在发起 accpet()和 read()请求之后会持续阻塞,但是Java中提供了 setSoTimeout()方法设置超时时间,在固定时间内没有得到结果,就会结束本次阻塞,等待进行下一次的阻塞轮训。...Java中Socket中的 setSoTimeout()方法: public synchronized void setSoTimeout(int timeout) throws SocketException...negative"); getImpl().setOption(SocketOptions.SO_TIMEOUT, new Integer(timeout)); } Java同步非阻塞模式编码 通过设置 setSoTimeout...) throws Exception { ServerSocket serverSocket = new ServerSocket(83); serverSocket.setSoTimeout...new StringBuffer(); //下面我们收取信息(设置成非阻塞方式,这样read信息的时候,又可以做一些其他事情) this.socket.setSoTimeout
() 设置超时,所以,这个超时具体是何作用,取决于 Socket 的 setSoTimeout()。...另外,还记得 FTPClient 也有这么个超时接口么: //SocketClient#setSoTimeout() public void setSoTimeout(int timeout) throws...setSoTimeout() 是相同的,区别仅在于后者会覆盖掉前者设置的值。...(),setSoTimeout(),setDataTimeout()。...* @see ServerSocket#setSoTimeout * @see DatagramSocket#setSoTimeout */ @Native public
Socket对象 Socket socket = new Socket("example.com", 80); // 设置读取超时时间 socket.setSoTimeout...// ... } catch (IOException e) { // 处理其他IO异常 // ... }}在上述代码中,我们创建了一个Socket对象,并通过setSoTimeout...new Socket("example.com", 80); // 设置读取超时时间 int timeout = 5000; socket.setSoTimeout...new Socket("example.com", 80); // 设置合理的读取超时时间 int timeout = 5000; socket.setSoTimeout
this.socketHolder.get(); final int oldtimeout = socket.getSoTimeout(); try { socket.setSoTimeout...(timeout); return this.inBuffer.fillBuffer(); } finally { socket.setSoTimeout
; s.connect(new InetSocketAddress(host,port),10000); 方式2: Socket s=new Socket("127.0.0.1",8080); s.setSoTimeout...我们让客户端设置 setSoTimeout 为10s,在服务端代码拿到客户端请求信息后,休眠10s后再处理客户端请求,返回响应。..."你好,服务端已接收到您的信息"); printWriter.flush(); //客户端 Socket socket = new Socket("127.0.0.1",2132); socket.setSoTimeout
return new Http2Codec(client, chain, streamAllocation, http2Connection); } else { socket.setSoTimeout...try { int readTimeout = socket.getSoTimeout(); try { socket.setSoTimeout...false; } return true; } finally { socket.setSoTimeout
InetSocketAddress(address.getAddress(), address.getPort()), heartbeatIntervalMs); clientSocket.setSoTimeout...SocketListener… private void setReadTimeout(Socket clientSocket) throws SocketException { clientSocket.setSoTimeout
out.write(message.getBytes()); out.flush(); // 添加对服务器响应的超时处理 socket.setSoTimeout...添加了Socket的读取超时设置,通过setSoTimeout方法,防止读取操作无限等待。 捕获并处理SocketTimeoutException,在网络超时时给出友好的提示。
BasicHttpParams(); HttpConnectionParams.setConnectionTimeout(params, 10000);//设置连接超时 HttpConnectionParams.setSoTimeout...BasicHttpParams(); HttpConnectionParams.setConnectionTimeout(cparams, 10000);//设置连接超时 HttpConnectionParams.setSoTimeout
1000); /连接超时/ HttpConnectionParams.setConnectionTimeout(params, 2000); /请求超时/ HttpConnectionParams.setSoTimeout
getParams().setConnectionTimeout(60000); 读取超时 httpClient.getHttpConnectionManager().getParams().setSoTimeout
然后调用setSoTimeout方法设置这个超时值(单位:毫秒) Socket s = new Socket(...); s.setSoTimeout(10000);//10秒钟 如果已经为套接字设置了超时值...void setSoTimeout(int timeoutInMillseconds) 设置该套接字上读请求的阻塞时间。
ServerSocket(); serverSocket.bind(new InetSocketAddress(1234)); serverSocket.setSoTimeout...serverSocket = new ServerSocket(); serverSocket.bind(new InetSocketAddress(2345)); serverSocket.setSoTimeout
response = Flux.create(emitter -> { try (DatagramSocket socket = new DatagramSocket()) { socket.setSoTimeout
在服务器才程序中,当线程等待客户连接,或者等待客户发送的数据时,都可能造成阻塞,可以通过以下方式设置时间: 调用ServerSocket的setSotimeout方法,设定等待客户连接的超时时间。...对于每个与客户连接的socket,调用该socket的setSoTImeout方法,设定等待客户发送数据的超时时间。 了解任务的特点,分析任务是执行经常会阻塞io操作,还是执行一直不会阻塞的运算操作。
(); try { socket_.setSoLinger(false, 0); socket_.setTcpNoDelay(true); socket_.setSoTimeout...; } } public void setTimeout(int timeout) { timeout_ = timeout; try { socket_.setSoTimeout...selector, interests); } public void setTimeout(int timeout) { try { socketChannel_.socket().setSoTimeout...= null) { try { serverSocket_.setSoTimeout(0);//等待客户端连接的超时时间,0表示无限超时 } catch (SocketException...= null) { try { serverSocket_.setSoTimeout(0);//等待客户端连接的超时时间,0表示无限超时 } catch (SocketException
address.socketFactory().createSocket() : new Socket(proxy); rawSocket.setSoTimeout(readTimeout...} connectTls(connectionSpecSelector); if (protocol == Protocol.HTTP_2) { socket.setSoTimeout...{ return new Http2Codec(client, streamAllocation, http2Connection); } else { socket.setSoTimeout
// 客户端请求与本机在20006端口建立TCP连接 Socket client = new Socket("127.0.0.1", 20006); client.setSoTimeout...} else { try { // 从服务器端接收数据有个时间限制(系统自设,也可以自己设置client.setSoTimeout...// 客户端请求与本机在20006端口建立TCP连接 Socket client = new Socket("127.0.0.1", 20006); client.setSoTimeout
bind(addr,getBacklog()); serverSock.configureBlocking(true); //mimic APRbehavior serverSock.socket().setSoTimeout...= null && soTimeout.intValue()>= 0) socket.setSoTimeout(soTimeout.intValue()); } 总结:这段代码的作用是创建...只有第一个连接是TIME_WAIT状态的,第二个连接就才能使用8899端口; public int getSoTimeout() throws SocketException public void setSoTimeout...implConfigureBlocking(block); blocking = block; } return this; } 1.1.1.1.1.6 设置读取超时时间 serverSock.socket().setSoTimeout
如果客户端设置了// client.getParams().setConnectionManagerTimeout(5000);//设置链接超时时间 // client.getParams().setSoTimeout
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