@Override
protected void invalidateNode(SNode sNode) {
NodePath affPath = NodePath.forSNode(sNode);
SModel containingModel = sNode.getContainingModel();
if (containingModel == null) return;
SModelReference mref = containingModel.getReference();
List<NodePath> nodePaths = nodePaths(mref);
ListIterator<NodePath> npathIt = nodePaths.listIterator();
while (npathIt.hasNext()) {
NodePath path = npathIt.next();
NodePath lcp = affPath.findLowestCommonParent(path);
if (lcp != null) {
if (lcp.equals(path)) break;
// replace with the LCP and stop
npathIt.remove();
npathIt.add(lcp);
break;
}
}
if (!npathIt.hasNext()) {
// not found -> just add
nodePaths.add(affPath);
}
}
@Override
public org.jetbrains.mps.openapi.model.SModel resolve(
org.jetbrains.mps.openapi.model.SModelReference reference) {
if (reference == null) {
return null;
}
SModel model = SModelRepository.getInstance().getModelDescriptor(reference.getModelId());
if (model == null) {
return null;
}
synchronized (LOCK) {
initialize();
if (myVisibleModules.contains(model.getModule())) return model;
for (Language l : myUsedLanguages) {
if (l.getAccessoryModels().contains(model)) return model;
}
}
return null;
}
public static Collection<String> getUsedLanguageNamespaces(
SModel model, boolean isTemplateModel) {
if (isTemplateModel) {
return getUsedLanguageNamespacesInTemplateModel(model);
}
if (SModelStereotype.isGeneratorModel(model)) {
TemplateModelScanner templateModelScanner = new TemplateModelScanner(model);
templateModelScanner.scan();
Set<String> namespaces = new HashSet<String>(templateModelScanner.getQueryLanguages());
for (SModuleReference ref :
((jetbrains.mps.smodel.SModelInternal) model).engagedOnGenerationLanguages()) {
namespaces.add(ref.getModuleName());
}
return namespaces;
}
Set<String> namespaces = new HashSet<String>();
for (SModuleReference ref :
((jetbrains.mps.smodel.SModelInternal) model).engagedOnGenerationLanguages()) {
namespaces.add(ref.getModuleName());
}
for (SNode root : model.getRootNodes()) {
namespaces.add(NameUtil.namespaceFromConceptFQName(root.getConcept().getId()));
for (SNode child : jetbrains.mps.util.SNodeOperations.getDescendants(root, null)) {
namespaces.add(NameUtil.namespaceFromConceptFQName(child.getConcept().getId()));
}
}
// empty behavior model should have it's behavior aspect descriptor generated
if (model.getModule() instanceof Language && LanguageAspect.BEHAVIOR.is(model)) {
namespaces.add(BootstrapLanguages.BEHAVIOR.getModuleName());
}
return namespaces;
}
private void registerLanguageKeyMaps(Language language) {
SModel editorModelDescriptor = LanguageAspect.EDITOR.get(language);
SModel editorModel = (editorModelDescriptor != null ? editorModelDescriptor.getSModel() : null);
List<KeyMap> keyMaps;
if (editorModel != null) {
keyMaps = ListSequence.fromList(new ArrayList<KeyMap>());
for (SNode keyMapDeclaration :
ListSequence.fromList(
SModelOperations.getRoots(
editorModel, "jetbrains.mps.lang.editor.structure.CellKeyMapDeclaration"))) {
try {
Class<KeyMap> keyMapClass = findKeyMapClassByDeclaration(keyMapDeclaration);
if (keyMapClass != null) {
KeyMap keyMap = keyMapClass.newInstance();
if (keyMap.isApplicableToEveryModel()) {
ListSequence.fromList(keyMaps).addElement(keyMap);
}
}
} catch (Throwable t) {
LOG.error(t);
}
}
} else {
keyMaps = Collections.emptyList();
}
MapSequence.fromMap(myLanguagesToKeyMaps).put(language, keyMaps);
}
private void rehighlightNode(@NotNull MPSTreeNode node, @NotNull Feature feature) {
unhighlightNode(node);
