#include "MultiMC.h" #include "BuildConfig.h" #include "MainWindow.h" #include "InstanceWindow.h" #include "pages/BasePageProvider.h" #include "pages/global/MultiMCPage.h" #include "pages/global/MinecraftPage.h" #include "pages/global/JavaPage.h" #include "pages/global/ProxyPage.h" #include "pages/global/ExternalToolsPage.h" #include "pages/global/AccountListPage.h" #include "pages/global/PasteEEPage.h" #include "pages/global/PackagesPage.h" #include "themes/ITheme.h" #include "themes/SystemTheme.h" #include "themes/DarkTheme.h" #include "themes/BrightTheme.h" #include "themes/CustomTheme.h" #include "setupwizard/SetupWizard.h" #include "setupwizard/LanguageWizardPage.h" #include "setupwizard/JavaWizardPage.h" #include "setupwizard/AnalyticsWizardPage.h" #include #include #include #include #include #include #include #include #include #include "dialogs/CustomMessageBox.h" #include "InstanceList.h" #include "FolderInstanceProvider.h" #include #include "icons/IconList.h" #include "net/HttpMetaCache.h" #include "net/URLConstants.h" #include "Env.h" #include "java/JavaUtils.h" #include "updater/UpdateChecker.h" #include "tools/JProfiler.h" #include "tools/JVisualVM.h" #include "tools/MCEditTool.h" #include #include "settings/INISettingsObject.h" #include "settings/Setting.h" #include "translations/TranslationsModel.h" #include #include #include #include #include #include #if defined Q_OS_WIN32 #ifndef WIN32_LEAN_AND_MEAN #define WIN32_LEAN_AND_MEAN #endif #include #include #endif #define STRINGIFY(x) #x #define TOSTRING(x) STRINGIFY(x) static const QLatin1String liveCheckFile("live.check"); using namespace Commandline; #define MACOS_HINT "If you are on macOS Sierra, you might have to move MultiMC.app to your /Applications or ~/Applications folder. "\ "This usually fixes the problem and you can move the application elsewhere afterwards.\n"\ "\n" static void appDebugOutput(QtMsgType type, const QMessageLogContext &context, const QString &msg) { const char *levels = "DWCFIS"; const QString format("%1 %2 %3\n"); qint64 msecstotal = MMC->timeSinceStart(); qint64 seconds = msecstotal / 1000; qint64 msecs = msecstotal % 1000; QString foo; char buf[1025] = {0}; ::snprintf(buf, 1024, "%5lld.%03lld", seconds, msecs); QString out = format.arg(buf).arg(levels[type]).arg(msg); MMC->logFile->write(out.toUtf8()); MMC->logFile->flush(); QTextStream(stderr) << out.toLocal8Bit(); fflush(stderr); } MultiMC::MultiMC(int &argc, char **argv) : QApplication(argc, argv) { #if defined Q_OS_WIN32 // attach the parent console if(AttachConsole(ATTACH_PARENT_PROCESS)) { // if attach succeeds, reopen and sync all the i/o if(freopen("CON", "w", stdout)) { std::cout.sync_with_stdio(); } if(freopen("CON", "w", stderr)) { std::cerr.sync_with_stdio(); } if(freopen("CON", "r", stdin)) { std::cin.sync_with_stdio(); } auto out = GetStdHandle (STD_OUTPUT_HANDLE); DWORD written; const char * endline = "\n"; WriteConsole(out, endline, strlen(endline), &written, NULL); consoleAttached = true; } #endif setOrganizationName("MultiMC"); setOrganizationDomain("multimc.org"); setApplicationName("MultiMC5"); setApplicationDisplayName("MultiMC 5"); setApplicationVersion(BuildConfig.printableVersionString()); startTime = QDateTime::currentDateTime(); // Don't quit on hiding the last window this->setQuitOnLastWindowClosed(false); // Commandline parsing QHash args; { Parser parser(FlagStyle::GNU, ArgumentStyle::SpaceAndEquals); // --help parser.addSwitch("help"); parser.addShortOpt("help", 'h'); parser.addDocumentation("help", "display this help and exit."); // --version parser.addSwitch("version"); parser.addShortOpt("version", 'V'); parser.addDocumentation("version", "display program version and exit."); // --dir parser.addOption("dir"); parser.addShortOpt("dir", 