C++ PluginConfigurator::systemEvents方法代码示例

void UXInfoPlugin::init(qReal::PluginConfigurator const &configurator)
{
	initSettingsUi(*configurator.mainWindowInterpretersInterface().preferencesPages()["preferencesBehaviourPage"]);

	connect(&configurator.systemEvents(), &qReal::SystemEvents::lowLevelEvent, this, &UXInfoPlugin::processEvent);

	connect(&configurator.systemEvents(), &qReal::SystemEvents::closedMainWindow, [=]() {
		UXInfo::instance()->closeUXInfo();
		int const finishTimestamp = QDateTime::currentMSecsSinceEpoch();
		QString const totalTime = QString::number((finishTimestamp - mStartTimestamp) / 1000);
		UXInfo::reportTotalTime(totalTime);
	});

	connect(&configurator.systemEvents(), &qReal::SystemEvents::graphicalElementAdded
			, [](qReal::Id const &id) { UXInfo::reportCreation(id.editor(), id.element()); });

	connect(&configurator.systemEvents(), &qReal::SystemEvents::informationAdded
			, [](QString const &message, qReal::Id const &position) {
		UXInfo::reportErrors("information", position.editor(), position.element(), message);
	});
	connect(&configurator.systemEvents(), &qReal::SystemEvents::warningAdded
			, [](QString const &message, qReal::Id const &position) {
		UXInfo::reportErrors("warning", position.editor(), position.element(), message);
	});
	connect(&configurator.systemEvents(), &qReal::SystemEvents::errorAdded
			, [](QString const &message, qReal::Id const &position) {
		UXInfo::reportErrors("error", position.editor(), position.element(), message);
	});
	connect(&configurator.systemEvents(), &qReal::SystemEvents::criticalAdded
			, [](QString const &message, qReal::Id const &position) {
		UXInfo::reportErrors("critical", position.editor(), position.element(), message);
	});

	QWidget * const windowWidget = configurator.mainWindowInterpretersInterface().windowWidget();
	static_cast<QMainWindow *>(windowWidget)->addToolBar(Qt::TopToolBarArea, mUsabilityTestingToolbar);
	mUsabilityTestingToolbar->setVisible(qReal::SettingsManager::value("usabilityTestingMode").toBool());

	for (QAction const *action : windowWidget->actions()) {
		if (action->isCheckable()) {
			connect(action, &QAction::triggered, &mFilterObject, &FilterObject::toggledActionActivated);
		} else {
			connect(action, &QAction::triggered, &mFilterObject, &FilterObject::triggeredActionActivated);
		}
	}
}

void RobotsPluginFacade::initKitPlugins(qReal::PluginConfigurator const &configurer)
{
	/// @todo: Check that this code works when different kit is selected
	for (QString const &kitId : mKitPluginManager.kitIds()) {
		for (interpreterBase::KitPluginInterface * const kit : mKitPluginManager.kitsById(kitId)) {
			kit->init(mEventsForKitPlugin, configurer.systemEvents(), configurer.graphicalModelApi()
					, configurer.logicalModelApi(), configurer.mainWindowInterpretersInterface(), *mInterpreter);

			for (interpreterBase::robotModel::RobotModelInterface const *model : kit->robotModels()) {
				initFactoriesFor(kitId, model, configurer);
				connect(&mEventsForKitPlugin, &interpreterBase::EventsForKitPluginInterface::interpretationStarted
						, model, &interpreterBase::robotModel::RobotModelInterface::onInterpretationStarted);
			}

			mDevicesConfigurationManager->connectDevicesConfigurationProvider(kit->devicesConfigurationProvider());
		}

		for (generatorBase::GeneratorKitPluginInterface * const generator : mKitPluginManager.generatorsById(kitId)) {
			generator->init(configurer, mRobotModelManager, *mParser);
		}
	}
}

void RobotsPluginFacade::init(qReal::PluginConfigurator const &configurer)
{
	mRobotSettingsPage = new ui::RobotsSettingsPage(mKitPluginManager, mRobotModelManager);

	mDevicesConfigurationManager.reset(new DevicesConfigurationManager(
			configurer.graphicalModelApi()
			, configurer.logicalModelApi()
			, configurer.mainWindowInterpretersInterface()
			, configurer.systemEvents()
			));

	if (!selectKit(configurer)) {
		/// @todo Correctly handle unselected kit.
		return;
	}

	mParser.reset(new textLanguage::RobotsBlockParser(mRobotModelManager
			, [this]() { return mInterpreter ? mInterpreter->timeElapsed() : 0; }));

	interpreterBase::blocksBase::BlocksFactoryInterface * const coreFactory = new coreBlocks::CoreBlocksFactory();
	coreFactory->configure(configurer.graphicalModelApi()
			, configurer.logicalModelApi()
			, mRobotModelManager
			, *configurer.mainWindowInterpretersInterface().errorReporter()
			, *mParser
			);

	mBlocksFactoryManager.addFactory(coreFactory);

	interpreter::Interpreter *interpreter = new interpreter::Interpreter(
			configurer.graphicalModelApi()
			, configurer.logicalModelApi()
			, configurer.mainWindowInterpretersInterface()
			, configurer.projectManager()
			, mBlocksFactoryManager
			, mRobotModelManager
			, *mParser
			, mActionsManager.connectToRobotAction()
			);

	mInterpreter = interpreter;

	connect(&configurer.systemEvents(), &qReal::SystemEvents::closedMainWindow
			, mInterpreter, &interpreter::InterpreterInterface::stopRobot);
	connect(&mRobotModelManager, &RobotModelManager::robotModelChanged
			, mInterpreter, &interpreter::InterpreterInterface::stopRobot);

	initKitPlugins(configurer);

	initSensorWidgets();

	auto paletteUpdateManager = new PaletteUpdateManager(configurer.mainWindowInterpretersInterface()
			, mBlocksFactoryManager, this);
	connect(&mRobotModelManager, &RobotModelManager::robotModelChanged
			, paletteUpdateManager, &PaletteUpdateManager::updatePalette);
	mDevicesConfigurationManager->connectDevicesConfigurationProvider(interpreter);

