: </div><div class="t m0 x1 h3 yaae ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf60 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y8fa ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y8fb ff8 fs0 fc2 sc0 ls13 ws0">void *operator new(size_t);<span class="ls0"> </span></div><div class="t m0 x11 h11 y986 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y11ce ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1135 ff8 fs0 fc2 sc0 ls13 ws0">A *ptr = new A;<span class="ls0"> </span></div><div class="t m0 x1 h9e y1e2 ff8 fs3 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y14b7 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">işlecinin teriminin <span class="_ _0"></span></span><span class="ls33">A </span><span class="ff2">sınıfı olduğu<span class="_ _0"></span>nu gören derleyici, <span class="_ _0"></span></span><span class="ls33">A </span><span class="ff2">sınıfının </span>ope<span class="_ _0"></span>rator new <span class="ff2">işlevine sah<span class="_ _0"></span>ip olup olmadığını </span></div><div class="t m0 x10 h3 y14b8 ff2 fs0 fc2 sc0 ls0 ws0">araştırır. <span class="ff9 ls33">A </span>sınıfı için <span class="ff9">op<span class="_ _0"></span>erator new <span class="_ _0"></span></span>işlevi tanımlanmış olduğu<span class="_ _0"></span>ndan bu<span class="_ _0"></span> işlev çağrılır. İşlevin <span class="ff9">si<span class="_ _0"></span>ze_t <span class="ff1">türünden o<span class="_ _0"></span>lan </span></span></div><div class="t m0 x10 h3 y1e5 ff1 fs0 fc2 sc0 ls0 ws0">parametresine <span class="ff9">sizeo<span class="_ _0"></span>f(A) <span class="ff2">değeri geçilir.</span></span> </div><div class="t m0 x10 h3 y768 ff2 fs0 fc2 sc0 ls0 ws0">Sınıf için <span class="ff9">operator new <span class="_ _0"></span><span class="ff1">ve </span>operator delete<span class="_ _0"></span> </span>işlevlerinin tanımlan<span class="_ _0"></span>ması ya da tan<span class="_ _0"></span>ımlanmış işlevlerin kaynak kod<span class="_ _0"></span>dan </div><div class="t m0 x10 h3 y769 ff2 fs0 fc2 sc0 ls0 ws0">çıkartılması <span class="ff9">new <span class="ff1">ve </span>d<span class="_ _0"></span>elete </span>işleçlerinin kullan<span class="_ _0"></span>ıldığı kodlarda bir d<span class="_ _0"></span>eğişiklik yapılmasını gerekt<span class="_ _0"></span>irmez. Çünkü global </div><div class="t m0 x10 h3 ydd1 ff9 fs0 fc2 sc0 ls0 ws0">operator new <span class="ff2">işlevi de pro<span class="_ _0"></span>gramcının sınıf için t<span class="_ _0"></span>anımladığı </span>o<span class="_ _0"></span>perator new <span class="ff2">işl<span class="_ _0"></span>evi de aynı ifade ile çağrı<span class="_ _0"></span>lır. Programcı </span></div><div class="t m0 x10 h3 y658 ff9 fs0 fc2 sc0 ls0 ws0">operator new <span class="ff2">işlevini tan<span class="_ _0"></span>ımlamış olsa bile, global olan<span class="_ _0"></span> işlevi çağırabilir:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd y4fd ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc8d ff8 fs0 fc2 sc0 ls13 ws0">A *ptr = ::new A;<span class="ls0"> </span></div><div class="t m0 x1 h15 y759 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y12c7 ff2 fs0 fc2 sc0 ls0 ws0">A sınıfının <span class="ff9">operator new <span class="_ _0"></span></span>işlevi olmasına ka<span class="_ _0"></span>rşın, <span class="ff9">new </span>i<span class="_ _0"></span>şlecinin önek konumun<span class="_ _0"></span>daki çözünürlük işleci ile </div><div class="t m0 x10 h3 yd42 ff2 fs0 fc2 sc0 ls0 ws0">kullanılması sonucu stan<span class="_ _0"></span>dart kütüp<span class="_ _0"></span>haned<span class="_ _0"></span><span class="ff1">eki <span class="ff9">operator new </span></span>işlevi çağrılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yebb ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 ye5f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 ydb5 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1b8" class="pf w0 h0" data-page-no="1b8"><div class="pc pc1b8 w0 h0"><img class="bi xb y96 w6 hf" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAABmCAIAAAAI3VaZAAAACXBIWXMAABYlAAAWJQFJUiTwAAACIElEQVR42u3doRGDQBRFUcig0BRADbRBJamIStJGCojaAhAo7E8FmwkJgt05x6576s4320ZEk5HWvQEAAC5jHPrc0806AABQAWUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAIDydSbgFI/70wgA8Jt5mYzA/9zsAQCgBm1E5N7SuhsIAACuYxz63JObPQAA1EDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAMD5Pv1UBQAAlMLNHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADf6l5pswIAAJTOzR4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACOegP3JxVvEWhFSAAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">440</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff2 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>o<span class="_ _3"></span>p<span class="_ _b"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>t<span class="_ _3"></span>o<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>e<span class="_ _b"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">i<span class="_ _b"></span> </span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Sınıf için tanımlanacak <span class="_ _0"></span><span class="ff9">operator delete <span class="_ _0"></span></span>işlevinin geri dönüş değeri ol<span class="_ _0"></span>mamalı, işlevin birinci p<span class="_ _0"></span>arametre değişkeni </div><div class="t m0 x10 h3 y2e0 ff9 fs0 fc2 sc0 ls0 ws0">void * <span class="ff2">türünd<span class="_ _0"></span>en olmalıdır. </span><span class="ls33">A </span><span class="ff2">sın<span class="_ _0"></span>ıfına ilişkin </span>operator delet<span class="_ _0"></span>e <span class="ff2">işlevinin bildirimi aşağıdak<span class="_ _0"></span>i gibi olabilir:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x11 h11 ya18 ff8 fs0 fc2 sc0 ls13 ws0">class A { </div><div class="t m0 x11 h11 y14b9 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y9c ff8 fs0 fc2 sc0 ls13 ws0">void *operator new(size_t); </div><div class="t m0 x12 h11 y57c ff8 fs0 fc2 sc0 ls13 ws0">void operator delete(void *);<span class="ls0"> </span></div><div class="t m0 x12 h11 y5f0 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y45a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h9e yd25 ff8 fs3 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y32 ff9 fs0 fc2 sc0 ls0 ws0">delete <span class="ff2">işlecine verilen ad<span class="_ _0"></span>res bir sınıf türünden ise, derl<span class="_ _0"></span>eyici bu sınıfın <span class="_ _0"></span></span>ope<span class="_ _0"></span>rator delete <span class="_ _0"></span><span class="ff2">işlevine sahip olup </span></div><div class="t m0 x10 h3 y948 ff2 fs0 fc2 sc0 ls0 ws0">olmadığını araştırır. Eğer sını<span class="_ _0"></span>fın <span class="_ _0"></span><span class="ff9">operator delete <span class="_ _0"></span></span>işlevi bildirilmiş ise bildirilen işlev çağrılır. <span class="_ _0"></span>Aksi halde global </div><div class="t m0 x10 h3 y14ba ff9 fs0 fc2 sc0 ls0 ws0">operator delete <span class="_ _0"></span><span class="ff2">işlevi çağrılır.<span class="ff1"> </span></span></div><div class="t m0 x1 h3 y9b7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yf0c ff8 fs0 fc2 sc0 ls13 ws0">A *ptr = new A;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1c1 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x11 h11 y1378 ff8 fs0 fc2 sc0 ls13 ws0">delete<span class="ls0"> <span class="ls16">ptr;</span> </span></div><div class="t m0 x10 h3 y1468 ff2 fs0 fc2 sc0 ls0 ws0">ifadeleri için derleyici şöyle bi<span class="_ _0"></span>r kod üretir: <span class="_ _0"></span><span class="ff9 ls14">pt<span class="ff10 ls27">r‟</span></span>nin gösterdiği<span class="_ _0"></span> sınıf nesnesi için önce sın<span class="_ _0"></span>ıfın sonlandırıcı işlevi </div><div class="t m0 x10 h3 y652 ff2 fs0 fc2 sc0 ls0 ws0">çağrılır. Sonra <span class="ff9">ptr <span class="ff1">ad<span class="_ _0"></span>resi </span><span class="ls33">A </span></span>sınıfının <span class="ff9">o<span class="_ _0"></span>perator delete <span class="_ _0"></span></span>işlevine argüman olarak gönd<span class="_ _0"></span>erilir.<span class="ff1"> </span></div><div class="t m0 x1 hd y13e6 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1220 ff9 fs0 fc2 sc0 ls0 ws0">operator new, ope<span class="_ _0"></span>rator[], operator delete, operato<span class="_ _0"></span>r delete[] <span class="_ _0"></span><span class="ff2">işlevleri sınıfın statik <span class="_ _0"></span>işlevleridir. Bu<span class="_ _0"></span> işlevlerin </span></div><div class="t m0 x10 h3 y131c ff1 fs0 fc2 sc0 ls0 ws0">bildirimlerinde <span class="ff9">static<span class="_ _0"></span> <span class="ff2">anahtar sözcüğü yaz<span class="_ _0"></span>ılmamış olsa bile bunlar d<span class="_ _0"></span>erleyici tarafından statik üye işlevler olarak </span></span></div><div class="t m0 x10 h3 y344 ff2 fs0 fc2 sc0 ls0 ws0">ele alınır. Tabii programcı i<span class="_ _0"></span>sterse <span class="ff1 ls15">bu </span>işlevlerin bildirimlerinin ö<span class="_ _0"></span>nüne static <span class="_ _0"></span><span class="ff10">anahtar sözcüğünü <span class="_ _0"></span></span>yerleştirebilir. Bu </div><div class="t m0 x10 h3 yaff ff2 fs0 fc2 sc0 ls0 ws0">işlevler statik üye işlevler oldu<span class="_ _0"></span>klarından sınıfın stat<span class="_ _0"></span>ik olmayan elemanlarına doğru<span class="_ _0"></span>dan ulaşamaz. <span class="_ _3"></span><span class="ff9">operator new </span></div><div class="t m0 x10 h3 ydde ff1 fs0 fc2 sc0 ls0 ws0">ve<span class="_ _9"></span> <span class="ff9">operator delete <span class="ff2">işlevlerinin <span class="_ _0"></span>bir sınıf için yüklenm<span class="_ _0"></span>esine örnek olarak aşağıda <span class="_ _0"></span>küçük bir program veriliyor. </span></span></div><div class="t m0 x10 h3 y543 ff2 fs0 fc2 sc0 ls0 ws0">Programı derleyerek<span class="ff1"> <span class="_ _9"></span><span class="ff2">çalıştırın:<span class="ff1"> </span></span></span></div><div class="t m0 x1 h16 yc6a ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y575 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x1c h11 y1276 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;cstring&gt; </div><div class="t m0 x1c h11 y14bb ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;new&gt;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1385 ff8 fs0 fc2 sc0 ls13 ws0">typedef unsigned char Byte; </div><div class="t m0 x1c h11 y3fd ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x1a h11 yb56 ffc fs0 fc2 sc0 ls13 ws0">char s[20]; //yalnızca sınıf nesnesi içinde yer kaplasın diye </div><div class="t m0 x1a h11 y9c0 ff8 fs0 fc2 sc0 ls13 ws0">static Byte allocation_pool[];<span class="ls0"> </span></div><div class="t m0 x1a h11 y14bc ff8 fs0 fc2 sc0 ls13 ws0">static Byte allocation_map[]; </div><div class="t m0 x1c h11 yd45 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1b9" class="pf w0 h0" data-page-no="1b9"><div class="pc pc1b9 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">441</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">static const size_t max_object_size = 10; </div><div class="t m0 x1a h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">A(){std::cout &lt;&lt; &quot;A()<span class="ls0">\</span>n&quot;;}<span class="ls0"> </span></div><div class="t m0 x1a h11 y5bc ff8 fs0 fc2 sc0 ls13 ws0">~A(){std::cout &lt;&lt; &quot;~A()<span class="ls0">\</span>n&quot;;} </div><div class="t m0 x1a h11 ybd0 ff8 fs0 fc2 sc0 ls13 ws0">void *operator new(size_t); </div><div class="t m0 x1a h11 y633 ff8 fs0 fc2 sc0 ls13 ws0">void operator delete(void *);<span class="ls0"> </span></div><div class="t m0 x1c h11 y1056 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y14bd ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y13b7 ffc fs0 fc2 sc0 ls13 ws0">//cpp dosyası<span class="ff8 ls0"> </span></div><div class="t m0 x1c h11 y1261 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1 h12 y14be ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y14bf ff8 fs0 fc2 sc0 ls13 ws0">Byte A::allocation_pool[max_object_size * sizeof(A)]; </div><div class="t m0 x1c h11 y9f2 ff8 fs0 fc2 sc0 ls13 ws0">Byte A::allocation_map[max_object_size] = {0};<span class="ls0"> </span></div><div class="t m0 x1 h11 y237 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y5de ff8 fs0 fc2 sc0 ls13 ws0">void *A::operator new(size_t)<span class="ls0"> </span></div><div class="t m0 x1c h11 yd73 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y14c0 ff8 fs0 fc2 sc0 ls13 ws0">Byte *ptr = (Byte *)memchr(allocation_map, 0, max_object_size); </div><div class="t m0 x1a h11 y83d ff8 fs0 fc2 sc0 ls13 ws0">if (!ptr) {<span class="ls0"> </span></div><div class="t m0 x35 h11 ye31 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;bellek yetersiz&quot; &lt;&lt; endl; </div><div class="t m0 x35 h11 y12dd ff8 fs0 fc2 sc0 ls13 ws0">throw bad_alloc();<span class="ls0"> </span></div><div class="t m0 x1a h11 y67d ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1a h11 y47a ff8 fs0 fc2 sc0 ls13 ws0">int block_no = ptr <span class="ls0">- </span>allocation_map;<span class="ls0"> </span></div><div class="t m0 x1a h11 y1353 ffc fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; block_no &lt;&lt; &quot;no lu blok kullanılıyor&quot; &lt;&lt; <span class="ff8">endl;<span class="ls0"> </span></span></div><div class="t m0 x1a h11 y11a8 ff8 fs0 fc2 sc0 ls13 ws0">*ptr = 1;<span class="ls0"> </span></div><div class="t m0 x1a h11 y1310 ff8 fs0 fc2 sc0 ls13 ws0">return allocation_pool + (block_no * sizeof(A));<span class="ls0"> </span></div><div class="t m0 x1c h11 yd09 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yf9b ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yab5 ff8 fs0 fc2 sc0 ls13 ws0">void A::operator delete(void *ptr)<span class="ls0"> </span></div><div class="t m0 x1c h11 y280 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y1245 ff8 fs0 fc2 sc0 ls13 ws0">if (!ptr)<span class="ls0"> </span></div><div class="t m0 x35 h11 y14c1 ff8 fs0 fc2 sc0 ls13 ws0">return;<span class="ls0"> </span></div><div class="t m0 x1a h11 y719 ff8 fs0 fc2 sc0 ls13 ws0">unsigned long<span class="ls0"> </span>block<span class="ls0"> =  </span>reinterpret_cast&lt;unsigned long&gt;(ptr) <span class="ls0">-<span class="_ _6"></span> </span></div><div class="t m0 x1c h11 yaba ff8 fs0 fc2 sc0 ls13 ws0">reinterpret_cast&lt;unsigned<span class="ls0"> </span>long&gt;(allocation_pool);<span class="ls0"> </span></div><div class="t m0 x1a h11 yf13 ff8 fs0 fc2 sc0 ls13 ws0">block /= sizeof(A);<span class="ls0"> </span></div><div class="t m0 x1a h11 y287 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; block &lt;&lt; &quot;no lu blok geri veriliyor!&quot; &lt;&lt; endl; </div><div class="t m0 x1a h11 y8f3 ff8 fs0 fc2 sc0 ls13 ws0">allocation_map[block] = 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 yde4 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1ba" class="pf w0 h0" data-page-no="1ba"><div class="pc pc1ba w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">442</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybcf ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 ybd0 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y88f ff8 fs0 fc2 sc0 ls13 ws0">A *pa[A::max_object_size];<span class="ls0"> </span></div><div class="t m0 x1 h11 y338 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y2e2 ff8 fs0 fc2 sc0 ls13 ws0">try {<span class="ls0"> </span></div><div class="t m0 x1e h11 y14c2 ff8 fs0 fc2 sc0 ls13 ws0">for (size_t i = 0; i &lt; A::max_object_size; ++i) </div><div class="t m0 x4d h11 yc95 ff8 fs0 fc2 sc0 ls13 ws0">pa[i] = new A;<span class="ls0"> </span></div><div class="t m0 x1e h11 y3ea ff8 fs0 fc2 sc0 ls13 ws0">new A;<span class="ls0"> </span></div><div class="t m0 x13 h11 ye82 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x13 h11 y8f8 ff8 fs0 fc2 sc0 ls13 ws0">catch (bad_alloc) {<span class="ls0"> </span></div><div class="t m0 x1e h11 y95a ff8 fs0 fc2 sc0 ls13 ws0">cerr &lt;&lt; &quot;bellek yetersiz!&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 yc66 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y36d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yac3 ff8 fs0 fc2 sc0 ls13 ws0">delete pa[3];<span class="ls0"> </span></div><div class="t m0 x13 h11 yd3e ffc fs0 fc2 sc0 ls13 ws0">//geri verilen bellek alnı kullaniliyor! </div><div class="t m0 x13 h11 y1364 ff8 fs0 fc2 sc0 ls13 ws0">A *ptr = new A;<span class="ls0"> </span></div><div class="t m0 x13 h11 y6cd ff8 fs0 fc2 sc0 ls13 ws0">delete ptr;<span class="ls0"> </span></div><div class="t m0 x1 h11 yadb ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y1230 ff8 fs0 fc2 sc0 ls13 ws0">for (size_t i = 0; i &lt; A::max_object_size; ++i) </div><div class="t m0 x1e h11 y1167 ff8 fs0 fc2 sc0 ls13 ws0">delete pa[i];<span class="ls0"> </span></div><div class="t m0 x1 h12 y7ed ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y93a ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1444 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y1047 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y18b ff1 fs0 fc2 sc0 ls0 ws0">Örnek programda <span class="_ _0"></span><span class="ff9 ls33">A </span><span class="ff2">isimli bir sınıf tanımlanıyo<span class="_ _0"></span>r. Sınıfın elemanı olan<span class="_ _0"></span> <span class="ff9">c<span class="_ _0"></span>har </span></span>türden <span class="ff9 ls26">s <span class="_ _0"></span></span><span class="ff2">dizisi yalnızca sınıf nesnesinin </span></div><div class="t m0 x10 h3 y14c3 ff2 fs0 fc2 sc0 ls0 ws0">belirli bir yer kaplaması a<span class="_ _0"></span>macıyla ekledik. Sınıfın <span class="_ _0"></span><span class="ff9">max_object_size <span class="_ _0"></span><span class="ff1">isimli </span>const </span>statik el<span class="_ _0"></span>emanı sınıf türünd<span class="_ _0"></span>en </div><div class="t m0 x10 h3 y14c4 ff2 fs0 fc2 sc0 ls0 ws0">dinamik olarak yar<span class="_ _0"></span>atılabilecek en fazla nesne <span class="_ _0"></span>sayısını tutuyor. Sınıfın iki statik<span class="_ _0"></span> dizi elemanı var. <span class="_ _3"></span><span class="ff9">Byte <span class="ff1">türden </span></span></div><div class="t m0 x10 h3 y14c5 ff9 fs0 fc2 sc0 ls0 ws0">allocation_poo<span class="_ _0"></span>l <span class="ff2">isimli dizi sınıf nesnelerinin yar<span class="_ _0"></span>atılabileceği bellek havuzunu b<span class="_ _0"></span>elirliyor. En fazla <span class="_ _0"></span></span>a<span class="_ _0"></span>llocation_pool </div><div class="t m0 x10 h3 y952 ff2 fs0 fc2 sc0 ls0 ws0">dizisinin boyutu<span class="_ _0"></span> kadar sayıda dinamik <span class="_ _0"></span><span class="ff9 ls33">A </span>nesnesi yaratılabile<span class="_ _0"></span>cek. <span class="ff9">Byte <span class="ff1">türden <span class="_ _0"></span></span>allocation_map<span class="_ _0"></span> <span class="ff1">dizisi ise </span></span></div><div class="t m0 x10 h3 ye7d ff9 fs0 fc2 sc0 ls0 ws0">allocation_poo<span class="_ _0"></span>l <span class="ff1">dizisinin han<span class="_ _0"></span>gi blo<span class="ff2">klarının kullanımda <span class="_ _0"></span>olduğu bilgisini tutuyor. Yani b<span class="_ _0"></span>ir bayrak dizisi olarak </span></span></div><div class="t m0 x10 h3 y5e8 ff2 fs0 fc2 sc0 ls0 ws0">kullanılıyor. Dizinin <span class="_ _0"></span><span class="ff9 ls43">k </span>indisli elemanının değerinin <span class="_ _0"></span><span class="ff9 ls4">0 </span>olm<span class="_ _9"></span>ası<span class="_ _9"></span> belle<span class="_ _9"></span>k havuzun<span class="_ _0"></span>daki ilgili bloğun henü<span class="_ _0"></span>z kullanımda </div><div class="t m0 x10 h3 y5e9 ff2 fs0 fc2 sc0 ls0 ws0">olmadığını<span class="ff1"> gösteriyor.<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y1002 ff2 fs0 fc2 sc0 ls0 ws0">A sınıfı için tanımlanan<span class="_ _0"></span> <span class="ff9">operator new <span class="_ _0"></span></span>işlevi <span class="ff1">önce bayra<span class="_ _0"></span>k dizisini tarayarak b<span class="_ _0"></span>ellek havuzunda henüz </span></div><div class="t m0 x10 h3 ye7e ff2 fs0 fc2 sc0 ls0 ws0">kullanılmayan b<span class="_ _0"></span>ir blok olup olmadığına bak<span class="_ _0"></span>ıyor. Bellek havuzun<span class="_ _0"></span>daki blokların tümü ku<span class="_ _0"></span>llanımda ise yani </div><div class="t m0 x10 h3 y1073 ff2 fs0 fc2 sc0 ls0 ws0">havuzun tamamı ku<span class="_ _0"></span>llanıma sunulmuş ise, <span class="_ _0"></span><span class="ff9">bad_alloc <span class="_ _0"></span></span>sınıfı türünden bir h<span class="_ _0"></span>ata nesnesi gönderiliyor. Bell<span class="_ _0"></span><span class="ff1">ek </span></div><div class="t m0 x10 h3 y14c6 ff2 fs0 fc2 sc0 ls0 ws0">havuzunda en a<span class="_ _0"></span>z bir nesnelik yer varsa, ilgili bloğu<span class="_ _0"></span>n başlangıç adresi geri dön<span class="_ _0"></span>üş değeri olarak dışarı iletiliyor. </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1bb" class="pf w0 h0" data-page-no="1bb"><div class="pc pc1bb w0 h0"><img class="bi xb y14c7 w6 h10f" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">443</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Sınıfa ilişkin <span class="ff9">ope<span class="_ _0"></span>rator delete <span class="_ _0"></span></span>işlevi ise parametresine geçilen adresin h<span class="_ _0"></span>angi bellek bloğuna i<span class="_ _0"></span>lişkin olduğunu </div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">hesaplayarak bay<span class="_ _0"></span>rak dizisini<span class="ff2">n ilgili elemanının d<span class="_ _0"></span>eğerini sıfırlıyor. Bloğu<span class="_ _0"></span> yeniden kullanıma açıyor.