public void stop(final StopContext context) { value = null; registration.close(); }
registration.closeAsync(); closeTick1(closed); });
public void handleClose(final ConnectionProvider closed, final IOException exception) { registration.closeAsync(); closeTick1(closed); } });
public void stop() throws IOException { registration.close(); }
registration.closeAsync(); closeTick1(closed); });
public void stop() throws IOException { // If successfully stopped just return. if (stopped) { return; } try { if (started) { // TODO - How to correctly handle existing clients and notify them to disconnect? registration.close(); } } finally { // Even if the connector server had not been started calling stop permenantly // disables the connector server. endpoint = null; registration = null; stopped = true; } }
@Override public void stop(StopContext context) { associationServiceInjectedValue.getValue().setExecutor(null); registration.close(); }
public void stop(final StopContext context) { value = null; registration.close(); }
public void stop(final StopContext context) { value = null; registration.close(); }
public void stop() throws IOException { registration.close(); }
public void stop() throws IOException { registration.close(); }
public void stop() throws IOException { registration.close(); }
public void stop() throws IOException { // If successfully stopped just return. if (stopped) { return; } try { if (started) { // TODO - How to correctly handle existing clients and notify them to disconnect? registration.close(); } } finally { // Even if the connector server had not been started calling stop permenantly // disables the connector server. endpoint = null; registration = null; stopped = true; } }
public void stop() throws IOException { // If successfully stopped just return. if (stopped) { return; } try { if (started) { // TODO - How to correctly handle existing clients and notify them to disconnect? registration.close(); } } finally { // Even if the connector server had not been started calling stop permenantly // disables the connector server. endpoint = null; registration = null; stopped = true; } }
public void stop() throws IOException { // If successfully stopped just return. if (stopped) { return; } try { if (started) { // TODO - How to correctly handle existing clients and notify them to disconnect? registration.close(); } } finally { // Even if the connector server had not been started calling stop permenantly // disables the connector server. endpoint = null; registration = null; stopped = true; } }
@Override public synchronized void stop(final StopContext context) { final ArrayList<Registration> registrations = this.registrations; for(final Registration registration : registrations) { registration.close(); } registrations.clear(); }
@Override public synchronized void stop(final StopContext context) { this.trackerService.stop(); final ArrayList<Registration> registrations = this.registrations; for(final Registration registration : registrations) { registration.close(); } registrations.clear(); }
@Override public void stop(StopContext context) { this.remotingServer = null; registration.close(); // reset the EJBClientTransactionContext on this server EJBClientTransactionContext.setSelector(new ConstantContextSelector<EJBClientTransactionContext>(null)); }