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How to use NumericBoundedPercentageTolerance method of NBi.Core.Scalar.Comparer.NumericBoundedPercentageTolerance class

Best NBi code snippet using NBi.Core.Scalar.Comparer.NumericBoundedPercentageTolerance.NumericBoundedPercentageTolerance

NumericComparer.cs

Source:NumericComparer.cs

...92            if (tolerance is NumericAbsoluteTolerance)93                return CompareDecimals(expected, actual, (NumericAbsoluteTolerance)tolerance);94            if (tolerance is NumericPercentageTolerance)95                return CompareDecimals(expected, actual, (NumericPercentageTolerance)tolerance);96            if (tolerance is NumericBoundedPercentageTolerance)97                return CompareDecimals(expected, actual, (NumericBoundedPercentageTolerance)tolerance);98            throw new ArgumentException();99        }100        protected ComparerResult CompareDecimals(decimal expected, decimal actual, NumericAbsoluteTolerance tolerance)101        {102            //Compare decimals (with tolerance)103            if (IsEqual(expected, actual, tolerance.Value, tolerance.Side))104                return ComparerResult.Equality;105            return new ComparerResult(expected.ToString(NumberFormatInfo.InvariantInfo));106        }107        protected ComparerResult CompareDecimals(decimal expected, decimal actual, NumericPercentageTolerance tolerance)108        {109            //Compare decimals (with tolerance)110            if (IsEqual(expected, actual, expected * tolerance.Value, tolerance.Side))111                return ComparerResult.Equality;112            return new ComparerResult(expected.ToString(NumberFormatInfo.InvariantInfo));113        }114        protected ComparerResult CompareDecimals(decimal expected, decimal actual, NumericBoundedPercentageTolerance tolerance)115        {116            //Compare decimals (with bounded tolerance)117            if (IsEqual(expected, actual, tolerance.GetValue(expected), tolerance.Side))118                return ComparerResult.Equality;119            return new ComparerResult(expected.ToString(NumberFormatInfo.InvariantInfo));120        }121        protected ComparerResult CompareDecimals(NumericInterval interval, decimal actual)122        {123            if (interval.Contains(actual))124                return ComparerResult.Equality;125            return new ComparerResult(interval.ToString());126        }127        protected bool IsEqual(decimal x, decimal y, decimal tolerance, SideTolerance side)128        {...

NumericToleranceFactoryTest.cs

Source:NumericToleranceFactoryTest.cs

...40        public void Instantiate_BoundedPercentage_Value()41        {42            var value = "50% (min 0.001)";43            var tolerance = new NumericToleranceFactory().Instantiate(value);44            Assert.That(tolerance, Is.TypeOf<NumericBoundedPercentageTolerance>());45            var boundedTolerance = tolerance as NumericBoundedPercentageTolerance;46            Assert.That(boundedTolerance.Value, Is.EqualTo(0.5));47            Assert.That(boundedTolerance.Min, Is.EqualTo(0.001));48            Assert.That(boundedTolerance.Max, Is.EqualTo(0));49            Assert.That(boundedTolerance.ValueString, Is.EqualTo("50.0% (min: 0.001)"));50        }51        [Test]52        public void Instantiate_BoundedPercentageWithSpaceAndWithoutBrackets_Value()53        {54            var value = " 50 % min:0.001 ";55            var tolerance = new NumericToleranceFactory().Instantiate(value);56            Assert.That(tolerance, Is.TypeOf<NumericBoundedPercentageTolerance>());57            var boundedTolerance = tolerance as NumericBoundedPercentageTolerance;58            Assert.That(boundedTolerance.Value, Is.EqualTo(0.5));59            Assert.That(boundedTolerance.Min, Is.EqualTo(0.001));60            Assert.That(boundedTolerance.Max, Is.EqualTo(0));61            Assert.That(boundedTolerance.ValueString, Is.EqualTo("50.0% (min: 0.001)"));62        }63        [Test]64        public void Instantiate_BoundedPercentageWithEqual_Value()65        {66            var value = "10%(max=125) ";67            var tolerance = new NumericToleranceFactory().Instantiate(value);68            Assert.That(tolerance, Is.TypeOf<NumericBoundedPercentageTolerance>());69            var boundedTolerance = tolerance as NumericBoundedPercentageTolerance;70            Assert.That(boundedTolerance.Value, Is.EqualTo(0.1));71            Assert.That(boundedTolerance.Min, Is.EqualTo(0));72            Assert.That(boundedTolerance.Max, Is.EqualTo(125));73            Assert.That(boundedTolerance.ValueString, Is.EqualTo("10.0% (max: 125)"));74        }75        [Test]76        public void Instantiate_OneSidedMore_Value()77        {78            var value = " + 50%";79            var tolerance = new NumericToleranceFactory().Instantiate(value);80            Assert.That(tolerance, Is.TypeOf<NumericPercentageTolerance>());81            var boundedTolerance = tolerance as NumericPercentageTolerance;82            Assert.That(boundedTolerance.Value, Is.EqualTo(0.5));83            Assert.That(boundedTolerance.ValueString, Is.EqualTo("+50.0%"));...