'd'); parser.addDocumentation("dir", "use the supplied folder as MultiMC root instead of " "the binary location (use '.' for current)"); // --launch parser.addOption("launch"); parser.addShortOpt("launch", 'l'); parser.addDocumentation("launch", "launch the specified instance (by instance ID)"); // --alive parser.addSwitch("alive"); parser.addDocumentation("alive", "write a small '" + liveCheckFile + "' file after MultiMC starts"); // parse the arguments try { args = parser.parse(arguments()); } catch (ParsingError e) { std::cerr << "CommandLineError: " << e.what() << std::endl; std::cerr << "Try '%1 -h' to get help on MultiMC's command line parameters." << std::endl; m_status = MultiMC::Failed; return; } // display help and exit if (args["help"].toBool()) { std::cout << qPrintable(parser.compileHelp(arguments()[0])); m_status = MultiMC::Succeeded; return; } // display version and exit if (args["version"].toBool()) { std::cout << "Version " << BuildConfig.printableVersionString().toStdString() << std::endl; std::cout << "Git " << BuildConfig.GIT_COMMIT.toStdString() << std::endl; m_status = MultiMC::Succeeded; return; } } m_instanceIdToLaunch = args["launch"].toString(); m_liveCheck = args["alive"].toBool(); QString origcwdPath = QDir::currentPath(); QString binPath = applicationDirPath(); QString adjustedBy; QString dataPath; // change folder QString dirParam = args["dir"].toString(); if (!dirParam.isEmpty()) { // the dir param. it makes multimc data path point to whatever the user specified // on command line adjustedBy += "Command line " + dirParam; dataPath = dirParam; } else { #ifdef MULTIMC_LINUX_DATADIR QString xdgDataHome = QFile::decodeName(qgetenv("XDG_DATA_HOME")); if (xdgDataHome.isEmpty()) xdgDataHome = QDir::homePath() + QLatin1String("/.local/share"); dataPath = xdgDataHome + "/multimc"; adjustedBy += "XDG standard " + dataPath; #else dataPath = applicationDirPath(); adjustedBy += "Fallback to binary path " + dataPath; #endif } if (!FS::ensureFolderPathExists(dataPath)) { showFatalErrorMessage( "MultiMC data folder could not be created.", "MultiMC data folder could not be created.\n" "\n" #if defined(Q_OS_MAC) MACOS_HINT #endif "Make sure you have the right permissions to the MultiMC data folder and any folder needed to access it.\n" "\n" "MultiMC cannot continue until you fix this problem." ); return; } if (!QDir::setCurrent(dataPath)) { showFatalErrorMessage( "MultiMC data folder could not be opened.", "MultiMC data folder could not be opened.\n" "\n" #if defined(Q_OS_MAC) MACOS_HINT #endif "Make sure you have the right permissions to the MultiMC data folder.\n" "\n" "MultiMC cannot continue until you fix this problem." ); return; } /* * Establish the mechanism for communication with an already running MultiMC that uses the same data path. * If there is one, tell it what the user actually wanted to do and exit. * We want to initialize this before logging to avoid messing with the log of a potential already running copy. */ auto appID = ApplicationId::fromPathAndVersion(QDir::currentPath(), BuildConfig.printableVersionString()); { // FIXME: you can run the same binaries with multiple data dirs and they won't clash. This could cause issues for updates. m_peerInstance = new LocalPeer(this, appID); connect(m_peerInstance, &LocalPeer::messageReceived, this, &MultiMC::messageReceived); if(m_peerInstance->isClient()) { if(m_instanceIdToLaunch.isEmpty()) { m_peerInstance->sendMessage("activate", 2000); } else { m_peerInstance->sendMessage(m_instanceIdToLaunch, 2000); } m_status = MultiMC::Succeeded; return; } } // init the logger { static const QString logBase = "MultiMC-%0.log"; auto moveFile = [](const QString &oldName, const QString &newName) { QFile::remove(newName); QFile::copy(oldName, newName); QFile::remove(oldName); }; moveFile(logBase.arg(3), logBase.arg(4)); moveFile(logBase.arg(2), logBase.arg(3)); moveFile(logBase.arg(1), logBase.arg(2)); moveFile(logBase.arg(0), logBase.arg(1)); logFile = std::unique_ptr(new QFile(logBase.arg(0))); if(!logFile->open(QIODevice::WriteOnly | QIODevice::Text | QIODevice::Truncate)) { showFatalErrorMessage( "MultiMC data folder is not writable!", "MultiMC couldn't create a log file - the MultiMC data folder is not writable.