public static boolean hasTest(PsiModifierListOwner element) {
return CachedValuesManager.getCachedValue(
element,
() ->
CachedValueProvider.Result.create(
hasTest(element, true), PsiModificationTracker.MODIFICATION_COUNT));
}
/**
* @return true, if the element contains a reference to a different class than fullyQualifiedName
* but which has the same class name
*/
public static boolean containsConflictingReference(PsiFile element, String fullyQualifiedName) {
final Map<String, Boolean> cachedValue =
CachedValuesManager.getManager(element.getProject())
.getCachedValue(
element,
new CachedValueProvider<Map<String, Boolean>>() {
@Nullable
@Override
public Result<Map<String, Boolean>> compute() {
return new Result<Map<String, Boolean>>(
Collections.synchronizedMap(new HashMap<String, Boolean>()),
PsiModificationTracker.MODIFICATION_COUNT);
}
});
Boolean conflictingRef = cachedValue.get(fullyQualifiedName);
if (conflictingRef != null) {
return conflictingRef.booleanValue();
}
final ConflictingClassReferenceVisitor visitor =
new ConflictingClassReferenceVisitor(fullyQualifiedName);
element.accept(visitor);
conflictingRef = visitor.isConflictingReferenceFound();
cachedValue.put(fullyQualifiedName, conflictingRef);
return conflictingRef.booleanValue();
}
@Override
@Nullable
public PsiModifierList getAnnotationList() {
if (myAnnotationList == null) {
myAnnotationList =
CachedValuesManager.getManager(myManager.getProject())
.createCachedValue(new PackageAnnotationValueProvider());
}
return myAnnotationList.getValue();
}
@NotNull
public static PsiExpression getToplevelExpression(
@NotNull final Project project, @NotNull final PsiExpression expression) {
if (expression instanceof PsiBinaryExpression
|| expression.getParent() instanceof PsiBinaryExpression) { // can be large, cache
return CachedValuesManager.getManager(project)
.getParameterizedCachedValue(
expression,
TOP_LEVEL_EXPRESSION,
TOP_LEVEL_PROVIDER,
true,
Pair.create(project, expression));
}
return getTopLevel(project, expression);
}
@NotNull
private static ParameterizedCachedValue<MembersMap, PsiClass> getValues(
@NotNull PsiClass aClass) {
ParameterizedCachedValue<MembersMap, PsiClass> value = aClass.getUserData(MAP_IN_CLASS_KEY);
if (value == null) {
value =
CachedValuesManager.getManager(aClass.getProject())
.createParameterizedCachedValue(ByNameCachedValueProvider.INSTANCE, false);
// Do not cache for nonphysical elements
if (aClass.isPhysical()) {
value = ((UserDataHolderEx) aClass).putUserDataIfAbsent(MAP_IN_CLASS_KEY, value);
}
}
return value;
}
@NotNull
public static PsiMethod[] getAllMethods(final GrTypeDefinition grType) {
return CachedValuesManager.getCachedValue(
grType,
new CachedValueProvider<PsiMethod[]>() {
@Nullable
@Override
public Result<PsiMethod[]> compute() {
List<PsiMethod> list = ContainerUtil.newArrayList();
getAllMethodsInner(grType, list, new HashSet<PsiClass>());
return Result.create(
list.toArray(new PsiMethod[list.size()]),
PsiModificationTracker.JAVA_STRUCTURE_MODIFICATION_COUNT,
grType);
}
});
}
private CachedValue<ElementNames> createCachedValue(final PsiFile file) {
return CachedValuesManager.getManager(file.getProject())
.createCachedValue(
new CachedValueProvider<ElementNames>() {
public Result<ElementNames> compute() {
final ElementNames names = new ElementNames();
final PsiFile[] associations =
myFileAssociationsManager.getAssociationsFor(
file, FileAssociationsManager.XML_FILES);
if (associations.length == 0) {
fillFromSchema(file, names);
} else {
names.validateNames = true;
//noinspection unchecked
ContainerUtil.addAll(names.dependencies, associations);
}
//noinspection unchecked
names.dependencies.add(myFileAssociationsManager);
for (PsiFile file : associations) {
if (!(file instanceof XmlFile)) continue;
file.accept(
new XmlRecursiveElementVisitor() {
@Override
public void visitXmlTag(XmlTag tag) {
names.elementNames.add(QNameUtil.createQName(tag));
super.visitXmlTag(tag);
}
@Override
public void visitXmlAttribute(XmlAttribute attribute) {
if (!attribute.isNamespaceDeclaration()) {
names.attributeNames.add(QNameUtil.createQName(attribute));
}
super.visitXmlAttribute(attribute);
}
});
}
//noinspection unchecked
return new Result<ElementNames>(names, ArrayUtil.toObjectArray(names.dependencies));
}
},
false);
}
@NotNull
@Override
public List<PyAssignmentStatement> findAttributes() {
/**
* TODO: This method if insanely heavy since it unstubs foreign files. Need to save stubs and
* use them somehow.
