diff --git a/kcmkwin/kwinrules/rulesmodel.cpp b/kcmkwin/kwinrules/rulesmodel.cpp index 4e2273acb..01fe93086 100644 --- a/kcmkwin/kwinrules/rulesmodel.cpp +++ b/kcmkwin/kwinrules/rulesmodel.cpp @@ -1,823 +1,823 @@ /* * Copyright (c) 2004 Lubos Lunak * Copyright (c) 2020 Ismael Asensio * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License as * published by the Free Software Foundation; either version 2 of * the License or (at your option) version 3 or any later version * accepted by the membership of KDE e.V. (or its successor approved * by the membership of KDE e.V.), which shall act as a proxy * defined in Section 14 of version 3 of the license. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program. If not, see . */ #include "rulesmodel.h" #include #include #include #include #include #include #include #include #include #include namespace KWin { RulesModel::RulesModel(QObject *parent) : QAbstractListModel(parent) { qmlRegisterUncreatableType("org.kde.kcms.kwinrules", 1, 0, "RuleItem", QStringLiteral("Do not create objects of type RuleItem")); qmlRegisterUncreatableType("org.kde.kcms.kwinrules", 1, 0, "RulesModel", QStringLiteral("Do not create objects of type RulesModel")); populateRuleList(); } RulesModel::~RulesModel() { } QHash< int, QByteArray > RulesModel::roleNames() const { return { {KeyRole, QByteArrayLiteral("key")}, {NameRole, QByteArrayLiteral("name")}, {IconRole, QByteArrayLiteral("icon")}, {IconNameRole, QByteArrayLiteral("iconName")}, {SectionRole, QByteArrayLiteral("section")}, {DescriptionRole, QByteArrayLiteral("description")}, {EnabledRole, QByteArrayLiteral("enabled")}, {SelectableRole, QByteArrayLiteral("selectable")}, {ValueRole, QByteArrayLiteral("value")}, {TypeRole, QByteArrayLiteral("type")}, {PolicyRole, QByteArrayLiteral("policy")}, {PolicyModelRole, QByteArrayLiteral("policyModel")}, {OptionsModelRole, QByteArrayLiteral("options")}, }; } int RulesModel::rowCount(const QModelIndex &parent) const { if (parent.isValid()) { return 0; } return m_ruleList.size(); } QVariant RulesModel::data(const QModelIndex &index, int role) const { if (!checkIndex(index, CheckIndexOption::IndexIsValid | CheckIndexOption::ParentIsInvalid)) { return QVariant(); } const RuleItem *rule = m_ruleList.at(index.row()); switch (role) { case KeyRole: return rule->key(); case NameRole: return rule->name(); case IconRole: return rule->icon(); case IconNameRole: return rule->iconName(); case DescriptionRole: return rule->description(); case SectionRole: return rule->section(); case EnabledRole: return rule->isEnabled(); case SelectableRole: return !rule->hasFlag(RuleItem::AlwaysEnabled); case ValueRole: return rule->value(); case TypeRole: return rule->type(); case PolicyRole: return rule->policy(); case PolicyModelRole: return rule->policyModel(); case OptionsModelRole: return rule->options(); } return QVariant(); } bool RulesModel::setData(const QModelIndex &index, const QVariant &value, int role) { if (!checkIndex(index, CheckIndexOption::IndexIsValid | CheckIndexOption::ParentIsInvalid)) { return false; } RuleItem *rule = m_ruleList.at(index.row()); switch (role) { case EnabledRole: if (value.toBool() == rule->isEnabled()) { return true; } rule->setEnabled(value.toBool()); break; case ValueRole: if (value == rule->value()) { return true; } rule->setValue(value); break; case PolicyRole: if (value.toInt() == rule->policy()) { return true; } rule->setPolicy(value.toInt()); break; default: return false; } emit dataChanged(index, index, QVector{role}); if (rule->hasFlag(RuleItem::AffectsDescription)) { emit descriptionChanged(); } if (rule->hasFlag(RuleItem::AffectsWarning)) { emit