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How to use NumericPercentageToleranceTest class of NBi.Testing.Core.Scalar.Comparer package

Best NBi code snippet using NBi.Testing.Core.Scalar.Comparer.NumericPercentageToleranceTest

NumericPercentageToleranceTest.cs

Source:NumericPercentageToleranceTest.cs

...6using System.Text;7using System.Threading.Tasks;8namespace NBi.Testing.Core.Scalar.Comparer9{10    public class NumericPercentageToleranceTest11    {12        [Test]13        public void ValueString_FiftyPercent_Correct()14        {15            var tolerance = new NumericPercentageTolerance(new decimal(0.5), SideTolerance.Both);16            Assert.That(tolerance.ValueString, Is.EqualTo("50.0%"));17        }18        [Test]19        public void ValueString_TwentyFivePercent_Correct()20        {21            var tolerance = new NumericPercentageTolerance(new decimal(0.25), SideTolerance.Both);22            Assert.That(tolerance.ValueString, Is.EqualTo("25.00%"));23        }24    }...

NumericPercentageToleranceTest

Using AI Code Generation

1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using NBi.Testing.Core.Scalar.Comparer;7{8    {9        public NumericPercentageToleranceTest(double referenceValue, double tolerance)10            : base(referenceValue, tolerance)11        { }12        public override bool Compare(double x)13        {14            var lowerBound = ReferenceValue * (1 - Tolerance);15            var upperBound = ReferenceValue * (1 + Tolerance);16            return (x >= lowerBound) && (x <= upperBound);17        }18    }19}20using System;21using System.Collections.Generic;22using System.Linq;23using System.Text;24using System.Threading.Tasks;25using NBi.Testing.Core.Scalar.Comparer;26{27    {28        public NumericPercentageToleranceTest(double referenceValue, double tolerance)29            : base(referenceValue, tolerance)30        { }31        public override bool Compare(double x)32        {33            var lowerBound = ReferenceValue * (1 - Tolerance);34            var upperBound = ReferenceValue * (1 + Tolerance);35            return (x >= lowerBound) && (x <= upperBound);36        }37    }38}39using System;40using System.Collections.Generic;41using System.Linq;42using System.Text;43using System.Threading.Tasks;44using NBi.Testing.Core.Scalar.Comparer;45{46    {47        public NumericPercentageToleranceTest(double referenceValue, double tolerance)48            : base(referenceValue, tolerance)49        { }50        public override bool Compare(double x)51        {52            var lowerBound = ReferenceValue * (1 - Tolerance);53            var upperBound = ReferenceValue * (1 + Tolerance);54            return (x >= lowerBound) && (x <= upperBound);55        }56    }57}

NumericPercentageToleranceTest

Using AI Code Generation

1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using NBi.Testing.Core.Scalar.Comparer;7using NUnit.Framework;8{9    {10        public void Execute_TwoNumbersWithDifferentValueButWithinTolerance_ReturnTrue()11        {12            var tolerance = new NumericPercentageTolerance(0.1);13            Assert.That(tolerance.Execute(1, 1.001), Is.True);14        }15        public void Execute_TwoNumbersWithDifferentValueAndNotWithinTolerance_ReturnFalse()16        {17            var tolerance = new NumericPercentageTolerance(0.1);18            Assert.That(tolerance.Execute(1, 1.01), Is.False);19        }20    }21}22using System;23using System.Collections.Generic;24using System.Linq;25using System.Text;26using System.Threading.Tasks;27using NBi.Testing.Core.Scalar.Comparer;28using NUnit.Framework;29{30    {31        public void Execute_TwoNumbersWithDifferentValueButWithinTolerance_ReturnTrue()32        {33            var tolerance = new NumericPercentageTolerance(0.1);34            Assert.That(tolerance.Execute(1, 1.001), Is.True);35        }36        public void Execute_TwoNumbersWithDifferentValueAndNotWithinTolerance_ReturnFalse()37        {38            var tolerance = new NumericPercentageTolerance(0.1);39            Assert.That(tolerance.Execute(1, 1.01), Is.False);40        }41    }42}43using System;44using System.Collections.Generic;45using System.Linq;46using System.Text;47using System.Threading.Tasks;48using NBi.Testing.Core.Scalar.Comparer;49using NUnit.Framework;50{51    {52        public void Execute_TwoNumbersWithDifferentValueButWithinTolerance_ReturnTrue()53        {

NumericPercentageToleranceTest

Using AI Code Generation

1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using NBi.Testing.Core.Scalar.Comparer;7using NBi.Core.Scalar.Comparer;8{9    {10        private readonly double percentage;11        private readonly double value;12        public NumericPercentageToleranceTest(double value, double percentage)13        {14            this.value = value;15            this.percentage = percentage;16        }17        public override bool Compare(object x)18        {19            var xDouble = Convert.ToDouble(x);20            var expected = value * (1 + percentage / 100);21            var actual = value * (1 - percentage / 100);22            return (xDouble <= expected && xDouble >= actual);23        }24        public override string ToString()25        {26            return string.Format("between {0} and {1}", value * (1 - percentage / 100), value * (1 + percentage / 100));27        }28    }29}30using System;31using System.Collections.Generic;32using System.Linq;33using System.Text;34using System.Threading.Tasks;35using NBi.Testing.Core.Scalar.Comparer;36using NBi.Core.Scalar.Comparer;37{38    {39        private readonly double percentage;40        private readonly double value;41        public NumericPercentageToleranceTest(double value, double percentage)42        {43            this.value = value;44            this.percentage = percentage;45        }46        public override bool Compare(object x)47        {48            var xDouble = Convert.ToDouble(x);49            var expected = value * (1 + percentage / 100);50            var actual = value * (1 - percentage / 100);51            return (xDouble <= expected && xDouble >= actual);52        }53        public override string ToString()54        {55            return string.Format("between {0} and {1}", value * (1 - percentage / 100), value * (1 + percentage / 100));56        }57    }58}59using System;

NumericPercentageToleranceTest

Using AI Code Generation

1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using NBi.Core.Scalar.Resolver;7using NBi.Core.Scalar.Comparer;8using NBi.Core.Scalar.Comparer.Numeric;9{10    {11        static void Main(string[] args)12        {13            var actual = new NumericResolver(20);14            var expected = new NumericResolver(20.0000000000000001);15            var comparer = new NumericPercentageToleranceTest(new NumericTolerance(0.01));16            var result = comparer.Compare(actual, expected);17            Console.WriteLine(result);18        }19    }20}

NumericPercentageToleranceTest

Using AI Code Generation

1using NBi.Testing.Core.Scalar.Comparer;2NumericPercentageToleranceTest num = new NumericPercentageToleranceTest();3num.Tolerance = 0.05;4num.Reference = 100;5num.Test = 105;6bool result = num.Execute();7Console.WriteLine("Result is: " + result);8using NBi.Testing.Core.Scalar.Comparer;9NumericPercentageToleranceTest num = new NumericPercentageToleranceTest();10num.Tolerance = 0.05;11num.Reference = 100;12num.Test = 110;13bool result = num.Execute();14Console.WriteLine("Result is: " + result);15using NBi.Testing.Core.Scalar.Comparer;16NumericPercentageToleranceTest num = new NumericPercentageToleranceTest();17num.Tolerance = 0.05;18num.Reference = 100;19num.Test = 95;20bool result = num.Execute();21Console.WriteLine("Result is: " + result);22using NBi.Testing.Core.Scalar.Comparer;23NumericPercentageToleranceTest num = new NumericPercentageToleranceTest();

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