@Override
public List<ThesaurusConcept> getConceptsByThesaurusId(
String excludeConceptId,
String thesaurusId,
Boolean searchOrphans,
Boolean onlyValidatedConcepts) {
return thesaurusConceptDAO.getConceptsByThesaurusId(
excludeConceptId, thesaurusId, searchOrphans, onlyValidatedConcepts);
}
@Override
public List<ThesaurusConcept> getRecursiveParentsByConceptId(String conceptId) {
ThesaurusConcept thesaurusConcept = thesaurusConceptDAO.getById(conceptId);
if (thesaurusConcept != null) {
return getRecursiveParentByConceptId(thesaurusConcept, new ArrayList<ThesaurusConcept>());
} else {
return new ArrayList<ThesaurusConcept>();
}
}
@Override
public List<ThesaurusConcept> getAvailableConceptsOfArray(
String arrayId, String thesaurusId, String like) {
ThesaurusArray currentArray = new ThesaurusArray();
List<ThesaurusConcept> returnAvailableConcepts = new ArrayList<ThesaurusConcept>();
if (StringUtils.isNotEmpty(arrayId)) {
currentArray = thesaurusArrayDAO.getById(arrayId);
}
if (StringUtils.isNotEmpty(arrayId) && currentArray.getSuperOrdinateConcept() != null) {
// We get all arrays matching our superordinate, excluding our
// concept from the list
List<ThesaurusArray> arrayWithSameSuperOrdinate =
thesaurusArrayDAO.getConceptSuperOrdinateArrays(
currentArray.getSuperOrdinateConcept().getIdentifier(), currentArray.getIdentifier());
returnAvailableConcepts =
thesaurusConceptDAO.getChildrenConcepts(
currentArray.getSuperOrdinateConcept().getIdentifier(), 0, like);
for (ThesaurusArray thesaurusArray : arrayWithSameSuperOrdinate) {
Set<ThesaurusArrayConcept> conceptOfEachArray = thesaurusArray.getConcepts();
for (ThesaurusArrayConcept thesaurusConcept : conceptOfEachArray) {
returnAvailableConcepts.remove(thesaurusConcept.getConcepts());
}
}
} else {
// The array is null or has no superordinate : we get all topterm
// concepts which are not already in other arrays
List<ThesaurusArray> arrayWithNoSuperOrdinate =
thesaurusArrayDAO.getConceptSuperOrdinateArrays(null);
returnAvailableConcepts =
thesaurusConceptDAO.getTopTermThesaurusConcept(
thesaurusDAO.getById(thesaurusId), 0, like);
for (ThesaurusArray thesaurusArray : arrayWithNoSuperOrdinate) {
Set<ThesaurusArrayConcept> conceptOfEachArrayWithoutSuperordinate =
thesaurusArray.getConcepts();
for (ThesaurusArrayConcept thesaurusConcept : conceptOfEachArrayWithoutSuperordinate) {
returnAvailableConcepts.remove(thesaurusConcept.getConcepts());
}
}
}
return returnAvailableConcepts;
}
@Transactional(readOnly = false)
@Override
public ThesaurusConcept destroyThesaurusConcept(ThesaurusConcept object) {
if (object.getStatus() == ConceptStatusEnum.CANDIDATE.getStatus()
|| object.getStatus() == ConceptStatusEnum.REJECTED.getStatus()) {
List<ThesaurusTerm> terms = thesaurusTermDAO.findTermsByConceptId(object.getIdentifier());
for (ThesaurusTerm term : terms) {
term.setConcept(null);
thesaurusTermDAO.update(term);
}
List<ThesaurusConcept> childrenConcepts =
getChildrenByConceptId(object.getIdentifier(), null);
for (ThesaurusConcept childConcept : childrenConcepts) {
childConcept.getParentConcepts().remove(object);
thesaurusConceptDAO.update(childConcept);
}
List<ThesaurusConcept> rootChildrenConcepts = thesaurusConceptDAO.getAllRootChildren(object);
for (ThesaurusConcept rootChild : rootChildrenConcepts) {
rootChild.getRootConcepts().remove(object);
thesaurusConceptDAO.update(rootChild);
}
List<ThesaurusArray> arrays =
thesaurusArrayDAO.getConceptSuperOrdinateArrays(object.getIdentifier());
for (ThesaurusArray array : arrays) {
thesaurusArrayDAO.delete(array);
}
List<Alignment> alignments = alignmentDAO.findByTargetConceptId(object.getIdentifier());
for (Alignment alignment : alignments) {
if (alignment.getTargetConcepts().size() <= 1) {
alignmentDAO.delete(alignment);
}
}
return thesaurusConceptDAO.delete(object);
} else {
throw new BusinessException(
"It's not possible to delete a concept with a status different from candidate or rejected",
