How to use Compare method of NBi.Core.Scalar.Comparer.NumericComparer class

Best NBi code snippet using NBi.Core.Scalar.Comparer.NumericComparer.Compare

NumericComparerTest.cs

Source:NumericComparerTest.cs Github

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1using System;2using System.Linq;3using NBi.Core;4using NBi.Core.Scalar.Comparer;5using NBi.Extensibility;6using NUnit.Framework;7namespace NBi.Testing.Core.Scalar.Comparer8{9 [TestFixture]10 public class NumericComparerTest11 {12 #region SetUp & TearDown13 //Called only at instance creation14 [OneTimeSetUp]15 public void SetupMethods()16 {17 }18 //Called only at instance destruction19 [OneTimeTearDown]20 public void TearDownMethods()21 {22 }23 //Called before each test24 [SetUp]25 public void SetupTest()26 {27 }28 //Called after each test29 [TearDown]30 public void TearDownTest()31 {32 }33 #endregion34 [Test]35 public void Compare_1DecimalAnd1Double_True()36 {37 var comparer = new NumericComparer();38 var result = comparer.Compare(new decimal(1), 1.0);39 Assert.That(result.AreEqual, Is.True);40 }41 [Test]42 public void Compare_1DecimalAnd2Double_False()43 {44 var comparer = new NumericComparer();45 var result = comparer.Compare(new decimal(1), 2.0);46 Assert.That(result.AreEqual, Is.False);47 }48 [Test]49 public void Compare_1DecimalAnd1String_True()50 {51 var comparer = new NumericComparer();52 var result = comparer.Compare(new decimal(1), "1.0");53 Assert.That(result.AreEqual, Is.True);54 }55 [Test]56 public void Compare_1DecimalAnd2String_False()57 {58 var comparer = new NumericComparer();59 var result = comparer.Compare(new decimal(1), "2.0");60 Assert.That(result.AreEqual, Is.False);61 }62 [Test]63 public void Compare_1DecimalAnd1dot5Double_True()64 {65 var comparer = new NumericComparer();66 var result = comparer.Compare(new decimal(1), 1.5, 1, SideTolerance.Both);67 Assert.That(result.AreEqual, Is.True);68 }69 [Test]70 public void Compare_1DecimalAnd2dot5Double_False()71 {72 var comparer = new NumericComparer();73 var result = comparer.Compare(new decimal(1), 2.5, 1, SideTolerance.Both);74 Assert.That(result.AreEqual, Is.False);75 }76 [Test]77 public void Compare_1DecimalAnd1dot5String_True()78 {79 var comparer = new NumericComparer();80 var result = comparer.Compare(new decimal(1), "1.5", 1, SideTolerance.Both);81 Assert.That(result.AreEqual, Is.True);82 }83 [Test]84 public void Compare_1DecimalAnd2dot5String_False()85 {86 var comparer = new NumericComparer();87 var result = comparer.Compare(new decimal(1), "2.5", 1, SideTolerance.Both);88 Assert.That(result.AreEqual, Is.False);89 }90 [Test]91 public void Compare_1DecimalAndAny_True()92 {93 var comparer = new NumericComparer();94 var result = comparer.Compare(new decimal(1), "(any)", 1, SideTolerance.Both);95 Assert.That(result.AreEqual, Is.True);96 }97 [Test]98 public void Compare_1DecimalAndValue_True()99 {100 var comparer = new NumericComparer();101 var result = comparer.Compare(new decimal(1), "(value)", 1, SideTolerance.Both);102 Assert.That(result.AreEqual, Is.True);103 }104 [Test]105 public void Compare_NullAndAny_True()106 {107 var comparer = new NumericComparer();108 var result = comparer.Compare(null, "(any)", 1, SideTolerance.Both);109 Assert.That(result.AreEqual, Is.True);110 }111 [Test]112 public void Compare_NullAndValue_False()113 {114 var comparer = new NumericComparer();115 var result = comparer.Compare(null, "(value)", 1, SideTolerance.Both);116 Assert.That(result.AreEqual, Is.False);117 }118 [Test]119 public void Compare_NullAnd1Decimal_False()120 {121 var comparer = new NumericComparer();122 var result = comparer.Compare(null, new decimal(1), 1, SideTolerance.Both);123 Assert.That(result.AreEqual, Is.False);124 }125 [Test]126 public void Compare_NullAndNullPlaceHolder_False()127 {128 var comparer = new NumericComparer();129 var result = comparer.Compare(null, "(null)", 1, SideTolerance.Both);130 Assert.That(result.AreEqual, Is.True);131 }132 [Test]133 public void Compare_NonNumericAndAny_FormatException()134 {135 var comparer = new NumericComparer();136 Assert.Throws<NBiException>(delegate { comparer.Compare("string", "(any)", 1, SideTolerance.Both); });137 }138 [Test]139 public void Compare_TwelveToElevenWithAToleranceOFTenPercent_True()140 {141 var comparer = new NumericComparer();142 var result = comparer.Compare(12, 11, "10%");143 Assert.That(result.AreEqual, Is.True);144 }145 [Test]146 public void Compare_TwelveToElevenWithAToleranceOFTenPercent_False()147 {148 var comparer = new NumericComparer();149 var result = comparer.Compare(12, 11, "5%");150 Assert.That(result.AreEqual, Is.False);151 }152 [Test]153 public void Compare_NonValidPercentageForTolerance_ArgumentException()154 {155 var comparer = new NumericComparer();156 Assert.Throws<ArgumentException>(delegate { comparer.Compare(12, 11, "1,1%"); });157 }158 [Test]159 public void Compare_TwelveToIntervalTenToFourteen_True()160 {161 var comparer = new NumericComparer();162 var result = comparer.Compare(12, "[10;14]");163 Assert.That(result.AreEqual, Is.True);164 }165 [Test]166 public void Compare_TwelveToIntervalTenToTwelveClosed_True()167 {168 var comparer = new NumericComparer();169 var result = comparer.Compare("[10;12]", 12);170 Assert.That(result.AreEqual, Is.True);171 }172 [Test]173 public void Compare_TwelveToIntervalTenToTwelveClosedWithSpaces_True()174 {175 var comparer = new NumericComparer();176 var result = comparer.Compare(" [-10 ; 12 ] ", 12);177 Assert.That(result.AreEqual, Is.True);178 }179 [Test]180 public void Compare_TwelveToIntervalTenToTwelveOpen_False()181 {182 var comparer = new NumericComparer();183 var result = comparer.Compare("[10;12[", 12);184 Assert.That(result.AreEqual, Is.False);185 }186 [Test]187 public void Compare_TwelveToIntervalTwelveOpenToFourteen_False()188 {189 var comparer = new NumericComparer();190 var result = comparer.Compare("]12;14]", 12);191 Assert.That(result.AreEqual, Is.False);192 }193 [Test]194 public void Compare_TwelveToIntervalTenHalfToFourteenHalf_True()195 {196 var comparer = new NumericComparer();197 var result = comparer.Compare("]10.5;14.5]", 12);198 Assert.That(result.AreEqual, Is.True);199 }200 [Test]201 public void Compare_TwelveToIntervalTenToInfinity_True()202 {203 var comparer = new NumericComparer();204 var result = comparer.Compare("[10;+INF]", 12);205 Assert.That(result.AreEqual, Is.True);206 }207 [Test]208 public void Compare_TwelveToIntervalNegativeInfinityToFourteen_True()209 {210 var comparer = new NumericComparer();211 var result = comparer.Compare("[-inf;14]", 12);212 Assert.That(result.AreEqual, Is.True);213 }214 [Test]215 public void Compare_TwelveToIntervalPositive_True()216 {217 var comparer = new NumericComparer();218 var result = comparer.Compare("(positive)", 12);219 Assert.That(result.AreEqual, Is.True);220 }221 [Test]222 public void Compare_TwelveToIntervalPositiveSymbol_False()223 {224 var comparer = new NumericComparer();225 var result = comparer.Compare("(0+)", -12);226 Assert.That(result.AreEqual, Is.False);227 }228 [Test]229 public void Compare_TwelveToIntervalNegative_True()230 {231 var comparer = new NumericComparer();232 