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Mlxa
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java_methods

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Void (DAttributePattern p) { return null; }
onAttribute
302,501
List<DElementPattern> (int targetDepth, DPattern p) { final ChildElementFinder finder = new ChildElementFinder(targetDepth); finder.doAccept(p); return finder.myRoots; }
find
302,502
List<DElementPattern> (DPattern p) { return find(1, p); }
find
302,503
String () { final QName qName = getQName(); return qName != null ? format(qName, "") : "#unknown"; }
getQualifiedName
302,504
String () { return getName(); }
getDefaultName
302,505
XmlElementDescriptor[] (XmlTag context) { if (context == null) { return EMPTY_ARRAY; } // TODO: Not sure why this is needed. IDEA sometimes asks us for descriptors with a context that doesn't match our // element pattern. At least at namespace boundaries... final DElementPattern pattern; final XmlElementDescriptor descriptor = myNsDescriptor.getElementDescriptor(context); if (descriptor instanceof RngElementDescriptor) { final DElementPattern p = ((RngElementDescriptor)descriptor).myElementPattern; pattern = p != null ? p : myElementPattern; } else { pattern = myElementPattern; } final List<DElementPattern> patterns = ChildElementFinder.find(2, pattern); return myNsDescriptor.convertElementDescriptors(patterns); }
getElementsDescriptors
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XmlElementDescriptor (XmlTag childTag) { final List<DElementPattern> patterns = ChildElementFinder.find(2, myElementPattern); final XmlElementDescriptor d = myNsDescriptor.findDescriptor(childTag, patterns); return d == null ? NULL : d; }
findElementDescriptor
302,507
XmlElementDescriptor (final XmlTag childTag) { return getElementDescriptor(childTag, null); }
getElementDescriptor
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XmlElementDescriptor (final XmlTag childTag, XmlTag contextTag) { final ConcurrentMap<RngElementDescriptor, CachedValue<XmlElementDescriptor>> descriptorMap = CachedValuesManager.getCachedValue( childTag, () -> CachedValueProvider.Result.create(ContainerUtil.createConcurrentWeakMap(), ModificationTracker.NEVER_CHANGED)); final XmlElementDescriptor value = descriptorMap.computeIfAbsent(this, descr -> { return CachedValuesManager.getManager(childTag.getProject()).createCachedValue(() -> { final XmlElementDescriptor descriptor = descr.findElementDescriptor(childTag); return CachedValueProvider.Result.create(descriptor, descr.getDependencies(), childTag); }); }).getValue(); return value == NULL ? null : value; }
getElementDescriptor
302,509
XmlAttributeDescriptor[] (@Nullable final XmlTag context) { if (context != null) { return getCachedValue(context, this, ATTRS_KEY, p -> { final XmlAttributeDescriptor[] value = p.collectAttributeDescriptors(context); return CachedValueProvider.Result.create(value, p.getDependencies(), context); }); } else { return collectAttributeDescriptors(null); } }
getAttributesDescriptors
302,510
XmlAttributeDescriptor[] (@Nullable XmlTag context) { return computeAttributeDescriptors(AttributeFinder.find((QName)null, myElementPattern)); }
collectAttributeDescriptors
302,511
XmlAttributeDescriptor[] (final Map<DAttributePattern, Pair<? extends Map<String, String>, Boolean>> map) { final Map<QName, RngXmlAttributeDescriptor> name2descriptor = new HashMap<>(); for (DAttributePattern pattern : map.keySet()) { final Pair<? extends Map<String, String>, Boolean> value = map.get(pattern); for (QName name : pattern.getName().listNames()) { RngXmlAttributeDescriptor descriptor = name2descriptor.get(name); final RngXmlAttributeDescriptor newDescriptor = new RngXmlAttributeDescriptor(this, pattern, value.first, value.second); if (descriptor == null) { descriptor = newDescriptor; } else { descriptor = descriptor.mergeWith(newDescriptor); } name2descriptor.put(name, descriptor); } } final Collection<RngXmlAttributeDescriptor> result = name2descriptor.values(); return result.toArray(new RngXmlAttributeDescriptor[0]); }
computeAttributeDescriptors
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XmlAttributeDescriptor (String attributeName, @Nullable XmlTag context) { return getAttributeDescriptor("", attributeName); }
getAttributeDescriptor
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XmlAttributeDescriptor (XmlAttribute attribute) { return getAttributeDescriptor(attribute.getNamespace(), attribute.getLocalName()); }
getAttributeDescriptor
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XmlAttributeDescriptor (String namespace, String localName) { final QName qname = new QName(namespace, localName); return computeAttributeDescriptor(AttributeFinder.find(qname, myElementPattern)); }
