private void RegisterRemoteTextures()
{
if (_nativeVideo != null && _textureY != null)
{
TextureDesc[] textures = new TextureDesc[3]
{
new TextureDesc
{
texture = _textureY.GetNativeTexturePtr(),
width = _textureY.width,
height = _textureY.height,
},
new TextureDesc
{
texture = _textureU.GetNativeTexturePtr(),
width = _textureU.width,
height = _textureU.height,
},
new TextureDesc
{
texture = _textureV.GetNativeTexturePtr(),
width = _textureV.width,
height = _textureV.height,
},
};
#if WEBRTC_DEBUGGING
Debug.Log(string.Format("RegisteringRemoteTextures: {0:X16}, {1:X16}, {2:X16}", textures[0].texture.ToInt64(), textures[1].texture.ToInt64(), textures[2].texture.ToInt64()));
#endif
_nativeVideo.EnableRemoteVideo(VideoKind.I420, textures);
}
}
/// <summary>
/// Start rendering the passed source.
/// </summary>
/// <remarks>
/// Can be used to handle <see cref="VideoTrackSource.VideoStreamStarted"/> or <see cref="VideoReceiver.VideoStreamStarted"/>.
/// </remarks>
public void StartRendering(IVideoSource source)
{
_source = source as RemoteVideoTrack;
Debug.Assert(_source != null, "NativeVideoRender currently only supports RemoteVideoTack");
switch (source.FrameEncoding)
{
case VideoEncoding.I420A:
_nativeVideo = new NativeVideo(_source.NativeHandle);
_nativeVideo.TextureSizeChanged += TextureSizeChangeCallback;
_nativeVideo.EnableRemoteVideo(VideoKind.I420, null);
break;
case VideoEncoding.Argb32:
break;
}
}