rpc-frmwrk

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This is an asynchronous and event-driven RPC framework

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[[中文]](https://github.com/zhiming99/rpc-frmwrk/blob/master/README_cn.md)
# rpc-frmwrk ![new badge](https://img.shields.io/badge/RPC-C%2B%2B%2CPython%2CJava%2CJS(0.9.0)-green)

This is an asynchronous and event-driven RPC implementation for embeded system with small system footprint. It is targeting at both IOT platforms and mainstream servers with high-throughput and high availability. It features highly easy to use with a versatile skeleton generator, to generate C++, Python, Java or JavaScript skeleton code instantly. Welcome to use!

#### Concept
[`Here`](https://github.com/zhiming99/rpc-frmwrk/blob/master/Concept.md) is an introduction to the concept of `rpc-frwmrk`.

#### Features   
1. `Synchronous/asynchronous request handling`   
2. `Active/passive request canceling.`   
3. `Server-push events`   
4. `Keep-alive for time-consuming request.`   
5. `Simultaneous object access over network and IPC.` 
6. `Peer online/offline awareness.`
7. `Publishing multiple local/remote object services via single network port.`
8. [`Full-duplex streaming channels`](https://github.com/zhiming99/rpc-frmwrk/blob/master/Concept.md#streaming)
9. [`Both OpenSSL and GmSSL support`](https://github.com/zhiming99/rpc-frmwrk/blob/master/rpc/sslport/Readme.md)
10. [`Websocket support`](https://github.com/zhiming99/rpc-frmwrk/blob/master/rpc/wsport/Readme.md)
11. [`Object access via Multihop routing`](https://github.com/zhiming99/rpc-frmwrk/wiki/Introduction-of-Multihop-support)
12. [`Authentication support for Kerberos, OAuth2 and SimpAuth(password)`](https://github.com/zhiming99/rpc-frmwrk/tree/master/rpc/security/README.md)
13. [`Node Redudancy/Load Balance`](https://github.com/zhiming99/rpc-frmwrk/blob/master/Concept.md#load-balance--node-redudancy)
14. [`A collection of skeleton generators for C++, Python Java, and JavaScript`](https://github.com/zhiming99/rpc-frmwrk/tree/master/ridl/README.md)
15. [`A GUI config tool for rpcrouter`](https://github.com/zhiming99/rpc-frmwrk/tree/master/tools/README.md)
16. [`rpcfs - filesystem interface for rpc-frmwrk`](https://github.com/zhiming99/rpc-frmwrk/tree/master/fuse/README.md)

#### Building `rpc-frmwrk`   
* Please refer to this article [`How to build rpc-frmwrk`](https://github.com/zhiming99/rpc-frmwrk/wiki/How-to-manually-build-RPC-frmwrk) for detail description.   
* If you are using Ubuntu or Fedora, you may want to install the [`deb package or rpm package`](https://github.com/zhiming99/rpc-frmwrk/releases/tag/0.5.0) to skip the painstaking building process.

#### Installation
1. Run `sudo make install` from the root directory of `rpc-frmwrk` source tree.
2. Configure the runtime parameters for `rpc-frwmrk` as described on [this page](https://github.com/zhiming99/rpc-frmwrk/tree/master/tools/README.md).
3. Start the daemon process `rpcrouter -dr 2` on server side, and on start daemon process `rpcrouter -dr 1` on client side. And now we are ready to run the `helloworld` program. For more information about `rpcrouter`, please follow this [link](https://github.com/zhiming99/rpc-frmwrk/blob/master/rpc/router/README.md).
4. Smoketest with `HelloWorld`. Start the `hwsvrsmk`, the `helloworld` server on server side. And start the `hwclismk` on the client side.
5. This [wiki](https://github.com/zhiming99/rpc-frmwrk/wiki/How-to-get-Helloworld-run%3F) has some detail information.

#### Development
`rpc-frmwrk` can generate skeleton systems for different system architectures.
1. The micro-service RPC. `rpc-frmwrk` has an `interface description language`, [`ridl`](https://github.com/zhiming99/rpc-frmwrk/tree/master/ridl/README.md) to help you to generate the skeleton code in one second. Examples can be found [here](https://github.com/zhiming99/rpc-frmwrk/tree/master/examples#generating-the-example-program-of-hellowld). The advantage is that you can deploy new services on the fly, as well as shutting down some of them.
2. The single-app RPC. `ridlc` can also generate skeleton code in the form of the classic client/server program. The advantage is it has much better performance.
3. Programming with [`rpcfs`](https://github.com/zhiming99/rpc-frmwrk/tree/master/fuse#the-introduction-to-fuse-integration-and-the-rpcfs-filesystem). The `ridlc` can generate a pair of filesystems for server and client respectively with the `ridl` file. And all the `rpc` traffic goes through file read/write and other file operations. And moreover `rpcfs` hosted by the `rpcrouter` provides information for runtime monitoring and management.

#### Deployment
The configuration tool `rpcfg.py` for rpc-frmwrk can automatically generate installation packages for the target machine. The installation package can install the runtime libraries of `rpc-frmwrk` and perform system configuration. The configuration includes setting the runtime parameters for rpc-frmwrk, configuring the `Apache` or `Nginx` web server, distributing `SSL` keys, and, when authentication is enabled, configuring the Kerberos server. For more details about the installation package, please refer to the [user guide](./tools/README.md#rpc-router-config-tool) for `rpcfg.py`.

#### Monitoring
`rpc-frmwrk` provides a web-based monitoring program, which allows you to easily monitor `rpc-frmwrk` servers and configure runtime parameters from various platforms. The monitoring program features access control, so different users can access different content. Access control can be easily customized from the backend. The monitoring system can enable logging for specific setpoints at the backend, providing more detailed historical data for analysis and optimization. For information on setting up the monitoring functionality, please refer to [this article](./monitor/client/js/appmoncli/README.md).

#### Runtime Dependency  
This project depends on the following 3rd-party packags at runtime:  
1. `dbus-1.0 (dbus-devel)`
2. `libjson-cpp (jsoncpp-devel)` 
3. `lz4 (lz4-devel)`   
4. `cppunit-1 (for the test cases, cppunit and cppunit-devel)`   
5. `openssl-1.1 for SSL communication.`(optional)
6. `MIT krb5 for authentication and access control.`(optional)
7. `c++11 is required, and make sure the GCC is 5.x or higher.`
8. `python 3.5+ is required for Python support.`(optional)
9. `Java OpenJDK 8 or higher for Java support.`(optional)
10. `npm 9.0 and webpack`(optional)
11. `FUSE-3 for rpcfs support`(optional)
12. `GmSSL 3.0`(optional)

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