Introduction to the

AnyLive is an open source push and pull flow project. The project adopts cross-platform architecture design, and a set of code supports Android, iOS, Windows, Mac, Ubuntu and other platforms. This article mainly introduces the implementation of anyLive Android platform.

This project includes the use of JNI, the practice of WebRTC Native, and the implementation of audio and video codec.

features

  • Push the flow
  • Pull flow
  • Screen sharing
  • Image push flow
  • Real-time filter based on GPUImage
  • Audio and video acquisition codec based on WEBRTC-93, FFMPEG4.3
  • Audio and video collection and rendering
  • Etc.

The Demo show

Program source code

GO 🚀

Compilation Considerations

Before opening with AndroidStudio, download webRTC, FFMPEG libraries.

Download it at 👉Lib

Download and decompress the lib folder to liveplayer/ SRC /main/ CPP

Please use NDK version 20.0.5594570 to compile, otherwise various errors may occur 🙅

API call

ArLiveEngine
Create the engine
Val liveEngine = ArLiveEngine. Create (context: context) val liveEngine = ArLiveEngine.Copy the code
The release of the engine
ArLiveEngine.release()
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Create a stream push
liveEngine.createArLivePusher()
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Creating a player
liveEngine.createArLivePlayer()
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ArLivePusher
Set the push-back
void setObserver(ArLivePusherObserver observer)
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Example Set the local camera preview View
int setRenderView(TextureViewRenderer view)
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Turn on the camera
int startCamera(boolean frontCamera)
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Began pushing flow

int startPush(String url)
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Refer to the ArLivePusher class annotation for more methods

ArLivePlayer
Set up the player callback
void setObserver(ArLivePlayerObserver observer)
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Set the player’s video render View
int setRenderView(TextureViewRenderer view)
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Start playing
int startPlay(String url)
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Refer to the ArLivePusher class annotation for more methods