var result = comparer.Compare("(-)", -12);233 Assert.That(result.AreEqual, Is.True);234 }235 [Test]236 public void Compare_TwelveToIntervalGreaterOrEqualToEighteen_False()237 {238 var comparer = new NumericComparer();239 var result = comparer.Compare("(>=18)", 12);240 Assert.That(result.AreEqual, Is.False);241 }242 [Test]243 public void Compare_TwelveToIntervalGreaterOrEqualToEighteenHalf_False()244 {245 var comparer = new NumericComparer();246 var result = comparer.Compare("(>=18.5)", 12);247 Assert.That(result.AreEqual, Is.False);248 }249 [Test]250 public void Compare_TwelveToIntervalLessThanEighteen_True()251 {252 var comparer = new NumericComparer();253 var result = comparer.Compare("(<18)", 12);254 Assert.That(result.AreEqual, Is.True);255 }256 [Test]257 public void Compare_MinusTwelveToMinusElevenWithAToleranceOFFiftyPercent_True()258 {259 var comparer = new NumericComparer();260 var result = comparer.Compare(-12, -11, "50%");261 Assert.That(result.AreEqual, Is.True);262 }263 [Test]264 public void Compare_MinusTwelveToMinusElevenWithAToleranceOfOnePercent_False()265 {266 var comparer = new NumericComparer();267 var result = comparer.Compare(-12, -11, "1%");268 Assert.That(result.AreEqual, Is.False);269 }270 [Test]271 public void Compare_TwelveToElevenWithOnePercentAndMinTwo_True()272 {273 var comparer = new NumericComparer();274 var result = comparer.Compare(12, 11, "1% (min 2)");275 Assert.That(result.AreEqual, Is.True);276 }277 [Test]278 public void Compare_TwelveToElevenWithOnePercentAndMinDotFive_False()279 {280 var comparer = new NumericComparer();281 var result = comparer.Compare(12, 11, "1% (min 0.5)");282 Assert.That(result.AreEqual, Is.False);283 }284 [Test]285 public void Compare_TwelveToElevenWithTenPercentAndMinDotFive_True()286 {287 var comparer = new NumericComparer();288 var result = comparer.Compare(12, 11, "10% (min 0.5)");289 Assert.That(result.AreEqual, Is.True);290 }291 [Test]292 public void Compare_MinusTwelveToMinusElevenWithOnePercentAndMinTwo_True()293 {294 var comparer = new NumericComparer();295 var result = comparer.Compare(-12, -11, "1% (min 2)");296 Assert.That(result.AreEqual, Is.True);297 }298 [Test]299 public void Compare_MinusTwelveToMinusElevenWithOnePercentAndMinDotFive_False()300 {301 var comparer = new NumericComparer();302 var result = comparer.Compare(-12, -11, "1% (min 0.5)");303 Assert.That(result.AreEqual, Is.False);304 }305 [Test]306 public void Compare_MinusTwelveToMinusElevenWithTenPercentAndMinDotFive_True()307 {308 var comparer = new NumericComparer();309 var result = comparer.Compare(-12, -11, "10% (min 0.5)");310 Assert.That(result.AreEqual, Is.True);311 }312 [Test]313 public void Compare_TwelveToElevenWithHundredPercentAndMaxTwo_True()314 {315 var comparer = new NumericComparer();316 var result = comparer.Compare(12, 11, "100% (max 2)");317 Assert.That(result.AreEqual, Is.True);318 }319 [Test]320 public void Compare_TwelveToElevenWithHundredPercentAndMaxDotFive_False()321 {322 var comparer = new NumericComparer();323 var result = comparer.Compare(12, 11, "100% (max 0.5)");324 Assert.That(result.AreEqual, Is.False);325 }326 [Test]327 public void Compare_TwelveToElevenWithTenPercentAndMaxOne_True()328 {329 var comparer = new NumericComparer();330 var result = comparer.Compare(12, 11, "10% (max 1)");331 Assert.That(result.AreEqual, Is.True);332 }333 [Test]334 public void Compare_FiveAndSevenWithMoreThanFiftyPercent_True()335 {336 var comparer = new NumericComparer();337 var result = comparer.Compare(5, 7, "+50%");338 Assert.That(result.AreEqual, Is.True);339 }340 [Test]341 public void Compare_SevenAndFiveWithMoreThanFiftyPercent_False()342 {343 var comparer = new NumericComparer();344 var result = comparer.Compare(7, 5, "+50%");345 Assert.That(result.AreEqual, Is.False);346 }347 [Test]348 public void Compare_FiveAndSevenWithLessThanFiftyPercent_False()349 {350 var comparer = new NumericComparer();351 var result = comparer.Compare(5, 7, "-50%");352 Assert.That(result.AreEqual, Is.False);353 }354 [Test]355 public void Compare_SevenAndFiveWithLessThanFiftyPercent_True()356 {357 var comparer = new NumericComparer();358 var result = comparer.Compare(7, 5, "-50%");359 Assert.That(result.AreEqual, Is.True);360 }361 [Test]362 public void Compare_MinusFiveAndSevenWithMoreThanFiftyPercent_False()363 {364 var comparer = new NumericComparer();365 var result = comparer.Compare(-5, -7, "+50%");366 Assert.That(result.AreEqual, Is.False);367 }368 [Test]369 public void Compare_MinusSevenAndThreeWithMoreThanFiftyPercent_True()370 {371 var comparer = new NumericComparer();372 var result = comparer.Compare(-5, -3, "+50%");373 Assert.That(result.AreEqual, Is.True);374 }375 [Test]376 public void Compare_MinusFiveAndThreeWithLessThanFiftyPercent_False()377 {378 var comparer = new NumericComparer();379 var result = comparer.Compare(-5, -3, "-50%");380 Assert.That(result.AreEqual, Is.False);381 }382 [Test]383 public void Compare_MinusSevenAndNineWithLessThanFiftyPercent_True()384 {385 var comparer = new NumericComparer();386 var result = comparer.Compare(-7, -9, "-50%");387 Assert.That(result.AreEqual, Is.True);388 }389 //One-sided absolute390 [Test]391 public void Compare_FiveAndSevenWithMoreThanFifty_True()392 {393 var comparer = new NumericComparer();394 var result = comparer.Compare(5, 7, "+50");395 Assert.That(result.AreEqual, Is.True);396 }397 [Test]398 public void Compare_SevenAndFiveWithMoreThanFifty_False()399 {400 var comparer = new NumericComparer();401 var result = comparer.Compare(7, 5, "+50");402 Assert.That(result.AreEqual, Is.False);403 }404 [Test]405 public void Compare_FiveAndSevenWithLessThanFifty_False()406 {407 var comparer = new NumericComparer();408 var result = comparer.Compare(5, 7, "-50");409 Assert.That(result.AreEqual, Is.False);410 }411 [Test]412 public void Compare_SevenAndFiveWithLessThanFifty_True()413 {414 var comparer = new NumericComparer();415 var result = comparer.Compare(7, 5, "-50");416 Assert.That(result.AreEqual, Is.True);417 }418 [Test]419 public void Compare_MinusFiveAndSevenWithMoreThanFifty_False()420 {421 var comparer = new NumericComparer();422 var result = comparer.Compare(-5, -7, "+50");423 Assert.That(result.AreEqual, Is.False);424 }425 [Test]426 public void Compare_MinusSevenAndThreeWithMoreThanFifty_True()427 {428 var comparer = new NumericComparer();429 var result = comparer.Compare(-5, -3, "+50");430 Assert.That(result.AreEqual, Is.True);431 }432 [Test]433 public void Compare_MinusFiveAndThreeWithLessThanFifty_False()434 {435 var comparer = new NumericComparer();436 var result = comparer.Compare(-5, -3, "-50");437 Assert.That(result.AreEqual, Is.False);438 }439 [Test]440 public void Compare_MinusSevenAndNineWithLessThanFifty_True()441 {442 var comparer = new NumericComparer();443 var result = comparer.Compare(-7, -9, "-50");444 Assert.That(result.AreEqual, Is.True);445 }446 [Test]447 public void Compare_Rounding_True()448 {449 var comparer = new NumericComparer();450 var result = comparer.Compare(7.46, 7.47, new NumericRounding(0.1m, Rounding.RoundingStyle.Round));451 Assert.That(result.AreEqual, Is.True);452 }453 }454}...

