@Override
public SModule resolve(SModuleReference reference) {
if (reference == null) {
return null;
}
SModule module;
if (reference.getModuleId() != null) {
module = MPSModuleRepository.getInstance().getModule(reference.getModuleId());
} else {
module = MPSModuleRepository.getInstance().getModuleByFqName(reference.getModuleName());
}
if (module == null) {
return null;
}
synchronized (LOCK) {
initialize();
if (myVisibleModules.contains(module)
|| myUsedLanguages.contains(module)
|| myUsedDevkits.contains(module)) {
return module;
} else {
return null;
}
}
}
@Override
public Iterable<SDependency> getDeclaredDependencies() {
assertCanRead();
ModuleDescriptor descriptor = getModuleDescriptor();
if (descriptor == null) {
return Collections.emptyList();
}
HashSet<SDependency> result = new HashSet<SDependency>();
final SRepository repo = getRepository();
if (repo == null) {
throw new IllegalStateException(
"It is not possible to resolve all declared dependencies with a null repository : module "
+ this);
}
// add declared dependencies
for (Dependency d : descriptor.getDependencies()) {
result.add(new SDependencyImpl(d.getModuleRef(), repo, d.getScope(), d.isReexport()));
}
// add dependencies provided by devkits as nonreexport dependencies
for (SModuleReference usedDevkit : descriptor.getUsedDevkits()) {
final SModule devkit = usedDevkit.resolve(repo);
if (DevKit.class.isInstance(devkit)) {
for (Solution solution : ((DevKit) devkit).getAllExportedSolutions()) {
result.add(
new SDependencyImpl(
solution.getModuleReference(), repo, SDependencyScope.DEFAULT, false));
}
}
}
return result;
}
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;
}
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;
}
// fills collections with of imported languages and devkits.
// Languages include directly imported and coming immediately through devkits; listed devkits are
// imported directly, without those they extend (why?).
public LangAndDevkits collectLanguagesAndDevkits() {
Set<SLanguage> usedLanguages = new LinkedHashSet<>();
Set<SModuleReference> devkits = new LinkedHashSet<>();
// perhaps, shall introduce ModuleImports similar to ModelImports to accomplish this?
for (SModel m : getModels()) {
final SModelInternal modelInternal = (SModelInternal) m;
usedLanguages.addAll(modelInternal.importedLanguageIds());
devkits.addAll(modelInternal.importedDevkits());
}
// XXX why don't we respect extended devkits here?
final SRepository repository = getRepository();
if (repository != null) {
for (SModuleReference devkitRef : devkits) {
final SModule module = devkitRef.resolve(repository);
if (module instanceof DevKit) {
for (SLanguage l : ((DevKit) module).getAllExportedLanguageIds()) {
usedLanguages.add(l);
}
}
}
}
usedLanguages.add(BootstrapLanguages.getLangCore());
return new LangAndDevkits(usedLanguages, devkits);
}
/** @return message with the problem description or null if the module is valid */
@Nullable
@Hack
private String getModuleProblemMessage(
SModuleReference mRef,
Map<ReloadableModule, AbsentDependencyException> modulesWithAbsentDeps) {
assert !isChanged();
if (isModuleDisposed(mRef)) {
return String.format(
"Module %s is disposed and therefore was marked invalid for class loading",
mRef.getModuleName());
}
ReloadableModule module = (ReloadableModule) mRef.resolve(myRepository);
assert module != null;
// FIXME does not work for now, enable in the 3.4
if (modulesWithAbsentDeps.containsKey(module)) {
AbsentDependencyException exception = modulesWithAbsentDeps.get(module);
return String.format(
"%s has got an absent dependency problem and therefore was marked invalid for class loading: %s",
module, exception.getMessage());
}
for (SDependency dep : module.getDeclaredDependencies()) {
if (dep.getScope() == SDependencyScope.DESIGN
|| dep.getScope() == SDependencyScope.GENERATES_INTO) {
continue;
}
