private static void addScopesToList(
final List<Pair<NamedScope, NamedScopesHolder>> scopeList, final NamedScopesHolder holder) {
NamedScope[] scopes = holder.getScopes();
for (NamedScope scope : scopes) {
scopeList.add(Pair.create(scope, holder));
}
}
@NotNull
private VirtualFilePointer create(
@Nullable("null means the pointer will be created from the (not null) url") VirtualFile file,
@Nullable("null means url has to be computed from the (not-null) file path") String url,
@NotNull Disposable parentDisposable,
@Nullable VirtualFilePointerListener listener) {
VirtualFileSystem fileSystem;
String protocol;
String path;
if (file == null) {
int protocolEnd = url.indexOf(URLUtil.SCHEME_SEPARATOR);
if (protocolEnd == -1) {
protocol = null;
fileSystem = null;
} else {
protocol = url.substring(0, protocolEnd);
fileSystem = myVirtualFileManager.getFileSystem(protocol);
}
path = url.substring(protocolEnd + URLUtil.SCHEME_SEPARATOR.length());
} else {
fileSystem = file.getFileSystem();
protocol = fileSystem.getProtocol();
path = file.getPath();
url = VirtualFileManager.constructUrl(protocol, path);
}
if (fileSystem == TEMP_FILE_SYSTEM) {
// for tests, recreate always
VirtualFile found = file == null ? VirtualFileManager.getInstance().findFileByUrl(url) : file;
return new IdentityVirtualFilePointer(found, url);
}
boolean isJar = fileSystem == JAR_FILE_SYSTEM;
if (fileSystem != LOCAL_FILE_SYSTEM && !isJar) {
// we are unable to track alien file systems for now
VirtualFile found =
fileSystem == null
? null
: file != null ? file : VirtualFileManager.getInstance().findFileByUrl(url);
// if file is null, this pointer will never be alive
return getOrCreateIdentity(url, found);
}
if (file == null) {
String cleanPath = cleanupPath(path, isJar);
// if newly created path is the same as substringed from url one then the url did not change,
// we can reuse it
//noinspection StringEquality
if (cleanPath != path) {
url = VirtualFileManager.constructUrl(protocol, cleanPath);
path = cleanPath;
}
}
// else url has come from VirtualFile.getPath() and is good enough
VirtualFilePointerImpl pointer =
getOrCreate(parentDisposable, listener, path, Pair.create(file, url));
DelegatingDisposable.registerDisposable(parentDisposable, pointer);
return pointer;
}
private Pair<AbstractUrl, String> createPairForNode(AbstractTreeNode node) {
final String className = node.getClass().getName();
final Object value = node.getValue();
final AbstractUrl url = createUrlByElement(value, myProject);
if (url == null) return null;
return Pair.create(url, className);
}
@NotNull
private Pair<Boolean, GroovyResolveResult[]> resolveByShape(
final boolean allVariants, @Nullable final GrExpression upToArgument) {
LOG.assertTrue(allVariants || upToArgument == null);
final Trinity key =
Trinity.create(
TypeInferenceHelper.getCurrentContext(), this, Pair.create(allVariants, upToArgument));
final Pair<Boolean, GroovyResolveResult[]> result =
RecursionManager.doPreventingRecursion(
key,
true,
new Computable<Pair<Boolean, GroovyResolveResult[]>>() {
@Override
public Pair<Boolean, GroovyResolveResult[]> compute() {
return doResolveByShape(allVariants, upToArgument);
}
});
return result == null ? Pair.create(false, GroovyResolveResult.EMPTY_ARRAY) : result;
}
@Override
@Nullable
public PsiType fun(final GrReferenceExpressionImpl refExpr) {
final Pair key = Pair.create(TypeInferenceHelper.getCurrentContext(), refExpr);
return RecursionManager.doPreventingRecursion(
key,
true,
new Computable<PsiType>() {
@Override
public PsiType compute() {
return doFun(refExpr);
}
});
}
@NotNull
public List<Pair<TaskInfo, ProgressIndicator>> getBackgroundProcesses() {
synchronized (myOriginals) {
if (myOriginals.isEmpty()) return Collections.emptyList();
List<Pair<TaskInfo, ProgressIndicator>> result =
new ArrayList<Pair<TaskInfo, ProgressIndicator>>(myOriginals.size());
for (int i = 0; i < myOriginals.size(); i++) {
result.add(Pair.<TaskInfo, ProgressIndicator>create(myInfos.get(i), myOriginals.get(i)));
