diff --git a/autotests/netwininfotestclient.cpp b/autotests/netwininfotestclient.cpp index b59ad84..c398b5a 100644 --- a/autotests/netwininfotestclient.cpp +++ b/autotests/netwininfotestclient.cpp @@ -1,1116 +1,1148 @@ /* SPDX-FileCopyrightText: 2013 Martin Gräßlin SPDX-License-Identifier: LGPL-2.1-or-later */ #include "nettesthelper.h" #include #include #include // system #include class Property : public QScopedPointer { public: Property(xcb_get_property_reply_t *p = nullptr) : QScopedPointer(p) {} }; #define INFO NETWinInfo info(m_connection, m_testWindow, m_rootWindow, NET::WMAllProperties, NET::WM2AllProperties, NET::Client); #define ATOM(name) \ KXUtils::Atom atom(connection(), QByteArrayLiteral(#name)); #define UTF8 KXUtils::Atom utf8String(connection(), QByteArrayLiteral("UTF8_STRING")); #define GETPROP(type, length, formatSize) \ xcb_get_property_cookie_t cookie = xcb_get_property_unchecked(connection(), false, m_testWindow, \ atom, type, 0, length); \ Property reply(xcb_get_property_reply(connection(), cookie, nullptr)); \ QVERIFY(!reply.isNull()); \ QCOMPARE(reply->format, uint8_t(formatSize)); \ QCOMPARE(reply->value_len, uint32_t(length)); #define VERIFYDELETED(t) \ xcb_get_property_cookie_t cookieDeleted = xcb_get_property_unchecked(connection(), false, m_testWindow, \ atom, t, 0, 1); \ Property replyDeleted(xcb_get_property_reply(connection(), cookieDeleted, nullptr)); \ QVERIFY(!replyDeleted.isNull()); \ QVERIFY(replyDeleted->type == XCB_ATOM_NONE); class NetWinInfoTestClient : public QObject { Q_OBJECT private Q_SLOTS: void initTestCase(); void cleanupTestCase(); void init(); void cleanup(); void testBlockCompositing(); void testUserTime(); void testStartupId(); void testDesktopFileName(); + void testAppMenuObjectPath(); + void testAppMenuServiceName(); void testHandledIcons_data(); void testHandledIcons(); void testPid(); void testName(); void testIconName(); #if KWINDOWSYSTEM_ENABLE_DEPRECATED_SINCE(5, 0) void testStrut(); #endif void testExtendedStrut(); void testIconGeometry(); void testWindowType_data(); void testWindowType(); void testActivities_data(); void testActivities(); void testWindowRole(); void testWindowClass(); void testClientMachine(); void testGroupLeader(); void testUrgency_data(); void testUrgency(); void testInput_data(); void testInput(); void testInitialMappingState_data(); void testInitialMappingState(); void testIconPixmap_data(); void testIconPixmap(); void testTransientFor(); void testProtocols_data(); void testProtocols(); void testOpaqueRegion_data(); void testOpaqueRegion(); private: void performNameTest(xcb_atom_t atom, const char *(NETWinInfo:: *getter)(void)const, void (NETWinInfo:: *setter)(const char *), NET::Property property); void waitForPropertyChange(NETWinInfo *info, xcb_atom_t atom, NET::Property prop, NET::Property2 prop2 = NET::Property2(0)); xcb_connection_t *connection() { return m_connection; } xcb_connection_t *m_connection; QVector m_connections; QScopedPointer m_xvfb; xcb_window_t m_rootWindow; xcb_window_t m_testWindow; }; void NetWinInfoTestClient::initTestCase() { } void NetWinInfoTestClient::cleanupTestCase() { // close connection while (!m_connections.isEmpty()) { xcb_disconnect(m_connections.takeFirst()); } } void NetWinInfoTestClient::init() { // first reset just to be sure m_connection = nullptr; m_rootWindow = XCB_WINDOW_NONE; m_testWindow = XCB_WINDOW_NONE; // start Xvfb m_xvfb.reset(new QProcess); // use pipe to pass fd to Xvfb to get back the display id int pipeFds[2]; QVERIFY(pipe(pipeFds) == 0); m_xvfb->start(QStringLiteral("Xvfb"), QStringList{ QStringLiteral("-displayfd"), QString::number(pipeFds[1]) }); QVERIFY(m_xvfb->waitForStarted()); QCOMPARE(m_xvfb->state(), QProcess::Running); // reads from pipe, closes write side close(pipeFds[1]); QFile readPipe; QVERIFY(readPipe.open(pipeFds[0], QIODevice::ReadOnly, QFileDevice::AutoCloseHandle)); QByteArray displayNumber = readPipe.readLine(); readPipe.close(); displayNumber.prepend(QByteArray(":")); displayNumber.remove(displayNumber.size() -1, 1); // create X connection int screen = 0; m_connection = xcb_connect(displayNumber.constData(), &screen); QVERIFY(m_connection); QVERIFY(!xcb_connection_has_error(m_connection)); m_rootWindow = KXUtils::rootWindow(m_connection, screen); // create test window m_testWindow = xcb_generate_id(m_connection); uint32_t values[] = {XCB_EVENT_MASK_PROPERTY_CHANGE}; xcb_create_window(m_connection, XCB_COPY_FROM_PARENT, m_testWindow, m_rootWindow, 0, 0, 100, 100, 0, XCB_COPY_FROM_PARENT, XCB_COPY_FROM_PARENT, XCB_CW_EVENT_MASK, values); // and map it xcb_map_window(m_connection, m_testWindow); } void NetWinInfoTestClient::cleanup() { // destroy test window xcb_unmap_window(m_connection, m_testWindow); xcb_destroy_window(m_connection, m_testWindow); m_testWindow = XCB_WINDOW_NONE; // delay till clenupTestCase as otherwise xcb reuses the same memory address m_connections << connection(); // kill Xvfb m_xvfb->terminate(); m_xvfb->waitForFinished(); } void NetWinInfoTestClient::waitForPropertyChange(NETWinInfo *info, xcb_atom_t atom, NET::Property prop, NET::Property2 prop2) { while (true) { KXUtils::ScopedCPointer event(xcb_wait_for_event(connection())); if (event.isNull()) { break; } if ((event->response_type & ~0x80) != XCB_PROPERTY_NOTIFY) { continue; } xcb_property_notify_event_t *pe = reinterpret_cast(event.data()); if (pe->window != m_testWindow) { continue; } if (pe->atom != atom) { continue; } NET::Properties dirty; NET::Properties2 dirty2; info->event(event.data(), &dirty, &dirty2); if (prop != 0) { QVERIFY(dirty & prop); } if (prop2 != 0) { QVERIFY(dirty2 & prop2); } if (!prop) { QCOMPARE(dirty, NET::Properties()); } if (!prop2) { QCOMPARE(dirty2, NET::Properties2()); } break; } } void NetWinInfoTestClient::testBlockCompositing() { QVERIFY(connection()); ATOM(_KDE_NET_WM_BLOCK_COMPOSITING) INFO QVERIFY(!info.isBlockingCompositing()); info.setBlockingCompositing(true); QVERIFY(info.isBlockingCompositing()); // compare with the X property QVERIFY(atom != XCB_ATOM_NONE); GETPROP(XCB_ATOM_CARDINAL, 1, 32) QCOMPARE(reinterpret_cast(xcb_get_property_value(reply.data()))[0], uint32_t(1)); // and wait for our event waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2BlockCompositing); QVERIFY(info.isBlockingCompositing()); // setting false should delete the property again info.setBlockingCompositing(false); QVERIFY(!info.isBlockingCompositing()); VERIFYDELETED(XCB_ATOM_CARDINAL) // and wait for our event waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2BlockCompositing); QVERIFY(!info.isBlockingCompositing()); } void NetWinInfoTestClient::testUserTime() { QVERIFY(connection()); ATOM(_NET_WM_USER_TIME) INFO QCOMPARE(info.userTime(), uint32_t(-1)); info.setUserTime(500); QCOMPARE(info.userTime(), uint32_t(500)); // compare with the X property QVERIFY(atom != XCB_ATOM_NONE); GETPROP(XCB_ATOM_CARDINAL, 1, 32) QCOMPARE(reinterpret_cast(xcb_get_property_value(reply.data()))[0], uint32_t(500)); // and wait for our event waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2UserTime); QCOMPARE(info.userTime(), uint32_t(500)); } void NetWinInfoTestClient::testStartupId() { QVERIFY(connection()); ATOM(_NET_STARTUP_ID) UTF8 INFO QVERIFY(!info.startupId()); info.setStartupId("foo"); QCOMPARE(info.startupId(), "foo"); // compare with the X property QVERIFY(atom != XCB_ATOM_NONE); QVERIFY(utf8String != XCB_ATOM_NONE); GETPROP(utf8String, 3, 8) QCOMPARE(reinterpret_cast(xcb_get_property_value(reply.data())), "foo"); // and wait for our event waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2StartupId); QCOMPARE(info.startupId(), "foo"); } +void NetWinInfoTestClient::testAppMenuObjectPath() +{ + ATOM(_KDE_NET_WM_APPMENU_OBJECT_PATH) + INFO + + QVERIFY(!info.appMenuObjectPath()); + + xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, + atom, XCB_ATOM_STRING, 8, 3, "foo"); + xcb_flush(connection()); + + waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2AppMenuObjectPath); + QCOMPARE(info.appMenuObjectPath(), "foo"); +} + +void NetWinInfoTestClient::testAppMenuServiceName() +{ + ATOM(_KDE_NET_WM_APPMENU_SERVICE_NAME) + INFO + + QVERIFY(!info.appMenuServiceName()); + + xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, + atom, XCB_ATOM_STRING, 8, 3, "foo"); + xcb_flush(connection()); + + waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2AppMenuServiceName); + QCOMPARE(info.appMenuServiceName(), "foo"); +} + void NetWinInfoTestClient::testDesktopFileName() { QVERIFY(connection()); ATOM(_KDE_NET_WM_DESKTOP_FILE) UTF8 INFO QVERIFY(!info.desktopFileName()); info.setDesktopFileName("foo"); QCOMPARE(info.desktopFileName(), "foo"); // compare with the X property QVERIFY(atom != XCB_ATOM_NONE); QVERIFY(utf8String != XCB_ATOM_NONE); GETPROP(utf8String, 3, 8) QCOMPARE(reinterpret_cast(xcb_get_property_value(reply.data())), "foo"); // and wait for our event waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2DesktopFileName); QCOMPARE(info.desktopFileName(), "foo"); } void NetWinInfoTestClient::testHandledIcons_data() { QTest::addColumn("handled"); QTest::addColumn("value"); QTest::newRow("enabled") << true << uint32_t(1); QTest::newRow("disabled") << false << uint32_t(0); } void NetWinInfoTestClient::testHandledIcons() { QVERIFY(connection()); ATOM(_NET_WM_HANDLED_ICONS) INFO QVERIFY(!info.handledIcons()); QFETCH(bool, handled); info.setHandledIcons(handled); QCOMPARE(info.handledIcons(), handled); // compare with the X property QVERIFY(atom != XCB_ATOM_NONE); GETPROP(XCB_ATOM_CARDINAL, 1, 32) QTEST(reinterpret_cast(xcb_get_property_value(reply.data()))[0], "value"); // and wait for our event waitForPropertyChange(&info, atom, NET::WMHandledIcons); QCOMPARE(info.handledIcons(), handled); } void NetWinInfoTestClient::testPid() { QVERIFY(connection()); ATOM(_NET_WM_PID) INFO QCOMPARE(info.pid(), 0); info.setPid(m_xvfb->pid()); QCOMPARE(info.pid(), m_xvfb->pid()); // compare with the X property QVERIFY(atom != XCB_ATOM_NONE); GETPROP(XCB_ATOM_CARDINAL, 1, 32) QCOMPARE(reinterpret_cast(xcb_get_property_value(reply.data()))[0], uint32_t(m_xvfb->pid())); // and wait for our event waitForPropertyChange(&info, atom, NET::WMPid); QCOMPARE(info.pid(), m_xvfb->pid()); } void NetWinInfoTestClient::performNameTest(xcb_atom_t atom, const char *(NETWinInfo:: *getter)(void)const, void (NETWinInfo:: *setter)(const char *), NET::Property property) { UTF8 INFO QVERIFY(!(info.*getter)()); (info.*setter)("foo"); QCOMPARE((info.*getter)(), "foo"); // compare with the X property QVERIFY(atom != XCB_ATOM_NONE); QVERIFY(utf8String != XCB_ATOM_NONE); GETPROP(utf8String, 3, 8) QCOMPARE(reinterpret_cast(xcb_get_property_value(reply.data())), "foo"); // and wait for our event waitForPropertyChange(&info, atom, property); QCOMPARE((info.*getter)(), "foo"); // delete the string (info.*setter)(""); QCOMPARE((info.*getter)(), ""); VERIFYDELETED(utf8String) // and wait for our event waitForPropertyChange(&info, atom, property); QVERIFY(!(info.*getter)()); // set it again, to ensure that we don't leak on tear-down (info.*setter)("bar"); QCOMPARE((info.*getter)(), "bar"); xcb_flush(connection()); waitForPropertyChange(&info, atom, property); QCOMPARE((info.*getter)(), "bar"); } void NetWinInfoTestClient::testIconName() { QVERIFY(connection()); ATOM(_NET_WM_ICON_NAME) performNameTest(atom, &NETWinInfo::iconName, &NETWinInfo::setIconName, NET::WMIconName); } void NetWinInfoTestClient::testName() { QVERIFY(connection()); ATOM(_NET_WM_NAME) performNameTest(atom, &NETWinInfo::name, &NETWinInfo::setName, NET::WMName); } #if KWINDOWSYSTEM_ENABLE_DEPRECATED_SINCE(5, 0) void NetWinInfoTestClient::testStrut() { QVERIFY(connection()); ATOM(_NET_WM_STRUT) INFO NETStrut extents = info.strut(); QCOMPARE(extents.bottom, 0); QCOMPARE(extents.left, 0); QCOMPARE(extents.right, 0); QCOMPARE(extents.top, 0); NETStrut newExtents; newExtents.bottom = 10; newExtents.left = 20; newExtents.right = 30; newExtents.top = 40; info.setStrut(newExtents); extents = info.strut(); QCOMPARE(extents.bottom, newExtents.bottom); QCOMPARE(extents.left, newExtents.left); QCOMPARE(extents.right, newExtents.right); QCOMPARE(extents.top, newExtents.top); // compare with the X property QVERIFY(atom != XCB_ATOM_NONE); GETPROP(XCB_ATOM_CARDINAL, 4, 32) uint32_t *data = reinterpret_cast(xcb_get_property_value(reply.data())); QCOMPARE(data[0], uint32_t(newExtents.left)); QCOMPARE(data[1], uint32_t(newExtents.right)); QCOMPARE(data[2], uint32_t(newExtents.top)); QCOMPARE(data[3], uint32_t(newExtents.bottom)); // and wait for our event waitForPropertyChange(&info, atom, NET::WMStrut); extents = info.strut(); QCOMPARE(extents.bottom, newExtents.bottom); QCOMPARE(extents.left, newExtents.left); QCOMPARE(extents.right, newExtents.right); QCOMPARE(extents.top, newExtents.top); } #endif void NetWinInfoTestClient::testExtendedStrut() { QVERIFY(connection()); ATOM(_NET_WM_STRUT_PARTIAL) INFO NETExtendedStrut extents = info.extendedStrut(); QCOMPARE(extents.left_width, 0); QCOMPARE(extents.right_width, 0); QCOMPARE(extents.top_width, 0); QCOMPARE(extents.bottom_width, 0); QCOMPARE(extents.left_start, 0); QCOMPARE(extents.left_end, 0); QCOMPARE(extents.right_start, 0); QCOMPARE(extents.right_end, 0); QCOMPARE(extents.top_start, 0); QCOMPARE(extents.top_end, 0); QCOMPARE(extents.bottom_start, 0); QCOMPARE(extents.bottom_end, 0); NETExtendedStrut newExtents; newExtents.left_width = 10; newExtents.right_width = 20; newExtents.top_width = 30; newExtents.bottom_width = 40; newExtents.left_start = 50; newExtents.left_end = 60; newExtents.right_start = 70; newExtents.right_end = 80; newExtents.top_start = 90; newExtents.top_end = 91; newExtents.bottom_start = 92; newExtents.bottom_end = 93; info.setExtendedStrut(newExtents); extents = info.extendedStrut(); QCOMPARE(extents.left_width, newExtents.left_width); QCOMPARE(extents.right_width, newExtents.right_width); QCOMPARE(extents.top_width, newExtents.top_width); QCOMPARE(extents.bottom_width, newExtents.bottom_width); QCOMPARE(extents.left_start, newExtents.left_start); QCOMPARE(extents.left_end, newExtents.left_end); QCOMPARE(extents.right_start, newExtents.right_start); QCOMPARE(extents.right_end, newExtents.right_end); QCOMPARE(extents.top_start, newExtents.top_start); QCOMPARE(extents.top_end, newExtents.top_end); QCOMPARE(extents.bottom_start, newExtents.bottom_start); QCOMPARE(extents.bottom_end, newExtents.bottom_end); // compare with the X property QVERIFY(atom != XCB_ATOM_NONE); GETPROP(XCB_ATOM_CARDINAL, 12, 32) uint32_t *data = reinterpret_cast(xcb_get_property_value(reply.data())); QCOMPARE(data[ 0], uint32_t(newExtents.left_width)); QCOMPARE(data[ 1], uint32_t(newExtents.right_width)); QCOMPARE(data[ 2], uint32_t(newExtents.top_width)); QCOMPARE(data[ 3], uint32_t(newExtents.bottom_width)); QCOMPARE(data[ 4], uint32_t(newExtents.left_start)); QCOMPARE(data[ 5], uint32_t(newExtents.left_end)); QCOMPARE(data[ 6], uint32_t(newExtents.right_start)); QCOMPARE(data[ 7], uint32_t(newExtents.right_end)); QCOMPARE(data[ 8], uint32_t(newExtents.top_start)); QCOMPARE(data[ 9], uint32_t(newExtents.top_end)); QCOMPARE(data[10], uint32_t(newExtents.bottom_start)); QCOMPARE(data[11], uint32_t(newExtents.bottom_end)); // and wait for our event waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2ExtendedStrut); extents = info.extendedStrut(); QCOMPARE(extents.left_width, newExtents.left_width); QCOMPARE(extents.right_width, newExtents.right_width); QCOMPARE(extents.top_width, newExtents.top_width); QCOMPARE(extents.bottom_width, newExtents.bottom_width); QCOMPARE(extents.left_start, newExtents.left_start); QCOMPARE(extents.left_end, newExtents.left_end); QCOMPARE(extents.right_start, newExtents.right_start); QCOMPARE(extents.right_end, newExtents.right_end); QCOMPARE(extents.top_start, newExtents.top_start); QCOMPARE(extents.top_end, newExtents.top_end); QCOMPARE(extents.bottom_start, newExtents.bottom_start); QCOMPARE(extents.bottom_end, newExtents.bottom_end); } void NetWinInfoTestClient::testIconGeometry() { QVERIFY(connection()); ATOM(_NET_WM_ICON_GEOMETRY) INFO NETRect geo = info.iconGeometry(); QCOMPARE(geo.pos.x, 0); QCOMPARE(geo.pos.y, 0); QCOMPARE(geo.size.width, 0); QCOMPARE(geo.size.height, 0); NETRect newGeo; newGeo.pos.x = 10; newGeo.pos.y = 20; newGeo.size.width = 30; newGeo.size.height = 40; info.setIconGeometry(newGeo); geo = info.iconGeometry(); QCOMPARE(geo.pos.x, newGeo.pos.x); QCOMPARE(geo.pos.y, newGeo.pos.y); QCOMPARE(geo.size.width, newGeo.size.width); QCOMPARE(geo.size.height, newGeo.size.height); // compare with the X property QVERIFY(atom != XCB_ATOM_NONE); GETPROP(XCB_ATOM_CARDINAL, 4, 32) uint32_t *data = reinterpret_cast(xcb_get_property_value(reply.data())); QCOMPARE(data[0], uint32_t(newGeo.pos.x)); QCOMPARE(data[1], uint32_t(newGeo.pos.y)); QCOMPARE(data[2], uint32_t(newGeo.size.width)); QCOMPARE(data[3], uint32_t(newGeo.size.height)); // and wait for our event waitForPropertyChange(&info, atom, NET::WMIconGeometry); geo = info.iconGeometry(); QCOMPARE(geo.pos.x, newGeo.pos.x); QCOMPARE(geo.pos.y, newGeo.pos.y); QCOMPARE(geo.size.width, newGeo.size.width); QCOMPARE(geo.size.height, newGeo.size.height); } Q_DECLARE_METATYPE(NET::WindowType) void NetWinInfoTestClient::testWindowType_data() { QTest::addColumn("type"); QTest::addColumn("length"); QTest::addColumn("typeAtom"); QTest::addColumn("secondaryTypeAtom"); QTest::newRow("override") << NET::Override << 2 << QByteArrayLiteral("_KDE_NET_WM_WINDOW_TYPE_OVERRIDE") << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_NORMAL"); QTest::newRow("TopMenu") << NET::TopMenu << 2 << QByteArrayLiteral("_KDE_NET_WM_WINDOW_TYPE_TOPMENU") << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_DOCK"); QTest::newRow("Utility") << NET::Utility << 2 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_UTILITY") << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_DIALOG"); QTest::newRow("Splash") << NET::Splash << 2 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_SPLASH") << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_DOCK"); // TODO: this should be 2 QTest::newRow("DropdownMenu") << NET::DropdownMenu << 1 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_DROPDOWN_MENU") << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_MENU"); // TODO: this should be 2 QTest::newRow("PopupMenu") << NET::PopupMenu << 1 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_POPUP_MENU") << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_MENU"); // TODO: this should be 2 QTest::newRow("Notification") << NET::Notification << 1 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_NOTIFICATION") << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_UTILITY"); QTest::newRow("Dialog") << NET::Dialog << 1 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_DIALOG") << QByteArray(); QTest::newRow("Menu") << NET::Menu << 1 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_MENU") << QByteArray(); QTest::newRow("Toolbar") << NET::Toolbar << 1 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_TOOLBAR") << QByteArray(); QTest::newRow("Dock") << NET::Dock << 1 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_DOCK") << QByteArray(); QTest::newRow("Desktop") << NET::Desktop << 1 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_DESKTOP") << QByteArray(); QTest::newRow("Tooltip") << NET::Tooltip << 1 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_TOOLTIP") << QByteArray(); QTest::newRow("ComboBox") << NET::ComboBox << 1 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_COMBO") << QByteArray(); QTest::newRow("DNDIcon") << NET::DNDIcon << 1 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_DND") << QByteArray(); QTest::newRow("Normal") << NET::Normal << 1 << QByteArrayLiteral("_NET_WM_WINDOW_TYPE_NORMAL") << QByteArray(); QTest::newRow("OnScreenDisplay") << NET::OnScreenDisplay << 1 << QByteArrayLiteral("_KDE_NET_WM_WINDOW_TYPE_ON_SCREEN_DISPLAY") << QByteArray(); QTest::newRow("CriticalNotification") << NET::CriticalNotification << 1 << QByteArrayLiteral("_KDE_NET_WM_WINDOW_TYPE_CRITICAL_NOTIFICATION") << QByteArray(); } void NetWinInfoTestClient::testWindowType() { QVERIFY(connection()); ATOM(_NET_WM_WINDOW_TYPE) INFO QVERIFY(info.hasWindowType()); QVERIFY(!info.hasNETSupport()); QCOMPARE(info.windowType(NET::AllTypesMask), NET::Unknown); QFETCH(NET::WindowType, type); info.setWindowType(type); // it does not update the internal type! QCOMPARE(info.windowType(NET::AllTypesMask), NET::Unknown); QFETCH(int, length); QFETCH(QByteArray, typeAtom); // compare the X property KXUtils::Atom type1(connection(), typeAtom); QVERIFY(atom != XCB_ATOM_NONE); GETPROP(XCB_ATOM_ATOM, length, 32) xcb_atom_t *atoms = reinterpret_cast(xcb_get_property_value(reply.data())); QCOMPARE(atoms[0], xcb_atom_t(type1)); if (reply->value_len > 1) { QFETCH(QByteArray, secondaryTypeAtom); KXUtils::Atom type2(connection(), secondaryTypeAtom); QVERIFY(type2 != XCB_ATOM_NONE); QCOMPARE(atoms[1], xcb_atom_t(type2)); } waitForPropertyChange(&info, atom, NET::WMWindowType); QCOMPARE(info.windowType(NET::AllTypesMask), type); QVERIFY(info.hasNETSupport()); } void NetWinInfoTestClient::testClientMachine() { QVERIFY(connection()); INFO QVERIFY(!info.clientMachine()); // client machine needs to be changed using xcb xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, XCB_ATOM_WM_CLIENT_MACHINE, XCB_ATOM_STRING, 8, 9, "localhost"); xcb_flush(connection()); // only updated after event waitForPropertyChange(&info, XCB_ATOM_WM_CLIENT_MACHINE, NET::Property(0), NET::WM2ClientMachine); QCOMPARE(info.clientMachine(), "localhost"); } void