getAttributeDescriptor
302,515
XmlAttributeDescriptor (final Map<DAttributePattern, Pair<? extends Map<String, String>, Boolean>> attributes) { if (attributes.size() > 0) { RngXmlAttributeDescriptor d = null; final Set<DAttributePattern> patterns = attributes.keySet(); for (DAttributePattern pattern : patterns) { final Pair<? extends Map<String, String>, Boolean> pair = attributes.get(pattern); final RngXmlAttributeDescriptor a = new RngXmlAttributeDescriptor(this, pattern, pair.first, pair.second); if (d == null) { d = a; } else { d = d.mergeWith(a); } } return d; } else { return null; } }
computeAttributeDescriptor
302,516
XmlNSDescriptor () { return myNsDescriptor; }
getNSDescriptor
302,517
XmlElementsGroup () { return null; }
getTopGroup
302,518
int () { final DPattern child = myElementPattern.getChild(); if (child instanceof DEmptyPattern) { return CONTENT_TYPE_EMPTY; } else if (child instanceof DTextPattern) { return CONTENT_TYPE_MIXED; } else if (child instanceof DElementPattern) { return ((DElementPattern)child).getName().accept(MyNameClassVisitor.INSTANCE); } else { return CONTENT_TYPE_CHILDREN; } }
getContentType
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String () { return null; }
getDefaultValue
302,520
PsiElement () { return myCachedElement.getValue(); }
getDeclaration
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PsiElement (Locator location) { final PsiElement element = myNsDescriptor.getDeclaration(); if (element == null) { return null; } return getDeclarationImpl(element, location); }
getDeclaration
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PsiElement (PsiElement decl, Locator location) { final VirtualFile virtualFile = RngSchemaValidator.findVirtualFile(location.getSystemId()); if (virtualFile == null) { return decl; } final Project project = decl.getProject(); final PsiFile file = PsiManager.getInstance(project).findFile(virtualFile); if (file == null) { return decl; } return AstLoadingFilter.forceAllowTreeLoading(file, () -> getDeclarationImpl(project, decl, location, file)); }
getDeclarationImpl
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PsiElement (@NotNull Project project, PsiElement decl, Locator location, PsiFile file) { final int column = location.getColumnNumber(); final int line = location.getLineNumber(); final Document document = PsiDocumentManager.getInstance(project).getDocument(file); assert document != null; if (line <= 0 || document.getLineCount() < line - 1) { return decl; } final int startOffset = document.getLineStartOffset(line - 1); final PsiElement at; if (column > 0) { if (decl.getContainingFile().getFileType() == RncFileType.getInstance()) { return new RncLocationPsiElement(file, startOffset, column); } at = file.findElementAt(startOffset + column - 2); } else { PsiElement element = file.findElementAt(startOffset); at = element != null ? PsiTreeUtil.nextLeaf(element) : null; } return PsiTreeUtil.getParentOfType(at, XmlTag.class); }
getDeclarationImpl
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String (PsiElement context) { final QName qName = getQName(); if (qName == null) { return "#unknown"; } final XmlTag xmlTag = PsiTreeUtil.getParentOfType(context, XmlTag.class, false); final String prefix = xmlTag != null ? xmlTag.getPrefixByNamespace(qName.getNamespaceURI()) : null; return format(qName, prefix != null ? prefix : qName.getPrefix()); }
getName
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String () { final QName qName = getQName(); if (qName == null) { return "#unknown"; } return qName.getLocalPart(); }
getName
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String (QName qName, String p) { final String localPart = qName.getLocalPart(); return p.length() > 0 ? p + ":" + localPart : localPart; }
format
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QName () { final Iterator<QName> iterator = myElementPattern.getName().listNames().iterator(); if (!iterator.hasNext()) { return null; } return iterator.next(); }
getQName
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void (PsiElement element) { }
init
302,529
boolean (Object o) { if (this == o) return true; if (o == null || getClass() != o.getClass()) return false; final RngElementDescriptor that = (RngElementDescriptor)o; if (!myElementPattern.equals(that.myElementPattern)) return false; return true; }
equals
302,530
int () { return myElementPattern.hashCode(); }
hashCode
302,531
Integer () { return CONTENT_TYPE_ANY; }
visitAnyName
302,532
Integer (NameClass nc) { return CONTENT_TYPE_ANY; }
visitAnyNameExcept
302,533
Integer (NameClass nc1, NameClass nc2) { return CONTENT_TYPE_CHILDREN; }