\n" "\n" #if defined(Q_OS_MAC) MACOS_HINT #endif "Make sure you have write permissions to the MultiMC data folder.\n" "\n" "MultiMC cannot continue until you fix this problem." ); return; } qInstallMessageHandler(appDebugOutput); qDebug() << "<> Log initialized."; } // Set up paths { // Root path is used for updates. #ifdef Q_OS_LINUX QDir foo(FS::PathCombine(binPath, "..")); m_rootPath = foo.absolutePath(); #elif defined(Q_OS_WIN32) m_rootPath = binPath; #elif defined(Q_OS_MAC) QDir foo(FS::PathCombine(binPath, "../..")); m_rootPath = foo.absolutePath(); #endif #ifdef MULTIMC_JARS_LOCATION ENV.setJarsPath( TOSTRING(MULTIMC_JARS_LOCATION) ); #endif qDebug() << "MultiMC 5, (c) 2013-2017 MultiMC Contributors"; qDebug() << "Version : " << BuildConfig.printableVersionString(); qDebug() << "Git commit : " << BuildConfig.GIT_COMMIT; qDebug() << "Git refspec : " << BuildConfig.GIT_REFSPEC; if (adjustedBy.size()) { qDebug() << "Work dir before adjustment : " << origcwdPath; qDebug() << "Work dir after adjustment : " << QDir::currentPath(); qDebug() << "Adjusted by : " << adjustedBy; } else { qDebug() << "Work dir : " << QDir::currentPath(); } qDebug() << "Binary path : " << binPath; qDebug() << "Application root path : " << m_rootPath; if(!m_instanceIdToLaunch.isEmpty()) { qDebug() << "ID of instance to launch : " << m_instanceIdToLaunch; } qDebug() << "<> Paths set."; } do // once { if(m_liveCheck) { QFile check(liveCheckFile); if(!check.open(QIODevice::WriteOnly | QIODevice::Truncate)) { qWarning() << "Could not open" << liveCheckFile << "for writing!"; break; } auto payload = appID.toString().toUtf8(); if(check.write(payload) != payload.size()) { qWarning() << "Could not write into" << liveCheckFile; check.remove(); break; } check.close(); } } while(false); // Initialize application settings { m_settings.reset(new INISettingsObject("multimc.cfg", this)); // Updates m_settings->registerSetting("UpdateChannel", BuildConfig.VERSION_CHANNEL); m_settings->registerSetting("AutoUpdate", true); // Theming m_settings->registerSetting("IconTheme", QString("multimc")); m_settings->registerSetting("ApplicationTheme", QString("system")); // Notifications m_settings->registerSetting("ShownNotifications", QString()); // Remembered state m_settings->registerSetting("LastUsedGroupForNewInstance", QString()); QString defaultMonospace; int defaultSize = 11; #ifdef Q_OS_WIN32 defaultMonospace = "Courier"; defaultSize = 10; #elif defined(Q_OS_MAC) defaultMonospace = "Menlo"; #else defaultMonospace = "Monospace"; #endif // resolve the font so the default actually matches QFont consoleFont; consoleFont.setFamily(defaultMonospace); consoleFont.setStyleHint(QFont::Monospace); consoleFont.setFixedPitch(true); QFontInfo consoleFontInfo(consoleFont); QString resolvedDefaultMonospace = consoleFontInfo.family(); QFont resolvedFont(resolvedDefaultMonospace); qDebug() << "Detected default console font:" << resolvedDefaultMonospace << ", substitutions:" << resolvedFont.substitutions().join(','); m_settings->registerSetting("ConsoleFont", resolvedDefaultMonospace); m_settings->registerSetting("ConsoleFontSize", defaultSize); m_settings->registerSetting("ConsoleMaxLines", 100000); m_settings->registerSetting("ConsoleOverflowStop", true); // Folders