ExtenderGroup::ExtenderGroup(Extender *parent, uint groupId)
: ExtenderItem(parent, groupId),
d(new ExtenderGroupPrivate(this))
{
connect(extender(), SIGNAL(itemAttached(Plasma::ExtenderItem*)),
this, SLOT(addItemToGroup(Plasma::ExtenderItem*)));
connect(extender(), SIGNAL(itemDetached(Plasma::ExtenderItem*)),
this, SLOT(removeItemFromGroup(Plasma::ExtenderItem*)));
//this isn't actually connected to anything, we will just check if it's running or not
d->resizeTimer = new QTimer(this);
d->resizeTimer->setSingleShot(true);
config().writeEntry("isGroup", true);
setAcceptDrops(true);
QGraphicsLinearLayout *lay = static_cast<QGraphicsLinearLayout *>(layout());
d->childsWidget = new QGraphicsWidget(this);
d->childsWidget->installEventFilter(this);
d->layout = new QGraphicsLinearLayout(Qt::Vertical, d->childsWidget);
d->childsWidget->setSizePolicy(QSizePolicy::Expanding, QSizePolicy::Fixed);
lay->addItem(d->childsWidget);
QAction *expand = new QAction(this);
expand->setVisible(false);
expand->setToolTip(i18n("Show this group."));
connect(expand, SIGNAL(triggered()), this, SLOT(expandGroup()));
addAction("expand", expand);
QAction *collapse = new QAction(this);
collapse->setVisible(true);
collapse->setToolTip(i18n("Hide this group."));
connect(collapse, SIGNAL(triggered()), this, SLOT(collapseGroup()));
addAction("collapse", collapse);
d->themeChanged();
QString groupName;
foreach (ExtenderItem *item, extender()->attachedItems()) {
groupName = item->config().readEntry("group", "");
if (!groupName.isEmpty() && groupName == name()) {
item->setGroup(this);
}
}
void relayoutExtender()
{
if (!m_extenders.contains(q->scene())
|| !m_extenders[q->scene()]
|| q != m_extenders[q->scene()]->parentItem()) return;
QRectF geometry = QRectF(QPointF(0, 0), q->size());
// extender()->borders = Plasma::FrameSvg::AllBorders;
borders = Plasma::FrameSvg::AllBorders;
switch (extenderPosition) {
case TopExtender:
geometry.setHeight(EXTENDER_SIZE);
geometry.moveTop(- EXTENDER_SIZE);
// borders &= ~ Plasma::FrameSvg::TopBorder;
// extender()->borders &= ~ Plasma::FrameSvg::BottomBorder;
break;
case BottomExtender:
geometry.moveTop(geometry.bottom());
geometry.setHeight(EXTENDER_SIZE);
// borders &= ~ Plasma::FrameSvg::BottomBorder;
// extender()->borders &= ~ Plasma::FrameSvg::TopBorder;
break;
case LeftExtender:
geometry.setWidth(EXTENDER_SIZE);
geometry.moveLeft(- EXTENDER_SIZE);
// borders &= ~ Plasma::FrameSvg::LeftBorder;
// extender()->borders &= ~ Plasma::FrameSvg::RightBorder;
break;
case RightExtender:
geometry.moveLeft(geometry.right());
geometry.setWidth(EXTENDER_SIZE);
// borders &= ~ Plasma::FrameSvg::RightBorder;
// extender()->borders &= ~ Plasma::FrameSvg::LeftBorder;
break;
case NoExtender:
break;
}
extender()->setGeometry(geometry);
extender()->setPreferredSize(geometry.size());
// qreal left, top, right, bottom;
// q->getContentsMargins(&left, &top, &right, &bottom);
}
void releaseExtender() {
ExtenderObject * ext = extender(false);
if (ext) {
ext->setVisible(false);
ext->hoverLeaveEvent(NULL);
ext->setParentItem(NULL);
}
disconnectTimer();
}
void ActivityManager::init() {
Plasma::ToolTipManager::self()->registerWidget(this);
extender()->setEmptyExtenderMessage(i18n("No Activities..."));
// don't grow too much height
extender()->setMaximumHeight(300);
if (extender()->item("Activities") == 0) {
// create the item
Plasma::ExtenderItem *item = new Plasma::ExtenderItem(extender());
// initialize the item
initExtenderItem(item);
// set item name and title
item->setName("Activities");
item->setTitle("Activities");
}
// connect data sources
Plasma::DataEngine *engine = dataEngine("org.kde.activities");
foreach (const QString source, engine->sources())
activityAdded(source);
// activity addition and removal
connect(engine, SIGNAL(sourceAdded(QString)), this, SLOT(activityAdded(QString)));
connect(engine, SIGNAL(sourceRemoved(QString)), this, SLOT(activityRemoved(QString)));
}
/*synchronized*/Property::Pointer
TypeExtensionManager::GetProperty(
Object::Pointer receiver, const std::string& namespaze,
const std::string& method, bool forcePluginActivation)
{
std::clock_t start= 0;
if (Expressions::TRACING)
start = std::clock();
// if we call a static method than the receiver is the class object
//Class clazz= receiver instanceof Class ? (Class)receiver : receiver.getClass();
Property::Pointer result(new Property(receiver, namespaze, method));
Property::Pointer cached(fPropertyCache->Get(result));
if (!cached.isNull())
{
if (cached->IsValidCacheEntry(forcePluginActivation))
{
if (Expressions::TRACING)
{
BERRY_INFO << "[Type Extension] - method " <<
receiver->ToString() << "#" << method <<
" found in cache: " <<
(double(std::clock() - start))/(CLOCKS_PER_SEC/1000) << " ms.";
}
return cached;
}
// The type extender isn't loaded in the cached method but can be loaded
// now. So remove method from cache and do the normal look up so that the
// implementation class gets loaded.