SModel model = SModelRepository.getInstance().getModelDescriptor(feature.getModelReference());
if (model instanceof EditableSModel && !(model.isReadOnly())) {
if (feature instanceof ModelFeature) {
// do not try to compute changes in case we need only model status
TreeMessage message = getMessage((ModelFeature) feature);
if (message != null) {
node.addTreeMessage(message);
}
return;
}
EditableSModel emd = (EditableSModel) model;
myRegistry.getCurrentDifference(emd).setEnabled(true);
ModelChange change = myMap.get(feature);
if (change == null) {
change = myMap.getAddedAncestorValue(feature);
}
if (change != null) {
node.addTreeMessage(getMessage(change, emd));
} else if (myMap.isAncestorOfAddedFeature(feature)) {
node.addTreeMessage(getMessage(FileStatus.MODIFIED));
}
}
}
@Override
public SearchResults find(SearchQuery query, @NotNull ProgressMonitor monitor) {
SearchResults<SNode> searchResults = new SearchResults<SNode>();
Object value = query.getObjectHolder().getObject();
SModule module = null;
if (value instanceof SModule) {
module = ((SModule) value);
} else if (value instanceof SModuleReference) {
module = query.getScope().resolve(((SModuleReference) value));
}
if (!(module instanceof Language)) {
return searchResults;
}
Language language = (Language) module;
SModel structureModel = language.getStructureModelDescriptor();
if (structureModel == null) {
return searchResults;
}
if (!(structureModel.getRootNodes().iterator().hasNext())) {
return searchResults;
}
List<SNode> roots = new LinkedList<SNode>();
for (SNode root : structureModel.getRootNodes()) {
roots.add(root);
}
searchResults.getSearchedNodes().addAll(roots);
monitor.start("", IterableUtil.asCollection(structureModel.getRootNodes()).size() + 1);
try {
SearchResults<SModel> modelResults =
FindUtils.getSearchResults(
monitor.subTask(1),
new SearchQuery(
structureModel.getReference(), GlobalScopeMinusTransient.getInstance()),
new ModelImportsUsagesFinder());
List<SModel> models = new ArrayList<SModel>();
for (SearchResult<SModel> sModelSearchResult : modelResults.getSearchResults()) {
models.add(sModelSearchResult.getObject());
}
SearchScope scope = new ModelsScope(models.toArray(new SModel[models.size()]));
SearchResults<SNode> results = new SearchResults();
for (SNode node : roots) {
if (monitor.isCanceled()) {
break;
}
results.addAll(
FindUtils.getSearchResults(
monitor.subTask(1),
node,
scope,
"jetbrains.mps.lang.structure.findUsages.NodeUsages_Finder"));
results.removeDuplicates();
}
searchResults.getSearchResults().addAll(results.getSearchResults());
return searchResults;
} finally {
monitor.done();
}
}
@Override
public void fileStatusChanged(@NotNull VirtualFile file) {
IFile ifile = VirtualFileUtils.toIFile(file);
SModel emd = SModelFileTracker.getInstance().findModel(ifile);
if (emd != null) {
rehighlightFeatureAndDescendants(new ModelFeature(emd.getReference()));
}
}
@Override
public boolean met(MPSTreeNode node) {
if (!(node instanceof SModelTreeNode)) return false;
SModelTreeNode modelNode = (SModelTreeNode) node;
SModel modelDescriptor = modelNode.getSModelDescriptor();
SModelReference modelReference = modelDescriptor.getReference();
return modelReference.equals(myModel.getReference());
}
public static SNode getBinaryOperationType(SNode leftType, SNode rightType, boolean mayBeString) {
List<SNode> leastCommonSupertypes =
SubtypingUtil.leastCommonSuperTypes(Arrays.asList(leftType, rightType), null);
if (mayBeString) {
SModel javaLangJavaStubModelDescriptor =
SModelRepository.getInstance()
