public void RefractReturnsCorrectResult() { // Fixture setup var source = Enumerable.Range(1, 4).ToArray(); var expected = Enumerable .Range(1, 10) .Select(_ => new Mock <IReflectionElement>().Object) .ToArray(); var refractionStubs = Enumerable .Range(1, 3) .Select(_ => new Mock <IReflectionElementRefraction <int> >()) .ToArray(); refractionStubs[0].Setup(r => r.Refract(source)).Returns(expected.Take(4)); refractionStubs[1].Setup(r => r.Refract(source)).Returns(expected.Skip(4).Take(2)); refractionStubs[2].Setup(r => r.Refract(source)).Returns(expected.Skip(6).Take(4)); var sut = new CompositeReflectionElementRefraction <int>( refractionStubs.Select(td => td.Object).ToArray()); // Exercise system var actual = sut.Refract(source); // Verify outcome Assert.Equal(expected, actual); // Teardown }
public static bool Matches(object request) { var refraction = new CompositeReflectionElementRefraction <object>( new ParameterInfoElementRefraction <object>(), new PropertyInfoElementRefraction <object>(), new FieldInfoElementRefraction <object>() ); var reflection = refraction.Refract(new[] { request }); return(reflection.Accept(new ProgressPercentageDoubleConvention(false)).Value); }
public void SutYieldsInjectedArray() { var expected = new[] { new Mock <IReflectionElementRefraction <object> >().Object, new Mock <IReflectionElementRefraction <object> >().Object, new Mock <IReflectionElementRefraction <object> >().Object }; var sut = new CompositeReflectionElementRefraction <object>(expected); Assert.True(expected.SequenceEqual(sut)); Assert.True( expected.Cast <object>().SequenceEqual(sut.OfType <object>())); }
public void SutYieldsInjectedArray() { var expected = new[] { new Mock<IReflectionElementRefraction<object>>().Object, new Mock<IReflectionElementRefraction<object>>().Object, new Mock<IReflectionElementRefraction<object>>().Object }; var sut = new CompositeReflectionElementRefraction<object>(expected); Assert.True(expected.SequenceEqual(sut)); Assert.True( expected.Cast<object>().SequenceEqual(sut.OfType<object>())); }
public void RefractReturnsCorrectResult() { // Fixture setup var source = Enumerable.Range(1, 4).ToArray(); var expected = Enumerable .Range(1, 10) .Select(_ => new Mock<IReflectionElement>().Object) .ToArray(); var refractionStubs = Enumerable .Range(1, 3) .Select(_ => new Mock<IReflectionElementRefraction<int>>()) .ToArray(); refractionStubs[0].Setup(r => r.Refract(source)).Returns(expected.Take(4)); refractionStubs[1].Setup(r => r.Refract(source)).Returns(expected.Skip(4).Take(2)); refractionStubs[2].Setup(r => r.Refract(source)).Returns(expected.Skip(6).Take(4)); var sut = new CompositeReflectionElementRefraction<int>( refractionStubs.Select(td => td.Object).ToArray()); // Exercise system var actual = sut.Refract(source); // Verify outcome Assert.Equal(expected, actual); // Teardown }
public void RefractNullThrows() { var sut = new CompositeReflectionElementRefraction <object>(); Assert.Throws <ArgumentNullException>(() => sut.Refract(null)); }
public void SutIsIteratorOfRefractions() { var sut = new CompositeReflectionElementRefraction <object>(); Assert.IsAssignableFrom <IEnumerable <IReflectionElementRefraction <object> > >(sut); }
public void SutIsReflectionElementRefraction() { var sut = new CompositeReflectionElementRefraction <object>(); Assert.IsAssignableFrom <IReflectionElementRefraction <object> >(sut); }
public void RefractNullThrows() { var sut = new CompositeReflectionElementRefraction<object>(); Assert.Throws<ArgumentNullException>(() => sut.Refract(null)); }
public void SutIsIteratorOfRefractions() { var sut = new CompositeReflectionElementRefraction<object>(); Assert.IsAssignableFrom<IEnumerable<IReflectionElementRefraction<object>>>(sut); }
public void SutIsReflectionElementRefraction() { var sut = new CompositeReflectionElementRefraction<object>(); Assert.IsAssignableFrom<IReflectionElementRefraction<object>>(sut); }