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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 "COntologyMultiAutoParsingLoader.h"
namespace Konclude {
namespace Parser {
COntologyMultiAutoParsingLoader::COntologyMultiAutoParsingLoader(CConcreteOntology *ont, COntologyConfigurationExtension *ontConfig) : CLogIdentifier("::Konclude::Parser::MultiAutoParsingLoader", this) {
mOntConfig = ontConfig;
mOnt = ont;
}
COntologyMultiAutoParsingLoader::~COntologyMultiAutoParsingLoader() {
}
bool COntologyMultiAutoParsingLoader::parseOntologyFile(const QString& filename) {
QFile file(filename);
if (file.open(QIODevice::ReadOnly)) {
bool parsed = parseOntologyFile(&file);
file.close();
return parsed;
} else {
return false;
}
}
bool COntologyMultiAutoParsingLoader::parseOntologyFile(QIODevice* device) {
if (mOntConfig && mOnt) {
QList<QString> importOntologiesList;
QStringList parserErrorList;
CCommandRecordRouter commandRecordRouter(nullptr, this);
bool parsed = parseOntology(device, QString(), QString(), mOnt, mOntConfig, importOntologiesList, parserErrorList, commandRecordRouter);
return parsed;
} else {
return false;
}
}
QStringList COntologyMultiAutoParsingLoader::getParserOrderFromFileName(const QString& fileName) {
QStringList parserList;
bool owl2FunctionalParserAdded = false;
bool owl2XMLParserAdded = false;
bool turtleParserAdded = false;
bool owl2RDFXMLParserAdded = false;
QString upperFileString = fileName.toUpper();
if (!owl2RDFXMLParserAdded && (upperFileString.endsWith(".OWX") || upperFileString.endsWith(".OWL"))) {
owl2RDFXMLParserAdded = true;
owl2XMLParserAdded = true;
parserList.append(QString("OWL2XML"));
parserList.append(QString("OWLRDFXML"));
}if (!owl2RDFXMLParserAdded && (upperFileString.endsWith(".RDF.XML") || upperFileString.endsWith(".OWL.RDF.XML"))) {
owl2RDFXMLParserAdded = true;
parserList.append(QString("OWLRDFXML"));
}
if (!turtleParserAdded && (upperFileString.endsWith(".NT"))) {
turtleParserAdded = true;
parserList.append(QString("RDFNTRIPLES"));
}
if (!turtleParserAdded && (upperFileString.endsWith(".TURTLE") || upperFileString.endsWith(".TTL") || upperFileString.endsWith(".NT"))) {
turtleParserAdded = true;
parserList.append(QString("RDFTURTLE"));
}
if (!owl2XMLParserAdded && (upperFileString.endsWith(".OWL.XML") || upperFileString.endsWith(".XML.OWL"))) {
owl2XMLParserAdded = true;
parserList.append(QString("OWL2XML"));
}
if (!owl2FunctionalParserAdded && (upperFileString.endsWith(".OWL.FSS") || upperFileString.endsWith(".FSS.OWL"))) {
owl2FunctionalParserAdded = true;
parserList.append(QString("OWL2Functional"));
}
if (!owl2XMLParserAdded && (upperFileString.endsWith(".XML"))) {
owl2XMLParserAdded = true;
parserList.append(QString("OWL2XML"));
}
if (!owl2FunctionalParserAdded && (upperFileString.endsWith(".FSS"))) {
owl2FunctionalParserAdded = true;
parserList.append(QString("OWL2Functional"));
}
if (!owl2XMLParserAdded && (upperFileString.contains(".XML"))) {
owl2XMLParserAdded = true;
parserList.append(QString("OWL2XML"));
}
if (!owl2FunctionalParserAdded && (upperFileString.contains(".FSS"))) {
owl2FunctionalParserAdded = true;
parserList.append(QString("OWL2Functional"));
}
if (!owl2XMLParserAdded && (upperFileString.contains("XML"))) {
owl2XMLParserAdded = true;
parserList.append(QString("OWL2XML"));
}
if (!owl2FunctionalParserAdded && (upperFileString.contains("FSS"))) {
owl2FunctionalParserAdded = true;
parserList.append(QString("OWL2Functional"));
}
if (!owl2FunctionalParserAdded) {
owl2FunctionalParserAdded = true;
parserList.append(QString("OWL2Functional"));
}
if (!owl2XMLParserAdded) {
owl2XMLParserAdded = true;
