How to use SingleNumberNotEqualPositiiveInfinity method of Xunit1.IntGenerator class

Best Xunit code snippet using Xunit1.IntGenerator.SingleNumberNotEqualPositiiveInfinity

EqualTests.cs

Source:EqualTests.cs

...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        }...

SingleNumberNotEqualPositiiveInfinity

Using AI Code Generation

1{2    {3        public int SingleNumberNotEqualPositiiveInfinity()4        {5            return 1;6        }7    }8}9using Xunit1;10{11    {12        public void SingleNumberNotEqualPositiiveInfinityTest()13        {14            int number = new IntGenerator().SingleNumberNotEqualPositiiveInfinity();15            Assert.True(number != int.MaxValue);16        }17    }18}19using Xunit1;20using Xunit2;21{22    {23        public void SingleNumberNotEqualPositiiveInfinityTest()24        {25            int number = new IntGeneratorTest().SingleNumberNotEqualPositiiveInfinityTest();26            Assert.True(number != int.MaxValue);27        }28    }29}30using Xunit1;31using Xunit2;32using Xunit3;33{34    {35        public void SingleNumberNotEqualPositiiveInfinityTest()36        {37            int number = new IntGeneratorTest().SingleNumberNotEqualPositiiveInfinityTest();38            Assert.True(number != int.MaxValue);39        }40    }41}42using Xunit1;43using Xunit2;44using Xunit3;45using Xunit4;46{47    {48        public void SingleNumberNotEqualPositiiveInfinityTest()49        {50            int number = new IntGeneratorTest().SingleNumberNotEqualPositiiveInfinityTest();51            Assert.True(number != int.MaxValue);52        }53    }54}55public void SingleNumberNotEqualPositiiveInfinityTest()56{

SingleNumberNotEqualPositiiveInfinity

Using AI Code Generation

1using Xunit1;2using Xunit;3using Xunit.Sdk;4{5    {6        public void SingleNumberNotEqualPositiiveInfinity()7        {8            var generator = new IntGenerator();9            var result = generator.SingleNumberNotEqualPositiiveInfinity();10            Assert.NotEqual(int.MaxValue, result);11        }12    }13}14using Xunit1;15using Xunit;16using Xunit.Sdk;17{18    {19        public void SingleNumberNotEqualPositiiveInfinity()20        {21            var generator = new IntGenerator();22            var result = generator.SingleNumberNotEqualPositiiveInfinity();23            Assert.NotEqual(int.MaxValue, result);24        }25    }26}27using Xunit1;28using Xunit;29using Xunit.Sdk;30{31    {32        public void SingleNumberNotEqualPositiiveInfinity()33        {34            var generator = new IntGenerator();35            var result = generator.SingleNumberNotEqualPositiiveInfinity();36            Assert.NotEqual(int.MaxValue, result);37        }38    }39}40using Xunit1;41using Xunit;42using Xunit.Sdk;43{44    {45        public void SingleNumberNotEqualPositiiveInfinity()46        {47            var generator = new IntGenerator();48            var result = generator.SingleNumberNotEqualPositiiveInfinity();49            Assert.NotEqual(int.MaxValue, result);50        }51    }52}53using Xunit1;54using Xunit;55using Xunit.Sdk;56{

SingleNumberNotEqualPositiiveInfinity

Using AI Code Generation

1using Xunit1;2using Xunit;3{4    {5        public void SingleNumberNotEqualPositiiveInfinityTest()6        {7            int result = IntGenerator.SingleNumberNotEqualPositiiveInfinity();8            Assert.True(result != int.MaxValue);9        }10    }11}12using Xunit1;13using Xunit;14{15    {16        public void SingleNumberNotEqualNegativeInfinityTest()17        {18            int result = IntGenerator.SingleNumberNotEqualNegativeInfinity();19            Assert.True(result != int.MinValue);20        }21    }22}23using Xunit1;24using Xunit;25{26    {27        public void SingleNumberNotEqualZeroTest()28        {29            int result = IntGenerator.SingleNumberNotEqualZero();30            Assert.True(result != 0);31        }32    }33}34using Xunit1;35using Xunit;36{37    {38        public void SingleNumberNotEqualOneTest()39        {40            int result = IntGenerator.SingleNumberNotEqualOne();41            Assert.True(result != 1);42        }43    }44}45using Xunit1;46using Xunit;47{48    {49        public void SingleNumberNotEqualMinusOneTest()50        {51            int result = IntGenerator.SingleNumberNotEqualMinusOne();52            Assert.True(result != -1);53        }54    }55}56using Xunit1;57using Xunit;58{59    {60        public void SingleNumberNotEqualTenTest()61        {62            int result = IntGenerator.SingleNumberNotEqualTen();

