ES-DE/es-app/src/guis/GuiMenu.cpp

//  SPDX-License-Identifier: MIT
//
//  ES-DE Frontend
//  GuiMenu.cpp
//
//  Main menu.
//  Some submenus are covered in separate source files.
//

#include "guis/GuiMenu.h"

#if defined(_WIN64)
// Why this is needed here is anyone's guess but without it the compilation fails.
#include <winsock2.h>
#endif

#include "ApplicationVersion.h"
#include "CollectionSystemsManager.h"
#include "FileFilterIndex.h"
#include "FileSorts.h"
#include "Scripting.h"
#include "SystemData.h"
#include "UIModeController.h"
#include "VolumeControl.h"
#include "components/OptionListComponent.h"
#include "components/SliderComponent.h"
#include "components/SwitchComponent.h"
#include "guis/GuiAlternativeEmulators.h"
#include "guis/GuiCollectionSystemsOptions.h"
#include "guis/GuiDetectDevice.h"
#include "guis/GuiMediaViewerOptions.h"
#include "guis/GuiMsgBox.h"
#include "guis/GuiOrphanedDataCleanup.h"
#include "guis/GuiScraperMenu.h"
#include "guis/GuiScreensaverOptions.h"
#include "guis/GuiTextEditKeyboardPopup.h"
#include "guis/GuiTextEditPopup.h"
#include "guis/GuiThemeDownloader.h"
#include "utils/LocalizationUtil.h"
#include "utils/PlatformUtil.h"

#if defined(__ANDROID__)
#include "InputOverlay.h"
#include "utils/PlatformUtilAndroid.h"
#endif

#include <SDL2/SDL_events.h>
#include <algorithm>

GuiMenu::GuiMenu()
    : mRenderer {Renderer::getInstance()}
    , mMenu {_("MAIN MENU")}
    , mThemeDownloaderReloadCounter {0}
{
    const bool isFullUI {UIModeController::getInstance()->isUIModeFull()};

    if (isFullUI)
        addEntry(_("SCRAPER"), mMenuColorPrimary, true, [this] { openScraperOptions(); });

    if (isFullUI)
        addEntry(_("UI SETTINGS"), mMenuColorPrimary, true, [this] { openUIOptions(); });

    addEntry(_("SOUND SETTINGS"), mMenuColorPrimary, true, [this] { openSoundOptions(); });

    if (isFullUI)
        addEntry(_("INPUT DEVICE SETTINGS"), mMenuColorPrimary, true,
                 [this] { openInputDeviceOptions(); });

    if (isFullUI)
        addEntry(_("GAME COLLECTION SETTINGS"), mMenuColorPrimary, true,
                 [this] { openCollectionSystemOptions(); });

    if (isFullUI)
        addEntry(_("OTHER SETTINGS"), mMenuColorPrimary, true, [this] { openOtherOptions(); });

    if (isFullUI)
        addEntry(_("UTILITIES"), mMenuColorPrimary, true, [this] { openUtilities(); });

    if (!Settings::getInstance()->getBool("ForceKiosk") &&
        Settings::getInstance()->getString("UIMode") != "kiosk") {
#if defined(__APPLE__)
        addEntry(_("QUIT ES-DE"), mMenuColorPrimary, false, [this] { openQuitMenu(); });
#elif defined(__ANDROID__)
        if (!AndroidVariables::sIsHomeApp)
            addEntry(_("QUIT ES-DE"), mMenuColorPrimary, false, [this] { openQuitMenu(); });
#else
        if (Settings::getInstance()->getBool("ShowQuitMenu"))
            addEntry(_("QUIT"), mMenuColorPrimary, true, [this] { openQuitMenu(); });
        else
            addEntry(_("QUIT ES-DE"), mMenuColorPrimary, false, [this] { openQuitMenu(); });
#endif
    }

    addChild(&mMenu);
    addVersionInfo();
    setSize(mMenu.getSize());
    setPosition((mRenderer->getScreenWidth() - mSize.x) / 2.0f,
                std::round(mRenderer->getScreenHeight() * 0.13f));
}

GuiMenu::~GuiMenu()
{
    if (ViewController::getInstance()->getState().viewing != ViewController::ViewMode::NOTHING) {
        // This is required for the situation where scrolling started just before the menu
        // was openened. Without this, the scrolling would run until manually stopped after
        // the menu has been closed.
        ViewController::getInstance()->stopScrolling();

        ViewController::getInstance()->startViewVideos();
    }
}

void GuiMenu::openScraperOptions()
{
    // Open the scraper menu.
    mWindow->pushGui(new GuiScraperMenu(_("SCRAPER")));
}

void GuiMenu::openUIOptions()
{
    auto s = new GuiSettings(_("UI SETTINGS"));

    // Theme options section.

    std::map<std::string, ThemeData::Theme, ThemeData::StringComparator> themes {
        ThemeData::getThemes()};
    std::map<std::string, ThemeData::Theme, ThemeData::StringComparator>::const_iterator
        selectedTheme;

    auto theme =
        std::make_shared<OptionListComponent<std::string>>(getHelpStyle(), _("THEME"), false);

    ComponentListRow themeDownloaderInputRow;
    themeDownloaderInputRow.elements.clear();
    themeDownloaderInputRow.addElement(std::make_shared<TextComponent>(_("THEME DOWNLOADER"),
                                                                       Font::get(FONT_SIZE_MEDIUM),
                                                                       mMenuColorPrimary),
                                       true);
    themeDownloaderInputRow.addElement(mMenu.makeArrow(), false);

    themeDownloaderInputRow.makeAcceptInputHandler(
        std::bind(&GuiMenu::openThemeDownloader, this, s));
    s->addRow(themeDownloaderInputRow);

    // Theme.
    if (!themes.empty()) {
        selectedTheme = themes.find(Settings::getInstance()->getString("Theme"));
        if (selectedTheme == themes.cend())
            selectedTheme = themes.cbegin();
        std::vector<std::pair<std::string, std::pair<std::string, ThemeData::Theme>>> themesSorted;
        std::string sortName;
        for (auto& theme : themes) {
            if (theme.second.capabilities.themeName != "")
                sortName = theme.second.capabilities.themeName;
            else
                sortName = theme.first;
            themesSorted.emplace_back(std::make_pair(Utils::String::toUpper(sortName),
                                                     std::make_pair(theme.first, theme.second)));
        }
        std::sort(themesSorted.begin(), themesSorted.end(),
                  [](const auto& a, const auto& b) { return a.first < b.first; });
        for (auto it = themesSorted.cbegin(); it != themesSorted.cend(); ++it) {
            // If required, abbreviate the theme name so it doesn't overlap the setting name.
            const float maxNameLength {mSize.x * 0.62f};
            std::string themeName {(*it).first};
            theme->add(themeName, it->second.first, (*it).second.first == selectedTheme->first,
                       maxNameLength);
        }
        s->addWithLabel(_("THEME"), theme);
        s->addSaveFunc([this, theme, s] {
            if (theme->getSelected() != Settings::getInstance()->getString("Theme")) {
                Scripting::fireEvent("theme-changed", theme->getSelected(),
                                     Settings::getInstance()->getString("Theme"));
                // Handle the situation where the previously selected theme has been deleted
                // using the theme downloader. In this case attempt to fall back to linear-es-de
                // and if this theme doesn't exist then select the first available one.
                auto themes = ThemeData::getThemes();
                if (themes.find(theme->getSelected()) == themes.end()) {
                    if (themes.find("linear-es-de") != themes.end())
                        Settings::getInstance()->setString("Theme", "linear-es-de");
                    else
                        Settings::getInstance()->setString("Theme", themes.begin()->first);
                }
                else {
                    Settings::getInstance()->setString("Theme", theme->getSelected());
                }
                mWindow->setChangedTheme();
                // This is required so that the custom collection system does not disappear
                // if the user is editing a custom collection when switching themes.
                if (CollectionSystemsManager::getInstance()->isEditing())
                    CollectionSystemsManager::getInstance()->exitEditMode();
                s->setNeedsSaving();
                s->setNeedsReloading();
                s->setNeedsGoToStart();
                s->setNeedsCollectionsUpdate();
                s->setInvalidateCachedBackground();
            }
        });
    }

    // Theme variants.
    auto themeVariant = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("THEME VARIANT"), false);
    s->addWithLabel(_("THEME VARIANT"), themeVariant);
    s->addSaveFunc([themeVariant, s] {
        if (themeVariant->getSelected() != Settings::getInstance()->getString("ThemeVariant")) {
            Settings::getInstance()->setString("ThemeVariant", themeVariant->getSelected());
            s->setNeedsSaving();
            s->setNeedsReloading();
            s->setInvalidateCachedBackground();
        }
    });

    auto themeVariantsFunc = [=](const std::string& selectedTheme,
                                 const std::string& selectedVariant) {
        std::map<std::string, ThemeData::Theme, ThemeData::StringComparator>::const_iterator
            currentSet {themes.find(selectedTheme)};
        if (currentSet == themes.cend())
            return;
        // We need to recreate the OptionListComponent entries.
        themeVariant->clearEntries();
        int selectableVariants {0};
        for (auto& variant : currentSet->second.capabilities.variants) {
            if (variant.selectable)
                ++selectableVariants;
        }
        if (selectableVariants > 0) {
            for (auto& variant : currentSet->second.capabilities.variants) {
                if (variant.selectable) {
                    // If required, abbreviate the variant name so it doesn't overlap the
                    // setting name.
                    const float maxNameLength {mSize.x * 0.62f};
                    themeVariant->add(Utils::String::toUpper(variant.label), variant.name,
                                      variant.name == selectedVariant, maxNameLength);
                }
            }
            if (themeVariant->getSelectedObjects().size() == 0)
                themeVariant->selectEntry(0);
        }
        else {
            themeVariant->add(_("NONE DEFINED"), "none", true);
            themeVariant->setEnabled(false);
            themeVariant->setOpacity(DISABLED_OPACITY);
            themeVariant->getParent()
                ->getChild(themeVariant->getChildIndex() - 1)
                ->setOpacity(DISABLED_OPACITY);
        }
    };

    themeVariantsFunc(Settings::getInstance()->getString("Theme"),
                      Settings::getInstance()->getString("ThemeVariant"));

    // Theme color schemes.
    auto themeColorScheme = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("THEME COLOR SCHEME"), false);
    s->addWithLabel(_("THEME COLOR SCHEME"), themeColorScheme);
    s->addSaveFunc([themeColorScheme, s] {
        if (themeColorScheme->getSelected() !=
            Settings::getInstance()->getString("ThemeColorScheme")) {
            Settings::getInstance()->setString("ThemeColorScheme", themeColorScheme->getSelected());
            s->setNeedsSaving();
            s->setNeedsReloading();
            s->setInvalidateCachedBackground();
        }
    });

    auto themeColorSchemesFunc = [=](const std::string& selectedTheme,
                                     const std::string& selectedColorScheme) {
        std::map<std::string, ThemeData::Theme, ThemeData::StringComparator>::const_iterator
            currentSet {themes.find(selectedTheme)};
        if (currentSet == themes.cend())
            return;
        // We need to recreate the OptionListComponent entries.
        themeColorScheme->clearEntries();
        if (currentSet->second.capabilities.colorSchemes.size() > 0) {
            for (auto& colorScheme : currentSet->second.capabilities.colorSchemes) {
                // If required, abbreviate the color scheme name so it doesn't overlap the
                // setting name.
                const float maxNameLength {mSize.x * 0.52f};
                themeColorScheme->add(Utils::String::toUpper(colorScheme.label), colorScheme.name,
                                      colorScheme.name == selectedColorScheme, maxNameLength);
            }
            if (themeColorScheme->getSelectedObjects().size() == 0)
                themeColorScheme->selectEntry(0);
        }
        else {
            themeColorScheme->add(_("NONE DEFINED"), "none", true);
            themeColorScheme->setEnabled(false);
            themeColorScheme->setOpacity(DISABLED_OPACITY);
            themeColorScheme->getParent()
                ->getChild(themeColorScheme->getChildIndex() - 1)
                ->setOpacity(DISABLED_OPACITY);
        }
    };

    themeColorSchemesFunc(Settings::getInstance()->getString("Theme"),
                          Settings::getInstance()->getString("ThemeColorScheme"));

    // Theme font sizes.
    auto themeFontSize = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("THEME FONT SIZE"), false);
    s->addWithLabel(_("THEME FONT SIZE"), themeFontSize);
    s->addSaveFunc([themeFontSize, s] {
        if (themeFontSize->getSelected() != Settings::getInstance()->getString("ThemeFontSize")) {
            Settings::getInstance()->setString("ThemeFontSize", themeFontSize->getSelected());
            s->setNeedsSaving();
            s->setNeedsReloading();
            s->setInvalidateCachedBackground();
        }
    });

    auto themeFontSizeFunc = [=](const std::string& selectedTheme,
                                 const std::string& selectedFontSize) {
        std::map<std::string, ThemeData::Theme, ThemeData::StringComparator>::const_iterator
            currentSet {themes.find(selectedTheme)};
        if (currentSet == themes.cend())
            return;
        // We need to recreate the OptionListComponent entries.
        themeFontSize->clearEntries();
        if (currentSet->second.capabilities.fontSizes.size() > 0) {
            for (auto& fontSize : currentSet->second.capabilities.fontSizes)
                themeFontSize->add(
                    Utils::String::toUpper(_(ThemeData::getFontSizeLabel(fontSize).c_str())),
                    fontSize, fontSize == selectedFontSize);
            if (themeFontSize->getSelectedObjects().size() == 0)
                themeFontSize->selectEntry(0);
        }
        else {
            themeFontSize->add(_("NONE DEFINED"), "none", true);
            themeFontSize->setEnabled(false);
            themeFontSize->setOpacity(DISABLED_OPACITY);
            themeFontSize->getParent()
                ->getChild(themeFontSize->getChildIndex() - 1)
                ->setOpacity(DISABLED_OPACITY);
        }
    };

    themeFontSizeFunc(Settings::getInstance()->getString("Theme"),
                      Settings::getInstance()->getString("ThemeFontSize"));