<span class="_ _3"></span></span> </div><div class="t m0 x1 hd y506 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y120c ff1 fs6 fc2 sc0 ls0 ws0">Y<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>B<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span> <span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>w<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _b"></span>c<span class="_ _3"></span>i<span class="_ _3"></span> </div><div class="t m0 x10 h3 y338 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">işlecinin başka b<span class="_ _0"></span>ir biçimi olan yeri b<span class="_ _0"></span>elirli </span>new <span class="ff2">işleci ile bir sınıf ne<span class="_ _0"></span>snesi istenilen bir adreste yaratılır. </span></div><div class="t m0 x10 h3 y339 ff2 fs0 fc2 sc0 ls0 ws0">İşlecin kullanılması için <span class="_ _0"></span><span class="ff9">new </span>başlık dosyasının<span class="_ _0"></span> koda eklenme<span class="_ _0"></span>si gerekir. Bu işleç kullanıldığı<span class="_ _0"></span>nda dinamik bir b<span class="_ _0"></span>lok </div><div class="t m0 x10 h3 y33a ff2 fs0 fc2 sc0 ls0 ws0">elde etmek için bir işlev çağrıl<span class="_ _0"></span>maz. Çünkü zat<span class="_ _0"></span>en sınıf nesnesi işlece verilen adrest<span class="_ _0"></span>e yaratılır. İşlecin </div><div class="t m0 x10 h3 y33b ff2 fs0 fc2 sc0 ls0 ws0">kullanımının genel biçi<span class="_ _0"></span>mi aşağıdaki gibidir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y635 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y2ca ff8 fs0 fc2 sc0 ls13 ws0">new(adres) tür ismi<span class="ls0"> </span></div><div class="t m0 x1 h15 ya1 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9c5 ff2 fs0 fc2 sc0 ls0 ws0">İşlecin ayraç<span class="ff1"> </span>içind<span class="_ _0"></span>eki terimi herhangi t<span class="_ _0"></span>ürden adres olabilir. İşlecin ü<span class="_ _0"></span>rettiği değer tür ismiyle b<span class="_ _0"></span>elirlenen </div><div class="t m0 x10 h3 yc2 ff2 fs0 fc2 sc0 ls0 ws0">türden bir ad<span class="_ _0"></span>restir. Eğer tür bir sınıf türü ise derleyicinin ü<span class="_ _0"></span>rettiği kod sonu<span class="_ _0"></span>cunda o sınıfın kuru<span class="_ _0"></span>cu işlevi </div><div class="t m0 x10 h3 yc3 ff2 fs0 fc2 sc0 ls0 ws0">çağrılır. Aşağıdaki kod<span class="_ _0"></span> parçasını inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y8a5 ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h5d y1452 ff1 fs16 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yb15 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x11 h11 y1202 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;new&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y127b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y755 ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x13 h11 y82f ff8 fs0 fc2 sc0 ls13 ws0">int a, b; </div><div class="t m0 x11 h11 y14c8 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y14c9 ff8 fs0 fc2 sc0 ls13 ws0">A():a(0), b(0) {std::cout &lt;&lt; &quot;A::A()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x13 h11 y5b8 ff8 fs0 fc2 sc0 ls13 ws0">~A(){std::cout &lt;&lt; &quot;A::A()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x13 h11 y38e ff8 fs0 fc2 sc0 ls13 ws0">void display()const {std::cout &lt;&lt; &quot;a = &quot; &lt;&lt; a &lt;&lt; &quot;<span class="ls0">\</span>n&quot; &lt;&lt; &quot;b = &quot; &lt;&lt; b &lt;&lt; </div><div class="t m0 x11 h11 y1172 ff8 fs0 fc2 sc0 ls13 ws0">std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y44e ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y11c0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y41b ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y5d2 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y34b ff8 fs0 fc2 sc0 ls13 ws0">char s[sizeof(A)];<span class="ls0"> </span></div><div class="t m0 x13 h11 y2a4 ff8 fs0 fc2 sc0 ls13 ws0">A *ptr = new(s)A;<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1bc" class="pf w0 h0" data-page-no="1bc"><div class="pc pc1bc w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">444</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y14ca ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-</span>&gt;display(); </div><div class="t m0 x13 h11 y14cb ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-</span>&gt;~A();<span class="ls0"> </span></div><div class="t m0 x11 h11 y11a2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h60 ycda ff8 fs17 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y14cc ff1 fs0 fc2 sc0 ls0 ws0">Örnekte <span class="ff9">sizeof(A) byte <span class="_ _0"></span><span class="ff2">boyutunda y<span class="_ _0"></span>erel dizi tanımlanıyor. Bu dizin<span class="_ _0"></span>in başlangıç adresinin <span class="_ _0"></span></span>ne<span class="_ _0"></span>w <span class="ff2">işlecine verildiğini </span></span></div><div class="t m0 x10 h3 ya99 ff2 fs0 fc2 sc0 ls0 ws0">görüyorsunuz. İ<span class="_ _0"></span>şleç dışarıdan aldığı adresle sınıf<span class="_ _0"></span>ın kurucu işlevinin çağrı<span class="_ _0"></span>lma<span class="_ _0"></span>sını sağlıyor. Ancak dah<span class="_ _0"></span>a sonra </div><div class="t m0 x10 h3 y14cd ff2 fs0 fc2 sc0 ls0 ws0">sınıfın sonlandırıcı işlevin çağr<span class="_ _0"></span>ılması isteniyorsa çağrı açık b<span class="_ _0"></span>ir şekilde yapılmalıd<span class="_ _0"></span>ır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y75f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya58 ff8 fs0 fc2 sc0 ls13 ws0">ptr<span class="ls0">-</span>&gt;~A();<span class="ls0"> </span></div><div class="t m0 x1 h15 y8bc ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y426 ff1 fs0 fc2 sc0 ls0 ws0">deyimiyle <span class="ff9">ptr <span class="ff2">göstericis<span class="_ _0"></span>inin gösterdiği yapı nesn<span class="_ _0"></span>esinin sonlandırıcı işlevi çağrılıyo<span class="_ _0"></span>r. C++ da bir sınıfın </span></span></div><div class="t m0 x10 h3 y990 ff2 fs0 fc2 sc0 ls0 ws0">sonlandırıcı<span class="ff1"> </span>işlevinin a<span class="_ _0"></span>çık bir şekilde çağrılması gereken t<span class="_ _0"></span>ek yer burasıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y14ce ff2 fs0 fc2 sc0 ls0 ws0">Eğer programcı<span class="ff1"> </span></div><div class="t m0 x1 h3 ye5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y5c5 ff8 fs0 fc2 sc0 ls13 ws0">delete ptr<span class="ls0"> </span></div><div class="t m0 x1 h15 y1b ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y184 ff2 fs0 fc2 sc0 ls0 ws0">gibi <span class="_ _22"> </span>bir <span class="_ _22"> </span>deyim <span class="_ _22"> </span>yazsaydı <span class="_ _22"> </span>bu  çalış<span class="_ _9"></span>ma <span class="_ _22"> </span>zamanına  ilişkin <span class="_ _22"> </span>bir <span class="_ _22"> </span>hata <span class="_ _22"> </span>olurdu. <span class="_ _22"> </span>Dinamik <span class="_ _22"> </span>olarak <span class="_ _22"> </span>elde <span class="_ _22"> </span>edilen <span class="_ _22"> </span>bir <span class="_ _22"> </span>blok </div><div class="t m0 x10 h3 yc68 ff2 fs0 fc2 sc0 ls0 ws0">olmamasına  karşın, <span class="_ _10"> </span><span class="ff9">operator  delete <span class="_ _10"> </span></span>işleviyle  <span class="ff9">ptr  </span>değişken<span class="_ _0"></span>inin  değeri  olan  ad<span class="_ _0"></span>res  <span class="ff9">free  store  </span>alan<span class="_ _0"></span>aına  geri </div><div class="t m0 x10 h3 yd07 ff2 fs0 fc2 sc0 ls0 ws0">verilmeye çalışılmış olurdu<span class="_ _0"></span>.<span class="ff1"> </span></div><div class="t m0 x10 h3 y413 ff1 fs0 fc2 sc0 ls0 ws0">Yeri belirli <span class="ff9">new <span class="ff2">işlecinin de k<span class="_ _0"></span>öşeli ayraçlı biçimi <span class="_ _0"></span>vardır. İşlecin bu<span class="_ _0"></span> biçimi kullanılarak, verilen b<span class="_ _0"></span>ir adresten </span></span></div><div class="t m0 x10 h3 y6b4 ff2 fs0 fc2 sc0 ls0 ws0">başlayarak birden faz<span class="_ _0"></span>la sınıf nesnesinin yaratılması sağlana<span class="_ _0"></span>bilir. Aşağıda dah<span class="_ _0"></span>a önce yazılan <span class="_ _3"></span><span class="ff9">main <span class="ff1">bu kez </span></span></div><div class="t m0 x10 h3 y6b5 ff2 fs0 fc2 sc0 ls0 ws0">işlevin köşeli ayraç biçimini ku<span class="_ _0"></span>llanacak biçimde yenid<span class="_ _0"></span>en tan<span class="_ _0"></span>ımlanıyoruz:<span class="ff1"> </span></div><div class="t m0 x11 h11 y30d ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 yeea ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y8ee ff8 fs0 fc2 sc0 ls13 ws0">char s[3 * sizeof(A)]; </div><div class="t m0 x13 h11 y2bd ff8 fs0 fc2 sc0 ls13 ws0">A *ptr = new(s)A[3];<span class="ls0"> </span></div><div class="t m0 x1 h12 y49a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yf2 ff8 fs0 fc2 sc0 ls13 ws0">for (int k = 0; k &lt; 3; ++k) </div><div class="t m0 x1e h11 y209 ff8 fs0 fc2 sc0 ls13 ws0">ptr[k].display();<span class="ls0"> </span></div><div class="t m0 x13 h11 y18e ff8 fs0 fc2 sc0 ls13 ws0">for (int k = 0; k &lt; 3; ++k) </div><div class="t m0 x1e h11 y81d ff8 fs0 fc2 sc0 ls13 ws0">ptr[k].~A();<span class="ls0"> </span></div><div class="t m0 x1 h12 y5e9 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y34c ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y3ca ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y7bc ff8 fsb fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1bd" class="pf w0 h0" data-page-no="1bd"><div class="pc pc1bd w0 h0"><img class="bi xb y14cf w6 h110" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">445</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff1 fs0 fc2 sc0 ls0 ws0">Bu kez yerel <span class="ff9 ls26">s </span>dizi<span class="_ _0"></span>sini, üç <span class="ff9 ls33">A </span><span class="ff2">nesnesinin<span class="_ _0"></span> sığacağı büyüklükte tan<span class="_ _0"></span>ımladık. Yeri belirli <span class="_ _0"></span><span class="ff9">new </span>işleci ile bu k<span class="_ _0"></span>ez <span class="ff9 ls33">A </span>sınıf </span></div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">nesneleri başlangıç adr<span class="_ _0"></span>esi verilen blokta yarat<span class="_ _0"></span>ıldı. A sınıfının sonlandırıcı işlevinin<span class="_ _0"></span> her nesne için ayrıca </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">çağrıldığına dikkat edin<span class="_ _0"></span>.<span class="ff1"> </span></div><div class="t m0 x1 h3 y51b ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y822 ff1 fs6 fc2 sc0 ls0 ws0">n<span class="_ _3"></span>o<span class="_ _3"></span>t<span class="_ _3"></span>h<span class="_ _3"></span>r<span class="_ _3"></span>o<span class="_ _3"></span>w<span class="_ _3"></span> <span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _b"></span>w<span class="_ _3"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>c<span class="_ _3"></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 y68e ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff1">ve </span>new[] <span class="ff2">işleçlerin<span class="_ _0"></span>in </span>nothrow <span class="ff2">parametreli b<span class="_ _0"></span>ir biçimleri de vardır. Bu işl<span class="_ _0"></span>eçler dinamik bellek alan<span class="_ _0"></span>ı elde </span></div><div class="t m0 x10 h3 y68f ff2 fs0 fc2 sc0 ls0 ws0">edilemediği zaman <span class="_ _0"></span><span class="ff9">bad_alloc </span>sınıfı türü<span class="_ _0"></span>nden bir hata <span class="_ _0"></span>nesnesi göndermek yerine <span class="_ _0"></span><span class="ff9">NULL <span class="ff1">ad<span class="_ _0"></span>resi üretir. Bu </span></span></div><div class="t m0 x10 h3 y690 ff2 fs0 fc2 sc0 ls0 ws0">işleçlerin dinamik blok elde <span class="_ _0"></span>etmek için çağırdıkları <span class="_ _0"></span>global<span class="ff1"> <span class="_ _0"></span></span>işlevlerin bildirimleri şöyledir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y120d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y14ad ff8 fs0 fc2 sc0 ls13 ws0">void *operator new(size_t, const nothrow_t &amp;) throw(); </div><div class="t m0 x11 h11 y8bc ff8 fs0 fc2 sc0 ls13 ws0">void *operator new[](size_t, const nothrow_t &amp;) throw();<span class="ls0"> </span></div><div class="t m0 x1 h15 ycf1 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye4e ff2 fs0 fc2 sc0 ls0 ws0">Görüldüğü gibi bu<span class="_ _0"></span> işlevlerin bildirimi hata nesne<span class="_ _0"></span>si belirleme sözdizimiyle yap<span class="_ _0"></span>ılmış, bu işlevler içinden bi<span class="_ _3"></span><span class="ff1 ls2a">r </span></div><div class="t m0 x10 h3 ya90 ff2 fs0 fc2 sc0 ls0 ws0">hata nesnesi gönderilm<span class="_ _0"></span>ediği bildirilmiştir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yc89 ff9 fs0 fc2 sc0 ls0 ws0">nothrow_t <span class="ff2">işlevlerin i<span class="_ _0"></span>mzalarını farklı kılmak için tanımlanan<span class="_ _0"></span> boş bir y<span class="_ _0"></span>apı türünün ismidir.<span class="_ _3"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 y14d0 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">başlık dosyası içinde <span class="_ _0"></span></span>nothrow_t <span class="ff1">tü<span class="_ _0"></span>ründen ismi </span>no<span class="_ _0"></span>throw <span class="ff2">olan<span class="_ _0"></span> bir nesne bildirilmiştir.<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 h3 y96e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y184 ff8 fs0 fc2 sc0 ls13 ws0">struct nothrow_t {<span class="ls0"> </span></div><div class="t m0 x11 h11 y1033 ff8 fs0 fc2 sc0 ls13 ws0">}nothrow;<span class="ls0"> </span></div><div class="t m0 x1 h15 y510 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y109 ff2 fs0 fc2 sc0 ls0 ws0">Bu işleçler aşağıdaki gibi k<span class="_ _0"></span>ullanılır:<span class="ff1"> </span></div><div class="t m0 x1 h3 y1294 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd90 ff8 fs0 fc2 sc0 ls13 ws0">class A{<span class="ls0"> </span></div><div class="t m0 x12 h11 y13ee ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y112b ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y98a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y248 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x11 h11 y8ae ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y111c ff8 fs0 fc2 sc0 ls13 ws0">A *ptr = new(nothrow)A; </div><div class="t m0 x12 h11 y978 ff8 fs0 fc2 sc0 ls13 ws0">if(!ptr) {<span class="ls0"> </span></div><div class="t m0 x14 h11 y1194 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x12 h11 ybac ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x11 h11 y14d1 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1be" class="pf w0 h0" data-page-no="1be"><div class="pc pc1be w0 h0"><img class="bi xb y14d2 w6 h111" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA/MAAAKMCAIAAAAonX9UAAAACXBIWXMAABYlAAAWJQFJUiTwAAALZUlEQVR42u3doRGDQBRFUcig0BRADbRBJamIStJGCojaAhAo7E8Fm5kQBLs5x6576s4320ZEk5HWvQEAAC5jHPrc0806AABQAWUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAIDydSbgFI/70wgAcMy8TEbgd272AABQgzYicm9p3Q0EAADXMQ597snNHgAAaqDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAOB8n36qAgAASuFmDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACg7AEAAGUPAAAoewAAQNkDAICyBwAAlD0AAKDsAQAAZQ8AAMoeAABQ9gAAgLIHAACUPQAAKHsAAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABQ9gAAgLIHAACUPQAAoOwBAEDZAwAAyh4AAFD2AACAsgcAAGUPAAAoewAAQNkDAADKHgAAlD0AAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AAAoewAAQNkDAADKHgAAUPYAAKDsAQAAZQ8AACh7AABA2QMAgLIHAACUPQAAoOwBAABlDwAAyh4AAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAACUPQAAoOwBAABlDwAAKHsAAFD2AACAsgcAAJQ9AACg7AEAQNkDAADKHgAAUPYAAICyBwAAZQ8AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAID/1r3SZgUAACidmz0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAADKHgAAUPYAAICyBwAAlD0AACh7AABA2QMAAMoeAABQ9gAAoOwBAABlDwAAKHsAAEDZAwCAsgcAAJQ9AACg7AEAAGUPAAAoewAAUPYAAICyBwAAlD0AAKDsAQBA2QMAAMoeAABQ9gAAgLIHAABlDwAAKHsAAEDZAwAAyh4AAJQ9AACg7AEAAGUPAAB86w2M6hm73HpAuwAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">446</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1 h41 y14d3 ff8 fs1 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y11a2 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">anahtar <span class="_ _0"></span>sözcüğünden sonra açılan<span class="_ _0"></span> ayraç içinde <span class="_ _0"></span></span>nothrow <span class="ff2">isminin yazıldığın<span class="_ _0"></span>ı görüyorsun<span class="_ _0"></span>uz. Daha sonra d<span class="_ _0"></span>a </span></div><div class="t m0 x10 h3 y1407 ff2 fs0 fc2 sc0 ls0 ws0">bir tür ismi yer alıyor. Derleyic<span class="_ _0"></span>inin ürettiği kodla,<span class="_ _0"></span> dinamik bellek bloğu elde et<span class="_ _0"></span>mek için çağrılan işle<span class="_ _0"></span>ve <span class="_ _0"></span><span class="ff9">sizeof(A) </span></div><div class="t m0 x10 h3 yf29 ff2 fs0 fc2 sc0 ls0 ws0">değeri ve <span class="ff9">nothrow </span>ne<span class="_ _0"></span>snesi geçilir. Yukarıdaki <span class="_ _0"></span><span class="ff9">main </span>işlevinde <span class="_ _0"></span><span class="ff9">nothrow new </span>işleciyle, <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfı türü<span class="_ _0"></span>nden bir nesne </div><div class="t m0 x10 h3 yf3d ff2 fs0 fc2 sc0 ls0 ws0">için dinamik bir blok<span class="_ _0"></span> elde ediliyor. İşlemin başar<span class="_ _0"></span>ısı, işlecin ürettiği değerin <span class="_ _0"></span><span class="ff9">N<span class="_ _0"></span>ULL </span>adresi olup o<span class="_ _0"></span>lmadığı ile </div><div class="t m0 x10 h3 y5ab ff2 fs0 fc2 sc0 ls0 ws0">sınanıyor. Eğer dinamik b<span class="_ _0"></span>ir blok elde edilirse, derl<span class="_ _0"></span>eyicinin ürettiği kodla <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfının ku<span class="_ _0"></span>rucu işlevi çağrılır. <span class="_ _0"></span>Aynı </div><div class="t m0 x10 h3 yd7b ff2 fs0 fc2 sc0 ls0 ws0">işlecin köşeli ayraçlı biçimiyl<span class="_ _0"></span>e birden fazla sınıf nesne<span class="_ _0"></span>si için de dinamik b<span class="_ _0"></span>ir bellek bloğu elde edilebilir:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 yb4b ff8 fs0 fc2 sc0 ls13 ws0">A *ptr = new(nothrow)A[10];<span class="ls0"> </span></div><div class="t m0 x1 h15 y775 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yba5 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki deyimin yü<span class="_ _0"></span>rütülmesi sonucunda <span class="_ _0"></span>dinamik bellek bloğu<span class="_ _0"></span> elde etme girişimi başarıl<span class="_ _0"></span>ı olmaz ise <span class="_ _0"></span><span class="ff9">ptr </span></div><div class="t m0 x10 h3 y7a6 ff2 fs0 fc2 sc0 ls0 ws0">gösterici değişkenine<span class="ff1"> <span class="ff9">NULL <span class="_ _0"></span></span></span>adresi atanır. İşl<span class="_ _0"></span>evin başarılı olması du<span class="_ _0"></span>rumunda <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfının varsay<span class="_ _0"></span>ılan kurucu </div><div class="t m0 x10 h3 y1222 ff2 fs0 fc2 sc0 ls0 ws0">işlevi her bir sınıf nesnesi için <span class="_ _0"></span>bir kez, yan<span class="_ _0"></span>i toplam <span class="_ _0"></span><span class="ff9 ls4">10 </span>kez çağrılır.<span class="ff1"> </span></div><div class="t m0 x1 h1b y6e2 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 ye30 ff1 fs6 fc2 sc0 ls0 ws0">s<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>_<span class="_ _3"></span>n<span class="_ _3"></span>e<span class="_ _3"></span>w<span class="_ _3"></span>_<span class="_ _3"></span>h<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _b"></span> <span class="_ _3"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _b"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>i<span class="_ _b"></span> </div><div class="t m0 x10 h3 ycb2 ff9 fs0 fc2 sc0 ls0 ws0">new <span class="ff2">işlecinin başarısız ol<span class="_ _0"></span>ması durumunda <span class="_ _0"></span></span>bad<span class="_ _0"></span>_alloc <span class="ff2">sınıfı türünden bir h<span class="_ _0"></span>ata<span class="ff1"> </span>nesnesi gönderdiği açıklanmı<span class="_ _0"></span>ştır. </span></div><div class="t m0 x10 h3 y14d4 ff2 fs0 fc2 sc0 ls0 ws0">Ancak hata n<span class="_ _0"></span>esnesinin gönderilmesinden önce progra<span class="_ _0"></span>mcı tarafından<span class="_ _0"></span> gönderilen bir işlevin ça<span class="_ _0"></span>ğrılması </div><div class="t m0 x10 h3 y814 ff2 fs0 fc2 sc0 ls0 ws0">sağlanabilir. Bu amaçla <span class="_ _0"></span><span class="ff9">set_new_handler </span>i<span class="_ _0"></span>şlevi kullanılır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd y14d5 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc4e ff9 fs0 fc2 sc0 ls0 ws0">set_new_handler <span class="ff2">işle<span class="_ _0"></span>vi, </span>new <span class="ff2">işlecinin b<span class="_ _0"></span>aşarısızlığı durumunda <span class="_ _0"></span>bir hata nesnesi gönderilmesinden ön<span class="_ _0"></span>ce </span></div><div class="t m0 x10 h3 y3c ff2 fs0 fc2 sc0 ls0 ws0">çağrılması istenen işlevin a<span class="_ _0"></span>dresini argüman olarak <span class="_ _0"></span>alır. Yani işlevin parametr<span class="_ _0"></span>e değişkeni bir işle<span class="_ _0"></span>v göstericisidir. </div><div class="t m0 x10 h3 y1287 ff2 fs0 fc2 sc0 ls0 ws0">İşlevin geri dönü<span class="_ _9"></span>ş değe<span class="_ _9"></span>ri de daha ö<span class="_ _0"></span>nce belirlenmiş bir işlevin adre<span class="_ _0"></span><span class="ff1">sidir: </span></div><div class="t m0 x1 h3 y3e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y884 ff8 fs0 fc2 sc0 ls13 ws0">typedef void (*new_handler)(); </div><div class="t m0 x11 h11 y12c5 ff8 fs0 fc2 sc0 ls13 ws0">new_handler<span class="ls0"> <span class="_ _6"></span><span class="ls13">set_new_handler(new_handler);<span class="ls0"> </span></span></span></div><div class="t m0 x1 h15 y8ab ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y58b ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki bildirimleri inceley<span class="_ _0"></span>elim:<span class="ff1"> </span></div><div class="t m0 x1 hd ycc7 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y282 ff9 fs0 fc2 sc0 ls0 ws0">new_handler <span class="ff2">geri dönü<span class="_ _0"></span>ş değeri ve parametre değ<span class="_ _0"></span>işkeni olmayan<span class="_ _0"></span> bir işlev adresi türüne verilen <span class="_ _0"></span></span>typ<span class="_ _0"></span>edef </div><div class="t m0 x10 h3 yc40 ff1 fs0 fc2 sc0 ls0 ws0">ismidir. </div><div class="t m0 x10 h3 yde0 ff9 fs0 fc2 sc0 ls0 ws0">set_new_handler <span class="ff2">işle<span class="_ _0"></span>vinin parametre değişkeni b<span class="_ _0"></span>u türdendir ve i<span class="_ _0"></span>şlev de bu türe geri döner.