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How to use Test method of Telerik.JustMock.Tests.Baz class

Best JustMockLite code snippet using Telerik.JustMock.Tests.Baz.Test

NonPublicFixture.cs

Source:NonPublicFixture.cs

...15using System.Collections.Generic;16using System.Linq;17using System.Reflection;18using System.Text;19#region JustMock Test Attributes20#if NUNIT21using NUnit.Framework;22using TestCategory = NUnit.Framework.CategoryAttribute;23using TestClass = NUnit.Framework.TestFixtureAttribute;24using TestMethod = NUnit.Framework.TestAttribute;25using TestInitialize = NUnit.Framework.SetUpAttribute;26using TestCleanup = NUnit.Framework.TearDownAttribute;27using AssertionException = NUnit.Framework.AssertionException;28#elif XUNIT29using Xunit;30using Telerik.JustMock.XUnit.Test.Attributes;31using TestCategory = Telerik.JustMock.XUnit.Test.Attributes.XUnitCategoryAttribute;32using TestClass = Telerik.JustMock.XUnit.Test.Attributes.EmptyTestClassAttribute;33using TestMethod = Xunit.FactAttribute;34using TestInitialize = Telerik.JustMock.XUnit.Test.Attributes.EmptyTestInitializeAttribute;35using TestCleanup = Telerik.JustMock.XUnit.Test.Attributes.EmptyTestCleanupAttribute;36using AssertionException = Telerik.JustMock.XUnit.AssertFailedException;37#elif VSTEST_PORTABLE38using Microsoft.VisualStudio.TestPlatform.UnitTestFramework;39using AssertionException = Microsoft.VisualStudio.TestPlatform.UnitTestFramework.AssertFailedException;40#else41using Microsoft.VisualStudio.TestTools.UnitTesting;42using AssertionException = Microsoft.VisualStudio.TestTools.UnitTesting.AssertFailedException;43#endif44#endregion45namespace Telerik.JustMock.Tests46{47	[TestClass]48	public class NonPublicFixture49	{50		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]51		public void ShouldMockProtectedVirtualMembers()52		{53			var foo = Mock.Create<Foo>(Behavior.CallOriginal);54			Mock.NonPublic.Arrange(foo, "Load").MustBeCalled();55			foo.Init();56			Mock.Assert(foo);57		}58		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]59		public void ShouldMockProtectedProperty()60		{61			var foo = Mock.Create<Foo>(Behavior.CallOriginal);62			Mock.NonPublic.Arrange<int>(foo, "IntValue").Returns(10);63			int ret = foo.GetMultipleOfIntValue();64			Assert.Equal(20, ret);65		}66		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]67		public void ShouldMockOverloadUsingMatchers()68		{69			var foo = Mock.Create<Foo>(Behavior.CallOriginal);70			bool called = false;71			Mock.NonPublic72				.Arrange(foo, "ExecuteProtected", Arg.Expr.IsAny<int>(), Arg.Expr.IsNull<Foo>())73				.DoInstead(() => called = true);74			foo.Execute(10, null);75			Assert.True(called);76		}77		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]78		public void ShouldMockOverloadUsingConcreteValues()79		{80			var foo = Mock.Create<Foo>(Behavior.CallOriginal);81			bool called = false, called2 = false;82			Mock.NonPublic83				.Arrange(foo, "ExecuteProtected", 10, Arg.Expr.IsNull<FooDerived>())84				.DoInstead(() => called = true);85			Mock.NonPublic86				.Arrange(foo, "ExecuteProtected", Arg.Expr.IsNull<FooDerived>(), 10)87				.DoInstead(() => called2 = true);88			foo.Execute(10, null);89			foo.Execute(null, 10);90			Assert.True(called);91			Assert.True(called2);92		}93		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]94		public void ShouldThrowArgumentExpectionForNullArguments()95		{96			var foo = Mock.Create<Foo>(Behavior.CallOriginal);97			Assert.Throws<ArgumentException>(() => Mock.NonPublic.Arrange(foo, "ExecuteProtected", 0, null));98		}99		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]100		public void ShouldAssertNonPublicActions()101		{102			var foo = Mock.Create<Foo>(Behavior.CallOriginal);103			Mock.NonPublic.Arrange(foo, "ExecuteProtected", 10);104			foo.Execute(10);105			// assert if called as expected.106			Mock.NonPublic.Assert(foo, "ExecuteProtected", 10);107		}108		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]109		public void ShouldAssertNonPublicFunctions()110		{111			var foo = Mock.Create<Foo>(Behavior.CallOriginal);112			Mock.NonPublic.Arrange<int>(foo, "IntValue").Returns(10);113			