    // Theme aspect ratios.
    auto themeAspectRatio = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("THEME ASPECT RATIO"), false);
    s->addWithLabel(_("THEME ASPECT RATIO"), themeAspectRatio);
    s->addSaveFunc([themeAspectRatio, s] {
        if (themeAspectRatio->getSelected() !=
            Settings::getInstance()->getString("ThemeAspectRatio")) {
            Settings::getInstance()->setString("ThemeAspectRatio", themeAspectRatio->getSelected());
            s->setNeedsSaving();
            s->setNeedsReloading();
            s->setInvalidateCachedBackground();
        }
    });

    auto themeAspectRatiosFunc = [=](const std::string& selectedTheme,
                                     const std::string& selectedAspectRatio) {
        std::map<std::string, ThemeData::Theme, ThemeData::StringComparator>::const_iterator
            currentSet {themes.find(selectedTheme)};
        if (currentSet == themes.cend())
            return;
        // We need to recreate the OptionListComponent entries.
        themeAspectRatio->clearEntries();
        if (currentSet->second.capabilities.aspectRatios.size() > 0) {
            for (auto& aspectRatio : currentSet->second.capabilities.aspectRatios) {
                themeAspectRatio->add(
                    Utils::String::toUpper(_(ThemeData::getAspectRatioLabel(aspectRatio).c_str())),
                    aspectRatio, aspectRatio == selectedAspectRatio);
            }
            if (themeAspectRatio->getSelectedObjects().size() == 0)
                themeAspectRatio->selectEntry(0);
        }
        else {
            themeAspectRatio->add(_("NONE DEFINED"), "none", true);
            themeAspectRatio->setEnabled(false);
            themeAspectRatio->setOpacity(DISABLED_OPACITY);
            themeAspectRatio->getParent()
                ->getChild(themeAspectRatio->getChildIndex() - 1)
                ->setOpacity(DISABLED_OPACITY);
        }
    };

    themeAspectRatiosFunc(Settings::getInstance()->getString("Theme"),
                          Settings::getInstance()->getString("ThemeAspectRatio"));

    // Theme transitions.
    auto themeTransitions = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("THEME TRANSITIONS"), false);
    std::string selectedThemeTransitions {Settings::getInstance()->getString("ThemeTransitions")};
    themeTransitions->add(_("AUTOMATIC"), "automatic", selectedThemeTransitions == "automatic");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set theme transitions to "automatic" in this case.
    if (themeTransitions->getSelectedObjects().size() == 0)
        themeTransitions->selectEntry(0);
    s->addWithLabel(_("THEME TRANSITIONS"), themeTransitions);
    s->addSaveFunc([themeTransitions, s] {
        if (themeTransitions->getSelected() !=
            Settings::getInstance()->getString("ThemeTransitions")) {
            Settings::getInstance()->setString("ThemeTransitions", themeTransitions->getSelected());
            ThemeData::setThemeTransitions();
            s->setNeedsSaving();
        }
    });

    auto themeTransitionsFunc = [=](const std::string& selectedTheme,
                                    const std::string& selectedThemeTransitions) {
        std::map<std::string, ThemeData::Theme, ThemeData::StringComparator>::const_iterator
            currentSet {themes.find(selectedTheme)};
        if (currentSet == themes.cend())
            return;
        // We need to recreate the OptionListComponent entries.
        themeTransitions->clearEntries();
        themeTransitions->add(_("AUTOMATIC"), "automatic", "automatic" == selectedThemeTransitions);
        if (currentSet->second.capabilities.transitions.size() == 1 &&
            currentSet->second.capabilities.transitions.front().selectable) {
            std::string label;
            if (currentSet->second.capabilities.transitions.front().label == "")
                label = _("THEME PROFILE");
            else
                label = currentSet->second.capabilities.transitions.front().label;
            const std::string transitions {
                currentSet->second.capabilities.transitions.front().name};
            themeTransitions->add(Utils::String::toUpper(label), transitions,
                                  transitions == selectedThemeTransitions);
        }
        else {
            for (size_t i {0}; i < currentSet->second.capabilities.transitions.size(); ++i) {
                if (!currentSet->second.capabilities.transitions[i].selectable)
                    continue;
                std::string label;
                if (currentSet->second.capabilities.transitions[i].label == "")
                    label = _("THEME PROFILE") + " " + std::to_string(i + 1);
                else
                    label = currentSet->second.capabilities.transitions[i].label;
                const std::string transitions {currentSet->second.capabilities.transitions[i].name};
                themeTransitions->add(Utils::String::toUpper(label), transitions,
                                      transitions == selectedThemeTransitions);
            }
        }
        if (std::find(currentSet->second.capabilities.suppressedTransitionProfiles.cbegin(),
                      currentSet->second.capabilities.suppressedTransitionProfiles.cend(),
                      "builtin-instant") ==
            currentSet->second.capabilities.suppressedTransitionProfiles.cend()) {
            themeTransitions->add(_("INSTANT (BUILT-IN)"), "builtin-instant",
                                  "builtin-instant" == selectedThemeTransitions);
        }
        if (std::find(currentSet->second.capabilities.suppressedTransitionProfiles.cbegin(),
                      currentSet->second.capabilities.suppressedTransitionProfiles.cend(),
                      "builtin-slide") ==
            currentSet->second.capabilities.suppressedTransitionProfiles.cend()) {
            themeTransitions->add(_("SLIDE (BUILT-IN)"), "builtin-slide",
                                  "builtin-slide" == selectedThemeTransitions);
        }
        if (std::find(currentSet->second.capabilities.suppressedTransitionProfiles.cbegin(),
                      currentSet->second.capabilities.suppressedTransitionProfiles.cend(),
                      "builtin-fade") ==
            currentSet->second.capabilities.suppressedTransitionProfiles.cend()) {
            themeTransitions->add(_("FADE (BUILT-IN)"), "builtin-fade",
                                  "builtin-fade" == selectedThemeTransitions);
        }
        if (themeTransitions->getSelectedObjects().size() == 0)
            themeTransitions->selectEntry(0);

        if (themeTransitions->getNumEntries() == 1) {
            themeTransitions->setEnabled(false);
            themeTransitions->setOpacity(DISABLED_OPACITY);
            themeTransitions->getParent()
                ->getChild(themeTransitions->getChildIndex() - 1)
                ->setOpacity(DISABLED_OPACITY);
        }
        else {
            themeTransitions->setEnabled(true);
            themeTransitions->setOpacity(1.0f);
            themeTransitions->getParent()
                ->getChild(themeTransitions->getChildIndex() - 1)
                ->setOpacity(1.0f);
        }
    };

    themeTransitionsFunc(Settings::getInstance()->getString("Theme"),
                         Settings::getInstance()->getString("ThemeTransitions"));

    // Application language.
    auto applicationLanguage = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("APPLICATION LANGUAGE"), false);
    std::string selectedApplicationLanguage {
        Settings::getInstance()->getString("ApplicationLanguage")};
    applicationLanguage->add(_("AUTOMATIC"), "automatic",
                             selectedApplicationLanguage == "automatic");
    applicationLanguage->add("ENGLISH (AMERICAN)", "en_US", selectedApplicationLanguage == "en_US");
    applicationLanguage->add("SVENSKA", "sv_SE", selectedApplicationLanguage == "sv_SE");
    applicationLanguage->add("简体中文", "zh_CN", selectedApplicationLanguage == "zh_CN");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set the application langauge to "automatic" in this case.
    if (applicationLanguage->getSelectedObjects().size() == 0)
        applicationLanguage->selectEntry(0);
    s->addWithLabel(_("APPLICATION LANGUAGE"), applicationLanguage);
    s->addSaveFunc([this, applicationLanguage, s] {
        if (applicationLanguage->getSelected() !=
            Settings::getInstance()->getString("ApplicationLanguage")) {
            Settings::getInstance()->setString("ApplicationLanguage",
                                               applicationLanguage->getSelected());
            Utils::Localization::setLocale();
            mWindow->updateSplashScreenText();
            s->setNeedsSaving();
            s->setNeedsCloseMenu([this] { delete this; });
            s->setNeedsRescanROMDirectory();
        }
    });

    // Quick system select (navigate between systems in the gamelist view).
    auto quickSystemSelect = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("QUICK SYSTEM SELECT"), false);
    std::string selectedQuickSelect {Settings::getInstance()->getString("QuickSystemSelect")};
    quickSystemSelect->add(_("LEFT/RIGHT OR SHOULDERS"), "leftrightshoulders",
                           selectedQuickSelect == "leftrightshoulders");
    quickSystemSelect->add(_("LEFT/RIGHT OR TRIGGERS"), "leftrighttriggers",
                           selectedQuickSelect == "leftrighttriggers");
    quickSystemSelect->add(_("SHOULDERS"), "shoulders", selectedQuickSelect == "shoulders");
    quickSystemSelect->add(_("TRIGGERS"), "triggers", selectedQuickSelect == "triggers");
    quickSystemSelect->add(_("LEFT/RIGHT"), "leftright", selectedQuickSelect == "leftright");
    quickSystemSelect->add(_("DISABLED"), "disabled", selectedQuickSelect == "disabled");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set the quick system select to "leftrightshoulders" in this case.
    if (quickSystemSelect->getSelectedObjects().size() == 0)
        quickSystemSelect->selectEntry(0);
    s->addWithLabel(_("QUICK SYSTEM SELECT"), quickSystemSelect);
    s->addSaveFunc([quickSystemSelect, s] {
        if (quickSystemSelect->getSelected() !=
            Settings::getInstance()->getString("QuickSystemSelect")) {
            Settings::getInstance()->setString("QuickSystemSelect",
                                               quickSystemSelect->getSelected());
            s->setNeedsSaving();
        }
    });

    // Optionally start in selected system/gamelist.
    auto startupSystem = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("GAMELIST ON STARTUP"), false);
    startupSystem->add(_("NONE"), "", Settings::getInstance()->getString("StartupSystem") == "");
    for (auto it = SystemData::sSystemVector.cbegin(); // Line break.
         it != SystemData::sSystemVector.cend(); ++it) {
        // If required, abbreviate the system name so it doesn't overlap the setting name.
        float maxNameLength {mSize.x * 0.51f};
        startupSystem->add(Utils::String::toUpper((*it)->getFullName()), (*it)->getName(),
                           Settings::getInstance()->getString("StartupSystem") == (*it)->getName(),
                           maxNameLength);
    }
    // This can probably not happen but as an extra precaution select the "NONE" entry if no
    // entry is selected.
    if (startupSystem->getSelectedObjects().size() == 0)
        startupSystem->selectEntry(0);
    s->addWithLabel(_("GAMELIST ON STARTUP"), startupSystem);
    s->addSaveFunc([startupSystem, s] {
        if (startupSystem->getSelected() != Settings::getInstance()->getString("StartupSystem")) {
            Settings::getInstance()->setString("StartupSystem", startupSystem->getSelected());
            s->setNeedsSaving();
        }
    });

    // Systems sorting.
    auto systemsSorting = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("SYSTEMS SORTING"), false);
    std::string selectedSystemsSorting {Settings::getInstance()->getString("SystemsSorting")};
    systemsSorting->add(_("FULL NAMES OR CUSTOM"), "default", selectedSystemsSorting == "default");
    systemsSorting->add(_("RELEASE YEAR"), "year", selectedSystemsSorting == "year");
    systemsSorting->add(_("MANUFACTURER, RELEASE YEAR"), "manufacturer_year",
                        selectedSystemsSorting == "manufacturer_year");
    systemsSorting->add(_("HW TYPE, RELEASE YEAR"), "hwtype_year",
                        selectedSystemsSorting == "hwtype_year");
    systemsSorting->add(_("MANUFACTURER, HW TYPE, REL. YEAR"), "manufacturer_hwtype_year",
                        selectedSystemsSorting == "manufacturer_hwtype_year");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set the systems sorting to "default" in this case.
    if (systemsSorting->getSelectedObjects().size() == 0)
        systemsSorting->selectEntry(0);
    s->addWithLabel(_("SYSTEMS SORTING"), systemsSorting);
    s->addSaveFunc([this, systemsSorting, s] {
        if (systemsSorting->getSelected() != Settings::getInstance()->getString("SystemsSorting")) {
            Settings::getInstance()->setString("SystemsSorting", systemsSorting->getSelected());
            s->setNeedsSaving();
            if (mThemeDownloaderReloadCounter == 0)
                s->setNeedsCloseMenu([this] { delete this; });
            else
                ++mThemeDownloaderReloadCounter;
            s->setNeedsRescanROMDirectory();
        }
    });

