/// <summary>
/// Constructor for RSA Key pair (special case for RSA)
/// </summary>
/// <param name="rsaKeyPair"></param>
public CryptoVector(byte[] rsaKeyPair, CryptNativeTestVectorType cryptNativeTestVectorType)
{
Debug.Assert(rsaKeyPair != null);
m_blob0 = rsaKeyPair;
m_blob1 = null;
m_blob2 = null;
m_blob3 = null;
m_blob4 = null;
m_cryptoVectorEncryptionType = CryptoVectorEncryptionType.Randomized;
m_CryptNativeTestVectorType = cryptNativeTestVectorType;
m_string0 = null;
}
/// <summary>
/// Constructor for AEAD.
/// </summary>
/// <param name="rootKey"></param>
/// <param name="plainText"></param>
/// <param name="finalCell"></param>
/// <param name="cryptoVectorEncryptionType"></param>
public CryptoVector(byte[] rootKey, byte[] plainText, byte[] finalCell, CryptoVectorEncryptionType cryptoVectorEncryptionType)
{
Debug.Assert(rootKey != null);
Debug.Assert(plainText != null);
Debug.Assert(finalCell != null);
m_blob0 = rootKey;
m_blob1 = plainText;
m_blob2 = finalCell;
m_cryptoVectorEncryptionType = cryptoVectorEncryptionType;
m_CryptNativeTestVectorType = CryptNativeTestVectorType.Aead;
m_string0 = null;
m_blob3 = null;
m_blob4 = null;
}
/// <summary>
/// Constructor for RSA test vector
/// </summary>
/// <param name="plaintextCek"></param>
/// <param name="ciphertextCek"></param>
public CryptoVector(byte[] plaintextCek, byte[] ciphertextCek, byte[] hashedCek, byte[] signedCek, string pathCek, byte[] finalcellCek)
{
Debug.Assert(plaintextCek != null);
Debug.Assert(ciphertextCek != null);
Debug.Assert(hashedCek != null);
Debug.Assert(signedCek != null);
m_blob0 = plaintextCek;
m_blob1 = ciphertextCek;
m_blob2 = hashedCek;
m_blob3 = signedCek;
m_blob4 = finalcellCek;
m_string0 = pathCek;
m_cryptoVectorEncryptionType = CryptoVectorEncryptionType.Randomized;
m_CryptNativeTestVectorType = CryptNativeTestVectorType.Rsa;
}
