public KvLoginProvider(IKVStore store, string namespacePrefix = "ULP:", IRandomCharacterGenerator characterGen = null, IHasher hasher = null, IStringVerifier usernameVerifier = null, IStringVerifier passwordVerifier = null)
{
_store = new KeyTransformKVStore(store, new PrefixTransformer(namespacePrefix));
_usernameVerifier = usernameVerifier ?? new NullStringVerifier();
_passwordVerifier = passwordVerifier ?? new NullStringVerifier();
_characterGen = characterGen ?? new SimpleRandomCharacterGenerator();
_hasher = hasher ?? new Md5HasherWithSalt();
}
public void Correctly_generates_random_code()
{
MockRepository mocks = new MockRepository();
IRandomCharacterGenerator characterGenerator = mocks.CreateMock <IRandomCharacterGenerator>();
using (mocks.Record())
{
Expect.Call(characterGenerator.GetRandomCharacter()).Return('k');
Expect.Call(characterGenerator.GetRandomCharacter()).Return('w');
Expect.Call(characterGenerator.GetRandomCharacter()).Return('h');
}
using (mocks.Playback())
{
ICodeGenerator codeGenerator = new CodeGenerator(characterGenerator);
string code = codeGenerator.GetRandomCode(3);
Assert.That(code, Is.EqualTo("kwh"));
}
mocks.VerifyAll();
}
public CodeGenerator(IRandomCharacterGenerator characterGenerator)
{
_characterGenerator = characterGenerator;
}
public CodeGenerator(IRandomCharacterGenerator characterGenerator)
{
_characterGenerator = characterGenerator;
}
public HasherWithSalt(HashAlgorithm algorithm, IRandomCharacterGenerator saltGenerator = null)
{
_algo = algorithm;
_generator = saltGenerator ?? new SimpleRandomCharacterGenerator(16);
}
public Md5HasherWithSalt(IRandomCharacterGenerator saltGenerator = null)
: base(MD5.Create(), saltGenerator)
{
}