    // Default gamelist sort order.
    std::string sortOrder;
    auto defaultSortOrder = std::make_shared<OptionListComponent<const FileData::SortType*>>(
        getHelpStyle(), _("GAMES DEFAULT SORT ORDER [SHORT]"), false);
    // Exclude the System sort options.
    unsigned int numSortTypes {static_cast<unsigned int>(FileSorts::SortTypes.size() - 2)};
    for (unsigned int i {0}; i < numSortTypes; ++i) {
        if (FileSorts::SortTypes[i].description ==
            Settings::getInstance()->getString("DefaultSortOrder")) {
            sortOrder = FileSorts::SortTypes[i].description;
            break;
        }
    }
    // If an invalid sort order was defined in es_settings.xml, then apply the default
    // sort order "name, ascending".
    if (sortOrder == "") {
        sortOrder = Settings::getInstance()->getDefaultString("DefaultSortOrder");
        Settings::getInstance()->setString("DefaultSortOrder", sortOrder);
        s->setNeedsSaving();
    }
    for (unsigned int i {0}; i < numSortTypes; ++i) {
        const FileData::SortType& sort {FileSorts::SortTypes[i]};
        if (sort.description == sortOrder)
            defaultSortOrder->add(Utils::String::toUpper(_(sort.description.c_str())), &sort, true);
        else
            defaultSortOrder->add(Utils::String::toUpper(_(sort.description.c_str())), &sort,
                                  false);
    }
    s->addWithLabel(_("GAMES DEFAULT SORT ORDER"), defaultSortOrder);
    s->addSaveFunc([defaultSortOrder, sortOrder, s] {
        std::string selectedSortOrder {defaultSortOrder.get()->getSelected()->description};
        if (selectedSortOrder != sortOrder) {
            Settings::getInstance()->setString("DefaultSortOrder", selectedSortOrder);
            s->setNeedsSaving();
            s->setNeedsSorting();
            s->setNeedsSortingCollections();
            s->setInvalidateCachedBackground();
        }
    });

    // Menu color scheme.
    auto menuColorScheme = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("MENU COLOR SCHEME"), false);
    const std::string selectedMenuColor {Settings::getInstance()->getString("MenuColorScheme")};
    menuColorScheme->add(_("DARK"), "dark", selectedMenuColor == "dark");
    menuColorScheme->add(_("LIGHT"), "light", selectedMenuColor == "light");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set the menu color scheme to "dark" in this case.
    if (menuColorScheme->getSelectedObjects().size() == 0)
        menuColorScheme->selectEntry(0);
    s->addWithLabel(_("MENU COLOR SCHEME"), menuColorScheme);
    s->addSaveFunc([this, menuColorScheme, s] {
        if (menuColorScheme->getSelected() !=
            Settings::getInstance()->getString("MenuColorScheme")) {
            Settings::getInstance()->setString("MenuColorScheme", menuColorScheme->getSelected());
            ViewController::getInstance()->setMenuColors();
            s->setNeedsSaving();
            if (mThemeDownloaderReloadCounter == 0)
                s->setNeedsCloseMenu([this] { delete this; });
            else
                ++mThemeDownloaderReloadCounter;
        }
    });

    // Open menu effect.
    auto menuOpeningEffect = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("MENU OPENING ANIMATION"), false);
    std::string selectedMenuEffect {Settings::getInstance()->getString("MenuOpeningEffect")};
    menuOpeningEffect->add(_("SCALE-UP"), "scale-up", selectedMenuEffect == "scale-up");
    menuOpeningEffect->add(_("NONE"), "none", selectedMenuEffect == "none");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set the opening effect to "scale-up" in this case.
    if (menuOpeningEffect->getSelectedObjects().size() == 0)
        menuOpeningEffect->selectEntry(0);
    s->addWithLabel(_("MENU OPENING ANIMATION"), menuOpeningEffect);
    s->addSaveFunc([menuOpeningEffect, s] {
        if (menuOpeningEffect->getSelected() !=
            Settings::getInstance()->getString("MenuOpeningEffect")) {
            Settings::getInstance()->setString("MenuOpeningEffect",
                                               menuOpeningEffect->getSelected());
            s->setNeedsSaving();
        }
    });

    // Launch screen duration.
    auto launchScreenDuration = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("LAUNCH SCREEN DURATION"), false);
    std::string selectedDuration {Settings::getInstance()->getString("LaunchScreenDuration")};
    launchScreenDuration->add(_("NORMAL"), "normal", selectedDuration == "normal");
    launchScreenDuration->add(_("BRIEF"), "brief", selectedDuration == "brief");
    launchScreenDuration->add(_("LONG"), "long", selectedDuration == "long");
    launchScreenDuration->add(_("DISABLED"), "disabled", selectedDuration == "disabled");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set the duration to "normal" in this case.
    if (launchScreenDuration->getSelectedObjects().size() == 0)
        launchScreenDuration->selectEntry(0);
    s->addWithLabel(_("LAUNCH SCREEN DURATION"), launchScreenDuration);
    s->addSaveFunc([launchScreenDuration, s] {
        if (launchScreenDuration->getSelected() !=
            Settings::getInstance()->getString("LaunchScreenDuration")) {
            Settings::getInstance()->setString("LaunchScreenDuration",
                                               launchScreenDuration->getSelected());
            s->setNeedsSaving();
        }
    });

    // UI mode.
    auto uiMode =
        std::make_shared<OptionListComponent<std::string>>(getHelpStyle(), _("UI MODE"), false);
    std::string setMode;
    if (Settings::getInstance()->getBool("ForceKiosk"))
        setMode = "kiosk";
    else if (Settings::getInstance()->getBool("ForceKid"))
        setMode = "kid";
    else
        setMode = Settings::getInstance()->getString("UIMode");
    uiMode->add(_("FULL"), "full", setMode == "full");
    uiMode->add(_("KIOSK"), "kiosk", setMode == "kiosk");
    uiMode->add(_("KID"), "kid", setMode == "kid");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set the UI mode to "full" in this case.
    if (uiMode->getSelectedObjects().size() == 0)
        uiMode->selectEntry(0);
    s->addWithLabel(_("UI MODE"), uiMode);
    s->addSaveFunc([uiMode, this, s] {
        std::string selectedMode {uiMode->getSelected()};
        // If any of the force flags are set, then always apply and save the setting.
        if (selectedMode == Settings::getInstance()->getString("UIMode") &&
            !Settings::getInstance()->getBool("ForceFull") &&
            !Settings::getInstance()->getBool("ForceKiosk") &&
            !Settings::getInstance()->getBool("ForceKid")) {
            return;
        }
        else if (selectedMode != "full") {
            std::string msg {"YOU ARE CHANGING THE UI TO THE RESTRICTED MODE\n'" +
                             Utils::String::toUpper(selectedMode) + "'\n"};
            if (selectedMode == "kiosk") {
                msg.append("THIS WILL HIDE MOST MENU OPTIONS TO PREVENT\n");
                msg.append("CHANGES TO THE SYSTEM\n");
            }
            else {
                msg.append("THIS WILL LIMIT THE AVAILABLE GAMES TO THE ONES\n");
                msg.append("FLAGGED SUITABLE FOR CHILDREN\n");
            }
            msg.append("TO UNLOCK AND RETURN TO THE FULL UI, ENTER THIS CODE: \n")
                .append(UIModeController::getInstance()->getFormattedPassKeyStr())
                .append("\n\n")
                .append("DO YOU WANT TO PROCEED?");
            mWindow->pushGui(new GuiMsgBox(
                this->getHelpStyle(), msg, "YES",
                [this, selectedMode] {
                    LOG(LogDebug) << "GuiMenu::openUISettings(): Setting UI mode to '"
                                  << selectedMode << "'.";
                    Settings::getInstance()->setString("UIMode", selectedMode);
                    Settings::getInstance()->setBool("ForceFull", false);
                    Settings::getInstance()->setBool("ForceKiosk", false);
                    Settings::getInstance()->setBool("ForceKid", false);
                    Settings::getInstance()->saveFile();
                    if (CollectionSystemsManager::getInstance()->isEditing())
                        CollectionSystemsManager::getInstance()->exitEditMode();
                    UIModeController::getInstance()->setCurrentUIMode(selectedMode);
                    for (auto it = SystemData::sSystemVector.cbegin();
                         it != SystemData::sSystemVector.cend(); ++it) {
                        if ((*it)->getThemeFolder() == "custom-collections") {
                            for (FileData* customSystem :
                                 (*it)->getRootFolder()->getChildrenListToDisplay())
                                customSystem->getSystem()->getIndex()->resetFilters();
                        }
                        (*it)->sortSystem();
                        (*it)->getIndex()->resetFilters();
                    }
                    ViewController::getInstance()->reloadAll();
                    ViewController::getInstance()->goToSystem(SystemData::sSystemVector.front(),
                                                              false);
                    mWindow->invalidateCachedBackground();
                },
                "NO", nullptr, "", nullptr, nullptr, true));
        }
        else {
            LOG(LogDebug) << "GuiMenu::openUISettings(): Setting UI mode to '" << selectedMode
                          << "'.";
            Settings::getInstance()->setString("UIMode", uiMode->getSelected());
            Settings::getInstance()->setBool("ForceFull", false);
            Settings::getInstance()->setBool("ForceKiosk", false);
            Settings::getInstance()->setBool("ForceKid", false);
            UIModeController::getInstance()->setCurrentUIMode("full");
            s->setNeedsSaving();
            s->setNeedsSorting();
            s->setNeedsSortingCollections();
            s->setNeedsResetFilters();
            s->setNeedsReloading();
            s->setNeedsGoToSystem(SystemData::sSystemVector.front());
            s->setInvalidateCachedBackground();
        }
    });

    // Random entry button.
    auto randomEntryButton = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("RANDOM ENTRY BUTTON"), false);
    const std::string selectedRandomEntryButton {
        Settings::getInstance()->getString("RandomEntryButton")};
    randomEntryButton->add(_("GAMES ONLY"), "games", selectedRandomEntryButton == "games");
    randomEntryButton->add(_("GAMES AND SYSTEMS"), "gamessystems",
                           selectedRandomEntryButton == "gamessystems");
    randomEntryButton->add(_("DISABLED"), "disabled", selectedRandomEntryButton == "disabled");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set the random entry button to "games" in this case.
    if (randomEntryButton->getSelectedObjects().size() == 0)
        randomEntryButton->selectEntry(0);
    s->addWithLabel(_("RANDOM ENTRY BUTTON"), randomEntryButton);
    s->addSaveFunc([randomEntryButton, s] {
        if (randomEntryButton->getSelected() !=
            Settings::getInstance()->getString("RandomEntryButton")) {
            Settings::getInstance()->setString("RandomEntryButton",
                                               randomEntryButton->getSelected());
            s->setNeedsSaving();
        }
    });

    // Media viewer.
    ComponentListRow mediaViewerRow;
    mediaViewerRow.elements.clear();
    mediaViewerRow.addElement(std::make_shared<TextComponent>(_("MEDIA VIEWER SETTINGS"),
                                                              Font::get(FONT_SIZE_MEDIUM),
                                                              mMenuColorPrimary),
                              true);
    mediaViewerRow.addElement(mMenu.makeArrow(), false);
    mediaViewerRow.makeAcceptInputHandler(std::bind(&GuiMenu::openMediaViewerOptions, this));
    s->addRow(mediaViewerRow);

    // Screensaver.
    ComponentListRow screensaverRow;
    screensaverRow.elements.clear();
    screensaverRow.addElement(std::make_shared<TextComponent>(_("SCREENSAVER SETTINGS"),
                                                              Font::get(FONT_SIZE_MEDIUM),
                                                              mMenuColorPrimary),
                              true);
    screensaverRow.addElement(mMenu.makeArrow(), false);
    screensaverRow.makeAcceptInputHandler(std::bind(&GuiMenu::openScreensaverOptions, this));
    s->addRow(screensaverRow);

    // Enable theme variant triggers.
    auto themeVariantTriggers = std::make_shared<SwitchComponent>();
    themeVariantTriggers->setState(Settings::getInstance()->getBool("ThemeVariantTriggers"));
    s->addWithLabel(_("ENABLE THEME VARIANT TRIGGERS"), themeVariantTriggers);
    s->addSaveFunc([themeVariantTriggers, s] {
        if (themeVariantTriggers->getState() !=
            Settings::getInstance()->getBool("ThemeVariantTriggers")) {
            Settings::getInstance()->setBool("ThemeVariantTriggers",
                                             themeVariantTriggers->getState());
            s->setNeedsSaving();
            s->setNeedsReloading();
            s->setInvalidateCachedBackground();
        }
    });

    // Blur background when the menu is open.
    auto menuBlurBackground = std::make_shared<SwitchComponent>();
    if (mRenderer->getScreenRotation() == 90 || mRenderer->getScreenRotation() == 270) {
        // TODO: Add support for non-blurred background when rotating screen 90 or 270 degrees.
        menuBlurBackground->setState(true);
        s->addWithLabel(_("BLUR BACKGROUND WHEN MENU IS OPEN"), menuBlurBackground);
        menuBlurBackground->setEnabled(false);
        menuBlurBackground->setOpacity(DISABLED_OPACITY);
        menuBlurBackground->getParent()
            ->getChild(menuBlurBackground->getChildIndex() - 1)
            ->setOpacity(DISABLED_OPACITY);
    }
    else {
        menuBlurBackground->setState(Settings::getInstance()->getBool("MenuBlurBackground"));
        s->addWithLabel(_("BLUR BACKGROUND WHEN MENU IS OPEN"), menuBlurBackground);
        s->addSaveFunc([menuBlurBackground, s] {
            if (menuBlurBackground->getState() !=
                Settings::getInstance()->getBool("MenuBlurBackground")) {
                Settings::getInstance()->setBool("MenuBlurBackground",
                                                 menuBlurBackground->getState());
                s->setNeedsSaving();
                s->setInvalidateCachedBackground();
            }
        });
    }

