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TestHarnessClass.java
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/*
* To change this license header, choose License Headers in Project Properties.
* To change this template file, choose Tools | Templates
* and open the template in the editor.
*/
package Calculus;
import static Calculus.ExclusionTestCases.DifferentialGapException;
import static Calculus.ExclusionTestCases.DifferentialGapInfinity;
import static Calculus.ExclusionTestCases.IntegralGapException;
import static Calculus.ExclusionTestCases.IntegralGapInfinity;
import Calculus.MathsContxtLAv.Expression;
import Calculus.MathsContxtLAv.LogLevel;
import static Calculus.MathsContxtLAv.parse;
import Calculus.UsageCalculus;
import static Calculus.UsageCalculus.DiffWithRespTo;
import static Calculus.UsageCalculus.MissedNumberTestCases;
import static Calculus.UsageCalculus.MissedTestCasesException;
import static Calculus.UsageCalculus.MissedTestCasesInfinity;
import java.text.DecimalFormat;
import java.text.NumberFormat;
import java.util.Map;
import org.apache.log4j.Logger;
/**
*
* @author Administrator
*/
public class TestHarnessClass {
public static Logger log = Logger.getLogger(TestHarnessClass.class.getName());
// Maximum number of Double Fractional Digits displayed in Equation
private static int MaximumCompFractionDigits = 5;
TestHarnessClass(int MaxOrder, String All, String MyEndTestCase, String RegrORIndivORLimit) {
UsageCalculus.EqnSolArrayMap1 = new String[MaxOrder + 1];
UsageCalculus.EqnSolArrayDiffAlone = new String[MaxOrder + 1];
UsageCalculus.EqnSolArrayMap2 = new String[MaxOrder + 1];
UsageCalculus.EqnSolArrayMap3 = new String[MaxOrder + 1];
UsageCalculus.EqnSolArrayIntegrAlone = new String[MaxOrder + 1];
UsageCalculus.EqnSolArrayMap4 = new String[MaxOrder + 1];
UsageCalculus.EqnSolArrayIntegr_BeforeDiff = new String[MaxOrder + 1];
UsageCalculus.EqnSolArrayDiff_AfterIntegr = new String[MaxOrder + 1];
UsageCalculus.EqnSolArrayDiff_BeforeIntegr = new String[MaxOrder + 1];
UsageCalculus.EqnSolArrayIntegr_AfterDiff = new String[MaxOrder + 1];
UsageCalculus.EqnSolOrder = new int[MaxOrder + 1];
for (int i = 0; i <= MaxOrder; i++) {
UsageCalculus.EqnSolArrayMap1[i] = "";
UsageCalculus.EqnSolArrayDiffAlone[i] = "";
UsageCalculus.EqnSolArrayMap2[i] = "";
UsageCalculus.EqnSolArrayMap3[i] = "";
UsageCalculus.EqnSolArrayIntegrAlone[i] = "";
UsageCalculus.EqnSolArrayMap4[i] = "";
UsageCalculus.EqnSolArrayIntegr_BeforeDiff[i] = "";
UsageCalculus.EqnSolArrayDiff_AfterIntegr[i] = "";
UsageCalculus.EqnSolArrayDiff_BeforeIntegr[i] = "";
UsageCalculus.EqnSolArrayIntegr_AfterDiff[i] = "";
UsageCalculus.EqnSolOrder[i] = 0;
}
if ((All.equalsIgnoreCase("All")) && (RegrORIndivORLimit.equalsIgnoreCase("Regression"))) {
UsageCalculus.TestCase = 100;
UsageCalculus.TestCaseLoopTimes = UsageCalculus.LastTestCaseHarness;
} else if ((All.equalsIgnoreCase("All")) && (RegrORIndivORLimit.equalsIgnoreCase("LimitedRegression"))) {
UsageCalculus.TestCase = 100;
//TestCaseLoopTimes = 80001;
UsageCalculus.EndTestCase = Integer.parseInt(MyEndTestCase);
} else if (RegrORIndivORLimit.equalsIgnoreCase("Individual")) {
UsageCalculus.TestCase = Integer.parseInt(All);
UsageCalculus.TestCaseLoopTimes = 1;
UsageCalculus.EndTestCase = Integer.parseInt(MyEndTestCase);
} else if ((All.equalsIgnoreCase("All")) && (RegrORIndivORLimit.equalsIgnoreCase("Individual"))) {
System.out.println(" Wrong Input :All & Individual");
UsageCalculus.TestCase = 100;
UsageCalculus.TestCaseLoopTimes = 1;
UsageCalculus.EndTestCase = Integer.parseInt(MyEndTestCase);
} else if ((!All.equalsIgnoreCase("All")) && (RegrORIndivORLimit.equalsIgnoreCase("Regression"))) {
UsageCalculus.TestCase = Integer.parseInt(All);
UsageCalculus.TestCaseLoopTimes = UsageCalculus.LastTestCaseHarness;
} else if ((!All.equalsIgnoreCase("All")) && (RegrORIndivORLimit.equalsIgnoreCase("LimitedRegression")) && (!MyEndTestCase.equalsIgnoreCase("-1"))) {
UsageCalculus.TestCase = Integer.parseInt(All);
//Usage.TestCaseLoopTimes = Integer.parseInt(MyEndTestCase)-UsageCalculus.TestCase+1;
UsageCalculus.EndTestCase = Integer.parseInt(MyEndTestCase);
}
}
public static String TestPredicate() {
//String Exprn = "0 < = x < 5 ";
//String Exprn = "(0 < = x)&&(x < 5 )"; //A&&B
//String Exprn = "(!(0 > x))&&((5 > x )))";//(A'||B')&&(A||B)
String Exprn = "(x^2+y^2 >= 4)";//(A'||B')&&(A||B)
return Exprn;
}
public static boolean PassFailTestCaseString(int myTestCase, int Order, String DiffORIntegre, String Exprn, String StrMap1, String StrDiff, String StrMap2, String Answer1, String Answer2, String Answer3, String Answer4) {
boolean ReturnFlagMap1 = false;
boolean ReturnFlagDiff = false;
boolean ReturnFlagMap2 = false;
int TestCase = UsageCalculus.TestCase;
if (TestCase == myTestCase) {
// Assumption :New String is bigger than the Actual Result ONLY DIFF being last '-' OR last '+'
if (StrMap1.equalsIgnoreCase(Answer2)) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Exprn=" + Exprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " StrMap1=" + StrMap1 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass STRING TEST Map1" + ConsoleColors.RESET);
ReturnFlagMap1 = true;
} // else if ((Answer2 != null) && (!Answer2.equalsIgnoreCase("")) && ((StrMap1.contains(Answer2)))) {
// System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass STRING TEST (Reduced) Map1" + ConsoleColors.RESET);
// ReturnFlag = true;
// }
else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Exprn=" + Exprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL STRING TEST Map1" + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:StrMap1=" + StrMap1 + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:Answer2=" + Answer2 + ConsoleColors.RESET);
ReturnFlagMap1 = false;
}
// Assumption :New String is bigger than the Actual Result ONLY DIFF being last '-' OR last '+'
if (StrDiff.equalsIgnoreCase(Answer3)) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " StrDiff=" + StrDiff + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass STRING TEST " + DiffORIntegre + ConsoleColors.RESET);
ReturnFlagDiff = true;
} // else if ((Answer3 != null) && (!Answer3.equalsIgnoreCase("")) && ((StrDiff.contains(Answer3)))) {
// System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass STRING TEST (Reduced) Diff" + ConsoleColors.RESET);
// ReturnFlag = true;
// }