if (isModuleDisposed(dep.getTargetModule())) {
return String.format(
"%s depends on a disposed module %s and therefore was marked invalid for class loading",
module, dep.getTargetModule());
}
}
return null;
}
/*package*/ ModuleDependencyNode(
SModuleReference module, Iterable<DepLink> relations, boolean isUsedLanguage) {
// module serves as dependency target (dependencies are captured with relations sequence)
super(Sequence.fromIterable(relations).toListSequence());
myModule = module;
myIsUsedLang = isUsedLanguage;
setText(module.getModuleName());
setNodeIdentifier(module.getModuleName());
}
private String[] getUsedLanguagesStringArray() {
List<SModuleReference> moduleReferences = getElements();
String[] usedLanguages = new String[moduleReferences.size()];
int i = 0;
for (SModuleReference moduleReference : moduleReferences) {
usedLanguages[i] = moduleReference.toString();
i++;
}
return usedLanguages;
}
@Override
public List<String> getErrors() {
List<String> errors = new ArrayList<String>(super.getErrors());
for (SModuleReference gen : myModule.getModuleDescriptor().getDepGenerators()) {
if (ModuleRepositoryFacade.getInstance().getModule(gen) == null) {
errors.add("Can't find generator dependency: " + gen.getModuleName());
}
}
return errors;
}
private static String asString(SModuleReference generatorRef) {
Generator generator = (Generator) ModuleRepositoryFacade.getInstance().getModule(generatorRef);
if (generator == null) {
return "unknown(" + generatorRef.toString() + ")";
}
return generator.getAlias();
}
/*package*/ void updateIcon(SRepository repo) {
SModule m = myModule.resolve(repo);
if (m == null) {
setIcon(IdeIcons.DEFAULT_ICON);
} else {
setIcon(IconManager.getIconFor(m));
}
}
@Nullable
private static Library getAutoLibrary(SModuleReference reference, Project project) {
String libraryName = LIBRARY_PREFIX + reference.getModuleName() + AUTO_SUFFIX;
for (Library lib : ModuleLibrariesUtil.getLibraries(reference, project)) {
if (lib.getName().equals(libraryName)) {
return lib;
}
}
return null;
}
@Override
public List<String> getErrors() {
List<String> errors = new ArrayList<String>(super.getErrors());
for (SModuleReference lang : myModule.getExtendedLanguageRefs()) {
if (MPSModuleRepository.getInstance().getModule(lang) == null) {
errors.add("Can't find extended language: " + lang.getModuleName());
}
}
checkBehaviorAspectPresence(myModule, errors);
for (SModuleReference mr : myModule.getRuntimeModulesReferences()) {
SModule runtimeModule = MPSModuleRepository.getInstance().getModule(mr);
if (runtimeModule == null) continue;
if (!(runtimeModule instanceof Solution)) {
errors.add("Runtime module " + runtimeModule + " is not a solution");
}
}
for (SModelReference accessory : myModule.getModuleDescriptor().getAccessoryModels()) {
// this check is wrong in common as we don't know what the user wants to do with the acc model
// in build.
// but I'll not delete it until accessories removal just to have some warning on project
// consistency
org.jetbrains.mps.openapi.model.SModel accModel =
accessory.resolve(MPSModuleRepository.getInstance());
if (accModel == null) continue;
if (!VisibilityUtil.isVisible(myModule, accModel)) {
errors.add(
"Can't find accessory model: "
+ SModelStereotype.withoutStereotype(accessory.getModelName()));
}
}
for (SModuleReference ref : myModule.getModuleDescriptor().getRuntimeModules()) {
if (MPSModuleRepository.getInstance().getModule(ref) == null) {
errors.add("Can't find runtime module: " + ref.getModuleName());
}
}
return errors;
}
@Override
public List<String> getErrors() {
List<String> errors = new ArrayList<String>();
Throwable loadException = myModule.getModuleDescriptor().getLoadException();
if (loadException != null) {
errors.add("Couldn't load module: " + loadException.getMessage());
return errors;
}
ModuleDescriptor descriptor = myModule.getModuleDescriptor();
// null?
