public void doExecute(@NotNull final AnActionEvent event, final Map<String, Object> _params) {
try {
for (SModel model :
Sequence.fromIterable(
((MPSProject) MapSequence.fromMap(_params).get("mpsProject")).getProjectModels())) {
if (!(model instanceof RefactorableSModelDescriptor)) {
continue;
}
if (SModelStereotype.isStubModelStereotype(SModelStereotype.getStereotype(model))) {
continue;
}
UpdateRefactoringVersions_Action.this.updateModelVersion(
(RefactorableSModelDescriptor) model, _params);
}
for (SModel model :
Sequence.fromIterable(
((MPSProject) MapSequence.fromMap(_params).get("mpsProject")).getProjectModels())) {
if (!(model instanceof EditableSModelDescriptor)) {
continue;
}
if (SModelStereotype.isStubModelStereotype(SModelStereotype.getStereotype(model))) {
continue;
}
UpdateRefactoringVersions_Action.this.updateImportVersions(
(EditableSModelDescriptor) model, _params);
}
SModelRepository.getInstance().saveAll();
} catch (Throwable t) {
LOG.error("User's action execute method failed. Action:" + "UpdateRefactoringVersions", t);
}
}
@Override
protected boolean acceptModel(SModel model) {
if (SModelStereotype.isStubModelStereotype(SModelStereotype.getStereotype(model))) {
return false;
}
return acceptModule(model.getModule());
}
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;
}
/*package*/ static Object getCompileTimeConstantValue_idi1LP2xI(
@NotNull SNode __thisNode__, SModule module) {
SNode classifier =
SLinkOperations.getTarget(
__thisNode__,
MetaAdapterFactory.getReferenceLink(
0xf3061a5392264cc5L,
0xa443f952ceaf5816L,
0xf940c80846L,
0x10a75869f9bL,
"classifier"));
if ((classifier != null)
&& SModelStereotype.isStubModelStereotype(
SModelStereotype.getStereotype(
SNodeOperations.getModel(classifier).getReference().getModelName()))) {
return Expression__BehaviorDescriptor.eval_idhEwJgmp.invoke(__thisNode__, module);
} else {
return ((boolean)
Expression__BehaviorDescriptor.isCompileTimeConstant_idi1LOPRp.invoke(
SLinkOperations.getTarget(
SLinkOperations.getTarget(
__thisNode__,
MetaAdapterFactory.getReferenceLink(
0xf3061a5392264cc5L,
0xa443f952ceaf5816L,
0xf8c77f1e98L,
0xf8cc6bf960L,
"variableDeclaration")),
MetaAdapterFactory.getContainmentLink(
0xf3061a5392264cc5L,
0xa443f952ceaf5816L,
0xf8c37a7f6eL,
0xf8c37f506eL,
"initializer")))
? Expression__BehaviorDescriptor.getCompileTimeConstantValue_idi1LP2xI.invoke(
SLinkOperations.getTarget(
SLinkOperations.getTarget(
__thisNode__,
MetaAdapterFactory.getReferenceLink(
0xf3061a5392264cc5L,
0xa443f952ceaf5816L,
0xf8c77f1e98L,
0xf8cc6bf960L,
"variableDeclaration")),
MetaAdapterFactory.getContainmentLink(
0xf3061a5392264cc5L,
0xa443f952ceaf5816L,
0xf8c37a7f6eL,
0xf8c37f506eL,
"initializer")),
module)
: null);
}
}
@Override
public List<SearchResult<ModelCheckerIssue>> checkModel(
SModel model, ProgressMonitor monitor, SRepository repository) {
List<SearchResult<ModelCheckerIssue>> results =
ListSequence.fromList(new ArrayList<SearchResult<ModelCheckerIssue>>());
monitor.start("adapter usages", 1);
for (SNode node : ListSequence.fromList(SModelOperations.getNodes(model, null))) {
if (monitor.isCanceled()) {
break;
}
// Check for adapter references
for (SReference ref : Sequence.fromIterable(SNodeOperations.getReferences(node))) {
SModelReference targetSModelReference = ref.getTargetSModelReference();
if (targetSModelReference != null
&& SModelStereotype.getStereotype(targetSModelReference.getModelName())
.equals("java_stub")) {
SNode target = SLinkOperations.getTargetNode(ref);
if ((target != null)
&& SNodeOperations.isInstanceOf(
target, "jetbrains.mps.baseLanguage.structure.ClassConcept")) {
String qualifiedName =
BehaviorReflection.invokeVirtual(
String.class,
SNodeOperations.cast(
target, "jetbrains.mps.baseLanguage.structure.ClassConcept"),
"virtual_getFqName_1213877404258",
new Object[] {});
if ("jetbrains.mps.smodel.INodeAdapter".equals(qualifiedName)
|| "jetbrains.mps.smodel.BaseAdapter".equals(qualifiedName)) {
SpecificChecker.addIssue(
results,
node,
"Reference to "
+ qualifiedName
+ " in role `"
+ SLinkOperations.getRole(ref)
+ "'",
ModelChecker.SEVERITY_ERROR,