	// It will subscribe to all signals itself and free memory too.
	new KitAutoSwitcher(configurer.projectManager(), configurer.logicalModelApi()
			, mBlocksFactoryManager, mKitPluginManager, mRobotModelManager, this);

	connectInterpreterToActions();

	connectEventsForKitPlugin();

	connect(&mActionsManager.robotSettingsAction(), &QAction::triggered
			, [=] () { configurer.mainWindowInterpretersInterface().openSettingsDialog(tr("Robots")); });
	connect(&configurer.systemEvents(), &qReal::SystemEvents::activeTabChanged
			, &mActionsManager, &ActionsManager::onActiveTabChanged);

	sync();
}

void RobotsPluginFacade::init(const qReal::PluginConfigurator &configurer)
{
	mActionsManager.init(&configurer.mainWindowInterpretersInterface());

	mRobotSettingsPage = new ui::RobotsSettingsPage(mKitPluginManager, mRobotModelManager
			, configurer.logicalModelApi());

	connect(&configurer.systemEvents(), &qReal::SystemEvents::activeTabChanged
			, mRobotSettingsPage, &ui::RobotsSettingsPage::onProjectOpened);

	mDevicesConfigurationManager.reset(new DevicesConfigurationManager(
			configurer.graphicalModelApi()
			, configurer.logicalModelApi()
			, configurer.mainWindowInterpretersInterface()
			, configurer.projectManager()
			));

	if (!selectKit(configurer)) {
		/// @todo Correctly handle unselected kit.
		return;
	}

	mParser.reset(new textLanguage::RobotsBlockParser(mRobotModelManager
			, [this]() { return mInterpreter ? mInterpreter->timeElapsed() : 0; }));

	kitBase::blocksBase::BlocksFactoryInterface * const coreFactory = new coreBlocks::CoreBlocksFactory();
	coreFactory->configure(configurer.graphicalModelApi()
			, configurer.logicalModelApi()
			, mRobotModelManager
			, *configurer.mainWindowInterpretersInterface().errorReporter()
			, *mParser
			);

	mBlocksFactoryManager.addFactory(coreFactory);

	mUiManager.reset(new UiManager(mActionsManager.debugModeAction()
			, mActionsManager.editModeAction()
			, configurer.mainWindowDockInterface()
			, configurer.systemEvents()
			, mEventsForKitPlugin
			, mRobotModelManager));

	interpreter::Interpreter *interpreter = new interpreter::Interpreter(
			configurer.graphicalModelApi()
			, configurer.logicalModelApi()
			, configurer.mainWindowInterpretersInterface()
			, configurer.projectManager()
			, mBlocksFactoryManager
			, mRobotModelManager
			, *mParser
			, mActionsManager.connectToRobotAction()
			);

	mInterpreter = interpreter;

	connect(&configurer.systemEvents(), &qReal::SystemEvents::closedMainWindow
			, mInterpreter, &interpreter::InterpreterInterface::userStopRobot);
	connect(&mRobotModelManager, &RobotModelManager::robotModelChanged
			, mInterpreter, &interpreter::InterpreterInterface::userStopRobot);

	initKitPlugins(configurer);

	initSensorWidgets();

	auto paletteUpdateManager = new PaletteUpdateManager(configurer.mainWindowInterpretersInterface()
			, mBlocksFactoryManager, this);
	connect(&mRobotModelManager, &RobotModelManager::robotModelChanged
			, paletteUpdateManager, &PaletteUpdateManager::updatePalette);
	mDevicesConfigurationManager->connectDevicesConfigurationProvider(interpreter);

	// It will subscribe to all signals itself and free memory too.
	new KitAutoSwitcher(configurer.projectManager(), configurer.logicalModelApi()
			, mBlocksFactoryManager, mKitPluginManager, mRobotModelManager, this);

	mSaveAsTaskManager.reset(new ExerciseExportManager(configurer.logicalModelApi()
			, configurer.repoControlInterface(), configurer.projectManager()));

	connectInterpreterToActions();

	connectEventsForKitPlugin();

	connect(&mActionsManager.robotSettingsAction(), &QAction::triggered
			, [=] () { configurer.mainWindowInterpretersInterface().openSettingsDialog(tr("Robots")); });

	connect(&configurer.systemEvents(), &qReal::SystemEvents::activeTabChanged
			, &mActionsManager, &ActionsManager::onActiveTabChanged);

	// Just to capture them, not configurer.
	qReal::ProjectManagementInterface &projectManager = configurer.projectManager();
	qReal::gui::MainWindowInterpretersInterface &mainWindow = configurer.mainWindowInterpretersInterface();
	qReal::GraphicalModelAssistInterface &graphicalModel = configurer.graphicalModelApi();
	connect(&mActionsManager.homeAction(), &QAction::triggered, [&projectManager, &mainWindow, &graphicalModel]() {
		if (projectManager.somethingOpened()) {
			for (const qReal::Id &diagram : graphicalModel.children(qReal::Id::rootId())) {
				if (diagram.type() == qReal::Id("RobotsMetamodel", "RobotsDiagram", "RobotsDiagramNode")) {
					mainWindow.activateItemOrDiagram(diagram);
					return;
				}
			}
		} else {
//.........这里部分代码省略.........