foo.GetMultipleOfIntValue();114			Mock.NonPublic.Assert<int>(foo, "IntValue");115		}116		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]117		public void ShouldThrowForAssertingCallsThatWereNotInvoked()118		{119			var foo = Mock.Create<Foo>(Behavior.CallOriginal);120			Mock.NonPublic.Arrange(foo, "ExecuteProtected", 10);121			// assert if called as expected.122			Assert.Throws<AssertionException>(() => Mock.NonPublic.Assert(foo, "ExecuteProtected", 10));123		}124		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]125		public void ShouldAssertOccrenceForNonPublicFunction()126		{127			var foo = Mock.Create<Foo>(Behavior.CallOriginal);128			Mock.NonPublic.Assert<int>(foo, "IntValue", Occurs.Never());129		}130		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]131		public void ShouldAssertOccurenceForNonPublicAction()132		{133			var foo = Mock.Create<Foo>(Behavior.CallOriginal);134			Mock.NonPublic.Arrange(foo, "ExecuteProtected", 10);135			foo.Execute(10);136			Mock.NonPublic.Assert(foo, "ExecuteProtected", Occurs.Exactly(1), 10);137		}138		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]139		public void ShouldThrowMissingMethodExceptionForMethodSpecification()140		{141			var foo = Mock.Create<Foo>(Behavior.CallOriginal);142			Assert.Throws<MissingMemberException>(() => Mock.NonPublic.Arrange(foo, "ExecuteProtected"));143		}144#if !SILVERLIGHT145		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]146		public void ShouldCreateMockFromClassHavingAbstractInternalMethodInBase()147		{148			var foo = Mock.Create<FooAbstract2>();149			foo.TryCreateToken(string.Empty);150		}151		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]152		public void ShouldMockTypeWithInternalCtorWhenInternalVisibleToIsApplied()153		{154			// Provided that InternalsVisibleTo attribute is included in assemblyinfo.cs.155			var foo = Mock.Create<FooInternal>(Behavior.CallOriginal);156			Assert.NotNull(foo.Builder);157		}158		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]159		public void ShouldAssertNonPublicMethodFromBase()160		{161			var baz = Mock.Create<Baz>(Behavior.CallOriginal);162			const string targetMethod = "MethodToMock";163			Mock.NonPublic.Arrange(baz, targetMethod).DoNothing();164			baz.MethodToTest();165			Mock.NonPublic.Assert(baz, targetMethod);166		}167#if !PORTABLE168		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]169		public void ShouldAssertNonPublicCallWhenOccurrenceIsApplied()170		{171			var baz = Mock.Create<Bar>(Behavior.CallOriginal);172			const string targetMethod = "MethodToMock";173			Mock.NonPublic.Arrange(baz, targetMethod).OccursOnce();174			baz.GetType().GetMethod(targetMethod, BindingFlags.NonPublic | BindingFlags.Instance).Invoke(baz, null);175			Mock.NonPublic.Assert(baz, targetMethod);176		}177		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic"), TestCategory("Assertion")]178		public void ShouldGetTimesCalledOfNonPublicMethod()179		{180			var mock = Mock.Create<Bar>();181			Mock.NonPublic.MakePrivateAccessor(mock).CallMethod("MethodToMock");182			Assert.Equal(1, Mock.NonPublic.GetTimesCalled(mock, "MethodToMock"));183			Assert.Equal(1, Mock.NonPublic.GetTimesCalled(mock, typeof(Bar).GetMethod("MethodToMock", BindingFlags.NonPublic | BindingFlags.Instance)));184		}185#endif186		public class Bar187		{188			protected virtual void MethodToMock()189			{190				throw new ArgumentException("Base method Invoked");191			}192		}193		public class Baz : Bar194		{195			public virtual void MethodToTest()196			{197				MethodToMock();198			}199		}200		internal class FooInternal201		{202			internal FooInternal()203			{204				builder = new StringBuilder();205			}206			public StringBuilder Builder207			{208				get209				{210					return builder;211				}212			}213			private StringBuilder builder;214		}215#endif216		internal abstract class FooAbstract217		{218			protected internal abstract bool TryCreateToken(string literal);219		}220		internal abstract class FooAbstract2 : FooAbstract221		{222		}223		public class Foo224		{225			protected virtual void ExecuteProtected(Foo foo, int arg1)226			{227				throw new