<span class="_ _3"></span><span class="ff1"> </span></span></div><div class="t m0 x10 h3 ydd5 ff9 fs0 fc2 sc0 ls0 ws0">set_new_handler <span class="ff2">işle<span class="_ _0"></span>viyle bir işlev belirlemesi yap<span class="_ _0"></span>ılmaz ise, </span>n<span class="_ _0"></span>ew <span class="ff2">işleci başarısız olduğu<span class="_ _0"></span>nda hiçbir işlevi </span></div><div class="t m0 x10 h3 y14d6 ff2 fs0 fc2 sc0 ls0 ws0">çağırmaz doğrudan <span class="_ _0"></span><span class="ff9">bad_alloc </span>sınıfı türün<span class="_ _0"></span>den bir hata n<span class="_ _0"></span>esnesi gönderir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y12f6 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1bf" class="pf w0 h0" data-page-no="1bf"><div class="pc pc1bf w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">447</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd94 ff9 fs0 fc2 sc0 ls0 ws0">operator new <span class="ff2">işlevi dinamik <span class="_ _0"></span>blok elde etme işle<span class="_ _0"></span>minde başarısız olduğu<span class="_ _0"></span>nda, belirlenen işlevi yaln<span class="_ _0"></span>ızca bir kez </span></div><div class="t m0 x10 h3 y1250 ff2 fs0 fc2 sc0 ls0 ws0">çağırmaz. Gereken bellek alan<span class="_ _0"></span>ını bulun<span class="_ _0"></span>caya kadar bir dön<span class="_ _0"></span>gü içinde sürekli çağırır. Bu kural <span class="_ _0"></span><span class="ff9">set_new_hand<span class="_ _0"></span>ler </span></div><div class="t m0 x10 h3 yb8 ff2 fs0 fc2 sc0 ls0 ws0">işlevine sunulacak işlevin tasa<span class="_ _0"></span>rımına <span class="ff1">b</span>azı <span class="_ _9"></span>olanaklar sağlar. Bu işlev aşağıdaki b<span class="_ _0"></span>içimlerde<span class="ff1"> <span class="_ _6"></span>tasarlanab<span class="_ _0"></span>ilir: </span></div><div class="t m0 x1 h3 yd6f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y944 ff6 fs0 fc2 sc0 ls11 ws0">1.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İşlev dah<span class="_ _0"></span>a fazla bir bellek alanını <span class="_ _0"></span><span class="ff9">operator new <span class="_ _0"></span></span>işlevinin hizmetine sunab<span class="_ _0"></span>ilir. Böylece işlev işini bitirdiğinde </span></span></div><div class="t m0 x10 h3 y2fc ff2 fs0 fc2 sc0 ls0 ws0">artık bellek yetersizliği söz ko<span class="_ _0"></span>nusu olmayacağından<span class="_ _0"></span>, <span class="_ _0"></span><span class="ff9">operator new </span>işlevi <span class="ff9">bad_alloc <span class="_ _0"></span></span>sınıfı türü<span class="_ _0"></span>nden bir hata </div><div class="t m0 x10 h3 y98d ff2 fs0 fc2 sc0 ls0 ws0">nesnesi göndermez, işini başa<span class="_ _0"></span>rıyla tamamlar. Progra<span class="_ _0"></span>m başladığında <span class="_ _0"></span>büyük bir bellek bloğu <span class="_ _3"></span><span class="ff1">el<span class="_ _6"></span>de <span class="ff2">edilir, işlev </span><span class="ls15">bu </span></span></div><div class="t m0 x10 h3 ybb ff2 fs0 fc2 sc0 ls0 ws0">bellek alanını küçük <span class="_ _0"></span>parçalar halinde <span class="ff9">o<span class="_ _0"></span>perator new </span>işlevinin <span class="_ _0"></span>kullanımına<span class="ff1"> <span class="_ _6"></span>sunabilir.<span class="_ _0"></span> </span></div><div class="t m0 x1 h3 y136 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y255 ff6 fs0 fc2 sc0 ls11 ws0">2.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff9">set_new_hand<span class="_ _0"></span>ler <span class="ff2">işleviyle yeni b<span class="_ _0"></span>ir işlev kayıt edilebilir. Böyle<span class="_ _0"></span>ce </span>ope<span class="_ _0"></span>rator new <span class="ff1 ls15">bu </span><span class="ff2">kez yeni işlevi çağırır. Yeni </span></span></span></div><div class="t m0 x10 h3 y7a4 ff2 fs0 fc2 sc0 ls0 ws0">kayıt edilen işlev bellek alan<span class="_ _0"></span>ı elde etmek için başka iş y<span class="_ _0"></span>apabilir ya da <span class="_ _0"></span>başka bir algoritma kullanabilir, b<span class="_ _0"></span>öylece </div><div class="t m0 x10 h3 yecf ff9 fs0 fc2 sc0 ls0 ws0">operator new <span class="ff2">işlevi için bir b<span class="_ _0"></span>ellek alanı ya<span class="_ _0"></span>ratılabilir.<span class="ff1"> </span></span></div><div class="t m0 x1 h3 y301 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he ya8f ff6 fs0 fc2 sc0 ls11 ws0">3.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İşlev <span class="ff9">set_ne<span class="_ _0"></span>w_handler </span>i<span class="_ _0"></span>şlevini <span class="ff9">NULL </span>ad<span class="_ _0"></span>resiyle çağırır. Böylece orta<span class="_ _0"></span>da çağrılması gereken bi<span class="_ _0"></span>r işlev </span></span></div><div class="t m0 x10 h3 y7c3 ff2 fs0 fc2 sc0 ls0 ws0">kalmadığından <span class="_ _0"></span><span class="ff9">operator new </span>işlevi <span class="ff9">bad<span class="_ _0"></span>_alloc </span>sınıfı türünden<span class="_ _0"></span> bir hata <span class="_ _0"></span>nesnesi<span class="ff1"> gönd<span class="_ _0"></span>erir. </span></div><div class="t m0 x1 hd y429 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 he y1409 ff6 fs0 fc2 sc0 ls11 ws0">4.<span class="ff7 ls0"> <span class="_ _3"></span><span class="ff2">İşlevin kend<span class="_ _0"></span>isi <span class="ff9">bad_alloc </span>sını<span class="_ _0"></span>fı türünd<span class="_ _0"></span>en ya da <span class="ff9">bad<span class="_ _0"></span>_all<span class="ls68">oc </span></span>sınıfından türetilmiş bir sınıf türün<span class="_ _0"></span>den hata nesnesi </span></span></div><div class="t m0 x10 h3 y6b0 ff1 fs0 fc2 sc0 ls0 ws0">gönderir. Bu duru<span class="_ _0"></span>mda gönderilen hata n<span class="_ _0"></span>esnesi <span class="ff9">operato<span class="_ _0"></span>r new <span class="ff2">işlevi tarafından<span class="_ _0"></span> yakalanamaz. <span class="_ _0"></span>Böylece </span></span></div><div class="t m0 x10 h3 ydc5 ff1 fs0 fc2 sc0 ls0 ws0">gönderilen hata nesne<span class="_ _0"></span>si, <span class="ff9">new <span class="_ _0"></span><span class="ff2">işlecinin kullandığı yerde y<span class="_ _0"></span>a da daha <span class="_ _0"></span>yüksek seviyede yakalanmaya<span class="_ _0"></span></span></span> <span class="ff2">bırakıl</span>abilir. </div><div class="t m0 x38 h3 y39 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y868 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 yf58 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y82e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 yadd ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y1157 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y4fb ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y1326 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y14d7 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 ya84 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y13c5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y12e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y3ff ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y1368 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y13d4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y1414 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1c0" class="pf w0 h0" data-page-no="1c0"><div class="pc pc1c0 w0 h0"><img class="bi xb y27 w6 ha" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">448</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hb y28 ff3 fs3 fc3 sc0 ls0 ws0">Ç<span class="_ _3"></span>O<span class="_ _3"></span>K<span class="_ _3"></span>L<span class="_ _3"></span>U<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>Ü<span class="_ _0"></span>R<span class="_ _3"></span>E<span class="_ _3"></span>T<span class="_ _b"></span>M<span class="_ _3"></span>E<span class="_ _b"></span> </div><div class="t m0 x10 h3 y65d ff2 fs0 fc2 sc0 ls0 ws0">Bir sınıfı tek bir türetme işl<span class="_ _0"></span>emiyle birden fazla tab<span class="_ _0"></span>an sınıftan türetmeye “çoklu türet<span class="_ _0"></span>me”<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y74b ff9 fs0 fc2 sc0 ls0 ws0">(multiple inheritanc<span class="_ _0"></span>e) <span class="ff1">denir. </span></div><div class="t m0 x1 hd y157 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y198 ff8 fs0 fc2 sc0 ls13 ws0">class A {<span class="ls0"> </span></div><div class="t m0 x2 h11 y678 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 y1d9 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yef3 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y8b2 ff8 fs0 fc2 sc0 ls13 ws0">class B {<span class="ls0"> </span></div><div class="t m0 x2 h11 y4d9 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 yd7f ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h11 yd4d ff8 fs0 fc2 sc0 ls13 ws0">class C : public A, public B {<span class="ls0"> </span></div><div class="t m0 x2 h11 y853 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 y12e3 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h7f yc2d ff8 fs19 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1e1 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki  kod  parçasında <span class="_ _10"> </span><span class="ff9 ls32">C  </span>sınıfı,  <span class="ff9 ls33">A  </span><span class="ff1">ve  <span class="ff9 lsb">B  </span></span>sınıflarından  çoklu  türetme  yoluyla  türetiliyor.  Sözdizimde<span class="ff1">  </span>„:‟<span class="ff1"> </span></div><div class="t m0 x10 h3 ya9e ff1 fs0 fc2 sc0 ls0 ws0">atomundan<span class="_ _0"></span> <span class="_ _0"></span>sonra <span class="_ _0"></span>her <span class="_ _3"></span>bir ta<span class="_ _0"></span>ban <span class="_ _0"></span><span class="ff2">sınıf</span> <span class="_ _3"></span>isminin <span class="_ _0"></span><span class="ff2">eri<span class="_ _0"></span>şim</span> <span class="_ _0"></span>belirteciyle <span class="_ _3"></span>birlikte <span class="_ _0"></span><span class="ff2">yer <span class="_ _3"></span>aldığına <span class="_ _3"></span>dikkat <span class="_ _3"></span>edin. <span class="_ _3"></span>Eğer <span class="_ _0"></span>türetme<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 y82d ff2 fs0 fc2 sc0 ls0 ws0">işlemi<span class="ff1"> </span></div><div class="t m0 x1 h3 yf01 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ybb5 ff8 fs0 fc2 sc0 ls13 ws0">class C :public A, B {<span class="ls0"> </span></div><div class="t m0 x2 h11 y44b ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 y206 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h1c y1a9 ff8 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yb01 ff2 fs0 fc2 sc0 ls0 ws0">biçiminde yapılsaydı, <span class="_ _0"></span><span class="ff9 ls32">C </span>sınıfı, A sınıfınd<span class="_ _0"></span>an <span class="ff9">public<span class="_ _0"></span> <span class="ff1">türetmesiyle ancak <span class="_ _0"></span></span><span class="lsb">B </span></span>sınıfından <span class="ff9">private<span class="_ _0"></span> </span></div><div class="t m0 x10 h3 y1218 ff2 fs0 fc2 sc0 ls0 ws0">türetmesiyle türetilmiş olurd<span class="_ _0"></span>u.<span class="ff1"> </span></div><div class="t m0 x10 h3 y1385 ff2 fs0 fc2 sc0 ls0 ws0">Bir çoklu türetme işlemine i<span class="_ _0"></span>lişkin taban sınıfların say<span class="_ _0"></span>ısı hakkında bir kısıtlama yo<span class="_ _0"></span>ktur. Ancak uygu<span class="_ _0"></span>lamaların </div><div class="t m0 x10 h3 y12af ff2 fs0 fc2 sc0 ls0 ws0">çoğunda bir sınıf iki ay<span class="_ _0"></span>rı taban sınıftan <span class="_ _0"></span><span class="ff9">public </span>türetmesi ile t<span class="_ _0"></span>üretilir. Çoklu türetme ile <span class="_ _0"></span>elde edilmiş türemiş sınıf </div><div class="t m0 x10 h3 y99d ff1 fs0 fc2 sc0 ls0 ws0">nesnesinin içinde her taban<span class="_ _0"></span> <span class="ff2">sın<span class="_ _0"></span>ıfın elemanları da yer alır. Tü<span class="_ _0"></span>retilmiş nesnelerin bellekt<span class="_ _0"></span>eki yerleşimi standart </span></div><div class="t m0 x10 h3 y14e ff2 fs0 fc2 sc0 ls0 ws0">olarak belirlenmemiştir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y1198 ff2 fs0 fc2 sc0 ls0 ws0">Ancak derleyicilerin çoğu tü<span class="_ _0"></span>remiş sınıf nesnesi içinde tab<span class="_ _0"></span>an sınıf nesnelerini, ön<span class="_ _0"></span>ce bildirilen taban<span class="_ _0"></span> sınıf </div><div class="t m0 x10 h3 y14d8 ff2 fs0 fc2 sc0 ls0 ws0">nesnesi daha dü<span class="_ _0"></span>şük sayısal adreste ola<span class="_ _0"></span>cak biçimde yerleştiri<span class="_ _0"></span>r:<span class="ff1"> </span></div><div class="t m0 x10 h3 ybf0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1078 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1c1" class="pf w0 h0" data-page-no="1c1"><div class="pc pc1c1 w0 h0"><img class="bi xb y14d9 w6 h112" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">449</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h56 y1109 ff1 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y1348 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h113 y68f ff1 fsc fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h114 y14da ff1 fs1b fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9e1 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki gibi bir t<span class="_ _0"></span>üretme işleminden sonra türe<span class="_ _0"></span>miş sınıf olan C sınıfı türün<span class="_ _0"></span>den bir nesne tan<span class="_ _0"></span>ımlandığı zaman, </div><div class="t m0 x10 h3 y862 ff2 fs0 fc2 sc0 ls0 ws0">nesnenin bellekte yerleşimi aş<span class="_ _0"></span>ağıdaki gibi olabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h56 y14db ff1 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y56d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h115 y3bc ff1 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y10c4 ff2 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>o<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _b"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span>l<span class="_ _3"></span>i<span class="_ _3"></span>k<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>l<span class="_ _b"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>v<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _f"></span>İ<span class="_ _3"></span>s<span class="_ _3"></span>i<span class="_ _3"></span>m<span class="_ _3"></span><span class="ff1"> <span class="_ _3"></span>A<span class="_ _3"></span>r<span class="_ _b"></span>a<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span> </span></div><div class="t m0 x10 h3 y4df ff2 fs0 fc2 sc0 ls0 ws0">Çoklu türetme durumund<span class="_ _0"></span>a türemiş sınıf, bütü<span class="_ _0"></span>n taban sınıflara erişebilir. Tab<span class="_ _0"></span>an sınıflara erişim konu<span class="_ _0"></span>sunda, </div><div class="t m0 x10 h3 y4e0 ff2 fs0 fc2 sc0 ls0 ws0">hiçbir taban sınıfın d<span class="_ _0"></span>iğerine <span class="ff1">göre<span class="_ _9"></span> <span class="ff2">üstünlüğü yoktur. Bütün<span class="_ _0"></span> taban sınıflar aynı bilinirlik a<span class="_ _0"></span>lanı içinde kabul edilir. </span></span></div><div class="t m0 x10 h3 y4e1 ff2 fs0 fc2 sc0 ls0 ws0">Her iki taban sınıfta da <span class="_ _0"></span>ayn<span class="_ _9"></span>ı isimli bir eleman ya da üye işlev varsa, elemana er<span class="_ _0"></span>işim çözünürlük işleci ile </div><div class="t m0 x10 h3 y4e2 ff2 fs0 fc2 sc0 ls0 ws0">yapılmamışsa <span class="ff1 ls15">bu </span>durum çift an<span class="_ _0"></span>lamlılık hatasına yol açar. Türemiş s<span class="_ _0"></span>ınıf bilinirlik a<span class="_ _0"></span>lanında bir isim kullanıldığın<span class="_ _0"></span>da<span class="ff1"> </span></div><div class="t m0 x10 h3 y4e3 ff1 fs0 fc2 sc0 ls15 ws0">bu<span class="ls0"> <span class="ff2">isim önce türemiş sınıf bilin<span class="_ _0"></span>irlik alanında aran<span class="_ _0"></span>ır. Eğer bulunamaz ise bu kez bir sıra göz<span class="_ _0"></span>etmeksizin, taban<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 y4e4 ff2 fs0 fc2 sc0 ls0 ws0">sınıfların her birinin bilinirlik a<span class="_ _0"></span>lanı içinde aran<span class="_ _0"></span>ır. Aşağıdaki örneği inceleyin<span class="_ _0"></span>:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y2d4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y512 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 yce3 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y14dc ff8 fs0 fc2 sc0 ls13 ws0">class Base1 { </div><div class="t m0 x11 h11 y8de ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y11b1 ff8 fs0 fc2 sc0 ls13 ws0">void func() {std::cout &lt;&lt; &quot;Base1::func()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 yc7f ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y918 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yea1 ff8 fs0 fc2 sc0 ls13 ws0">class Base2 { </div><div class="t m0 x11 h11 y1460 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yebb ff8 fs0 fc2 sc0 ls13 ws0">void func() {std::cout &lt;&lt; &quot;Base2::func()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y8cb ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y145c ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><div class="c x10 y2fa w2f h116"><div class="t m0 x65 h117 y14dd ff12 fsb fc2 sc0 ls0 ws0">A </div></div><div class="c x66 y2fa w2f h116"><div class="t m0 x65 h117 y14dd ff12 fsb fc2 sc0 ls0 ws0">B </div></div><div class="c x67 y158 w2f h118"><div class="t m0 x65 h117 y14dd ff12 fsb fc2 sc0 ls0 ws0">C </div></div><div class="c x10 y290 w30 h119"><div class="t m0 x42 h11a y14de ff12 fs7 fc2 sc0 ls0 ws0">A </div></div><div class="c x10 y14df w30 h11b"><div class="t m0 x42 h11a y14e0 ff12 fs7 fc2 sc0 ls0 ws0">C </div></div><div class="c x10 y8d5 w30 h11b"><div class="t m0 x42 h11a y14e0 ff12 fs7 fc2 sc0 ls0 ws0">B </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1c2" class="pf w0 h0" data-page-no="1c2"><div class="pc pc1c2 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">450</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">class Mder : public Base1, public Base2 {<span class="ls0"> </span></div><div class="t m0 x12 h11 yba2 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y43c ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y10df ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1408 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y2c9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yf49 ff8 fs0 fc2 sc0 ls13 ws0">Mder md;<span class="ls0"> </span></div><div class="t m0 x12 h11 yb1e ffc fs0 fc2 sc0 ls13 ws0">//md.func(); Geçersiz! Cift anlamlılık <span class="ls0">ha<span class="_ _9"></span>ta<span class="_ _6"></span>sı </span></div><div class="t m0 x12 h11 y8f6 ff8 fs0 fc2 sc0 ls13 ws0">md.Base1::func();<span class="ls0"> <span class="_ _67"> </span></span>//Geçerli </div><div class="t m0 x12 h11 ybd4 ff8 fs0 fc2 sc0 ls13 ws0">md.Base2::func();<span class="ls0"> <span class="_ _67"> </span></span>//Geçerli<span class="ls0"> </span></div><div class="t m0 x1 h11 y106f ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y5f2 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y4db ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 yefe ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y114c ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki programda <span class="_ _0"></span><span class="ff9">Mder </span>sınıfı <span class="ff9">Base1 <span class="_ _0"></span><span class="ff1">ve </span>Base2 </span>sınıfların<span class="_ _0"></span>dan çoklu türetme ile elde edili<span class="_ _0"></span>yor. Hem <span class="_ _0"></span><span class="ff9">Base1 </span></div><div class="t m0 x10 h3 y14e1 ff1 fs0 fc2 sc0 ls0 ws0">hem de <span class="ff9">Base2 <span class="ff2">sınıflar<span class="_ _0"></span>ı içinde </span>func<span class="_ _0"></span> <span class="ff2">isimli işlevin bildirildiğini görü<span class="_ _0"></span>yorsunuz. <span class="_ _0"></span></span>main <span class="ff2">işlevi içinde tan<span class="_ _0"></span>ımlanan </span></span></div><div class="t m0 x10 h3 y14e2 ff9 fs0 fc2 sc0 ls0 ws0">Mder <span class="ff2">sınıf türünden <span class="_ _0"></span></span><span class="ls34">md </span><span class="ff1">nesnesi ile, </span>func <span class="_ _0"></span><span class="ff2">işlevinin çağrılması derleme zaman<span class="_ _0"></span>ında çift anla<span class="_ _0"></span>mlılık hatası </span></div><div class="t m0 x10 h3 y341 ff2 fs0 fc2 sc0 ls0 ws0">oluşumuna neden olur. <span class="_ _0"></span>Ancak istenirse çözünürlük <span class="_ _0"></span>işlecinin kullanılmasıyla, yan<span class="_ _3"></span><span class="ff1">i ismin nitelenmesiyle çi<span class="_ _0"></span>ft </span></div><div class="t m0 x10 h3 yd29 ff2 fs0 fc2 sc0 ls0 ws0">anlamlılık hatası ortadan<span class="_ _0"></span> kaldırılabilir. İstenilen t<span class="_ _0"></span>aban sınıfın <span class="_ _0"></span><span class="ff9">func </span>isimli işlevinin çağrıl<span class="_ _0"></span>ması sağlanab<span class="_ _0"></span>ilir:<span class="ff1"> </span></div><div class="t m0 x1 h3 y1123 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y141e ff8 fs0 fc2 sc0 ls13 ws0">md.Base1::func()<span class="ls0"> </span></div><div class="t m0 x1 h15 y32d ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y146 ff2 fs0 fc2 sc0 ls0 ws0">çağrısıyla <span class="ff9">Base1 </span>sınıfın<span class="_ _0"></span>ın <span class="ff9">func </span>işlevi<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 yf10 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y574 ff8 fs0 fc2 sc0 ls13 ws0">md.Base2::func();<span class="ls0"> </span></div><div class="t m0 x1 h2a y65 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y2d9 ff2 fs0 fc2 sc0 ls0 ws0">çağrısıyla ise <span class="ff9">Base2 </span>sınıf<span class="_ _0"></span>ının <span class="ff9">func <span class="_ _0"></span><span class="ff1">i</span></span>şlevi çağrılabilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y951 ff2 fs0 fc2 sc0 ls0 ws0">Çoklu türetmenin farklı kolları<span class="_ _0"></span>ndaki ayn<span class="_ _0"></span>ı isimli işlevler arasında işlev yüklemesi (<span class="_ _3"></span><span class="ff9">function overloading) </span></div><div class="t m0 x10 h3 y283 ff2 fs0 fc2 sc0 ls0 ws0">yapılamaz. Çünkü<span class="_ _0"></span> imzaları farklı, aynı isimli işlevlerin bulu<span class="_ _0"></span>nması aynı bilinirlik alanına <span class="_ _0"></span>özgüdür. Aşağıdaki k<span class="_ _0"></span>odu </div><div class="t m0 x10 h3 ye11 ff1 fs0 fc2 sc0 ls0 ws0">inceleyin: </div><div class="t m0 x1 h3 ya65 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y808 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y102f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y904 ff8 fs0 fc2 sc0 ls13 ws0">class Base1 { </div><div class="t m0 x1c h11 yfe8 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1c3" class="pf w0 h0" data-page-no="1c3"><div class="pc pc1c3 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">451</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y1b3 ff8 fs0 fc2 sc0 ls13 ws0">void func(int) {std::cout &lt;&lt; &quot;Base1::func(int)&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 yc91 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y118 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y675 ff8 fs0 fc2 sc0 ls13 ws0">class Base2 { </div><div class="t m0 x1c h11 ybaf ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y91c ff8 fs0 fc2 sc0 ls13 ws0">void func(double) {std::cout &lt;&lt; &quot;Base2::func(double)&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y568 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 ye3f ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y53 ff8 fs0 fc2 sc0 ls13 ws0">class Mder : public Base1, public Base2 {<span class="ls0"> </span></div><div class="t m0 x13 h11 y11e ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1c h11 yc02 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y555 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y6af ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y12cb ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y1376 ff8 fs0 fc2 sc0 ls13 ws0">Mder md;<span class="ls0"> </span></div><div class="t m0 x13 h11 yd3e ff8 fs0 fc2 sc0 ls13 ws0">//md.func(3.7);<span class="ls0">  </span><span class="ffc">Geçersiz! Çift anlamlılık <span class="ls0">ha<span class="_ _9"></span>ta<span class="_ _9"></span>sı<span class="_ _6"></span> </span></span></div><div class="t m0 x13 h11 y1238 ff8 fs0 fc2 sc0 ls13 ws0">md.Base1::func(5); //Geçerli. </div><div class="t m0 x13 h11 y924 ff8 fs0 fc2 sc0 ls13 ws0">md.Base2::func(3.14);<span class="ls0"> </span>//Geçerli.<span class="ls0"> </span></div><div class="t m0 x1 h12 y7af ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 ya80 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y6d0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y1490 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y14e3 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki kodd<span class="_ _0"></span>a, <span class="ff9">Base1 </span>sınfı içinde <span class="ff9">do<span class="_ _0"></span>uble </span>türd<span class="_ _0"></span>en parametre değişkenine sahip <span class="_ _0"></span><span class="ff9">func </span>isimli b<span class="_ _0"></span>ir işlev </div><div class="t m0 x10 h3 ya70 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanırken, <span class="ff9">Base2 <span class="_ _0"></span></span>sınıfı içinde <span class="ff9">int<span class="_ _0"></span> </span>parametreli aynı isimli b<span class="_ _0"></span>ir işlev tanımlanıyor. <span class="_ _0"></span><span class="ff9">main </span>işlevi içind<span class="_ _0"></span>e </div><div class="t m0 x10 h3 y7b5 ff2 fs0 fc2 sc0 ls0 ws0">tanımlanan <span class="ff9">Md<span class="_ _0"></span>er </span>sınıf türünden <span class="ff9 ls34">md </span>n<span class="_ _0"></span>esnesi ile yapılan<span class="ff1"> </span></div><div class="t m0 x1 h1b y6ec ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9 ff8 fs0 fc2 sc0 ls13 ws0">md.func(3.7);<span class="ls0"> </span></div><div class="t m0 x1 h15 y482 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ye04 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı yine çift anlamlılık hata<span class="_ _0"></span>sı oluşturur. Çün<span class="_ _0"></span>kü farklı bil<span class="_ _0"></span>inirlik alanlarında <span class="_ _0"></span>bulunan, parametrik yapıları </div><div class="t m0 x10 h3 y14e4 ff2 fs0 fc2 sc0 ls0 ws0">birbirinden farklı olan<span class="_ _0"></span> <span class="ff9">func </span>işlevleri için i<span class="_ _0"></span>şlev yüklemesi yapılması <span class="_ _0"></span>mümkün değildir. Ancak<span class="_ _0"></span> istenirse nitelenmiş </div><div class="t m0 x10 h3 y392 ff2 fs0 fc2 sc0 ls0 ws0">ismin kullanılmasıyla bu işlevl<span class="_ _0"></span>erden istenilen birinin çağrıl<span class="_ _0"></span>ması sağlanabilir:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hc y14e5 ff1 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybef ff8 fs0 fc2 sc0 ls13 ws0">md.Base1::func(5);<span class="ls0"> </span></div><div class="t m0 x1 h15 ydab ff8 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1c4" class="pf w0 h0" data-page-no="1c4"><div class="pc pc1c4 w0 h0"><img class="bi xb y1283 w6 hcf" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">452</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı ile <span class="ff9">Base1 </span>sınıfının <span class="_ _0"></span><span class="ff9">func </span>isimli işl<span class="_ _0"></span>evi çağrılırken<span class="ff1"> </span></div><div class="t m0 x1 h1b ybcf ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd23 ff8 fs0 fc2 sc0 ls13 ws0">md.Base1::func(3.14);<span class="ls0"> </span></div><div class="t m0 x1 h15 y1430 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y3cd ff2 fs0 fc2 sc0 ls0 ws0">çağrısı ile <span class="ff9">Base2 </span>sınıfının <span class="_ _0"></span><span class="ff9">func </span>isimli işl<span class="_ _0"></span>evi çağrılmış olur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y145f ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 yb3d ff2 fs6 fc2 sc0 ls0 ws0">T<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _b"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _b"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _f"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y73a ff2 fs0 fc2 sc0 ls0 ws0">Çoklu türetmede taban sını<span class="_ _0"></span>fın varsayılan kurucu <span class="_ _0"></span>işlevleri, tab<span class="_ _0"></span>an sınıfların bildirim sırasına <span class="_ _0"></span>göre çağrılır. Yani </div><div class="t m0 x10 h3 y219 ff2 fs0 fc2 sc0 ls0 ws0">önce bildirilen taban<span class="_ _0"></span> sınıfın kurucu işlevi daha ö<span class="_ _0"></span>nce çağrılır. Türemiş sınıfın kuru<span class="_ _0"></span>cu işlevlerin başına <span class="_ _0"></span>eklenen bir </div><div class="t m0 x10 h3 y108b ff2 fs0 fc2 sc0 ls0 ws0">kodla, bildirim sıralarına <span class="_ _0"></span>göre tüm taban<span class="_ _0"></span> sınıfların kurucu işlevlerinin <span class="_ _0"></span>çağrılması <span class="_ _0"></span>sağlanır. Sonland<span class="_ _0"></span>ırıcı işlevlerin </div><div class="t m0 x10 h3 y1195 ff2 fs0 fc2 sc0 ls0 ws0">çağrısı ters sırada olur. <span class="_ _0"></span>Aşağıdaki örneği derleyer<span class="_ _0"></span>ek çalıştırın ve kurucu<span class="_ _0"></span>/sonlandırıcı işlevle<span class="_ _0"></span>rin çağrılma sırasını </div><div class="t m0 x10 h3 y12dc ff1 fs0 fc2 sc0 ls0 ws0">gözlemleyin: </div><div class="t m0 x1 hd yb4e ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yaaf ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y130b ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y5b ff8 fs0 fc2 sc0 ls13 ws0">class Base1 { </div><div class="t m0 x1c h11 y295 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y14e6 ff8 fs0 fc2 sc0 ls13 ws0">Base1() {std::cout &lt;&lt; &quot;Base1::Base1()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x13 h11 y14e7 ff8 fs0 fc2 sc0 ls13 ws0">~Base1() {std::cout &lt;&lt; &quot;Base1::~Base1()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y143 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y498 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y3f7 ff8 fs0 fc2 sc0 ls13 ws0">class Base2 { </div><div class="t m0 x1c h11 ya20 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y14e8 ff8 fs0 fc2 sc0 ls13 ws0">Base2() {std::cout &lt;&lt; &quot;Base2::Base2()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x13 h11 y1474 ff8 fs0 fc2 sc0 ls13 ws0">~Base2() {std::cout &lt;&lt; &quot;Base2::~Base2()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y670 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="fs5 ls0"> </span></div><div class="t m0 x1c h11 y961 ff8 fs0 fc2 sc0 ls13 ws0">class Mder : public Base1, public Base2 { </div><div class="t m0 x1c h11 ydb3 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y783 ff8 fs0 fc2 sc0 ls13 ws0">Mder() {std::cout &lt;&lt; &quot;Mder::Mder()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x13 h11 y14e9 ff8 fs0 fc2 sc0 ls13 ws0">~Mder() {cout &lt;&lt; &quot;Mder::~Mder()&quot; &lt;&lt; endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y14ea ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y4a0 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y14eb ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x1c h11 yc0d ff8 fs0 fc2 sc0 ls0 ws0">{ </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1c5" class="pf w0 h0" data-page-no="1c5"><div class="pc pc1c5 w0 h0"><img class="bi xb y14ec w6 h11c" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">453</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 yd8 ff8 fs0 fc2 sc0 ls13 ws0">Mder mder;<span class="ls0"> </span></div><div class="t m0 x1c h11 y194 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y10dd ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ya36 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 ybbb ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y4d6 ff8 fs0 fc2 sc0 ls13 ws0">func();<span class="ls0"> </span></div><div class="t m0 x1 h12 y945 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y137d ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y8d1 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y14bf ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y12d5 ff2 fs0 fc2 sc0 ls0 ws0">Taban sınıfların varsayılan<span class="_ _0"></span> kurucu işlevlerinin değil d<span class="_ _0"></span>e parametreli kurucu işlevlerin<span class="_ _0"></span>in çağrılması </div><div class="t m0 x10 h3 y108c ff1 fs0 fc2 sc0 ls0 ws0">isteniyorsa bunun için <span class="_ _0"></span><span class="ff9">MIL <span class="ff2">söz<span class="_ _0"></span>dizimi kullanılmalıdır.<span class="_ _0"></span></span></span> </div><div class="t m0 x1 h1b y984 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y87e ff1 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>o<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _7"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _b"></span>t<span class="_ _3"></span>i<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _3"></span><span class="ff2">ş<span class="_ _3"></span></span> <span class="_ _6"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _b"></span><span class="ff1"> <span class="_ _7"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>m<span class="_ _3"></span>i<span class="_ _b"></span><span class="ff2">ş<span class="_ _3"></span></span> <span class="_ _7"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _b"></span><span class="ff1"> <span class="_ _7"></span>T<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _7"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span> <span class="_ _3"></span>D<span class="_ _3"></span>ö<span class="_ _3"></span>n<span class="_ _3"></span>ü<span class="_ _b"></span>ş<span class="_ _3"></span><span class="ff1">t<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span> </span></span></span></span></span></span></div><div class="t m0 x10 h3 y729 ff2 fs0 fc2 sc0 ls0 ws0">Bir türemiş sınıfın <span class="ff9">pu<span class="_ _0"></span>blic </span>türetmesi yolu<span class="_ _0"></span>yla birden fazla tab<span class="_ _0"></span>an sınıftan türetilmesi durumun<span class="_ _0"></span>da, türemiş sınıf </div><div class="t m0 x10 h3 yc6 ff2 fs0 fc2 sc0 ls0 ws0">nesnesi aynı zamand<span class="_ _0"></span>a taban sınıflardan herhan<span class="_ _0"></span>gi birinin türünden nesneymiş gibi k<span class="_ _0"></span>ullanılabilir. Örneğin bir </div><div class="t m0 x10 h3 ya6e ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıf nesnesinin ad<span class="_ _0"></span>resi taban sınıflardan<span class="_ _0"></span> herhangi biri t<span class="_ _0"></span>ürün<span class="_ _0"></span>den göstericiye atanabilir. Şüph<span class="_ _0"></span>esiz taban </div><div class="t m0 x10 h3 y911 ff2 fs0 fc2 sc0 ls0 ws0">sınıflardan biri türün<span class="_ _0"></span>den göstericiye türemiş sınıf türünd<span class="_ _0"></span>en bir adres atan<span class="_ _0"></span>dığında, atanan adres türemiş <span class="_ _0"></span>sınıf </div><div class="t m0 x10 h3 y105e ff2 fs0 fc2 sc0 ls0 ws0">nesnesinin ilgili taban sınıf alt <span class="_ _0"></span>nesnesinin adresidir. A<span class="_ _0"></span>şağıdaki örneği derleyip ça<span class="_ _0"></span>lıştırın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h11 yc59 ff8 fs0 fc2 sc0 ls13 ws0">class Base1 { </div><div class="t m0 x2 h11 yfdb ff8 fs0 fc2 sc0 ls13 ws0">int b1;<span class="ls0"> </span></div><div class="t m0 x10 h11 ye0f ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x10 h11 y2ba ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yfbb ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ybf8 ff8 fs0 fc2 sc0 ls13 ws0">class Base2 { </div><div class="t m0 x2 h11 y5b9 ff8 fs0 fc2 sc0 ls13 ws0">int b2;<span class="ls0"> </span></div><div class="t m0 x10 h11 y310 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x10 h11 y44e ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 ya12 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1ec ff8 fs0 fc2 sc0 ls13 ws0">class Mder : public Base1, public Base2 { </div><div class="t m0 x2 h11 y451 ff8 fs0 fc2 sc0 ls13 ws0">int m1;<span class="ls0"> </span></div><div class="t m0 x10 h11 y565 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x10 h11 y5ea ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h11 y7e6 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt; </div><div class="t m0 x10 h11 y12bc ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1c6" class="pf w0 h0" data-page-no="1c6"><div class="pc pc1c6 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">454</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1b3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 yc91 ff8 fs0 fc2 sc0 ls13 ws0">Mder md;<span class="ls0"> </span></div><div class="t m0 x2 h11 y43c ff8 fs0 fc2 sc0 ls13 ws0">Base1 *base1_ptr = &amp;md; </div><div class="t m0 x2 h11 yb82 ff8 fs0 fc2 sc0 ls13 ws0">Base2 *base2_ptr = &amp;md;<span class="ls0"> </span></div><div class="t m0 x2 h11 y708 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;&amp;md = &quot; &lt;&lt; &amp;md &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x2 h11 y14ed ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;base1_ptr = &quot; &lt;&lt; base1_ptr &lt;&lt; std::endl; </div><div class="t m0 x2 h11 y6f7 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;base2_ptr = &quot; &lt;&lt; base2_ptr &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x1 h11 y14ee ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2 h11 y43f ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x10 h11 y321 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y539 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y258 ff2 fs0 fc2 sc0 ls0 ws0">Programın ekran çıktısınd<span class="_ _0"></span>an da göreceğiniz gibi, d<span class="_ _0"></span>önüştürme sonunda ad<span class="_ _0"></span>resin sayısal bileşeni </div><div class="t m0 x10 h3 yb70 ff2 fs0 fc2 sc0 ls0 ws0">değişebilmektedir. Daha sonr<span class="_ _0"></span>a ters bir d<span class="_ _0"></span>önüşümün yap<span class="_ _0"></span>ılması, yani adresin eski haline geti<span class="_ _0"></span>rilmesi mümkün </div><div class="t m0 x10 h3 ye09 ff1 fs0 fc2 sc0 ls0 ws0">olmayabilir. </div><div class="t m0 x10 h3 y13de ff2 fs0 fc2 sc0 ls0 ws0">İki ayrı sınıftan çoklu t<span class="_ _0"></span>üretmeyle elde edilmiş türemi<span class="_ _0"></span>ş sınıf nesnesinin ad<span class="_ _0"></span>resinin her iki taban<span class="_ _0"></span> sınıf türünden </div><div class="t m0 x10 h3 ydd9 ff2 fs0 fc2 sc0 ls0 ws0">göstericiye de atanab<span class="_ _0"></span>ilmesi, işlev yüklemesi sırasında <span class="_ _0"></span>çift an<span class="_ _0"></span>lamlılık hatasının oluşmasına <span class="_ _0"></span>neden olabilir.