public void Exclude_NoAdditionalExclusions_ReturnsExcludeFixed() { // Arrange var expectedResult = Substitute.For<ITypeExclusion>(); var sut = new SutExcludeTypeExclusions(expectedResult); // Act var result = sut.Exclude; // Assert Assert.Same(expectedResult, result); }
public void Exclude_NoAdditionalExclusions_ReturnsExcludeFixed() { // Arrange var expectedResult = Substitute.For <ITypeExclusion>(); var sut = new SutExcludeTypeExclusions(expectedResult); // Act var result = sut.Exclude; // Assert Assert.Same(expectedResult, result); }
public void Exclude_AdditionalExclusions_ReturnsCompositeTypeExclusion() { // Arrange var additional = Substitute.For<ITypeExclusion>(); var excludeFixed = Substitute.For<ITypeExclusion>(); var sut = new SutExcludeTypeExclusions(excludeFixed) { Exclude = additional }; // Act var result = (CompositeTypeExclusion)sut.Exclude; // Assert Assert.Equal(2, result.TypeExclusions.Count()); Assert.Contains(excludeFixed, result.TypeExclusions); Assert.Contains(additional, result.TypeExclusions); }
public void Exclude_AdditionalExclusions_ReturnsCompositeTypeExclusion() { // Arrange var additional = Substitute.For <ITypeExclusion>(); var excludeFixed = Substitute.For <ITypeExclusion>(); var sut = new SutExcludeTypeExclusions(excludeFixed) { Exclude = additional }; // Act var result = (CompositeTypeExclusion)sut.Exclude; // Assert Assert.Equal(2, result.TypeExclusions.Count()); Assert.Contains(excludeFixed, result.TypeExclusions); Assert.Contains(additional, result.TypeExclusions); }