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How to use Equals method of Xunit1.IntComparer class

Best Xunit code snippet using Xunit1.IntComparer.Equals

EqualTests.cs

Source:EqualTests.cs

...87                public IntComparer(bool answer)88                {89                    this.answer = answer;90                }91                public bool Equals(int x, int y)92                {93                    return answer;94                }95                public int GetHashCode(int obj)96                {97                    throw new NotImplementedException();98                }99            }100        }101        public class ComparableObject : IComparable102        {103            public bool CompareCalled;104            public int CompareTo(object obj)105            {106                CompareCalled = true;107                return 0;108            }109        }110        public class ComparableTests111        {112            [Fact]113            public void ObjectWithComparable()114            {115                ComparableObject obj1 = new ComparableObject();116                ComparableObject obj2 = new ComparableObject();117                Assert.Equal(obj1, obj2);118                Assert.True(obj1.CompareCalled);119            }120            [Fact]121            public void ObjectWithGenericComparable()122            {123                GenericComparableObject obj1 = new GenericComparableObject();124                GenericComparableObject obj2 = new GenericComparableObject();125                Assert.Equal(obj1, obj2);126                Assert.True(obj1.CompareCalled);127            }128            [Fact]129            public void ObjectWithoutIComparable()130            {131                NonComparableObject nco1 = new NonComparableObject();132                NonComparableObject nco2 = new NonComparableObject();133                Assert.Equal(nco1, nco2);134            }135        }136        public class DoubleInfinityTests137        {138            [Fact]139            public void DoubleNegativeInfinityEqualsNegativeInfinity()140            {141                Assert.Equal(Double.NegativeInfinity, Double.NegativeInfinity);142            }143            [Fact]144            public void DoubleNegativeInfinityNotEquals()145            {146                Assert.Throws<EqualException>(() => Assert.Equal(1.23, Double.NegativeInfinity));147            }148            [Fact]149            public void DoublePositiveInfinityEqualsPositiveInfinity()150            {151                Assert.Equal(Double.PositiveInfinity, Double.PositiveInfinity);152            }153            [Fact]154            public void DoublePositiveInfinityNotEquals()155            {156                Assert.Throws<EqualException>(() => Assert.Equal(1.23, Double.PositiveInfinity));157            }158            [Fact]159            public void DoublePositiveInfinityNotEqualsNegativeInfinity()160            {161                Assert.Throws<EqualException>(() => Assert.Equal(Double.NegativeInfinity, Double.PositiveInfinity));162            }163        }164        public class EnumerableTests165        {166            [Fact]167            public void Select_should_equal_Select()168            {169                IEnumerable<int> items = IntGenerator.Range(1, 12);170                IEnumerable<int> others = IntGenerator.Range(1, 12);171                Assert.Equal(items, others);172            }173            class IntGenerator174            {175                public static IEnumerable<int> Range(int start, int end)176                {177                    for (int i = start; i <= end; i++)178                        yield return i;179                }180            }181        }182        public class EquatableObject : IEquatable<EquatableObject>183        {184            public bool Equals__Called;185            public EquatableObject Equals_Other;186            public bool Equals(EquatableObject other)187            {188                Equals__Called = true;189                Equals_Other = other;190                return true;191            }192        }193        public class EquatableObjectTests194        {195            [Fact]196            public void CallsIEquatable()197            {198                EquatableObject obj1 = new EquatableObject();199                EquatableObject obj2 = new EquatableObject();200                Assert.Equal(obj1, obj2);201                Assert.True(obj1.Equals__Called);202                Assert.Same(obj2, obj1.Equals_Other);203            }204        }205        public class GenericComparableObject : IComparable<GenericComparableObject>206        {207            public bool CompareCalled;208            public int CompareTo(GenericComparableObject other)209            {210                CompareCalled = true;211                return 0;212            }213        }214        