register.getIp())) { register.setIp(NetUtils.localIP()); } if (register.getPort auto register service : {}, ip : {}, port : {}", register.getServiceName(), register.getIp(), register.getPort register.getIp())) { register.setIp(NetUtils.localIP()); } if (register.getPort () == 0) { register.setPort(webServer.getPort()); } String serviceName deregister service : {}, ip : {}, port : {}", register.getServiceName(), register.getIp(), register.getPort
=null) { //添加进集合 connectedClients.put(socket.getPort(),new BufferedWriter (new OutputStreamWriter(socket.getOutputStream()))); System.out.println("当前客户端["+socket.getPort =null) { //从集合中移除，并关闭相关流 if(connectedClients.containsKey(socket.getPort (socket.getPort()); System.out.println("客户端[" + socket.getPort() + "]已断开连接"); (socket.getPort()); System.out.println("客户端[" + socket.getPort() + "]已断开连接");
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register.getIp())) { register.setIp(NetUtils.localIP()); } if (register.getPort auto register service : {}, ip : {}, port : {}", register.getServiceName(), register.getIp(), register.getPort register.getIp())) { register.setIp(NetUtils.localIP()); } if (register.getPort () == 0) { register.setPort(webServer.getPort()); } String serviceName = deregister service : {}, ip : {}, port : {}", register.getServiceName(), register.getIp(), register.getPort
int port1, port2; port1 = (u1.getPort() != -1) ? u1.getPort() : u1.handler.getDefaultPort(); port2 = (u2.getPort() != -1) ? u2.getPort() : u2.handler.getDefaultPort(); if (port1 ! u1.getPort() : u1.handler.getDefaultPort(); port2 = (u2.getPort() != -1) ? u2.getPort() : u2.handler.getDefaultPort(); if (port1 != port2) return false; if (!
EmbeddedServletContainerInitializedEvent event) { ServiceInfoUtil.event = event; } public static int getPort () { Assert.notNull(event); int port = event.getEmbeddedServletContainer().getPort(); onApplicationEvent(WebServerInitializedEvent event) { this.serverPort = event.getWebServer().getPort (); } public int getPort() { return this.serverPort; } } 参考文章：Spring Boot 在程序中获取启动端口号
namingService.deregisterInstance(serviceId, registration.getHost(), registration.getPort () { return nacosDiscoveryProperties.getPort(); } public void setPort(int port) { () < 0 && this.getPort().get() > 0) { this.registration.setPort(this.getPort().get()); } Assert.isTrue(this.registration.getPort() > 0, "service.port has not been set"); return () < 0) { this.registration.setPort(getPort().get()); } super.register();
* 获取端口 */ int getPort(); /** * @return Whether the port of the registered service instance .set(port); } @Override protected NacosRegistration getRegistration() { if (this.registration.getPort () < 0 && this.getPort().get() > 0) { this.registration.setPort(this.getPort().get()); } Assert.isTrue (this.registration.getPort() > 0, "service.port has not been set"); return this.registration; } () < 0) { this.registration.setPort(getPort().get()); } super.register(); } @Override protected
}, region: {}, msg: {}", cluster.getService().getName(), ip.getIp(), ip.getPort region: {}, msg: {}", cluster.getService().getName(), ip.getIp(), ip.getPort }, region: {}, msg: {}", cluster.getService().getName(), ip.getIp(), ip.getPort }, region: {}, msg: {}", cluster.getService().getName(), ip.getIp(), ip.getPort {}@{}, region: {}, msg: {}", cluster.getService().getName(), ip.getIp(), ip.getPort
System.out.printf("[%s:%d] 客户端上线\n",clientSocket.getInetAddress().toString(), clientSocket.getPort ()); //clientSocket.getInetAddress().toString():获得出IP //clientSocket.getPort())：获得端口号 req: %s; resp: %s\n",clientSocket.getInetAddress().toString(), clientSocket.getPort req: %s; resp: %s\n",clientSocket.getInetAddress().toString(), clientSocket.getPort req: %s; resp: %s\n",clientSocket.getInetAddress().toString(), clientSocket.getPort
