Device

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UIDevice-like replacement that works on all platforms with a consistent API.

Device 최신버젼 다운로드

최종 버전 다운로드 (.zip)

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# Device.swiftpm
Device is a value-type replacement for device information on all supported platforms (very similar to DeviceKit but designed to be easier to maintain).  Device definitions include clear initializers so anyone can add new devices and contribute to the project even on an iPad using Swift Playgrounds rather than requiring Xcode.  No need to memorize mapping schema or use additional build tools.

The primary goals are to be easily maintainable by multiple individuals, employ a consistent API that can be used across all platforms, and to be maintainable using Swift Playgrounds on iPad and macOS.  APIs are typically present even on platforms that don't support all features so that availability checks do not have to be performed in external code, and where irrelevant, code can simply return optionals.

This is actively maintained so if there is a feature request or change, we will strive to address within a week.

## Documentation

Swift Package Index builds and hosts Device's DocC catalog and API reference from the `Device` library target. The catalog includes guides for identifying hardware, inspecting the current device, and separating build environments from hardware models. The package's [Swift Package Index page](https://swiftpackageindex.com/kudit/Device) provides the hosted documentation link after the next indexed build.

When using Xcode, choose **Product → Build Documentation** to browse the same symbol documentation locally. Keeping documentation attached to the public declarations means it remains available in Quick Help without adding generated files that Swift Playgrounds must load.

## Testing

Run the deterministic package regression suite from the repository root:

```shell
swift test
```

The `DeviceSwiftPMTests` target validates public model lookup and capability behavior without assuming which Mac, simulator, or other hardware runs the tests. It is excluded from Swift Playgrounds manifests because Playgrounds loads the sample iOS application product rather than package test targets. Hardware-specific and UI tests remain available to the development Xcode project.

## Features
- Can develop and modify without Xcode using Swift Playgrounds on iPad!
- Framework
    - Clearly labeled device identification
    - Equatable, Codable, and Sendable structs
    - Device idiom detection
    - Environmental detections:
        - Simulator
        - Playground
        - Preview
        - Designed for iPad
        - macCatalyst
        - Swift Compile version
- Debugging
    - Provides UI for quickly showing information about devices and batteries.
- Device Information
    - Identifier (ex: `Mac14,10`)
    - Name (ex: `Ben's iPad` Note: only available on some devices.)
    - Operating System (ex: `iPad OS 17.4`)
    - Official Name (ex: `MacBook Pro (16-inch, 2023`)
    - Image
    - Color
    - CPU (ex: `M2 Pro`)
    - Cellular technology
    - Thermal state
    - Orientation
    - Screen information
        - Size
        - Diagonal
        - Pixels Per Inch (PPI)
        - Ratio
- Battery & Power Information
    - Battery availability
    - Battery state changes
    - Battery level
    - Low Power Mode
    - Plugged in
    - Battery View
    - Battery Symbols
    - Battery Coloring
- User Hardware Settings
    - Disable Idle Timer (set permanently or automatically when plugged in)
    - Display Zoom
    - Guided Access
    - Screen Brightness (only available on iOS)
    - Available Disk Space
- Capabilities (with symbols for each)
    - Model Attributes
        - Pro
        - Air
        - mini
        - Plus
        - Max
        - Mac form factor
        -  Watch size
    - Connections
        - Headphone Jack
        - Ethernet
        - 30-pin Connector
        - Lightning Connector
        - USB-C
        - Thunderbolt
    - Power
        - Battery
        - Wireless Charging
        - MagSafe (MacBook and iPhone)
    - Biometrics
        - TouchID
        - FaceID
        - OpticID
    - Wireless Connections
        - Cellular (generation)
        - ESIM
        - Dual SIM
        - NFC
    - Dislplay Features
        - Force/3D Touch
        - Rounded Corners
        - Notch
        - Dynamic Island
        - Always On Display
    - Hardware
        - Ringer Switch
        - Action Button
        - Camera Control
        -  Pencil Support
    - Sensors
        - Cameras
        - Compass
        - LIDAR
        - Barometer
        - Crash Detection
    - Software Features
        -  Pay
        - Apple Intelligence

## Requirements
- iOS 11+ (15.2+ minimum required for Swift Playgrounds support)
- macOS 10.5+ (UI only supported on macOS 12.0+)
- macCatalyst 13.0+ (first version available)
- tvOS 11.0+ (UI only supported on tvOS 15.0+, 17+ required for most SwiftUI features)
- watchOS 4.0+ (UI only supported on watchOS 8.0+)
- visionOS 1.0+
- Theoretically should work with Linux, Windows, and Vapor, but haven't tested.  If you would like to help, please let us know.

## Known Issues
Built for macOS "Designed for iPad" returns an iPad profile instead of actual hardware profile.
Custom Symbols likely won't work in macOS < 13 or watchOS < 7.
LowPowerMode checks unavailable in macOS < 12.
*See CHANGELOG.md for more known issues and roadmap*

## Installation
Install by adding this as a package dependency to your code.  This can be done in Xcode or Swift Playgrounds!

### Swift Package Manager

#### Swift 5+
You can try these examples in a Swift Playground by adding package: `https://github.com/kudit/Device`

Or you can manually enter the following in the Package.swift file:
```swift
dependencies: [
    .package(url: "https://github.com/kudit/Device.git", from: "2.0.0"),
]
```

## Usage
First make sure to import the framework:
```swift
import Device
```

Here are some usage examples.