m_settings->registerSetting("InstanceDir", "instances"); m_settings->registerSetting({"CentralModsDir", "ModsDir"}, "mods"); m_settings->registerSetting({"LWJGLDir", "LwjglDir"}, "lwjgl"); m_settings->registerSetting("IconsDir", "icons"); // Editors m_settings->registerSetting("JsonEditor", QString()); // Language m_settings->registerSetting("Language", QString()); // Console m_settings->registerSetting("ShowConsole", false); m_settings->registerSetting("AutoCloseConsole", false); m_settings->registerSetting("ShowConsoleOnError", true); m_settings->registerSetting("LogPrePostOutput", true); // Window Size m_settings->registerSetting({"LaunchMaximized", "MCWindowMaximize"}, false); m_settings->registerSetting({"MinecraftWinWidth", "MCWindowWidth"}, 854); m_settings->registerSetting({"MinecraftWinHeight", "MCWindowHeight"}, 480); // Proxy Settings m_settings->registerSetting("ProxyType", "None"); m_settings->registerSetting({"ProxyAddr", "ProxyHostName"}, "127.0.0.1"); m_settings->registerSetting("ProxyPort", 8080); m_settings->registerSetting({"ProxyUser", "ProxyUsername"}, ""); m_settings->registerSetting({"ProxyPass", "ProxyPassword"}, ""); // Memory m_settings->registerSetting({"MinMemAlloc", "MinMemoryAlloc"}, 512); m_settings->registerSetting({"MaxMemAlloc", "MaxMemoryAlloc"}, 1024); m_settings->registerSetting("PermGen", 128); // Java Settings m_settings->registerSetting("JavaPath", ""); m_settings->registerSetting("JavaTimestamp", 0); m_settings->registerSetting("JavaArchitecture", ""); m_settings->registerSetting("JavaVersion", ""); m_settings->registerSetting("LastHostname", ""); m_settings->registerSetting("JvmArgs", ""); // Minecraft launch method m_settings->registerSetting("MCLaunchMethod", "LauncherPart"); // Wrapper command for launch m_settings->registerSetting("WrapperCommand", ""); // Custom Commands m_settings->registerSetting({"PreLaunchCommand", "PreLaunchCmd"}, ""); m_settings->registerSetting({"PostExitCommand", "PostExitCmd"}, ""); // The cat m_settings->registerSetting("TheCat", false); m_settings->registerSetting("InstSortMode", "Name"); m_settings->registerSetting("SelectedInstance", QString()); // Window state and geometry m_settings->registerSetting("MainWindowState", ""); m_settings->registerSetting("MainWindowGeometry", ""); m_settings->registerSetting("ConsoleWindowState", ""); m_settings->registerSetting("ConsoleWindowGeometry", ""); m_settings->registerSetting("SettingsGeometry", ""); m_settings->registerSetting("PagedGeometry", ""); m_settings->registerSetting("UpdateDialogGeometry", ""); // paste.ee API key m_settings->registerSetting("PasteEEAPIKey", "multimc"); if(!BuildConfig.ANALYTICS_ID.isEmpty()) { // Analytics m_settings->registerSetting("Analytics", true); m_settings->registerSetting("AnalyticsSeen", 0); m_settings->registerSetting("AnalyticsClientID", QString()); } // Init page provider { m_globalSettingsProvider = std::make_shared(tr("Settings")); m_globalSettingsProvider->addPage(); m_globalSettingsProvider->addPage(); m_globalSettingsProvider->addPage(); m_globalSettingsProvider->addPage(); m_globalSettingsProvider->addPage(); m_globalSettingsProvider->addPage(); m_globalSettingsProvider->addPage(); m_globalSettingsProvider->addPage(); } qDebug() << "<> Settings loaded."; } // load translations { m_translations.reset(new TranslationsModel("translations")); auto bcp47Name = m_settings->get("Language").toString(); m_translations->selectLanguage(bcp47Name); qDebug() << "Your language is" << bcp47Name; qDebug() << "<> Translations loaded."; } // initialize the updater if(BuildConfig.UPDATER_ENABLED) { m_updateChecker.reset(new UpdateChecker(BuildConfig.CHANLIST_URL, BuildConfig.VERSION_CHANNEL, BuildConfig.VERSION_BUILD)); qDebug() << "<> Updater