How to use OrdinalEquivaler class of NBi.Core.ResultSet.Equivalence package

Best NBi code snippet using NBi.Core.ResultSet.Equivalence.OrdinalEquivaler

BaseResultSetComparisonConstraint.cs

Source:BaseResultSetComparisonConstraint.cs

...35        /// </summary>36        protected IEquivaler engine;37        protected internal virtual IEquivaler Engine38        {39            get => engine ?? (engine = new OrdinalEquivaler(AnalyzersFactory.EqualTo(), null));40            set => engine = value ?? throw new ArgumentNullException();41        }42        43        public BaseResultSetComparisonConstraint(IResultSetService value)44        {45            this.expect = value;46        }47        48        public BaseResultSetComparisonConstraint Using(IEquivaler engine)49        {50            this.Engine = engine;51            return this;52        }53        public BaseResultSetComparisonConstraint Using(ISettingsResultSet settings)...

OrdinalEquivaler.cs

Source:OrdinalEquivaler.cs

...4using NBi.Core.Scalar.Comparer;5using NBi.Core.ResultSet.Analyzer;6namespace NBi.Core.ResultSet.Equivalence7{8    public class OrdinalEquivaler : BaseEquivaler9    {10        private new SettingsOrdinalResultSet Settings11        {12            get => base.Settings as SettingsOrdinalResultSet;13        }14        public OrdinalEquivaler(IEnumerable<IRowsAnalyzer> analyzers, SettingsOrdinalResultSet settings)15            : base(analyzers)16        {17            base.Settings = settings;18        }19        protected override void PreliminaryChecks(DataTable x, DataTable y)20        {21            var columnsCount = Math.Max(y.Columns.Count, x.Columns.Count);22            if (Settings == null)23                BuildDefaultSettings(columnsCount);24            else25                Settings.ApplyTo(columnsCount);26            WriteSettingsToDataTableProperties(y, Settings);27            WriteSettingsToDataTableProperties(x, Settings);28            CheckSettingsAndDataTable(y, Settings);...

EquivalerFactory.cs

Source:EquivalerFactory.cs

...20        public IEquivaler InstantiateSingleRow(ISettingsSingleRowResultSet settings)21        {22            switch (settings)23            {24                case SettingsSingleRowOrdinalResultSet x: return new SingleRowOrdinalEquivaler(x);25                case SettingsSingleRowNameResultSet x: return new SingleRowNameEquivaler(x);26                default: throw new ArgumentException();27            }28        }29        public IEquivaler InstantiateMultipleRows(ISettingsResultSet settings, EquivalenceKind kind)30        {31            var factory = new AnalyzersFactory();32            var analyzers = factory.Instantiate(kind);33            switch (settings)34            {35                case SettingsOrdinalResultSet x: return new OrdinalEquivaler(analyzers, x);36                case SettingsNameResultSet x: return new NameEquivaler(analyzers, x);37                default: throw new ArgumentException();38            }39        }40    }41}...

OrdinalEquivaler

Using AI Code Generation

1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using NBi.Core.ResultSet;7using NBi.Core.ResultSet.Equivalence;8{9    {10        static void Main(string[] args)11        {12            var row1 = new List<object> { "A", "B" };13            var row2 = new List<object> { "A", "B" };14            var row3 = new List<object> { "C", "D" };15            var row4 = new List<object> { "C", "D" };16            var row5 = new List<object> { null, null };17            var row6 = new List<object> { null, null };18            var row7 = new List<object> { null, "B" };19            var row8 = new List<object> { null, "B" };20            var row9 = new List<object> { "A", null };21            var row10 = new List<object> { "A", null };22            var row11 = new List<object> { "A", "B" };23            var row12 = new List<object> { "A", "C" };24            var row13 = new List<object> { "A", "B" };25            var row14 = new List<object> { "B", "A" };26            var row15 = new List<object> { "A", "B" };27            var row16 = new List<object> { "A", "B" };28            var row17 = new List<object> { "A", "B" };29            var row18 = new List<object> { "A", "B" };30            var row19 = new List<object> { "A", "B" };31            var row20 = new List<object> { "A", "B" };32            var row21 = new List<object> { "A", "B" };33            var row22 = new List<object> { "A", "B" };34            var row23 = new List<object> { "A", "B" };35            var row24 = new List<object> { "A", "B" };36            var row25 = new List<object> { "A", "B" };37            var row26 = new List<object> { "A", "B" };38            var row27 = new List<object> {

OrdinalEquivaler

Using AI Code Generation

1using NBi.Core.ResultSet.Equivalence;2using System;3using System.Collections.Generic;4using System.Data;5using System.Linq;6using System.Text;7using System.Threading.Tasks;8using NBi.Core.ResultSet;9{10    {11        static void Main(string[] args)12        {13            DataTable dt1 = new DataTable();14            DataTable dt2 = new DataTable();15            dt1.Columns.Add("col1", typeof(string));16            dt1.Columns.Add("col2", typeof(int));17            dt2.Columns.Add("col1", typeof(string));18            dt2.Columns.Add("col2", typeof(int));19            dt1.Rows.Add("a", 1);20            dt1.Rows.Add("b", 2);21            dt1.Rows.Add("c", 3);22            dt2.Rows.Add("a", 1);23            dt2.Rows.Add("b", 2);24            dt2.Rows.Add("c", 3);25            ResultSet rs1 = new ResultSet(dt1);26            ResultSet rs2 = new ResultSet(dt2);27            OrdinalEquivaler oe = new OrdinalEquivaler();28            var result = oe.Compare(rs1, rs2);29            Console.WriteLine(result);30            Console.ReadLine();31        }32    }33}

