vision-camera-plugin-builder

Vision Camera Plugin Builder

Create Vision Camera plugin native boilerplate in a few seconds

🤔 How it works

Library use case

For vision-camera-<pluginName>, it generates:

• Android - inside Android source set:

  ├── android/src/main/<packageName>
  │   ├── <pluginName>
  │   ├──   ├── <pluginName>Plugin.(java|kt)
  │   ├── <pluginName>PluginPackage.(java|kt)
  

• iOS - inside iOS library's source code folder:

  ├── ios
  │   ├── <pluginName>
  │   ├──   ├── <pluginName>Plugin.(m|mm)
  │   ├──   ├── <pluginName>Plugin.Swift (if Swift selected)
  │   ├── <projectName>-Bridging-Header.h (if Swift selected & no bridging header specified)
  

Application use case

For local usage inside application, it generates:

• Android - inside Android source set:

  ├── android/src/main/<packageName>
  │   ├── <pluginName>
  │   ├──   ├── <pluginName>Plugin.(java|kt)
  │   ├──   ├── <pluginName>PluginPackage.(java|kt)
  

• iOS - inside iOS library's source code folder:

  ├── ios
  │   ├── <pluginName>
  │   ├──   ├── <pluginName>Plugin.(m|mm)
  │   ├──   ├── <pluginName>Plugin.Swift (if Swift selected)
  │   ├── <projectName>-Bridging-Header.h (if Swift selected & no bridging header specified)
  

🚀 Usage

:warning: To generate ios boilerplate, you must first install xcodeproj gem

npx vision-camera-plugin-builder ios

npx vision-camera-plugin-builder android

After generating native files, cli will output additional info like suggested JS setup, or Android package manual linking info

⚙️ Options

Flag	Input	Description
--projectPath (iOS only)	[string]	Path to .xcodeproj file
--manifestPath (Android only)	[string]	Path to project's Android Manifest file
--pluginName	[string]	Name of the plugin
--methodName	[string]	Name of plugin's exported method
--lang	[choices]	"Kotlin" or "Java" for Android & "Swift" or "ObjC" or "ObjCPP" for iOS

License

MIT