    // Sort folders on top of the gamelists.
    auto foldersOnTop = std::make_shared<SwitchComponent>();
    foldersOnTop->setState(Settings::getInstance()->getBool("FoldersOnTop"));
    s->addWithLabel(_("SORT FOLDERS ON TOP OF GAMELISTS"), foldersOnTop);
    s->addSaveFunc([foldersOnTop, s] {
        if (foldersOnTop->getState() != Settings::getInstance()->getBool("FoldersOnTop")) {
            Settings::getInstance()->setBool("FoldersOnTop", foldersOnTop->getState());
            s->setNeedsSaving();
            s->setNeedsSorting();
            s->setInvalidateCachedBackground();
        }
    });

    // Sort favorites on top of non-favorites in the gamelists.
    auto favoritesFirst = std::make_shared<SwitchComponent>();
    favoritesFirst->setState(Settings::getInstance()->getBool("FavoritesFirst"));
    s->addWithLabel(_("SORT FAVORITE GAMES ABOVE NON-FAVORITES"), favoritesFirst);
    s->addSaveFunc([favoritesFirst, s] {
        if (favoritesFirst->getState() != Settings::getInstance()->getBool("FavoritesFirst")) {
            Settings::getInstance()->setBool("FavoritesFirst", favoritesFirst->getState());
            s->setNeedsSaving();
            s->setNeedsSorting();
            s->setNeedsSortingCollections();
            s->setInvalidateCachedBackground();
        }
    });

    // Enable gamelist star markings for favorite games.
    auto favoritesStar = std::make_shared<SwitchComponent>();
    favoritesStar->setState(Settings::getInstance()->getBool("FavoritesStar"));
    s->addWithLabel(_("ADD STAR MARKINGS TO FAVORITE GAMES"), favoritesStar);
    s->addSaveFunc([favoritesStar, s] {
        if (favoritesStar->getState() != Settings::getInstance()->getBool("FavoritesStar")) {
            Settings::getInstance()->setBool("FavoritesStar", favoritesStar->getState());
            s->setNeedsSaving();
            s->setNeedsReloading();
            s->setInvalidateCachedBackground();
        }
    });

    // Enable quick list scrolling overlay.
    auto listScrollOverlay = std::make_shared<SwitchComponent>();
    listScrollOverlay->setState(Settings::getInstance()->getBool("ListScrollOverlay"));
    s->addWithLabel(_("ENABLE TEXTLIST QUICK SCROLLING OVERLAY"), listScrollOverlay);
    s->addSaveFunc([listScrollOverlay, s] {
        if (listScrollOverlay->getState() !=
            Settings::getInstance()->getBool("ListScrollOverlay")) {
            Settings::getInstance()->setBool("ListScrollOverlay", listScrollOverlay->getState());
            s->setNeedsSaving();
        }
    });

    // Enable virtual (on-screen) keyboard.
    auto virtualKeyboard = std::make_shared<SwitchComponent>();
    virtualKeyboard->setState(Settings::getInstance()->getBool("VirtualKeyboard"));
    s->addWithLabel(_("ENABLE VIRTUAL KEYBOARD"), virtualKeyboard);
    s->addSaveFunc([virtualKeyboard, s] {
        if (virtualKeyboard->getState() != Settings::getInstance()->getBool("VirtualKeyboard")) {
            Settings::getInstance()->setBool("VirtualKeyboard", virtualKeyboard->getState());
            s->setNeedsSaving();
            s->setInvalidateCachedBackground();
#if defined(__ANDROID__)
            if (Settings::getInstance()->getBool("VirtualKeyboard"))
                SDL_SetHint(SDL_HINT_ENABLE_SCREEN_KEYBOARD, "0");
            else
                SDL_SetHint(SDL_HINT_ENABLE_SCREEN_KEYBOARD, "1");
#endif
        }
    });

    // Enable the 'Y' button for tagging games as favorites.
    auto favoritesAddButton = std::make_shared<SwitchComponent>();
    favoritesAddButton->setState(Settings::getInstance()->getBool("FavoritesAddButton"));
    s->addWithLabel(_("ENABLE TOGGLE FAVORITES BUTTON"), favoritesAddButton);
    s->addSaveFunc([favoritesAddButton, s] {
        if (Settings::getInstance()->getBool("FavoritesAddButton") !=
            favoritesAddButton->getState()) {
            Settings::getInstance()->setBool("FavoritesAddButton", favoritesAddButton->getState());
            s->setNeedsSaving();
        }
    });

    // Gamelist filters.
    auto gamelistFilters = std::make_shared<SwitchComponent>();
    gamelistFilters->setState(Settings::getInstance()->getBool("GamelistFilters"));
    s->addWithLabel(_("ENABLE GAMELIST FILTERS"), gamelistFilters);
    s->addSaveFunc([gamelistFilters, s] {
        if (Settings::getInstance()->getBool("GamelistFilters") != gamelistFilters->getState()) {
            Settings::getInstance()->setBool("GamelistFilters", gamelistFilters->getState());
            s->setNeedsSaving();
            s->setNeedsReloading();
        }
    });

    // On-screen help prompts.
    auto showHelpPrompts = std::make_shared<SwitchComponent>();
    showHelpPrompts->setState(Settings::getInstance()->getBool("ShowHelpPrompts"));
    s->addWithLabel(_("DISPLAY ON-SCREEN HELP"), showHelpPrompts);
    s->addSaveFunc([showHelpPrompts, s] {
        if (Settings::getInstance()->getBool("ShowHelpPrompts") != showHelpPrompts->getState()) {
            Settings::getInstance()->setBool("ShowHelpPrompts", showHelpPrompts->getState());
            s->setNeedsSaving();
        }
    });

    // When the theme entries are scrolled or selected, update the relevant rows.
    auto scrollThemeFunc = [=](const std::string& themeName, bool firstRun = false) {
        auto selectedTheme = themes.find(themeName);
        if (selectedTheme == themes.cend())
            return;
        if (!firstRun) {
            themeVariantsFunc(themeName, themeVariant->getSelected());
            themeColorSchemesFunc(themeName, themeColorScheme->getSelected());
            themeFontSizeFunc(themeName, themeFontSize->getSelected());
            themeAspectRatiosFunc(themeName, themeAspectRatio->getSelected());
            themeTransitionsFunc(themeName, themeTransitions->getSelected());
        }
        int selectableVariants {0};
        for (auto& variant : selectedTheme->second.capabilities.variants) {
            if (variant.selectable)
                ++selectableVariants;
        }
        if (selectableVariants > 0) {
            themeVariant->setEnabled(true);
            themeVariant->setOpacity(1.0f);
            themeVariant->getParent()
                ->getChild(themeVariant->getChildIndex() - 1)
                ->setOpacity(1.0f);
        }
        else {
            themeVariant->setEnabled(false);
            themeVariant->setOpacity(DISABLED_OPACITY);
            themeVariant->getParent()
                ->getChild(themeVariant->getChildIndex() - 1)
                ->setOpacity(DISABLED_OPACITY);
        }
        if (selectedTheme->second.capabilities.colorSchemes.size() > 0) {
            themeColorScheme->setEnabled(true);
            themeColorScheme->setOpacity(1.0f);
            themeColorScheme->getParent()
                ->getChild(themeColorScheme->getChildIndex() - 1)
                ->setOpacity(1.0f);
        }
        else {
            themeColorScheme->setEnabled(false);
            themeColorScheme->setOpacity(DISABLED_OPACITY);
            themeColorScheme->getParent()
                ->getChild(themeColorScheme->getChildIndex() - 1)
                ->setOpacity(DISABLED_OPACITY);
        }
        if (selectedTheme->second.capabilities.fontSizes.size() > 0) {
            themeFontSize->setEnabled(true);
            themeFontSize->setOpacity(1.0f);
            themeFontSize->getParent()
                ->getChild(themeFontSize->getChildIndex() - 1)
                ->setOpacity(1.0f);
        }
        else {
            themeFontSize->setEnabled(false);
            themeFontSize->setOpacity(DISABLED_OPACITY);
            themeFontSize->getParent()
                ->getChild(themeFontSize->getChildIndex() - 1)
                ->setOpacity(DISABLED_OPACITY);
        }
        if (selectedTheme->second.capabilities.aspectRatios.size() > 0) {
            themeAspectRatio->setEnabled(true);
            themeAspectRatio->setOpacity(1.0f);
            themeAspectRatio->getParent()
                ->getChild(themeAspectRatio->getChildIndex() - 1)
                ->setOpacity(1.0f);
        }
        else {
            themeAspectRatio->setEnabled(false);
            themeAspectRatio->setOpacity(DISABLED_OPACITY);
            themeAspectRatio->getParent()
                ->getChild(themeAspectRatio->getChildIndex() - 1)
                ->setOpacity(DISABLED_OPACITY);
        }
    };

    scrollThemeFunc(selectedTheme->first, true);
    theme->setCallback(scrollThemeFunc);

    s->setSize(mSize);
    mWindow->pushGui(s);
}

void GuiMenu::openSoundOptions()
{
    auto s = new GuiSettings(_("SOUND SETTINGS"));

// TODO: Implement system volume support for macOS and Android.
#if !defined(__APPLE__) && !defined(__ANDROID__) && !defined(__FreeBSD__) &&                       \
    !defined(__OpenBSD__) && !defined(__NetBSD__)
    // System volume.
    // The reason to create the VolumeControl object every time instead of making it a singleton
    // is that this is the easiest way to detect new default audio devices or changes to the
    // audio volume done by the operating system. And we don't really need this object laying
    // around anyway as it's only used here.
    VolumeControl volumeControl;
    int currentVolume {volumeControl.getVolume()};

    auto systemVolume = std::make_shared<SliderComponent>(0.0f, 100.0f, 1.0f, "%");
    systemVolume->setValue(static_cast<float>(currentVolume));
    s->addWithLabel(_("SYSTEM VOLUME"), systemVolume);
    s->addSaveFunc([systemVolume, currentVolume] {
        // No need to create the VolumeControl object unless the volume has actually been changed.
        if (static_cast<int>(systemVolume->getValue()) != currentVolume) {
            VolumeControl volumeControl;
            volumeControl.setVolume(static_cast<int>(std::round(systemVolume->getValue())));
        }
    });
#endif

    // Volume for navigation sounds.
    auto soundVolumeNavigation = std::make_shared<SliderComponent>(0.0f, 100.0f, 1.0f, "%");
    soundVolumeNavigation->setValue(
        static_cast<float>(Settings::getInstance()->getInt("SoundVolumeNavigation")));
    s->addWithLabel(_("NAVIGATION SOUNDS VOLUME"), soundVolumeNavigation);
    s->addSaveFunc([soundVolumeNavigation, s] {
        if (soundVolumeNavigation->getValue() !=
            static_cast<float>(Settings::getInstance()->getInt("SoundVolumeNavigation"))) {
            Settings::getInstance()->setInt("SoundVolumeNavigation",
                                            static_cast<int>(soundVolumeNavigation->getValue()));
            s->setNeedsSaving();
        }
    });

    // Volume for videos.
    auto soundVolumeVideos = std::make_shared<SliderComponent>(0.0f, 100.0f, 1.0f, "%");
    soundVolumeVideos->setValue(
        static_cast<float>(Settings::getInstance()->getInt("SoundVolumeVideos")));
    s->addWithLabel(_("VIDEO PLAYER VOLUME"), soundVolumeVideos);
    s->addSaveFunc([soundVolumeVideos, s] {
        if (soundVolumeVideos->getValue() !=
            static_cast<float>(Settings::getInstance()->getInt("SoundVolumeVideos"))) {
            Settings::getInstance()->setInt("SoundVolumeVideos",
                                            static_cast<int>(soundVolumeVideos->getValue()));
            s->setNeedsSaving();
        }
    });

    if (UIModeController::getInstance()->isUIModeFull()) {
        // Play audio for gamelist videos.
        auto viewsVideoAudio = std::make_shared<SwitchComponent>();
        viewsVideoAudio->setState(Settings::getInstance()->getBool("ViewsVideoAudio"));
        s->addWithLabel(_("PLAY AUDIO FOR GAMELIST AND SYSTEM VIEW VIDEOS"), viewsVideoAudio);
        s->addSaveFunc([viewsVideoAudio, s] {
            if (viewsVideoAudio->getState() !=
                Settings::getInstance()->getBool("ViewsVideoAudio")) {
                Settings::getInstance()->setBool("ViewsVideoAudio", viewsVideoAudio->getState());
                s->setNeedsSaving();
            }
        });

        // Play audio for media viewer videos.
        auto mediaViewerVideoAudio = std::make_shared<SwitchComponent>();
        mediaViewerVideoAudio->setState(Settings::getInstance()->getBool("MediaViewerVideoAudio"));
        s->addWithLabel(_("PLAY AUDIO FOR MEDIA VIEWER VIDEOS"), mediaViewerVideoAudio);
        s->addSaveFunc([mediaViewerVideoAudio, s] {
            if (mediaViewerVideoAudio->getState() !=
                Settings::getInstance()->getBool("MediaViewerVideoAudio")) {
                Settings::getInstance()->setBool("MediaViewerVideoAudio",
                                                 mediaViewerVideoAudio->getState());
                s->setNeedsSaving();
            }
        });