NetWinInfoTestClient::testGroupLeader() { QVERIFY(connection()); INFO QVERIFY(info.groupLeader() == XCB_WINDOW_NONE); // group leader needs to be changed through wm hints uint32_t values[] = { 1 << 6, /* WindowGroupHint*/ 1, /* Input */ 1, /* Normal State */ XCB_NONE, /* icon pixmap */ XCB_NONE, /* icon window */ XCB_NONE, /* icon x */ XCB_NONE, /* icon y */ XCB_NONE, /* icon mask */ m_rootWindow /* group leader */ }; xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, XCB_ATOM_WM_HINTS, XCB_ATOM_WM_HINTS, 32, 9, values); xcb_flush(connection()); // only updated after event waitForPropertyChange(&info, XCB_ATOM_WM_HINTS, NET::Property(0), NET::WM2GroupLeader); QCOMPARE(info.groupLeader(), m_rootWindow); } void NetWinInfoTestClient::testUrgency_data() { QTest::addColumn("flags"); QTest::addColumn("expected"); QTest::newRow("urgency") << quint32(1 << 8) << true; QTest::newRow("none") << quint32(0) << false; QTest::newRow("group_urgency") << quint32((1 << 6) | (1 << 8)) << true; QTest::newRow("input") << quint32(1) << false; } void NetWinInfoTestClient::testUrgency() { QVERIFY(connection()); INFO QVERIFY(!info.urgency()); QFETCH(quint32, flags); // group leader needs to be changed through wm hints uint32_t values[] = { flags, 1, /* Input */ 1, /* Normal State */ XCB_NONE, /* icon pixmap */ XCB_NONE, /* icon window */ XCB_NONE, /* icon x */ XCB_NONE, /* icon y */ XCB_NONE, /* icon mask */ XCB_NONE /* group leader */ }; xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, XCB_ATOM_WM_HINTS, XCB_ATOM_WM_HINTS, 32, 9, values); xcb_flush(connection()); // only updated after event waitForPropertyChange(&info, XCB_ATOM_WM_HINTS, NET::Property(0), NET::WM2Urgency); QTEST(info.urgency(), "expected"); } void NetWinInfoTestClient::testInput_data() { QTest::addColumn("flags"); QTest::addColumn("input"); QTest::addColumn("expected"); QTest::newRow("flag_input") << quint32(1) << quint32(1) << true; QTest::newRow("flag_noinput") << quint32(1) << quint32(0) << false; QTest::newRow("noflag_input") << quint32(0) << quint32(1) << true; QTest::newRow("noflag_noinput") << quint32(0) << quint32(0) << true; QTest::newRow("flag_with_other_input") << quint32(1 | 1 << 8) << quint32(1) << true; QTest::newRow("flag_with_other_noinput") << quint32(1 | 1 << 8) << quint32(0) << false; } void NetWinInfoTestClient::testInput() { QVERIFY(connection()); INFO QVERIFY(info.input()); QFETCH(quint32, flags); QFETCH(quint32, input); // group leader needs to be changed through wm hints uint32_t values[] = { flags, input, /* Input */ 1, /* Normal State */ XCB_NONE, /* icon pixmap */ XCB_NONE, /* icon window */ XCB_NONE, /* icon x */ XCB_NONE, /* icon y */ XCB_NONE, /* icon mask */ XCB_NONE /* group leader */ }; xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, XCB_ATOM_WM_HINTS, XCB_ATOM_WM_HINTS, 32, 9, values); xcb_flush(connection()); // only updated after event waitForPropertyChange(&info, XCB_ATOM_WM_HINTS, NET::Property(0), NET::WM2Urgency); QTEST(info.input(), "expected"); } Q_DECLARE_METATYPE(NET::MappingState) void NetWinInfoTestClient::testInitialMappingState_data() { QTest::addColumn("flags"); QTest::addColumn("state"); QTest::addColumn("expected"); QTest::newRow("flag-iconic") << quint32(2) << quint32(3) << NET::Iconic; QTest::newRow("flag-normal") << quint32(2) << quint32(1) << NET::Visible; QTest::newRow("flag-invalid") << quint32(2) << quint32(8) << NET::Withdrawn; QTest::newRow("noflag-iconic") << quint32(256) << quint32(3) << NET::Withdrawn; QTest::newRow("noflag-normal") << quint32(256) << quint32(1) << NET::Withdrawn; } void NetWinInfoTestClient::testInitialMappingState() { QVERIFY(connection()); INFO QCOMPARE(info.initialMappingState(), NET::Withdrawn); QFETCH(quint32, flags); QFETCH(quint32, state); // group leader needs to be changed through wm hints uint32_t values[] = { flags, 1, /* Input */ state, /* Normal State */ XCB_NONE, /* icon pixmap */ XCB_NONE, /* icon window */ XCB_NONE, /* icon x */ XCB_NONE, /* icon y */ XCB_NONE, /* icon mask */ XCB_NONE /* group leader */ }; xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, XCB_ATOM_WM_HINTS, XCB_ATOM_WM_HINTS, 32, 9, values); xcb_flush(connection()); // only updated after event waitForPropertyChange(&info, XCB_ATOM_WM_HINTS, NET::Property(0), NET::WM2InitialMappingState); QTEST(info.initialMappingState(), "expected"); } void NetWinInfoTestClient::testIconPixmap_data() { QTest::addColumn("flags"); QTest::addColumn("icon"); QTest::addColumn("mask"); QTest::addColumn("expectedPixmap"); QTest::addColumn("expectedMask"); QTest::newRow("invalid-flags") << 1u << 2u << 3u << 0u << 0u; QTest::newRow("pixmap-flags") << 4u << 2u << 3u << 2u << 0u; QTest::newRow("mask-flags") << 32u << 2u << 3u << 0u << 3u; QTest::newRow("pixmap-mask-flags") << 36u << 2u << 3u << 2u << 3u; } void NetWinInfoTestClient::testIconPixmap() { QVERIFY(connection()); INFO QCOMPARE(info.icccmIconPixmap(), 0u); QCOMPARE(info.icccmIconPixmapMask(), 0u); QFETCH(quint32, flags); QFETCH(quint32, icon); QFETCH(quint32, mask); // icon pixmap needs to be changed through wm hints uint32_t values[] = { flags, 1, /* Input */ XCB_NONE, /* Normal State */ icon, /* icon pixmap */ XCB_NONE, /* icon window */ XCB_NONE, /* icon x */ XCB_NONE, /* icon y */ mask, /* icon mask */ XCB_NONE /* group leader */ }; xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, XCB_ATOM_WM_HINTS, XCB_ATOM_WM_HINTS, 32, 9, values); xcb_flush(connection()); // only updated after event waitForPropertyChange(&info, XCB_ATOM_WM_HINTS, NET::Property(0), NET::WM2IconPixmap); QTEST(info.icccmIconPixmap(), "expectedPixmap"); QTEST(info.icccmIconPixmapMask(), "expectedMask"); } void NetWinInfoTestClient::testTransientFor() { QVERIFY(connection()); INFO QVERIFY(info.transientFor() == XCB_WINDOW_NONE); // transient for needs to be changed using xcb xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, XCB_ATOM_WM_TRANSIENT_FOR, XCB_ATOM_WINDOW, 32, 1, &m_rootWindow); xcb_flush(connection()); // only updated after event waitForPropertyChange(&info, XCB_ATOM_WM_TRANSIENT_FOR, NET::Property(0), NET::WM2TransientFor); QCOMPARE(info.transientFor(), m_rootWindow); } void NetWinInfoTestClient::testWindowClass() { QVERIFY(connection()); INFO QVERIFY(!info.windowClassClass()); QVERIFY(!info.windowClassName()); // window class needs to be changed using xcb xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, XCB_ATOM_WM_CLASS, XCB_ATOM_STRING, 8, 7, "foo\0bar"); xcb_flush(connection()); // only updated after event waitForPropertyChange(&info, XCB_ATOM_WM_CLASS, NET::Property(0), NET::WM2WindowClass); QCOMPARE(info.windowClassName(), "foo"); QCOMPARE(info.windowClassClass(), "bar"); } void NetWinInfoTestClient::testWindowRole() { QVERIFY(connection()); ATOM(WM_WINDOW_ROLE) INFO QVERIFY(!info.windowRole()); // window role needs to be changed using xcb xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, atom, XCB_ATOM_STRING, 8, 3, "bar"); xcb_flush(connection()); // only updated after event waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2WindowRole); QCOMPARE(info.windowRole(), "bar"); } void NetWinInfoTestClient::testActivities_data() { QTest::addColumn("activities"); QTest::addColumn("expectedActivities"); const QByteArray testActivities = QByteArrayLiteral("foo,bar"); const QByteArray allActivities = QByteArrayLiteral(KDE_ALL_ACTIVITIES_UUID); QTest::newRow("activites") << testActivities << testActivities; QTest::newRow("empty") << QByteArray() << allActivities; QTest::newRow("\\0") << QByteArrayLiteral("\0") << allActivities; } void NetWinInfoTestClient::testActivities() { QVERIFY(connection()); ATOM(_KDE_NET_WM_ACTIVITIES) INFO QVERIFY(!info.activities()); QFETCH(QByteArray, activities); // activities needs to be changed using xcb info.setActivities(activities.isNull() ? nullptr : activities.constData()); xcb_flush(connection()); // only updated after event waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2Activities); QTEST(QByteArray(info.activities()), "expectedActivities"); } Q_DECLARE_METATYPE(NET::Protocols) void NetWinInfoTestClient::testProtocols_data() { QTest::addColumn("protocols"); QTest::addColumn("takeFocus"); QTest::addColumn("deleteWindow"); QTest::addColumn("ping"); QTest::addColumn("sync"); QTest::addColumn("context"); const NET::Protocol t = NET::TakeFocusProtocol; const NET::Protocol d = NET::DeleteWindowProtocol; const NET::Protocol p = NET::PingProtocol; const NET::Protocol s = NET::SyncRequestProtocol; const NET::Protocol c = NET::ContextHelpProtocol; QTest::newRow("none") << NET::Protocols(NET::NoProtocol) << false << false << false << false << false; QTest::newRow("t") << NET::Protocols(t) << true << false << false << false << false; QTest::newRow("d") << NET::Protocols(d) << false << true << false << false << false; QTest::newRow("p") << NET::Protocols(p) << false << false << true << false << false; QTest::newRow("s") << NET::Protocols(s) << false << false << false << true << false; QTest::newRow("c") << NET::Protocols(c) << false << false << false << false << true; // all two combinations with t QTest::newRow("t/d") << NET::Protocols(t | d) << true << true << false << false << false; QTest::newRow("t/p") << NET::Protocols(t | p) << true << false << true << false << false; QTest::newRow("t/s") << NET::Protocols(t | s) << true << false << false << true << false; QTest::newRow("t/c") << NET::Protocols(t | c) << true << false << false << false << true; // all two combinations with d QTest::newRow("d/p") << NET::Protocols(d | p) << false << true << true << false << false; QTest::newRow("d/s") << NET::Protocols(d | s) << false << true << false << true << false; QTest::newRow("d/c") << NET::Protocols(d | c) << false << true << false << false << true; // all two combinations with p QTest::newRow("p/s") << NET::Protocols(p | s) << false << false << true << true << false; QTest::newRow("p/c") << NET::Protocols(p | c) << false << false << true << false << true; // and remaining two combination QTest::newRow("s/c") << NET::Protocols(s | c) << false << false << false << true << true; // all three combinations with t QTest::newRow("t/d/p") << NET::Protocols(t | d | p) << true << true << true << false << false; QTest::newRow("t/d/s") << NET::Protocols(t | d | s) << true << true << false << true << false; QTest::newRow("t/d/c") << NET::Protocols(t | d | c) << true << true << false << false << true; QTest::newRow("t/p/s") << NET::Protocols(t | p | s) << true << false << true << true << false; QTest::newRow("t/p/c") << NET::Protocols(t | p | c) << true << false << true << false << true; QTest::newRow("t/s/c") << NET::Protocols(t | s | c) << true << false << false << true << true; // all three combinations with d QTest::newRow("d/p/s") << NET::Protocols(d | p | s) << false << true << true << true << false; QTest::newRow("d/p/c") << NET::Protocols(d | p | c) << false << true << true << false << true; QTest::newRow("d/s/c") << NET::Protocols(d | s | c) << false << true << false << true << true; // and remaining QTest::newRow("p/s/c") << NET::Protocols(p | s | c) << false << false << true << true << true; QTest::newRow("t/d/p/s") << NET::Protocols(t | d | p | s) << true << true << true << true << false; QTest::newRow("t/d/p/c") << NET::Protocols(t | d | p | c) << true << true << true << false << true; QTest::newRow("t/d/s/c") << NET::Protocols(t | d | s | c) << true << true << false << true << true; QTest::newRow("t/p/s/c") << NET::Protocols(t | p | s | c) << true << false << true << true << true; QTest::newRow("d/p/s/c") << NET::Protocols(d | p | s | c) << false << true << true << true << true; QTest::newRow("all") << NET::Protocols(t | d | p | s | c) << true << true << true << true << true; } void NetWinInfoTestClient::testProtocols() { QVERIFY(connection()); ATOM(WM_PROTOCOLS) KXUtils::Atom takeFocus(connection(), QByteArrayLiteral("WM_TAKE_FOCUS")); KXUtils::Atom deleteWindow(connection(), QByteArrayLiteral("WM_DELETE_WINDOW")); KXUtils::Atom ping(connection(), QByteArrayLiteral("_NET_WM_PING")); KXUtils::Atom syncRequest(connection(), QByteArrayLiteral("_NET_WM_SYNC_REQUEST")); KXUtils::Atom contextHelp(connection(), QByteArrayLiteral("_NET_WM_CONTEXT_HELP")); INFO QVERIFY(!info.supportsProtocol(NET::TakeFocusProtocol)); QVERIFY(!info.supportsProtocol(NET::DeleteWindowProtocol)); QVERIFY(!info.supportsProtocol(NET::PingProtocol)); QVERIFY(!info.supportsProtocol(NET::SyncRequestProtocol)); QVERIFY(!info.supportsProtocol(NET::ContextHelpProtocol)); QCOMPARE(info.protocols(), NET::Protocols(NET::NoProtocol)); QVector props; QFETCH(NET::Protocols, protocols); if (protocols.testFlag(NET::TakeFocusProtocol)) { props << takeFocus; } if (protocols.testFlag(NET::DeleteWindowProtocol)) { props << deleteWindow; } if (protocols.testFlag(NET::PingProtocol)) { props << ping; } if (protocols.testFlag(NET::SyncRequestProtocol)) { props << syncRequest; } if (protocols.testFlag(NET::ContextHelpProtocol)) { props << contextHelp; } xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, atom, XCB_ATOM_ATOM, 32, props.size(), props.constData()); xcb_flush(connection()); // only updated after event waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2Protocols); QCOMPARE(info.protocols(), protocols); QTEST(info.supportsProtocol(NET::TakeFocusProtocol), "takeFocus"); QTEST(info.supportsProtocol(NET::DeleteWindowProtocol), "deleteWindow"); QTEST(info.supportsProtocol(NET::PingProtocol), "ping"); QTEST(info.supportsProtocol(NET::SyncRequestProtocol), "sync"); QTEST(info.supportsProtocol(NET::ContextHelpProtocol), "context"); xcb_delete_property(connection(), m_testWindow, atom); xcb_flush(connection()); waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2Protocols); QVERIFY(!info.supportsProtocol(NET::TakeFocusProtocol)); QVERIFY(!info.supportsProtocol(NET::DeleteWindowProtocol)); QVERIFY(!info.supportsProtocol(NET::PingProtocol)); QVERIFY(!info.supportsProtocol(NET::SyncRequestProtocol)); QVERIFY(!info.supportsProtocol(NET::ContextHelpProtocol)); QCOMPARE(info.protocols(), NET::Protocols(NET::NoProtocol)); } void NetWinInfoTestClient::testOpaqueRegion_data() { QTest::addColumn >("geometries"); QTest::newRow("none") << QVector(); QTest::newRow("empty") << QVector({QRect(0, 0, 0, 0)}); QTest::newRow("one rect") << QVector({QRect(10, 20, 30, 40)}); QTest::newRow("two rect") << QVector({QRect(10, 20, 30, 40), QRect(1, 2, 4, 5)}); QTest::newRow("multiple") << QVector({QRect(10, 20, 30, 40), QRect(1, 2, 4, 5), QRect(100, 0, 200, 400), QRect(1, 2, 4, 5)}); } void NetWinInfoTestClient::testOpaqueRegion() { QVERIFY(connection()); ATOM(_NET_WM_OPAQUE_REGION) INFO QCOMPARE(info.opaqueRegion().size(), std::size_t(0)); QFETCH(QVector, geometries); QVector data; for (auto it = geometries.constBegin(); it != geometries.constEnd(); ++it) { const QRect &r = *it; data << r.x(); data << r.y(); data << r.width(); data << r.height(); } xcb_change_property(connection(), XCB_PROP_MODE_REPLACE, m_testWindow, atom, XCB_ATOM_CARDINAL, 32, data.size(), data.constData()); xcb_flush(connection()); // only updated after event waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2OpaqueRegion); const auto opaqueRegion = info.opaqueRegion(); QCOMPARE(opaqueRegion.size(), std::size_t(geometries.size())); for (std::size_t i = 0; i < opaqueRegion.size(); ++i) { auto r1 = opaqueRegion.at(i); auto r2 = geometries.at(i); QCOMPARE(r1.pos.x, r2.x()); QCOMPARE(r1.pos.y, r2.y()); QCOMPARE(r1.size.width, r2.width()); QCOMPARE(r1.size.height, r2.height()); } xcb_delete_property(connection(), m_testWindow, atom); xcb_flush(connection()); waitForPropertyChange(&info, atom, NET::Property(0), NET::WM2OpaqueRegion); QCOMPARE(info.opaqueRegion().size(), std::size_t(0)); } QTEST_GUILESS_MAIN(NetWinInfoTestClient) #include "netwininfotestclient.moc" diff --git a/src/kwindowinfo.cpp b/src/kwindowinfo.cpp index 4843d88..0e4b298 100644 --- a/src/kwindowinfo.cpp +++ b/src/kwindowinfo.cpp @@ -1,405 +1,436 @@ /* SPDX-FileCopyrightText: 2014 Martin Gräßlin SPDX-License-Identifier: LGPL-2.1-only OR LGPL-3.0-only OR LicenseRef-KDE-Accepted-LGPL */ #include "kwindowinfo.h" #include "kwindowinfo_p.h" #include "kwindowsystem.h" #include "pluginwrapper_p.h" #include #include "kwindowinfo_dummy_p.h" #include #include // private KWindowInfoPrivate *KWindowInfoPrivate::create(WId window, NET::Properties properties, NET::Properties2 properties2) { return KWindowSystemPluginWrapper::self().createWindowInfo(window, properties, properties2); } KWindowInfoPrivateDesktopFileNameExtension::KWindowInfoPrivateDesktopFileNameExtension() = default; KWindowInfoPrivateDesktopFileNameExtension::~KWindowInfoPrivateDesktopFileNameExtension() = default; KWindowInfoPrivatePidExtension::KWindowInfoPrivatePidExtension() = default; KWindowInfoPrivatePidExtension::~KWindowInfoPrivatePidExtension() = default; +KWindowInfoPrivateAppMenuExtension::KWindowInfoPrivateAppMenuExtension() = default; +KWindowInfoPrivateAppMenuExtension::~KWindowInfoPrivateAppMenuExtension() = default; + class Q_DECL_HIDDEN KWindowInfoPrivate::Private { public: Private(WId window, NET::Properties properties, NET::Properties2 properties2); WId window; NET::Properties properties; NET::Properties2 properties2; KWindowInfoPrivateDesktopFileNameExtension *desktopFileNameExtension; KWindowInfoPrivatePidExtension *pidExtension; + KWindowInfoPrivateAppMenuExtension *appMenuExtension; }; KWindowInfoPrivate::Private::Private(WId window, NET::Properties properties, NET::Properties2 properties2) : window(window) , properties(properties) , properties2(properties2) , desktopFileNameExtension(nullptr) , pidExtension(nullptr) + , appMenuExtension(nullptr) { } KWindowInfoPrivate::KWindowInfoPrivate(WId window, NET::Properties properties, NET::Properties2 properties2) : d(new Private(window, properties, properties2)) { } KWindowInfoPrivate::~KWindowInfoPrivate() { } WId KWindowInfoPrivate::win() const { return d->window; } KWindowInfoPrivateDesktopFileNameExtension *KWindowInfoPrivate::desktopFileNameExtension() const { return d->desktopFileNameExtension; } void KWindowInfoPrivate::installDesktopFileNameExtension(KWindowInfoPrivateDesktopFileNameExtension *extension) { d->desktopFileNameExtension = extension; } KWindowInfoPrivatePidExtension *KWindowInfoPrivate::pidExtension() const { return d->pidExtension; } void KWindowInfoPrivate::installPidExtension(KWindowInfoPrivatePidExtension *extension) { d->pidExtension = extension; } +KWindowInfoPrivateAppMenuExtension *KWindowInfoPrivate::appMenuExtension() const +{ + return d->appMenuExtension; +} + +void KWindowInfoPrivate::installAppMenuExtension(KWindowInfoPrivateAppMenuExtension *extension) +{ + d->appMenuExtension = extension; +} + KWindowInfoPrivateDummy::KWindowInfoPrivateDummy(WId window, NET::Properties properties, NET::Properties2 properties2) : KWindowInfoPrivate(window, properties, properties2) { } KWindowInfoPrivateDummy::~KWindowInfoPrivateDummy() { } bool KWindowInfoPrivateDummy::valid(bool withdrawn_is_valid) const { Q_UNUSED(withdrawn_is_valid) return false; } NET::States KWindowInfoPrivateDummy::state() const { return NET::States(); } bool KWindowInfoPrivateDummy::isMinimized() const { return false; } NET::MappingState KWindowInfoPrivateDummy::mappingState() const { return NET::Visible; } NETExtendedStrut KWindowInfoPrivateDummy::extendedStrut() const { return NETExtendedStrut(); } NET::WindowType KWindowInfoPrivateDummy::windowType(NET::WindowTypes supported_types) const { Q_UNUSED(supported_types) return NET::Unknown; } QString KWindowInfoPrivateDummy::visibleName() const { return QString(); } QString KWindowInfoPrivateDummy::visibleNameWithState() const { return QString(); } QString KWindowInfoPrivateDummy::name() const { return QString(); } QString KWindowInfoPrivateDummy::visibleIconName() const { return QString(); } QString KWindowInfoPrivateDummy::visibleIconNameWithState() const { return QString(); } QString KWindowInfoPrivateDummy::iconName() const { return QString(); } bool KWindowInfoPrivateDummy::onAllDesktops() const { return false; } bool KWindowInfoPrivateDummy::isOnDesktop(int desktop) const { Q_UNUSED(desktop) return false; } int KWindowInfoPrivateDummy::desktop() const { return 0; } QStringList KWindowInfoPrivateDummy::activities() const { return QStringList(); } QRect KWindowInfoPrivateDummy::geometry() const { return QRect(); } QRect KWindowInfoPrivateDummy::frameGeometry() const { return QRect(); } WId KWindowInfoPrivateDummy::transientFor() const { return 0; } WId KWindowInfoPrivateDummy::groupLeader() const { return 0; } QByteArray KWindowInfoPrivateDummy::windowClassClass() const { return QByteArray(); } QByteArray KWindowInfoPrivateDummy::windowClassName() const { return QByteArray(); } QByteArray KWindowInfoPrivateDummy::windowRole() const { return QByteArray(); } QByteArray KWindowInfoPrivateDummy::clientMachine() const { return QByteArray(); } bool KWindowInfoPrivateDummy::actionSupported(NET::Action action) const { Q_UNUSED(action) return false; } // public KWindowInfo::KWindowInfo(WId window, NET::Properties properties, NET::Properties2 properties2) : d(KWindowInfoPrivate::create(window, properties, properties2)) { } KWindowInfo::KWindowInfo(const KWindowInfo &other) : d(other.d) { } KWindowInfo::~KWindowInfo() { } KWindowInfo &KWindowInfo::operator=(const KWindowInfo &other) { if (d != other.d) { d = other.d; } return *this; } #define DELEGATE(name, args) \ return d->name( args ); bool KWindowInfo::valid(bool withdrawn_is_valid) const { DELEGATE(valid, withdrawn_is_valid) } WId KWindowInfo::win() const { return d->win(); } NET::States KWindowInfo::state() const { DELEGATE(state, ) } bool