for (Dependency dep : descriptor.getDependencies()) {
SModuleReference moduleRef = dep.getModuleRef();
if (MPSModuleRepository.getInstance().getModule(moduleRef) == null) {
errors.add("Can't find dependency: " + moduleRef.getModuleName());
}
}
for (SModuleReference reference : descriptor.getUsedLanguages()) {
if (ModuleRepositoryFacade.getInstance().getModule(reference, Language.class) == null) {
errors.add("Can't find used language: " + reference.getModuleName());
}
}
for (SModuleReference reference : descriptor.getUsedDevkits()) {
if (MPSModuleRepository.getInstance().getModule(reference) == null) {
errors.add("Can't find used devkit: " + reference.getModuleName());
}
}
if (descriptor.getSourcePaths() != null && !myModule.isPackaged()) {
for (String sourcePath : descriptor.getSourcePaths()) {
IFile file = FileSystem.getInstance().getFileByPath(sourcePath);
if (file == null || !file.exists()) {
errors.add("Can't find source path: " + sourcePath);
}
}
}
if (descriptor.getAdditionalJavaStubPaths() != null) {
for (String path : descriptor.getAdditionalJavaStubPaths()) {
IFile file = FileSystem.getInstance().getFileByPath(path);
if (file == null || !file.exists()) {
if (new File(path).exists()) {
errors.add("Idea VFS is not up-to-date. Can't find library: " + path);
} else {
errors.add("Can't find library: " + path);
}
}
}
}
// todo: =(
if (!(myModule instanceof Generator)) {
errors.addAll(validateDependenciesOnGenerators());
}
return errors;
}
protected void setModuleReference(@NotNull SModuleReference reference) {
assertCanChange();
assert reference.getModuleId() != null : "module must have an id";
assert myModuleReference == null
|| reference.getModuleId().equals(myModuleReference.getModuleId())
: "module id can't be changed";
SModuleReference oldValue = myModuleReference;
myModuleReference = reference;
if (oldValue != null
&& oldValue.getModuleName() != null
&& !oldValue.getModuleName().equals(myModuleReference.getModuleName())) {
MPSModuleRepository.getInstance().moduleFqNameChanged(this, oldValue.getModuleName());
}
}
@Override
public Dependency addDependency(@NotNull SModuleReference moduleRef, boolean reexport) {
// we do not add a dependency into solution, we add dependency to idea module instead
ModifiableRootModel modifiableModel =
ModuleRootManager.getInstance(myModule).getModifiableModel();
SModule sModule = moduleRef.resolve(MPSModuleRepository.getInstance()); // FIXME module repo
if (sModule instanceof SolutionIdea) {
// we add dependency between idea modules
Module otherIdeaModule = ((SolutionIdea) sModule).getIdeaModule();
modifiableModel.addModuleOrderEntry(otherIdeaModule);
} else {
ModuleRuntimeLibrariesImporter.importForUsedModules(
myModule, Collections.singleton(moduleRef), modifiableModel);
}
modifiableModel.commit();
return null;
}
@Override
public String getLanguageFqName() {
return myLanguageReference.getModuleName();
}
public static void saveGeneratorDescriptor(
Element languageGeneratorsElement, GeneratorDescriptor descriptor, MacroHelper macroHelper) {
Element generator = new Element("generator");
if (descriptor.getNamespace() != null) {
generator.setAttribute("name", descriptor.getNamespace());
}
if (descriptor.getGeneratorUID() != null) {
generator.setAttribute("generatorUID", descriptor.getGeneratorUID());
}
if (descriptor.getUUID() != null) {
generator.setAttribute("uuid", descriptor.getUUID());
}
if (descriptor.isGenerateTemplates()) {
generator.setAttribute(
"generate-templates", Boolean.toString(descriptor.isGenerateTemplates()));
}
if (!(descriptor.isReflectiveQueries())) {
generator.setAttribute("reflective-queries", Boolean.toString(false));
}
if (!(descriptor.needsOperationContext())) {
generator.setAttribute("needs-opctx", Boolean.toString(false));
}
Element models = new Element("models");
ModuleDescriptorPersistence.saveModelRoots(
models, descriptor.getModelRootDescriptors(), macroHelper);
