How to use NonTestMethod method of Xunit1.RandomSpy class

Best Xunit code snippet using Xunit1.RandomSpy.NonTestMethod

TestClassCommandTests.cs

Source:TestClassCommandTests.cs Github

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...202 public void FailedTest()203 {204 throw new InvalidOperationException();205 }206 public void NonTestMethod() { }207 [Fact]208 public void PassedTest() { }209 [Fact(Skip = "Reason")]210 public void Skip() { }211 }212 class RandomSpy : Random213 {214 public int Next__Count = 0;215 public override int Next(int maxValue)216 {217 ++Next__Count;218 return base.Next(maxValue);219 }220 }221 }222 public class Methods223 {224 [Fact]225 public void TestMethodCounters()226 {227 TestClassCommand command = new TestClassCommand();228 command.TypeUnderTest = Reflector.Wrap(typeof(InstrumentedTestClass));229 InstrumentedTestClass.Reset();230 InstrumentedTestClass.passedTestCalled = 0;231 InstrumentedTestClass.failedTestCalled = 0;232 InstrumentedTestClass.skipTestCalled = 0;233 InstrumentedTestClass.nonTestCalled = 0;234 TestClassCommandRunner.Execute(command, null, null, null);235 Assert.Equal(1, InstrumentedTestClass.dataCtorCalled);236 Assert.Equal(2, InstrumentedTestClass.ctorCalled); // Two non-skipped tests, the skipped test does not create an instance237 Assert.Equal(1, InstrumentedTestClass.passedTestCalled);238 Assert.Equal(1, InstrumentedTestClass.failedTestCalled);239 Assert.Equal(0, InstrumentedTestClass.skipTestCalled);240 Assert.Equal(0, InstrumentedTestClass.nonTestCalled);241 Assert.Equal(2, InstrumentedTestClass.disposeCalled);242 Assert.Equal(1, InstrumentedTestClass.dataDisposeCalled);243 Assert.Equal("ctorData ctor setFixture dispose ctor setFixture dispose disposeData ", InstrumentedTestClass.callOrder);244 }245 [Fact]246 public void TestsCanBePrivateMethods()247 {248 TestClassCommand command = new TestClassCommand();249 command.TypeUnderTest = Reflector.Wrap(typeof(PrivateSpy));250 PrivateSpy.Reset();251 TestClassCommandRunner.Execute(command, null, null, null);252 Assert.True(PrivateSpy.WasRun);253 }254 [Fact]255 public void SettingSkipReasonGeneratesSkipCommand()256 {257 MethodInfo method = typeof(ClassWithSkippedTest).GetMethod("SkippedTest");258 TestClassCommand classCommand = new TestClassCommand(typeof(ClassWithSkippedTest));259 var commands = new List<ITestCommand>(classCommand.EnumerateTestCommands(Reflector.Wrap(method)));260 ITestCommand command = Assert.Single(commands);261 SkipCommand skipCommand = Assert.IsType<SkipCommand>(command);262 Assert.Equal("My Skip Reason", skipCommand.Reason);263 }264 internal class InstrumentedTestClass : FixtureSpy265 {266 public static int failedTestCalled;267 public static int nonTestCalled;268 public static int passedTestCalled;269 public static int skipTestCalled;270 [Fact]271 public void FailedTest()272 {273 failedTestCalled++;274 }275 public void NonTestMethod()276 {277 nonTestCalled++;278 }279 [Fact]280 public void PassedTest()281 {282 passedTestCalled++;283 }284 [Fact(Skip = "reason")]285 public void SkippedTest()286 {287 skipTestCalled++;288 }289 }...

