public int getDevicePort(string device) { RouterConnection rc = new RouterConnection(); rc.getConnectedRouters(); return(rc.getDevicePort(device)); }
private void run() { int byteREc = socket.Receive(bytes); data = Encoding.ASCII.GetString(bytes, 0, byteREc); Console.WriteLine(data); if (data.IndexOf("CALL_REQUEST") > -1) // NCC receives from client a request to setup a connection with another client { CallRequest callRequest = new CallRequest(data, connectionId); string r = callRequest.processCallRequest(); byte[] response = Encoding.UTF8.GetBytes(r); socket.Send(response); } else if (data.IndexOf("CALL_COORDINATION_REQUEST") > -1) // NCC receives from adjacent CALL COORDINATION REQUEST to setup a connection between two clients { CallCoordinationRequest callCoordinationRequest = new CallCoordinationRequest(data, connectionId); string path = callCoordinationRequest.getPath(); if (path != "") { byte[] response = callCoordinationRequest.getCallCoordinationResponse(path); socket.Send(response); } else { string msg = "CONNECTION FAILED"; byte[] message = Encoding.UTF8.GetBytes(msg); socket.Send(message); } } else if (data.IndexOf("CONNECT") > -1) // NCC receives from a router a HELLO message with its name and listening port { string[] smsg = data.Split(' '); RouterConnection routerConnection = new RouterConnection(); routerConnection.setRouterDetails(smsg[2], smsg[4]); routerConnection.getConnectedRouters(); routerConnection.updateConnectedRouters(); } else if (data.Contains("RESOURCE_ALLOCATION_COORDINATION")) // NCC receives from adjacent NCC a request to allocate resources for a connection { ResourceAllocationCoordination rac = new ResourceAllocationCoordination(); } }