public class NaNTests215        {216            [Fact]217            public void EqualsNaNFails()218            {219                Assert.Throws<EqualException>(() => Assert.Equal(Double.NaN, 1.234));220            }221            [Fact]222            public void NanEqualsFails()223            {224                Assert.Throws<EqualException>(() => Assert.Equal(1.234, Double.NaN));225            }226            [Fact]227            public void NanEqualsNaNSucceeds()228            {229                Assert.Equal(Double.NaN, Double.NaN);230            }231        }232        public class NonComparableObject233        {234            public override bool Equals(object obj)235            {236                return true;237            }238            public override int GetHashCode()239            {240                return 42;241            }242        }243        public class NullTests244        {245            [Fact]246            public void EqualsNull()247            {248                Assert.Equal<object>(null, null);249            }250            [Fact]251            public void FailsWhenActualIsNullExpectedIsNot()252            {253                Assert.Throws<EqualException>(() => Assert.Equal(new object(), null));254            }255            [Fact]256            public void FailsWhenExpectedIsNullActualIsNot()257            {258                Assert.Throws<EqualException>(() => Assert.Equal(null, new object()));259            }260        }261        public class NumericTests262        {263            [Fact]264            public void DecimalEqualsFails()265            {266                decimal expected = 25;267                decimal actual = 42;268                Assert.Throws<EqualException>(() => Assert.Equal(expected, actual));269            }270            [Fact]271            public void DoubleEqualsFails()272            {273                double expected = 25.3;274                double actual = 42.0;275                Assert.Throws<EqualException>(() => Assert.Equal(expected, actual));276            }277            [Fact]278            public void EqualsByte()279            {280                byte valueType = 35;281                Byte referenceValue = 35;282                Assert.True(valueType == referenceValue);283                Assert.Equal(referenceValue, valueType);284                Assert.Equal<byte>(valueType, 35);285                Assert.Equal<byte>(referenceValue, 35);286            }287            [Fact]288            public void EqualsDecimal()289            {290                decimal valueType = 35;291                Decimal referenceValue = 35;292                Assert.True(valueType == referenceValue);293                Assert.Equal(referenceValue, valueType);294                Assert.Equal<decimal>(valueType, 35);295                Assert.Equal(valueType, 35M);296                Assert.Equal<decimal>(referenceValue, 35);297            }298            [Fact]299            public void EqualsInt16()300            {301                short valueType = 35;302                Int16 referenceValue = 35;303                Assert.True(valueType == referenceValue);304                Assert.Equal(referenceValue, valueType);305                Assert.Equal<short>(valueType, 35);306                Assert.Equal<short>(referenceValue, 35);307            }308            [Fact]309            public void EqualsInt32()310            {311                int valueType = 35;312                Int32 referenceValue = 35;313                Assert.True(valueType == referenceValue);314                Assert.Equal(referenceValue, valueType);315                Assert.Equal(valueType, 35);316                Assert.Equal(referenceValue, 35);317            }318            [Fact]319            public void EqualsInt64()320            {321                long valueType = 35;322                Int64 referenceValue = 35;323                Assert.True(valueType == referenceValue);324                Assert.Equal(referenceValue, valueType);325                Assert.Equal<long>(valueType, 35);326                Assert.Equal<long>(referenceValue, 35);327            }328            [Fact]329            public void EqualsSByte()330            {331                sbyte valueType = 35;332                SByte referenceValue = 35;333                Assert.True(valueType == referenceValue);334                Assert.Equal(referenceValue, valueType);335                Assert.Equal<sbyte>(valueType, 35);336                Assert.Equal<sbyte>(referenceValue, 35);337            }338            [Fact]339            public void EqualsUInt16()340            {341                ushort valueType = 35;342                UInt16 referenceValue = 35;343                Assert.True(valueType == referenceValue);344                Assert.Equal(referenceValue, valueType);345                Assert.Equal<ushort>(valueType, 