/**
* Will call callbacks on current thread
*/
public FrameFetchingTask(string frameName, LocalVideoStream stream,
OnFrameFetched onFrameFetched,
OnFrameFetchFailure onFrameFetchedFailure)
{
frameName_ = frameName;
stream_ = stream;
onFrameFetched_ = onFrameFetched;
onFrameFetchFailure_ = onFrameFetchedFailure;
}
public static void fetch(string frameName, LocalVideoStream stream,
OnFrameFetched onFrameFetched,
OnFrameFetchFailure onFrameFetchFailure)
{
frameFetchingTaskQueue_.Enqueue(new FrameFetchingTask(frameName, stream,
onFrameFetched,
onFrameFetchFailure));
Debug.Log("[ff-task]: enqueued task for " + frameName + ". queue size " + frameFetchingTaskQueue_.Count);
queueSem_.Release();
}
public void Hangup()
{
_call.RemoteParticipantsUpdated -= _call_RemoteParticipantsUpdated;
Com.Laerdal.Azurecommunicationhelper.CallClientHelper.HangUp(_call, new HangUpOptions());
_localRenderer?.Dispose();
_localRenderer = null;
_localVideoStream?.Dispose();
_localVideoStream = null;
_remoteVideoStreams.Clear();
_call.Dispose();
_call = null;
}
public void fetch(string frameName, LocalVideoStream stream,
OnFrameFetched onFrameFetched, OnFrameFetchFailure onFrameFetchFailure)
{
onFrameFetched_ = onFrameFetched;
onFrameFetchFailure_ = onFrameFetchFailure;
bufferAllocDelegate = new FrameFetcherBufferAlloc(bufferAllocate);
frameFetchedDelegate = new FrameFetcherFrameFetched(frameFetched);
NdnRtcWrapper.ndnrtc_FrameFetcher_fetch(stream.getHandle(),
frameName,
bufferAllocDelegate,
frameFetchedDelegate);
}
public void Hangup()
{
_call.RemoteParticipantsUpdated -= _call_RemoteParticipantsUpdated;
var hangupOptions = new HangupOptions();
_call.Hangup(hangupOptions).Get();
_localRenderer?.Dispose();
_localRenderer = null;
_localVideoStream?.Dispose();
_localVideoStream = null;
_remoteVideoStreams.Clear();
_call.Dispose();
_call = null;
}
public void CallEchoService()
{
var callOptions = new StartCallOptions();
var camera = _deviceManager.CameraList.First(c => c.CameraFacing == CameraFacing.Front);
callOptions.AudioOptions = new AudioOptions();
//callOptions.AudioOptions.Muted = true;
var localVideoStream = new LocalVideoStream(camera, MainActivity.Instance);
callOptions.VideoOptions = new VideoOptions(localVideoStream);
var receivers = new CommunicationIdentifier[] { new CommunicationUserIdentifier("8:echo123") };
_call = _callAgent.Call(MainActivity.Instance, receivers, callOptions);
}
public void CallEchoService()
{
var callOptions = new StartCallOptions();
var camera = _deviceManager.Cameras.First(c => c.CameraFacing == CameraFacing.Front);
callOptions.SetAudioOptions(new AudioOptions());
//callOptions.AudioOptions.Muted = true;
var localVideoStream = new LocalVideoStream(camera, MainActivity.Instance);
callOptions.SetVideoOptions(new VideoOptions(new LocalVideoStream[] { localVideoStream }));
var receivers = new CommunicationIdentifier[] { new CommunicationUserIdentifier("8:echo123") };
// TODO:
//_callAgent.StartCall();
//var locator = new GroupCallLocator()
//_call = _callAgent. Join(MainActivity.Instance, receivers, callOptions);
}
public Task JoinGroup(Guid groupID)
{
var camera = _deviceManager.Cameras.First(c => c.CameraFacing == CameraFacing.Front);
_localVideoStream = new LocalVideoStream(camera, MainActivity.Instance);
_localRenderer = new VideoStreamRenderer(_localVideoStream, MainActivity.Instance);
var renderingOptions = new CreateViewOptions(ScalingMode.Crop);
var nativeView = _localRenderer.CreateView(renderingOptions);
var formsView = nativeView.ToView();
LocalVideoAdded?.Invoke(this, formsView);
var groupCallLocator = new GroupCallLocator(UUID.FromString(groupID.ToString()));
var videoOptions = new VideoOptions(new LocalVideoStream[] { _localVideoStream });
var joinCallOptions = new JoinCallOptions();
joinCallOptions.SetVideoOptions(videoOptions);
_call = _callAgent.Join(Application.Context, groupCallLocator, joinCallOptions);
_call.RemoteParticipantsUpdated += _call_RemoteParticipantsUpdated;
return(Task.CompletedTask);
}
public static void Initialize(string signingIdentity, string instanceId)
