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How to use ComplexNumber class of NUnit.TestData.AssertMultipleData package

Best Nunit code snippet using NUnit.TestData.AssertMultipleData.ComplexNumber

AssertMultipleTests.cs

Source:AssertMultipleTests.cs

...7namespace NUnit.Framework.Assertions8{9    public class AssertMultipleTests10    {11        private static readonly ComplexNumber _complex = new ComplexNumber(5.2, 3.9);12        [TestCase(nameof(AM.EmptyBlock), 0)]13        [TestCase(nameof(AM.SingleAssertSucceeds), 1)]14        [TestCase(nameof(AM.TwoAssertsSucceed), 2)]15        [TestCase(nameof(AM.ThreeAssertsSucceed), 3)]16        [TestCase(nameof(AM.NestedBlock_ThreeAssertsSucceed), 3)]17        [TestCase(nameof(AM.TwoNestedBlocks_ThreeAssertsSucceed), 3)]18        [TestCase(nameof(AM.NestedBlocksInMethodCalls), 3)]19        [TestCase(nameof(AM.ThreeWarnIf_AllPass), 3)]20        [TestCase(nameof(AM.ThreeWarnUnless_AllPass), 3)]21        [TestCase(nameof(AM.ThreeAssertsSucceed_Async), 3)]22        [TestCase(nameof(AM.NestedBlock_ThreeAssertsSucceed_Async), 3)]23        [TestCase(nameof(AM.TwoNestedBlocks_ThreeAssertsSucceed_Async), 3)]24        public void AssertMultipleSucceeds(string methodName, int asserts)25        {26            CheckResult(methodName, ResultState.Success, asserts);27        }28        [TestCase(nameof(AM.TwoAsserts_FirstAssertFails), 2, "RealPart")]29        [TestCase(nameof(AM.TwoAsserts_SecondAssertFails), 2, "ImaginaryPart")]30        [TestCase(nameof(AM.TwoAsserts_BothAssertsFail), 2, "RealPart", "ImaginaryPart")]31        [TestCase(nameof(AM.NestedBlock_FirstAssertFails), 3, "Expected: 5")]32        [TestCase(nameof(AM.NestedBlock_TwoAssertsFail), 3, "Expected: 5", "ImaginaryPart")]33        [TestCase(nameof(AM.TwoNestedBlocks_FirstAssertFails), 3, "Expected: 5")]34        [TestCase(nameof(AM.TwoNestedBlocks_TwoAssertsFail), 3, "Expected: 5", "ImaginaryPart")]35        [TestCase(nameof(AM.MethodCallsFail), 0, "Message from Assert.Fail")]36        [TestCase(nameof(AM.MethodCallsFailAfterTwoAssertsFail), 2, "Expected: 5", "ImaginaryPart", "Message from Assert.Fail")]37        [TestCase(nameof(AM.TwoAssertsFailAfterWarning), 2, "WARNING", "Expected: 5", "ImaginaryPart")]38        [TestCase(nameof(AM.WarningAfterTwoAssertsFail), 2, "Expected: 5", "ImaginaryPart", "WARNING")]39        [TestCase(nameof(AM.TwoAsserts_BothAssertsFail_Async), 2, "RealPart", "ImaginaryPart")]40        [TestCase(nameof(AM.TwoNestedBlocks_TwoAssertsFail_Async), 3, "Expected: 5", "ImaginaryPart")]41        public void AssertMultipleFails(string methodName, int asserts, params string[] assertionMessages)42        {43            CheckResult(methodName, ResultState.Failure, asserts, assertionMessages);44        }45        [TestCase(nameof(AM.ThreeAssertWarns), 0, "WARNING1", "WARNING2", "WARNING3")]46        [TestCase(nameof(AM.ThreeWarnIf_TwoFail), 3, "WARNING1", "WARNING3")]47        [TestCase(nameof(AM.ThreeWarnUnless_TwoFail), 3, "WARNING1", "WARNING3")]48        public void AssertMultipleWarns(string methodName, int asserts, params string[] assertionMessages)49        {50            CheckResult(methodName, ResultState.Warning, asserts, assertionMessages);51        }52        [TestCase(nameof(AM.ExceptionThrown), 0)]53        [TestCase(nameof(AM.ExceptionThrownAfterTwoFailures), 2, "Failure 1", "Failure 2", "Simulated Error")]54        [TestCase(nameof(AM.ExceptionThrownAfterWarning), 0, "WARNING", "Simulated Error")]55        public void AssertMultipleErrorTests(string methodName, int asserts, params string[] assertionMessages)56        {57            ITestResult result = CheckResult(methodName, ResultState.Error, asserts, assertionMessages);58            Assert.That(result.Message, Does.StartWith("System.Exception : Simulated Error"));//59        }60        [TestCase(nameof(AM.AssertPassInBlock), "Assert.Pass")]61        [TestCase(nameof(AM.AssertIgnoreInBlock), "Assert.Ignore")]62        [TestCase(nameof(AM.AssertInconclusiveInBlock), "Assert.Inconclusive")]63        [TestCase(nameof(AM.AssumptionInBlock), "Assume.That")]64        public void AssertMultiple_InvalidAssertThrowsException(string