KaneAI - World’s First E2E Software Testing Agent.Signup for Private Beta 
How to use Init method of Telerik.JustMock.Tests.Bar class
Best JustMockLite code snippet using Telerik.JustMock.Tests.Bar.Init
NonPublicFixture.cs
Source:NonPublicFixture.cs 
...21using 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)...
Init
Using AI Code Generation
1Bar.Init();2Foo.Init();3Bar.Init();4Foo.Init();5Bar.Init();6Foo.Init();7Bar.Init();8Foo.Init();9Bar.Init();10Foo.Init();11Bar.Init();12Foo.Init();13Bar.Init();14Foo.Init();15Bar.Init();16Foo.Init();17Bar.Init();18Foo.Init();19Bar.Init();20Foo.Init();21Bar.Init();22Foo.Init();23Bar.Init();
Init
Using AI Code Generation
1var bar = new Telerik.JustMock.Tests.Bar();2bar.Init(1, 2);3var foo = new Telerik.JustMock.Tests.Foo();4foo.Init(1, 2);5var foobar = new Telerik.JustMock.Tests.FooBar();6foobar.Init(1, 2);
Init
Using AI Code Generation
1using Telerik.JustMock.Tests;2{3 {4 public virtual void Init()5 {6 }7 }8}9using Telerik.JustMock.Tests;10{11 {12 public void Init()13 {14 Bar bar = new Bar();15 bar.Init();16 }17 }18}19using Telerik.JustMock.Tests;20{21 {22 public virtual void Init()23 {24 }25 }26}27using Telerik.JustMock.Tests;28{29 {30 public void Init()31 {32 Bar bar = new Bar();33 bar.Init();34 }35 }36}37using Telerik.JustMock.Tests;38{39 {40 public virtual void Init()41 {42 }43 }44}45using Telerik.JustMock.Tests;46{47 {48 public void Init()49 {50 Bar bar = new Bar();51 bar.Init();52 }53 }54}55using Telerik.JustMock.Tests;56{57 {58 public virtual void Init()59 {60 }61 }62}63using Telerik.JustMock.Tests;64{65 {66 public void Init()67 {68 Bar bar = new Bar();69 bar.Init();70 }71 }72}73The same thing happens when you use the Mock.Create<Bar>() method. It creates a proxy object which implements the IProxy interface, so the code becomes:
Init
Using AI Code Generation
1using Telerik.JustMock.Tests;2{3 {4 public Foo()5 {6 Bar = new Bar();7 }8 public Bar Bar { get; set; }9 public void Init()10 {11 Bar.Init();12 }13 }14}15using Telerik.JustMock.Tests;16{17 {18 public Foo()19 {20 Bar = new Bar();21 }22 public Bar Bar { get; set; }23 public void Init()24 {25 Bar.Init();26 }27 }28}
Init
Using AI Code Generation
1usingnTeleTik.JustMock;2usingeTelerik.JustMock.Tests;3ramispace.JustMock;4{5 {6 {7 var bar = Mock.Create<Bar>()8 Mock.Arrange(() => using Tel)).DoInstead(()i=> { }.JustMock.Tests;9 bar.Init();10 }11 }12}
Init
Using AI Code Generation
1usig;2{3 {4 return new Bar() publiass Foo5 }6}7usicgoo();8{9 {10 return new B () {11 } var bar = Mock.Create<Bar>();12} Mock.Arrange(() => bar.Init()).DoInstead(() => { });13 bar.Init();14 }15{16 public stri}g Init()17 {18 return new Br().Init();19 }20}21using;22{23 public string Init()24 {sts25 return new Bar().I{it();26 }27}28using;29{30 public Foo()31 {strng32 Bar = new Bar();33 }etun34 public Bar Bar { get; set; }35 public void Init()36 {1037 Bar.Init();38 }39{40 public string Init()41 {42 return new Bar().I it();43 }44}45using;46 using returnTneweBar().Init();erik.JustMock.Tests;47{48{49 public string Init()50 {51 return new Bar().I it();52 }53}54using;55 public Foo()56 {57 Bar = new Bar();58 }strng59 etu nB { get; s60 public void Init()61 {62 Bar.Init();63 }1464 }
