public void checkNode(
final SNode node,
LanguageErrorsComponent component,
final IOperationContext operationContext,
IScope scope) {
if (operationContext == null) {
return;
}
if (SNodeUtil.getMetaLevel(node) != 0) {
return;
}
SNode concept = SNodeOperations.getConceptDeclaration(node);
for (SReference ref : SNodeOperations.getReferences(node)) {
SNode target = SLinkOperations.getTargetNode(ref);
SNode ld = SLinkOperations.findLinkDeclaration(ref);
// don't check unresolved and broken references, they should already have an error message
if ((target == null) || ld == null) {
continue;
}
component.addDependency(target);
component.addDependency(ld);
component.addDependency(node);
component.addDependency(SNodeOperations.getParent(node));
for (SNode c : SNodeOperations.getChildren(node)) {
component.addDependency(c);
}
String linkRole = SModelUtil.getGenuineLinkRole(ld);
final SNode linkTarget = SLinkOperations.getTarget(ld, "target", false);
final INodeReferentSearchScopeProvider scopeProvider =
ModelConstraintsUtil.getSearchScopeProvider(concept, linkRole);
SearchScopeStatus searchScopeStatus =
component.runCheckingAction(
new _FunctionTypes._return_P0_E0<SearchScopeStatus>() {
public SearchScopeStatus invoke() {
return ModelConstraintsUtil.createSearchScope(
scopeProvider,
SNodeOperations.getModel(node),
SNodeOperations.getParent(node),
node,
linkTarget,
operationContext);
}
});
if (searchScopeStatus.isError()) {
component.addError(
node,
searchScopeStatus.getMessage(),
(SNode) null,
new ReferenceMessageTarget(SLinkOperations.getRole(ref)));
} else if (!(searchScopeStatus.isDefault()
|| searchScopeStatus.getSearchScope().isInScope(target))) {
String name = target.getName();
component.addError(
node,
"reference"
+ ((name == null ? "" : " " + name))
+ " ("
+ SLinkOperations.getRole(ref)
+ ") is out of search scope",
searchScopeStatus.getReferenceValidatorNode(),
new ReferenceMessageTarget(SLinkOperations.getRole(ref)));
}
}
}
private static List<INodeSubstituteAction> createSmartReferenceActions(
final SNode smartConcept,
final SNode smartReference,
final SNode parentNode,
final SNode currentChild,
final IChildNodeSetter childSetter,
final IOperationContext context) {
if (parentNode == null) {
return null;
}
// try to create referent-search-scope
SNode linkDeclaration = null;
int index = 0;
if (currentChild != null) {
linkDeclaration = currentChild.getRoleLink();
index = parentNode.getChildren(currentChild.getRoleInParent()).indexOf(currentChild);
}
// TODO generate wrapping setter to have access to original link
// if(childSetter instanceof WrappingSetter) {
// childSetter = ((WrappingSetter)childSetter).unwrap();
// }
if (linkDeclaration == null && childSetter instanceof DefaultChildNodeSetter) {
linkDeclaration = ((DefaultChildNodeSetter) childSetter).getLinkDeclaration();
}
// TODO restore (when wrapping setter is created)
// if (linkDeclaration == null) {
// return null;
// }
ReferenceDescriptor refDescriptor =
ModelConstraintsUtil.getSmartReferenceDescriptor(
parentNode,
linkDeclaration == null ? null : SModelUtil.getLinkDeclarationRole(linkDeclaration),
index,
smartConcept);
if (refDescriptor == null) return null;
Scope searchScope = refDescriptor.getScope();
if (searchScope == null) return null;
// create smart actions
final String targetConcept =
NameUtil.nodeFQName(SModelUtil.getLinkDeclarationTarget(smartReference));
List<INodeSubstituteAction> actions = new ArrayList<INodeSubstituteAction>();
IReferencePresentation presentation = refDescriptor.getReferencePresentation();
Iterable<SNode> referentNodes = searchScope.getAvailableElements(null);
for (SNode referentNode : referentNodes) {
if (referentNode == null
|| !referentNode
.getConcept()
.isSubConceptOf(SConceptRepository.getInstance().getConcept(targetConcept))) continue;
actions.add(
new SmartRefChildNodeSubstituteAction(
referentNode,
parentNode,
currentChild,
childSetter,
context.getScope(),
smartConcept,
smartReference,
presentation));
}
return actions;
}