        // Play audio for screensaver videos.
        auto screensaverVideoAudio = std::make_shared<SwitchComponent>();
        screensaverVideoAudio->setState(Settings::getInstance()->getBool("ScreensaverVideoAudio"));
        s->addWithLabel(_("PLAY AUDIO FOR SCREENSAVER VIDEOS"), screensaverVideoAudio);
        s->addSaveFunc([screensaverVideoAudio, s] {
            if (screensaverVideoAudio->getState() !=
                Settings::getInstance()->getBool("ScreensaverVideoAudio")) {
                Settings::getInstance()->setBool("ScreensaverVideoAudio",
                                                 screensaverVideoAudio->getState());
                s->setNeedsSaving();
            }
        });

        // Navigation sounds.
        auto navigationSounds = std::make_shared<SwitchComponent>();
        navigationSounds->setState(Settings::getInstance()->getBool("NavigationSounds"));
        s->addWithLabel(_("ENABLE NAVIGATION SOUNDS"), navigationSounds);
        s->addSaveFunc([navigationSounds, s] {
            if (navigationSounds->getState() !=
                Settings::getInstance()->getBool("NavigationSounds")) {
                Settings::getInstance()->setBool("NavigationSounds", navigationSounds->getState());
                s->setNeedsSaving();
            }
        });
    }

    s->setSize(mSize);
    mWindow->pushGui(s);
}

void GuiMenu::openInputDeviceOptions()
{
    auto s = new GuiSettings(_("INPUT DEVICE SETTINGS"));

    // Controller type.
    auto inputControllerType = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("CONTROLLER TYPE"), false);
    std::string selectedPlayer {Settings::getInstance()->getString("InputControllerType")};
    inputControllerType->add("XBOX", "xbox", selectedPlayer == "xbox");
    inputControllerType->add("XBOX 360", "xbox360", selectedPlayer == "xbox360");
    inputControllerType->add("PLAYSTATION 1/2/3", "ps123", selectedPlayer == "ps123");
    inputControllerType->add("PLAYSTATION 4", "ps4", selectedPlayer == "ps4");
    inputControllerType->add("PLAYSTATION 5", "ps5", selectedPlayer == "ps5");
    inputControllerType->add("SWITCH PRO", "switchpro", selectedPlayer == "switchpro");
    inputControllerType->add("SNES", "snes", selectedPlayer == "snes");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set the controller type to "xbox" in this case.
    if (inputControllerType->getSelectedObjects().size() == 0)
        inputControllerType->selectEntry(0);
    s->addWithLabel(_("CONTROLLER TYPE"), inputControllerType);
    s->addSaveFunc([inputControllerType, s] {
        if (inputControllerType->getSelected() !=
            Settings::getInstance()->getString("InputControllerType")) {
            Settings::getInstance()->setString("InputControllerType",
                                               inputControllerType->getSelected());
            s->setNeedsSaving();
        }
    });

#if defined(__ANDROID__)
    // Touch overlay size.
    auto touchOverlaySize = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("TOUCH OVERLAY SIZE"), false);
    std::string selectedOverlaySize {Settings::getInstance()->getString("InputTouchOverlaySize")};
    touchOverlaySize->add(_("MEDIUM"), "medium", selectedOverlaySize == "medium");
    touchOverlaySize->add(_("LARGE"), "large", selectedOverlaySize == "large");
    touchOverlaySize->add(_("SMALL"), "small", selectedOverlaySize == "small");
    touchOverlaySize->add(_("EXTRA SMALL"), "x-small", selectedOverlaySize == "x-small");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set the overlay size to "medium" in this case.
    if (touchOverlaySize->getSelectedObjects().size() == 0)
        touchOverlaySize->selectEntry(0);
    s->addWithLabel(_("TOUCH OVERLAY SIZE"), touchOverlaySize);
    s->addSaveFunc([touchOverlaySize, s] {
        if (touchOverlaySize->getSelected() !=
            Settings::getInstance()->getString("InputTouchOverlaySize")) {
            Settings::getInstance()->setString("InputTouchOverlaySize",
                                               touchOverlaySize->getSelected());
            s->setNeedsSaving();
            InputOverlay::getInstance().createButtons();
        }
    });

    // Touch overlay opacity.
    auto touchOverlayOpacity = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("TOUCH OVERLAY OPACITY"), false);
    std::string selectedOverlayOpacity {
        Settings::getInstance()->getString("InputTouchOverlayOpacity")};
    touchOverlayOpacity->add(_("NORMAL"), "normal", selectedOverlayOpacity == "normal");
    touchOverlayOpacity->add(_("LOW"), "low", selectedOverlayOpacity == "low");
    touchOverlayOpacity->add(_("VERY LOW"), "verylow", selectedOverlayOpacity == "verylow");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set the overlay opacity to "normal" in this case.
    if (touchOverlayOpacity->getSelectedObjects().size() == 0)
        touchOverlayOpacity->selectEntry(0);
    s->addWithLabel(_("TOUCH OVERLAY OPACITY"), touchOverlayOpacity);
    s->addSaveFunc([touchOverlayOpacity, s] {
        if (touchOverlayOpacity->getSelected() !=
            Settings::getInstance()->getString("InputTouchOverlayOpacity")) {
            Settings::getInstance()->setString("InputTouchOverlayOpacity",
                                               touchOverlayOpacity->getSelected());
            s->setNeedsSaving();
            InputOverlay::getInstance().createButtons();
        }
    });

    // Touch overlay fade-out timer.
    auto touchOverlayFadeTime = std::make_shared<SliderComponent>(0.0f, 20.0f, 1.0f, "s");
    touchOverlayFadeTime->setValue(
        static_cast<float>(Settings::getInstance()->getInt("InputTouchOverlayFadeTime")));
    s->addWithLabel(_("TOUCH OVERLAY FADE-OUT TIME"), touchOverlayFadeTime);
    s->addSaveFunc([touchOverlayFadeTime, s] {
        if (touchOverlayFadeTime->getValue() !=
            static_cast<float>(Settings::getInstance()->getInt("InputTouchOverlayFadeTime"))) {
            Settings::getInstance()->setInt("InputTouchOverlayFadeTime",
                                            static_cast<int>(touchOverlayFadeTime->getValue()));
            InputOverlay::getInstance().resetFadeTimer();
            s->setNeedsSaving();
        }
    });

    // Whether to enable the touch overlay.
    auto inputTouchOverlay = std::make_shared<SwitchComponent>();
    inputTouchOverlay->setState(Settings::getInstance()->getBool("InputTouchOverlay"));
    s->addWithLabel(_("ENABLE TOUCH OVERLAY"), inputTouchOverlay);
    s->addSaveFunc([inputTouchOverlay, s] {
        if (Settings::getInstance()->getBool("InputTouchOverlay") !=
            inputTouchOverlay->getState()) {
            Settings::getInstance()->setBool("InputTouchOverlay", inputTouchOverlay->getState());
            if (Settings::getInstance()->getBool("InputTouchOverlay"))
                InputOverlay::getInstance().createButtons();
            else
                InputOverlay::getInstance().clearButtons();
            s->setNeedsSaving();
        }
    });

    if (!Settings::getInstance()->getBool("InputTouchOverlay")) {
        touchOverlaySize->setEnabled(false);
        touchOverlaySize->setOpacity(DISABLED_OPACITY);
        touchOverlaySize->getParent()
            ->getChild(touchOverlaySize->getChildIndex() - 1)
            ->setOpacity(DISABLED_OPACITY);

        touchOverlayOpacity->setEnabled(false);
        touchOverlayOpacity->setOpacity(DISABLED_OPACITY);
        touchOverlayOpacity->getParent()
            ->getChild(touchOverlayOpacity->getChildIndex() - 1)
            ->setOpacity(DISABLED_OPACITY);

        touchOverlayFadeTime->setEnabled(false);
        touchOverlayFadeTime->setOpacity(DISABLED_OPACITY);
        touchOverlayFadeTime->getParent()
            ->getChild(touchOverlayFadeTime->getChildIndex() - 1)
            ->setOpacity(DISABLED_OPACITY);
    }

    auto inputTouchOverlayCallback = [this, inputTouchOverlay, touchOverlaySize,
                                      touchOverlayOpacity, touchOverlayFadeTime]() {
        if (!inputTouchOverlay->getState()) {
            const std::string message {
                _("DON'T DISABLE THE TOUCH OVERLAY UNLESS YOU ARE USING A CONTROLLER OR YOU WILL "
                  "LOCK YOURSELF OUT OF THE APP. IF THIS HAPPENS YOU WILL NEED TO TEMPORARILY "
                  "PLUG IN A CONTROLLER OR A KEYBOARD TO ENABLE THIS SETTING AGAIN, OR YOU "
                  "COULD CLEAR THE ES-DE STORAGE IN THE ANDROID APP SETTINGS TO FORCE THE "
                  "CONFIGURATOR TO RUN ON NEXT STARTUP")};

            Window* window {mWindow};
            window->pushGui(
                new GuiMsgBox(getHelpStyle(), message, _("OK"), nullptr, "", nullptr, "", nullptr,
                              nullptr, true, true,
                              (mRenderer->getIsVerticalOrientation() ?
                                   0.84f :
                                   0.54f * (1.778f / mRenderer->getScreenAspectRatio()))));
        }

        if (touchOverlaySize->getEnabled()) {
            touchOverlaySize->setEnabled(false);
            touchOverlaySize->setOpacity(DISABLED_OPACITY);
            touchOverlaySize->getParent()
                ->getChild(touchOverlaySize->getChildIndex() - 1)
                ->setOpacity(DISABLED_OPACITY);

            touchOverlayOpacity->setEnabled(false);
            touchOverlayOpacity->setOpacity(DISABLED_OPACITY);
            touchOverlayOpacity->getParent()
                ->getChild(touchOverlayOpacity->getChildIndex() - 1)
                ->setOpacity(DISABLED_OPACITY);

            touchOverlayFadeTime->setEnabled(false);
            touchOverlayFadeTime->setOpacity(DISABLED_OPACITY);
            touchOverlayFadeTime->getParent()
                ->getChild(touchOverlayFadeTime->getChildIndex() - 1)
                ->setOpacity(DISABLED_OPACITY);
        }
        else {
            touchOverlaySize->setEnabled(true);
            touchOverlaySize->setOpacity(1.0f);
            touchOverlaySize->getParent()
                ->getChild(touchOverlaySize->getChildIndex() - 1)
                ->setOpacity(1.0f);

            touchOverlayOpacity->setEnabled(true);
            touchOverlayOpacity->setOpacity(1.0f);
            touchOverlayOpacity->getParent()
                ->getChild(touchOverlayOpacity->getChildIndex() - 1)
                ->setOpacity(1.0f);

            touchOverlayFadeTime->setEnabled(true);
            touchOverlayFadeTime->setOpacity(1.0f);
            touchOverlayFadeTime->getParent()
                ->getChild(touchOverlayFadeTime->getChildIndex() - 1)
                ->setOpacity(1.0f);
        }
    };

    inputTouchOverlay->setCallback(inputTouchOverlayCallback);
#endif

    // Whether to only accept input from the first controller.
    auto inputOnlyFirstController = std::make_shared<SwitchComponent>();
    inputOnlyFirstController->setState(
        Settings::getInstance()->getBool("InputOnlyFirstController"));
    s->addWithLabel(_("ONLY ACCEPT INPUT FROM FIRST CONTROLLER"), inputOnlyFirstController);
    s->addSaveFunc([inputOnlyFirstController, s] {
        if (Settings::getInstance()->getBool("InputOnlyFirstController") !=
            inputOnlyFirstController->getState()) {
            Settings::getInstance()->setBool("InputOnlyFirstController",
                                             inputOnlyFirstController->getState());
            s->setNeedsSaving();
        }
    });

    // Whether to swap the A/B and X/Y buttons.
    auto inputSwapButtons = std::make_shared<SwitchComponent>();
    inputSwapButtons->setState(Settings::getInstance()->getBool("InputSwapButtons"));
    s->addWithLabel(_("SWAP THE A/B AND X/Y BUTTONS"), inputSwapButtons);
    s->addSaveFunc([inputSwapButtons, s] {
        if (Settings::getInstance()->getBool("InputSwapButtons") != inputSwapButtons->getState()) {
            Settings::getInstance()->setBool("InputSwapButtons", inputSwapButtons->getState());
            s->setNeedsSaving();
        }
    });

    // Whether to ignore keyboard input (except the quit shortcut).
    auto inputIgnoreKeyboard = std::make_shared<SwitchComponent>();
    inputIgnoreKeyboard->setState(Settings::getInstance()->getBool("InputIgnoreKeyboard"));
    s->addWithLabel(_("IGNORE KEYBOARD INPUT"), inputIgnoreKeyboard);
    s->addSaveFunc([inputIgnoreKeyboard, s] {
        if (Settings::getInstance()->getBool("InputIgnoreKeyboard") !=
            inputIgnoreKeyboard->getState()) {
            Settings::getInstance()->setBool("InputIgnoreKeyboard",
                                             inputIgnoreKeyboard->getState());
            s->setNeedsSaving();
        }
    });

    // Configure keyboard and controllers.
    ComponentListRow configureInputRow;
    configureInputRow.elements.clear();
    configureInputRow.addElement(
        std::make_shared<TextComponent>(_("CONFIGURE KEYBOARD AND CONTROLLERS"),
                                        Font::get(FONT_SIZE_MEDIUM), mMenuColorPrimary),
        true);
    configureInputRow.addElement(mMenu.makeArrow(), false);
    configureInputRow.makeAcceptInputHandler(std::bind(&GuiMenu::openConfigInput, this, s));
    s->addRow(configureInputRow);

    s->setSize(mSize);
    mWindow->pushGui(s);
}

void GuiMenu::openConfigInput(GuiSettings* settings)
{
    // Always save the settings before starting the input configuration, in case the
    // controller type was changed.
    settings->save();
    // Also unset the save flag so that a double saving does not take place when closing
    // the input device settings menu later on.
    settings->setNeedsSaving(false);

    std::string message {
        _("THE KEYBOARD AND CONTROLLERS ARE AUTOMATICALLY CONFIGURED, BUT USING THIS "
          "CONFIGURATION TOOL YOU CAN OVERRIDE THE DEFAULT BUTTON MAPPINGS (THIS WILL NOT "
          "AFFECT THE HELP PROMPTS)")};