else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass STRING TEST " + DiffORIntegre + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.YELLOW + " main:Test Case " + TestCase + " StrDiff =" + StrDiff + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.YELLOW + " main:Test Case " + TestCase + " StrIntegr=" + StrDiff + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.YELLOW + " main:Test Case " + TestCase + " Answer3 =" + Answer3 + ConsoleColors.RESET);
ReturnFlagDiff = false;
}
// Assumption :New String is bigger than the Actual Result ONLY DIFF being last '-' OR last '+'
if (StrMap2.equalsIgnoreCase(Answer4)) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass STRING TEST Map2" + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " StrMap2=" + StrMap2 + ConsoleColors.RESET);
ReturnFlagMap2 = true;
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL STRING TEST Map2" + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:Test Case " + TestCase + " StrMap2=" + StrMap2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:Test Case " + TestCase + " Answer4=" + Answer4 + ConsoleColors.RESET);
ReturnFlagMap2 = false;
}
return ((ReturnFlagMap1) && (ReturnFlagDiff) && (ReturnFlagMap2));
}
return false;
}
public static boolean PassFailTestCaseValue(int myTestCase, int Order, String DiffORIntegre, String Exprn, Double ExprnexpValue, Double DblexpValueMap1, Double DblexpDiffValue, Double DblexpValueMap2, String StrexpDiffExpress, Map<String, Double> variables, Double x) {
boolean ReturnFlag = false;
Double Number = ExprnexpValue.doubleValue();
Double NumberAnsMap2 = 0.0;
Double NumberEqnSol = 0.0;
Double NumberDiff = 0.0;
NumberFormat formatter = new DecimalFormat();
Expression expValueExprn;
String DblexpValueAnswerExprn = "";
String DblexpValueAnswerExprnIntegrity = "";
String TestAnsVal0Exprn = "";
String TestAnsVal5Diff = "";
String TestAnsVal6Map2 = "";
String TestAnsVal7 = "";
variables.put(DiffWithRespTo, x);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
expValueExprn = parse(UsageCalculus.EqnSolArrayMap1[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
DblexpValueAnswerExprn = "" + expValueExprn.eval();
Number = expValueExprn.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal0Exprn = formatter.format(Number);
} else {
expValueExprn = parse(UsageCalculus.EqnSolArrayMap3[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
DblexpValueAnswerExprn = "" + expValueExprn.eval();
Number = expValueExprn.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal0Exprn = formatter.format(Number);
}
Expression expValueMap2;
Expression expValueDiffExprn;
String DblexpValueAnswer3 = "";
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
expValueMap2 = parse(UsageCalculus.EqnSolArrayDiffAlone[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
DblexpValueAnswer3 = "" + expValueMap2.eval();
Number = expValueMap2.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal5Diff = formatter.format(Number);
} else {
expValueMap2 = parse(UsageCalculus.EqnSolArrayIntegrAlone[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
DblexpValueAnswer3 = "" + expValueMap2.eval();
Number = expValueMap2.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal5Diff = formatter.format(Number);
}
//Answer System
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
expValueExprn = parse(UsageCalculus.EqnSolArrayMap2[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
DblexpValueAnswerExprnIntegrity = "" + expValueExprn.eval();
NumberAnsMap2 = expValueExprn.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal6Map2 = formatter.format(NumberAnsMap2);
} else {
expValueExprn = parse(UsageCalculus.EqnSolArrayMap4[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
DblexpValueAnswerExprnIntegrity = "" + expValueExprn.eval();
NumberAnsMap2 = expValueExprn.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal6Map2 = formatter.format(NumberAnsMap2);
System.out.println("PassFailTestCaseValue:NumberAnsMap2=" + NumberAnsMap2 + " TestAnsVal6Map2=" + TestAnsVal6Map2);
}
//Diff System
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
expValueDiffExprn = parse(UsageCalculus.EqnSolArrayDiffAlone[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
DblexpValueAnswerExprnIntegrity = "" + expValueDiffExprn.eval();
NumberEqnSol = expValueDiffExprn.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal7 = formatter.format(NumberEqnSol);
} else {
expValueDiffExprn = parse(UsageCalculus.EqnSolArrayIntegrAlone[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
DblexpValueAnswerExprnIntegrity = "" + expValueDiffExprn.eval();
NumberEqnSol = expValueDiffExprn.eval();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal7 = formatter.format(NumberEqnSol);
System.out.println("PassFailTestCaseValue:NumberEqnSol=" + NumberEqnSol + " TestAnsVal7=" + TestAnsVal7);
}
Number = ExprnexpValue.doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String TestVal1 = formatter.format(Number);
Number = DblexpValueMap1.doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String TestVal2 = formatter.format(Number);
NumberDiff = DblexpDiffValue.doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String DiffVal3 = formatter.format(NumberDiff);
Number = DblexpValueMap2.doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String SimpleVal4 = formatter.format(Number);
String Temp = "";
int TestCase = UsageCalculus.TestCase;
if (TestCase == myTestCase) {
//Value Check with Exprn & Map1
if (TestVal1.equalsIgnoreCase(TestVal2)
|| ((NumberAnsMap2.doubleValue()==NumberEqnSol.doubleValue())
&& TestAnsVal6Map2.equalsIgnoreCase(TestAnsVal7))) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " " + DiffWithRespTo + "=" + variables.get(DiffWithRespTo) + " Status=" + "Pass VALUE TEST Exprn Map1" + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " TestVal1=" + TestVal1 + " ExprnexpValue=" + ExprnexpValue.doubleValue() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " TestVal2=" + TestVal2 + " DblexpValueMap1=" + DblexpValueMap1.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Order=" + Order + " " + DiffWithRespTo + "=" + variables.get(DiffWithRespTo) + " Status=" + "FAIL VALUE TEST Exprn Map1" + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " TestVal1=" + TestVal1 + " ExprnexpValue=" + ExprnexpValue.doubleValue() + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " TestVal2=" + TestVal2 + " DblexpValueMap1=" + DblexpValueMap1.doubleValue() + " :Check if there is E or e in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
