How to use ClassA class of ExampleTest package

Best Nunit code snippet using ExampleTest.ClassA

EqualConstraintTests.cs

Source:EqualConstraintTests.cs Github

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...562 {563 get564 {565 var ptr = new System.IntPtr(0);566 var ExampleTestA = new ExampleTest.ClassA(0);567 var ExampleTestB = new ExampleTest.ClassB(0);568 var clipTestA = new ExampleTest.Outer.Middle.Inner.Outer.Middle.Inner.Outer.Middle.Outer.Middle.Inner.Outer.Middle.Inner.Outer.Middle.Inner.Outer.Middle.Inner.Clip.ReallyLongClassNameShouldBeHere();569 var clipTestB = new ExampleTest.Clip.Outer.Middle.Inner.Outer.Middle.Inner.Outer.Middle.Outer.Middle.Inner.Outer.Middle.Inner.Outer.Middle.Inner.Outer.Middle.Inner.Clip.ReallyLongClassNameShouldBeHere();570 yield return new object[] { 0, ptr };571 yield return new object[] { ExampleTestA, ExampleTestB };572 yield return new object[] { clipTestA, clipTestB };573 }574 }575 [Test]576 public void SameValueDifferentTypeExactMessageMatch()577 {578 var ex = Assert.Throws<AssertionException>(() => Assert.AreEqual(0, new System.IntPtr(0)));579 Assert.AreEqual(ex.Message, " Expected: 0 (Int32)"+ NL + " But was: 0 (IntPtr)"+ NL);580 }581 class Dummy582 {583 internal readonly int value;584 public Dummy(int value)585 {586 this.value = value;587 }588 public override string ToString()589 {590 return "Dummy " + value;591 }592 }593 class Dummy1594 {595 internal readonly int value;596 public Dummy1(int value)597 {598 this.value = value;599 }600 public override string ToString()601 {602 return "Dummy " + value;603 }604 }605 class DummyGenericClass<T>606 {607 private readonly object _obj;608 public DummyGenericClass(object obj)609 {610 _obj = obj;611 }612 public override string ToString()613 {614 return _obj.ToString();615 }616 }617 [Test]618 public void TestSameValueDifferentTypeUsingGenericTypes()619 {620 var d1 = new Dummy(12);621 var d2 = new Dummy1(12);622 var dc1 = new DummyGenericClass<Dummy>(d1);623 var dc2 = new DummyGenericClass<Dummy1>(d2);624 var ex = Assert.Throws<AssertionException>(() => Assert.AreEqual(dc1, dc2));625 var expectedMsg =626 " Expected: <Dummy 12> (EqualConstraintTests+DummyGenericClass`1[EqualConstraintTests+Dummy])" + Environment.NewLine +627 " But was: <Dummy 12> (EqualConstraintTests+DummyGenericClass`1[EqualConstraintTests+Dummy1])" + Environment.NewLine;628 Assert.AreEqual(expectedMsg, ex.Message);629 }630 [Test]631 public void SameValueAndTypeButDifferentReferenceShowNotShowTypeDifference()632 {633 var ex = Assert.Throws<AssertionException>(() => Assert.AreEqual(Is.Zero, Is.Zero));634 Assert.AreEqual(ex.Message, " Expected: <<equal 0>>"+ NL + " But was: <<equal 0>>"+ NL);635 }636 [Test, TestCaseSource(nameof(DifferentTypeSameValueTestData))]637 public void SameValueDifferentTypeRegexMatch(object expected, object actual)638 {639 var ex = Assert.Throws<AssertionException>(() => Assert.AreEqual(expected, actual));640 Assert.That(ex.Message, Does.Match(@"\s*Expected\s*:\s*.*\s*\(.+\)\r?\n\s*But\s*was\s*:\s*.*\s*\(.+\)"));641 }642 }643 namespace ExampleTest.Outer.Middle.Inner.Outer.Middle.Inner.Outer.Middle.Outer.Middle.Inner.Outer.Middle.Inner.Outer.Middle.Inner.Outer.Middle.Inner.Clip {644 class ReallyLongClassNameShouldBeHere {645 public override bool Equals(object obj)646 {647 if (obj == null || GetType() != obj.GetType())648 {649 return false;650 }651 return obj.ToString() == this.ToString();652 }653 public override int GetHashCode()654 {655 return "a".GetHashCode();656 }657 public override string ToString()658 {659 return "a";660 }661 }662 }663 namespace ExampleTest.Clip.Outer.Middle.Inner.Outer.Middle.Inner.Outer.Middle.Outer.Middle.Inner.Outer.Middle.Inner.Outer.Middle.Inner.Outer.Middle.Inner.Clip664 {665 class ReallyLongClassNameShouldBeHere {666 public override bool Equals(object obj)667 {668 if (obj == null || GetType() != obj.GetType())669 {670 return false;671 }672 return obj.ToString()==this.ToString();673 }674 public override int GetHashCode()675 {676 return "a".GetHashCode();677 }678 public override string ToString()679 {680 return "a";681 }682 }683 }684 namespace ExampleTest {685 class BaseTest {686 readonly int _value;687 public BaseTest()688 {689 _value = 0;690 }691 public BaseTest(int value) {692 _value = value;693 }694 public override bool Equals(object obj)695 {696 if (obj == null || GetType() != obj.GetType())697 {698 return false;699 }700 return _value.Equals(((BaseTest)obj)._value);701 }702 public override string ToString()703 {704 return _value.ToString();705 }706 public override int GetHashCode()707 {708 return _value.GetHashCode();709 }710 }711 class ClassA : BaseTest {712 public ClassA(int x) : base(x) { }713 }714 class ClassB : BaseTest715 {716 public ClassB(int x) : base(x) { }717 }718 }719 #endregion720 /// <summary>721 /// ConvertibleComparer is used in testing to ensure that objects722 /// of different types can be compared when appropriate.723 /// </summary>724 /// <remark>Introduced when testing issue 1897.725 /// https://github.com/nunit/nunit/issues/1897726 /// </remark>...

