/*!
Sets \a iface to point to the implementation of the
QAccessibleInterface for \a object, and returns \c QS_OK if
successfull, or sets \a iface to 0 and returns \c QE_NOCOMPONENT if
no accessibility implementation for \a object exists.
The function uses the \link QObject::className() classname
\endlink of \a object to find a suitable implementation. If no
implementation for the object's class is available the function
tries to find an implementation for the object's parent class.
This function is called to answer an accessibility client's
request for object information. You should never need to call this
function yourself.
*/
QRESULT QAccessible::queryAccessibleInterface( QObject *object, QAccessibleInterface **iface )
{
*iface = 0;
if ( !object )
return QE_INVALIDARG;
if ( qAccessibleInterface ) {
*iface = qAccessibleInterface->find( object );
if ( *iface ) {
(*iface)->addRef();
return QS_OK;
}
}
if ( !qAccessibleManager ) {
qAccessibleManager = new QPluginManager<QAccessibleFactoryInterface>( IID_QAccessibleFactory, QApplication::libraryPaths(), "/accessible" );
if ( !cleanupAdded ) {
qAddPostRoutine( qAccessibleCleanup );
cleanupAdded = TRUE;
}
}
QInterfacePtr<QAccessibleFactoryInterface> factory = 0;
QMetaObject *mo = object->metaObject();
while ( mo ) {
qAccessibleManager->queryInterface( mo->className(), &factory );
if ( factory )
break;
mo = mo->superClass();
}
if ( factory )
return factory->createAccessibleInterface( mo->className(), object, iface );
return QE_NOCOMPONENT;
}
void ImportQMetaObject::import(const QMetaObject& t)
{
Analitza::BuiltinMethods* b=m_a->builtinMethods();
QByteArray classname(t.className());
classname.replace("::", "_");
for(int p=0; p<t.propertyCount(); p++) {
QMetaProperty prop=t.property(p);
QByteArray name(prop.name());
if(prop.isReadable()) {
QObjectGet* getter=new QObjectGet(name);
b->insertFunction(QString(classname+'_'+name), getter->type(classname, prop), getter);
}
if(prop.isWritable()) {
QObjectSet* setter=new QObjectSet(name);
b->insertFunction(QString(classname+"_set_"+name), setter->type(classname, prop), setter);
}
}
if(t.superClass()) {
QObjectCastToParent *cast = new QObjectCastToParent(t.className(), t.superClass()->className());
b->insertFunction(classname+QStringLiteral("_toParent"), cast->type(), cast);
}
}
void QtMetaUtilities::setValue(const QMetaObject &metaObject, QObject *object, const QString &propertyName, const QVariant &value)
{
QString className = QLatin1String(metaObject.className());
if (className == "QObject")
return ;
int idx = metaObject.indexOfProperty(propertyName.toUtf8().data());
if (idx != -1)
metaObject.property(idx).write(object, value);
}
QStringList QtMetaUtilities::getNames(const QMetaObject &metaObject)
{
QStringList retour;
QString className = QLatin1String(metaObject.className());
if (className == "QObject")
return retour;
for (int idx = metaObject.propertyOffset(); idx < metaObject.propertyCount(); idx++)
retour <<metaObject.property(idx).name();
return retour;
}
QList<QVariant> QtMetaUtilities::getValues(const QMetaObject &metaObject, const QObject *object)
{
QList<QVariant> retour;
QString className = QLatin1String(metaObject.className());
if (className == "QObject")
return retour;
for (int idx = metaObject.propertyOffset(); idx < metaObject.propertyCount(); idx++)
retour << metaObject.property(idx).read(object);
return retour;
}
QList<QPair<QString, QVariant::Type> >QtMetaUtilities::getNamesNTypes(const QMetaObject &metaObject)
{
QList<QPair<QString, QVariant::Type> >retour;
QString className = QLatin1String(metaObject.className());
if (className == "QObject")
return retour;
for (int idx = metaObject.propertyOffset(); idx < metaObject.propertyCount(); idx++) {
QMetaProperty prop = metaObject.property(idx);
retour.append(QPair<QString, QVariant::Type>(prop.name(), prop.type()));
}
return retour;
}
QVariant QtMetaUtilities::getValue(const QMetaObject &metaObject, const QObject *object, const QString &propertyName)
{
QVariant retour;
QString className = QLatin1String(metaObject.className());
if (className == "QObject")
return retour;
int idx = metaObject.indexOfProperty(propertyName.toUtf8().data());
if (idx != -1)
return metaObject.property(idx).read(object);
return retour;
}
bool QuickInterpreter::queryDispatchObjects( QObject *obj,
QPtrVector<QObject> &result )
{
Q_ASSERT( obj );
QMetaObject *meta = obj->metaObject();