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yf4f ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki gibi iki işlevin b<span class="_ _0"></span>ildirildiğini düşün<span class="_ _0"></span>elim:<span class="ff1"> </span></div><div class="t m0 x11 h11 y183 ff8 fs0 fc2 sc0 ls13 ws0">void display(const Base1 &amp;)<span class="ls0"> </span></div><div class="t m0 x11 h11 y12f7 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yc4e ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;display(const Base1 &amp;)&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 yab2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y109 ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybc4 ff8 fs0 fc2 sc0 ls13 ws0">void display(const Base2 &amp;)<span class="ls0"> </span></div><div class="t m0 x11 h11 y168 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y14a2 ff8 fs0 fc2 sc0 ls13 ws0">std::cout &lt;&lt; &quot;display(const Base2 &amp;)&quot; &lt;&lt; std::endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y9e9 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y10c8 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y135e ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y10f ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y391 ff8 fs0 fc2 sc0 ls13 ws0">Mder md;<span class="ls0"> </span></div><div class="t m0 x12 h11 y52a ff8 fs0 fc2 sc0 ls13 ws0">display(md);<span class="ls0"> <span class="_ _1d"> </span></span><span class="ffc">//Geçersiz! Çift anlamlılık</span><span class="ls0"> <span class="_ _9"></span><span class="ffc ls13">hatası<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x11 h11 y9c0 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h22 y686 ff8 fs11 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1c7" class="pf w0 h0" data-page-no="1c7"><div class="pc pc1c7 w0 h0"><img class="bi xb y14ef w6 h11d" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">455</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Türemiş sınıf adreslerinin t<span class="_ _0"></span>aban sınıf türlerinden ad<span class="_ _0"></span>reslere dönüştürülmesinde, taban<span class="_ _0"></span> sınıfların birbirlerine gör<span class="_ _0"></span>e </div><div class="t m0 x10 h3 y131 ff1 fs0 fc2 sc0 ls0 ws0">üstünlükleri yoktu<span class="_ _0"></span>r. <span class="ff9 ls34">md </span><span class="ff2">nesnesi ile yukarıdaki örn<span class="_ _0"></span>ekte bildirilen her iki <span class="_ _0"></span><span class="ff9">display </span>işlevi de çağ<span class="_ _0"></span>rılabilir. Bu duru<span class="_ _0"></span>mda </span></div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">çift anlamlılık hatası olu<span class="_ _0"></span>şur. Çift anlamlılık hatası tür <span class="_ _0"></span>döüştürme işlecinin ku<span class="_ _0"></span>llanılması ile ortadan<span class="_ _0"></span> kaldırılabilir:<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y649 ff8 fs0 fc2 sc0 ls13 ws0">void foo()<span class="ls0"> </span></div><div class="t m0 x11 h11 y231 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yaa8 ff8 fs0 fc2 sc0 ls13 ws0">Mder md; </div><div class="t m0 x12 h11 ydc ff8 fs0 fc2 sc0 ls13 ws0">display(static_cast&lt;Base1&gt;(md)); </div><div class="t m0 x12 h11 y159 ff8 fs0 fc2 sc0 ls13 ws0">display(static_cast&lt;Base2&gt;(md));<span class="ls0"> </span></div><div class="t m0 x11 h11 y15a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h12 y14b6 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y580 ff1 fs6 fc2 sc0 ls0 ws0">E<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _3"></span>l<span class="_ _3"></span>u<span class="_ _b"></span><span class="ff2">ş<span class="_ _3"></span></span>u<span class="_ _3"></span>m<span class="_ _3"></span>u<span class="_ _3"></span> </div><div class="t m0 x10 h3 y426 ff2 fs0 fc2 sc0 ls0 ws0">Çoklu türetmelerde taban<span class="_ _0"></span> sınıfın bazen iki k<span class="_ _0"></span>opyası bulunur. Bu çoğu<span class="_ _0"></span> kez istenmeyen bir duru<span class="_ _0"></span>mdur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y11a6 ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1196 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y8fb ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x13 h11 y11fa ff8 fs0 fc2 sc0 ls13 ws0">int a;<span class="ls0"> </span></div><div class="t m0 x1c h11 ya3f ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 yd3f ff8 fs0 fc2 sc0 ls13 ws0">void func();<span class="ls0"> </span></div><div class="t m0 x1c h11 y107e ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yb2f ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y82e ff8 fs0 fc2 sc0 ls13 ws0">class Der1 : public Base { </div><div class="t m0 x1c h11 y14f0 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ye35 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1c h11 y14f1 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y41 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y81b ff8 fs0 fc2 sc0 ls13 ws0">class Der2 : public Base { </div><div class="t m0 x1c h11 y1ce ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y6d6 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1c h11 y69e ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 y451 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h14 y92a ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y101b ff8 fs0 fc2 sc0 ls13 ws0">class Mder : public Der1, public Der2 { </div><div class="t m0 x1c h11 y1331 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1a h11 y145c ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1c8" class="pf w0 h0" data-page-no="1c8"><div class="pc pc1c8 w0 h0"><img class="bi x1 y14f2 w5 h11e" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">456</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h2a y593 ff8 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y594 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki <span class="_ _11"> </span>örnekte <span class="_ _22"> </span><span class="ff9">Der1 <span class="_ _f"> </span><span class="ff1">ve <span class="_ _11"> </span></span>Der2 <span class="_ _11"> </span></span>sınıfları <span class="_ _22"> </span><span class="ff9">Base <span class="_ _f"> </span></span>sınıfından<span class="_ _0"></span> <span class="_ _11"> </span>türetiliyor. <span class="_ _22"> </span><span class="ff9">Mder <span class="_ _f"> </span></span>sınıfı <span class="_ _11"> </span>da <span class="_ _22"> </span>ço<span class="_ _9"></span>klu <span class="_ _11"> </span>türetme <span class="_ _11"> </span>y<span class="_ _0"></span>oluyla </div><div class="t m0 x10 h3 y595 ff9 fs0 fc2 sc0 ls0 ws0">Der1 <span class="_ _11"> </span><span class="ff1">ve <span class="_ _22"> </span></span>Der2 <span class="_ _11"> </span><span class="ff2">sınıflarından <span class="_ _22"> </span>türetiliyor. <span class="_ _11"> </span>Bura<span class="_ _0"></span>da <span class="_ _22"> </span></span>Mder <span class="_ _11"> </span><span class="ff2">sınıfınd<span class="_ _0"></span>an <span class="_ _11"> </span>b<span class="_ _0"></span>ir <span class="_ _11"> </span>nesne <span class="_ _11"> </span>tanımlanırsa  nes<span class="_ _9"></span>nenin <span class="_ _22"> </span>bellekteki </span></div><div class="t m0 x10 h3 y14f3 ff2 fs0 fc2 sc0 ls0 ws0">görüntüsü aşağıdak<span class="_ _0"></span>i gibi olur:<span class="ff1"> </span></div><div class="t m0 x1 h3 y10ca ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h16 y14f4 ff1 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y14f5 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y73a ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y471 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y101 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y238 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y61e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 ycdf ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hd y105 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yc7 ff2 fs0 fc2 sc0 ls0 ws0">Görüldüğü gibi <span class="ff9">Base <span class="_ _0"></span></span>sınıfı alt nesnesinden iki t<span class="_ _0"></span>ane bulunmaktad<span class="_ _0"></span>ır. Oysa bir tane bulu<span class="_ _0"></span>nması daha </div><div class="t m0 x10 h3 y3a ff1 fs0 fc2 sc0 ls0 ws0">istenen bir durumdur.<span class="_ _0"></span> </div><div class="t m0 x10 h3 y14f6 ff2 fs0 fc2 sc0 ls0 ws0">Bu yapıya &quot;<span class="ff10">e<span class="_ _0"></span>lmas oluşumu&quot; <span class="ff1">denir <span class="ff9">(Dreadful D<span class="_ _0"></span>iamond of De<span class="_ _0"></span>rivation). </span></span></span></div><div class="t m0 x10 h3 y95d ff2 fs0 fc2 sc0 ls0 ws0">Elmas oluşumu bir ço<span class="_ _0"></span>k durumda çift anlamlılık h<span class="_ _0"></span>atasına yol açar. Aşağıdaki <span class="_ _3"></span><span class="ff9">main </span>işlevini inceleyin:<span class="ff1"> </span></div><div class="t m0 x1 h3 y858 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya2c ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y131e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y10c ff8 fs0 fc2 sc0 ls13 ws0">Mder md;<span class="ls0"> </span></div><div class="t m0 x12 h11 yaca ff8 fs0 fc2 sc0 ls13 ws0">//md.func();<span class="ls0"> <span class="_ _69"> </span></span><span class="ffc">//Geçersiz! Çift anlamlılık <span class="ls0">h<span class="_ _9"></span>at<span class="_ _6"></span>ası </span></span></div><div class="t m0 x12 h11 y481 ff8 fs0 fc2 sc0 ls13 ws0">md.Der1::func();<span class="ls0"> </span></div><div class="t m0 x12 h11 y13f6 ff8 fs0 fc2 sc0 ls13 ws0">md.Der2::func(); </div><div class="t m0 x12 h11 yc0a ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y2db ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h2c ydd4 ff8 fs13 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y14f ff9 fs0 fc2 sc0 ls0 ws0">md.func() <span class="ff2">çağrısı geç<span class="_ _0"></span>ersizdir. Çünkü h<span class="_ _0"></span>angi tab<span class="_ _0"></span>an sınıftan alınan </span>fun<span class="_ _0"></span>c <span class="ff2">işlevine erişildiği belli değildir. Ancak </span></div><div class="t m0 x10 h3 y150 ff2 fs0 fc2 sc0 ls0 ws0">erişim için çözünürlük <span class="_ _0"></span>işleci ile kullanıldığında <span class="_ _0"></span>bir hata oluşmaz.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y1321 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><div class="c x5a y64b w31 h11f"><div class="t m0 x3 h56 y14f7 ff1 fsa fc2 sc0 ls0 ws0"> </div><div class="t mc x1b h120 y14f8 ff17 fs8 fc2 sc0 ls0 ws0">BAS<span class="_ _0"></span>E</div><div class="t m0 x0 h120 y14f8 ff17 fs8 fc2 sc0 ls0 ws0"> </div></div><div class="c x5a y9c4 w31 h121"><div class="t m0 x3 h56 y14f9 ff1 fsa fc2 sc0 ls0 ws0"> </div><div class="t mc x1b h120 y14f8 ff17 fs8 fc2 sc0 ls0 ws0">DER<span class="_ _0"></span>1</div><div class="t m0 x0 h120 y14f8 ff17 fs8 fc2 sc0 ls0 ws0"> </div></div><div class="c x5a y17e w31 h122"><div class="t m0 x3 h56 y14fa ff1 fsa fc2 sc0 ls0 ws0"> </div><div class="t mc x1b h120 y14f8 ff17 fs8 fc2 sc0 ls0 ws0">BAS<span class="_ _0"></span>E</div><div class="t m0 x0 h120 y14f8 ff17 fs8 fc2 sc0 ls0 ws0"> </div></div><div class="c x5a y4ac w31 h122"><div class="t m0 x3 h56 y14fa ff1 fsa fc2 sc0 ls0 ws0"> </div><div class="t mc x1b h120 y14fb ff17 fs8 fc2 sc0 ls0 ws0">DER<span class="_ _0"></span>2</div><div class="t m0 x0 h120 y14fb ff17 fs8 fc2 sc0 ls0 ws0"> </div></div><div class="c x5a y13f w31 h122"><div class="t m0 x3 h56 y14fa ff1 fsa fc2 sc0 ls0 ws0"> </div><div class="t mc x1b h120 y14fb ff17 fs8 fc2 sc0 ls0 ws0">MDE<span class="_ _0"></span>R</div><div class="t m0 x0 h120 y14fb ff17 fs8 fc2 sc0 ls0 ws0"> </div></div><div class="c x68 y14fc w32 h123"><div class="t m0 x46 h124 y14fd ff12 fsd fc2 sc0 ls0 ws0">MDER </div></div><div class="c x4d y3b8 w32 h125"><div class="t m0 x69 h124 y14fe ff12 fsd fc2 sc0 ls0 ws0">DER2 </div></div><div class="c x10 y3b8 w33 h125"><div class="t m0 x69 h124 y14fe ff12 fsd fc2 sc0 ls0 ws0">DER1 </div></div><div class="c x4d y9d w32 h123"><div class="t m0 x69 h124 y14fd ff12 fsd fc2 sc0 ls0 ws0">BASE </div></div><div class="c x10 y9d w33 h123"><div class="t m0 x69 h124 y14fd ff12 fsd fc2 sc0 ls0 ws0">BASE </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1c9" class="pf w0 h0" data-page-no="1c9"><div class="pc pc1c9 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">457</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya53 ffc fs0 fc2 sc0 ls13 ws0">md.Der1::func(); //Der1 sınıfından alınan func işlevi çağrılıyor. </div><div class="t m0 x11 h11 yec9 ffc fs0 fc2 sc0 ls13 ws0">md.Der2::func(); //Der2 sınıfından alınan func işlevi çağrılıyor.<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 y1109 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y6db ff9 fs0 fc2 sc0 ls0 ws0">Mder <span class="ff2">sınıfı türün<span class="_ _0"></span>den bir nesne hem </span>De<span class="_ _0"></span>r1 <span class="ff1">hem de </span>Der2 <span class="_ _0"></span><span class="ff2">sınıfı türünden n<span class="_ _0"></span>esne ise, normal olarak <span class="_ _0"></span></span>Mder <span class="ff2">sınıfı </span></div><div class="t m0 x10 h3 yf32 ff1 fs0 fc2 sc0 ls0 ws0">türünden b<span class="_ _0"></span>ir nesnenin adresi <span class="ff9">Base <span class="ff2">sınıfı türü<span class="_ _0"></span>nden bir göster<span class="_ _0"></span>iciye atanabilir. Ancak elma<span class="_ _0"></span>s oluşumu söz konusu </span></span></div><div class="t m0 x10 h3 y251 ff2 fs0 fc2 sc0 ls0 ws0">ise böyle bir atama çift an<span class="_ _0"></span>lamlılık hatasına n<span class="_ _0"></span>eden olur. Derleyici <span class="_ _0"></span><span class="ff9">Mder </span>sınıf türün<span class="_ _0"></span>den nesnenin içinde y<span class="_ _0"></span>er alan </div><div class="t m0 x10 h3 y4d6 ff2 fs0 fc2 sc0 ls0 ws0">iki ayrı <span class="ff9">Base </span>sınıfı türün<span class="_ _0"></span>den nesnenin hangisinin ad<span class="_ _0"></span>resini <span class="_ _0"></span><span class="ff9">Base </span>sınıfından gö<span class="_ _0"></span>sterici içine yerleştireceği </div><div class="t m0 x10 h3 ye62 ff2 fs0 fc2 sc0 ls0 ws0">konusunda seçim yapamaz<span class="_ _0"></span>. Aşağıdaki <span class="_ _0"></span><span class="ff9">main </span>işlevini inceleyi<span class="_ _0"></span>n:<span class="ff1"> </span></div><div class="t m0 x1 hd y7fc ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y255 ff8 fs0 fc2 sc0 ls13 ws0">void func()<span class="ls0"> </span></div><div class="t m0 x10 h11 y90b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x2 h11 y762 ff8 fs0 fc2 sc0 ls13 ws0">Mder mder;<span class="ls0"> </span></div><div class="t m0 x2 h11 yb4d ffc fs0 fc2 sc0 ls13 ws0">Base *base_ptr = &amp;mder; //Geçersiz! Çift anlamlılık hatası<span class="ff8 ls0"> </span></div><div class="t m0 x10 h11 ya3 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y25a ff2 fs0 fc2 sc0 ls0 ws0">Ancak tür dön<span class="_ _0"></span>üştürme işlemiyle, <span class="ff9">Md<span class="_ _0"></span>er </span>sınıf nesnesi içinde y<span class="_ _0"></span>er alan <span class="ff9">Base </span>sınıfı türü<span class="_ _0"></span>nden nesnelerden </div><div class="t m0 x10 h3 y1122 ff1 fs0 fc2 sc0 ls0 ws0">hangisinin adresinin <span class="_ _0"></span><span class="ff9">Base <span class="ff2">sınıf tü<span class="_ _0"></span>ründen göstericiye atanma<span class="_ _0"></span>sı gerektiği derleyiciye açıkça <span class="_ _0"></span>bildirilebilir:<span class="_ _0"></span></span></span> </div><div class="t m0 x1 hd y729 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y992 ff8 fs0 fc2 sc0 ls13 ws0">Base *base_ptr = static_cast&lt;Base *&gt;(static_cast&lt;Der1 *&gt;(&amp;mder));<span class="ls0"> </span></div><div class="t m0 x1 h15 y12de ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 yd07 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki ifade ile <span class="ff9">mde<span class="_ _0"></span>r <span class="ff1">nesnesinin ad<span class="_ _0"></span>resi önce </span>static_ca<span class="_ _0"></span>st </span>tür d<span class="_ _0"></span>önüştürme işleciyle <span class="ff9">De<span class="_ _0"></span>r1 </span></div><div class="t m0 x10 h3 y143 ff9 fs0 fc2 sc0 ls23 ws0">* <span class="ff2 ls0">türüne dö<span class="_ _0"></span>nüştürülüyor. Sonra elde edilen <span class="_ _0"></span><span class="ff9">Der1* <span class="ff1">türü<span class="_ _0"></span>nden ad<span class="_ _0"></span>res bu kez yine <span class="_ _0"></span></span>static_cast </span></span></div><div class="t m0 x10 h3 yafe ff2 fs0 fc2 sc0 ls0 ws0">işleciyle <span class="ff9">Base * </span>türü<span class="_ _0"></span>nden bir adrese dönüştürüler<span class="_ _0"></span>ek <span class="ff9">base_pt<span class="_ _0"></span>r </span>göstericisine atan<span class="_ _0"></span>ıyor.<span class="ff1"> </span></div><div class="t m0 x1 hd y830 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1324 ff2 fs0 fc2 sc0 ls0 ws0">Elmas oluşumunun<span class="_ _0"></span> yol açtığı bir sorun d<span class="_ _0"></span>a şud<span class="_ _0"></span>ur: Taban sınıflardan herh<span class="_ _0"></span>angi birinin üye işlevi çağrıldığında <span class="_ _0"></span>bu </div><div class="t m0 x10 h3 y1027 ff2 fs0 fc2 sc0 ls0 ws0">üye işlevin ortak olan<span class="_ _0"></span> taban sınıfın elemanları ü<span class="_ _0"></span>zerinde değişiklik yaptığını d<span class="_ _0"></span>üşünelim. Böyle bir değişikliğin </div><div class="t m0 x10 h3 y4cc ff2 fs0 fc2 sc0 ls0 ws0">yapılmasından sonra, b<span class="_ _0"></span>u kez çoklu tü<span class="_ _0"></span>retilmiş sınıf nesnesiyle diğer doğrud<span class="_ _3"></span>an taban sınıf nesnesinin b<span class="_ _0"></span>ir üye </div><div class="t m0 x10 h3 y1cd ff2 fs0 fc2 sc0 ls0 ws0">işlevi çağrıldığında, yap<span class="_ _0"></span>ılan değişiklik etkisiz kalır. Çünkü h<span class="_ _0"></span>er doğrudan taban sınıf kendi t<span class="_ _0"></span>aban sınıf nesneleri </div><div class="t m0 x10 h3 y1ce ff2 fs0 fc2 sc0 ls0 ws0">üzerinde işlem yapmaktad<span class="_ _0"></span>ır. Doğrudan tab<span class="_ _0"></span>an sınıfların taban sınıfları tek değildir.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ya2f ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki örneği incele<span class="ff1">yin:<span class="_ _0"></span> </span></div><div class="t m0 x11 h11 yab8 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 ye52 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y9ec ff8 fs0 fc2 sc0 ls13 ws0">class Base {<span class="ls0"> </span></div><div class="t m0 x12 h11 y9dc ff8 fs0 fc2 sc0 ls13 ws0">int m_a; </div><div class="t m0 x11 h11 y809 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y1073 ff8 fs0 fc2 sc0 ls13 ws0">Base():m_a(0){}<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1ca" class="pf w0 h0" data-page-no="1ca"><div class="pc pc1ca w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">458</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x13 h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">void set(int val) {m_a = val;} </div><div class="t m0 x13 h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">int get() const {return m_a;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y9a0 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y6a6 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6a7 ff8 fs0 fc2 sc0 ls13 ws0">class Der1: public Base { </div><div class="t m0 x11 h11 y7d2 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y14ff ff8 fs0 fc2 sc0 ls13 ws0">void func(int x){set(x);}<span class="ls0"> </span></div><div class="t m0 x11 h11 y14ee ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yfa2 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6df ff8 fs0 fc2 sc0 ls13 ws0">class Der2: public Base { </div><div class="t m0 x11 h11 y322 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 y1269 ff8 fs0 fc2 sc0 ls13 ws0">void display()const {std::cout &lt;&lt; get() &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y11a6 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yd4d ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yc4b ff8 fs0 fc2 sc0 ls13 ws0">class MDer: public Der1, public Der2 <span class="ls70">{ </span></div><div class="t m0 x11 h11 y1424 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y1032 ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y13a4 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 ybda ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1361 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y1390 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x13 h11 y414 ff8 fs0 fc2 sc0 ls13 ws0">MDer mder; </div><div class="t m0 x13 h11 y830 ff8 fs0 fc2 sc0 ls13 ws0">mder.func(135); </div><div class="t m0 x13 h11 y95e ff8 fs0 fc2 sc0 ls13 ws0">mder.display();<span class="ls0"> </span></div><div class="t m0 x1 h11 yf64 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 yede ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 y888 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h21 y976 ff8 fs8 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ya04 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">main </span>işlevi içinde <span class="_ _0"></span><span class="ff9">MDer </span>sınıfı türünden b<span class="_ _0"></span>ir nesne tanımlanıyor. Bu ne<span class="_ _0"></span>sne ile <span class="_ _0"></span><span class="ff9">MDer </span>sınıfının<span class="_ _0"></span> </div><div class="t m0 x10 h3 y783 ff9 fs0 fc2 sc0 ls0 ws0">Der1 <span class="ff2">sınıfından ald<span class="_ _0"></span>ığı </span>func <span class="ff2">isimli üye işl<span class="_ _0"></span>evi çağrılıyor. </span>Der1 <span class="_ _0"></span><span class="ff2">sınıfının </span>func <span class="_ _0"></span><span class="ff2">üye işlevi </span>Base <span class="ff2">sınıfının ele<span class="_ _0"></span>manı <span class="ff1">ola<span class="_ _9"></span>n </span></span></div><div class="t m0 x10 h3 y963 ff9 fs0 fc2 sc0 ls0 ws0">m_a <span class="ff2">değişkeninin d<span class="_ _0"></span>eğerini değiştiriyor. Daha sonra <span class="_ _0"></span><span class="ff1 ls15">bu <span class="ls0">kez </span></span></span>MDer <span class="ff2">sınıfını<span class="ff1 ls8">n </span></span>Der2 <span class="ff2">sınıfından<span class="_ _0"></span> aldığı <span class="_ _0"></span></span>display <span class="ff1">üye </span></div><div class="t m0 x10 h3 yca8 ff2 fs0 fc2 sc0 ls0 ws0">işlevinin çağrıldığını görüy<span class="_ _0"></span>orsunuz. Bu işlev <span class="ff9">De<span class="_ _0"></span>r2 </span>sınıfının taban<span class="_ _0"></span> sınıfı olan <span class="ff9">Base </span>sını<span class="_ _0"></span>fının <span class="ff9">m_a<span class="_ _0"></span> </span>elemanının </div><div class="t m0 x10 h3 y590 ff2 fs0 fc2 sc0 ls0 ws0">değerini alıyor ve ekrana<span class="_ _0"></span><span class="ff1"> <span class="_ _6"></span><span class="ff2">yaz<span class="_ _0"></span>dırıyor.