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ExampleTest.cs

Source:ExampleTest.cs Github

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...28 [TestMethod]29 public void ResolvingNamedParameters()30 {31 var builder = new ContainerBuilder();32 builder.Register<ParameterClassA>().WithNamedParameter("test", "A").As<ParameterClassA>();33 builder.Register<ParameterClassB>().WithNamedParameter("test", 2).As<ParameterClassB>();34 var cnt = builder.Build();35 var bInst = cnt.Resolve<ParameterClassB>();36 Assert.AreEqual(bInst.Test, 2);37 Assert.AreEqual(bInst.ClassA.Test, "A");38 }39 [TestMethod]40 public void ResolvingEvalutedParameter()41 {42 var builder = new ContainerBuilder();43 builder.Register<ClassThatLogs>()44 .WithEvalutedParamter("logger", requestingType => new SampleLogger(requestingType));45 var instance = builder.Build().BeginLifetimeScope().Resolve<ClassThatLogs>();46 Assert.AreEqual(typeof(ClassThatLogs), instance.GetLoggedType);47 }48 /// <summary>49 /// The registering without "as".50 /// </summary>51 [TestMethod]52 public void RegisteringWithoutAs()53 {54 var builder = new ContainerBuilder();55 builder.Register<ClassA>();56 var resolver = builder.Build();57 var resolvedInstance = resolver.Resolve<ClassA>();58 Assert.AreEqual(typeof(ClassA), resolvedInstance.GetType());59 }60 /// <summary>61 /// Registering the subclass.62 /// </summary>63 [TestMethod]64 public void RegisteringSubclass()65 {66 var builder = new ContainerBuilder();67 builder.Register<ClassB>().As<ClassA>();68 var resolver = builder.Build();69 var resolvedInstance = resolver.Resolve<ClassA>();70 Assert.AreEqual(typeof(ClassB), resolvedInstance.GetType());71 }72 [TestMethod]73 [ExpectedException(typeof(InvalidOperationException))]74 public void DoulbeRegistration()75 {76 var bld = new ContainerBuilder();77 bld.Register<ClassB>().As<ClassA>();78 bld.Register<ClassB>().As<ClassA>();79 bld.Build();80 }81 /// <summary>82 /// Registering the interface.83 /// </summary>84 [TestMethod]85 public void RegisteringInterface()86 {87 var builder = new ContainerBuilder();88 builder.Register<ClassB>().As<InterfaceForClassB>();89 var resolver = builder.Build();90 var resolvedInstance = resolver.Resolve<InterfaceForClassB>();91 Assert.AreEqual(typeof(ClassB), resolvedInstance.GetType());92 }93 /// <summary>94 /// Registering the not assignable class.95 /// </summary>96 [TestMethod]97 [ExpectedException(typeof(NotAssignableException))]98 public void RegisteringNotAssignableClass()99 {100 var builder = new ContainerBuilder();101 builder.Register<ClassA>().As<ClassB>();102 builder.Build();103 }104 /// <summary>105 /// Registering the same type twice.106 /// </summary>107 [TestMethod]108 public void RegisteringTheSameTypeTwice()109 {110 var builder = new ContainerBuilder();111 builder.Register<ClassA>().As<IFoo>();112 builder.Register<ClassB>().As<IFoo>();113 var continer = builder.Build();114 var impl = continer.Resolve<IEnumerable<IFoo>>();115 Assert.AreEqual(impl.Count(), 2);116 }117 /// <summary>118 /// Resolving the type of the unregistered.119 /// </summary>120 [TestMethod]121 [ExpectedException(typeof(CannotResolveTypeException))]122 public void ResolvingUnregisteredType()123 {124 var builder = new ContainerBuilder();125 builder.Build().Resolve<ClassA>();126 }127 /// <summary>128 /// Registering the interface as in and out types.129 /// </summary>130 [TestMethod]131 [ExpectedException(typeof(NotAssignableException))]132 public void RegisteringInterfaceAsInAndOut()133 {134 var builder = new ContainerBuilder();135 builder.Register<InterfaceForClassB>();136 builder.Build().Resolve<InterfaceForClassB>();137 }138 /// <summary>139 /// Resolving the implicit.140 /// </summary>141 [TestMethod]142 public void ResolvingImplicit()143 {144 var builder = new ContainerBuilder { ResolveImplicit = true };145 builder.Register<ClassB>();146 var factory = builder.Build();147 var resolvedInstance = factory.Resolve<InterfaceForClassB>();148 Assert.AreEqual(typeof(ClassB), resolvedInstance.GetType());149 }150 /// <summary>151 /// Resolving the implicit not registered.152 /// </summary>153 [TestMethod]154 [ExpectedException(typeof(CannotResolveTypeException))]155 public void ResolvingImplicitNotRegistered()156 {157 var builder = new ContainerBuilder { ResolveImplicit = true };158 builder.Register<ClassA>();159 var factory = builder.Build();160 var resolvedInstance = factory.Resolve<InterfaceForClassB>();161 Assert.AreEqual(typeof(ClassB), resolvedInstance.GetType());162 }163 /// <summary>164 /// Resolving types with dependencies.165 /// </summary>166 [TestMethod]167 public void ResolvingSimpleDependency()168 {169 var builder = new ContainerBuilder { ResolveImplicit = true };170 builder.Register<ClassB>().As<InterfaceForClassB>();171 builder.Register<ClassV>();172 var factory = builder.Build();173 var resolvedInstance = factory.Resolve<ClassV>();174 Assert.AreEqual(typeof(ClassV), resolvedInstance.GetType());175 }176 /// <summary>177 /// Resolving circular dependencies.178 /// </summary>179 [TestMethod]180 [ExpectedException(typeof(CircularDependenciesException))]181 public void ResolvingCircular()182 {183 var builder = new ContainerBuilder { ResolveImplicit = true };184 builder.Register<Class1>();185 builder.Register<Class2>();186 var factory = builder.Build();187 var resolvedInstance = factory.Resolve<Class2>();188 Assert.AreEqual(typeof(Class2), resolvedInstance.GetType());189 }190 [TestMethod]191 public void RegisterTypesCollectionFromAssembly()192 {193 var builder = new ContainerBuilder();194 builder.Register(Assembly.GetExecutingAssembly());195 var instances = builder.Build().Resolve<IEnumerable<ClassA>>();196 Assert.AreEqual(instances.Count(), 2);197 }198 /// <summary>The registering types with attribute.</summary>199 [TestMethod]200 public void RegisteringTypesWithAttribute()201 {202 var builder = new ContainerBuilder();203 builder.Register();204 var factory = builder.Build();205 var resolved1 = factory.Resolve<InterfaceForClassB>();206 var resolved2 = factory.Resolve<IEnumerable<ClassA>>();207 Assert.AreEqual(resolved1.GetType(), typeof(ClassB));208 Assert.AreEqual(resolved2.Count(), 2);209 }210 [TestMethod]211 public void AsImplementedInterfaceRegistration()212 {213 var builder = new ContainerBuilder();214 builder.Register<ClassA>().AsImplementedInterfaces();215 var cnt = builder.Build();216 var instance = cnt.Resolve<IFoo>();217 Assert.AreEqual(typeof(ClassA), instance.GetType());218 }219 [TestMethod]220 public void NestedLifetimeScopeInstancePerDependency()221 {222 var builder = new ContainerBuilder();223 