public void EncryptAndDecryptFireInstrumentationProvider()
{
SymmetricProviderHelper helper = CreateHelper(DataProtectionScope.LocalMachine, CreateEntropy());
helper.EncryptAndDecryptOneByte();
Assert.AreEqual(1, instrumentationProvider.FireDecryptionPerformedCallCount);
Assert.AreEqual(1, instrumentationProvider.FireEncryptionPerformedCallCount);
}
public void ExceptionDuringDecryptCallsInstrumentationProvider()
{
try
{
SymmetricProviderHelper helper = CreateHelper(DataProtectionScope.CurrentUser, null);
helper.DecryptNull();
}
catch (ArgumentNullException)
{
Assert.AreEqual(0, instrumentationProvider.FireDecryptionPerformedCallCount);
Assert.AreEqual(1, instrumentationProvider.FireCryptoFailedCallCount);
Assert.AreEqual("The decryption operation failed.", instrumentationProvider.lastCryptoFailedMessage);
}
}
public void EncryptAndDecryptOneKilobyte()
{
SymmetricProviderHelper helper = CreateHelper(DataProtectionScope.CurrentUser, null);
helper.EncryptAndDecryptOneKilobyte();
}
public void EncryptAndDecryptOneByteMachineModeWithEntropy()
{
SymmetricProviderHelper helper = CreateHelper(DataProtectionScope.LocalMachine, CreateEntropy());
helper.EncryptAndDecryptOneByte();
}
public void EncryptAndDecryptOneByteUserModeWithEntropy()
{
SymmetricProviderHelper helper = CreateHelper(DataProtectionScope.CurrentUser, CreateEntropy());
helper.EncryptAndDecryptOneByte();
}
public void EncryptAndDecryptUserModeWithoutEntropy()
{
SymmetricProviderHelper helper = CreateHelper(DataProtectionScope.CurrentUser, null);
helper.EncryptAndDecrypt();;
}
public void DecryptZeroLengthThrows()
{
SymmetricProviderHelper helper = CreateHelper(DataProtectionScope.CurrentUser, null);
helper.DecryptZeroLength();
}
public void EncryptNullThrows()
{
SymmetricProviderHelper helper = CreateHelper(DataProtectionScope.CurrentUser, null);
helper.EncryptNull();
}