Python reactor.listenUDP函数代码示例

 def __init__(self, address = None, data_callback = None):
     self.data_callback = data_callback
     if address == None:
         reactor.listenUDP(0, self)
     else:
         reactor.listenUDP(address[1], self, address[0])
     filterwarnings('ignore', '^Please only pass')

    def _realise_connection(cls, async):
        """Return a configured statsd client connection."""
        servers = config.statsd.servers
        if servers is None:
            raise LookupError('Unable to obtain the statsd configuration')

        servers = map(None, [server.strip() for server in servers.split(";")])
        if not servers:
            raise LookupError('Unable to obtain the statsd configuration')

        connections = []
        for server in servers:
            statsd_host, statsd_port = server.split(":")
            statsd_port = int(statsd_port)

            if async:
                connection = TwistedStatsDClient.create(statsd_host,
                                                        statsd_port)
                connection.disconnect_callback = \
                    lambda: cls._disconnect_connection(connection)
                protocol = StatsDClientProtocol(connection)

                from twisted.internet import reactor
                reactor.listenUDP(0, protocol)
            else:
                connection = UdpStatsDClient(statsd_host, statsd_port)
                connection.connect()

            connections.append(connection)

        if len(connections) == 1:
            return connections[0]

        return ConsistentHashingClient(connections)

def nda_loop():
	ndutil.setTimezone()

	ndlCom = NdlCom('nDroid-Executer', '127.0.0.1', 12322)
	ndlCom.doCom('Initiating')

	ndlCom.doCom('Loading Config')
	cnfManager = CnfManager()
	cnfManager.load('./nde.cnf')
	cnfData = cnfManager.getCnfData()

	nsQueue = Queue()
	nsLock = threading.Lock()

	netManager = NetManager()
	netManager.setNdlCom(ndlCom)
	netManager.setNsQueue(nsQueue, nsLock)

	ndlCom.doCom('Starting Threads')
	scheduler = Scheduler([ndlCom, nsQueue, nsLock], 'Scheduler')

	scheduler.start()

	reactor.listenUDP(cnfData['comPort'], netManager)
	ndlCom.doCom('Listening Com Port')
	reactor.run()

	scheduler.join()

 def run_auth(self):
     """run auth
     """
     auth_protocol = RADIUSAccess(self.config)
     task.LoopingCall(auth_protocol.process_delay).start(2.7)
     reactor.listenUDP(int(self.config.radiusd.auth_port), auth_protocol, interface=self.config.radiusd.host)
     reactor.run()

def main(type):
    log.startLogging(sys.stderr, setStdout=False)

    if type == "1":
        client_factory = client_server.Factory()
        reactor.connectTCP('127.0.0.1', 8125, client_factory)
    else :
        client_factory = client_server.FactoryUDP()
        reactor.listenUDP(0, client_factory)


    def wait_for_protocol():
        while len(client_factory.instances) == 0:
            time.sleep(1)

        return True

    d = threads.deferToThread(wait_for_protocol)

    def run_loop(_):
        proc = CommandProcessor(client_factory.instances[0])
        reactor.callInThread(proc.cmdloop)

    d.addCallback(run_loop)

    reactor.run()

 def connectionMade(self):
     self.sms_queue = defer.DeferredQueue()
     self.sip_queue = defer.DeferredQueue()
     self.sms_queue.get().addCallback(self.sipClientDataReceived)
     self.sip_client_factory = SIPProxyClientProtocol(self.sms_queue, self.sip_queue)
     from twisted.internet import reactor
     reactor.listenUDP(5062, self.sip_client_factory)

    def setUpForATest(self,
                      ServerProtocol=TestProtocol, ClientProtocol=TestProtocol):
        serverProto = ServerProtocol()
        clientProto = ClientProtocol()


        self.serverProto = serverProto
        self.clientProto = clientProto

        sf = protocol.ServerFactory()
        sf.protocol = lambda: serverProto

        cf = Django()
        cf.protocol = lambda: clientProto

        serverTransport = ptcp.PTCP(sf)
        clientTransport = ptcp.PTCP(None)