}
return Collections.unmodifiableList(result);
}
}
@NotNull
private VirtualFilePointer create(
@Nullable VirtualFile file,
@NotNull String url,
@NotNull final Disposable parentDisposable,
@Nullable VirtualFilePointerListener listener) {
String protocol;
IVirtualFileSystem fileSystem;
if (file == null) {
protocol = VirtualFileManager.extractProtocol(url);
fileSystem = myVirtualFileManager.getFileSystem(protocol);
} else {
protocol = null;
fileSystem = file.getFileSystem();
}
if (fileSystem == myTempFileSystem) {
// for tests, recreate always
VirtualFile found = file == null ? VirtualFileManager.getInstance().findFileByUrl(url) : file;
return new IdentityVirtualFilePointer(found, url);
}
if (fileSystem != myLocalFileSystem && !(fileSystem instanceof ArchiveFileSystem)) {
// we are unable to track alien file systems for now
VirtualFile found =
fileSystem == null
? null
: file != null ? file : VirtualFileManager.getInstance().findFileByUrl(url);
// if file is null, this pointer will never be alive
return getOrCreateIdentity(url, found);
}
String path;
if (file == null) {
path = VirtualFileManager.extractPath(url);
path = cleanupPath(path, protocol, fileSystem);
url = VirtualFileManager.constructUrl(protocol, path);
} else {
path = file.getPath();
// url has come from VirtualFile.getUrl() and is good enough
}
VirtualFilePointerImpl pointer =
getOrCreate(parentDisposable, listener, path, Pair.create(file, url));
DelegatingDisposable.registerDisposable(parentDisposable, pointer);
return pointer;
}
private static void readFavoritesOneLevel(
Element list, Project project, Collection<TreeItem<Pair<AbstractUrl, String>>> result) {
final List listChildren = list.getChildren(FAVORITES_ROOT);
if (listChildren == null || listChildren.isEmpty()) return;
for (Object favorite : listChildren) {
final Element favoriteElement = (Element) favorite;
final String className = favoriteElement.getAttributeValue(CLASS_NAME);
final AbstractUrl abstractUrl = readUrlFromElement(favoriteElement, project);
if (abstractUrl != null) {
final TreeItem<Pair<AbstractUrl, String>> treeItem =
new TreeItem<Pair<AbstractUrl, String>>(Pair.create(abstractUrl, className));
result.add(treeItem);
readFavoritesOneLevel(favoriteElement, project, treeItem.getChildren());
}
}
}
@Override
public void beforeDocumentChange(@NotNull DocumentEvent event) {
if (myStopTrackingDocuments) return;
final Document document = event.getDocument();
if (!(document instanceof DocumentWindow) && !myLastCommittedTexts.containsKey(document)) {
myLastCommittedTexts.put(
document,
Pair.create(document.getImmutableCharSequence(), document.getModificationStamp()));
}
VirtualFile virtualFile = FileDocumentManager.getInstance().getFile(document);
boolean isRelevant = virtualFile != null && isRelevant(virtualFile);
final FileViewProvider viewProvider = getCachedViewProvider(document);
boolean inMyProject = viewProvider != null && viewProvider.getManager() == myPsiManager;
if (!isRelevant || !inMyProject) {
return;
}
final List<PsiFile> files = viewProvider.getAllFiles();
PsiFile psiCause = null;
for (PsiFile file : files) {
if (file == null) {
throw new AssertionError(
"View provider "
+ viewProvider
+ " ("
+ viewProvider.getClass()
+ ") returned null in its files array: "
+ files
+ " for file "
+ viewProvider.getVirtualFile());
}
if (mySynchronizer.isInsideAtomicChange(file)) {
psiCause = file;
}
}
if (psiCause == null) {
beforeDocumentChangeOnUnlockedDocument(viewProvider);
}
((SingleRootFileViewProvider) viewProvider).beforeDocumentChanged(psiCause);
}
@NotNull
private GroovyResolveResult[] doPolyResolveWithCaching(
final boolean incompleteCode, final boolean genericsMatter) {
final InferenceContext context = TypeInferenceHelper.getCurrentContext();
final Trinity<?, ?, ?> key =
Trinity.create(this, context, Pair.create(incompleteCode, genericsMatter));
final GroovyResolveResult[] value =
RecursionManager.doPreventingRecursion(
key,
