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How to use OrdinalEvaluator class of NBi.Core.ResultSet.Uniqueness package

Best NBi code snippet using NBi.Core.ResultSet.Uniqueness.OrdinalEvaluator

OrdinalEvaluator.cs

Source:OrdinalEvaluator.cs

...11using NBi.Core.ResultSet.Analyzer;12using NBi.Core.ResultSet.Equivalence;13namespace NBi.Core.ResultSet.Uniqueness14{15    public class OrdinalEvaluator : Evaluator16    {17        private new SettingsOrdinalResultSet Settings18        {19            get { return base.Settings as SettingsOrdinalResultSet; }20        }21        22        public OrdinalEvaluator()23            : base()24        { }25        public OrdinalEvaluator(SettingsOrdinalResultSet settings)26            : base(settings)27        {28        }29        protected override void PreliminaryChecks(DataTable x)30        {31            var columnsCount = x.Columns.Count;32            if (Settings == null)33                BuildDefaultSettings(columnsCount);34            else35                Settings.ApplyTo(columnsCount);36            WriteSettingsToDataTableProperties(x, Settings);37            CheckSettingsAndDataTable(x, Settings);38            CheckSettingsAndFirstRow(x, Settings);39        }...

OrdinalUniqueRowsEvaluatorTest.cs

Source:OrdinalUniqueRowsEvaluatorTest.cs

...39                    new List<object>() {"a" , "b", 120 },40                    new List<object>() {"a" , "c", 140 },41                    new List<object>() {"a" , "d", 150 },42                });43            var finder = new OrdinalEvaluator();44            var result = finder.Execute(resultSet);45            Assert.That(result.AreUnique, Is.True);46        }47        [Test]48        public void Execute_Duplicate_False()49        {50            var resultSet = BuildDataTable(51                new List<List<object>>()52                {53                    new List<object>() {"a" , "b", 120 },54                    new List<object>() {"a" , "b", 120 },55                    new List<object>() {"a" , "d", 150 },56                });57            var finder = new OrdinalEvaluator();58            var result = finder.Execute(resultSet);59            Assert.That(result.AreUnique, Is.False);60        }61        [Test]62        public void Execute_Duplicate_OneOccurence()63        {64            var resultSet = BuildDataTable(65                new List<List<object>>()66                {67                    new List<object>() {"a" , "b", 120 },68                    new List<object>() {"a" , "b", 120 },69                    new List<object>() {"a" , "d", 150 },70                });71            var finder = new OrdinalEvaluator();72            var result = finder.Execute(resultSet);73            Assert.That(result.Values.Count(), Is.EqualTo(1));74            Assert.That(result.Values.ElementAt(0).OccurenceCount, Is.EqualTo(2));75        }76        [Test]77        public void Execute_Duplicate_TwoOccurences()78        {79            var resultSet = BuildDataTable(80                new List<List<object>>()81                {82                    new List<object>() {"a" , "b", 120 },83                    new List<object>() {"a" , "b", 120 },84                    new List<object>() {"a" , "b", 120 },85                });86            var finder = new OrdinalEvaluator();87            var result = finder.Execute(resultSet);88            Assert.That(result.Values.Count(), Is.EqualTo(1));89            Assert.That(result.Values.ElementAt(0).OccurenceCount, Is.EqualTo(3));90            Assert.That(result.Values.ElementAt(0).Keys.Members, Has.Member("a"));91            Assert.That(result.Values.ElementAt(0).Keys.Members, Has.Member("b"));92            Assert.That(result.Values.ElementAt(0).Keys.Members, Has.Member("120"));93            Assert.That(result.Rows.Count(), Is.EqualTo(1));94            Assert.That(result.Rows.ElementAt(0).ItemArray, Has.Member(3));95            Assert.That(result.Rows.ElementAt(0).ItemArray, Has.Member("a"));96            Assert.That(result.Rows.ElementAt(0).ItemArray, Has.Member("b"));97            Assert.That(result.Rows.ElementAt(0).ItemArray, Has.Member("120"));98        }99    }100}...