.getModelDescriptor(SModelReference.fromString("java.lang@java_stub"));
assert javaLangJavaStubModelDescriptor != null;
SModel javaLang = javaLangJavaStubModelDescriptor.getSModel();
SNode stringClass = SModelOperations.getRootByName(javaLang, "String");
if (SNodeOperations.isInstanceOf(
leftType, "jetbrains.mps.baseLanguage.structure.ClassifierType")
&& SLinkOperations.getTarget(
(SNodeOperations.cast(
leftType, "jetbrains.mps.baseLanguage.structure.ClassifierType")),
"classifier",
false)
== stringClass
|| SNodeOperations.isInstanceOf(
rightType, "jetbrains.mps.baseLanguage.structure.ClassifierType")
&& SLinkOperations.getTarget(
(SNodeOperations.cast(
rightType, "jetbrains.mps.baseLanguage.structure.ClassifierType")),
"classifier",
false)
== stringClass) {
SNode classifierType =
SConceptOperations.createNewNode(
"jetbrains.mps.baseLanguage.structure.ClassifierType", null);
SLinkOperations.setTarget(
classifierType,
"classifier",
SNodeOperations.cast(stringClass, "jetbrains.mps.baseLanguage.structure.Classifier"),
false);
return classifierType;
}
}
if (leastCommonSupertypes.isEmpty()) {
SNode runtimeErrorType =
SConceptOperations.createNewNode(
"jetbrains.mps.lang.typesystem.structure.RuntimeErrorType", null);
SPropertyOperations.set(runtimeErrorType, "errorText", "incompatible types");
return runtimeErrorType;
}
SNode type = leastCommonSupertypes.iterator().next();
{
IMatchingPattern pattern_j6k1pf_e0c =
HUtil.createMatchingPatternByConceptFQName(
"jetbrains.mps.baseLanguage.structure.PrimitiveType");
SNode coercedNode_j6k1pf_e0c =
TypeChecker.getInstance().getRuntimeSupport().coerce_(type, pattern_j6k1pf_e0c);
if (coercedNode_j6k1pf_e0c != null) {
return coercedNode_j6k1pf_e0c;
} else {
return type;
}
}
}
private static String asString(MappingConfig_AbstractRef mappingRef, boolean moreDetails) {
if (mappingRef instanceof MappingConfig_RefAllLocal) {
return "*";
}
if (mappingRef instanceof MappingConfig_RefAllGlobal) {
return "[*:*]";
}
if (mappingRef instanceof MappingConfig_RefSet) {
String s = "{";
int count = ((MappingConfig_RefSet) mappingRef).getMappingConfigs().size();
for (MappingConfig_AbstractRef mappingSimpleRef :
((MappingConfig_RefSet) mappingRef).getMappingConfigs()) {
count--;
s = s + asString(mappingSimpleRef, moreDetails);
if (count > 0) s += ", ";
}
return s + "}";
}
if (mappingRef instanceof MappingConfig_SimpleRef) {
final String modelUID = ((MappingConfig_SimpleRef) mappingRef).getModelUID();
final String nodeID = ((MappingConfig_SimpleRef) mappingRef).getNodeID();
final SModelReference modelReference =
PersistenceFacade.getInstance().createModelReference(modelUID);
String modelName =
moreDetails
? SModelStereotype.withoutStereotype(modelReference.getModelName())
: NameUtil.shortNameFromLongName(
SModelStereotype.withoutStereotype(modelReference.getModelName()));
StringBuilder sb = new StringBuilder();
sb.append(modelName);
sb.append('.');
if (nodeID.equals("*")) {
return sb.append('*').toString();
} else {
SModel refModel = SModelRepository.getInstance().getModelDescriptor(modelReference);
if (refModel != null) {
SNodeId nodeId = PersistenceFacade.getInstance().createNodeId(nodeID);
assert nodeId != null : "wrong node id string";
SNode mappingConfig = refModel.getNode(nodeId);
if (mappingConfig != null) {
return sb.append(mappingConfig.getName()).toString();
}
}
}
return sb.append(nodeID).append("!unresolved!").toString();
}
if (mappingRef instanceof MappingConfig_ExternalRef) {
