public override void Init(ConnUri uri, bool persistent, string ID, int inactivityMS, int _sendGap = 0)
{
if ((uri == null || !uri.IsValid) && !tcpClientProvided)
{
return;
}
messageCircularBuffer = new CircularByteBuffer4Comms(65536);
MINIMUM_SEND_GAP = _sendGap;
RECEIVE_TIMEOUT = inactivityMS;
frameWrapper?.SetID(ID);
CommsUri = uri ?? CommsUri;
SetIPChunks(CommsUri.IP);
if (!tcpClientProvided)
{
tcpEq = new CommEquipmentObject <TcpClient>(ID, uri, null, persistent);
tcpEq.ID = ID;
receiverTask = new Task(Connect2EquipmentCallback, TaskCreationOptions.LongRunning);
}
else
{
tcpEq.ID = ID;
receiverTask = new Task(ReceiveCallback, TaskCreationOptions.LongRunning);
}
senderTask = new Task(DoSendStart, TaskCreationOptions.LongRunning);
}
public override void Init(ConnUri uri, bool persistent, string ID, int inactivityMS, int _sendGap = 0)
{
if ((uri == null || !uri.IsValid) && !tcpClientProvided)
{
return;
}
this.ID = ID;
messageQueu = useCircular ? (ICommsQueue) new CircularByteBuffer4Comms(65536) : (ICommsQueue) new BlockingByteQueue();
MINIMUM_SEND_GAP = _sendGap;
RECEIVE_TIMEOUT = inactivityMS;
frameWrapper?.SetID(ID);
State = STATE.STOP;
CommsUri = uri ?? CommsUri;
SetIPChunks(CommsUri.IP);
if (!tcpClientProvided)
{
tcpEq = new CommEquipmentObject <TcpClient>(ID, uri, null, persistent);
tcpEq.ID = ID;
}
else
{
tcpEq.ID = ID;
}
}