socket传输protobuf字节流的示例分析

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使用多线程收发消息

//创建消息数据模型  2//正式项目中，消息的结构一般是消息长度+消息id+消息主体内容  3 public class Message  4 {      public IExtensible protobuf;   public int messageId;  7 }  8   9 public class SocketClientTemp : MonoBehaviour 10 { 11       const int packageMaxLength = 1024; 12  13     Socket mSocket; 14     Thread threadSend; 15       Thread threadRecive; 16     Queue allMessages = new Queue(); 17       Queue sendQueue = new Queue();  public bool Init() 20       { 21         //创建一个socket对象 22           mSocket = new Socket(AddressFamily.InterNetwork, SocketType.Stream, ProtocolType.Tcp); 23            return SocketConnection("此处是ip", 1111); 24     } 25  26     void Update() 27     { 28           AnalysisMessage(); 29     } 30  31     /// 
 32     /// 建立服务器连接 33     /// 
 34        /// 服务器的ip地址 35     /// 端口 36        bool SocketConnection(string ip, int port) 37     { 38         try 39         { 40                IPEndPoint ipep = new IPEndPoint(IPAddress.Parse(ip), port); 41               //同步连接服务器，实际使用时推荐使用异步连接，处理方式会在下一篇讲断线重连时讲到 42               mSocket.Connect(ipep); 43             //连接成功后，创建两个线程，分别用于发送和接收消息 44               threadSend = new Thread(new ThreadStart(SendMessage)); 45             threadSend.Start(); 46               threadRecive = new Thread(new ThreadStart(ReceiveMessage)); 47             threadRecive.Start(); 48               return true; 49         } 50         catch (Exception e) 51         { 52               Debug.Log(e.ToString()); 53             Close(); 54             return false; 55           }      }         #region ...发送消息 59      /// 
 60     /// 添加数据到发送队列 61      /// 
 62     ///  63      ///  64     public void AddSendMessageQueue(IExtensible protobufModel, int messageId) 65     { 66         sendQueue.Enqueue(BuildPackage(protobufModel, messageId)); 67     } void SendMessage() 70     { 71         //循环获取发送队列中第一个数据，然后发送到服务器 72          while (true) 73         { 74             if (sendQueue.Count == 0) 75             { 76                  Thread.Sleep(100); 77                 continue; 78             } 79             if (!mSocket.Connected) 80             { 81                 Close(); 82                 break; 83             } 84             else 85                 Send(sendQueue.Peek());//发送队列中第一条数据 86         } 87     } 88  89     void Send(byte[] bytes) 90     { 91         try 92          { 93             mSocket.Send(bytes, SocketFlags.None); 94              //发送成功后，从发送队列中移除已发送的消息 95             sendQueue.Dequeue(); 96          } 97         catch (SocketException e) 98         { 99              //如果错误码为10035，说明服务器缓存区满了，所以等100毫秒再次发送100              if (e.NativeErrorCode == 10035)101             {102                 Thread.Sleep(100);103                 Send(bytes);104              }105             else106                  Debug.Log(e.ToString());107         }108     }109     #endregion110 111      #region ...接收消息112     /// 
113     /// 解析收到的消息114      /// 
115     void AnalysisMessage()116     {117          while (allMessages.Count > 0)118         {119              int id = allMessages.Dequeue().messageId;120              switch (id)121             {122                 //根据消息id做不同的处理123             }124         }125     }126 127      /// 
128     /// 接收数据129     /// 
130      void ReceiveMessage()131     {132         while (true)133          {134             if (!mSocket.Connected)135                  break;136             byte[] recvBytesHead = GetBytesReceive(4);137              int bodyLength = IPAddress.NetworkToHostOrder(BitConverter.ToInt32(recvBytesHead, 0));138              byte[] recvBytesBody = GetBytesReceive(bodyLength);139 140              byte[] messageId = new byte[4];141              Array.Copy(recvBytesBody, 0, messageId, 0, 4);142              byte[] messageBody = new byte[bodyLength - 4];143              Array.Copy(recvBytesBody, 4, messageBody, 0, bodyLength - 4);144 145              if (BitConverter.IsLittleEndian)146                  Array.Reverse(messageId);147              FillAllPackages(BitConverter.ToInt32(messageId, 0), messageBody);148          }     }  /// 
152       /// 填充接收消息队列153     /// 
154        /// 155     /// 156     void FillAllPackages(int messageId, byte[] messageBody)157     {158         switch (messageId)159         {160             //根据消息id处理消息，并添加到接收消息队列161             case 1:162                 allMessages.Enqueue(new Message() 163                 {164                     protobuf = ProtobufSerilizer.DeSerialize(messageBody), 165                     messageId = messageId 166                 });167                 break;168         }169     }170 171     /// 
172     /// 接收数据并处理173     /// 
174     /// 175     /// 176     byte[] GetBytesReceive(int length)177     {178         byte[] recvBytes = new byte[length];179         while (length > 0)180         {181             byte[] receiveBytes = new byte[length < packageMaxLength ? length : packageMaxLength];182             int iBytesBody = 0;183             if (length >= receiveBytes.Length)184                 iBytesBody = mSocket.Receive(receiveBytes, receiveBytes.Length, 0);185             else186                 iBytesBody = mSocket.Receive(receiveBytes, length, 0);187             receiveBytes.CopyTo(recvBytes, recvBytes.Length - length);188             length -= iBytesBody;189         }190         return recvBytes;191     }192     #endregion193 194     /// 
195     /// 构建消息数据包196     /// 
197     /// 198     /// 199     byte[] BuildPackage(IExtensible protobufModel, int messageId)200     {201         byte[] b;202         if (protobufModel != null)203             b = ProtobufSerilizer.Serialize(protobufModel);204         else205             b = new byte[0];206         //消息长度(int数据，长度4) + 消息id(int数据，长度4) + 消息主体内容207         ByteBuffer buf = ByteBuffer.Allocate(b.Length + 4 + 4);208         //消息长度 = 消息主体内容长度 + 消息id长度209         buf.WriteInt(b.Length + 4);210         buf.WriteInt(messageId);211 212         if (protobufModel != null)213             buf.WriteBytes(b);214         return buf.GetBytes();215     }216 217     void OnDestroy()218     {219          //停止运行后，如果不关闭socket多线程，再次运行时，unity会卡死220         Close();221     }222 223      /// 
224     /// 关闭socket,终止线程225     /// 
226     public void Close()227      {228         if (mSocket != null)229         {230              //微软官方推荐在关闭socket前先shutdown，但是经过测试，发现网络断开后，shutdown会无法执行231              if (mSocket.Connected)232                 mSocket.Shutdown(SocketShutdown.Both);233              mSocket.Close();234             mSocket = null;235         }236         //关闭线程237          if (threadSend != null)238             threadSend.Abort();239         if (threadRecive != null)240             threadRecive.Abort();241         threadSend = null;242         threadRecive = null;243     }244 }

到这里，使用socket处理消息的收发就基本结束了。

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