generator.addContent(models);
if (!(descriptor.getModuleFacetDescriptors().isEmpty())) {
Element facets = new Element("facets");
ModuleDescriptorPersistence.saveFacets(
facets, descriptor.getModuleFacetDescriptors(), macroHelper);
generator.addContent(facets);
}
// "depends on" generators
Element extTemplates = new Element("external-templates");
for (SModuleReference generatorReference : SetSequence.fromSet(descriptor.getDepGenerators())) {
XmlUtil.tagWithAttribute(
extTemplates, "generator", "generatorUID", generatorReference.toString());
}
generator.addContent(extTemplates);
ModuleDescriptorPersistence.saveDependencies(generator, descriptor);
// mapping priority rules
Element mapPrio = new Element("mapping-priorities");
for (MappingPriorityRule rule : ListSequence.fromList(descriptor.getPriorityRules())) {
Element ruleElement = new Element("mapping-priority-rule");
ruleElement.setAttribute("kind", rule.getType().getName());
Element gpm = new Element("greater-priority-mapping");
saveGeneratorMappingConfigRef(rule.getLeft(), gpm);
ruleElement.addContent(gpm);
Element lpm = new Element("lesser-priority-mapping");
saveGeneratorMappingConfigRef(rule.getRight(), lpm);
ruleElement.addContent(lpm);
mapPrio.addContent(ruleElement);
}
generator.addContent(mapPrio);
languageGeneratorsElement.addContent(generator);
}
@Override
public int compare(SModuleReference o1, SModuleReference o2) {
return o1.getModuleName().compareTo(o2.getModuleName());
}
@Override
protected String getText(SModuleReference moduleReference) {
return moduleReference.getModuleName();
}
public static void saveLanguageDescriptor(
IFile file, LanguageDescriptor descriptor, MacroHelper macroHelper) {
if (file.isReadOnly()) {
if (LOG.isEnabledFor(Priority.ERROR)) {
LOG.error("Cant't save " + file.getPath());
}
return;
}
Element languageElement = new Element("language");
languageElement.setAttribute("namespace", descriptor.getNamespace());
String uuid = descriptor.getUUID();
if (uuid != null) {
languageElement.setAttribute("uuid", uuid);
}
if (descriptor.getGenPath() != null) {
languageElement.setAttribute(
"generatorOutputPath", macroHelper.shrinkPath(descriptor.getGenPath()));
}
Element models = new Element("models");
ModuleDescriptorPersistence.saveModelRoots(
models, descriptor.getModelRootDescriptors(), macroHelper);
languageElement.addContent(models);
if (!(descriptor.getModuleFacetDescriptors().isEmpty())) {
Element facets = new Element("facets");
ModuleDescriptorPersistence.saveFacets(
facets, descriptor.getModuleFacetDescriptors(), macroHelper);
languageElement.addContent(facets);
}
Element accessoryModels = new Element("accessoryModels");
for (SModelReference model : SetSequence.fromSet(descriptor.getAccessoryModels())) {
XmlUtil.tagWithAttribute(accessoryModels, "model", "modelUID", model.toString());
}
languageElement.addContent(accessoryModels);
Element generators = new Element("generators");
for (GeneratorDescriptor generatorDescriptor :
ListSequence.fromList(descriptor.getGenerators())) {
GeneratorDescriptorPersistence.saveGeneratorDescriptor(
generators, generatorDescriptor, macroHelper);
}
languageElement.addContent(generators);
if (!(descriptor.getAdditionalJavaStubPaths().isEmpty())) {
Element stubModelEntries = new Element("stubModelEntries");
ModuleDescriptorPersistence.saveStubModelEntries(
stubModelEntries, descriptor.getAdditionalJavaStubPaths(), macroHelper);
languageElement.addContent(stubModelEntries);
}
Element sourcePath = new Element("sourcePath");
for (String p : descriptor.getSourcePaths()) {
XmlUtil.tagWithAttribute(sourcePath, "source", "path", macroHelper.shrinkPath(p));
}
languageElement.addContent(sourcePath);
ModuleDescriptorPersistence.saveDependencies(languageElement, descriptor);
Element extendedLanguages = new Element("extendedLanguages");
for (SModuleReference ref : SetSequence.fromSet(descriptor.getExtendedLanguages())) {