warningMessageChanged(); } return true; } RuleItem *RulesModel::addRule(RuleItem *rule) { m_ruleList << rule; m_rules.insert(rule->key(), rule); return rule; } bool RulesModel::hasRule(const QString& key) const { return m_rules.contains(key); } RuleItem *RulesModel::ruleItem(const QString& key) const { return m_rules.value(key); } QString RulesModel::description() const { const QString desc = m_rules["description"]->value().toString(); if (!desc.isEmpty()) { return desc; } return defaultDescription(); } QString RulesModel::defaultDescription() const { const QString wmclass = m_rules["wmclass"]->value().toString(); const QString title = m_rules["title"]->isEnabled() ? m_rules["title"]->value().toString() : QString(); if (!title.isEmpty()) { return i18n("Window settings for %1", title); } if (!wmclass.isEmpty()) { return i18n("Settings for %1", wmclass); } return i18n("New window settings"); } QString RulesModel::warningMessage() const { if (wmclassWarning()) { return i18n("You have specified the window class as unimportant.\n" "This means the settings will possibly apply to windows from all applications." " If you really want to create a generic setting, it is recommended" " you at least limit the window types to avoid special window types."); } return QString(); } bool RulesModel::wmclassWarning() const { const bool no_wmclass = !m_rules["wmclass"]->isEnabled() || m_rules["wmclass"]->policy() == Rules::UnimportantMatch; const bool alltypes = !m_rules["types"]->isEnabled() || (m_rules["types"]->value() == 0) || (m_rules["types"]->value() == NET::AllTypesMask) || ((m_rules["types"]->value().toInt() | (1 << NET::Override)) == 0x3FF); return (no_wmclass && alltypes); } void RulesModel::readFromSettings(RuleSettings *settings) { beginResetModel(); for (RuleItem *rule : qAsConst(m_ruleList)) { const KConfigSkeletonItem *configItem = settings->findItem(rule->key()); const KConfigSkeletonItem *configPolicyItem = settings->findItem(rule->policyKey()); if (!configItem || (configPolicyItem && configPolicyItem->property() == Rules::Unused) || (configItem->property().toString().isEmpty())) { rule->reset(); continue; } rule->setEnabled(true); const QVariant value = configItem->property(); rule->setValue(value); if (rule->policyType() != RulePolicy::NoPolicy) { const int policy = configPolicyItem->property().toInt(); rule->setPolicy(policy); } } endResetModel(); emit descriptionChanged(); emit warningMessageChanged(); } void RulesModel::writeToSettings(RuleSettings *settings) const { const QString description = m_rules["description"]->value().toString(); if (description.isEmpty()) { m_rules["description"]->setValue(defaultDescription()); } for (const RuleItem *rule : qAsConst(m_ruleList)) { KConfigSkeletonItem *configItem = settings->findItem(rule->key()); KConfigSkeletonItem *configPolicyItem = settings->findItem(rule->policyKey()); Q_ASSERT (configItem); if (rule->isEnabled()) { configItem->setProperty(rule->value()); if (configPolicyItem) { configPolicyItem->setProperty(rule->policy()); } } else { if (configPolicyItem) { configPolicyItem->setProperty(Rules::Unused); } else { // Rules without policy gets deactivated by an empty string configItem->setProperty(QString()); } } } } void RulesModel::importFromRules(Rules* rules) { QTemporaryFile tempFile; if (!tempFile.open()) { return; } const auto cfg = KSharedConfig::openConfig(tempFile.fileName(), KConfig::SimpleConfig); RuleSettings *settings = new RuleSettings(cfg, QStringLiteral("tempSettings")); settings->setDefaults(); if (rules) { rules->write(settings); } readFromSettings(settings); delete(settings); } Rules *RulesModel::exportToRules() const { QTemporaryFile tempFile; if (!tempFile.open()) { return nullptr; } const auto cfg = KSharedConfig::openConfig(tempFile.fileName(), KConfig::SimpleConfig); RuleSettings *settings = new RuleSettings(cfg, QStringLiteral("tempSettings")); writeToSettings(settings); Rules *rules = new Rules(settings); delete(settings); return rules; } void RulesModel::populateRuleList() { qDeleteAll(m_ruleList); m_ruleList.clear(); //Rule description - addRule(new RuleItem(QLatin1String("description"), - RulePolicy::NoPolicy, RuleItem::String, - i18n("Description"), i18n("Window matching"), - QIcon::fromTheme("entry-edit"))); - m_rules["description"]->setFlag(RuleItem::AlwaysEnabled); - m_rules["description"]->setFlag(RuleItem::AffectsDescription); + auto description = addRule(new RuleItem(QLatin1String("description"), + RulePolicy::NoPolicy, RuleItem::String, + i18n("Description"), i18n("Window matching"), + QIcon::fromTheme("entry-edit"))); + description->setFlag(RuleItem::AlwaysEnabled); + description->setFlag(RuleItem::AffectsDescription); // Window matching - addRule(new RuleItem(QLatin1String("wmclass"), - RulePolicy::StringMatch, RuleItem::String, - i18n("Window class (application)"), i18n("Window matching"), - QIcon::fromTheme("window"))); - m_rules["wmclass"]->setFlag(RuleItem::AlwaysEnabled); - m_rules["wmclass"]->setFlag(RuleItem::AffectsDescription); - m_rules["wmclass"]->setFlag(RuleItem::AffectsWarning); - - addRule(new RuleItem(QLatin1String("wmclasscomplete"), - RulePolicy::NoPolicy, RuleItem::Boolean, - i18n("Match whole window class"), i18n("Window matching"), - QIcon::fromTheme("window"))); - m_rules["wmclasscomplete"]->setFlag(RuleItem::AlwaysEnabled); - - addRule(new RuleItem(QLatin1String("types"), - RulePolicy::NoPolicy, RuleItem::FlagsOption, - i18n("Window types"), i18n("Window matching"), - QIcon::fromTheme("window-duplicate"))); - m_rules["types"]->setOptionsData(windowTypesModelData()); - m_rules["types"]->setFlag(RuleItem::AlwaysEnabled); - m_rules["types"]->setFlag(RuleItem::AffectsWarning); + auto wmclass = addRule(new RuleItem(QLatin1String("wmclass"), + RulePolicy::StringMatch, RuleItem::String, + i18n("Window class (application)"), i18n("Window matching"), + QIcon::fromTheme("window"))); + wmclass->setFlag(RuleItem::AlwaysEnabled); + wmclass->setFlag(RuleItem::AffectsDescription); + wmclass->setFlag(RuleItem::AffectsWarning); + + auto wmclasscomplete = addRule(new RuleItem(QLatin1String("wmclasscomplete"), + RulePolicy::NoPolicy, RuleItem::Boolean, + i18n("Match whole window class"), i18n("Window matching"), + QIcon::fromTheme("window"))); + wmclasscomplete->setFlag(RuleItem::AlwaysEnabled); + + auto types = addRule(new RuleItem(QLatin1String("types"), + RulePolicy::NoPolicy, RuleItem::FlagsOption, + i18n("Window types"), i18n("Window matching"), + QIcon::fromTheme("window-duplicate"))); + types->setOptionsData(windowTypesModelData()); + types->setFlag(RuleItem::AlwaysEnabled); + types->setFlag(RuleItem::AffectsWarning); addRule(new RuleItem(QLatin1String("windowrole"), RulePolicy::NoPolicy, RuleItem::String, i18n("Window role"), i18n("Window matching"), QIcon::fromTheme("dialog-object-properties"))); - addRule(new RuleItem(QLatin1String("title"), - RulePolicy::StringMatch, RuleItem::String, - i18n("Window title"), i18n("Window matching"), - QIcon::fromTheme("edit-comment"))); - m_rules["title"]->setFlag(RuleItem::AffectsDescription); + auto title = addRule(new RuleItem(QLatin1String("title"), + RulePolicy::StringMatch, RuleItem::String, + i18n("Window title"), i18n("Window matching"), + QIcon::fromTheme("edit-comment"))); + title->setFlag(RuleItem::AffectsDescription); addRule(new