NotImplementedException();228			}229			protected virtual void ExecuteProtected(int arg1, Foo foo)230			{231				throw new NotImplementedException();232			}233			protected virtual void ExecuteProtected(int arg1)234			{235				throw new NotImplementedException();236			}237			public virtual void Execute(int arg1)238			{239				ExecuteProtected(arg1);240			}241			public virtual void Execute(int arg1, Foo foo)242			{243				ExecuteProtected(arg1, foo);244			}245			public virtual void Execute(Foo foo, int arg1)246			{247				ExecuteProtected(foo, arg1);248			}249			protected virtual void Load()250			{251				throw new NotImplementedException();252			}253			protected virtual int IntValue254			{255				get256				{257					throw new NotImplementedException();258				}259			}260			public virtual void Init()261			{262				Load();263			}264			public virtual int GetMultipleOfIntValue()265			{266				return IntValue * 2;267			}268		}269		public class FooDerived : Foo270		{271		}272		public class RefTest273		{274			protected virtual void Test(string arg1, ref string asd)275			{276			}277			public void ExecuteTest(ref string asd)278			{279				this.Test("test1", ref asd);280			}281		}282		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]283		public void ShouldArrangeNonPublicUsingByRefArgumentWithMatcher()284		{285			var foo = Mock.Create<RefTest>(Behavior.CallOriginal);286			Mock.NonPublic.Arrange(foo, "Test", Arg.Expr.IsAny<string>(), Arg.Expr.Ref(Arg.Expr.IsAny<string>())).MustBeCalled();287			string asd = "asd";288			foo.ExecuteTest(ref asd);289			Mock.Assert(foo);290		}291		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]292		public void ShouldArrangeNonPublicUsingByRefArgumentWithConstant()293		{294			int call = 1;295			int callA = 0, callB = 0;296			var foo = Mock.Create<RefTest>(Behavior.CallOriginal);297			Mock.NonPublic.Arrange(foo, "Test", Arg.Expr.IsAny<string>(), Arg.Expr.Ref(Arg.Expr.IsAny<string>())).DoInstead(() => callB = call++);298			Mock.NonPublic.Arrange(foo, "Test", Arg.Expr.IsAny<string>(), Arg.Expr.Ref("asd")).DoInstead(() => callA = call++);299			string input = "asd";300			foo.ExecuteTest(ref input);301			input = "foo";302			foo.ExecuteTest(ref input);303			Assert.Equal(1, callA);304			Assert.Equal(2, callB);305		}306		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]307		public void ShouldArrangeNonPublicUsingByRefArgumentAsOutputParameter()308		{309			var foo = Mock.Create<RefTest>(Behavior.CallOriginal);310			Mock.NonPublic.Arrange(foo, "Test", Arg.Expr.IsAny<string>(), Arg.Expr.Out("asd"));311			string input = "";312			foo.ExecuteTest(ref input);313			Assert.Equal("asd", input);314		}315		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]316		public void ShouldNotArrangeNonPublicUsingConstantArgumentWhereByRefIsExpected()317		{318			var foo = Mock.Create<RefTest>(Behavior.CallOriginal);319			Assert.Throws<MissingMemberException>(() => Mock.NonPublic.Arrange(foo, "Test", Arg.Expr.IsAny<string>(), "asd"));320		}321		public abstract class WeirdSignature322		{323			protected abstract int Do(int a, string b, ref object c, IEnumerable<int> d);324			protected abstract void Do(bool b);325			protected abstract DateTime Do(DateTime dateTime);326			protected static void Do(int d) { }327			protected static int Do(char e) { return 0; }328		}329		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]330		public void ShouldProvideHelpfulExceptionMessageWhenNonPublicMethodIsMissing()331		{332			var foo = Mock.Create<WeirdSignature>();333			var exception = Assert.Throws<MissingMemberException>(() => Mock.NonPublic.Arrange(foo, "Do"));334			var message = exception.Message;335			Assert.Equal(("Method 'Do' with the given signature was not found on type Telerik.JustMock.Tests.NonPublicFixture+WeirdSignature\r\n" +336"Review the available methods in the message below and optionally paste the appropriate arrangement snippet.