builder.Register<ClassA>().As<IFoo>().PerLifetimeScope();224 var cnt = builder.Build();225 var firstInstance = cnt.Resolve<IFoo>();226 var nestedScope = cnt.BeginLifetimeScope();227 var nestedFirst = nestedScope.Resolve<IFoo>();228 var secondInstance = cnt.Resolve<IFoo>();229 var nestedSecond = nestedScope.Resolve<IFoo>();230 Assert.AreSame(firstInstance, secondInstance);231 Assert.AreSame(nestedFirst, nestedSecond);232 Assert.AreNotSame(firstInstance, nestedFirst);233 }234 [TestMethod]235 public void NestedLifetimeScopSingleeInstance()236 {237 var builder = new ContainerBuilder();238 builder.Register<ClassA>().As<IFoo>().SingleInstance();239 var cnt = builder.Build();240 var firstInstance = cnt.Resolve<IFoo>();241 var nestedScope = cnt.BeginLifetimeScope();242 var nestedFirst = nestedScope.Resolve<IFoo>();243 var secondInstance = cnt.Resolve<IFoo>();244 var nestedSecond = nestedScope.Resolve<IFoo>();245 Assert.AreSame(firstInstance, secondInstance);246 Assert.AreSame(nestedFirst, nestedSecond);247 Assert.AreSame(firstInstance, nestedFirst);248 }249 [TestMethod]250 public void InstancesPerLifeScopeDispoed()251 {252 var bld = new ContainerBuilder();253 bld.Register<DisposableClass>().PerLifetimeScope();254 var cnt = bld.Build();255 var mainInstance = cnt.Resolve<DisposableClass>();256 var nestedScope = cnt.BeginLifetimeScope();257 var nestedInstance = nestedScope.Resolve<DisposableClass>();258 cnt.Dispose();259 Assert.IsTrue(mainInstance.DisposeCalled);260 Assert.IsTrue(nestedInstance.DisposeCalled);261 }262 [TestMethod]263 [ExpectedException(typeof(LifetimeScopeDisposedException))]264 public void ResolvingAfterDisposalThrowsException()265 {266 var bld = new ContainerBuilder();267 bld.Register<DisposableClass>();268 var cnt = bld.Build();269 cnt.Dispose();270 cnt.Resolve<DisposableClass>();271 }272 [TestMethod]273 public void RegisteringTypesWithPredicates()274 {275 var bld = new ContainerBuilder();276 bld.Register(type => typeof(IFoo).IsAssignableFrom(type), Assembly.GetExecutingAssembly()).As<IFoo>();277 var container = bld.Build();278 var foos = container.Resolve<IEnumerable<IFoo>>();279 Assert.AreEqual(3, foos.Count());280 }281 [TestMethod]282 public void ResolvingMultipleTypesWithPredicateAndPerLiftetimeScope()283 {284 var bld = new ContainerBuilder();285 bld.Register(type => typeof(IFoo).IsAssignableFrom(type), Assembly.GetExecutingAssembly())286 .As<IFoo>()287 .PerLifetimeScope();288 var container = bld.Build();289 var foos = container.Resolve<IEnumerable<IFoo>>().ToList();290 Assert.AreEqual(3, foos.Count());291 Assert.AreNotSame(foos[0], foos[1]);292 Assert.AreNotSame(foos[1], foos[2]);293 }294 [TestMethod]295 public void RegisteringConcreteInstance()296 {297 var instanceB = new ClassB();298 var bld = new ContainerBuilder();299 bld.Register<ClassA>().As(instanceB).PerDependency();300 using (var cnt = bld.Build())301 {302 var mainB = cnt.Resolve<ClassA>();303 ClassA nestedB;304 using (var scope = cnt.BeginLifetimeScope())305 {306 nestedB = scope.Resolve<ClassA>();307 }308 Assert.AreSame(instanceB, mainB);309 Assert.AreSame(instanceB, nestedB);310 }311 }312 [TestMethod]313 public void RegisteringFactoryOfInstance()314 {315 var called = 0;316 var bld = new ContainerBuilder();317 bld.Register<ClassA>().As(ctx =>318 {319 called += 1;320 return new ClassB();321 }).PerLifetimeScope();322 using (var cnt = bld.Build())323 {324 cnt.Resolve<ClassA>();325 cnt.Resolve<ClassA>();326 using (var scope = cnt.BeginLifetimeScope())327 {328 scope.Resolve<ClassA>();329 }330 }331 Assert.AreEqual(2, called);332 }333 [TestMethod]334 public void SomeDisposableWithinhInsideContext()335 {336 var builder = new ContainerBuilder();337 builder.Register<SomeContext>().PerLifetimeScope();338 builder.Register<SomeDisposable>().PerLifetimeScope();339 SomeContext ctx;340 using (var scope = builder.Build().BeginLifetimeScope())341 {342 ctx = scope.Resolve<SomeContext>();343 }344 Assert.IsTrue(ctx.Disposables.First().Disposed);345 }346 [TestMethod]347 public void RegisteringClassesWithModule()348 {349 var bld = new ContainerBuilder();350 bld.RegisterModule(new SampleModule());351 var aInstance = bld.Build().Resolve<ClassA>();352 Assert.AreEqual(typeof(ClassB), aInstance.GetType());353 }354 [TestMethod]355 public void RegisteringEmbeddedModules()356 {357 var bld = new ContainerBuilder();358 bld.RegisterModule(new EmbeddingModule());359 var cnt = bld.Build();360 var aInstance = cnt.Resolve<ClassA>();361 var fooInstance = cnt.Resolve<IFoo>();362 Assert.AreEqual(typeof(ClassB), aInstance.GetType());363 Assert.AreEqual(typeof(ClassB), fooInstance.GetType());364 }365 [TestMethod]366 public void ModuleActivationListener()367 {368 var bld = new ContainerBuilder();369 bld.RegisterModule(new ModuleWithRegisteredInstanceListener());370 var cnt = bld.Build();371 var instance = cnt.Resolve<ActivableClass>();372 Assert.IsTrue(instance.Activated);373 }374 [TestMethod]375 public void ModuleResolvingRegisteredCalledProperly()376 {377 var mod = new ModuleWithResolveTrackingAndOwnRegistration();378 var bld = new ContainerBuilder();379 bld.RegisterModule(mod);380 ClassA i1;381 ClassA i2;382 using (var cnt = bld.Build().BeginLifetimeScope())383 {384 i1 = cnt.Resolve<ClassA>();385 i2 = cnt.Resolve<ClassA>();386 }387 Assert.AreSame(i1, i2);388 Assert.AreEqual(2, mod.Called);389 }390 [TestMethod]391 public void ModuleResolvingCalledProperly()392 {393 var mod = new ModuleWithResolveTracking();394 var bld = new ContainerBuilder();395 bld.Register<ClassA>().PerLifetimeScope();396 bld.RegisterModule(mod);397 ClassA i1;398 ClassA i2;399 using (var cnt = bld.Build().BeginLifetimeScope())400 {401 i1 = cnt.Resolve<ClassA>();402 i2 = cnt.Resolve<ClassA>();403 }404 Assert.AreSame(i1, i2);405 Assert.AreEqual(2, mod.Called);406 }407 [TestMethod]408 public void Register_RegisteringFactoryAsType()409 {410 var bld = new ContainerBuilder();411 var bInst = new ClassB();412 bld.Register(context => bInst).As<InterfaceForClassB>();413 var cnt = bld.Build();414 Assert.AreSame(bInst, cnt.Resolve<InterfaceForClassB>());415 }416 [TestMethod]417 public void Resolve_Lazy()418 {419 var bld = new ContainerBuilder();420 bld.Register<ClassInstanceCount>().PerLifetimeScope();421 ClassInstanceCount.Instances = 0;422 var cnt = bld.Build();423 var laztInst = cnt.Resolve<Lazy<ClassInstanceCount>>();424 Assert.AreEqual(0, ClassInstanceCount.Instances);425 // ReSharper disable once NotAccessedVariable426 var inst = laztInst.Value;427 Assert.AreEqual(1, ClassInstanceCount.Instances);428 laztInst = cnt.Resolve<Lazy<ClassInstanceCount>>();429 // ReSharper disable once RedundantAssignment430 inst = laztInst.Value;431 Assert.AreEqual(1, ClassInstanceCount.Instances);432 }433 [TestMethod]434 public void Resolve_LazyCombinedWithEnumerable()435 {436 var bld = new ContainerBuilder();437 bld.Register<ClassInstanceCount>();438 var cnt = bld.Build();439 var instancesEvaluator = cnt.Resolve<Lazy<IEnumerable<ClassInstanceCount>>>();440 var instances = instancesEvaluator.Value;441 Assert.AreEqual(1, instances.Count());442 }443 [TestMethod]444 [ExpectedException(typeof(RegistrationNotAllowedException))]445 public void Register_ForbidenType_ThrowsExcp()446 {447 (new ContainerBuilder()).Register<LifetimeProxy>().As<ILifetimeScope>();448 }449 [TestMethod]450 public void Resolve_ClassWithLifeTimeScopeInjected_ReturnsProperInstances()451 {452 var bld = new ContainerBuilder();453 bld.Register<InjectLifetimeScopeClass>();454 var cnt = bld.Build();455 var cl = cnt.Resolve<InjectLifetimeScopeClass>();456 Assert.AreSame(cnt, cl.Scope);457 }458 [TestMethod]459 public void Resolve_ClassWithLifeTimeScopeInjected_NestedLifetimeScope_ReturnsProperInstances()460 {461 var bld = new ContainerBuilder();462 bld.Register<InjectLifetimeScopeClass>();463 var cnt = bld.Build();464 var lf = cnt.BeginLifetimeScope();465 var cl = lf.Resolve<InjectLifetimeScopeClass>();466 Assert.AreSame(lf, cl.Scope);467 }468 [TestMethod]469 public void Keyed_Resolve()470 {471 const string someKey = "someKey";472 var bld = new ContainerBuilder();473 bld.Register<ClassB>().As<IFoo>().Keyed(someKey);474 bld.Register<ClassA>().As<IFoo>();475 var cnt = bld.Build();476 var firstInstance = cnt.Resolve<IFoo>();477 var second = cnt.ResolveKeyed<IFoo>(someKey);478 Assert.IsInstanceOfType(firstInstance, typeof(ClassA));479 Assert.IsInstanceOfType(second, typeof(ClassB));480 }481 [TestMethod]482 public void Resolve_Keyed_WithIEnumerable()483 {484 const string someKey = "someKey";485 var bld = new ContainerBuilder();486 bld.Register<ClassB>().As<IFoo>().Keyed(someKey).PerLifetimeScope();487 bld.Register<ClassA>().As<IFoo>().Keyed(someKey).PerLifetimeScope();488 bld.Register<FooClass>().As<IFoo>();489 var cnt = bld.Build();490 var coll = cnt.ResolveKeyed<IEnumerable<IFoo>>(someKey).ToList();491 var inst = cnt.Resolve<IFoo>();492 Assert.IsInstanceOfType(inst, typeof(FooClass));493 Assert.AreEqual(2, coll.Count);494 Assert.IsInstanceOfType(coll[0], typeof(ClassB));495 }496 [TestMethod]497 public void RegisterAndResolve_ValidFactory_GeneralObjectFacotory()498 {499 var target = new ClassA();500 var bld = new ContainerBuilder();501 bld.Register(ctx => (object)target).As<IFoo>();502 var cnt = bld.Build();503 var inst = cnt.Resolve<IFoo>();504 Assert.AreSame(target, inst);505 }506 [TestMethod, ExpectedException(typeof(CannotResolveTypeException))]507 public void RegisterAndResolve_InvalidFactory_ThrowsExcp()508 {509 var target = new ClassA();510 var bld = new ContainerBuilder();511 bld.Register(ctx => (object)target).As<IDisposable>();512 var cnt = bld.Build();513 cnt.Resolve<IDisposable>();514 }515 [TestMethod]516 public void Generic_Resolve_ReturnsProper()517 {518 var bld = new ContainerBuilder();519 bld.Register(typeof(GenericClass<>)).As(typeof(IGenericClass<>));520 var cnt = bld.Build();521 var inst = cnt.Resolve<IGenericClass<string>>();522 Assert.AreEqual(inst.GetType(), typeof(GenericClass<string>));523 }...

