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/*
* Copyright (C) 2013-2015, 2019 by the Konclude Developer Team.
*
* This file is part of the reasoning system Konclude.
* For details and support, see <http://konclude.com/>.
*
* Konclude is free software: you can redistribute it and/or modify
* it under the terms of version 3 of the GNU Lesser General Public
* License (LGPLv3) as published by the Free Software Foundation.
*
* Konclude is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU (Lesser) General Public License for more details.
*
* You should have received a copy of the GNU (Lesser) General Public
* License along with Konclude. If not, see <http://www.gnu.org/licenses/>.
*
*/
#include "COWLFilesOWLlinkTestcaseGeneratorLoader.h"
namespace Konclude {
namespace Control {
namespace Loader {
COWLFilesOWLlinkTestcaseGeneratorLoader::COWLFilesOWLlinkTestcaseGeneratorLoader() {
loaderConfig = nullptr;
}
COWLFilesOWLlinkTestcaseGeneratorLoader::~COWLFilesOWLlinkTestcaseGeneratorLoader() {
}
CLoader *COWLFilesOWLlinkTestcaseGeneratorLoader::init(CLoaderFactory *loaderFactory, CConfiguration *config) {
loaderConfig = config;
mInputDir = CConfigDataReader::readConfigString(config,"Konclude.Test.Generator.InputDirectory");
mOutputDir = CConfigDataReader::readConfigString(config,"Konclude.Test.Generator.OutputDirectory");
mFilterDir = CConfigDataReader::readConfigString(config,"Konclude.Test.Generator.FilterDirectory");
mConfCreateClassifyTests = CConfigDataReader::readConfigBoolean(config,"Konclude.Test.Generator.GenerateClassifyTests",false);
mConfCreateConsistencyTests = CConfigDataReader::readConfigBoolean(config,"Konclude.Test.Generator.GenerateConsistencyTests",false);
mConfCreateSatisfiabilityTests = CConfigDataReader::readConfigBoolean(config,"Konclude.Test.Generator.GenerateSatisfiabilityTests",false);
mConfCreateTypeTests = CConfigDataReader::readConfigBoolean(config,"Konclude.Test.Generator.GenerateTypeTests",false);
mConfCreateRealizeTests = CConfigDataReader::readConfigBoolean(config,"Konclude.Test.Generator.GenerateRealizeTests",false);
mOutputDirClassify = mOutputDir+"Classification/";
mOutputDirConsistency = mOutputDir+"Consistency/";
mOutputDirSatisfiability = mOutputDir+"Satisfiability/";
mOutputDirTypes = mOutputDir+"Types/";
mOutputDirRealize = mOutputDir+"Realization/";
mConfCreateIncAssConsistencyTests = CConfigDataReader::readConfigBoolean(config,"Konclude.Test.Generator.GenerateIncrementalAssertionConsistencyTests",false);
mIncAssConsistencyAdditionCount = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionConsistencyTestsGeneration.AssertionAdditionCount",10);
mIncAssConsistencyRemovalCount = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionConsistencyTestsGeneration.AssertionRemovalCount",10);
mIncAssConsTestCount = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionConsistencyTestsGeneration.TestCount",10);
mConfCreateIncAssConsistencyByRatio = CConfigDataReader::readConfigBoolean(config,"Konclude.Test.Generator.IncrementalAssertionConsistencyTestsGeneration.RatioAdditionRemoval",false);
mIncAssConsistencyAdditionCountRatioDenominator = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionConsistencyTestsGeneration.AssertionAdditionRatioDenominator",1000);
mIncAssConsistencyRemovalCountRatioDenominator = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionConsistencyTestsGeneration.AssertionRemovalRatioDenominator",1000);