OrdinalEquivaler

Using AI Code Generation

1var equivaler = new OrdinalEquivaler();2equivaler.Compare(expected, actual);3var comparer = new ResultSetComparer();4comparer.Compare(expected, actual);5var comparison = new ResultSetComparison();6comparison.Compare(expected, actual);

OrdinalEquivaler

Using AI Code Generation

1using NBi.Core.ResultSet;2using NBi.Core.ResultSet.Equivalence;3var equivalence = new Equivaler();4var ordinalEquivaler = new OrdinalEquivaler();5equivalence.Register(ordinalEquivaler);6var result = equivalence.Compare(actual, expected);7using NBi.Core.ResultSet;8using NBi.Core.ResultSet.Equivalence;9var equivalence = new Equivaler();10var ordinalEquivaler = new OrdinalEquivaler();11equivalence.Register(ordinalEquivaler);12var result = equivalence.Compare(actual, expected);13using NBi.Core.ResultSet;14using NBi.Core.ResultSet.Equivalence;15var equivalence = new Equivaler();16var ordinalEquivaler = new OrdinalEquivaler();17equivalence.Register(ordinalEquivaler);18var result = equivalence.Compare(actual, expected);19using NBi.Core.ResultSet;20using NBi.Core.ResultSet.Equivalence;21var equivalence = new Equivaler();22var ordinalEquivaler = new OrdinalEquivaler();23equivalence.Register(ordinalEquivaler);24var result = equivalence.Compare(actual, expected);25using NBi.Core.ResultSet;26using NBi.Core.ResultSet.Equivalence;27var equivalence = new Equivaler();28var ordinalEquivaler = new OrdinalEquivaler();29equivalence.Register(ordinalEquivaler);30var result = equivalence.Compare(actual, expected);31using NBi.Core.ResultSet;32using NBi.Core.ResultSet.Equivalence;33var equivalence = new Equivaler();34var ordinalEquivaler = new OrdinalEquivaler();35equivalence.Register(ordinalEquivaler);36var result = equivalence.Compare(actual, expected);37using NBi.Core.ResultSet;

OrdinalEquivaler

Using AI Code Generation

1using NBi.Core.ResultSet;2using NBi.Core.ResultSet.Equivalence;3var equivalence = new Equivaler();4equivalence.Settings = new EquivalenceSettings();5equivalence.Settings.NumericsTolerance = 0.1;6equivalence.Settings.IgnoreCase = true;7equivalence.Settings.IgnoreWhiteSpaces = true;8equivalence.Settings.IgnoreSign = true;9equivalence.Settings.IgnoreZero = true;10equivalence.Settings.IgnoreThousandsSeparator = true;11equivalence.Settings.IgnoreDecimalSeparator = true;12var result = equivalence.Compare(new ResultSet(new[] { new Column("a") }, new[] { new Row(new object[] { "Test" }) }), new ResultSet(new[] { new Column("a") }, new[] { new Row(new object[] { "test" }) }));13Console.WriteLine(result.Passed);14using NBi.Core.ResultSet;15using NBi.Core.ResultSet.Equivalence;16var equivalence = new Equivaler();17equivalence.Settings = new EquivalenceSettings();18equivalence.Settings.NumericsTolerance = 0.1;19equivalence.Settings.IgnoreCase = true;20equivalence.Settings.IgnoreWhiteSpaces = true;21equivalence.Settings.IgnoreSign = true;22equivalence.Settings.IgnoreZero = true;23equivalence.Settings.IgnoreThousandsSeparator = true;24equivalence.Settings.IgnoreDecimalSeparator = true;25var result = equivalence.Compare(new ResultSet(new[] { new Column("a") }, new[] { new Row(new object[] { "Test" }) }), new ResultSet(new[] { new Column("a") }, new[] { new Row(new object[] { "test" }) }));26Console.WriteLine(result.Passed);27c:\program files (x86)\Microsoft Visual Studio\2017\Enterprise\Common7\IDE\Extensions\Microsoft\NuGet\NuGet.exe c:\program files (x86)\Microsoft Visual Studio\2017\Enterprise\Common7\IDE\Extensions\Microsoft\NuGet\NuGet.exe c:\program files (x86)\Microsoft Visual Studio\201