fPropertyCache->Remove(cached);
}
TypeExtension::Pointer extension(this->Get(receiver->GetClassName()));
IPropertyTester::Pointer extender(extension->FindTypeExtender(*this, namespaze, method, false /*receiver instanceof Class*/, forcePluginActivation));
if (!extender.Cast<TypeExtension::CONTINUE_>().IsNull() || extender.IsNull())
{
std::string msg("Unknown method for ");
msg.append(receiver->GetClassName());
throw CoreException(msg, method);
}
result->SetPropertyTester(extender);
fPropertyCache->Put(result);
if (Expressions::TRACING)
{
BERRY_INFO << "[Type Extension] - method " <<
typeid(receiver).name() << "#" << method <<
" not found in cache: " <<
(double(std::clock() - start))/(CLOCKS_PER_SEC/1000) << " ms.";
}
return result;
}
std::vector<Solution> HeuristicsSolver::solve_elem_on_generic_graph(bool smart) const {
// std::vector<Solution> sols;
auto local_erased = smart ? g->smart_reduce_graph(0, prob->params.p_acceleration_max_arcs_share, erased)
: g->reduce_graph(prob->params.cp_acceleration_arcs_share, erased);
//
// std::vector<Path> optimal_paths;
// std::vector<ElementaryLabel> optimal_labels;
//
// NodeIdFunctor nf(g);
// ArcIdFunctor af(g);
//
// auto vc = g->vessel_class;
// VisitablePorts pf = prob->data.get_ports_list();
//
// try {
// boost::r_c_shortest_paths(
// g->graph,
// make_property_map<Vertex>(nf),
// make_property_map<Edge>(af),
// g->get_source_vertex().second,
// g->get_sink_vertex().second,
// optimal_paths,
// optimal_labels,
// ElementaryLabel(g, vc->capacity, vc->capacity, 0, pf),
// LabelExtender(local_erased),
// Dominance(),
// std::allocator<boost::r_c_shortest_paths_label<BGraph, ElementaryLabel>>(),
// boost::default_r_c_shortest_paths_visitor()
// );
// } catch(...) {
// g->dump();
// throw;
// }
//
// for(auto i = 0u; i < optimal_paths.size(); i++) {
// sols.push_back(
// Solution(optimal_paths[i], g->calculate_path_cost(optimal_paths[i]), optimal_labels[i].cost, vc, g));
// }
//
// return sols;
LabelExtender extender(local_erased);
LabellingAlgorithm<ElementaryLabel, LabelExtender> alg(g);
return alg.solve(g->get_source_vertex().second, g->get_sink_vertex().second, ElementaryLabel(*g, prob->data.get_ports_list()), extender);
}
void ActivityManager::activityAdded(QString id) {
// skip the Status source
if (id == "Status")
return;
// create a new activity object
ActivityWidget *activity = new ActivityWidget(extender()->item("Activities"), id);
// add activity to the list
m_activities.insert(id, activity);
// connect activity update signal
dataEngine("org.kde.activities")->connectSource(id, this);
// connect activity start/stop signals
connect(activity, SIGNAL(setCurrent(QString)), this, SLOT(setCurrent(QString)));
connect(activity, SIGNAL(startActivity(QString)), this, SLOT(start(QString)));
connect(activity, SIGNAL(stopActivity(QString)), this, SLOT(stop(QString)));
connect(activity, SIGNAL(addActivity(QString)), this, SLOT(add(QString)));
connect(activity, SIGNAL(removeActivity(QString)), this, SLOT(remove(QString)));
connect(activity, SIGNAL(renameActivity(QString,QString)), this, SLOT(setName(QString,QString)));
}
void ActivityManager::sortActivities() {
QGraphicsLinearLayout *layout = static_cast<QGraphicsLinearLayout *>(static_cast<QGraphicsWidget *>(extender()->item("Activities")->widget())->layout());
// remove all activities from the layout
while (layout->count())
layout->removeAt(0);
// insert all activities to a map
QMap<QString, ActivityWidget *> activities;
foreach (ActivityWidget *activity, m_activities.values())
activities.insertMulti(activity->name(), activity);
// add activities into the layout at ascending order of their names
foreach (ActivityWidget *activity, activities.values())
layout->addItem(activity);
}
