155156157158159160161162
params = getListenerParameters(); param = transportIn.getParameter(NhttpConstants.ENDPOINTS_CONFIGURATION); if (param != null && param.getValue() != null) { endpoints = new URLEndpointsConfigurationFactory().create(param.getValue().toString()); } }
7273747576777879808182
try { Thread.sleep(1000); } catch (InterruptedException e1) { throw new AxisFault("Thread interuptted", e1); } receiver = new TCPServer(UtilServer.TESTING_PORT, er); receiver.start(); } count++; }
7374757677787980818283
7172737475767778798081
try { Thread.sleep(1000); } catch (InterruptedException e1) { throw new AxisFault("Thread interuptted", e1); } receiver = new TCPServer(TESTING_PORT, er); receiver.start(); } count++; }
7475767778798081828384
throw new AxisFault("Thread interuptted", e1); } er.getAxisConfiguration().engageModule( new QName("addressing")); receiver = new TCPServer(UtilServer.TESTING_PORT, er); receiver.start(); } count++;
6566676869707172737475
throw new AxisFault("Thread interuptted", e1); } configurationContext.getAxisConfiguration().engageModule( new QName("addressing")); reciver = new TCPServer(UtilServer.TESTING_PORT, configurationContext); reciver.start(); } count++; }
6869707172737475767778
throw new AxisFault("Thread interuptted", e1); } configurationContext.getAxisConfiguration().engageModule( new QName("addressing")); receiver = new TCPServer(UtilServer.TESTING_PORT, configurationContext); receiver.start(); } count++;
373839404142434445
5043); /** * axis2TcpServer is the one who holds the actual service */ axis2TcpServer = new TCPServer(8090, "target/synapse-repository-sendonAxis2Tcp"); synapseServer.start(); axis2TcpServer.start(); }