SModuleReference generatorRef = ((MappingConfig_ExternalRef) mappingRef).getGenerator();
MappingConfig_AbstractRef extMappingRef =
((MappingConfig_ExternalRef) mappingRef).getMappingConfig();
return "[" + asString(generatorRef) + ":" + asString(extMappingRef, moreDetails) + "]";
}
return "???";
}
@Override
public void findTargets(
TargetKind kind,
Collection<SModel> scope,
Consumer<NavigationTarget> consumer,
Consumer<SModel> processedConsumer) {
final ID<Integer, List<SNodeDescriptor>> indexName = RootNodeNameIndex.NAME;
final FileBasedIndex fileBasedIndex = FileBasedIndex.getInstance();
for (SModel sm : scope) {
if (sm instanceof EditableSModel && ((EditableSModel) sm).isChanged()) {
continue;
}
DataSource source = sm.getSource();
if (!(source instanceof FileDataSource)) {
continue;
}
IFile modelFile = ((FileDataSource) source).getFile();
String ext = FileUtil.getExtension(modelFile.getName());
if (ext == null
|| modelFile.isDirectory()
|| !(supportedExtensions.contains(ext.toLowerCase()))) {
continue;
}
VirtualFile vf = VirtualFileUtils.getVirtualFile(modelFile);
if (vf == null) continue; // e.g. model was deleted
int fileId = FileBasedIndex.getFileId(vf);
ConcreteFilesGlobalSearchScope fileScope =
new ConcreteFilesGlobalSearchScope(Collections.singleton(vf));
List<List<SNodeDescriptor>> descriptors =
fileBasedIndex.getValues(indexName, fileId, fileScope);
if (descriptors.isEmpty()) continue;
boolean needToLoad = false;
for (NavigationTarget snd : descriptors.get(0)) {
PropertyConstraintsDescriptor descriptor =
ConceptRegistry.getInstance()
.getConstraintsDescriptor(snd.getConcept().getQualifiedName())
.getProperty(SNodeUtil.property_INamedConcept_name);
if (descriptor instanceof BasePropertyConstraintsDescriptor
&& !((BasePropertyConstraintsDescriptor) descriptor).isGetterDefault()) {
needToLoad = true;
break;
}
}
if (!needToLoad) {
for (SNodeDescriptor desc : descriptors.get(0)) {
consumer.consume(desc);
}
processedConsumer.consume(sm);
}
}
}
/**
* @deprecated factory method that requires cast to implementation. why not API way to do the
* same?
*/
@Deprecated
@ToRemove(version = 3.3)
public SModelReference update() {
SModel sm = SModelRepository.getInstance().getModelDescriptor(this);
if (sm == null) return this;
SModelReference reference = (SModelReference) sm.getReference();
return new SModelReference(
reference.getModuleReference(), reference.getModelId(), reference.getModelName());
}
public static void assertDeepModelEquals(SModel expectedModel, SModel actualModel) {
ModelAccess.instance().checkReadAccess();
assertSameImports(expectedModel, actualModel);
assertSameModelImports(expectedModel, actualModel);
assertSameLanguageAspects(expectedModel, actualModel);
assertSameNodesCollections("root", expectedModel.getRootNodes(), actualModel.getRootNodes());
}
@Override
public Set<SReference> search(
Set<SNode> nodes, @NotNull SearchScope scope, @NotNull ProgressMonitor monitor) {
final HashSet<SReference> rv = new HashSet<SReference>();
CollectConsumer<SReference> consumer = new CollectConsumer<SReference>(rv);
Collection<FindUsagesParticipant> participants =
PersistenceRegistry.getInstance().getFindUsagesParticipants();
monitor.start("Finding usages...", participants.size() + 4);
try {
Collection<SModel> current = new LinkedHashSet<SModel>();
Collection<SModel> simpleSearch = new LinkedHashSet<SModel>();
for (SModel m : IterableUtil.asCollection(scope.getModels())) {
if (m instanceof EditableSModel && ((EditableSModel) m).isChanged()) {
simpleSearch.add(m);
} else {
current.add(m);