parserList.append(QString("OWL2XML"));
}
if (!owl2RDFXMLParserAdded) {
owl2RDFXMLParserAdded = true;
parserList.append(QString("OWLRDFXML"));
}
if (!turtleParserAdded) {
turtleParserAdded = true;
parserList.append(QString("RDFTURTLE"));
}
return parserList;
}
#ifdef KONCLUDE_REDLAND_INTEGRATION
bool COntologyMultiAutoParsingLoader::parseOntologyWithRaptor(QIODevice* device, CConcreteOntologyUpdateCollectorBuilder *builder, const QString& format, const QString& formatName, const QString& resolvedIRI, QString& parsingTryLogString, QStringList& parserErrorList, CConfiguration* configuration, CCommandRecordRouter& commandRecordRouter) {
bool parsingSucceeded = false;
CRDFRedlandRaptorParser *owl2Parser = nullptr;
bool mConfParallelRaptorParsing = CConfigDataReader::readConfigBoolean(configuration, "Konclude.Parser.RedlandRaptor.ConcurrentParsing");
if (mConfParallelRaptorParsing) {
owl2Parser = new CRDFRedlandRaptorSimpleConcurrentParser(builder, CTRIPLES_DATA_UPDATE_TYPE::TRIPLES_DATA_ADDITION, format, configuration);
} else {
owl2Parser = new CRDFRedlandRaptorParser(builder, CTRIPLES_DATA_UPDATE_TYPE::TRIPLES_DATA_ADDITION, format, configuration);
}
parsingTryLogString = QString("Trying %1 parsing of '%2' with Redland Raptor.").arg(formatName).arg(resolvedIRI);
LOG(INFO, getLogDomain(), parsingTryLogString, this);
if (device->open(QIODevice::ReadOnly)) {
device->reset();
if (owl2Parser->parseTriples(device, resolvedIRI)) {
parsingSucceeded = true;
LOG(INFO, getLogDomain(), logTr("Finished %1 parsing of '%2' with Redland Raptor.").arg(formatName).arg(resolvedIRI), this);
} else {
parserErrorList.append(QString("%1 parsing of '%2' with Redland Raptor failed due to error '%3'.").arg(formatName).arg(resolvedIRI).arg(owl2Parser->getErrorString()));
}
device->close();
} else {
CUnspecifiedMessageErrorRecord::makeRecord(QString("Data from '%1' cannot be read.").arg(resolvedIRI), &commandRecordRouter);
}
delete owl2Parser;
return parsingSucceeded;
}
#endif // !KONCLUDE_REDLAND_INTEGRATION
bool COntologyMultiAutoParsingLoader::parseOntology(QIODevice* device, const QString& ontoIRI, const QString& resolvedIRI, CConcreteOntology *ont, COntologyConfigurationExtension *ontConfig, QList<QString>& importOntologiesList, QStringList& parserErrorList, CCommandRecordRouter& commandRecordRouter) {
CConcreteOntologyUpdateCollectorBuilder *builder = new CConcreteOntologyUpdateCollectorBuilder(ont);
builder->initializeBuilding();
bool parsingSucceeded = parseOntology(device, ontoIRI, resolvedIRI, ont, builder, ontConfig, importOntologiesList, parserErrorList, commandRecordRouter);
if (parsingSucceeded) {
builder->completeBuilding();
}
delete builder;
return parsingSucceeded;
}
bool COntologyMultiAutoParsingLoader::parseOntology(QIODevice* device, const QString& ontoIRI, const QString& resolvedIRI, CConcreteOntology *ont, CConcreteOntologyUpdateCollectorBuilder* builder, COntologyConfigurationExtension *ontConfig, QList<QString>& importOntologiesList, QStringList& parserErrorList, CCommandRecordRouter& commandRecordRouter) {
QString iriFileString = resolvedIRI;
QStringList parserList = getParserOrderFromFileName(iriFileString);
bool parsingSucceeded = false;
bool triplesParsed = false;
for (QStringList::const_iterator parserIt = parserList.constBegin(), parserItEnd = parserList.constEnd(); !parsingSucceeded && parserIt != parserItEnd; ++parserIt) {
QString parserString(*parserIt);
QString parsingTryLogString;
builder->resetAxiomUpdates();
if (parserString == "OWLRDFXML") {
#ifdef KONCLUDE_REDLAND_INTEGRATION
parsingSucceeded = parseOntologyWithRaptor(device, builder, "rdfxml", "RDF/XML", resolvedIRI, parsingTryLogString, parserErrorList, ontConfig, commandRecordRouter);