//Value Check with Exprn & Answer(Map1)
if ((TestVal1.equalsIgnoreCase(TestAnsVal0Exprn))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((TestVal1.equalsIgnoreCase("0.0")) || (TestVal1.equalsIgnoreCase("-0.0")) || (TestVal1.equalsIgnoreCase("+0.0"))
|| (TestVal1.equalsIgnoreCase("-0")) || (TestVal1.equalsIgnoreCase("+0")))
&& ((TestAnsVal0Exprn.equalsIgnoreCase("0.0")) || (TestAnsVal0Exprn.equalsIgnoreCase("0")) || (TestAnsVal0Exprn.equalsIgnoreCase("-0.0")) || (TestAnsVal0Exprn.equalsIgnoreCase("+0.0"))
|| (TestAnsVal0Exprn.equalsIgnoreCase("-0")) || (TestAnsVal0Exprn.equalsIgnoreCase("+0"))))
|| ( (NumberAnsMap2.doubleValue()==NumberEqnSol.doubleValue())
) ) {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass VALUE TEST Answer Exprn " + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass VALUE TEST Answer Exprn " + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueAnswerExprn=" + DblexpValueAnswerExprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap1=" + DblexpValueMap1.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "FAIL VALUE TEST Answer Exprn" + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "FAIL VALUE TEST Answer Exprn" + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueAnswerExprn=" + DblexpValueAnswerExprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueMap1=" + DblexpValueMap1.doubleValue() + " :Check if there is E or e or Rounding Of in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
//Value Check with Diff Exprn & Map2
if ((DiffVal3.equalsIgnoreCase(SimpleVal4))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((DiffVal3.equalsIgnoreCase("0.0")) || (DiffVal3.equalsIgnoreCase("-0.0")) || (DiffVal3.equalsIgnoreCase("+0.0"))
|| (DiffVal3.equalsIgnoreCase("0")) || (DiffVal3.equalsIgnoreCase("-0")) || (DiffVal3.equalsIgnoreCase("+0")))
&& ((SimpleVal4.equalsIgnoreCase("0.0")) || (SimpleVal4.equalsIgnoreCase("0")) || (SimpleVal4.equalsIgnoreCase("-0.0")) || (SimpleVal4.equalsIgnoreCase("+0.0"))
|| (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("+0"))))) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST " + DiffORIntegre + " Map2" + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " DblexpDiffValue=" + DblexpDiffValue.doubleValue() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " SimpleVal4=" + SimpleVal4 + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL VALUE TEST " + DiffORIntegre + " Map2" + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " DblexpDiffValue=" + DblexpDiffValue.doubleValue() + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " SimpleVal4=" + SimpleVal4 + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " :Check if there is E or e in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
//Value Check with Diff Exprn & Diff Answer(Map2)
if ((DiffVal3.equalsIgnoreCase(TestAnsVal5Diff))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((DiffVal3.equalsIgnoreCase("0.0")) || (DiffVal3.equalsIgnoreCase("-0.0")) || (DiffVal3.equalsIgnoreCase("+0.0"))
|| (DiffVal3.equalsIgnoreCase("-0")) || (DiffVal3.equalsIgnoreCase("+0")))
&& ((TestAnsVal5Diff.equalsIgnoreCase("0.0")) || (TestAnsVal5Diff.equalsIgnoreCase("0")) || (TestAnsVal5Diff.equalsIgnoreCase("-0.0")) || (TestAnsVal5Diff.equalsIgnoreCase("+0.0"))
|| (TestAnsVal5Diff.equalsIgnoreCase("-0")) || (TestAnsVal5Diff.equalsIgnoreCase("+0"))))) {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Answer " + DiffORIntegre + " Usage.EqnSolArrayDiffAlone " + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Answer " + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone " + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal5Diff=" + TestAnsVal5Diff + " TestAnsVal6Map2=" + TestAnsVal6Map2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueAnswer3=" + DblexpValueAnswer3 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL VALUE TEST " + DiffORIntegre + " Usage.EqnSolArrayDiffAlone" + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL VALUE TEST " + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone" + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal5Diff=" + TestAnsVal5Diff + " TestAnsVal6Map2=" + TestAnsVal6Map2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueAnswer3=" + DblexpValueAnswer3 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " :Check if there is E or e or Rounding Of in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}//Value (Answer) Integrity Check with Ans Diff Exprn & Answer(Map2)
if (((TestAnsVal6Map2.equalsIgnoreCase(DiffVal3))
&& ((TestAnsVal6Map2.equalsIgnoreCase(SimpleVal4))
&& ((DblexpValueMap2.doubleValue() == expValueExprn.eval())
&& ((DblexpValueMap2.doubleValue() == NumberAnsMap2)
&& (DblexpDiffValue.doubleValue() == NumberDiff)))))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((DiffVal3.equalsIgnoreCase("0.0")) || (DiffVal3.equalsIgnoreCase("-0.0")) || (DiffVal3.equalsIgnoreCase("+0.0"))
|| (DiffVal3.equalsIgnoreCase("0")) || (DiffVal3.equalsIgnoreCase("-0")) || (DiffVal3.equalsIgnoreCase("+0")))
&& ((SimpleVal4.equalsIgnoreCase("0.0")) || (SimpleVal4.equalsIgnoreCase("0")) || (SimpleVal4.equalsIgnoreCase("-0.0")) || (SimpleVal4.equalsIgnoreCase("+0.0"))
|| (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("+0")))
&& ((TestAnsVal6Map2.equalsIgnoreCase("0.0")) || (TestAnsVal6Map2.equalsIgnoreCase("0")) || (TestAnsVal6Map2.equalsIgnoreCase("-0.0")) || (TestAnsVal6Map2.equalsIgnoreCase("+0.0"))
|| (TestAnsVal6Map2.equalsIgnoreCase("-0")) || (TestAnsVal6Map2.equalsIgnoreCase("+0"))))) {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Answer Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayDiffAlone " + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Answer Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone " + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal5Diff=" + TestAnsVal5Diff + " TestAnsVal6Map2=" + TestAnsVal6Map2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity TestAnsVal6Map2=" + TestAnsVal6Map2 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayDiffAlone[Order]=" + UsageCalculus.EqnSolArrayDiffAlone[Order]);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + UsageCalculus.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " NumberAnsMap2=" + NumberAnsMap2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberDiff=" + NumberDiff + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else if ((DiffVal3.equalsIgnoreCase(SimpleVal4))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((DiffVal3.equalsIgnoreCase("0.0")) || (DiffVal3.equalsIgnoreCase("-0.0")) || (DiffVal3.equalsIgnoreCase("+0.0"))
