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How to use SingleNegativeInfinityEqualsNegativeInfinity method of Xunit1.IntGenerator class
Best Xunit code snippet using Xunit1.IntGenerator.SingleNegativeInfinityEqualsNegativeInfinity
EqualTests.cs
Source:EqualTests.cs 
...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]...
SingleNegativeInfinityEqualsNegativeInfinity
Using AI Code Generation
1using Xunit1;2using Xunit;3{4 {5 public void SingleNegativeInfinityEqualsNegativeInfinity()6 {7 var intGenerator = new IntGenerator();8 Assert.True(intGenerator.SingleNegativeInfinityEqualsNegativeInfinity());9 }10 }11}12using Xunit1;13using Xunit;14{15 {16 public void SinglePositiveInfinityEqualsPositiveInfinity()17 {18 var intGenerator = new IntGenerator();19 Assert.True(intGenerator.SinglePositiveInfinityEqualsPositiveInfinity());20 }21 }22}23using Xunit1;24using Xunit;25{26 {27 public void SingleNaNEqualsNaN()28 {29 var intGenerator = new IntGenerator();30 Assert.True(intGenerator.SingleNaNEqualsNaN());31 }32 }33}34using Xunit1;35using Xunit;36{37 {38 public void SingleNegativeInfinityDoesNotEqualPositiveInfinity()39 {40 var intGenerator = new IntGenerator();41 Assert.True(intGenerator.SingleNegativeInfinityDoesNotEqualPositiveInfinity());42 }43 }44}45using Xunit1;46using Xunit;47{48 {49 public void SingleNaNDoesNotEqualNegativeInfinity()50 {51 var intGenerator = new IntGenerator();52 Assert.True(intGenerator.SingleNaNDoesNotEqualNegativeInfinity());53 }54 }55}56using Xunit1;57using Xunit;58{59 {60 public void SingleNaNDoesNotEqualPositiveInfinity()61 {62 var intGenerator = new IntGenerator();
SingleNegativeInfinityEqualsNegativeInfinity
Using AI Code Generation
1using Xunit1;2{3 {4 public static bool SingleNegativeInfinityEqualsNegativeInfinity()5 {6 return Single.NegativeInfinity == Single.NegativeInfinity;7 }8 }9}10using Xunit1;11{12 {13 public static bool SinglePositiveInfinityEqualsPositiveInfinity()14 {15 return Single.PositiveInfinity == Single.PositiveInfinity;16 }17 }18}19using Xunit1;20{21 {22 public static bool SingleNanEqualsNan()23 {24 return Single.NaN == Single.NaN;25 }26 }27}28using Xunit1;29{30 {31 public static bool SingleMaxValueEqualsMaxValue()32 {33 return Single.MaxValue == Single.MaxValue;34 }35 }36}37using Xunit1;38{39 {40 public static bool SingleMinValueEqualsMinValue()41 {42 return Single.MinValue == Single.MinValue;43 }44 }45}46using Xunit1;47{48 {49 public static bool SingleEpsilonEqualsEpsilon()50 {51 return Single.Epsilon == Single.Epsilon;52 }53 }54}55using Xunit1;56{57 {58 public static bool SingleEpsilonEqualsEpsilon()59 {60 return Single.Epsilon == Single.Epsilon;61 }62 }63}64using Xunit1;65{
SingleNegativeInfinityEqualsNegativeInfinity
Using AI Code Generation
1using Xunit1;2using Xunit;3{4 public void SingleNegativeInfinityEqualsNegativeInfinityTest()5 {6 IntGenerator intGenerator = new IntGenerator();7 Assert.True(intGenerator.SingleNegativeInfinityEqualsNegativeInfinity());8 }9}10using Xunit1;11using Xunit;12{13 public void SinglePositiveInfinityEqualsPositiveInfinityTest()14 {15 IntGenerator intGenerator = new IntGenerator();16 Assert.True(intGenerator.SinglePositiveInfinityEqualsPositiveInfinity());17 }18}19using Xunit1;20using Xunit;21{22 public void SinglePositiveInfinityEqualsNegativeInfinityTest()23 {24 IntGenerator intGenerator = new IntGenerator();25 Assert.False(intGenerator.SinglePositiveInfinityEqualsNegativeInfinity());26 }27}28using Xunit1;29using Xunit;30{31 public void SingleNegativeInfinityEqualsPositiveInfinityTest()32 {33 IntGenerator intGenerator = new IntGenerator();34 Assert.False(intGenerator.SingleNegativeInfinityEqualsPositiveInfinity());35 }36}37using Xunit1;38using Xunit;39{40 public void DoubleNegativeInfinityEqualsNegativeInfinityTest()41 {42 IntGenerator intGenerator = new IntGenerator();43 Assert.True(intGenerator.DoubleNegativeInfinityEqualsNegativeInfinity());44 }45}46using Xunit1;47using Xunit;48{49 public void DoublePositiveInfinityEqualsPositiveInfinityTest()50 {51 IntGenerator intGenerator = new IntGenerator();52 Assert.True(intGenerator.DoublePositiveInfinityEqualsPositiveInfinity());53 }54}
SingleNegativeInfinityEqualsNegativeInfinity
Using AI Code Generation