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ClassA

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1using ExampleTest;2ClassA obj = new ClassA();3obj.display();4ClassB obj1 = new ClassB();5obj1.display();6ClassC obj2 = new ClassC();7obj2.display();8ClassD obj3 = new ClassD();9obj3.display();

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ClassA

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1using ExampleTest;2{3 public static void Main()4 {5 ClassA obj = new ClassA();6 obj.Display();7 }8}9using ExampleTest;10{11 public static void Main()12 {13 ClassA obj = new ClassA();14 obj.Display();15 }16}171.cs(8,16): error CS0246: The type or namespace name 'ClassA' could not be found (are you missing a using directive or an assembly reference?)18using namespace;19using ExampleTest;20{21 public void Display()22 {23 System.Console.WriteLine("ClassA Display");24 }25}26using ExampleTest;27{28 public static void Main()29 {30 ClassA obj = new ClassA();31 obj.Display();32 }33}34using ExampleTest;35{36 public static void Main()37 {38 ClassA obj = new ClassA();39 obj.Display();40 }41}

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ClassA

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1using ExampleTest;2{3 public void MethodB()4 {5 ClassA a = new ClassA();6 a.MethodA();7 }8}9using ExampleTest;10{11 public void MethodC()12 {13 ClassA a = new ClassA();14 a.MethodA();15 }16}17using System;18using System.Collections.Generic;19using System.Linq;20using System.Text;21using System.Threading.Tasks;22using ExampleTest;23{24 {25 public void MethodA()26 {27 Console.WriteLine("MethodA");28 }29 }30}31{32 public void MethodB()33 {34 ClassA a = new ClassA();35 a.MethodA();36 }37}38{39 public void MethodC()40 {41 ClassA a = new ClassA();42 a.MethodA();43 }44}

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ClassA

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1using ExampleTest;2{3 {4 ClassA obj = new ClassA();5 }6}7using ExampleTest2;8{9 {10 ClassB obj = new ClassB();11 }12}

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ClassA

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1using ExampleTest;2{3 {4 public void MethodA()5 {6 System.Console.WriteLine("MethodA");7 }8 }9}10using ExampleTest;11{12 {13 public void MethodB()14 {15 System.Console.WriteLine("MethodB");16 }17 }18}19using ExampleTest;20{21 {22 public void MethodC()23 {24 System.Console.WriteLine("MethodC");25 }26 }27}28using ExampleTest;29{30 {31 public void MethodD()32 {33 System.Console.WriteLine("MethodD");34 }35 }36}37using ExampleTest;38{39 {40 public void MethodE()41 {42 System.Console.WriteLine("MethodE");43 }44 }45}46using ExampleTest;47{48 {49 public void MethodF()50 {51 System.Console.WriteLine("MethodF");52 }53 }54}55using ExampleTest;56{57 {58 public void MethodG()59 {60 System.Console.WriteLine("MethodG");61 }62 }63}64using ExampleTest;65{66 {67 public void MethodH()68 {69 System.Console.WriteLine("MethodH");70 }71 }72}73using ExampleTest;74{75 {76 public void MethodI()77 {78 System.Console.WriteLine("MethodI");79 }80 }81}

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ClassA

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1using ExampleTest;2{3 {4 public void Display()5 {6 Console.WriteLine("Hello");7 }8 }9}10using ExampleTest;11{12 {13 public void Display()14 {15 ClassA obj = new ClassA();16 obj.Display();17 }18 }19}20using ExampleTest;21{22 {23 static void Main(string[] args)24 {25 ClassB obj = new ClassB();26 obj.Display();27 }28 }29}30using ExampleTest;31{32 {33 public void Display()34 {35 Console.WriteLine("Hello");36 }37 }38}39using ExampleTest;40{41 {42 public void Display()43 {44 ClassA obj = new ClassA();45 obj.Display();46 }47 }48}49using ExampleTest;50{51 {52 static void Main(string[] args)53 {54 ClassB obj = new ClassB();55 obj.Display();56 }57 }58}