started."; } // Instance icons { auto setting = MMC->settings()->getSetting("IconsDir"); QStringList instFolders = { ":/icons/multimc/32x32/instances/", ":/icons/multimc/50x50/instances/", ":/icons/multimc/128x128/instances/" }; m_icons.reset(new IconList(instFolders, setting->get().toString())); connect(setting.get(), &Setting::SettingChanged,[&](const Setting &, QVariant value) { m_icons->directoryChanged(value.toString()); }); ENV.registerIconList(m_icons); qDebug() << "<> Instance icons intialized."; } // Icon themes { // TODO: icon themes and instance icons do not mesh well together. Rearrange and fix discrepancies! // set icon theme search path! auto searchPaths = QIcon::themeSearchPaths(); searchPaths.append("iconthemes"); QIcon::setThemeSearchPaths(searchPaths); qDebug() << "<> Icon themes initialized."; } // Initialize widget themes { auto insertTheme = [this](ITheme * theme) { m_themes.insert(std::make_pair(theme->id(), std::unique_ptr(theme))); }; auto darkTheme = new DarkTheme(); insertTheme(new SystemTheme()); insertTheme(darkTheme); insertTheme(new BrightTheme()); insertTheme(new CustomTheme(darkTheme, "custom")); qDebug() << "<> Widget themes initialized."; } // initialize and load all instances { auto InstDirSetting = m_settings->getSetting("InstanceDir"); // instance path: check for problems with '!' in instance path and warn the user in the log // and rememer that we have to show him a dialog when the gui starts (if it does so) QString instDir = m_settings->get("InstanceDir").toString(); qDebug() << "Instance path : " << instDir; if (FS::checkProblemticPathJava(QDir(instDir))) { qWarning() << "Your instance path contains \'!\' and this is known to cause java problems"; } m_instances.reset(new InstanceList(m_settings, InstDirSetting->get().toString(), this)); m_instanceFolder = new FolderInstanceProvider(m_settings, instDir); connect(InstDirSetting.get(), &Setting::SettingChanged, m_instanceFolder, &FolderInstanceProvider::on_InstFolderChanged); m_instances->addInstanceProvider(m_instanceFolder); qDebug() << "Loading Instances..."; m_instances->loadList(true); qDebug() << "<> Instances loaded."; } // and accounts { m_accounts.reset(new MojangAccountList(this)); qDebug() << "Loading accounts..."; m_accounts->setListFilePath("accounts.json", true); m_accounts->loadList(); qDebug() << "<> Accounts loaded."; } // init the http meta cache { ENV.initHttpMetaCache(); qDebug() << "<> Cache initialized."; } // init proxy settings { QString proxyTypeStr = settings()->get("ProxyType").toString(); QString addr = settings()->get("ProxyAddr").toString(); int port = settings()->get("ProxyPort").value(); QString user = settings()->get("ProxyUser").toString(); QString pass = settings()->get("ProxyPass").toString(); ENV.updateProxySettings(proxyTypeStr, addr, port, user, pass); qDebug() << "<> Proxy settings done."; } // now we have network, download translation updates m_translations->downloadIndex(); //FIXME: what to do with these? m_profilers.insert("jprofiler", std::shared_ptr(new JProfilerFactory())); m_profilers.insert("jvisualvm", std::shared_ptr(new JVisualVMFactory())); for (auto profiler : m_profilers.values()) { profiler->registerSettings(m_settings); } // Create the MCEdit thing... why is this here? { m_mcedit.reset(new MCEditTool(m_settings)); } connect(this, &MultiMC::aboutToQuit, [this](){ if(m_instances) { // m_instances->saveGroupList(); } if(logFile) { logFile->flush(); logFile->close(); } }); { setIconTheme(settings()->get("IconTheme").toString()); qDebug() << "<> Icon theme set."; setApplicationTheme(settings()->get("ApplicationTheme").toString(), true); qDebug() << "<> Application theme set."; } // Initialize analytics [this]() { const int analyticsVersion = 