result.resize( 1 );
result.insert( 0, obj );
while ( meta ) {
factory->constructInterface( meta->className(), (void*)obj, result );
meta = meta->superClass();
}
return TRUE;
}
QString QtMetaUtilities::toString(const QMetaObject &metaObject, const QObject *object)
{
QString retour;
QString className = QLatin1String(metaObject.className());
if (className == "QObject")
return retour;
for (int idx = metaObject.propertyOffset(); idx < metaObject.propertyCount(); idx++)
{
retour += QString("[ %1 = %2 ]")
.arg(metaObject.property(idx).name())
.arg(metaObject.property(idx).read(object).toString());
}
return retour;
}
QJsonArray Utils::serializeType(const QMetaObject& meta, qlonglong timestamp)
{
QString className = meta.className();
QStringList properties;
properties << "_id" << "modified" << "deleted";
properties << propertyNames(meta);
QSqlQuery query;
query.prepare(QString("SELECT %1 FROM %2 WHERE modified>:timestamp OR deleted>:timestamp").arg(properties.join(",")).arg(className));
query.bindValue(":timestamp", timestamp);
query.exec();
QJsonArray array;
while (query.next())
{
array.append(serializeObject(properties, query));
}
return array;
}
/******************************************************************************
* QpMetaObject
*/
QpMetaObject QpMetaObject::registerMetaObject(const QMetaObject &metaObject)
{
QString className(metaObject.className());
auto it = MetaObjectsForName()->find(className);
if (it != MetaObjectsForName()->end()) {
return it.value();
}
QpMetaObject result = QpMetaObject(metaObject);
MetaObjects()->append(result);
const QMetaObject *objectInClassHierarchy = &metaObject;
do {
QpMetaObject qpmo = QpMetaObject(*objectInClassHierarchy);
MetaObjectsForName()->insert(qpmo.classNameWithoutNamespace(), result);
MetaObjectsForName()->insert(qpmo.className(), result);
objectInClassHierarchy = objectInClassHierarchy->superClass();
} while (objectInClassHierarchy->className() != QObject::staticMetaObject.className());
return result;
}
/*!\internal
*/
void QMetaObject::resolveProperty( QMetaProperty* prop )
{
QMetaObject* super = superclass;
while ( super ) {
const QMetaProperty* p = super->property( prop->n );
if( p ) {
if ( qstrcmp( prop->type(), p->type() ) != 0 ) {
#if defined(CHECK_STATE)
qWarning( "QMetaObject::resolveProperty: Attempt to override property type: %s %s::%s clashes with %s %s::%s", p->type(), super->className(), p->name(), prop->type(), className(), prop->name() );
#endif
}
if ( prop->get == 0 ) {
if ( p->get != 0 ) {
prop->get = p->get;
prop->gspec = p->gspec;
}
}
if ( prop->set == 0 ) {
if ( p->set != 0 ) {
prop->set = p->set;
prop->sspec = p->sspec;
}
}
if ( prop->testFlags( QMetaProperty::UnresolvedStored ) )
{
if ( !p->testFlags( QMetaProperty::UnresolvedStored ) )
{
prop->clearFlags( QMetaProperty::UnresolvedStored );
if ( p->testFlags( QMetaProperty::NotStored ) )
prop->setFlags( QMetaProperty::NotStored );
prop->store = p->store;
}
}
if ( prop->testFlags( QMetaProperty::UnresolvedDesignable ) )
{
if ( !p->testFlags( QMetaProperty::UnresolvedDesignable ) )
{
prop->clearFlags( QMetaProperty::UnresolvedDesignable );
if ( p->testFlags( QMetaProperty::NotDesignable ) )
prop->setFlags( QMetaProperty::NotDesignable );
}
}
}
if ( prop->testFlags( QMetaProperty::UnresolvedEnum | QMetaProperty::UnresolvedSet | QMetaProperty::UnresolvedEnumOrSet ) ) {
QMetaEnum* e = super->enumerator( prop->t);
if ( e && e->set ) {
if ( !prop->testFlags( QMetaProperty::UnresolvedSet | QMetaProperty::UnresolvedEnumOrSet ) ) {
#if defined(CHECK_STATE)
qWarning("QMetaObject::resolveProperty: The property %s %s::%s assumed that '%s' was listed in Q_ENUMS, but it was listed in Q_SETS", prop->type(), className(), prop->name(), prop->type() );
#endif
}
prop->enumData = e;
prop->clearFlags( QMetaProperty::UnresolvedEnum );
}
else if ( e && !e->set ) {
if ( !prop->testFlags( QMetaProperty::UnresolvedEnum | QMetaProperty::UnresolvedEnumOrSet ) ) {
#if defined(CHECK_STATE)
qWarning("QMetaObject::resolveProperty: The property %s %s::%s assumed that '%s' was listed in Q_SETS, but it was listed in Q_ENUMS", prop->type(), className(), prop->name(), prop->type() );
#endif
}
prop->enumData = e;
prop->clearFlags( QMetaProperty::UnresolvedEnum );
}
}
super = super->superclass;
}
if ( !prop->isValid() ) {
#if defined(CHECK_STATE)
qWarning("QMetaObject::resolveProperty: Could not resolve property %s::%s. Property not available.", className(), prop->name() );
