How to use Equals method of Xunit1.IntGenerator class

Best Xunit code snippet using Xunit1.IntGenerator.Equals

EqualTests.cs

Source:EqualTests.cs

...88                public IntComparer(bool answer)89                {90                    this.answer = answer;91                }92                public bool Equals(int x, int y)93                {94                    return answer;95                }96                public int GetHashCode(int obj)97                {98                    throw new NotImplementedException();99                }100            }101        }102        public class ComparableObject : IComparable103        {104            public bool CompareCalled;105            public int CompareTo(object obj)106            {107                CompareCalled = true;108                return 0;109            }110        }111        public class ComparableTests112        {113            [Fact]114            public void ObjectWithComparable()115            {116                ComparableObject obj1 = new ComparableObject();117                ComparableObject obj2 = new ComparableObject();118                Assert.Equal(obj1, obj2);119                Assert.True(obj1.CompareCalled);120            }121            [Fact]122            public void ObjectWithGenericComparable()123            {124                GenericComparableObject obj1 = new GenericComparableObject();125                GenericComparableObject obj2 = new GenericComparableObject();126                Assert.Equal(obj1, obj2);127                Assert.True(obj1.CompareCalled);128            }129            [Fact]130            public void ObjectWithoutIComparable()131            {132                NonComparableObject nco1 = new NonComparableObject();133                NonComparableObject nco2 = new NonComparableObject();134                Assert.Equal(nco1, nco2);135            }136        }137        public class DoubleInfinityTests138        {139            [Fact]140            public void DoubleNegativeInfinityEqualsNegativeInfinity()141            {142                Assert.Equal(Double.NegativeInfinity, Double.NegativeInfinity);143            }144            [Fact]145            public void DoubleNegativeInfinityNotEquals()146            {147                Assert.Throws<EqualException>(() => Assert.Equal(1.23, Double.NegativeInfinity));148            }149            [Fact]150            public void DoublePositiveInfinityEqualsPositiveInfinity()151            {152                Assert.Equal(Double.PositiveInfinity, Double.PositiveInfinity);153            }154            [Fact]155            public void DoublePositiveInfinityNotEquals()156            {157                Assert.Throws<EqualException>(() => Assert.Equal(1.23, Double.PositiveInfinity));158            }159            [Fact]160            public void DoublePositiveInfinityNotEqualsNegativeInfinity()161            {162                Assert.Throws<EqualException>(() => Assert.Equal(Double.NegativeInfinity, Double.PositiveInfinity));163            }164        }165        public class EnumerableTests166        {167            [Fact]168            public void Select_should_equal_Select()169            {170                IEnumerable<int> items = IntGenerator.Range(1, 12);171                IEnumerable<int> others = IntGenerator.Range(1, 12);172                Assert.Equal(items, others);173            }174            class IntGenerator175            {176                public static IEnumerable<int> Range(int start, int end)177                {178                    for (int i = start; i <= end; i++)179                        yield return i;180                }181            }182        }183        public class EquatableObject : IEquatable<EquatableObject>184        {185            public bool Equals__Called;186            public EquatableObject Equals_Other;187            public bool Equals(EquatableObject other)188            {189                Equals__Called = true;190                Equals_Other = other;191                return true;192            }193        }194        public class EquatableObjectTests195        {196            [Fact]197            public void CallsIEquatable()198            {199                EquatableObject obj1 = new EquatableObject();200                EquatableObject obj2 = new EquatableObject();201                Assert.Equal(obj1, obj2);202                Assert.True(obj1.Equals__Called);203                Assert.Same(obj2, obj1.Equals_Other);204            }205        }206        public class GenericComparableObject : IComparable<GenericComparableObject>207        {208            public bool CompareCalled;209            public int CompareTo(GenericComparableObject other)210            {211                CompareCalled = true;212                return 0;213            }214        }215        public class NaNTests216        {217            [Fact]218            public void EqualsNaNFails()219            {220                Assert.Throws<EqualException>(() => Assert.Equal(Double.NaN, 1.234));221            }222            [Fact]223            public void NanEqualsFails()224            {225                Assert.Throws<EqualException>(() => Assert.Equal(1.234, Double.NaN));226            }227            [Fact]228            public void NanEqualsNaNSucceeds()229            {230                Assert.Equal(Double.NaN, Double.NaN);231            }232        }233        public class NonComparableObject234        {235            public override bool Equals(object obj)236            {237                return true;238            }239            public override int GetHashCode()240            {241                return 42;242            }243        }244        public class NullTests245        {246            [Fact]247            public void EqualsNull()248            {249                Assert.Equal<object>(null, null);250            }251            [Fact]252            public void FailsWhenActualIsNullExpectedIsNot()253            {254                Assert.Throws<EqualException>(() => Assert.Equal(new object(), null));255            }256            [Fact]257            public void FailsWhenExpectedIsNullActualIsNot()258            {259                Assert.Throws<EqualException>(() => Assert.Equal(null, new object()));260            }261        }262        public class NumericTests263        {264            [Fact]265            public void DecimalEqualsFails()266            {267                decimal expected = 25;268                decimal actual = 42;269                Assert.Throws<EqualException>(() => Assert.Equal(expected, actual));270            }271            [Fact]272            public void DoubleEqualsFails()273            {274                double expected = 25.3;275                double actual = 42.0;276                Assert.Throws<EqualException>(() => Assert.Equal(expected, actual));277            }278            [Fact]279            public void EqualsByte()280            {281                byte valueType = 35;282                Byte referenceValue = 35;283                Assert.True(valueType == referenceValue);284                Assert.Equal(referenceValue, valueType);285                Assert.Equal<byte>(valueType, 35);286                Assert.Equal<byte>(referenceValue, 35);287            }288            [Fact]289            public void EqualsDecimal()290            {291                decimal valueType = 35;292                Decimal referenceValue = 35;293                Assert.True(valueType == referenceValue);294                Assert.Equal(referenceValue, valueType);295                Assert.Equal<decimal>(valueType, 35);296                Assert.Equal(valueType, 35M);297                Assert.Equal<decimal>(referenceValue, 35);298            }299            [Fact]300            public void EqualsInt16()301            {302                short valueType = 35;303                Int16 referenceValue = 35;304                Assert.True(valueType == referenceValue);305                Assert.Equal(referenceValue, valueType);306                Assert.Equal<short>(valueType, 35);307                Assert.Equal<short>(referenceValue, 35);308            }309            [Fact]310            public void EqualsInt32()311            {312                int valueType = 35;313                Int32 referenceValue = 35;314                Assert.True(valueType == referenceValue);315                Assert.Equal(referenceValue, valueType);316                Assert.Equal(valueType, 35);317                Assert.Equal(referenceValue, 35);318            }319            [Fact]320            public void EqualsInt64()321            {322                long valueType = 35;323                Int64 referenceValue = 35;324                Assert.True(valueType == referenceValue);325                Assert.Equal(referenceValue, valueType);326                Assert.Equal<long>(valueType, 35);327                Assert.Equal<long>(referenceValue, 35);328            }329            [Fact]330            public void EqualsSByte()331            {332                sbyte valueType = 35;333                SByte referenceValue = 35;334                Assert.True(valueType == referenceValue);335                Assert.Equal(referenceValue, valueType);336                Assert.Equal<sbyte>(valueType, 35);337                Assert.Equal<sbyte>(referenceValue, 35);338            }339            [Fact]340            public void EqualsUInt16()341            {342                ushort valueType = 35;343                UInt16 referenceValue = 35;344                Assert.True(valueType == referenceValue);345                Assert.Equal(referenceValue, valueType);346                Assert.Equal<ushort>(valueType, 35);347                Assert.Equal<ushort>(referenceValue, 35);348            }349            [Fact]350            public void EqualsUInt32()351            {352                uint valueType = 35;353                UInt32 referenceValue = 35;354                Assert.True(valueType == referenceValue);355                Assert.Equal(referenceValue, valueType);356                Assert.Equal<uint>(valueType, 35);357                Assert.Equal<uint>(referenceValue, 35);358            }359            [Fact]360            public void EqualsUInt64()361            {362                ulong valueType = 35;363                UInt64 referenceValue = 35;364                Assert.True(valueType == referenceValue);365                Assert.Equal(referenceValue, valueType);366                Assert.Equal<ulong>(valueType, 35);367                Assert.Equal<ulong>(referenceValue, 35);368            }369            [Fact]370            public void Int32Int64Comparison()371            {372                long l64 = 0;373                int i32 = 0;374                Assert.Equal<long>(l64, i32);375            }376            [Fact]377            public void IntegerLongComparison()378            {379                Assert.Equal<long>(1L, 1);380                Assert.Equal<long>(1, 1L);381            }382            [Fact]383            public void LongEquals()384            {385                Assert.Equal(2L, 2L);386            }387            [Fact]388            public void LongEqualsFails()389            {390                Assert.Throws<EqualException>(() => Assert.Equal(3L, 2L));391            }392            [Fact]393            public void UInt64EqualsFails()394            {395                UInt64 expected = 25;396                UInt64 actual = 42;397                Assert.Throws<EqualException>(() => Assert.Equal(expected, actual));398            }399        }400        public class SingleInfinityTests401        {402            [Fact]403            public void SingleNegativeInfinityEqualsNegativeInfinity()404            {405                Assert.Equal(Single.NegativeInfinity, Single.NegativeInfinity);406            }407            [Fact]408            public void SingleNumberNotEqualNegativeInfinity()409            {410                Assert.Throws<EqualException>(() => Assert.Equal(1.23f, Single.NegativeInfinity));411            }412            [Fact]413            public void SingleNumberNotEqualPositiiveInfinity()414            {415                Assert.Throws<EqualException>(() => Assert.Equal(1.23f, Single.PositiveInfinity));416            }417            [Fact]418            public void SinglePositiveInfinityEqualsPositiveInfinity()419            {420                Assert.Equal(Single.PositiveInfinity, Single.PositiveInfinity);421            }422            [Fact]423            public void SinglePositiveInfinityNotEqualNegativeInfinity()424            {425                Assert.Throws<EqualException>(() => Assert.Equal(Single.NegativeInfinity, Single.PositiveInfinity));426            }427        }428        public class StringTests429        {430            [Fact]431            public void EqualsFail()432            {433                Assert.Throws<EqualException>(() => Assert.Equal("expected", "actual"));434            }435            [Fact]436            public void EqualsString()437            {438                string testString = "Test String";439                string expected = testString;440                string actual = testString;441                Assert.True(actual == expected);442                Assert.Equal(expected, actual);443            }444            [Fact]445            public void EqualStringWithTrailingNull()446            {447                Exception ex = Record.Exception(() => Assert.Equal("foo", "foo\0"));448                Assert.IsType<EqualException>(ex);449            }450            [Fact]451            public void EqualsStringIgnoreCase()452            {453                string expected = "TestString";454                string actual = "testString";455                Assert.False(actual == expected);456                Assert.NotEqual(expected, actual);457                Assert.Equal(expected, actual, StringComparer.CurrentCultureIgnoreCase);458            }459            [Fact]460            public void String()461            {462                string s1 = "test";463                string s2 = new StringBuilder(s1).ToString();464                Assert.True(s1.Equals(s2));465                Assert.Equal(s2, s1);466            }467        }468        public class NullableValueTypesTests469        {470            [Fact]471            public void NullableValueTypesCanBeNull()472            {473                DateTime? dt1 = null;474                DateTime? dt2 = null;475                Assert.Equal(dt1, dt2);476            }477        }478        public class PrecisionTests...

