C++ TFilePath::getQString方法代码示例

bool Preferences::LevelFormat::matches(const TFilePath &fp) const
{
	return m_pathFormat.exactMatch(fp.getQString());
}

//.........这里部分代码省略.........
	MainWindow w(argumentLayoutFileName);

	splash.showMessage(offsetStr + "Loading style sheet ...", Qt::AlignCenter, Qt::white);
	a.processEvents();

	// Carico lo styleSheet
	QString currentStyle = Preferences::instance()->getCurrentStyleSheet();
	a.setStyleSheet(currentStyle);

	TApp::instance()->setMainWindow(&w);
	w.setWindowTitle(applicationFullName);

	splash.showMessage(offsetStr + "Starting main window ...", Qt::AlignCenter, Qt::white);
	a.processEvents();

	TFilePath fp = ToonzFolder::getModuleFile("mainwindow.ini");
	QSettings settings(toQString(fp), QSettings::IniFormat);
	w.restoreGeometry(settings.value("MainWindowGeometry").toByteArray());

#ifndef MACOSX
	//Workaround for the maximized window case: Qt delivers two resize events, one in the normal geometry, before
	//maximizing (why!?), the second afterwards - all inside the following show() call. This makes troublesome for
	//the docking system to correctly restore the saved geometry. Fortunately, MainWindow::showEvent(..) gets called
	//just between the two, so we can disable the currentRoom layout right before showing and re-enable it after
	//the normal resize has happened.
	if (w.isMaximized())
		w.getCurrentRoom()->layout()->setEnabled(false);
#endif

	QRect splashGeometry = splash.geometry();
	splash.finish(&w);

	a.setQuitOnLastWindowClosed(false);
// a.connect(&a, SIGNAL(lastWindowClosed()), &a, SLOT(quit()));
	w.checkForUpdates();

	w.show();

	//Show floating panels only after the main window has been shown
	w.startupFloatingPanels();

	CommandManager::instance()->execute(T_Hand);
	if (!loadScenePath.isEmpty()) {
		splash.showMessage(QString("Loading file '") + loadScenePath.getQString() + "'...", Qt::AlignCenter, Qt::white);

		loadScenePath = loadScenePath.withType("tnz");
		if (TFileStatus(loadScenePath).doesExist())
			IoCmd::loadScene(loadScenePath);
	}

	QFont *myFont;

	std::string family = EnvSoftwareCurrentFont;
	myFont = new QFont(QString(family.c_str()));

	myFont->setPixelSize(EnvSoftwareCurrentFontSize);
	/*-- フォントのBoldの指定 --*/
	std::string weight = EnvSoftwareCurrentFontWeight;
	if (strcmp(weight.c_str(), "Yes") == 0)
		myFont->setBold(true);
	else
		myFont->setBold(false);
	a.setFont(*myFont);

	QAction *action = CommandManager::instance()->getAction("MI_OpenTMessage");
	if (action)
		QObject::connect(TMessageRepository::instance(), SIGNAL(openMessageCenter()), action, SLOT(trigger()));

	QObject::connect(
		TUndoManager::manager(), SIGNAL(somethingChanged()),
		TApp::instance()->getCurrentScene(), SLOT(setDirtyFlag()));

#ifdef _WIN32
#ifndef x64
	//On 32-bit architecture, there could be cases in which initialization could alter the
	//FPU floating point control word. I've seen this happen when loading some AVI coded (VFAPI),
	//where 80-bit internal precision was used instead of the standard 64-bit (much faster and
	//sufficient - especially considering that x86 truncates to 64-bit representation anyway).
	//IN ANY CASE, revert to the original control word.
	//In the x64 case these precision changes simply should not take place up to _controlfp_s
	//documentation.
	_controlfp_s(0, fpWord, -1);
#endif
#endif

	a.installEventFilter(TApp::instance());

	int ret = a.exec();

	TUndoManager::manager()->reset();
	PreviewFxManager::instance()->reset();

#ifdef _WIN32
	if (consoleAttached) {
		::FreeConsole();
	}
#endif

	return ret;
}