void QmlJSTextEditorWidget::onDocumentUpdated(QmlJS::Document::Ptr doc)
{
if (editorDocument()->filePath() != doc->fileName())
return;
if (doc->editorRevision() != editorRevision()) {
// Maybe a dependency changed and our semantic info is now outdated.
// Ignore 0-revision documents though, we get them when a file is initially opened
// in an editor.
if (doc->editorRevision() != 0)
updateSemanticInfo();
return;
}
//qDebug() << doc->fileName() << "was reparsed";
if (doc->ast()) {
// got a correctly parsed (or recovered) file.
m_futureSemanticInfoRevision = doc->editorRevision();
m_semanticInfoUpdater->update(doc, m_modelManager->snapshot());
setExtraSelections(CodeWarningsSelection, QList<QTextEdit::ExtraSelection>());
} else if (Document::isFullySupportedLanguage(doc->language())) {
// show parsing errors
QList<QTextEdit::ExtraSelection> selections;
appendExtraSelectionsForMessages(&selections, doc->diagnosticMessages(), document());
setExtraSelections(CodeWarningsSelection, selections);
} else {
setExtraSelections(CodeWarningsSelection, QList<QTextEdit::ExtraSelection>());
}
}
void QmlProfilerDetailsRewriter::rewriteDetailsForLocation(QTextStream &textDoc,
QmlJS::Document::Ptr doc, int requestId, const QmlDebug::QmlEventLocation &location)
{
PropertyVisitor propertyVisitor;
QmlJS::AST::Node *node = propertyVisitor(doc->ast(), location.line, location.column);
if (!node)
return;
qint64 startPos = node->firstSourceLocation().begin();
qint64 len = node->lastSourceLocation().end() - startPos;
textDoc.seek(startPos);
QString details = textDoc.read(len).replace(QLatin1Char('\n'), QLatin1Char(' ')).simplified();
emit rewriteDetailsString(requestId, details);
}
static bool checkQmlDocumentForQuickTestCode(QFutureInterface<TestParseResultPtr> futureInterface,
const QmlJS::Document::Ptr &qmlJSDoc,
const Core::Id &id,
const QString &proFile = QString())
{
if (qmlJSDoc.isNull())
return false;
QmlJS::AST::Node *ast = qmlJSDoc->ast();
QTC_ASSERT(ast, return false);
TestQmlVisitor qmlVisitor(qmlJSDoc);
QmlJS::AST::Node::accept(ast, &qmlVisitor);
const QString testCaseName = qmlVisitor.testCaseName();
const TestCodeLocationAndType tcLocationAndType = qmlVisitor.testCaseLocation();
const QMap<QString, TestCodeLocationAndType> &testFunctions = qmlVisitor.testFunctions();
QuickTestParseResult *parseResult = new QuickTestParseResult(id);
parseResult->proFile = proFile;
parseResult->itemType = TestTreeItem::TestCase;
QMap<QString, TestCodeLocationAndType>::ConstIterator it = testFunctions.begin();
const QMap<QString, TestCodeLocationAndType>::ConstIterator end = testFunctions.end();
for ( ; it != end; ++it) {
const TestCodeLocationAndType &loc = it.value();
QuickTestParseResult *funcResult = new QuickTestParseResult(id);
funcResult->name = it.key();
funcResult->displayName = it.key();
funcResult->itemType = loc.m_type;
funcResult->fileName = loc.m_name;
funcResult->line = loc.m_line;
funcResult->column = loc.m_column;
funcResult->proFile = proFile;
parseResult->children.append(funcResult);
}
if (!testCaseName.isEmpty()) {
parseResult->fileName = tcLocationAndType.m_name;
parseResult->name = testCaseName;
parseResult->line = tcLocationAndType.m_line;
parseResult->column = tcLocationAndType.m_column;
}
futureInterface.reportResult(TestParseResultPtr(parseResult));
return true;
}