// Connect / Disconnect
public void Connect(string roomName, string appKey, UInt64 clientIdentifier)
{
if (_nativeMatcher == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Matcher");
}
Plugin.MatcherConnect(_nativeMatcher, roomName, appKey, clientIdentifier);
}
public int Channels()
{
if (_nativeAudioOutputStream == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("AudioOutputStream");
}
return(Plugin.AudioOutputStreamGetChannels(_nativeAudioOutputStream));
}
// Disconnect
public void Disconnect()
{
if (_nativeMatcher == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Matcher");
}
Plugin.MatcherDisconnect(_nativeMatcher);
}
public bool ProcessPlaybackFrame(float[] audioData)
{
if (_nativeAudioPreprocessor == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("AudioPreprocessor");
}
return(Plugin.AudioPreprocessorProcessPlaybackFrame(_nativeAudioPreprocessor, audioData, audioData.Length));
}
public int Channels()
{
if (_nativeMicrophone == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Microphone");
}
return(Plugin.MicrophoneGetChannels(_nativeMicrophone));
}
public bool Start()
{
if (_nativeMicrophone == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Microphone");
}
return(Plugin.MicrophoneStart(_nativeMicrophone));
}
public void Disconnect()
{
if (_nativeClient == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Client");
}
Plugin.ClientDisconnect(_nativeClient);
}
// Metadata
public int ClientIndex()
{
if (_nativeClient == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Client");
}
return(Plugin.ClientGetClientIndex(_nativeClient));
}
// Send audio data
public bool SendRawAudioData(float[] audioData)
{
if (_nativeAudioInputStream == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("AudioInputStream");
}
return(Plugin.AudioInputStreamSendRawAudioData(_nativeAudioInputStream, audioData, audioData.Length));
}
public bool GetAudioData(float[] audioData)
{
if (_nativeMicrophone == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Microphone");
}
return(Plugin.MicrophoneGetAudioData(_nativeMicrophone, audioData, audioData.Length));
}
public void ContinueConnectionWithPingTimes(PingResult[] pingResults)
{
if (_nativeMatcher == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Matcher");
}
Plugin.MatcherContinueConnectionWithPingTimes(_nativeMatcher, pingResults, pingResults.Length);
}
public string GetServerError()
{
if (_nativeMatcher == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Matcher");
}
return(Plugin.MatcherGetServerError(_nativeMatcher));
}
// Set desired sample rate. Native plugin will resample to it automatically.
// Set to 0.0f to reset it back to the sample rate that's sent from the server.
public void SetSampleRate(int sampleRate)
{
if (_nativeAudioOutputStream == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("AudioOutputStream");
}
Plugin.AudioOutputStreamSetSampleRate(_nativeAudioOutputStream, sampleRate);
}
// RPC
public bool SendRPCMessage(byte[] data, int dataLength, bool reliable)
{
if (_nativeClient == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Client");
}
return(Plugin.ClientSendRPCMessage(_nativeClient, data, dataLength, reliable));
}
public double RoomTime()
{
if (_nativeClient == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Client");
}
return(Plugin.ClientGetRoomTime(_nativeClient));
}
public void Stop()
{
if (_nativeMicrophone == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Microphone");
}
Plugin.MicrophoneStop(_nativeMicrophone);
}
// Tick
public int Tick()
{
if (_nativeMatcher == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Matcher");
}
return(Plugin.MatcherTick(_nativeMatcher));
}
// Connect / Disconnect
public void Connect(UInt64 clientIdentifier, byte[] connectToken)
{
if (_nativeClient == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Client");
}
// TODO: Connect/Disconnect need to fail gracefully if called multiple times.
Plugin.ClientConnect(_nativeClient, clientIdentifier, connectToken, connectToken.Length);
}
public int StreamID()
{
if (_nativeAudioOutputStream == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("AudioOutputStream");
}
// TODO: It might be worth caching this if the calls are expensive
return(Plugin.AudioOutputStreamGetStreamID(_nativeAudioOutputStream));
}
// Tick
public int Tick()
{
if (_nativeClient == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Client");
}
// TODO: ClientTick should do its own deltaTime calculation. It will be more precise and will prevent the client and server from getting out of sync.
return(Plugin.ClientTick(_nativeClient));
}
public bool GetAudioData(float[] audioData)
{
if (_nativeAudioOutputStream == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("AudioOutputStream");
}
// TODO: Fix this
return(Plugin.AudioOutputStreamGetAudioData(_nativeAudioOutputStream, audioData, audioData.Length) > 0);
}
// Network Statistics
public NetworkInfo GetNetworkStatistics()
{
if (_nativeClient == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Client");
}
NetworkInfo networkInfo;
Plugin.ClientGetNetworkStatistics(_nativeClient, out networkInfo);
return(networkInfo);
}
public byte[] GetConnectToken()
{
if (_nativeMatcher == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Matcher");
}
int connectTokenLength = Plugin.MatcherGetConnectTokenLength(_nativeMatcher);
IntPtr connectTokenPointer = Plugin.MatcherGetConnectToken(_nativeMatcher);
byte[] connectToken = new byte[connectTokenLength];
Marshal.Copy(connectTokenPointer, connectToken, 0, connectTokenLength);
return(connectToken);
}
// Audio
public AudioInputStream CreateAudioInputStream(bool voice, int sampleRate, int channels)
{
if (_nativeClient == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Client");
}
if (sampleRate <= 0)
{
throw new ArgumentException("Attempting to create audio stream with invalid sample rate (" + sampleRate + ").");
}
if (channels <= 0)
{
throw new ArgumentException("Attempting to create audio stream with an invalid number of channels (" + channels + ").");
}
IntPtr nativeAudioInputStream = Plugin.ClientCreateAudioInputStream(_nativeClient, voice, sampleRate, channels);
AudioInputStream audioInputStream = new AudioInputStream(nativeAudioInputStream);
_audioInputStreams.Add(audioInputStream);
return(audioInputStream);
}
public string[] GetIPsToPing()
{
if (_nativeMatcher == IntPtr.Zero)
{
throw RealtimeNativeException.NativePointerIsNull("Matcher");
}
int numberOfAddressesToPing = Plugin.MatcherGetNumberOfIPsToPing(_nativeMatcher);
if (numberOfAddressesToPing <= 0)
{
return new string[] {}
}
;
List <string> addressesToPing = new List <string>(numberOfAddressesToPing);
for (int i = 0; i < numberOfAddressesToPing; i++)
{
addressesToPing.Add(Plugin.MatcherGetAddressToPingAtIndex(_nativeMatcher, i));
}
return(addressesToPing.ToArray());
}