SingleNumberNotEqualPositiiveInfinity

Using AI Code Generation

1using Xunit1;2using Xunit;3using System;4{5    {6        public int SingleNumberNotEqualPositiiveInfinity()7        {8            return 1;9        }10    }11}12{13    {14        public void Test1()15        {16            IntGenerator intGenerator = new IntGenerator();17            Assert.Equal(1, intGenerator.SingleNumberNotEqualPositiiveInfinity());18        }19    }20}

SingleNumberNotEqualPositiiveInfinity

Using AI Code Generation

1using Xunit1;2using Xunit;3{4    {5        public void IntGenerator_SingleNumberNotEqualPositiiveInfinity()6        {7            IntGenerator i = new IntGenerator();8            int a = i.SingleNumberNotEqualPositiiveInfinity();9            Assert.NotEqual(int.MaxValue, a);10        }11    }12}13using Xunit1;14using Xunit;15{16    {17        public void IntGenerator_SingleNumberNotEqualNegativeInfinity()18        {19            IntGenerator i = new IntGenerator();20            int a = i.SingleNumberNotEqualNegativeInfinity();21            Assert.NotEqual(int.MinValue, a);22        }23    }24}25using Xunit1;26using Xunit;27{28    {29        public void IntGenerator_SingleNumberNotEqualPositiveInfinity()30        {31            IntGenerator i = new IntGenerator();32            int a = i.SingleNumberNotEqualPositiveInfinity();33            Assert.NotEqual(int.MaxValue, a);34        }35    }36}37using Xunit1;38using Xunit;39{40    {41        public void IntGenerator_SingleNumberNotEqualNegativeInfinity()42        {43            IntGenerator i = new IntGenerator();44            int a = i.SingleNumberNotEqualNegativeInfinity();45            Assert.NotEqual(int.MinValue, a);46        }47    }48}49using Xunit1;50using Xunit;51{52    {

SingleNumberNotEqualPositiiveInfinity

Using AI Code Generation

1using Xunit1;2using Xunit;3{4    {5        public static int SingleNumberNotEqualPositiveInfinity()6        {7            return 5;8        }9    }10}11{12    {13        public void TestMethod()14        {15            Assert.Equal(5, IntGenerator.SingleNumberNotEqualPositiveInfinity());16        }17    }18}19using Xunit1;20using Xunit;21{22    {23        public static int SingleNumberNotEqualNegativeInfinity()24        {25            return 5;26        }27    }28}29{30    {31        public void TestMethod()32        {33            Assert.Equal(5, IntGenerator.SingleNumberNotEqualNegativeInfinity());34        }35    }36}37using Xunit1;38using Xunit;39{40    {41        public static int SingleNumberNotEqualPositiveInfinity()42        {43            return 5;44        }45    }46}47{48    {49        public void TestMethod()50        {51            Assert.Equal(5, IntGenerator.SingleNumberNotEqualPositiveInfinity());52        }53    }54}55using Xunit1;56using Xunit;57{58    {59        public static int SingleNumberNotEqualNegativeInfinity()60        {61            return 5;62        }63    }64}65{66    {67        public void TestMethod()68        {69            Assert.Equal(5, IntGenerator.SingleNumberNotEqualNegativeInfinity());70        }71    }72}73using Xunit1;74using Xunit;75{76    {77        public static int SingleNumberNotEqualPositiveInfinity()78        {79            return 5;80        }81    }82}

SingleNumberNotEqualPositiiveInfinity

Using AI Code Generation

1using Xunit;2using Xunit1;3{4    public void Test1()5    {6        IntGenerator intGenerator = new IntGenerator();7        Assert.Equal(3, intGenerator.SingleNumberNotEqualPositiiveInfinity(new int[] { 1, 1, 2, 2, 3 }));8    }9}10using Xunit;11using Xunit2;12{13    public void Test1()14    {15        IntGenerator intGenerator = new IntGenerator();16        Assert.Equal(3, intGenerator.SingleNumberNotEqualPositiiveInfinity(new int[] { 1, 1, 2, 2, 3 }));17    }18}19using Xunit;20using Xunit3;21{22    public void Test1()23    {24        IntGenerator intGenerator = new IntGenerator();25        Assert.Equal(3, intGenerator.SingleNumberNotEqualPositiiveInfinity(new int[] { 1, 1, 2, 2, 3 }));26    }27}28using Xunit;29using Xunit4;30{31    public void Test1()32    {33        IntGenerator intGenerator = new IntGenerator();34        Assert.Equal(3, intGenerator.SingleNumberNotEqualPositiiveInfinity(new int[] { 1, 1, 2, 2, 3 }));35    }36}37using Xunit;38using Xunit5;39{40    public void Test1()41    {42        IntGenerator intGenerator = new IntGenerator();43        Assert.Equal(3, intGenerator.SingleNumberNotEqualPositiiveInfinity(new int[] { 1, 1, 2, 2, 3 }));44    }45}46using Xunit;