*/
return CachedValuesManager.getManager(getProject())
.getCachedValue(
this,
ATTRIBUTES_KEY,
() -> {
final List<PyAssignmentStatement> result = findAttributesStatic(this);
return CachedValueProvider.Result.create(
result, PsiModificationTracker.MODIFICATION_COUNT);
},
false);
}
@NotNull
private CachedValue<Collection<PsiDirectory>> createCachedDirectories(
final boolean includeLibrarySources) {
return CachedValuesManager.getManager(myManager.getProject())
.createCachedValue(
new CachedValueProvider<Collection<PsiDirectory>>() {
@Override
public Result<Collection<PsiDirectory>> compute() {
final CommonProcessors.CollectProcessor<PsiDirectory> processor =
new CommonProcessors.CollectProcessor<PsiDirectory>();
getFacade()
.processPackageDirectories(
PsiPackageImpl.this, allScope(), processor, includeLibrarySources);
return Result.create(
processor.getResults(),
PsiPackageImplementationHelper.getInstance()
.getDirectoryCachedValueDependencies(PsiPackageImpl.this));
}
},
false);
}
@NotNull
public XmlTag[] getSubTags() {
return CachedValuesManager.getManager(getProject())
.getCachedValue(
this,
new CachedValueProvider<XmlTag[]>() {
@Override
public Result<XmlTag[]> compute() {
final List<XmlTag> result = new ArrayList<XmlTag>();
fillSubTags(result);
final int s = result.size();
XmlTag[] tags = s > 0 ? ContainerUtil.toArray(result, new XmlTag[s]) : EMPTY;
return Result.create(
tags,
PsiModificationTracker.OUT_OF_CODE_BLOCK_MODIFICATION_COUNT,
getContainingFile());
}
});
}
@NotNull
public static HierarchicalMethodSignature getHierarchicalMethodSignature(final PsiMethod method) {
return CachedValuesManager.getCachedValue(
method,
new CachedValueProvider<HierarchicalMethodSignature>() {
@Nullable
@Override
public Result<HierarchicalMethodSignature> compute() {
PsiClass aClass = method.getContainingClass();
HierarchicalMethodSignature result = null;
if (aClass != null) {
result = getSignaturesMap(aClass).get(method.getSignature(PsiSubstitutor.EMPTY));
}
if (result == null) {
result =
new HierarchicalMethodSignatureImpl(
(MethodSignatureBackedByPsiMethod) method.getSignature(PsiSubstitutor.EMPTY));
}
return Result.create(result, PsiModificationTracker.JAVA_STRUCTURE_MODIFICATION_COUNT);
}
});
}
@Override
public PsiFileSystemItem resolveFileInclude(final FileIncludeInfo info, final PsiFile context) {
if (true) return doResolve(info, context);
Map<String, PsiFileSystemItem> value =
myCachedValuesManager.getCachedValue(
context,
RESOLVE_CACHE_KEY,
new CachedValueProvider<Map<String, PsiFileSystemItem>>() {
@Override
public Result<Map<String, PsiFileSystemItem>> compute() {
Map<String, PsiFileSystemItem> map =
new FactoryMap<String, PsiFileSystemItem>() {
@Override
protected PsiFileSystemItem create(String key) {
return doResolve(info, context);
}
};
return Result.create(map, context, VirtualFileManager.getInstance());
}
},
false);
return value.get(info.path);
}
@Override
protected Collection<PsiDirectory> getAllDirectories() {
if (myDirectories == null) {
myDirectories =
CachedValuesManager.getManager(myManager.getProject())
.createCachedValue(
new CachedValueProvider<Collection<PsiDirectory>>() {
@Override
public Result<Collection<PsiDirectory>> compute() {