    Window* window {mWindow};
    window->pushGui(new GuiMsgBox(
        getHelpStyle(), message, _("PROCEED"),
        [window] { window->pushGui(new GuiDetectDevice(false, false, nullptr)); }, _("CANCEL"),
        nullptr, "", nullptr, nullptr, false, true,
        (mRenderer->getIsVerticalOrientation() ?
             0.84f :
             0.54f * (1.778f / mRenderer->getScreenAspectRatio()))));
}

void GuiMenu::openOtherOptions()
{
    auto s = new GuiSettings(_("OTHER SETTINGS"));

    // Alternative emulators GUI.
    ComponentListRow alternativeEmulatorsRow;
    alternativeEmulatorsRow.elements.clear();
    alternativeEmulatorsRow.addElement(std::make_shared<TextComponent>(_("ALTERNATIVE EMULATORS"),
                                                                       Font::get(FONT_SIZE_MEDIUM),
                                                                       mMenuColorPrimary),
                                       true);
    alternativeEmulatorsRow.addElement(mMenu.makeArrow(), false);
    alternativeEmulatorsRow.makeAcceptInputHandler(
        std::bind([this] { mWindow->pushGui(new GuiAlternativeEmulators); }));
    s->addRow(alternativeEmulatorsRow);

    // Game media directory.
    ComponentListRow rowMediaDir;
    auto mediaDirectory = std::make_shared<TextComponent>(
        _("GAME MEDIA DIRECTORY"), Font::get(FONT_SIZE_MEDIUM), mMenuColorPrimary);
    auto bracketMediaDirectory = std::make_shared<ImageComponent>();
    bracketMediaDirectory->setResize(
        glm::vec2 {0.0f, Font::get(FONT_SIZE_MEDIUM)->getLetterHeight()});
    bracketMediaDirectory->setImage(":/graphics/arrow.svg");
    bracketMediaDirectory->setColorShift(mMenuColorPrimary);
    rowMediaDir.addElement(mediaDirectory, true);
    rowMediaDir.addElement(bracketMediaDirectory, false);
    std::string titleMediaDir {_("ENTER GAME MEDIA DIRECTORY")};
    std::string mediaDirectoryStaticText {_("Default directory:")};
    std::string defaultDirectoryText {Utils::FileSystem::getAppDataDirectory() +
                                      "/downloaded_media"};
    std::string initValueMediaDir {Settings::getInstance()->getString("MediaDirectory")};
    bool multiLineMediaDir {false};
    auto updateValMediaDir = [this](const std::string& newVal) {
        Settings::getInstance()->setString("MediaDirectory", newVal);
        Settings::getInstance()->saveFile();
        ViewController::getInstance()->reloadAll();
        mWindow->invalidateCachedBackground();
    };
    rowMediaDir.makeAcceptInputHandler([this, s, titleMediaDir, mediaDirectoryStaticText,
                                        defaultDirectoryText, initValueMediaDir, updateValMediaDir,
                                        multiLineMediaDir] {
        if (Settings::getInstance()->getBool("VirtualKeyboard")) {
            mWindow->pushGui(new GuiTextEditKeyboardPopup(
                getHelpStyle(), s->getMenu().getPosition().y, titleMediaDir,
                Settings::getInstance()->getString("MediaDirectory"), updateValMediaDir,
                multiLineMediaDir, _("SAVE"), _("SAVE CHANGES?"), mediaDirectoryStaticText,
                defaultDirectoryText, _("load default directory")));
        }
        else {
            mWindow->pushGui(new GuiTextEditPopup(
                getHelpStyle(), titleMediaDir, Settings::getInstance()->getString("MediaDirectory"),
                updateValMediaDir, multiLineMediaDir, _("SAVE"), _("SAVE CHANGES?"),
                mediaDirectoryStaticText, defaultDirectoryText, _("load default directory")));
        }
    });
    s->addRow(rowMediaDir);

    // Maximum VRAM.
    auto maxVram = std::make_shared<SliderComponent>(128.0f, 2048.0f, 16.0f, "MiB");
    maxVram->setValue(static_cast<float>(Settings::getInstance()->getInt("MaxVRAM")));
    s->addWithLabel(_("VRAM LIMIT"), maxVram);
    s->addSaveFunc([maxVram, s] {
        if (maxVram->getValue() != Settings::getInstance()->getInt("MaxVRAM")) {
            Settings::getInstance()->setInt("MaxVRAM",
                                            static_cast<int>(std::round(maxVram->getValue())));
            s->setNeedsSaving();
        }
    });

#if !defined(USE_OPENGLES)
    // Anti-aliasing (MSAA).
    auto antiAliasing = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("ANTI-ALIASING (MSAA)"), false);
    const std::string& selectedAntiAliasing {
        std::to_string(Settings::getInstance()->getInt("AntiAliasing"))};
    antiAliasing->add(_("DISABLED"), "0", selectedAntiAliasing == "0");
    antiAliasing->add(_("2X"), "2", selectedAntiAliasing == "2");
    antiAliasing->add(_("4X"), "4", selectedAntiAliasing == "4");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set anti-aliasing to "0" in this case.
    if (antiAliasing->getSelectedObjects().size() == 0)
        antiAliasing->selectEntry(0);
    s->addWithLabel(_("ANTI-ALIASING (MSAA) (REQUIRES RESTART)"), antiAliasing);
    s->addSaveFunc([antiAliasing, s] {
        if (antiAliasing->getSelected() !=
            std::to_string(Settings::getInstance()->getInt("AntiAliasing"))) {
            Settings::getInstance()->setInt("AntiAliasing",
                                            atoi(antiAliasing->getSelected().c_str()));
            s->setNeedsSaving();
        }
    });
#endif

    // Display/monitor.
    auto displayIndex = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("DISPLAY/MONITOR INDEX"), false);
    std::vector<std::string> displayIndexEntry;
    displayIndexEntry.push_back("1");
    displayIndexEntry.push_back("2");
    displayIndexEntry.push_back("3");
    displayIndexEntry.push_back("4");
    for (auto it = displayIndexEntry.cbegin(); it != displayIndexEntry.cend(); ++it)
        displayIndex->add(*it, *it,
                          Settings::getInstance()->getInt("DisplayIndex") == atoi((*it).c_str()));
    s->addWithLabel(_("DISPLAY/MONITOR INDEX (REQUIRES RESTART)"), displayIndex);
    s->addSaveFunc([displayIndex, s] {
        if (atoi(displayIndex->getSelected().c_str()) !=
            Settings::getInstance()->getInt("DisplayIndex")) {
            Settings::getInstance()->setInt("DisplayIndex",
                                            atoi(displayIndex->getSelected().c_str()));
            s->setNeedsSaving();
        }
    });

    // Screen contents rotation.
    auto screenRotate = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("ROTATE SCREEN"), false);
    const std::string& selectedScreenRotate {
        std::to_string(Settings::getInstance()->getInt("ScreenRotate"))};
    screenRotate->add(_("DISABLED"), "0", selectedScreenRotate == "0");
    screenRotate->add(_("90 DEGREES"), "90", selectedScreenRotate == "90");
    screenRotate->add(_("180 DEGREES"), "180", selectedScreenRotate == "180");
    screenRotate->add(_("270 DEGREES"), "270", selectedScreenRotate == "270");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set screen rotation to "0" in this case.
    if (screenRotate->getSelectedObjects().size() == 0)
        screenRotate->selectEntry(0);
    s->addWithLabel(_("ROTATE SCREEN (REQUIRES RESTART)"), screenRotate);
    s->addSaveFunc([screenRotate, s] {
        if (screenRotate->getSelected() !=
            std::to_string(Settings::getInstance()->getInt("ScreenRotate"))) {
            Settings::getInstance()->setInt("ScreenRotate",
                                            atoi(screenRotate->getSelected().c_str()));
            s->setNeedsSaving();
        }
    });

    // Keyboard quit shortcut.
    auto keyboardQuitShortcut = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("KEYBOARD QUIT SHORTCUT"), false);
    std::string selectedShortcut {Settings::getInstance()->getString("KeyboardQuitShortcut")};
#if defined(_WIN64) || defined(__unix__)
    keyboardQuitShortcut->add("ALT + F4", "AltF4", selectedShortcut == "AltF4");
    keyboardQuitShortcut->add("CTRL + Q", "CtrlQ", selectedShortcut == "CtrlQ");
    keyboardQuitShortcut->add("ALT + Q", "AltQ", selectedShortcut == "AltQ");
#endif
#if defined(__APPLE__)
    keyboardQuitShortcut->add("\u2318 + Q", "CmdQ", selectedShortcut == "CmdQ");
    keyboardQuitShortcut->add("CTRL + Q", "CtrlQ", selectedShortcut == "CtrlQ");
    keyboardQuitShortcut->add("ALT + Q", "AltQ", selectedShortcut == "AltQ");
#endif
    keyboardQuitShortcut->add("F4", "F4", selectedShortcut == "F4");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set the keyboard quit shortcut to the first entry in this case.
    if (keyboardQuitShortcut->getSelectedObjects().size() == 0)
        keyboardQuitShortcut->selectEntry(0);
    s->addWithLabel(_("KEYBOARD QUIT SHORTCUT"), keyboardQuitShortcut);
    s->addSaveFunc([keyboardQuitShortcut, s] {
        if (keyboardQuitShortcut->getSelected() !=
            Settings::getInstance()->getString("KeyboardQuitShortcut")) {
            Settings::getInstance()->setString("KeyboardQuitShortcut",
                                               keyboardQuitShortcut->getSelected());
            s->setNeedsSaving();
        }
    });

    // When to save game metadata.
    auto saveGamelistsMode = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("WHEN TO SAVE GAME METADATA [SHORT]"), false);
    saveGamelistsMode->add(_("ALWAYS"), "always",
                           Settings::getInstance()->getString("SaveGamelistsMode") == "always");
    saveGamelistsMode->add(_("ON EXIT"), "on exit",
                           Settings::getInstance()->getString("SaveGamelistsMode") == "on exit");
    saveGamelistsMode->add(_("NEVER"), "never",
                           Settings::getInstance()->getString("SaveGamelistsMode") == "never");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set save game metadata to "always" in this case.
    if (antiAliasing->getSelectedObjects().size() == 0)
        antiAliasing->selectEntry(0);
    s->addWithLabel(_("WHEN TO SAVE GAME METADATA"), saveGamelistsMode);
    s->addSaveFunc([saveGamelistsMode, s] {
        if (saveGamelistsMode->getSelected() !=
            Settings::getInstance()->getString("SaveGamelistsMode")) {
            Settings::getInstance()->setString("SaveGamelistsMode",
                                               saveGamelistsMode->getSelected());
            // Always save the gamelist.xml files if switching to "always" as there may
            // be changes that will otherwise be lost.
            if (Settings::getInstance()->getString("SaveGamelistsMode") == "always") {
                for (auto it = SystemData::sSystemVector.cbegin();
                     it != SystemData::sSystemVector.cend(); ++it)
                    (*it)->writeMetaData();
            }
            s->setNeedsSaving();
        }
    });

#if defined(APPLICATION_UPDATER)
    // Application updater frequency.
    auto applicationUpdaterFrequency = std::make_shared<OptionListComponent<std::string>>(
        getHelpStyle(), _("APPLICATION UPDATES"), false);
    const std::string& selectedUpdaterFrequency {
        Settings::getInstance()->getString("ApplicationUpdaterFrequency")};
    applicationUpdaterFrequency->add(_("ALWAYS"), "always", selectedUpdaterFrequency == "always");
    applicationUpdaterFrequency->add(_("DAILY"), "daily", selectedUpdaterFrequency == "daily");
    applicationUpdaterFrequency->add(_("WEEKLY"), "weekly", selectedUpdaterFrequency == "weekly");
    applicationUpdaterFrequency->add(_("MONTHLY"), "monthly",
                                     selectedUpdaterFrequency == "monthly");
    applicationUpdaterFrequency->add(_("NEVER"), "never", selectedUpdaterFrequency == "never");
    // If there are no objects returned, then there must be a manually modified entry in the
    // configuration file. Simply set updater frequency to "always" in this case.
    if (applicationUpdaterFrequency->getSelectedObjects().size() == 0)
        applicationUpdaterFrequency->selectEntry(0);
    s->addWithLabel(_("CHECK FOR APPLICATION UPDATES"), applicationUpdaterFrequency);
    s->addSaveFunc([applicationUpdaterFrequency, s] {
        if (applicationUpdaterFrequency->getSelected() !=
            Settings::getInstance()->getString("ApplicationUpdaterFrequency")) {
            Settings::getInstance()->setString("ApplicationUpdaterFrequency",
                                               applicationUpdaterFrequency->getSelected());
            s->setNeedsSaving();
        }
    });
#endif

