public void TestReverseWithOriginalString() { string reversed = ".eslaf eb t'ndluow ecnetnes siht ,dehctiws erew eslaf dna eurt fo sgninaem eht fI"; string expected = "If the meanings of true and false were switched, this sentence wouldn't be false."; Assert.AreEquals(expected, Reverse.Reverse(reversed)); }
public static void Test01() { var type = env.GetType("TestCase.Test01"); var method = type.GetDeclaredMethod("Run2", null, null, env.String); Assert.AreEquals(method.Invoke(null), "Hello World!"); }
public static void Test01() { var type = env.GetType("TestCase.Test01+TestClass"); var method = type.GetDeclaredMethod("Calc", null, new ILType[] { env.GetType <int>() }, env.GetType <int>()); Assert.AreEquals(method.Name, "Calc"); }
public static void Test01() { var type = env.GetType("TestCase.Test01"); Assert.AreEquals(type.FullName, "TestCase.Test01"); Assert.AreEquals(type.BaseType.TypeForCLR, typeof(object)); Assert.AreSame(type.MakeArrayType(), env.GetType("TestCase.Test01[]")); }
public void Test1() { int testVal = 10; AccountObj obj = new AccountObj(testVal, new AccountObjTestService()); obj.RefreshAmount(); Assert.AreEquals(obj.Amount, testVal); }
public static void Test04() { var type = typeof(Dictionary <List <int>, int[, ]>); Assert.AreEquals(env.GetType(type).FullName, "System.Collections.Generic.Dictionary`2[System.Collections.Generic.List`1[System.Int32],System.Int32[,]]"); Assert.AreEquals(env.GetType(type).FullQulifiedName, type.FullName); Assert.AreEquals(env.GetType(type).AssemblyQualifiedName, type.AssemblyQualifiedName); Assert.AreSame(env.GetType(type), env.GetType("System.Collections.Generic.Dictionary`2[System.Collections.Generic.List`1[System.Int32],System.Int32[,]]")); Assert.AreSame(env.GetType(type), env.GetType(typeof(Dictionary <,>)).MakeGenericType(typeof(List <int>), typeof(int[, ]))); }
public void Validate() { AddNotification(Assert.Length(_studentCommand.FirstName, 3, 40, "FirstName", "O nome deve conter entre 3 e 40 caracteres")); AddNotification(Assert.Length(_studentCommand.LastName, 3, 40, "LastName", "O sobrenome deve conter entre 3 e 40 caracteres")); AddNotification(Assert.Length(_studentCommand.Document, 11, 11, "Document", "CPF inválido")); AddNotification(Assert.EmailIsValid(_studentCommand.Email, "Email", "E-mail inválido")); AddNotification(Assert.Length(_userCommand.Username, 6, 20, "Username", "O usuário deve conter entre 6 e 20 caracteres")); AddNotification(Assert.Length(_userCommand.Password, 6, 20, "Password", "A senha deve conter entre 6 e 20 caracteres")); AddNotification(Assert.Length(_userCommand.ConfirmPassword, 6, 20, "ConfirmPassword", "A senha deve conter entre 6 e 20 caracteres")); AddNotification(Assert.AreEquals(_userCommand.Password, _userCommand.ConfirmPassword, "ConfirmPassword", "As senhas digitadas não coincidem")); }
public static void Test03() { Action <ILType, Type> test = (ilType, clrType) => { Assert.AreEquals(ilType.IsPublic, clrType.IsPublic); Assert.AreEquals(ilType.IsNestedPublic, clrType.IsNestedPublic); Assert.AreEquals(ilType.IsAbstract, clrType.IsAbstract); Assert.AreEquals(ilType.IsSealed, clrType.IsSealed); }; test(env.GetType("TestCase.Test02+StructTest"), typeof(StructTest)); }
public void SumaDosNumeros() { // Arrange -> Preparacion var numero1 = 7; var numero2 = 10; var esperado = 17; // act -> Esta la parte de Ejecución var resultadoObtenido = sumar(numero1, numero2); // assert -> verificación Assert.AreEquals(esperado, resultadoObtenido); }