\r\n" +337"----------\r\n" +338"Method 1: Int32 Do(Int32, System.String, System.Object ByRef, System.Collections.Generic.IEnumerable`1[System.Int32])\r\n" +339"C#: Mock.NonPublic.Arrange<int>(mock, \"Do\", Arg.Expr.IsAny<int>(), Arg.Expr.IsAny<string>(), Arg.Expr.Ref(Arg.Expr.IsAny<object>()), Arg.Expr.IsAny<IEnumerable<int>>());\r\n" +340"VB: Mock.NonPublic.Arrange(Of Integer)(mock, \"Do\", Arg.Expr.IsAny(Of Integer)(), Arg.Expr.IsAny(Of String)(), Arg.Expr.Ref(Arg.Expr.IsAny(Of Object)()), Arg.Expr.IsAny(Of IEnumerable(Of Integer))())\r\n" +341"----------\r\n" +342"Method 2: Void Do(Boolean)\r\n" +343"C#: Mock.NonPublic.Arrange(mock, \"Do\", Arg.Expr.IsAny<bool>());\r\n" +344"VB: Mock.NonPublic.Arrange(mock, \"Do\", Arg.Expr.IsAny(Of Boolean)())\r\n" +345"----------\r\n" +346"Method 3: System.DateTime Do(System.DateTime)\r\n" +347"C#: Mock.NonPublic.Arrange<DateTime>(mock, \"Do\", Arg.Expr.IsAny<DateTime>());\r\n" +348"VB: Mock.NonPublic.Arrange(Of Date)(mock, \"Do\", Arg.Expr.IsAny(Of Date)())\r\n" +349"----------\r\n" +350"Method 4: Void Do(Int32)\r\n" +351"C#: Mock.NonPublic.Arrange(\"Do\", Arg.Expr.IsAny<int>());\r\n" +352"VB: Mock.NonPublic.Arrange(\"Do\", Arg.Expr.IsAny(Of Integer)())\r\n" +353"----------\r\n" +354"Method 5: Int32 Do(Char)\r\n" +355"C#: Mock.NonPublic.Arrange<int>(\"Do\", Arg.Expr.IsAny<char>());\r\n" +356"VB: Mock.NonPublic.Arrange(Of Integer)(\"Do\", Arg.Expr.IsAny(Of Char)())\r\n").Replace("\r\n", Environment.NewLine), message);357			var exception2 = Assert.Throws<MissingMemberException>(() => Mock.NonPublic.Arrange(foo, "Dont"));358			var message2 = exception2.Message;359			Assert.Equal(("Method 'Dont' with the given signature was not found on type Telerik.JustMock.Tests.NonPublicFixture+WeirdSignature\r\n" +360				"No methods or properties found with the given name.\r\n").Replace("\r\n", Environment.NewLine), message2);361		}362		public abstract class NonPublicOverloads363		{364			protected abstract int NotOverloaded(int a, out object b);365			protected abstract int Overloaded(int a);366			protected abstract int Overloaded(string a);367			protected abstract int Prop { set; }368			public int CallNotOverloaded(int a, out object b)369			{370				return NotOverloaded(a, out b);371			}372			public int SetProp373			{374				set { Prop = value; }375			}376		}377		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]378		public void ShouldQuickArrangeNonPublicNonOverloadedMethod()379		{380			var mock = Mock.Create<NonPublicOverloads>(Behavior.CallOriginal);381			Mock.NonPublic.Arrange<int>(mock, "NotOverloaded").Returns(5);382			object b;383			var result = mock.CallNotOverloaded(5, out b);384			Assert.Equal(5, result);385		}386		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]387		public void ShouldQuickArrangeNonPublicSetter()388		{389			var mock = Mock.Create<NonPublicOverloads>(Behavior.CallOriginal);390			bool called = false;391			Mock.NonPublic.Arrange(mock, "Prop").DoInstead(() => called = true);392			mock.SetProp = 5;393			Assert.True(called);394		}395		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]396		public void ShouldFailToQuickArrangeNonPublicOverloadedMethods()397		{398			var mock = Mock.Create<NonPublicOverloads>();399			Assert.Throws<MissingMemberException>(() => Mock.NonPublic.Arrange<int>(mock, "Overloaded"));400		}401		public abstract class GenericTest402		{403			protected abstract T Do<T>(T x);404			protected abstract IEnumerable<T> Enumerate<T>();405			public int TestDo()406			{407				return Do(10);408			}409			public IEnumerable<int> TestEnumerate()410			{411				return Enumerate<int>();412			}413		}414		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]415		public void ShouldArrangeNonPublicMethodReturningGenericValue()416		{417			var mock = Mock.Create<GenericTest>(Behavior.CallOriginal);418			Mock.NonPublic.Arrange<int>(mock, "Do", Arg.Expr.IsAny<int>()).Returns(123);419			Assert.Equal(123, mock.TestDo());420		}421		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]422		public void ShouldArrangeNonPublicMethodReturningGenericValueComplexType()423		{424			var mock = Mock.Create<GenericTest>(Behavior.CallOriginal);425			Mock.NonPublic.Arrange<IEnumerable<int>>(mock, "Enumerate").Returns(new[] { 123 });426			var actual = mock.TestEnumerate().ToArray();427			Assert.Equal(1, actual.Length);428			Assert.Equal(123, actual[0]);429		}430	}431}...

