public void Should_Decrypt_Text_That_Was_Encrypted_By_Legacy_SymEnc_Library()
{
var encryptSvc = new SymmetricEncryptionSvc();
const string preEncryptedText = "FCDBB7CF7AFCE440899AE9D2949B1110C8289EF602A290467968FFF76EABA94B_4D220909BD9B34192F288931A347B1A0109931F76D7475286CA095A7F80CBF5F42BBAFEDD27ACE52C600AC1D7E061ABE1D46EFCAB6EF75531D4F40B84558082C";
var decryptedPreText = encryptSvc.CustomDecrypt(preEncryptedText, EncryptionKey256, AesKeySize.Size256, BlockSize.Size256);
Assert.IsTrue(decryptedPreText.IsSuccessful);
Assert.AreEqual(decryptedPreText.Value, TextToEncrypt);
}
public void Should_Encrypt_And_Decrypt_String_Using_Custom_RijndaelManaged_Method()
{
var encryptSvc = new SymmetricEncryptionSvc();
var encryptedResult = encryptSvc.CustomEncrypt(TextToEncrypt, EncryptionKey256, AesKeySize.Size256, BlockSize.Size256);
var decryptedResult = encryptSvc.CustomDecrypt(encryptedResult.Value, EncryptionKey256, AesKeySize.Size256, BlockSize.Size256);
Assert.IsTrue(encryptedResult.IsSuccessful);
Assert.IsTrue(encryptedResult.IsSuccessful);
Assert.IsTrue(decryptedResult.IsSuccessful);
Assert.AreEqual(decryptedResult.Value, TextToEncrypt);
Assert.AreEqual(encryptedResult.Value.Split('_').Length, 2);
}