public void SimpleMethodStub()
{
// Create a fake Death Star
var fakeStar = new Fake<IDeathStar>();
// Set up the fake so that a call to Shoot(Planet) always misses
var shootCalls = fakeStar.Stub(fakeStar.Object.Shoot, (Planet planet) => "Haha, missed!");
// give the fake Death Star to a real Vader (the class we wish to test)
var vader = new Vader(fakeStar.Object);
vader.GetAngry();
// Check whether our stubbed method was indeed called. We can use plain LINQ and
// any preferred unit testing / assertion library. No need to learn any special
// mocking-framework assertion/verification syntax.
shootCalls.Count.ShouldBe(2);
// We have full access to the call history.
shootCalls[0].Arg1.Name.ShouldBe("Alderaan");
shootCalls[0].ReturnValue.ShouldContain("Haha,");
shootCalls.Last().Arg1.Name.ShouldBe("Naboo");
}
public void SimpleMethodStub()
{
// Create a fake Death Star
var fakeStar = new Fake <IDeathStar>();
// Set up the fake so that a call to Shoot(Planet) always misses
var shootCalls = fakeStar.Stub(fakeStar.Object.Shoot, (Planet planet) => "Haha, missed!");
// give the fake Death Star to a real Vader (the class we wish to test)
var vader = new Vader(fakeStar.Object);
vader.GetAngry();
// Check whether our stubbed method was indeed called. We can use plain LINQ and
// any preferred unit testing / assertion library. No need to learn any special
// mocking-framework assertion/verification syntax.
shootCalls.Count.ShouldBe(2);
// We have full access to the call history.
shootCalls[0].Arg1.Name.ShouldBe("Alderaan");
shootCalls[0].ReturnValue.ShouldContain("Haha,");
shootCalls.Last().Arg1.Name.ShouldBe("Naboo");
}