OrdinalEquivaler

Using AI Code Generation

1{2 public OrdinalEquivaler()3 {4 }5}6{7 public ResultSetComparer()8 {9 }10}

OrdinalEquivaler

Using AI Code Generation

1var nbicore = Assembly.LoadFrom(@"C:\Users\me\Documents\Visual Studio 2017\Projects\NBi\NBi.Core\bin\Debug\NBi.Core.dll");2var nbicoreEquivalence = nbicore.GetType("NBi.Core.ResultSet.Equivalence");3var nbicoreEquivalenceOrdinalEquivaler = nbicoreEquivalence.GetType("OrdinalEquivaler");4var nbicoreEquivalenceOrdinalEquivalerConstructor = nbicoreEquivalenceOrdinalEquivaler.GetConstructor(new Type[] { });5var nbicoreEquivalenceOrdinalEquivalerInstance = nbicoreEquivalenceOrdinalEquivalerConstructor.Invoke(new object[] { });6var nbicore = Assembly.LoadFrom(@"C:\Users\me\Documents\Visual Studio 2017\Projects\NBi\NBi.Core\bin\Debug\NBi.Core.dll");7var nbicoreEquivalence = nbicore.GetType("NBi.Core.ResultSet.Equivalence");8var nbicoreEquivalenceOrdinalEquivaler = nbicoreEquivalence.GetType("OrdinalEquivaler");9var nbicoreEquivalenceOrdinalEquivalerConstructor = nbicoreEquivalenceOrdinalEquivaler.GetConstructor(new Type[] { });10var nbicoreEquivalenceOrdinalEquivalerInstance = nbicoreEquivalenceOrdinalEquivalerConstructor.Invoke(new object[] { });

OrdinalEquivaler

Using AI Code Generation

1var equivaler = new OrdinalEquivaler();2equivaler.Setup(new EquivalerArgs(new[] { new ColumnType("Column1", "String"), new ColumnType("Column2", "String") }));3equivaler.Compare(x, y);4var equivaler = new OrdinalEquivaler();5equivaler.Setup(new EquivalerArgs(new[] { new ColumnType("Column1", "String"), new ColumnType("Column2", "String") }));6equivaler.Compare(x, y);7var equivaler = new OrdinalEquivaler();8equivaler.Setup(new EquivalerArgs(new[] { new ColumnType("Column1", "String"), new ColumnType("Column2", "String") }));9equivaler.Compare(x, y);10var equivaler = new OrdinalEquivaler();11equivaler.Setup(new EquivalerArgs(new[] { new ColumnType("Column1", "String"), new ColumnType("Column2", "String") }));12equivaler.Compare(x, y);13var equivaler = new OrdinalEquivaler();14equivaler.Setup(new EquivalerArgs(new[] { new ColumnType("Column1", "String"), new ColumnType("Column2", "String") }));15equivaler.Compare(x, y);16var equivaler = new OrdinalEquivaler();17equivaler.Setup(new EquivalerArgs(new[] { new ColumnType("Column1", "String"), new ColumnType("Column2", "String") }));18equivaler.Compare(x, y);19var equivaler = new OrdinalEquivaler();20equivaler.Setup(new EquivalerArgs(new[] { new

OrdinalEquivaler

Using AI Code Generation

1{2    static void Main(string[] args)3    {4        var rs1 = new ResultSet();5        rs1.Load(new StreamReader("C:\\Users\\Public\\Documents\\NBi\\NBi.Testing\\NBi.Testing.Integration\\ResultSet\\Sample\\rs1.csv"));6        var rs2 = new ResultSet();7        rs2.Load(new StreamReader("C:\\Users\\Public\\Documents\\NBi\\NBi.Testing\\NBi.Testing.Integration\\ResultSet\\Sample\\rs2.csv"));8        var equiv = new OrdinalEquivaler();9        var result = equiv.Execute(rs1, rs2);10        Console.WriteLine(result);11        Console.ReadLine();12    }13}14{15    static void Main(string[] args)16    {17        var rs1 = new ResultSet();18        rs1.Load(new StreamReader("C:\\Users\\Public\\Documents\\NBi\\NBi.Testing\\NBi.Testing.Integration\\ResultSet\\Sample\\rs1.csv"));19        var rs2 = new ResultSet();20        rs2.Load(new StreamReader("C:\\Users\\Public\\Documents\\NBi\\NBi.Testing\\NBi.Testing.Integration\\ResultSet\\Sample\\rs2.csv"));21        var service = new ResultSetService();22        var result = service.Compare(rs1, rs2);23        Console.WriteLine(result);24        Console.ReadLine();25    }26}27{28    static void Main(string[] args)29    {30        var rs1 = new ResultSet();31        rs1.Load(new StreamReader("C:\\Users\\Public\\Documents\\NBi\\NBi.Testing\\NBi.Testing.Integration\\ResultSet\\Sample\\rs1.csv"));32        var rs2 = new ResultSet();33        rs2.Load(new StreamReader("C:\\Users\\Public\\Documents\\NBi\\NBi.Testing\\NBi.Testing.Integration\\ResultSet\\Sample\\rs2.csv"));34        var service = new ResultSetService();35        var result = service.Compare(rs1, rs2);36        Console.WriteLine(result);37        Console.ReadLine();38    }39}40{41    static void Main(string

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