final CommonProcessors.CollectProcessor<PsiDirectory> processor =
new CommonProcessors.CollectProcessor<PsiDirectory>();
getFacade()
.processPackageDirectories(PsiPackageImpl.this, allScope(), processor);
return Result.create(
processor.getResults(),
PsiPackageImplementationHelper.getInstance()
.getDirectoryCachedValueDependencies(PsiPackageImpl.this));
}
},
false);
}
return myDirectories.getValue();
}
@Nullable
@Override
public StructuredDocString getStructuredDocString() {
return CachedValuesManager.getCachedValue(this, myCachedStructuredDocStringProvider);
}
static PsiSubstitutor infer(
@NotNull PsiTypeParameter[] typeParameters,
@NotNull PsiParameter[] parameters,
@NotNull PsiExpression[] arguments,
@NotNull PsiSubstitutor partialSubstitutor,
@NotNull final PsiElement parent,
@NotNull final ParameterTypeInferencePolicy policy) {
if (parent instanceof PsiCall) {
final PsiExpressionList argumentList = ((PsiCall) parent).getArgumentList();
final MethodCandidateInfo.CurrentCandidateProperties properties =
MethodCandidateInfo.getCurrentMethod(argumentList);
// overload resolution can't depend on outer call => should not traverse to top
if (properties != null
&& !properties.isApplicabilityCheck()
&&
// in order to to avoid caching of candidates's errors on parent (!) , so check for
// overload resolution is left here
// But overload resolution can depend on type of lambda parameter. As it can't depend on
// lambda body,
// traversing down would stop at lambda level and won't take into account overloaded
// method
!MethodCandidateInfo.ourOverloadGuard.currentStack().contains(argumentList)) {
final PsiCall topLevelCall =
PsiResolveHelper.ourGraphGuard.doPreventingRecursion(
parent,
false,
new Computable<PsiCall>() {
@Override
public PsiCall compute() {
if (parent instanceof PsiExpression
&& !PsiPolyExpressionUtil.isPolyExpression((PsiExpression) parent)) {
return null;
}
return LambdaUtil.treeWalkUp(parent);
}
});
if (topLevelCall != null) {
InferenceSession session;
if (MethodCandidateInfo.isOverloadCheck()
|| !PsiDiamondType.ourDiamondGuard.currentStack().isEmpty()
|| LambdaUtil.isLambdaParameterCheck()) {
session = startTopLevelInference(topLevelCall, policy);
} else {
session =
CachedValuesManager.getCachedValue(
topLevelCall,
new CachedValueProvider<InferenceSession>() {
@Nullable
@Override
public Result<InferenceSession> compute() {
return new Result<InferenceSession>(
startTopLevelInference(topLevelCall, policy),
PsiModificationTracker.MODIFICATION_COUNT);
}
});
if (session != null) {
// reject cached top level session if it was based on wrong candidate: check nested
// session if candidate (it's type parameters) are the same
// such situations are avoided when overload resolution is performed
// (MethodCandidateInfo.isOverloadCheck above)
// but situations when client code iterates through
// PsiResolveHelper.getReferencedMethodCandidates or similar are impossible to guess
final Map<PsiElement, InferenceSession> sessions =
session.getInferenceSessionContainer().myNestedSessions;
final InferenceSession childSession = sessions.get(parent);
if (childSession != null) {
for (PsiTypeParameter parameter : typeParameters) {
if (!childSession
.getInferenceSubstitution()
.getSubstitutionMap()
.containsKey(parameter)) {