35);346                Assert.Equal<ushort>(referenceValue, 35);347            }348            [Fact]349            public void EqualsUInt32()350            {351                uint valueType = 35;352                UInt32 referenceValue = 35;353                Assert.True(valueType == referenceValue);354                Assert.Equal(referenceValue, valueType);355                Assert.Equal<uint>(valueType, 35);356                Assert.Equal<uint>(referenceValue, 35);357            }358            [Fact]359            public void EqualsUInt64()360            {361                ulong valueType = 35;362                UInt64 referenceValue = 35;363                Assert.True(valueType == referenceValue);364                Assert.Equal(referenceValue, valueType);365                Assert.Equal<ulong>(valueType, 35);366                Assert.Equal<ulong>(referenceValue, 35);367            }368            [Fact]369            public void Int32Int64Comparison()370            {371                long l64 = 0;372                int i32 = 0;373                Assert.Equal<long>(l64, i32);374            }375            [Fact]376            public void IntegerLongComparison()377            {378                Assert.Equal<long>(1L, 1);379                Assert.Equal<long>(1, 1L);380            }381            [Fact]382            public void LongEquals()383            {384                Assert.Equal(2L, 2L);385            }386            [Fact]387            public void LongEqualsFails()388            {389                Assert.Throws<EqualException>(() => Assert.Equal(3L, 2L));390            }391            [Fact]392            public void UInt64EqualsFails()393            {394                UInt64 expected = 25;395                UInt64 actual = 42;396                Assert.Throws<EqualException>(() => Assert.Equal(expected, actual));397            }398        }399        public class SingleInfinityTests400        {401            [Fact]402            public void SingleNegativeInfinityEqualsNegativeInfinity()403            {404                Assert.Equal(Single.NegativeInfinity, Single.NegativeInfinity);405            }406            [Fact]407            public void SingleNumberNotEqualNegativeInfinity()408            {409                Assert.Throws<EqualException>(() => Assert.Equal(1.23f, Single.NegativeInfinity));410            }411            [Fact]412            public void SingleNumberNotEqualPositiiveInfinity()413            {414                Assert.Throws<EqualException>(() => Assert.Equal(1.23f, Single.PositiveInfinity));415            }416            [Fact]417            public void SinglePositiveInfinityEqualsPositiveInfinity()418            {419                Assert.Equal(Single.PositiveInfinity, Single.PositiveInfinity);420            }421            [Fact]422            public void SinglePositiveInfinityNotEqualNegativeInfinity()423            {424                Assert.Throws<EqualException>(() => Assert.Equal(Single.NegativeInfinity, Single.PositiveInfinity));425            }426        }427        public class StringTests428        {429            [Fact]430            public void EqualsFail()431            {432                Assert.Throws<EqualException>(() => Assert.Equal("expected", "actual"));433            }434            [Fact]435            public void EqualsString()436            {437                string testString = "Test String";438                string expected = testString;439                string actual = testString;440                Assert.True(actual == expected);441                Assert.Equal(expected, actual);442            }443            [Fact]444            public void EqualStringWithTrailingNull()445            {446                Exception ex = Record.Exception(() => Assert.Equal("foo", "foo\0"));447                Assert.IsType<EqualException>(ex);448            }449            [Fact]450            public void EqualsStringIgnoreCase()451            {452                string expected = "TestString";453                string actual = "testString";454                Assert.False(actual == expected);455                Assert.NotEqual(expected, actual);456                Assert.Equal(expected, actual, StringComparer.CurrentCultureIgnoreCase);457            }458            [Fact]459            public void String()460            {461                string s1 = "test";462                string s2 = new StringBuilder(s1).ToString();463                Assert.True(s1.Equals(s2));464                Assert.Equal(s2, s1);465            }466        }467        public class NullableValueTypesTests468        {469            [Fact]470            public void NullableValueTypesCanBeNull()471            {472                DateTime? dt1 = null;473                DateTime? dt2 = null;474                Assert.Equal(dt1, dt2);475            }476        }477        public class PrecisionTests...

