void storeLabelConfig(
List<String> labelConfig, Collection<AssociationDefinitionModel> assocDefs) {
for (AssociationDefinitionModel assocDef : assocDefs) {
boolean includeInLabel = labelConfig.contains(assocDef.getUri());
new AttachedAssociationDefinition(assocDef, dms)
.setChildTopicValue("dm4.core.include_in_label", new SimpleValue(includeInLabel));
}
}
void appendToSequence(
String typeUri, AssociationDefinitionModel assocDef, AssociationDefinitionModel predecessor) {
if (predecessor == null) {
storeSequenceStart(typeUri, assocDef.getId());
} else {
storeSequenceSegment(predecessor.getId(), assocDef.getId());
}
}
private List<String> fetchLabelConfig(List<AssociationDefinitionModel> assocDefs) {
List<String> labelConfig = new ArrayList();
for (AssociationDefinitionModel assocDef : assocDefs) {
RelatedTopicModel includeInLabel = fetchLabelConfigTopic(assocDef.getId());
if (includeInLabel != null && includeInLabel.getSimpleValue().booleanValue()) {
labelConfig.add(assocDef.getUri());
}
}
return labelConfig;
}
void storeAssociationDefinition(AssociationDefinitionModel assocDef) {
try {
// Note: creating the underlying association is conditional. It exists already for
// an interactively created association definition. Its ID is already set.
if (assocDef.getId() == -1) {
dms.createAssociation(assocDef, null); // clientState=null
}
// Note: the assoc def ID is known only after creating the association
long assocDefId = assocDef.getId();
// role types
associateWholeRoleType(assocDefId, assocDef.getWholeRoleTypeUri());
associatePartRoleType(assocDefId, assocDef.getPartRoleTypeUri());
// cardinality
associateWholeCardinality(assocDefId, assocDef.getWholeCardinalityUri());
associatePartCardinality(assocDefId, assocDef.getPartCardinalityUri());
//
storeViewConfig(createConfigurableAssocDef(assocDefId), assocDef.getViewConfigModel());
} catch (Exception e) {
throw new RuntimeException(
"Storing association definition \""
+ assocDef.getUri()
+ "\" of type \""
+ assocDef.getWholeTypeUri()
+ "\" failed",
e);
}
}
private Map<Long, AssociationDefinitionModel> fetchAssociationDefinitionsUnsorted(
Topic typeTopic) {
Map<Long, AssociationDefinitionModel> assocDefs = new HashMap();
//
// 1) fetch part topic types
// Note: we must set fetchRelatingComposite to false here. Fetching the composite of association
// type
// Composition Definition would cause an endless recursion. Composition Definition is defined
// through
// Composition Definition itself (child types "Include in Label", "Ordered").
// Note: "othersTopicTypeUri" is set to null. We want consider "dm4.core.topic_type" and
// "dm4.core.meta_type"
// as well (the latter required e.g. by dm4-mail) ### TODO: add a getRelatedTopics() method that
// takes a list
// of topic types.
ResultSet<RelatedTopic> partTypes =
typeTopic.getRelatedTopics(
asList("dm4.core.aggregation_def", "dm4.core.composition_def"),
"dm4.core.whole_type",
"dm4.core.part_type",
null,
false,
false,
0,
null);
// othersTopicTypeUri=null, fetchComposite=false, fetchRelatingComposite=false, clientState=null
//
// 2) create association definitions
// Note: the returned map is an intermediate, hashed by ID. The actual type model is
// subsequently build from it by sorting the assoc def's according to the sequence IDs.
for (RelatedTopic partType : partTypes) {
AssociationDefinitionModel assocDef =
fetchAssociationDefinition(
partType.getAssociation(), typeTopic.getUri(), partType.getUri());
assocDefs.put(assocDef.getId(), assocDef);
}
return assocDefs;
}