def accept( self ): if self.socket: (newSocket, remote) = self.socket.accept() connection = TcpConnection( self.transport, self.localAddress, self.localPort, remoteAddress=remote[0], remotePort=remote[1], csocket=newSocket ) Dispatcher.add( connection, parentObj=self ) Dispatcher.addListener( connection, self ) name = Network.getBindingName( connection.transport, connection.remoteAddress, connection.remotePort ) self.connections[name] = connection # Send the TCP connection's connected notification to ourselves. # This is a work-around, since we are constructing the connection in the connected state and # we do not want to send the event in the TCP connection's constructor. newEvent = NetEvent( NetEvent.EVENT_CONNECTED, connection.transport, connection.localAddress, connection.localPort, connection.remoteAddress, connection.remotePort, connection=connection ) Dispatcher.send( newEvent, srcObj=self, dstObj=self )
def inBound_onQueue( self, event ): if not event.connection: if ( event.localAddress != self.localAddress ) or ( event.localPort != self.localPort ): # This is not our binding. return # Let the network layer choose the local port. event.localPort = 0 # Create a new connection and queue the event in the connection. connection = TcpConnection( event.transport, event.localAddress, event.localPort, event.remoteAddress, event.remotePort ) Dispatcher.add( connection, parentObj=self ) Dispatcher.addListener( connection, self ) name = Network.getBindingName( connection.transport, connection.remoteAddress, connection.remotePort ) self.connections[name] = connection Dispatcher.send( event, srcObj=self, dstObj=connection )
