JAVA基础知识之网络编程——-基于TCP通信的简单聊天室

下面将基于TCP协议用JAVA写一个非常简单的聊天室程序，聊天室具有以下功能，

在服务器端，可以接受客户端注册（用户名），可以显示注册成功的账户
在客户端，可以注册一个账号，并用这个账号发送信息
发送信息有两种模式，一种是群聊，所有在线用户都可以看到消息，另一种是私聊，只针对指定账户发送消息

下面是主要的实现思路，

首先是服务器端，需要使用多线程实现。主线程用来循环监听客户端的连接请求，一旦接收到一个请求，就为这个客户端创建一个专用通信线程。
服务器端依靠一个经过重写的map保存在线的客户端账户以及建立连接后的通信句柄（inputStream/outputStream)
服务器端和客户端通信使用约定好的自定义协议，将在双方发送的消息中添加固定消息头和消息尾。通信双发都使用socket的inputStream和outStream读和写消息，与本地IO区别不大。
当服务器端接收到客户端的请求的时候，先解析出消息头和尾，根据约定的通信协议来判断消息类型，是注册账户，还是群发消息，还是私聊消息
对于群发消息，服务器端将遍历在线的所有用户（线程），然后将消息广播出去
对于私聊消息，服务器端根据客户端发来的目的地址（收信账户），去map中查找到通信线程句柄（outputStream)，然后将信息发送给指定账户
对于每个客户端，都创建两个线程。主线程用来做键盘输入，辅线程用来接收服务器发回的消息
客户端的主线程中，所有消息都是先发送到服务器端，再由服务器端决定分发策略。
包括注册账户在内，服务器和客户端双方所有消息都是经过约定协议包装过的，这样服务器才能读取消息的属性，进行指定操作。

服务器端实现如下，

首先我们要自定义一个通信协议，服务器端和客户端需要使用同一种协议，用来描述消息的属性，

 package chat;

 public interface ChatProtocol {

     int PROTOCOL_LEN = 2;

     //协议字符串，会加入数据包中

     String MSG_ROND = "##";

     String USER_ROND = "@@";

     String LOGIN_SUCCESS = "1";

     String NAME_REP = "-1";

     String PRIVATE_ROND = "%%";

     String SPLIT_SIGN = "}";

 }

服务器端的监听线程（主线程）

 package chat;

 import java.io.IOException;

 import java.io.PrintStream;

 import java.net.ServerSocket;

 import java.net.Socket;

 public class Server {

     private static final int SERVER_PORT = 33000;

     public static ChatMap<String, PrintStream> clients = new ChatMap();

     public void init() {

         try {

             ServerSocket ss = new ServerSocket(SERVER_PORT) ;

             while(true) {

                 Socket socket = ss.accept();

                 new ServerThread(socket).start();

             }

         } catch (IOException e) {

             e.printStackTrace();

         }

     }

     public static void main(String[] args) {

         Server server = new Server();

         server.init();

     }

 }

服务器端需要使用一个重写的map来存放用户名和对应的通信句柄，这样才能实现私聊功能，

 package chat;

 import java.util.Collections;

 import java.util.HashMap;

 import java.util.HashSet;

 import java.util.Map;

 import java.util.Set;

 //用map来保存用户和socket输出流的对应关系,

 //K将会是String类型的用户名，不允许重复

 //V是从socket返回的outputStream对象，也不允许重复

 public class ChatMap<K,V> {

     public Map<K,V> map = Collections.synchronizedMap(new HashMap<K,V>());

     //根据outputStream对象删除制定项

     public synchronized void removeByValue(Object value) {

         for (Object key : map.keySet()) {

             if(map.get(key) == value) {

                 map.remove(key);

                 break;

             }

         }

     }

     //获取outputStream对象组成的Set

     public synchronized Set<V> valueSet() {

         Set<V> result = new HashSet<V>();

         //遍历map，将map的value存入Set

         for(K key :  map.keySet()) {

             result.add(map.get(key));

         }

         /*

          for (Map.Entry<K, V> entry : map.entrySet()) {

              result.add(entry.getValue());

          }

          */

          return result;

