protected void collectMessagesForNodesWithErrors(
TypeCheckingContext context,
final EditorContext editorContext,
Set<EditorMessage> messages,
boolean typesystemErrors) {
for (Pair<SNode, List<IErrorReporter>> errorNode :
context.getNodesWithErrors(typesystemErrors)) {
List<IErrorReporter> errors = new ArrayList<IErrorReporter>(errorNode.o2);
Collections.sort(
errors,
new Comparator<IErrorReporter>() {
@Override
public int compare(IErrorReporter o1, IErrorReporter o2) {
return o2.getMessageStatus().compareTo(o1.getMessageStatus());
}
});
boolean instantIntentionApplied = false;
for (IErrorReporter errorReporter : errors) {
MessageStatus status = errorReporter.getMessageStatus();
String errorString = errorReporter.reportError();
HighlighterMessage message =
HighlightUtil.createHighlighterMessage(
errorNode.o1,
NameUtil.capitalize(status.getPresentation()) + ": " + errorString,
errorReporter,
AbstractTypesystemEditorChecker.this,
editorContext);
List<QuickFixProvider> intentionProviders = message.getIntentionProviders();
final SNode quickFixNode = errorNode.o1;
if (intentionProviders.size() == 1
&& intentionProviders.get(0) != null
&& intentionProviders.get(0).isExecutedImmediately()
&& !AbstractTypesystemEditorChecker.IMMEDIATE_QFIX_DISABLED) {
QuickFixProvider intentionProvider = intentionProviders.get(0);
if (!instantIntentionApplied) {
instantIntentionApplied =
applyInstantIntention(editorContext, quickFixNode, intentionProvider);
}
} else {
messages.add(message);
}
}
}
}
public Set<EditorMessage> doCreateMessages(
SNode node, List<SModelEvent> list, boolean wasCheckedOnce, EditorContext editorContext) {
myMessagesChanged = false;
EditorComponent editorComponent = (EditorComponent) editorContext.getEditorComponent();
SNode sNode = editorComponent.getEditedNode();
SNodeReference sNodePointer = editorComponent.getEditedNodePointer();
Set<EditorMessage> result = SetSequence.fromSet(new HashSet<EditorMessage>());
if (sNode == null) {
if (LOG.isEnabledFor(Priority.ERROR)) {
LOG.error("edited node is null");
}
return result;
}
if (sNodePointer == null) {
if (LOG.isEnabledFor(Priority.ERROR)) {
LOG.error("edited NodePointer is null");
}
return result;
}
SModel descriptor = SNodeOperations.getModel(sNode);
if (descriptor == null) {
// descriptor is null for a replaced model
// after model is replaced but before it is disposed (this can happen asyncronously)
return result;
}
LanguageErrorsComponent errorsComponent =
MapSequence.fromMap(myNodePointersToComponents)
.get(new SNodePointer(SNodeOperations.getContainingRoot(sNode)));
if (errorsComponent == null) {
errorsComponent = new LanguageErrorsComponent(sNode);
MapSequence.fromMap(myNodePointersToComponents).put(sNodePointer, errorsComponent);
}
if (!(editorComponent instanceof InspectorEditorComponent)
&& !(SetSequence.fromSet(myEditorComponents).contains(editorComponent))) {
SetSequence.fromSet(myEditorComponents).addElement(editorComponent);
editorComponent.addDisposeListener(myDisposeListener);
}
addModelListener(descriptor);
if (!(wasCheckedOnce)) {
errorsComponent.clear();
}
boolean changed = false;
TypeCheckingContext typecheckingContext = editorComponent.getTypeCheckingContext();
try {
if (typecheckingContext != null) {
typecheckingContext.setIsNonTypesystemComputation();
}
changed = errorsComponent.check(node, myRules, editorContext.getOperationContext());
} finally {
if (typecheckingContext != null) {
typecheckingContext.resetIsNonTypesystemComputation();
}
}
myMessagesChanged = changed;
for (IErrorReporter errorReporter : errorsComponent.getErrors()) {
MessageStatus status = errorReporter.getMessageStatus();
String errorString = errorReporter.reportError();
HighlighterMessage message =
HighlightUtil.createHighlighterMessage(
errorReporter.getSNode(),
NameUtil.capitalize(status.getPresentation()) + ": " + errorString,
errorReporter,
LanguageEditorChecker.this,
editorContext);
SetSequence.fromSet(result).addElement(message);
}
return result;
}