NumericBoundedPercentageTolerance.cs

Source:NumericBoundedPercentageTolerance.cs

...4using System.Linq;5using System.Text;6namespace NBi.Core.Scalar.Comparer7{8    public class NumericBoundedPercentageTolerance : NumericTolerance9    {10        public decimal Min { get; private set; }11        public decimal Max { get; private set; }12        public override string ValueString13        {14            get15            {16                return string.Format("{0}% ({1}: {2})"17                    , (100 * Value).ToString(NumberFormatInfo.InvariantInfo)18                    , Min > 0 ? "min" : "max"19                    , (Min > 0 ? Min : Max).ToString(NumberFormatInfo.InvariantInfo));20            }21        }22        public NumericBoundedPercentageTolerance(decimal percentage, decimal minValue, decimal maxValue)23            : base(percentage, SideTolerance.Both)24        {25            if (minValue == 0 && maxValue == 0)26                throw new ArgumentException("You must specify a minimum or a maximum value but both were set to 0.");27            if (minValue < 0)28                throw new ArgumentException(String.Format("Minimum value can't be less than 0 but was set to {0}", minValue));29            if (maxValue < 0)30                throw new ArgumentException(String.Format("Maximum value can't be less than 0 but was set to {0}", maxValue));31            32            Value = percentage;33            Min = minValue;34            Max = maxValue;35        }36        public decimal GetValue(decimal expected)...

NumericBoundedPercentageTolerance

Using AI Code Generation

1using NBi.Core.Scalar.Comparer;2using System;3using System.Collections.Generic;4using System.Linq;5using System.Text;6using System.Threading.Tasks;7{8    {9        static void Main(string[] args)10        {11            var tolerance = new NumericBoundedPercentageTolerance(10);12            Console.WriteLine(tolerance.IsSatisfiedBy(100, 90));13            Console.WriteLine(tolerance.IsSatisfiedBy(100, 100));14            Console.WriteLine(tolerance.IsSatisfiedBy(100, 110));15            Console.WriteLine(tolerance.IsSatisfiedBy(100, 120));16            Console.WriteLine(tolerance.IsSatisfiedBy(100, 130));17            Console.WriteLine(tolerance.IsSatisfiedBy(100, 140));18            Console.WriteLine(tolerance.IsSatisfiedBy(100, 150));19            Console.WriteLine(tolerance.IsSatisfiedBy(100, 160));20            Console.WriteLine(tolerance.IsSatisfiedBy(100, 170));21            Console.WriteLine(tolerance.IsSatisfiedBy(100, 180));22            Console.WriteLine(tolerance.IsSatisfiedBy(100, 190));23            Console.WriteLine(tolerance.IsSatisfiedBy(100, 200));24            Console.WriteLine(tolerance.IsSatisfiedBy(100, 210));25            Console.WriteLine(tolerance.IsSatisfiedBy(100, 220));26            Console.WriteLine(tolerance.IsSatisfiedBy(100, 230));27            Console.WriteLine(tolerance.IsSatisfiedBy(100, 240));28            Console.WriteLine(tolerance.IsSatisfiedBy(100, 250));29            Console.WriteLine(tolerance.IsSatisfiedBy(100, 260));30            Console.WriteLine(tolerance.IsSatisfiedBy(100, 270));31            Console.WriteLine(tolerance.IsSatisfiedBy(100, 280));32            Console.WriteLine(tolerance.IsSatisfiedBy(100, 290));33            Console.WriteLine(tolerance.IsSatisfiedBy(100, 300));34            Console.WriteLine(tolerance.IsSatisfiedBy(100, 310));35            Console.WriteLine(tolerance.IsSatisfiedBy(100, 320));36            Console.WriteLine(tolerance.IsSatisfiedBy(100, 330));37            Console.WriteLine(tolerance.IsSatisfiedBy(100, 340));38            Console.WriteLine(tolerance.IsSatisfiedBy(100, 350));39            Console.WriteLine(tolerance.IsSatisfiedBy(100, 360));40            Console.WriteLine(tolerance.IsSatisfiedBy(100,