RuleItem(QLatin1String("clientmachine"), RulePolicy::StringMatch, RuleItem::String, i18n("Machine (hostname)"), i18n("Window matching"), QIcon::fromTheme("computer"))); // Size & Position addRule(new RuleItem(QLatin1String("position"), RulePolicy::SetRule, RuleItem::Coordinate, i18n("Position"), i18n("Size & Position"), QIcon::fromTheme("transform-move"))); addRule(new RuleItem(QLatin1String("size"), RulePolicy::SetRule, RuleItem::Coordinate, i18n("Size"), i18n("Size & Position"), QIcon::fromTheme("image-resize-symbolic"))); addRule(new RuleItem(QLatin1String("maximizehoriz"), RulePolicy::SetRule, RuleItem::Boolean, i18n("Maximized horizontally"), i18n("Size & Position"), QIcon::fromTheme("resizecol"))); addRule(new RuleItem(QLatin1String("maximizevert"), RulePolicy::SetRule, RuleItem::Boolean, i18n("Maximized vertically"), i18n("Size & Position"), QIcon::fromTheme("resizerow"))); - addRule(new RuleItem(QLatin1String("desktop"), - RulePolicy::SetRule, RuleItem::Option, - i18n("Virtual Desktop"), i18n("Size & Position"), - QIcon::fromTheme("virtual-desktops"))); - m_rules["desktop"]->setOptionsData(virtualDesktopsModelData()); + auto desktop = addRule(new RuleItem(QLatin1String("desktop"), + RulePolicy::SetRule, RuleItem::Option, + i18n("Virtual Desktop"), i18n("Size & Position"), + QIcon::fromTheme("virtual-desktops"))); + desktop->setOptionsData(virtualDesktopsModelData()); #ifdef KWIN_BUILD_ACTIVITIES m_activities = new KActivities::Consumer(this); - addRule(new RuleItem(QLatin1String("activity"), - RulePolicy::SetRule, RuleItem::Option, - i18n("Activity"), i18n("Size & Position"), - QIcon::fromTheme("activities"))); - m_rules["activity"]->setOptionsData(activitiesModelData()); + auto activity = addRule(new RuleItem(QLatin1String("activity"), + RulePolicy::SetRule, RuleItem::Option, + i18n("Activity"), i18n("Size & Position"), + QIcon::fromTheme("activities"))); + activity->setOptionsData(activitiesModelData()); // Activites consumer may update the available activities later connect(m_activities, &KActivities::Consumer::activitiesChanged, this, [this] { m_rules["activity"]->setOptionsData(activitiesModelData()); }); connect(m_activities, &KActivities::Consumer::serviceStatusChanged, this, [this] { m_rules["activity"]->setOptionsData(activitiesModelData()); }); #endif addRule(new RuleItem(QLatin1String("screen"), RulePolicy::SetRule, RuleItem::Integer, i18n("Screen"), i18n("Size & Position"), QIcon::fromTheme("osd-shutd-screen"))); addRule(new RuleItem(QLatin1String("fullscreen"), RulePolicy::SetRule, RuleItem::Boolean, i18n("Fullscreen"), i18n("Size & Position"), QIcon::fromTheme("view-fullscreen"))); addRule(new RuleItem(QLatin1String("minimize"), RulePolicy::SetRule, RuleItem::Boolean, i18n("Minimized"), i18n("Size & Position"), QIcon::fromTheme("window-minimize"))); addRule(new RuleItem(QLatin1String("shade"), RulePolicy::SetRule, RuleItem::Boolean, i18n("Shaded"), i18n("Size & Position"), QIcon::fromTheme("window-shade"))); - addRule(new RuleItem(QLatin1String("placement"), - RulePolicy::ForceRule, RuleItem::Option, - i18n("Initial placement"), i18n("Size & Position"), - QIcon::fromTheme("region"))); - m_rules["placement"]->setOptionsData(placementModelData()); + auto placement = addRule(new RuleItem(QLatin1String("placement"), + RulePolicy::ForceRule, RuleItem::Option, + i18n("Initial placement"), i18n("Size & Position"), + QIcon::fromTheme("region"))); + placement->setOptionsData(placementModelData()); addRule(new RuleItem(QLatin1String("ignoregeometry"), RulePolicy::SetRule, RuleItem::Boolean, i18n("Ignore requested geometry"), i18n("Size & Position"), QIcon::fromTheme("view-time-schedule-baselined-remove"), i18n("Windows can ask to appear in a certain position.