java类org.jboss.netty.channel.AdaptiveReceiveBufferSizePredictor的实例源码

/**
 * Initializes the netty client channel connection.
 */
private void initConnection() {
    if (peerBootstrap != null) {
        return;
    }
    peerBootstrap = createPeerBootStrap();

    peerBootstrap.setOption("reuseAddress", true);
    peerBootstrap.setOption("tcpNoDelay", true);
    peerBootstrap.setOption("keepAlive", true);
    peerBootstrap.setOption("receiveBufferSize", Controller.BUFFER_SIZE);
    peerBootstrap.setOption("receiveBufferSizePredictorFactory",
                            new FixedReceiveBufferSizePredictorFactory(
                                    Controller.BUFFER_SIZE));
    peerBootstrap.setOption("receiveBufferSizePredictor",
                            new AdaptiveReceiveBufferSizePredictor(64, 4096, 65536));
    peerBootstrap.setOption("child.keepAlive", true);
    peerBootstrap.setOption("child.tcpNoDelay", true);
    peerBootstrap.setOption("child.sendBufferSize", Controller.BUFFER_SIZE);
    peerBootstrap.setOption("child.receiveBufferSize", Controller.BUFFER_SIZE);
    peerBootstrap.setOption("child.receiveBufferSizePredictorFactory",
                            new FixedReceiveBufferSizePredictorFactory(
                                    Controller.BUFFER_SIZE));
    peerBootstrap.setOption("child.reuseAddress", true);

    ospfChannelHandler = new OspfInterfaceChannelHandler(this, processes);
    ChannelPipelineFactory pfact = new OspfPipelineFactory(ospfChannelHandler);
    peerBootstrap.setPipelineFactory(pfact);
}

/**
 * Initializes the netty client channel connection.
 */
private void initConnection() {
    if (peerBootstrap != null) {
        return;
    }
    peerBootstrap = createPeerBootStrap();

    peerBootstrap.setOption("reuseAddress", true);
    peerBootstrap.setOption("tcpNoDelay", true);
    peerBootstrap.setOption("keepAlive", true);
    peerBootstrap.setOption("receiveBufferSize", Controller.BUFFER_SIZE);
    peerBootstrap.setOption("receiveBufferSizePredictorFactory",
            new FixedReceiveBufferSizePredictorFactory(
                    Controller.BUFFER_SIZE));
    peerBootstrap.setOption("receiveBufferSizePredictor",
            new AdaptiveReceiveBufferSizePredictor(64, 1024, 65536));
    peerBootstrap.setOption("child.keepAlive", true);
    peerBootstrap.setOption("child.tcpNoDelay", true);
    peerBootstrap.setOption("child.sendBufferSize", Controller.BUFFER_SIZE);
    peerBootstrap.setOption("child.receiveBufferSize", Controller.BUFFER_SIZE);
    peerBootstrap.setOption("child.receiveBufferSizePredictorFactory",
            new FixedReceiveBufferSizePredictorFactory(
                    Controller.BUFFER_SIZE));
    peerBootstrap.setOption("child.reuseAddress", true);

    isisChannelHandler = new IsisChannelHandler(this, processes);
    ChannelPipelineFactory pfact = new IsisPipelineFactory(isisChannelHandler);
    peerBootstrap.setPipelineFactory(pfact);
}

/**
 * Initializes the netty client channel connection.
 */
private void initConnection() {
    if (peerBootstrap != null) {
        return;
    }
    peerBootstrap = createPeerBootStrap();