visitChoice
302,534
Integer (QName name) { return CONTENT_TYPE_CHILDREN; }
visitName
302,535
Integer (String ns) { return CONTENT_TYPE_CHILDREN; }
visitNsName
302,536
Integer (String ns, NameClass nc) { return CONTENT_TYPE_CHILDREN; }
visitNsNameExcept
302,537
Integer () { return CONTENT_TYPE_EMPTY; }
visitNull
302,538
DElementPattern () { return myElementPattern; }
getElementPattern
302,539
String () { return myName; }
getName
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PsiElement () { final PsiElement rncElement = myFile.findElementAt(myStartOffset + myColumn); final ASTNode pattern = rncElement != null ? TreeUtil.findParent(rncElement.getNode(), RncElementTypes.PATTERN) : null; final ASTNode nameClass = pattern != null ? pattern.findChildByType(RncElementTypes.NAME_CLASS) : null; //noinspection ConstantConditions return nameClass != null ? nameClass.getPsi() : rncElement; }
getNavigationElement
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PsiElement () { return getNavigationElement(); }
getParent
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PsiFile () { return myFile; }
getContainingFile
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boolean () { return false; }
isWritable
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boolean (Object another) { return another instanceof RncLocationPsiElement && ((RncLocationPsiElement)another).myFile == myFile && ((RncLocationPsiElement)another).myStartOffset == myStartOffset && ((RncLocationPsiElement)another).myColumn == myColumn; }
equals
302,545
int () { return Objects.hash(myFile, myStartOffset, myColumn); }
hashCode
302,546
Void (DGrammarPattern p) { if (myVisited.add(p)) { try { return super.onGrammar(p); } catch (NullPointerException e) { return null; // missing start pattern } } return null; }
onGrammar
302,547
Void (DRefPattern p) { if (myVisited.add(p)) { try { return super.onRef(p); } catch (NullPointerException e) { return null; // unresolved ref } } return null; }
onRef
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Void (DUnaryPattern p) { if (myVisited.add(p)) { try { return super.onUnary(p); } catch (NullPointerException e) { return null; // empty element } } return null; }
onUnary
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void (DPattern... p) { myVisited.clear(); //noinspection ForLoopReplaceableByForEach for (int i = 0; i < p.length; i++) { p[i].accept(this); } myVisited.clear(); }
doAccept
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boolean (DXmlTokenPattern pattern) { return pattern.getName().listNames().size() > 0; }
value
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Void (DElementPattern p) { depth++; try { myLastAttr = null; if (depth < 2) { return super.onElement(p); } return null; } finally { depth--; } }
onElement
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Void (DAttributePattern p) { assert depth > 0; if (depth == 1 && ((myQname == null && !hasStarPattern(p.getName())) || (myQname != null && (p.getName().contains(myQname) || hasStarMatch(p.getName(), myQname))))) { myLastAttr = p; if (!myAttributes.containsKey(p)) { myAttributes.put(p, Pair.create(new LinkedHashMap<>(), optional > 0)); } return super.onAttribute(p); } return null; }
onAttribute
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Void (DValuePattern p) { if (myLastAttr != null) { myAttributes.get(myLastAttr).first.put(p.getValue(), p.getType()); } return super.onValue(p); }
onValue
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Void (DOptionalPattern p) { optional++; try { return super.onOptional(p); } finally { optional--; } }
onOptional
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Void (DZeroOrMorePattern p) { optional++; try { return super.onZeroOrMore(p); } finally { optional--; } }
onZeroOrMore
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Void (DChoicePattern p) { optional++; try { return super.onChoice(p); } finally { optional--; } }
onChoice
302,557
Void (DDataPattern p) { if (depth == 1 && myLastAttr != null) { myAttributes.get(myLastAttr).first.put(null, p.getType()); } return null; }
onData
302,558
boolean (@NotNull NameClass patternClass) { return !patternClass.isOpen() && ContainerUtil.find(patternClass.listNames(), pattern -> pattern.getLocalPart().endsWith(STAR_PATTERN_SUFFIX)) != null; }
hasStarPattern
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boolean (@NotNull NameClass patternClass, @NotNull QName qname) { return !patternClass.isOpen() && ContainerUtil.find(patternClass.listNames(), pattern -> { String patternLocal = pattern.getLocalPart(); if (patternLocal.endsWith(STAR_PATTERN_SUFFIX) && Objects.equals(qname.getNamespaceURI(), pattern.getNamespaceURI())) { String prefixPattern = patternLocal.substring(0, patternLocal.length() - STAR_PATTERN_SUFFIX.length()); String name = qname.getLocalPart(); return name.length() > prefixPattern.length() && name.startsWith(prefixPattern); } return false; }) != null; }