mOutputDirIncAssConsistency = mOutputDir+QString("Incremental/NumberAssertionsAddedRemoved/Consistency/#A%1/#R%2/").arg(mIncAssConsistencyAdditionCount).arg(mIncAssConsistencyRemovalCount);
if (mConfCreateIncAssConsistencyByRatio) {
mOutputDirIncAssConsistency = mOutputDir+QString("Incremental/RatioAssertionsAddedRemoved/Consistency/A%1of%2/R%3of%4/").arg(mIncAssConsistencyAdditionCount).arg(mIncAssConsistencyAdditionCountRatioDenominator).arg(mIncAssConsistencyRemovalCount).arg(mIncAssConsistencyRemovalCountRatioDenominator);
}
mConfCreateIncAssClassificationTests = CConfigDataReader::readConfigBoolean(config,"Konclude.Test.Generator.GenerateIncrementalAssertionClassificationTests",false);
mIncAssClassificationAdditionCount = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionClassificationTestsGeneration.AssertionAdditionCount",10);
mIncAssClassificationRemovalCount = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionClassificationTestsGeneration.AssertionRemovalCount",10);
mIncAssClassificationTestCount = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionClassificationTestsGeneration.TestCount",10);
mConfCreateIncAssClassificationByRatio = CConfigDataReader::readConfigBoolean(config,"Konclude.Test.Generator.IncrementalAssertionClassificationTestsGeneration.RatioAdditionRemoval",false);
mIncAssClassificationAdditionCountRatioDenominator = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionClassificationTestsGeneration.AssertionAdditionRatioDenominator",1000);
mIncAssClassificationRemovalCountRatioDenominator = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionClassificationTestsGeneration.AssertionRemovalRatioDenominator",1000);
mOutputDirIncAssClassification = mOutputDir+QString("Incremental/NumberAssertionsAddedRemoved/Classification/#A%1/#R%2/").arg(mIncAssClassificationAdditionCount).arg(mIncAssClassificationRemovalCount);
if (mConfCreateIncAssClassificationByRatio) {
mOutputDirIncAssClassification = mOutputDir+QString("Incremental/RatioAssertionsAddedRemoved/Classification/A%1of%2/R%3of%4/").arg(mIncAssClassificationAdditionCount).arg(mIncAssClassificationAdditionCountRatioDenominator).arg(mIncAssClassificationRemovalCount).arg(mIncAssClassificationRemovalCountRatioDenominator);
}
mConfCreateIncAssRealizationTests = CConfigDataReader::readConfigBoolean(config,"Konclude.Test.Generator.GenerateIncrementalAssertionRealizationTests",false);
mIncAssRealizationAdditionCount = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionRealizationTestsGeneration.AssertionAdditionCount",10);
mIncAssRealizationRemovalCount = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionRealizationTestsGeneration.AssertionRemovalCount",10);
mIncAssRealizationTestCount = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionRealizationTestsGeneration.TestCount",10);
mConfCreateIncAssRealizationByRatio = CConfigDataReader::readConfigBoolean(config,"Konclude.Test.Generator.IncrementalAssertionRealizationTestsGeneration.RatioAdditionRemoval",false);
mIncAssRealizationAdditionCountRatioDenominator = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionRealizationTestsGeneration.AssertionAdditionRatioDenominator",1000);
mIncAssRealizationRemovalCountRatioDenominator = CConfigDataReader::readConfigInteger(config,"Konclude.Test.Generator.IncrementalAssertionRealizationTestsGeneration.AssertionRemovalRatioDenominator",1000);
mOutputDirIncAssRealization = mOutputDir+QString("Incremental/NumberAssertionsAddedRemoved/Realization/#A%1/#R%2/").arg(mIncAssRealizationAdditionCount).arg(mIncAssRealizationRemovalCount);