public static void Test03() { var type = env.GetType(typeof(List <>)); Assert.AreEquals(type.FullName, "System.Collections.Generic.List`1"); Assert.AreEquals(type.FullQulifiedName, typeof(List <>).FullName); Assert.AreEquals(type.AssemblyQualifiedName, typeof(List <>).AssemblyQualifiedName); Assert.AreSame(type, env.GetType(typeof(List <>))); Assert.AreSame(type, env.GetType("System.Collections.Generic.List`1")); Assert.AreSame(type, env.GetType("System.Collections.Generic.List`1[System.Int32]").GenericTypeDefinition); Assert.AreSame(type.MakeGenericType(env.GetType(typeof(int))), env.GetType("System.Collections.Generic.List`1[[System.Int32, mscorlib]]")); Assert.AreSame(type.MakeGenericType(env.GetType(typeof(int))), env.GetType(typeof(List <int>))); }
public static void Test02() { var type = env.GetType(typeof(int[][, ])); Assert.AreEquals(type.FullName, "System.Int32[,][]"); Assert.AreEquals(type.AssemblyQualifiedName, typeof(int[][, ]).AssemblyQualifiedName); Assert.True(type.IsArray); Assert.AreEquals(type.ArrayRank, 1); Assert.AreSame(type, env.GetType("System.Int32[,][]")); Assert.AreSame(type, env.GetType("System.Int32[,][], mscorlib")); Assert.AreSame(type, env.GetType("System.Int32[,],mscorlib").MakeArrayType()); Assert.AreSame(type, type.ElementType.MakeArrayType()); }
public static void BaseElementValidation(UIElement element) { Assert.IsTrue(element.Enabled); Assert.IsTrue(element.Displayed); Assert.IsFalse(element.Disabled); Assert.IsFalse(element.Hidden); var location = element.Location; Assert.IsTrue(location.X > 0 && location.Y > 0, "Location: " + location); var size = element.Size; Assert.IsTrue(size.Height > 0 && size.Width > 0, "Size: " + location); element.SetAttribute("test-jdi", "test-value"); Assert.AreEquals(element.GetAttribute("test-jdi"), "test-value"); element.Highlight("blue"); element.Highlight(); element.Show(); }
public static void Test01() { var type = env.GetType(typeof(int)); Assert.AreEquals(type.FullName, "System.Int32"); Assert.AreEquals(type.FullQulifiedName, "System.Int32"); Assert.AreEquals(type.AssemblyQualifiedName, typeof(int).AssemblyQualifiedName); Assert.AreSame(type, env.GetType("System.Int32")); Assert.AreSame(type, env.GetType("System.Int32,mscorlib")); Assert.AreSame(type, env.GetType(typeof(int).AssemblyQualifiedName)); Assert.False(type.IsArray); Assert.AreEquals(type.ArrayRank, 0); Assert.False(type.IsPointer); Assert.False(type.IsByRef); Assert.False(type.IsGenericTypeDefinition); Assert.False(type.IsGenericType); Assert.False(type.IsGenericParameter); Assert.Null(type.GenericTypeDefinition); }
public static void CheckInitializedElement(this IBaseElement expectedParent, UIElement htmlElementToCheck, string expectedLocator, string expectedName, string expectedSmartLocator) { if (htmlElementToCheck != null) { if (htmlElementToCheck.Locator != null) { Assert.AreEquals(htmlElementToCheck.Locator.ToString(), expectedLocator); } else { Assert.AreEquals(htmlElementToCheck.SmartLocators[0].ToString(), expectedSmartLocator); } Assert.AreEquals(htmlElementToCheck.Parent, expectedParent); Assert.AreEquals(htmlElementToCheck.Name, expectedName); } else { throw new ArgumentNullException($"{expectedName} element is null."); } }
public ColorAssert Color(string expectedColor) { Assert.AreEquals(ColorPicker.Color(), expectedColor); return(this); }
public SelectAssert Size(int count) { Assert.AreEquals(count, _selector.Size()); return(this); }
public DropDownAssert Selected(Enum option) { Assert.AreEquals(option.ToString(), new SelectElement(DropDown).SelectedOption.Text); return(this); }
public TableAssert Size(int expectedSize) { Assert.AreEquals(expectedSize, Table.TableSize); return(this); }
public static void CheckText(Func <string> func, string expectedAttrValue) { Assert.AreEquals(func(), expectedAttrValue); }