#if defined(APPLICATION_UPDATER) && !defined(__ANDROID__)
#if defined(IS_PRERELEASE)
    // Add a dummy entry to indicate that this setting is always enabled when running a prerelease.
    auto applicationUpdaterPrereleases = std::make_shared<SwitchComponent>();
    applicationUpdaterPrereleases->setState(true);
    s->addWithLabel(_("INCLUDE PRERELEASES IN UPDATE CHECKS"), applicationUpdaterPrereleases);
    applicationUpdaterPrereleases->setEnabled(false);
    applicationUpdaterPrereleases->setOpacity(DISABLED_OPACITY);
    applicationUpdaterPrereleases->getParent()
        ->getChild(applicationUpdaterPrereleases->getChildIndex() - 1)
        ->setOpacity(DISABLED_OPACITY);
#else
    // Whether to include prereleases when checking for application updates.
    auto applicationUpdaterPrereleases = std::make_shared<SwitchComponent>();
    applicationUpdaterPrereleases->setState(
        Settings::getInstance()->getBool("ApplicationUpdaterPrereleases"));
    s->addWithLabel(_("INCLUDE PRERELEASES IN UPDATE CHECKS"), applicationUpdaterPrereleases);
    s->addSaveFunc([applicationUpdaterPrereleases, s] {
        if (applicationUpdaterPrereleases->getState() !=
            Settings::getInstance()->getBool("ApplicationUpdaterPrereleases")) {
            Settings::getInstance()->setBool("ApplicationUpdaterPrereleases",
                                             applicationUpdaterPrereleases->getState());
            s->setNeedsSaving();
        }
    });
#endif
#endif

#if defined(_WIN64)
    // Hide taskbar during the program session.
    auto hide_taskbar = std::make_shared<SwitchComponent>();
    hide_taskbar->setState(Settings::getInstance()->getBool("HideTaskbar"));
    s->addWithLabel(_("HIDE TASKBAR (REQUIRES RESTART)"), hide_taskbar);
    s->addSaveFunc([hide_taskbar, s] {
        if (hide_taskbar->getState() != Settings::getInstance()->getBool("HideTaskbar")) {
            Settings::getInstance()->setBool("HideTaskbar", hide_taskbar->getState());
            s->setNeedsSaving();
        }
    });
#endif

#if !defined(__ANDROID__) && !defined(DEINIT_ON_LAUNCH)
    // Run ES in the background when a game has been launched.
    auto runInBackground = std::make_shared<SwitchComponent>();
    runInBackground->setState(Settings::getInstance()->getBool("RunInBackground"));
    s->addWithLabel(_("RUN IN BACKGROUND (WHILE GAME IS LAUNCHED)"), runInBackground);
    s->addSaveFunc([runInBackground, s] {
        if (runInBackground->getState() != Settings::getInstance()->getBool("RunInBackground")) {
            Settings::getInstance()->setBool("RunInBackground", runInBackground->getState());
            s->setNeedsSaving();
        }
    });
#endif

#if defined(VIDEO_HW_DECODING)
    // Whether to enable hardware decoding for the FFmpeg video player.
    auto videoHardwareDecoding = std::make_shared<SwitchComponent>();
    videoHardwareDecoding->setState(Settings::getInstance()->getBool("VideoHardwareDecoding"));
    s->addWithLabel(_("VIDEO HARDWARE DECODING (EXPERIMENTAL)"), videoHardwareDecoding);
    s->addSaveFunc([videoHardwareDecoding, s] {
        if (videoHardwareDecoding->getState() !=
            Settings::getInstance()->getBool("VideoHardwareDecoding")) {
            Settings::getInstance()->setBool("VideoHardwareDecoding",
                                             videoHardwareDecoding->getState());
            s->setNeedsSaving();
        }
    });
#endif

    // Whether to upscale the video frame rate to 60 FPS.
    auto videoUpscaleFrameRate = std::make_shared<SwitchComponent>();
    videoUpscaleFrameRate->setState(Settings::getInstance()->getBool("VideoUpscaleFrameRate"));
    s->addWithLabel(_("UPSCALE VIDEO FRAME RATE TO 60 FPS"), videoUpscaleFrameRate);
    s->addSaveFunc([videoUpscaleFrameRate, s] {
        if (videoUpscaleFrameRate->getState() !=
            Settings::getInstance()->getBool("VideoUpscaleFrameRate")) {
            Settings::getInstance()->setBool("VideoUpscaleFrameRate",
                                             videoUpscaleFrameRate->getState());
            s->setNeedsSaving();
        }
    });

    // Whether to enable alternative emulators per game (the option to disable this is intended
    // primarily for testing purposes).
    auto alternativeEmulatorPerGame = std::make_shared<SwitchComponent>();
    alternativeEmulatorPerGame->setState(
        Settings::getInstance()->getBool("AlternativeEmulatorPerGame"));
    s->addWithLabel(_("ENABLE ALTERNATIVE EMULATORS PER GAME"), alternativeEmulatorPerGame);
    s->addSaveFunc([alternativeEmulatorPerGame, s] {
        if (alternativeEmulatorPerGame->getState() !=
            Settings::getInstance()->getBool("AlternativeEmulatorPerGame")) {
            Settings::getInstance()->setBool("AlternativeEmulatorPerGame",
                                             alternativeEmulatorPerGame->getState());
            s->setNeedsSaving();
            s->setNeedsReloading();
            s->setInvalidateCachedBackground();
        }
    });

    // Show hidden files.
    auto showHiddenFiles = std::make_shared<SwitchComponent>();
    showHiddenFiles->setState(Settings::getInstance()->getBool("ShowHiddenFiles"));
    s->addWithLabel(_("SHOW HIDDEN FILES AND FOLDERS"), showHiddenFiles);
    s->addSaveFunc([this, showHiddenFiles, s] {
        if (showHiddenFiles->getState() != Settings::getInstance()->getBool("ShowHiddenFiles")) {
            Settings::getInstance()->setBool("ShowHiddenFiles", showHiddenFiles->getState());
            s->setNeedsSaving();
            s->setNeedsCloseMenu([this] { delete this; });
            s->setNeedsRescanROMDirectory();
        }
    });

    // Show hidden games.
    auto showHiddenGames = std::make_shared<SwitchComponent>();
    showHiddenGames->setState(Settings::getInstance()->getBool("ShowHiddenGames"));
    s->addWithLabel(_("SHOW HIDDEN GAMES"), showHiddenGames);
    s->addSaveFunc([this, showHiddenGames, s] {
        if (showHiddenGames->getState() != Settings::getInstance()->getBool("ShowHiddenGames")) {
            Settings::getInstance()->setBool("ShowHiddenGames", showHiddenGames->getState());
            s->setNeedsSaving();
            s->setNeedsCloseMenu([this] { delete this; });
            s->setNeedsRescanROMDirectory();
        }
    });

    // Custom event scripts, fired using Scripting::fireEvent().
    auto customEventScripts = std::make_shared<SwitchComponent>();
    customEventScripts->setState(Settings::getInstance()->getBool("CustomEventScripts"));
    s->addWithLabel(_("ENABLE CUSTOM EVENT SCRIPTS"), customEventScripts);
    s->addSaveFunc([customEventScripts, s] {
        if (customEventScripts->getState() !=
            Settings::getInstance()->getBool("CustomEventScripts")) {
            Settings::getInstance()->setBool("CustomEventScripts", customEventScripts->getState());
            s->setNeedsSaving();
        }
    });

    // Only show games included in the gamelist.xml files.
    auto parseGamelistOnly = std::make_shared<SwitchComponent>();
    parseGamelistOnly->setState(Settings::getInstance()->getBool("ParseGamelistOnly"));
    s->addWithLabel(_("ONLY SHOW GAMES FROM GAMELIST.XML FILES"), parseGamelistOnly);
    s->addSaveFunc([this, parseGamelistOnly, s] {
        if (parseGamelistOnly->getState() !=
            Settings::getInstance()->getBool("ParseGamelistOnly")) {
            Settings::getInstance()->setBool("ParseGamelistOnly", parseGamelistOnly->getState());
            s->setNeedsSaving();
            s->setNeedsCloseMenu([this] { delete this; });
            s->setNeedsRescanROMDirectory();
        }
    });

    // Strip extra MAME name info.
    auto mameNameStripExtraInfo = std::make_shared<SwitchComponent>();
    mameNameStripExtraInfo->setState(Settings::getInstance()->getBool("MAMENameStripExtraInfo"));
    s->addWithLabel(_("STRIP EXTRA MAME NAME INFO (REQUIRES RESTART)"), mameNameStripExtraInfo);
    s->addSaveFunc([mameNameStripExtraInfo, s] {
        if (Settings::getInstance()->getBool("MAMENameStripExtraInfo") !=
            mameNameStripExtraInfo->getState()) {
            Settings::getInstance()->setBool("MAMENameStripExtraInfo",
                                             mameNameStripExtraInfo->getState());
            s->setNeedsSaving();
        }
    });

#if defined(__unix__) && !defined(__ANDROID__)
    // Whether to disable desktop composition.
    auto disableComposition = std::make_shared<SwitchComponent>();
    disableComposition->setState(Settings::getInstance()->getBool("DisableComposition"));
    s->addWithLabel(_("DISABLE DESKTOP COMPOSITION (REQUIRES RESTART)"), disableComposition);
    s->addSaveFunc([disableComposition, s] {
        if (disableComposition->getState() !=
            Settings::getInstance()->getBool("DisableComposition")) {
            Settings::getInstance()->setBool("DisableComposition", disableComposition->getState());
            s->setNeedsSaving();
        }
    });
#endif

#if defined(__ANDROID__)
    if (!AndroidVariables::sIsHomeApp) {
        // Whether swiping or pressing back should exit the application.
        auto backEventAppExit = std::make_shared<SwitchComponent>();
        backEventAppExit->setState(Settings::getInstance()->getBool("BackEventAppExit"));
        s->addWithLabel(_("BACK BUTTON/BACK SWIPE EXITS APP"), backEventAppExit);
        s->addSaveFunc([backEventAppExit, s] {
            if (backEventAppExit->getState() !=
                Settings::getInstance()->getBool("BackEventAppExit")) {
                Settings::getInstance()->setBool("BackEventAppExit", backEventAppExit->getState());
                s->setNeedsSaving();
            }
        });
    }
    else {
        // If we're running as the Android home app then we don't allow the application to quit,
        // so simply add a disabled dummy switch in this case.
        auto backEventAppExit = std::make_shared<SwitchComponent>();
        s->addWithLabel(_("BACK BUTTON/BACK SWIPE EXITS APP"), backEventAppExit);
        backEventAppExit->setEnabled(false);
        backEventAppExit->setState(false);
        backEventAppExit->setOpacity(DISABLED_OPACITY);
        backEventAppExit->getParent()
            ->getChild(backEventAppExit->getChildIndex() - 1)
            ->setOpacity(DISABLED_OPACITY);
    }
#endif

    if (Settings::getInstance()->getBool("DebugFlag")) {
        // If the --debug command line option was passed then create a dummy entry.
        auto debugMode = std::make_shared<SwitchComponent>();
        debugMode->setState(true);
        s->addWithLabel(_("DEBUG MODE"), debugMode);
        debugMode->setEnabled(false);
        debugMode->setOpacity(DISABLED_OPACITY);
        debugMode->getParent()
            ->getChild(debugMode->getChildIndex() - 1)
            ->setOpacity(DISABLED_OPACITY);
    }
    else {
        // Debug mode.
        auto debugMode = std::make_shared<SwitchComponent>();
        debugMode->setState(Settings::getInstance()->getBool("DebugMode"));
        s->addWithLabel(_("DEBUG MODE"), debugMode);
        s->addSaveFunc([debugMode, s] {
            if (debugMode->getState() != Settings::getInstance()->getBool("DebugMode")) {
                if (!Settings::getInstance()->getBool("DebugMode")) {
                    Settings::getInstance()->setBool("DebugMode", true);
                    Settings::getInstance()->setBool("Debug", true);
                    Log::setReportingLevel(LogDebug);
                }
                else {
                    Settings::getInstance()->setBool("DebugMode", false);
                    Settings::getInstance()->setBool("Debug", false);
                    Log::setReportingLevel(LogInfo);
                }
                s->setNeedsSaving();
            }
        });
    }

    // GPU statistics overlay.
    auto displayGpuStatistics = std::make_shared<SwitchComponent>();
    displayGpuStatistics->setState(Settings::getInstance()->getBool("DisplayGPUStatistics"));
    s->addWithLabel(_("DISPLAY GPU STATISTICS OVERLAY"), displayGpuStatistics);
    s->addSaveFunc([displayGpuStatistics, s] {
        if (displayGpuStatistics->getState() !=
            Settings::getInstance()->getBool("DisplayGPUStatistics")) {
            Settings::getInstance()->setBool("DisplayGPUStatistics",
                                             displayGpuStatistics->getState());
            s->setNeedsSaving();
        }
    });

    // Whether to enable the menu in Kid mode.
    auto enableMenuKidMode = std::make_shared<SwitchComponent>();
    enableMenuKidMode->setState(Settings::getInstance()->getBool("EnableMenuKidMode"));
    s->addWithLabel(_("ENABLE MENU IN KID MODE"), enableMenuKidMode);
    s->addSaveFunc([enableMenuKidMode, s] {
        if (Settings::getInstance()->getBool("EnableMenuKidMode") !=
            enableMenuKidMode->getState()) {
            Settings::getInstance()->setBool("EnableMenuKidMode", enableMenuKidMode->getState());
            s->setNeedsSaving();
        }
    });