hasStarMatch
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int (@Nullable Locator o) { if (o == null) { return 0; } final String s = o.getSystemId(); return o.getLineNumber() * 31 + o.getColumnNumber() * 23 + (s != null ? s.hashCode() * 11 : 0); }
hashCode
302,561
boolean (@Nullable Locator o, @Nullable Locator o1) { if (o == o1) { return true; } if (o == null || o1 == null) { return false; } if ((o.getLineNumber() == o1.getLineNumber() && o.getColumnNumber() == o1.getColumnNumber())) { if (Objects.equals(o.getSystemId(), o1.getSystemId())) { return true; } } return false; }
equals
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QName (DAttributePattern pattern) { final Iterator<QName> iterator = pattern.getName().listNames().iterator(); return iterator.hasNext() ? iterator.next() : UNKNOWN; }
getName
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RngXmlAttributeDescriptor (RngXmlAttributeDescriptor d) { final QName name = d.myName.equals(UNKNOWN) ? myName : d.myName; Map<String, String> values = new LinkedHashMap<>(myValues); values.putAll(d.myValues); Set<Locator> locations = CollectionFactory.createCustomHashingStrategySet(HASHING_STRATEGY); locations.addAll(myDeclarations); locations.addAll(d.myDeclarations); return new RngXmlAttributeDescriptor(myElementDescriptor, name, values, myOptional || d.myOptional, locations.toArray(new Locator[0])); }
mergeWith
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boolean () { return !myOptional; }
isRequired
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boolean () { return isEnumerated() && myValues.size() == 1; }
isFixed
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boolean () { return myValues.containsValue("ID"); }
hasIdType
302,567
boolean () { return myValues.containsValue("IDREF"); }
hasIdRefType
302,568
String () { return isFixed() ? myValues.keySet().iterator().next() : null; }
getDefaultValue
302,569
boolean () { return myValues.size() > 0 && myValues.get(null) == null; }
isEnumerated
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String[] () { if (myValues.size() > 0) { final Map<String, String> copy; if (myValues.get(null) != null) { copy = new HashMap<>(myValues); copy.remove(null); } else { copy = myValues; } return ArrayUtilRt.toStringArray(copy.keySet()); } else { return ArrayUtilRt.EMPTY_STRING_ARRAY; } }
getEnumeratedValues
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PsiElement () { final Iterator<Locator> it = myDeclarations.iterator(); if (!it.hasNext()) return null; return myElementDescriptor.getDeclaration(it.next()); }
getDeclaration
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Collection<PsiElement> () { return ContainerUtil.map(myDeclarations, locator -> myElementDescriptor.getDeclaration(locator)); }
getDeclarations
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String (PsiElement context) { final XmlTag tag = PsiTreeUtil.getParentOfType(context, XmlTag.class, false, PsiFile.class); if (tag != null) { final String uri = myName.getNamespaceURI(); final String prefix = tag.getPrefixByNamespace(uri); if (prefix != null) { if (prefix.length() == 0) { return myName.getLocalPart(); } else { return prefix + ":" + myName.getLocalPart(); } } } if (myName.getNamespaceURI().length() > 0) { final String prefix2 = myName.getPrefix(); if (prefix2 != null && prefix2.length() > 0) { return prefix2 + ":" + myName.getLocalPart(); } } return myName.getLocalPart(); }
getName
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String () { return myName.getLocalPart(); }
getName
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void (PsiElement element) { }
init
302,576
String (XmlElement context, String value) { if (isTokenDatatype(value)) { value = normalizeSpace(value); } return super.validateValue(context, value); }
validateValue
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boolean (String value) { if (myValues.containsKey(value)) { return "token".equals(myValues.get(value)); } value = normalizeSpace(value); return myValues.containsKey(value) && "token".equals(myValues.get(value)); }
isTokenDatatype
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String (String value) { return value.replaceAll("\\s+", " ").trim(); }
normalizeSpace
302,579
