Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use EvaluateNumeric method of NBi.Core.Transformation.Transformer.Native.NumericToClip class

Best NBi code snippet using NBi.Core.Transformation.Transformer.Native.NumericToClip.EvaluateNumeric

NumericTransformations.cs

Source:NumericTransformations.cs

...17            switch (value)18            {19                case null: return EvaluateNull();20                case DBNull _: return EvaluateNull();21                case decimal numeric: return EvaluateNumeric(numeric);22                default: return EvaluateUncasted(value);23            }24        }25        private object EvaluateUncasted(object value)26        {27            if (value as string == "(null)")28                EvaluateNull();29            var caster = new NumericCaster();30            var numeric = caster.Execute(value);31            return EvaluateNumeric(numeric);32        }33        protected virtual object EvaluateNull() => null;34        protected abstract decimal EvaluateNumeric(decimal numeric);35    }36    class NullToZero : AbstractNumericTransformation37    {38        protected override object EvaluateNull() => 0;39        protected override decimal EvaluateNumeric(decimal numeric) => numeric;40    }41    class NumericToCeiling : AbstractNumericTransformation42    {43        protected override decimal EvaluateNumeric(decimal numeric) => Math.Ceiling(numeric);44    }45    class NumericToFloor : AbstractNumericTransformation46    {47        protected override decimal EvaluateNumeric(decimal numeric) => Math.Floor(numeric);48    }49    class NumericToInteger : AbstractNumericTransformation50    {51        protected override decimal EvaluateNumeric(decimal numeric) => Math.Round(numeric, 0);52    }53    class NumericToRound : AbstractNumericTransformation54    {55        public IScalarResolver<int> Digits { get; }56        public NumericToRound(IScalarResolver<int> digits)57            => Digits = digits;58        protected override decimal EvaluateNumeric(decimal numeric) => Math.Round(numeric, Digits.Execute());59    }60    class NumericToClip : AbstractNumericTransformation61    {62        public IScalarResolver<decimal> Min { get; }63        public IScalarResolver<decimal> Max { get; }64        public NumericToClip(IScalarResolver<decimal> min, IScalarResolver<decimal> max)65            => (Min, Max) = (min, max);66        protected override decimal EvaluateNumeric(decimal numeric) => (numeric < Min.Execute()) ? Min.Execute() : (numeric > Max.Execute()) ? Max.Execute() : numeric;67    }68    abstract class AbstractNumericArithmetic : AbstractNumericTransformation69    {70        public IScalarResolver<decimal> Value { get; }71        public AbstractNumericArithmetic(IScalarResolver<decimal> value)72            => Value = value;73    }74    class NumericToAdd : AbstractNumericArithmetic75    {76        public IScalarResolver<int> Times { get; }77        public NumericToAdd(IScalarResolver<decimal> value, IScalarResolver<int> times)78            : base(value) => Times = times;79        public NumericToAdd(IScalarResolver<decimal> value)80            : this(value, new LiteralScalarResolver<int>(1)) { }81        protected override decimal EvaluateNumeric(decimal value)82            => value + (Value.Execute() * Times.Execute());83    }84    class NumericToSubtract : NumericToAdd85    {86        public NumericToSubtract(IScalarResolver<decimal> value, IScalarResolver<int> times)87            : base(value, times) { }88        public NumericToSubtract(IScalarResolver<decimal> value)89            : base(value) { }90        protected override decimal EvaluateNumeric(decimal value)91            => value - (Value.Execute() * Times.Execute());92    }93    class NumericToIncrement : NumericToAdd94    {95        public NumericToIncrement()96        : base(new LiteralScalarResolver<decimal>(1)) { }97    }98    class NumericToDecrement : NumericToSubtract99    {100        public NumericToDecrement()101        : base(new LiteralScalarResolver<decimal>(1)) { }102    }103    class NumericToMultiply : AbstractNumericArithmetic104    {105        public NumericToMultiply(IScalarResolver<decimal> value)106            : base(value) { }107        protected override decimal EvaluateNumeric(decimal value)108            => value * Value.Execute();109    }110    class NumericToDivide : AbstractNumericArithmetic111    {112        public NumericToDivide(IScalarResolver<decimal> value)113            : base(value) { }114        protected override decimal EvaluateNumeric(decimal value)115            => value / Value.Execute();116    }117    class NumericToInvert : AbstractNumericTransformation118    {119        public NumericToInvert()120        { }121        protected override decimal EvaluateNumeric(decimal value) => 1/value;122    }123}...

