public void WorksTwice()
{
var moq = new Mock <AnInterface>();
var sut = new AFunctionClass(moq.Object);
moq.Setup(x => x.ABaseFunction()).Returns(42);
Assert.Equal <int>(42, sut.Call_ABaseFunction());
Assert.Equal <int>(42, sut.Call_ABaseFunction());
}
public void BaseType_Default()
{
var moq = new Mock <AnInterface>();
var sut = new AFunctionClass(moq.Object);
Assert.Equal <int>(0, sut.Call_ABaseFunction());
}
public void BaseType_SetDefault()
{
var moq = new Mock <AnInterface>();
var sut = new AFunctionClass(moq.Object);
moq.SetReturnsDefault <int>(42);
Assert.Equal <int>(42, sut.Call_ABaseFunction());
}
public void BaseType_DefaultLoose()
{
// Loose behaviour (default), does not throw exceptions if
// setup of any mock function called by sut is not specified
// --> Default values are accepted/tolerated
var moq = new Mock <AnInterface>(MockBehavior.Loose);
var sut = new AFunctionClass(moq.Object);
Assert.Equal <int>(0, sut.Call_ABaseFunction());
}
public void UseLocalReference()
{
var moq = new Mock <AnInterface>();
var sut = new AFunctionClass(moq.Object);
int theReturn = 52;
moq.Setup(x => x.ABaseFunction()).Returns(() => theReturn);
Assert.Equal <int>(52, sut.Call_ABaseFunction());
}
public void BaseType()
{
// Strict behaviour --> Throws errors if sut uses any
// function/property in the mock without a
// corresponding setup --> Defaults not accepted!
var moq = new Mock <AnInterface>(MockBehavior.Strict);
var sut = new AFunctionClass(moq.Object);
moq.Setup(x => x.ABaseFunction()).Returns(42);
Assert.Equal <int>(42, sut.Call_ABaseFunction());
}