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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 "CPropagationBindingSet.h"
namespace Konclude {
namespace Reasoner {
namespace Kernel {
namespace Process {
CPropagationBindingSet::CPropagationBindingSet(CProcessContext* processContext) : mProcessContext(processContext),mPropMap(processContext) {
}
CPropagationBindingSet* CPropagationBindingSet::initPropagationBindingSet(CPropagationBindingSet* prevSet) {
if (prevSet) {
mPropMap.initPropagationBindingMap(&prevSet->mPropMap);
mConceptDescriptor = prevSet->mConceptDescriptor;
mSpecialNewPropBindDes = prevSet->mSpecialNewPropBindDes;
mPropBindDesLinker = prevSet->mPropBindDesLinker;
mReapplyHash = nullptr;
if (prevSet->mReapplyHash) {
getPropagationBindingReapplyConceptHash(true)->initPropagationBindingReapplyConceptHash(prevSet->mReapplyHash);
}
mPropVarBindTransExtension = nullptr;
mPropRepTransExtension = nullptr;
if (prevSet->mPropVarBindTransExtension) {
getPropagationVariableBindingTransitionExtension(true)->initPropagationVariableBindingTransitionExtension(prevSet->mPropVarBindTransExtension);
}
if (prevSet->mPropRepTransExtension) {
getPropagationRepresentativeTransitionExtension(true)->initPropagationRepresentativeTransitionExtension(prevSet->mPropRepTransExtension);
}
mPropagateAllFlag = prevSet->mPropagateAllFlag;
} else {
mPropMap.initPropagationBindingMap(nullptr);
mConceptDescriptor = nullptr;
mSpecialNewPropBindDes = nullptr;
mPropBindDesLinker = nullptr;
mReapplyHash = nullptr;
mPropVarBindTransExtension = nullptr;
mPropRepTransExtension = nullptr;
mPropagateAllFlag = false;
}
return this;
}
bool CPropagationBindingSet::containsPropagationBinding(CPropagationBinding* propagationBinding) {
return mPropMap.contains(propagationBinding->getPropagationID()) && mPropMap.value(propagationBinding->getPropagationID()).hasPropagationBindingDescriptor();
}
bool CPropagationBindingSet::containsPropagationBinding(cint64 bindingID) {
return mPropMap.contains(bindingID) && mPropMap.value(bindingID).hasPropagationBindingDescriptor();
}
CPropagationBindingDescriptor* CPropagationBindingSet::getPropagationBindingDescriptor(CPropagationBinding* propagationBinding) {
return mPropMap.value(propagationBinding->getPropagationID()).getPropagationBindingDescriptor();
}
CPropagationBindingMap* CPropagationBindingSet::getPropagationBindingMap() {
return &mPropMap;
}
CPropagationBindingDescriptor* CPropagationBindingSet::getNewSepcialPropagationBindingDescriptor() {
return mSpecialNewPropBindDes;
}
CPropagationBindingSet* CPropagationBindingSet::addPropagationBinding(CPropagationBindingDescriptor* propBindDes, bool newSpecial) {
CPropagationBindingMapData& data = mPropMap[propBindDes->getPropagationBinding()->getPropagationID()];
data.setPropagationBindingDescriptor(propBindDes);
mPropBindDesLinker = propBindDes->append(mPropBindDesLinker);
if (newSpecial) {
mSpecialNewPropBindDes = propBindDes;
}
return this;
}
CPropagationBindingReapplyConceptDescriptor* CPropagationBindingSet::addPropagationBindingReturnReapplyLinker(CPropagationBindingDescriptor* propBindDes, bool newSpecial) {
CPropagationBindingMapData& data = mPropMap[propBindDes->getPropagationBinding()->getPropagationID()];
data.setPropagationBindingDescriptor(propBindDes);
mPropBindDesLinker = propBindDes->append(mPropBindDesLinker);
if (newSpecial) {
mSpecialNewPropBindDes = propBindDes;
}
return data.getReapplyConceptDescriptor();
}