UniqueRowsConstraint.cs

Source:UniqueRowsConstraint.cs

...19        private IDataRowsMessageFormatter failure;20        protected Evaluator Engine { get; set; }21        public UniqueRowsConstraint()22        {23            Engine = new OrdinalEvaluator();24        }25        public UniqueRowsConstraint Using(Evaluator evaluator)26        {27            this.Engine = evaluator;28            return this;29        }30        /// <summary>31        /// Handle a IResultSetService execute it and check if the result contains unique rows or not32        /// </summary>33        /// <param name="actual">An IResultSetService or a result-set</param>34        /// <returns>true, if the result-set has unique rows</returns>35        public override bool Matches(object actual)36        {37            if (actual is IResultSetService)38            {39                return Matches((actual as IResultSetService).Execute());40            }41            else if (actual is ResultSet)42            {43                actualResultSet = (ResultSet)actual;44                var result = Engine.Execute(actualResultSet);45                if (!result.AreUnique || Configuration.FailureReportProfile.Mode == FailureReportMode.Always)46                {47                    var factory = new DataRowsMessageFormatterFactory();48                    failure = factory.Instantiate(Configuration.FailureReportProfile, Engine is OrdinalEvaluator ? EngineStyle.ByIndex : EngineStyle.ByName);49                    failure.BuildDuplication(actualResultSet.Rows.Cast<DataRow>(), result);50                }51                if (result.AreUnique && Configuration?.FailureReportProfile.Mode == FailureReportMode.Always)52                    Assert.Pass(failure.RenderMessage());53                return result.AreUnique;54            }55            else56                throw new ArgumentException();57        }58        #region "Error report"59        public override void WriteDescriptionTo(NUnitCtr.MessageWriter writer)60        {61            if (Configuration?.FailureReportProfile.Format == FailureReportFormat.Json)62                return;...

OrdinalEvaluator

Using AI Code Generation

1using NBi.Core.ResultSet.Uniqueness;2using NBi.Core.ResultSet;3using System;4using System.Collections.Generic;5using System.Linq;6using System.Text;7using System.Threading.Tasks;8{9    {10        static void Main(string[] args)11        {12            var evaluator = new OrdinalEvaluator();13            var result = new ResultSet();14            result.Columns.Add(new Column("col1", "int"));15            result.Columns.Add(new Column("col2", "int"));16            result.Rows.Add(new Row(result.Columns, new object[] { 1, 2 }));17            result.Rows.Add(new Row(result.Columns, new object[] { 1, 2 }));18            result.Rows.Add(new Row(result.Columns, new object[] { 3, 4 }));19            result.Rows.Add(new Row(result.Columns, new object[] { 5, 6 }));20            var rs = new ResultSet();21            rs.Columns.Add(new Column("col1", "int"));22            rs.Columns.Add(new Column("col2", "int"));23            rs.Rows.Add(new Row(rs.Columns, new object[] { 1, 2 }));24            rs.Rows.Add(new Row(rs.Columns, new object[] { 3, 4 }));25            rs.Rows.Add(new Row(rs.Columns, new object[] { 5, 6 }));26            var uniqueness = new UniquenessOrdinal(rs);27            var result = evaluator.Execute(uniqueness, result);28            Console.WriteLine(result);29            Console.Read();30        }31    }32}

OrdinalEvaluator

Using AI Code Generation

1using NBi.Core.ResultSet.Uniqueness;2using NBi.Core.ResultSet;3using System;4using System.Collections.Generic;5using System.Linq;6using System.Text;7using System.Threading.Tasks;8using NBi.Core.Sequence.Resolver;9using NBi.Core.Sequence;10using NBi.Core;11using NBi.Core.ResultSet.Resolver;12{13    {14        static void Main(string[] args)15        {16            var evaluator = new OrdinalEvaluator();17            var resultSet = new ResultSet(new string[] { "col1", "col2" });18            resultSet.Load(new object[,] { { "A", 1 }, { "B", 2 }, { "C", 3 }, { "D", 4 }, { "E", 5 } });19            var args = new List<ISequenceResolver>();20            args.Add(new SequenceOrdinalResolver(new SequenceOrdinal(1)));21            args.Add(new SequenceOrdinalResolver(new SequenceOrdinal(2)));22            var result = evaluator.Evaluate(resultSet, args);23            Console.WriteLine(result);24        }25    }26}27using NBi.Core.ResultSet.Uniqueness;28using NBi.Core.ResultSet;29using System;30using System.Collections.Generic;31using System.Linq;32using System.Text;33using System.Threading.Tasks;34using NBi.Core.Sequence.Resolver;35using NBi.Core.Sequence;36using NBi.Core;37using NBi.Core.ResultSet.Resolver;38{39    {40        static void Main(string[] args)41        {42            var evaluator = new OrdinalEvaluator();43            var resultSet = new ResultSet(new string[] { "col1", "col2" });44            resultSet.Load(new object[,] { { "A", 1 }, { "B", 2 }, { "C", 3 }, { "D", 4 }, { "E", 5 } });45            var args = new List<ISequenceResolver>();46            args.Add(new SequenceOrdinalResolver(new SequenceOrdinal(1)));47            args.Add(new SequenceOrdinalResolver(new SequenceOrdinal(2)));48            var result = evaluator.Evaluate(resultSet, args);49            Console.WriteLine(result);50        }51    }52}53using NBi.Core.ResultSet.Uniqueness;54using NBi.Core.ResultSet;55using System;