<span class="ff1"> </span></span></span></div><div class="t m0 x1 h1b y287 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 ydca ff8 fs0 fc2 sc0 ls13 ws0">mder.func(135);<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1cb" class="pf w0 h0" data-page-no="1cb"><div class="pc pc1cb w0 h0"><img class="bi xb y1500 w6 h126" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">459</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h15 y319 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycbb ff2 fs0 fc2 sc0 ls0 ws0">çağrısı ile <span class="ff9">m_a </span>elemanının d<span class="_ _0"></span>eğeri <span class="ff9 ls4">135 </span>yap<span class="_ _0"></span>ılmasına karşın, dah<span class="_ _0"></span>a sonra yapılan<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b y1182 ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1329 ff8 fs0 fc2 sc0 ls13 ws0">mder.display();<span class="ls0"> </span></div><div class="t m0 x1 h15 y1501 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y957 ff2 fs0 fc2 sc0 ls0 ws0">çağrısıyla <span class="ff9">m_a </span>eleman<span class="_ _0"></span>ının değeri olarak ekran<span class="_ _0"></span>a <span class="ff9 ls4">0 </span>d<span class="_ _0"></span>eğeri yazılır. Çünkü <span class="_ _0"></span><span class="ff9">MBase </span>sınıfının doğ<span class="_ _0"></span>rudan taban </div><div class="t m0 x10 h3 yad4 ff2 fs0 fc2 sc0 ls0 ws0">sınıfları olan <span class="ff9">Der1 <span class="ff1">v<span class="_ _0"></span>e </span>Der2 Base <span class="_ _0"></span></span>sınıfı türünden ayrı tab<span class="_ _0"></span>an sınıf alt nesneleri üzerinde işlemler yap<span class="_ _0"></span>maktadır<span class="_ _0"></span><span class="ff1">. </span></div><div class="t m0 x1 hd y7c0 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y1257 ff2 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>o<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>d<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _b"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _b"></span>İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _b"></span>v<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _b"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yad7 ff2 fs0 fc2 sc0 ls0 ws0">Çoklu türetilmiş sınıf her bir t<span class="_ _0"></span>aban sınıfının sanal işlevini ez<span class="_ _0"></span>ebilirBu durumda çoklu<span class="_ _0"></span> türetmeyle türemiş sınıf </div><div class="t m0 x10 h3 ydd7 ff2 fs0 fc2 sc0 ls0 ws0">için, sanal işleve sahip tab<span class="_ _0"></span>an sınıf sayısı kadar işle<span class="_ _0"></span>v tablosu bulunması gerekir. B<span class="_ _0"></span><span class="ff1">u<span class="_ _0"></span> tür durumlarda <span class="_ _0"></span>çoklu </span></div><div class="t m0 x10 h3 ydd8 ff2 fs0 fc2 sc0 ls0 ws0">türetilmiş sınıf nesnesinin ad<span class="_ _0"></span>resini taban sınıflardan<span class="_ _0"></span> birine ilişkin göst<span class="_ _0"></span>ericiye aktarıp o gösterici yoluy<span class="_ _0"></span>la o </div><div class="t m0 x10 h3 yaed ff2 fs0 fc2 sc0 ls0 ws0">sınıfın sanal işlevi çağrıldığınd<span class="_ _0"></span>a, derleyici o göstericinin göst<span class="_ _0"></span>erdiği yerde sanal işlev tab<span class="_ _0"></span>lo göstericisini arar.<span class="_ _3"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y292 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h11 y105c ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye31 ff8 fs0 fc2 sc0 ls13 ws0">class Base1 { </div><div class="t m0 x11 h11 y12dd ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y522 ff8 fs0 fc2 sc0 ls13 ws0">virtual void base1_vfunc() {std::cout &lt;&lt; &quot;Base1::base1_func()&quot; &lt;&lt; </div><div class="t m0 x11 h11 y1502 ff8 fs0 fc2 sc0 ls13 ws0">std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y449 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y82f ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1503 ff8 fs0 fc2 sc0 ls13 ws0">class Base2 { </div><div class="t m0 x11 h11 y1157 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y13f5 ff8 fs0 fc2 sc0 ls13 ws0">virtual void base2_vfunc() {std::cout &lt;&lt; &quot;Base2::base2_func()&quot; &lt;&lt; </div><div class="t m0 x11 h11 y5b9 ff8 fs0 fc2 sc0 ls13 ws0">std::endl;}<span class="ls0"> </span></div><div class="t m0 x11 h11 y1371 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 ya40 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ydbe ff8 fs0 fc2 sc0 ls13 ws0">class Mder : public Base1, public Base2 { </div><div class="t m0 x11 h11 y1143 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y127e ff8 fs0 fc2 sc0 ls13 ws0">virtual void base1_vfunc() {std::cout &lt;&lt; &quot;Mder::base1_func()&quot; &lt;&lt; </div><div class="t m0 x11 h11 y1001 ff8 fs0 fc2 sc0 ls13 ws0">std::endl;}<span class="ls0"> </span></div><div class="t m0 x12 h11 y20c ff8 fs0 fc2 sc0 ls13 ws0">virtual void base2_vfunc() {std::cout &lt;&lt; &quot;Mder::base2_func()&quot; &lt;&lt; </div><div class="t m0 x11 h11 y9ed ff8 fs0 fc2 sc0 ls13 ws0">std::endl;}<span class="ls0"> </span></div><div class="t m0 x12 h11 y20e ff8 fs0 fc2 sc0 ls13 ws0">virtual<span class="ls0"> </span>void<span class="ls0"> </span>mder_vfunc()<span class="ls0">  </span>{std::cout &lt;&lt; &quot;Mder::mder_func()&quot; <span class="ls1e">&lt;&lt; </span></div><div class="t m0 x11 h11 y3ae ff8 fs0 fc2 sc0 ls13 ws0">std::endl;}<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1cc" class="pf w0 h0" data-page-no="1cc"><div class="pc pc1cc w0 h0"><img class="bi xb y1421 w6 hf5" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">460</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1b3 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y11a1 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybae ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x11 h11 y250 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y75e ff8 fs0 fc2 sc0 ls13 ws0">Mder md;<span class="ls0"> </span></div><div class="t m0 x12 h11 yd47 ff8 fs0 fc2 sc0 ls13 ws0">Base1 *base1_ptr = &amp;md; </div><div class="t m0 x12 h11 y1504 ff8 fs0 fc2 sc0 ls13 ws0">Base2 *base2_ptr = &amp;md; </div><div class="t m0 x12 h11 ya1a ff8 fs0 fc2 sc0 ls13 ws0">base1_ptr<span class="ls0">-</span>&gt;base1_vfunc(); </div><div class="t m0 x12 h11 ya3a ff8 fs0 fc2 sc0 ls13 ws0">base2_ptr<span class="ls0">-</span>&gt;base2_vfunc();<span class="ls0"> </span></div><div class="t m0 x1 h12 y11b3 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y776 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x11 h11 yad7 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y14db ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ycf2 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda yer alan <span class="_ _0"></span><span class="ff9">main </span>işlevinde <span class="ff9">Mde<span class="_ _0"></span>r </span>sınıfı türünden b<span class="_ _0"></span>ir nesne olan <span class="ff9 ls34">md </span><span class="ff1">n<span class="_ _0"></span>esnesinin adres<span class="_ _6"></span>i hem <span class="ff9">Base1 <span class="_ _0"></span><span class="ff2">sınıfı </span></span></span></div><div class="t m0 x10 h3 y25a ff1 fs0 fc2 sc0 ls0 ws0">türünden gösterici olan <span class="_ _0"></span><span class="ff9">base_ptr <span class="_ _0"></span></span>nesnesine hem de <span class="ff9">Base<span class="_ _0"></span>2 <span class="ff2">sınıfı türün<span class="_ _0"></span>den gösterici olan </span>b<span class="_ _0"></span>ase2_ptr </span>nesne<span class="_ _0"></span>sine </div><div class="t m0 x10 h3 y25b ff2 fs0 fc2 sc0 ls0 ws0">atanıyor.<span class="ff1"> </span></div><div class="t m0 x10 h3 y6b0 ff1 fs0 fc2 sc0 ls0 ws0">Hem <span class="ff9">base1_ptr </span>hem d<span class="_ _0"></span>e <span class="ff9">base2_ptr <span class="_ _0"></span><span class="ff2">ile yapılan sanal işle<span class="_ _0"></span>v çağrıları sonunda,<span class="_ _0"></span> çağrılan <span class="_ _0"></span></span>Mder </span></div><div class="t m0 x10 h3 yc2d ff2 fs0 fc2 sc0 ls0 ws0">sınıfının işlevleri olur.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y10ac ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y60c ff1 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _b"></span>e<span class="_ _3"></span> </div><div class="t m0 x10 h3 y131c ff2 fs0 fc2 sc0 ls0 ws0">Çoklu türetmeye konu olan<span class="_ _0"></span> doğrudan t<span class="_ _0"></span>aban sınıflar, ortak bir tab<span class="_ _0"></span>an sınıftan türetilerek elde edilmişl<span class="_ _0"></span>erse, çoğul </div><div class="t m0 x10 h3 y344 ff2 fs0 fc2 sc0 ls0 ws0">türetilmiş sınıf nesnesinin için<span class="_ _0"></span>de iki ayrı orta<span class="_ _0"></span>k taban sınıf nesnesi yer alır. Çoğu<span class="_ _0"></span> zaman isten<span class="_ _0"></span>meyen bu duruma </div><div class="t m0 x10 h3 yaff ff10 fs0 fc2 sc0 ls0 ws0">&quot;Elmas oluşumu&quot; <span class="_ _0"></span><span class="ff2">ismini vermişti<span class="ff1 ls43">k.<span class="ls0"> </span></span></span></div><div class="t m0 x1 h3 y1505 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y13ee ff2 fs0 fc2 sc0 ls0 ws0">Ortak olan tab<span class="_ _0"></span>an sınıfın çoklu türetilmiş sınıfta yaln<span class="_ _0"></span>ızca bir kez yer alması ist<span class="_ _0"></span>eniyorsa “sanal <span class="_ _0"></span>türetme” (<span class="_ _0"></span><span class="ff9">virtual </span></div><div class="t m0 x10 h3 y13ef ff9 fs0 fc2 sc0 ls0 ws0">inheritance) <span class="ff2">d<span class="_ _0"></span>enilen araç kullanılabilir. E<span class="_ _0"></span>n son elde edilecek çok<span class="_ _0"></span>lu türetilmiş nesne, yalnızc<span class="_ _0"></span>a bir kez yer alması </span></div><div class="t m0 x10 h3 y1371 ff2 fs0 fc2 sc0 ls0 ws0">istenen taban sınıftan<span class="_ _0"></span><span class="ff1"> </span>türetme yapılırken <span class="_ _0"></span><span class="ff9">virtual </span>anahtar <span class="_ _0"></span>sözcüğünün kullan<span class="_ _0"></span>ılmasıyla bu durum sağlanabilir. </div><div class="t m0 x10 h3 yeee ff2 fs0 fc2 sc0 ls0 ws0">Aşağıdaki kodu derleyer<span class="_ _0"></span>ek çalıştırın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y14c4 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x12 h11 y45 ff8 fs0 fc2 sc0 ls13 ws0">int a;<span class="ls0"> </span></div><div class="t m0 x11 h11 y1506 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y1507 ff8 fs0 fc2 sc0 ls13 ws0">void func();<span class="ls0"> </span></div><div class="t m0 x11 h11 y1508 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 yb1a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ycd8 ff8 fs0 fc2 sc0 ls13 ws0">class Der1 : virtual public Base { </div><div class="t m0 x11 h11 yeab ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1cd" class="pf w0 h0" data-page-no="1cd"><div class="pc pc1cd w0 h0"><img class="bi x1 y10e8 w5 h127" alt="" src="data:image/png;base64,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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">461</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h11 y101e ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y54d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1509 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y120c ff8 fs0 fc2 sc0 ls13 ws0">class Der2 : virtual public Base {<span class="ls0"> </span></div><div class="t m0 x11 h11 y1004 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y10d4 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y945 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y17a ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ye8d ff8 fs0 fc2 sc0 ls13 ws0">class Mder : public Der1, public Der2 { </div><div class="t m0 x11 h11 y599 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 ycdd ffc fs0 fc2 sc0 ls13 ws0">//…<span class="ff8 ls0"> </span></div><div class="t m0 x11 h11 y128d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h14 yf60 ff8 fs4 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y9fd ff9 fs0 fc2 sc0 ls0 ws0">Der1 <span class="_ _6"></span><span class="ff1 ls5">ve<span class="ls0"> <span class="_ _9"></span><span class="ff9">Der2 <span class="_ _6"></span><span class="ff2">sını<span class="_ _0"></span>fları<span class="ff1"> <span class="_ _6"></span><span class="ff9">Base<span class="_ _0"></span> <span class="_ _9"></span><span class="ff2">sınıfından<span class="ff1"> &quot;<span class="_ _9"></span>sanal&quot; <span class="_ _9"></span>olarak türetiliyor. <span class="_ _9"></span><span class="ff9">virtual <span class="_ _9"></span><span class="ff1">anahtar <span class="ff2">sözcüğü</span> <span class="ff10">„:‟ </span>atomundan sonra yer </span></span></span></span></span></span></span></span></span></span></div><div class="t m0 x10 h3 ye90 ff2 fs0 fc2 sc0 ls0 ws0">alıyor. <span class="ff9">virtual </span>anah<span class="_ _0"></span>tar sözcüğü <span class="_ _0"></span><span class="ff9">public </span>anahtar sözcüğü<span class="_ _0"></span>nden sonra <span class="_ _0"></span><span class="ff1 ls8">da<span class="ls0"> </span></span>yazılabilir.<span class="ff1"> </span></div><div class="t m0 x10 h3 y50d ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki türetme işlemler<span class="_ _0"></span>inden sonra <span class="_ _0"></span><span class="ff9">Mder </span>sınıfı türünd<span class="_ _0"></span>en bir nesne tanımlandığını dü<span class="_ _0"></span>şünelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 hd ya7 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y149c ff8 fs0 fc2 sc0 ls13 ws0">Mder md;<span class="ls0"> </span></div><div class="t m0 x1 h15 yd57 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y624 ff2 fs0 fc2 sc0 ls0 ws0">Bu nesnenin bellekte yerl<span class="_ _0"></span>eşimi aşağıdaki gibi olu<span class="_ _0"></span>r:<span class="ff1"> </span></div><div class="t m0 x1 h3 y3f6 ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><div class="c x10 ya03 w34 h128"><div class="t m0 x3 h5e y150a ff1 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x51 h129 y150b ff17 fs17 fc2 sc0 ls0 ws0">BASE </div></div><div class="c x10 y331 w34 h12a"><div class="t m0 x3 h5e y150c ff1 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x51 h129 y117e ff17 fs17 fc2 sc0 ls0 ws0">DER1 </div></div><div class="c x10 y150d w34 h12b"><div class="t m0 x3 h5e y150e ff1 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x51 h129 y117e ff17 fs17 fc2 sc0 ls0 ws0">DER2 </div></div><div class="c x10 yc81 w34 h128"><div class="t m0 x3 h5e y150a ff1 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x3a h129 y117e ff17 fs17 fc2 sc0 ls0 ws0">MDER </div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 yeba ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 ye5e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 yc9d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 yc9e ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1ce" class="pf w0 h0" data-page-no="1ce"><div class="pc pc1ce w0 h0"><img class="bi xb yc43 w6 h74" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">462</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y97 ff1 fs6 fc2 sc0 ls0 ws0">S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _5"></span>T<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _5"></span><span class="ff2">S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span><span class="ff1"> <span class="_ _7"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _3"></span>c<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _7"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span><span class="ff1">i<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _5"></span><span class="ff2">Ç<span class="_ _3"></span>a<span class="_ _3"></span>ğ<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _b"></span><span class="ff1"> </span></span></span></span></span></span></div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Sanal türetmede kurucu işl<span class="_ _0"></span>evlerin çağrılması duru<span class="_ _0"></span>munda bir farklılık vardır. <span class="_ _0"></span><span class="ff1">Çoklu<span class="_ _9"></span> <span class="ff2">türetilmiş bir sınıf nesnesi </span></span></div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">yaratıldığında ilk <span class="_ _0"></span><span class="ff1">ola<span class="_ _6"></span>rak <span class="_ _9"></span><span class="ff2">sanal taban sınıfın <span class="ff1">kuruc<span class="_ _9"></span>u <span class="ff2">iş<span class="_ _9"></span>levi çağrılır. Sanal taban<span class="_ _0"></span> sınıfın kurucu işlevini en alttaki </span></span></span></span></div><div class="t m0 x10 h3 y821 ff2 fs0 fc2 sc0 ls0 ws0">türemiş sınıfın <span class="ff1">kuruc<span class="_ _6"></span>u <span class="ff2">işlevi çağırmalıdır. En alttak<span class="_ _0"></span>i türemiş sınıf (<span class="_ _0"></span><span class="ff9">most derived class</span></span>) nedir? </span></div><div class="t m0 x10 h3 y822 ff9 fs0 fc2 sc0 ls33 ws0">A <span class="ff2 ls0">sınıfından sanal tü<span class="_ _0"></span>retme yoluyla <span class="_ _0"></span></span><span class="lsb">B <span class="ff1 ls0">ve </span><span class="ls32">C <span class="ff2 ls0">sınıflarının tü<span class="_ _0"></span>retildiğini daha <span class="_ _0"></span>sonra </span></span>B <span class="ff1 ls0">ve </span><span class="ls32">C <span class="_ _0"></span><span class="ff2 ls0">sınıflarından<span class="_ _0"></span> çoğul </span></span></span></div><div class="t m0 x10 h3 y150f ff1 fs0 fc2 sc0 ls0 ws0">türetme ile <span class="ff9 ls5d">D </span><span class="ff2">isimli bir <span class="_ _0"></span>sınıfın türetildiğini dü<span class="_ _0"></span>şünelim. Son ola<span class="_ _0"></span></span>rak da <span class="_ _0"></span><span class="ff9 ls5d">D </span><span class="ff2">sınıfından <span class="ff9 ls71">E </span>isimli bir sınıf türetil<span class="_ _0"></span>miş </span></div><div class="t m0 x10 h3 yae7 ff1 fs0 fc2 sc0 ls0 ws0">olsun: </div><div class="t m0 x1 h3 y17e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc ycb1 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 hfc ye27 ff1 fse fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y1e0 ff9 fs0 fc2 sc0 lsb ws0">B <span class="ff2 ls0">sınıfının kurucu işl<span class="_ _0"></span>evi söz konusu oldu<span class="_ _0"></span>ğunda en alttaki türemiş sınıf <span class="_ _0"></span></span>B <span class="ff2 ls0">sını<span class="_ _0"></span>fı olur. Yani <span class="ff9">B<span class="_ _0"></span> </span></span></div><div class="t m0 x10 h3 ya7 ff2 fs0 fc2 sc0 ls0 ws0">sınıfının kurucu işlevi, ilk olara<span class="_ _0"></span>k <span class="_ _0"></span><span class="ff9 ls33">A </span>sınıfının kurucu işlevini ça<span class="_ _0"></span>ğırmalıdır.<span class="ff1"> </span></div><div class="t m0 x10 h3 y1e1 ff9 fs0 fc2 sc0 ls5d ws0">D <span class="ff2 ls0">sınıfının kurucu işl<span class="_ _0"></span>evi söz konusu olduğu<span class="_ _0"></span>nda bu kez en alttaki türemiş sınıf <span class="_ _0"></span></span>D <span class="_ _0"></span><span class="ff2 ls0">sınıfı olur. Y<span class="_ _0"></span>ani </span>D <span class="ff2 ls0">sınıfının kuru<span class="_ _0"></span>cu </span></div><div class="t m0 x10 h3 y4f8 ff2 fs0 fc2 sc0 ls0 ws0">işlevi ilk olarak <span class="ff9 ls33">A </span>sınıfının<span class="_ _0"></span> kurucu işlevini çağırmalıdır.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y9d7 ff9 fs0 fc2 sc0 ls71 ws0">E <span class="ff2 ls0">sınıfının kurucu işlevi söz ko<span class="_ _0"></span>nusu olduğund<span class="_ _0"></span>a en alttaki türemiş sınıf E sınıfı<span class="_ _0"></span><span class="ff1"> </span>olur. Yani E<span class="_ _0"></span> sınıfının kuru<span class="_ _0"></span>cu işlevi </span></div><div class="t m0 x10 h3 ya2b ff1 fs0 fc2 sc0 ls0 ws0">ilk olarak <span class="ff9 ls33">A </span><span class="ff2">sınıfının ku<span class="_ _0"></span>rucu işlevini çağırmalıdır.