#endif
}
}
QpMetaObject QpMetaObject::forMetaObject(const QMetaObject &metaObject)
{
return QpMetaObject::forClassName(metaObject.className());
}
QString AsemanQtTools::exportItem(const QString &module, int major, int minor, const QString &component, bool store)
{
QString result;
aseman_qt_tools_indexCache << component;
QMetaObject meta = T::staticMetaObject;
QString inherits = fixType(meta.superClass()? meta.superClass()->className() : "");
bool isModel = component.toLower().contains("model");
result += QString("# %1\n\n").arg(component);
QString headers;
headers += QString(" * [Component details](#component-details)\n");
QString details = QString("\n### Component details:\n\n");
details += QString("|Detail|Value|\n"
"|------|-----|\n");
details += QString("|%1|%2 %3.%4|\n").arg("Import").arg(module).arg(major).arg(minor);
details += QString("|%1|<font color='#074885'>%2</font>|\n").arg("Component").arg(component);
details += QString("|%1|<font color='#074885'>%2</font>|\n").arg("C++ class").arg(meta.className());
details += QString("|%1|<font color='#074885'>%2</font>|\n").arg("Inherits").arg(inherits);
details += QString("|%1|<font color='#074885'>%2</font>|\n").arg("Model").arg(isModel?"Yes":"No");
QString resultProperties;
QStringList propertiesSignals;
for(int i=0; i<meta.propertyCount(); i++)
{
QMetaProperty property = meta.property(i);
const QString &propertyName = property.name();
const QString &propertyType = fixType(property.typeName());
propertiesSignals << property.notifySignal().name();
QString text = QString("* <font color='#074885'><b>%1</b></font>: %2").arg(propertyName).arg(propertyType);
if(!property.isWritable())
text += " (readOnly)";
text += "\n";
if(meta.propertyOffset()<=i)
resultProperties += text;
}
QString enumResults;
for(int i=meta.enumeratorOffset(); i<meta.enumeratorCount(); i++)
{
QMetaEnum enumerator = meta.enumerator(i);
const QString &enumName = enumerator.name();
enumResults += QString("\n##### %1\n\n").arg(enumName);
enumResults += QString("|Key|Value|\n"
"|---|-----|\n");
for(int j=0; j<enumerator.keyCount(); j++)
enumResults += QString("|%1|%2|\n").arg(enumerator.key(j)).arg(enumerator.value(j));
}
QString resultSlots;
QString resultSignals;
for(int i=meta.methodOffset(); i<meta.methodCount(); i++)
{
QMetaMethod method = meta.method(i);
if(method.access() != QMetaMethod::Public)
continue;
const QString &methodName = method.name();
if(propertiesSignals.contains(methodName))
continue;
const QString &methodType = fixType(method.typeName());
QString args;
const QList<QByteArray> ¶mNames = method.parameterNames();
const QList<QByteArray> ¶mTypes = method.parameterTypes();
for(int j=0; j<paramNames.count(); j++)
{
if(j != 0)
args += ", ";
args += fixType(paramTypes[j]) + " " + paramNames[j];
}
QString text = QString(" * %1 <font color='#074885'><b>%2</b></font>(%3)\n").arg(methodType).arg(methodName).arg(args);
switch(static_cast<int>(method.methodType()))
{
case QMetaMethod::Slot:
resultSlots += text;
break;
case QMetaMethod::Signal:
resultSignals += text;
break;
}
}
if(!resultProperties.isEmpty())
{
headers += QString(" * [Normal Properties](#normal-properties)\n");
resultProperties = QString("\n### Normal Properties\n\n") + resultProperties;
}
if(!enumResults.isEmpty())
{
headers += QString(" * [Enumerator](#enumerator)\n");
enumResults = QString("\n### Enumerator\n\n") + enumResults;
}
if(!resultSlots.isEmpty())
{
headers += QString(" * [Methods](#methods)\n");
resultSlots = QString("\n### Methods\n\n") + resultSlots;
}
if(!resultSignals.isEmpty())
{
headers += QString(" * [Signals](#signals)\n");
resultSignals = QString("\n### Signals\n\n") + resultSignals;
}
if(isModel)
headers += QString(" * [Roles](#roles)\n");
result += headers + "\n";
result += details + "\n";
result += resultProperties + "\n";
result += resultSlots + "\n";
result += resultSignals + "\n";
result += enumResults + "\n";
if(!store)
return result;
QString path = aseman_qt_tools_destination + "/" + component.toLower() + ".md";
QFile file(path);
if(!file.open(QFile::WriteOnly))
return result;
file.write(result.toUtf8());
file.close();
return result;
}
void EmbeddedPyQt::registerMetaObject(const QMetaObject &mo) {
classes[mo.className()] = &mo;
}
bool operator < (const QMetaObject & o1, const QMetaObject & o2)
{
return o1.className() < o2.className();
}