KWindowInfo::hasState(NET::States s) const { return (state() & s) == s; } bool KWindowInfo::isMinimized() const { DELEGATE(isMinimized, ) } NET::MappingState KWindowInfo::mappingState() const { DELEGATE(mappingState, ) } NETExtendedStrut KWindowInfo::extendedStrut() const { DELEGATE(extendedStrut, ) } NET::WindowType KWindowInfo::windowType(NET::WindowTypes supported_types) const { DELEGATE(windowType, supported_types) } QString KWindowInfo::visibleName() const { DELEGATE(visibleName, ) } QString KWindowInfo::visibleNameWithState() const { DELEGATE(visibleNameWithState, ) } QString KWindowInfo::name() const { DELEGATE(name, ) } QString KWindowInfo::visibleIconName() const { DELEGATE(visibleIconName, ) } QString KWindowInfo::visibleIconNameWithState() const { DELEGATE(visibleIconNameWithState, ) } QString KWindowInfo::iconName() const { DELEGATE(iconName, ) } bool KWindowInfo::isOnCurrentDesktop() const { return isOnDesktop(KWindowSystem::currentDesktop()); } bool KWindowInfo::isOnDesktop(int desktop) const { DELEGATE(isOnDesktop, desktop) } bool KWindowInfo::onAllDesktops() const { DELEGATE(onAllDesktops, ) } int KWindowInfo::desktop() const { DELEGATE(desktop, ) } QStringList KWindowInfo::activities() const { DELEGATE(activities, ) } QRect KWindowInfo::geometry() const { DELEGATE(geometry, ) } QRect KWindowInfo::frameGeometry() const { DELEGATE(frameGeometry, ) } WId KWindowInfo::transientFor() const { DELEGATE(transientFor, ) } WId KWindowInfo::groupLeader() const { DELEGATE(groupLeader, ) } QByteArray KWindowInfo::windowClassClass() const { DELEGATE(windowClassClass, ) } QByteArray KWindowInfo::windowClassName() const { DELEGATE(windowClassName, ) } QByteArray KWindowInfo::windowRole() const { DELEGATE(windowRole, ) } QByteArray KWindowInfo::clientMachine() const { DELEGATE(clientMachine, ) } bool KWindowInfo::actionSupported(NET::Action action) const { DELEGATE(actionSupported, action) } QByteArray KWindowInfo::desktopFileName() const { if (auto extension = d->desktopFileNameExtension()) { return extension->desktopFileName(); } return QByteArray(); } +QByteArray KWindowInfo::applicationMenuServiceName() const +{ + if (auto extension = d->appMenuExtension()) { + return extension->applicationMenuServiceName(); + } + return QByteArray(); +} + +QByteArray KWindowInfo::applicationMenuObjectPath() const +{ + if (auto extension = d->appMenuExtension()) { + return extension->applicationMenuObjectPath(); + } + return QByteArray(); +} + int KWindowInfo::pid() const { if (auto extension = d->pidExtension()) { return extension->pid(); } return 0; } #undef DELEGATE diff --git a/src/kwindowinfo.h b/src/kwindowinfo.h index 696417b..068183c 100644 --- a/src/kwindowinfo.h +++ b/src/kwindowinfo.h @@ -1,589 +1,607 @@ /* This file is part of the KDE libraries SPDX-FileCopyrightText: 1999 Matthias Ettrich SPDX-FileCopyrightText: 2007 Lubos Lunak SPDX-License-Identifier: LGPL-2.1-or-later */ /* * kwindowinfo.h. Part of the KDE project. */ #ifndef KWINDOWINFO_H #define KWINDOWINFO_H #include #include //For WId #include #include #include class KWindowInfoPrivate; /** * This class provides information about a given window in the platform specific * windowing system. It provides the information for the current state when a * KWindowInfo instance gets created. The instance does not get updated when the * window changes. To get update about window changes connect to the * @link KWindowSystem::windowChanged windowChanged@endlink signal of KWindowSystem * and create a new KWindowInfo instance to reflect the current state. * * KWindowInfo does not encapsulate all information about the window. One needs to * request which information is required by passing the appropriate NET::Property and * NET::Property2 flags to the constructor. Please refer to the documentation of the * methods to see which flags are required. This is done to limit the interaction with * the underlying windowing system as fetching the information can cause several context * switches and roundtrips to a server instance (e.g. when using the X11 platform). * * Please note that KWindowInfo is an abstraction of the underlying windowing system * inspired by the X11 platform. Thus not all concepts apply to all platforms and some * methods might return a default value for some platforms. * * Example usage of this class illustrated by monitoring a QWidget for change of the * demands attention window state: * * @code * QWidget *widget = new QWidget(nullptr); * widget->show(); // ensures native window gets created * connect(KWindowSystem::self(), static_cast(&KWindowSystem::windowChanged), * [window](WId winId, unsigned int properties) { * if (widget->winId() != winId) { * return; // not our window * } * if (properties & NET::WMState) { * // let's check whether our window is demanding attention * KWindowInfo info(widget->winId(), NET::WMState); * qDebug() << "Has demands attention: " << info.hasState(NET::DemandsAttention); * } * }); * @endcode */ class KWINDOWSYSTEM_EXPORT KWindowInfo { public: /** * Reads all the info about the given window. * * Only the information requested through the @p properties and @p properties2 * parameters are fetched. Refer to the methods you are interested in to see * which flags to pass. * * @param window The platform specific window identifier * @param properties Bitmask of NET::Property * @param properties2 Bitmask of NET::Property2 */ KWindowInfo(WId window, NET::Properties properties, NET::Properties2 properties2 = NET::Properties2()); ~KWindowInfo(); /** * Returns false if this window info is not valid. * * In case the window does not exist @c false is returned. Also if there is no * appropriate implementation for KWindowInfo on the current windowing * system platform this method returns @c false. In that case all methods return a * default value and thus it is recommended to check whether valid returns @c true. * * @param withdrawn_is_valid if true, windows in the withdrawn state * (i.e. not managed) are also considered. This is usually not the case. */ bool valid(bool withdrawn_is_valid = false) const; /** * Returns the window identifier. */ WId win() const; /** * Returns the window's state flags. * * Requires NET::WMState passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMState); * if (info.valid()) * info.state(); * @endcode * * @see NET::State */ NET::States state() const; /** * Returns true if the window has the given state flag set. * * Requires NET::WMState passed as properties parameter to the constructor. * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMState); * if (info.valid()) * info.hasState(NET::DemandsAttention); * @endcode * * @see NET::State */ bool hasState(NET::States s) const; /** * Returns true if the window is minimized. * * Note that it is true only if the window is truly minimized, * not shaded or on another virtual desktops, * which makes it different from mappingState() == NET::Iconic * or QWidget::isMinimized(). * Requires NET::WMState and NET::XAWMState passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMState | NET::XAWMState); * if (info.valid()) * info.isMinimized(); * @endcode */ bool isMinimized() const; /** * Returns the mapping state of the window. * * Note that it's very likely that you don't want to use this function, * and use isOnDesktop(), isMinimized() etc. instead. * Requires NET::XAWMState passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::XAWMState); * if (info.valid()) * info.mappingState(); * @endcode * * @see NET::MappingState * @see isOnDesktop() * @see isMinimzed() */ NET::MappingState mappingState() const; /** * Returns the window extended (partial) strut. * * Requires NET::WM2ExtendedStrut passed as properties2 parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), 0, NET::WM2ExtendedStrut); * if (info.valid()) * info.extendedStrut(); * @endcode */ NETExtendedStrut extendedStrut() const; /** * Returns the window type of this window. * * The argument should be all window types your application supports. * Requires NET::WMWindowType passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMWindowType); * if (info.valid()) * info.windowType(NET::NormalMask | NET::DialogMask); * @endcode * * @see NET::WindowType * @see NET::WindowTypeMask */ NET::WindowType windowType(NET::WindowTypes supported_types) const; /** * Returns the visible name of the window. * * The visible name differs from the name by including possible <2> appended * when there are two or more windows with the same name. * Requires NET::WMVisibleName passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMVisibleName); * if (info.valid()) * info.visibleName(); * @endcode * * @see name() */ QString visibleName() const; /** * Returns a visible name with state. * * This is a simple convenience function that returns the * visible name but with parentheses around minimized windows. * Requires NET::WMVisibleName, NET::WMState and NET::XAWMState passed * as properties parameter to the constructor. * @return the window name with state * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMVisibleName | NET::WMState | NET::XAWMState); * if (info.valid()) * info.visibleNameWithState(); * @endcode * * @see visibleName() */ QString visibleNameWithState() const; /** * Returns the name of the window, as specified by the application. * * The difference to visibleName() is that this is the name provided by * the application without any modifications by the window manager. * You should often use visibleName() instead. * Requires NET::WMName passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMName); * if (info.valid()) * info.name(); * @endcode * * @see visibleName() */ QString name() const; /** * Returns the visible name of the window that should be shown in a taskbar. * * Note that this has nothing to do with normal icons but with an "iconic" * representation of the window. * Requires NET::WMVisibleIconName passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMVisibleIconName); * if (info.valid()) * info.visibleIconName(); * @endcode */ QString visibleIconName() const; /** * Returns a visible icon name with state. * * This is a simple convenience function that returns the * visible iconic name but with parentheses around minimized windows. * Note that this has nothing to do with normal icons. * Requires NET::WMVisibleIconName, NET::WMState and NET::XAWMState passed * as properties parameter to the constructor. * @return the window iconic name with state * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMVisibleIconName | NET::WMState | NET::XAWMState); * if (info.valid()) * info.visibleIconNameWithState(); * @endcode * * @see visibleIconName() */ QString visibleIconNameWithState() const; /** * Returns the name of the window that should be shown in taskbar. * * Note that this has nothing to do with normal icons but with an "iconic" * representation of the window. * Requires NET::WMIconName passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMIconName); * if (info.valid()) * info.iconName(); * @endcode */ QString iconName() const; /** * Returns true if the window is on the currently active virtual desktop. * * Requires NET::WMDesktop passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMDesktop); * if (info.valid()) * info.isOnCurrentDesktop(); * @endcode */ bool isOnCurrentDesktop() const; /** * Returns true if the window is on the given virtual desktop. * * Requires NET::WMDesktop passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMDesktop); * if (info.valid()) * info.isOnDesktop(KWindowSystem::currentDesktop()); * @endcode */ bool isOnDesktop(int desktop) const; /** * Returns true if the window is on all desktops. * * A window is on all desktops if desktop() returns NET::OnAllDesktops. * Requires NET::WMDesktop passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMDesktop); * if (info.valid()) * info.onAllDesktops(); * @endcode * * @see desktop() */ bool onAllDesktops() const; /** * Returns the virtual desktop this window is on. * * If the window is on all desktops NET::OnAllDesktops is returned. * You should prefer using isOnDesktop(). * Requires NET::WMDesktop passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMDesktop); * if (info.valid()) * info.desktop(); * @endcode * * @see isOnDesktop() */ int desktop() const; /** * Returns the list of activity UUIDs this window belongs to. * * The Plasma workspace allows the user to separate her work into * different activities, by assigning windows, documents etc. to * the specific ones. An activity is an abstract concept whose meaning * can differ from one user to another. Typical examples of activities * are "developing a KDE project", "studying the 19th century art", * "composing music", "lazing on a Sunday afternoon" etc. * * If the list is empty, or contains a null UUID, the window is on * all activities. * * Requires NET::WM2Activities passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), 0, NET::WM2Activities); * if (info.valid()) * info.desktop(); * @endcode * * @note Activities are only supported on Plasma Workspace on X11 * * @since 5.0 */ QStringList activities() const; /** * Returns the position and size of the window contents. * * Requires NET::WMGeometry passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMGeometry); * if (info.valid()) * info.geometry(); * @endcode */ QRect geometry() const; /** * Returns the frame geometry of the window, i.e. including the window decoration. * * Requires NET::WMFrameExtents passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMFrameExtents); * if (info.valid()) * info.frameGeometry(); * @endcode */ QRect frameGeometry() const; /** * Returns the window identifier of the main window this window belongs to. * * On platform X11 this is the value of the WM_TRANSIENT_FOR property. * * Requires NET::WM2TransientFor passed as properties2 parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), 0, NET::WM2TransientFor); * if (info.valid()) * info.transientFor(); * @endcode */ WId transientFor() const; /** * Returns the leader window for the group the window is in, if any. * * Requires NET::WM2GroupLeader passed as properties2 parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), 0, NET::WM2GroupLeader); * if (info.valid()) * info.groupLeader(); * @endcode */ WId groupLeader() const; /** * Returns the class component of the window class for the window. * * On platform X11 this is part of the WM_CLASS property. * Requires NET::WM2WindowClass passed as properties2 parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), 0, NET::WM2WindowClass); * if (info.valid()) * info.windowClassClass(); * @endcode */ QByteArray windowClassClass() const; /** * Returns the name component of the window class for the window. * * On platform X11 this is part of the WM_CLASS property. * Requires NET::WM2WindowClass passed as properties2 parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), 0, NET::WM2WindowClass); * if (info.valid()) * info.windowClassName(); * @endcode */ QByteArray windowClassName() const; /** * Returns the window role for the window. * * On platform X11 this is the value of the WM_WINDOW_ROLE property. * Requires NET::WM2WindowRole passed as properties2 parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), 0, NET::WM2WindowRole); * if (info.valid()) * info.windowRole(); * @endcode */ QByteArray windowRole() const; /** * Returns the client machine for the window. * * On platform X11 this is the value of the WM_CLIENT_MACHINE property. * Requires NET::WM2ClientMachine passed as properties2 parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), 0, NET::WM2ClientMachine); * if (info.valid()) * info.clientMachine(); * @endcode */ QByteArray clientMachine() const; /** * Returns true if the given action is currently supported for the window. * * On platform X11 the supported actions are set by the window manager and * can differ depending on the window manager. * Requires NET::WM2AllowedActions passed as properties2 parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), 0, NET::WM2AllowedActions); * if (info.valid()) * info.actionSupported(NET::ActionClose); * @endcode */ bool actionSupported(NET::Action action) const; /** * Returns the desktop file name of the window's application if present. * * This is either the base name without full path and without file extension of the * desktop file for the window's application (e.g. "org.kde.foo"). * * If the application's desktop file name is not at a standard location it should be * the full path to the desktop file name (e.g. "/opt/kde/share/org.kde.foo.desktop"). * * Requires NET::WM2DesktopFileName passed as properties2 parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), 0, NET::WM2DesktopFileName); * if (info.valid()) * info.desktopFileName(); * @endcode * * @since 5.29 **/ QByteArray desktopFileName() const; /** * Returns the process ID of the window's application if present. * * Requires NET::WMPid passed as properties parameter to the constructor. * * @code * QWidget *window = new QWidget(nullptr); * window->show(); * KWindowInfo info(window->winId(), NET::WMPid); * if (info.valid()) * info.desktopFileName(); * @endcode * * @since 5.29 */ int pid() const; + /** + * Returns service name of a window's application menu if present. + * + * Requires NET::WMPid passed as properties parameter to the constructor. + * + * @since 5.69 + */ + QByteArray applicationMenuServiceName() const; + + /** + * Returns object path of a window's application menu if present. + * + * Requires NET::WMPid passed as properties parameter to the constructor. + * + * @since 5.69 + */ + QByteArray applicationMenuObjectPath() const; + /** * Copy constructor. */ KWindowInfo(const KWindowInfo &); /** * Assignment operator. */ KWindowInfo &operator=(const KWindowInfo &); private: QExplicitlySharedDataPointer d; }; #endif // multiple inclusion guard diff --git a/src/kwindowinfo_p.h b/src/kwindowinfo_p.h index 6546838..2962a11 100644 --- a/src/kwindowinfo_p.h +++ b/src/kwindowinfo_p.h @@ -1,94 +1,109 @@ /* SPDX-FileCopyrightText: 2014 Martin Gräßlin SPDX-License-Identifier: LGPL-2.1-only OR LGPL-3.0-only OR LicenseRef-KDE-Accepted-LGPL */ #ifndef KWINDOWINFO_P_H #define KWINDOWINFO_P_H #include #include "netwm_def.h" #include #include #include #include #include #include #include //For WId class KWindowInfoPrivateDesktopFileNameExtension; class KWindowInfoPrivatePidExtension; +class KWindowInfoPrivateAppMenuExtension; class KWINDOWSYSTEM_EXPORT KWindowInfoPrivate : public QSharedData { public: virtual ~KWindowInfoPrivate(); WId win() const; virtual bool valid(bool withdrawn_is_valid) const = 0; virtual NET::States state() const = 0; virtual bool isMinimized() const = 0; virtual NET::MappingState mappingState() const = 0; virtual NETExtendedStrut extendedStrut() const = 0; virtual NET::WindowType windowType(NET::WindowTypes supported_types) const = 0; virtual QString visibleName() const = 0; virtual QString visibleNameWithState() const = 0; virtual QString name() const = 0; virtual QString visibleIconName() const = 0; virtual QString visibleIconNameWithState() const = 0; virtual QString iconName() const = 0; virtual bool onAllDesktops() const = 0; virtual bool isOnDesktop(int desktop) const = 0; virtual int desktop() const = 0; virtual QStringList activities() const = 0; virtual QRect geometry() const = 0; virtual QRect frameGeometry() const = 0; virtual WId transientFor() const = 0; virtual WId groupLeader() const = 0; virtual QByteArray windowClassClass() const = 0; virtual QByteArray windowClassName() const = 0; virtual QByteArray windowRole() const = 0; virtual QByteArray clientMachine() const = 0; virtual bool actionSupported(NET::Action action) const = 0; KWindowInfoPrivateDesktopFileNameExtension *desktopFileNameExtension() const; KWindowInfoPrivatePidExtension *pidExtension() const; + KWindowInfoPrivateAppMenuExtension *appMenuExtension() const; static KWindowInfoPrivate *create(WId window, NET::Properties properties, NET::Properties2 properties2); protected: KWindowInfoPrivate(WId window, NET::Properties properties, NET::Properties2 properties2); void installDesktopFileNameExtension(KWindowInfoPrivateDesktopFileNameExtension *extension); void installPidExtension(KWindowInfoPrivatePidExtension *extension); + void installAppMenuExtension(KWindowInfoPrivateAppMenuExtension *extension); private: class Private; const QScopedPointer d; }; class KWINDOWSYSTEM_EXPORT KWindowInfoPrivateDesktopFileNameExtension { public: virtual ~KWindowInfoPrivateDesktopFileNameExtension(); virtual QByteArray desktopFileName() const = 0; protected: explicit KWindowInfoPrivateDesktopFileNameExtension(); }; class KWINDOWSYSTEM_EXPORT KWindowInfoPrivatePidExtension { public: virtual ~KWindowInfoPrivatePidExtension(); virtual int pid() const = 0; protected: explicit KWindowInfoPrivatePidExtension(); }; +class KWINDOWSYSTEM_EXPORT KWindowInfoPrivateAppMenuExtension +{ +public: + virtual ~KWindowInfoPrivateAppMenuExtension(); + + virtual QByteArray applicationMenuServiceName() const = 0; + virtual QByteArray applicationMenuObjectPath() const = 0; + +protected: + explicit KWindowInfoPrivateAppMenuExtension(); +}; + #endif diff --git a/src/netwm_def.h b/src/netwm_def.h index 70bde2b..6d5b5b1 100644 --- a/src/netwm_def.h +++ b/src/netwm_def.h @@ -1,810 +1,812 @@ /* SPDX-FileCopyrightText: 2000 Troll Tech AS SPDX-FileCopyrightText: 2003 Lubos Lunak SPDX-License-Identifier: MIT */ #ifndef netwm_def_h #define netwm_def_h #include #include /** Simple point class for NET classes. This class is a convenience class defining a point x, y. The existence of this class is