void QuickOpenPlugin::quickOpenDeclaration()
{
if(jumpToSpecialObject())
return;
KDevelop::DUChainReadLocker lock( DUChain::lock() );
Declaration* decl = cursorDeclaration();
if(!decl) {
qCDebug(PLUGIN_QUICKOPEN) << "Found no declaration for cursor, cannot jump";
return;
}
decl->activateSpecialization();
IndexedString u = decl->url();
KTextEditor::Cursor c = decl->rangeInCurrentRevision().start();
if(u.isEmpty()) {
qCDebug(PLUGIN_QUICKOPEN) << "Got empty url for declaration" << decl->toString();
return;
}
lock.unlock();
core()->documentController()->openDocument(u.toUrl(), c);
}
void AdaptSignatureAction::execute()
{
ENSURE_CHAIN_NOT_LOCKED
DUChainReadLocker lock;
IndexedString url = m_otherSideTopContext->url();
lock.unlock();
m_otherSideTopContext = DUChain::self()->waitForUpdate(url, TopDUContext::AllDeclarationsContextsAndUses);
if (!m_otherSideTopContext) {
clangDebug() << "failed to update" << url.str();
return;
}
lock.lock();
Declaration* otherSide = m_otherSideId.getDeclaration(m_otherSideTopContext.data());
if (!otherSide) {
clangDebug() << "could not find definition";
return;
}
DUContext* functionContext = DUChainUtils::getFunctionContext(otherSide);
if (!functionContext) {
clangDebug() << "no function context";
return;
}
if (!functionContext || functionContext->type() != DUContext::Function) {
clangDebug() << "no correct function context";
return;
}
DocumentChangeSet changes;
KTextEditor::Range parameterRange = ClangIntegration::DUChainUtils::functionSignatureRange(otherSide);
QString newText = CodegenHelper::makeSignatureString(otherSide, m_newSignature, !m_editingDefinition);
if (!m_editingDefinition) {
// append a newline after the method signature in case the method definition follows
newText += QLatin1Char('\n');
}
DocumentChange changeParameters(functionContext->url(), parameterRange, QString(), newText);
lock.unlock();
changeParameters.m_ignoreOldText = true;
changes.addChange(changeParameters);
changes.setReplacementPolicy(DocumentChangeSet::WarnOnFailedChange);
DocumentChangeSet::ChangeResult result = changes.applyAllChanges();
if (!result) {
KMessageBox::error(nullptr, i18n("Failed to apply changes: %1", result.m_failureReason));
}
emit executed(this);
foreach(RenameAction * renAct, m_renameActions) {
renAct->execute();
}
}
IndexedString ClangIndex::translationUnitForUrl(const IndexedString& url)
{
{ // try explicit pin data first
QMutexLocker lock(&m_mappingMutex);
auto tu = m_tuForUrl.find(url);
if (tu != m_tuForUrl.end()) {
if (!QFile::exists(tu.value().str())) {
// TU doesn't exist, unpin
m_tuForUrl.erase(tu);
return url;
}
return tu.value();
}
}
// if no explicit pin data is available, follow back the duchain import chain
{
DUChainReadLocker lock;
TopDUContext* top = DUChain::self()->chainForDocument(url);
if (top) {
TopDUContext* tuTop = top;
QSet<TopDUContext*> visited;
while(true) {
visited.insert(tuTop);
TopDUContext* next = nullptr;
auto importers = tuTop->indexedImporters();
foreach(IndexedDUContext ctx, importers) {
if (ctx.data()) {
next = ctx.data()->topContext();
break;
}
}
if (!next || visited.contains(next)) {
break;
}
tuTop = next;
}
if (tuTop != top) {
return tuTop->url();
}
}
}
// otherwise, fallback to a simple buddy search for headers
if (ClangHelpers::isHeader(url.str())) {
foreach(const QUrl& buddy, DocumentFinderHelpers::getPotentialBuddies(url.toUrl(), false)) {
const QString buddyPath = buddy.toLocalFile();
if (QFile::exists(buddyPath)) {
return IndexedString(buddyPath);
}
}
}
void UseBuilder::visitUnaryExpression( UnaryExpressionAst* node )
{
IndexedString includeFile = getIncludeFileForNode(node, m_editor);
if ( !includeFile.isEmpty() ) {
QualifiedIdentifier identifier(includeFile.str());
DUChainWriteLocker lock(DUChain::lock());
foreach ( Declaration* dec, currentContext()->topContext()->findDeclarations(identifier) ) {
if ( dec->kind() == Declaration::Import ) {
newUse(node->includeExpression, DeclarationPointer(dec));
return;
}
}
}
FileCodeRepresentation(const IndexedString& document) : m_document(document) {
QString localFile(document.toUrl().toLocalFile());
QFile file( localFile );
if ( file.open(QIODevice::ReadOnly) ) {
data = QString::fromLocal8Bit(file.readAll());
lineData = data.split('\n');
}
m_exists = file.exists();
}
void computeHash() const {
Q_ASSERT(dynamic);
//this must stay thread-safe(may be called by multiple threads at a time)
//The thread-safety is given because all threads will have the same result, and it will only be written once at the end.