if (mConfCreateIncAssRealizationByRatio) {
mOutputDirIncAssRealization = mOutputDir+QString("Incremental/RatioAssertionsAddedRemoved/Realization/A%1of%2/R%3of%4/").arg(mIncAssRealizationAdditionCount).arg(mIncAssRealizationAdditionCountRatioDenominator).arg(mIncAssRealizationRemovalCount).arg(mIncAssRealizationRemovalCountRatioDenominator);
}
mSatisfiabilityTestCount = 3;
mTypesTestCount = 3;
return this;
}
CLoader* COWLFilesOWLlinkTestcaseGeneratorLoader::generateTestcasesForDirectory(const QString& dirString, const QString& subDirPathString) {
QDir inputDir(dirString);
foreach (const QString& subDirString, inputDir.entryList(QDir::Dirs)) {
if (subDirString != ".." && subDirString != ".") {
generateTestcasesForDirectory(dirString+subDirString+"/",subDirPathString+subDirString+"/");
}
}
if (mFilterDir.isEmpty() || subDirPathString == mFilterDir || subDirPathString.startsWith(mFilterDir)) {
foreach (const QString& fileString, inputDir.entryList(QDir::Files)) {
QString outFileString = fileString;
QDir classifyOutputDir(mOutputDirClassify);
QDir consistencyOutputDir(mOutputDirConsistency);
QDir satisfiabilityOutputDir(mOutputDirSatisfiability);
QDir typeOutputDir(mOutputDirTypes);
QDir realizeOutputDir(mOutputDirRealize);
QDir consIncAssConsDir(mOutputDirIncAssConsistency);
QDir consIncAssClassificationDir(mOutputDirIncAssClassification);
QDir consIncAssRealizationDir(mOutputDirIncAssRealization);
outFileString = outFileString.replace(".owl.xml","");
QString classifyOutFileString = outFileString+"-classify-request.xml";
QString consistencyOutFileString = outFileString+"-consistency-request.xml";
QString satisfiabilityOutFileString = outFileString+"-satisfiability-%1-request.xml";
QString typeOutFileString = outFileString+"-type-%1-request.xml";
QString realizeOutFileString = outFileString+"-realize-request.xml";
QString incAssConsFileString = outFileString+"-inc-ass-consistency-%1-request.xml";
QString incAssClassificationFileString = outFileString+"-inc-ass-classification-%1-request.xml";
QString incAssRealizationFileString = outFileString+"-inc-ass-realization-%1-request.xml";
if (mConfCreateClassifyTests) {
classifyOutputDir.mkpath(subDirPathString);
mClassifyGen->generateOWLlinkClassifyRequest(dirString+fileString,mOutputDirClassify+subDirPathString+classifyOutFileString);
}
if (mConfCreateRealizeTests) {
realizeOutputDir.mkpath(subDirPathString);
mRealizeGen->generateOWLlinkRealizeRequest(dirString+fileString,mOutputDirRealize+subDirPathString+realizeOutFileString);
}
if (mConfCreateConsistencyTests) {
consistencyOutputDir.mkpath(subDirPathString);
mConsistencyGen->generateOWLlinkConsistencyRequest(dirString+fileString,mOutputDirConsistency+subDirPathString+consistencyOutFileString);
}
if (mConfCreateSatisfiabilityTests) {
satisfiabilityOutputDir.mkpath(subDirPathString);
mSatisfiabilityGen->generateOWLlinkSatisfiabilityRequests(dirString+fileString,mOutputDirSatisfiability+subDirPathString+satisfiabilityOutFileString,mSatisfiabilityTestCount);
}
if (mConfCreateTypeTests) {
typeOutputDir.mkpath(subDirPathString);
mTypesGen->generateOWLlinkTypesRequests(dirString+fileString,mOutputDirTypes+subDirPathString+typeOutFileString,mTypesTestCount);
}
if (mConfCreateIncAssConsistencyTests) {
consIncAssConsDir.mkpath(subDirPathString);
if (mConfCreateIncAssConsistencyByRatio) {