methodName, string invalidAssert)65        {66            ITestResult result = CheckResult(methodName, ResultState.Error, 0);67            Assert.That(result.Message, Contains.Substring($"{invalidAssert} may not be used in a multiple assertion block."));68        }69        private ITestResult CheckResult(string methodName, ResultState expectedResultState, int expectedAsserts, params string[] assertionMessageRegex)70        {71            ITestResult result = TestBuilder.RunTestCase(typeof(AssertMultipleFixture), methodName);72            Assert.That(result.ResultState, Is.EqualTo(expectedResultState), "ResultState");73            Assert.That(result.AssertCount, Is.EqualTo(expectedAsserts), "AssertCount");74            Assert.That(result.AssertionResults.Count, Is.EqualTo(assertionMessageRegex.Length), "Number of AssertionResults");75            PlatformInconsistency.MonoMethodInfoInvokeLosesStackTrace.SkipOnAffectedPlatform(() =>76            {77                if (result.ResultState.Status == TestStatus.Failed)78                    Assert.That(result.StackTrace, Is.Not.Null.And.Contains(methodName), "StackTrace");79            });80            if (result.AssertionResults.Count > 0)81            {82                int numFailures = result.AssertionResults.Count;83                if (expectedResultState == ResultState.Error)84                    --numFailures;85                if (numFailures > 1)86                    Assert.That(result.Message, Contains.Substring("Multiple failures or warnings in test:"));87                int i = 0;88                foreach (var assertion in result.AssertionResults)89                {90                    // Since the order of argument evaluation is not guaranteed, we don't91                    // want 'i' to appear more than once in the Assert statement.92                    string errmsg = string.Format("AssertionResult {0}", i + 1);93                    Assert.That(assertion.Message, Does.Match(assertionMessageRegex[i++]), errmsg);94                    Assert.That(result.Message, Contains.Substring(assertion.Message), errmsg);95                    // NOTE: This test expects the stack trace to contain the name of the method 96                    // that actually caused the failure. To ensure it is not optimized away, we97                    // compile the testdata assembly with optimizations disabled.98                    PlatformInconsistency.MonoMethodInfoInvokeLosesStackTrace.SkipOnAffectedPlatform(() =>99                    {100                        Assert.That(assertion.StackTrace, Is.Not.Null.And.Contains(methodName), errmsg);101                    });102                }103            }104            return result;105        }106    }107    [Explicit("Used to display error messages for visual confirmation")]108    public class MultipleAssertDemo109    {110        private static readonly ComplexNumber _complex = new ComplexNumber(5.2, 3.9);111        [Test]112        // Shows multiple failures including one from Assert.Fail113        public void MultipleAssertFailureDemo()114        {115            Assert.Multiple(() =>116            {117                Assert.That(_complex.RealPart, Is.EqualTo(5.0), "RealPart");118                Assert.That(_complex.ImaginaryPart, Is.EqualTo(4.2), "ImaginaryPart");119                Assert.Fail("Assert.Fail Called");120            });121        }122        [Test]123        // Shows two failures followed by an exception124        public void MultipleAssertErrorDemo()125        {126            Assert.Multiple(() =>127            {128                Assert.That(_complex.RealPart, Is.EqualTo(5.0), "RealPart");129                Assert.That(_complex.ImaginaryPart, Is.EqualTo(4.2), "ImaginaryPart");130                throw new Exception("Simulated Error");131            });132        }133    }134    internal class ComplexNumber135    {136        public ComplexNumber(double realPart, double imaginaryPart)137        {138            RealPart = realPart;139            ImaginaryPart = imaginaryPart;140        }141        public double RealPart;142        public double ImaginaryPart;143    }144}...

