void PanelView::OnEntryActivated(std::string const& panel, std::string const& entry_id, nux::Rect const&)
{
if (!panel.empty() && panel != GetPanelName())
return;
bool active = !entry_id.empty();
if (active && !track_menu_pointer_timeout_)
{
//
// Track menus being scrubbed at 60Hz (about every 16 millisec)
// It might sound ugly, but it's far nicer (and more responsive) than the
// code it replaces which used to capture motion events in another process
// (unity-panel-service) and send them to us over dbus.
// NOTE: The reason why we have to use a timer instead of tracking motion
// events is because the motion events will never be delivered to this
// process. All the motion events will go to unity-panel-service while
// scrubbing because the active panel menu has (needs) the pointer grab.
//
track_menu_pointer_timeout_.reset(new glib::Timeout(16));
track_menu_pointer_timeout_->Run(sigc::mem_fun(this, &PanelView::TrackMenuPointer));
}
else if (!active)
{
track_menu_pointer_timeout_.reset();
menu_view_->NotifyAllMenusClosed();
tracked_pointer_pos_ = {-1, -1};
}
if (overlay_is_open_)
ubus_manager_.SendMessage(UBUS_OVERLAY_CLOSE_REQUEST);
}
void PanelView::SyncGeometries()
{
indicator::EntryLocationMap locations;
if (menu_view_->HasMenus())
menu_view_->GetGeometryForSync(locations);
indicators_->GetGeometryForSync(locations);
remote_->SyncGeometries(GetPanelName(), locations);
}
const TCHAR*
InfoBoxManager::GetCurrentPanelName()
{
return GetPanelName(GetCurrentPanel());
}
