UDP通信受信側は、2次元配列を受信し、内容は0と1

21671 ワード

2 D配列2 Dはいれつ

   1:  using System;

   2:  using System.Net;

   3:  using System.Net.Sockets;

   4:  using System.Text;

5:

6:

   7:  public class UDPListener

   8:  {

   9:      private const int listenPort = 5050;

  10:      private const int Height = 200;

  11:      private const int Width = 100;

  12:      private static void StartListener()

  13:      {

  14:          bool[,] test = new bool[Height, Width];   //

  15:          byte[,] test1 = new byte[Height, Width];

  16:          UdpClient listener = new UdpClient(listenPort);    // 。

  17:          IPEndPoint groupEP = new IPEndPoint(IPAddress.Any, listenPort); //

18:

  19:          try

  20:          {

  21:              long m = 0;

  22:              int n = 0;             // int ， 。 byte，byte 255.

  23:              int i = 0,j = 0;

  24:              while (true)

  25:              {

  26:                  n = 0;

  27:                  Console.WriteLine("Waiting for broadcast");

  28:                  byte[] bytes = listener.Receive(ref groupEP);

  29:                  for (i = 0; i < Height; i++)

  30:                  {

  31:                      for (j = 0; j < Width; j++)

  32:                      {

  33:                          test[i, j] = BitConverter.ToBoolean(bytes,n); // bytes bool ， ture    false。

  34:                          n++;

  35:                          if (test[i, j] == true)    // true    false 0 1 。

  36:                              test1[i,j] = 1;

  37:                          else

  38:                              test1[i,j] = 0;

  39:                      }

  40:                  }

  41:                  for (i = 0; i < Height; i++)

  42:                  {

  43:                      for (j = 0; j < Width; j++)

  44:                      {

  45:                          Console.Write(test1[i,j]) ;     // 。

  46:                      }

  47:                      Console.WriteLine();

  48:                  }

49:

  50:                  //Console.WriteLine("Received broadcast from {0} : {1}  hava received {2} times 
",

  51:                  //    groupEP.ToString(),Encoding.ASCII.GetString(bytes, 0, bytes.Length),m);

  52:              }

53:

  54:          }

  55:          catch (Exception e)

  56:          {

  57:              Console.WriteLine(e.ToString());

  58:          }

  59:          //finally

  60:          //{

  61:          //    //listener.Close();

  62:          //}

  63:      }

64:

  65:      public static int Main()

  66:      {

  67:          StartListener();

68:

  69:          return 0;

  70:      }

  71:  }

UDP受信側のウィジェットは、送信側から送信データを疎行列に変換する.
次は送信側プログラムです.

   1:  #include <Winsock2.h>

   2:  #pragma comment(lib,"WS2_32.lib")

   3:  #include <stdio.h>

   4:  #include<iostream>

   5:  #include <string>

   6:  #include<vector>

   7:  using namespace std;

   8:  // 5050

   9:  #define DEFAULT_PORT 5050

  10:  //

  11:  #define DATA_BUFFER 1024

12:

  13:  void main(int argc,char *argv[])

  14:  {

15:

16:

  17:      /*matrix.Num = 1;

  18:      //matrix.point = new Point[2];

  19:      memset(&matrix,0,sizeof(matrix));

  20:      matrix.point[0].x = 1;

  21:      matrix.point[0].y = 2;

  22:      matrix.point[0].value = 3;

  23:      matrix.point[0].U = 4;

  24:      matrix.point[1].x = 5;

  25:      matrix.point[1].y = 6;

  26:      matrix.point[1].value = 7;

  27:      matrix.point[1].U = 8;

  28:      int n = 2;

  29:      int len = 2*sizeof(Point)+2;

  30:      vector<char> str(len);//

  31:      //char* str = new char[n];

  32:      //memset(&str,0,sizeof(str));// str， 0， sizeof

  33:      memcpy(&str,(char*)&matrix,len);// matrix ， str， sizeof。 。

34:

  35:      //char *buffer=(char *)&matrix;

  36:                */

37:

  38:      WSADATA wsaData;

  39:      SOCKET sClient;

  40:      int iPort=5050;

  41:      //

  42:      int iLen;

  43:      //

  44:      int iSend;

  45:      int    iRecv;

  46:      //

  47:      char send_buf[]="I am a client.";

  48:      //

  49:      char recv_buf[DATA_BUFFER];

  50:      //

  51:      struct sockaddr_in ser;

  52:      //

  53:      //

  54:      memset(recv_buf,0,sizeof(recv_buf));

  55:      if(WSAStartup(MAKEWORD(2,2),&wsaData)!=0)

  56:      {

  57:          printf("Failed to load Winsock.
");

  58:          return;

  59:      }

  60:      char map[10][20];

  61:      for(int i = 0;i < 10;i++)

  62:          for(int j = 0;j < 20;j++)

  63:             map[i][j] = 1;

64:

  65:      map[0][0] = 0;   //  for test

  66:      map[0][1] = 0;

  67:      map[0][2] = 0;

  68:      //map[0][1] = 0;

  69:      //for(int i = 0;i < 10;i++)

  70:      //    for(int j = 0;j < 20;j++)

71: //sendData.obs[i][j] = map[i][j];//その際,2次元配列を構造体にカプセル化し,構造体をオブジェクトとしてUDPを介して送信しようと考えた.

  72:    // ， ， 。

  73:      //

  74:      ser.sin_family=AF_INET;

  75:      ser.sin_port=htons(iPort);

  76:      ser.sin_addr.s_addr=inet_addr("127.0.0.1");

  77:      //

  78:      sClient=socket(AF_INET,SOCK_DGRAM,0);

  79:      long k=0;

  80:      while (1)

  81:      {

  82:          if(sClient==INVALID_SOCKET)

  83:          {

  84:              printf("socket()Failed：%d
",WSAGetLastError());

  85:              return;

  86:          }

  87:          //

  88:          Sleep(5);//

  89:                             iSend=sendto(sClient,(char*)&map,sizeof(map),0,(struct sockaddr*)&ser,iLen);

  90:          k=k+1;

  91:          if(iSend==SOCKET_ERROR)

  92:          {

  93:              printf("sendto()Failed：%d
",WSAGetLastError());

  94:              return;

  95:          }

  96:          else if(iSend==0)

  97:              return;

  98:          else

  99:              printf("sendto()succeeded. have sent %d times 
",k);

 100:

 101:          //

 102:          //iRecv=recvfrom(sClient,recv_buf,sizeof(recv_buf),0,(struct sockaddr*)&ser,&iLen);

 103:          //if(iRecv==SOCKET_ERROR)

 104:          //{

 105:          //    printf("recvfrom()Failed.：%d
",WSAGetLastError());

 106:          //    return;

 107:          //}

 108:          //else if(iRecv==0)

 109:          //    return;

 110:          //else

 111:          //{

 112:          //    //

 113:          //    printf("recvfrom()：%s
",recv_buf);

 114:          //    printf("---------------------------
");

 115:          //}

 116:

 117:      }

 118:      closesocket(sClient);

 119:      WSACleanup();

 120:  }

[Sart]Boj 1015:数列ソート

エンジニアリング管理の2:ログ初期化ツール