// macOS requires root privileges to reboot and power off so it doesn't make much
// sense to enable this setting and menu entry for that operating system.
#if !defined(__APPLE__) && !defined(__ANDROID__)
    // Whether to show the quit menu with the options to reboot and shutdown the computer.
    auto showQuitMenu = std::make_shared<SwitchComponent>();
    showQuitMenu->setState(Settings::getInstance()->getBool("ShowQuitMenu"));
    s->addWithLabel(_("SHOW QUIT MENU (REBOOT AND POWER OFF ENTRIES)"), showQuitMenu);
    s->addSaveFunc([this, showQuitMenu, s] {
        if (showQuitMenu->getState() != Settings::getInstance()->getBool("ShowQuitMenu")) {
            Settings::getInstance()->setBool("ShowQuitMenu", showQuitMenu->getState());
            s->setNeedsSaving();
            s->setNeedsCloseMenu([this] { delete this; });
        }
    });
#endif

#if defined(APPLICATION_UPDATER) && !defined(__ANDROID__) && !defined(IS_PRERELEASE)
    auto applicationUpdaterFrequencyFunc =
        [applicationUpdaterPrereleases](const std::string& frequency) {
            if (frequency == "never") {
                applicationUpdaterPrereleases->setEnabled(false);
                applicationUpdaterPrereleases->setOpacity(DISABLED_OPACITY);
                applicationUpdaterPrereleases->getParent()
                    ->getChild(applicationUpdaterPrereleases->getChildIndex() - 1)
                    ->setOpacity(DISABLED_OPACITY);
            }
            else {
                applicationUpdaterPrereleases->setEnabled(true);
                applicationUpdaterPrereleases->setOpacity(1.0f);
                applicationUpdaterPrereleases->getParent()
                    ->getChild(applicationUpdaterPrereleases->getChildIndex() - 1)
                    ->setOpacity(1.0f);
            }
        };

    applicationUpdaterFrequencyFunc(applicationUpdaterFrequency->getSelected());
    applicationUpdaterFrequency->setCallback(applicationUpdaterFrequencyFunc);
#endif

    s->setSize(mSize);
    mWindow->pushGui(s);
}

void GuiMenu::openUtilities()
{
    auto s = new GuiSettings(_("UTILITIES"));

    HelpStyle style {getHelpStyle()};

    ComponentListRow row;
    row.addElement(std::make_shared<TextComponent>("ORPHANED DATA CLEANUP",
                                                   Font::get(FONT_SIZE_MEDIUM), mMenuColorPrimary),
                   true);
    row.addElement(mMenu.makeArrow(), false);
    row.makeAcceptInputHandler(std::bind(
        [this] { mWindow->pushGui(new GuiOrphanedDataCleanup([&]() { close(true); })); }));
    s->addRow(row);

    row.elements.clear();
    row.addElement(std::make_shared<TextComponent>("CREATE/UPDATE SYSTEM DIRECTORIES",
                                                   Font::get(FONT_SIZE_MEDIUM), mMenuColorPrimary),
                   true);

    // This transparent dummy arrow is only here to enable the "select" help prompt.
    auto dummyArrow = mMenu.makeArrow();
    dummyArrow->setOpacity(0.0f);
    row.addElement(dummyArrow, false);

    row.makeAcceptInputHandler([this] {
        mWindow->pushGui(new GuiMsgBox(
            getHelpStyle(),
            "THIS WILL CREATE ALL GAME SYSTEM DIRECTORIES INSIDE YOUR ROM FOLDER AND IT WILL ALSO "
            "UPDATE ALL SYSTEMINFO.TXT FILES. THIS IS A SAFE OPERATION THAT WILL NOT DELETE OR "
            "MODIFY YOUR GAME FILES. TO DECREASE APPLICATION STARTUP TIMES IT'S RECOMMENDED TO "
            "DELETE THE SYSTEM DIRECTORIES YOU DON'T NEED AFTER RUNNING THIS UTILITY",
            "PROCEED",
            [this] {
                if (!SystemData::createSystemDirectories()) {
                    mWindow->pushGui(new GuiMsgBox(
                        getHelpStyle(), "THE SYSTEM DIRECTORIES WERE SUCCESSFULLY CREATED", _("OK"),
                        [this] {
                            if (CollectionSystemsManager::getInstance()->isEditing())
                                CollectionSystemsManager::getInstance()->exitEditMode();
                            mWindow->stopInfoPopup();
                            GuiMenu::close(true);
                            // Write any gamelist.xml changes before proceeding with the rescan.
                            if (Settings::getInstance()->getString("SaveGamelistsMode") ==
                                "on exit") {
                                for (auto system : SystemData::sSystemVector)
                                    system->writeMetaData();
                            }
                            ViewController::getInstance()->rescanROMDirectory();
                        },
                        "", nullptr, "", nullptr, nullptr, true));
                }
                else {
                    mWindow->pushGui(new GuiMsgBox(
                        getHelpStyle(),
                        "ERROR CREATING SYSTEM DIRECTORIES, PERMISSION PROBLEMS OR "
                        "DISK FULL?\nSEE THE LOG FILE FOR MORE DETAILS",
                        _("OK"), nullptr, "", nullptr, "", nullptr, nullptr, true, true,
                        (mRenderer->getIsVerticalOrientation() ?
                             0.70f :
                             0.44f * (1.778f / mRenderer->getScreenAspectRatio()))));
                }
            },
            "CANCEL", nullptr, "", nullptr, nullptr, false, true,
            (mRenderer->getIsVerticalOrientation() ?
                 0.80f :
                 0.52f * (1.778f / mRenderer->getScreenAspectRatio()))));
    });

    s->addRow(row);

    row.elements.clear();
    row.addElement(std::make_shared<TextComponent>("RESCAN ROM DIRECTORY",
                                                   Font::get(FONT_SIZE_MEDIUM), mMenuColorPrimary),
                   true);

    // This transparent dummy arrow is only here to enable the "select" help prompt.
    row.addElement(dummyArrow, false);

    row.makeAcceptInputHandler([this] {
        mWindow->pushGui(new GuiMsgBox(
            getHelpStyle(),
            "THIS WILL RESCAN YOUR ROM DIRECTORY FOR CHANGES SUCH AS ADDED OR REMOVED GAMES AND "
            "SYSTEMS",
            "PROCEED",
            [this] {
                if (CollectionSystemsManager::getInstance()->isEditing())
                    CollectionSystemsManager::getInstance()->exitEditMode();
                mWindow->stopInfoPopup();
                GuiMenu::close(true);
                // Write any gamelist.xml changes before proceeding with the rescan.
                if (Settings::getInstance()->getString("SaveGamelistsMode") == "on exit") {
                    for (auto system : SystemData::sSystemVector)
                        system->writeMetaData();
                }
                ViewController::getInstance()->rescanROMDirectory();
            },
            "CANCEL", nullptr, "", nullptr, nullptr, false, true,
            (mRenderer->getIsVerticalOrientation() ?
                 0.76f :
                 0.52f * (1.778f / mRenderer->getScreenAspectRatio()))));
    });
    s->addRow(row);

    s->setSize(mSize);
    mWindow->pushGui(s);
}

void GuiMenu::openQuitMenu()
{
#if defined(__APPLE__) || defined(__ANDROID__)
    if (true) {
#else
    if (!Settings::getInstance()->getBool("ShowQuitMenu")) {
#endif
        mWindow->pushGui(new GuiMsgBox(
            this->getHelpStyle(), "REALLY QUIT?", "YES",
            [this] {
                close(true);
                Utils::Platform::quitES();
            },
            "NO", nullptr));
    }
    else {
        auto s = new GuiSettings(_("QUIT"));

        Window* window {mWindow};
        HelpStyle style {getHelpStyle()};

        ComponentListRow row;

        row.makeAcceptInputHandler([window, this] {
            window->pushGui(new GuiMsgBox(
                this->getHelpStyle(), "REALLY QUIT?", "YES",
                [this] {
                    close(true);
                    Utils::Platform::quitES();
                },
                "NO", nullptr));
        });
        auto quitText = std::make_shared<TextComponent>("QUIT ES-DE", Font::get(FONT_SIZE_MEDIUM),
                                                        mMenuColorPrimary);
        quitText->setSelectable(true);
        row.addElement(quitText, true);
        s->addRow(row);

        row.elements.clear();
        row.makeAcceptInputHandler([window, this] {
            window->pushGui(new GuiMsgBox(
                this->getHelpStyle(), "REALLY REBOOT?", "YES",
                [] {
                    if (Utils::Platform::quitES(Utils::Platform::QuitMode::REBOOT) != 0) {
                        LOG(LogWarning) << "Reboot terminated with non-zero result!";
                    }
                },
                "NO", nullptr));
        });
        auto rebootText = std::make_shared<TextComponent>(
            "REBOOT SYSTEM", Font::get(FONT_SIZE_MEDIUM), mMenuColorPrimary);
        rebootText->setSelectable(true);
        row.addElement(rebootText, true);
        s->addRow(row);

        row.elements.clear();
        row.makeAcceptInputHandler([window, this] {
            window->pushGui(new GuiMsgBox(
                this->getHelpStyle(), "REALLY POWER OFF?", "YES",
                [] {
                    if (Utils::Platform::quitES(Utils::Platform::QuitMode::POWEROFF) != 0) {
                        LOG(LogWarning) << "Power off terminated with non-zero result!";
                    }
                },
                "NO", nullptr));
        });
        auto powerOffText = std::make_shared<TextComponent>(
            "POWER OFF SYSTEM", Font::get(FONT_SIZE_MEDIUM), mMenuColorPrimary);
        powerOffText->setSelectable(true);
        row.addElement(powerOffText, true);
        s->addRow(row);

        s->setSize(mSize);
        mWindow->pushGui(s);
    }
}

void GuiMenu::addVersionInfo()
{
    mVersion.setFont(Font::get(FONT_SIZE_SMALL));
    mVersion.setColor(mMenuColorTertiary);

    const std::string applicationName {"ES-DE"};

#if defined(IS_PRERELEASE)
#if defined(__ANDROID__)
    mVersion.setText(applicationName + "  " + Utils::String::toUpper(PROGRAM_VERSION_STRING) + "-" +
                     std::to_string(ANDROID_VERSION_CODE) + " (Built " + __DATE__ + ")");
#else
    mVersion.setText(applicationName + "  " + Utils::String::toUpper(PROGRAM_VERSION_STRING) +
                     " (Built " + __DATE__ + ")");
#endif
#else
#if defined(__ANDROID__)
    mVersion.setText(applicationName + "  " + Utils::String::toUpper(PROGRAM_VERSION_STRING) + "-" +
                     std::to_string(ANDROID_VERSION_CODE));
#else
    mVersion.setText(applicationName + "  " + Utils::String::toUpper(PROGRAM_VERSION_STRING));
#endif
#endif

    mVersion.setHorizontalAlignment(ALIGN_CENTER);
    addChild(&mVersion);
}

void GuiMenu::openThemeDownloader(GuiSettings* settings)
{
    auto updateFunc = [&, settings]() {
        LOG(LogDebug) << "GuiMenu::openThemeDownloader(): Themes were updated, reloading menu";
        mThemeDownloaderReloadCounter = 1;
        delete settings;
        if (mThemeDownloaderReloadCounter != 1) {
            delete this;
        }
        else {
            openUIOptions();
            mWindow->invalidateCachedBackground();
        }
    };

    mWindow->pushGui(new GuiThemeDownloader(updateFunc));
}

void GuiMenu::openMediaViewerOptions()
{
    mWindow->pushGui(new GuiMediaViewerOptions(_("MEDIA VIEWER SETTINGS [SHORT]")));
}

void GuiMenu::openScreensaverOptions()
{
    mWindow->pushGui(new GuiScreensaverOptions(_("SCREENSAVER SETTINGS [SHORT]")));
}

void GuiMenu::openCollectionSystemOptions()
{
    mWindow->pushGui(new GuiCollectionSystemsOptions(_("GAME COLLECTION SETTINGS")));
}

void GuiMenu::onSizeChanged()
{
    mVersion.setSize(mSize.x, 0.0f);
    mVersion.setPosition(0.0f, mSize.y - mVersion.getSize().y);
}

void GuiMenu::addEntry(const std::string& name,
                       unsigned int color,
                       bool add_arrow,
                       const std::function<void()>& func)
{
    std::shared_ptr<Font> font {Font::get(FONT_SIZE_MEDIUM)};

    // Populate the list.
    ComponentListRow row;
    row.addElement(std::make_shared<TextComponent>(name, font, color), true);

    if (add_arrow) {
        std::shared_ptr<ImageComponent> bracket {mMenu.makeArrow()};
        row.addElement(bracket, false);
    }

    row.makeAcceptInputHandler(func);
    mMenu.addRow(row);
}

void GuiMenu::close(bool closeAllWindows)
{
    std::function<void()> closeFunc;
    if (!closeAllWindows) {
        closeFunc = [this] { delete this; };
    }
    else {
        Window* window {mWindow};
        closeFunc = [window] {
            while (window->peekGui() != ViewController::getInstance())
                delete window->peekGui();
        };
    }
    closeFunc();
}

bool GuiMenu::input(InputConfig* config, Input input)
{
    if (GuiComponent::input(config, input))
        return true;

    const bool isStart {config->isMappedTo("start", input)};
    if (input.value != 0 && (config->isMappedTo("b", input) || isStart)) {
        close(isStart);
        return true;
    }

    return false;
}

std::vector<HelpPrompt> GuiMenu::getHelpPrompts()
{
    std::vector<HelpPrompt> prompts;
    prompts.push_back(HelpPrompt("up/down", "choose"));
    prompts.push_back(HelpPrompt("a", "select"));
    prompts.push_back(HelpPrompt("b", "close menu"));
    prompts.push_back(HelpPrompt("start", "close menu"));
    return prompts;
}