public void VerifiesTheSubmittedPasswordAgainstTheStoredOne()
{
var store = A.Fake<IDataStore>();
var encryption = A.Fake<IEncryption>();
var user = new User {Password = "******"};
Any.CallTo(store).WithReturnType<User>().Returns(user);
new UserRepository(store, encryption).FindByCredentials(null, "Duncan");
A.CallTo(() => encryption.CheckPassword("Ghanima", "Duncan")).MustHaveHappened();
}
public void Returns_null_when_the_password_does_not_match()
{
var expectedUser = new User { Password = "******" };
ThisUsernameReturnsThisUser("un", expectedUser);
ThisEncryptedAndDecryptedPasswordDoNotMatch("another encrypted password", "pw");
var result = GetTheUser("un", "pw");
result.ShouldBeNull();
}
public void Returns_a_user_when_the_username_and_password_are_valid()
{
var expectedUser = new User { Password = "******" };
ThisUsernameReturnsThisUser("Username", expectedUser);
ThisEncryptedAndDecryptedPasswordWillMatch("My Encrypted Password", "Password");
var result = GetTheUser("Username", "Password");
result.ShouldBeSameAs(expectedUser);
}
public void ReturnTheValidUser()
{
var store = A.Fake<IDataStore>();
var encryption = A.Fake<IEncryption>();
var expected = new User();
Any.CallTo(store).WithReturnType<User>().Returns(expected);
Any.CallTo(encryption).WithReturnType<bool>().Returns(true);
var user = new UserRepository(store, encryption).FindByCredentials(null, null);
Assert.AreSame(expected, user);
}
private void ThisUsernameReturnsThisUser(string username, User user)
{
mocker.GetMock<IDataStore>()
.Setup(x => x.FindOneByNamedQuery("FindUserByUserName", username))
.Returns(user);
}