}
}
for (FindUsagesParticipant participant : participants) {
final Set<SModel> next = new HashSet<SModel>(current);
participant.findUsages(
current,
nodes,
consumer,
new Consumer<SModel>() {
@Override
public void consume(SModel sModel) {
assert !(sModel instanceof EditableSModel && ((EditableSModel) sModel).isChanged());
next.remove(sModel);
}
});
current = next;
monitor.advance(1);
}
ProgressMonitor subMonitor = monitor.subTask(4, SubProgressKind.DEFAULT);
subMonitor.start("", current.size() + simpleSearch.size());
NodeUsageFinder nf = new NodeUsageFinder(nodes, consumer);
showNoFastFindTipIfNeeded(current);
current.addAll(simpleSearch);
for (SModel m : current) {
subMonitor.step(m.getModelName());
nf.collectUsages(m);
if (monitor.isCanceled()) {
break;
}
subMonitor.advance(1);
}
subMonitor.done();
} finally {
monitor.done();
}
return rv;
}
public static Collection<SModel> getModifiedModels(Collection<? extends SModel> models) {
Set<SModel> result = new LinkedHashSet<SModel>();
ModelGenerationStatusManager statusManager = ModelGenerationStatusManager.getInstance();
for (SModel sm : models) {
if (statusManager.generationRequired(sm)) {
result.add(sm);
continue;
}
// TODO regenerating all dependant models can be slow, option?
if (!(SModelStereotype.DESCRIPTOR.equals(SModelStereotype.getStereotype(sm))
|| LanguageAspect.BEHAVIOR.is(sm)
|| LanguageAspect.CONSTRAINTS.is(sm))) {
// temporary solution: only descriptor/behavior/constraints models
continue;
}
final SRepository repository = sm.getRepository();
if (repository == null) {
// no idea how to treat a model which hands in the air; expect it to be editable and tell
// isChanged if desires re-generation
continue;
}
GenerationDependencies oldDependencies = GenerationDependenciesCache.getInstance().get(sm);
// FIXME use SRepository to pick proper GenerationDependenciesCache instance
if (oldDependencies == null) {
// TODO turn on when generated file will be mandatory
// result.add(sm);
continue;
}
Map<String, String> externalHashes = oldDependencies.getExternalHashes();
for (Entry<String, String> entry : externalHashes.entrySet()) {
String modelReference = entry.getKey();
SModel rmd =
PersistenceFacade.getInstance()
.createModelReference(modelReference)
.resolve(repository);
if (rmd == null) {
result.add(sm);
break;
}
String oldHash = entry.getValue();
if (oldHash == null) {
continue;
}
String newHash = statusManager.currentHash(rmd);
if (newHash == null || !oldHash.equals(newHash)) {
result.add(sm);
break;
}
}
}
return result;
}
private void fillCacheWithModels(Pair<SModuleReference, String> key, Iterable<SModel> models) {
if (!myStubModulesCache.containsKey(key)) {
myStubModulesCache.put(key, new HashSet<SModelReference>());
}
for (SModel model : models) {
if (!model.getReference().getModelName().equals(key.o2)) continue;
Set<SModelReference> modelsFromCache = myStubModulesCache.get(key);
modelsFromCache.add(model.getReference());
}
}
public org.jetbrains.mps.openapi.model.SNode getRoot(int oneBasedIndex) {
assert myModel != null : "call createModel() first";
for (SNode r : myModel.getRootNodes()) {
if (--oneBasedIndex > 0) {
continue;
}
return r;
}
throw new IllegalArgumentException(
Integer.toString(IterableUtil.asCollection(myModel.getRootNodes()).size()));
}
protected String calculateAdditionalText() {
if (getNode() == null) {
return null;
}
SModel model = SNodeOperations.getModel(getNode());
if (model == null) {
return null;
}
return model.getReference().getModelName();
}