true,
new Computable<GroovyResolveResult[]>() {
@Override
public GroovyResolveResult[] compute() {
return doPolyResolve(incompleteCode, genericsMatter);
}
});
return value == null ? GroovyResolveResult.EMPTY_ARRAY : value;
}
@NotNull
private Pair<Boolean, GroovyResolveResult[]> doResolveByShape(
boolean allVariants, @Nullable GrExpression upToArgument) {
final String name = getReferenceName();
LOG.assertTrue(name != null);
final MethodResolverProcessor shapeProcessor =
createMethodProcessor(allVariants, name, true, upToArgument);
processMethods(shapeProcessor);
GroovyResolveResult[] candidates = shapeProcessor.getCandidates();
assertAllAreValid(candidates);
if (hasMemberPointer()) {
candidates = collapseReflectedMethods(candidates);
}
return Pair.create(shapeProcessor.hasApplicableCandidates(), candidates);
}
public synchronized boolean editRoot(
@NotNull String name,
@NotNull List<Integer> elementsIndexes,
final AbstractTreeNode newElement) {
List<TreeItem<Pair<AbstractUrl, String>>> list = getFavoritesListRootUrls(name);
assert list != null;
for (Integer index : elementsIndexes.subList(0, elementsIndexes.size() - 1)) {
assert index >= 0 && index < list.size();
final TreeItem<Pair<AbstractUrl, String>> item = list.get(index);
list = item.getChildren();
}
assert list != null && !list.isEmpty();
final Object value = newElement.getValue();
final AbstractUrl urlByElement = createUrlByElement(value, myProject);
if (urlByElement == null) return false;
list.set(
elementsIndexes.get(elementsIndexes.size() - 1).intValue(),
new TreeItem<Pair<AbstractUrl, String>>(
Pair.create(urlByElement, newElement.getClass().getName())));
return true;
}
@NotNull
public static List<Pair<Breakpoint, Event>> getEventDescriptors(
SuspendContextImpl suspendContext) {
DebuggerManagerThreadImpl.assertIsManagerThread();
if (suspendContext == null) {
return Collections.emptyList();
}
final EventSet events = suspendContext.getEventSet();
if (events == null) {
return Collections.emptyList();
}
final List<Pair<Breakpoint, Event>> eventDescriptors = new SmartList<Pair<Breakpoint, Event>>();
final RequestManagerImpl requestManager = suspendContext.getDebugProcess().getRequestsManager();
for (final Event event : events) {
final Requestor requestor = requestManager.findRequestor(event.request());
if (requestor instanceof Breakpoint) {
eventDescriptors.add(Pair.create((Breakpoint) requestor, event));
}
}
return eventDescriptors;
}
@Override
public Pair<AbstractState, Precision> prec(
AbstractState s, Precision precision, ReachedSet reached) {
return Pair.create(s, precision);
}
private static void addPatchedInfos(
@NotNull HighlightInfo info,
@NotNull PsiFile injectedPsi,
@NotNull DocumentWindow documentWindow,
@NotNull InjectedLanguageManager injectedLanguageManager,
@Nullable TextRange fixedTextRange,
@NotNull Collection<HighlightInfo> out) {
ProperTextRange textRange = new ProperTextRange(info.startOffset, info.endOffset);
List<TextRange> editables =
injectedLanguageManager.intersectWithAllEditableFragments(injectedPsi, textRange);
for (TextRange editable : editables) {
TextRange hostRange =
fixedTextRange == null ? documentWindow.injectedToHost(editable) : fixedTextRange;
boolean isAfterEndOfLine = info.isAfterEndOfLine();
if (isAfterEndOfLine) {
// convert injected afterEndOfLine to either host' afterEndOfLine or not-afterEndOfLine
// highlight of the injected fragment boundary
int hostEndOffset = hostRange.getEndOffset();
int lineNumber = documentWindow.getDelegate().getLineNumber(hostEndOffset);
int hostLineEndOffset = documentWindow.getDelegate().getLineEndOffset(lineNumber);
if (hostEndOffset < hostLineEndOffset) {
// convert to non-afterEndOfLine
isAfterEndOfLine = false;
hostRange = new ProperTextRange(hostRange.getStartOffset(), hostEndOffset + 1);
}
}
HighlightInfo patched =
new HighlightInfo(
info.forcedTextAttributes,
info.forcedTextAttributesKey,
info.type,
hostRange.getStartOffset(),
hostRange.getEndOffset(),