|| (DiffVal3.equalsIgnoreCase("0")) || (DiffVal3.equalsIgnoreCase("-0")) || (DiffVal3.equalsIgnoreCase("+0")))
&& ((SimpleVal4.equalsIgnoreCase("0.0")) || (SimpleVal4.equalsIgnoreCase("0")) || (SimpleVal4.equalsIgnoreCase("-0.0")) || (SimpleVal4.equalsIgnoreCase("+0.0"))
|| (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("+0")))
&& ((TestAnsVal6Map2.equalsIgnoreCase("0.0")) || (TestAnsVal6Map2.equalsIgnoreCase("0")) || (TestAnsVal6Map2.equalsIgnoreCase("-0.0")) || (TestAnsVal6Map2.equalsIgnoreCase("+0.0"))
|| (TestAnsVal6Map2.equalsIgnoreCase("-0")) || (TestAnsVal6Map2.equalsIgnoreCase("+0"))))) {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass REDUCED VALUE TEST Answer Integrity Check " + DiffORIntegre + " Usage.EqnSolArrayDiffAlone " + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass REDUCED VALUE TEST Answer Integrity Check " + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone " + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal5Diff=" + TestAnsVal5Diff + " TestAnsVal6Map2=" + TestAnsVal6Map2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity TestAnsVal6Map2=" + TestAnsVal6Map2 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayDiffAlone[Order]=" + UsageCalculus.EqnSolArrayDiffAlone[Order]);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + UsageCalculus.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " NumberAnsMap2=" + NumberAnsMap2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberDiff=" + NumberDiff + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL Integrity Check TEST Integrity Check " + DiffORIntegre + " Usage.EqnSolArrayDiffAlone" + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL Integrity Check TEST Integrity Check " + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone" + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal5Diff=" + TestAnsVal5Diff + " TestAnsVal6Map2=" + TestAnsVal6Map2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity TestAnsVal6Map2=" + TestAnsVal6Map2 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayDiffAlone[Order]=" + UsageCalculus.EqnSolArrayDiffAlone[Order]);
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + UsageCalculus.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " NumberAnsMap2=" + NumberAnsMap2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberDiff=" + NumberDiff + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " :Check if there is E or e or Rounding Of in Double Coefficient" + ConsoleColors.RESET);
System.out.println("PassFailTestCaseValue:NumberAnsMap2=" + NumberAnsMap2 + " TestAnsVal6Map2=" + TestAnsVal6Map2);
System.out.println("PassFailTestCaseValue:NumberEqnSol=" + NumberEqnSol + " TestAnsVal7=" + TestAnsVal7);
ReturnFlag = false;
}
//Value (Answer-Diff System) Integrity Check with Ans Diff Exprn & Answer(Map2)
if (((TestAnsVal7.equalsIgnoreCase(DiffVal3))
&& ((TestAnsVal7.equalsIgnoreCase(SimpleVal4))
&& ((DblexpValueMap2.doubleValue() == expValueExprn.eval())
&& ((DblexpValueMap2.doubleValue() == NumberEqnSol)
&& (DblexpDiffValue.doubleValue() == NumberEqnSol)))))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((DiffVal3.equalsIgnoreCase("0.0")) || (DiffVal3.equalsIgnoreCase("-0.0")) || (DiffVal3.equalsIgnoreCase("+0.0"))
|| (DiffVal3.equalsIgnoreCase("0")) || (DiffVal3.equalsIgnoreCase("-0")) || (DiffVal3.equalsIgnoreCase("+0")))
&& ((SimpleVal4.equalsIgnoreCase("0.0")) || (SimpleVal4.equalsIgnoreCase("0")) || (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("-0.0")) || (SimpleVal4.equalsIgnoreCase("+0.0"))
|| (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("+0")))
&& ((TestAnsVal7.equalsIgnoreCase("0.0")) || (TestAnsVal7.equalsIgnoreCase("0")) || (TestAnsVal7.equalsIgnoreCase("-0.0")) || (TestAnsVal7.equalsIgnoreCase("+0.0"))
|| (TestAnsVal7.equalsIgnoreCase("-0")) || (TestAnsVal7.equalsIgnoreCase("+0"))))) {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Diff System Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayDiffAlone " + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Diff System Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone " + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal5Diff=" + TestAnsVal5Diff + " TestAnsVal6Map2=" + TestAnsVal6Map2 + " TestAnsVal7=" + TestAnsVal7 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity TestAnsVal6Map2=" + TestAnsVal6Map2 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayDiffAlone[Order]=" + UsageCalculus.EqnSolArrayDiffAlone[Order]);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + UsageCalculus.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " Number=" + Number + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberUsage.EqnSol=" + NumberEqnSol + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else if (((TestAnsVal7.equalsIgnoreCase(DiffVal3))
&& ((TestAnsVal7.equalsIgnoreCase(SimpleVal4))))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((DiffVal3.equalsIgnoreCase("0.0")) || (DiffVal3.equalsIgnoreCase("-0.0")) || (DiffVal3.equalsIgnoreCase("+0.0"))
|| (DiffVal3.equalsIgnoreCase("0")) || (DiffVal3.equalsIgnoreCase("-0")) || (DiffVal3.equalsIgnoreCase("+0")))
&& ((SimpleVal4.equalsIgnoreCase("0.0")) || (SimpleVal4.equalsIgnoreCase("0")) || (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("-0.0")) || (SimpleVal4.equalsIgnoreCase("+0.0"))
|| (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("+0")))
&& ((TestAnsVal7.equalsIgnoreCase("0.0")) || (TestAnsVal7.equalsIgnoreCase("0")) || (TestAnsVal7.equalsIgnoreCase("-0.0")) || (TestAnsVal7.equalsIgnoreCase("+0.0"))