public SModel createModel(SModel originalModel) {
String originalLong = SNodeOperations.getModelLongName(originalModel);
String newModelName = originalLong + "@999";
while (!isValidName(newModelName)) {
newModelName += "_";
}
SModel result = new TestSModelDescriptor(newModelName, originalModel);
myModels.put(result.getReference().getModelName(), result);
return result;
}
private void doUpdateModelsSet() {
assertCanChange();
for (SModel model : getModels()) {
if (model instanceof EditableSModel && ((EditableSModel) model).isChanged()) {
LOG.warn(
"Trying to reload module "
+ getModuleName()
+ " which contains a non-saved model '"
+ model.getName()
+ "'. To prevent data loss, MPS will not update models in this module. "
+ "Please save your work and restart MPS. See MPS-18743 for details.");
return;
}
}
Set<ModelRoot> toRemove = new HashSet<ModelRoot>(mySModelRoots);
Set<ModelRoot> toUpdate = new HashSet<ModelRoot>(mySModelRoots);
Set<ModelRoot> toAttach = new HashSet<ModelRoot>();
for (ModelRoot root : loadRoots()) {
try {
if (mySModelRoots.contains(root)) {
toRemove.remove(root);
} else {
toAttach.add(root);
}
} catch (Exception e) {
LOG.error(
"Error loading models from root `"
+ root.getPresentation()
+ "'. Requested by: "
+ this,
e);
}
}
toUpdate.removeAll(toRemove);
for (ModelRoot modelRoot : toRemove) {
((ModelRootBase) modelRoot).dispose();
}
mySModelRoots.removeAll(toRemove);
for (ModelRoot modelRoot : toAttach) {
ModelRootBase rootBase = (ModelRootBase) modelRoot;
rootBase.setModule(this);
mySModelRoots.add(modelRoot);
rootBase.attach();
}
for (ModelRoot modelRoot : toUpdate) {
((ModelRootBase) modelRoot).update();
}
}
@Override
@Nullable
public WarningPanel getWarningPanel(@NotNull SNode node, @NotNull Project project) {
SModel model = node.getModel();
if (model != null) {
SModule module = model.getModule();
if (module != null && module.isReadOnly()) {
return new WarningPanel(
this, "Warning: the node is in a read-only model. Your changes won't be saved");
}
}
return null;
}
private boolean checkResolvedTarget(AbstractTemplateGenerator generator, SNode outputTargetNode) {
Status status =
generator
.getReferentRoleValidator(myOutputSourceNode, myReferenceRole)
.validate(outputTargetNode);
if (status != null) {
generator
.getLogger()
.error(
myOutputSourceNode.getReference(),
status.getMessage(getClass().getSimpleName()),
getErrorDescriptions());
return false;
}
SModel referentNodeModel = outputTargetNode.getModel();
if (referentNodeModel != null && referentNodeModel != myOutputSourceNode.getModel()) {
if (SModelStereotype.isGeneratorModel(referentNodeModel)) {
// references to template nodes are not acceptable
String msg = "bad reference, cannot refer to a generator model: %s for role '%s' in %s";
generator
.getLogger()
.error(
myOutputSourceNode.getReference(),
String.format(
msg,
SNodeUtil.getDebugText(outputTargetNode),
myReferenceRole,
SNodeUtil.getDebugText(myOutputSourceNode)),
getErrorDescriptions());
return false;
}
if (referentNodeModel.getModule() instanceof TransientModelsModule) {
// references to transient nodes in a model outside one being generated are not acceptable
String msg =
"bad reference, cannot refer to an external transient model: %s for role '%s' in %s";
generator
.getLogger()
.error(
myOutputSourceNode.getReference(),
String.format(
msg,
SNodeUtil.getDebugText(outputTargetNode),
myReferenceRole,
SNodeUtil.getDebugText(myOutputSourceNode)),
getErrorDescriptions());
return false;
}
}
return true;
}
@Override
public SNode createDeclaration(ClassInfo ci) {