    peerBootstrap.setOption("reuseAddress", true);
    peerBootstrap.setOption("tcpNoDelay", true);
    peerBootstrap.setOption("keepAlive", true);
    peerBootstrap.setOption("receiveBufferSize", Controller.BUFFER_SIZE);
    peerBootstrap.setOption("receiveBufferSizePredictorFactory",
                            new FixedReceiveBufferSizePredictorFactory(
                                    Controller.BUFFER_SIZE));
    peerBootstrap.setOption("receiveBufferSizePredictor",
                            new AdaptiveReceiveBufferSizePredictor(64, 4096, 65536));
    peerBootstrap.setOption("child.keepAlive", true);
    peerBootstrap.setOption("child.tcpNoDelay", true);
    peerBootstrap.setOption("child.sendBufferSize", Controller.BUFFER_SIZE);
    peerBootstrap.setOption("child.receiveBufferSize", Controller.BUFFER_SIZE);
    peerBootstrap.setOption("child.receiveBufferSizePredictorFactory",
                            new FixedReceiveBufferSizePredictorFactory(
                                    Controller.BUFFER_SIZE));
    peerBootstrap.setOption("child.reuseAddress", true);

    ospfChannelHandler = new OspfInterfaceChannelHandler(this, processes);
    ChannelPipelineFactory pfact = new OspfPipelineFactory(ospfChannelHandler);
    peerBootstrap.setPipelineFactory(pfact);
}

/**
 * Initializes the netty client channel connection.
 */
private void initConnection() {
    if (peerBootstrap != null) {
        return;
    }
    peerBootstrap = createPeerBootStrap();

    peerBootstrap.setOption("reuseAddress", true);
    peerBootstrap.setOption("tcpNoDelay", true);
    peerBootstrap.setOption("keepAlive", true);
    peerBootstrap.setOption("receiveBufferSize", Controller.BUFFER_SIZE);
    peerBootstrap.setOption("receiveBufferSizePredictorFactory",
            new FixedReceiveBufferSizePredictorFactory(
                    Controller.BUFFER_SIZE));
    peerBootstrap.setOption("receiveBufferSizePredictor",
            new AdaptiveReceiveBufferSizePredictor(64, 1024, 65536));
    peerBootstrap.setOption("child.keepAlive", true);
    peerBootstrap.setOption("child.tcpNoDelay", true);
    peerBootstrap.setOption("child.sendBufferSize", Controller.BUFFER_SIZE);
    peerBootstrap.setOption("child.receiveBufferSize", Controller.BUFFER_SIZE);
    peerBootstrap.setOption("child.receiveBufferSizePredictorFactory",
            new FixedReceiveBufferSizePredictorFactory(
                    Controller.BUFFER_SIZE));
    peerBootstrap.setOption("child.reuseAddress", true);

    isisChannelHandler = new IsisChannelHandler(this, processes);
    ChannelPipelineFactory pfact = new IsisPipelineFactory(isisChannelHandler);
    peerBootstrap.setPipelineFactory(pfact);
}

public FutureTask<ProxyServer> run() {
    FutureTask<ProxyServer> future = new FutureTask<>(new Callable<ProxyServer>() {

        @Override
        public ProxyServer call() throws Exception {
            // Configure the server.
            bootstrap = new ServerBootstrap(new NioServerSocketChannelFactory(Executors.newCachedThreadPool(), Executors.newCachedThreadPool()));
            FiltersChangeNotifier changeNotifier = filtersChangeNotifier != null ? filtersChangeNotifier : FiltersChangeNotifier.IGNORE;
            CommonHttpPipeline pipelineFactory = new CommonHttpPipeline(TIMER);
            changeNotifier.addFiltersListener(pipelineFactory);
            bootstrap.setPipelineFactory(pipelineFactory);

            bootstrap.setOption("child.tcpNoDelay", true);
            bootstrap.setOption("child.connectTimeoutMillis", 2000);
            /*bootstrap.setOption("child.writeBufferHighWaterMark", true);
            bootstrap.setOption("child.writeBufferLowWaterMark", true);
            bootstrap.setOption("child.writeSpinCount", true);*/
            bootstrap.setOption("child.receiveBufferSizePredictor", new AdaptiveReceiveBufferSizePredictor());

            channel = bootstrap.bind(new InetSocketAddress(port));
            LOG.info("server bound to port {}", port);