RecursiveFixture.cs

Source:RecursiveFixture.cs

...14using System;15using System.Collections.Generic;16using System.Linq;17using Telerik.JustMock.Core;18#region JustMock Test Attributes19#if NUNIT20using NUnit.Framework;21using TestCategory = NUnit.Framework.CategoryAttribute;22using TestClass = NUnit.Framework.TestFixtureAttribute;23using TestMethod = NUnit.Framework.TestAttribute;24using TestInitialize = NUnit.Framework.SetUpAttribute;25using TestCleanup = NUnit.Framework.TearDownAttribute;26using AssertionException = NUnit.Framework.AssertionException;27#elif XUNIT28using Xunit;29using Telerik.JustMock.XUnit.Test.Attributes;30using TestCategory = Telerik.JustMock.XUnit.Test.Attributes.XUnitCategoryAttribute;31using TestClass = Telerik.JustMock.XUnit.Test.Attributes.EmptyTestClassAttribute;32using TestMethod = Xunit.FactAttribute;33using TestInitialize = Telerik.JustMock.XUnit.Test.Attributes.EmptyTestInitializeAttribute;34using TestCleanup = Telerik.JustMock.XUnit.Test.Attributes.EmptyTestCleanupAttribute;35using AssertionException = Telerik.JustMock.XUnit.AssertFailedException;36#elif VSTEST_PORTABLE37using Microsoft.VisualStudio.TestPlatform.UnitTestFramework;38using AssertionException = Microsoft.VisualStudio.TestPlatform.UnitTestFramework.AssertFailedException;39#else40using Microsoft.VisualStudio.TestTools.UnitTesting;41using AssertionException = Microsoft.VisualStudio.TestTools.UnitTesting.AssertFailedException;42#endif43#endregion44#if PORTABLE45[assembly: Telerik.JustMock.MockedType(typeof(Telerik.JustMock.Tests.RecursiveFixture.ValidateMember))]46#endif47#if XUNIT248#pragma warning disable xUnit1013 49#endif50namespace Telerik.JustMock.Tests51{52	[TestClass]53	public class RecursiveFixture54	{55		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]56		public void ShouldAssertNestedPropertySetups()57		{58			var foo = Mock.Create<IFoo>();59			Mock.Arrange(() => foo.Bar.Value).Returns(10);60			Assert.Equal(10, foo.Bar.Value);61		}62		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]63		public void ShouldAssertNestedProperyCallsAsEqual()64		{65			var foo = Mock.Create<IFoo>();66			var b1 = foo.Bar;67			var b2 = foo.Bar;68			Assert.NotNull(b1);69			Assert.Same(b1, b2);70		}71		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]72		public void ShouldAssertNestedSetupWithSimilarMethods()73		{74			var foo = Mock.Create<IFoo>();75			Mock.Arrange(() => foo.Bar.Do("x")).Returns("xit");76			Mock.Arrange(() => foo.Bar1.Baz.Do("y")).Returns("yit");77			Assert.Equal(foo.Bar.Do("x"), "xit");78			Assert.Equal(foo.Bar1.Baz.Do("y"), "yit");79		}80		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]81		public void ShouldAssertNestedSetupForSimilarRootAndSimilarMethods()82		{83			var foo = Mock.Create<IFoo>();84			Mock.Arrange(() => foo.Bar.Do("x")).Returns("xit");85			Mock.Arrange(() => foo.Bar.Baz.Do("y")).Returns("yit");86			Assert.Equal(foo.Bar.Do("x"), "xit");87			Assert.Equal(foo.Bar.Baz.Do("y"), "yit");88		}89		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]90		public void ShouldNotAutoInstantiateIfNotArranged()91		{92			var foo = Mock.Create<IFoo>(Behavior.Loose);93			Assert.Equal(foo.Bar, null);94		}95		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]96		public void ShouldAssertNestedPropertySet()97		{98			var foo = Mock.Create<IFoo>(Behavior.Strict);99			Mock.ArrangeSet<IFoo>(() => { foo.Bar.Value = 5; }).DoNothing();100			Assert.Throws<MockException>(() => foo.Bar.Value = 10);101			foo.Bar.Value = 5;102			Assert.NotNull(foo.Bar);103		}104		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]105		public void ShouldAssertNestedVerifables()106		{107			var foo = Mock.Create<IFoo>();108			string ping = "ping";109			Mock.Arrange(() => foo.Do(ping)).Returns("ack");110			Mock.Arrange(() => foo.Bar.Do(ping)).Returns("ack2");111			Assert.Equal(foo.Do(ping), "ack");112			var bar = foo.Bar;113			Assert.Throws<AssertionException>(() => Mock.Assert(() => foo.Bar.Do(ping)));114			Assert.Equal(foo.Bar.Do(ping), "ack2");115			Mock.Assert(() => foo.Bar.Do(ping));116		}117#if !SILVERLIGHT118		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]119		public void ShouldNotAutoCreateNestedInstanceWhenSetExplictly()120		{121			var foo = Mock.Create<Foo>();122			foo.Bar = Mock.Create(() => new Bar(10));123			Mock.Arrange(() => foo.Bar.Echo()).CallOriginal();124			Assert.Equal(10, foo.Bar.Echo());125		}126#endif127		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]128		public void ShouldMockIEnumerableImplementer()129		{130			var regionManager = Mock.Create<IRegionManager>();131			Mock.Arrange(() => regionManager.Regions["SomeRegion"]).Returns(5);132			Assert.Equal(5, regionManager.Regions["SomeRegion"]);133		}134		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]135		public void ShouldMockIDictionaryImplementer()136		{137			var regionManager = Mock.Create<IRegionManager>();138			Mock.Arrange(() => regionManager.RegionsByName["SomeRegion"]).Returns(5);139			Assert.Equal(5, regionManager.RegionsByName["SomeRegion"]);140		}141		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]142		public void ShouldRaiseEventsFromMockIEnumerable()143		{144			var regionManager = Mock.Create<IRegionManager>();145			Mock.Arrange(() => regionManager.Regions[""]).Returns(new object()); // auto-arrange Regions with mock collection146			