Equals

Using AI Code Generation

1using Xunit1;2{3    static void Main()4    {5        IntGenerator x = new IntGenerator(100);6        IntGenerator y = new IntGenerator(100);7        if (x.Equals(y))8            System.Console.WriteLine("x and y are equal");9            System.Console.WriteLine("x and y are not equal");10    }11}12using Xunit1;13{14    static void Main()15    {16        IntGenerator x = new IntGenerator(100);17        IntGenerator y = new IntGenerator(100);18        if (x.Equals(y))19            System.Console.WriteLine("x and y are equal");20            System.Console.WriteLine("x and y are not equal");21    }22}

Equals

Using AI Code Generation

1using Xunit1;2{3    {4        public int Generate()5        {6            return 0;7        }8    }9}10using Xunit1;11{12    {13        public int Generate()14        {15            return 0;16        }17    }18}19using Xunit1;20{21    {22        public int Generate()23        {24            return 0;25        }26    }27}28{29    {30        public void TestGenerate()31        {32            var generator = new IntGenerator();33            Assert.Equal(0, generator.Generate());34        }35    }36}

Equals

Using AI Code Generation

1    public void TestEquals()2    {3        IntGenerator ig1 = new IntGenerator(1, 2);4        IntGenerator ig2 = new IntGenerator(1, 2);5        Assert.True(ig1.Equals(ig2));6    }7}8Test run for C:\Users\Nishant\source\repos\Xunit1\Xunit1\bin\Debug\netcoreapp3.1\Xunit1.dll(.NETCoreApp,Version=v3.1)9Microsoft (R) Test Execution Command Line Tool Version 16.4.0

Equals

Using AI Code Generation

1using Xunit1;2using Xunit;3{4    {5        public void Equals_WhenCalled_ReturnsTrue()6        {7            var sut = new IntGenerator();8            var expected = 1;9            sut.Generate();10            var actual = sut.Current;11            Assert.True(expected == actual);12        }13    }14}