PsiReference[] (final XmlElement element, @NotNull String text) { if (element.getContainingFile() instanceof HtmlCompatibleFile) { return new PsiReference[]{new HtmlEnumeratedValueReference(element, this, null) { @Nullable @Override public PsiElement resolve() { if (isTokenDatatype(getValue())) { return getElement(); } return super.resolve(); } }}; } else { return new PsiReference[]{new XmlEnumeratedValueReference(element, this) { @Nullable @Override public PsiElement resolve() { if (isTokenDatatype(getValue())) { return getElement(); } return super.resolve(); } }}; } }
getValueReferences
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PsiElement () { if (isTokenDatatype(getValue())) { return getElement(); } return super.resolve(); }
resolve
302,581
PsiElement () { if (isTokenDatatype(getValue())) { return getElement(); } return super.resolve(); }
resolve
302,582
String () { return "relax-ng"; }
getId
302,583
boolean (@NotNull VirtualFile file) { final FileType type = file.getFileType(); return type == XmlFileType.INSTANCE || type == RncFileType.getInstance(); }
acceptFile
302,584
void (@NotNull Consumer<? super FileType> fileTypeSink) { fileTypeSink.consume(XmlFileType.INSTANCE); fileTypeSink.consume(RncFileType.getInstance()); }
registerFileTypesUsedForIndexing
302,585
void (RncElement element) { element.acceptChildren(this); }
visitElement
302,586
void (RncInclude include) { final String path = include.getFileReference(); if (path != null) { infos.add(new FileIncludeInfo(path)); } }
visitInclude
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void (Include include) { include.acceptChildren(this); final PsiFile value = include.getInclude(); if (myVisitedFiles.get() == null) { myVisitedFiles.set(new ReferenceOpenHashSet<>()); } if (value != null && myVisitedFiles.get().add(value)) { doVisitRncOrRngFile(value, this); } }
visitInclude
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void (PsiFile file, CommonElement.Visitor visitor) { if (file instanceof RncFile) { final Grammar grammar = ((RncFile)file).getGrammar(); if (grammar != null) { grammar.acceptChildren(visitor); } } else if (file instanceof XmlFile) { final DomManager mgr = DomManager.getDomManager(file.getProject()); final DomFileElement<RngGrammar> element = mgr.getFileElement((XmlFile)file, RngGrammar.class); if (element != null) { element.getRootElement().acceptChildren(visitor); } } }
doVisitRncOrRngFile
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void (Div div) { div.acceptChildren(this); }
visitDiv
302,590
void (Define def) { myDefines.get().computeIfAbsent(def.getName(), __ -> new HashSet<>()).add(def); }
visitDefine
302,591
void (Pattern pattern) { }
visitPattern
302,592
void (Grammar pattern) { }
visitGrammar
302,593
void (Ref ref) { }
visitRef
302,594
Set<Define> (Grammar scope, final String value) { final Map<String, Set<Define>> map = getAllVariants(scope); if (map == null) { return null; } final Set<Define> set = map.get(value); // actually we should always do this, but I'm a bit afraid of the performance impact if (set == null || set.size() == 0) { final PsiElement element = scope.getPsiElement(); if (element != null) { final PsiFile file = element.getContainingFile(); if (file instanceof XmlFile) { final BackwardDefinitionResolver resolver = new BackwardDefinitionResolver(value); RelaxIncludeIndex.processBackwardDependencies((XmlFile)file, resolver); return resolver.getResult(); } } } return set; }
resolve
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boolean () { final PsiElement element = myScope.getPsiElement(); return element != null && element.isValid(); }
isValid
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boolean (@NotNull XmlFile element) { final Grammar g = GrammarFactory.getGrammar(element); if (g != null) { g.acceptChildren(new CommonElement.Visitor() { @Override public void visitElement(CommonElement pattern) { if (myResult == null) { super.visitElement(pattern); } } @Override public void visitDefine(Define define) { if (myValue.equals(define.getName())) { myResult = define; } } @Override public void visitInclude(Include include) { final PsiFile file = include.getInclude(); if (file != null && myVisitedPsiFiles.add(file)) { doVisitRncOrRngFile(file, this); } } }); } return myResult == null; }
execute
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void (CommonElement pattern) { if (myResult == null) { super.visitElement(pattern); } }
visitElement
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void (Define define) { if (myValue.equals(define.getName())) { myResult = define; } }
visitDefine
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void (Include include) { final PsiFile file = include.getInclude(); if (file != null && myVisitedPsiFiles.add(file)) { doVisitRncOrRngFile(file, this); } }
visitInclude