info.getDescription(),
info.getToolTip(),
info.type.getSeverity(null),
isAfterEndOfLine,
null,
false,
0,
info.getProblemGroup(),
info.getGutterIconRenderer());
patched.setHint(info.hasHint());
if (info.quickFixActionRanges != null) {
for (Pair<HighlightInfo.IntentionActionDescriptor, TextRange> pair :
info.quickFixActionRanges) {
TextRange quickfixTextRange = pair.getSecond();
List<TextRange> editableQF =
injectedLanguageManager.intersectWithAllEditableFragments(
injectedPsi, quickfixTextRange);
for (TextRange editableRange : editableQF) {
HighlightInfo.IntentionActionDescriptor descriptor = pair.getFirst();
if (patched.quickFixActionRanges == null)
patched.quickFixActionRanges =
new ArrayList<Pair<HighlightInfo.IntentionActionDescriptor, TextRange>>();
TextRange hostEditableRange = documentWindow.injectedToHost(editableRange);
patched.quickFixActionRanges.add(Pair.create(descriptor, hostEditableRange));
}
}
}
patched.setFromInjection(true);
out.add(patched);
}
}
public static String composeText(
final Map<String, ExpectedHighlightingSet> types,
Collection<HighlightInfo> infos,
String text) {
// filter highlighting data and map each highlighting to a tag name
List<Pair<String, HighlightInfo>> list =
ContainerUtil.mapNotNull(
infos,
(NullableFunction<HighlightInfo, Pair<String, HighlightInfo>>)
info -> {
for (Map.Entry<String, ExpectedHighlightingSet> entry : types.entrySet()) {
final ExpectedHighlightingSet set = entry.getValue();
if (set.enabled
&& set.severity == info.getSeverity()
&& set.endOfLine == info.isAfterEndOfLine()) {
return Pair.create(entry.getKey(), info);
}
}
return null;
});
boolean showAttributesKeys = false;
for (ExpectedHighlightingSet eachSet : types.values()) {
for (HighlightInfo eachInfo : eachSet.infos) {
if (eachInfo.forcedTextAttributesKey != null) {
showAttributesKeys = true;
break;
}
}
}
// sort filtered highlighting data by end offset in descending order
Collections.sort(
list,
(o1, o2) -> {
HighlightInfo i1 = o1.second;
HighlightInfo i2 = o2.second;
int byEnds = i2.endOffset - i1.endOffset;
if (byEnds != 0) return byEnds;
if (!i1.isAfterEndOfLine() && !i2.isAfterEndOfLine()) {
int byStarts = i1.startOffset - i2.startOffset;
if (byStarts != 0) return byStarts;
} else {
int byEOL = Comparing.compare(i2.isAfterEndOfLine(), i1.isAfterEndOfLine());
if (byEOL != 0) return byEOL;
}
int bySeverity = i2.getSeverity().compareTo(i1.getSeverity());
if (bySeverity != 0) return bySeverity;
return Comparing.compare(i1.getDescription(), i2.getDescription());
});
// combine highlighting data with original text
StringBuilder sb = new StringBuilder();
Couple<Integer> result = composeText(sb, list, 0, text, text.length(), 0, showAttributesKeys);
sb.insert(0, text.substring(0, result.second));
return sb.toString();
}
public void setSubstAnnotation(@Nullable String substAnnotation) {
if (substAnnotation == null) return;
mySubstAnnotation = substAnnotation;
mySubstAnnotationPair = Pair.create(substAnnotation, Collections.singleton(substAnnotation));
}
public void setPatternAnnotation(@Nullable String patternAnnotation) {
if (patternAnnotation == null) return;
myPatternAnnotation = patternAnnotation;
myPatternAnnotationPair =
Pair.create(patternAnnotation, Collections.singleton(patternAnnotation));
}
public void setLanguageAnnotation(@Nullable String languageAnnotation) {
if (languageAnnotation == null) return;
myLanguageAnnotation = languageAnnotation;
myLanguageAnnotationPair =
Pair.create(languageAnnotation, Collections.singleton(languageAnnotation));
}
public synchronized boolean addRoot(
@NotNull String name,
@NotNull List<AbstractTreeNode> parentElements,
final AbstractTreeNode newElement,
@Nullable AbstractTreeNode sibling) {
final List<TreeItem<Pair<AbstractUrl, String>>> items = myName2FavoritesRoots.get(name);
if (items == null) return false;
AbstractUrl url = createUrlByElement(newElement.getValue(), myProject);
if (url == null) return false;
final TreeItem<Pair<AbstractUrl, String>> newItem =
