public void setupEnvironment()
{
Commands cmd = new Commands();
cmd.performOneCommand(Commands.COMMAND_CLEAR_GLOBAL);
SampleUtil.loadVM();
ConfigurationBuilder.vg = VariantGeneratorFactory.GetVariantGenerator("z3");
}
public static bool testOptionalNumSample()
{
VariabilityModel withOptional = SampleUtil.loadOptionalVM();
List <Configuration> sampledWithOptional = SampleUtil.sampleWholePopulation(withOptional);
return(7 == sampledWithOptional.Count && sampledWithOptional.Exists(x =>
x.BinaryOptions.ContainsKey(withOptional.AbrstactOptions[0])));
}
public void setupEnvironment()
{
Commands cmd = new Commands();
cmd.performOneCommand(Commands.COMMAND_CLEAR_GLOBAL);
if (file != null)
{
string path = Path.GetFullPath(Path.Combine(System.AppDomain.CurrentDomain.BaseDirectory, "..//..//.."))
+ Path.DirectorySeparatorChar + "ExampleFiles"
+ Path.DirectorySeparatorChar + file;
SampleUtil.loadVM(path);
}
else
{
SampleUtil.loadVM();
}
ConfigurationBuilder.vg = VariantGeneratorFactory.GetVariantGenerator("z3");
}
public void TestDistributionAwareSolverSelection()
{
Assert.True(SampleUtil.TestDistributionAwareSolverSelection("z3", 217,
0, "SolverSelection", "True"));
}
public void TestBinaryRandom()
{
Assert.True(SampleUtil.TestBinaryRandom("z3", 308, "asTW2", 15));
}
public void TestDistributionAware()
{
Assert.True(SampleUtil.TestHybridStrategy("msSolver", EXPECTED_DIST_AW, 0
, new DistributionAware(), "DistributionAwareCompleteConfigurations"));
}
public void TestHypersampling()
{
Assert.True(SampleUtil.TestHypersampling("z3", 176, 50));
}
public void TestFeatureWise()
{
Assert.True(SampleUtil.TestBinaryNoParam(70, "z3"
, SamplingStrategies.OPTIONWISE, "FeaturewiseSampling.csv"));
}
public void TestNegFeatureWise()
{
Assert.True(SampleUtil.TestBinaryNoParam(105, "z3"
, SamplingStrategies.NEGATIVE_OPTIONWISE, "NegFWSampling.csv"));
}
public void TestBoxBehnken()
{
Assert.True(SampleUtil.TestBoxBehnken("msSolver", EXPECTED_BOXBEHNKEN));
}
public void TestHypersampling()
{
Assert.True(SampleUtil.TestHypersampling("msSolver", EXPECTED_HYPERSAMPLING_50, 50));
Assert.True(SampleUtil.TestHypersampling("msSolver", EXPECTED_HYPERSAMPLING_40, 40));
}
public void TestNegFeatureWise()
{
Assert.True(SampleUtil.TestBinaryNoParam(EXPECTED_NEG_FEATURE_WISE, "msSolver"
, SamplingStrategies.NEGATIVE_OPTIONWISE, "NegFWSampling.csv"));
}
public void TestFeatureWise()
{
Assert.True(SampleUtil.TestBinaryNoParam(EXPECTED_OPTIONWISE, "msSolver"
, SamplingStrategies.OPTIONWISE, "FeaturewiseSampling.csv"));
}
public void TestLoadingTestVM()
{
Assert.IsTrue(SampleUtil.loadVM());
}
public void TestDistributionAwareSolverSelection()
{
Assert.True(SampleUtil.TestDistributionAwareSolverSelection("msSolver", EXPECTED_DIST_AW_SOLVER
, 0, "SolverSelection", "True"));
}
public void TestDistributionPreserving()
{
Assert.True(SampleUtil.TestHybridStrategy("msSolver", EXPECTED_DIST_PRESERVING, 0
, new DistributionPreserving(), "DistributionPreserving"));
}
public void TestTWise()
{
setupEnvironment();
Assert.True(SampleUtil.TestTWise("z3", 602, 3));
}
public void TestOneFactorAtATime()
{
Assert.True(SampleUtil.TestOneFactorAtATime("msSolver", EXPECTED_ONE_FACTOR_AT_A_TIME_5, 5));
Assert.True(SampleUtil.TestOneFactorAtATime("msSolver", EXPECTED_ONE_FACTOR_AT_A_TIME_3, 3));
}
public void TestSamplingOptionalNumeric()
{
Assert.That(SampleUtil.testOptionalNumSample());
}
public void TestNumericRandom()
{
Assert.True(SampleUtil.TestNumericRandom("msSolver", EXPECTED_RANDOM_12_1, 1, 12));
Assert.True(SampleUtil.TestNumericRandom("msSolver", EXPECTED_RANDOM_10_0, 0, 10));
}
public void testWholePop()
{
Assert.True(SampleUtil.TestBinaryNoParam(SampleUtil.EXPECTED_CENTRALCOMP_ALLBINARY, "z3",
SamplingStrategies.ALLBINARY, "AllbinarySampling.csv"));
}
public void TestPlackettBurman()
{
Assert.True(SampleUtil.TestPlackettBurman("msSolver", EXPECTED_PLACKETT_BURMAN_3_9, 3, 9));
Assert.True(SampleUtil.TestPlackettBurman("msSolver", EXPECTED_PLACKETT_BURMAN_5_125, 5, 125));
}
public void TestPairwise()
{
Assert.True(SampleUtil.TestBinaryNoParam(EXPECTED_PAIRWISE, "z3"
, SamplingStrategies.PAIRWISE, "PairwiseSampling.csv"));
}
public void TestNumericRandom()
{
Assert.True(SampleUtil.TestNumericRandom("z3", 352, 1, 8));
}
public void TestBoxBehnken()
{
Assert.True(SampleUtil.TestBoxBehnken("z3", 220));
}
public void TestTWise()
{
Assert.True(SampleUtil.TestTWise("msSolver", EXPECTED_T_WISE_3, 3));
Assert.True(SampleUtil.TestTWise("msSolver", EXPECTED_T_WISE_2, 2));
}
public void TestOneFactorAtATime()
{
Assert.True(SampleUtil.TestOneFactorAtATime("z3", 220, 5));
}
public void TestBinaryRandom()
{
Assert.True(SampleUtil.TestBinaryRandom("msSolver", EXPECTED_BINARY_RANDOM_TW_15, "asTW", 15));
}
public void TestPlackettBurman()
{
Assert.True(SampleUtil.TestPlackettBurman("z3", 264, 3, 9));
}
public void TestKExchange()
{
Assert.True(SampleUtil.TestKExchange("z3", 264, 7, 2));
}
