public void should_return_nfluent_check_based_on_underlying_question_result()
{
const long expectedAnswer = 10;
var question = new StubQuestion <long>(expectedAnswer);
var jack = Actor.Named(Names.Jack);
jack.Should(See.That(question)).IsEqualTo(expectedAnswer);
}
public void actor_should_answer_a_question_and_remember_the_answer()
{
var question = new StubQuestion <long>().SetAnswer(value);
var answer = actor.Remember(key, question);
var rememberedAnswer = actor.Recall <long>(key);
Check.That(answer).IsEqualTo(value);
Check.That(rememberedAnswer).IsEqualTo(value);
}
public void should_answer_the_question()
{
var actor = Actor.Named(Names.Jack);
var expectedAnswer = 10;
var question = new StubQuestion <long>(expectedAnswer);
var answer = actor.AsksFor(question);
Check.That(answer).IsEqualTo(expectedAnswer);
}
public void should_return_maximum_of_results_on_complex_objects()
{
var hot = new Celsius(70);
var cold = new Celsius(25);
var hotQuestion = new StubQuestion <Celsius>().SetAnswer(hot);
var coldQuestion = new StubQuestion <Celsius>().SetAnswer(cold);
var answer = _actor.AsksFor(Max.Of(hotQuestion, coldQuestion));
Check.That(answer).IsEqualTo(hot);
}