int main()
{
RD_UINT8 inputBuf[256], passwd[16], Encrypted[512], Decrypted[256], *pch;
int ix, iLen;
while(1)
{
printf("Please enter your plain code and press the Enter: \n");
fgets((char*)inputBuf, sizeof(inputBuf), stdin);
for (ix = strlen((char*)inputBuf) - 1; (ix >= 0) && (inputBuf[ix] == 10); ix--)
inputBuf[ix] = 0;
if (!inputBuf[0])
break;
printf("\nPlease enter the key: ");
fgets((char*)passwd, sizeof(passwd), stdin);
for (ix = strlen((char*)passwd) - 1; (ix >= 0) && (passwd[ix] == 10); ix--)
passwd[ix] = 0;
if (!passwd[0])
break;
iLen = strlen((char*)inputBuf);
//int init (Mode mode,Direction dir,const RD_UINT8 *key,KeyLength keyLen,RD_UINT8 * initVector = 0);
Rijndael zts;
//zts.init (Rijndael::ECB, Rijndael::Encrypt, passwd, Rijndael::Key16Bytes);
//zts.init (Rijndael::ECB, (Rijndael::Direction)0, passwd, (Rijndael::KeyLength)0, (RD_UINT8*)0);
//int blockEncrypt(const RD_UINT8 *input, int inputLen, RD_UINT8 *outBuffer);
zts.blockEncrypt (inputBuf, iLen, Encrypted);
printf("\n¼ÓÃܺó:\n");
for (pch = Encrypted, ix=0; ix < (iLen*2); pch++, ix++)
{
if (!(ix % 20))
printf("\n");
printf("%X ", (unsigned char)*pch);
}
//int blockDecrypt(const RD_UINT8 *input, int inputLen, RD_UINT8 *outBuffer);
//zts.init (Rijndael::ECB, Rijndael::Decrypt, passwd, Rijndael::Key16Bytes);
//zts.init ((Rijndael::Mode)0, (Rijndael::Direction)1, passwd, (Rijndael::KeyLength)0, (RD_UINT8*)0);
zts.blockDecrypt (Encrypted, iLen*2, Decrypted);
Decrypted[iLen] = 0;
printf("\n½âÃÜºó£º %s\n", Decrypted);
}
return 0;
}
