/**
* Apply the <b>cm:name</b> to the child association. If the child name is <tt>null</tt> then a
* GUID is generated as a substitute.
*
* <p>Unknown associations or associations that do not require unique name checking will use a
* GUID for the child name and the CRC value used <b>will be negative</b>.
*
* @param childName the <b>cm:name</b> applying to the association.
*/
public static Pair<String, Long> getChildNameUnique(
DictionaryService dictionaryService, QName assocTypeQName, String childName) {
if (childName == null) {
throw new IllegalArgumentException("Child name may not be null. Use the Node ID ...");
}
String childNameNewShort; //
long childNameNewCrc = -1L; // By default, they don't compete
AssociationDefinition assocDef = dictionaryService.getAssociation(assocTypeQName);
if (assocDef == null || !assocDef.isChild()) {
if (logger.isWarnEnabled()) {
logger.warn("No child association of this type could be found: " + assocTypeQName);
}
childNameNewShort = GUID.generate();
childNameNewCrc = -1L * getChildNodeNameCrc(childNameNewShort);
} else {
ChildAssociationDefinition childAssocDef = (ChildAssociationDefinition) assocDef;
if (childAssocDef.getDuplicateChildNamesAllowed()) {
childNameNewShort = GUID.generate();
childNameNewCrc = -1L * getChildNodeNameCrc(childNameNewShort);
} else {
String childNameNewLower = childName.toLowerCase();
childNameNewShort = getChildNodeNameShort(childNameNewLower);
childNameNewCrc = getChildNodeNameCrc(childNameNewLower);
}
}
return new Pair<String, Long>(childNameNewShort, childNameNewCrc);
}
/*
* Performs join of the tables corresponding to the association and to the target type
* Returns the local name of the target type of the association
*/
private String leftJoin(String associationName_) {
AssociationDefinition associationDefinition =
dictionaryService.getAssociation(QName.createQName(namespaceURI, associationName_));
if (associationDefinition == null) {
throw new InvalidAssociationException(associationName_);
}
QName sourceClassQName = associationDefinition.getSourceClass().getName();
QName targetClassQName = associationDefinition.getTargetClass().getName();
String sourceTableName =
databaseDictionary.resolveClassAsTableName(sourceClassQName.getLocalName());
String targetTableName =
databaseDictionary.resolveClassAsTableName(targetClassQName.getLocalName());
String associationTableName =
databaseDictionary.resolveAssociationAsTableName(associationName_);
// Check whether the association table was already taken into account
if (!joinedTables.containsKey(associationTableName)) {
// Check whether the join has been previously made on source or target tables
if (!typeName.equals(sourceClassQName.getLocalName())
&& !joinedTables.containsKey(sourceTableName)) {
// There is a problem, an association can be added only if the source type was previously
// joined (as a table)
throw new AlfrescoRuntimeException(
"Cannot join the association \""
+ associationName_
+ "\" since source type \""
+ sourceClassQName.getLocalName()
+ "\" has not yet been joined.");
} else {
if (logger.isDebugEnabled())
logger.debug(
"Join condition is made explicitely on column with name \""
+ TYPE_TABLE_ID_COLUMN_NAME
+ "\"");
// the source type name is the "master" type name or has already been defined previously
// as a left join
join(
associationTableName,
databaseDictionary.getSourceAlias(associationName_),
sourceTableName,
TYPE_TABLE_ID_COLUMN_NAME,
JoinType.LEFT_JOIN);
join(
targetTableName,
TYPE_TABLE_ID_COLUMN_NAME,
associationTableName,
databaseDictionary.getTargetAlias(associationName_),
JoinType.LEFT_JOIN);
}
}
return targetClassQName.getLocalName();
}
public boolean generateArcsInstances(IStructure structure) throws Exception {
List<IArc> arcsInstances = new ArrayList<IArc>();
Collection<AssociationDefinition> associations =
((AlfrescoModelStructure) structure).getAssociations();
for (AssociationDefinition associationDefinition : associations) {
List<IArc> arcsInstancesByAssociation = new ArrayList<IArc>();
ClassDefinition sourceType = associationDefinition.getSourceClass();
Collection<INode> sourcesNodes = generatorServices.getGeneratedNodesByType(sourceType);
boolean sourceMultiplicity = associationDefinition.isSourceMany();
ClassDefinition targetType = associationDefinition.getTargetClass();
Collection<INode> targetsNodes = generatorServices.getGeneratedNodesByType(targetType);
boolean targetMultiplicity = associationDefinition.isTargetMany();
if (!sourcesNodes.isEmpty() && !targetsNodes.isEmpty()) {
if (!sourceMultiplicity && !targetMultiplicity) {
arcsInstancesByAssociation =
generateArcsInstancesCase11(
sourcesNodes, targetsNodes, associationDefinition, associations, arcsInstances);
} else if (!sourceMultiplicity && targetMultiplicity) {
arcsInstancesByAssociation =
generateArcsInstancesCase1N(
sourcesNodes, targetsNodes, associationDefinition, associations, arcsInstances);
} else if (sourceMultiplicity && !targetMultiplicity) {
arcsInstancesByAssociation =
generateArcsInstancesCaseN1(
sourcesNodes, targetsNodes, associationDefinition, associations, arcsInstances);
} else if (sourceMultiplicity && targetMultiplicity) {
arcsInstancesByAssociation =
generateArcsInstancesCaseNN(sourcesNodes, targetsNodes, associationDefinition);
}