AssertMultipleData.cs

Source:AssertMultipleData.cs

...8    // existence in the .NET 2.0 AppVeyor build. For that reason,9    // we turned optimization off for the testdata assembly.10    public class AssertMultipleFixture11    {12        private static readonly ComplexNumber complex = new ComplexNumber(5.2, 3.9);13        [Test]14        public void EmptyBlock()15        {16            Assert.Multiple(() => { });17        }18        [Test]19        public void SingleAssertSucceeds()20        {21            Assert.Multiple(() =>22            {23                Assert.That(2 + 2, Is.EqualTo(4));24            });25        }26        [Test]27        public void TwoAssertsSucceed()28        {29            Assert.Multiple(() =>30            {31                Assert.That(complex.RealPart, Is.EqualTo(5.2));32                Assert.That(complex.ImaginaryPart, Is.EqualTo(3.9));33            });34        }35        [Test]36        public void ThreeAssertsSucceed()37        {38            Assert.Multiple(() =>39            {40                Assert.That(2 + 2, Is.EqualTo(4));41                Assert.That(complex.RealPart, Is.EqualTo(5.2));42                Assert.That(complex.ImaginaryPart, Is.EqualTo(3.9));43            });44        }45        [Test]46        public void NestedBlock_ThreeAssertsSucceed()47        {48            Assert.Multiple(() =>49            {50                Assert.That(2 + 2, Is.EqualTo(4));51                Assert.Multiple(() =>52                {53                    Assert.That(complex.RealPart, Is.EqualTo(5.2));54                    Assert.That(complex.ImaginaryPart, Is.EqualTo(3.9));55                });56            });57        }58        [Test]59        public void TwoNestedBlocks_ThreeAssertsSucceed()60        {61            Assert.Multiple(() =>62            {63                Assert.Multiple(() =>64                {65                    Assert.That(2 + 2, Is.EqualTo(4));66                });67                Assert.Multiple(() =>68                {69                    Assert.That(complex.RealPart, Is.EqualTo(5.2));70                    Assert.That(complex.ImaginaryPart, Is.EqualTo(3.9));71                });72            });73        }74        [Test]75        public void NestedBlocksInMethodCalls()76        {77            SingleAssertSucceeds();78            TwoAssertsSucceed();79        }80        [Test]81        public void MethodCallsFail()82        {83            Assert.Multiple(() =>84            {85                Assert.Fail("Message from Assert.Fail");86            });87        }88        [Test]89        public void MethodCallsFailAfterTwoAssertsFail()90        {91            Assert.Multiple(() =>92            {93                Assert.That(complex.RealPart, Is.EqualTo(5.0), "RealPart");94                Assert.That(complex.ImaginaryPart, Is.EqualTo(4.2), "ImaginaryPart");95                Assert.Fail("Message from Assert.Fail");96            });97        }98        [Test]99        public void TwoAsserts_FirstAssertFails()100        {101            Assert.Multiple(() =>102            {103                Assert.That(complex.RealPart, Is.EqualTo(5.0), "RealPart");104                Assert.That(complex.ImaginaryPart, Is.EqualTo(3.9), "ImaginaryPart");105            });106        }107        [Test]108        public void TwoAsserts_SecondAssertFails()109        {110            Assert.Multiple(() =>111            {112                Assert.That(complex.RealPart, Is.EqualTo(5.2), "RealPart");113                Assert.That(complex.ImaginaryPart, Is.EqualTo(4.2), "ImaginaryPart");114            });115        }116        [Test]117        public void TwoAsserts_BothAssertsFail()118        {119            Assert.Multiple(() =>120            {121                Assert.That(complex.RealPart, Is.EqualTo(5.0), "RealPart");122                Assert.That(complex.ImaginaryPart, Is.EqualTo(4.2), "ImaginaryPart");123            });124        }125        [Test]126        public void NestedBlock_FirstAssertFails()127        {128            Assert.Multiple(() =>129            {130                Assert.That(2 + 2, Is.EqualTo(5));131                Assert.Multiple(() =>132                {133                    Assert.That(complex.RealPart, Is.EqualTo(5.2), "RealPart");134                    Assert.That(complex.ImaginaryPart, Is.EqualTo(3.9), "ImaginaryPart");135                });136            });137        }138        [Test]139        public void NestedBlock_TwoAssertsFail()140        {141            Assert.Multiple(() =>142            {143                Assert.That(2 + 2, Is.EqualTo(5));144                Assert.Multiple(() =>145                {146                    Assert.That(complex.RealPart, Is.EqualTo(5.2), "RealPart");147                    Assert.That(complex.ImaginaryPart, Is.EqualTo(4.2), "ImaginaryPart");148                });149            });150        }151        [Test]152        public void TwoNestedBlocks_FirstAssertFails()153        {154            Assert.Multiple(() =>155            {156                Assert.Multiple(() =>157                {158                    Assert.That(2 + 2, Is.EqualTo(5));159                });160                Assert.Multiple(() =>161                {162                    Assert.That(complex.RealPart, Is.EqualTo(5.2), "RealPart");163                    Assert.That(complex.ImaginaryPart, Is.EqualTo(3.9), "ImaginaryPart");164                });165            });166        }167        [Test]168        public void TwoNestedBlocks_TwoAssertsFail()169        {170            Assert.Multiple(() =>171            {172                Assert.Multiple(() =>173                {174                    Assert.That(2 + 2, Is.EqualTo(5));175                });176                Assert.Multiple(() =>177                {178                    Assert.That(complex.RealPart, Is.EqualTo(5.2), "RealPart");179                    Assert.That(complex.ImaginaryPart, Is.EqualTo(4.2), "ImaginaryPart");180                });181            });182        }183        [Test]184        public void ExceptionThrown()185        {186            Assert.Multiple(() =>187            {188                throw new Exception("Simulated Error");189            });190        }191        [Test]192        public void ExceptionThrownAfterTwoFailures()193        {194            Assert.Multiple(() =>195            {196                Assert.AreEqual(5, 2 + 2, "Failure 1");197                Assert.True(1 == 0, "Failure 2");198                throw new Exception("Simulated Error");199            });200        }201        [Test]202        public void AssertPassInBlock()203        {204            Assert.Multiple(() =>205            {206                Assert.Pass("Message from Assert.Pass");207            });208        }209        [Test]210        public void AssertIgnoreInBlock()211        {212            Assert.Multiple(() =>213            {214                Assert.Ignore("Message from Assert.Ignore");215            });216        }217        [Test]218        public void AssertInconclusiveInBlock()219        {220            Assert.Multiple(() =>221            {222                Assert.Inconclusive("Message from Assert.Inconclusive");223            });224        }225        [Test]226        public void AssumptionInBlock()227        {228            Assert.Multiple(() =>229            {230                Assume.That(2 + 2 == 4);231            });232        }233    }234    class ComplexNumber235    {236        public ComplexNumber(double realPart, double imaginaryPart)237        {238            RealPart = realPart;239            ImaginaryPart = imaginaryPart;240        }241        public double RealPart;242        public double ImaginaryPart;243    }244}...

