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/*
* Copyright (C) 2013, 2014, 2015 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 2.1 of the GNU Lesser General Public License (LGPL2.1)
* as published by the Free Software Foundation.
*
* You should have received a copy of the GNU Lesser General Public License
* along with Konclude. If not, see <http://www.gnu.org/licenses/>.
*
* 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. For more
* details, see GNU Lesser General Public License.
*
*/
#include "CParsingExpressionSplitter.h"
namespace Konclude {
namespace Parser {
CParsingExpressionSplitter::CParsingExpressionSplitter(const CEXPRESSIONLIST<CBuildExpression*>& expressions) : mExpressionList(expressions) {
splitExpressions();
}
CParsingExpressionSplitter::CParsingExpressionSplitter(CEXPRESSIONLIST<CBuildExpression*>* expressions) : mExpressionList(*expressions) {
splitExpressions();
}
CParsingExpressionSplitter::CParsingExpressionSplitter(CBuildExpression* expression1, CBuildExpression* expression2, CBuildExpression* expression3) {
if (expression1) {
mExpressionList.append(expression1);
}
if (expression2) {
mExpressionList.append(expression2);
}
if (expression3) {
mExpressionList.append(expression3);
}
splitExpressions();
}
CParsingExpressionSplitter::~CParsingExpressionSplitter() {
}
bool CParsingExpressionSplitter::splitExpressions() {
FOREACHIT (CBuildExpression* expression, mExpressionList) {
CClassTermExpression* classExpression = dynamic_cast<CClassTermExpression*>(expression);
if (classExpression) {
mClassList.append(classExpression);
CObjectIndividualVariableExpression* varExpression = dynamic_cast<CObjectIndividualVariableExpression*>(classExpression);
if (varExpression) {
mObjIndiVarList.append(varExpression);
} else {
mNotObjIndiVarList.append(varExpression);
}
}
CObjectPropertyTermExpression* objectPropertyExpression = dynamic_cast<CObjectPropertyTermExpression*>(expression);
if (objectPropertyExpression) {
mObjectPropertyList.append(objectPropertyExpression);
}
CIndividualTermExpression* individualExpression = dynamic_cast<CIndividualTermExpression*>(expression);
if (individualExpression) {
mIndiList.append(individualExpression);
}
}
return true;
}
bool CParsingExpressionSplitter::proofExpressionComposition(cint64 requiredClassExpressions, cint64 requiredObjectPropertyExpressions, cint64 requiredIndividualExpressions, cint64 requiredVariableExpressions, cint64 requiredNotVariableExpressions) {
if (mClassList.count() < requiredClassExpressions) {
LOG(ERROR,"::Konclude::Reasoner::Generator::ExpressionSplitter",logTr("Couldn't extract minimal required %1 Class-Expressions, extracted Class-Expressions %2.").arg(requiredClassExpressions).arg(mClassList.count()),this);
return false;
}
if (mObjectPropertyList.count() < requiredObjectPropertyExpressions) {
LOG(ERROR,"::Konclude::Reasoner::Generator::ExpressionSplitter",logTr("Couldn't extract minimal required %1 ObjectProperty-Expressions, extracted ObjectProperty-Expressions %2.").arg(requiredObjectPropertyExpressions).arg(mObjectPropertyList.count()),this);
return false;
}
if (mIndiList.count() < requiredIndividualExpressions) {
LOG(ERROR,"::Konclude::Reasoner::Generator::ExpressionSplitter",logTr("Couldn't extract minimal required %1 Individual-Expressions, extracted Individual-Expressions %2.").arg(requiredIndividualExpressions).arg(mIndiList.count()),this);
return false;
}
if (mObjIndiVarList.count() < requiredVariableExpressions) {
LOG(ERROR,"::Konclude::Reasoner::Generator::ExpressionSplitter",logTr("Couldn't extract minimal required %1 Variable-Expressions, extracted Variable-Expressions %2.").arg(requiredVariableExpressions).arg(mObjIndiVarList.count()),this);
return false;
}
if (mNotObjIndiVarList.count() < requiredNotVariableExpressions) {
LOG(ERROR,"::Konclude::Reasoner::Generator::ExpressionSplitter",logTr("Couldn't extract minimal required %1 Non-Variable-Expressions, extracted Non-Variable-Expressions %2.").arg(requiredNotVariableExpressions).arg(mNotObjIndiVarList.count()),this);
return false;
}
return true;
}
CEXPRESSIONLIST<CClassTermExpression*>* CParsingExpressionSplitter::getClassTermExpressionList() {
return &mClassList;
}
CEXPRESSIONLIST<CObjectPropertyTermExpression*>* CParsingExpressionSplitter::getObjectPropertyTermExpressionList() {
return &mObjectPropertyList;
}
CEXPRESSIONLIST<CIndividualTermExpression*>* CParsingExpressionSplitter::getIndividualTermExpressionList() {
return &mIndiList;
}
CEXPRESSIONLIST<CObjectIndividualVariableExpression*>* CParsingExpressionSplitter::getClassVariableTermExpressionList() {
return &mObjIndiVarList;
}
CEXPRESSIONLIST<CClassTermExpression*>* CParsingExpressionSplitter::getClassNotVariableTermExpressionList() {
return &mNotObjIndiVarList;
}
CObjectIndividualVariableExpression* CParsingExpressionSplitter::getFirstClassVariableTermExpression() {
return mObjIndiVarList.first();
}
CObjectIndividualVariableExpression* CParsingExpressionSplitter::getSecondClassVariableTermExpression() {
return mObjIndiVarList.at(1);
}
CClassTermExpression* CParsingExpressionSplitter::getFirstClassTermExpression() {
return mClassList.first();
}
CClassTermExpression* CParsingExpressionSplitter::getFirstOptionalClassTermExpression() {
if (mClassList.isEmpty()) {
return nullptr;
}
return mClassList.first();
}
CClassTermExpression* CParsingExpressionSplitter::getSecondClassTermExpression() {
return mClassList.at(1);
}
CObjectPropertyTermExpression* CParsingExpressionSplitter::getFirstObjectPropertyTermExpression() {
return mObjectPropertyList.first();
}
CObjectPropertyTermExpression* CParsingExpressionSplitter::getSecondObjectPropertyTermExpression() {
return mObjectPropertyList.at(1);
}
CIndividualTermExpression* CParsingExpressionSplitter::getFirstIndividualTermExpression() {
return mIndiList.first();
}
CIndividualTermExpression* CParsingExpressionSplitter::getSecondIndividualTermExpression() {
return mIndiList.at(1);
}
}; // end namespace Parser
}; // end namespace Konclude
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