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How to use Echo method of Telerik.JustMock.Tests.RecursiveFixture class

Best JustMockLite code snippet using Telerik.JustMock.Tests.RecursiveFixture.Echo

RecursiveFixture.cs

Source:RecursiveFixture.cs

...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);...

Echo

Using AI Code Generation

1using Telerik.JustMock;2using Telerik.JustMock.Tests;3using Xunit;4{5    {6        public void Test()7        {8            var mock = Mock.Create<RecursiveFixture>();9            Mock.Arrange(() => mock.Echo(Arg.AnyString)).Returns("Hello");10            var actual = mock.Echo("Hello");11            Assert.Equal("Hello", actual);12        }13        public string Echo(string text)14        {15            return text;16        }17    }18}

Echo

Using AI Code Generation

1var instance = Mock.Create<Telerik.JustMock.Tests.RecursiveFixture>();2Mock.Arrange(() => instance.Echo(Arg.AnyString)).Returns("Hello");3var instance = Mock.Create<Telerik.JustMock.Tests.RecursiveFixture>();4Mock.Arrange(() => instance.Echo(Arg.AnyString)).Returns("Hello");5var instance = Mock.Create<Telerik.JustMock.Tests.RecursiveFixture>();6Mock.Arrange(() => instance.Echo(Arg.AnyString)).Returns("Hello");7var instance = Mock.Create<Telerik.JustMock.Tests.RecursiveFixture>();8Mock.Arrange(() => instance.Echo(Arg.AnyString)).Returns("Hello");9var instance = Mock.Create<Telerik.JustMock.Tests.RecursiveFixture>();10Mock.Arrange(() => instance.Echo(Arg.AnyString)).Returns("Hello");11var instance = Mock.Create<Telerik.JustMock.Tests.RecursiveFixture>();12Mock.Arrange(() => instance.Echo(Arg.AnyString)).Returns("Hello");13var instance = Mock.Create<Telerik.JustMock.Tests.RecursiveFixture>();14Mock.Arrange(() => instance.Echo(Arg.AnyString)).Returns("Hello");15var instance = Mock.Create<Telerik.JustMock.Tests.RecursiveFixture>();16Mock.Arrange(() => instance.Echo(Arg.AnyString)).Returns("Hello");17var instance = Mock.Create<Telerik.JustMock.Tests.RecursiveFixture>();18Mock.Arrange(() => instance.Echo(Arg.AnyString)).Returns("Hello");19var instance = Mock.Create<Telerik.JustMock.Tests.RecursiveFixture>();20Mock.Arrange(() => instance.Echo(Arg.AnyString)).Returns

Echo

Using AI Code Generation

1public void TestMethod1()2{3    var mock = Mock.Create<RecursiveFixture>();4    Mock.Arrange(() => mock.Echo(Arg.IsAny<string>())).Returns("Hello");5    Assert.AreEqual("Hello", mock.Echo("Hello"));6}7   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.GetMockingContext()8   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.get_MockingContext()9   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.AddExpectation(ExpectationBase expectation)10   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.Arrange[T](Expression`1 expression, Func`1 arrange)11   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.Arrange[T](Expression`1 expression, Func`1 arrange)12   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.Arrange[T](Expression`1 expression, Func`1 arrange)13   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.Arrange[T](Expression`1 expression, Func`1 arrange)14   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.Arrange[T](Expression`1 expression, Func`1 arrange)15   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.Arrange[T](Expression`1 expression, Func`1 arrange)16   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.Arrange[T](Expression`1 expression, Func`1 arrange)17   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.Arrange[T](Expression`1 expression, Func`1 arrange)18   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.Arrange[T](Expression`1 expression, Func`1 arrange)19   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.Arrange[T](Expression`1 expression, Func`1 arrange)20   at Telerik.JustMock.Expectations.RecursiveMocking.ExpectationContext`1.Arrange[T](Expression`1 expression, Func`1 arrange)

Echo

Using AI Code Generation

1var mock = Mock.Create<RecursiveFixture>();2Mock.Arrange(() => mock.Echo(Arg.AnyString)).Returns("Hello");3Mock.Assert(() => mock.Echo(Arg.AnyString), Occurs.AtLeastOnce());4var mock = Mock.Create<RecursiveFixture>();5Mock.Arrange(() => mock.Echo(Arg.AnyString)).Returns("Hello");6Mock.Assert(() => mock.Echo(Arg.AnyString), Occurs.AtLeastOnce());7var mock = Mock.Create<RecursiveFixture>();8Mock.Arrange(() => mock.Echo(Arg.AnyString)).Returns("Hello");9Mock.Assert(() => mock.Echo(Arg.AnyString), Occurs.AtLeastOnce());