uint hash = m_identifier.hash();
FOREACH_FUNCTION_STATIC(const IndexedTypeIdentifier& templateIdentifier, templateIdentifiers)
hash = hash * 13 + templateIdentifier.hash();
hash += m_unique;
m_hash = hash;
}
CodeRepresentation::Ptr createCodeRepresentation(const IndexedString& path) {
if(artificialCodeRepresentationExists(path))
return CodeRepresentation::Ptr(new StringCodeRepresentation(representationForPath(path)));
IDocument* document = ICore::self()->documentController()->documentForUrl(path.toUrl());
if(document && document->textDocument())
return CodeRepresentation::Ptr(new EditorCodeRepresentation(document->textDocument()));
else
return CodeRepresentation::Ptr(new FileCodeRepresentation(path));
}
//Return the representation for the given URL if it exists, or an empty pointer otherwise
static QExplicitlySharedDataPointer<ArtificialStringData> representationForPath(const IndexedString& path)
{
if(artificialStrings.contains(path))
return artificialStrings[path];
else
{
IndexedString constructedPath(CodeRepresentation::artificialPath(path.str()));
if(artificialStrings.contains(constructedPath))
return artificialStrings[constructedPath];
else
return QExplicitlySharedDataPointer<ArtificialStringData>();
}
}
//Return the representation for the given URL if it exists, or an empty pointer otherwise
KSharedPtr<ArtificialStringData> representationForUrl(const IndexedString& url)
{
if(artificialStrings.contains(url))
return artificialStrings[url];
else
{
IndexedString constructedUrl(CodeRepresentation::artificialUrl(url.str()));
if(artificialStrings.contains(constructedUrl))
return artificialStrings[constructedUrl];
else
return KSharedPtr<ArtificialStringData>();
}
}
IndexedString ClangIndex::translationUnitForUrl(const IndexedString& url)
{
{ // try explicit pin data first
QMutexLocker lock(&m_mappingMutex);
auto tu = m_tuForUrl.find(url);
if (tu != m_tuForUrl.end()) {
if (!QFile::exists(tu.value().str())) {
// TU doesn't exist, unpin
m_tuForUrl.erase(tu);
return url;
}
return tu.value();
}
}
// otherwise, fallback to a simple buddy search for headers
if (ClangHelpers::isHeader(url.str())) {
foreach(const QUrl& buddy, DocumentFinderHelpers::getPotentialBuddies(url.toUrl(), false)) {
const QString buddyPath = buddy.toLocalFile();
if (QFile::exists(buddyPath)) {
return IndexedString(buddyPath);
}
}
}
void ApplyChangesWidget::addDocuments(const IndexedString & original)
{
int idx=d->m_files.indexOf(original);
if(idx<0) {
QWidget * w = new QWidget;
d->m_documentTabs->addTab(w, original.str());
d->m_documentTabs->setCurrentWidget(w);
d->m_files.insert(d->m_index, original);
d->createEditPart(original);
} else {
d->m_index=idx;
}
}
QList< ReferencedTopDUContext > ParseSession::contextForThisPackage(IndexedString package)
{
QList<ReferencedTopDUContext> contexts;
QUrl url = package.toUrl();
QDir path(url.adjusted(QUrl::RemoveFilename).path());
if(path.exists())
{
int priority = BackgroundParser::WorstPriority;
if(!forExport)
priority = -1; //import this package as soon as possible
else if(m_priority<=-1)
priority = BackgroundParser::WorstPriority-2;//all needed files should be scheduled already
else
priority = m_priority;//currently parsejob does not get created in this cases to reduce recursion
QStringList files = path.entryList(QStringList("*.go"), QDir::Files | QDir::NoSymLinks);
bool shouldReparse=false;
for(QString filename : files)
{
filename = path.filePath(filename);
QFile file(filename);
if(!file.exists())
continue;
if(forExport && filename.endsWith("_test.go"))
continue;
IndexedString url(filename);
DUChainReadLocker lock;
ReferencedTopDUContext context = DUChain::self()->chainForDocument(url);
lock.unlock();
if(context)
contexts.append(context);
else
{
if(scheduleForParsing(url, priority, (TopDUContext::Features)(TopDUContext::ForceUpdate | TopDUContext::AllDeclarationsAndContexts)))
shouldReparse=true;
}
}
if(shouldReparse)
scheduleForParsing(m_document, priority+1, (TopDUContext::Features)(m_features | TopDUContext::ForceUpdate));
}
return contexts;
}
InsertArtificialCodeRepresentation::InsertArtificialCodeRepresentation(const IndexedString& file,
const QString& text)
: m_file(file)
{
if(m_file.toUrl().isRelative())
{
m_file = IndexedString(CodeRepresentation::artificialUrl(file.str()));
int idx = 0;
while(artificialStrings.contains(m_file))