OrdinalEvaluator

Using AI Code Generation

1using NBi.Core.ResultSet.Uniqueness;2using System;3using System.Collections.Generic;4using System.Linq;5using System.Text;6using System.Threading.Tasks;7{8    {9        public void Execute_WithTwoRowsAndThreeColumns_ReturnTrue()10        {11            var rows = new List<IRow>();12            rows.Add(new RowBuilder().Add("1").Add("2").Add("3").Build());13            rows.Add(new RowBuilder().Add("4").Add("5").Add("6").Build());14            var evaluator = new OrdinalEvaluator(rows);15            Assert.That(evaluator.Execute(), Is.True);16        }17        public void Execute_WithTwoRowsAndThreeColumnsAndOneDuplicate_ReturnFalse()18        {19            var rows = new List<IRow>();20            rows.Add(new RowBuilder().Add("1").Add("2").Add("3").Build());21            rows.Add(new RowBuilder().Add("1").Add("5").Add("6").Build());22            var evaluator = new OrdinalEvaluator(rows);23            Assert.That(evaluator.Execute(), Is.False);24        }25    }26}27using NBi.Core.ResultSet.Uniqueness;28using System;29using System.Collections.Generic;30using System.Linq;31using System.Text;32using System.Threading.Tasks;33{34    {35        public void Execute_WithTwoRowsAndThreeColumns_ReturnTrue()36        {37            var rows = new List<IRow>();38            rows.Add(new RowBuilder().Add("1").Add("2").Add("3").Build());39            rows.Add(new RowBuilder().Add("4").Add("5").Add("6").Build());40            var evaluator = new OrdinalEvaluator(rows);41            Assert.That(evaluator.Execute(), Is.True);42        }43        public void Execute_WithTwoRowsAndThreeColumnsAndOneDuplicate_ReturnFalse()44        {45            var rows = new List<IRow>();46            rows.Add(new RowBuilder().Add("1").Add("2").Add("3").Build());47            rows.Add(new RowBuilder().Add("

OrdinalEvaluator

Using AI Code Generation

1var evaluator = new OrdinalEvaluator();2var result = evaluator.Evaluate(new [] {1, 2, 3}, new [] {1, 2, 3});3var evaluator = new OrdinalEvaluator();4var result = evaluator.Evaluate(new [] {1, 2, 3}, new [] {1, 2, 3});5var evaluator = new OrdinalEvaluator();6var result = evaluator.Evaluate(new [] {1, 2, 3}, new [] {1, 2, 3});7var evaluator = new OrdinalEvaluator();8var result = evaluator.Evaluate(new [] {1, 2, 3}, new [] {1, 2, 3});9var evaluator = new OrdinalEvaluator();10var result = evaluator.Evaluate(new [] {1, 2, 3}, new [] {1, 2, 3});11var evaluator = new OrdinalEvaluator();12var result = evaluator.Evaluate(new [] {1, 2, 3}, new [] {1, 2, 3});13var evaluator = new OrdinalEvaluator();14var result = evaluator.Evaluate(new [] {1, 2, 3}, new [] {1, 2, 3});15var evaluator = new OrdinalEvaluator();16var result = evaluator.Evaluate(new [] {1, 2, 3}, new [] {1, 2, 3});17var evaluator = new OrdinalEvaluator();18var result = evaluator.Evaluate(new [] {1,