EvaluateNumeric

Using AI Code Generation

1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using NBi.Core.Transformation.Transformer.Native;7using NBi.Core.Transformation.Transformer.Native.NumericToClip;8{9    {10        static void Main(string[] args)11        {12            NumericToClip ntc = new NumericToClip();13            Console.WriteLine(ntc.EvaluateNumeric("1", 3));14            Console.WriteLine(ntc.EvaluateNumeric("2", 3));15            Console.WriteLine(ntc.EvaluateNumeric("3", 3));16            Console.WriteLine(ntc.EvaluateNumeric("4", 3));17            Console.WriteLine(ntc.EvaluateNumeric("5", 3));18            Console.WriteLine(ntc.EvaluateNumeric("6", 3));19            Console.WriteLine(ntc.EvaluateNumeric("7", 3));20            Console.WriteLine(ntc.EvaluateNumeric("8", 3));21            Console.WriteLine(ntc.EvaluateNumeric("9", 3));22            Console.WriteLine(ntc.EvaluateNumeric("10", 3));23            Console.WriteLine(ntc.EvaluateNumeric("11", 3));24            Console.WriteLine(ntc.EvaluateNumeric("12", 3));25            Console.WriteLine(ntc.EvaluateNumeric("13", 3));26            Console.WriteLine(ntc.EvaluateNumeric("14", 3));27            Console.WriteLine(ntc.EvaluateNumeric("15", 3));28            Console.WriteLine(ntc.EvaluateNumeric("16", 3));29            Console.WriteLine(ntc.EvaluateNumeric("17", 3));30            Console.WriteLine(ntc.EvaluateNumeric("18", 3));31            Console.WriteLine(ntc.EvaluateNumeric("19", 3));32            Console.WriteLine(ntc.EvaluateNumeric("20", 3));33            Console.WriteLine(ntc.EvaluateNumeric("21", 3));34            Console.WriteLine(ntc.EvaluateNumeric("22", 3));35            Console.WriteLine(ntc.EvaluateNumeric("23", 3));36            Console.WriteLine(ntc.EvaluateNumeric("24", 3));37            Console.WriteLine(ntc.EvaluateNumeric("25", 3));38            Console.WriteLine(ntc.EvaluateNumeric("26", 3));39            Console.WriteLine(ntc.EvaluateNumeric("27", 3));40            Console.WriteLine(ntc.EvaluateNumeric("28", 3));41            Console.WriteLine(ntc.EvaluateNumeric("29", 3));

EvaluateNumeric

Using AI Code Generation

1var  dataSet  =  DataSet1;2 var  table  =  dataSet.Tables[ "Table1" ];3 var  column  =  table.Columns[ "NumericColumn" ];4 var  row  =  table.Rows[0];5 var  value  =  row[column];6 var  transformer  =  new  NBi.Core.Transformation.Transformer.Native.NumericToClip( 0 ,  1 );7 var  result  =  transformer.EvaluateNumeric( value );8 var  dataSet2  =  DataSet2;9 var  table2  =  dataSet2.Tables[ "Table2" ];10 var  column2  =  table2.Columns[ "ClipColumn" ];11 var  row2  =  table2.Rows[0];12 row2[column2]  =  result;13 var  dataSet3  =  DataSet2;14 var  table3  =  dataSet3.Tables[ "Table2" ];15 var  column3  =  table3.Columns[ "ClipColumn" ];16 var  row3  =  table3.Rows[1];17 row3[column3]  =  result;18 var  dataSet4  =  DataSet2;19 var  table4  =  dataSet4.Tables[ "Table2" ];20 var  column4  =  table4.Columns[ "ClipColumn" ];21 var  row4  =  table4.Rows[2];22 row4[column4]  =  result;

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.