private void buildClass(Frame frame) {
String uri = frame.getUri();
UmlClass umlClass = new UmlClass(frame, this);
uri2Class.put(uri, umlClass);
for (Field field : frame.getDeclaredFields()) {
RdfType fieldType = field.getRdfType();
if (fieldType.canAsDatatype()) {
umlClass.add(field);
}
}
}
private void addField(OntResource type, OntProperty p, OntProperty ancestor) {
int minCardinality = 0;
int maxCardinality = -1;
OntResource range = null;
String typeURI = type.getURI();
if (typeURI == null) {
// We only add fields to named types.
return;
}
// Do not add abstract properties.
if (isAbstract(p)) return;
Frame frame = manager.getFrameByUri(typeURI);
if (frame == null) {
if (isStandard(typeURI)) return;
logger.warn(
"Ignoring property "
+ p.getLocalName()
+ " on class "
+ type.getLocalName()
+ ": frame not found");
return;
}
if (frame.getDeclaredFieldByPropertyURI(p.getURI()) != null) return;
if (p.hasRDFType(OWL.FunctionalProperty)) {
maxCardinality = 1;
}
OntClass restriction = frame.getRestriction(p.getURI());
range = p.getRange();
if (range == null && ancestor != null) {
range = ancestor.getRange();
}
if (range == null) {
// logger.warn("Ignoring property " + p.getLocalName() + " on class " +
// type.getLocalName() + ": range not defined");
// return;
range = THING;
}
if (restriction != null) {
Resource onClass = restriction.getPropertyResourceValue(OWL2.onClass);
if (onClass != null) {
range = onClass.as(OntResource.class);
if (restriction.hasProperty(OWL2.minQualifiedCardinality)) {
minCardinality = restriction.getProperty(OWL2.minQualifiedCardinality).getInt();
}
if (restriction.hasProperty(OWL2.maxQualifiedCardinality)) {
maxCardinality = restriction.getProperty(OWL2.maxQualifiedCardinality).getInt();
}
} else {
if (restriction.hasProperty(OWL.minCardinality)) {
minCardinality = restriction.getProperty(OWL.minCardinality).getInt();
}
if (restriction.hasProperty(OWL.maxCardinality)) {
maxCardinality = restriction.getProperty(OWL.maxCardinality).getInt();
}
}
}
Field field = null;
String rangeURI = range.getURI();
if (rangeURI == null) {
field = createListField(frame, p, range);
if (field == null) {
logger.warn(
"Ignoring property "
+ p.getLocalName()
+ " on class "
+ type.getLocalName()
+ ": range has no URI");
return;
}
} else {
field = new Field(frame, p, range, minCardinality, maxCardinality);
if (field.getRdfType() == null) {
logger.warn(
"Failed to create RdfType for field "
+ field.getLocalName()
+ " of type "
+ field.getType().getURI());
}
}
Resource rawInverse = p.getPropertyResourceValue(OWL.inverseOf);
if (rawInverse != null && rawInverse.canAs(OntProperty.class)) {
field.setInverseOf(rawInverse.as(OntProperty.class));
}
frame.getDeclaredFields().add(field);
}
private void addChildren(UmlClass umlClass, Frame frame) {
List<UmlAssociation> parentList = new ArrayList<UmlAssociation>();
for (Field field : frame.getDeclaredFields()) {
RdfType fieldType = field.getRdfType();
Field inverseField = field.getInverseField();
UmlClass otherClass = null;
if (fieldType.canAsFrame()) {
otherClass = getUmlClassByURI(fieldType.getUri());
} else if (fieldType.canAsListType()) {
otherClass = getUmlClassByURI(fieldType.asListType().getElementType().getUri());
}
if (otherClass != null) {
InverseProperty inverse = field.getInverseProperty();
Encapsulation inverseEncapsulation =
inverseField == null ? inverse.getEncapsulation() : inverseField.getEncapsulation();
Encapsulation encapsulation = field.getEncapsulation();
if (encapsulation == Encapsulation.NONE && inverseEncapsulation != Encapsulation.NONE) {
//
// The other class is the parent
UmlAssociationEnd end0 = new UmlAssociationEnd(umlClass);
end0.setMultiplicity(inverse.getMultiplicity());
defineEnd(end0, inverseField, encapsulation);
UmlAssociationEnd end1 = new UmlAssociationEnd(otherClass);
defineEnd(end1, field, inverseEncapsulation);
UmlAssociation assoc = new UmlAssociation(end0, end1);
otherClass.addChild(assoc);
parentList.add(assoc);
} else {
UmlAssociationEnd end0 = new UmlAssociationEnd(umlClass);
UmlAssociationEnd end1 = new UmlAssociationEnd(otherClass);
defineEnd(end0, inverseField, encapsulation);
defineEnd(end1, field, inverseEncapsulation);
UmlAssociation assoc = new UmlAssociation(end0, end1);
umlClass.addChild(assoc);
parentList.add(assoc);
}
} else {
// TODO: handle other conditions
}
}
addParentList(umlClass, parentList);
}