|| (TestAnsVal7.equalsIgnoreCase("-0")) || (TestAnsVal7.equalsIgnoreCase("+0"))))) {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass REDUCED VALUE TEST Diff System Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayDiffAlone " + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass REDUCED VALUE TEST Diff System Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone " + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal5Diff=" + TestAnsVal5Diff + " TestAnsVal6Map2=" + TestAnsVal6Map2 + " TestAnsVal7=" + TestAnsVal7 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity TestAnsVal6Map2=" + TestAnsVal6Map2 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayDiffAlone[Order]=" + UsageCalculus.EqnSolArrayDiffAlone[Order]);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + UsageCalculus.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " Number=" + Number + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberUsage.EqnSol=" + NumberEqnSol + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL Integrity Check TEST Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayDiffAlone" + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL Integrity Check TEST Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone" + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal5Diff=" + TestAnsVal5Diff + " TestAnsVal6Map2=" + TestAnsVal6Map2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity TestAnsVal6Map2=" + TestAnsVal6Map2 + " TestAnsVal7=" + TestAnsVal7 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayDiffAlone[Order]=" + UsageCalculus.EqnSolArrayDiffAlone[Order]);
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + UsageCalculus.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " Number=" + Number + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberUsage.EqnSol=" + NumberEqnSol + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " :Check if there is E or e or Rounding Of in Double Coefficient" + ConsoleColors.RESET);
System.out.println("PassFailTestCaseValue:NumberAnsMap2=" + NumberAnsMap2 + " TestAnsVal6Map2=" + TestAnsVal6Map2);
System.out.println("PassFailTestCaseValue:NumberEqnSol=" + NumberEqnSol + " TestAnsVal7=" + TestAnsVal7);
ReturnFlag = false;
}
return ReturnFlag;
}
return false;
}
public static boolean PassFailTestCaseStringPalinSame(int myTestCase, int Order, String DiffORIntegre, String Exprn, int Operator, String StrMap1, String StrDiff, String StrMap2, String Answer1, String Answer2, String Answer3, String Answer4) {
boolean ReturnFlagMap1 = false;
boolean ReturnFlagDiff = false;
boolean ReturnFlagMap2 = false;
int TestCase = UsageCalculus.TestCase;
if (TestCase == myTestCase) {
// Assumption :New String is bigger than the Actual Result ONLY DIFF being last '-' OR last '+'
if (StrMap1.equalsIgnoreCase(Answer2 + (char) Operator + Answer2)) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Exprn=" + Exprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " StrMap1=" + StrMap1 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass STRING TEST Map1" + ConsoleColors.RESET);
ReturnFlagMap1 = true;
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Exprn=" + Exprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL STRING TEST Map1" + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:StrMap1=" + StrMap1 + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:Answer2=" + (Answer2 + (char) Operator + Answer2) + ConsoleColors.RESET);
ReturnFlagMap1 = false;
}
// Assumption :New String is bigger than the Actual Result ONLY DIFF being last '-' OR last '+'
if (StrDiff.equalsIgnoreCase(Answer3 + (char) Operator + Answer3)) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " StrDiff=" + StrDiff + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass STRING TEST " + DiffORIntegre + ConsoleColors.RESET);
ReturnFlagDiff = true;
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass STRING TEST " + DiffORIntegre + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.YELLOW + " main:Test Case " + TestCase + " StrDiff =" + StrDiff + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.YELLOW + " main:Test Case " + TestCase + " StrIntegr=" + StrDiff + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.YELLOW + " main:Test Case " + TestCase + " Answer3 =" + (Answer3 + (char) Operator + Answer3) + ConsoleColors.RESET);
ReturnFlagDiff = false;
}
// Assumption :New String is bigger than the Actual Result ONLY DIFF being last '-' OR last '+'
if (StrMap2.equalsIgnoreCase(Answer4 + (char) Operator + Answer4)) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass STRING TEST Map2" + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " StrMap2=" + StrMap2 + ConsoleColors.RESET);
ReturnFlagMap2 = true;
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL STRING TEST Map2" + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:Test Case " + TestCase + " StrMap2=" + StrMap2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.YELLOW + " main:Test Case " + TestCase + " Answer4=" + (Answer4 + (char) Operator + Answer4) + ConsoleColors.RESET);
ReturnFlagMap2 = false;
}
return ((ReturnFlagMap1) && (ReturnFlagDiff) && (ReturnFlagMap2));
}
return false;
}
public static boolean PassFailTestCaseValuePalinSame(int myTestCase, int Order, String DiffORIntegre, String Exprn, int Operator, Double ExprnexpValue, Double DblexpValueMap1, Double DblexpDiffValue, Double DblexpValueMap2, Map<String, Double> variables) {
boolean ReturnFlag = false;
Double Number = ExprnexpValue.doubleValue();
Double NumberAnsMap2 = 0.0;
Double NumberEqnSol = 0.0;
Double NumberDiff = 0.0;
NumberFormat formatter = new DecimalFormat();
Expression expValueExprn;
String DblexpValueAnswerExprn = "";
String DblexpValueAnswerExprnIntegrity = "";
String TestAnsVal0 = "";
String TestAnsVal5 = "";
String TestAnsVal6 = "";
String TestAnsVal7 = "";
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
expValueExprn = parse(UsageCalculus.EqnSolArrayMap1[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
if (Operator == '+') {
DblexpValueAnswerExprn = "" + (expValueExprn.eval() + expValueExprn.eval());
} else {
DblexpValueAnswerExprn = "" + (expValueExprn.eval() - expValueExprn.eval());
}
Number = (expValueExprn.eval() + expValueExprn.eval());
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal0 = formatter.format(Number);
} else {
expValueExprn = parse(UsageCalculus.EqnSolArrayMap3[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
if (Operator == '+') {
DblexpValueAnswerExprn = "" + (expValueExprn.eval() + expValueExprn.eval());
} else {
DblexpValueAnswerExprn = "" + (expValueExprn.eval() - expValueExprn.eval());
}
Number = Double.parseDouble(DblexpValueAnswerExprn);
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal0 = formatter.format(Number);
}
Expression expValueMap2;
Expression expValueDiffExprn;
String DblexpValueAnswer3 = "";
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
expValueMap2 = parse(UsageCalculus.EqnSolArrayDiffAlone[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
