Examples of org.apache.http.impl.DefaultConnectionReuseStrategy

org.apache.http.impl.DefaultConnectionReuseStrategy
Default implementation of a strategy deciding about connection re-use. The default implementation first checks some basics, for example whether the connection is still open or whether the end of the request entity can be determined without closing the connection. If these checks pass, the tokens in the "Connection" header will be examined. In the absence of a "Connection" header, the non-standard but commonly used "Proxy-Connection" header takes it's role. A token "close" indicates that the connection cannot be reused. If there is no such token, a token "keep-alive" indicates that the connection should be re-used. If neither token is found, or if there are no "Connection" headers, the default policy for the HTTP version is applied. Since HTTP/1.1, connections are re-used by default. Up until HTTP/1.0, connections are not re-used by default. @author Oleg Kalnichevski @author Roland Weber @version $Revision: 602537 $ @since 4.0

                this.client.getIoReactor(),
                new BasicNIOConnFactory(createClientConnectionFactory(this.clientParams)),
                this.clientParams);
        this.executor = new HttpAsyncRequestExecutor(
                this.clientHttpProc,
                new DefaultConnectionReuseStrategy(),
                this.clientParams);
    }

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        // don't keep alive the HTTP connection and thus don't reuse the TCP socket
        if (keepAlive == 0) {
            client.setConnectionReuseStrategy(new NoConnectionReuseStrategy());
        } else {
            client.setConnectionReuseStrategy(new DefaultConnectionReuseStrategy());
            // either keep alive based on response header Keep-Alive,
            // or if the server can keep a persistent connection (-1), then override based on client's configuration
            client.setKeepAliveStrategy(new DefaultConnectionKeepAliveStrategy() {
                @Override
                public long getKeepAliveDuration(HttpResponse response, HttpContext context) {

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    protected HttpRequestExecutor createRequestExecutor() {
        return new HttpRequestExecutor();
    }


    protected ConnectionReuseStrategy createConnectionReuseStrategy() {
        return new DefaultConnectionReuseStrategy();
    }

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  }


  @Override
  protected ConnectionReuseStrategy createConnectionReuseStrategy()
  {
    return new DefaultConnectionReuseStrategy();
  }

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        super();
        this.cfgCtx = cfgCtx;
        this.params = params;
        this.httpProcessor = getHttpProcessor();
        this.connStrategy = new DefaultConnectionReuseStrategy();
        this.metrics = metrics;
        this.allocator = new HeapByteBufferAllocator();
        this.threadingView = new ThreadingView("HttpClientWorker", true, 50);


        this.cfg = NHttpConfiguration.getInstance();

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        this.params = listenerContext.getParams();
        this.isHttps = listenerContext.isSsl();
        this.metrics = listenerContext.getMetrics();
        this.responseFactory = new DefaultHttpResponseFactory();
        this.httpProcessor = getHttpProcessor();
        this.connStrategy = new DefaultConnectionReuseStrategy();
        this.allocator = new HeapByteBufferAllocator();
        this.activeConnections = new ArrayList<NHttpServerConnection>();
        this.latencyView = new LatencyView("NHTTPLatencyView", isHttps);
        this.s2sLatencyView = new LatencyView("NHTTPS2SLatencyView", isHttps);
        this.threadingView = new ThreadingView("HttpServerWorker", true, 50);

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    }


    
    @Override
    protected ConnectionReuseStrategy createConnectionReuseStrategy() {
        return new DefaultConnectionReuseStrategy();
    }

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                          "LocalTestServer/1.1");
        return params;
    }
    
    protected ConnectionReuseStrategy newConnectionReuseStrategy() {
        return new DefaultConnectionReuseStrategy();
    }

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            // Set up request handlers
            HttpRequestHandlerRegistry reqistry = new HttpRequestHandlerRegistry();
            reqistry.register("/clusterservice", requestHandler);


            // Set up the HTTP service
            _httpService = new HttpService(httpproc, new DefaultConnectionReuseStrategy(), new DefaultHttpResponseFactory());
            _httpService.setParams(_params);
            _httpService.setHandlerResolver(reqistry);
        }

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        _handler = new AsyncNHttpServiceHandler(
                httpproc,
                new DefaultHttpResponseFactory(),
                new DefaultConnectionReuseStrategy(),
                _params);


        // Set up request handlers
        final NHttpRequestHandlerResolver reqistry = HandlerUtils.initNRegistry(listener);

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