ComplexNumber

Using AI Code Generation

1using NUnit.TestData.AssertMultipleData;2{3    {4        public double Real { get; set; }5        public double Imaginary { get; set; }6        public ComplexNumber(double real, double imaginary)7        {8            Real = real;9            Imaginary = imaginary;10        }11        public override bool Equals(object obj)12        {13            if (obj == null || obj.GetType() != typeof(ComplexNumber))14                return false;15            ComplexNumber other = (ComplexNumber)obj;16            return Real == other.Real && Imaginary == other.Imaginary;17        }18        public override int GetHashCode()19        {20            return Real.GetHashCode() ^ Imaginary.GetHashCode();21        }22        public override string ToString()23        {24            return string.Format("({0}, {1})", Real, Imaginary);25        }26    }27}28using NUnit.TestData.AssertMultipleData;29{30    {31        public double Real { get; set; }32        public double Imaginary { get; set; }33        public ComplexNumber(double real, double imaginary)34        {35            Real = real;36            Imaginary = imaginary;37        }38        public override bool Equals(object obj)39        {40            if (obj == null || obj.GetType() != typeof(ComplexNumber))41                return false;42            ComplexNumber other = (ComplexNumber)obj;43            return Real == other.Real && Imaginary == other.Imaginary;44        }45        public override int GetHashCode()46        {47            return Real.GetHashCode() ^ Imaginary.GetHashCode();48        }49        public override string ToString()50        {51            return string.Format("({0}, {1})", Real, Imaginary);52        }53    }54}55using NUnit.TestData.AssertMultipleData;56{57    {58        public double Real { get; set; }59        public double Imaginary { get; set; }60        public ComplexNumber(double real, double imaginary)61        {62            Real = real;63            Imaginary = imaginary;64        }65        public override bool Equals(object obj)66        {67            if (obj == null || obj.GetType() != typeof(ComplexNumber))

