int decryptString(char* result, char* password)
{
HCkCrypt2 crypt;
BOOL success;
const char * hexKey;
const char * text = result;
const char * encText;
const char * decryptedText;
crypt = CkCrypt2_Create();
success = CkCrypt2_UnlockComponent(crypt,"Anything for 30-day trial");
if (success != TRUE) {
printf("Crypt component unlock failed\n");
return 0;
}
CkCrypt2_putCryptAlgorithm(crypt,"aes");
CkCrypt2_putCipherMode(crypt,"cbc");
CkCrypt2_putKeyLength(crypt,256);
// Generate a binary secret key from a password string
// of any length. For 128-bit encryption, GenEncodedSecretKey
// generates the MD5 hash of the password and returns it
// in the encoded form requested. The 2nd param can be
// "hex", "base64", "url", "quoted-printable", etc.
hexKey = CkCrypt2_genEncodedSecretKey(crypt,password,"hex");
CkCrypt2_SetEncodedKey(crypt,hexKey,"hex");
CkCrypt2_putEncodingMode(crypt,"base64");
// Encrypt a string and return the binary encrypted data
// in a base-64 encoded string.
decryptedText = CkCrypt2_decryptStringENC(crypt,result);
//printf("%s\n",encText);
char tmpStr[1000];
strcpy(result, decryptedText);
CkCrypt2_Dispose(crypt);
}
EXTAPI const char* secure_aes_cbc_decrypt(const char *cipherText64)
{
plainText = CkCrypt2_decryptStringENC(crypt, cipherText64);
return plainText;
}
