use of org.openforis.idm.model.Record in project collect by openforis.
the class RecordIndexManager method index.
protected void index(IndexWriter indexWriter, Attribute<?, ?> attr) {
AttributeDefinition defn = attr.getDefinition();
String indexName = defn.getAnnotation(Annotation.AUTOCOMPLETE.getQName());
if (StringUtils.isNotBlank(indexName)) {
try {
Object value = attr.getValue();
if (value != null) {
Document doc = new Document();
Record record = attr.getRecord();
Integer recordId = record.getId();
if (recordId != null) {
Field recordKeyField = createRecordIdField(recordId);
doc.add(recordKeyField);
}
for (org.openforis.idm.model.Field<?> field : attr.getFields()) {
index(doc, indexName, field);
}
indexWriter.addDocument(doc);
}
} catch (Exception e) {
e.printStackTrace();
}
}
}
use of org.openforis.idm.model.Record in project collect by openforis.
the class RecordUpdater method recalculateDependentCalculatedAttributes.
private List<Attribute<?, ?>> recalculateDependentCalculatedAttributes(Node<?> node) {
Record record = node.getRecord();
List<Attribute<?, ?>> attributesToRecalculate = record.determineCalculatedAttributes(node);
return recalculateValues(attributesToRecalculate);
}
use of org.openforis.idm.model.Record in project collect by openforis.
the class RecordUpdater method addEmptyNodes.
private void addEmptyNodes(Entity entity) {
Record record = entity.getRecord();
ModelVersion version = record.getVersion();
addEmptyEnumeratedEntities(entity);
EntityDefinition entityDefn = entity.getDefinition();
List<NodeDefinition> childDefinitions = entityDefn.getChildDefinitionsInVersion(version);
for (NodeDefinition childDefn : childDefinitions) {
if (entity.getCount(childDefn) == 0) {
if (addEmptyMultipleEntitiesWhenAddingNewEntities || !(childDefn instanceof EntityDefinition && childDefn.isMultiple())) {
int toBeInserted = entity.getMinCount(childDefn);
if (toBeInserted <= 0 && childDefn instanceof AttributeDefinition || !childDefn.isMultiple()) {
// insert at least one node
toBeInserted = 1;
}
addEmptyChildren(entity, childDefn, toBeInserted);
}
} else {
entity.visitChildren(childDefn, new NodeVisitor() {
public void visit(Node<? extends NodeDefinition> child, int idx) {
if (child instanceof Entity) {
addEmptyNodes((Entity) child);
}
}
});
}
}
}
use of org.openforis.idm.model.Record in project collect by openforis.
the class RecordUpdater method addEmptyEnumeratedEntities.
private void addEmptyEnumeratedEntities(Entity parentEntity, EntityDefinition enumerableEntityDefn) {
Record record = parentEntity.getRecord();
ModelVersion version = record.getVersion();
CodeAttributeDefinition enumeratingCodeDefn = enumerableEntityDefn.getEnumeratingKeyCodeAttribute(version);
if (enumeratingCodeDefn != null) {
CodeList list = enumeratingCodeDefn.getList();
Survey survey = record.getSurvey();
CodeListService codeListService = survey.getContext().getCodeListService();
List<CodeListItem> items = codeListService.loadRootItems(list);
int i = 0;
for (CodeListItem item : items) {
if (version == null || version.isApplicable(item)) {
String code = item.getCode();
Entity enumeratedEntity = parentEntity.getEnumeratedEntity(enumerableEntityDefn, enumeratingCodeDefn, code);
if (enumeratedEntity == null) {
Entity addedEntity = performEntityAdd(parentEntity, enumerableEntityDefn, i);
addEmptyNodes(addedEntity);
// set the value of the key CodeAttribute
CodeAttribute addedCode = (CodeAttribute) addedEntity.getChild(enumeratingCodeDefn, 0);
addedCode.setValue(new Code(code));
addedCode.updateSummaryInfo();
} else if (enumeratedEntity.getIndex() != i) {
parentEntity.move(enumerableEntityDefn, enumeratedEntity.getIndex(), i);
}
i++;
}
}
}
}
use of org.openforis.idm.model.Record in project collect by openforis.
the class RecordUpdater method afterAttributeInsertOrUpdate.