NotEqualTests.cs

Source:NotEqualTests.cs

...66            public IntComparer(bool answer)67            {68                this.answer = answer;69            }70            public bool Equals(int x, int y)71            {72                return answer;73            }74            public int GetHashCode(int obj)75            {76                throw new NotImplementedException();77            }78        }79    }80}...

Equals

Using AI Code Generation

1var comparer = new Xunit1.IntComparer();2var result = comparer.Equals(1, 1);3Console.WriteLine(result);4var comparer = new Xunit1.IntComparer();5var result = comparer.Equals(1, 1);6Console.WriteLine(result);7var comparer = new Xunit1.IntComparer();8var result = comparer.Equals(1, 1);9Console.WriteLine(result);10var comparer = new Xunit1.IntComparer();11var result = comparer.Equals(1, 1);12Console.WriteLine(result);13var comparer = new Xunit1.IntComparer();14var result = comparer.Equals(1, 1);15Console.WriteLine(result);16var comparer = new Xunit1.IntComparer();17var result = comparer.Equals(1, 1);18Console.WriteLine(result);19var comparer = new Xunit1.IntComparer();20var result = comparer.Equals(1, 1);21Console.WriteLine(result);22var comparer = new Xunit1.IntComparer();23var result = comparer.Equals(1, 1);24Console.WriteLine(result);25var comparer = new Xunit1.IntComparer();26var result = comparer.Equals(1, 1);27Console.WriteLine(result);28var comparer = new Xunit1.IntComparer();29var result = comparer.Equals(1, 1);30Console.WriteLine(result);31var comparer = new Xunit1.IntComparer();32var result = comparer.Equals(1, 1);33Console.WriteLine(result);34var comparer = new Xunit1.IntComparer();

Equals

Using AI Code Generation

1var comparer = new Xunit1.IntComparer();2Assert.True(comparer.Equals(1, 1));3var comparer = new Xunit1.IntComparer();4Assert.Equal(1, 1, comparer);5var comparer = new Xunit1.IntComparer();6Assert.Equal(1, 1, comparer);7var comparer = new Xunit1.IntComparer();8Assert.Equal(1, 1, comparer);9var comparer = new Xunit1.IntComparer();10Assert.Equal(1, 1, comparer);11var comparer = new Xunit1.IntComparer();12Assert.Equal(1, 1, comparer);13var comparer = new Xunit1.IntComparer();14Assert.Equal(1, 1, comparer);15var comparer = new Xunit1.IntComparer();16Assert.Equal(1, 1, comparer);17var comparer = new Xunit1.IntComparer();18Assert.Equal(1, 1, comparer);19var comparer = new Xunit1.IntComparer();20Assert.Equal(1, 1, comparer);21var comparer = new Xunit1.IntComparer();22Assert.Equal(1, 1, comparer);23var comparer = new Xunit1.IntComparer();24Assert.Equal(1, 1, comparer);25var comparer = new Xunit1.IntComparer();26Assert.Equal(1, 1,

Equals

Using AI Code Generation

1using Xunit1;2using Xunit;3{4    {5        public bool Equals(int x, int y)6        {7            return x == y;8        }9    }10}11{12    {13        public void Test1()14        {15            IntComparer intComparer = new IntComparer();16            Assert.True(intComparer.Equals(1, 1));17        }18    }19}20Assert.True(bool condition, string message)21Assert.True(bool condition, string message, params object[] args)22Assert.True(bool condition)23Assert.True(bool condition, string message)24Assert.True(bool condition, string message, params object[] args)25Assert.True(bool condition)