CPropagationBindingSet* CPropagationBindingSet::copyPropagationBindings(CPropagationBindingMap* propBindMap) {
if (propBindMap) {
mPropMap = *propBindMap;
}
return this;
}
CConceptDescriptor* CPropagationBindingSet::getConceptDescriptor() {
return mConceptDescriptor;
}
CPropagationBindingSet* CPropagationBindingSet::setConceptDescriptor(CConceptDescriptor* conDes) {
mConceptDescriptor = conDes;
return this;
}
CPropagationBindingSet* CPropagationBindingSet::addPropagationBindingDescriptorLinker(CPropagationBindingDescriptor* propBindDesLinker) {
mPropBindDesLinker = propBindDesLinker->append(mPropBindDesLinker);
return this;
}
CPropagationBindingDescriptor* CPropagationBindingSet::getPropagationBindingDescriptorLinker() {
return mPropBindDesLinker;
}
CPropagationBindingReapplyConceptHash* CPropagationBindingSet::getPropagationBindingReapplyConceptHash(bool create) {
if (create && !mReapplyHash) {
mReapplyHash = CObjectParameterizingAllocator< CPropagationBindingReapplyConceptHash,CProcessContext* >::allocateAndConstructAndParameterize(mProcessContext->getUsedMemoryAllocationManager(),mProcessContext);
}
return mReapplyHash;
}
CPropagationBindingSet* CPropagationBindingSet::addPropagationBindingReapplyConceptDescriptor(CPropagationBindingReapplyConceptDescriptor* propBindReapplyConDesLinker) {
getPropagationBindingReapplyConceptHash(true)->addPropagationBindingReapplyConceptDescriptor(propBindReapplyConDesLinker->getReapllyIndividualNode(),propBindReapplyConDesLinker->getConceptDescriptor()->getConcept(),propBindReapplyConDesLinker);
CPropagationBindingMapData& data = mPropMap[propBindReapplyConDesLinker->getPropagationBinding()->getPropagationID()];
data.setReapplyConceptDescriptor(propBindReapplyConDesLinker->append(data.getReapplyConceptDescriptor()));
return this;
}
CPropagationVariableBindingTransitionExtension* CPropagationBindingSet::getPropagationVariableBindingTransitionExtension(bool create) {
if (!mPropVarBindTransExtension && create) {
mPropVarBindTransExtension = CObjectParameterizingAllocator< CPropagationVariableBindingTransitionExtension,CProcessContext* >::allocateAndConstructAndParameterize(mProcessContext->getUsedMemoryAllocationManager(),mProcessContext);
mPropVarBindTransExtension->initPropagationVariableBindingTransitionExtension(nullptr);
}
return mPropVarBindTransExtension;
}
CPropagationRepresentativeTransitionExtension* CPropagationBindingSet::getPropagationRepresentativeTransitionExtension(bool create) {
if (!mPropRepTransExtension && create) {
mPropRepTransExtension = CObjectParameterizingAllocator< CPropagationRepresentativeTransitionExtension,CProcessContext* >::allocateAndConstructAndParameterize(mProcessContext->getUsedMemoryAllocationManager(),mProcessContext);
mPropRepTransExtension->initPropagationRepresentativeTransitionExtension(nullptr);
}
return mPropRepTransExtension;
}
bool CPropagationBindingSet::hasPropagateAllFlag() {
return mPropagateAllFlag;
}
bool CPropagationBindingSet::getPropagateAllFlag() {
return mPropagateAllFlag;
}
CPropagationBindingSet* CPropagationBindingSet::setPropagateAllFlag(bool propAllFlag) {
mPropagateAllFlag = propAllFlag;
return this;
}
bool CPropagationBindingSet::adoptPropagateAllFlag(CPropagationBindingSet* propBindSet) {
if (propBindSet->mPropagateAllFlag && !mPropagateAllFlag) {
mPropagateAllFlag = true;
return true;
}
return false;
}
}; // end namespace Process
}; // end namespace Kernel
}; // end namespace Reasoner
}; // end namespace Konclude
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