public async Task VideoCall()
{
// This test use manual offers
suspendOffer1_ = true;
// Create video transceiver on #1. This triggers a renegotiation needed event.
string name1 = "video_feed";
var initSettings = new TransceiverInitSettings
{
Name = name1,
InitialDesiredDirection = Transceiver.Direction.SendOnly,
StreamIDs = new List <string> {
"id1", "id2"
}
};
var transceiver1 = pc1_.AddTransceiver(MediaKind.Video, initSettings);
var track_config = new LocalVideoTrackInitConfig
{
trackName = "custom_i420a"
};
// Add a local video track.
using (var source = ExternalVideoTrackSource.CreateFromI420ACallback(
VideoTrackSourceTests.CustomI420AFrameCallback))
{
using (var localTrack = LocalVideoTrack.CreateFromSource(source, track_config))
{
transceiver1.LocalVideoTrack = localTrack;
// Connect
await DoNegotiationStartFrom(pc1_);
// Find the remote track
Assert.AreEqual(1, pc2_.Transceivers.Count);
var transceiver2 = pc2_.Transceivers[0];
var remoteTrack = transceiver2.RemoteVideoTrack;
Assert.IsNotNull(remoteTrack);
Assert.AreEqual(transceiver2, remoteTrack.Transceiver);
Assert.AreEqual(pc2_, remoteTrack.PeerConnection);
// Remote track receives frames.
VideoTrackSourceTests.TestFrameReadyCallbacks(remoteTrack);
// Cleanup.
transceiver1.LocalVideoTrack = null;
}
}
}
public void FrameReadyCallbacks()
{
var track_config = new LocalVideoTrackInitConfig
{
trackName = "custom_i420a"
};
using (var source = ExternalVideoTrackSource.CreateFromI420ACallback(
VideoTrackSourceTests.CustomI420AFrameCallback))
{
using (var track = LocalVideoTrack.CreateFromSource(source, track_config))
{
VideoTrackSourceTests.TestFrameReadyCallbacks(track);
}
}
}