bool ienumerableEventRaised = false;147			regionManager.Regions.CollectionChanged += (o, e) => ienumerableEventRaised = true;148			Mock.Raise(() => regionManager.Regions.CollectionChanged += null, EventArgs.Empty);149			Assert.True(ienumerableEventRaised);150		}151		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]152		public void ShouldRaiseEventsFromMockIDictionary()153		{154			var regionManager = Mock.Create<IRegionManager>();155			Mock.Arrange(() => regionManager.RegionsByName[""]).Returns(new object()); // auto-arrange RegionsByName with mock collection156			bool idictionaryEventRaised = false;157			regionManager.Regions.CollectionChanged += (o, e) => idictionaryEventRaised = true;158			Mock.Raise(() => regionManager.Regions.CollectionChanged += null, EventArgs.Empty);159			Assert.True(idictionaryEventRaised);160		}161		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]162		public void ShouldBeAbleToEnumerateMockEnumerable()163		{164			var mock = Mock.Create<IDataLocator>();165			Assert.Equal(0, mock.RecentEvents.Count());166		}167		private IMatrix Matrix { get; set; }168		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]169		public void ShouldNotAutoArrangeIfPropertyInThis()170		{171			var mockedMatrix = Mock.Create<IMatrix>();172			this.Matrix = mockedMatrix;173			var mockedArray = new object[0];174			Mock.Arrange(() => Matrix.Raw).Returns(mockedArray);175			Assert.Equal(mockedMatrix, this.Matrix);176			Assert.Equal(mockedArray, this.Matrix.Raw);177		}178		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]179		public void ShouldReturnNullOnLoose()180		{181			var foo = Mock.Create<IFoo>(Behavior.Loose);182			Assert.Null(foo.Bar);183		}184		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]185		public void ShouldAutoMockInArrangeOnLoose()186		{187			var foo = Mock.Create<IFoo>(Behavior.Loose);188			Mock.Arrange(() => foo.Bar.Baz);189			Assert.NotNull(foo.Bar);190		}191		public interface IRegionManager192		{193			IRegionCollection Regions { get; }194			IRegionLookup RegionsByName { get; }195		}196		public interface IRegionCollection : IEnumerable<object>197		{198			object this[string regionName] { get; }199			event EventHandler CollectionChanged;200		}201		public interface IRegionLookup : IDictionary<string, object>202		{203			object this[string regionName] { get; }204			event EventHandler CollectionChanged;205		}206		public interface IMatrix207		{208			Array Raw { get; }209		}210		public interface IDataLocator211		{212			IDataFeed RecentEvents { get; }213		}214		public interface IDataFeed : IEnumerable<object>215		{ }216		public class Bar217		{218			int arg1;219			public Bar(int arg1)220			{221				this.arg1 = arg1;222			}223			public virtual int Echo()224			{225				return arg1;226			}227		}228		public class Foo229		{230			public virtual Bar Bar { get; set; }231		}232		public interface IFoo233		{234			IBar Bar { get; set; }235			IBar Bar1 { get; set; }236			IBar this[int index] { get; set; }237			string Do(string command);238		}239		public interface IBar240		{241			int Value { get; set; }242			string Do(string command);243			IBaz Baz { get; set; }244			IBaz GetBaz(string value);245		}246		public interface IBaz247		{248			int Value { get; set; }249			string Do(string command);250			void Do();251		}252		public abstract class ValidateMember253		{254			public readonly object session;255			public ValidateMember(object session)256			{257				this.session = session;258			}259			public abstract bool With(string model);260		}261		public interface IServiceProvider262		{263			T Query<T>();264		}265		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]266		public void ShouldRecursivelyArrangeGenericMethod()267		{268			var service = Mock.Create<IServiceProvider>();269			Mock.Arrange(() => service.Query<ValidateMember>().With("me")).Returns(true);270			var actual = service.Query<ValidateMember>().With("me");271			Assert.Equal(true, actual);272		}273		public interface IBenefits274		{275		}276		public interface IOuter277		{278			IEnumerableWithBenefits Bar { get; }279			IDictionaryWithBenefits Dict { get; }280		}281		public interface IEnumerableWithBenefits : IEnumerable<Object>282		{283			IBenefits GetBaz();284		}285		public interface IDictionaryWithBenefits : IDictionary<string, int>286		{287			IBenefits GetBaz();288		}289		[TestMethod, TestCategory("Lite"), TestCategory("Recursive")]290		public void ShouldMockRecursivelyCustomMembersOnIEnumerable()291		{292			var foo = Mock.Create<IOuter>(Behavior.RecursiveLoose);293			Assert.NotNull(foo.Bar.GetBaz());294			Assert.NotNull(foo.Dict.GetBaz());295		}296	}297	[TestClass]298	public class RecursiveMockRepositoryInheritance299	{300		public interface IDataItem301		{302			int Id { get; }303		}304		public interface IDataProcessor305		{306			IDataItem Item { get; }307		}308		private IDataProcessor mock;309#if XUNIT310		public RecursiveMockRepositoryInheritance()311		{312			BeforeEach();313		}314#endif315		[TestInitialize]316		public void BeforeEach()317		{318			mock = Mock.Create<IDataProcessor>();319		}320		[TestMethod, TestCategory("Lite"), TestCategory("MockingContext"), TestCategory("Recursive")]321		public void ShouldSetUseContextualRepositoryForRecursiveMock()322		{323			Mock.Arrange(() => mock.Item.Id).Returns(5);324			Assert.Equal(5, mock.Item.Id);325		}326	}327}...

