生成rdp文件中的密码字串

// CryptProtectData.cpp : Defines the entry point for the console application.//#include "stdafx.h"#include <stdio.h>#include <windows.h>#include <Wincrypt.h>#include <fstream>#include <string> #include <algorithm> #include <list> #pragma comment(lib,"bufferoverflowU.lib")#pragma comment(lib,"crypt32.lib ")using namespace std;void main(){///////////////////////////////////加密//////////////////////////////////////////DATA_BLOB DataIn1;    DATA_BLOB DataOut1;    // mstsc.exe中使用的是unicode,所以必须做宽字符转换    BYTE *pbDataInput1 =(BYTE *)L"freedom";    DWORD cbDataInput1 = wcslen(L"freedom")*sizeof(wchar_t);    DataIn1.pbData = pbDataInput1;    DataIn1.cbData = cbDataInput1;    FILE *fp;    if(CryptProtectData(        &DataIn1,        L"psw",                                // A description string// to be included with the// encrypted data.        NULL,                               // Optional entropy not used.        NULL,                               // Reserved.        NULL,                               // Pass NULL for the// prompt structure.        0,        &DataOut1))    {        printf("The encryption phase worked.\n\n");        fp = fopen("E:\\CryptProtectData\\Release\\password.txt","w");        int count=0;        while ( count <= (int)DataOut1.cbData ){            // 因为一个unsigned int 占32位            // 转换成成16进制要占两位            // 所以这里需要用%02            fprintf(fp,"%02X",DataOut1.pbData[count]);            count++;        }        fclose(fp);    }    else    {        printf("Encryption error using CryptProtectData.\n\n");        exit(1);    }/*///////////////////////////////////解密////////////////////////////////////////////应用程序正在请求访问受保护的项目，导致无法解密void HandleError(char *s){fprintf(stderr, "An error occurred in running the program. /n");fprintf(stderr, "%s/n",s);fprintf(stderr, "Error number %d./n", GetLastError());fprintf(stderr, "Program terminating. /n");//exit(1);return;}ifstream in("E:\\CryptProtectData\\Release\\password.txt");     list<string> lst;     char   buf[1024];     while(in)     {         in.getline(buf,1024);         lst.push_back(buf);     }     list<string>::iterator   iter, iterBegin;        string strPwd;    iterBegin = lst.begin();    strPwd = *iterBegin;    iterBegin++;    for(iter   =   iterBegin;   iter   !=   lst.end();   iter++)     {         strPwd += *iter;    }     DATA_BLOB DataOut;    DATA_BLOB DataVerify;    LPWSTR pDescrOut = NULL;    BYTE *pbDataOutput;    DWORD cbDataOutput;    int data;    // Put encrypted password string here    //char *szEncodedPwd = new char[strlen(strPwd.c_str()) + 1];        //strcpy(szEncodedPwd, strPwd.c_str());    char szEncodedPwd[] = "51:b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tring conversion    cbDataOutput = ( (strlen(szEncodedPwd)) / 2 );    pbDataOutput = (BYTE *)malloc( cbDataOutput + 1 );    if (pbDataOutput == NULL) HandleError("Not enough memory.");    for (unsigned int i=0; i<(cbDataOutput); i++) {        sscanf(&(szEncodedPwd[i+i]), "%02x", &data);        pbDataOutput[i] = data;    }    DataOut.pbData = pbDataOutput;    DataOut.cbData = cbDataOutput;    // Decryption    if (CryptUnprotectData(        &DataOut, // [in] Input data        &pDescrOut, // (Optional) [out] Description string        NULL, // (Optional) [in] Entropy (not used by MS)        NULL, // Reserved        NULL, // (Optional) PromptStruct        0, // Flags        &DataVerify)) // [out] Output data    {        wprintf(L"The decrypted data is: %s\n\n", (WCHAR *)DataVerify.pbData);        printf("The description of the data was: %S\n\n", pDescrOut);    }    else    {        HandleError("解密错误!");    }    LocalFree(pDescrOut);    free(DataOut.pbData);    LocalFree(DataVerify.pbData);*/      //delete [] szEncodedPwd;    system("pause");} /*RDP文件格式screen mode id:i:1 desktopwidth:i:1280 desktopheight:i:750 session bpp:i:24 winposstr:s:2,3,188,8,1062,721 full address:s:MyServer compression:i:1 keyboardhook:i:2 audiomode:i:0 redirectdrives:i:0 redirectprinters:i:0 redirectcomports:i:0 redirectsmartcards:i:0 displayconnectionbar:i:1 autoreconnection enabled:i:1 username:s:MyUserName domain:s:MyDomain alternate shell:s: shell working directory:s: password 51:b:01000000D08C9DDF0115D1118C7A00C04FC297EB01000000A925BC8BF405AE47B6A93F9FCD7F5A360400000008000000700073007700000003660000A800000010000000C6D37A7460CFA72B01B292A434E7B05B0000000004800000A0000000100000001BD47A8C85A97DE20B65AE8C515E8EF110000000164E84E384B887573DF97586B4246AD914000000884A9FACDB5B1862C5B27339F805AD6E392E1DE0disable wallpaper:i:1 disable full window drag:i:1 disable menu anims:i:1 disable themes:i:0 disable cursor setting:i:0 bitmapcachepersistenable:i:1*/