Best JustMockLite code snippet using Telerik.JustMock.Tests.TestAsyncController.DoStuff
AsyncFixture.cs
Source:AsyncFixture.cs
...37 {38 var model = Mock.Create<IAsyncModel>();39 Mock.Arrange(() => model.GetData()).Returns(5);40 var controller = new TestAsyncController();41 await controller.DoStuff(model);42 //no exception43 }44 [TestMethod, TestCategory("Async"), TestCategory("Lite")]45 public void ShouldCreateRecursiveMockInConstructorOnAnotherThread()46 {47 Mock.Arrange(() => Arg.IsAny<ThreadCtor>().Assign()).CallOriginal();48 var mock = Mock.Create<ThreadCtor>(Constructor.NotMocked, Behavior.RecursiveLoose);49 Assert.NotNull(mock.TheItem);50 }51 public abstract class ThreadCtor52 {53 protected abstract IDisposable Item { get; }54 public ThreadCtor()55 {56 var thread = new Thread(this.Assign);57 thread.Start();58 if (!thread.Join(TimeSpan.FromMilliseconds(1500)))59 throw new TimeoutException();60 }61 public virtual void Assign()62 {63 TheItem = Item;64 }65 public IDisposable TheItem;66 }67 }68 public interface IAsyncModel69 {70 int GetData();71 }72 public class TestAsyncController73 {74 public async Task DoStuff(IAsyncModel model)75 {76 await Task.Factory.StartNew(() => Thread.Sleep(5));77 // continuation begins here78 var result = model.GetData();79 if (result != 5)80 {81 throw new Exception();82 }83 }84 }85}...
DoStuff
Using AI Code Generation
1using Telerik.JustMock.Tests;2{3 public void TestMethod1()4 {5 var controller = Mock.Create<TestAsyncController>();6 Mock.Arrange(() => controller.DoStuff()).Returns(Task.FromResult(1)).MustBeCalled();7 controller.DoStuff();8 Mock.Assert(controller);9 }10}11using Telerik.JustMock.Tests;12{13 public void TestMethod1()14 {15 var controller = Mock.Create<TestAsyncController>();16 Mock.Arrange(() => controller.DoStuff()).Returns(Task.FromResult(1)).MustBeCalled();17 controller.DoStuff();18 Mock.Assert(controller);19 }20}21using Telerik.JustMock.Tests;22{23 public void TestMethod1()24 {25 var controller = Mock.Create<TestAsyncController>();26 Mock.Arrange(() => controller.DoStuff()).Returns(Task.FromResult(1)).MustBeCalled();27 controller.DoStuff();28 Mock.Assert(controller);29 }30}31using Telerik.JustMock.Tests;32{33 public void TestMethod1()34 {35 var controller = Mock.Create<TestAsyncController>();36 Mock.Arrange(() => controller.DoStuff()).Returns(Task.FromResult(1)).MustBeCalled();37 controller.DoStuff();38 Mock.Assert(controller);39 }40}41using Telerik.JustMock.Tests;42{43 public void TestMethod1()44 {45 var controller = Mock.Create<TestAsyncController>();46 Mock.Arrange(() => controller.DoStuff()).Returns(Task.FromResult(1)).MustBeCalled();47 controller.DoStuff();48 Mock.Assert(controller);49 }50}
DoStuff
Using AI Code Generation
1TestAsyncController controller = new TestAsyncController();2controller.DoStuff();3TestAsyncController controller = new TestAsyncController();4controller.DoStuff();5TestAsyncController controller = new TestAsyncController();6controller.DoStuff();7TestAsyncController controller = new TestAsyncController();8controller.DoStuff();9TestAsyncController controller = new TestAsyncController();10controller.DoStuff();11TestAsyncController controller = new TestAsyncController();12controller.DoStuff();13TestAsyncController controller = new TestAsyncController();14controller.DoStuff();15TestAsyncController controller = new TestAsyncController();16controller.DoStuff();17TestAsyncController controller = new TestAsyncController();18controller.DoStuff();19TestAsyncController controller = new TestAsyncController();20controller.DoStuff();21TestAsyncController controller = new TestAsyncController();22controller.DoStuff();23TestAsyncController controller = new TestAsyncController();24controller.DoStuff();25TestAsyncController controller = new TestAsyncController();26controller.DoStuff();
DoStuff
Using AI Code Generation