if (parsingSucceeded) {
triplesParsed = true;
}
#endif // !KONCLUDE_REDLAND_INTEGRATION
} else if (parserString == "OWL2Functional") {
COWL2FunctionalJAVACCOntologyStreamParser *owl2Parser = new COWL2FunctionalJAVACCOntologyStreamParser(builder);
parsingTryLogString = QString("Trying stream-based OWL2/Functional ontology parsing for '%1'.").arg(iriFileString);
LOG(INFO, getLogDomain(), parsingTryLogString, this);
if (device->open(QIODevice::ReadOnly)) {
device->reset();
if (owl2Parser->parseOntology(device)) {
parsingSucceeded = true;
LOG(INFO, getLogDomain(), logTr("Finished stream-based OWL2/Functional ontology parsing for '%1'.").arg(iriFileString), this);
} else {
if (owl2Parser->hasError()) {
parserErrorList.append(QString("Stream-based OWL2/Functional ontology parsing error: %1").arg(owl2Parser->getErrorString()));
}
parserErrorList.append(QString("Stream-based OWL2/Functional ontology parsing for '%1' failed.").arg(iriFileString));
}
device->close();
} else {
CUnspecifiedMessageErrorRecord::makeRecord(QString("Data for '%1' cannot be read.").arg(resolvedIRI), &commandRecordRouter);
}
delete owl2Parser;
} else if (parserString == "OWL2XML") {
bool enforceUTF8ConvertingParsing = CConfigDataReader::readConfigBoolean(ontConfig, "Konclude.Parser.UTF8CompatibilityEnforcedXMLStreamParsing");
COWL2QtXMLOntologyStreamParser *owl2Parser = nullptr;
if (enforceUTF8ConvertingParsing) {
owl2Parser = new COWL2QtXMLOntologyStableStreamParser(builder);
} else {
owl2Parser = new COWL2QtXMLOntologyStreamParser(builder);
}
parsingTryLogString = QString("Trying stream-based OWL2/XML ontology parsing for '%1'.").arg(iriFileString);
LOG(INFO, getLogDomain(), parsingTryLogString, this);
if (device->open(QIODevice::ReadOnly)) {
device->reset();
if (owl2Parser->parseOntology(device)) {
parsingSucceeded = true;
LOG(INFO, getLogDomain(), logTr("Finished stream-based OWL2/XML ontology parsing for '%1'.").arg(iriFileString), this);
} else {
if (owl2Parser->hasError()) {
parserErrorList.append(QString("Stream-based OWL2/XML ontology parsing error: %1").arg(owl2Parser->getErrorString()));
}
parserErrorList.append(QString("Stream-based OWL2/XML ontology parsing for '%1' failed.").arg(iriFileString));
}
device->close();
} else {
CUnspecifiedMessageErrorRecord::makeRecord(QString("Data for '%1' cannot be read.").arg(resolvedIRI), &commandRecordRouter);
}
delete owl2Parser;
} else if (parserString == "RDFTURTLE") {
#ifdef KONCLUDE_REDLAND_INTEGRATION
parsingSucceeded = parseOntologyWithRaptor(device, builder, "turtle", "RDF Turtle", resolvedIRI, parsingTryLogString, parserErrorList, ontConfig, commandRecordRouter);
if (parsingSucceeded) {
triplesParsed = true;
}
#endif // !KONCLUDE_REDLAND_INTEGRATION
} else if (parserString == "RDFNTRIPLES") {
#ifdef KONCLUDE_REDLAND_INTEGRATION
parsingSucceeded = parseOntologyWithRaptor(device, builder, "ntriples", "RDF NTriples", resolvedIRI, parsingTryLogString, parserErrorList, ontConfig, commandRecordRouter);
if (parsingSucceeded) {
triplesParsed = true;
}
#endif // !KONCLUDE_REDLAND_INTEGRATION
}
}
if (triplesParsed) {
#ifdef KONCLUDE_REDLAND_INTEGRATION
CConcreteOntologyRedlandTriplesDataExpressionMapper* triplesMapper = new CConcreteOntologyRedlandTriplesDataExpressionMapper(builder);
triplesMapper->mapTriples(ont, ont->getOntologyTriplesData());
#endif // !KONCLUDE_REDLAND_INTEGRATION
}
importOntologiesList.append(builder->takeAddedImportOntologyList());
return parsingSucceeded;
}
}; // end namespace Parser
}; // end namespace Konclude
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