void Pixmap::mark(bool marked){ if(markable){ if(this->marked != marked){ this->marked = marked; emit mark_changed(); } } }
void QSanSelectableItem::mark(bool marked) { if (markable) { if (this->marked != marked) { this->marked = marked; emit mark_changed(); } } }
void View::draw_onto_self(const GUIImage &image_, DispPoint pos) { mark_changed(); // Using SDL, perform a blit from view to self. SDL_Rect dest_rect = {pos.x, pos.y, image_->w, image_->h}; SDL_BlitSurface(image_, 0, image, &dest_rect); }
// NOTE: Does not delete the view, only removes it from list! void View::remove_subview(View* view) { if (!is_subview(view)) throw Error("view is not a subview of this!"); children.remove(view); view->parent = 0; mark_changed(); }
void View::move_subview(View* view, DispPoint pos) { if (!is_subview(view)) throw Error("view is not a subview of this!"); if (view->pos == pos) return; // no need to mark change if already there! view->pos = pos; mark_changed(); }
View* View::remove_last_subview() { if (children.empty()) throw Error("view has not subviews!"); View *view = children.back(); children.pop_back(); view->parent = 0; mark_changed(); return view; }
void View::attach_subview(View* view, DispPoint pos) { if (view->parent) throw Error("Candidate vew is already a subview of another view."); if (view == this) throw Error("Cannot attach a view to itself!"); /// @todo Check if out of bounds? Or maybe not..? view->pos = pos; children.push_back(view); view->parent = this; mark_changed(); }
/* this is run once a second from WANIPConnection_Update. */ static bool update_external_address(PService psvc) { PWANIPConnectionData pdata = (PWANIPConnectionData) psvc->opaque; PWANDevicePrivateData pdevdata = (PWANDevicePrivateData) psvc->device->parent->opaque; struct in_addr ipaddr = {0} ; if (osl_wan_isup(pdevdata->ifname)) { osl_ifaddr(pdevdata->ifname, &ipaddr); } if (pdata->external_ipaddr.s_addr != ipaddr.s_addr) { pdata->external_ipaddr = ipaddr; mark_changed(psvc, VAR_ExternalIPAddress); } return (pdata->external_ipaddr.s_addr != ipaddr.s_addr); }
/*----------------------------------------------** ** queue up all formulae and actions ** ** which depends on v ** **----------------------------------------------*/ void schedule_parents_of(symptr v) { /* builtin function */ register symptr_ATOM P; register symptr_QUEUE *Q; /* Tell DOSTE about changes to certain observables that it is listening to [Nick] */ if (((v->stype == 264) || (v->stype == 265))) { /* Removed && (v->doste == 1) to always tell DOSTE [Nick] */ doste_trigger(v->name, v->context); } Q = &v->targets; FOREACH(P, Q) { mark_changed(P->obj); /* this target and recursively all of its targets... [Ash] */ schedule(P->obj); }
/* this is run once a second. */ static void WANIPConnection_Update(timer_t t, PService psvc) { PWANIPConnectionData pdata = (PWANIPConnectionData) psvc->opaque; if (igd_config_generation != pdata->igd_generation) { pdata->igd_generation = igd_config_generation; mapmgr_update(); if (pdata->nportmappings != mapmgr_port_map_count()) { pdata->nportmappings = mapmgr_port_map_count(); mark_changed(psvc, VAR_PortMappingNumberOfEntries); } } update_external_address(psvc); update_connection_status(psvc); if ((psvc->flags & VAR_CHANGED) == VAR_CHANGED) { update_all_subscriptions(psvc); } }
/* this is run once a second from WANIPConnection_Update. */ static bool update_connection_status(PService psvc) { PWANIPConnectionData pdata = (PWANIPConnectionData) psvc->opaque; PWANDevicePrivateData pdevdata = (PWANDevicePrivateData) psvc->device->parent->opaque; ip_conn_t old_status = pdata->connection_status; bool wan_connected; wan_connected = osl_wan_isup(pdevdata->ifname); switch (pdata->connection_status) { case IP_CONNECTING: { if (wan_connected) { pdata->connection_status = IP_CONNECTED; pdata->connected_time = time(NULL); } else if (pdata->connection_timeout-- <= 0) { pdata->connection_status = IP_DISCONNECTED; } } break; case IP_CONNECTED: { if (!wan_connected) { pdata->connection_status = IP_DISCONNECTED; } } break; case IP_DISCONNECTING: { if (wan_connected) { pdata->connection_status = IP_CONNECTING; } else { pdata->connection_status = IP_DISCONNECTED; } } break; case IP_DISCONNECTED: { if (wan_connected) { pdata->connection_status = IP_CONNECTING; } } break; default: UPNP_ERROR(("%s:%d Unexpected connection_status %d\n", __FILE__, __LINE__, pdata->connection_status)); } if (old_status != pdata->connection_status) { //printf("STATUS: %d %d %d\n", pdata->connection_status, wan_connected, pdata->connection_timeout); tries=0; mark_changed(psvc, VAR_ConnectionStatus); } else if (tries>0) { tries--; //printf("STATUS1: %d %d %d\n", pdata->connection_status, wan_connected, pdata->connection_timeout); mark_changed(psvc, VAR_ConnectionStatus); } return (old_status != pdata->connection_status); }