internal void Reset()
{
this.receivedPrefixBytesDoneCount = 0;
this.receivedMessageBytesDoneCount = 0;
this.recPrefixBytesDoneThisOp = 0;
this.receiveMessageOffset = this.PermanentReceiveMessageOffset;
this._dataMode = P2PDataSendMode.notDefined;
}
public P2PPortClientConnectionHandler(SocketAsyncEventArgs e, Int32 rOffset, Int32 sOffset, Int32 receivePrefixLength, Int32 sendPrefixLength)
{
this._handlerID = UtilitiesModule.GetIndexableGUID();
this.BufferOffsetReceive = rOffset;
this.BufferOffsetSend = sOffset;
this.receivePrefixLength = receivePrefixLength;
this.sendPrefixLength = sendPrefixLength;
this.receiveMessageOffset = rOffset + receivePrefixLength;
this.PermanentReceiveMessageOffset = this.receiveMessageOffset;
this._dataMode = P2PDataSendMode.notDefined;
}
public void SendData(P2PDataSendMode mode, P2PData data)
{
switch (mode)
{
case P2PDataSendMode.SyncrhonicalSend:
//sends data to the remote port and waits intil the remote port returns a operation
//result
try
{
this.SendDataInSynchronicalMode(data);
}
catch (Exception ex)
{
throw (ex);
}
try
{
if (SuccesfullyDataSentEvent != null)
{
SuccesfullyDataSentEvent(data);
}
}
catch (Exception)
{
}
break;
case P2PDataSendMode.AsynchronycalSend:
//this method send data to the P2PPort without waiting a callback or a result from the remote port
this.SendDataInAsynchronicalMode(data);
try
{
if (SuccesfullyDataSentEvent != null)
{
SuccesfullyDataSentEvent(data);
}
}
catch (Exception)
{
}
break;
}
}
