I am trying to write a program that has clients connect to it while the server is still able to send commands to all of the clients. I am using the "Twisted" solution. How can I go about this? Here is the code I have so far (I understand that Twisted already uses non-blocking sockets):

import threading
print 'threading.'def dock():try:from twisted.internet.protocol import Factory, Protocolfrom twisted.internet import reactorimport currentTimeprint '[*]Imports succesful.'except:print '[/]Imports failed.'#Define the class for the protocolclass Master(Protocol):command = raw_input('> ')def connectionMade(self):print 'Slave connected.'print currentTime.getTime() #Print current time#self.transport.write("Hello")def connectionLost(self, reason):print 'Lost.'#Assemble it in a "factory"class MasterFactory(Factory):protocol = Masterreactor.listenTCP(8800, MasterFactory())#Run it allreactor.run()def commandline():raw_input('>')threading.Thread(target=dock()).start()
threading.Thread(target=commandline()).start()

Since you're already using twisted, you should also use it for the console part, instead of using raw_input in a thread.

Twisted's event loop can monitor any file descriptor for changes, including the standard input, so you can get event-based callbacks on a new line entered -- It works asynchronously without need for threads.

I've found this example of a interactive console in a twisted application, maybe you can use it.