ComplexNumber

Using AI Code Generation

1using NUnit.TestData.AssertMultipleData;2using NUnit.Framework;3{4    {5        public ComplexNumber(double real, double imaginary)6        {7            Real = real;8            Imaginary = imaginary;9        }10        public double Real { get; }11        public double Imaginary { get; }12        public override bool Equals(object obj)13        {14            if (obj is ComplexNumber)15            {16                var other = (ComplexNumber)obj;17                return Real == other.Real && Imaginary == other.Imaginary;18            }19            return false;20        }21        public override int GetHashCode()22        {23            return Real.GetHashCode() ^ Imaginary.GetHashCode();24        }25    }26}27using NUnit.TestData.AssertMultipleData;28using NUnit.Framework;29{30    {31        public void ComplexNumberEqualsTest()32        {33            var complexNumber1 = new ComplexNumber(1, 2);34            var complexNumber2 = new ComplexNumber(1, 2);35            Assert.Multiple(() =>36            {37                Assert.That(complexNumber1 == complexNumber2, Is.True);38                Assert.That(complexNumber1.Equals(complexNumber2), Is.True);39            });40        }41    }42}

ComplexNumber

Using AI Code Generation

1using NUnit.TestData.AssertMultipleData;2using NUnit.Framework;3{4    {5        public int Real { get; set; }6        public int Imaginary { get; set; }7        public ComplexNumber(int real, int imaginary)8        {9            Real = real;10            Imaginary = imaginary;11        }12    }13}14using NUnit.TestData.AssertMultipleData;15using NUnit.Framework;16{17    {18        public int Real { get; set; }19        public int Imaginary { get; set; }20        public ComplexNumber(int real, int imaginary)21        {22            Real = real;23            Imaginary = imaginary;24        }25    }26}27using NUnit.TestData.AssertMultipleData;28using NUnit.Framework;29{30    {31        public int Real { get; set; }32        public int Imaginary { get; set; }33        public ComplexNumber(int real, int imaginary)34        {35            Real = real;36            Imaginary = imaginary;37        }38    }39}40using NUnit.TestData.AssertMultipleData;41using NUnit.Framework;42{43    {44        public int Real { get; set; }45        public int Imaginary { get; set; }46        public ComplexNumber(int real, int imaginary)47        {48            Real = real;49            Imaginary = imaginary;50        }51    }52}

ComplexNumber

Using AI Code Generation

1using NUnit.TestData.AssertMultipleData;2using NUnit.Framework;3{4    {5        public ComplexNumber(double real, double imaginary)6        {7            this.real = real;8            this.imaginary = imaginary;9        }10        {11            get { return real; }12        }13        {14            get { return imaginary; }15        }16        public override string ToString()17        {18            return string.Format("({0}, {1})", real, imaginary);19        }20        private double real;21        private double imaginary;22    }23}24using NUnit.TestData.AssertMultipleData;25using NUnit.Framework;26{27    {28        public ComplexNumber(double real, double imaginary)29        {30            this.real = real;31            this.imaginary = imaginary;32        }33        {34            get { return real; }35        }36        {37            get { return imaginary; }38        }39        public override string ToString()40        {41            return string.Format("({0}, {1})", real, imaginary);42        }43        private double real;44        private double imaginary;45    }46}47using NUnit.TestData.AssertMultipleData;48using NUnit.Framework;49{50    {51        public ComplexNumber(double real, double imaginary)52        {53            this.real = real;54            this.imaginary = imaginary;55        }56        {57            get { return real; }58        }59        {60            get { return imaginary; }61        }62        public override string ToString()63        {64            return string.Format("({0}, {1})", real, imaginary);65        }66        private double real;67        private double imaginary;68    }69}70using NUnit.TestData.AssertMultipleData;71using NUnit.Framework;72{73    {74        public ComplexNumber(double real, double imaginary)75        {76            this.real = real;