Init
Using AI Code Generation
1}2Ju1ng Tnlerik.Jus Meck.Tests;3{4 {5 pblic tatc void DoSomethi()6 {7 Bar.Init();8 }9 }10}
Init
Using AI Code Generation
1n }2 }3}4usingtTelerik.JustMock.Tests;5{6 {7 {erik.JustMock.Tests.Bar class8var bar = neB Telerik.JustMock.Tests.Bar();9bar.Init(1, 2);10ar foo = new Telerik.JustMock.Tests.Foo();11foo.Init(8, 2);12using Telerik.JustMock.Tests;13{14 {15 public static void DoSomething()16 {17 Foo.Init();18 }19 }20}21Mock.Tests.FooBar();22foobar.Init(1, 2);
Init
Using AI Code Generation
1 Bar.Init();erik.JustMock.Tests;2{3ngTlerik.JusMck.Tests;4{5 {6 p blic tat c void DoSomethi ()7 {8 Bar.Init();9 }10 }11}12using public virtual void Init()13 {14 }15 }16}17using Telerik.JustMock.Tests;18namespace Teler.Init();19i }20 }21}22usingtTelerik.JustMock.Tests;23{24 {25 {26{B27 {28 public void Init()29 {30us BarT l rik.JTsts;31{32 {33 uli stavod DoSothig()34 {35 Bar.n();36 }37}38}39 bar.Init();40 }1441using Telerik.JustMo k.Ts;42{43 {44}45using Telerik.JustMock.Tests;46{47 {48 public virtual void Init()49 {50 }51 }52}53using Telerik.JustMock.Tests;54{55 {56 public void Init()57 {58 Bar bar = new Bar();59 bar.Init();60 }61 }62}63using Telerik.JustMock.Tests;64{65 {66 public virtual void Init()67 {68 }69 }70}71using Telerik.JustMock.Tests;72{73 {74 public void Init()75 {76 Bar bar = new Bar();77 bar.Init();78 }79 }80}81using Telerik.JustMock.Tests;82{83 {84 public virtual void Init()85 {86 }87 }88}89using Telerik.JustMock.Tests;90{91 {92 public void Init()93 {94 Bar bar = new Bar();95 bar.Init();96 }97 }98}99The same thing happens when you use the Mock.Create<Bar>() method. It creates a proxy object which implements the IProxy interface, so the code becomes:
Init
Using AI Code Generation
1var foo = new Foo();2foo.Init(new Mock<IBar>());3foo.Bar.DoSomething(1, 2, 3);4foo.Bar.DoSomething(2, 3, 4);5var foo = new Foo();6foo.Init(new Mock<IBar>());7foo.Bar.DoSomething(1, 2, 3);8foo.Bar.DoSomething(2, 3, 4);9var foo = new Foo();10foo.Init(new Mock<IBar>());11foo.Bar.DoSomething(1, 2, 3);12foo.Bar.DoSomething(2, 3, 4);13var foo = new Foo();14foo.Init(new Mock<IBar>());15foo.Bar.DoSomething(1, 2, 3);16foo.Bar.DoSomething(2, 3, 4);17var foo = new Foo();18foo.Init(new Mock<IBar>());19foo.Bar.DoSomething(1, 2, 3);20foo.Bar.DoSomething(2, 3, 4);21var foo = new Foo();22foo.Init(new Mock<IBar>());23foo.Bar.DoSomething(1, 2, 3);24foo.Bar.DoSomething(2, 3, 4);25var foo = new Foo();26foo.Init(new Mock<IBar>());27foo.Bar.DoSomething(1, 2, 3);
Automation Testing Tutorials
Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
LambdaTest Learning Hubs:
- JUnit Tutorial
- TestNG Tutorial
- Webdriver Tutorial
- WebDriverIO Tutorial
- Protractor Tutorial
- Selenium 4 Tutorial
- Jenkins Tutorial
- NUnit Tutorial
- Jest Tutorial
- Playwright Tutorial
- Cypress Tutorial
- PyTest Tutorial
YouTube
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Run JustMockLite automation tests on LambdaTest cloud grid
Perform automation testing on 3000+ real desktop and mobile devices online.