"adapter class usage",
null);
}
if (SModelStereotype.withoutStereotype(targetSModelReference.getModelName())
.endsWith(".structure")
&& SModelUtil.findConceptDeclaration(qualifiedName) != null) {
SpecificChecker.addIssue(
results,
node,
"Using adapter of "
+ qualifiedName
+ " concept in role `"
+ SLinkOperations.getRole(ref)
+ "'",
ModelChecker.SEVERITY_ERROR,
"adapter class usage",
null);
}
}
}
}
}
monitor.done();
return results;
}
@Override
public void doUpdate(AnActionEvent event) {
removeAll();
SModel modelDescriptor = event.getData(MPSDataKeys.CONTEXT_MODEL);
if (modelDescriptor == null) {
setEnabledState(event.getPresentation(), false);
return;
}
if (!(modelDescriptor instanceof EditableSModel)
|| (((EditableSModel) modelDescriptor).isReadOnly())) {
event.getPresentation().setEnabled(false);
event.getPresentation().setVisible(false);
return;
}
IScope scope = event.getData(MPSDataKeys.SCOPE);
IOperationContext context = event.getData(MPSDataKeys.OPERATION_CONTEXT);
boolean isStubModel =
SModelStereotype.isStubModelStereotype(SModelStereotype.getStereotype(modelDescriptor));
if (scope == null || context == null || isStubModel) {
setEnabledState(event.getPresentation(), false);
return;
}
boolean inEditor = event.getData(MPSDataKeys.LOGICAL_VIEW_SELECTION_SIZE) == null;
if (!inEditor) {
Integer selectedItemsCount = event.getData(MPSDataKeys.LOGICAL_VIEW_SELECTION_SIZE);
boolean singleItemSelected = selectedItemsCount != null && selectedItemsCount == 1;
if (!singleItemSelected) {
setEnabledState(event.getPresentation(), false);
return;
}
TreeNode treeNode = event.getData(MPSDataKeys.LOGICAL_VIEW_NODE);
if (!(treeNode instanceof PackageNode)) {
myPackage = null;
} else {
final PackageNode node = (PackageNode) treeNode;
myPackage = node.getPackage();
}
} else {
SNode node = event.getData(MPSDataKeys.NODE);
myPackage = null;
if (node != null) {
SNode root = node.getContainingRoot();
myPackage =
SNodeAccessUtil.getProperty(root, SNodeUtil.property_BaseConcept_virtualPackage);
}
}
setEnabledState(event.getPresentation(), true);
List<Language> modelLanguages = SModelOperations.getLanguages(modelDescriptor, scope);
LanguageAspect aspect = Language.getModelAspect(modelDescriptor);
if (aspect != null) {
SModuleReference ref = aspect.getMainLanguage();
Language lang = scope.getLanguage(ref);
if (lang != null) {
modelLanguages.remove(lang);
for (SNode conceptDeclaration : lang.getConceptDeclarations()) {
if (ModelConstraintsManager.canBeRoot(
context, NameUtil.nodeFQName(conceptDeclaration), modelDescriptor)) {
add(
new NewRootNodeAction(
new jetbrains.mps.smodel.SNodePointer(conceptDeclaration), modelDescriptor));
}
}
addSeparator();
}
}
Collections.sort(modelLanguages, new ToStringComparator());
List<Language> languagesWithRoots = new ArrayList<Language>();
for (final Language language : modelLanguages) {
for (SNode conceptDeclaration : language.getConceptDeclarations()) {
if (ModelConstraintsManager.canBeRoot(
context, NameUtil.nodeFQName(conceptDeclaration), modelDescriptor)) {
languagesWithRoots.add(language);
break;
}
}
}
boolean plain = myPlain || (languagesWithRoots.size() == 1 && aspect == null);
for (final Language language : languagesWithRoots) {
String name = language.getModuleName();
Icon icon = IconManager.getIconForNamespace(language.getModuleName());
BaseGroup langRootsGroup;
if (!plain) {
langRootsGroup = new BaseGroup(NameUtil.compactNamespace(name), name, icon);
langRootsGroup.setPopup(true);
} else {
langRootsGroup = this;
}
for (SNode conceptDeclaration : language.getConceptDeclarations()) {
if (ModelConstraintsManager.getInstance()
.canBeRoot(context, NameUtil.nodeFQName(conceptDeclaration), modelDescriptor)) {
langRootsGroup.add(
new NewRootNodeAction(
new jetbrains.mps.smodel.SNodePointer(conceptDeclaration), modelDescriptor));
}
}
if (!plain) {
this.add(langRootsGroup);
} else {
this.addSeparator();
}
}
if (getChildrenCount() == 0) {
add(
ActionManager.getInstance()
.getAction(
"jetbrains.mps.ide.editor.actions.AddLanguageImport_Action" /* FIXME AddLanguageImport_Action.class.getName()*/));
}
}