"delete-concept");
}
}
@Override
public int getStatusByConceptId(String conceptId) {
ThesaurusConcept thesaurusConcept = thesaurusConceptDAO.getById(conceptId);
if (thesaurusConcept != null) {
return thesaurusConcept.getStatus();
} else {
throw new BusinessException(
"Concept with identifier " + conceptId + " does not exist", "concepts-does-not-exist");
}
}
@Override
public Long getConceptsByThesaurusIdCount(
String excludeConceptId,
String thesaurusId,
Boolean searchOrphans,
Boolean onlyValidatedConcepts,
String like) {
return thesaurusConceptDAO.getConceptsByThesaurusIdCount(
excludeConceptId, thesaurusId, searchOrphans, onlyValidatedConcepts, like);
}
@Override
public int getConceptsHierarchicalRelations(String firstConceptId, String secondConceptId) {
ThesaurusConcept firstConcept = thesaurusConceptDAO.getById(firstConceptId);
ThesaurusConcept secondConcept = thesaurusConceptDAO.getById(secondConceptId);
if (firstConcept != null && secondConcept != null) {
if (thesaurusConceptDAO
.getChildrenConcepts(firstConceptId, 0, null)
.contains(secondConcept)) {
return ConceptHierarchicalRelationsEnum.PARENT.getStatus();
}
if (thesaurusConceptDAO
.getChildrenConcepts(secondConceptId, 0, null)
.contains(firstConcept)) {
return ConceptHierarchicalRelationsEnum.CHILD.getStatus();
} else {
return ConceptHierarchicalRelationsEnum.NORELATIONS.getStatus();
}
} else {
throw new BusinessException("One or both concepts don't exist", "concepts-do-not-exist");
}
}
private List<ThesaurusConcept> getRecursiveChildrenByConceptId(
String conceptId, String originalParentId, List<ThesaurusConcept> allRecursiveChildren) {
List<ThesaurusConcept> childrenConcepts =
thesaurusConceptDAO.getChildrenConcepts(conceptId, 0, null);
for (ThesaurusConcept concept : childrenConcepts) {
if (concept.getIdentifier() != originalParentId) {
if (!allRecursiveChildren.contains(concept)) {
allRecursiveChildren.add(concept);
}
getRecursiveChildrenByConceptId(
concept.getIdentifier(), originalParentId, allRecursiveChildren);
}
}
return allRecursiveChildren;
}
/*
* (non-Javadoc)
*
* @see
* fr.mcc.ginco.services.IThesaurusConceptService#getThesaurusConceptList
* (java.util.List)
*/
@Override
public Set<ThesaurusConcept> getThesaurusConceptList(List<String> ids) {
Set<ThesaurusConcept> result = new HashSet<ThesaurusConcept>();
for (String id : ids) {
ThesaurusConcept concept = thesaurusConceptDAO.getById(id);
if (concept == null) {
throw new BusinessException(
"The concept " + id + " does not exist!", "concept-does-not-exist");
} else {
if (!result.contains(concept)) {
result.add(concept);
}
}
}
return result;
}
@Override
public List<ThesaurusConcept> getPaginatedConceptsByThesaurusId(
Integer startIndex,
Integer limit,
String excludeConceptId,
String thesaurusId,
Boolean searchOrphans,
Boolean onlyValidatedConcepts,
String like) {
return thesaurusConceptDAO.getPaginatedConceptsByThesaurusId(
startIndex,
limit,
excludeConceptId,
thesaurusId,
searchOrphans,
onlyValidatedConcepts,
like);
}
@Override
public boolean hasChildren(String conceptId) {
return (thesaurusConceptDAO.getChildrenConcepts(conceptId, 1, null).size() > 0);
}
@Override
public List<ThesaurusConcept> getOrphanThesaurusConcepts(String thesaurusId, int maxResults) {
Thesaurus thesaurus = checkThesaurusId(thesaurusId);
return thesaurusConceptDAO.getOrphansThesaurusConcept(thesaurus, maxResults);
}
/*
* (non-Javadoc)
*
* @see
* fr.mcc.ginco.IThesaurusConceptService#getTopTermThesaurusConcept(java
* .lang.String)
*/
@Override
public List<ThesaurusConcept> getTopTermThesaurusConcepts(String thesaurusId, int maxResults) {
Thesaurus thesaurus = checkThesaurusId(thesaurusId);
return thesaurusConceptDAO.getTopTermThesaurusConcept(thesaurus, maxResults, null);
}
@Override
public List<ThesaurusConcept> getAvailableConceptsOfGroup(
Integer startIndex, Integer limit, String groupId, String thesaurusId, String like) {
