protected Transport configureTransport(Transport transport) { transport = new InactivityMonitor(transport, serverTransport.getWireFormat()); getAcceptListener().onAccept(transport); return transport; }
protected void onAcceptError(Exception e) { if (acceptListener != null) { acceptListener.onAcceptError(e); } }
default: socket = null; listener.onAcceptError(new IOException("Unknown protocol requested")); break; listener.onAccept((Transport) socket);
default: socket = null; listener.onAcceptError(new IOException("Unknown protocol requested")); break; listener.onAccept((Transport) socket);
transportInfo.transport, transportInfo.format, options); getAcceptListener().onAccept(configuredTransport);
default: socket = null; listener.onAcceptError(new IOException("Unknown protocol requested")); break; listener.onAccept((Transport) socket);
protected void processInboundConnection(Command command) { DatagramEndpoint endpoint = (DatagramEndpoint)command.getFrom(); if (LOG.isDebugEnabled()) { LOG.debug("Received command on: " + this + " from address: " + endpoint + " command: " + command); } Transport transport = null; synchronized (transports) { transport = transports.get(endpoint); if (transport == null) { if (usingWireFormatNegotiation && !command.isWireFormatInfo()) { LOG.error("Received inbound server communication from: " + command.getFrom() + " expecting WireFormatInfo but was command: " + command); } else { if (LOG.isDebugEnabled()) { LOG.debug("Creating a new UDP server connection"); } try { transport = createTransport(command, endpoint); transport = configureTransport(transport); transports.put(endpoint, transport); } catch (IOException e) { LOG.error("Caught: " + e, e); getAcceptListener().onAcceptError(e); } } } else { LOG.warn("Discarding duplicate command to server from: " + endpoint + " command: " + command); } } }
client.setPeer(server); server.setPeer(client); al.onAccept(configure(server)); return client;
protected void onAcceptError(Exception e) { if (acceptListener != null) { acceptListener.onAcceptError(e); } }
@Override public WebSocket doWebSocketConnect(HttpServletRequest request, String protocol) { StompSocket socket = new StompSocket(); listener.onAccept(socket); return socket; } }
protected void onAcceptError(Exception e) { if (acceptListener != null) { acceptListener.onAcceptError(e); } }
protected Transport configureTransport(Transport transport) { transport = new InactivityMonitor(transport, serverTransport.getWireFormat()); getAcceptListener().onAccept(transport); return transport; }
protected void onAcceptError(Exception e) { if (acceptListener != null) { acceptListener.onAcceptError(e); } }
protected Transport configureTransport(Transport transport) { transport = new InactivityMonitor(transport, serverTransport.getWireFormat()); getAcceptListener().onAccept(transport); return transport; }
protected void onAcceptError(Exception e) { if (acceptListener != null) { acceptListener.onAcceptError(e); } }
protected Transport configureTransport(Transport transport) { transport = new InactivityMonitor(transport, serverTransport.getWireFormat()); getAcceptListener().onAccept(transport); return transport; }
protected void processInboundConnection(Command command) { DatagramEndpoint endpoint = (DatagramEndpoint)command.getFrom(); if (LOG.isDebugEnabled()) { LOG.debug("Received command on: " + this + " from address: " + endpoint + " command: " + command); } Transport transport = null; synchronized (transports) { transport = transports.get(endpoint); if (transport == null) { if (usingWireFormatNegotiation && !command.isWireFormatInfo()) { LOG.error("Received inbound server communication from: " + command.getFrom() + " expecting WireFormatInfo but was command: " + command); } else { if (LOG.isDebugEnabled()) { LOG.debug("Creating a new UDP server connection"); } try { transport = createTransport(command, endpoint); transport = configureTransport(transport); transports.put(endpoint, transport); } catch (IOException e) { LOG.error("Caught: " + e, e); getAcceptListener().onAcceptError(e); } } } else { LOG.warn("Discarding duplicate command to server from: " + endpoint + " command: " + command); } } }
protected Transport configureTransport(Transport transport) { transport = new InactivityMonitor(transport, serverTransport.getWireFormat()); getAcceptListener().onAccept(transport); return transport; }
protected void processInboundConnection(Command command) { DatagramEndpoint endpoint = (DatagramEndpoint)command.getFrom(); if (LOG.isDebugEnabled()) { LOG.debug("Received command on: " + this + " from address: " + endpoint + " command: " + command); } Transport transport = null; synchronized (transports) { transport = transports.get(endpoint); if (transport == null) { if (usingWireFormatNegotiation && !command.isWireFormatInfo()) { LOG.error("Received inbound server communication from: " + command.getFrom() + " expecting WireFormatInfo but was command: " + command); } else { if (LOG.isDebugEnabled()) { LOG.debug("Creating a new UDP server connection"); } try { transport = createTransport(command, endpoint); transport = configureTransport(transport); transports.put(endpoint, transport); } catch (IOException e) { LOG.error("Caught: " + e, e); getAcceptListener().onAcceptError(e); } } } else { LOG.warn("Discarding duplicate command to server from: " + endpoint + " command: " + command); } } }
transportFactory.serverConfigure( transport, format, options); getAcceptListener().onAccept(configuredTransport);