ComplexNumber

Using AI Code Generation

1using NUnit.TestData.AssertMultipleData;2using System;3{4    {5        public int Real { get; set; }6        public int Imaginary { get; set; }7        public ComplexNumber(int real, int imaginary)8        {9            Real = real;10            Imaginary = imaginary;11        }12        public override string ToString()13        {14            return string.Format("{0} + {1}i", Real, Imaginary);15        }16    }17}18using NUnit.TestData.AssertMultipleData;19using System;20{21    {22        public int Real { get; set; }23        public int Imaginary { get; set; }24        public ComplexNumber(int real, int imaginary)25        {26            Real = real;27            Imaginary = imaginary;28        }29        public override string ToString()30        {31            return string.Format("{0} + {1}i", Real, Imaginary);32        }33    }34}35using NUnit.TestData.AssertMultipleData;36using System;37{38    {39        public int Real { get; set; }40        public int Imaginary { get; set; }41        public ComplexNumber(int real, int imaginary)42        {43            Real = real;44            Imaginary = imaginary;45        }46        public override string ToString()47        {48            return string.Format("{0} + {1}i", Real, Imaginary);49        }50    }51}52using NUnit.TestData.AssertMultipleData;53using System;54{55    {56        public int Real { get; set; }57        public int Imaginary { get; set; }58        public ComplexNumber(int real, int imaginary)59        {60            Real = real;61            Imaginary = imaginary;62        }63        public override string ToString()64        {65            return string.Format("{0} + {1}i", Real, Imaginary);66        }67    }68}

ComplexNumber

Using AI Code Generation

1using NUnit.TestData.AssertMultipleData;2using NUnit.Framework;3{4    {5        public ComplexNumber(int real, int imaginary)6        {7            Real = real;8            Imaginary = imaginary;9        }10        public int Real { get; set; }11        public int Imaginary { get; set; }12        public override string ToString()13        {14            return string.Format("({0},{1})", Real, Imaginary);15        }16    }17}18using NUnit.TestData.AssertMultipleData;19using NUnit.Framework;20{21    {22        public ComplexNumber(int real, int imaginary)23        {24            Real = real;25            Imaginary = imaginary;26        }27        public int Real { get; set; }28        public int Imaginary { get; set; }29        public override string ToString()30        {31            return string.Format("({0},{1})", Real, Imaginary);32        }33    }34}35using NUnit.TestData.AssertMultipleData;36using NUnit.Framework;37{38    {39        public ComplexNumber(int real, int imaginary)40        {41            Real = real;42            Imaginary = imaginary;43        }44        public int Real { get; set; }45        public int Imaginary { get; set; }46        public override string ToString()47        {48            return string.Format("({0},{1})", Real, Imaginary);49        }50    }51}52using NUnit.TestData.AssertMultipleData;53using NUnit.Framework;54{55    {56        public ComplexNumber(int real, int imaginary)57        {58            Real = real;59            Imaginary = imaginary;60        }61        public int Real { get; set; }62        public int Imaginary { get; set; }63        public override string ToString()64        {65            return string.Format("({0},{1})", Real, Imaginary);66        }67    }68}