SingleNumberNotEqualPositiiveInfinity

Using AI Code Generation

1using Xunit1;2using Xunit;3using Xunit.Extensions;4{5    {6        public void SingleNumberNotEqualPositiiveInfinityTest()7        {8            IntGenerator intGenerator = new IntGenerator();9            int result = intGenerator.SingleNumberNotEqualPositiiveInfinity();10            Assert.True(result != int.MaxValue);11        }12    }13}14using Xunit1;15using Xunit;16using Xunit.Extensions;17{18    {19        public void SingleNumberNotEqualPositiiveInfinityTest()20        {21            IntGenerator intGenerator = new IntGenerator();22            int result = intGenerator.SingleNumberNotEqualPositiiveInfinity();23            Assert.True(result != int.MaxValue);24        }25    }26}27using Xunit1;28using Xunit;29using Xunit.Extensions;30{31    {32        public void SingleNumberNotEqualPositiiveInfinityTest()33        {34            IntGenerator intGenerator = new IntGenerator();35            int result = intGenerator.SingleNumberNotEqualPositiiveInfinity();36            Assert.True(result != int.MaxValue);37        }38    }39}40using Xunit1;41using Xunit;42using Xunit.Extensions;43{44    {45        public void SingleNumberNotEqualPositiiveInfinityTest()46        {47            IntGenerator intGenerator = new IntGenerator();48            int result = intGenerator.SingleNumberNotEqualPositiiveInfinity();49            Assert.True(result != int.MaxValue);50        }51    }52}53using Xunit1;54using Xunit;55using Xunit.Extensions;56{57    {58        public void SingleNumberNotEqualPositiiveInfinityTest()59        {60            IntGenerator intGenerator = new IntGenerator();

SingleNumberNotEqualPositiiveInfinity

Using AI Code Generation

1using Xunit1;2using Xunit;3using System;4{5    {6        public void SingleNumberNotEqualPositiveInfinityTest()7        {8            IntGenerator intGenerator = new IntGenerator();9            Assert.NotEqual(intGenerator.SingleNumberNotEqualPositiveInfinity(), float.PositiveInfinity);10        }11    }12}13using Xunit1;14using Xunit;15using System;16{17    {18        public void SingleNumberNotEqualNegativeInfinityTest()19        {20            IntGenerator intGenerator = new IntGenerator();21            Assert.NotEqual(intGenerator.SingleNumberNotEqualNegativeInfinity(), float.NegativeInfinity);22        }23    }24}25using Xunit1;26using Xunit;27using System;28{29    {30        public void SingleNumberNotEqualNaNTest()31        {32            IntGenerator intGenerator = new IntGenerator();33            Assert.NotEqual(intGenerator.SingleNumberNotEqualNaN(), float.NaN);34        }35    }36}37using Xunit1;38using Xunit;39using System;40{41    {42        public void SingleNumberNotEqualZeroTest()43        {44            IntGenerator intGenerator = new IntGenerator();45            Assert.NotEqual(intGenerator.SingleNumberNotEqualZero(), 0.0);46        }47    }48}49using Xunit1;50using Xunit;51using System;52{53    {54        public void SingleNumberNotEqualOneTest()55        {56            IntGenerator intGenerator = new IntGenerator();57            Assert.NotEqual(intGenerator.SingleNumberNotEqualOne(), 1.0);58        }59    }60}

SingleNumberNotEqualPositiiveInfinity

Using AI Code Generation

1using Xunit1;2{3    static void Main(string[] args)4    {5        IntGenerator intGenerator = new IntGenerator();6        int[] intArray = intGenerator.GenerateIntegers();7        int intNotEqualPositiveInfinity = intGenerator.SingleNumberNotEqualPositiiveInfinity(intArray);8        System.Console.WriteLine("The single integer not equal to positive infinity is {0}", intNotEqualPositiveInfinity);9    }10}11    <VisualStudioVersion Condition="'$(VisualStudioVersion)' == ''">15.0</VisualStudioVersion>12    <VSToolsPath Condition="'$(VSToolsPath)' == ''">$(MSBuildExtensionsPath32)\Microsoft\VisualStudio\v$(VisualStudioVersion)</VSToolsPath>13using System;14using System.Collections.Generic;15using System.Linq;16using System.Text;17using System.Threading.Tasks;18{19    {20        public int[] GenerateIntegers()21        {22            int[] intArray = new int[10];23            Random rand = new Random();24            for (int i = 0; i < 10; i++)25            {26                intArray[i] = rand.Next(0, 100);27            }28            return intArray;29        }30        public int SingleNumberNotEqualPositiiveInfinity(int[] intArray)31        {

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