\n" "By default this overrides the placement strategy\n" "what might be nasty if the client abuses the feature\n" "to unconditionally popup in the middle of your screen."))); addRule(new RuleItem(QLatin1String("minsize"), RulePolicy::ForceRule, RuleItem::Coordinate, i18n("Minimum Size"), i18n("Size & Position"), QIcon::fromTheme("image-resize-symbolic"))); addRule(new RuleItem(QLatin1String("maxsize"), RulePolicy::ForceRule, RuleItem::Coordinate, i18n("Maximum Size"), i18n("Size & Position"), QIcon::fromTheme("image-resize-symbolic"))); addRule(new RuleItem(QLatin1String("strictgeometry"), RulePolicy::ForceRule, RuleItem::Boolean, i18n("Obey geometry restrictions"), i18n("Size & Position"), QIcon::fromTheme("transform-crop-and-resize"), i18n("Eg. terminals or video players can ask to keep a certain aspect ratio\n" "or only grow by values larger than one\n" "(eg. by the dimensions of one character).\n" "This may be pointless and the restriction prevents arbitrary dimensions\n" "like your complete screen area."))); // Arrangement & Access addRule(new RuleItem(QLatin1String("above"), RulePolicy::SetRule, RuleItem::Boolean, i18n("Keep above"), i18n("Arrangement & Access"), QIcon::fromTheme("window-keep-above"))); addRule(new RuleItem(QLatin1String("below"), RulePolicy::SetRule, RuleItem::Boolean, i18n("Keep below"), i18n("Arrangement & Access"), QIcon::fromTheme("window-keep-below"))); addRule(new RuleItem(QLatin1String("skiptaskbar"), RulePolicy::SetRule, RuleItem::Boolean, i18n("Skip taskbar"), i18n("Arrangement & Access"), QIcon::fromTheme("kt-show-statusbar"), i18n("Window shall (not) appear in the taskbar."))); addRule(new RuleItem(QLatin1String("skippager"), RulePolicy::SetRule, RuleItem::Boolean, i18n("Skip pager"), i18n("Arrangement & Access"), QIcon::fromTheme("org.kde.plasma.pager"), i18n("Window shall (not) appear in the manager for virtual desktops"))); addRule(new RuleItem(QLatin1String("skipswitcher"), RulePolicy::SetRule, RuleItem::Boolean, i18n("Skip switcher"), i18n("Arrangement & Access"), QIcon::fromTheme("preferences-system-windows-effect-flipswitch"), i18n("Window shall (not) appear in the Alt+Tab list"))); addRule(new RuleItem(QLatin1String("shortcut"), RulePolicy::SetRule, RuleItem::Shortcut, i18n("Shortcut"), i18n("Arrangement & Access"), QIcon::fromTheme("configure-shortcuts"))); // Appearance & Fixes addRule(new RuleItem(QLatin1String("noborder"), RulePolicy::SetRule, RuleItem::Boolean, i18n("No titlebar and frame"), i18n("Appearance & Fixes"), QIcon::fromTheme("dialog-cancel"))); - addRule(new RuleItem(QLatin1String("decocolor"), - RulePolicy::ForceRule, RuleItem::Option, - i18n("Titlebar color scheme"), i18n("Appearance & Fixes"), - QIcon::fromTheme("preferences-desktop-theme"))); - m_rules["decocolor"]->setOptionsData(colorSchemesModelData()); + auto decocolor = addRule(new RuleItem(QLatin1String("decocolor"), + RulePolicy::ForceRule, RuleItem::Option, + i18n("Titlebar color scheme"), i18n("Appearance & Fixes"), + QIcon::fromTheme("preferences-desktop-theme"))); + decocolor->setOptionsData(colorSchemesModelData()); addRule(new RuleItem(QLatin1String("opacityactive"), RulePolicy::ForceRule, RuleItem::Percentage, i18n("Active opacity"), i18n("Appearance & Fixes"), QIcon::fromTheme("edit-opacity"))); addRule(new RuleItem(QLatin1String("opacityinactive"), RulePolicy::ForceRule, RuleItem::Percentage, i18n("Inactive opacity"), i18n("Appearance & Fixes"), QIcon::fromTheme("edit-opacity"))); - addRule(new RuleItem(QLatin1String("fsplevel"), - RulePolicy::ForceRule, RuleItem::Option, - i18n("Focus stealing prevention"), i18n("Appearance & Fixes"), - QIcon::fromTheme("preferences-system-windows-effect-glide"), - i18n("KWin tries to prevent windows from taking the focus\n" - "(\"activate\") while you're working in another window,\n" - "but this may sometimes fail or superact.