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NonTestMethod

Using AI Code Generation

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1using Xunit1;2using Xunit;3{4 {5 public void MyTestMethod()6 {7 RandomSpy spy = new RandomSpy();8 spy.NonTestMethod();9 }10 }11}12For example, if we try to import the namespace of the current class in the above code, then the code will not compile. The code is shown below:13using MyTest;14using Xunit;15{16 {17 public void MyTestMethod()18 {19 RandomSpy spy = new RandomSpy();20 spy.NonTestMethod();21 }22 }23}

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NonTestMethod

Using AI Code Generation

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1{2 {3 public RandomSpy()4 {5 Console.WriteLine("RandomSpy constructor");6 }7 public override int Next(int minValue, int maxValue)8 {9 Console.WriteLine("RandomSpy Next method");10 return base.Next(minValue, maxValue);11 }12 public override double NextDouble()13 {14 Console.WriteLine("RandomSpy NextDouble method");15 return base.NextDouble();16 }17 public void NonTestMethod()18 {19 Console.WriteLine("RandomSpy NonTestMethod method");20 }21 }22}23{24 {25 public RandomSpy()26 {27 Console.WriteLine("RandomSpy constructor");28 }29 public override int Next(int minValue, int maxValue)30 {31 Console.WriteLine("RandomSpy Next method");32 return base.Next(minValue, maxValue);33 }34 public override double NextDouble()35 {36 Console.WriteLine("RandomSpy NextDouble method");37 return base.NextDouble();38 }39 public void NonTestMethod()40 {41 Console.WriteLine("RandomSpy NonTestMethod method");42 }43 }44}45{46 {47 public RandomSpy()48 {49 Console.WriteLine("RandomSpy constructor");50 }51 public override int Next(int minValue, int maxValue)52 {53 Console.WriteLine("RandomSpy Next method");54 return base.Next(minValue, maxValue);55 }56 public override double NextDouble()57 {58 Console.WriteLine("RandomSpy NextDouble method");59 return base.NextDouble();60 }61 public void NonTestMethod()62 {63 Console.WriteLine("RandomSpy NonTestMethod method");64 }65 }66}67{68 {69 public RandomSpy()70 {71 Console.WriteLine("RandomSpy constructor");72 }73 public override int Next(int minValue, int maxValue)74 {75 Console.WriteLine("RandomSpy Next method");76 return base.Next(minValue, maxValue);77 }78 public override double NextDouble()79 {80 Console.WriteLine("RandomSpy NextDouble method");81 return base.NextDouble();

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NonTestMethod

Using AI Code Generation

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1using Xunit;2{3 public void Test1()4 {5 var spy = new Xunit1.RandomSpy();6 var value = spy.NonTestMethod();7 Assert.Equal(1, value);8 }9}10using Xunit;11{12 public void Test1()13 {14 var spy = new Xunit2.RandomSpy();15 var value = spy.NonTestMethod();16 Assert.Equal(1, value);17 }18}19using Xunit;20{21 public void Test1()22 {23 var spy = new Xunit3.RandomSpy();24 var value = spy.NonTestMethod();25 Assert.Equal(1, value);26 }27}28using Xunit;29{30 public void Test1()31 {32 var spy = new Xunit4.RandomSpy();33 var value = spy.NonTestMethod();34 Assert.Equal(1, value);35 }36}37using Xunit;38{39 public void Test1()40 {41 var spy = new Xunit5.RandomSpy();42 var value = spy.NonTestMethod();43 Assert.Equal(1, value);44 }45}46using Xunit;47{48 public void Test1()49 {50 var spy = new Xunit6.RandomSpy();51 var value = spy.NonTestMethod();52 Assert.Equal(1, value);53 }54}55using Xunit;56{57 public void Test1()58 {59 var spy = new Xunit7.RandomSpy();60 var value = spy.NonTestMethod();61 Assert.Equal(1, value);62 }63}

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NonTestMethod

Using AI Code Generation

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1using Xunit1;2using Xunit;3{4{5public static int NonTestMethod()6{7return 1;8}9}10}11{12{13public void NonTestMethodTest()14{15Assert.Equal(1, RandomSpy.NonTestMethod());16}17}18}19etcoreapp2.1\Xunit1.dll(.NETCoreApp,Version=v2.1)20Microsoft (R) Test Execution Command Line Tool Version 15.9.021[xUnit.net 00:00:00.00] xUnit.net VSTest Adapter v2.4.0 (64-bit .NET Core 4.6.27414.05)22Assert.Equal() Failure23at Xunit1.RandomSpyTests.NonTestMethodTest() in C:\Users\hp\source\repos\Xunit1\Xunit1\RandomSpyTests.cs:line 9