NumericBoundedPercentageTolerance

Using AI Code Generation

1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using NBi.Core.Scalar.Comparer;7using NUnit.Framework;8{9    {10        public void Compare_100And100_ReturnTrue()11        {12            var comparer = new NumericBoundedPercentageTolerance(100);13            Assert.That(comparer.Compare(100, 100), Is.True);14        }15        public void Compare_100And101_ReturnTrue()16        {17            var comparer = new NumericBoundedPercentageTolerance(100);18            Assert.That(comparer.Compare(100, 101), Is.True);19        }20        public void Compare_100And99_ReturnTrue()21        {22            var comparer = new NumericBoundedPercentageTolerance(100);23            Assert.That(comparer.Compare(100, 99), Is.True);24        }25        public void Compare_100And102_ReturnFalse()26        {27            var comparer = new NumericBoundedPercentageTolerance(100);28            Assert.That(comparer.Compare(100, 102), Is.False);29        }30        public void Compare_100And98_ReturnFalse()31        {32            var comparer = new NumericBoundedPercentageTolerance(100);33            Assert.That(comparer.Compare(100, 98), Is.False);34        }35        public void Compare_100And200_ReturnTrue()36        {37            var comparer = new NumericBoundedPercentageTolerance(100);38            Assert.That(comparer.Compare(100, 200), Is.True);39        }40        public void Compare_100And50_ReturnTrue()41        {42            var comparer = new NumericBoundedPercentageTolerance(100);43            Assert.That(comparer.Compare(100, 50), Is.True);44        }45        public void Compare_100And201_ReturnFalse()46        {47            var comparer = new NumericBoundedPercentageTolerance(100);48            Assert.That(comparer.Compare(100, 201), Is.False);49        }50        public void Compare_100And49_ReturnFalse()51        {52            var comparer = new NumericBoundedPercentageTolerance(100);53            Assert.That(comparer.Compare(100, 49), Is.False);54        }

NumericBoundedPercentageTolerance

Using AI Code Generation

1var tolerance = new NBi.Core.Scalar.Comparer.NumericBoundedPercentageTolerance(10, 0.1);2var comparer = new NBi.Core.Scalar.Comparer.NumericComparer(tolerance);3Assert.That(comparer.Compare(1.1, 1.0), Is.True);4Assert.That(comparer.Compare(1.1, 0.9), Is.False);5var tolerance = new NBi.Core.Scalar.Comparer.NumericBoundedPercentageTolerance(10, 0.1);6var comparer = new NBi.Core.Scalar.Comparer.NumericComparer(tolerance);7Assert.That(comparer.Compare(1.1, 1.0), Is.True);8Assert.That(comparer.Compare(1.1, 0.9), Is.False);9var tolerance = new NBi.Core.Scalar.Comparer.NumericBoundedPercentageTolerance(10, 0.1);10var comparer = new NBi.Core.Scalar.Comparer.NumericComparer(tolerance);11Assert.That(comparer.Compare(1.1, 1.0), Is.True);12Assert.That(comparer.Compare(1.1, 0.9), Is.False);13var tolerance = new NBi.Core.Scalar.Comparer.NumericBoundedPercentageTolerance(10, 0.1);14var comparer = new NBi.Core.Scalar.Comparer.NumericComparer(tolerance);15Assert.That(comparer.Compare(1.1, 1.0), Is.True);16Assert.That(comparer.Compare(1.1, 0.9), Is.False);17var tolerance = new NBi.Core.Scalar.Comparer.NumericBoundedPercentageTolerance(10, 0.1);18var comparer = new NBi.Core.Scalar.Comparer.NumericComparer(tolerance

NumericBoundedPercentageTolerance

Using AI Code Generation

1using NBi.Core.Scalar.Comparer;2using NBi.Core.Sequence.Resolver;3public void Main()4{5    var comparer = new NumericBoundedPercentageTolerance(1.0, 1.0);6    var sequence = new SequenceOfInt32Resolver(new [] { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 });7    var result = sequence.Execute();8    foreach (var item in result)9    {10        var result = comparer.Compare(item, 10);11        Console.WriteLine(result);12    }13}14using NBi.Core.Scalar.Comparer;15using NBi.Core.Sequence.Resolver;16public void Main()17{18    var comparer = new NumericBoundedPercentageTolerance(1.0, 1.0);19    var sequence = new SequenceOfInt32Resolver(new [] { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 });20    var result = sequence.Execute();21    foreach (var item in result)22    {23        var result = comparer.Compare(item, 10);24        Console.WriteLine(result);25    }26}27using NBi.Core.Sequence.Resolver;28public void Main()29{30    var sequence = new SequenceOfInt32Resolver(new [] { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 });31    var result = sequence.Execute();32    foreach (var item in result)33    {34        Console.WriteLine(item);35    }36}

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