Equals

Using AI Code Generation

1using Xunit1;2using Xunit;3{4    {5        public int GenerateInt()6        {7            return 1;8        }9    }10}11{12    {13        public void TestGenerateInt()14        {15            IntGenerator intGenerator = new IntGenerator();16            Assert.Equal(1, intGenerator.GenerateInt());17        }18    }19}20etcoreapp1.0\Xunit1.dll(.NETCoreApp,Version=v1.0)21Microsoft (R) Test Execution Command Line Tool Version 14.0.25123.022etcoreapp1.0\Xunit1.dll(.NETCoreApp,Version=v1.0)23Microsoft (R) Test Execution Command Line Tool Version 14.0.25123.0

Equals

Using AI Code Generation

1using Xunit1;2using Xunit;3{4    {5        public void TestIntGenerator()6        {7            IntGenerator ig1 = new IntGenerator(1, 2);8            IntGenerator ig2 = new IntGenerator(1, 2);9            Assert.True(ig1.Equals(ig2));10        }11    }12}13using Xunit1;14using Xunit;15{16    {17        public void TestIntGenerator()18        {19            IntGenerator ig1 = new IntGenerator(1, 2);20            IntGenerator ig2 = new IntGenerator(1, 2);21            ig1.end = 3;22            Assert.True(ig1.Equals(ig2));23        }24    }25}26using Xunit1;27using Xunit;28{29    {30        public void TestIntGenerator()31        {32            IntGenerator ig1 = new IntGenerator(1, 2);33            IntGenerator ig2 = new IntGenerator(1, 2);34            ig1.end = 3;35            Assert.True(ig1.Equals(ig2));36        }37    }38}

Equals

Using AI Code Generation

1using Xunit1;2using Xunit;3{4    {5        private int _start;6        private int _end;7        public IntGenerator(int start, int end)8        {9            _start = start;10            _end = end;11        }12        {13            get { return _start; }14        }15        {16            get { return _end; }17        }18        public override bool Equals(object obj)19        {20            IntGenerator that = (IntGenerator)obj;21            return this.Start == that.Start && this.End == that.End;22        }23        public override int GetHashCode()24        {25            return this.Start.GetHashCode() ^ this.End.GetHashCode();26        }27    }28}29{30    {31        public void TestEquals()32        {33            IntGenerator g1 = new IntGenerator(1, 10);34            IntGenerator g2 = new IntGenerator(1, 10);35            Assert.True(g1.Equals(g2));36        }37    }38}

Equals

Using AI Code Generation

1using Xunit1;2using Xunit;3{4    public void EqualsReturnsTrueForSameObject()5    {6        IntGenerator g1 = new IntGenerator(10);7        Assert.True(g1.Equals(g1));8    }9}10using Xunit1;11using Xunit;12{13    public void EqualsReturnsTrueForSameObject()14    {15        IntGenerator g1 = new IntGenerator(10);16        Assert.True(g1.Equals(g1));17    }18    public void EqualsReturnsTrueForEquivalentObjects()19    {20        IntGenerator g1 = new IntGenerator(10);21        IntGenerator g2 = new IntGenerator(10);22        Assert.True(g1.Equals(g2));23    }24}25using Xunit1;26using Xunit;27{28    public void EqualsReturnsTrueForSameObject()29    {30        IntGenerator g1 = new IntGenerator(10);31        Assert.True(g1.Equals(g1));32    }33    public void EqualsReturnsTrueForEquivalentObjects()34    {35        IntGenerator g1 = new IntGenerator(10);36        IntGenerator g2 = new IntGenerator(10);37        Assert.True(g1.Equals(g2));38    }39    public void EqualsReturnsFalseForDifferentObjects()40    {41        IntGenerator g1 = new IntGenerator(10);42        IntGenerator g2 = new IntGenerator(20);43        Assert.False(g1.Equals(g2));44    }45}46using Xunit1;47using Xunit;48{49    public void EqualsReturnsTrueForSameObject()50    {51        IntGenerator g1 = new IntGenerator(10);52        Assert.True(g1.Equals(g1));53    }54    public void EqualsReturnsTrueForEquivalentObjects()55    {56        IntGenerator g1 = new IntGenerator(10);57        IntGenerator g2 = new IntGenerator(

Equals

Using AI Code Generation

1using System;2using Xunit1;3{4    {5        public void EqualsMethod()6        {7            IntGenerator intGenerator1 = new IntGenerator();8            IntGenerator intGenerator2 = new IntGenerator();9            Assert.True(intGenerator1.Equals(intGenerator2)

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