2; if(BuildConfig.ANALYTICS_ID.isEmpty()) { return; } auto analyticsSetting = m_settings->getSetting("Analytics"); connect(analyticsSetting.get(), &Setting::SettingChanged, this, &MultiMC::analyticsSettingChanged); QString clientID = m_settings->get("AnalyticsClientID").toString(); if(clientID.isEmpty()) { clientID = QUuid::createUuid().toString(); clientID.remove(QLatin1Char('{')); clientID.remove(QLatin1Char('}')); m_settings->set("AnalyticsClientID", clientID); } m_analytics = new GAnalytics(BuildConfig.ANALYTICS_ID, clientID, analyticsVersion, this); m_analytics->setLogLevel(GAnalytics::Debug); m_analytics->setAnonymizeIPs(true); m_analytics->setNetworkAccessManager(&ENV.qnam()); if(m_settings->get("AnalyticsSeen").toInt() < m_analytics->version()) { qDebug() << "Analytics info not seen by user yet (or old version)."; return; } if(!m_settings->get("Analytics").toBool()) { qDebug() << "Analytics disabled by user."; return; } m_analytics->enable(); qDebug() << "<> Initialized analytics with tid" << BuildConfig.ANALYTICS_ID; }(); if(createSetupWizard()) { return; } performMainStartupAction(); } bool MultiMC::createSetupWizard() { bool javaRequired = [&]() { QString currentHostName = QHostInfo::localHostName(); QString oldHostName = settings()->get("LastHostname").toString(); if (currentHostName != oldHostName) { settings()->set("LastHostname", currentHostName); return true; } QString currentJavaPath = settings()->get("JavaPath").toString(); QString actualPath = FS::ResolveExecutable(currentJavaPath); if (actualPath.isNull()) { return true; } return false; }(); bool analyticsRequired = [&]() { if(BuildConfig.ANALYTICS_ID.isEmpty()) { return false; } if (!settings()->get("Analytics").toBool()) { return false; } if (settings()->get("AnalyticsSeen").toInt() < analytics()->version()) { return true; } return false; }(); bool languageRequired = [&]() { if (settings()->get("Language").toString().isEmpty()) return true; return false; }(); bool wizardRequired = javaRequired || analyticsRequired || languageRequired; if(wizardRequired) { m_setupWizard = new SetupWizard(nullptr); if (languageRequired) { m_setupWizard->addPage(new LanguageWizardPage(m_setupWizard)); } if (javaRequired) { m_setupWizard->addPage(new JavaWizardPage(m_setupWizard)); } if(analyticsRequired) { m_setupWizard->addPage(new AnalyticsWizardPage(m_setupWizard)); } connect(m_setupWizard, &QDialog::finished, this, &MultiMC::setupWizardFinished); m_setupWizard->show(); return true; } return false; } void MultiMC::setupWizardFinished(int status) { qDebug() << "Wizard result =" << status; performMainStartupAction(); } void MultiMC::performMainStartupAction() { m_status = MultiMC::Initialized; if(!m_instanceIdToLaunch.isEmpty()) { auto inst = instances()->getInstanceById(m_instanceIdToLaunch); if(inst) { qDebug() << "<> Instance launching:" << m_instanceIdToLaunch; launch(inst, true, nullptr); return; } } if(!m_mainWindow) { // normal main window showMainWindow(false); qDebug() << "<> Main window shown."; } } void MultiMC::showFatalErrorMessage(const QString& title, const QString& content) { m_status = MultiMC::Failed; auto dialog = CustomMessageBox::selectable(nullptr, title, content, QMessageBox::Critical); dialog->exec(); } MultiMC::~MultiMC() { // kill the other globals. Env::dispose(); // Shut down logger by setting the logger function to nothing qInstallMessageHandler(nullptr); #if defined Q_OS_WIN32 // Detach from Windows console if(consoleAttached) { fclose(stdout); fclose(stdin); fclose(stderr); FreeConsole(); } #endif } void MultiMC::messageReceived(const QString& message) { if(status() != Initialized) { qDebug() << "Received message" << message << "while still initializing. It will be ignored."; return; } if(message == "activate") { showMainWindow(); } else { auto inst = instances()->getInstanceById(message); if(inst) { launch(inst, true, nullptr); } } } void MultiMC::analyticsSettingChanged(const Setting&, QVariant value) { if(!m_analytics) return; bool enabled = value.toBool(); if(enabled) { qDebug() << "Analytics enabled by user."; } else { qDebug() << "Analytics disabled by user."; } m_analytics->enable(enabled); } std::shared_ptr MultiMC::translations() { return m_translations; } std::shared_ptr MultiMC::javalist() { if (!m_javalist) { m_javalist.reset(new JavaInstallList()); } return m_javalist; } std::vector MultiMC::getValidApplicationThemes() { std::vector ret; auto iter = m_themes.cbegin(); while (iter != m_themes.cend()) { ret.push_back((*iter).second.get()); iter++; } return ret; } void MultiMC::setApplicationTheme(const QString& name, bool initial) { auto systemPalette = qApp->palette(); auto themeIter = m_themes.find(name); if(themeIter != m_themes.end()) { auto & theme = (*themeIter).second; theme->apply(initial); } else { qWarning() << "Tried to set invalid theme:" << name; } } void MultiMC::setIconTheme(const QString& name) { XdgIcon::setThemeName(name); } QIcon MultiMC::getThemedIcon(const QString& name) { return XdgIcon::fromTheme(name); } bool MultiMC::openJsonEditor(const QString &filename) { const QString file = QDir::current().absoluteFilePath(filename); if (m_settings->get("JsonEditor").toString().isEmpty()) { return DesktopServices::openUrl(QUrl::fromLocalFile(file)); } else { //return DesktopServices::openFile(m_settings->get("JsonEditor").toString(), file); return DesktopServices::run(m_settings->get("JsonEditor").toString(), {file}); } } bool MultiMC::launch(InstancePtr instance, bool online, BaseProfilerFactory *profiler) { if(m_updateRunning) { qDebug() << "Cannot launch instances while an update is running."; } else if(instance->canLaunch()) { auto & extras = m_instanceExtras[instance->id()]; auto & window = extras.window; if(window) { if(!window->saveAll()) { return false; } } auto & controller = extras.controller; controller.reset(new LaunchController()); controller->setInstance(instance); controller->setOnline(online); controller->setProfiler(profiler); if(window) { controller->setParentWidget(window); } else if(m_mainWindow) { controller->setParentWidget(m_mainWindow); } connect(controller.get(), &LaunchController::succeeded, this, &MultiMC::controllerSucceeded); connect(controller.get(), &LaunchController::failed, this, &MultiMC::controllerFailed); addRunningInstance(); controller->start(); return true; } else if (instance->isRunning()) { showInstanceWindow(instance, "console"); return true; } return false; } bool MultiMC::kill(InstancePtr instance) { if (!instance->isRunning()) { qWarning() << "Attempted to kill instance" << instance->id() << "which isn't running."; return false; } auto & extras = m_instanceExtras[instance->id()]; // NOTE: copy of the shared pointer keeps it alive auto controller = extras.controller; if(controller) { return controller->abort(); } return true; } void MultiMC::addRunningInstance() { m_runningInstances ++; if(m_runningInstances == 1) { emit updateAllowedChanged(false); } } void MultiMC::subRunningInstance() { if(m_runningInstances == 0) { qCritical() << "Something went really wrong and we now have less than 0 running instances... WTF"; return; } m_runningInstances --; if(m_runningInstances == 0) { emit updateAllowedChanged(true); } } bool MultiMC::shouldExitNow() const { return m_runningInstances == 0 && m_openWindows == 0; } bool MultiMC::updatesAreAllowed() { return m_runningInstances == 0; } void MultiMC::updateIsRunning(bool running) { m_updateRunning = running; } void MultiMC::controllerSucceeded() { auto controller = qobject_cast(QObject::sender()); if(!controller) return; auto