![]() ![]() Open the info tab and add the following:.xcworkspace file located in ios folder using XCode. ![]() Run npx pod-install to download the necessary pods.Connect an iOS device to your Mac, create an apple developer account and register your device with apple for development.Note Android simulators are not recommended since they might not be able to access the camera and microphone.(Now, the app will connect our development server) Run npm run android – This will deploy the app on the Android device.Open another terminal in the same folder.Run npm start – This will start the development server.Type adb devices to verify if the device is connected.Connect your Android device to system with debugging on.There’s a React Native VideoUIKit demo here, and one with typescript here. Alternatively, you can deploy the one-click token server and pass in the tokenUrl, the UIKit then automatically fetches and manages the tokens. If you created the Agora App in secured mode, you’ll need to pass in an rtcToken and an rtmToken to the connectionData prop. Or open an issue on the repository with the feature request.Import React, export default App If there are features you think would be good to add to Agora UIKit for React Native that many users would benefit from, feel free to fork the repository and add a pull request. You can even add event listeners in the same fashion to access engine events and perform custom operations. That's all we need to do to add a custom feature. And we'll add an image icon to show the status. We'll create a button using that will call the enableDeepLearningDenoise method on our engine instance based on our state. We'll define a state enabled that will toggle the denoising effect. This gives us access to the engine instance exposed by the Agora SDK that's used by the UIKit. ![]() We can access the RtcEngine instance using the RtcContext. We'll create a new component called CustomButton, which will contain the code to enable and disable our denoising feature: We can use the LocalAudioMute, LocalVideoMute, SwitchCamera, and Endcall buttons from the UIKit and render them inside a. Because we'll want to create a button to enable and disable AI denoising, we'll create a custom component called, which we'll render below our grid: We'll then render our component, which will display all the user videos in a grid. ![]() We'll wrap it with PropsContext to pass in the user props to the UIKit. The RtcConfigure component handles the logic of the video call. To build our video call, we'll import the PropsContext, RtcConfigure, and GridVideo components from the UIKit. When it's true we'll render our video call, and when it's false we'll render an empty for now: We'll create a state variable called inCall. We'll clear out the App.tsx file and start fresh: The component is built with smaller components that can also be used to build a fully custom experience without worrying about the video call logic. The UIKit blog has an in-depth discussion on how you can customize the UI and features without writing much code. The UIKit gives you access to a high-level component called that can be used to render a full video call. You can now execute npm run android or npm run ios to start the server and see the bare-bones React Native app. You can do this by opening the /ios/.xcworkspace file in Xcode. You'll also need to configure app signing and permissions. If you're using an iOS device, you'll need to run cd ios & pod install to install CocoaPods. At the time of writing this post, the current agora-rn-uikit release is v3.3.0 and the current react-native-agora release is v3.5.1 ![]()
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