if (Operator == '+') {
DblexpValueAnswer3 = "" + (expValueMap2.eval() + expValueMap2.eval());
} else {
DblexpValueAnswer3 = "" + (expValueMap2.eval() - expValueMap2.eval());
}
Number = Double.parseDouble(DblexpValueAnswer3);
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal5 = formatter.format(Number);
} else {
expValueMap2 = parse(UsageCalculus.EqnSolArrayIntegrAlone[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
if (Operator == '+') {
DblexpValueAnswer3 = "" + (expValueMap2.eval() + expValueMap2.eval());
} else {
DblexpValueAnswer3 = "" + (expValueMap2.eval() - expValueMap2.eval());
}
Number = Double.parseDouble(DblexpValueAnswer3);
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal5 = formatter.format(Number);
}
//Answer System
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
expValueExprn = parse(UsageCalculus.EqnSolArrayMap2[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
if (Operator == '+') {
DblexpValueAnswerExprnIntegrity = "" + (expValueExprn.eval() + expValueExprn.eval());
} else {
DblexpValueAnswerExprnIntegrity = "" + (expValueExprn.eval() - expValueExprn.eval());
}
NumberAnsMap2 = Double.parseDouble(DblexpValueAnswerExprnIntegrity);
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal6 = formatter.format(NumberAnsMap2);
} else {
expValueExprn = parse(UsageCalculus.EqnSolArrayMap4[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
if (Operator == '+') {
DblexpValueAnswerExprnIntegrity = "" + (expValueExprn.eval() + expValueExprn.eval());
} else {
DblexpValueAnswerExprnIntegrity = "" + (expValueExprn.eval() - expValueExprn.eval());
}
NumberAnsMap2 = Double.parseDouble(DblexpValueAnswerExprnIntegrity);
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal6 = formatter.format(NumberAnsMap2);
}
//Diff System
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
expValueDiffExprn = parse(UsageCalculus.EqnSolArrayDiffAlone[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
if (Operator == '+') {
DblexpValueAnswerExprnIntegrity = "" + (expValueDiffExprn.eval() + expValueDiffExprn.eval());
} else {
DblexpValueAnswerExprnIntegrity = "" + (expValueDiffExprn.eval() - expValueDiffExprn.eval());
}
NumberEqnSol = Double.parseDouble(DblexpValueAnswerExprnIntegrity);;
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal7 = formatter.format(NumberEqnSol);
} else {
expValueDiffExprn = parse(UsageCalculus.EqnSolArrayIntegrAlone[Order], variables, DiffWithRespTo, "Silent", LogLevel.Off);
if (Operator == '+') {
DblexpValueAnswerExprnIntegrity = "" + (expValueDiffExprn.eval() + expValueDiffExprn.eval());
} else {
DblexpValueAnswerExprnIntegrity = "" + (expValueDiffExprn.eval() - expValueDiffExprn.eval());
}
NumberEqnSol = Double.parseDouble(DblexpValueAnswerExprnIntegrity);
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
TestAnsVal7 = formatter.format(NumberEqnSol);
}
Number = ExprnexpValue.doubleValue() + ExprnexpValue.doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String TestVal1 = formatter.format(Number);
Number = DblexpValueMap1.doubleValue() + DblexpValueMap1.doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String TestVal2 = formatter.format(Number);
NumberDiff = DblexpDiffValue.doubleValue() + DblexpDiffValue.doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String DiffVal3 = formatter.format(NumberDiff);
Number = DblexpValueMap2.doubleValue() + DblexpValueMap2.doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String SimpleVal4 = formatter.format(Number);
String Temp = "";
int TestCase = UsageCalculus.TestCase;
if (TestCase == myTestCase) {
//Value Check with Exprn & Map1
if (TestVal1.equalsIgnoreCase(TestVal2)) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " " + DiffWithRespTo + "=" + variables.get(DiffWithRespTo) + " Status=" + "Pass VALUE TEST Exprn Map1" + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " TestVal1=" + TestVal1 + " ExprnexpValue=" + ExprnexpValue.doubleValue() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " TestVal2=" + TestVal2 + " DblexpValueMap1=" + DblexpValueMap1.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Order=" + Order + " " + DiffWithRespTo + "=" + variables.get(DiffWithRespTo) + " Status=" + "FAIL VALUE TEST Exprn Map1" + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " TestVal1=" + TestVal1 + " ExprnexpValue=" + ExprnexpValue.doubleValue() + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " TestVal2=" + TestVal2 + " DblexpValueMap1=" + DblexpValueMap1.doubleValue() + " :Check if there is E or e in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
//Value Check with Exprn & Answer(Map1)
if ((TestVal1.equalsIgnoreCase(TestAnsVal0))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((TestVal1.equalsIgnoreCase("0.0")) || (TestVal1.equalsIgnoreCase("-0.0")) || (TestVal1.equalsIgnoreCase("+0.0"))
|| (TestVal1.equalsIgnoreCase("-0")) || (TestVal1.equalsIgnoreCase("+0")))
&& ((TestAnsVal0.equalsIgnoreCase("0.0")) || (TestAnsVal0.equalsIgnoreCase("0")) || (TestAnsVal0.equalsIgnoreCase("-0.0")) || (TestAnsVal0.equalsIgnoreCase("+0.0"))
|| (TestAnsVal0.equalsIgnoreCase("-0")) || (TestAnsVal0.equalsIgnoreCase("+0"))))) {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass VALUE TEST Answer Exprn " + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "Pass VALUE TEST Answer Exprn " + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueAnswerExprn=" + DblexpValueAnswerExprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap1=" + DblexpValueMap1.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "FAIL VALUE TEST Answer Exprn" + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Order=" + Order + " Status=" + "FAIL VALUE TEST Answer Exprn" + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueAnswerExprn=" + DblexpValueAnswerExprn + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueMap1=" + DblexpValueMap1.doubleValue() + " :Check if there is E or e or Rounding Of in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
//Value Check with Diff Exprn & Map2
if ((DiffVal3.equalsIgnoreCase(SimpleVal4))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((DiffVal3.equalsIgnoreCase("0.0")) || (DiffVal3.equalsIgnoreCase("-0.0")) || (DiffVal3.equalsIgnoreCase("+0.0"))
|| (DiffVal3.equalsIgnoreCase("0")) || (DiffVal3.equalsIgnoreCase("-0")) || (DiffVal3.equalsIgnoreCase("+0")))
&& ((SimpleVal4.equalsIgnoreCase("0.0")) || (SimpleVal4.equalsIgnoreCase("0")) || (SimpleVal4.equalsIgnoreCase("-0.0")) || (SimpleVal4.equalsIgnoreCase("+0.0"))