{
++idx;
m_file = IndexedString(CodeRepresentation::artificialUrl(QString("%1_%2").arg(idx).arg(file.str())));
}
}
Q_ASSERT(!artificialStrings.contains(m_file));
artificialStrings.insert(m_file, KSharedPtr<ArtificialStringData>(new ArtificialStringData(text)));
}
void ApplyChangesWidgetPrivate::createEditPart(const IndexedString & file)
{
QWidget * widget = m_documentTabs->currentWidget();
Q_ASSERT(widget);
QVBoxLayout *m=new QVBoxLayout(widget);
QSplitter *v=new QSplitter(widget);
m->addWidget(v);
QUrl url = file.toUrl();
QMimeType mimetype = QMimeDatabase().mimeTypeForUrl(url);
KParts::ReadWritePart* part=KMimeTypeTrader::self()->createPartInstanceFromQuery<KParts::ReadWritePart>(mimetype.name(), widget, widget);
KTextEditor::Document* document=qobject_cast<KTextEditor::Document*>(part);
Q_ASSERT(document);
Q_ASSERT(document->action("file_save"));
document->action("file_save")->setEnabled(false);
m_editParts.insert(m_index, part);
//Open the best code representation, even if it is artificial
CodeRepresentation::Ptr repr = createCodeRepresentation(file);
if(!repr->fileExists())
{
const QString templateName = QDir::tempPath() + QLatin1Char('/') + url.fileName().split('.').last();
QTemporaryFile * temp(new QTemporaryFile(templateName));
temp->open();
temp->write(repr->text().toUtf8());
temp->close();
url = QUrl::fromLocalFile(temp->fileName());
m_temps << temp;
}
m_editParts[m_index]->openUrl(url);
v->addWidget(m_editParts[m_index]->widget());
v->setSizes(QList<int>() << 400 << 100);
}
InsertArtificialCodeRepresentation::InsertArtificialCodeRepresentation(const IndexedString& file,
const QString& text)
: m_file(file)
{
// make it simpler to use this by converting relative strings into artificial paths
if(QUrl(m_file.str()).isRelative())
{
m_file = IndexedString(CodeRepresentation::artificialPath(file.str()));
int idx = 0;
while(artificialStrings.contains(m_file))
{
++idx;
m_file = IndexedString(CodeRepresentation::artificialPath(QStringLiteral("%1_%2").arg(idx).arg(file.str())));
}
}
Q_ASSERT(!artificialStrings.contains(m_file));
artificialStrings.insert(m_file, QExplicitlySharedDataPointer<ArtificialStringData>(new ArtificialStringData(text)));
}
bool KompareWidgets::compare(const IndexedString & original, const QString & modified, QWidget * widget, int index)
{
//If there is no current part created, Create it
if( !d->partExists(index) &&
!d->createWidget(index, widget))
return false;
//Prepare the part
KParts::Part * part = d->m_parts[index];
KompareInterface * ipart = qobject_cast<KompareInterface * >(part);
Q_ASSERT(part);
part->widget()->setVisible(true);
part->widget()->resize(part->widget()->parentWidget()->size());
part->widget()->setSizePolicy(QSizePolicy(QSizePolicy::Expanding, QSizePolicy::Expanding));
//Compare
ipart->compareFileString(original.toUrl(), modified);
//Set to used
d->m_usedWidgets[index] = true;
return true;
}
ReferencedTopDUContext ClangHelpers::buildDUChain(CXFile file, const Imports& imports, const ParseSession& session,
TopDUContext::Features features, IncludeFileContexts& includedFiles,
ClangIndex* index, const std::function<bool()>& abortFunction)
{
if (includedFiles.contains(file)) {
return {};
}
if (abortFunction && abortFunction()) {
return {};
}
// prevent recursion
includedFiles.insert(file, {});
// ensure DUChain for imports are build properly
foreach(const auto& import, imports.values(file)) {
buildDUChain(import.file, imports, session, features, includedFiles, index, abortFunction);
}
const IndexedString path(QDir(ClangString(clang_getFileName(file)).toString()).canonicalPath());
if (path.isEmpty()) {
// may happen when the file gets removed before the job is run
return {};
}
const auto& environment = session.environment();
bool update = false;
UrlParseLock urlLock(path);
ReferencedTopDUContext context;
{
DUChainWriteLocker lock;
context = DUChain::self()->chainForDocument(path, &environment);
if (!context) {
context = ::createTopContext(path, environment);
} else {
update = true;
}
includedFiles.insert(file, context);
if (update) {
auto envFile = ClangParsingEnvironmentFile::Ptr(dynamic_cast<ClangParsingEnvironmentFile*>(context->parsingEnvironmentFile().data()));
Q_ASSERT(envFile);
if (!envFile)
return context;
/* NOTE: When we are here, then either the translation unit or one of its headers was changed.