        self.serverTransport = serverTransport
        self.clientTransport = clientTransport

        serverPort = reactor.listenUDP(0, serverTransport)
        clientPort = reactor.listenUDP(0, clientTransport)

        self.clientPort = clientPort
        self.serverPort = serverPort

        return (
            serverProto, clientProto,
            sf, cf,
            serverTransport, clientTransport,
            serverPort, clientPort
            )

    def listen(self):
        # Listen on UDP port
        logging.info('AgentListener: Trying to listen UDP on port %s',\
                     str(self.udp_port))
        try:
            reactor.listenUDP(self.udp_port, AgentDatagramProtocol(self))
            logging.info('AgentListener: Listening UDP on port %s',\
                         str(self.udp_port))
        except:
            logging.error('AgentListener: Failed to listen UDP on port %s',\
                          str(self.udp_port))

        # Make sure we have enabled SSL
        if not self.ssl_enabled:
            return

        # Listen on SSL port
        ssl_factory = Factory()
        AgentSSLProtocol.agent_listener = self
        ssl_factory.protocol = AgentSSLProtocol
        ssl_context_factory = twisted.internet.ssl.DefaultOpenSSLContextFactory(\
            self.key_file_name, self.cert_file_name)
        logging.info('AgentListener: Trying to listen SSL on port %s',\
                     str(self.ssl_port))
        try:
            reactor.listenSSL(self.ssl_port, ssl_factory, ssl_context_factory)
            logging.info('AgentListener: Listening SSL on port %s',\
                         str(self.ssl_port))
        except:
            logging.error('AgentListener: Failed to listen SSL on port %s',\
                          str(self.ssl_port))

def main():
	print "AndroidProxy   ---   (C) Mathy Vanhoef"
	print "This program comes with ABSOLUTELY NO WARRANTY."
	print
	print "DNS server will listen on localhost:53"
	print "HTTP Proxy will listen on localhost:8007"
	print
	#print "Physical device: Configure your computer dns server and as router (NOT as proxy) and execute"
	#print "\tiptables -t nat -A PREROUTING -p tcp --dport 80 -j REDIRECT --to-port 8007"
	#print "\tiptables -t nat -A PREROUTING -p tcp --dport 443 -j REDIRECT --to-port 8007"
	#print
	print "Emulator: start it using: emulator @AvdName -http-proxy http://localhost:8007 -dns-server localhost"
	print
	print "Don't forget to start your normal proxy on localhost:8080"
	print
	
	# Setup custom DNS server
	resolvers = []
	resolvers.append(ProxyResolver([('8.8.8.8', 53)]))
	f = server.DNSServerFactory(clients=resolvers)
	p = dns.DNSDatagramProtocol(f)
	reactor.listenUDP(53, p)
	
	# Setup TCP proxy server
	endpoint = TCP4ServerEndpoint(reactor, 8007)
	endpoint.listen(ProxyFactory('localhost', 8080))

	# Start DNS and TCP server
	reactor.run();

def main():
  reactor.listenTCP(8000, IPBusServerFactory())
  reactor.listenUDP(8000, IPBusServerProtocol())

  reactor.run()

  reactor.stop()

def main():
    controls_client = ControlsClient("127.0.0.1", 10301)
    reactor.listenUDP(0, controls_client)

    simulator_data_client = SimulatorDataClient()
    reactor.listenUDP(10302, simulator_data_client)
    
    altitude = 300.0
    airspeed = 30.0
    
    waypoints = []
    
    with open("waypoints.csv", "r") as f:
        reader = csv.reader(f, delimiter=",")
    
        for row in reader:
            waypoint = [float(row[1]), float(row[2]), altitude, airspeed]
            waypoints.append(waypoint)
    
    autopilot = Autopilot(waypoints)

    autopilot_adapter = AutopilotAdapter(autopilot, controls_client)
    
    simulator_data_client.add_simulator_data_listener(autopilot_adapter)
    
    log_updater = task.LoopingCall(autopilot.print_log)
    log_updater.start(1.0)

    simulator_control = SimulatorControlClient("localhost", 8090)

    simulator_control.reset()
    simulator_control.resume()

    reactor.run()

def main():
    global database
    global port

    init()
    log()

