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How to use AbstractNumericArithmetic method of NBi.Core.Transformation.Transformer.Native.NumericToCeiling class

Best NBi code snippet using NBi.Core.Transformation.Transformer.Native.NumericToCeiling.AbstractNumericArithmetic

NumericTransformations.cs

Source:NumericTransformations.cs

...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}...

AbstractNumericArithmetic

Using AI Code Generation

1{2    {3        public object Execute(object value)4        {5            if (value == null)6                return null;7            if (value is string)8                return AbstractNumericArithmetic(value.ToString());9            if (value is int)10                return AbstractNumericArithmetic(value.ToString());11            if (value is long)12                return AbstractNumericArithmetic(value.ToString());13            if (value is decimal)14                return AbstractNumericArithmetic(value.ToString());15            if (value is double)16                return AbstractNumericArithmetic(value.ToString());17            if (value is float)18                return AbstractNumericArithmetic(value.ToString());19            if (value is byte)20                return AbstractNumericArithmetic(value.ToString());21            if (value is short)22                return AbstractNumericArithmetic(value.ToString());23            throw new ArgumentException();24        }25        public object Execute(object x, object y)26        {27            throw new NotImplementedException();28        }29        protected decimal AbstractNumericArithmetic(string value)30        {31            decimal ceiling;32            ceiling = Math.Ceiling(Convert.ToDecimal(value));33            return ceiling;34        }35    }36}37{38    {39        public object Execute(object value)40        {41            if (value == null)42                return null;43            if (value is string)44                return AbstractNumericArithmetic(value.ToString());45            if (value is int)46                return AbstractNumericArithmetic(value.ToString());47            if (value is long)48                return AbstractNumericArithmetic(value.ToString());49            if (value is decimal)50                return AbstractNumericArithmetic(value.ToString());51            if (value is double)52                return AbstractNumericArithmetic(value.ToString());53            if (value is float)54                return AbstractNumericArithmetic(value.ToString());55            if (value is byte)56                return AbstractNumericArithmetic(value.ToString());57            if (value is short)58                return AbstractNumericArithmetic(value.ToString());59            throw new ArgumentException();60        }61        public object Execute(object x, object y)62        {63            throw new NotImplementedException();64        }65        protected decimal AbstractNumericArithmetic(string value)66        {67            decimal floor;68            floor = Math.Floor(Convert.ToDecimal(value));69            return floor;70        }71    }72}

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