香港服务器在c++项目中使用rc5对数据传输进行加密的方法

具体方法如下：

#include “stdafx.h”

#include

#include

#include

#define UINT32 unsigned int

#define INT32 int

#define UINT16 unsigned short

#define INT16 short

#define UINT8 unsigned char

#define INT8 char

unsigned int subKey[25];

void generateSubKey()

{

UINT8 i;

for(i=0;i<25;i++)

subKey[i] = i;

}

void encrypt(UINT32 *PText,UINT32 *CText)

{//对数据传输进行加密

UINT32 PData[1];

UINT32 CData[1];

UINT32 tempData1,tempData2,temp;

UINT8 i;

PData[0] = *PText;

PText++;

PData[1] = *PText;

CData[0] = *CText;

CText++;

CData[1] = *CText;

tempData1 = PData[0] + subKey[0];

tempData2 = PData[1] + subKey[1];

for(i=1;i<=12;i++)

{

temp = tempData1;

tempData1 ^= tempData2;

_rotl(tempData1,tempData2);

tempData1 += subKey[2*i];

tempData2 ^= temp;

_rotl(tempData2,temp);

tempData2 += subKey[2*i + 1];

}

CData[0] = tempData1;

CData[1] = tempData2;

}

int main()

{

UINT32 PlainText[1];

UINT32 CipherText[1];

generateSubKey();

cout<<“Hello!!\n\n”;

/*cout<<“请输入你要被加密的数据(HEX,32位)\n”;

cout<<“\t\t数据1:”;

cin>>PlainText[0];

cout<<“\t\t数据2:”;

cin>>PlainText[1];

*/

PlainText[0] = 0x5a5a5a5a;

PlainText[1] = 0x12345678;

cout<<“加密前的数据为:”<

encrypt(PlainText,CipherText);

cout<<“加密后的数据为:”<

return 0;

}