Echo

Using AI Code Generation

1{2    using System;3    using Telerik.JustMock;4    {5        public string Echo(string text)6        {7            return text;8        }9    }10    {11        private readonly RecursiveFixture mock;12        public RecursiveFixtureMock()13        {14            this.mock = Mock.Create<RecursiveFixture>();15        }16        public void Constructor()17        {18        }19        public string Echo(string text)20        {21            return Mock.Arrange(() => this.mock.Echo(text)).Returns(text).MustBeCalled();22        }23    }24}25public void Test()26{27    var mock = new RecursiveFixtureMock();28    mock.Constructor();29    mock.Echo("Hello World");30    Mock.Assert(mock);31}32public void Test()33{34    var mock = new RecursiveFixtureMock();35    mock.Constructor();36    mock.Echo("Hello World");37    Mock.Assert(mock);38}39public void Test()40{41    var mock = new RecursiveFixtureMock();42    mock.Constructor();43    mock.Echo("Hello World");44    Mock.Assert(mock);45}46public void Test()47{48    var mock = new RecursiveFixtureMock();49    mock.Constructor();50    mock.Echo("Hello World");51    Mock.Assert(mock);52}53public void Test()54{55    var mock = new RecursiveFixtureMock();56    mock.Constructor();57    mock.Echo("Hello World");58    Mock.Assert(mock);59}60public void Test()61{62    var mock = new RecursiveFixtureMock();63    mock.Constructor();64    mock.Echo("Hello World");

Echo

Using AI Code Generation

1{2    public void TestMethod()3    {4        var fixture = new RecursiveFixture();5        Mock.Arrange(() => fixture.Echo(Arg.AnyString)).Returns((string s) => 6        {7            return "Hello " + s;8        });9        string result = fixture.Echo("world");10        Assert.AreEqual("Hello world", result);11    }12}13{14    public void TestMethod()15    {16        var fixture = new RecursiveFixture();17        Mock.Arrange(() => fixture.Echo(Arg.AnyString)).Returns((string s) => 18        {19            return "Hello " + s;20        });21        string result = fixture.Echo("world");22        Assert.AreEqual("Hello world", result);23    }24}25{26    public void TestMethod()27    {28        var fixture = new RecursiveFixture();29        Mock.Arrange(() => fixture.Echo(Arg.AnyString)).Returns((string s) => 30        {31            return "Hello " + s;32        });33        string result = fixture.Echo("world");34        Assert.AreEqual("Hello world", result);35    }36}37{38    public void TestMethod()39    {40        var fixture = new RecursiveFixture();41        Mock.Arrange(() => fixture.Echo(Arg.AnyString)).Returns((string s) => 42        {43            return "Hello " + s;44        });45        string result = fixture.Echo("world");46        Assert.AreEqual("Hello world", result);47    }48}49{50    public void TestMethod()51    {52        var fixture = new RecursiveFixture();53        Mock.Arrange(() => fixture.Echo(Arg.AnyString)).Returns((string s) => 54        {55            return "Hello " + s;56        });57        string result = fixture.Echo("world");58        Assert.AreEqual("Hello world", result);

Echo

Using AI Code Generation

1{2    {3        public string Echo(string input)4        {5            return input;6        }7    }8}9{10    {11        public string Echo(string input)12        {13            return input;14        }15    }16}17{18    {19        public string Echo(string input)20        {21            return input;22        }23    }24}25{26    {27        public string Echo(string input)28        {29            return input;30        }31    }32}33{34    {35        public string Echo(string input)36        {37            return input;38        }39    }40}41{42    {43        public string Echo(string input)44        {45            return input;46        }47    }48}49{50    {51        public string Echo(string input)52        {53            return input;54        }55    }56}57{58    {59        public string Echo(string input)60        {61            return input;62        }63    }64}

Echo

Using AI Code Generation

1var rec = Mock.Create<RecursiveFixture>();2Mock.Arrange(() => rec.Echo(Arg.AnyInt)).Returns(1);3Assert.AreEqual(1, rec.Echo(0));4Mock.Assert(rec);5}6var rec = Mock.Create<RecursiveFixture>(Behavior.CallOriginal, RecursionDepth.Five);7Mocking Generic Methods with Multiple Constraints and Arguments (Advanced)8Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 2)9Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 3)10Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 4)11Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 5)12Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 6)13Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 7)14Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 8)15Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 9)16Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 10)17Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 11)18Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 12)19Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 13)20Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 14)21Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 15)22Mocking Generic Methods with Multiple Constraints and Arguments (Advanced 16)

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