<span class="_ _0"></span></span> </div><div class="t m0 x10 h3 y11bb ff2 fs0 fc2 sc0 ls0 ws0">Sanal taban sınıfın k<span class="_ _0"></span>urucu işlevinin çağrılması g<span class="_ _0"></span>erektiği durumlarda b<span class="_ _0"></span>ir sorun oluşmaz. Çü<span class="_ _0"></span>nkü derleyici zaten <span class="_ _3"></span><span class="ff1">en<span class="_ _9"></span> </span></div><div class="t m0 x10 h3 y5e1 ff2 fs0 fc2 sc0 ls0 ws0">alttaki türemiş sınıfın kuru<span class="_ _0"></span>cu işlevinin koduna, <span class="_ _0"></span><span class="ff1">san<span class="_ _9"></span>al <span class="ff2">tab<span class="_ _9"></span>an sınıfın (Örneğimizd<span class="_ _0"></span>e <span class="ff9 ls33">A </span>sınıfı) <span class="ff1">kuruc<span class="_ _9"></span>u <span class="ff2">işle<span class="_ _9"></span>vinin çağrısını </span></span></span></span></div><div class="t m0 x10 h3 y128b ff1 fs0 fc2 sc0 ls0 ws0">ekler. Ancak sana<span class="_ _9"></span>l <span class="ff2">taban sınıfın parametreli bir kurucu işlevi çağrılacak<span class="_ _0"></span>sa, </span><span class="ls15">bu </span><span class="ff2">en altt<span class="_ _0"></span>aki türemiş sınıfın kurucu </span></div><div class="t m0 x10 h3 y1510 ff2 fs0 fc2 sc0 ls0 ws0">işlevi<span class="ff1"> <span class="_ _8"></span>içind<span class="_ _0"></span>e </span></div><div class="t m0 x10 h3 ycc5 ff9 fs0 fc2 sc0 ls0 ws0">M.I.L. <span class="ff2">sözdizimi ile sanal <span class="_ _0"></span>taban sınıfın parametr<span class="_ _0"></span>eli kurucu<span class="_ _0"></span> işlevinin çağrılması ile olur. A<span class="_ _0"></span>şağıdaki örn<span class="_ _0"></span>eği </span></div><div class="t m0 x10 h3 y999 ff2 fs0 fc2 sc0 ls0 ws0">derleyerek çalıştırın:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y69d ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y248 ff8 fs0 fc2 sc0 ls13 ws0">#include &lt;iostream&gt;<span class="ls0"> </span></div><div class="t m0 x1 h12 y283 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y3c8 ff8 fs0 fc2 sc0 ls13 ws0">class Base { </div><div class="t m0 x1c h11 yfb2 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x13 h11 ycb8 ff8 fs0 fc2 sc0 ls13 ws0">Base() {std::cout &lt;&lt; &quot;Base::Base()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y394 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y74a ff8 fs5 fc2 sc0 ls0 ws0"> </div></div><div class="c x39 y724 w35 h12c"><div class="t md x19 hae y1511 ff7 fs10 fc2 sc0 ls0 ws0">D</div><div class="t m0 x42 hae y1511 ff7 fs10 fc2 sc0 ls0 ws0"> </div></div><div class="c x39 yc97 w35 h12d"><div class="t md x41 hae y1512 ff7 fs10 fc2 sc0 ls0 ws0">E</div><div class="t m0 x42 hae y1512 ff7 fs10 fc2 sc0 ls0 ws0"> </div></div><div class="c x6a ybb1 w35 h12c"><div class="t md x19 hae y1511 ff7 fs10 fc2 sc0 ls0 ws0">C</div><div class="t m0 x42 hae y1511 ff7 fs10 fc2 sc0 ls0 ws0"> </div></div><div class="c x6b y2aa w35 h12c"><div class="t md x41 hae y1511 ff7 fs10 fc2 sc0 ls0 ws0">A</div><div class="t m0 x42 hae y1511 ff7 fs10 fc2 sc0 ls0 ws0"> </div></div><div class="c xa y12bd w35 h12c"><div class="t md x41 hae y1511 ff7 fs10 fc2 sc0 ls0 ws0">B</div><div class="t m0 x42 hae y1511 ff7 fs10 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1cf" class="pf w0 h0" data-page-no="1cf"><div class="pc pc1cf w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">463</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">class Der1 : virtual public Base { </div><div class="t m0 x1c h11 y456 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1a h11 y9a0 ff8 fs0 fc2 sc0 ls13 ws0">Der1() {std::cout &lt;&lt; &quot;Der1::Der1()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y821 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1c h11 yf9 ff8 fs0 fc2 sc0 ls13 ws0">class Der2 : virtual public Base { </div><div class="t m0 x1c h11 y46d ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1a h11 y1513 ff8 fs0 fc2 sc0 ls13 ws0">Der2() {std::cout &lt;&lt; &quot;Der2::Der2()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 yb3c ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y1404 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ybd4 ff8 fs0 fc2 sc0 ls13 ws0">class Mder1: public Der1, public Der2 { </div><div class="t m0 x1c h11 y776 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1a h11 y9a6 ff8 fs0 fc2 sc0 ls13 ws0">Mder1() {std::cout &lt;&lt; &quot;Mder1::Mder1()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y9a7 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y35 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yca1 ff8 fs0 fc2 sc0 ls13 ws0">class Mder2: public Mder1{ </div><div class="t m0 x1c h11 ycdf ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1a h11 y105 ff8 fs0 fc2 sc0 ls13 ws0">Mder2() {std::cout &lt;&lt; &quot;Mder2::Mder2()&quot; &lt;&lt; std::endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 yb15 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 yeff ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1514 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y125b ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y625 ff8 fs0 fc2 sc0 ls13 ws0">Mder2 mder2; </div><div class="t m0 x13 h11 y12df ff8 fs0 fc2 sc0 ls13 ws0">Mder1 mder1; </div><div class="t m0 x13 h11 y1515 ff8 fs0 fc2 sc0 ls13 ws0">Der1 der1; </div><div class="t m0 x13 h11 y1018 ff8 fs0 fc2 sc0 ls13 ws0">Der2 der2; </div><div class="t m0 x13 h11 yf07 ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y1464 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x10 h3 y641 ff2 fs0 fc2 sc0 ls0 ws0">Programcı açısından b<span class="_ _0"></span>u durumun önemi şudur: Tür<span class="_ _0"></span>etme hiyerarşi<span class="_ _0"></span>si içindeki herhangi derinlikte b<span class="_ _0"></span>ir sınıf, sanal </div><div class="t m0 x10 h3 y1080 ff2 fs0 fc2 sc0 ls0 ws0">taban sınıfın varsayılan k<span class="_ _0"></span>urucu işlevini değil de param<span class="_ _0"></span>etreli bir kurucu<span class="_ _0"></span> işlevinin çağrılmasını isterse, sanal <span class="_ _0"></span>taban </div><div class="t m0 x10 h3 y119f ff2 fs0 fc2 sc0 ls0 ws0">sınıfın kurucu işlevini <span class="ff9">M.I.L. <span class="_ _0"></span></span>sözd<span class="_ _0"></span>izimiyle çağırmalıdır. Aşağıd<span class="_ _0"></span>aki örneği inceleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x11 h11 y283 ff8 fs0 fc2 sc0 ls13 ws0">class Vbase {<span class="ls0"> </span></div><div class="t m0 x11 h11 y41c ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x11 h11 y1516 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yc8f ff8 fs0 fc2 sc0 ls13 ws0">Vbase(int);<span class="ls0"> </span></div><div class="t m0 x11 h11 yec7 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ycaa ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1d0" class="pf w0 h0" data-page-no="1d0"><div class="pc pc1d0 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">464</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 y116 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y11fe ff8 fs0 fc2 sc0 ls13 ws0">class Base1: virtual public Vbase {<span class="ls0"> </span></div><div class="t m0 x11 h11 y43c ff8 fs0 fc2 sc0 ls13 ws0">// </div><div class="t m0 x11 h11 y6a6 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y6dc ff8 fs0 fc2 sc0 ls13 ws0">Base1():Vbase(0) {}<span class="ls0"> </span></div><div class="t m0 x11 h11 y178 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y1423 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y6de ff8 fs0 fc2 sc0 ls13 ws0">class Base2: virtual public Vbase {<span class="ls0"> </span></div><div class="t m0 x11 h11 y8f6 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x11 h11 yf09 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yad6 ff8 fs0 fc2 sc0 ls13 ws0">Base1():Vbase(0) {}<span class="ls0"> </span></div><div class="t m0 x11 h11 y33 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ydd8 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y53c ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y386 ff8 fs0 fc2 sc0 ls13 ws0">class Der1: public Base1, public Base2 {<span class="ls0"> </span></div><div class="t m0 x11 h11 y53e ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x11 h11 yd3e ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 y911 ff8 fs0 fc2 sc0 ls13 ws0">Der1():Vbase(0){}<span class="ls0"> </span></div><div class="t m0 x11 h11 ya4d ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1c8 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y1517 ff8 fs0 fc2 sc0 ls13 ws0">class Der2: public Der1{<span class="ls0"> </span></div><div class="t m0 x11 h11 y464 ff8 fs0 fc2 sc0 ls13 ws0">//... </div><div class="t m0 x11 h11 ya02 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x12 h11 yc1b ff8 fs0 fc2 sc0 ls13 ws0">Der2():Vbase(0){}<span class="ls0"> </span></div><div class="t m0 x11 h11 yef ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h17 y1317 ff8 fs9 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y528 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıdaki örnekte <span class="_ _0"></span><span class="ff9">Vbase </span>isimli sınıfın <span class="_ _0"></span>varsayılan kurucu işlevi yok.<span class="_ _0"></span> Sınıfın yalnızca tek parametre<span class="_ _0"></span>li bir kurucu </div><div class="t m0 x10 h3 y37a ff2 fs0 fc2 sc0 ls0 ws0">işlevine sahip olduğu<span class="_ _0"></span>nu görüyorsunuz. Bu sınıftan<span class="_ _0"></span> sanal türetme yoluyla <span class="_ _0"></span><span class="ff9">Base1 <span class="_ _0"></span><span class="ff1">ve </span>Base2 </span>sınıfları türeti<span class="_ _0"></span>liyor. </div><div class="t m0 x10 h3 y436 ff9 fs0 fc2 sc0 ls0 ws0">Base1 <span class="ff1">ve </span>Base2 <span class="_ _0"></span><span class="ff2">sınıflarının kurucu işlevleri içinde <span class="_ _0"></span></span>M.I.L. <span class="ff2">söz<span class="_ _0"></span>dizimiyle sanal taban sınıfın te<span class="_ _0"></span>k parametreli </span></div><div class="t m0 x10 h3 y529 ff2 fs0 fc2 sc0 ls0 ws0">kurucu işlevi çağrılıyor.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 yd42 ff9 fs0 fc2 sc0 ls0 ws0">Base1 <span class="ff1">ve </span>Base2 <span class="_ _0"></span><span class="ff2">sınıflarından çoklu t<span class="_ _0"></span>üretme yoluyla <span class="_ _0"></span></span>Der1 <span class="ff2">sınıfı türetiliyor. </span>De<span class="_ _0"></span>r1 <span class="ff2">sınıfının kuru<span class="_ _0"></span>cu işlevinde de </span></div><div class="t m0 x10 h3 y940 ff1 fs0 fc2 sc0 ls0 ws0">tepedeki sanal taban <span class="_ _0"></span><span class="ff2">sınıf olan <span class="_ _0"></span><span class="ff9">Vbase </span>sınıfının tek parametr<span class="_ _0"></span>eli kurucu işlevi <span class="ff9">M.I.L <span class="_ _0"></span></span>sözdizimi k<span class="_ _0"></span>ullanılarak </span></div><div class="t m0 x10 h3 yb5 ff2 fs0 fc2 sc0 ls0 ws0">çağrılıyor. Aynı duru<span class="_ _0"></span>m <span class="ff9">Der1 </span>sınıfından<span class="_ _0"></span> türetilen <span class="ff9">Der2 </span>sınıfı iç<span class="_ _0"></span>in de geçerlidir. Hangi kad<span class="_ _0"></span>emede olursa olsun </div><div class="t m0 x10 h3 y110f ff2 fs0 fc2 sc0 ls0 ws0">türetme hiyerarşisi içinde yer <span class="_ _0"></span>alan bir sınıf sanal ta<span class="_ _0"></span>ban sın<span class="_ _0"></span>ıfın parametreli kuru<span class="_ _0"></span>cu işlevini <span class="ff9">MIL<span class="_ _0"></span> <span class="ff1">sözdizimiyle </span></span></div><div class="t m0 x10 h3 y11ea ff2 fs0 fc2 sc0 ls0 ws0">çağırmak zorundad<span class="_ _0"></span>ır. Aksi halde türemiş sınıf türlerind<span class="_ _0"></span>en herhangi biri türü<span class="_ _0"></span>nden nesne tanımlanması </div><div class="t m0 x10 h3 y71c ff2 fs0 fc2 sc0 ls0 ws0">durumunda <span class="_ _0"></span>derleme zamanında hat<span class="_ _0"></span>a oluşur.<span class="ff1"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1d1" class="pf w0 h0" data-page-no="1d1"><div class="pc pc1d1 w0 h0"><img class="bi xb y1518 w6 h12e" alt="" 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"/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">465</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div></div><div class="c x10 y2d w36 h12f"><div class="t me x69 h130 y1519 ff7 fs8 fc2 sc0 ls0 ws0">B</div><div class="t m0 x6c h130 y1519 ff7 fs8 fc2 sc0 ls0 ws0"> </div></div><div class="c x67 y9b w37 h12f"><div class="t me x69 h130 y1519 ff7 fs8 fc2 sc0 ls0 ws0">A</div><div class="t m0 x6c h130 y1519 ff7 fs8 fc2 sc0 ls0 ws0"> </div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h10 y97 ff1 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>o<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _3"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _b"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>d<span class="_ _3"></span>e<span class="_ _3"></span> <span class="_ _3"></span>S<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>a<span class="_ _3"></span>l<span class="_ _3"></span> <span class="_ _b"></span><span class="ff2">İ<span class="_ _3"></span>ş<span class="_ _3"></span>l<span class="_ _3"></span>e<span class="_ _3"></span>v<span class="_ _3"></span></span>l<span class="_ _3"></span>e<span class="_ _3"></span>r<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>D<span class="_ _3"></span>u<span class="_ _3"></span>r<span class="_ _3"></span>u<span class="_ _b"></span>m<span class="_ _3"></span>u<span class="_ _3"></span> </div><div class="t m0 x10 h3 y37d ff2 fs0 fc2 sc0 ls0 ws0">Çoklu sanal türetmed<span class="_ _0"></span>e taban sınıflardaki bir san<span class="_ _0"></span>al işlevin aşağıya <span class="_ _0"></span>doğru tek bir sonlanan<span class="_ _0"></span> işlevi (<span class="_ _0"></span><span class="ff9">final overrider<span class="ff1 ls22">) </span></span></div><div class="t m0 x10 h3 y118 ff2 fs0 fc2 sc0 ls0 ws0">olmalıdır. Örneğin aşağıdak<span class="_ _0"></span>i gibi bir tü<span class="_ _0"></span>retme şeması söz konusu o<span class="_ _0"></span>lsun:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h1b y151a ff1 fsd fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y2ac ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h1e yea4 ff9 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y638 ff9 fs0 fc2 sc0 ls33 ws0">A <span class="ff2 ls0">sınıfının <span class="ff9">func </span>isimli bir san<span class="_ _0"></span>al işlevinin oldu<span class="_ _0"></span>ğunu düşünelim. Bu<span class="_ _0"></span> işlev hem <span class="_ _0"></span></span><span class="lsb">B <span class="ff2 ls0">sınıfında h<span class="_ _0"></span>em de </span><span class="ls71">E <span class="ff2 ls0">sınıfında </span></span></span></div><div class="t m0 x10 h3 y87c ff2 fs0 fc2 sc0 ls0 ws0">ezilmişse (<span class="ff9">override </span>edil<span class="_ _0"></span>mişse) bu d<span class="_ _0"></span>urum hata oluşturur. Yalnızca <span class="_ _0"></span><span class="ff9 ls71">E </span>sınıfında y<span class="_ _0"></span>a da yalnızca F sınıfında ezil<span class="_ _0"></span>mişse </div><div class="t m0 x10 h3 y3bb ff1 fs0 fc2 sc0 ls0 ws0">bu durum geçerlidir.<span class="_ _0"></span> </div><div class="t m0 x10 h3 y87e ff2 fs0 fc2 sc0 ls0 ws0">C++‟ın standart kü<span class="_ _0"></span>tüphanesinde giriş çıkı<span class="_ _0"></span>ş işlemlerini yapaca<span class="_ _0"></span>k sınıflarda çoklu türetme uy<span class="_ _0"></span>gulanmıştır:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h56 y162 ff1 fsa fc2 sc0 ls0 ws0"> </div><div class="t m0 x12 h3 y9d6 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x16 h3 y5e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h3 y5e0 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h1e y9d9 ff9 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y151b ff9 fs0 fc2 sc0 ls0 ws0">ios <span class="ff2">sınıfından sanal tü<span class="_ _0"></span>retme yoluyla <span class="_ _0"></span></span>istream <span class="ff1">ve </span>ostream <span class="_ _0"></span><span class="ff2">sınıfları türetilmiş, </span>ist<span class="_ _0"></span>ream <span class="ff1 ls9">ve<span class="ls0"> </span></span></div><div class="t m0 x10 h3 y416 ff9 fs0 fc2 sc0 ls0 ws0">ostream <span class="ff2">sınıflarından d<span class="_ _0"></span>a çoklu türetme ile <span class="_ _0"></span></span>iostream <span class="ff2">sını<span class="_ _0"></span>fı türetilmiştir.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y144b ff1 fs0 fc2 sc0 ls0 ws0">Bu durumda <span class="_ _0"></span><span class="ff10">C++‟ın </span>standart <span class="ff9">i<span class="_ _0"></span>ostream <span class="ff2">sınıf sisteminde </span>io<span class="_ _0"></span>s <span class="ff2">taban sınıf alt <span class="_ _0"></span>nesnesinden yalnızca b<span class="_ _0"></span>ir tane </span></span></div><div class="t m0 x10 h3 ya62 ff1 fs0 fc2 sc0 ls0 ws0">bulunur. </div><div class="t m0 x10 h3 y757 ff1 fs0 fc2 sc0 ls0 ws0">Burada <span class="ff9">istream <span class="ff2">sınıfı üzerin<span class="_ _0"></span>de işlem yap<span class="_ _0"></span>ıldığında ve bu işle<span class="_ _0"></span>mler </span>ios <span class="_ _0"></span><span class="ff2">elemanlarını değiştird<span class="_ _0"></span>iğinde </span></span></div><div class="t m0 x10 h3 y99b ff9 fs0 fc2 sc0 ls0 ws0">ostream <span class="ff2">bu d<span class="_ _0"></span>eğişiklikleri görür.<span class="ff1"> </span></span></div><div class="t m0 x1 h10 y684 ff1 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h10 y81d ff2 fs6 fc2 sc0 ls0 ws0">Ç<span class="_ _3"></span>o<span class="_ _3"></span>k<span class="_ _3"></span>l<span class="_ _3"></span>u<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>ü<span class="_ _3"></span>r<span class="_ _3"></span>e<span class="_ _3"></span>t<span class="_ _3"></span>m<span class="_ _3"></span>e<span class="_ _3"></span>n<span class="_ _3"></span>i<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>B<span class="_ _3"></span>i<span class="_ _3"></span>r<span class="_ _3"></span> <span class="_ _3"></span>T<span class="_ _3"></span>a<span class="_ _3"></span>b<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span> <span class="_ _3"></span>S<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span>ı<span class="_ _3"></span>f<span class="_ _3"></span>ı<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>r<span class="_ _3"></span>a<span class="_ _3"></span>y<span class="_ _3"></span>ü<span class="_ _3"></span>z<span class="_ _b"></span>ü<span class="_ _3"></span>n<span class="_ _3"></span>ü<span class="_ _3"></span>n<span class="_ _3"></span> <span class="_ _3"></span>O<span class="_ _3"></span>n<span class="_ _b"></span>a<span class="_ _3"></span>r<span class="_ _3"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _3"></span> <span class="_ _3"></span>A<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>c<span class="_ _3"></span>ı<span class="_ _3"></span>y<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span> <span class="_ _3"></span>K<span class="_ _3"></span>u<span class="_ _3"></span>l<span class="_ _3"></span>l<span class="_ _3"></span>a<span class="_ _3"></span>n<span class="_ _b"></span>ı<span class="_ _3"></span>l<span class="_ _3"></span>m<span class="_ _3"></span>a<span class="_ _3"></span>s<span class="_ _3"></span>ı<span class="_ _22"> </span><span class="ff1"> </span></div><div class="t m0 x10 h3 y151c ff2 fs0 fc2 sc0 ls0 ws0">Bazı durumlarda h<span class="_ _0"></span>izmet veren bir tab<span class="_ _0"></span>an sınıfın arayüzü programcının elin<span class="_ _0"></span>de olmasına karşın sınıfın k<span class="_ _0"></span>odlama </div><div class="t m0 x10 h3 y1492 ff2 fs0 fc2 sc0 ls0 ws0">dosyası yani kay<span class="_ _0"></span>nak dosya programcının elinde bulun<span class="_ _0"></span>maz. B<span class="_ _0"></span>u durumda <span class="_ _0"></span>böyle bir sınıf üzerinde ancak k<span class="_ _0"></span>ısıtlı </div><div class="t m0 x10 h3 y1486 ff2 fs0 fc2 sc0 ls0 ws0">değişiklikler yapılabilir. Sınıfa <span class="_ _0"></span>normal bir üye işlev ekl<span class="_ _0"></span>enebilir ama sınıfa bir sanal i<span class="_ _0"></span>şlev eklenemez. Sanal </div><div class="t m0 x10 h3 y151d ff2 fs0 fc2 sc0 ls0 ws0">olmayan bir işlev sanal işl<span class="_ _0"></span>ev haline getirilemez. Böyle bir d<span class="_ _0"></span>urumda, hizmet veren tab<span class="_ _0"></span>an sı<span class="_ _0"></span>nıfda <span class="_ _0"></span>bu tür </div><div class="t m0 x10 h3 y151e ff2 fs0 fc2 sc0 ls0 ws0">değişiklikler yapılması mü<span class="_ _0"></span>mkün olmadığı için çoklu t<span class="_ _0"></span>üretme aracından fay<span class="_ _0"></span>dalanılır.