session = startTopLevelInference(topLevelCall, policy);
break;
}
}
}
}
}
if (session != null) {
final PsiSubstitutor childSubstitutor =
inferNested(
typeParameters,
parameters,
arguments,
partialSubstitutor,
(PsiCall) parent,
policy,
properties,
session);
if (childSubstitutor != null) return childSubstitutor;
} else if (topLevelCall instanceof PsiMethodCallExpression) {
return new InferenceSession(
typeParameters, partialSubstitutor, parent.getManager(), parent, policy)
.prepareSubstitution();
}
}
}
}
final InferenceSession inferenceSession =
new InferenceSession(
typeParameters, partialSubstitutor, parent.getManager(), parent, policy);
inferenceSession.initExpressionConstraints(parameters, arguments, parent);
return inferenceSession.infer(parameters, arguments, parent);
}
private Map<String, CachedValue<XmlNSDescriptor>> initializeSchema(
final String namespace,
final String version,
final String fileLocation,
Map<String, CachedValue<XmlNSDescriptor>> map) {
if (map == null) map = new THashMap<String, CachedValue<XmlNSDescriptor>>();
// We put cached value in any case to cause its value update on e.g. mapping change
map.put(
namespace,
CachedValuesManager.getManager(getManager().getProject())
.createCachedValue(
new CachedValueProvider<XmlNSDescriptor>() {
public Result<XmlNSDescriptor> compute() {
XmlNSDescriptor descriptor = getImplicitNamespaceDescriptor(fileLocation);
if (descriptor != null) {
return new Result<XmlNSDescriptor>(
descriptor,
ArrayUtil.append(descriptor.getDependences(), XmlTagImpl.this));
}
XmlFile currentFile = retrieveFile(fileLocation, version);
if (currentFile == null) {
final XmlDocument document =
XmlUtil.getContainingFile(XmlTagImpl.this).getDocument();
if (document != null) {
final String uri = XmlUtil.getDtdUri(document);
if (uri != null) {
final XmlFile containingFile = XmlUtil.getContainingFile(document);
final XmlFile xmlFile = XmlUtil.findNamespace(containingFile, uri);
descriptor =
xmlFile == null
? null
: (XmlNSDescriptor) xmlFile.getDocument().getMetaData();
}
// We want to get fixed xmlns attr from dtd and check its default with
// requested namespace
if (descriptor instanceof XmlNSDescriptorImpl) {
final XmlElementDescriptor elementDescriptor =
descriptor.getElementDescriptor(XmlTagImpl.this);
if (elementDescriptor != null) {
final XmlAttributeDescriptor attributeDescriptor =
elementDescriptor.getAttributeDescriptor("xmlns", XmlTagImpl.this);
if (attributeDescriptor != null && attributeDescriptor.isFixed()) {
final String defaultValue = attributeDescriptor.getDefaultValue();
if (defaultValue != null && defaultValue.equals(namespace)) {
return new Result<XmlNSDescriptor>(
descriptor,
descriptor.getDependences(),
XmlTagImpl.this,
ExternalResourceManager.getInstance());
}
}
}
}
}
}
PsiMetaOwner currentOwner = retrieveOwner(currentFile, namespace);
if (currentOwner != null) {
descriptor = (XmlNSDescriptor) currentOwner.getMetaData();
if (descriptor != null) {
return new Result<XmlNSDescriptor>(
descriptor,
descriptor.getDependences(),
XmlTagImpl.this,
ExternalResourceManager.getInstance());
}
}
return new Result<XmlNSDescriptor>(
null, XmlTagImpl.this, currentFile, ExternalResourceManager.getInstance());
}
},
false));
return map;
}