1using Xunit1;2using Xunit;3using Xunit.Extensions;4{5 {6 public static IEnumerable<object[]> SingleNegativeInfinityEqualsNegativeInfinity()7 {8 yield return new object[] { -1.0 / 0.0, -1.0 / 0.0 };9 }10 }11}12using Xunit1;13using Xunit;14using Xunit.Extensions;15{16 {17 public static IEnumerable<object[]> SingleNegativeInfinityEqualsNegativeInfinity()18 {19 yield return new object[] { -1.0 / 0.0, -1.0 / 0.0 };20 }21 }22}23using Xunit1;24using Xunit;25using Xunit.Extensions;26{27 {28 public static IEnumerable<object[]> SingleNegativeInfinityEqualsNegativeInfinity()29 {30 yield return new object[] { -1.0 / 0.0, -1.0 / 0.0 };31 }32 }33}34using Xunit1;35using Xunit;36using Xunit.Extensions;37{38 {39 public static IEnumerable<object[]> SingleNegativeInfinityEqualsNegativeInfinity()40 {41 yield return new object[] { -1.0 / 0.0, -1.0 / 0.0 };42 }43 }44}45using Xunit1;46using Xunit;47using Xunit.Extensions;48{49 {50 public static IEnumerable<object[]> SingleNegativeInfinityEqualsNegativeInfinity()51 {52 yield return new object[] { -1.0 / 0.0, -1.0 / 0.0 };53 }54 }55}56using Xunit1;57using Xunit;58using Xunit.Extensions;59{
SingleNegativeInfinityEqualsNegativeInfinity
Using AI Code Generation
1using Xunit1;2using Xunit;3using Xunit.Sdk;4{5 public void TestMethod()6 {7 Assert.Equal(IntGenerator.SingleNegativeInfinity, IntGenerator.SingleNegativeInfinity);8 }9}10using Xunit1;11using Xunit;12using Xunit.Sdk;13{14 public void TestMethod()15 {16 Assert.Equal(IntGenerator.SingleNaN, IntGenerator.SingleNaN);17 }18}19using Xunit1;20using Xunit;21using Xunit.Sdk;22{23 public void TestMethod()24 {25 Assert.Equal(IntGenerator.SinglePositiveInfinity, IntGenerator.SinglePositiveInfinity);26 }27}28using Xunit1;29using Xunit;30using Xunit.Sdk;31{32 public void TestMethod()33 {34 Assert.Equal(IntGenerator.SingleZero, IntGenerator.SingleZero);35 }36}37using Xunit1;38using Xunit;39using Xunit.Sdk;40{41 public void TestMethod()42 {43 Assert.Equal(IntGenerator.DoubleMinusOne, IntGenerator.DoubleMinusOne);44 }45}46using Xunit1;47using Xunit;48using Xunit.Sdk;49{50 public void TestMethod()51 {52 Assert.Equal(IntGenerator.DoubleMinusZero, IntGenerator.DoubleMinusZero);53 }54}55using Xunit1;56using Xunit;57using Xunit.Sdk;58{59 public void TestMethod()60 {61 Assert.Equal(IntGenerator.DoubleOne, IntGenerator.DoubleOne);62 }63}64using Xunit1;
SingleNegativeInfinityEqualsNegativeInfinity
Using AI Code Generation
1using Xunit;2using Xunit1;3{4 {5 public void SingleNegativeInfinityEqualsNegativeInfinity()6 {7 var sut = new IntGenerator();8 Assert.Equal(sut.SingleNegativeInfinityEqualsNegativeInfinity(), sut.SingleNegativeInfinityEqualsNegativeInfinity());9 }10 }11}12using Xunit;13using Xunit1;14{15 {16 public void SinglePositiveInfinityEqualsPositiveInfinity()17 {18 var sut = new IntGenerator();19 Assert.Equal(sut.SinglePositiveInfinityEqualsPositiveInfinity(), sut.SinglePositiveInfinityEqualsPositiveInfinity());20 }21 }22}23using Xunit;24using Xunit1;25{26 {27 public void SingleNaNEqualsNaN()28 {29 var sut = new IntGenerator();30 Assert.Equal(sut.SingleNaNEqualsNaN(), sut.SingleNaNEqualsNaN());31 }32 }33}34using Xunit;35using Xunit1;36{37 {38 public void DoubleNegativeInfinityEqualsNegativeInfinity()39 {40 var sut = new IntGenerator();41 Assert.Equal(sut.DoubleNegativeInfinityEqualsNegativeInfinity(), sut.DoubleNegativeInfinityEqualsNegativeInfinity());42 }43 }44}45using Xunit;46using Xunit1;47{48 {
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Most used method in IntGenerator
- Range
- Equals
- CallsIEquatable
- CompareTo
- EqualsNaNFails
- NanEqualsFails
- NanEqualsNaNSucceeds
- GetHashCode
- EqualsNull
- FailsWhenActualIsNullExpectedIsNot
- FailsWhenExpectedIsNullActualIsNot
- DecimalEqualsFails
- DoubleEqualsFails
- EqualsByte
- EqualsDecimal
- EqualsInt16
- EqualsInt32
- EqualsInt64
- EqualsSByte
- EqualsUInt16
- EqualsUInt32
- EqualsUInt64
- Int32Int64Comparison
- IntegerLongComparison
- LongEquals
- LongEqualsFails
- UInt64EqualsFails
- SingleNegativeInfinityEqualsNegativeInfinity
- SingleNumberNotEqualNegativeInfinity
- SingleNumberNotEqualPositiiveInfinity
- SinglePositiveInfinityEqualsPositiveInfinity
- SinglePositiveInfinityNotEqualNegativeInfinity
- EqualsFail
- EqualsString
- EqualStringWithTrailingNull
- EqualsStringIgnoreCase
- String
- NullableValueTypesCanBeNull
- AssertEqualWithDoubleWithPrecision
- AssertEqualWithDoubleWithPrecisionFailure
- AssertEqualWithDecimalWithPrecision
- AssertEqualWithDecimalWithPrecisionFailure
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