Package org.jgroups.blocks.mux

Examples of org.jgroups.blocks.mux.MuxMessageDispatcher


      }

      ClassLoader cl = (ClassLoader) props.get( CLASSLOADER );
      MessageListener wrapper = ( cl != null ) ? new ClassloaderMessageListener( listener, cl ) : listener;
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( wrapper );
      MessageDispatcher dispatcher = new MuxMessageDispatcher( muxId, channel, wrapper, listener, adapter );
      sender = new DispatcherMessageSender( dispatcher );
    }
    else {
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( listener );
      MessageDispatcher standardDispatcher = new MessageDispatcher( channel, listener, listener, adapter );
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            dispatchers[i] = new MessageDispatcher(channels[i], null, null, new MuxRequestListener("dispatcher[" + i + "]"));

            channels[i].setUpHandler(new MuxUpHandler(dispatchers[i].getProtocolAdapter()));

            for (int j = 0; j < muxDispatchers[i].length; j++) {
                muxDispatchers[i][j] = new MuxMessageDispatcher((short) j, channels[i], null, null, new MuxRequestListener("muxDispatcher[" + i + "][" + j + "]"));
            }
            channels[i].connect("MuxMessageDispatcherTest");

            Util.sleep(1000);
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      muxId = n;
      ClassLoader cl = (ClassLoader) props.get( CLASSLOADER );
      MessageListener wrapper = ( cl != null ) ? new ClassloaderMessageListener( listener, cl ) : listener;
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( wrapper );
      MessageDispatcher dispatcher = new MuxMessageDispatcher( muxId, channel, wrapper, listener, adapter );
      sender = new DispatcherMessageSender( dispatcher );
    }
    else {
      // TODO -- perhaps port previous multi-handling?
      channel.setReceiver( listener );
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      }

      ClassLoader cl = (ClassLoader) props.get( CLASSLOADER );
      MessageListener wrapper = ( cl != null ) ? new ClassloaderMessageListener( listener, cl ) : listener;
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( wrapper );
      MessageDispatcher dispatcher = new MuxMessageDispatcher( muxId, channel, wrapper, listener, adapter );
      sender = new DispatcherMessageSender( dispatcher );
    }
    else {
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( listener );
      MessageDispatcher standardDispatcher = new MessageDispatcher( channel, listener, listener, adapter );
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      }

      ClassLoader cl = (ClassLoader) props.get( CLASSLOADER );
      MessageListener wrapper = ( cl != null ) ? new ClassloaderMessageListener( listener, cl ) : listener;
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( wrapper );
      MessageDispatcher dispatcher = new MuxMessageDispatcher( muxId, channel, wrapper, listener, adapter );
      sender = new DispatcherMessageSender( dispatcher );
    }
    else {
      // TODO -- perhaps port previous multi-handling?
      channel.setReceiver( listener );
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      }

      ClassLoader cl = (ClassLoader) props.get( CLASSLOADER );
      MessageListener wrapper = ( cl != null ) ? new ClassloaderMessageListener( listener, cl ) : listener;
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( wrapper );
      MessageDispatcher dispatcher = new MuxMessageDispatcher( muxId, channel, wrapper, listener, adapter );
      sender = new DispatcherMessageSender( dispatcher );
    }
    else {
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( listener );
      MessageDispatcher standardDispatcher = new MessageDispatcher( channel, listener, listener, adapter );
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      }

      ClassLoader cl = (ClassLoader) props.get( CLASSLOADER );
      MessageListener wrapper = ( cl != null ) ? new ClassloaderMessageListener( listener, cl ) : listener;
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( wrapper );
      dispatcher = new MuxMessageDispatcher( muxId, channel, wrapper, listener, adapter );
    }
    else {
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( listener );
      dispatcher = new MessageDispatcher( channel, listener, listener, adapter );
    }
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      }

      ClassLoader cl = (ClassLoader) props.get( CLASSLOADER );
      MessageListener wrapper = ( cl != null ) ? new ClassloaderMessageListener( listener, cl ) : listener;
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( wrapper );
      dispatcher = new MuxMessageDispatcher( muxId, channel, wrapper, listener, adapter );
    }
    else {
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( listener );
      dispatcher = new MessageDispatcher( channel, listener, listener, adapter );
    }
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      }

      ClassLoader cl = (ClassLoader) props.get( CLASSLOADER );
      MessageListener wrapper = ( cl != null ) ? new ClassloaderMessageListener( listener, cl ) : listener;
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( wrapper );
      MessageDispatcher dispatcher = new MuxMessageDispatcher( muxId, channel, wrapper, listener, adapter );
      sender = new DispatcherMessageSender( dispatcher );
    }
    else {
      MessageListenerToRequestHandlerAdapter adapter = new MessageListenerToRequestHandlerAdapter( listener );
      MessageDispatcher standardDispatcher = new MessageDispatcher( channel, listener, listener, adapter );
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        for (int i = 0; i < dispatchers.length; i++) {
            dispatchers[i] = new MessageDispatcher(channels[i], null, null, new MuxRequestListener("dispatcher[" + i + "]"));
            channels[i].setUpHandler(new MuxUpHandler(dispatchers[i].getProtocolAdapter()));

            for (int j = 0; j < muxDispatchers[i].length; j++) {
                muxDispatchers[i][j] = new MuxMessageDispatcher((short) j, channels[i], null, null, new MuxRequestListener("muxDispatcher[" + i + "][" + j + "]"));
            }
            channels[i].connect("MuxMessageDispatcherTest");
            Util.sleep(1000);
        }
    }
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