public static void ListenerPeer(SourceNode sourceNode) //create conn
{
TcpListener tcpListener = new TcpListener(Convert.ToInt32(sourceNode.Port));
tcpListener.LocalInterface = sourceNode.IPAddress;
ListenerPeer listener = new ListenerPeer(sourceNode.Id.ToString(),
new TwoBytesNboHeaderChannel(new Iso8583Ascii1987BinaryBitmapMessageFormatter()),
new BasicMessagesIdentifier(11, 41),
tcpListener);
listener.Receive += new PeerReceiveEventHandler(Listener_Receive);
listener.Connected += listener_Connected;
listener.Connect();
Console.WriteLine("Listening for connection.. on " + sourceNode.Port);
}
public static void StartUpListener(string name, string hostName, int port) //create conn
{
Trx.Messaging.FlowControl.TcpListener tcpListener = new Trx.Messaging.FlowControl.TcpListener(port);
tcpListener.LocalInterface = hostName;
ListenerPeer listener = new ListenerPeer(name,
new TwoBytesNboHeaderChannel(new Iso8583Ascii1987BinaryBitmapMessageFormatter()),
new BasicMessagesIdentifier(11, 41),
tcpListener);
listener.Receive += new PeerReceiveEventHandler(Listener_Receive);
listener.Connected += new PeerConnectedEventHandler(Listener_Connected);
listener.Disconnected += new PeerDisconnectedEventHandler(Listener_Disconnected);
listener.Connect();
//Console.WriteLine("Waiting for connection...");
}
public void StartListener(SourceNode node)
{
TcpListener tcpListener = new TcpListener(node.Port);
tcpListener.LocalInterface = node.IPAddress;
ListenerPeer listener = new ListenerPeer(node.Id.ToString(),
new TwoBytesNboHeaderChannel(new Iso8583Ascii1987BinaryBitmapMessageFormatter()),
new BasicMessagesIdentifier(11, 41),
tcpListener);
// ListenerPeer
listener.Error += (sender, e) => ErrorListener(sender, e);
listener.Receive += (sender, e) => ReceiveListener(sender, e, node);
listener.Disconnected += (sender, e) => DisconnectListener(sender, node);
listener.Connect();
Console.WriteLine($"Now listening to {node.Name} on IP {node.IPAddress} port {node.Port}");
}
public void StartListener(string ipAddress, int port, string id)
{
TcpListener tcpListener = new TcpListener(port);
tcpListener.LocalInterface = ipAddress;
ListenerPeer listener = new ListenerPeer(id,
new TwoBytesNboHeaderChannel(new Iso8583Ascii1987BinaryBitmapMessageFormatter()),
new BasicMessagesIdentifier(11, 41),
tcpListener);
// ListenerPeer
listener.Error += (sender, e) => ErrorListener(sender, e);
listener.Receive += (sender, e) => ReceiveListener(sender, e);
listener.Disconnected += (sender, e) => DisconnectListener(sender);
listener.Connect();
Debug.WriteLine($"Now listening on IP {ipAddress} port {port}");
}
public void StartListener()
{
TcpListener tcpListener = new TcpListener(port);
tcpListener.LocalInterface = localInterface;
tcpListener.Start();
ListenerPeer listenerPeer = new ListenerPeer("Switch", new TwoBytesNboHeaderChannel(
new Iso8583Ascii1987BinaryBitmapMessageFormatter()), tcpListener);
//logger.Log("Phantom FEP now listening at " + localInterface + " on " + port);
listenerPeer.Connected += new PeerConnectedEventHandler(ListenerPeerConnected);
listenerPeer.Receive += new PeerReceiveEventHandler(ListenerPeerReceive);
listenerPeer.Disconnected += new PeerDisconnectedEventHandler(ListenerPeerDisconnected);
listenerPeer.Connect();
}
private static void SendSourceNodeResponse(ListenerPeer sourceNodePeer, Iso8583Message message)
{
int tries = 10;
while (!sourceNodePeer.IsConnected && tries > 0)
{
Console.WriteLine("Could not connect to source node. Retrying in 5 seconds.");
tries--;
sourceNodePeer.Connect();
Thread.Sleep(5000);
}
if (tries <= 0 && !sourceNodePeer.IsConnected)
{
Console.WriteLine("Reconnection attempt failed. Could not send response to source");
}
else
{
PeerRequest request = new PeerRequest(sourceNodePeer, message);
request.Send();
request.Peer.Close();
}
}