RecursiveMocking.cs

Source:RecursiveMocking.cs

...11   See the License for the specific language governing permissions and12   limitations under the License.13*/14using System;15using Microsoft.VisualStudio.TestTools.UnitTesting;16using Telerik.JustMock;17namespace JustMock.NonElevatedExamples.BasicUsage.RecursiveMocking18{19    /// <summary>20    /// Recursive mocks enable you to mock members that are obtained as a result of "chained" calls on a mock. 21    /// For example, recursive mocking is useful in the cases when you test code like this: foo.Bar.Baz.Do("x"). 22    /// See http://www.telerik.com/help/justmock/basic-usage-recursive-mocking.html for full documentation of the feature.23    /// </summary>24    [TestClass]25    public class RecursiveMocking_Tests26    {27        [TestMethod]28        public void ShouldAssertNestedVeriables()29        {30            string pingArg = "ping";31            var expected = "test";32            // ARRANGE33            // Creating a mocked instance of the "IFoo" interface.34            var foo = Mock.Create<IFoo>();35            // Arranging: When foo.Bar.Do() is called, it should return the expected string. 36            //              This will automatically create mock of foo.Bar and a NullReferenceException will be avoided.37            Mock.Arrange(() => foo.Bar.Do(pingArg)).Returns(expected);38            // ACT39            var actualFooBarDo = foo.Bar.Do(pingArg);40            // ASSERT41            Assert.AreEqual(expected, actualFooBarDo);42        }43        [TestMethod]44        public void ShouldInstantiateFooBar()45        {46            // ARRANGE47            // Creating a mocked instance of the "IFoo" interface.48            var foo = Mock.Create<IFoo>();49            // ASSERT - Not arranged members in a RecursiveLoose mocks should not be null.50            Assert.IsNotNull(foo.Bar);51        }52        [TestMethod]53        public void ShouldAssertNestedPropertyGet()54        {55            var expected = 10;56            // ARRANGE57            // Creating a mocked instance of the "IFoo" interface.58            var foo = Mock.Create<IFoo>();59            // Arranging: When foo.Bar.Value is called, it should return expected value. 60            //              This will automatically create mock of foo.Bar and a NullReferenceException will be avoided.61            Mock.Arrange(() => foo.Bar.Value).Returns(expected);62            // ACT63            var actual = foo.Bar.Value;64            // ASSERT65            Assert.AreEqual(expected, actual);66        }67        [TestMethod]68        public void ShouldAssertNestedPropertySet()69        {70            // ARRANGE71            // Creating a mocked instance of the "IFoo" interface.72            var foo = Mock.Create<IFoo>();73            // Arranging: Setting foo.Bar.Value to 5, should do nothing. 74            //              This will automatically create mock of foo.Bar and a NullReferenceException will be avoided.75            Mock.ArrangeSet<IFoo>(() => { foo.Bar.Value = 5; }).DoNothing().MustBeCalled();76            // ACT77            foo.Bar.Value = 5;78            // ASSERT79            Mock.Assert(foo);80        }81        [TestMethod]82        public void NestedPropertyAndMethodCalls()83        {84            // ARRANGE85            // Creating a mocked instance of the "IFoo" interface.86            var foo = Mock.Create<IFoo>();87            // Arranging: When foo.Bar.Do() is called with "x" as an argument, it return "xit". 88            //              This will automatically create mock of foo.Bar and a NullReferenceException will be avoided.89            Mock.Arrange(() => foo.Bar.Do("x")).Returns("xit");90            // Arranging: When foo.Bar.Baz.Do() is called with "y" as an argument, it return "yit". 91            //              This will automatically create mock of foo.Bar and foo.Bar.Baz and a 92            //              NullReferenceException will be avoided.93            Mock.Arrange(() => foo.Bar.Baz.Do("y")).Returns("yit");94            // ACT95            var actualFooBarDo = foo.Bar.Do("x");...

Test

Using AI Code Generation

1using Telerik.JustMock.Tests;2{3    {4        public void Bar()5        {6            Baz baz = new Baz();7            baz.Test();8        }9    }10}11using Telerik.JustMock.Tests;12{13    {14        public void Bar()15        {16            Baz baz = new Baz();17            baz.Test();18        }19    }20}

Test

Using AI Code Generation

1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using Telerik.JustMock;7using Telerik.JustMock.Helpers;8{9    {10        public void Bar()11        {12            var mock = Mock.Create<Baz>();13            Mock.Arrange(() => mock.Test(Arg.AnyInt)).Returns(1);14            int result = mock.Test(1);15        }16    }17}18using System;19using System.Collections.Generic;20using System.Linq;21using System.Text;22using System.Threading.Tasks;23using Telerik.JustMock;24using Telerik.JustMock.Helpers;25{26    {27        public void Bar()28        {29            var mock = Mock.Create<Baz>();30            Mock.Arrange(() => mock.Test(Arg.AnyInt)).Returns(1);31            int result = mock.Test(1);32        }33    }34}