|| (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("+0"))))) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST " + DiffORIntegre + " Map2" + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " DblexpDiffValue=" + DblexpDiffValue.doubleValue() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " SimpleVal4=" + SimpleVal4 + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL VALUE TEST " + DiffORIntegre + " Map2" + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " DblexpDiffValue=" + DblexpDiffValue.doubleValue() + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " SimpleVal4=" + SimpleVal4 + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " :Check if there is E or e in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
//Value Check with Diff Exprn & Diff Answer(Map2)
if ((DiffVal3.equalsIgnoreCase(TestAnsVal5))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((DiffVal3.equalsIgnoreCase("0.0")) || (DiffVal3.equalsIgnoreCase("-0.0")) || (DiffVal3.equalsIgnoreCase("+0.0"))
|| (DiffVal3.equalsIgnoreCase("-0")) || (DiffVal3.equalsIgnoreCase("+0")))
&& ((TestAnsVal5.equalsIgnoreCase("0.0")) || (TestAnsVal5.equalsIgnoreCase("0")) || (TestAnsVal5.equalsIgnoreCase("-0.0")) || (TestAnsVal5.equalsIgnoreCase("+0.0"))
|| (TestAnsVal5.equalsIgnoreCase("-0")) || (TestAnsVal5.equalsIgnoreCase("+0"))))) {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Answer " + DiffORIntegre + " Usage.EqnSolArrayDiffAlone " + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Answer " + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone " + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueAnswer3=" + DblexpValueAnswer3 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL VALUE TEST " + DiffORIntegre + " Usage.EqnSolArrayDiffAlone" + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL VALUE TEST " + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone" + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueAnswer3=" + DblexpValueAnswer3 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " :Check if there is E or e or Rounding Of in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}//Value (Answer) Integrity Check with Ans Diff Exprn & Answer(Map2)
if (((TestAnsVal6.equalsIgnoreCase(DiffVal3))
&& ((TestAnsVal6.equalsIgnoreCase(SimpleVal4))
&& ((DblexpValueMap2.doubleValue() == expValueExprn.eval())
&& ((DblexpValueMap2.doubleValue() == NumberAnsMap2)
&& (DblexpDiffValue.doubleValue() == NumberDiff)))))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((DiffVal3.equalsIgnoreCase("0.0")) || (DiffVal3.equalsIgnoreCase("-0.0")) || (DiffVal3.equalsIgnoreCase("+0.0"))
|| (DiffVal3.equalsIgnoreCase("0")) || (DiffVal3.equalsIgnoreCase("-0")) || (DiffVal3.equalsIgnoreCase("+0")))
&& ((SimpleVal4.equalsIgnoreCase("0.0")) || (SimpleVal4.equalsIgnoreCase("0")) || (SimpleVal4.equalsIgnoreCase("-0.0")) || (SimpleVal4.equalsIgnoreCase("+0.0"))
|| (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("+0")))
&& ((TestAnsVal6.equalsIgnoreCase("0.0")) || (TestAnsVal6.equalsIgnoreCase("0")) || (TestAnsVal6.equalsIgnoreCase("-0.0")) || (TestAnsVal6.equalsIgnoreCase("+0.0"))
|| (TestAnsVal6.equalsIgnoreCase("-0")) || (TestAnsVal6.equalsIgnoreCase("+0"))))) {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Answer Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayDiffAlone " + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Answer Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone " + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal6=" + TestAnsVal6 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity TestAnsVal6=" + TestAnsVal6 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayDiffAlone[Order]=" + UsageCalculus.EqnSolArrayDiffAlone[Order]);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + UsageCalculus.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " NumberAnsMap2=" + NumberAnsMap2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberDiff=" + NumberDiff + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL Integrity Check TEST Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayDiffAlone" + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL Integrity Check TEST Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone" + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal6=" + TestAnsVal6 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity TestAnsVal6=" + TestAnsVal6 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayDiffAlone[Order]=" + UsageCalculus.EqnSolArrayDiffAlone[Order]);
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + UsageCalculus.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " NumberAnsMap2=" + NumberAnsMap2 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberDiff=" + NumberDiff + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " :Check if there is E or e or Rounding Of in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
//Value (Answer-Diff System) Integrity Check with Ans Diff Exprn & Answer(Map2)
if (((TestAnsVal7.equalsIgnoreCase(DiffVal3))
&& ((TestAnsVal7.equalsIgnoreCase(SimpleVal4))
&& ((DblexpValueMap2.doubleValue() == expValueExprn.eval())
&& ((DblexpValueMap2.doubleValue() == NumberEqnSol)
&& (DblexpDiffValue.doubleValue() == NumberEqnSol)))))
//Zero Integrity Pass Through Check:0.0, -0.0 ,+0.0,-0,+0
|| (((DiffVal3.equalsIgnoreCase("0.0")) || (DiffVal3.equalsIgnoreCase("-0.0")) || (DiffVal3.equalsIgnoreCase("+0.0"))
|| (DiffVal3.equalsIgnoreCase("0")) || (DiffVal3.equalsIgnoreCase("-0")) || (DiffVal3.equalsIgnoreCase("+0")))
&& ((SimpleVal4.equalsIgnoreCase("0.0")) || (SimpleVal4.equalsIgnoreCase("0")) || (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("-0.0")) || (SimpleVal4.equalsIgnoreCase("+0.0"))
|| (SimpleVal4.equalsIgnoreCase("-0")) || (SimpleVal4.equalsIgnoreCase("+0")))
&& ((TestAnsVal7.equalsIgnoreCase("0.0")) || (TestAnsVal7.equalsIgnoreCase("0")) || (TestAnsVal7.equalsIgnoreCase("-0.0")) || (TestAnsVal7.equalsIgnoreCase("+0.0"))
|| (TestAnsVal7.equalsIgnoreCase("-0")) || (TestAnsVal7.equalsIgnoreCase("+0"))))) {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Diff System Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayDiffAlone " + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Status=" + "Pass VALUE TEST Diff System Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone " + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal6=" + TestAnsVal6 + " TestAnsVal7=" + TestAnsVal7 + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity TestAnsVal6=" + TestAnsVal6 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayDiffAlone[Order]=" + UsageCalculus.EqnSolArrayDiffAlone[Order]);