OrdinalEvaluator

Using AI Code Generation

1var evaluator = new OrdinalEvaluator();2var result = evaluator.Evaluate(actual, expected);3Console.WriteLine(result);4var evaluator = new OrdinalEvaluator();5var result = evaluator.Evaluate(actual, expected);6Console.WriteLine(result);7var evaluator = new OrdinalEvaluator();8var result = evaluator.Evaluate(actual, expected);9Console.WriteLine(result);10var evaluator = new OrdinalEvaluator();11var result = evaluator.Evaluate(actual, expected);12Console.WriteLine(result);13var evaluator = new OrdinalEvaluator();14var result = evaluator.Evaluate(actual, expected);15Console.WriteLine(result);16var evaluator = new OrdinalEvaluator();17var result = evaluator.Evaluate(actual, expected);18Console.WriteLine(result);19var evaluator = new OrdinalEvaluator();20var result = evaluator.Evaluate(actual, expected);21Console.WriteLine(result);22var evaluator = new OrdinalEvaluator();23var result = evaluator.Evaluate(actual, expected);24Console.WriteLine(result);25var evaluator = new OrdinalEvaluator();26var result = evaluator.Evaluate(actual, expected);27Console.WriteLine(result);28var evaluator = new OrdinalEvaluator();29var result = evaluator.Evaluate(actual, expected);30Console.WriteLine(result);31var evaluator = new OrdinalEvaluator();32var result = evaluator.Evaluate(actual, expected);33Console.WriteLine(result);

OrdinalEvaluator

Using AI Code Generation

1var evaluator = new OrdinalEvaluator();2var result = evaluator.Evaluate(new object[] { "A", "B", "C", "D" }, new object[] { "A", "B", "C", "D" });3var evaluator = new OrdinalEvaluator();4var result = evaluator.Evaluate(new object[] { "A", "B", "C", "D" }, new object[] { "A", "B", "C", "D" });5var evaluator = new OrdinalEvaluator();6var result = evaluator.Evaluate(new object[] { "A", "B", "C", "D" }, new object[] { "A", "B", "C", "D" });7var evaluator = new OrdinalEvaluator();8var result = evaluator.Evaluate(new object[] { "A", "B", "C", "D" }, new object[] { "A", "B", "C", "D" });9var evaluator = new OrdinalEvaluator();10var result = evaluator.Evaluate(new object[] { "A", "B", "C", "D" }, new object[] { "A", "B", "C", "D" });11var evaluator = new OrdinalEvaluator();12var result = evaluator.Evaluate(new object[] { "A", "B", "C", "D" }, new object[] { "A", "B", "C", "D" });13var evaluator = new OrdinalEvaluator();14var result = evaluator.Evaluate(new object[] { "A", "B", "C", "D" }, new object[] { "A", "B", "C", "D" });15var evaluator = new OrdinalEvaluator();16var result = evaluator.Evaluate(new object[] { "A", "B", "C", "D"

OrdinalEvaluator

Using AI Code Generation

1using NBi.Core.ResultSet.Uniqueness;2using NBi.Core.ResultSet;3using NBi.Core.Injection;4using NBi.Core.Calculation;5using System.Data;6using NBi.Extensibility.Query;7using NBi.Core.Query;8using System.Collections.Generic;9using System.Linq;10using System;11using System.Globalization;12using NBi.Core.ResultSet.Resolver;13{14    {15        private string columnName;16        private IEnumerable<DataRow> rows;17        private IOrdinalOrdinalization ordinalOrdinalization;18        public OrdinalEvaluator(string columnName, IEnumerable<DataRow> rows, IOrdinalOrdinalization ordinalOrdinalization)19        {20            this.columnName = columnName;21            this.rows = rows;22            this.ordinalOrdinalization = ordinalOrdinalization;23        }24        public bool IsUnique()25        {26            var column = rows.Select(x => x[columnName]);27            var ordinalized = ordinalOrdinalization.Execute(column);28            var distinctOrdinalized = ordinalized.Distinct();29            var result = ordinalized.Count() == distinctOrdinalized.Count();30            return result;31        }32    }33}34using NBi.Core.ResultSet.Uniqueness;35using NBi.Core.ResultSet;36using NBi.Core.Injection;37using NBi.Core.Calculation;38using System.Data;39using NBi.Extensibility.Query;40using NBi.Core.Query;

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