to keep the implementation from being dependent on a separate framework/library. NETPoint is only used by the NET API. Usually QPoint is the appropriate class for representing a point. @author Bradley T. Hughes **/ struct NETPoint { /** Constructor to initialize this point to 0,0. **/ NETPoint() : x(0), y(0) { } /* Public data member. **/ int x, ///< x coordinate. y; ///< y coordinate }; /** Simple size class for NET classes. This class is a convenience class defining a size width by height. The existence of this class is to keep the implementation from being dependent on a separate framework/library. NETSize is only used by the NET API. Usually QSize is the appropriate class for representing a size. @author Bradley T. Hughes **/ struct NETSize { /** Constructor to initialize this size to 0x0 **/ NETSize() : width(0), height(0) { } /* Public data member. **/ int width, ///< Width. height; ///< Height. }; /** Simple rectangle class for NET classes. This class is a convenience class defining a rectangle as a point x,y with a size width by height. The existence of this class is to keep the implementation from being dependent on a separate framework/library; NETRect is only used by the NET API. Usually QRect is the appropriate class for representing a rectangle. **/ struct NETRect { /** Position of the rectangle. @see NETPoint **/ NETPoint pos; /** Size of the rectangle. @see NETSize **/ NETSize size; }; /** Simple icon class for NET classes. This class is a convenience class defining an icon of size width by height. The existence of this class is to keep the implementation from being dependent on a separate framework/library. NETIcon is only used by the NET API. Usually QIcon is the appropriate class for representing an icon. **/ struct NETIcon { /** Constructor to initialize this icon to 0x0 with data=0 **/ NETIcon() : data(nullptr) { } /** Size of the icon. @see NETSize **/ NETSize size; /** Image data for the icon. This is an array of 32bit packed CARDINAL ARGB with high byte being A, low byte being B. First two bytes are width, height. Data is in rows, left to right and top to bottom. **/ unsigned char *data; }; /** Partial strut class for NET classes. This class is a convenience class defining a strut with left, right, top and bottom border values, and ranges for them. The existence of this class is to keep the implementation from being dependent on a separate framework/library. See the _NET_WM_STRUT_PARTIAL property in the NETWM spec. **/ struct NETExtendedStrut { /** Constructor to initialize this struct to 0,0,0,0 **/ NETExtendedStrut() : left_width(0), left_start(0), left_end(0), right_width(0), right_start(0), right_end(0), top_width(0), top_start(0), top_end(0), bottom_width(0), bottom_start(0), bottom_end(0) {} /** Left border of the strut, width and range. **/ int left_width, left_start, left_end; /** Right border of the strut, width and range. **/ int right_width, right_start, right_end; /** Top border of the strut, width and range. **/ int top_width, top_start, top_end; /** Bottom border of the strut, width and range. **/ int bottom_width, bottom_start, bottom_end; }; /** @deprecated use NETExtendedStrut Simple strut class for NET classes. This class is a convenience class defining a strut with left, right, top and bottom border values. The existence of this class is to keep the implementation from being dependent on a separate framework/library. See the _NET_WM_STRUT property in the NETWM spec. **/ struct NETStrut { /** Constructor to initialize this struct to 0,0,0,0 **/ NETStrut() : left(0), right(0), top(0), bottom(0) { } /** Left border of the strut. **/ int left; /** Right border of the strut. **/ int right; /** Top border of the strut. **/ int top; /** Bottom border of the strut. **/ int bottom; }; /** Simple multiple monitor topology class for NET classes. This class is a convenience class, defining a multiple monitor topology for fullscreen applications that wish to be present on more than one monitor/head. As per the _NET_WM_FULLSCREEN_MONITORS hint in the EWMH spec, this topology consists of 4 monitor indices such that the bounding rectangle is defined by the top edge of the top monitor, the bottom edge of the bottom monitor, the left edge of the left monitor, and the right edge of the right monitor. See the _NET_WM_FULLSCREEN_MONITORS hint in the EWMH spec. **/ struct NETFullscreenMonitors { /** Constructor to initialize this struct to -1,0,0,0 (an initialized, albeit invalid, topology). **/ NETFullscreenMonitors() : top(-1), bottom(0), left(0), right(0) { } /** Monitor index whose top border defines the top edge of the topology. **/ int top; /** Monitor index whose bottom border defines the bottom edge of the topology. **/ int bottom; /** Monitor index whose left border defines the left edge of the topology. **/ int left; /** Monitor index whose right border defines the right edge of the topology. **/ int right; /** Convenience check to make sure that we are not holding the initial (invalid) values. Note that we don't want to call this isValid() because we're not actually validating the monitor topology here, but merely that our initial values were overwritten at some point by real (non-negative) monitor indices. **/ bool isSet() const { return (top != -1); } }; /** Base namespace class. The NET API is an implementation of the NET Window Manager Specification. This class is the base class for the NETRootInfo and NETWinInfo classes, which are used to retrieve and modify the properties of windows. To keep the namespace relatively clean, all enums are defined here. @see http://www.freedesktop.org/standards/wm-spec/ **/ class KWINDOWSYSTEM_EXPORT NET { public: /** Application role. This is used internally to determine how several action should be performed (if at all). **/ enum Role { /** indicates that the application is a client application. **/ Client, /** indicates that the application is a window manager application. **/ WindowManager }; /** Window type. **/ enum WindowType { /** indicates that the window did not define a window type. **/ Unknown = -1, /** indicates that this is a normal, top-level window **/ Normal = 0, /** indicates a desktop feature. This can include a single window containing desktop icons with the same dimensions as the screen, allowing the desktop environment to have full control of the desktop, without the need for proxying root window clicks. **/ Desktop = 1, /** indicates a dock or panel feature **/ Dock = 2, /** indicates a toolbar window **/ Toolbar = 3, /** indicates a pinnable (torn-off) menu window **/ Menu = 4, /** indicates that this is a dialog window **/ Dialog = 5, // cannot deprecate to compiler: used both by clients & manager, later needs to keep supporting it for now // KF6: remove /** @deprecated has unclear meaning and is KDE-only **/ Override = 6, // NON STANDARD /** indicates a toplevel menu (AKA macmenu). This is a KDE extension to the _NET_WM_WINDOW_TYPE mechanism. **/ TopMenu = 7, // NON STANDARD /** indicates a utility window **/ Utility = 8, /** indicates that this window is a splash screen window. **/ Splash = 9, /** indicates a dropdown menu (from a menubar typically) **/ DropdownMenu = 10, /** indicates a popup menu (a context menu typically) **/ PopupMenu = 11, /** indicates a tooltip window **/ Tooltip = 12, /** indicates a notification window **/ Notification = 13, /** indicates that the window is a list for a combobox **/ ComboBox = 14, /** indicates a window that represents the dragged object during DND operation **/ DNDIcon = 15, /** indicates an On Screen Display window (such as volume feedback) @since 5.6 **/ OnScreenDisplay = 16, // NON STANDARD /** indicates a critical notification (such as battery is running out) @since 5.58 **/ CriticalNotification = 17, // NON STANDARD }; /** Values for WindowType when they should be OR'ed together, e.g. for the properties argument of the NETRootInfo constructor. **/ enum WindowTypeMask { NormalMask = 1u << 0, ///< @see Normal DesktopMask = 1u << 1, ///< @see Desktop DockMask = 1u << 2, ///< @see Dock ToolbarMask = 1u << 3, ///< @see Toolbar MenuMask = 1u << 4, ///< @see Menu DialogMask = 1u << 5, ///< @see Dialog OverrideMask = 1u << 6, ///< @see Override TopMenuMask = 1u << 7, ///< @see TopMenu UtilityMask = 1u << 8, ///< @see Utility SplashMask = 1u << 9, ///< @see Splash DropdownMenuMask = 1u << 10, ///< @see DropdownMenu PopupMenuMask = 1u << 11, ///< @see PopupMenu TooltipMask = 1u << 12, ///< @see Tooltip NotificationMask = 1u << 13, ///< @see Notification ComboBoxMask = 1u << 14, ///< @see ComboBox DNDIconMask = 1u << 15, ///< @see DNDIcon OnScreenDisplayMask = 1u << 16, ///< NON STANDARD @see OnScreenDisplay @since 5.6 CriticalNotificationMask = 1u << 17, ///< NON STANDARD @see CriticalNotification @since 5.58 AllTypesMask = 0U - 1 ///< All window types. }; Q_DECLARE_FLAGS(WindowTypes, WindowTypeMask) /** * Returns true if the given window type matches the mask given * using WindowTypeMask flags. */ static bool typeMatchesMask(WindowType type, WindowTypes mask); /** Window state. To set the state of a window, you'll typically do something like: \code KWindowSystem::setState( winId(), NET::SkipTaskbar | NET::SkipPager | NET::SkipSwitcher ); \endcode for example to not show the window on the taskbar, desktop pager, or window switcher. winId() is a function of QWidget() Note that KeepAbove (StaysOnTop) and KeepBelow are meant as user preference and applications should avoid setting these states themselves. **/ enum State { /** indicates that this is a modal dialog box. The WM_TRANSIENT_FOR hint MUST be set to indicate which window the dialog is a modal for, or set to the root window if the dialog is a modal for its window group. **/ Modal = 1u << 0, /** indicates that the Window Manager SHOULD keep the window's position fixed on the screen, even when the virtual desktop scrolls. Note that this is different from being kept on all desktops. **/ Sticky = 1u << 1, /** indicates that the window is vertically maximized. **/ MaxVert = 1u << 2, /** indicates that the window is horizontally maximized. **/ MaxHoriz = 1u << 3, /** convenience value. Equal to MaxVert | MaxHoriz. **/ Max = MaxVert | MaxHoriz, /** indicates that the window is shaded (rolled-up). **/ Shaded = 1u << 4, /** indicates that a window should not be included on a taskbar. **/ SkipTaskbar = 1u << 5, /** indicates that a window should on top of most windows (but below fullscreen windows). **/ KeepAbove = 1u << 6, #if KWINDOWSYSTEM_ENABLE_DEPRECATED_SINCE(5, 0) /** @deprecated Since 5.0. This is an obsolete name for KeepAbove. **/ StaysOnTop = KeepAbove, // NOT STANDARD #endif /** indicates that a window should not be included on a pager. **/ SkipPager = 1u << 7, /** indicates that a window should not be visible on the screen (e.g. when minimised). Only the window manager is allowed to change it. **/ Hidden = 1u << 8, /** indicates that a window should fill the entire screen and have no window decorations. **/ FullScreen = 1u << 9, /** indicates that a window should be below most windows (but above any desktop windows). **/ KeepBelow = 1u << 10, /** there was an attempt to activate this window, but the window manager prevented this. E.g. taskbar should mark such window specially to bring user's attention to this window. Only the window manager is allowed to change it. **/ DemandsAttention = 1u << 11, /** indicates that a window should not be included on a switcher. @since 5.45 **/ SkipSwitcher = 1u << 12, /** indicates that a client should render as though it has focus Only the window manager is allowed to change it. @since 5.58 **/ Focused = 1u << 13, }; Q_DECLARE_FLAGS(States, State) /** Direction for WMMoveResize. When a client wants the Window Manager to start a WMMoveResize, it should specify one of: @li TopLeft @li Top @li TopRight @li Right @li BottomRight @li Bottom @li BottomLeft @li Left @li Move (for movement only) @li KeyboardSize (resizing via keyboard) @li KeyboardMove (movement via keyboard) **/ enum Direction { TopLeft = 0, Top = 1, TopRight = 2, Right = 3, BottomRight = 4, Bottom = 5, BottomLeft = 6, Left = 7, Move = 8, // movement only KeyboardSize = 9, // size via keyboard KeyboardMove = 10, // move via keyboard MoveResizeCancel = 11 // to ask the WM to stop moving a window }; /** Client window mapping state. The class automatically watches the mapping state of the client windows, and uses the mapping state to determine how to set/change different properties. Note that this is very lowlevel and you most probably don't want to use this state. **/ enum MappingState { /** indicates the client window is visible to the user. **/ Visible = 1, //NormalState, /** indicates that neither the client window nor its icon is visible. **/ Withdrawn = 0, //WithdrawnState, /** indicates that the client window is not visible, but its icon is. This can be when the window is minimized or when it's on a different virtual desktop. See also NET::Hidden. **/ Iconic = 3 // IconicState }; /** Actions that can be done with a window (_NET_WM_ALLOWED_ACTIONS). **/ enum Action { ActionMove = 1u << 0, ActionResize = 1u << 1, ActionMinimize = 1u << 2, ActionShade = 1u << 3, ActionStick = 1u << 4, ActionMaxVert = 1u << 5, ActionMaxHoriz = 1u << 6, ActionMax = ActionMaxVert | ActionMaxHoriz, ActionFullScreen = 1u << 7, ActionChangeDesktop = 1u << 8, ActionClose = 1u << 9 }; Q_DECLARE_FLAGS(Actions, Action) /** Supported properties. Clients and Window Managers must define which properties/protocols it wants to support. Root/Desktop window properties and protocols: @li Supported @li ClientList @li ClientListStacking @li NumberOfDesktops @li DesktopGeometry @li DesktopViewport @li CurrentDesktop @li DesktopNames @li ActiveWindow @li WorkArea @li SupportingWMCheck @li VirtualRoots @li CloseWindow @li WMMoveResize Client window properties and protocols: @li WMName @li WMVisibleName @li WMDesktop @li WMWindowType @li WMState @li WMStrut (obsoleted by WM2ExtendedStrut) @li WMGeometry @li WMFrameExtents @li WMIconGeometry @li WMIcon @li WMIconName @li WMVisibleIconName @li WMHandledIcons @li WMPid @li WMPing ICCCM properties (provided for convenience): @li XAWMState **/ enum Property { // root Supported = 1u << 0, ClientList = 1u << 1, ClientListStacking = 1u << 2, NumberOfDesktops = 1u << 3, DesktopGeometry = 1u << 4, DesktopViewport = 1u << 5, CurrentDesktop = 1u << 6, DesktopNames = 1u << 7, ActiveWindow = 1u << 8, WorkArea = 1u << 9, SupportingWMCheck = 1u << 10, VirtualRoots = 1u << 11, // CloseWindow = 1u << 13, WMMoveResize = 1u << 14, // window WMName = 1u << 15, WMVisibleName = 1u << 16, WMDesktop = 1u << 17, WMWindowType = 1u << 18, WMState = 1u << 19, WMStrut = 1u << 20, WMIconGeometry = 1u << 21, WMIcon = 1u << 22, WMPid = 1u << 23, WMHandledIcons = 1u << 24, WMPing = 1u << 25, XAWMState = 1u << 27, WMFrameExtents = 1u << 28, // Need to be reordered WMIconName = 1u << 29, WMVisibleIconName = 1u << 30, WMGeometry = 1u << 31, WMAllProperties = ~0u }; Q_DECLARE_FLAGS(Properties, Property) /** Supported properties. This enum is an extension to NET::Property, because them enum is limited only to 32 bits. Client window properties and protocols: @li WM2UserTime @li WM2StartupId @li WM2TransientFor mainwindow for the window (WM_TRANSIENT_FOR) @li WM2GroupLeader group leader (window_group in WM_HINTS) @li WM2AllowedActions @li WM2RestackWindow @li WM2MoveResizeWindow @li WM2ExtendedStrut @li WM2TemporaryRules internal, for kstart @li WM2WindowClass WM_CLASS @li WM2WindowRole WM_WINDOW_ROLE @li WM2ClientMachine WM_CLIENT_MACHINE @li WM2ShowingDesktop @li WM2Opacity _NET_WM_WINDOW_OPACITY @li WM2DesktopLayout _NET_DESKTOP_LAYOUT @li WM2FullPlacement _NET_WM_FULL_PLACEMENT @li WM2FullscreenMonitors _NET_WM_FULLSCREEN_MONITORS @li WM2Urgency urgency hint in WM_HINTS (see ICCCM 4.1.2.4) @li WM2Input input hint (input in WM_HINTS, see ICCCM 4.1.2.4) @li WM2Protocols see NET::Protocol @li WM2InitialMappingState initial state hint of WM_HINTS (see ICCCM 4.1.2.4) @li WM2IconPixmap icon pixmap and mask in WM_HINTS (see ICCCM 4.1.2.4) @li WM2OpaqueRegion @li WM2DesktopFileName the base name of the desktop file name or the full path to the desktop file @li WM2GTKFrameExtents extents of the shadow drawn by the client **/ enum Property2 { WM2UserTime = 1u << 0, WM2StartupId = 1u << 1, WM2TransientFor = 1u << 2, WM2GroupLeader = 1u << 3, WM2AllowedActions = 1u << 4, WM2RestackWindow = 1u << 5, WM2MoveResizeWindow = 1u << 6, WM2ExtendedStrut = 1u << 7, WM2KDETemporaryRules = 1u << 8, // NOT STANDARD WM2WindowClass = 1u << 9, WM2WindowRole = 1u << 10, WM2ClientMachine = 1u << 11, WM2ShowingDesktop = 1u << 12, WM2Opacity = 1u << 13, WM2DesktopLayout = 1u << 14, WM2FullPlacement = 1u << 15, WM2FullscreenMonitors = 1u << 16, WM2FrameOverlap = 1u << 17, // NOT STANDARD WM2Activities = 1u << 18, // NOT STANDARD @since 4.6 WM2BlockCompositing = 1u << 19, // NOT STANDARD @since 4.7, STANDARD @since 5.17 WM2KDEShadow = 1u << 20, // NOT Standard @since 4.7 WM2Urgency = 1u << 21, // @since 5.3 WM2Input = 1u << 22, // @since 5.3 WM2Protocols = 1u << 23, // @since 5.3 WM2InitialMappingState = 1u << 24, // @since 5.5 WM2IconPixmap = 1u << 25, // @since 5.7 WM2OpaqueRegion = 1u << 25, // @since 5.7 WM2DesktopFileName = 1u << 26, // NOT STANDARD @since 5.28 WM2GTKFrameExtents = 1u << 27, // NOT STANDARD @since 5.65 + WM2AppMenuServiceName = 1u << 28, // NOT STANDARD @since 5.69 + WM2AppMenuObjectPath = 1u << 29, // NOT STANDARD @since 5.69 WM2AllProperties = ~0u }; Q_DECLARE_FLAGS(Properties2, Property2) /** Sentinel value to indicate that the client wishes to be visible on all desktops. **/ enum { OnAllDesktops = -1 }; /** Source of the request. **/ // must match the values for data.l[0] field in _NET_ACTIVE_WINDOW message enum RequestSource { /** @internal indicates that the source of the request is unknown **/ FromUnknown = 0, // internal /** indicates that the request comes from a normal application **/ FromApplication = 1, /** indicated that the request comes from pager or similar tool **/ FromTool = 2 }; /** Orientation. **/ enum Orientation { OrientationHorizontal = 0, OrientationVertical = 1 }; /** Starting corner for desktop layout. **/ enum DesktopLayoutCorner { DesktopLayoutCornerTopLeft = 0, DesktopLayoutCornerTopRight = 1, DesktopLayoutCornerBottomLeft = 2, DesktopLayoutCornerBottomRight = 3 }; /** * Protocols supported by the client. * See ICCCM 4.1.2.7. * * @since 5.3 **/ enum Protocol { NoProtocol = 0, TakeFocusProtocol = 1 << 0, ///< WM_TAKE_FOCUS DeleteWindowProtocol = 1 << 1, ///< WM_DELETE_WINDOW PingProtocol = 1 << 2, ///< _NET_WM_PING from EWMH SyncRequestProtocol = 1 << 3, ///< _NET_WM_SYNC_REQUEST from EWMH ContextHelpProtocol = 1 << 4 ///< _NET_WM_CONTEXT_HELP, NON STANDARD! }; Q_DECLARE_FLAGS(Protocols, Protocol) /** Compares two X timestamps, taking into account wrapping and 64bit architectures. Return value is like with strcmp(), 0 for equal, -1 for time1 < time2, 1 for time1 > time2. */ static int timestampCompare(unsigned long time1, unsigned long time2); /** Returns a difference of two X timestamps, time2 - time1, where time2 must be later than time1, as returned by timestampCompare(). */ static int timestampDiff(unsigned long time1, unsigned long time2); }; Q_DECLARE_OPERATORS_FOR_FLAGS(NET::Properties) Q_DECLARE_OPERATORS_FOR_FLAGS(NET::Properties2) Q_DECLARE_OPERATORS_FOR_FLAGS(NET::WindowTypes) Q_DECLARE_OPERATORS_FOR_FLAGS(NET::States) Q_DECLARE_OPERATORS_FOR_FLAGS(NET::Actions) Q_DECLARE_OPERATORS_FOR_FLAGS(NET::Protocols) #endif // netwm_def_h diff --git a/src/platforms/xcb/atoms_p.h b/src/platforms/xcb/atoms_p.h index 4f1b294..fb836db 100644 --- a/src/platforms/xcb/atoms_p.h +++ b/src/platforms/xcb/atoms_p.h @@ -1,169 +1,172 @@ /* SPDX-FileCopyrightText: 2015 Thomas Lübking SPDX-License-Identifier: LGPL-2.1-only OR LGPL-3.0-only OR LicenseRef-KDE-Accepted-LGPL */ #if (!defined ATOMS_H) || (defined ENUM_CREATE_CHAR_ARRAY) #undef ENUM_BEGIN #undef ENUM #undef ENUM_END #undef ENUM_COUNT // the following macros are set in a way so that // the code below will either construct an enum for "" // or a const *char array "Strings" containing all enum // symbols as strings, depending on whether ENUM_CREATE_CHAR_ARRAY is // defined // The enum gets one extra item "Count", describing also the // length of the array // The header is safe for re-inclusion unless you define ENUM_CREATE_CHAR_ARRAY // which is therefore undefined after usage // => You *must* "#define ENUM_CREATE_CHAR_ARRAY 1" *every* time you want to create // a string array! #ifndef ENUM_CREATE_CHAR_ARRAY #define ATOMS_H #define ENUM_BEGIN(typ) enum typ { #define ENUM(nam) nam #define ENUM_COUNT(typ) , typ##Count #else #define ENUM_BEGIN(typ) const char * typ##Strings [] = { #define ENUM(nam) #nam #define ENUM_COUNT(typ) #undef ENUM_CREATE_CHAR_ARRAY #endif #define ENUM_END(typ) }; ENUM_BEGIN(KwsAtom) ENUM(UTF8_STRING), // root window properties ENUM(_NET_SUPPORTED), ENUM(_NET_SUPPORTING_WM_CHECK), ENUM(_NET_CLIENT_LIST), ENUM(_NET_CLIENT_LIST_STACKING), ENUM(_NET_NUMBER_OF_DESKTOPS), ENUM(_NET_DESKTOP_GEOMETRY), ENUM(_NET_DESKTOP_VIEWPORT), ENUM(_NET_CURRENT_DESKTOP), ENUM(_NET_DESKTOP_NAMES), ENUM(_NET_ACTIVE_WINDOW), ENUM(_NET_WORKAREA), ENUM(_NET_VIRTUAL_ROOTS), ENUM(_NET_DESKTOP_LAYOUT), ENUM(_NET_SHOWING_DESKTOP), // root window messages ENUM(_NET_CLOSE_WINDOW), ENUM(_NET_RESTACK_WINDOW), ENUM(_NET_WM_MOVERESIZE), ENUM(_NET_MOVERESIZE_WINDOW), // application window properties