} else {
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + UsageCalculus.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " Number=" + Number + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberUsage.EqnSol=" + NumberEqnSol + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.GREEN + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + ConsoleColors.RESET);
ReturnFlag = true;
} else {
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL Integrity Check TEST Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayDiffAlone" + ConsoleColors.RESET);
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Status=" + "FAIL Integrity Check TEST Integrity Check" + DiffORIntegre + " Usage.EqnSolArrayIntegrAlone" + ConsoleColors.RESET);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DiffVal3=" + DiffVal3 + " TestAnsVal6=" + TestAnsVal6 + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity TestAnsVal6=" + TestAnsVal6 + " TestAnsVal7=" + TestAnsVal7 + " SimpleVal4=" + SimpleVal4 + " DblexpValueAnswerExprnIntegrity=" + DblexpValueAnswerExprnIntegrity + ConsoleColors.RESET);
if (DiffORIntegre.equalsIgnoreCase("Diff")) {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayDiffAlone[Order]=" + UsageCalculus.EqnSolArrayDiffAlone[Order]);
} else {
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity Usage.EqnSolArrayIntegrAlone[Order]=" + UsageCalculus.EqnSolArrayIntegrAlone[Order]);
}
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueAnswer3=" + DblexpValueAnswer3 + " Number=" + Number + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity DblexpDiffValue=" + DblexpDiffValue + " NumberUsage.EqnSol=" + NumberEqnSol + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " Diff System Integrity DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " expValueExprn.eval()=" + expValueExprn.eval() + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + " main:Test Case " + TestCase + " DblexpValueMap2=" + DblexpValueMap2.doubleValue() + " :Check if there is E or e or Rounding Of in Double Coefficient" + ConsoleColors.RESET);
ReturnFlag = false;
}
return ReturnFlag;
}
return false;
}
public static boolean ConformalMapTestCaseDiff(int myTestCase, int Order, String Exprn, MathsContxtLAv.SimpleExpression expSimpleMap1, Calculus.DiffrIntegrSep.DiffExpr exp, MathsContxtLAv.SimpleExpression expSimpleMap2, String AnsMap1, String DiffAlone, String AnsMap2, Map<String, Double> variables, String DiffWithRespTo) {
boolean ReturnFlag = false;
boolean failFlag = false;
boolean PassFlag = false;
int ControlInt=0;
Expression expValue;
Double[] DblexpValueOrg = new Double[8];
Double[] DblexpValueMap1 = new Double[8];
//String F(x) -> String F(y)
String StrExprn = Exprn;
String StrConMap1 = expSimpleMap1.SimpleExpr();
String StrDiff = exp.DiffExpr();
String StrConMap2 = expSimpleMap2.SimpleExpr();
//F(x) -> F(y)
String MappedExprn = Exprn.replaceAll(DiffWithRespTo, "y");
String MappedConMap1 = StrConMap1.replaceAll(DiffWithRespTo, "y");
String MappedDiff = StrDiff.replaceAll(DiffWithRespTo, "y");
String MappedConMap2 = StrConMap2.replaceAll(DiffWithRespTo, "y");
// Compare Value of Exprn with Mapped Exprn
Double DELTA = 0.000001;
Double valBase = -3.0;
Double val = valBase;
ControlInt=1;
for (int i = 0; i <= 7; i++) {
switch (i) {
case 0:
val = -3.0;
break;
case 1:
valBase++;
break;
case 2:
valBase++;
break;
case 3:
valBase++;
break;
case 4:
valBase++;
break;
case 5:
valBase++;
break;
case 6:
valBase++;
break;
case 7:
valBase++;
break;
}
for (int j = 0; j < 3; j++) {
switch (j) {
case 0:
val = valBase;
break;
case 1:
val = valBase - DELTA;
break;
case 2:
val = valBase + DELTA;
break;
}
variables.put(DiffWithRespTo, val * 1.0);
expValue = parse(Exprn, variables, DiffWithRespTo, "Silent", LogLevel.Off);
DblexpValueOrg[i] = expValue.eval();
variables.put("y", val * 1.0);
expValue = parse(MappedExprn, variables, "y", "Silent", LogLevel.Off);
DblexpValueMap1[i] = expValue.eval();
if ((!DblexpValueOrg[i].isInfinite()) && (!DblexpValueOrg[i].isNaN())
&& (DblexpValueOrg[i].doubleValue() != DblexpValueMap1[i].doubleValue())) {
System.out.println(ConsoleColors.RED + "ControlInt=" + ControlInt + " Exprn MappedExprn" + " Exprn=" + Exprn + " val=" + val + " x=" + variables.get("x") + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + "ControlInt=" + ControlInt + " Exprn MappedExprn" + " MappedExprn=" + MappedExprn + " val=" + val + " y=" + variables.get("y") + ConsoleColors.RESET);
System.out.println(ConsoleColors.RED + "ControlInt=" + ControlInt + " Exprn MappedExprn" + " DblexpValueOrg[i]=" + DblexpValueOrg[i].doubleValue() + " DblexpValueMap1[i]=" + DblexpValueMap1[i].doubleValue() + " val=" + val + ConsoleColors.RESET);
failFlag = true;
break;
} else if ((!DblexpValueOrg[i].isInfinite()) && (!DblexpValueOrg[i].isNaN())
&& (DblexpValueOrg[i].doubleValue() == DblexpValueMap1[i].doubleValue())) {
PassFlag = true;
}
}
}
if ((PassFlag == true) && (failFlag == false)) {
// Compare Value of Exprn with Mapped expSimpleMap1.SimpleExpr():Infer expSimpleMap1 Answer is RIGHT
valBase = -3.0;
val = valBase;
ControlInt=2;
for (int i = 0; i <= 7; i++) {
switch (i) {
case 0:
val = -3.0;
break;
case 1:
valBase++;
break;
case 2:
valBase++;
break;
case 3:
valBase++;
break;
case 4:
valBase++;
break;
case 5:
valBase++;
break;
case 6:
valBase++;
break;
case 7:
valBase++;
break;
}
for (int j = 0; j < 3; j++) {
switch (j) {
case 0:
val = valBase;
break;
case 1:
val = valBase - DELTA;
break;
case 2:
val = valBase + DELTA;
break;
}
variables.put(DiffWithRespTo, val * 1.0);
expValue = parse(Exprn, variables, DiffWithRespTo, "Silent", LogLevel.Off);
DblexpValueOrg[i] = expValue.eval();
variables.put("y", val * 1.0);
expValue = parse(StrConMap1.replaceAll(DiffWithRespTo, "y"), variables, "y", "Silent", LogLevel.Off);
DblexpValueMap1[i] = expValue.eval();
Double Number = 0.0;
Double NumberDiff = 0.0;
NumberFormat formatter = new DecimalFormat();
Number = expValue.eval().doubleValue();
formatter.setMaximumFractionDigits(MaximumCompFractionDigits);
String DiffVal = formatter.format(Number);
Number = expValue.eval().doubleValue();