Test

Using AI Code Generation

1Baz baz = Mock.Create<Baz>();2Mock.Arrange(() => baz.Test()).Returns(5);3Assert.AreEqual(5, baz.Test());4Baz baz = Mock.Create<Baz>();5Mock.Arrange(() => baz.Test()).Returns(5);6Assert.AreEqual(5, baz.Test());7Baz baz = Mock.Create<Baz>();8Mock.Arrange(() => baz.Test()).Returns(5);9Assert.AreEqual(5, baz.Test());10Baz baz = Mock.Create<Baz>();11Mock.Arrange(() => baz.Test()).Returns(5);12Assert.AreEqual(5, baz.Test());13Baz baz = Mock.Create<Baz>();14Mock.Arrange(() => baz.Test()).Returns(5);15Assert.AreEqual(5, baz.Test());16Baz baz = Mock.Create<Baz>();17Mock.Arrange(() => baz.Test()).Returns(5);18Assert.AreEqual(5, baz.Test());19Baz baz = Mock.Create<Baz>();20Mock.Arrange(() => baz.Test()).Returns(5);21Assert.AreEqual(5, baz.Test());22Baz baz = Mock.Create<Baz>();23Mock.Arrange(() => baz.Test()).Returns(5);24Assert.AreEqual(5, baz.Test());25Baz baz = Mock.Create<Baz>();26Mock.Arrange(() => baz.Test()).Returns(5);27Assert.AreEqual(5, baz.Test());28Baz baz = Mock.Create<Baz>();29Mock.Arrange(() => baz.Test()).Returns(5

Test

Using AI Code Generation

1using Telerik.JustMock.Tests;2{3    {4        public virtual void Test()5        {6        }7    }8}9using Telerik.JustMock.Tests;10{11    {12        public virtual void Test()13        {14        }15    }16}17using Telerik.JustMock.Tests;18{19    {20        public virtual void Test()21        {22        }23    }24}25using Telerik.JustMock.Tests;26{27    {28        public virtual void Test()29        {30        }31    }32}33using Telerik.JustMock.Tests;34{35    {36        public virtual void Test()37        {38        }39    }40}41using Telerik.JustMock.Tests;42{43    {44        public virtual void Test()45        {46        }47    }48}49using Telerik.JustMock.Tests;50{51    {52        public virtual void Test()53        {54        }55    }56}57using Telerik.JustMock.Tests;58{59    {60        public virtual void Test()61        {62        }63    }64}65using Telerik.JustMock.Tests;66{67    {68        public virtual void Test()69        {70        }71    }72}

Test

Using AI Code Generation

1using Telerik.JustMock.Tests;2Baz baz = Mock.Create<Baz>();3Mock.Arrange(() => baz.Test()).Returns(1);4using Telerik.JustMock.Tests;5Baz baz = Mock.Create<Baz>();6Mock.Arrange(() => baz.Test()).Returns(1);7using Telerik.JustMock.Tests;8Baz baz = Mock.Create<Baz>();9Mock.Arrange(() => baz.Test()).Returns(1);10using Telerik.JustMock.Tests;11Baz baz = Mock.Create<Baz>();12Mock.Arrange(() => baz.Test()).Returns(1);13using Telerik.JustMock.Tests;14Baz baz = Mock.Create<Baz>();15Mock.Arrange(() => baz.Test()).Returns(1);

Test

Using AI Code Generation

1mock.Arrange(() => baz.Test(Arg.AnyString)).Returns("Test");2Assert.AreEqual("Test", baz.Test("foo"));3mock.Arrange(() => baz.Test(Arg.AnyString)).Returns("Test");4Assert.AreEqual("Test", baz.Test("foo"));5mock.Arrange(() => baz.Test(Arg.AnyString)).Returns("Test");6Assert.AreEqual("Test", baz.Test("foo"));7mock.Arrange(() => baz.Test(Arg.AnyString)).Returns("Test");8Assert.AreEqual("Test", baz.Test("foo"));9mock.Arrange(() => baz.Test(Arg.AnyString)).Returns("Test");10Assert.AreEqual("Test", baz.Test("foo"));11mock.Arrange(() => baz.Test(Arg.AnyString)).Returns("Test");12Assert.AreEqual("Test", baz.Test("foo"));13mock.Arrange(() => baz.Test(Arg.AnyString)).Returns("Test");14Assert.AreEqual("Test", baz.Test("foo"));15mock.Arrange(() => baz.Test(Arg.AnyString)).Returns("Test");16Assert.AreEqual("Test", baz.Test("foo"));17mock.Arrange(() => baz.Test(Arg.AnyString)).Returns("Test");18Assert.AreEqual("Test", baz.Test("foo"));19mock.Arrange(() => baz.Test(Arg.AnyString)).Returns("Test");20Assert.AreEqual("Test", baz.Test("foo"));21mock.Arrange(() => baz.Test

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