* Thus we must always update the translation unit to propagate the change(s).
* See also: https://bugs.kde.org/show_bug.cgi?id=356327
* This assumes that headers are independent, we may need to improve that in the future
* and also update header files more often when other files included therein got updated.
*/
if (path != environment.translationUnitUrl() && !envFile->needsUpdate(&environment) && envFile->featuresSatisfied(features)) {
return context;
} else {
//TODO: don't attempt to update if this environment is worse quality than the outdated one
if (index && envFile->environmentQuality() < environment.quality()) {
index->pinTranslationUnitForUrl(environment.translationUnitUrl(), path);
}
envFile->setEnvironment(environment);
envFile->setModificationRevision(ModificationRevision::revisionForFile(context->url()));
}
context->clearImportedParentContexts();
}
context->setFeatures(features);
foreach(const auto& import, imports.values(file)) {
auto ctx = includedFiles.value(import.file);
if (!ctx) {
// happens for cyclic imports
continue;
}
context->addImportedParentContext(ctx, import.location);
}
context->updateImportsCache();
}
const auto problems = session.problemsForFile(file);
{
DUChainWriteLocker lock;
context->setProblems(problems);
}
Builder::visit(session.unit(), file, includedFiles, update);
DUChain::self()->emitUpdateReady(path, context);
return context;
}
bool UsesCollector::shouldRespectFile(IndexedString document) {
return (bool)ICore::self()->projectController()->findProjectForUrl(document.toUrl()) || (bool)ICore::self()->documentController()->documentForUrl(document.toUrl());
}
ReferencedTopDUContext ClangHelpers::buildDUChain(CXFile file, const Imports& imports, const ParseSession& session,
TopDUContext::Features features, IncludeFileContexts& includedFiles,
ClangIndex* index)
{
if (includedFiles.contains(file)) {
return {};
}
// prevent recursion
includedFiles.insert(file, {});
// ensure DUChain for imports are build properly
foreach(const auto& import, imports.values(file)) {
buildDUChain(import.file, imports, session, features, includedFiles, index);
}
const IndexedString path(QDir(ClangString(clang_getFileName(file)).toString()).canonicalPath());
if (path.isEmpty()) {
// may happen when the file gets removed before the job is run
return {};
}
const auto& environment = session.environment();
bool update = false;
UrlParseLock urlLock(path);
ReferencedTopDUContext context;
{
DUChainWriteLocker lock;
context = DUChain::self()->chainForDocument(path, &environment);
if (!context) {
context = ::createTopContext(path, environment);
} else {
update = true;
}
includedFiles.insert(file, context);
if (update) {
auto envFile = ClangParsingEnvironmentFile::Ptr(dynamic_cast<ClangParsingEnvironmentFile*>(context->parsingEnvironmentFile().data()));
Q_ASSERT(envFile);
if (!envFile->needsUpdate(&environment) && envFile->featuresSatisfied(features)) {
return context;
} else {
//TODO: don't attempt to update if this environment is worse quality than the outdated one
if (index && envFile->environmentQuality() < environment.quality()) {
index->pinTranslationUnitForUrl(environment.translationUnitUrl(), path);
}
envFile->setEnvironment(environment);
envFile->setModificationRevision(ModificationRevision::revisionForFile(context->url()));
}
context->clearImportedParentContexts();
}
context->setFeatures(features);
foreach(const auto& import, imports.values(file)) {
Q_ASSERT(includedFiles.contains(import.file));
auto ctx = includedFiles.value(import.file);
if (!ctx) {
// happens for cyclic imports
continue;
}
context->addImportedParentContext(ctx, import.location);
}
context->updateImportsCache();
}
const auto problems = session.problemsForFile(file);
{
DUChainWriteLocker lock;
context->setProblems(problems);
}
Builder::visit(session.unit(), file, includedFiles, update);
return context;
}
///TODO: share code with TypeBuilder
void TypeASTVisitor::visitSimpleTypeSpecifier(SimpleTypeSpecifierAST *node)
{
if(m_stopSearch)
return;
Cpp::FindDeclaration find( m_context, m_source, m_flags, m_context->range().end );
find.openQualifiedIdentifier(false);
// Don't forget the modifiers!
