public RijndaelDecryptTransformVM(string filePath, string decryptFilePath, byte[] key,
Rijndael_.Size blockSize, byte[] IV, Rijndael_.Mode mode, bool isDeleteAfter)
: base(isDeleteAfter, CryptoDirection.Decrypt)
{
CryptoName = "Rijndael";
SourceFilePath = filePath;
DestFilePath = decryptFilePath;
Start(Rijndael_.Get(key, blockSize, IV, mode, CryptoDirection.Decrypt));
}
public RijndaelDecryptTransformVM(string filePath, string decryptFilePath, byte[] key,
Rijndael_.Size blockSize, bool isDeleteAfter, bool multithread = false)
: base(isDeleteAfter, CryptoDirection.Decrypt)
{
CryptoName = "Rijndael";
SourceFilePath = filePath;
DestFilePath = decryptFilePath;
if (multithread)
{
StartMultithread(Rijndael_.GetNice(key, blockSize, CryptoDirection.Decrypt));
}
else
{
Start(Rijndael_.Get(key, blockSize, CryptoDirection.Decrypt));
}
}
public void Test4_OFB()
{
for (int i = 0; i < 3; i++)
{
for (int j = 0; j < 3; j++)
{
Func <ICryptoTransform> getEncryptor = () => Rijndael_.Get(_keys[i], (Rijndael_.Size)j,
_iv[j], Rijndael_.Mode.OFB, CryptoDirection.Encrypt);
Func <ICryptoTransform> getDecryptor = () => Rijndael_.Get(_keys[i], (Rijndael_.Size)j,
_iv[j], Rijndael_.Mode.OFB, CryptoDirection.Decrypt);
General.Check(getEncryptor, getDecryptor, 10_001);
General.Check(getEncryptor, getDecryptor, 0);
General.Check(getEncryptor, getDecryptor, 7);
}
}
}