     }

     //根据ouputStream对象查找用户名

     public synchronized K getKeyByValue(V val) {

         for(K key : map.keySet()) {

             if (map.get(key) == val || map.get(key).equals(val)) {

                 return key;

             }

         }

         return null;

     }

     //实现put,key和value都不允许重复

     public synchronized V put(K key, V value) {

         for (V val : valueSet() ) {

                 if (val.equals(value) && val.hashCode() == value.hashCode()) {

                     throw new RuntimeException("此输入流已经被使用");

             }

         }

         return map.put(key, value);

     }

 }

对每一个客户端请求创建一个通信子线程

 package chat;

 import java.io.BufferedReader;

 import java.io.IOException;

 import java.io.InputStreamReader;

 import java.io.PrintStream;

 import java.net.Socket;

 public class ServerThread extends Thread{

     private Socket socket;

     BufferedReader br = null;

     PrintStream ps = null;

     public ServerThread(Socket socket) {

         this.socket = socket;

     }

     public void run() {

         try {

             br = new BufferedReader(new InputStreamReader(socket.getInputStream()));

             //一个客户端的输出流对象

             ps = new PrintStream(socket.getOutputStream());

             String line = null;

             while((line = br.readLine()) != null) {

                 //如果消息以ChatProtocol.USER_ROND开始，并以其结束

                 //则可以确定读到的是用户登录的用户名

                 if(line.startsWith(ChatProtocol.USER_ROND) &&

                         line.endsWith(ChatProtocol.USER_ROND)) {

                     String userName = getRealMsg(line);

                     //用户名不允许重复

                     if(Server.clients.map.containsKey(userName)) {

                         System.out.println("用户名重复");

                         ps.println(ChatProtocol.NAME_REP);

                     } else {

                         System.out.println("["+userName+"] 注册成功，你可以开始聊天了！");

                         ps.println(ChatProtocol.LOGIN_SUCCESS);

                         //将用户名和输出流对象组成的键值关联对存入前面经过改造的map

                         Server.clients.map.put(userName, ps);

                     }

                 } //如果消息以ChatProtocol.PRIVATE_ROND开头并以ChatProtocol.PRIVATE_ROND结尾

                 //则可以确定是私聊信息

                 else if (line.startsWith(ChatProtocol.PRIVATE_ROND ) &&

                         line.endsWith(ChatProtocol.PRIVATE_ROND)) {

                     String userAndMsg = getRealMsg(line);

                     //以SPILT_SIGN分割字符串，前半是用户名，后半是聊天信息

                     String user = userAndMsg.split(ChatProtocol.SPLIT_SIGN)[0];

                     String msg = userAndMsg.split(ChatProtocol.SPLIT_SIGN)[1];

                     //根据用户名在map中找出输出流对象，进行私聊信息发送

                     Server.clients.map.get(user).println("[私聊信息] [来自 "+Server.clients.getKeyByValue(ps)+"] : " + msg);

                 }

                 // 群聊信息，广播消息

                 else {

                     String msg = getRealMsg(line);

                     for(PrintStream clientPs :  Server.clients.valueSet()) {

                         clientPs.println("[群发信息] [来自 "+Server.clients.getKeyByValue(ps)+"] : " + msg);

                     }

                 }

             }

         } catch (IOException e) {

             //e.printStackTrace();

             Server.clients.removeByValue(ps);

             System.out.println(Server.clients.map.size());

             try {

                 if (br != null) {

                     br.close();

                 } 

                 if (ps != null) {

                     ps.close();

                 }

                 if (socket != null) {

                     socket.close();

                 }

             } catch (IOException ex) {

                 ex.printStackTrace();

             }

         }

     }

     private String getRealMsg(String line) {

         return line.substring(ChatProtocol.PROTOCOL_LEN, line.length() - ChatProtocol.PROTOCOL_LEN);

