protected override void Arrange()
{
var packedHashConverter = mocks.Stub <IPackedHashConverter>();
var secureHasher = mocks.Stub <ISecureHasher>();
_secretVerifier = new SecureHashAwareSecretVerifier(packedHashConverter, secureHasher);
}
protected override void Arrange()
{
var packedHash = new PackedHash
{
Format = 1, HashAlgorithm = 123, HashBytes = new byte[]
{
111, 222, 200
},
Iterations = 321, Salt = new byte[]
{
100, 200, 201
}
};
var packedHashConverter = mocks.Stub <IPackedHashConverter>();
packedHashConverter.Stub(phc => phc.GetPackedHash("MyHashedSecret"))
.Return(packedHash);
var secureHasher = mocks.Stub <ISecureHasher>();
secureHasher.Stub(
sh => sh.ComputeHash(
"MySecret",
123,
321,
new byte[]
{
100, 200, 201
}))
.Return(packedHash);
_secretVerifier = new SecureHashAwareSecretVerifier(packedHashConverter, secureHasher);
}
public ApiClientAuthenticator(
IApiClientIdentityProvider apiClientIdentityProvider,
IApiClientSecretProvider apiClientSecretProvider,
ISecretVerifier secretVerifier)
{
_apiClientIdentityProvider = apiClientIdentityProvider;
_apiClientSecretProvider = apiClientSecretProvider;
_secretVerifier = secretVerifier;
}
protected override void Arrange()
{
var packedHashConverter = Stub <IPackedHashConverter>();
var secureHasher = Stub <ISecureHasher>();
_secretVerifier = new SecureHashAwareSecretVerifier(
packedHashConverter, new SecureHasherProvider(new List <ISecureHasher> {
secureHasher
}));
}
public AutoUpgradingHashedSecretVerifierDecorator(
IApiClientSecretProvider apiClientSecretProvider,
ISecretVerifier next,
IPackedHashConverter packedHashConverter,
ISecurePackedHashProvider securePackedHashProvider,
IHashConfigurationProvider hashConfigurationProvider)
{
_apiClientSecretProvider = apiClientSecretProvider;
_next = next;
_packedHashConverter = packedHashConverter;
_securePackedHashProvider = securePackedHashProvider;
_hashConfiguration = hashConfigurationProvider.GetHashConfiguration();
}
protected override void Arrange()
{
var packedHash = new PackedHash
{
Format = 1,
HashAlgorithm = 123,
HashBytes = new byte[]
{
111,
222,
200
},
Iterations = 321,
Salt = new byte[]
{
100,
200,
201
}
};
var packedHashConverter = Stub <IPackedHashConverter>();
A.CallTo(() => packedHashConverter.GetPackedHash("MyHashedSecret"))
.Returns(packedHash);
var secureHasher = Stub <ISecureHasher>();
A.CallTo(() => secureHasher.AlgorithmHashCode).Returns(123);
A.CallTo(() => secureHasher.ComputeHash(A <string> ._, A <int> ._, A <int> ._, A <byte[]> ._)).Returns(packedHash);
_secretVerifier = new SecureHashAwareSecretVerifier(
packedHashConverter, new SecureHasherProvider(new List <ISecureHasher> {
secureHasher
}));
}
protected override void Arrange()
{
_secretVerifier = new PlainTextSecretVerifier();
}
protected override void Arrange()
{
var packedHashConverter = Stub <IPackedHashConverter>();
A.CallTo(() => packedHashConverter.GetPackedHash("MyHashedSecret"))
.Returns(
new PackedHash
{
Format = 1,
HashAlgorithm = 123,
HashBytes = new byte[]
{
100,
100,
100
},
Iterations = 321,
Salt = new byte[]
{
100,
200,
201
}
});
var secureHasher = Stub <ISecureHasher>();
A.CallTo(
() => secureHasher.ComputeHash(
"MyDifferentSecret",
123,
321,
new byte[]
{
100,
200,
201
}))
.Returns(
new PackedHash
{
Format = 1,
HashAlgorithm = 123,
HashBytes = new byte[]
{
200,
200,
200
},
Iterations = 321,
Salt = new byte[]
{
100,
200,
201
}
});
_secretVerifier = new SecureHashAwareSecretVerifier(
packedHashConverter, new SecureHasherProvider(new List <ISecureHasher> {
secureHasher
}));
}