XmlUtil.tagWithText(extendedLanguages, "extendedLanguage", ref.toString());
}
languageElement.addContent(extendedLanguages);
try {
OutputStream os = file.openOutputStream();
JDOMUtil.writeDocument(new Document(languageElement), os);
} catch (Exception e) {
if (LOG.isEnabledFor(Priority.ERROR)) {
LOG.error("", e);
}
}
ModuleDescriptorPersistence.setTimestamp(descriptor, file);
}
private List<DepLink> dependencies(DependencyUtil.Role role, SModuleReference moduleRef) {
List<DepLink> result = ListSequence.fromList(new ArrayList<DepLink>());
SModule module = moduleRef.resolve(myRepo);
ModuleDescriptor descr = ((AbstractModule) module).getModuleDescriptor();
if (descr == null) {
return result;
}
switch (role) {
case OwnedGenerator:
case None:
// first step
addDeps(
result,
descr.getUsedDevkits(),
DependencyUtil.Role.UsedDevkit,
DependencyUtil.LinkType.UsesDevkit);
for (SLanguage lang : module.getUsedLanguages()) {
SModule langModule = lang.getSourceModule();
if (langModule != null) {
ListSequence.fromList(result)
.addElement(
new DepLink(
langModule.getModuleReference(),
DependencyUtil.Role.UsedLanguage,
DependencyUtil.LinkType.UsesLanguage));
}
}
for (SDependency dep : module.getDeclaredDependencies()) {
switch (dep.getScope()) {
case EXTENDS:
SModule t = dep.getTarget();
if (t instanceof Language) {
ListSequence.fromList(result)
.addElement(
new DepLink(
dep.getTargetModule(),
DependencyUtil.Role.RegularDependency,
DependencyUtil.LinkType.ExtendsLanguage));
} else if (t instanceof Generator) {
ListSequence.fromList(result)
.addElement(
new DepLink(
dep.getTargetModule(),
DependencyUtil.Role.RegularDependency,
DependencyUtil.LinkType.ExtendsGenerator));
} else {
// just in case module could not be resolved
ListSequence.fromList(result)
.addElement(
new DepLink(
dep.getTargetModule(),
DependencyUtil.Role.RegularDependency,
DependencyUtil.LinkType.Depends));
}
break;
case DESIGN:
ListSequence.fromList(result)
.addElement(
new DepLink(
dep.getTargetModule(),
DependencyUtil.Role.RegularDependency,
DependencyUtil.LinkType.Depends));
break;
case RUNTIME:
ListSequence.fromList(result)
.addElement(
new DepLink(
dep.getTargetModule(),
DependencyUtil.Role.RuntimeDependency,
DependencyUtil.LinkType.Depends));
break;
default:
ListSequence.fromList(result)
.addElement(
new DepLink(
dep.getTargetModule(),
DependencyUtil.Role.RegularDependency,
(dep.isReexport()
? DependencyUtil.LinkType.ReexportsDep
: DependencyUtil.LinkType.Depends)));
}
}
if (module instanceof Language) {
// generators and generators dependencies are now also added to language dependencies
// (MPS-15883)
for (Generator g : ((Language) module).getGenerators()) {
ListSequence.fromList(result)
.addElement(
new DepLink(
g.getModuleReference(),
DependencyUtil.Role.OwnedGenerator,
DependencyUtil.LinkType.Generator));
}
}
if (module instanceof Generator) {
Language srcLang = ((Generator) module).getSourceLanguage();
ListSequence.fromList(result)
.addElement(
new DepLink(
srcLang.getModuleReference(),
DependencyUtil.Role.SourceLanguage,
DependencyUtil.LinkType.GeneratorLanguage));
}
break;
case UsedDevkit:
// explicit use of devkit
case DependencyDevkit:
DevkitDescriptor devkit = as_he47wm_a0a0a3e0g(descr, DevkitDescriptor.class);
if (devkit == null) {
break;
}
boolean direct = role == DependencyUtil.Role.UsedDevkit;
addDeps(
result,
devkit.getExtendedDevkits(),
(direct ? DependencyUtil.Role.UsedDevkit : DependencyUtil.Role.DependencyDevkit),
DependencyUtil.LinkType.ExtendsDevkit);
addDeps(
result,
devkit.getExportedLanguages(),
(direct ? DependencyUtil.Role.UsedLanguage : DependencyUtil.Role.DependencyLanguage),
DependencyUtil.LinkType.ExportsLanguage);
addDeps(
result,
devkit.getExportedSolutions(),
(direct
? DependencyUtil.Role.RegularDependency
: DependencyUtil.Role.RuntimeDependency),
DependencyUtil.LinkType.ExportsSolution);
break;