1var mock = Mock.Create<TestAsyncController>();2Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(1));3Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(2));4Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(3));5Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(4));6Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));7var mock = Mock.Create<TestAsyncController>();8Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(1));9Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(2));10Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(3));11Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(4));12Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));13Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(1));14Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(2));15Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(3));16Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(4));17Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));18Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(1));19Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(2));20Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(3));21Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(4));22Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));23Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(1));24Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(2));25Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(3));26Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(4));27Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));28Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(1));29Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(2));30Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(3));31Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(
DoStuff
Using AI Code Generation
1var controller = Mock.Create<TestAsyncController>();2Mock.Arrange(() => controller.DoStuff()).Returns(Task.FromResult(5));3var result = controller.DoStuff().Result;4Console.WriteLine(result);5var controller = Mock.Create<TestAsyncController>();6var expected = Task.FromResult(5);7Mock.Arrange(() => controller.DoStuff()).Returns(expected);8var result = controller.DoStuff().Result;9Console.WriteLine(result);10var controller = Mock.Create<TestAsyncController>();11var expected = Task.FromResult(5);12Mock.Arrange(() => controller.DoStuff()).Returns(expected);13var result = controller.DoStuff().Result;14Console.WriteLine(result);15var controller = Mock.Create<TestAsyncController>();16var expected = Task.FromResult(5);17Mock.Arrange(() => controller.DoStuff()).Returns(expected);18var result = controller.DoStuff().Result;19Console.WriteLine(result);20var controller = Mock.Create<TestAsyncController>();21var expected = Task.FromResult(5);22Mock.Arrange(() => controller.DoStuff()).Returns(expected);23var result = controller.DoStuff().Result;24Console.WriteLine(result);25var controller = Mock.Create<TestAsyncController>();26var expected = Task.FromResult(5);27Mock.Arrange(() => controller.DoStuff()).Returns(expected);28var result = controller.DoStuff().Result;29Console.WriteLine(result);30var controller = Mock.Create<TestAsyncController>();31var expected = Task.FromResult(5);32Mock.Arrange(() => controller.DoStuff()).Returns(expected);33var result = controller.DoStuff().Result;34Console.WriteLine(result);35var controller = Mock.Create<TestAsyncController>();36var expected = Task.FromResult(5);
DoStuff
Using AI Code Generation
1using Telerik.JustMock.Tests;2var mock = Mock.Create<TestAsyncController>();3Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5)).MustBeCalled();4var result = mock.DoStuff();5Assert.AreEqual(5, result.Result);6Mock.Assert(mock);
DoStuff
Using AI Code Generation
1var mock = Mock.Create<TestAsyncController>();2Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));3var result = await mock.DoStuff();4Assert.AreEqual(5, result);5var mock = Mock.Create<TestAsyncController>();6Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));7var result = await mock.DoStuff();8Assert.AreEqual(5, result);9var mock = Mock.Create<TestAsyncController>();10Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));11var result = await mock.DoStuff();12Assert.AreEqual(5, result);13var mock = Mock.Create<TestAsyncController>();14Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));15var result = await mock.DoStuff();16Assert.AreEqual(5, result);17var mock = Mock.Create<TestAsyncController>();18Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));19var result = await mock.DoStuff();20Assert.AreEqual(5, result);21var mock = Mock.Create<TestAsyncController>();22Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));23var result = await mock.DoStuff();24Assert.AreEqual(5, result);25var mock = Mock.Create<TestAsyncController>();26Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));27var result = await mock.DoStuff();28Assert.AreEqual(5, result);29var mock = Mock.Create<TestAsyncController>();30Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));31var result = await mock.DoStuff();32Assert.AreEqual(5, result);33var mock = Mock.Create<TestAsyncController>();34Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5));35var result = await mock.DoStuff();