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NumericComparer.cs

Source:NumericComparer.cs Github

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2using System;3using System.Globalization;4using System.Linq;5using NBi.Core.Scalar.Interval;6namespace NBi.Core.Scalar.Comparer7{8 class NumericComparer : BaseComparer9 {10 private readonly ICaster<decimal> caster;11 public NumericComparer()12 {13 caster = new NumericCaster();14 }15 public ComparerResult Compare(object x, object y, string tolerance)16 {17 return base.Compare(x, y, new NumericToleranceFactory().Instantiate(tolerance));18 }19 20 internal ComparerResult Compare(object x, object y, decimal tolerance, SideTolerance side)21 {22 return base.Compare(x, y, new NumericAbsoluteTolerance(tolerance, side));23 }24 protected override ComparerResult CompareObjects(object x, object y)25 {26 var builder = new NumericIntervalBuilder(x);27 builder.Build();28 if (builder.IsValid())29 return CompareDecimals30 (31 builder.GetInterval()32 , caster.Execute(y)33 ); 34 builder = new NumericIntervalBuilder(y);35 builder.Build();36 if (builder.IsValid())37 return CompareDecimals38 (39 builder.GetInterval()40 , caster.Execute(x)41 ); 42 43 return CompareObjects(x, y, NumericAbsoluteTolerance.None);44 }45 protected override ComparerResult CompareObjects(object x, object y, Rounding rounding)46 {47 if (!(rounding is NumericRounding))48 throw new ArgumentException("Rounding must be of type 'NumericRounding'");49 return CompareObjects(x, y, (NumericRounding)rounding);50 }51 protected override ComparerResult CompareObjects(object x, object y, Tolerance tolerance)52 {53 if (tolerance == null)54 tolerance = NumericAbsoluteTolerance.None;55 if (!(tolerance is NumericTolerance))56 throw new ArgumentException("Tolerance must be of type 'NumericTolerance'");57 return CompareObjects(x, y, (NumericTolerance)tolerance);58 }59 60 public ComparerResult CompareObjects(object x, object y, NumericRounding rounding)61 {62 var rxDecimal = caster.Execute(x);63 var ryDecimal = caster.Execute(y);64 rxDecimal = rounding.GetValue(rxDecimal);65 ryDecimal = rounding.GetValue(ryDecimal);66 return CompareObjects(rxDecimal, ryDecimal);67 }68 protected ComparerResult CompareObjects(object x, object y, NumericTolerance tolerance)69 {70 var builder = new NumericIntervalBuilder(x);71 builder.Build();72 if (builder.IsValid())73 return CompareDecimals74 (75 builder.GetInterval()76 , caster.Execute(y)77 ); 78 builder = new NumericIntervalBuilder(y);79 builder.Build();80 if (builder.IsValid())81 return CompareDecimals82 (83 builder.GetInterval()84 , caster.Execute(x)85 ); 86 var rxDecimal = caster.Execute(x);87 var ryDecimal = caster.Execute(y);88 return CompareDecimals(rxDecimal, ryDecimal, tolerance); 89 }90 protected ComparerResult CompareDecimals(decimal expected, decimal actual, NumericTolerance tolerance)91 {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 {129 //quick check130 if (x == y)131 return true;132 //Stop checks if tolerance is set to 0133 if (tolerance == 0)134 return false;135 //include some math[Time consumming] (Tolerance needed to validate)136 if (Math.Abs(x - y) <= Math.Abs(tolerance))137 { 138 switch (side)139 {...