String getHost() { return nacosDiscoveryProperties.getIp(); } @Override public int getPort () { return nacosDiscoveryProperties.getPort(); } public void setPort(int port) { NacosRegistration类 @Override protected NacosRegistration getRegistration() { if (this.registration.getPort () < 0 && this.getPort().get() > 0) { this.registration.setPort(this.getPort().get()); } Assert.isTrue(this.registration.getPort() > 0, "service.port has not been set"); return
task_queue", durable, false, false, null); logger.info(mqInfo.getAddress() + ":" + mqInfo.getPort Receiver成功创建Channel"); } else { logger.info(mqInfo.getAddress() + ":" + mqInfo.getPort = null) { logger.info(mqInfo.getAddress() + ":" + mqInfo.getPort() + " MQ Receiver 成功获取连接"); } else { logger.info(mqInfo.getAddress() + ":" + mqInfo.getPort } } else { logger.info(mqInfo.getAddress() + ":" + mqInfo.getPort
new InetSocketAddress(getAddress(),getPort()):new InetSocketAddress(getPort())); serverSock.socket if (getAddress() == null) { serverSocket = serverSocketFactory.createSocket(getPort getBacklog()); } else { serverSocket = serverSocketFactory.createSocket(getPort String msg; if (getAddress() == null) msg = orig.getMessage() + " <null>:" + getPort msg = orig.getMessage() + " " + getAddress().toString() + ":" + getPort
咱们可以编写一个 getPort 函数，并在其函数签名中编码仅有的两个可能的返回值 function getPort(scheme: "http" | "https"): | { switch 这样，我们可以为 getPort函数的不同重载提供更具体的类型。 function getPort(scheme: "http"): ; function getPort(scheme: "https"): ; function getPort(scheme: "http (scheme) { case "http": return ; case "https": return ; } } const httpPort = getPort ("http"); // Type 80 const httpsPort = getPort("https"); // Type 443 现在，当返回的时候与比较的值永远都不会相同的情况下，编辑器会提示我们
unsigned short port);//初始化通信协议，地址，端口 char*getProto();//获取通信协议类型 char*getIP();//获取IP地址 unsigned short getPort （6） getProto，getIP，getPort分别提取服务器信息。 （7） sendData向服务器发送指定缓冲区的数据。 （8） getData从服务器接收数据保存到指定缓冲区。 启动服务器 char* getProto();//获取协议类型 char* getIP(sockaddr_in*serverAddr=NULL);//获取IP unsigned short getPort （3） 构造函数和析构函数与Client功能类似，getProto，getIP，getPort允许获取服务器和客户端的地址信息。 （4） init初始化服务器参数，start启动服务器。 */ #include <iostream> void Server::connect(sockaddr_in*client) { cout<<"客户端"<<getIP(client)<<"["<<getPort
static void setHost(String[] host) { MongoConfig.host = host; } public static int[] getPort 0) { throw new NumberFormatException("host is null"); } if (MongoConfig.getPort () == null || MongoConfig.getPort().length == 0) { throw new NumberFormatException("port = MongoConfig.getPort().length) { throw new NumberFormatException("host's length is not equals i++) { replicaSetSeeds.add(new ServerAddress(MongoConfig.getHost()[i], MongoConfig.getPort
咱们可以编写一个 getPort 函数，并在其函数签名中编码仅有的两个可能的返回值 function getPort(scheme: "http" | "https"): 80 | 443 { switch ) { case: "http": return 80; case: "https": return 443; } } const httpPort = getPort 这样，我们可以为 getPort函数的不同重载提供更具体的类型。 function getPort(scheme: "http"): 80; function getPort(scheme: "https"): 443; function getPort(scheme ("http"); // Type 80 const httpsPort = getPort("https"); // Type 443 现在，当返回的时候与比较的值永远都不会相同的情况下，编辑器会提示我们
cloud-payment-service"; @Autowired private RestTemplate restTemplate; @RequestMapping("/consumer/getPort ") public CommonResoult<String> getPort(){ CommonResoult<String> resoult = restTemplate.postForObject (preUrl + "/product/getPort",null,CommonResoult.class); return resoult; } }
taskName: " + getTaskName() + " host: " + currentSrcDbEntity.getHost() + " port: " + currentSrcDbEntity.getPort String.format("slave(%s) -- db(%s:%d)", getTaskName(), currentSrcDbEntity.getHost(), currentSrcDbEntity.getPort String.format("slave(%s) -- db(%s:%d)", getTaskName(), currentSrcDbEntity.getHost(), currentSrcDbEntity.getPort SystemStatusManager.addServer(getTaskName(), currentSrcDbEntity.getHost(), currentSrcDbEntity.getPort String.format("slave(%s) -- db(%s:%d)", getTaskName(), currentSrcDbEntity.getHost(), currentSrcDbEntity.getPort
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