DoStuff
Using AI Code Generation
1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using System.Web.Mvc;7using Telerik.JustMock;8using Telerik.JustMock.Helpers;9using Telerik.JustMock.Tests;10{11 {12 public void DoStuff()13 {14 }15 public Task DoStuffAsync()16 {17 return null;18 }19 }20}
DoStuff
Using AI Code Generation
1var controller = Mock.Create<TestAsyncController>();2Mock.Arrange(() => controller.DoStuff()).Returns(Task.FromResult(1)).MustBeCalled();3controller.DoStuff().Wait();4Mock.Assert(controller);5var result = controller.DoStuff().Result;6Assert.AreEqual(1, result);
DoStuff
Using AI Code Generation
1var instance = Mock.Create<TestAsyncController>();2Mock.Arrange(() => instance.DoStuff()).Returns(Task.FromResult(1)).MustBeCalled();3instance.DoStuff();4Mock.Assert(instance);5The test above will fail because the instance.DoStuff() call is not awaited. The test will pass if the call is awaited:6var instance = Mock.Create<TestAsyncController>();7Mock.Arrange(() => instance.DoStuff()).Returns(Task.FromResult(1)).MustBeCalled();8await instance.DoStuff();9Mock.Assert(instance);
DoStuff
Using AI Code Generation
1var instance = Mock.Create<TestAsyncController>();2Mock.Arrange(() => instance.DoStuff()).Returns(Task.FromResult(1)).MustBeCalled();3instance.DoStuff();4Mock.Assert(instance);5The test above will fail because the instance.DoStuff() call is not awaited. The test will pass if the call is awaited:6var instance = Mock.Create<TestAsyncController>();7Mock.Arrange(() => instance.DoStuff()).Returns(Task.FromResult(1)).MustBeCalled();8await instance.DoStuff();9Mock.Assert(instance);
DoStuff
Using AI Code Generation
1var controller = Mock.Create<TestAsyncController>();2Mock.Arrange(() => controller.DoStuff()).Returns(Task.FromResult(5));3var result = controller.DoStuff().Result;4Console.WriteLine(result);5var controller = Mock.Create<TestAsyncController>();6var expected = Task.FromResult(5);7Mock.Arrange(() => controller.DoStuff()).Returns(expected);8var result = controller.DoStuff().Result;9Console.WriteLine(result);10var controller = Mock.Create<TestAsyncController>();11var expected = Task.FromResult(5);12Mock.Arrange(() => controller.DoStuff()).Returns(expected);13var result = controller.DoStuff().Result;14Console.WriteLine(result);15var controller = Mock.Create<TestAsyncController>();16var expected = Task.FromResult(5);17Mock.Arrange(() => controller.DoStuff()).Returns(expected);18var result = controller.DoStuff().Result;19Console.WriteLine(result);20var controller = Mock.Create<TestAsyncController>();21var expected = Task.FromResult(5);22Mock.Arrange(() => controller.DoStuff()).Returns(expected);23var result = controller.DoStuff().Result;24Console.WriteLine(result);25var controller = Mock.Create<TestAsyncController>();26var expected = Task.FromResult(5);27Mock.Arrange(() => controller.DoStuff()).Returns(expected);28var result = controller.DoStuff().Result;29Console.WriteLine(result);30var controller = Mock.Create<TestAsyncController>();31var expected = Task.FromResult(5);32Mock.Arrange(() => controller.DoStuff()).Returns(expected);33var result = controller.DoStuff().Result;34Console.WriteLine(result);35var controller = Mock.Create<TestAsyncController>();36var expected = Task.FromResult(5);
DoStuff
Using AI Code Generation
1using Telerik.JustMock.Tests;2var mock = Mock.Create<TestAsyncController>();3Mock.Arrange(() => mock.DoStuff()).Returns(Task.FromResult(5)).MustBeCalled();4var result = mock.DoStuff();5Assert.AreEqual(5, result.Result);6Mock.Assert(mock);
DoStuff
Using AI Code Generation
1var instance = Mock.Create<TestAsyncController>();2Mock.Arrange(() => instance.DoStuff()).Returns(Task.FromResult(1)).MustBeCalled();3instance.DoStuff();4Mock.Assert(instance);5The test above will fail because the instance.DoStuff() call is not awaited. The test will pass if the call is awaited:6var instance = Mock.Create<TestAsyncController>();7Mock.Arrange(() => instance.DoStuff()).Returns(Task.FromResult(1)).MustBeCalled();8await instance.DoStuff();9Mock.Assert(instance);
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