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NonTestMethod

Using AI Code Generation

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1using Xunit1;2{3 {4 public void Test()5 {6 RandomSpy spy = new RandomSpy();7 spy.NonTestMethod();8 }9 }10}

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NonTestMethod

Using AI Code Generation

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1using Xunit1;2{3 {4 private Random _random;5 public RandomSpy(Random random)6 {7 _random = random;8 }9 public int NonTestMethod()10 {11 return _random.Next();12 }13 }14}15using Xunit1;16{17 {18 private Random _random;19 public RandomSpy(Random random)20 {21 _random = random;22 }23 public int NonTestMethod()24 {25 return _random.Next();26 }27 }28}29using Xunit1;30{31 {32 private Random _random;33 public RandomSpy(Random random)34 {35 _random = random;36 }37 public int NonTestMethod()38 {39 return _random.Next();40 }41 }42}43using Xunit1;44{45 {46 private Random _random;47 public RandomSpy(Random random)48 {49 _random = random;50 }51 public int NonTestMethod()52 {53 return _random.Next();54 }55 }56}57using Xunit1;58{59 {60 private Random _random;61 public RandomSpy(Random random)62 {63 _random = random;64 }65 public int NonTestMethod()66 {67 return _random.Next();68 }69 }70}71using Xunit1;72{73 {74 private Random _random;75 public RandomSpy(Random random)76 {77 _random = random;78 }79 public int NonTestMethod()80 {81 return _random.Next();82 }

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NonTestMethod

Using AI Code Generation

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1using Xunit1;2using Xunit;3using Xunit.Sdk;4{5 {6 public void RandomTest1()7 {8 RandomSpy spy = new RandomSpy();9 Random rnd = new Random(spy);10 int[] rndNumbers = new int[10];11 for (int i = 0; i < rndNumbers.Length; i++)12 {13 rndNumbers[i] = rnd.Next(1, 100);14 }15 Assert.Equal(new int[] { 10, 20, 30, 40, 50, 60, 70, 80, 90, 100 }, rndNumbers);16 }17 }18}19Result Message: Assert.Equal() Failure20As you can see, the last number is 0, which means that the test failed. The reason for this is that the RandomSpy class does not implement the Next() method of the Random class. To fix this, we need to implement the Next() method. The code for the RandomSpy class is as follows:21using Xunit1;22using Xunit;23using Xunit.Sdk;24{25 {26 public RandomSpy() : base() { }27 public RandomSpy(int seed) : base(seed) { }28 public override int Next(int minValue, int maxValue)29 {30 return 100;31 }32 }33}34Result Message: Assert.Equal() Failure

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NonTestMethod

Using AI Code Generation

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1public void TestMethod1()2{3 RandomSpy spy = new RandomSpy();4 int actual = 5;5 int expected = spy.NonTestMethod();6 Assert.Equal(expected, actual);7}8public void TestMethod1()9{10 RandomSpy spy = new RandomSpy();11 int actual = 6;12 int expected = spy.NonTestMethod();13 Assert.Equal(expected, actual);14}15public void TestMethod1()16{17 RandomSpy spy = new RandomSpy();18 int actual = 7;19 int expected = spy.NonTestMethod();20 Assert.Equal(expected, actual);21}22public void TestMethod1()23{24 RandomSpy spy = new RandomSpy();25 int actual = 8;26 int expected = spy.NonTestMethod();27 Assert.Equal(expected, actual);28}29public void TestMethod1()30{31 RandomSpy spy = new RandomSpy();32 int actual = 9;33 int expected = spy.NonTestMethod();34 Assert.Equal(expected, actual);35}36public void TestMethod1()37{38 RandomSpy spy = new RandomSpy();39 int actual = 10;40 int expected = spy.NonTestMethod();41 Assert.Equal(expected, actual);42}43public void TestMethod1()44{45 RandomSpy spy = new RandomSpy();46 int actual = 11;47 int expected = spy.NonTestMethod();48 Assert.Equal(expected, actual);49}

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