    # Create connection to the Mongo DB
    try:
        client = MongoClient('localhost', 27017)
        # Creating the database for the server
        db = client[serverName]
        collection = db['users']
        # Access the user collection from the database
        database = db.users


    except:
        logger.error("Cannot access the Mongo database.")
        raise SystemExit

    try:
        reactor.listenUDP(port, mySensorUDPServer())
        reactor.run(installSignalHandlers=False)
    except Exception, e:
        tkMessageBox.showinfo("SCPP Message", "Server All Ready Started")
        # logger.info(_('Switch Shut Down'))
        reactor.callFromThread(reactor.stop)
        pass

    def send(self, oscmsg):
#        print "send: " + str(oscmsg)
        if self.transport == None:
            # bij eerste keer zenden het protocol starten
            reactor.listenUDP(0, self)
        # OSC bericht encoderen en versturen           
        self.transport.write(oscmsg.getBinary()) # no need for address

def test_connect_to_other():
    f1 = ConnectedUDPFactory(TestProtocol)
    conn_proto1 = ConnectedUDPProtocol(f1, TestDatagram())
    conn_proto1_addr = ("127.0.0.1", 7778)
    active_proto1 = TestProtocol()

    f2 = ConnectedUDPFactory(TestProtocol)
    conn_proto2 = ConnectedUDPProtocol(f2, TestDatagram())
    conn_proto2_addr = ("127.0.0.1", 7779)
    active_proto2 = TestProtocol()

    def make_connection1():
        conn_proto1.connect("127.0.0.1", conn_proto2_addr[1], active_proto1)

    def send_later1():
        active_proto1.write_data("sent test data")

    def send_much_later1():
        active_proto1.write_data("sent test data much later")

    def close_connection1():
        active_proto1.close_connection()

    def make_connection2():
        conn_proto2.connect("127.0.0.1", conn_proto1_addr[1], active_proto2)

    def send_later2():
        active_proto2.write_data("sent test data")

    def send_much_later2():
        active_proto2.write_data("sent test data much later")

    def close_connection2():
        active_proto2.close_connection()

    from twisted.internet import reactor

    def stop():
        reactor.stop()

    reactor.listenUDP(conn_proto1_addr[1], conn_proto1)
    reactor.listenUDP(conn_proto2_addr[1], conn_proto2)

    reactor.callLater(1, make_connection1)
    reactor.callLater(5, send_later1)
    reactor.callLater(10, send_much_later1)
    reactor.callLater(15, close_connection1)

    reactor.callLater(20, make_connection2)
    reactor.callLater(25, send_later2)
    reactor.callLater(30, send_much_later2)
    reactor.callLater(35, close_connection2)

    reactor.callLater(40, stop)

    print "prepared for run"
    reactor.run()
    print "stopped"

    return

def StartUdpServer(context, identity=None, address=None,
                   defer_reactor_run=False, custom_functions=[], **kwargs):
    """
    Helper method to start the Modbus Async Udp server

    :param context: The server data context
    :param identify: The server identity to use (default empty)
    :param address: An optional (interface, port) to bind to.
    :param ignore_missing_slaves: True to not send errors on a request \
    to a missing slave
    :param defer_reactor_run: True/False defer running reactor.run() as part \
    of starting server, to be explictly started by the user
    :param custom_functions: An optional list of custom function classes
        supported by server instance.
    """
    from twisted.internet import reactor

    address = address or ("", Defaults.Port)
    framer = kwargs.pop("framer", ModbusSocketFramer)
    server = ModbusUdpProtocol(context, framer, identity, **kwargs)
    for f in custom_functions:
        server.decoder.register(f)

    _logger.info("Starting Modbus UDP Server on %s:%s" % address)
    reactor.listenUDP(address[1], server, interface=address[0])
    if not defer_reactor_run:
        reactor.run(installSignalHandlers=_is_main_thread())