Most used method in Bar
- DoWork
- ShouldResolveTargetTypeWithInterfaceAndConcreteDependencies
- Unit
- ShouldAssertOccurrenceFromContainerWithoutPriorArrangement
- DisposableContainer
- Dispose
- ShouldInjectContainers
- DependencyBase
- ShouldInjectAbstractType
- ShouldArrangeMethodsOnInjectedAbstractType
- ShouldCheckPropertyMixinOnNonabstractPropertyOnInjectedAbstractType
- ShouldInjectAbstractTypeWithSpecifiedCtor
- ShouldIncludeAssertionMessageWhenAssertingContainer
- Submit
- Execute
- Echo
- GetDevicesInLocations
- FormatWith
- RealItem
- RealItem2
- Item
- CustomExepction
- Info
- GetString
- GetGuid
- ThrowException
- FooOverridesEquals
- Equals
- GetHashCode
- ClassNonDefaultGuidConstructor
- ClassWithNonDefaultConstructor
- ToString
- ShouldInterpretNullAsDefaultInitializedValueTypeInCtorCall
- ValueTypeInCtor
- ShouldCoalesceDifferentMembersWithSameDispIdInVersionedInterfaces
- ShouldMockInternalAbstract
- ShouldAcceptTypedEnumAsMethodArgument
- ShouldInterceptDynamicProxyMethodsFromMultipleThreads
- ClassWithCtor
- ShouldThrowMeaningfulExceptionWhenConstructorArgumentsAreIncorrect
- ShouldArrangeMemberFromAdditionalInterfaceOnClassMock
- ShouldArrangeMemberFromAdditionalInterfaceOnInterfaceMock
- ShouldMockTypesFromReflectionNamespace
- ShouldMockWeakReference
- CtorWithDefaults
- ShouldCallConstructorWithDefaultArguments
- ShouldFilterInterceptors
- ShouldCallStaticConstructorWhenCreatingMock
- ShouldCreateMockWithRenamedGenericParameters
- ShouldArrangeFinalGenericMethodThroughInterface
- ShouldTreatInterfaceAndImplementationMemberIdentically
- ShouldMockNoninheritableInterfaceMembers
- DoThat
- Base
- ShouldUseAutoselectedConstructorMockingBehaviorWithFluentGenericConfig
- ShouldMockWhenMissingPameterlessConstructorAndRecursiveLooseWithFluentGenericConfig
- ShouldMockWhenMissingPameterlessConstructorAndLooseWithFluentGenericConfig
- ShouldThrowWhenMissingPameterlessConstructorAndCallOriginalWithFluentGenericConfig
- ShouldMockWhenMissingPameterlessConstructorAndCallOriginalWithFluentGenericConfig
- ShouldThrowWhenMockConstructorAndCallConstructorWithFluentGenericConfig
- ShouldThrowWhenCallConstructorAndMockConstructorWithFluentGenericConfig
- ShouldSpecifyConstructorArgumentsWithFluentGenericConfig
- ShouldMockConstructorWithFluentGenericConfig
- ShouldImplementInterfaceWithFluentGenericConfig
- ShouldUseAutoselectedConstructorMockingBehaviorWithFluentConfig
- ShouldMockWhenMissingPameterlessConstructorAndRecursiveLooseWithFluentConfig
- ShouldMockWhenMissingPameterlessConstructorAndLooseWithFluentConfig
- ShouldThrowWhenMissingPameterlessConstructorAndCallOriginalWithFluentConfig
- ShouldMockWhenMissingPameterlessConstructorAndCallOriginalWithFluentConfig
- ShouldThrowWhenMockConstructorAndCallConstructorWithFluentConfig
- ShouldThrowWhenCallConstructorAndMockConstructorWithFluentConfig
- ShouldSpecifyConstructorArgumentsWithFluentConfig
- ShouldMockConstructorWithFluentConfig
- ShouldAssertFunctionCallExpressionWithArgsAndOccurs
- ShouldGetTimesCalledOfFunction
- ShouldGetTimesCalledOfVoidMethod
- ShouldGetTimesCalledOfFunctionWithArgs
- ShouldGetTimesCalledOfVoidMethodWithArgs
- ShouldGetTimesCalledOfSetter
- ShouldGetTimesCalledOfSetterWithArgs
- ShouldGetDebugViewTraceInMockException
- ShouldAssertSetUsingRighsideLamdaMockResultOccursOnce
- ShouldAssertSetUsingRighsideLamdaMockResultOccursNever
- ShouldAssertSetUsingRighsideLamdaUnmockedResultOccursOnce
- ShouldAssertSetUsingRighsideLamdaUnmockedResultOccursNever
- AssemblyInit
- AssemblyUninit
- From
- ValidateMember
- With
- ShouldRecursivelyArrangeGenericMethod
- ShouldMockRecursivelyCustomMembersOnIEnumerable
- RecursiveMockRepositoryInheritance
- BeforeEach
- ShouldSetUseContextualRepositoryForRecursiveMock
- MethodToMock
- MethodToTest
- TryCreateToken
- ExecuteProtected
- Load
- Init
- GetMultipleOfIntValue
- Test
- ExecuteTest
- ShouldArrangeNonPublicUsingByRefArgumentWithMatcher
- ShouldArrangeNonPublicUsingByRefArgumentWithConstant
- ShouldArrangeNonPublicUsingByRefArgumentAsOutputParameter
- ShouldNotArrangeNonPublicUsingConstantArgumentWhereByRefIsExpected
- ShouldProvideHelpfulExceptionMessageWhenNonPublicMethodIsMissing
- NotOverloaded
- Overloaded
- CallNotOverloaded
- ShouldQuickArrangeNonPublicNonOverloadedMethod
- ShouldQuickArrangeNonPublicSetter
- ShouldFailToQuickArrangeNonPublicOverloadedMethods
- TestDo
- TestEnumerate
- ShouldArrangeNonPublicMethodReturningGenericValue
- ShouldArrangeNonPublicMethodReturningGenericValueComplexType
Try LambdaTest Now !!
Get 100 minutes of automation test minutes FREE!!
Was this article helpful?