     }

 }

下面开始写客户端，客户端和服务器端是两个完全独立的应用，可以新建工程写一个客户端，

为了简单起见，我将服务器端和客户端放在了同一个工程的同一个包下，这样可以共享一下协议接口 ChatProtocol.java

首先是客户端主程序，用来完成键盘输入操作，其中注册用户名的地方调用了一点点java的gui编程接口swi，弹出对话框输入用户名，

 package chat;

 import java.io.BufferedReader;

 import java.io.IOException;

 import java.io.InputStreamReader;

 import java.io.PrintStream;

 import java.net.Socket;

 import javax.swing.JOptionPane;

 public class Client {

     private static final int SERVER_PORT = 33000;

     private Socket socket;

     private PrintStream ps;

     private BufferedReader brServer;

     private BufferedReader keyIn;

     public void init() {

         try {

             keyIn = new BufferedReader(new InputStreamReader(System.in));

             socket = new Socket("127.0.0.1", SERVER_PORT);

             ps = new PrintStream(socket.getOutputStream());

             brServer = new BufferedReader(new InputStreamReader(socket.getInputStream()));

             String tip = "";

             while(true) {

                 String userName = JOptionPane.showInputDialog(tip + "输入用户名");

                 ps.println(ChatProtocol.USER_ROND + userName + ChatProtocol.USER_ROND);

                 //服务器端响应

                 String result = brServer.readLine();

                 if(result.equals(ChatProtocol.NAME_REP)) {

                     tip = "用户名重复，请重新输入";

                     continue;

                 }

                 //登录成功

                 if(result.equals(ChatProtocol.LOGIN_SUCCESS)) {

                     System.out.println("登录成功，账号： ["+ userName +"]");

                     break;

                 }

             }

         } catch (IOException ex) {

             ex.printStackTrace();

         }

         new ClientThread(brServer).start();

     }

     private void readAndSend() {

         try {

             String line = null;

             while((line = keyIn.readLine()) != null) {

                 //如果发送的消息中带有冒号，且以//开头，则认为是私聊信息

                 if(line.indexOf(":") > 0 && line.startsWith("//")) {

                     line = line.substring(2);

                     ps.println(ChatProtocol.PRIVATE_ROND

                             + line.split(":")[0]

                             + ChatProtocol.SPLIT_SIGN

                             + line.split(":")[1]

                             + ChatProtocol.PRIVATE_ROND);

                 } else {

                     ps.println(ChatProtocol.MSG_ROND + line + ChatProtocol.MSG_ROND);

                 }

             }

         } catch (IOException ex) {

             ex.printStackTrace();

         }

     }

     private void closeRs() {

         try {

             if (keyIn != null) {

                 keyIn.close();

             }

             if (brServer != null) {

                 brServer.close();

             }

             if (ps != null) {

                 ps.close();

             }

             if (socket != null) {

                 socket.close();

             }

         } catch (IOException ex) {

             ex.printStackTrace();

         }

     }

     public static void main(String[] args) {

         Client client = new Client();

         client.init();

         client.readAndSend();

     }

 }

键盘操作中，区分群发消息和私聊消息是看消息以什么开头，以//开头就是私聊，否则是群发，

私聊时，用冒号隔开收信人和消息内容，一条私聊消息格式是这样的 //b:hi, i'm a

下面是客户端的子线程，专门用来回显服务器端发回来的消息，

 package chat;

 import java.io.BufferedReader;

 import java.io.IOException;

 public class ClientThread extends Thread {

     BufferedReader br = null;

     public ClientThread(BufferedReader brServer) {

         this.br = brServer;

     }

     public void run() {

         try {

             String line = null;

             while((line = br.readLine()) != null) {

                 System.out.println(line);

             }

         } catch (IOException ex) {

             ex.printStackTrace();

         } finally {

             try {

                 if (br != null) {

                     br.close();

                 }

             } catch (IOException e) {

                 e.printStackTrace();

             }

         }

     }

 }

下面是执行结果，先启动一个Server端的进程，可以看到启动之后Server端处于监听阻塞状态，

接着分别启动两个Client端进程，每次启动Client进程的时候都会要求输入用户名，要保证用户名不能重复，

接着就可以发送消息了，普通消息将会发送给所有人，即群发，指定格式的消息将是私聊，例如 //bbb:hi I'm aaa (这是发给账户bbb)的私人消息。

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" 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