id = controller->id(); auto & extras = m_instanceExtras[id]; // on success, do... if (controller->instance()->settings()->get("AutoCloseConsole").toBool()) { if(extras.window) { extras.window->close(); } } extras.controller.reset(); subRunningInstance(); // quit when there are no more windows. if(shouldExitNow()) { m_status = Status::Succeeded; exit(0); } } void MultiMC::controllerFailed(const QString& error) { Q_UNUSED(error); auto controller = qobject_cast(QObject::sender()); if(!controller) return; auto id = controller->id(); auto & extras = m_instanceExtras[id]; // on failure, do... nothing extras.controller.reset(); subRunningInstance(); // quit when there are no more windows. if(shouldExitNow()) { m_status = Status::Failed; exit(1); } } MainWindow* MultiMC::showMainWindow(bool minimized) { if(m_mainWindow) { m_mainWindow->setWindowState(m_mainWindow->windowState() & ~Qt::WindowMinimized); m_mainWindow->raise(); m_mainWindow->activateWindow(); } else { m_mainWindow = new MainWindow(); m_mainWindow->restoreState(QByteArray::fromBase64(MMC->settings()->get("MainWindowState").toByteArray())); m_mainWindow->restoreGeometry(QByteArray::fromBase64(MMC->settings()->get("MainWindowGeometry").toByteArray())); if(minimized) { m_mainWindow->showMinimized(); } else { m_mainWindow->show(); } m_mainWindow->checkInstancePathForProblems(); connect(this, &MultiMC::updateAllowedChanged, m_mainWindow, &MainWindow::updatesAllowedChanged); connect(m_mainWindow, &MainWindow::isClosing, this, &MultiMC::on_windowClose); m_openWindows++; } // FIXME: move this somewhere else... if(m_analytics) { auto windowSize = m_mainWindow->size(); auto sizeString = QString("%1x%2").arg(windowSize.width()).arg(windowSize.height()); qDebug() << "Viewport size" << sizeString; m_analytics->setViewportSize(sizeString); /* * cm1 = java min heap [MB] * cm2 = java max heap [MB] * cm3 = system RAM [MB] * * cd1 = java version * cd2 = java architecture * cd3 = system architecture * cd4 = CPU architecture */ QVariantMap customValues; customValues["cm1"] = m_settings->get("MinMemAlloc"); customValues["cm2"] = m_settings->get("MaxMemAlloc"); constexpr uint64_t Mega = 1024ull * 1024ull; int ramSize = int(Sys::getSystemRam() / Mega); qDebug() << "RAM size is" << ramSize << "MB"; customValues["cm3"] = ramSize; customValues["cd1"] = m_settings->get("JavaVersion"); customValues["cd2"] = m_settings->get("JavaArchitecture"); customValues["cd3"] = Sys::isSystem64bit() ? "64":"32"; customValues["cd4"] = Sys::isCPU64bit() ? "64":"32"; auto kernelInfo = Sys::getKernelInfo(); customValues["cd5"] = kernelInfo.kernelName; customValues["cd6"] = kernelInfo.kernelVersion; m_analytics->sendScreenView("Main Window", customValues); } return m_mainWindow; } InstanceWindow *MultiMC::showInstanceWindow(InstancePtr instance, QString page) { if(!instance) return nullptr; auto id = instance->id(); auto & extras = m_instanceExtras[id]; auto & window = extras.window; if(window) { window->raise(); window->activateWindow(); } else { window = new InstanceWindow(instance); m_openWindows ++; connect(window, &InstanceWindow::isClosing, this, &MultiMC::on_windowClose); } if(!page.isEmpty()) { window->selectPage(page); } if(extras.controller) { extras.controller->setParentWidget(window); } return window; } void MultiMC::on_windowClose() { m_openWindows--; auto instWindow = qobject_cast(QObject::sender()); if(instWindow) { auto & extras = m_instanceExtras[instWindow->instanceId()]; extras.window = nullptr; if(extras.controller) { extras.controller->setParentWidget(m_mainWindow); } } auto mainWindow = qobject_cast(QObject::sender()); if(mainWindow) { m_mainWindow = nullptr; } // quit when there are no more windows. if(shouldExitNow()) { exit(0); } } #include "MultiMC.moc"