internal byte IncrementSequenceNumber()
{
byte bret;
CMonitor.Enter(_txsequenceNumberLock);
bret = _txsequenceNumber++;
CMonitor.Exit(_txsequenceNumberLock);
return(bret);
}
private void SetState()
{
CMonitor.Enter(lockObject);
savedDebugLevel = CrestronLogger.DebugLevel;
savedLogOnlyThisLevel = CrestronLogger.LogOnlyCurrentDebugLevel;
savedLoggerMode = CrestronLogger.Mode;
CrestronLogger.DebugLevel = _debugLevel;
CrestronLogger.LogOnlyCurrentDebugLevel = _logOnlyThisLevel;
CrestronLogger.Mode = _loggerMode;
}
private SocketErrorCodes SendDatagram(byte[] data, int len)
{
if (client == null)
{
return(SocketErrorCodes.SOCKET_NOT_CONNECTED);
}
CMonitor.Enter(_sendDatagramLock);
SocketErrorCodes sret = client.SendData(data, len, remoteEndpoint);
CMonitor.Exit(_sendDatagramLock);
if (sret != SocketErrorCodes.SOCKET_OK)
{
ErrorLog.Error("SendDatagram: {0}", sret.ToString());
}
return(sret);
}
internal void ResetSequenceNumber()
{
CMonitor.Enter(_txsequenceNumberLock);
_txsequenceNumber = 0x00;
CMonitor.Exit(_txsequenceNumberLock);
}
internal void DecrementSingleSequenceNumber()
{
CMonitor.Enter(_txsequenceNumberLock);
_txsequenceNumber--;
CMonitor.Exit(_txsequenceNumberLock);
}
public void Enter()
{
CMonitor.Enter(mutex);
}
/// <summary>
/// Aquire a lock and return the LockToken when the lock is aquired.
/// </summary>
/// <returns>LockToken object</returns>
public LockToken AquireLock()
{
CMonitor.Enter(_monitorObject);
return(new LockToken(this));
}