arcsInstances.addAll(arcsInstancesByAssociation);
}
}
((AlfrescoModelData) alfrescoModelDatas).setGeneratedAssociationsInstances(arcsInstances);
return true;
}
public IArc createRandomlyArc(
INode source, INode target, AssociationDefinition associationDefinition) {
IArc arc = null;
boolean isCreated = RandomMethods.randomGenerator.nextBoolean();
if (associationDefinition.isTargetMandatory()) {
isCreated = true;
}
if (isCreated) {
arc = ((Instance) instance).instanciation(source, target, associationDefinition);
}
return arc;
}
private List<IArc> generateArcsInstancesCase1N(
Collection<INode> sourcesNodes,
Collection<INode> targetsNodes,
AssociationDefinition associationDefinition,
Collection<AssociationDefinition> associations,
Collection<IArc> generatedArcs) {
List<IArc> arcsInstances = new ArrayList<IArc>();
while (!sourcesNodes.isEmpty()) {
INode source = RandomMethods.selectRandomlyNode(sourcesNodes);
int numberOfArcs = 0;
while (numberOfArcs < numberOfOutputArcs && !targetsNodes.isEmpty()) {
INode target = RandomMethods.selectRandomlyNode(targetsNodes);
IArc arc = createRandomlyArc(source, target, associationDefinition);
AssociationDefinition invAssoc =
generatorServices.searchInverseAssoc(
source, target, associationDefinition, associations);
if (invAssoc != null && (invAssoc.isTargetMandatory() || invAssoc.isSourceMandatory())) {
arc = null;
}
if (invAssoc != null) {
IArc invArc =
generatorServices.getInverseGeneratedArc(source, target, invAssoc, generatedArcs);
if (invArc != null) {
arc = null;
}
}
if (arc != null) {
arcsInstances.add(arc);
numberOfArcs++;
}
targetsNodes.remove(target);
}
sourcesNodes.remove(source);
}
return arcsInstances;
}
@Override
protected void processAssociationPersist(
NodeRef nodeRef,
Map<QName, AssociationDefinition> assocDefs,
Map<QName, ChildAssociationDefinition> childAssocDefs,
FieldData fieldData,
List<org.alfresco.repo.forms.processor.node.AbstractAssocCommand> assocCommands) {
if (getLogger().isDebugEnabled())
getLogger().debug("Processing field " + fieldData + " for association persistence");
String fieldName = fieldData.getName();
Matcher m =
this.associationNamePattern.matcher(
fieldName.replaceAll(DOT_CHARACTER_REPLACEMENT, DOT_CHARACTER));
if (m.matches()) {
String qNamePrefix = m.group(1);
String localName = m.group(2);
String assocSuffix = m.group(3);
QName fullQName = QName.createQName(qNamePrefix, localName, namespaceService);
// ensure that the association being persisted is defined in the model
AssociationDefinition assocDef = assocDefs.get(fullQName);
// TODO: if the association is not defined on the node, check for the association
// in all models, however, the source of an association can be critical so we
// can't just look up the association in the model regardless. We need to
// either check the source class of the node and the assoc def match or we
// check that the association was defined as part of an aspect (where by it's
// nature can have any source type)
// SIDE : since forms and model are generated by SIDE we make the assertion that fields are
// valid, so no advanced validation are done
if (assocDef == null) {
if (getLogger().isWarnEnabled()) {
getLogger()
.debug(
"Field '"
+ fieldName
+ "' as an association definition can not be found in the current model");
}
assocDef = this.dictionaryService.getAssociation(fullQName);
if (assocDef == null) {
if (getLogger().isWarnEnabled()) {
getLogger()
.warn(
"Ignoring field '"
+ fieldName
+ "' as an association definition can not be found in ANY models ");
}
return;
} else {
if (getLogger().isDebugEnabled()) {
getLogger()
.debug(
"Field '"
+ fieldName
+ "' Found as an association definition in another model : "
+ assocDef.getModel().getName());
}
}
}
String value = (String) fieldData.getValue();
String[] nodeRefs = value.split(",");
// Each element in this array will be a new target node in association
// with the current node.
for (String nextTargetNode : nodeRefs) {
if (nextTargetNode.length() > 0) {
if (NodeRef.isNodeRef(nextTargetNode)) {
if (assocSuffix.equals(ASSOC_DATA_ADDED_SUFFIX)) {
if (assocDef.isChild()) {
assocCommands.add(
new AddChildAssocCommand(nodeRef, new NodeRef(nextTargetNode), fullQName));
} else {
assocCommands.add(
new AddAssocCommand(nodeRef, new NodeRef(nextTargetNode), fullQName));
}
} else if (assocSuffix.equals(ASSOC_DATA_REMOVED_SUFFIX)) {
if (assocDef.isChild()) {
assocCommands.add(
new RemoveChildAssocCommand(nodeRef, new NodeRef(nextTargetNode), fullQName));
} else {
assocCommands.add(
new RemoveAssocCommand(nodeRef, new NodeRef(nextTargetNode), fullQName));
}
} else {
if (getLogger().isWarnEnabled()) {
StringBuilder msg = new StringBuilder();
msg.append("Ignoring 'fieldName ")
.append(fieldName)
.append("' as it does not have one of the expected suffixes (")
.append(ASSOC_DATA_ADDED_SUFFIX)
.append(" or ")
.append(ASSOC_DATA_REMOVED_SUFFIX)
.append(")");
getLogger().warn(msg.toString());
}
}
} else {
if (getLogger().isWarnEnabled()) {
StringBuilder msg = new StringBuilder();
msg.append("targetNode ")
.append(nextTargetNode)
.append(" is not a valid NodeRef and has been ignored.");
getLogger().warn(msg.toString());
}
}
}
}
} else if (getLogger().isWarnEnabled()) {
getLogger().warn("Ignoring unrecognised field '" + fieldName + "'");
}
}