### Get the version of Device that is imported.
```swift
let version = Device.version
```

### Get the device You're Running On
```swift
let device = await Device.current // await required if not on the main thread (@MainActor isolated)

print(device) // prints, for example, "iPhone 6 Plus"

if device.has(.force3dTouch) {
    // do something that needs force-touch.
} else {
    // fallback for devices that do not support this.
}

if device.is(.plus) || device.is(.max) {
    // do something only available for "Plus" model devices.
}

if device.has(.battery) && device.has(.lidar) && device.has(.headphoneJack) {
    // do something only if there is a battery, lidar, and a headphoneJack
}
```
Get the full list of flags that can be queried for under the enum Capability in Hardware.swift.

### Get the device idiom
```swift
let device = Device.current
if device.idiom == .pad {
  // iPad
} else if device.idiom == .phone {
  // iPhone
} else if device.idiom == .vision {
  // Apple Vision device
}
```

### Check if running in a Simulator (use Compatibility Build checks)
```swift
if Build.isSimulator {
  // Running on one of the simulators
  // Skip doing something irrelevant for Simulator
} 
```

### Check if running in a Preview (use Compatibility Build checks)
```swift
if Build.isPreview {
  // Running in an XCode #Preview
} 
```

### Check if running in a Playground (use Compatibility Build checks)
```swift
if Build.isPlayground {
  // Running in an XCode #Preview
} 
```

### Check if running on a physical device (use Compatibility Build checks)
```swift
if Build.isRealDevice {
  // Running on physical hardware and not a simulator
} 
```

### Get the Current Battery State
**Note:**

> When getting the current battery state, battery monitoring enabled will be temporarily set to true and then restored to whatever it was beforehand, so no need to manage monitoring separately.  If you need to be notified when the battery state or level changes, you can add a monitor that will call your code whenever the level changes.  However, typically this can just be dropped in as the DeviceBattery is an ObservableObject.

```swift

if let battery = Device.current.battery {
    // do things that need the battery
    if battery.currentState == .full || (battery.currentState == .charging && battery.currentLevel >= 75) {
        print("Your battery is happy! 😊")
    }
    
    // get the current battery level
    if battery.currentLevel >= 50 {
        install_iOS()
    } else {
        showLowBatteryWarning()
    }

if battery.lowPowerMode {
        print("Low Power mode is enabled! 🔋")
    } else {
        print("Low Power mode is disabled! 😊")
    }

// add monitor to do something whenever battery level changes (like updating UI)
    battery.addMonitor {
        localBatteryLevel = battery.currentLevel
        localBatteryState = battery.currentState
    }
} else {
    // handle behaviour on devices without a battery
}
```

### Get the Current Battery Level
```swift
if let level = Device.current.battery?.currentLevel, level >= 50 {
  install_iOS()
} else {
  showError()
}
```

### Check if a Guided Access session is currently active
```swift
if Device.current.isGuidedAccessSessionActive {
  print("Guided Access session is currently active")
} else {
  print("No Guided Access session is currently active")
}
```

### Get Screen Brightness
```swift
if Device.current.screenBrightness > 50 {
  print("Take care of your eyes!")
}
```

### Get Available Disk Space
```swift
if Device.current.volumeAvailableCapacityForOpportunisticUsage ?? 0 > Int64(1_000_000) {
  // download that nice-to-have huge file
}

if Device.current.volumeAvailableCapacityForImportantUsage ?? 0 > Int64(1_000) {
  // download that file you really need
}
```

### Disabling the Idle Timer
```swift
Device.current.isIdleTimerDisabled = true // must be run on the main actor AFTER most of the UI is loaded (so do on a view onAppear and NOT during the app init or use the SwiftUI method below)
// You can use this in SwiftUI:
view.disableIdleTimer()

// Disable automatically when plugged in.  Only call this once (This would be appropriate to call during init).
Device.current.disableIdleTimerWhenPluggedIn()
```

### Displaying a BatteryView
```swift
// BatteryView() will default to a view with a live updating battery indicator.
BatteryView()
// you can have a larger one by changing the font size
BatteryView(fontSize: 80)
```

### Getting the device's user-specified name
You need to make sure to request the device name entitlement:
https://developer.apple.com/contact/request/user-assigned-device-name/
Then add this to the entitlements file:
```xml
```
Then simply call:
```swift
let userDeviceName = Device.name
```

### Getting all your window screenshots
Simply call the following to get an array of SwiftUI Image objects.
```swift
Application.main.screenshots()
```

All these tests can be demonstrated using previews or by running the app executable that is bundled in the Development folder of the module.

## Source of Information
Some information has been sourced from the following:
- https://www.theiphonewiki.com/wiki/Models
- https://www.everymac.com
- https://github.com/devicekit/DeviceKit

## Contributing
If you have the need for a specific feature that you want implemented or if you experienced a bug, please open an issue.
If you extended the functionality yourself and want others to use it too, please submit a pull request.

## Donations
This was a lot of work.  If you find this useful particularly if you use this in a commercial product, please consider making a donation to http://paypal.me/kudit

## License
Feel free to use this in projects, however, please include a link back to this project and credit somewhere in the app.  Example Markdown and string interpolation for the version:
```swift
Text("Open Source projects used include [Device](https://github.com/kudit/Device) v\(Device.version)")
```

## Contributors
The complete list of people who contributed to this project is available [here](https://github.com/kudit/Device/graphs/contributors).
A big thanks to everyone who has contributed! 🙏

Device

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