case UsedLanguage:
LanguageDescriptor lang = as_he47wm_a0a0a4e0g(descr, LanguageDescriptor.class);
if (lang == null) {
break;
}
addDeps(
result,
lang.getExtendedLanguages(),
DependencyUtil.Role.UsedLanguage,
DependencyUtil.LinkType.ExtendsLanguage);
if (myNeedRuntime) {
addDeps(
result,
lang.getRuntimeModules(),
DependencyUtil.Role.RuntimeDependency,
DependencyUtil.LinkType.ExportsRuntime);
}
break;
case RegularDependency:
addDeps(
result,
getReexportDeps(descr),
DependencyUtil.Role.RegularDependency,
DependencyUtil.LinkType.ReexportsDep);
if (descr instanceof LanguageDescriptor) {
addDeps(
result,
(as_he47wm_a0a1a0a1a5e0g(descr, LanguageDescriptor.class)).getExtendedLanguages(),
DependencyUtil.Role.RegularDependency,
DependencyUtil.LinkType.ExtendsLanguage);
}
if (myNeedRuntime) {
addDeps(
result,
getNonreexportDeps(descr),
DependencyUtil.Role.RuntimeDependency,
DependencyUtil.LinkType.Depends);
addDeps(
result,
descr.getUsedLanguages(),
DependencyUtil.Role.DependencyLanguage,
DependencyUtil.LinkType.UsesLanguage);
addDeps(
result,
descr.getUsedDevkits(),
DependencyUtil.Role.DependencyDevkit,
DependencyUtil.LinkType.UsesDevkit);
}
break;
case RuntimeDependency:
if (myNeedRuntime) {
addDeps(
result,
getReexportDeps(descr),
DependencyUtil.Role.RuntimeDependency,
DependencyUtil.LinkType.ReexportsDep);
addDeps(
result,
getNonreexportDeps(descr),
DependencyUtil.Role.RuntimeDependency,
DependencyUtil.LinkType.Depends);
addDeps(
result,
descr.getUsedLanguages(),
DependencyUtil.Role.DependencyLanguage,
DependencyUtil.LinkType.UsesLanguage);
addDeps(
result,
descr.getUsedDevkits(),
DependencyUtil.Role.DependencyDevkit,
DependencyUtil.LinkType.UsesDevkit);
if (descr instanceof LanguageDescriptor) {
addDeps(
result,
(as_he47wm_a0a1a0a4a0a6e0g(descr, LanguageDescriptor.class)).getExtendedLanguages(),
DependencyUtil.Role.RuntimeDependency,
DependencyUtil.LinkType.ExtendsLanguage);
}
if (descr instanceof GeneratorDescriptor) {
GeneratorDescriptor gen = (GeneratorDescriptor) descr;
// generator languages are now also dependencies
addDeps(
result,
gen.getDepGenerators(),
DependencyUtil.Role.RuntimeDependency,
DependencyUtil.LinkType.DependsOnGenerator);
ListSequence.fromList(result)
.addElement(
new DepLink(
(as_he47wm_a0a0a0a0a3a5a0a6e0g(module, Generator.class))
.getSourceLanguage()
.getModuleReference(),
DependencyUtil.Role.RuntimeDependency,
DependencyUtil.LinkType.GeneratorLanguage));
}
}
break;
case SourceLanguage:
// dependency from generator to its source language
addDeps(
result,
check_he47wm_b0b0h4a6(as_he47wm_a0b0b0h4a6(descr, LanguageDescriptor.class)),
DependencyUtil.Role.SourceLanguage,
DependencyUtil.LinkType.ExtendsLanguage);
addDeps(
result,
check_he47wm_b0c0h4a6(as_he47wm_a0b0c0h4a6(descr, LanguageDescriptor.class)),
DependencyUtil.Role.RuntimeDependency,
DependencyUtil.LinkType.ExportsRuntime);
break;
case DependencyLanguage:
addDeps(
result,
check_he47wm_b0a0i4a6(as_he47wm_a0b0a0i4a6(descr, LanguageDescriptor.class)),
DependencyUtil.Role.DependencyLanguage,
DependencyUtil.LinkType.ExtendsLanguage);
addDeps(
result,
check_he47wm_b0b0i4a6(as_he47wm_a0b0b0i4a6(descr, LanguageDescriptor.class)),
DependencyUtil.Role.RuntimeDependency,
DependencyUtil.LinkType.ExportsRuntime);
break;
default:
}
return result;
}
/**
* Note: here we are interested in the actual status of module. (not {@link
* ReferenceStorage#resolveRef}) if it has been already disposed but still remains in our graphs
* (i.e. ClassLoader is not disposed yet [!]), we need to mark it invalid
*/
private boolean isModuleDisposed(SModuleReference mRef) {
SModule resolvedModule = mRef.resolve(myRepository);
return (resolvedModule == null || resolvedModule.getRepository() == null);
}
public SModule getModule(@NotNull SModuleReference ref) {
return ref.getModuleId() != null
? REPO.getModuleById(ref.getModuleId())
: REPO.getModuleByFqName(ref.getModuleName());
}