private NodeChangeSet afterAttributeInsertOrUpdate(NodeChangeMap changeMap, Attribute<?, ?> attribute) {
attribute.updateSummaryInfo();
Record record = attribute.getRecord();
NodePointer attributeNodePointer = new NodePointer(attribute);
List<Attribute<?, ?>> updatedAttributes = new ArrayList<Attribute<?, ?>>();
// calculated attributes
List<Attribute<?, ?>> updatedCalculatedAttributes = recalculateDependentCalculatedAttributes(attribute);
updatedAttributes.addAll(updatedCalculatedAttributes);
changeMap.addValueChanges(updatedCalculatedAttributes);
// dependent code attributes
if (attribute instanceof CodeAttribute && clearDependentCodeAttributes) {
Set<CodeAttribute> updatedCodeAttributes = clearDependentCodeAttributes(attribute);
updatedAttributes.addAll(updatedCodeAttributes);
changeMap.addValueChanges(updatedCodeAttributes);
}
if (validateAfterUpdate) {
// relevance
Collection<Node<?>> nodesToCheckRelevanceFor = new ArrayList<Node<?>>(updatedAttributes);
nodesToCheckRelevanceFor.add(attribute);
List<NodePointer> relevanceToUpdate = record.determineRelevanceDependentNodes(nodesToCheckRelevanceFor);
RelevanceUpdater relevanceUpdater = new RelevanceUpdater(relevanceToUpdate);
Set<NodePointer> updatedRelevancePointers = relevanceUpdater.update();
Set<Node<?>> updatedRelevanceNodes = pointersToNodes(updatedRelevancePointers);
// apply default values to relevant nodes (if not applied yet)
for (Node<?> updatedRelevanceNode : updatedRelevanceNodes) {
if (updatedRelevanceNode instanceof Attribute) {
Attribute<?, ?> updatedRelevanceAttr = (Attribute<?, ?>) updatedRelevanceNode;
if (!updatedRelevanceAttr.getDefinition().isCalculated()) {
if (updatedRelevanceAttr.isEmpty() || isDefaultValueApplied(updatedRelevanceAttr)) {
Value appliedValue = applyInitialValue(updatedRelevanceAttr);
if (appliedValue != null) {
updatedAttributes.add((Attribute<?, ?>) updatedRelevanceNode);
}
}
}
}
}
changeMap.addRelevanceChanges(updatedRelevancePointers);
if (clearNotRelevantAttributes) {
Set<Attribute<?, ?>> noMoreRelevantAttributes = retainNotRelevantAttributes(updatedRelevanceNodes);
Set<Attribute<?, ?>> clearedAttributes = clearUserSpecifiedAttributes(noMoreRelevantAttributes);
updatedAttributes.addAll(clearedAttributes);
changeMap.addValueChanges(clearedAttributes);
}
// min count
Collection<NodePointer> pointersToCheckMinCountFor = new HashSet<NodePointer>(updatedRelevancePointers);
pointersToCheckMinCountFor.add(attributeNodePointer);
pointersToCheckMinCountFor.addAll(nodesToPointers(updatedAttributes));
Collection<NodePointer> minCountPointersToUpdate = record.determineMinCountDependentNodes(pointersToCheckMinCountFor);
Collection<NodePointer> updatedMinCountPointers = updateMinCount(minCountPointersToUpdate);
changeMap.addMinCountChanges(updatedMinCountPointers);
// max count
Collection<NodePointer> pointersToCheckMaxCountFor = new HashSet<NodePointer>(updatedRelevancePointers);
pointersToCheckMaxCountFor.add(attributeNodePointer);
pointersToCheckMaxCountFor.addAll(nodesToPointers(updatedAttributes));
Collection<NodePointer> maxCountPointersToUpdate = record.determineMaxCountDependentNodes(pointersToCheckMaxCountFor);
Collection<NodePointer> updatedMaxCountPointers = updateMaxCount(maxCountPointersToUpdate);
changeMap.addMaxCountChanges(updatedMaxCountPointers);
Set<NodePointer> updatedCardinalityPointers = new HashSet<NodePointer>(updatedMinCountPointers);
updatedCardinalityPointers.addAll(updatedMaxCountPointers);
// validate cardinality
List<NodePointer> ancestorsAndSelfPointers = getAncestorsAndSelfPointers(attribute);
Set<NodePointer> pointersToValidateCardinalityFor = new HashSet<NodePointer>(updatedMinCountPointers.size() + updatedMaxCountPointers.size() + updatedRelevancePointers.size() + ancestorsAndSelfPointers.size());
pointersToValidateCardinalityFor.addAll(nodesToPointers(updatedAttributes));
pointersToValidateCardinalityFor.addAll(updatedMinCountPointers);
pointersToValidateCardinalityFor.addAll(updatedMaxCountPointers);
pointersToValidateCardinalityFor.addAll(updatedRelevancePointers);
// validate cardinality on ancestor node pointers because we are considering empty nodes as missing nodes
pointersToValidateCardinalityFor.addAll(ancestorsAndSelfPointers);
validateCardinality(record, pointersToValidateCardinalityFor, changeMap);
// validate attributes
Set<Node<?>> nodesToCheckValidationFor = new HashSet<Node<?>>(updatedAttributes);
nodesToCheckValidationFor.add(attribute);
nodesToCheckValidationFor.addAll(updatedRelevanceNodes);
nodesToCheckValidationFor.addAll(pointersToNodes(updatedCardinalityPointers));
Set<Attribute<?, ?>> attributesToRevalidate = record.determineValidationDependentNodes(nodesToCheckValidationFor);
validateAttributes(record, attributesToRevalidate, changeMap);
}
return changeMap;
}
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