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ClassA

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1using ExampleTest;2{3 {4 public void methodA()5 {6 Console.WriteLine("MethodA");7 }8 }9}10using ExampleTest;11{12 {13 public void methodB()14 {15 Console.WriteLine("MethodB");16 }17 }18}19{20 {21 public void methodC()22 {23 Console.WriteLine("MethodC");24 }25 }26}27using ExampleTest;28{29 {30 public void methodD()31 {32 Console.WriteLine("MethodD");33 }34 }35}36using ExampleTest;37{38 {39 public void methodE()40 {41 Console.WriteLine("MethodE");42 }43 }44}45using ExampleTest;46{47 {48 public void methodF()49 {50 Console.WriteLine("MethodF");51 }52 }53}54using ExampleTest;55{56 {57 public void methodG()58 {59 Console.WriteLine("MethodG");60 }61 }62}63using ExampleTest;64{65 {66 public void methodH()67 {68 Console.WriteLine("MethodH");69 }70 }71}72using ExampleTest;73{74 {75 public void methodI()76 {77 Console.WriteLine("MethodI");78 }79 }80}81using ExampleTest;82{83 {84 public void methodJ()85 {86 Console.WriteLine("MethodJ");87 }88 }89}90using ExampleTest;91{92 {93 public void methodK()94 {95 Console.WriteLine("MethodK");96 }97 }98}99using ExampleTest;100{101 {102 public void methodL()103 {104 Console.WriteLine("Method

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ClassA

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1using ExampleTest;2{3 public static void Main()4 {5 ClassA obj = new ClassA();6 obj.display();7 }8}9using ExampleTest;10{11 public static void Main()12 {13 ClassA obj = new ClassA();14 obj.display();15 }16}17using ExampleTest;18{19 public static void Main()20 {21 ClassA obj = new ClassA();22 obj.display();23 }24}25using ExampleTest;26{27 public static void Main()28 {29 ClassA obj = new ClassA();30 obj.display();31 }32}33using ExampleTest;34{35 public static void Main()36 {37 ClassA obj = new ClassA();38 obj.display();39 }40}41using ExampleTest;42{43 public static void Main()44 {45 ClassA obj = new ClassA();46 obj.display();47 }48}49using ExampleTest;50{51 public static void Main()52 {53 ClassA obj = new ClassA();54 obj.display();55 }56}

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ClassA

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1using ExampleTest;2{3 public void Main()4 {5 ClassA obj = new ClassA();6 obj.print();7 }8}9{10 {11 public void print()12 {13 Console.WriteLine("I am in ClassA");14 }15 }16}17{18 public void Main()19 {20 ExampleTest.ClassA obj = new ExampleTest.ClassA();21 obj.print();22 }23}24{25 {26 public void print()27 {28 Console.WriteLine("I am in ClassA");29 }30 }31}32using ExampleTest;33{34 public void Main()35 {36 ClassA obj = new ClassA();37 obj.print();38 }39}40{41 {42 public void print()43 {44 Console.WriteLine("I am in ClassA");45 }46 }47}48{49 public void Main()50 {51 ExampleTest.ClassA obj = new ExampleTest.ClassA();52 obj.print();53 }54}

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Nunit tutorial

Nunit is a well-known open-source unit testing framework for C#. This framework is easy to work with and user-friendly. LambdaTest’s NUnit Testing Tutorial provides a structured and detailed learning environment to help you leverage knowledge about the NUnit framework. The NUnit tutorial covers chapters from basics such as environment setup to annotations, assertions, Selenium WebDriver commands, and parallel execution using the NUnit framework.

Chapters

  1. NUnit Environment Setup - All the prerequisites and setup environments are provided to help you begin with NUnit testing.
  2. NUnit With Selenium - Learn how to use the NUnit framework with Selenium for automation testing and its installation.
  3. Selenium WebDriver Commands in NUnit - Leverage your knowledge about the top 28 Selenium WebDriver Commands in NUnit For Test Automation. It covers web browser commands, web element commands, and drop-down commands.
  4. NUnit Parameterized Unit Tests - Tests on varied combinations may lead to code duplication or redundancy. This chapter discusses how NUnit Parameterized Unit Tests and their methods can help avoid code duplication.
  5. NUnit Asserts - Learn about the usage of assertions in NUnit using Selenium
  6. NUnit Annotations - Learn how to use and execute NUnit annotations for Selenium Automation Testing
  7. Generating Test Reports In NUnit - Understand how to use extent reports and generate reports with NUnit and Selenium WebDriver. Also, look into how to capture screenshots in NUnit extent reports.
  8. Parallel Execution In NUnit - Parallel testing helps to reduce time consumption while executing a test. Deep dive into the concept of Specflow Parallel Execution in NUnit.

NUnit certification -

You can also check out the LambdaTest Certification to enhance your learning in Selenium Automation Testing using the NUnit framework.

YouTube

Watch this tutorial on the LambdaTest Channel to learn how to set up the NUnit framework, run tests and also execute parallel testing.

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