<span class="_ _0"></span><span class="ff1"> </span></div></div><div class="c x10 y1132 w37 h131"><div class="t me x69 h130 y151f ff7 fs8 fc2 sc0 ls0 ws0">D</div><div class="t m0 x6c h130 y151f ff7 fs8 fc2 sc0 ls0 ws0"> </div></div><div class="c x6d yeaf w37 h131"><div class="t me x69 h130 y151f ff7 fs8 fc2 sc0 ls0 ws0">E</div><div class="t m0 x6c h130 y151f ff7 fs8 fc2 sc0 ls0 ws0"> </div></div><div class="c x67 yefd w37 h131"><div class="t me x69 h130 y151f ff7 fs8 fc2 sc0 ls0 ws0">F</div><div class="t m0 x25 h130 y151f ff7 fs8 fc2 sc0 ls0 ws0"> </div></div><div class="c x1a y388 w38 hff"><div class="t m0 x65 h4e y1520 ff12 fs5 fc2 sc0 ls0 ws0">ios </div></div><div class="c x38 yb0e w38 hff"><div class="t m0 x43 h4e y1520 ff12 fs5 fc2 sc0 ls0 ws0">iostream </div></div><div class="c x6d y1387 w37 h12f"><div class="t me x69 h130 y1519 ff7 fs8 fc2 sc0 ls0 ws0">C</div><div class="t m0 x6c h130 y1519 ff7 fs8 fc2 sc0 ls0 ws0"> </div></div><div class="c x6e yb22 w10 h12f"><div class="t me x43 h130 y1519 ff7 fs8 fc2 sc0 ls0 ws0">istre<span class="_ _0"></span>am</div><div class="t m0 x6f h130 y1519 ff7 fs8 fc2 sc0 ls0 ws0"> </div></div><div class="c x70 ya29 w39 h131"><div class="t me x3a h130 y151f ff7 fs8 fc2 sc0 ls0 ws0">ostr<span class="_ _0"></span>eam</div><div class="t m0 x62 h130 y151f ff7 fs8 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1d2" class="pf w0 h0" data-page-no="1d2"><div class="pc pc1d2 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">466</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y25 ff2 fs0 fc2 sc0 ls0 ws0">Onarmak amacıyla yap<span class="_ _0"></span>ılan iş özetle şudur: Önc<span class="_ _0"></span>e başka bir soyut <span class="_ _0"></span>taban sınıf oluşturulur. Bu soyu<span class="_ _0"></span>t sınıfla elde </div><div class="t m0 x10 h3 y131 ff2 fs0 fc2 sc0 ls0 ws0">ara yüzü o<span class="_ _0"></span>lan hizmet veren taban sınıftan çoğu<span class="_ _0"></span>l tü<span class="_ _0"></span>retme yoluyla bir sınıf türetilir. Diğ<span class="_ _0"></span>er türetmeler artık çoğul </div><div class="t m0 x10 h3 y1f2 ff2 fs0 fc2 sc0 ls0 ws0">türetilmiş sınfıtan yap<span class="_ _0"></span>ılır. Aşağıdaki örneği d<span class="_ _0"></span>ikkatli bir şekilde izleyin:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 y51b ff2 fs0 fc2 sc0 ls0 ws0">Elimizde aşağıdaki gibi bir ara<span class="_ _0"></span>yüzün<span class="_ _0"></span> olduğunu düşünelim:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h3 y4e ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y365 ff8 fs0 fc2 sc0 ls13 ws0">////server.h<span class="ls0"> </span></div><div class="t m0 x1c h11 y1521 ff8 fs0 fc2 sc0 ls13 ws0">class ServerBase { </div><div class="t m0 x1c h11 y1022 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1a h11 y660 ff8 fs0 fc2 sc0 ls13 ws0">virtual void<span class="ls0"> </span>vfunc()<span class="ls0"> </span>const;<span class="ls0"> <span class="_ _33"> </span></span>//sanal<span class="ls0"> </span><span class="ffc">işlev</span><span class="ls0"> </span></div><div class="t m0 x1a h11 y7c ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>nvfunc()const;<span class="ls0">  </span><span class="ffc">//sanal olmayan işlev (sanal olmasını</span><span class="ls0"> </span>istiyoruz)<span class="ls0"> </span></div><div class="t m0 x1a h11 y893 ff8 fs0 fc2 sc0 ls13 ws0">~Base3rd();<span class="ls0"> <span class="_ _35"> </span></span><span class="ffc">//sanal olmayan sonlandırıcı işlev(tasarım</span><span class="ls0"> <span class="_ _9"></span><span class="ffc ls13">hatası)<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x1c h11 y948 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y9e4 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y865 ff8 fs0 fc2 sc0 ls13 ws0">class ServerDer: public ServerBase { </div><div class="t m0 x1c h11 ye5 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1a h11 y8d8 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>vfunc()<span class="ls0"> </span>const;<span class="ls0"> <span class="_ _8c"> </span></span><span class="ffc">//sanal işlev</span><span class="ls0"> eziliyor </span></div><div class="t m0 x1a h11 yca2 ff8 fs0 fc2 sc0 ls13 ws0">~Der3rd();<span class="ls0"> </span></div><div class="t m0 x1c h11 yfae ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h15 y4e1 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ya80 ffc fs0 fc2 sc0 ls13 ws0">void global_func(const ServerBase3rd &amp;); //Çok biçimli işleme yapan işlev<span class="ff8 ls0"> </span></div><div class="t m0 x1 h15 y241 ff8 fs6 fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 y859 ff2 fs0 fc2 sc0 ls0 ws0">Yukarıda hizmet veren bir k<span class="_ _0"></span>aynak dosyan<span class="_ _0"></span>ın arayüzü görülüyor. <span class="_ _0"></span><span class="ff9">Se<span class="_ _0"></span>rverBase </span>sınıfının <span class="ff9">vfunc <span class="_ _0"></span></span>isimli sanal bir işlevi </div><div class="t m0 x10 h3 y12f9 ff2 fs0 fc2 sc0 ls0 ws0">var. Ancak sınıfın <span class="_ _0"></span><span class="ff9">nvfunc </span>isimli ü<span class="_ _0"></span>ye işlev sanal olmayan bir işl<span class="_ _0"></span>evdir. Bu arayüzün o<span class="_ _0"></span>narılarak <span class="_ _0"></span><span class="ff9">nvfunc </span>işlevinin sanal </div><div class="t m0 x10 h3 y10ae ff2 fs0 fc2 sc0 ls0 ws0">bir işlev haline getirilmesi i<span class="_ _0"></span>steniyor. Yine sınıfın sonlan<span class="_ _0"></span>dırıcı işlevi belki de ihmal son<span class="_ _0"></span>ucu sanal yap<span class="_ _0"></span>ılmış. Oysa </div><div class="t m0 x10 h3 y63 ff2 fs0 fc2 sc0 ls0 ws0">kullanıcı kodları<span class="ff1"> <span class="_ _0"></span><span class="ff9">ServerBase </span></span>sınıfının sonlan<span class="_ _0"></span>dırıcı işlevinin sa<span class="_ _0"></span>nal sonlandırıcı işlev olmasını i<span class="_ _0"></span>stiyor. Bir de belirli </div><div class="t m0 x10 h3 y13ee ff2 fs0 fc2 sc0 ls0 ws0">bir amacı gerçekleştirme<span class="_ _0"></span>si amacıyla sınıfa <span class="ff9">n<span class="_ _0"></span>ew_vfunc </span>isimli <span class="_ _0"></span>bir sanal işlevin eklenmesi i<span class="_ _0"></span>steniyor.<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x10 h3 ya71 ff9 fs0 fc2 sc0 ls0 ws0">global_func1 <span class="ff2">işlevi i<span class="_ _0"></span>se taban sınıf referansı yolu<span class="_ _0"></span>yla çok biçimli işlem yap<span class="_ _0"></span>an global b<span class="_ _0"></span>ir işlev.<span class="ff1"> </span></span></div><div class="t m0 x10 h3 y1412 ff1 fs0 fc2 sc0 ls0 ws0">server. <span class="ff9">cpp <span class="ff2">dosyası eld<span class="_ _0"></span>e bulunmadığı için sını<span class="_ _0"></span>fın kaynak kod<span class="_ _0"></span>larını değiştirme şansımız olmadığını y<span class="_ _0"></span>eniden </span></span></div><div class="t m0 x10 h3 y4fe ff2 fs0 fc2 sc0 ls0 ws0">anımsatalım.<span class="ff1"> </span></div><div class="t m0 x10 h3 yba0 ff9 fs0 fc2 sc0 ls0 ws0">server.cpp <span class="ff2">Kaynak d<span class="_ _0"></span>osyasının da aşağıdaki gib<span class="_ _0"></span>i olduğunu d<span class="_ _0"></span>üşünelim:<span class="_ _0"></span><span class="ff1"> </span></span></div><div class="t m0 x1 hd y69 ff1 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ybab ff8 fs0 fc2 sc0 ls13 ws0">void ServerBase::vfunc()const<span class="ls0"> </span></div><div class="t m0 x11 h11 yae3 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y7e5 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;ServerBase::vfunc()const&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y8f4 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1d3" class="pf w0 h0" data-page-no="1d3"><div class="pc pc1d3 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">467</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y956 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y13c7 ff8 fs0 fc2 sc0 ls13 ws0">void ServerBase::nvfunc()const<span class="ls0"> </span></div><div class="t m0 x11 h11 y350 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x33 h11 y119a ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;ServerBase::nvfunc()const&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y110a ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 ybc ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y113e ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 yfe ff8 fs0 fc2 sc0 ls13 ws0">ServerBase::~ServerBase()<span class="ls0"> </span></div><div class="t m0 x11 h11 y31 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y13ea ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;ServerBase::~ServerBase()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y128d ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y114b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d ybe7 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 ya5 ff8 fs0 fc2 sc0 ls13 ws0">void ServerDer::vfunc()const<span class="ls0"> </span></div><div class="t m0 x11 h11 y13af ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 y698 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;ServerDer::vfunc()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x13 h11 y7ae ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x11 h11 y13e6 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d yee7 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y7de ff8 fs0 fc2 sc0 ls13 ws0">ServerDer::~ServerDer()<span class="ls0"> </span></div><div class="t m0 x11 h11 yddd ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 yb60 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;Der3rd::~Der3rd()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x11 h11 y63 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y8ab ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x11 h11 y23 ff8 fs0 fc2 sc0 ls13 ws0">void global_func(const Base3rd &amp;r)<span class="ls0"> </span></div><div class="t m0 x11 h11 y900 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x12 h11 ydd3 ff8 fs0 fc2 sc0 ls13 ws0">r.vfunc();<span class="ls0"> </span></div><div class="t m0 x12 h11 y110 ff8 fs0 fc2 sc0 ls13 ws0">r.nvfunc();<span class="ls0"> </span></div><div class="t m0 x11 h11 y12e ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h19 y7f7 ff8 fsb fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h3 ybe1 ff2 fs0 fc2 sc0 ls0 ws0">Sınama amacıyla önce i<span class="_ _0"></span>smi <span class="ff9">NewBase </span>olan<span class="_ _0"></span> bir sınıf tanımlayalım:<span class="_ _0"></span><span class="ff1"> </span></div><div class="t m0 x1 h10 y14ab ff1 fs6 fc2 sc0 ls0 ws0"> </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1d4" class="pf w0 h0" data-page-no="1d4"><div class="pc pc1d4 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">468</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h132 y1522 ff1 fs1c fc2 sc0 ls0 ws0"> </div><div class="t m0 x10 h11 y1523 ff8 fs0 fc2 sc0 ls13 ws0">class NewBase { </div><div class="t m0 x10 h11 y1382 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x2 h11 y71f ff8 fs0 fc2 sc0 ls13 ws0">virtual void vfunc()const<span class="ls0"> = </span>0;<span class="ls0"> <span class="_ _71"> </span></span>//saf sanal <span class="ffc ls0">iş<span class="_ _6"></span>lev<span class="_ _9"></span> </span></div><div class="t m0 x2 h11 yd7a ff8 fs0 fc2 sc0 ls13 ws0">virtual void nvfunc()const<span class="ls0"> = </span>0;<span class="ls0"> <span class="_ _70"> </span></span>//saf sanal<span class="ls0"> <span class="_ _0"></span><span class="ffc">i<span class="_ _9"></span>şl<span class="_ _6"></span>ev<span class="ff8"> </span></span></span></div><div class="t m0 x2 h11 yd37 ffc fs0 fc2 sc0 ls13 ws0">//yeni arayuze iliskin işlev </div><div class="t m0 x2 h11 y10d5 ff8 fs0 fc2 sc0 ls13 ws0">virtual void new_vfunc ()const =<span class="ls0"> <span class="ls1e">0;</span> </span></div><div class="t m0 x2 h11 y552 ff8 fs0 fc2 sc0 ls13 ws0">virtual ~NewBase(){cout &lt;&lt; &quot;~NewBase()&quot; &lt;&lt; endl;}<span class="ls0"> </span></div><div class="t m0 x10 h11 ye74 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x10 h3 y603 ff9 fs0 fc2 sc0 ls0 ws0">NewBase <span class="ff2">isimli sınıfta <span class="_ _0"></span></span>vfunc<span class="ff1 ls17">, </span>nvfunc <span class="ff1">ve </span>new_<span class="_ _0"></span>vfunc <span class="ff2">isimli işlevlerin <span class="_ _0"></span>saf sanal işlev olarak bil<span class="_ _0"></span>dirildiğini </span></div><div class="t m0 x10 h3 y1524 ff2 fs0 fc2 sc0 ls0 ws0">görüyorsunuz. Şimdi d<span class="_ _0"></span>e ismi <span class="ff9">Join <span class="_ _0"></span></span>olan bir sınıfı <span class="ff9">NewBase <span class="_ _0"></span><span class="ff1">ve </span>ServerBase </span>sınıflarından<span class="_ _0"></span> çoklu türetme yoluyla </div><div class="t m0 x10 h3 y11b4 ff2 fs0 fc2 sc0 ls0 ws0">türeteceğiz:<span class="ff1"> </span></div><div class="t m0 x1 h3 y4da ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ya3e ff8 fs0 fc2 sc0 ls13 ws0">class ServerBase { </div><div class="t m0 x1c h11 y15f ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1a h11 y13f7 ff8 fs0 fc2 sc0 ls13 ws0">virtual<span class="ls0"> </span>void<span class="ls0"> </span>vfunc()const;<span class="ls0"> <span class="_ _33"> </span></span>//sanal<span class="ls0"> </span><span class="ffc">işle</span><span class="ls0">v </span></div><div class="t m0 x1a h11 y161 ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>nvfunc()const;<span class="ls0"> <span class="_ _67"> </span></span><span class="ffc">//sanal olmayan işlev (sanal olmasını</span><span class="ls0"> <span class="_ _9"></span><span class="ls13">istiyoruz)<span class="ls0"> </span></span></span></div><div class="t m0 x1a h11 y1226 ff8 fs0 fc2 sc0 ls13 ws0">~ServerBase();<span class="ls0"> <span class="_ _71"> </span></span><span class="ffc">//sanal olmayan sonlandırıcı işlev (tasarım</span><span class="ls0"> <span class="_ _9"></span><span class="ffc ls13">hatası)<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x1c h11 y1227 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h12 y1c6 ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y6e9 ff8 fs0 fc2 sc0 ls13 ws0">class ServerDer: public ServerBase { </div><div class="t m0 x1c h11 y1517 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1a h11 yedd ff8 fs0 fc2 sc0 ls13 ws0">void<span class="ls0"> </span>vfunc()<span class="ls0"> </span>const;<span class="ls0"> <span class="_ _70"> </span></span><span class="ffc">//sanal işlev</span><span class="ls0"> eziliyor </span></div><div class="t m0 x1a h11 y7b4 ff8 fs0 fc2 sc0 ls13 ws0">~ServerDer();<span class="ls0"> </span></div><div class="t m0 x1c h11 y1402 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y144b ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y12d7 ff8 fs0 fc2 sc0 ls13 ws0">#include<span class="ls0"> </span>&lt;iostream&gt; </div><div class="t m0 x1c h11 y1525 ff8 fs0 fc2 sc0 ls13 ws0">using namespace std;<span class="ls0"> </span></div><div class="t m0 x1c h11 y450 ff8 fs0 fc2 sc0 ls13 ws0">void global_func1(const<span class="ls0"> </span>ServerBase<span class="ls0"> </span>&amp;);<span class="ls0"> <span class="_ _67"> </span></span><span class="ffc">//çokbiçimli işleme yapan</span><span class="ls0"> <span class="_ _9"></span><span class="ffc ls13">işlev<span class="ff8 ls0"> </span></span></span></div><div class="t m0 x1c h11 y11c2 ffc fs0 fc2 sc0 ls13 ws0">//elimizde olmayan kodlama dosyası </div><div class="t m0 x1c h11 y1413 ff8 fs0 fc2 sc0 ls13 ws0">void ServerBase::vfunc()const<span class="ls0"> </span></div><div class="t m0 x1c h11 y100e ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y1b1 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;ServerBase::vfunc()const&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1a h11 y151e ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1d5" class="pf w0 h0" data-page-no="1d5"><div class="pc pc1d5 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">469</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yd8 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y956 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y489 ff8 fs0 fc2 sc0 ls13 ws0">void ServerBase::nvfunc()const<span class="ls0"> </span></div><div class="t m0 x1c h11 ya36 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 ybbb ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;ServerBase::nvfunc()const&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1a h11 y458 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1c h11 y10b2 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y5c0 ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y2ac ff8 fs0 fc2 sc0 ls13 ws0">ServerBase::~ServerBase()<span class="ls0"> </span></div><div class="t m0 x1c h11 yaac ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 ybbd ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;ServerBase::~ServerBase()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1a h11 y1526 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1c h11 y114b ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1c h11 yf05 ff8 fs0 fc2 sc0 ls13 ws0">void ServerDer::vfunc()const<span class="ls0"> </span></div><div class="t m0 x1c h11 yccd ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y7fe ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;ServerDer::vfunc()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1a h11 y9c8 ff8 fs0 fc2 sc0 ls13 ws0">//...<span class="ls0"> </span></div><div class="t m0 x1c h11 y3a ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h30 y103b ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y654 ff8 fs0 fc2 sc0 ls13 ws0">ServerDer::~ServerDer()<span class="ls0"> </span></div><div class="t m0 x1c h11 y6b4 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y77e ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;ServerDer::~ServerDer()&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1c h11 y589 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h11 y1527 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1 h11 ye59 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 yc6b ff8 fs0 fc2 sc0 ls13 ws0">void global_func(const ServerBase &amp;r)<span class="ls0"> </span></div><div class="t m0 x1c h11 y3a9 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y11e0 ff8 fs0 fc2 sc0 ls13 ws0">r.vfunc();<span class="ls0"> </span></div><div class="t m0 x1a h11 yb48 ff8 fs0 fc2 sc0 ls13 ws0">r.nvfunc();<span class="ls0"> </span></div><div class="t m0 x1c h11 y1460 ff8 fs0 fc2 sc0 ls0 ws0">} </div><div class="t m0 x1 h1d y6b ff8 fsf fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y1199 ff8 fs0 fc2 sc0 ls13 ws0">class NewBase { </div><div class="t m0 x1c h11 y1053 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1a h11 y13c3 ff8 fs0 fc2 sc0 ls13 ws0">virtual void vfunc()const<span class="ls0"> = </span>0;<span class="ls0"> <span class="_ _71"> </span></span>//saf sanal<span class="ls0"> </span><span class="ffc">işlev</span><span class="ls0"> </span></div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf1d6" class="pf w0 h0" data-page-no="1d6"><div class="pc pc1d6 w0 h0"><img class="bi x1 y24 w5 h9" alt="" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAA+EAAAAnCAIAAADvgt6FAAAACXBIWXMAABYlAAAWJQFJUiTwAAAA5UlEQVR42u3YQQ3AIBREwdKgqDZQUkUowUYtIIAzdyyQHpqfZkbCnl429TEPAAAgjNMEAACg0QEAAI0OAAAaHQAA0OgAAKDRAQAAjQ4AABodAADQ6AAAoNEBAACNDgAAaHQAANDoAACARgcAAI0OAABodAAA0OgAAIBGBwAAjQ4AAGh0AABAowMAgEYHAAA0OgAAaHQAAECjAwCARgcAADQ6AAD8WjYB+9r9GAEA3in1MgKb/OgAABBL6mNaAQAA4vCjAwCARgcAADQ6AABodAAAQKMDAIBGBwAANDoAAGh0AADgKwsMCAjNxAX9tQAAAABJRU5ErkJggg=="/><div class="c x1 y1 w2 h2"><div class="t m0 x2 h3 y2 ff1 fs0 fc0 sc0 ls0 ws0">C VE SISTEM PROGRAMC<span class="_ _0"></span>ILARI <span class="_ _0"></span><span class="ff2">DERNEĞI </span>- C++ DERS N<span class="_ _0"></span>OTLARI - N<span class="_ _0"></span>ECATI ERGIN<span class="fc1"> </span></div></div><div class="c x3 y3 w3 h0"><div class="t m0 x1 h3 y4 ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x2f h4 ybcd ff1 fs0 fc2 sc0 ls0 ws0">Page <span class="ff3 ls4">470</span> of <span class="ff3 ls4">470<span class="_ _0"></span></span> </div><div class="t m0 x1 h3 ybce ff1 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y116 ff8 fs0 fc2 sc0 ls13 ws0">virtual void nvfunc()const<span class="ls0"> = </span>0;<span class="ls0"> <span class="_ _70"> </span></span>//saf sanal<span class="ls0"> </span><span class="ffc">işlev</span><span class="ls0"> </span></div><div class="t m0 x1a h11 y3b0 ffc fs0 fc2 sc0 ls13 ws0">//yeni arayuze iliskin işlev<span class="ff8 ls0"> </span></div><div class="t m0 x1a h11 y3b1 ff8 fs0 fc2 sc0 ls13 ws0">virtual void new_vfunc ()const =<span class="ls0"> <span class="ls1e">0;</span> </span></div><div class="t m0 x1a h11 y1137 ff8 fs0 fc2 sc0 ls13 ws0">virtual ~NewBase(){cout &lt;&lt; &quot;~NewBase()&quot; &lt;&lt; endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y6a7 ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h30 yb3b ff8 fs14 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 y98e ff8 fs0 fc2 sc0 ls13 ws0">class Join: public NewBase, public ServerBase { </div><div class="t m0 x1c h11 y216 ff8 fs0 fc2 sc0 ls13 ws0">public:<span class="ls0"> </span></div><div class="t m0 x1a h11 y9a3 ff8 fs0 fc2 sc0 ls13 ws0">void vfunc()const {cout &lt;&lt; &quot;Join::vfunc()&quot; &lt;&lt; endl; </div><div class="t m0 x1c h11 y1528 ff8 fs0 fc2 sc0 ls13 ws0">ServerBase::vfunc();}<span class="ls0"> </span></div><div class="t m0 x1a h11 y11f9 ff8 fs0 fc2 sc0 ls13 ws0">void nvfunc()const {cout &lt;&lt; &quot;Join::nvfunc()&quot; &lt;&lt; endl; </div><div class="t m0 x1c h11 y1529 ff8 fs0 fc2 sc0 ls13 ws0">ServerBase::nvfunc();}<span class="ls0"> </span></div><div class="t m0 x1a h11 y638 ff8 fs0 fc2 sc0 ls13 ws0">void new_vfunc ()const {cout &lt;&lt; &quot;Join::new_vfunc ()&quot; &lt;&lt; endl;}<span class="ls0"> </span></div><div class="t m0 x1a h11 y639 ff8 fs0 fc2 sc0 ls13 ws0">~Join(){cout &lt;&lt; &quot;Join::~Join()&quot; &lt;&lt; endl;}<span class="ls0"> </span></div><div class="t m0 x1c h11 y25a ff8 fs0 fc2 sc0 ls13 ws0">};<span class="ls0"> </span></div><div class="t m0 x1 h11 y1352 ff8 fs0 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1c h11 ye19 ff8 fs0 fc2 sc0 ls13 ws0">int main()<span class="ls0"> </span></div><div class="t m0 x1c h11 y478 ff8 fs0 fc2 sc0 ls0 ws0">{ </div><div class="t m0 x1a h11 y296 ff8 fs0 fc2 sc0 ls13 ws0">Join &amp;join_ref = *new Join; </div><div class="t m0 x1a h11 y125a ff8 fs0 fc2 sc0 ls13 ws0">NewBase &amp;nbase = join_ref; </div><div class="t m0 x1a h11 y134a ff8 fs0 fc2 sc0 ls13 ws0">nbase.vfunc();<span class="ls0"> </span></div><div class="t m0 x1a h11 y802 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;*******************************************&quot; &lt;&lt; endl; </div><div class="t m0 x1a h11 y186 ff8 fs0 fc2 sc0 ls13 ws0">nbase.new_vfunc();<span class="ls0"> </span></div><div class="t m0 x1a h11 y10ad ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;*******************************************&quot; &lt;&lt; endl; </div><div class="t m0 x1a h11 y30d ff8 fs0 fc2 sc0 ls13 ws0">global_func(join_ref);<span class="ls0"> </span></div><div class="t m0 x1a h11 y743 ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;*******************************************&quot; &lt;&lt; endl; </div><div class="t m0 x1a h11 y13ee ff8 fs0 fc2 sc0 ls13 ws0">delete &amp;nbase;<span class="ls0"> </span></div><div class="t m0 x1a h11 y81b ff8 fs0 fc2 sc0 ls13 ws0">cout &lt;&lt; &quot;*******************************************&quot; &lt;&lt; endl;<span class="ls0"> </span></div><div class="t m0 x1 h12 y49a ff8 fs5 fc2 sc0 ls0 ws0"> </div><div class="t m0 x1a h11 y152a ff8 fs0 fc2 sc0 ls13 ws0">return 0;<span class="ls0"> </span></div><div class="t m0 x1c h11 y249 ff8 fs0 fc2 sc0 ls0 ws0">} </div></div><a class="l" href="#pf1" data-dest-detail='[1,"XYZ",0,842,null]'><div class="d m1" style="border-style:none;position:absolute;left:145.730000px;bottom:788.330000px;width:314.790000px;height:12.210000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
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