new TreeItem<Pair<AbstractUrl, String>>(Pair.create(url, newElement.getClass().getName()));
if (parentElements.isEmpty()) {
// directly to list
if (sibling != null) {
TreeItem<Pair<AbstractUrl, String>> after = null;
AbstractUrl siblingUrl = createUrlByElement(sibling.getValue(), myProject);
int idx = -1;
for (int i = 0; i < items.size(); i++) {
TreeItem<Pair<AbstractUrl, String>> item = items.get(i);
if (item.getData().getFirst().equals(siblingUrl)) {
idx = i;
break;
}
}
if (idx != -1) {
items.add(idx, newItem);
} else {
items.add(newItem);
}
} else {
items.add(newItem);
}
fireListeners.rootsChanged(name);
return true;
}
Collection<TreeItem<Pair<AbstractUrl, String>>> list = items;
TreeItem<Pair<AbstractUrl, String>> item = null;
for (AbstractTreeNode obj : parentElements) {
AbstractUrl objUrl = createUrlByElement(obj.getValue(), myProject);
item = findNextItem(objUrl, list);
if (item == null) return false;
list = item.getChildren();
}
if (sibling != null) {
TreeItem<Pair<AbstractUrl, String>> after = null;
AbstractUrl siblingUrl = createUrlByElement(sibling.getValue(), myProject);
for (TreeItem<Pair<AbstractUrl, String>> treeItem : list) {
if (treeItem.getData().getFirst().equals(siblingUrl)) {
after = treeItem;
break;
}
}
if (after == null) {
item.addChild(newItem);
} else {
item.addChildAfter(newItem, after);
}
} else {
item.addChild(newItem);
}
fireListeners.rootsChanged(name);
return true;
}
private static Pair<Set<String>, Set<TextWithImports>> findReferencedVars(
Set<String> visibleVars, SourcePosition position) {
final int line = position.getLine();
if (line < 0) {
return Pair.create(Collections.<String>emptySet(), Collections.<TextWithImports>emptySet());
}
final PsiFile positionFile = position.getFile();
if (!positionFile.getLanguage().isKindOf(JavaLanguage.INSTANCE)) {
return Pair.create(visibleVars, Collections.<TextWithImports>emptySet());
}
final VirtualFile vFile = positionFile.getVirtualFile();
final Document doc =
vFile != null ? FileDocumentManager.getInstance().getDocument(vFile) : null;
if (doc == null || doc.getLineCount() == 0 || line > (doc.getLineCount() - 1)) {
return Pair.create(Collections.<String>emptySet(), Collections.<TextWithImports>emptySet());
}
final TextRange limit = calculateLimitRange(positionFile, doc, line);
int startLine = Math.max(limit.getStartOffset(), line - 1);
startLine = Math.min(startLine, limit.getEndOffset());
while (startLine > limit.getStartOffset() && shouldSkipLine(positionFile, doc, startLine)) {
startLine--;
}
final int startOffset = doc.getLineStartOffset(startLine);
int endLine = Math.min(line + 2, limit.getEndOffset());
while (endLine < limit.getEndOffset() && shouldSkipLine(positionFile, doc, endLine)) {
endLine++;
}
final int endOffset = doc.getLineEndOffset(endLine);
final TextRange lineRange = new TextRange(startOffset, endOffset);
if (!lineRange.isEmpty()) {
final int offset =
CharArrayUtil.shiftForward(doc.getCharsSequence(), doc.getLineStartOffset(line), " \t");
PsiElement element = positionFile.findElementAt(offset);
if (element != null) {
PsiMethod method = PsiTreeUtil.getNonStrictParentOfType(element, PsiMethod.class);
if (method != null) {
element = method;
} else {
PsiField field = PsiTreeUtil.getNonStrictParentOfType(element, PsiField.class);
if (field != null) {
element = field;
} else {
final PsiClassInitializer initializer =
PsiTreeUtil.getNonStrictParentOfType(element, PsiClassInitializer.class);
if (initializer != null) {
element = initializer;
}
}
}
//noinspection unchecked
if (element instanceof PsiCompiledElement) {
return Pair.create(visibleVars, Collections.<TextWithImports>emptySet());
} else {
VariablesCollector collector =
new VariablesCollector(visibleVars, adjustRange(element, lineRange));
element.accept(collector);
return Pair.create(collector.getVars(), collector.getExpressions());
}
}
}
return Pair.create(Collections.<String>emptySet(), Collections.<TextWithImports>emptySet());
}