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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);
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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
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- 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
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- ShouldAssertSetUsingRighsideLamdaUnmockedResultOccursNever
- AssemblyInit
- AssemblyUninit
- From
- ValidateMember
- With
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- 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
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