void MainWindow::slotRemoveDevice() { CDEmu::Result result = CDEmu::instance()->removeDevice(); if (!result == CDEmu::Success) { MessageBox::error(result); return; } updateDeviceList(); }
//============================================================================== AndroidBluetoothMidiDevicesListBox() : timerPeriodInMs (1000) { setRowHeight (40); setModel (this); setOutlineThickness (1); updateDeviceList(); startTimer (timerPeriodInMs); }
QDeclarativeInputDeviceModel::QDeclarativeInputDeviceModel(QObject *parent) : QAbstractListModel(parent), deviceInfo(new QInputDeviceManager), currentFilter(QInputDevice::Unknown) { connect(deviceInfo,SIGNAL(ready()),this,SLOT(updateDeviceList())); connect(deviceInfo, &QInputDeviceManager::deviceAdded,this,&QDeclarativeInputDeviceModel::addedDevice); connect(deviceInfo, &QInputDeviceManager::deviceRemoved,this,&QDeclarativeInputDeviceModel::removedDevice); }
void ConnectionWidget::onReady() { QObject::connect(RTLSDisplayApplication::serialConnection(), SIGNAL(connectionStateChanged(SerialConnection::ConnectionState)), this, SLOT(connectionStateChanged(SerialConnection::ConnectionState))); updateDeviceList(); //connectionStateChanged(SerialConnection::Disconnected); }
void MainWindow::slotDaemonChanged(bool running) { m_ui.deviceList->setEnabled(running); // m_ui.SelectImageBox->setEnabled(running); // m_ui.MountButton->setEnabled(running); // m_ui.UnmountButton->setEnabled(running); if (running) { updateDeviceList(); m_statusLabel->setText(i18n("CDEmu daemon running.")); } else m_statusLabel->setText(i18n("CDEmu daemon not running.")); }
void DeviceManager::update() { // Update the list of connected Device (if needed) if ( mEnumerationTrigger->enumerationNeeded() ) updateDeviceList(); // Update the devices for ( std::size_t i=0; i<mDevices.size(); ++i ) { Device* device = mDevices[i].second; device->update(); /* Device* dev = static_cast<Device*>(device); printf("name:%s\n", dev->getDeviceInstance().getInstanceName() );//, dev->getDeviceInstance().getInstanceId() for ( std::size_t i=0; i<dev->getObjects().size(); ++i ) { Object* obj = dev->getObjects()[i]; printf("%s\n", obj->toString().c_str() ); }*/ } }
void timerCallback() override { updateDeviceList(); }
void pairDeviceThreadFinished() // callback from PairDeviceThread { updateDeviceList(); startTimer (timerPeriodInMs); }
MediaListsManager::MediaListsManager(MainWindow* parent) : QObject(parent) { m_application = (BangarangApplication*)KApplication::kApplication(); Ui::MainWindowClass* ui = m_application->mainWindow()->ui; //Set up Audio lists view MediaListProperties audioListsProperties; audioListsProperties.lri = "medialists://audio"; m_audioListsModel = new MediaItemModel(this); m_audioListsModel->setMediaListProperties(audioListsProperties); QListView* audioLists = m_application->mainWindow()->audioListsStack()->ui->audioLists; audioLists->setModel(m_audioListsModel); connect(audioLists->selectionModel(), SIGNAL(selectionChanged(const QItemSelection, const QItemSelection)), this, SLOT(audioListsSelectionChanged(const QItemSelection, const QItemSelection))); connect(m_audioListsModel, SIGNAL(mediaListChanged()), this, SLOT(audioListsChanged())); m_audioListsModel->load(); QToolButton* audioListSelect = m_application->mainWindow()->ui->audioListSelect; connect(audioListSelect, SIGNAL(clicked()), this, SLOT(selectAudioList())); //Set up Video lists view MediaListProperties videoListsProperties; videoListsProperties.lri = "medialists://video"; m_videoListsModel = new MediaItemModel(this); m_videoListsModel->setMediaListProperties(videoListsProperties); QListView* videoLists = m_application->mainWindow()->videoListsStack()->ui->videoLists; videoLists->setModel(m_videoListsModel); connect(videoLists->selectionModel(), SIGNAL(selectionChanged(const QItemSelection, const QItemSelection)), this, SLOT(videoListsSelectionChanged(const QItemSelection, const QItemSelection))); connect(m_videoListsModel, SIGNAL(mediaListChanged()), this, SLOT(videoListsChanged())); m_videoListsModel->load(); QToolButton* videoListSelect = m_application->mainWindow()->ui->videoListSelect; connect(videoListSelect, SIGNAL(clicked()), this, SLOT(selectVideoList())); //Set up media list view m_loadingProgress = 0; MediaView* mediaView = ui->mediaView; mediaView->setMainWindow(m_application->mainWindow()); mediaView->setSourceModel(m_application->browsingModel()); connect(m_application->browsingModel(), SIGNAL(mediaListChanged()), this, SLOT(mediaListChanged())); connect(m_application->browsingModel(), SIGNAL(mediaListPropertiesChanged()), this, SLOT(mediaListPropertiesChanged())); connect(m_application->browsingModel(), SIGNAL(loading()), this, SLOT(mediaListLoading())); connect(m_application->browsingModel(), SIGNAL(loadingStateChanged(bool)), this, SLOT(mediaListLoadingStateChanged(bool))); connect(m_application->browsingModel(), SIGNAL(propertiesChanged()), this, SLOT(updateListHeader())); connect((MediaItemDelegate *)mediaView->itemDelegate(), SIGNAL(categoryActivated(QModelIndex)), this, SLOT(mediaListCategoryActivated(QModelIndex))); connect((MediaItemDelegate *)mediaView->itemDelegate(), SIGNAL(actionActivated(QModelIndex)), this, SLOT(mediaListActionActivated(QModelIndex))); connect(mediaView->selectionModel(), SIGNAL(selectionChanged(const QItemSelection, const QItemSelection)), this, SLOT(mediaSelectionChanged(const QItemSelection, const QItemSelection))); connect(ui->previous, SIGNAL(clicked()), this, SLOT(loadPreviousList())); connect(m_application->playlist()->nowPlayingModel(), SIGNAL(mediaListChanged()), this, SLOT(nowPlayingChanged())); connect(m_application->mainWindow(), SIGNAL(switchedMainWidget(MainWindow::MainWidget)), this, SLOT(defaultListLoad(MainWindow::MainWidget))); //Setup media list filter ui->mediaListFilterProxyLine->lineEdit()->setClickMessage(QString()); ui->mediaListFilterProxyLine->setProxy(ui->mediaView->filterProxyModel()); ui->mediaListFilter->setVisible(false); connect(ui->closeMediaListFilter, SIGNAL(clicked()), this, SLOT(closeMediaListFilter())); //Set up play select/all buttons connect(ui->playAll, SIGNAL(clicked()), this, SLOT(playAll())); connect(ui->playSelected, SIGNAL(clicked()), this, SLOT(playSelected())); //Setup browsing model status notifications connect(m_application->browsingModel(), SIGNAL(statusUpdated()), this, SLOT(browsingModelStatusUpdated())); //Set up search KLineEdit* searchField = m_application->mainWindow()->ui->Filter; connect(searchField, SIGNAL(returnPressed()), this, SLOT(loadSearch())); //Set up device notifier connect(DeviceManager::instance(), SIGNAL(deviceListChanged(DeviceManager::RelatedType)), this, SLOT(updateDeviceList(DeviceManager::RelatedType))); //Set default media list selection showMediaList(AudioList); }
//============================================================================== void MainContentComponent::timerCallback () { updateDeviceList (true); updateDeviceList (false); }
static void workLoop() { deviceList *list; int ctlSock = INVALID_PIPE; /* initialize the driver and device list */ if ((list = initServer(&srvSettings)) == NULL) message(LOG_ERROR, "failed to initialize the device list.\n"); else if (signal(SIGINT, quitHandler) == SIG_ERR) message(LOG_ERROR, "failed to install SIGINT handler.\n"); else if (signal(SIGTERM, quitHandler) == SIG_ERR) message(LOG_ERROR, "failed to install SIGTERM handler.\n"); else if (signal(SIGHUP, scanHandler) == SIG_ERR) message(LOG_ERROR, "failed to install SIGHUP handler.\n"); else if (signal(SIGPIPE, SIG_IGN) == SIG_ERR) message(LOG_ERROR, "failed to ignore SIGPIPE messages.\n"); else if (! srvSettings.justDescribe && (ctlSock = startListening(NULL)) == INVALID_PIPE) message(LOG_ERROR, "failed to open the control socket.\n"); else { bool quit = false; #if DEBUG printf("OPEN %d %s(%d)\n", srvSettings.commPipe[0], __FILE__, __LINE__); printf("OPEN %d %s(%d)\n", srvSettings.commPipe[1], __FILE__, __LINE__); #endif /* trigger the initial device scan */ scanHandler(SIGHUP); #ifdef __APPLE__ /* Support hot plug in on Mac OS X -- returns non-zero for error */ daemon_osx_support(ids); #endif /* loop, waiting for commands */ while(! quit) { THREAD_PTR thread = INVALID_THREAD_PTR; void *exitVal; /* wait for a new ctl connection, a command from an existing ctl connection, or a message from an exiting child thread. */ /* read a command and check for error */ if (readPipe(srvSettings.commPipe[READ], &thread, sizeof(THREAD_PTR)) != sizeof(THREAD_PTR)) { message(LOG_ERROR, "CommPipe read failed: %s\n", translateError(errno)); quit = true; } /* threads trigger a join by telling the main thread their id */ else if (thread != INVALID_THREAD_PTR) joinThread(thread, &exitVal); /* read the actual command (came from a signal handler) */ else if (readPipe(srvSettings.commPipe[READ], &thread, sizeof(THREAD_PTR)) != sizeof(THREAD_PTR)) { message(LOG_ERROR, "Command read failed: %s\n", translateError(errno)); quit = true; } /* handle the shutdown command */ else if (thread == QUIT_TRIGGER) quit = true; /* complain about unknown commands */ else if (thread != SCAN_TRIGGER) message(LOG_ERROR, "Unknown command from commPipe: %d\n", thread); /* handle the scan/rescan command */ else { if (srvSettings.justDescribe) message(LOG_NORMAL, "Detected Iguanaworks devices:\n"); if (! updateDeviceList(list)) message(LOG_ERROR, "scan failed.\n"); if (srvSettings.justDescribe) break; } } /* wait for all the workers to finish */ reapAllChildren(list); /* close up the server socket */ stopListening(ctlSock, NULL); } }