public void TestAzureTableCryptoThrowsTableNotFoundException()
{
var keyStore = new SymmetricKeyCache(rsaHelper, tableManager);
var c = new AzureCrypto(keyStore);
Action action = () => c.GetEncryptor();
action.ShouldThrow<AzureCryptoException>();
}
public void EncryptionShouldWorkAsExpected()
{
var newKey = rsaHelper.CreateNewAesSymmetricKeyset();
tableManager.AddSymmetricKey(newKey);
var keyStore = new SymmetricKeyCache(rsaHelper, tableManager);
var c = new AzureCrypto(keyStore);
var encryptedString = c.EncryptStringAndBase64(TestString);
encryptedString.Should().NotBeNullOrEmpty("Because the encryption failed");
encryptedString.Should().NotMatch(TestString);
}
public void TestAzureTableCryptoHasValidEncryptor()
{
var newKey = rsaHelper.CreateNewAesSymmetricKeyset();
tableManager.AddSymmetricKey(newKey);
var keyStore = new SymmetricKeyCache(rsaHelper, tableManager);
var c = new AzureCrypto(keyStore);
c.Should().NotBeNull("At this stage the contstructor should have succeeded");
var encryptor = c.GetEncryptor();
encryptor.Should().NotBeNull("Because the keystore is initialized and there is a key");
}
public void DecryptionShouldReturnTheOriginalString()
{
var newKey = rsaHelper.CreateNewAesSymmetricKeyset();
tableManager.AddSymmetricKey(newKey);
var keyStore = new SymmetricKeyCache(rsaHelper, tableManager);
var c = new AzureCrypto(keyStore);
var encryptedString = c.EncryptStringAndBase64(TestString);
var decryptedString = c.DecryptStringFromBase64(encryptedString);
decryptedString.ShouldBeEquivalentTo(TestString);
}
public void TestAzureTableCryptoInitializesSuccessfully()
{
var keyStore = new SymmetricKeyCache(rsaHelper, tableManager );
var c = new AzureCrypto(keyStore);
Assert.IsNotNull(c);
}