String classname = ci.getDeclarationClass().getName();
String name = this.myNamesMap.getNameForClass(ci.getDeclarationClass());
if (ci.isInterface()) {
SNode decl =
Generator.GENERATOR.createInterfaceDeclaration(name, classname, ci.isDeprecated());
myModel.addRootNode(decl);
return decl;
}
SNode decl =
Generator.GENERATOR.createDeclaration(
name, classname, ci.isAbstract(), ci.canHaveInternalText(), ci.isDeprecated());
myModel.addRootNode(decl);
return decl;
}
public void saveChanges() {
if (!(myModelDescriptor instanceof EditableSModel)) {
return;
}
addNewModels();
removeUnusedModels();
updateUsedLanguages();
addNewDevKits();
removeUnusedDevKits();
addNewEngagedOnGenerationLanguages();
removeUnusedEngagedOnGenerationLanguages();
if (myModelDescriptor instanceof GeneratableSModel) {
GeneratableSModel dmd = (GeneratableSModel) myModelDescriptor;
if (dmd.isDoNotGenerate() != myDoNotGenerate) {
dmd.setDoNotGenerate(myDoNotGenerate);
}
if (dmd.isGenerateIntoModelFolder() != myGenerateIntoModelFolder) {
dmd.setGenerateIntoModelFolder(myGenerateIntoModelFolder);
}
}
if (!(myModelDescriptor.getSource() instanceof NullDataSource)) {
((EditableSModel) myModelDescriptor).save();
}
new MissingDependenciesFixer(myModelDescriptor).fixModuleDependencies();
// change of model properties might affect generation status. This explicit call is needed
// unless model dispatch proper change events (which it does not at the moment), and project
// pane
// got no other means to find out it needs to update generation status
ModelGenerationStatusManager.getInstance()
.invalidateData(Collections.singleton(myModelDescriptor));
}
private static SModule getModuleForModel(MPSProject project, SModel model) {
// language's and solution's own models (+generator models in language)
SModule owner = model.getModule();
SModule mainModule =
owner instanceof Generator ? ((Generator) owner).getSourceLanguage() : owner;
if (project.isProjectModule(mainModule)) return owner;
// accessories models in languages
/*
//with this enabled, alt-f1 does not work in case node is in non-owned accessory model to a project language
for (Language l : project.getProjectLanguages()) {
if (l.isAccessoryModel(model.getSModelReference())) return l;
}
*/
// runtime models in languages
for (Language l : project.getProjectModules(Language.class)) {
for (SModuleReference depModule : l.getRuntimeModulesReferences()) {
if (depModule.equals(mainModule.getModuleReference())) return owner;
}
}
// accessories models in devkits
// runtime models in devkits
return owner;
}
@Override
protected boolean acceptModel(SModel model) {
if (SModelStereotype.isStubModelStereotype(SModelStereotype.getStereotype(model))) {
return false;
}
return acceptModule(model.getModule());
}
@NotNull
public SModule getModule(SModel model) {
if (myGenerationContext != null) {
return myGenerationContext.getOriginalInputModel().getModule();
}
return model.getModule();
}
@Override
protected void invalidateModel(SModel sModel) {
SModelReference mref = sModel.getReference();
List<NodePath> nodePaths = nodePaths(mref);
nodePaths.clear();
nodePaths.add(NodePath.EMPTY);
}
private static boolean check_6q36mf_a0a5a0a0a0f93(
SModelReference checkedDotOperand, SModel myModel) {
if (null != checkedDotOperand) {
return checkedDotOperand.equals(myModel.getReference());
}
return false;
}
public void insertOrReplace(SNode newNode) {
if (isNodeInPlace()) {
SNodeUtil.replaceWithAnother(node, newNode);
} else {
model.addRootNode(newNode);
}
}