            LOG.info("current handlers registred {}", pipelineFactory.getPipeline().getNames());

            return ProxyServer.this;
        }
    });

    final Thread thread = new Thread(future, "Proxy Server");
    thread.start();
    return future;
}

/**
 * Creates a new predictor with the specified parameters.
 *
 * @param minimum  the inclusive lower bound of the expected buffer size
 * @param initial  the initial buffer size when no feed back was received
 * @param maximum  the inclusive upper bound of the expected buffer size
 */
public WrappedAdaptiveReceiveBufferSizePredictor(int minimum,
                                                 int initial,
                                                 int maximum) {
  adaptiveReceiveBufferSizePredictor =
      new AdaptiveReceiveBufferSizePredictor(minimum, initial, maximum);
}

/**
 * Creates a new predictor with the specified parameters.
 *
 * @param minimum  the inclusive lower bound of the expected buffer size
 * @param initial  the initial buffer size when no feed back was received
 * @param maximum  the inclusive upper bound of the expected buffer size
 */
public WrappedAdaptiveReceiveBufferSizePredictor(int minimum,
                                                 int initial,
                                                 int maximum) {
  adaptiveReceiveBufferSizePredictor =
      new AdaptiveReceiveBufferSizePredictor(minimum, initial, maximum);
}

/**
 * Creates a new predictor with the specified parameters.
 *
 * @param minimum  the inclusive lower bound of the expected buffer size
 * @param initial  the initial buffer size when no feed back was received
 * @param maximum  the inclusive upper bound of the expected buffer size
 */
public WrappedAdaptiveReceiveBufferSizePredictor(int minimum,
                                                 int initial,
                                                 int maximum) {
  adaptiveReceiveBufferSizePredictor =
      new AdaptiveReceiveBufferSizePredictor(minimum, initial, maximum);
}

/**
 * Creates a new predictor with the specified parameters.
 *
 * @param minimum  the inclusive lower bound of the expected buffer size
 * @param initial  the initial buffer size when no feed back was received
 * @param maximum  the inclusive upper bound of the expected buffer size
 */
public WrappedAdaptiveReceiveBufferSizePredictor(int minimum,
                                                 int initial,
                                                 int maximum) {
  adaptiveReceiveBufferSizePredictor =
      new AdaptiveReceiveBufferSizePredictor(minimum, initial, maximum);
}

/**
 * Creates a new predictor with the default parameters.  With the default
 * parameters, the expected buffer size starts from {@code 1024}, does not
 * go down below {@code 64}, and does not go up above {@code 65536}.
 */
public WrappedAdaptiveReceiveBufferSizePredictor() {
  adaptiveReceiveBufferSizePredictor =
      new AdaptiveReceiveBufferSizePredictor();
}

/**
 * Creates a new predictor with the default parameters.  With the default
 * parameters, the expected buffer size starts from {@code 1024}, does not
 * go down below {@code 64}, and does not go up above {@code 65536}.
 */
public WrappedAdaptiveReceiveBufferSizePredictor() {
  adaptiveReceiveBufferSizePredictor =
      new AdaptiveReceiveBufferSizePredictor();
}

/**
 * Creates a new predictor with the default parameters.  With the default
 * parameters, the expected buffer size starts from {@code 1024}, does not
 * go down below {@code 64}, and does not go up above {@code 65536}.
 */
public WrappedAdaptiveReceiveBufferSizePredictor() {
  adaptiveReceiveBufferSizePredictor =
      new AdaptiveReceiveBufferSizePredictor();
}

/**
 * Creates a new predictor with the default parameters.  With the default
 * parameters, the expected buffer size starts from {@code 1024}, does not
 * go down below {@code 64}, and does not go up above {@code 65536}.
 */
public WrappedAdaptiveReceiveBufferSizePredictor() {
  adaptiveReceiveBufferSizePredictor =
      new AdaptiveReceiveBufferSizePredictor();
}