Equals

Using AI Code Generation

1{2    public static void Main()3    {4        Xunit1.IntComparer comparer = new Xunit1.IntComparer();5        Console.WriteLine(comparer.Equals(1, 1));6    }7}8using Xunit2;9{10    public static void Main()11    {12        Assert.Equal(1, 1);13    }14}15using Xunit2;16{17    public static void Main()18    {19        Assert.Equal(1, 1);20    }21}22using Xunit2;23{24    public static void Main()25    {26        Assert.Equal(1, 1);27    }28}29using Xunit2;30{31    public static void Main()32    {33        Assert.Equal(1, 1);34    }35}36using Xunit2;37{38    public static void Main()39    {40        Assert.Equal(1, 1);41    }42}43using Xunit2;44{45    public static void Main()46    {47        Assert.Equal(1, 1);48    }49}50using Xunit2;51{52    public static void Main()53    {54        Assert.Equal(1, 1);55    }56}57using Xunit2;58{59    public static void Main()60    {61        Assert.Equal(1, 1);62    }63}64using Xunit2;65{66    public static void Main()67    {68        Assert.Equal(1, 1);69    }70}

Equals

Using AI Code Generation

1using Xunit1;2using Xunit;3{4{5public void EqualsTest()6{7IntComparer comparer = new IntComparer();8Assert.True(comparer.Equals(1, 1));9Assert.False(comparer.Equals(1, 2));10}11}12}13using System;14{15{16public bool Equals(int x, int y)17{18return x == y;19}20}21}

Equals

Using AI Code Generation

1using Xunit1;2using Xunit;3using Xunit.Extensions;4{5    {6        public bool Equals(int x, int y)7        {8            return x == y;9        }10    }11}12{13    {14        public void Test1()15        {16            IntComparer c = new IntComparer();17            Assert.True(c.Equals(10, 10));18        }19    }20}21public static void Equal(object expected, object actual);22using Xunit1;23using Xunit;24using Xunit.Extensions;25{26    {27        public bool Equals(int x, int y)28        {29            return x == y;30        }31    }32}33{34    {35        public void Test1()36        {37            IntComparer c = new IntComparer();38            Assert.Equal(10, 10);39        }40    }41}

Equals

Using AI Code Generation

1using Xunit1;2using Xunit;3{4    {5        public void Test1()6        {7            var intComparer = new IntComparer();8            Assert.Equal(10, 10, intComparer);9        }10    }11}12Test1(Xunit1.IntComparer) Failed13Assert.Equal(10, 10, new IntComparer());14using Xunit1;15using Xunit;16{17    {18        public void Test1()19        {20            var stringComparer = new StringComparer();21            Assert.Equal("Hello", "Hello", stringComparer);22        }23    }24}25Test1(Xunit1.StringComparer) Failed26Assert.Equal("Hello", "Hello", new StringComparer());

Equals

Using AI Code Generation

1Xunit1.IntComparer comparer = new Xunit1.IntComparer();2Assert.True(comparer.Equals(1, 1));3Assert.Equal(1, 1);4Xunit1.IntComparer comparer = new Xunit1.IntComparer();5Assert.Equal(1, 1, comparer);6Xunit1.StringComparer comparer = new Xunit1.StringComparer();7Assert.Equal("abc", "abc", comparer);8Xunit1.StringComparer comparer = new Xunit1.StringComparer();9Assert.Equal("abc", "abc", comparer);10Xunit1.StringComparer comparer = new Xunit1.StringComparer();11Assert.Equal("abc", "abc", comparer);12Xunit1.StringComparer comparer = new Xunit1.StringComparer();13Assert.Equal("abc", "abc", comparer);14Xunit1.StringComparer comparer = new Xunit1.StringComparer();15Assert.Equal("abc", "abc", comparer);16Xunit1.StringComparer comparer = new Xunit1.StringComparer();17Assert.Equal("abc", "abc", comparer);18Xunit1.StringComparer comparer = new Xunit1.StringComparer();19Assert.Equal("abc", "abc", comparer);20Xunit1.StringComparer comparer = new Xunit1.StringComparer();21Assert.Equal("abc", "abc", comparer

Equals

Using AI Code Generation

1using Xunit1;2using Xunit;3using Xunit.Sdk;4{5    {6        public void Test1()7        {8            Assert.Equal(1, 2, new IntComparer());9        }10    }11}12Assert.Equal() F

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