private ICryptoService getCryptoService()
{
var size = 128;
var _keyGenerator = new UserKeyGenerator(new RandomKeyGenerator(), size);
var encryptService = new CryptoService(_keyGenerator, (x) => new DefaultHmacProvider(x));
return(encryptService);
}
public void SetUp()
{
DsaParametersGenerator paramGen = new DsaParametersGenerator();
_dsaParameters = paramGen.GenerateParameters(1024, 160, 160);
_dsaParameters.HashFunction = new Hasher(Hasher.HashImplementation.Sha1);
UserKeyGenerator keyGen = new UserKeyGenerator(_dsaParameters);
_keyPair = keyGen.GenerateKeyPair();
_dsaAlgorithm = new DsaAlgorithm(_dsaParameters);
}
public void execute_givenAPassword_GenerateEncryptedPasswordAndKey()
{
Func <IUnitOfWork> _uow;
var _repository = userRepositoryCommands(out _uow);
var _userTest = Builder <User> .CreateNew().Build();
var _passwordUser = _userTest.Password;
var size = 128;
var _keyGenerator = new UserKeyGenerator(new RandomKeyGenerator(), size);
var encryptService = new CryptoService(_keyGenerator, (x) => new DefaultHmacProvider(x));
var passwordEncrypted = encryptService.getEncryptedText(_passwordUser);
var userKey = _keyGenerator.getKey();
var command = new CommandInsertUser(encryptService, _repository, _uow);
command.execute(_userTest);
Mock.Get(_repository).Verify(x => x.save(It.Is <User>(z => z.Password == passwordEncrypted &&
z.UserKey == userKey)));
}