return thesaurusConceptDAO.getPaginatedAvailableConceptsOfGroup(
startIndex, limit, groupId, thesaurusId, false, like);
}
@Override
public long getTopTermThesaurusConceptsCount(String thesaurusId) {
Thesaurus thesaurus = checkThesaurusId(thesaurusId);
return thesaurusConceptDAO.getTopTermThesaurusConceptCount(thesaurus);
}
@Override
public List<ThesaurusConcept> getAllConcepts() {
return thesaurusConceptDAO.findAll();
}
@Override
public List<ThesaurusConcept> getChildrenByConceptId(
String conceptId, int maxResults, String like) {
return thesaurusConceptDAO.getChildrenConcepts(conceptId, maxResults, like);
}
@Transactional(readOnly = false)
@Override
public ThesaurusConcept updateThesaurusConcept(
ThesaurusConcept object,
List<ThesaurusTerm> terms,
List<AssociativeRelationship> associatedConcepts,
List<ConceptHierarchicalRelationship> hierarchicalRelationships,
List<ThesaurusConcept> childrenConceptToDetach,
List<ThesaurusConcept> childrenConceptToAttach,
List<Alignment> alignments) {
thesaurusTermUtils.checkTerms(terms);
alignmentService.saveExternalThesauruses(alignments);
if (StringUtils.isNotEmpty(object.getIdentifier())) {
List<ThesaurusTerm> existingTerms =
thesaurusTermDAO.findTermsByConceptId(object.getIdentifier());
for (ThesaurusTerm existingTerm : existingTerms) {
if (!terms.contains(existingTerm)) {
ThesaurusTerm term = thesaurusTermDAO.getById(existingTerm.getIdentifier());
term.setConcept(null);
thesaurusTermDAO.update(term);
logger.info("Marking Term with ID " + existingTerm.getIdentifier() + " as SandBoxed.");
}
}
} else {
object.setIdentifier(generatorService.generate(ThesaurusConcept.class));
for (ConceptHierarchicalRelationship hierarchicalRelationship : hierarchicalRelationships) {
hierarchicalRelationship.getIdentifier().setChildconceptid(object.getIdentifier());
}
for (AssociativeRelationship relation : associatedConcepts) {
relation.getIdentifier().setConcept1(object.getIdentifier());
}
}
List<ThesaurusConcept> allRecursiveChild =
getRecursiveChildrenByConceptId(object.getIdentifier());
List<ThesaurusConcept> allRecursiveParents =
getRecursiveParentsByConceptId(object.getIdentifier());
object =
conceptHierarchicalRelationshipServiceUtil.saveHierarchicalRelationship(
object,
hierarchicalRelationships,
allRecursiveParents,
allRecursiveChild,
childrenConceptToDetach,
childrenConceptToAttach);
if (object.getStatus() == ConceptStatusEnum.CANDIDATE.getStatus()) {
// We can set status = candidate only if concept has not relation
// (both hierarchical or associative)
if (!associatedConcepts.isEmpty()
|| !object.getParentConcepts().isEmpty()
|| hasChildren(object.getIdentifier())) {
throw new BusinessException(
"A concept must not have a status candidate when it still have relations",
"concept-status-candidate-relation");
}
}
if (object.getStatus() == ConceptStatusEnum.VALIDATED.getStatus()) {
// Test if parent concepts are validated
Set<ThesaurusConcept> parents = object.getParentConcepts();
for (ThesaurusConcept parent : parents) {
if (parent.getStatus() != ConceptStatusEnum.VALIDATED.getStatus()) {
throw new BusinessException(
"A concept cannot have a parent which status is not validated",
"concept-parent-not-validated");
}
}
}
ThesaurusConcept concept = thesaurusConceptDAO.update(object);
updateConceptTerms(concept, terms);
alignmentService.saveAlignments(concept, alignments);
if (!alignments.isEmpty()) {
alignmentService.deleteExternalThesauruses();
}
return thesaurusConceptDAO.update(saveAssociativeRelationship(concept, associatedConcepts));
}
@Override
public Set<String> getConceptWithChildrenIdentifers(String thesaurusId) {
return new HashSet<String>(
thesaurusConceptDAO.getIdentifiersOfConceptsWithChildren(thesaurusId));
}
/*
* (non-Javadoc)
*
* @see
* fr.mcc.ginco.IThesaurusConceptService#getThesaurusConceptById(java.lang
* .String)
*/
@Override
public ThesaurusConcept getThesaurusConceptById(String id) {
return thesaurusConceptDAO.getById(id);
}