Join the 1-day Testing & QA Summit featuring 15+ Expert Speakers.Register for FREE! 
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 {
Automation Testing Tutorials
Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
LambdaTest Learning Hubs:
- JUnit Tutorial
- TestNG Tutorial
- Webdriver Tutorial
- WebDriverIO Tutorial
- Protractor Tutorial
- Selenium 4 Tutorial
- Jenkins Tutorial
- NUnit Tutorial
- Jest Tutorial
- Playwright Tutorial
- Cypress Tutorial
- PyTest Tutorial
YouTube
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Run Xunit automation tests on LambdaTest cloud grid
Perform automation testing on 3000+ real desktop and mobile devices online.
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
Try LambdaTest Now !!
Get 100 minutes of automation test minutes FREE!!
Was this article helpful?