uint modifiers = AbstractType::NoModifiers;
if (node->cv) {
const ListNode<uint> *it = node->cv->toFront();
const ListNode<uint> *end = it;
do {
int kind = m_session->token_stream->kind(it->element);
switch (kind) {
case Token_const:
modifiers |= AbstractType::ConstModifier;
break;
case Token_volatile:
modifiers |= AbstractType::VolatileModifier;
break;
default:
//qCDebug(CPPDUCHAIN) << "Unknown modifier token" << kind;
break;
}
it = it->next;
} while (it != end);
}
if (node->integrals)
{
uint type = IntegralType::TypeNone;
const ListNode<uint> *it2 = node->integrals->toFront();
const ListNode<uint> *end = it2;
do {
int kind = m_session->token_stream->kind(it2->element);
switch (kind) {
case Token_char:
type = IntegralType::TypeChar;
break;
case Token_char16_t:
type = IntegralType::TypeChar16_t;
break;
case Token_char32_t:
type = IntegralType::TypeChar32_t;
break;
case Token_wchar_t:
type = IntegralType::TypeWchar_t;
break;
case Token_bool:
type = IntegralType::TypeBoolean;
break;
case Token_short:
modifiers |= AbstractType::ShortModifier;
break;
case Token_int:
type = IntegralType::TypeInt;
break;
case Token_long:
if (modifiers & AbstractType::LongModifier)
modifiers |= AbstractType::LongLongModifier;
else
modifiers |= AbstractType::LongModifier;
break;
case Token_signed:
modifiers |= AbstractType::SignedModifier;
break;
case Token_unsigned:
modifiers |= AbstractType::UnsignedModifier;
break;
case Token_float:
type = IntegralType::TypeFloat;
break;
case Token_double:
type = IntegralType::TypeDouble;
break;
case Token_void:
type = IntegralType::TypeVoid;
break;
}
it2 = it2->next;
} while (it2 != end);
if(type == IntegralType::TypeNone)
type = IntegralType::TypeInt; //Happens, example: "unsigned short"
KDevelop::IntegralType::Ptr integral ( new KDevelop::IntegralType(type) );
integral->setModifiers(modifiers);
m_type = integral.cast<AbstractType>();
m_typeId = QualifiedIdentifier(integral->toString());
}
else if (node->isTypeof || node->isDecltype)
{
if (node->expression)
{
bool isDecltypeInParen = false;
if (node->isDecltype && node->expression->kind == AST::Kind_PrimaryExpression) {
int startPosition = m_session->token_stream->position(node->expression->start_token);
static IndexedString paren("(");
isDecltypeInParen = m_session->contentsVector()[startPosition] == paren.index();
}
ExpressionParser parser(false, false, isDecltypeInParen);
node->expression->ducontext = const_cast<DUContext*>(m_context);
ExpressionEvaluationResult result = parser.evaluateType(node->expression, m_session);
m_type = result.type.abstractType();
m_typeId = QualifiedIdentifier(result.toString());
{
LOCKDUCHAIN;
// Transform specific constants like '5' into their type 'int'
m_type = TypeUtils::removeConstants(m_type, m_source);
}
// make reference for decltype in additional parens - but only if it's not already a reference
// see spec 7.1.6/4
if (isDecltypeInParen && m_type && !TypeUtils::isReferenceType(m_type))
{
// type might already be a ref type
ReferenceType::Ptr refType = ReferenceType::Ptr(new ReferenceType);
refType->setBaseType(m_type);
m_type = refType.cast<AbstractType>();
///TODO: anything todo with m_typeId ?
}
if(m_visitor)
m_visitor->parse(node->expression); // Give the visitor a chance to build uses
}
}
{
LOCKDUCHAIN;
find.closeQualifiedIdentifier();
m_declarations = find.lastDeclarations();
if(!m_declarations.isEmpty() && m_declarations[0])
m_type = m_declarations[0]->abstractType();
}
visit(node->name);
}