ComplexNumber

Using AI Code Generation

1using NUnit.TestData.AssertMultipleData;2using NUnit.Framework;3{4    public void TestMethod()5    {6        ComplexNumber c1 = new ComplexNumber(1, 2);7        ComplexNumber c2 = new ComplexNumber(1, 2);8        ComplexNumber c3 = new ComplexNumber(1, 2);9        ComplexNumber c4 = new ComplexNumber(1, 2);10        ComplexNumber c5 = new ComplexNumber(1, 2);11        ComplexNumber c6 = new ComplexNumber(1, 2);12        ComplexNumber c7 = new ComplexNumber(1, 2);13        ComplexNumber c8 = new ComplexNumber(1, 2);14        ComplexNumber c9 = new ComplexNumber(1, 2);15        ComplexNumber c10 = new ComplexNumber(1, 2);16        ComplexNumber c11 = new ComplexNumber(1, 2);17        ComplexNumber c12 = new ComplexNumber(1, 2);18        ComplexNumber c13 = new ComplexNumber(1, 2);19        ComplexNumber c14 = new ComplexNumber(1, 2);20        ComplexNumber c15 = new ComplexNumber(1, 2);21        ComplexNumber c16 = new ComplexNumber(1, 2);22        ComplexNumber c17 = new ComplexNumber(1, 2);23        ComplexNumber c18 = new ComplexNumber(1, 2);24        ComplexNumber c19 = new ComplexNumber(1, 2);25        ComplexNumber c20 = new ComplexNumber(1, 2);26        ComplexNumber c21 = new ComplexNumber(1, 2);27        ComplexNumber c22 = new ComplexNumber(1, 2);28        ComplexNumber c23 = new ComplexNumber(1, 2);29        ComplexNumber c24 = new ComplexNumber(1, 2);30        ComplexNumber c25 = new ComplexNumber(1, 2);31        ComplexNumber c26 = new ComplexNumber(1, 2);32        ComplexNumber c27 = new ComplexNumber(1, 2);33        ComplexNumber c28 = new ComplexNumber(1, 2);34        ComplexNumber c29 = new ComplexNumber(1, 2);35        ComplexNumber c30 = new ComplexNumber(1, 2);36        ComplexNumber c31 = new ComplexNumber(1, 2);

ComplexNumber

Using AI Code Generation

1using NUnit.TestData.AssertMultipleData;2using NUnit.Framework;3{4    {5        public void ComplexNumberTest()6        {7            ComplexNumber c1 = new ComplexNumber(1, 2);8            ComplexNumber c2 = new ComplexNumber(1, 2);9            ComplexNumber c3 = new ComplexNumber(3, 4);10            Assert.Multiple(() =>11            {12                Assert.AreEqual(c1, c2);13                Assert.AreEqual(c1, c3);14            });15        }16    }17}18using NUnit.TestData.AssertMultipleData;19using NUnit.Framework;20{21    {22        public void ComplexNumberTest()23        {24            ComplexNumber c1 = new ComplexNumber(1, 2);25            ComplexNumber c2 = new ComplexNumber(1, 2);26            ComplexNumber c3 = new ComplexNumber(3, 4);27            Assert.Multiple(() =>28            {29                Assert.AreEqual(c1, c2);30                Assert.AreEqual(c1, c3);31            });32        }33    }34}35using NUnit.TestData.AssertMultipleData;36using NUnit.Framework;37{38    {39        public void ComplexNumberTest()40        {41            ComplexNumber c1 = new ComplexNumber(1, 2);42            ComplexNumber c2 = new ComplexNumber(1, 2);43            ComplexNumber c3 = new ComplexNumber(3, 4);44            Assert.Multiple(() =>45            {46                Assert.AreEqual(c1, c2);47                Assert.AreEqual(c1, c3);48            });49        }50    }51}52using NUnit.TestData.AssertMultipleData;53using NUnit.Framework;54{55    {56        public void ComplexNumberTest()57        {58            ComplexNumber c1 = new ComplexNumber(1

ComplexNumber

Using AI Code Generation

1using NUnit.TestData.AssertMultipleData;2using System;3{4    {5        public static void Main()6        {7            ComplexNumber c1 = new ComplexNumber(1, 2);8            ComplexNumber c2 = new ComplexNumber(3, 4);9            ComplexNumber c3 = new ComplexNumber(1, 2);10            ComplexNumber c4 = new ComplexNumber(3, 4);11            Console.WriteLine(c1 == c2);12            Console.WriteLine(c1 == c3);13            Console.WriteLine(c2 == c4);14        }15    }16}

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NUnit Annotations - Learn how to use and execute NUnit annotations for Selenium Automation Testing
Generating Test Reports In NUnit - Understand how to use extent reports and generate reports with NUnit and Selenium WebDriver. Also, look into how to capture screenshots in NUnit extent reports.
Parallel Execution In NUnit - Parallel testing helps to reduce time consumption while executing a test. Deep dive into the concept of Specflow Parallel Execution in NUnit.