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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 "CNodeBottomUpTraversalClassificationItem.h"
namespace Konclude {
namespace Reasoner {
namespace Classifier {
CNodeBottomUpTraversalClassificationItem::CNodeBottomUpTraversalClassificationItem(CHierarchyNode *node, QList<CHierarchyNode *> &branchNodes, QList<CNodeBottomUpTraversalClassificationItem *> *lockedReleaseProcessingList) {
traversalNode = node;
lockedReleaseProcList = lockedReleaseProcessingList;
testNode = 0;
parLockNode = 0;
subSumTestingResult = false;
allSilbingBranchTested = false;
branchLockedNodeList << branchNodes;
foreach (CHierarchyNode* node, branchNodes) {
newBranchNodeSet.insert(node);
}
silbingBranchTestNodeCount = branchLockedNodeList.count();
mChildNodeAdded = false;
}
CNodeBottomUpTraversalClassificationItem::~CNodeBottomUpTraversalClassificationItem() {
}
CNodeBlockedClassificationItem *CNodeBottomUpTraversalClassificationItem::releaseBlockedResumeProcessing() {
lockedReleaseProcList->append(this);
return this;
}
CNodeBlockedClassificationItem *CNodeBottomUpTraversalClassificationItem::releaseTestingBlockedResumeProcessing(CConcept *subsumerConcept, CConcept *subsumedConcept, bool testingResult) {
subSumTestingResult = testingResult;
lockedReleaseProcList->append(this);
return this;
}
CHierarchyNode *CNodeBottomUpTraversalClassificationItem::getTraversalNode() {
return traversalNode;
}
QList<CHierarchyNode *> *CNodeBottomUpTraversalClassificationItem::getTestingNodeList() {
return &testingNodeList;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::appendTestingNodeList(QList<CHierarchyNode *> &nodeList) {
testingNodeList << nodeList;
return this;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::appendTestingNode(CHierarchyNode *node) {
testingNodeList.append(node);
return this;
}
QList<CHierarchyNode *> *CNodeBottomUpTraversalClassificationItem::getChildNodeList() {
return &childNodeList;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::appendChildNodeList(QList<CHierarchyNode *> &nodeList) {
childNodeList << nodeList;
return this;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::appendChildNode(CHierarchyNode *node) {
childNodeList.append(node);
return this;
}
bool CNodeBottomUpTraversalClassificationItem::hasNextTestingNode() {
return !testingNodeList.isEmpty();
}
CHierarchyNode *CNodeBottomUpTraversalClassificationItem::takeNextTestingNode() {
testNode = testingNodeList.takeFirst();
return testNode;
}
CHierarchyNode *CNodeBottomUpTraversalClassificationItem::getTestingNode() {
return testNode;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::clearTestingNode() {
testNode = 0;
return this;
}
bool CNodeBottomUpTraversalClassificationItem::getTestingResult() {
return subSumTestingResult;
}
QList<CHierarchyNode *> *CNodeBottomUpTraversalClassificationItem::getBranchLockedNodeList() {
return &branchLockedNodeList;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::appendBranchLockedNodeList(QList<CHierarchyNode *> &nodeList) {
branchLockedNodeList << nodeList;
return this;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::appendBranchLockedNode(CHierarchyNode *branchNode) {
branchLockedNodeList.append(branchNode);
return this;
}
bool CNodeBottomUpTraversalClassificationItem::hasDirectBranchLockedNode() {
return parLockNode != 0;
}
CHierarchyNode *CNodeBottomUpTraversalClassificationItem::getDirectBranchLockedNode() {
return parLockNode;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::setDirectBranchLockedNode(CHierarchyNode *parentLockedNode) {
parLockNode = parentLockedNode;
return this;
}
QList<CHierarchyNode *> *CNodeBottomUpTraversalClassificationItem::getNewBranchNodeList() {
return &newBranchNodeList;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::appendNewBranchNodeList(QList<CHierarchyNode *> &nodeList) {
foreach (CHierarchyNode* node, nodeList) {
appendNewBranchNode(node);
}
return this;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::appendNewBranchNode(CHierarchyNode *branchNode) {
if (!newBranchNodeSet.contains(branchNode)) {
newBranchNodeList.append(branchNode);
newBranchNodeSet.insert(branchNode);
}
return this;
}
bool CNodeBottomUpTraversalClassificationItem::hasAllSilbingBranchTested() {
return allSilbingBranchTested;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::setAllSilbingBranchTested(bool allSilbingsTested) {
allSilbingBranchTested = allSilbingsTested;
return this;
}
qint64 CNodeBottomUpTraversalClassificationItem::getSilbingBranchTestNodeCount() {
return silbingBranchTestNodeCount;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::decSilbingBranchTestNodeCount() {
--silbingBranchTestNodeCount;
return this;
}
bool CNodeBottomUpTraversalClassificationItem::isChildNodeAddedContinueBlocking() {
return mChildNodeAdded;
}
CNodeBottomUpTraversalClassificationItem *CNodeBottomUpTraversalClassificationItem::setChildNodeAddedContinueBlocking(bool addedChildNode) {
mChildNodeAdded = addedChildNode;
return this;
}
QList<CHierarchyNode*> CNodeBottomUpTraversalClassificationItem::getChildNodeAddedContinueBlockingList() {
return childNodeContinueBlockingList;
}
CNodeBottomUpTraversalClassificationItem* CNodeBottomUpTraversalClassificationItem::addChildNodeAddedContinueBlocking(CHierarchyNode* continueBlocking) {
childNodeContinueBlockingList.append(continueBlocking);
return this;
}
}; // end namespace Classifier
}; // end namespace Reasoner
}; // end namespace Konclude
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