public void StartLocalMedia(VideoPage videoWindow, Action<string> callback)
{
LocalMedia = new LocalMedia();
LocalMedia.Start(videoWindow, callback);
}
public void StartLocalMedia(VideoPage videoWindow, Action <string> callback)
{
LocalMedia = new LocalMedia();
LocalMedia.Start(videoWindow, callback);
}
public void Start(VideoPage videoPage, Action <string> callback)
{
// WebRTC audio and video streams require us to first get access to
// the local media (microphone, camera, or both).
UserMedia.GetMedia(new GetMediaArgs(Audio, Video)
{
// Specify an audio capture provider, a video
// capture provider, an audio render provider,
// and a video render provider. The IceLink
// SDK comes bundled with video support for
// WinForms and WPF, and uses NAudio for audio
// support. For lower latency audio, use ASIO.
AudioCaptureProvider = new AudioCaptureProvider(),
VideoCaptureProvider = new VideoCaptureProvider(videoPage),
CreateAudioRenderProvider = (e) =>
{
return(new AudioRenderProvider());
},
CreateVideoRenderProvider = (e) =>
{
return(new Direct3DRenderProvider());
},
VideoWidth = VideoWidth, // optional
VideoHeight = VideoHeight, // optional
VideoFrameRate = VideoFrameRate, // optional
OnFailure = (e) =>
{
callback(string.Format("Could not get media. {0}", e.Exception.Message));
},
OnSuccess = (ea) =>
{
// We have successfully acquired access to the local
// audio/video device! Grab a reference to the media.
// Internally, it maintains access to the local audio
// and video feeds coming from the device hardware.
LocalMediaStream = ea.LocalStream;
// This is our local video control, a WinForms Control or
// WPF FrameworkElement. It is constantly updated with
// our live video feed since we requested video above.
// Add it directly to the UI or use the IceLink layout
// manager, which we do below.
LocalVideoControl = (FrameworkElement)ea.LocalVideoControl;
// Create an IceLink layout manager, which makes the task
// of arranging video controls easy. Give it a reference
// to a WinForms control that can be filled with video feeds.
// For WPF users, the WebRTC extension includes
// WpfLayoutManager, which accepts a Canvas.
LayoutManager = new WpfLayoutManager(videoPage.Container);
// Position and display the local video control on-screen
// by passing it to the layout manager created above.
LayoutManager.SetLocalVideoControl(LocalVideoControl);
// When double-clicked, mute/unmute the local video.
videoPage.Dispatcher.BeginInvoke(() =>
{
LocalVideoControl.DoubleTap += (sender, ce) =>
{
LocalMediaStream.ToggleVideoMute();
};
});
//call back of null will let the app know to continue on to the signalling stage
callback(null);
}
});
}
public void Start(VideoPage videoPage, Action<string> callback)
{
// WebRTC audio and video streams require us to first get access to
// the local media (microphone, camera, or both).
UserMedia.GetMedia(new GetMediaArgs(Audio, Video)
{
// Specify an audio capture provider, a video
// capture provider, an audio render provider,
// and a video render provider. The IceLink
// SDK comes bundled with video support for
// WinForms and WPF, and uses NAudio for audio
// support. For lower latency audio, use ASIO.
AudioCaptureProvider = new AudioCaptureProvider(),
VideoCaptureProvider = new VideoCaptureProvider(videoPage),
CreateAudioRenderProvider = (e) =>
{
return new AudioRenderProvider();
},
CreateVideoRenderProvider = (e) =>
{
return new Direct3DRenderProvider();
},
VideoWidth = VideoWidth, // optional
VideoHeight = VideoHeight, // optional
VideoFrameRate = VideoFrameRate, // optional
OnFailure = (e) =>
{
callback(string.Format("Could not get media. {0}", e.Exception.Message));
},
OnSuccess = (ea) =>
{
// We have successfully acquired access to the local
// audio/video device! Grab a reference to the media.
// Internally, it maintains access to the local audio
// and video feeds coming from the device hardware.
LocalMediaStream = ea.LocalStream;
// This is our local video control, a WinForms Control or
// WPF FrameworkElement. It is constantly updated with
// our live video feed since we requested video above.
// Add it directly to the UI or use the IceLink layout
// manager, which we do below.
LocalVideoControl = (FrameworkElement)ea.LocalVideoControl;
// Create an IceLink layout manager, which makes the task
// of arranging video controls easy. Give it a reference
// to a WinForms control that can be filled with video feeds.
// For WPF users, the WebRTC extension includes
// WpfLayoutManager, which accepts a Canvas.
LayoutManager = new WpfLayoutManager(videoPage.Container);
// Position and display the local video control on-screen
// by passing it to the layout manager created above.
LayoutManager.SetLocalVideoControl(LocalVideoControl);
// When double-clicked, mute/unmute the local video.
videoPage.Dispatcher.BeginInvoke(() =>
{
LocalVideoControl.DoubleTap += (sender, ce) =>
{
LocalMediaStream.ToggleVideoMute();
};
});
//call back of null will let the app know to continue on to the signalling stage
callback(null);
}
});
}