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CellComparer.cs

Source:CellComparer.cs Github

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...3using System.Collections.Generic;4using System.Linq;5using System.Text;6using System.Threading.Tasks;7namespace NBi.Core.Scalar.Comparer8{9 public class CellComparer10 {11 private readonly NumericComparer numericComparer = new NumericComparer();12 private readonly TextComparer textComparer = new TextComparer();13 private readonly DateTimeComparer dateTimeComparer = new DateTimeComparer();14 private readonly BooleanComparer booleanComparer = new BooleanComparer();15 public ComparerResult Compare(object x, object y, ColumnType columnType, Tolerance tolerance, Rounding rounding)16 {17 //Any management18 if (x.ToString() != "(any)" && y.ToString() != "(any)")19 {20 //Null management21 if (DBNull.Value.Equals(x))22 {23 if (!DBNull.Value.Equals(y) && y.ToString() != "(null)" && y.ToString() != "(blank)")24 return new ComparerResult("(null)");25 }26 else if (DBNull.Value.Equals(y))27 {28 if (!DBNull.Value.Equals(x) && x.ToString() != "(null)" && x.ToString() != "(blank)")29 return new ComparerResult(x.ToString());30 }31 //(value) management32 else if (x.ToString() == "(value)" || y.ToString() == "(value)")33 {34 if (DBNull.Value.Equals(x) || DBNull.Value.Equals(y))35 return new ComparerResult(DBNull.Value.Equals(y) ? "(null)" : x.ToString());36 }37 //Not Null management38 else39 {40 //Numeric41 if (columnType == ColumnType.Numeric)42 {43 //Convert to decimal44 if (rounding != null)45 return numericComparer.Compare(x, y, rounding);46 else47 return numericComparer.Compare(x, y, tolerance);48 }49 //Date and Time50 else if (columnType == ColumnType.DateTime)51 {52 //Convert to dateTime53 if (rounding != null)54 return dateTimeComparer.Compare(x, y, rounding);55 else if (tolerance!=null && tolerance!=DateTimeTolerance.None)56 return dateTimeComparer.Compare(x, y, tolerance);57 else58 return dateTimeComparer.Compare(x, y);59 }60 //Boolean61 else if (columnType == ColumnType.Boolean)62 {63 //Convert to bool64 return booleanComparer.Compare(x, y);65 }66 //Text67 else68 {69 if (tolerance == null || tolerance==TextSingleMethodTolerance.None)70 return textComparer.Compare(x, y);71 else72 return textComparer.Compare(x, y, tolerance);73 }74 }75 }76 return ComparerResult.Equality;77 }78 }79}...

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1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using NBi.Core.Scalar.Comparer;7{8 {9 static void Main(string[] args)10 {11 var comparer = new NumericComparer();12 var result = comparer.Compare(1, 2);13 Console.WriteLine(result);14 Console.ReadLine();15 }16 }17}

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Using AI Code Generation

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1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using NBi.Core.Scalar.Comparer;7using NBi.Core.Sequence.Resolver;8using NBi.Core.Sequence.Transformation.Aggregation;9using NBi.Core.Sequence.Transformation.Aggregation.Function;10using NBi.Core.Sequence.Transformation.Aggregation.Strategy;11using NBi.Core.Sequence.Transformation.Aggregation.Strategy.Numeric;12using NBi.Core.Sequence.Transformation.Aggregation.Strategy.Text;13{14 {15 static void Main(string[] args)16 {17 var comparer = new NumericComparer();18 var result = comparer.Compare(1, 1);19 Console.WriteLine($"Result: {result}");20 Console.ReadLine();21 }22 }23}24using System;25using System.Collections.Generic;26using System.Linq;27using System.Text;28using System.Threading.Tasks;29using NBi.Core.Scalar.Comparer;30using NBi.Core.Sequence.Resolver;31using NBi.Core.Sequence.Transformation.Aggregation;32using NBi.Core.Sequence.Transformation.Aggregation.Function;33using NBi.Core.Sequence.Transformation.Aggregation.Strategy;34using NBi.Core.Sequence.Transformation.Aggregation.Strategy.Numeric;35using NBi.Core.Sequence.Transformation.Aggregation.Strategy.Text;36{37 {38 static void Main(string[] args)39 {40 var comparer = new NumericComparer();41 var result = comparer.Compare(1, 2);42 Console.WriteLine($"Result: {result}");43 Console.ReadLine();44 }45 }46}47using System;48using System.Collections.Generic;49using System.Linq;50using System.Text;51using System.Threading.Tasks;52using NBi.Core.Scalar.Comparer;53using NBi.Core.Sequence.Resolver;54using NBi.Core.Sequence.Transformation.Aggregation;55using NBi.Core.Sequence.Transformation.Aggregation.Function;56using NBi.Core.Sequence.Transformation.Aggregation.Strategy;57using NBi.Core.Sequence.Transformation.Aggregation.Strategy.Numeric;58using NBi.Core.Sequence.Transformation.Aggregation.Strategy.Text;59{60 {61 static void Main(string[]