mIncAssConsistencyGen->generateOWLlinkIncrementalAssertionRequests(dirString+fileString,mOutputDirIncAssConsistency+subDirPathString+incAssConsFileString,(double)mIncAssConsistencyRemovalCount/(double)mIncAssConsistencyRemovalCountRatioDenominator,(double)mIncAssConsistencyAdditionCount/(double)mIncAssConsistencyAdditionCountRatioDenominator,mIncAssConsTestCount);
} else {
mIncAssConsistencyGen->generateOWLlinkIncrementalAssertionRequests(dirString+fileString,mOutputDirIncAssConsistency+subDirPathString+incAssConsFileString,mIncAssConsistencyRemovalCount,mIncAssConsistencyAdditionCount,mIncAssConsTestCount);
}
}
if (mConfCreateIncAssClassificationTests) {
consIncAssClassificationDir.mkpath(subDirPathString);
if (mConfCreateIncAssClassificationByRatio) {
mIncAssClassificationGen->generateOWLlinkIncrementalAssertionRequests(dirString+fileString,mOutputDirIncAssClassification+subDirPathString+incAssClassificationFileString,(double)mIncAssClassificationRemovalCount/(double)mIncAssClassificationRemovalCountRatioDenominator,(double)mIncAssClassificationAdditionCount/(double)mIncAssClassificationAdditionCountRatioDenominator,mIncAssClassificationTestCount);
} else {
mIncAssClassificationGen->generateOWLlinkIncrementalAssertionRequests(dirString+fileString,mOutputDirIncAssClassification+subDirPathString+incAssClassificationFileString,mIncAssClassificationRemovalCount,mIncAssClassificationAdditionCount,mIncAssConsTestCount);
}
}
if (mConfCreateIncAssRealizationTests) {
consIncAssRealizationDir.mkpath(subDirPathString);
if (mConfCreateIncAssRealizationByRatio) {
mIncAssRealizationGen->generateOWLlinkIncrementalAssertionRequests(dirString+fileString,mOutputDirIncAssRealization+subDirPathString+incAssRealizationFileString,(double)mIncAssRealizationRemovalCount/(double)mIncAssRealizationRemovalCountRatioDenominator,(double)mIncAssRealizationAdditionCount/(double)mIncAssRealizationAdditionCountRatioDenominator,mIncAssRealizationTestCount);
} else {
mIncAssRealizationGen->generateOWLlinkIncrementalAssertionRequests(dirString+fileString,mOutputDirIncAssRealization+subDirPathString+incAssRealizationFileString,mIncAssRealizationRemovalCount,mIncAssRealizationAdditionCount,mIncAssConsTestCount);
}
}
}
LOG(INFO,"::Konclude::Generator::TestCaseGenerator",logTr("Generated test cases for all files in %1.").arg(dirString),this);
}
return this;
}
CLoader *COWLFilesOWLlinkTestcaseGeneratorLoader::load() {
mRealizeGen = new COWLFileOWLlinkRealizeRequestGenerator(loaderConfig);
mClassifyGen = new COWLFileOWLlinkClassifyRequestGenerator(loaderConfig);
mConsistencyGen = new COWLFileOWLlinkConsistencyRequestGenerator(loaderConfig);
mSatisfiabilityGen = new COWLFileOWLlinkSatisfiabilityRequestGenerator(loaderConfig);
mTypesGen = new COWLFileOWLlinkTypesRequestGenerator(loaderConfig);
mIncAssConsistencyGen = new COWLFileOWLlinkIncrementalAssertionConsistencyRequestGenerator(loaderConfig);
mIncAssClassificationGen = new COWLFileOWLlinkIncrementalAssertionClassificationRequestGenerator(loaderConfig);
mIncAssRealizationGen = new COWLFileOWLlinkIncrementalAssertionRealizationRequestGenerator(loaderConfig);
generateTestcasesForDirectory(mInputDir,"");
delete mClassifyGen;
delete mRealizeGen;
delete mConsistencyGen;
delete mSatisfiabilityGen;
delete mTypesGen;
delete mIncAssConsistencyGen;
delete mIncAssClassificationGen;
delete mIncAssRealizationGen;
return this;
}
CLoader *COWLFilesOWLlinkTestcaseGeneratorLoader::exit() {
return this;
}
}; // end namespace Loader
}; // end namespace Control
}; // end namespace Konclude
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