public void E_ClassesCanHaveIndexers() { // An indexer allows a class to act as an array. ClassWithIndexer obj = new ClassWithIndexer(); obj[0] = 5; obj[1] = 7; Assert.AreEqual(FILL_ME_IN, obj[0]); Assert.AreEqual(FILL_ME_IN, obj[1]); }
public void E_ClassesCanHaveIndexers() { // An indexer allows a class to act as an array. ClassWithIndexer obj = new ClassWithIndexer(); obj[0] = 5; obj[1] = 7; Assert.Equal(FILL_ME_IN, obj[0]); Assert.Equal(FILL_ME_IN, obj[1]); }
public static void TestIndexerInClass() { var c1 = new ClassWithIndexer(); Assert("GetAtIndexTest1", c1["Test1"]); c1["Test2"] = "TheValue"; Assert("SetAtIndexTest2IsTheValue", c1.Set); }
public void SetValueByIndexerInManagedObject() { var classWithIndexer = new ClassWithIndexer(); _context.SetParameter("myObject", classWithIndexer); _context.Run("myObject[20] = 'The value is now set'"); Assert.That(classWithIndexer.Value, Is.EqualTo("The value is now set")); Assert.That(classWithIndexer.Index, Is.EqualTo(20)); }
public void ClassesCanHaveIndexers() { // An indexer allows a class to act as an array. ClassWithIndexer obj = new ClassWithIndexer(); obj[0] = 5; obj[1] = 7; Assert.Equal(5, obj[0]); Assert.Equal(7, obj[1]); }
public void GetHashCode_should_return_value_for_class_with_indexer() { var first = new ClassWithIndexer(); first.X = 1; first.Y = 2; var result = first.GetHashCode(); Assert.NotEqual(0, result); }
public void SetValueByIndexerInManagedObject() { var classWithIndexer = new ClassWithIndexer(); _context.SetParameter("myObject", classWithIndexer); _context.Run("myObject[20] = 'The value is now set'"); classWithIndexer.Value.Should().Be("The value is now set"); classWithIndexer.Index.Should().Be(20); }
public void SetValueByIndexerInManagedObject() { var classWithIndexer = new ClassWithIndexer(); _context.SetParameter("myObject", classWithIndexer); _context.Run("myObject[20] = 'The value is now set'"); Assert.That(classWithIndexer.Value, Is.EqualTo("The value is now set")); Assert.That(classWithIndexer.Index, Is.EqualTo(20)); }
public void WhenSerializingItIgnoresIndexer() { // Arrange object o = new ClassWithIndexer { A = "XYZ" }; // Act string result = Serialize(o); // Assert Assert.AreEqual("|A=XYZ", result); }
public void GenericProxyWithIndexer() { object proxy = generator.CreateClassProxy <ClassWithIndexer <string, int> >(logger); Assert.IsNotNull(proxy); ClassWithIndexer <string, int> type = (ClassWithIndexer <string, int>)proxy; type["name"] = 10; Assert.AreEqual(10, type["name"]); Assert.AreEqual("set_Item get_Item ", logger.LogContents); }
public void When_a_property_is_an_indexer_it_should_be_ignored() { // Arrange var expected = new ClassWithIndexer { Foo = "test" }; var result = new ClassWithIndexer { Foo = "test" }; // Act Action act = () => result.Should().BeEquivalentTo(expected); // Assert act.Should().NotThrow(); }
public void Equals_should_return_true_for_class_with_indexer() { var first = new ClassWithIndexer(); first.X = 1; first.Y = 2; var second = new ClassWithIndexer(); second.X = 1; second.Y = 2; var result = first.Equals(second); Assert.True(result); }
public void PropertyComparerFailsWithTargetParameterCountException() { //This is the comparison class CompareLogic compareLogic = new CompareLogic(); compareLogic.Config.SkipInvalidIndexers = true; var class1 = new ClassWithIndexer(); var class2 = new ClassWithIndexer(); //These will be different, write out the differences ComparisonResult result = compareLogic.Compare(class1, class2); if (!result.AreEqual) { Console.WriteLine(result.DifferencesString); } }
public void String_representation_of_expressions_are_as_expected() { var a = 1; var b = 2; var array = new int[10]; var myClass = new MyClass(); int?nullableA = 1; var list = new List <int>(); var indexer = new ClassWithIndexer(); Same(() => a + b, "a + b"); Same(() => !(a + b == 0), "!(a + b == 0)"); Same(() => CallFunction(a + b), "CallFunction(a + b)"); Same(() => (long)a + b, "(long)a + (long)b"); Same(() => (int?)a + b, "a + b"); Same(() => nullableA == 1, "nullableA == 1"); Same(() => nullableA == a, "nullableA == a"); Same(() => (long)nullableA == a, "(long)nullableA == (long)a"); Same(() => int.Parse("123"), @"int.Parse(""123"")"); Same(() => array.Length, "array.Length"); Same(() => array[2], "array[2]"); Same(() => list[2], "list[2]"); Same(() => indexer[2, 5], "indexer[2, 5]"); Same(() => myClass[5], "myClass[5]"); Same(() => a + b > 3 ? 10 : 12, "a + b > 3 ? 10 : 12"); Same(() => _instanceField == 11, "_instanceField == 11"); Same(() => _staticField == 110, "_staticField == 110"); Same(() => MyClass.Value == 10, "MyClass.Value == 10"); Same(() => MyProperty == 10, "MyProperty == 10"); Same(() => PrivateProperty == 10, "PrivateProperty == 10"); Same(() => PublicPropertyPrivateSetter == 10, "PublicPropertyPrivateSetter == 10"); Same(() => new GenericClass <string>() == null, "new GenericClass<string>() == null"); Same(() => new GenericClass <GenericClass <string> >() == null, "new GenericClass<GenericClass<string>>() == null"); Same(() => new List <int> { 10, 11, 12 }.SequenceEqual(array), "new List<int>() { 10, 11, 12 }.SequenceEqual(array)"); Same(() => new int[10] != null, "new int[10] != null"); Same(() => new int?[10] != null, "new int?[10] != null"); Same(() => new int[10][] != null, "new int[10][] != null"); Same(() => new int[10][][] != null, "new int[10][][] != null"); }