\n" - "\"None\" will unconditionally allow this window to get the focus while\n" - "\"Extreme\" will completely prevent it from taking the focus."))); - m_rules["fsplevel"]->setOptionsData(focusModelData()); - - addRule(new RuleItem(QLatin1String("fpplevel"), - RulePolicy::ForceRule, RuleItem::Option, - i18n("Focus protection"), i18n("Appearance & Fixes"), - QIcon::fromTheme("preferences-system-windows-effect-minimize"), - i18n("This controls the focus protection of the currently active window.\n" - "None will always give the focus away,\n" - "Extreme will keep it.\n" - "Otherwise it's interleaved with the stealing prevention\n" - "assigned to the window that wants the focus."))); - m_rules["fpplevel"]->setOptionsData(focusModelData()); + auto fsplevel = addRule(new RuleItem(QLatin1String("fsplevel"), + RulePolicy::ForceRule, RuleItem::Option, + i18n("Focus stealing prevention"), i18n("Appearance & Fixes"), + QIcon::fromTheme("preferences-system-windows-effect-glide"), + i18n("KWin tries to prevent windows from taking the focus\n" + "(\"activate\") while you're working in another window,\n" + "but this may sometimes fail or superact.\n" + "\"None\" will unconditionally allow this window to get the focus while\n" + "\"Extreme\" will completely prevent it from taking the focus."))); + fsplevel->setOptionsData(focusModelData()); + + auto fpplevel = addRule(new RuleItem(QLatin1String("fpplevel"), + RulePolicy::ForceRule, RuleItem::Option, + i18n("Focus protection"), i18n("Appearance & Fixes"), + QIcon::fromTheme("preferences-system-windows-effect-minimize"), + i18n("This controls the focus protection of the currently active window.\n" + "None will always give the focus away,\n" + "Extreme will keep it.\n" + "Otherwise it's interleaved with the stealing prevention\n" + "assigned to the window that wants the focus."))); + fpplevel->setOptionsData(focusModelData()); addRule(new RuleItem(QLatin1String("acceptfocus"), RulePolicy::ForceRule, RuleItem::Boolean, i18n("Accept focus"), i18n("Appearance & Fixes"), QIcon::fromTheme("preferences-desktop-cursors"), i18n("Windows may prevent to get the focus (activate) when being clicked.\n" "On the other hand you might wish to prevent a window\n" "from getting focused on a mouse click."))); addRule(new RuleItem(QLatin1String("disableglobalshortcuts"), RulePolicy::ForceRule, RuleItem::Boolean, i18n("Ignore global shortcuts"), i18n("Appearance & Fixes"), QIcon::fromTheme("input-keyboard-virtual-off"), i18n("When used, a window will receive\n" "all keyboard inputs while it is active, including Alt+Tab etc.\n" "This is especially interesting for emulators or virtual machines.\n" "\n" "Be warned:\n" "you won't be able to Alt+Tab out of the window\n" "nor use any other global shortcut (such as Alt+F2 to show KRunner)\n" "while it's active!"))); addRule(new RuleItem(QLatin1String("closeable"), RulePolicy::ForceRule, RuleItem::Boolean, i18n("Closeable"), i18n("Appearance & Fixes"), QIcon::fromTheme("dialog-close"))); - addRule(new RuleItem(QLatin1String("type"), - RulePolicy::ForceRule, RuleItem::Option, - i18n("Set window type"), i18n("Appearance & Fixes"), - QIcon::fromTheme("window-duplicate"))); - m_rules["type"]->setOptionsData(windowTypesModelData()); + auto type = addRule(new RuleItem(QLatin1String("type"), + RulePolicy::ForceRule, RuleItem::Option, + i18n("Set window type"), i18n("Appearance & Fixes"), + QIcon::fromTheme("window-duplicate"))); + type->setOptionsData(windowTypesModelData()); addRule(new RuleItem(QLatin1String("desktopfile"), RulePolicy::SetRule, RuleItem::String, i18n("Desktop file name"), i18n("Appearance & Fixes"), QIcon::fromTheme("application-x-desktop"))); addRule(new RuleItem(QLatin1String("blockcompositing"), RulePolicy::ForceRule, RuleItem::Boolean, i18n("Block compositing"), i18n("Appearance & Fixes"), QIcon::fromTheme("composite-track-on"))); } const QHash RulesModel::x11PropertyHash() { static const auto propertyToRule = QHash { /* The original detection dialog allows to choose depending on "Match complete window class": * if Match Complete == false: wmclass = "resourceClass" * if Match Complete == true: wmclass = "resourceName" + " " + "resourceClass" */ { "resourceName", "wmclass" }, { "caption", "title" }, { "role", "windowrole" }, { "clientMachine", "clientmachine" }, { "x11DesktopNumber", "desktop" }, { "maximizeHorizontal", "maximizehoriz" }, { "maximizeVertical", "maximizevert" }, { "minimized", "minimize" }, { "shaded", "shade" }, { "fullscreen", "fullscreen" }, { "keepAbove", "above" }, { "keepBelow", "below" }, { "noBorder", "noborder" }, { "skipTaskbar", "skiptaskbar" }, { "skipPager", "skippager" }, { "skipSwitcher", "skipswitcher" }, { "type", "type" }, { "desktopFile", "desktopfile" } }; return propertyToRule; }; void RulesModel::prefillProperties(const QVariantMap &info) { beginResetModel(); // Properties that cannot be directly applied via x11PropertyHash const QString position = QStringLiteral("%1,%2").arg(info.value("x").toInt()) .arg(info.value("y").toInt()); const QString size = QStringLiteral("%1,%2").arg(info.value("width").toInt()) .arg(info.value("height").toInt()); if (!m_rules["position"]->isEnabled()) { m_rules["position"]->setValue(position); } if (!m_rules["size"]->isEnabled()) { m_rules["size"]->setValue(size); } if (!m_rules["minsize"]->isEnabled()) { m_rules["minsize"]->setValue(size); } if (!m_rules["maxsize"]->isEnabled()) { m_rules["maxsize"]->setValue(size); } NET::WindowType window_type = static_cast(info.value("type", 0).toInt()); if (!m_rules["types"]->isEnabled() || m_rules["types"]->value() == 0) { if (window_type == NET::Unknown) { window_type = NET::Normal; } m_rules["types"]->setValue(1 << window_type); } const auto ruleForProperty = x11PropertyHash(); for (QString &property : info.keys()) { if (!ruleForProperty.contains(property)) { continue; } const QString ruleKey = ruleForProperty.value(property, QString()); Q_ASSERT(hasRule(ruleKey)); // Only prefill disabled or empty properties if (!m_rules[ruleKey]->isEnabled() || m_rules[ruleKey]->value().toString().isEmpty()) { m_rules[ruleKey]->setValue(info.value(property)); } } endResetModel(); emit descriptionChanged(); emit warningMessageChanged(); } QList RulesModel::windowTypesModelData() const { static const auto modelData = QList { //TODO: Find/create better icons { NET::Normal, i18n("Normal Window") , QIcon::fromTheme("window") }, { NET::Dialog, i18n("Dialog Window") , QIcon::fromTheme("window-duplicate") }, { NET::Utility, i18n("Utility Window") , QIcon::fromTheme("dialog-object-properties") }, { NET::Dock, i18n("Dock (panel)") , QIcon::fromTheme("list-remove") }, { NET::Toolbar, i18n("Toolbar") , QIcon::fromTheme("tools") }, { NET::Menu, i18n("Torn-Off Menu") , QIcon::fromTheme("overflow-menu-left") }, { NET::Splash, i18n("Splash Screen") , QIcon::fromTheme("embosstool") }, { NET::Desktop, i18n("Desktop") , QIcon::fromTheme("desktop") }, // { NET::Override, i18n("Unmanaged Window") }, deprecated { NET::TopMenu, i18n("Standalone Menubar"), QIcon::fromTheme("open-menu-symbolic") } }; return modelData; } QList