protected override void Arrange()
{
_secureHasher = new Pbkdf2HmacSha1SecureHasher(null);
_request = new SecureHashRequest {
HashAlgorithm = 1234
};
}
protected override void Arrange()
{
_secureHasher = new Pbkdf2HmacSha1SecureHasher();
_hashAlgorithm = _secureHasher.AlgorithmHashCode;
_salt = Encoding.UTF8.GetBytes(Salt);
_expectedBytes = "9B0FEB3C38F75E8C65BD6516C162F20095F8C3FB6F2006241C17C4D194CF96BD";
}
protected override void Arrange()
{
var packedHashConverter = new PackedHashConverter();
var originalHashAlgorithm = 1495316179;
var packedHash = new PackedHash
{
Format = 0,
HashAlgorithm = originalHashAlgorithm,
HashBytes = new byte[]
{
246, 198, 84, 57, 46, 87, 69, 64, 36, 89, 195, 42, 154,
103, 212, 113, 134, 129, 0, 29, 59, 36, 38, 212, 67, 32,
67, 113, 96, 103, 22, 129
},
Iterations = 100,
Salt = new byte[] { 5, 8, 4, 2, 3, 6, 12, 34 }
};
_configProvider = new DefaultHashConfigurationProvider();
_apiClientSecret = new ApiClientSecret
{
IsHashed = true,
// GetHashCode is consistent
Secret = "ANO2IFlkAAAACAAAAAUIBAIDBgwi9sZUOS5XRUAkWcMqmmfUcYaBAB07JCbUQyBDcWBnFoE="
};
_apiClientSecretProvider = Stub <IApiClientSecretProvider>();
var secureHasher = new Pbkdf2HmacSha1SecureHasher();
var originalHasher = A.Fake <ISecureHasher>();
A.CallTo(() => originalHasher.AlgorithmHashCode).Returns(originalHashAlgorithm);
A.CallTo(() => originalHasher.ComputeHash(A <string> ._, A <int> ._, A <int> ._, A <byte[]> ._)).Returns(packedHash);
var next = new SecureHashAwareSecretVerifier(
packedHashConverter, new SecureHasherProvider(
new List <ISecureHasher>
{
secureHasher,
originalHasher
}));
_securePackedHashProvider = Stub <ISecurePackedHashProvider>();
_autoUpgradingHashedSecretVerifierDecorator = new AutoUpgradingHashedSecretVerifierDecorator(
_apiClientSecretProvider, next, packedHashConverter, _securePackedHashProvider, _configProvider);
}
protected override void Arrange()
{
_secureHasher = new Pbkdf2HmacSha1SecureHasher(null);
_request = new SecureHashRequest
{
Secret = Secret,
HashAlgorithm = HashHelper.GetSha256Hash(Pbkdf2HmacSha1SecureHasher.ConfigurationAlgorithmName).ToInt32(),
Iterations = 10000,
Salt = Encoding.UTF8.GetBytes(Salt)
};
_expectedBytes = "9B0FEB3C38F75E8C65BD6516C162F20095F8C3FB6F2006241C17C4D194CF96BD";
}
protected override void Arrange()
{
var packedHashConverter = new PackedHashConverter();
var packedHash = new PackedHash
{
Format = 0,
HashAlgorithm = "GOOD".GetHashCode(), // simulation of a hash routine that used GetHashCode
HashBytes = new byte[]
{
246, 198, 84, 57, 46, 87, 69, 64, 36, 89, 195, 42, 154,
103, 212, 113, 134, 129, 0, 29, 59, 36, 38, 212, 67, 32,
67, 113, 96, 103, 22, 129
},
Iterations = 100,
Salt = new byte[] { 5, 8, 4, 2, 3, 6, 12, 34 }
};
_configProvider = new DefaultHashConfigurationProvider();
_apiClientSecret = new ApiClientSecret
{
IsHashed = true,
// GetHashCode is consistent
Secret = "ANO2IFlkAAAACAAAAAUIBAIDBgwi9sZUOS5XRUAkWcMqmmfUcYaBAB07JCbUQyBDcWBnFoE="
};
_apiClientSecretProvider = Stub <IApiClientSecretProvider>();
var secureHasher = new Pbkdf2HmacSha1SecureHasher(null);
var next = new SecureHashAwareSecretVerifier(packedHashConverter, secureHasher);
_securePackedHashProvider = Stub <ISecurePackedHashProvider>();
_autoUpgradingHashedSecretVerifierDecorator = new AutoUpgradingHashedSecretVerifierDecorator(
_apiClientSecretProvider, next, packedHashConverter, _securePackedHashProvider, _configProvider);
}
protected override void Arrange()
{
_secureHasher = new Pbkdf2HmacSha1SecureHasher();
}
