/// <summary>
/// Dispose
/// </summary>
public void Dispose()
{
//Protocol
if (Protocol != null)
{
this.Protocol.DataComplete -= new WinSound.Protocol.DelegateDataComplete(OnProtocolDataComplete);
this.Protocol = null;
}
//JitterBuffer
if (JitterBuffer != null)
{
JitterBuffer.Stop();
JitterBuffer.DataAvailable -= new WinSound.JitterBuffer.DelegateDataAvailable(OnJitterBufferDataAvailable);
this.JitterBuffer = null;
}
//Player
if (Player != null)
{
Player.Close();
this.Player = null;
}
//Nicht initialisiert
IsInitialized = false;
}
/// <summary>
/// Dispose
/// </summary>
public void Dispose()
{
//Protocol
if (Protocol != null)
{
this.Protocol.DataComplete -= new WinSound.Protocol.DelegateDataComplete(OnProtocolDataComplete);
this.Protocol = null;
}
//JitterBuffer
if (JitterBuffer != null)
{
JitterBuffer.Stop();
JitterBuffer.DataAvailable -= new WinSound.JitterBuffer.DelegateDataAvailable(OnJitterBufferDataAvailable);
this.JitterBuffer = null;
}
//Player
if (Player != null)
{
Player.Close();
this.Player = null;
}
//Nicht initialisiert
IsInitialized = false;
}
/// <summary>
/// Init
/// </summary>
/// <param name="bitsPerSample"></param>
/// <param name="channels"></param>
public void Init(ServerThread st, string soundDeviceName, int samplesPerSecond, int bitsPerSample, int channels, int soundBufferCount, uint jitterBufferCount, uint jitterBufferMilliseconds)
{
//Werte übernehmen
this.ServerThread = st;
this.SamplesPerSecond = samplesPerSecond;
this.BitsPerSample = bitsPerSample;
this.Channels = channels;
this.SoundBufferCount = soundBufferCount;
this.JitterBufferCount = jitterBufferCount;
this.JitterBufferMilliseconds = jitterBufferMilliseconds;
//Player
this.Player = new WinSound.Player();
this.Player.Open(soundDeviceName, samplesPerSecond, bitsPerSample, channels, soundBufferCount);
//Wenn ein JitterBuffer verwendet werden soll
if (jitterBufferCount >= 2)
{
//Neuen JitterBuffer erstellen
this.JitterBuffer = new WinSound.JitterBuffer(this.Player, jitterBufferCount, jitterBufferMilliseconds);
this.JitterBuffer.DataAvailable += new WinSound.JitterBuffer.DelegateDataAvailable(OnJitterBufferDataAvailable);
this.JitterBuffer.Start();
}
//Protocol
this.Protocol = new WinSound.Protocol(WinSound.ProtocolTypes.LH, Encoding.Default);
this.Protocol.DataComplete += new WinSound.Protocol.DelegateDataComplete(OnProtocolDataComplete);
//Initialisiert
IsInitialized = true;
}
/// <summary>
/// InitJitterBuffer
/// </summary>
private void InitJitterBuffer()
{
//Wenn vorhanden
if (m_JitterBuffer != null)
{
m_JitterBuffer.DataAvailable -= new WinSound.JitterBuffer.DelegateDataAvailable(OnDataAvailable);
}
//Neu erstellen
m_JitterBuffer = new WinSound.JitterBuffer(null, m_JitterBufferCount, m_Milliseconds);
m_JitterBuffer.DataAvailable += new WinSound.JitterBuffer.DelegateDataAvailable(OnDataAvailable);
}
/// <summary>
/// InitJitterBuffer
/// </summary>
private void InitJitterBuffer()
{
//Wenn vorhanden
if (m_JitterBuffer != null)
{
m_JitterBuffer.DataAvailable -= new WinSound.JitterBuffer.DelegateDataAvailable(OnDataAvailable);
}
//Neu erstellen
m_JitterBuffer = new WinSound.JitterBuffer(null, (uint)20, 20);
m_JitterBuffer.DataAvailable += new WinSound.JitterBuffer.DelegateDataAvailable(OnDataAvailable);
}
private void InitJitterBufferClientPlaying()
{
//Wenn vorhanden
if (m_JitterBufferClientPlaying != null)
{
m_JitterBufferClientPlaying.DataAvailable -= new WinSound.JitterBuffer.DelegateDataAvailable(OnJitterBufferClientDataAvailablePlaying);
}
//Neu erstellen
m_JitterBufferClientPlaying = new WinSound.JitterBuffer(null, m_Config.JitterBufferCountClient, 20);
m_JitterBufferClientPlaying.DataAvailable += new WinSound.JitterBuffer.DelegateDataAvailable(OnJitterBufferClientDataAvailablePlaying);
}
private void InitJitterBufferServerRecording()
{
//Wenn vorhanden
if (m_JitterBufferServerRecording != null)
{
m_JitterBufferServerRecording.DataAvailable -= new WinSound.JitterBuffer.DelegateDataAvailable(OnJitterBufferServerDataAvailable);
}
//Neu erstellen
m_JitterBufferServerRecording = new WinSound.JitterBuffer(null, RecordingJitterBufferCount, 20);
m_JitterBufferServerRecording.DataAvailable += new WinSound.JitterBuffer.DelegateDataAvailable(OnJitterBufferServerDataAvailable);
}
/// <summary>
/// InitJitterBuffer
/// </summary>
private void InitJitterBuffer()
{
//Wenn vorhanden
if (m_JitterBuffer != null)
{
m_JitterBuffer.DataAvailable -= new WinSound.JitterBuffer.DelegateDataAvailable(OnJitterBufferDataAvailable);
}
//Neu erstellen
m_JitterBuffer = new WinSound.JitterBuffer(null, m_Config.JitterBufferCount, 20);
m_JitterBuffer.DataAvailable += new WinSound.JitterBuffer.DelegateDataAvailable(OnJitterBufferDataAvailable);
}
/// <summary>
/// Init
/// </summary>
/// <param name="bitsPerSample"></param>
/// <param name="channels"></param>
public void Init(ServerThread st, string soundDeviceName, int samplesPerSecond, int bitsPerSample, int channels, int soundBufferCount, uint jitterBufferCount, uint jitterBufferMilliseconds)
{
//Werte übernehmen
this.ServerThread = st;
this.SamplesPerSecond = samplesPerSecond;
this.BitsPerSample = bitsPerSample;
this.Channels = channels;
this.SoundBufferCount = soundBufferCount;
this.JitterBufferCount = jitterBufferCount;
this.JitterBufferMilliseconds = jitterBufferMilliseconds;
//Player
this.Player = new WinSound.Player();
this.Player.Open(soundDeviceName, samplesPerSecond, bitsPerSample, channels, soundBufferCount);
//Wenn ein JitterBuffer verwendet werden soll
if (jitterBufferCount >= 2)
{
//Neuen JitterBuffer erstellen
this.JitterBuffer = new WinSound.JitterBuffer(this.Player, jitterBufferCount, jitterBufferMilliseconds);
this.JitterBuffer.DataAvailable += new WinSound.JitterBuffer.DelegateDataAvailable(OnJitterBufferDataAvailable);
this.JitterBuffer.Start();
}
//Protocol
this.Protocol = new WinSound.Protocol(WinSound.ProtocolTypes.LH, Encoding.Default);
this.Protocol.DataComplete += new WinSound.Protocol.DelegateDataComplete(OnProtocolDataComplete);
//Initialisiert
IsInitialized = true;
}