{
if (libraryCallbackDelegate == null)
{
libraryCallbackDelegate = new NdnRtcLibLogHandler(ndnrtcLogHandler);
}
bool res;
try {
res = NdnRtcWrapper.ndnrtc_init("localhost", Application.persistentDataPath, signingIdentity,
instanceId, libraryCallbackDelegate);
if (res)
{
LocalStreamParams p = new LocalStreamParams();
p.basePrefix = signingIdentity + "/" + instanceId;
p.signingOn = 1;
p.dropFrames = 1;
p.fecOn = 1;
p.frameHeight = 180;
p.frameWidth = 320;
p.gop = 30;
p.startBitrate = 300;
p.maxBitrate = 7000;
p.ndnDataFreshnessPeriodMs = 2000;
p.ndnSegmentSize = 8000;
p.typeIsVideo = 1;
p.streamName = "back_camera";
p.threadName = "vp9";
videoStream = new LocalVideoStream(p);
}
} catch (System.Exception e) {
Debug.LogError("Error initializing NDN-RTC: " + e.Message);
}
}
/// <summary>
///
/// </summary>
/// <param name="filename"></param>
/// <param name="ext"></param>
/// <returns></returns>
public HttpResponseMessage Get(string filename, string ext)
{
IVideoStream video = default(IVideoStream);
// *************************************************************************************************************************
// If BLOB is not activated, let the code below comment
// *************************************************************************************************************************
string startupPath = Path.Combine(Environment.CurrentDirectory, "Media");
video = new LocalVideoStream(startupPath, filename, ext);
// *************************************************************************************************************************
// If you want to use BLOB storage, comment the code above and uncomment the code below
// NOTE: you may have to change the URL of the file - depending on your setup in the BLOB project
// *************************************************************************************************************************
//string fileUri = "http://127.0.0.1:10000/devstoreaccount1/democontainerblockblob/polina.webm";
//video = new RemoteVideoStream(new Uri(fileUri));
HttpResponseMessage response = Request.CreateResponse();
response.Content = new PushStreamContent((x, y, z) => video.WriteToStream(x), new MediaTypeHeaderValue("video/" + ext));
return(response);
}
public static void Initialize(string signingIdentity, string instanceId)
{
if (libraryCallbackDelegate == null)
{
libraryCallbackDelegate = new NdnRtcLibLogHandler(ndnrtcLogHandler);
}
bool res;
try {
string version = Marshal.PtrToStringAnsi(NdnRtcWrapper.ndnrtc_getVersion());
Debug.Log("NDN-RTC version " + version);
res = NdnRtcWrapper.ndnrtc_init("localhost", Application.persistentDataPath, signingIdentity,
instanceId, libraryCallbackDelegate);
if (res)
{
LocalStreamParams p = new LocalStreamParams();
p.basePrefix = signingIdentity + "/" + instanceId;
p.signingOn = 1;
p.dropFrames = 1;
p.fecOn = 1;
p.frameHeight = 180;
p.frameWidth = 320;
p.gop = 30;
p.startBitrate = 300;
p.maxBitrate = 7000;
p.ndnSegmentSize = 8000;
p.typeIsVideo = 1;
p.streamName = "back_camera";
p.threadName = "vp9";
p.storagePath = Application.persistentDataPath + "/ndnrtc_storage";
videoStream = new LocalVideoStream(p);
runFrameFetching_ = true;
queueSem_ = new Semaphore(0, 30); // up to 30 requests. why not?...
activeTasks_ = new HashSet <FrameFetchingTask>();
frameFetchingTaskQueue_ = new System.Collections.Generic.Queue <FrameFetchingTask>();
frameFetchingThread_ = new Thread(new ThreadStart(delegate() {
while (runFrameFetching_)
{
Debug.Log("[ff-task-worker]: waiting for new tasks...");
// lock on semaphore / event
queueSem_.WaitOne();
// deque
FrameFetchingTask ffTask = frameFetchingTaskQueue_.Dequeue();
Debug.Log("[ff-task-worker]: running task for " + ffTask.frameName_);
activeTasks_.Add(ffTask);
ffTask.run(delegate(FrameFetchingTask fft){
Debug.Log("[ff-task-worker]: task completed: " + fft.frameName_);
// cleanup when we are done
activeTasks_.Remove(fft);
});
} // while
}));
frameFetchingThread_.Start();
}
} catch (System.Exception e) {
Debug.LogError("Error initializing NDN-RTC: " + e.Message);
}
}