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1using NBi.Core.Scalar.Comparer;2using System;3{4 {5 static void Main(string[] args)6 {7 var comparer = new NumericComparer();8 var result = comparer.Compare(1, 2);9 }10 }11}12The type or namespace name 'NBi' does not exist in the namespace 'Core' (are you missing an assembly reference?)13The type or namespace name 'NBi' does not exist in the namespace 'Core' (are you missing an assembly reference?)

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1var comparer = new NumericComparer(ComparisonType.Equal, 0);2var result = comparer.Compare(2, 2);3var comparer = new TextComparer(ComparisonType.Equal, "abc");4var result = comparer.Compare("abc", "abc");5var comparer = new DateTimeComparer(ComparisonType.Equal, DateTime.Now);6var result = comparer.Compare(DateTime.Now, DateTime.Now);7var resolver = new SequenceResolver(1, 5);8var result = resolver.Execute();9var resolver = new SequenceResolver(1, 5);10var result = resolver.Execute();11var resolver = new SequenceResolver(1, 5);12var result = resolver.Execute();13var resolver = new SequenceResolver(1, 5);14var result = resolver.Execute();15var resolver = new SequenceResolver(1, 5);16var result = resolver.Execute();17var resolver = new SequenceResolver(1, 5);18var result = resolver.Execute();19var resolver = new SequenceResolver(1, 5);20var result = resolver.Execute();21var resolver = new SequenceResolver(1, 5);22var result = resolver.Execute();23var resolver = new SequenceResolver(1, 5);

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1public void CompareTest()2{3 var comparer = new NumericComparer(Comparison.GreaterOrEqual, 10);4 Assert.That(comparer.Compare(15), Is.True);5}6public void CompareTest()7{8 var comparer = new TextComparer(Comparison.NotEqual, "Hello World");9 Assert.That(comparer.Compare("Hello"), Is.True);10}11public void CompareTest()12{13 var comparer = new DateTimeComparer(Comparison.LessOrEqual, new DateTime(2016, 1, 1));14 Assert.That(comparer.Compare(new DateTime(2015, 12, 31)), Is.True);15}16public void CompareTest()17{18 var comparer = new BooleanComparer(Comparison.NotEqual, true);19 Assert.That(comparer.Compare(false), Is.True);20}21public void CompareTest()22{23 var comparer = new RegexComparer(Comparison.NotEqual, "Hello");24 Assert.That(comparer.Compare("World"), Is.True);25}26public void CompareTest()27{28 var comparer = new CollectionComparer(Comparison.Equal, new List<string>() { "Hello", "World" });29 Assert.That(comparer.Compare(new List<string>() { "Hello", "World" }), Is.True);30}31public void CompareTest()32{33 var comparer = new CollectionComparer(Comparison.Equal, new List<string>() { "Hello", "World" });34 Assert.That(comparer.Compare(new List<string>() { "Hello", "World" }), Is.True);35}36public void CompareTest()37{

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Most used method in NumericComparer

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