RulesModel::virtualDesktopsModelData() const { QList modelData; for (int desktopId = 1; desktopId <= KWindowSystem::numberOfDesktops(); ++desktopId) { modelData << OptionsModel::Data{ desktopId, QString::number(desktopId).rightJustified(2) + QStringLiteral(": ") + KWindowSystem::desktopName(desktopId), QIcon::fromTheme("virtual-desktops") }; } modelData << OptionsModel::Data{ NET::OnAllDesktops, i18n("All Desktops"), QIcon::fromTheme("window-pin") }; return modelData; } QList RulesModel::activitiesModelData() const { #ifdef KWIN_BUILD_ACTIVITIES QList modelData; // NULL_ID from kactivities/src/lib/core/consumer.cpp modelData << OptionsModel::Data{ QString::fromLatin1("00000000-0000-0000-0000-000000000000"), i18n("All Activities"), QIcon::fromTheme("activities") }; const auto activities = m_activities->activities(KActivities::Info::Running); if (m_activities->serviceStatus() == KActivities::Consumer::Running) { for (const QString &activityId : activities) { const KActivities::Info info(activityId); modelData << OptionsModel::Data{ activityId, info.name(), QIcon::fromTheme(info.icon()) }; } } return modelData; #else return {}; #endif } QList RulesModel::placementModelData() const { // From "placement.h" : Placement rule is stored as a string, not the enum value static const auto modelData = QList { { Placement::policyToString(Placement::Default), i18n("Default") }, { Placement::policyToString(Placement::NoPlacement), i18n("No Placement") }, { Placement::policyToString(Placement::Smart), i18n("Minimal Overlapping") }, { Placement::policyToString(Placement::Maximizing), i18n("Maximized") }, { Placement::policyToString(Placement::Cascade), i18n("Cascaded") }, { Placement::policyToString(Placement::Centered), i18n("Centered") }, { Placement::policyToString(Placement::Random), i18n("Random") }, { Placement::policyToString(Placement::ZeroCornered), i18n("In Top-Left Corner") }, { Placement::policyToString(Placement::UnderMouse), i18n("Under Mouse") }, { Placement::policyToString(Placement::OnMainWindow), i18n("On Main Window") } }; return modelData; } QList RulesModel::focusModelData() const { static const auto modelData = QList { { 0, i18n("None") }, { 1, i18n("Low") }, { 2, i18n("Normal") }, { 3, i18n("High") }, { 4, i18n("Extreme") } }; return modelData; } QList RulesModel::colorSchemesModelData() const { QList modelData; KColorSchemeManager schemes; QAbstractItemModel *schemesModel = schemes.model(); // Skip row 0, which is Default scheme for (int r = 1; r < schemesModel->rowCount(); r++) { const QModelIndex index = schemesModel->index(r, 0); modelData << OptionsModel::Data{ QFileInfo(index.data(Qt::UserRole).toString()).baseName(), index.data(Qt::DisplayRole).toString(), index.data(Qt::DecorationRole).value() }; } return modelData; } void RulesModel::detectWindowProperties(int secs) { QTimer::singleShot(secs*1000, this, &RulesModel::selectX11Window); } void RulesModel::selectX11Window() { QDBusMessage message = QDBusMessage::createMethodCall(QStringLiteral("org.kde.KWin"), QStringLiteral("/KWin"), QStringLiteral("org.kde.KWin"), QStringLiteral("queryWindowInfo")); QDBusPendingReply async = QDBusConnection::sessionBus().asyncCall(message); QDBusPendingCallWatcher *callWatcher = new QDBusPendingCallWatcher(async, this); connect(callWatcher, &QDBusPendingCallWatcher::finished, this, [this](QDBusPendingCallWatcher *self) { QDBusPendingReply reply = *self; self->deleteLater(); if (!reply.isValid()) { return; } const QVariantMap windowInfo = reply.value(); //TODO: Improve UI to suggest/select the detected properties. // For now, just prefill unused rules prefillProperties(windowInfo); } ); } } //namespace