/// <summary>
/// Deliver a new encoded audio packet
/// </summary>
/// <remarks>It will be placed into a transfer buffer and will be moved into the actual buffer when FlushTransferBuffer is called on the audio playback thread</remarks>
/// <param name="packet"></param>
/// <param name="now"></param>
/// <returns>How delayed this packet is from when it should arrive</returns>
public float Push(VoicePacket packet, DateTime now)
{
Log.Trace("Received frame {0} from network", packet.SequenceNumber);
// copy the data out of the frame, as the network thread will re-use the heap allocated things
List <RemoteChannel> channelsCopy = null;
if (packet.Channels != null)
{
channelsCopy = _channelListPool.Get();
channelsCopy.Clear();
channelsCopy.AddRange(packet.Channels);
}
var frameCopy = packet.EncodedAudioFrame.CopyTo(_bytePool.Get());
var packetCopy = new VoicePacket(
packet.SenderPlayerId,
packet.PlaybackOptions.Priority,
packet.PlaybackOptions.AmplitudeMultiplier,
packet.PlaybackOptions.IsPositional,
frameCopy,
packet.SequenceNumber,
channelsCopy
);
// queue the frame onto the transfer buffer
if (!_inputBuffer.TryWrite(packetCopy))
{
Log.Warn("Failed to write an encoded audio packet into the input transfer buffer");
}
// We've received a packet but not been prepared yet, which means audio playback hasn't started yet - immediately flush the transfer buffer
// It's safe to do this because we know playback isn't going, so the audio thread won't be accessing the buffer at the same time as we're flushing
if (!_prepared)
{
FlushTransferBuffer();
}
// calculate how late the packet is
if (!_firstFrameArrival.HasValue)
{
_firstFrameArrival = now;
_firstFrameSeq = packet.SequenceNumber;
return(0);
}
else
{
var expectedTime = _firstFrameArrival.Value + TimeSpan.FromTicks(_frameDuration.Ticks * (packet.SequenceNumber - _firstFrameSeq));
var delay = now - expectedTime;
return((float)delay.TotalSeconds);
}
}
/// <summary>
/// Push a new encoded audio packet
/// </summary>
/// <param name="packet"></param>
/// <param name="now"></param>
/// <returns>How delayed this packet is from when it should arrive</returns>
public float Push(VoicePacket packet, DateTime now)
{
Log.Trace("Received frame {0} from network", packet.SequenceNumber);
// copy the data out of the frame, as the network thread will re-use the heap allocated things
List <RemoteChannel> channelsCopy = null;
if (packet.Channels != null)
{
channelsCopy = _channelListPool.Get();
channelsCopy.Clear();
channelsCopy.AddRange(packet.Channels);
}
var frameCopy = packet.EncodedAudioFrame.CopyTo(_bytePool.Get());
var packetCopy = new VoicePacket(
packet.SenderPlayerId,
packet.PlaybackOptions.Priority,
packet.PlaybackOptions.AmplitudeMultiplier,
packet.PlaybackOptions.IsPositional,
frameCopy,
packet.SequenceNumber,
channelsCopy
);
// queue the frame onto the transfer buffer
if (!_inputBuffer.TryWrite(packetCopy))
{
Log.Warn("Failed to write an encoded audio packet into the input transfer buffer");
}
// calculate how late the packet is
if (!_firstFrameArrival.HasValue)
{
_firstFrameArrival = now;
_firstFrameSeq = packet.SequenceNumber;
return(0);
}
else
{
var expectedTime = _firstFrameArrival.Value + TimeSpan.FromTicks(_frameDuration.Ticks * (packet.SequenceNumber - _firstFrameSeq));
var delay = now - expectedTime;
return((float)delay.TotalSeconds);
}
}
internal static void SendLogMessage(string message, LogLevel level)
{
#if NCRUNCH
Console.WriteLine(message);
#else
var msg = new LogMessage(message, level);
if (_main == null || _main == Thread.CurrentThread)
{
msg.Log();
}
else
{
LogsFromOtherThreads.TryWrite(msg);
}
#endif
}