ENUM(_NET_WM_NAME), ENUM(_NET_WM_VISIBLE_NAME), ENUM(_NET_WM_ICON_NAME), ENUM(_NET_WM_VISIBLE_ICON_NAME), ENUM(_NET_WM_DESKTOP), ENUM(_NET_WM_WINDOW_TYPE), ENUM(_NET_WM_STATE), ENUM(_NET_WM_STRUT), ENUM(_NET_WM_STRUT_PARTIAL), ENUM(_NET_WM_ICON_GEOMETRY), ENUM(_NET_WM_ICON), ENUM(_NET_WM_PID), ENUM(_NET_WM_USER_TIME), ENUM(_NET_WM_HANDLED_ICONS), ENUM(_NET_STARTUP_ID), ENUM(_NET_WM_ALLOWED_ACTIONS), ENUM(WM_WINDOW_ROLE), ENUM(_NET_FRAME_EXTENTS), ENUM(_NET_WM_WINDOW_OPACITY), ENUM(_NET_WM_FULLSCREEN_MONITORS), ENUM(_NET_WM_OPAQUE_REGION), ENUM(_KDE_NET_WM_DESKTOP_FILE), // used to determine whether application window is managed or not ENUM(WM_STATE), // application window types ENUM(_NET_WM_WINDOW_TYPE_NORMAL), ENUM(_NET_WM_WINDOW_TYPE_DESKTOP), ENUM(_NET_WM_WINDOW_TYPE_DOCK), ENUM(_NET_WM_WINDOW_TYPE_TOOLBAR), ENUM(_NET_WM_WINDOW_TYPE_MENU), ENUM(_NET_WM_WINDOW_TYPE_DIALOG), ENUM(_NET_WM_WINDOW_TYPE_UTILITY), ENUM(_NET_WM_WINDOW_TYPE_SPLASH), ENUM(_NET_WM_WINDOW_TYPE_DROPDOWN_MENU), ENUM(_NET_WM_WINDOW_TYPE_POPUP_MENU), ENUM(_NET_WM_WINDOW_TYPE_TOOLTIP), ENUM(_NET_WM_WINDOW_TYPE_NOTIFICATION), ENUM(_NET_WM_WINDOW_TYPE_COMBO), ENUM(_NET_WM_WINDOW_TYPE_DND), // application window state ENUM(_NET_WM_STATE_MODAL), ENUM(_NET_WM_STATE_STICKY), ENUM(_NET_WM_STATE_MAXIMIZED_VERT), ENUM(_NET_WM_STATE_MAXIMIZED_HORZ), ENUM(_NET_WM_STATE_SHADED), ENUM(_NET_WM_STATE_SKIP_TASKBAR), ENUM(_NET_WM_STATE_SKIP_PAGER), ENUM(_NET_WM_STATE_HIDDEN), ENUM(_NET_WM_STATE_FULLSCREEN), ENUM(_NET_WM_STATE_ABOVE), ENUM(_NET_WM_STATE_BELOW), ENUM(_NET_WM_STATE_DEMANDS_ATTENTION), ENUM(_NET_WM_STATE_FOCUSED), // KDE-specific atom ENUM(_KDE_NET_WM_STATE_SKIP_SWITCHER), // allowed actions ENUM(_NET_WM_ACTION_MOVE), ENUM(_NET_WM_ACTION_RESIZE), ENUM(_NET_WM_ACTION_MINIMIZE), ENUM(_NET_WM_ACTION_SHADE), ENUM(_NET_WM_ACTION_STICK), ENUM(_NET_WM_ACTION_MAXIMIZE_VERT), ENUM(_NET_WM_ACTION_MAXIMIZE_HORZ), ENUM(_NET_WM_ACTION_FULLSCREEN), ENUM(_NET_WM_ACTION_CHANGE_DESKTOP), ENUM(_NET_WM_ACTION_CLOSE), // KDE extensions ENUM(_KDE_NET_WM_FRAME_STRUT), ENUM(_KDE_NET_WM_WINDOW_TYPE_OVERRIDE), ENUM(_KDE_NET_WM_WINDOW_TYPE_TOPMENU), ENUM(_KDE_NET_WM_WINDOW_TYPE_ON_SCREEN_DISPLAY), ENUM(_KDE_NET_WM_WINDOW_TYPE_CRITICAL_NOTIFICATION), ENUM(_KDE_NET_WM_TEMPORARY_RULES), ENUM(_NET_WM_FRAME_OVERLAP), + ENUM(_KDE_NET_WM_APPMENU_SERVICE_NAME), + ENUM(_KDE_NET_WM_APPMENU_OBJECT_PATH), + // deprecated and naming convention violation ENUM(_NET_WM_STATE_STAYS_ON_TOP), // GTK extensions ENUM(_GTK_FRAME_EXTENTS), // application protocols ENUM(WM_PROTOCOLS), ENUM(WM_TAKE_FOCUS), ENUM(WM_DELETE_WINDOW), ENUM(_NET_WM_PING), ENUM(_NET_WM_SYNC_REQUEST), ENUM(_NET_WM_CONTEXT_HELP), // ability flags ENUM(_NET_WM_FULL_PLACEMENT), ENUM(_NET_WM_BYPASS_COMPOSITOR), ENUM(_KDE_NET_WM_ACTIVITIES), ENUM(_KDE_NET_WM_BLOCK_COMPOSITING), ENUM(_KDE_NET_WM_SHADOW) ENUM_COUNT(KwsAtom) ENUM_END(KwsAtom) #endif // ATOMS_H diff --git a/src/platforms/xcb/kwindowinfo.cpp b/src/platforms/xcb/kwindowinfo.cpp index 6d9f611..9cb1a85 100644 --- a/src/platforms/xcb/kwindowinfo.cpp +++ b/src/platforms/xcb/kwindowinfo.cpp @@ -1,469 +1,491 @@ /* This file is part of the KDE libraries SPDX-FileCopyrightText: 1999 Matthias Ettrich SPDX-FileCopyrightText: 2007 Lubos Lunak SPDX-FileCopyrightText: 2014 Martin Gräßlin SPDX-License-Identifier: LGPL-2.1-or-later */ #include "kwindowinfo_p_x11.h" #include "kwindowsystem.h" #include #include #include #include #include #include static bool haveXRes() { static bool s_checked = false; static bool s_haveXRes = false; if (!s_checked) { auto cookie = xcb_res_query_version(QX11Info::connection(), XCB_RES_MAJOR_VERSION, XCB_RES_MINOR_VERSION); QScopedPointerreply(xcb_res_query_version_reply(QX11Info::connection(), cookie, nullptr)); s_haveXRes = !reply.isNull(); s_checked = true; } return s_haveXRes; } // KWindowSystem::info() should be updated too if something has to be changed here KWindowInfoPrivateX11::KWindowInfoPrivateX11(WId _win, NET::Properties properties, NET::Properties2 properties2) : KWindowInfoPrivate(_win, properties, properties2) , KWindowInfoPrivateDesktopFileNameExtension() , KWindowInfoPrivatePidExtension() + , KWindowInfoPrivateAppMenuExtension() { installDesktopFileNameExtension(this); installPidExtension(this); + installAppMenuExtension(this); KXErrorHandler handler; if (properties & NET::WMVisibleIconName) { properties |= NET::WMIconName | NET::WMVisibleName; // force, in case it will be used as a fallback } if (properties & NET::WMVisibleName) { properties |= NET::WMName; // force, in case it will be used as a fallback } if (properties2 & NET::WM2ExtendedStrut) { properties |= NET::WMStrut; // will be used as fallback } if (properties & NET::WMWindowType) { properties2 |= NET::WM2TransientFor; // will be used when type is not set } if ((properties & NET::WMDesktop) && KWindowSystem::mapViewport()) { properties |= NET::WMGeometry; // for viewports, the desktop (workspace) is determined from the geometry } properties |= NET::XAWMState; // force to get error detection for valid() m_info.reset(new NETWinInfo(QX11Info::connection(), _win, QX11Info::appRootWindow(), properties, properties2)); if (properties & NET::WMName) { if (m_info->name() && m_info->name()[ 0 ] != '\0') { m_name = QString::fromUtf8(m_info->name()); } else { m_name = KWindowSystem::readNameProperty(_win, XA_WM_NAME); } } if (properties & NET::WMIconName) { if (m_info->iconName() && m_info->iconName()[ 0 ] != '\0') { m_iconic_name = QString::fromUtf8(m_info->iconName()); } else { m_iconic_name = KWindowSystem::readNameProperty(_win, XA_WM_ICON_NAME); } } if (properties & (NET::WMGeometry | NET::WMFrameExtents)) { NETRect frame, geom; m_info->kdeGeometry(frame, geom); m_geometry.setRect(geom.pos.x, geom.pos.y, geom.size.width, geom.size.height); m_frame_geometry.setRect(frame.pos.x, frame.pos.y, frame.size.width, frame.size.height); } m_valid = !handler.error(false); // no sync - NETWinInfo did roundtrips if (haveXRes()) { xcb_res_client_id_spec_t specs; specs.client = win(); specs.mask = XCB_RES_CLIENT_ID_MASK_LOCAL_CLIENT_PID; auto cookie = xcb_res_query_client_ids(QX11Info::connection(), 1, &specs); QScopedPointer reply( xcb_res_query_client_ids_reply(QX11Info::connection(), cookie, nullptr)); if (reply && xcb_res_query_client_ids_ids_length(reply.data()) > 0) { uint32_t pid = *xcb_res_client_id_value_value((xcb_res_query_client_ids_ids_iterator(reply.data()).data)); m_pid = pid; } } } KWindowInfoPrivateX11::~KWindowInfoPrivateX11() { } bool KWindowInfoPrivateX11::valid(bool withdrawn_is_valid) const { if (!m_valid) { return false; } if (!withdrawn_is_valid && mappingState() == NET::Withdrawn) { return false; } return true; } NET::States KWindowInfoPrivateX11::state() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::WMState)) { qWarning() << "Pass NET::WMState to KWindowInfo"; } #endif return m_info->state(); } NET::MappingState KWindowInfoPrivateX11::mappingState() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::XAWMState)) { qWarning() << "Pass NET::XAWMState to KWindowInfo"; } #endif return m_info->mappingState(); } NETExtendedStrut KWindowInfoPrivateX11::extendedStrut() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties2() & NET::WM2ExtendedStrut)) { qWarning() << "Pass NET::WM2ExtendedStrut to KWindowInfo"; } #endif NETExtendedStrut ext = m_info->extendedStrut(); NETStrut str = m_info->strut(); if (ext.left_width == 0 && ext.right_width == 0 && ext.top_width == 0 && ext.bottom_width == 0 && (str.left != 0 || str.right != 0 || str.top != 0 || str.bottom != 0)) { // build extended from simple if (str.left != 0) { ext.left_width = str.left; ext.left_start = 0; ext.left_end = XDisplayHeight(QX11Info::display(), DefaultScreen(QX11Info::display())); } if (str.right != 0) { ext.right_width = str.right; ext.right_start = 0; ext.right_end = XDisplayHeight(QX11Info::display(), DefaultScreen(QX11Info::display())); } if (str.top != 0) { ext.top_width = str.top; ext.top_start = 0; ext.top_end = XDisplayWidth(QX11Info::display(), DefaultScreen(QX11Info::display())); } if (str.bottom != 0) { ext.bottom_width = str.bottom; ext.bottom_start = 0; ext.bottom_end = XDisplayWidth(QX11Info::display(), DefaultScreen(QX11Info::display())); } } return ext; } NET::WindowType KWindowInfoPrivateX11::windowType(NET::WindowTypes supported_types) const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::WMWindowType)) { qWarning() << "Pass NET::WMWindowType to KWindowInfo"; } #endif if (!m_info->hasWindowType()) { // fallback, per spec recommendation if (transientFor() != XCB_WINDOW_NONE) { // dialog if (supported_types & NET::DialogMask) { return NET::Dialog; } } else { if (supported_types & NET::NormalMask) { return NET::Normal; } } } return m_info->windowType(supported_types); } QString KWindowInfoPrivateX11::visibleNameWithState() const { QString s = visibleName(); if (isMinimized()) { s.prepend(QLatin1Char('(')); s.append(QLatin1Char(')')); } return s; } QString KWindowInfoPrivateX11::visibleName() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::WMVisibleName)) { qWarning() << "Pass NET::WMVisibleName to KWindowInfo"; } #endif return m_info->visibleName() && m_info->visibleName()[ 0 ] != '\0' ? QString::fromUtf8(m_info->visibleName()) : name(); } QString KWindowInfoPrivateX11::name() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::WMName)) { qWarning() << "Pass NET::WMName to KWindowInfo"; } #endif return m_name; } QString KWindowInfoPrivateX11::visibleIconNameWithState() const { QString s = visibleIconName(); if (isMinimized()) { s.prepend(QLatin1Char('(')); s.append(QLatin1Char(')')); } return s; } QString KWindowInfoPrivateX11::visibleIconName() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::WMVisibleIconName)) { qWarning() << "Pass NET::WMVisibleIconName to KWindowInfo"; } #endif if (m_info->visibleIconName() && m_info->visibleIconName()[ 0 ] != '\0') { return QString::fromUtf8(m_info->visibleIconName()); } if (m_info->iconName() && m_info->iconName()[ 0 ] != '\0') { return QString::fromUtf8(m_info->iconName()); } if (!m_iconic_name.isEmpty()) { return m_iconic_name; } return visibleName(); } QString KWindowInfoPrivateX11::iconName() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::WMIconName)) { qWarning() << "Pass NET::WMIconName to KWindowInfo"; } #endif if (m_info->iconName() && m_info->iconName()[ 0 ] != '\0') { return QString::fromUtf8(m_info->iconName()); } if (!m_iconic_name.isEmpty()) { return m_iconic_name; } return name(); } bool KWindowInfoPrivateX11::isOnDesktop(int _desktop) const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::WMDesktop)) { qWarning() << "Pass NET::WMDesktop to KWindowInfo"; } #endif if (KWindowSystem::mapViewport()) { if (onAllDesktops()) { return true; } return KWindowSystem::viewportWindowToDesktop(m_geometry) == _desktop; } return m_info->desktop() == _desktop || m_info->desktop() == NET::OnAllDesktops; } bool KWindowInfoPrivateX11::onAllDesktops() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::WMDesktop)) { qWarning() << "Pass NET::WMDesktop to KWindowInfo"; } #endif if (KWindowSystem::mapViewport()) { if (m_info->passedProperties() & NET::WMState) { return m_info->state() & NET::Sticky; } NETWinInfo info(QX11Info::connection(), win(), QX11Info::appRootWindow(), NET::WMState, NET::Properties2()); return info.state() & NET::Sticky; } return m_info->desktop() == NET::OnAllDesktops; } int KWindowInfoPrivateX11::desktop() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::WMDesktop)) { qWarning() << "Pass NET::WMDesktop to KWindowInfo"; } #endif if (KWindowSystem::mapViewport()) { if (onAllDesktops()) { return NET::OnAllDesktops; } return KWindowSystem::viewportWindowToDesktop(m_geometry); } return m_info->desktop(); } QStringList KWindowInfoPrivateX11::activities() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties2() & NET::WM2Activities)) { qWarning() << "Pass NET::WM2Activities to KWindowInfo"; } #endif const QStringList result = QString::fromLatin1(m_info->activities()).split( #if QT_VERSION < QT_VERSION_CHECK(5, 15, 0) QLatin1Char(','), QString::SkipEmptyParts); #else QLatin1Char(','), Qt::SkipEmptyParts); #endif return result.contains(QStringLiteral(KDE_ALL_ACTIVITIES_UUID)) ? QStringList() : result; } QRect KWindowInfoPrivateX11::geometry() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::WMGeometry)) { qWarning() << "Pass NET::WMGeometry to KWindowInfo"; } #endif return m_geometry; } QRect KWindowInfoPrivateX11::frameGeometry() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::WMFrameExtents)) { qWarning() << "Pass NET::WMFrameExtents to KWindowInfo"; } #endif return m_frame_geometry; } WId KWindowInfoPrivateX11::transientFor() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties2() & NET::WM2TransientFor)) { qWarning() << "Pass NET::WM2TransientFor to KWindowInfo"; } #endif return m_info->transientFor(); } WId KWindowInfoPrivateX11::groupLeader() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties2() & NET::WM2GroupLeader)) { qWarning() << "Pass NET::WM2GroupLeader to KWindowInfo"; } #endif return m_info->groupLeader(); } QByteArray KWindowInfoPrivateX11::windowClassClass() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties2() & NET::WM2WindowClass)) { qWarning() << "Pass NET::WM2WindowClass to KWindowInfo"; } #endif return m_info->windowClassClass(); } QByteArray KWindowInfoPrivateX11::windowClassName() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties2() & NET::WM2WindowClass)) { qWarning() << "Pass NET::WM2WindowClass to KWindowInfo"; } #endif return m_info->windowClassName(); } QByteArray KWindowInfoPrivateX11::windowRole() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties2() & NET::WM2WindowRole)) { qWarning() << "Pass NET::WM2WindowRole to KWindowInfo"; } #endif return m_info->windowRole(); } QByteArray KWindowInfoPrivateX11::clientMachine() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties2() & NET::WM2ClientMachine)) { qWarning() << "Pass NET::WM2ClientMachine to KWindowInfo"; } #endif return m_info->clientMachine(); } bool KWindowInfoPrivateX11::actionSupported(NET::Action action) const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties2() & NET::WM2AllowedActions)) { qWarning() << "Pass NET::WM2AllowedActions to KWindowInfo"; } #endif if (KWindowSystem::allowedActionsSupported()) { return m_info->allowedActions() & action; } else { return true; // no idea if it's supported or not -> pretend it is } } // see NETWM spec section 7.6 bool KWindowInfoPrivateX11::isMinimized() const { if (mappingState() != NET::Iconic) { return false; } // NETWM 1.2 compliant WM - uses NET::Hidden for minimized windows if ((state() & NET::Hidden) != 0 && (state() & NET::Shaded) == 0) { // shaded may have NET::Hidden too return true; } // older WMs use WithdrawnState for other virtual desktops // and IconicState only for minimized return KWindowSystem::icccmCompliantMappingState() ? false : true; } QByteArray KWindowInfoPrivateX11::desktopFileName() const { #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties2() & NET::WM2DesktopFileName)) { qWarning() << "Pass NET::WM2DesktopFileName to KWindowInfo"; } #endif return QByteArray(m_info->desktopFileName()); } +QByteArray KWindowInfoPrivateX11::applicationMenuObjectPath() const +{ +#if !defined(KDE_NO_WARNING_OUTPUT) + if (!(m_info->passedProperties2() & NET::WM2AppMenuObjectPath)) { + qWarning() << "Pass NET::WM2AppMenuObjectPath to KWindowInfo"; + } +#endif + return QByteArray(m_info->appMenuObjectPath()); +} + +QByteArray KWindowInfoPrivateX11::applicationMenuServiceName() const +{ +#if !defined(KDE_NO_WARNING_OUTPUT) + if (!(m_info->passedProperties2() & NET::WM2AppMenuServiceName)) { + qWarning() << "Pass NET::WM2AppMenuServiceName to KWindowInfo"; + } +#endif + return QByteArray(m_info->appMenuServiceName()); +} + int KWindowInfoPrivateX11::pid() const { // If pid is found using the XRes extension use that instead. // It is more reliable than the app reporting it's own PID as apps // within an app namespace are unable to do so correctly if (m_pid > 0) { return m_pid; } #if !defined(KDE_NO_WARNING_OUTPUT) if (!(m_info->passedProperties() & NET::WMPid)) { qWarning() << "Pass NET::WMPid to KWindowInfo"; } #endif return m_info->pid(); } diff --git a/src/platforms/xcb/kwindowinfo_p_x11.h b/src/platforms/xcb/kwindowinfo_p_x11.h index 99cc5e2..2217e96 100644 --- a/src/platforms/xcb/kwindowinfo_p_x11.h +++ b/src/platforms/xcb/kwindowinfo_p_x11.h @@ -1,60 +1,62 @@ /* SPDX-FileCopyrightText: 2014 Martin Gräßlin SPDX-License-Identifier: LGPL-2.1-only OR LGPL-3.0-only OR LicenseRef-KDE-Accepted-LGPL */ #ifndef KWINDOWINFO_P_X11_H #define KWINDOWINFO_P_X11_H #include "kwindowinfo_p.h" #include class NETWinInfo; -class KWindowInfoPrivateX11 : public KWindowInfoPrivate, public KWindowInfoPrivateDesktopFileNameExtension, public KWindowInfoPrivatePidExtension +class KWindowInfoPrivateX11 : public KWindowInfoPrivate, public KWindowInfoPrivateDesktopFileNameExtension, public KWindowInfoPrivatePidExtension, public KWindowInfoPrivateAppMenuExtension { public: KWindowInfoPrivateX11(WId window, NET::Properties properties, NET::Properties2 properties2); ~KWindowInfoPrivateX11() override; bool valid(bool withdrawn_is_valid) const override; NET::States state() const override; bool isMinimized() const override; NET::MappingState mappingState() const override; NETExtendedStrut extendedStrut() const override; NET::WindowType windowType(NET::WindowTypes supported_types) const override; QString visibleName() const override; QString visibleNameWithState() const override; QString name() const override; QString visibleIconName() const override; QString visibleIconNameWithState() const override; QString iconName() const override; bool onAllDesktops() const override; bool isOnDesktop(int desktop) const override; int desktop() const override; QStringList activities() const override; QRect geometry() const override; QRect frameGeometry() const override; WId transientFor() const override; WId groupLeader() const override; QByteArray windowClassClass() const override; QByteArray windowClassName() const override; QByteArray windowRole() const override; QByteArray clientMachine() const override; bool actionSupported(NET::Action action) const override; QByteArray desktopFileName() const override; + QByteArray applicationMenuObjectPath() const override; + QByteArray applicationMenuServiceName() const override; int pid() const override; private: QScopedPointer m_info; QString m_name; QString m_iconic_name; QRect m_geometry; QRect m_frame_geometry; int m_pid = -1; // real PID from XResources. Valid if > 0 bool m_valid; }; #endif diff --git a/src/platforms/xcb/netwm.cpp b/src/platforms/xcb/netwm.cpp index 7ebf325..fb1a4d3 100644 --- a/src/platforms/xcb/netwm.cpp +++ b/src/platforms/xcb/netwm.cpp @@ -1,4943 +1,5027 @@ /* SPDX-FileCopyrightText: 2000 Troll Tech AS SPDX-FileCopyrightText: 2003 Lubos Lunak SPDX-License-Identifier: MIT */ //#define NETWMDEBUG #include "netwm.h" #include #include #include "netwm_p.h" #include "atoms_p.h" #include #if KWINDOWSYSTEM_HAVE_X11 //FIXME #include #include #include #include #include #include #include #include // This struct is defined here to avoid a dependency on xcb-icccm struct kde_wm_hints { uint32_t flags; uint32_t input; int32_t initial_state; xcb_pixmap_t icon_pixmap; xcb_window_t icon_window; int32_t icon_x; int32_t icon_y; xcb_pixmap_t icon_mask; xcb_window_t window_group; }; typedef QHash< xcb_connection_t*, QSharedDataPointer > AtomHash; Q_GLOBAL_STATIC(AtomHash, s_gAtomsHash) static QSharedDataPointer atomsForConnection(xcb_connection_t *c) { auto it = s_gAtomsHash->constFind(c); if (it == s_gAtomsHash->constEnd()) { QSharedDataPointer atom(new Atoms(c)); s_gAtomsHash->insert(c, atom); return atom; } return it.value(); } Atoms::Atoms(xcb_connection_t *c) : QSharedData() , m_connection(c) { for (int i = 0; i < KwsAtomCount; ++i) { m_atoms[i] = XCB_ATOM_NONE; } init(); } static const uint32_t netwm_sendevent_mask = (XCB_EVENT_MASK_SUBSTRUCTURE_REDIRECT | XCB_EVENT_MASK_SUBSTRUCTURE_NOTIFY); const long MAX_PROP_SIZE = 100000; static char *nstrdup(const char *s1) { if (! s1) { return (char *) nullptr; } int l = strlen(s1) + 1; char *s2 = new char[l]; strncpy(s2, s1, l); return s2; } static char *nstrndup(const char *s1, int l) { if (! s1 || l == 0) { return (char *) nullptr; } char *s2 = new char[l + 1]; strncpy(s2, s1, l); s2[l] = '\0'; return s2; } static xcb_window_t *nwindup(const xcb_window_t *w1, int n) { if (! w1 || n == 0) { return (xcb_window_t *) nullptr; } xcb_window_t *w2 = new xcb_window_t[n]; while (n--) { w2[n] = w1[n]; } return w2; } static void refdec_nri(NETRootInfoPrivate *p) { #ifdef NETWMDEBUG fprintf(stderr, "NET: decrementing NETRootInfoPrivate::ref (%d)\n", p->ref - 1); #endif if (! --p->ref) { #ifdef NETWMDEBUG fprintf(stderr, "NET: \tno more references, deleting\n"); #endif delete [] p->name; delete [] p->stacking; delete [] p->clients; delete [] p->virtual_roots; delete [] p->temp_buf; int i; for (i = 0; i < p->desktop_names.size(); i++) { delete [] p->desktop_names[i]; } } } static void refdec_nwi(NETWinInfoPrivate *p) { #ifdef NETWMDEBUG fprintf(stderr, "NET: decrementing NETWinInfoPrivate::ref (%d)\n", p->ref - 1); #endif if (! --p->ref) { #ifdef NETWMDEBUG fprintf(stderr, "NET: \tno more references, deleting\n"); #endif delete [] p->name; delete [] p->visible_name; delete [] p->window_role; delete [] p->icon_name; delete [] p->visible_icon_name; delete [] p->startup_id; delete [] p->class_class; delete [] p->class_name; delete [] p->activities; delete [] p->client_machine; delete [] p->desktop_file; + delete [] p->appmenu_object_path; + delete [] p->appmenu_service_name; int i; for (i = 0; i < p->icons.size(); i++) { delete [] p->icons[i].data; } delete [] p->icon_sizes; } } template T get_value_reply(xcb_connection_t *c, const xcb_get_property_cookie_t cookie, xcb_atom_t type, T def, bool *success = nullptr) { T value = def; xcb_get_property_reply_t *reply = xcb_get_property_reply(c, cookie, nullptr); if (success) { *success = false; } if (reply) { if (reply->type == type && reply->value_len == 1 && reply->format == sizeof(T) * 8) { value = *reinterpret_cast(xcb_get_property_value(reply)); if (success) { *success = true; } } free(reply); } return value; } template QVector get_array_reply(xcb_connection_t *c, const xcb_get_property_cookie_t cookie, xcb_atom_t type) { xcb_get_property_reply_t *reply = xcb_get_property_reply(c, cookie, nullptr); if (!reply) { return QVector(); } QVector vector; if (reply->type == type && reply->value_len > 0 && reply->format == sizeof(T) * 8) { T *data = reinterpret_cast(xcb_get_property_value(reply)); vector.resize(reply->value_len); memcpy((void *)&vector.first(), (void *)data, reply->value_len * sizeof(T)); } free(reply); return vector; } static QByteArray get_string_reply(xcb_connection_t *c, const xcb_get_property_cookie_t cookie, xcb_atom_t type) { xcb_get_property_reply_t *reply = xcb_get_property_reply(c, cookie, nullptr); if (!reply) { return QByteArray(); } QByteArray value; if (reply->type == type && reply->format == 8 && reply->value_len > 0) { const char *data = (const char *) xcb_get_property_value(reply); int len = reply->value_len; if (data) { value = QByteArray(data, data[len - 1] ? len : len - 1); } } free(reply); return value; } static QList get_stringlist_reply(xcb_connection_t *c, const xcb_get_property_cookie_t cookie, xcb_atom_t type) { xcb_get_property_reply_t *reply = xcb_get_property_reply(c, cookie, nullptr); if (!reply) { return QList(); } QList list; if (reply->type == type && reply->format == 8 && reply->value_len > 0) { const char *data = (const char *) xcb_get_property_value(reply); int len = reply->value_len; if (data) { const QByteArray ba = QByteArray(data, data[len - 1] ? len : len - 1); list = ba.split('\0'); } } free(reply); return list; } #ifdef NETWMDEBUG static QByteArray get_atom_name(xcb_connection_t *c, xcb_atom_t atom) { const xcb_get_atom_name_cookie_t cookie = xcb_get_atom_name(c, atom); xcb_get_atom_name_reply_t *reply = xcb_get_atom_name_reply(c, cookie, 0); if (!reply) { return QByteArray(); } QByteArray ba(xcb_get_atom_name_name(reply)); free(reply); return ba; } #endif void Atoms::init() { #define ENUM_CREATE_CHAR_ARRAY 1 #include "atoms_p.h" // creates const char* array "KwsAtomStrings" // Send the intern atom requests xcb_intern_atom_cookie_t cookies[KwsAtomCount]; for (int i = 0; i < KwsAtomCount; ++i) { cookies[i] = xcb_intern_atom(m_connection, false, strlen(KwsAtomStrings[i]), KwsAtomStrings[i]); } // Get the replies for (int i = 0; i < KwsAtomCount; ++i) { xcb_intern_atom_reply_t *reply = xcb_intern_atom_reply(m_connection, cookies[i], nullptr); if (!reply) { continue; } m_atoms[i] = reply->atom; free(reply); } } static void readIcon(xcb_connection_t *c, const xcb_get_property_cookie_t cookie, NETRArray &icons, int &icon_count) { #ifdef NETWMDEBUG fprintf(stderr, "NET: readIcon\n"); #endif // reset for (int i = 0; i < icons.size(); i++) { delete [] icons[i].data; } icons.reset(); icon_count = 0; xcb_get_property_reply_t *reply = xcb_get_property_reply(c, cookie, nullptr); if (!reply || reply->value_len < 3 || reply->format != 32 || reply->type != XCB_ATOM_CARDINAL) { if (reply) { free(reply); } return; } uint32_t *data = (uint32_t *) xcb_get_property_value(reply); for (unsigned int i = 0, j = 0; j < reply->value_len - 2; i++) { uint32_t width = data[j++]; uint32_t height = data[j++]; uint32_t size = width * height * sizeof(uint32_t); if (j + width * height > reply->value_len) { fprintf(stderr, "Ill-encoded icon data; proposed size leads to out of bounds access. Skipping. (%d x %d)\n", width, height); break; } if (width > 1024 || height > 1024) { fprintf(stderr, "Warning: found huge icon. The icon data may be ill-encoded. (%d x %d)\n", width, height); // do not break nor continue - the data may likely be junk, but causes no harm (yet) and might actually be just a huge icon, eg. when the icon system is abused to transfer wallpapers or such. } icons[i].size.width = width; icons[i].size.height = height; icons[i].data = new unsigned char[size]; memcpy((void *)icons[i].data, (const void *)&data[j], size); j += width * height; icon_count++; } free(reply); #ifdef NETWMDEBUG fprintf(stderr, "NET: readIcon got %d icons\n", icon_count); #endif } static void send_client_message(xcb_connection_t *c, uint32_t mask, xcb_window_t destination, xcb_window_t window, xcb_atom_t message, const uint32_t data[]) { xcb_client_message_event_t event; event.response_type = XCB_CLIENT_MESSAGE; event.format = 32; event.sequence = 0; event.window = window; event.type = message; for (int i = 0; i < 5; i++) { event.data.data32[i] = data[i]; } xcb_send_event(c, false, destination, mask, (const char *) &event); } template NETRArray::NETRArray() : sz(0), capacity(2) { d = (Z *) calloc(capacity, sizeof(Z)); // allocate 2 elts and set to zero } template NETRArray::~NETRArray() { free(d); } template void NETRArray::reset() { sz = 0; capacity = 2; d = (Z *) realloc(d, sizeof(Z) * capacity); memset((void *) d, 0, sizeof(Z)*capacity); } template Z &NETRArray::operator[](int index) { if (index >= capacity) { // allocate space for the new data // open table has amortized O(1) access time // when N elements appended consecutively -- exa int newcapacity = 2 * capacity > index + 1 ? 2 * capacity : index + 1; // max // copy into new larger memory block using realloc d = (Z *) realloc(d, sizeof(Z) * newcapacity); memset((void *) &d[capacity], 0, sizeof(Z) * (newcapacity - capacity)); capacity = newcapacity; } if (index >= sz) { // at this point capacity>index sz = index + 1; } return d[index]; } /* The viewport<->desktop matching is a bit backwards, since NET* classes are the base (and were originally even created with the intention of being the reference WM spec implementation) and KWindowSystem builds on top of it. However it's simpler to add watching whether the WM uses viewport is simpler to KWindowSystem and not having this mapping in NET* classes could result in some code using it directly and not supporting viewport. So NET* classes check if mapping is needed and if yes they forward to KWindowSystem, which will forward again back to NET* classes, but to viewport calls instead of desktop calls. */ // Construct a new NETRootInfo object. NETRootInfo::NETRootInfo(xcb_connection_t *connection, xcb_window_t supportWindow, const char *wmName, NET::Properties properties, NET::WindowTypes windowTypes, NET::States states, NET::Properties2 properties2, NET::Actions actions, int screen, bool doActivate) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::NETRootInfo: using window manager constructor\n"); #endif p = new NETRootInfoPrivate; p->ref = 1; p->atoms = atomsForConnection(connection); p->name = nstrdup(wmName); p->conn = connection; p->temp_buf = nullptr; p->temp_buf_size = 0; const xcb_setup_t *setup = xcb_get_setup(p->conn); xcb_screen_iterator_t it = xcb_setup_roots_iterator(setup); if (screen != -1 && screen < setup->roots_len) { for (int i = 0; i < screen; i++) { xcb_screen_next(&it); } } p->root = it.data->root; p->supportwindow = supportWindow; p->number_of_desktops = p->current_desktop = 0; p->active = XCB_WINDOW_NONE; p->clients = p->stacking = p->virtual_roots = (xcb_window_t *) nullptr; p->clients_count = p->stacking_count = p->virtual_roots_count = 0; p->showing_desktop = false; p->desktop_layout_orientation = OrientationHorizontal; p->desktop_layout_corner = DesktopLayoutCornerTopLeft; p->desktop_layout_columns = p->desktop_layout_rows = 0; setDefaultProperties(); p->properties = properties; p->properties2 = properties2; p->windowTypes = windowTypes; p->states = states; p->actions = actions; // force support for Supported and SupportingWMCheck for window managers p->properties |= (Supported | SupportingWMCheck); p->clientProperties = DesktopNames // the only thing that can be changed by clients | WMPing; // or they can reply to this p->clientProperties2 = WM2DesktopLayout; p->role = WindowManager; if (doActivate) { activate(); } } NETRootInfo::NETRootInfo(xcb_connection_t *connection, NET::Properties properties, NET::Properties2 properties2, int screen, bool doActivate) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::NETRootInfo: using Client constructor\n"); #endif p = new NETRootInfoPrivate; p->ref = 1; p->atoms = atomsForConnection(connection); p->name = nullptr; p->conn = connection; p->temp_buf = nullptr; p->temp_buf_size = 0; const xcb_setup_t *setup = xcb_get_setup(p->conn); xcb_screen_iterator_t it = xcb_setup_roots_iterator(setup); if (screen != -1 && screen < setup->roots_len) { for (int i = 0; i < screen; i++) { xcb_screen_next(&it); } } p->root = it.data->root; p->rootSize.width = it.data->width_in_pixels; p->rootSize.height = it.data->height_in_pixels; p->supportwindow = XCB_WINDOW_NONE; p->number_of_desktops = p->current_desktop = 0; p->active = XCB_WINDOW_NONE; p->clients = p->stacking = p->virtual_roots = (xcb_window_t *) nullptr; p->clients_count = p->stacking_count = p->virtual_roots_count = 0; p->showing_desktop = false; p->desktop_layout_orientation = OrientationHorizontal; p->desktop_layout_corner = DesktopLayoutCornerTopLeft; p->desktop_layout_columns = p->desktop_layout_rows = 0; setDefaultProperties(); p->clientProperties = properties; p->clientProperties2 = properties2; p->properties = NET::Properties(); p->properties2 = NET::Properties2(); p->windowTypes = NET::WindowTypes(); p->states = NET::States(); p->actions = NET::Actions(); p->role = Client; if (doActivate) { activate(); } } // Copy an existing NETRootInfo object. NETRootInfo::NETRootInfo(const NETRootInfo &rootinfo) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::NETRootInfo: using copy constructor\n"); #endif p = rootinfo.p; p->ref++; } // Be gone with our NETRootInfo. NETRootInfo::~NETRootInfo() { refdec_nri(p); if (! p->ref) { delete p; } } void NETRootInfo::setDefaultProperties() { p->properties = Supported | SupportingWMCheck; p->windowTypes = NormalMask | DesktopMask | DockMask | ToolbarMask | MenuMask | DialogMask; p->states = Modal | Sticky | MaxVert | MaxHoriz | Shaded | SkipTaskbar | KeepAbove; p->properties2 = NET::Properties2(); p->actions = NET::Actions(); p->clientProperties = NET::Properties(); p->clientProperties2 = NET::Properties2(); } void NETRootInfo::activate() { if (p->role == WindowManager) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::activate: setting supported properties on root\n"); #endif setSupported(); update(p->clientProperties, p->clientProperties2); } else { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::activate: updating client information\n"); #endif update(p->clientProperties, p->clientProperties2); } } void NETRootInfo::setClientList(const xcb_window_t *windows, unsigned int count) { if (p->role != WindowManager) { return; } p->clients_count = count; delete [] p->clients; p->clients = nwindup(windows, count); #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setClientList: setting list with %ld windows\n", p->clients_count); #endif xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_CLIENT_LIST), XCB_ATOM_WINDOW, 32, p->clients_count, (const void *) windows); } void NETRootInfo::setClientListStacking(const xcb_window_t *windows, unsigned int count) { if (p->role != WindowManager) { return; } p->stacking_count = count; delete [] p->stacking; p->stacking = nwindup(windows, count); #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setClientListStacking: setting list with %ld windows\n", p->clients_count); #endif xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_CLIENT_LIST_STACKING), XCB_ATOM_WINDOW, 32, p->stacking_count, (const void *) windows); } void NETRootInfo::setNumberOfDesktops(int numberOfDesktops) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setNumberOfDesktops: setting desktop count to %d (%s)\n", numberOfDesktops, (p->role == WindowManager) ? "WM" : "Client"); #endif if (p->role == WindowManager) { p->number_of_desktops = numberOfDesktops; const uint32_t d = numberOfDesktops; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_NUMBER_OF_DESKTOPS), XCB_ATOM_CARDINAL, 32, 1, (const void *) &d); } else { const uint32_t data[5] = { uint32_t(numberOfDesktops), 0, 0, 0, 0 }; send_client_message(p->conn, netwm_sendevent_mask, p->root, p->root, p->atom(_NET_NUMBER_OF_DESKTOPS), data); } } void NETRootInfo::setCurrentDesktop(int desktop, bool ignore_viewport) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setCurrentDesktop: setting current desktop = %d (%s)\n", desktop, (p->role == WindowManager) ? "WM" : "Client"); #endif if (p->role == WindowManager) { p->current_desktop = desktop; uint32_t d = p->current_desktop - 1; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_CURRENT_DESKTOP), XCB_ATOM_CARDINAL, 32, 1, (const void *) &d); } else { if (!ignore_viewport && KWindowSystem::mapViewport()) { KWindowSystem::setCurrentDesktop(desktop); return; } const uint32_t data[5] = { uint32_t(desktop - 1), 0, 0, 0, 0 }; send_client_message(p->conn, netwm_sendevent_mask, p->root, p->root, p->atom(_NET_CURRENT_DESKTOP), data); } } void NETRootInfo::setDesktopName(int desktop, const char *desktopName) { // Allow setting desktop names even for non-existent desktops, see the spec, sect.3.7. if (desktop < 1) { return; } delete [] p->desktop_names[desktop - 1]; p->desktop_names[desktop - 1] = nstrdup(desktopName); unsigned int i, proplen, num = ((p->number_of_desktops > p->desktop_names.size()) ? p->number_of_desktops : p->desktop_names.size()); for (i = 0, proplen = 0; i < num; i++) { proplen += (p->desktop_names[i] != nullptr ? strlen(p->desktop_names[i]) + 1 : 1); } char *prop = new char[proplen], *propp = prop; for (i = 0; i < num; i++) if (p->desktop_names[i]) { strcpy(propp, p->desktop_names[i]); propp += strlen(p->desktop_names[i]) + 1; } else { *propp++ = '\0'; } #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setDesktopName(%d, '%s')\n" "NETRootInfo::setDesktopName: total property length = %d", desktop, desktopName, proplen); #endif xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_DESKTOP_NAMES), p->atom(UTF8_STRING), 8, proplen, (const void *) prop); delete [] prop; } void NETRootInfo::setDesktopGeometry(const NETSize &geometry) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setDesktopGeometry( -- , { %d, %d }) (%s)\n", geometry.width, geometry.height, (p->role == WindowManager) ? "WM" : "Client"); #endif if (p->role == WindowManager) { p->geometry = geometry; uint32_t data[2]; data[0] = p->geometry.width; data[1] = p->geometry.height; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_DESKTOP_GEOMETRY), XCB_ATOM_CARDINAL, 32, 2, (const void *) data); } else { uint32_t data[5] = { uint32_t(geometry.width), uint32_t(geometry.height), 0, 0, 0 }; send_client_message(p->conn, netwm_sendevent_mask, p->root, p->root, p->atom(_NET_DESKTOP_GEOMETRY), data); } } void NETRootInfo::setDesktopViewport(int desktop, const NETPoint &viewport) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setDesktopViewport(%d, { %d, %d }) (%s)\n", desktop, viewport.x, viewport.y, (p->role == WindowManager) ? "WM" : "Client"); #endif if (desktop < 1) { return; } if (p->role == WindowManager) { p->viewport[desktop - 1] = viewport; int d, i, l; l = p->number_of_desktops * 2; uint32_t *data = new uint32_t[l]; for (d = 0, i = 0; d < p->number_of_desktops; d++) { data[i++] = p->viewport[d].x; data[i++] = p->viewport[d].y; } xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_DESKTOP_VIEWPORT), XCB_ATOM_CARDINAL, 32, l, (const void *) data); delete [] data; } else { const uint32_t data[5] = { uint32_t(viewport.x), uint32_t(viewport.y), 0, 0, 0 }; send_client_message(p->conn, netwm_sendevent_mask, p->root, p->root, p->atom(_NET_DESKTOP_VIEWPORT), data); } } void NETRootInfo::setSupported() { if (p->role != WindowManager) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setSupported - role != WindowManager\n"); #endif return; } xcb_atom_t atoms[KwsAtomCount]; int pnum = 2; // Root window properties/messages atoms[0] = p->atom(_NET_SUPPORTED); atoms[1] = p->atom(_NET_SUPPORTING_WM_CHECK); if (p->properties & ClientList) { atoms[pnum++] = p->atom(_NET_CLIENT_LIST); } if (p->properties & ClientListStacking) { atoms[pnum++] = p->atom(_NET_CLIENT_LIST_STACKING); } if (p->properties & NumberOfDesktops) { atoms[pnum++] = p->atom(_NET_NUMBER_OF_DESKTOPS); } if (p->properties & DesktopGeometry) { atoms[pnum++] = p->atom(_NET_DESKTOP_GEOMETRY); } if (p->properties & DesktopViewport) { atoms[pnum++] = p->atom(_NET_DESKTOP_VIEWPORT); } if (p->properties & CurrentDesktop) { atoms[pnum++] = p->atom(_NET_CURRENT_DESKTOP); } if (p->properties & DesktopNames) { atoms[pnum++] = p->atom(_NET_DESKTOP_NAMES); } if (p->properties & ActiveWindow) { atoms[pnum++] = p->atom(_NET_ACTIVE_WINDOW); } if (p->properties & WorkArea) { atoms[pnum++] = p->atom(_NET_WORKAREA); } if (p->properties & VirtualRoots) { atoms[pnum++] = p->atom(_NET_VIRTUAL_ROOTS); } if (p->properties2 & WM2DesktopLayout) { atoms[pnum++] = p->atom(_NET_DESKTOP_LAYOUT); } if (p->properties & CloseWindow) { atoms[pnum++] = p->atom(_NET_CLOSE_WINDOW); } if (p->properties2 & WM2RestackWindow) { atoms[pnum++] = p->atom(_NET_RESTACK_WINDOW); } if (p->properties2 & WM2ShowingDesktop) { atoms[pnum++] = p->atom(_NET_SHOWING_DESKTOP); } // Application window properties/messages if (p->properties & WMMoveResize) { atoms[pnum++] = p->atom(_NET_WM_MOVERESIZE); } if (p->properties2 & WM2MoveResizeWindow) { atoms[pnum++] = p->atom(_NET_MOVERESIZE_WINDOW); } if (p->properties & WMName) { atoms[pnum++] = p->atom(_NET_WM_NAME); } if (p->properties & WMVisibleName) { atoms[pnum++] = p->atom(_NET_WM_VISIBLE_NAME); } if (p->properties & WMIconName) { atoms[pnum++] = p->atom(_NET_WM_ICON_NAME); } if (p->properties & WMVisibleIconName) { atoms[pnum++] = p->atom(_NET_WM_VISIBLE_ICON_NAME); } if (p->properties & WMDesktop) { atoms[pnum++] = p->atom(_NET_WM_DESKTOP); } if (p->properties & WMWindowType) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE); // Application window types if (p->windowTypes & NormalMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_NORMAL); } if (p->windowTypes & DesktopMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_DESKTOP); } if (p->windowTypes & DockMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_DOCK); } if (p->windowTypes & ToolbarMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_TOOLBAR); } if (p->windowTypes & MenuMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_MENU); } if (p->windowTypes & DialogMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_DIALOG); } if (p->windowTypes & UtilityMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_UTILITY); } if (p->windowTypes & SplashMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_SPLASH); } if (p->windowTypes & DropdownMenuMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_DROPDOWN_MENU); } if (p->windowTypes & PopupMenuMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_POPUP_MENU); } if (p->windowTypes & TooltipMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_TOOLTIP); } if (p->windowTypes & NotificationMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_NOTIFICATION); } if (p->windowTypes & ComboBoxMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_COMBO); } if (p->windowTypes & DNDIconMask) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_TYPE_DND); } // KDE extensions if (p->windowTypes & OverrideMask) { atoms[pnum++] = p->atom(_KDE_NET_WM_WINDOW_TYPE_OVERRIDE); } if (p->windowTypes & TopMenuMask) { atoms[pnum++] = p->atom(_KDE_NET_WM_WINDOW_TYPE_TOPMENU); } if (p->windowTypes & OnScreenDisplayMask) { atoms[pnum++] = p->atom(_KDE_NET_WM_WINDOW_TYPE_ON_SCREEN_DISPLAY); } if (p->windowTypes & CriticalNotificationMask) { atoms[pnum++] = p->atom(_KDE_NET_WM_WINDOW_TYPE_CRITICAL_NOTIFICATION); } } if (p->properties & WMState) { atoms[pnum++] = p->atom(_NET_WM_STATE); // Application window states if (p->states & Modal) { atoms[pnum++] = p->atom(_NET_WM_STATE_MODAL); } if (p->states & Sticky) { atoms[pnum++] = p->atom(_NET_WM_STATE_STICKY); } if (p->states & MaxVert) { atoms[pnum++] = p->atom(_NET_WM_STATE_MAXIMIZED_VERT); } if (p->states & MaxHoriz) { atoms[pnum++] = p->atom(_NET_WM_STATE_MAXIMIZED_HORZ); } if (p->states & Shaded) { atoms[pnum++] = p->atom(_NET_WM_STATE_SHADED); } if (p->states & SkipTaskbar) { atoms[pnum++] = p->atom(_NET_WM_STATE_SKIP_TASKBAR); } if (p->states & SkipPager) { atoms[pnum++] = p->atom(_NET_WM_STATE_SKIP_PAGER); } if (p->states & SkipSwitcher) { atoms[pnum++] = p->atom(_KDE_NET_WM_STATE_SKIP_SWITCHER); } if (p->states & Hidden) { atoms[pnum++] = p->atom(_NET_WM_STATE_HIDDEN); } if (p->states & FullScreen) { atoms[pnum++] = p->atom(_NET_WM_STATE_FULLSCREEN); } if (p->states & KeepAbove) { atoms[pnum++] = p->atom(_NET_WM_STATE_ABOVE); // deprecated variant atoms[pnum++] = p->atom(_NET_WM_STATE_STAYS_ON_TOP); } if (p->states & KeepBelow) { atoms[pnum++] = p->atom(_NET_WM_STATE_BELOW); } if (p->states & DemandsAttention) { atoms[pnum++] = p->atom(_NET_WM_STATE_DEMANDS_ATTENTION); } if (p->states & Focused) { atoms[pnum++] = p->atom(_NET_WM_STATE_FOCUSED); } } if (p->properties & WMStrut) { atoms[pnum++] = p->atom(_NET_WM_STRUT); } if (p->properties2 & WM2ExtendedStrut) { atoms[pnum++] = p->atom(_NET_WM_STRUT_PARTIAL); } if (p->properties & WMIconGeometry) { atoms[pnum++] = p->atom(_NET_WM_ICON_GEOMETRY); } if (p->properties & WMIcon) { atoms[pnum++] = p->atom(_NET_WM_ICON); } if (p->properties & WMPid) { atoms[pnum++] = p->atom(_NET_WM_PID); } if (p->properties & WMHandledIcons) { atoms[pnum++] = p->atom(_NET_WM_HANDLED_ICONS); } if (p->properties & WMPing) { atoms[pnum++] = p->atom(_NET_WM_PING); } if (p->properties2 & WM2UserTime) { atoms[pnum++] = p->atom(_NET_WM_USER_TIME); } if (p->properties2 & WM2StartupId) { atoms[pnum++] = p->atom(_NET_STARTUP_ID); } if (p->properties2 & WM2Opacity) { atoms[pnum++] = p->atom(_NET_WM_WINDOW_OPACITY); } if (p->properties2 & WM2FullscreenMonitors) { atoms[pnum++] = p->atom(_NET_WM_FULLSCREEN_MONITORS); } if (p->properties2 & WM2AllowedActions) { atoms[pnum++] = p->atom(_NET_WM_ALLOWED_ACTIONS); // Actions if (p->actions & ActionMove) { atoms[pnum++] = p->atom(_NET_WM_ACTION_MOVE); } if (p->actions & ActionResize) { atoms[pnum++] = p->atom(_NET_WM_ACTION_RESIZE); } if (p->actions & ActionMinimize) { atoms[pnum++] = p->atom(_NET_WM_ACTION_MINIMIZE); } if (p->actions & ActionShade) { atoms[pnum++] = p->atom(_NET_WM_ACTION_SHADE); } if (p->actions & ActionStick) { atoms[pnum++] = p->atom(_NET_WM_ACTION_STICK); } if (p->actions & ActionMaxVert) { atoms[pnum++] = p->atom(_NET_WM_ACTION_MAXIMIZE_VERT); } if (p->actions & ActionMaxHoriz) { atoms[pnum++] = p->atom(_NET_WM_ACTION_MAXIMIZE_HORZ); } if (p->actions & ActionFullScreen) { atoms[pnum++] = p->atom(_NET_WM_ACTION_FULLSCREEN); } if (p->actions & ActionChangeDesktop) { atoms[pnum++] = p->atom(_NET_WM_ACTION_CHANGE_DESKTOP); } if (p->actions & ActionClose) { atoms[pnum++] = p->atom(_NET_WM_ACTION_CLOSE); } } if (p->properties & WMFrameExtents) { atoms[pnum++] = p->atom(_NET_FRAME_EXTENTS); atoms[pnum++] = p->atom(_KDE_NET_WM_FRAME_STRUT); } if (p->properties2 & WM2FrameOverlap) { atoms[pnum++] = p->atom(_NET_WM_FRAME_OVERLAP); } if (p->properties2 & WM2KDETemporaryRules) { atoms[pnum++] = p->atom(_KDE_NET_WM_TEMPORARY_RULES); } if (p->properties2 & WM2FullPlacement) { atoms[pnum++] = p->atom(_NET_WM_FULL_PLACEMENT); } if (p->properties2 & WM2Activities) { atoms[pnum++] = p->atom(_KDE_NET_WM_ACTIVITIES); } if (p->properties2 & WM2BlockCompositing) { atoms[pnum++] = p->atom(_KDE_NET_WM_BLOCK_COMPOSITING); atoms[pnum++] = p->atom(_NET_WM_BYPASS_COMPOSITOR); } if (p->properties2 & WM2KDEShadow) { atoms[pnum++] = p->atom(_KDE_NET_WM_SHADOW); } if (p->properties2 & WM2OpaqueRegion) { atoms[pnum++] = p->atom(_NET_WM_OPAQUE_REGION); } if (p->properties2 & WM2GTKFrameExtents) { atoms[pnum++] = p->atom(_GTK_FRAME_EXTENTS); } xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_SUPPORTED), XCB_ATOM_ATOM, 32, pnum, (const void *) atoms); xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_SUPPORTING_WM_CHECK), XCB_ATOM_WINDOW, 32, 1, (const void *) & (p->supportwindow)); #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setSupported: _NET_SUPPORTING_WM_CHECK = 0x%lx on 0x%lx\n" " : _NET_WM_NAME = '%s' on 0x%lx\n", p->supportwindow, p->supportwindow, p->name, p->supportwindow); #endif xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->supportwindow, p->atom(_NET_SUPPORTING_WM_CHECK), XCB_ATOM_WINDOW, 32, 1, (const void *) & (p->supportwindow)); xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->supportwindow, p->atom(_NET_WM_NAME), p->atom(UTF8_STRING), 8, strlen(p->name), (const void *) p->name); } void NETRootInfo::updateSupportedProperties(xcb_atom_t atom) { if (atom == p->atom(_NET_SUPPORTED)) { p->properties |= Supported; } else if (atom == p->atom(_NET_SUPPORTING_WM_CHECK)) { p->properties |= SupportingWMCheck; } else if (atom == p->atom(_NET_CLIENT_LIST)) { p->properties |= ClientList; } else if (atom == p->atom(_NET_CLIENT_LIST_STACKING)) { p->properties |= ClientListStacking; } else if (atom == p->atom(_NET_NUMBER_OF_DESKTOPS)) { p->properties |= NumberOfDesktops; } else if (atom == p->atom(_NET_DESKTOP_GEOMETRY)) { p->properties |= DesktopGeometry; } else if (atom == p->atom(_NET_DESKTOP_VIEWPORT)) { p->properties |= DesktopViewport; } else if (atom == p->atom(_NET_CURRENT_DESKTOP)) { p->properties |= CurrentDesktop; } else if (atom == p->atom(_NET_DESKTOP_NAMES)) { p->properties |= DesktopNames; } else if (atom == p->atom(_NET_ACTIVE_WINDOW)) { p->properties |= ActiveWindow; } else if (atom == p->atom(_NET_WORKAREA)) { p->properties |= WorkArea; } else if (atom == p->atom(_NET_VIRTUAL_ROOTS)) { p->properties |= VirtualRoots; } else if (atom == p->atom(_NET_DESKTOP_LAYOUT)) { p->properties2 |= WM2DesktopLayout; } else if (atom == p->atom(_NET_CLOSE_WINDOW)) { p->properties |= CloseWindow; } else if (atom == p->atom(_NET_RESTACK_WINDOW)) { p->properties2 |= WM2RestackWindow; } else if (atom == p->atom(_NET_SHOWING_DESKTOP)) { p->properties2 |= WM2ShowingDesktop; } // Application window properties/messages else if (atom == p->atom(_NET_WM_MOVERESIZE)) { p->properties |= WMMoveResize; } else if (atom == p->atom(_NET_MOVERESIZE_WINDOW)) { p->properties2 |= WM2MoveResizeWindow; } else if (atom == p->atom(_NET_WM_NAME)) { p->properties |= WMName; } else if (atom == p->atom(_NET_WM_VISIBLE_NAME)) { p->properties |= WMVisibleName; } else if (atom == p->atom(_NET_WM_ICON_NAME)) { p->properties |= WMIconName; } else if (atom == p->atom(_NET_WM_VISIBLE_ICON_NAME)) { p->properties |= WMVisibleIconName; } else if (atom == p->atom(_NET_WM_DESKTOP)) { p->properties |= WMDesktop; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE)) { p->properties |= WMWindowType; } // Application window types else if (atom == p->atom(_NET_WM_WINDOW_TYPE_NORMAL)) { p->windowTypes |= NormalMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_DESKTOP)) { p->windowTypes |= DesktopMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_DOCK)) { p->windowTypes |= DockMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_TOOLBAR)) { p->windowTypes |= ToolbarMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_MENU)) { p->windowTypes |= MenuMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_DIALOG)) { p->windowTypes |= DialogMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_UTILITY)) { p->windowTypes |= UtilityMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_SPLASH)) { p->windowTypes |= SplashMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_DROPDOWN_MENU)) { p->windowTypes |= DropdownMenuMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_POPUP_MENU)) { p->windowTypes |= PopupMenuMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_TOOLTIP)) { p->windowTypes |= TooltipMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_NOTIFICATION)) { p->windowTypes |= NotificationMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_COMBO)) { p->windowTypes |= ComboBoxMask; } else if (atom == p->atom(_NET_WM_WINDOW_TYPE_DND)) { p->windowTypes |= DNDIconMask; } // KDE extensions else if (atom == p->atom(_KDE_NET_WM_WINDOW_TYPE_OVERRIDE)) { p->windowTypes |= OverrideMask; } else if (atom == p->atom(_KDE_NET_WM_WINDOW_TYPE_TOPMENU)) { p->windowTypes |= TopMenuMask; } else if (atom == p->atom(_KDE_NET_WM_WINDOW_TYPE_ON_SCREEN_DISPLAY)) { p->windowTypes |= OnScreenDisplayMask; } else if (atom == p->atom(_KDE_NET_WM_WINDOW_TYPE_CRITICAL_NOTIFICATION)) { p->windowTypes |= CriticalNotificationMask; } else if (atom == p->atom(_NET_WM_STATE)) { p->properties |= WMState; } // Application window states else if (atom == p->atom(_NET_WM_STATE_MODAL)) { p->states |= Modal; } else if (atom == p->atom(_NET_WM_STATE_STICKY)) { p->states |= Sticky; } else if (atom == p->atom(_NET_WM_STATE_MAXIMIZED_VERT)) { p->states |= MaxVert; } else if (atom == p->atom(_NET_WM_STATE_MAXIMIZED_HORZ)) { p->states |= MaxHoriz; } else if (atom == p->atom(_NET_WM_STATE_SHADED)) { p->states |= Shaded; } else if (atom == p->atom(_NET_WM_STATE_SKIP_TASKBAR)) { p->states |= SkipTaskbar; } else if (atom == p->atom(_NET_WM_STATE_SKIP_PAGER)) { p->states |= SkipPager; } else if (atom == p->atom(_KDE_NET_WM_STATE_SKIP_SWITCHER)) { p->states |= SkipSwitcher; } else if (atom == p->atom(_NET_WM_STATE_HIDDEN)) { p->states |= Hidden; } else if (atom == p->atom(_NET_WM_STATE_FULLSCREEN)) { p->states |= FullScreen; } else if (atom == p->atom(_NET_WM_STATE_ABOVE)) { p->states |= KeepAbove; } else if (atom == p->atom(_NET_WM_STATE_BELOW)) { p->states |= KeepBelow; } else if (atom == p->atom(_NET_WM_STATE_DEMANDS_ATTENTION)) { p->states |= DemandsAttention; } else if (atom == p->atom(_NET_WM_STATE_STAYS_ON_TOP)) { p->states |= KeepAbove; } else if (atom == p->atom(_NET_WM_STATE_FOCUSED)) { p->states |= Focused; } else if (atom == p->atom(_NET_WM_STRUT)) { p->properties |= WMStrut; } else if (atom == p->atom(_NET_WM_STRUT_PARTIAL)) { p->properties2 |= WM2ExtendedStrut; } else if (atom == p->atom(_NET_WM_ICON_GEOMETRY)) { p->properties |= WMIconGeometry; } else if (atom == p->atom(_NET_WM_ICON)) { p->properties |= WMIcon; } else if (atom == p->atom(_NET_WM_PID)) { p->properties |= WMPid; } else if (atom == p->atom(_NET_WM_HANDLED_ICONS)) { p->properties |= WMHandledIcons; } else if (atom == p->atom(_NET_WM_PING)) { p->properties |= WMPing; } else if (atom == p->atom(_NET_WM_USER_TIME)) { p->properties2 |= WM2UserTime; } else if (atom == p->atom(_NET_STARTUP_ID)) { p->properties2 |= WM2StartupId; } else if (atom == p->atom(_NET_WM_WINDOW_OPACITY)) { p->properties2 |= WM2Opacity; } else if (atom == p->atom(_NET_WM_FULLSCREEN_MONITORS)) { p->properties2 |= WM2FullscreenMonitors; } else if (atom == p->atom(_NET_WM_ALLOWED_ACTIONS)) { p->properties2 |= WM2AllowedActions; } // Actions else if (atom == p->atom(_NET_WM_ACTION_MOVE)) { p->actions |= ActionMove; } else if (atom == p->atom(_NET_WM_ACTION_RESIZE)) { p->actions |= ActionResize; } else if (atom == p->atom(_NET_WM_ACTION_MINIMIZE)) { p->actions |= ActionMinimize; } else if (atom == p->atom(_NET_WM_ACTION_SHADE)) { p->actions |= ActionShade; } else if (atom == p->atom(_NET_WM_ACTION_STICK)) { p->actions |= ActionStick; } else if (atom == p->atom(_NET_WM_ACTION_MAXIMIZE_VERT)) { p->actions |= ActionMaxVert; } else if (atom == p->atom(_NET_WM_ACTION_MAXIMIZE_HORZ)) { p->actions |= ActionMaxHoriz; } else if (atom == p->atom(_NET_WM_ACTION_FULLSCREEN)) { p->actions |= ActionFullScreen; } else if (atom == p->atom(_NET_WM_ACTION_CHANGE_DESKTOP)) { p->actions |= ActionChangeDesktop; } else if (atom == p->atom(_NET_WM_ACTION_CLOSE)) { p->actions |= ActionClose; } else if (atom == p->atom(_NET_FRAME_EXTENTS)) { p->properties |= WMFrameExtents; } else if (atom == p->atom(_KDE_NET_WM_FRAME_STRUT)) { p->properties |= WMFrameExtents; } else if (atom == p->atom(_NET_WM_FRAME_OVERLAP)) { p->properties2 |= WM2FrameOverlap; } else if (atom == p->atom(_KDE_NET_WM_TEMPORARY_RULES)) { p->properties2 |= WM2KDETemporaryRules; } else if (atom == p->atom(_NET_WM_FULL_PLACEMENT)) { p->properties2 |= WM2FullPlacement; } else if (atom == p->atom(_KDE_NET_WM_ACTIVITIES)) { p->properties2 |= WM2Activities; } else if (atom == p->atom(_KDE_NET_WM_BLOCK_COMPOSITING) || atom == p->atom(_NET_WM_BYPASS_COMPOSITOR)) { p->properties2 |= WM2BlockCompositing; } else if (atom == p->atom(_KDE_NET_WM_SHADOW)) { p->properties2 |= WM2KDEShadow; } else if (atom == p->atom(_NET_WM_OPAQUE_REGION)) { p->properties2 |= WM2OpaqueRegion; } else if (atom == p->atom(_GTK_FRAME_EXTENTS)) { p->properties2 |= WM2GTKFrameExtents; } + + else if (atom == p->atom(_KDE_NET_WM_APPMENU_OBJECT_PATH)) { + p->properties2 |= WM2AppMenuObjectPath; + } + + else if (atom == p->atom(_KDE_NET_WM_APPMENU_SERVICE_NAME)) { + p->properties2 |= WM2AppMenuServiceName; + } } void NETRootInfo::setActiveWindow(xcb_window_t window) { setActiveWindow(window, FromUnknown, QX11Info::appUserTime(), XCB_WINDOW_NONE); } void NETRootInfo::setActiveWindow(xcb_window_t window, NET::RequestSource src, xcb_timestamp_t timestamp, xcb_window_t active_window) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setActiveWindow(0x%lx) (%s)\n", window, (p->role == WindowManager) ? "WM" : "Client"); #endif if (p->role == WindowManager) { p->active = window; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_ACTIVE_WINDOW), XCB_ATOM_WINDOW, 32, 1, (const void *) & (p->active)); } else { const uint32_t data[5] = { src, timestamp, active_window, 0, 0 }; send_client_message(p->conn, netwm_sendevent_mask, p->root, window, p->atom(_NET_ACTIVE_WINDOW), data); } } void NETRootInfo::setWorkArea(int desktop, const NETRect &workarea) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setWorkArea(%d, { %d, %d, %d, %d }) (%s)\n", desktop, workarea.pos.x, workarea.pos.y, workarea.size.width, workarea.size.height, (p->role == WindowManager) ? "WM" : "Client"); #endif if (p->role != WindowManager || desktop < 1) { return; } p->workarea[desktop - 1] = workarea; uint32_t *wa = new uint32_t[p->number_of_desktops * 4]; int i, o; for (i = 0, o = 0; i < p->number_of_desktops; i++) { wa[o++] = p->workarea[i].pos.x; wa[o++] = p->workarea[i].pos.y; wa[o++] = p->workarea[i].size.width; wa[o++] = p->workarea[i].size.height; } xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_WORKAREA), XCB_ATOM_CARDINAL, 32, p->number_of_desktops * 4, (const void *) wa); delete [] wa; } void NETRootInfo::setVirtualRoots(const xcb_window_t *windows, unsigned int count) { if (p->role != WindowManager) { return; } p->virtual_roots_count = count; delete[] p->virtual_roots; p->virtual_roots = nwindup(windows, count); #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setVirtualRoots: setting list with %ld windows\n", p->virtual_roots_count); #endif xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_VIRTUAL_ROOTS), XCB_ATOM_WINDOW, 32, p->virtual_roots_count, (const void *) windows); } void NETRootInfo::setDesktopLayout(NET::Orientation orientation, int columns, int rows, NET::DesktopLayoutCorner corner) { p->desktop_layout_orientation = orientation; p->desktop_layout_columns = columns; p->desktop_layout_rows = rows; p->desktop_layout_corner = corner; #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setDesktopLayout: %d %d %d %d\n", orientation, columns, rows, corner); #endif uint32_t data[4]; data[0] = orientation; data[1] = columns; data[2] = rows; data[3] = corner; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_DESKTOP_LAYOUT), XCB_ATOM_CARDINAL, 32, 4, (const void *) data); } void NETRootInfo::setShowingDesktop(bool showing) { if (p->role == WindowManager) { uint32_t d = p->showing_desktop = showing; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->root, p->atom(_NET_SHOWING_DESKTOP), XCB_ATOM_CARDINAL, 32, 1, (const void *) &d); } else { uint32_t data[5] = { uint32_t(showing ? 1 : 0), 0, 0, 0, 0 }; send_client_message(p->conn, netwm_sendevent_mask, p->root, p->root, p->atom(_NET_SHOWING_DESKTOP), data); } } bool NETRootInfo::showingDesktop() const { return p->showing_desktop; } void NETRootInfo::closeWindowRequest(xcb_window_t window) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::closeWindowRequest: requesting close for 0x%lx\n", window); #endif const uint32_t data[5] = { 0, 0, 0, 0, 0 }; send_client_message(p->conn, netwm_sendevent_mask, p->root, window, p->atom(_NET_CLOSE_WINDOW), data); } void NETRootInfo::moveResizeRequest(xcb_window_t window, int x_root, int y_root, Direction direction) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::moveResizeRequest: requesting resize/move for 0x%lx (%d, %d, %d)\n", window, x_root, y_root, direction); #endif const uint32_t data[5] = { uint32_t(x_root), uint32_t(y_root), uint32_t(direction), 0, 0 }; send_client_message(p->conn, netwm_sendevent_mask, p->root, window, p->atom(_NET_WM_MOVERESIZE), data); } void NETRootInfo::moveResizeWindowRequest(xcb_window_t window, int flags, int x, int y, int width, int height) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::moveResizeWindowRequest: resizing/moving 0x%lx (%d, %d, %d, %d, %d)\n", window, flags, x, y, width, height); #endif const uint32_t data[5] = { uint32_t(flags), uint32_t(x), uint32_t(y), uint32_t(width), uint32_t(height) }; send_client_message(p->conn, netwm_sendevent_mask, p->root, window, p->atom(_NET_MOVERESIZE_WINDOW), data); } void NETRootInfo::restackRequest(xcb_window_t window, RequestSource src, xcb_window_t above, int detail, xcb_timestamp_t timestamp) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::restackRequest: requesting restack for 0x%lx (%lx, %d)\n", window, above, detail); #endif const uint32_t data[5] = { uint32_t(src), uint32_t(above), uint32_t(detail), uint32_t(timestamp), 0 }; send_client_message(p->conn, netwm_sendevent_mask, p->root, window, p->atom(_NET_RESTACK_WINDOW), data); } void NETRootInfo::sendPing(xcb_window_t window, xcb_timestamp_t timestamp) { if (p->role != WindowManager) { return; } #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::setPing: window 0x%lx, timestamp %lu\n", window, timestamp); #endif const uint32_t data[5] = { p->atom(_NET_WM_PING), timestamp, window, 0, 0 }; send_client_message(p->conn, 0, window, window, p->atom(WM_PROTOCOLS), data); } // assignment operator const NETRootInfo &NETRootInfo::operator=(const NETRootInfo &rootinfo) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::operator=()\n"); #endif if (p != rootinfo.p) { refdec_nri(p); if (! p->ref) { delete p; } } p = rootinfo.p; p->ref++; return *this; } NET::Properties NETRootInfo::event(xcb_generic_event_t *ev) { NET::Properties props; event(ev, &props); return props; } #if KWINDOWSYSTEM_BUILD_DEPRECATED_SINCE(5, 0) void NETRootInfo::event(xcb_generic_event_t *ev, unsigned long *properties, int properties_size) { unsigned long props[ PROPERTIES_SIZE ] = { 0, 0, 0, 0, 0 }; assert(PROPERTIES_SIZE == 5); // add elements above NET::Properties p; NET::Properties2 p2; event(ev, &p, &p2); props[ PROTOCOLS ] = p; props[ PROTOCOLS2 ] = p2; if (properties_size > PROPERTIES_SIZE) { properties_size = PROPERTIES_SIZE; } for (int i = 0; i < properties_size; ++i) { properties[ i ] = props[ i ]; } } #endif void NETRootInfo::event(xcb_generic_event_t *event, NET::Properties *properties, NET::Properties2 *properties2) { NET::Properties dirty; NET::Properties2 dirty2; bool do_update = false; const uint8_t eventType = event->response_type & ~0x80; // the window manager will be interested in client messages... no other // client should get these messages if (p->role == WindowManager && eventType == XCB_CLIENT_MESSAGE && reinterpret_cast(event)->format == 32) { xcb_client_message_event_t *message = reinterpret_cast(event); #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: handling ClientMessage event\n"); #endif if (message->type == p->atom(_NET_NUMBER_OF_DESKTOPS)) { dirty = NumberOfDesktops; #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: changeNumberOfDesktops(%ld)\n", message->data.data32[0]); #endif changeNumberOfDesktops(message->data.data32[0]); } else if (message->type == p->atom(_NET_DESKTOP_GEOMETRY)) { dirty = DesktopGeometry; NETSize sz; sz.width = message->data.data32[0]; sz.height = message->data.data32[1]; #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: changeDesktopGeometry( -- , { %d, %d })\n", sz.width, sz.height); #endif changeDesktopGeometry(~0, sz); } else if (message->type == p->atom(_NET_DESKTOP_VIEWPORT)) { dirty = DesktopViewport; NETPoint pt; pt.x = message->data.data32[0]; pt.y = message->data.data32[1]; #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: changeDesktopViewport(%d, { %d, %d })\n", p->current_desktop, pt.x, pt.y); #endif changeDesktopViewport(p->current_desktop, pt); } else if (message->type == p->atom(_NET_CURRENT_DESKTOP)) { dirty = CurrentDesktop; #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: changeCurrentDesktop(%ld)\n", message->data.data32[0] + 1); #endif changeCurrentDesktop(message->data.data32[0] + 1); } else if (message->type == p->atom(_NET_ACTIVE_WINDOW)) { dirty = ActiveWindow; #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: changeActiveWindow(0x%lx)\n", message->window); #endif RequestSource src = FromUnknown; xcb_timestamp_t timestamp = XCB_TIME_CURRENT_TIME; xcb_window_t active_window = XCB_WINDOW_NONE; // make sure there aren't unknown values if (message->data.data32[0] >= FromUnknown && message->data.data32[0] <= FromTool) { src = static_cast< RequestSource >(message->data.data32[0]); timestamp = message->data.data32[1]; active_window = message->data.data32[2]; } changeActiveWindow(message->window, src, timestamp, active_window); } else if (message->type == p->atom(_NET_WM_MOVERESIZE)) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: moveResize(%ld, %ld, %ld, %ld)\n", message->window, message->data.data32[0], message->data.data32[1], message->data.data32[2] ); #endif moveResize(message->window, message->data.data32[0], message->data.data32[1], message->data.data32[2]); } else if (message->type == p->atom(_NET_MOVERESIZE_WINDOW)) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: moveResizeWindow(%ld, %ld, %ld, %ld, %ld, %ld)\n", message->window, message->data.data32[0], message->data.data32[1], message->data.data32[2], message->data.data32[3], message->data.data32[4] ); #endif moveResizeWindow(message->window, message->data.data32[0], message->data.data32[1], message->data.data32[2], message->data.data32[3], message->data.data32[4]); } else if (message->type == p->atom(_NET_CLOSE_WINDOW)) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: closeWindow(0x%lx)\n", message->window); #endif closeWindow(message->window); } else if (message->type == p->atom(_NET_RESTACK_WINDOW)) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: restackWindow(0x%lx)\n", message->window); #endif RequestSource src = FromUnknown; xcb_timestamp_t timestamp = XCB_TIME_CURRENT_TIME; // make sure there aren't unknown values if (message->data.data32[0] >= FromUnknown && message->data.data32[0] <= FromTool) { src = static_cast< RequestSource >(message->data.data32[0]); timestamp = message->data.data32[3]; } restackWindow(message->window, src, message->data.data32[1], message->data.data32[2], timestamp); } else if (message->type == p->atom(WM_PROTOCOLS) && (xcb_atom_t)message->data.data32[ 0 ] == p->atom(_NET_WM_PING)) { dirty = WMPing; #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: gotPing(0x%lx,%lu)\n", message->window, message->data.data32[1]); #endif gotPing(message->data.data32[2], message->data.data32[1]); } else if (message->type == p->atom(_NET_SHOWING_DESKTOP)) { dirty2 = WM2ShowingDesktop; #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: changeShowingDesktop(%ld)\n", message->data.data32[0]); #endif changeShowingDesktop(message->data.data32[0]); } } if (eventType == XCB_PROPERTY_NOTIFY) { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: handling PropertyNotify event\n"); #endif xcb_property_notify_event_t *pe = reinterpret_cast(event); if (pe->atom == p->atom(_NET_CLIENT_LIST)) { dirty |= ClientList; } else if (pe->atom == p->atom(_NET_CLIENT_LIST_STACKING)) { dirty |= ClientListStacking; } else if (pe->atom == p->atom(_NET_DESKTOP_NAMES)) { dirty |= DesktopNames; } else if (pe->atom == p->atom(_NET_WORKAREA)) { dirty |= WorkArea; } else if (pe->atom == p->atom(_NET_NUMBER_OF_DESKTOPS)) { dirty |= NumberOfDesktops; } else if (pe->atom == p->atom(_NET_DESKTOP_GEOMETRY)) { dirty |= DesktopGeometry; } else if (pe->atom == p->atom(_NET_DESKTOP_VIEWPORT)) { dirty |= DesktopViewport; } else if (pe->atom == p->atom(_NET_CURRENT_DESKTOP)) { dirty |= CurrentDesktop; } else if (pe->atom == p->atom(_NET_ACTIVE_WINDOW)) { dirty |= ActiveWindow; } else if (pe->atom == p->atom(_NET_SHOWING_DESKTOP)) { dirty2 |= WM2ShowingDesktop; } else if (pe->atom == p->atom(_NET_SUPPORTED)) { dirty |= Supported; // update here? } else if (pe->atom == p->atom(_NET_SUPPORTING_WM_CHECK)) { dirty |= SupportingWMCheck; } else if (pe->atom == p->atom(_NET_VIRTUAL_ROOTS)) { dirty |= VirtualRoots; } else if (pe->atom == p->atom(_NET_DESKTOP_LAYOUT)) { dirty2 |= WM2DesktopLayout; } do_update = true; } if (do_update) { update(dirty, dirty2); } #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::event: handled events, returning dirty = 0x%lx, 0x%lx\n", dirty, dirty2); #endif if (properties) { *properties = dirty; } if (properties2) { *properties2 = dirty2; } } // private functions to update the data we keep void NETRootInfo::update(NET::Properties properties, NET::Properties2 properties2) { NET::Properties dirty = properties & p->clientProperties; NET::Properties2 dirty2 = properties2 & p->clientProperties2; xcb_get_property_cookie_t cookies[255]; xcb_get_property_cookie_t wm_name_cookie; int c = 0; // Send the property requests if (dirty & Supported) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_SUPPORTED), XCB_ATOM_ATOM, 0, MAX_PROP_SIZE); } if (dirty & ClientList) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_CLIENT_LIST), XCB_ATOM_WINDOW, 0, MAX_PROP_SIZE); } if (dirty & ClientListStacking) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_CLIENT_LIST_STACKING), XCB_ATOM_WINDOW, 0, MAX_PROP_SIZE); } if (dirty & NumberOfDesktops) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_NUMBER_OF_DESKTOPS), XCB_ATOM_CARDINAL, 0, 1); } if (dirty & DesktopGeometry) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_DESKTOP_GEOMETRY), XCB_ATOM_CARDINAL, 0, 2); } if (dirty & DesktopViewport) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_DESKTOP_VIEWPORT), XCB_ATOM_CARDINAL, 0, MAX_PROP_SIZE); } if (dirty & CurrentDesktop) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_CURRENT_DESKTOP), XCB_ATOM_CARDINAL, 0, 1); } if (dirty & DesktopNames) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_DESKTOP_NAMES), p->atom(UTF8_STRING), 0, MAX_PROP_SIZE); } if (dirty & ActiveWindow) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_ACTIVE_WINDOW), XCB_ATOM_WINDOW, 0, 1); } if (dirty & WorkArea) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_WORKAREA), XCB_ATOM_CARDINAL, 0, MAX_PROP_SIZE); } if (dirty & SupportingWMCheck) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_SUPPORTING_WM_CHECK), XCB_ATOM_WINDOW, 0, 1); } if (dirty & VirtualRoots) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_VIRTUAL_ROOTS), XCB_ATOM_WINDOW, 0, 1); } if (dirty2 & WM2DesktopLayout) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_DESKTOP_LAYOUT), XCB_ATOM_CARDINAL, 0, MAX_PROP_SIZE); } if (dirty2 & WM2ShowingDesktop) { cookies[c++] = xcb_get_property(p->conn, false, p->root, p->atom(_NET_SHOWING_DESKTOP), XCB_ATOM_CARDINAL, 0, 1); } // Get the replies c = 0; if (dirty & Supported) { // Only in Client mode p->properties = NET::Properties(); p->properties2 = NET::Properties2(); p->windowTypes = NET::WindowTypes(); p->states = NET::States(); p->actions = NET::Actions(); const QVector atoms = get_array_reply(p->conn, cookies[c++], XCB_ATOM_ATOM); for (const xcb_atom_t atom : atoms) { updateSupportedProperties(atom); } } if (dirty & ClientList) { QList clientsToRemove; QList clientsToAdd; QVector clients = get_array_reply(p->conn, cookies[c++], XCB_ATOM_WINDOW); std::sort(clients.begin(), clients.end()); if (p->clients) { if (p->role == Client) { int new_index = 0, old_index = 0; int old_count = p->clients_count; int new_count = clients.count(); while (old_index < old_count || new_index < new_count) { if (old_index == old_count) { clientsToAdd.append(clients[new_index++]); } else if (new_index == new_count) { clientsToRemove.append(p->clients[old_index++]); } else { if (p->clients[old_index] < clients[new_index]) { clientsToRemove.append(p->clients[old_index++]); } else if (clients[new_index] < p->clients[old_index]) { clientsToAdd.append(clients[new_index++]); } else { new_index++; old_index++; } } } } delete [] p->clients; p->clients = nullptr; } else { #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::update: client list null, creating\n"); #endif clientsToAdd.reserve(clients.count()); for (int i = 0; i < clients.count(); i++) { clientsToAdd.append(clients[i]); } } if (!clients.isEmpty()) { p->clients_count = clients.count(); p->clients = new xcb_window_t[clients.count()]; for (int i = 0; i < clients.count(); i++) { p->clients[i] = clients.at(i); } } #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::update: client list updated (%ld clients)\n", p->clients_count); #endif for (int i = 0; i < clientsToRemove.size(); ++i) { removeClient(clientsToRemove.at(i)); } for (int i = 0; i < clientsToAdd.size(); ++i) { addClient(clientsToAdd.at(i)); } } if (dirty & ClientListStacking) { p->stacking_count = 0; delete[] p->stacking; p->stacking = nullptr; const QVector wins = get_array_reply(p->conn, cookies[c++], XCB_ATOM_WINDOW); if (!wins.isEmpty()) { p->stacking_count = wins.count(); p->stacking = new xcb_window_t[wins.count()]; for (int i = 0; i < wins.count(); i++) { p->stacking[i] = wins.at(i); } } #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::update: client stacking updated (%ld clients)\n", p->stacking_count); #endif } if (dirty & NumberOfDesktops) { p->number_of_desktops = get_value_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL, 0); #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::update: number of desktops = %d\n", p->number_of_desktops); #endif } if (dirty & DesktopGeometry) { p->geometry = p->rootSize; const QVector data = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); if (data.count() == 2) { p->geometry.width = data.at(0); p->geometry.height = data.at(1); } #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::update: desktop geometry updated\n"); #endif } if (dirty & DesktopViewport) { for (int i = 0; i < p->viewport.size(); i++) { p->viewport[i].x = p->viewport[i].y = 0; } const QVector data = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); if (data.count() >= 2) { int n = data.count() / 2; for (int d = 0, i = 0; d < n; d++) { p->viewport[d].x = data[i++]; p->viewport[d].y = data[i++]; } #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::update: desktop viewport array updated (%d entries)\n", p->viewport.size()); if (data.count() % 2 != 0) { fprintf(stderr, "NETRootInfo::update(): desktop viewport array " "size not a multiple of 2\n"); } #endif } } if (dirty & CurrentDesktop) { p->current_desktop = get_value_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL, 0) + 1; #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::update: current desktop = %d\n", p->current_desktop); #endif } if (dirty & DesktopNames) { for (int i = 0; i < p->desktop_names.size(); ++i) { delete[] p->desktop_names[i]; } p->desktop_names.reset(); const QList names = get_stringlist_reply(p->conn, cookies[c++], p->atom(UTF8_STRING)); for (int i = 0; i < names.count(); i++) { p->desktop_names[i] = nstrndup(names[i].constData(), names[i].length()); } #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::update: desktop names array updated (%d entries)\n", p->desktop_names.size()); #endif } if (dirty & ActiveWindow) { p->active = get_value_reply(p->conn, cookies[c++], XCB_ATOM_WINDOW, 0); #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::update: active window = 0x%lx\n", p->active); #endif } if (dirty & WorkArea) { p->workarea.reset(); const QVector data = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); if (data.count() == p->number_of_desktops * 4) { for (int i = 0, j = 0; i < p->number_of_desktops; i++) { p->workarea[i].pos.x = data[j++]; p->workarea[i].pos.y = data[j++]; p->workarea[i].size.width = data[j++]; p->workarea[i].size.height = data[j++]; } } #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::update: work area array updated (%d entries)\n", p->workarea.size()); #endif } if (dirty & SupportingWMCheck) { delete[] p->name; p->name = nullptr; p->supportwindow = get_value_reply(p->conn, cookies[c++], XCB_ATOM_WINDOW, 0); // We'll get the reply for this request at the bottom of this function, // after we've processing the other pending replies if (p->supportwindow) wm_name_cookie = xcb_get_property(p->conn, false, p->supportwindow, p->atom(_NET_WM_NAME), p->atom(UTF8_STRING), 0, MAX_PROP_SIZE); } if (dirty & VirtualRoots) { p->virtual_roots_count = 0; delete[] p->virtual_roots; p->virtual_roots = nullptr; const QVector wins = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); if (!wins.isEmpty()) { p->virtual_roots_count = wins.count(); p->virtual_roots = new xcb_window_t[wins.count()]; for (int i = 0; i < wins.count(); i++) { p->virtual_roots[i] = wins.at(i); } } #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::updated: virtual roots updated (%ld windows)\n", p->virtual_roots_count); #endif } if (dirty2 & WM2DesktopLayout) { p->desktop_layout_orientation = OrientationHorizontal; p->desktop_layout_corner = DesktopLayoutCornerTopLeft; p->desktop_layout_columns = p->desktop_layout_rows = 0; const QVector data = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); if (data.count() >= 4 && data[3] <= 3) { p->desktop_layout_corner = (NET::DesktopLayoutCorner)data[3]; } if (data.count() >= 3) { if (data[0] <= 1) { p->desktop_layout_orientation = (NET::Orientation)data[0]; } p->desktop_layout_columns = data[1]; p->desktop_layout_rows = data[2]; } #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::updated: desktop layout updated (%d %d %d %d)\n", p->desktop_layout_orientation, p->desktop_layout_columns, p->desktop_layout_rows, p->desktop_layout_corner); #endif } if (dirty2 & WM2ShowingDesktop) { const uint32_t val = get_value_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL, 0); p->showing_desktop = bool(val); #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::update: showing desktop = %d\n", p->showing_desktop); #endif } if ((dirty & SupportingWMCheck) && p->supportwindow) { const QByteArray ba = get_string_reply(p->conn, wm_name_cookie, p->atom(UTF8_STRING)); if (ba.length() > 0) { p->name = nstrndup((const char *) ba.constData(), ba.length()); } #ifdef NETWMDEBUG fprintf(stderr, "NETRootInfo::update: supporting window manager = '%s'\n", p->name); #endif } } xcb_connection_t *NETRootInfo::xcbConnection() const { return p->conn; } xcb_window_t NETRootInfo::rootWindow() const { return p->root; } xcb_window_t NETRootInfo::supportWindow() const { return p->supportwindow; } const char *NETRootInfo::wmName() const { return p->name; } NET::Properties NETRootInfo::supportedProperties() const { return p->properties; } NET::Properties2 NETRootInfo::supportedProperties2() const { return p->properties2; } NET::States NETRootInfo::supportedStates() const { return p->states; } NET::WindowTypes NETRootInfo::supportedWindowTypes() const { return p->windowTypes; } NET::Actions NETRootInfo::supportedActions() const { return p->actions; } NET::Properties NETRootInfo::passedProperties() const { return p->role == WindowManager ? p->properties : p->clientProperties; } NET::Properties2 NETRootInfo::passedProperties2() const { return p->role == WindowManager ? p->properties2 : p->clientProperties2; } NET::States NETRootInfo::passedStates() const { return p->role == WindowManager ? p->states : NET::States(); } NET::WindowTypes NETRootInfo::passedWindowTypes() const { return p->role == WindowManager ? p->windowTypes : NET::WindowTypes(); } NET::Actions NETRootInfo::passedActions() const { return p->role == WindowManager ? p->actions : NET::Actions(); } void NETRootInfo::setSupported(NET::Property property, bool on) { if (p->role != WindowManager) { return; } if (on && !isSupported(property)) { p->properties |= property; setSupported(); } else if (!on && isSupported(property)) { p->properties &= ~property; setSupported(); } } void NETRootInfo::setSupported(NET::Property2 property, bool on) { if (p->role != WindowManager) { return; } if (on && !isSupported(property)) { p->properties2 |= property; setSupported(); } else if (!on && isSupported(property)) { p->properties2 &= ~property; setSupported(); } } void NETRootInfo::setSupported(NET::WindowTypeMask property, bool on) { if (p->role != WindowManager) { return; } if (on && !isSupported(property)) { p->windowTypes |= property; setSupported(); } else if (!on && isSupported(property)) { p->windowTypes &= ~property; setSupported(); } } void NETRootInfo::setSupported(NET::State property, bool on) { if (p->role != WindowManager) { return; } if (on && !isSupported(property)) { p->states |= property; setSupported(); } else if (!on && isSupported(property)) { p->states &= ~property; setSupported(); } } void NETRootInfo::setSupported(NET::Action property, bool on) { if (p->role != WindowManager) { return; } if (on && !isSupported(property)) { p->actions |= property; setSupported(); } else if (!on && isSupported(property)) { p->actions &= ~property; setSupported(); } } bool NETRootInfo::isSupported(NET::Property property) const { return p->properties & property; } bool NETRootInfo::isSupported(NET::Property2 property) const { return p->properties2 & property; } bool NETRootInfo::isSupported(NET::WindowTypeMask type) const { return p->windowTypes & type; } bool NETRootInfo::isSupported(NET::State state) const { return p->states & state; } bool NETRootInfo::isSupported(NET::Action action) const { return p->actions & action; } const xcb_window_t *NETRootInfo::clientList() const { return p->clients; } int NETRootInfo::clientListCount() const { return p->clients_count; } const xcb_window_t *NETRootInfo::clientListStacking() const { return p->stacking; } int NETRootInfo::clientListStackingCount() const { return p->stacking_count; } NETSize NETRootInfo::desktopGeometry() const { return p->geometry.width != 0 ? p->geometry : p->rootSize; } NETPoint NETRootInfo::desktopViewport(int desktop) const { if (desktop < 1) { NETPoint pt; // set to (0,0) return pt; } return p->viewport[desktop - 1]; } NETRect NETRootInfo::workArea(int desktop) const { if (desktop < 1) { NETRect rt; return rt; } return p->workarea[desktop - 1]; } const char *NETRootInfo::desktopName(int desktop) const { if (desktop < 1) { return nullptr; } return p->desktop_names[desktop - 1]; } const xcb_window_t *NETRootInfo::virtualRoots() const { return p->virtual_roots; } int NETRootInfo::virtualRootsCount() const { return p->virtual_roots_count; } NET::Orientation NETRootInfo::desktopLayoutOrientation() const { return p->desktop_layout_orientation; } QSize NETRootInfo::desktopLayoutColumnsRows() const { return QSize(p->desktop_layout_columns, p->desktop_layout_rows); } NET::DesktopLayoutCorner NETRootInfo::desktopLayoutCorner() const { return p->desktop_layout_corner; } int NETRootInfo::numberOfDesktops(bool ignore_viewport) const { if (!ignore_viewport && KWindowSystem::mapViewport()) { return KWindowSystem::numberOfDesktops(); } return p->number_of_desktops == 0 ? 1 : p->number_of_desktops; } int NETRootInfo::currentDesktop(bool ignore_viewport) const { if (!ignore_viewport && KWindowSystem::mapViewport()) { return KWindowSystem::currentDesktop(); } return p->current_desktop == 0 ? 1 : p->current_desktop; } xcb_window_t NETRootInfo::activeWindow() const { return p->active; } // NETWinInfo stuffs const int NETWinInfo::OnAllDesktops = NET::OnAllDesktops; NETWinInfo::NETWinInfo(xcb_connection_t *connection, xcb_window_t window, xcb_window_t rootWindow, NET::Properties properties, NET::Properties2 properties2, Role role) { #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::NETWinInfo: constructing object with role '%s'\n", (role == WindowManager) ? "WindowManager" : "Client"); #endif p = new NETWinInfoPrivate; p->ref = 1; p->atoms = atomsForConnection(connection); p->conn = connection; p->window = window; p->root = rootWindow; p->mapping_state = Withdrawn; p->mapping_state_dirty = true; p->state = NET::States(); p->types[ 0 ] = Unknown; p->name = (char *) nullptr; p->visible_name = (char *) nullptr; p->icon_name = (char *) nullptr; p->visible_icon_name = (char *) nullptr; p->desktop = p->pid = 0; p->handled_icons = false; p->user_time = -1U; p->startup_id = nullptr; p->transient_for = XCB_NONE; p->opacity = 0xffffffffU; p->window_group = XCB_NONE; p->icon_pixmap = XCB_PIXMAP_NONE; p->icon_mask = XCB_PIXMAP_NONE; p->allowed_actions = NET::Actions(); p->has_net_support = false; p->class_class = (char *) nullptr; p->class_name = (char *) nullptr; p->window_role = (char *) nullptr; p->client_machine = (char *) nullptr; p->icon_sizes = nullptr; p->activities = (char *) nullptr; p->desktop_file = nullptr; + p->appmenu_object_path = nullptr; + p->appmenu_service_name = nullptr; p->blockCompositing = false; p->urgency = false; p->input = true; p->initialMappingState = NET::Withdrawn; p->protocols = NET::NoProtocol; // p->strut.left = p->strut.right = p->strut.top = p->strut.bottom = 0; // p->frame_strut.left = p->frame_strut.right = p->frame_strut.top = // p->frame_strut.bottom = 0; p->properties = properties; p->properties2 = properties2; p->icon_count = 0; p->role = role; update(p->properties, p->properties2); } #if KWINDOWSYSTEM_BUILD_DEPRECATED_SINCE(5, 0) NETWinInfo::NETWinInfo(xcb_connection_t *connection, xcb_window_t window, xcb_window_t rootWindow, NET::Properties properties, Role role) { #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::NETWinInfo: constructing object with role '%s'\n", (role == WindowManager) ? "WindowManager" : "Client"); #endif p = new NETWinInfoPrivate; p->ref = 1; p->atoms = atomsForConnection(connection); p->conn = connection; p->window = window; p->root = rootWindow; p->mapping_state = Withdrawn; p->mapping_state_dirty = true; p->state = NET::States(); p->types[ 0 ] = Unknown; p->name = (char *) nullptr; p->visible_name = (char *) nullptr; p->icon_name = (char *) nullptr; p->visible_icon_name = (char *) nullptr; p->desktop = p->pid = 0; p->handled_icons = false; p->user_time = -1U; p->startup_id = nullptr; p->transient_for = XCB_NONE; p->opacity = 0xffffffffU; p->window_group = XCB_NONE; p->icon_pixmap = XCB_PIXMAP_NONE; p->icon_mask = XCB_PIXMAP_NONE; p->allowed_actions = NET::Actions(); p->has_net_support = false; p->class_class = (char *) nullptr; p->class_name = (char *) nullptr; p->window_role = (char *) nullptr; p->client_machine = (char *) nullptr; p->icon_sizes = nullptr; p->activities = (char *) nullptr; p->desktop_file = nullptr; + p->appmenu_object_path = nullptr; + p->appmenu_service_name = nullptr; p->blockCompositing = false; p->urgency = false; p->input = true; p->initialMappingState = NET::Withdrawn; p->protocols = NET::NoProtocol; // p->strut.left = p->strut.right = p->strut.top = p->strut.bottom = 0; // p->frame_strut.left = p->frame_strut.right = p->frame_strut.top = // p->frame_strut.bottom = 0; p->properties = properties; p->properties2 = NET::Properties2(); p->icon_count = 0; p->role = role; update(p->properties); } #endif NETWinInfo::NETWinInfo(const NETWinInfo &wininfo) { p = wininfo.p; p->ref++; } NETWinInfo::~NETWinInfo() { refdec_nwi(p); if (! p->ref) { delete p; } } // assignment operator const NETWinInfo &NETWinInfo::operator=(const NETWinInfo &wininfo) { #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::operator=()\n"); #endif if (p != wininfo.p) { refdec_nwi(p); if (! p->ref) { delete p; } } p = wininfo.p; p->ref++; return *this; } void NETWinInfo::setIcon(NETIcon icon, bool replace) { setIconInternal(p->icons, p->icon_count, p->atom(_NET_WM_ICON), icon, replace); } void NETWinInfo::setIconInternal(NETRArray &icons, int &icon_count, xcb_atom_t property, NETIcon icon, bool replace) { if (p->role != Client) { return; } if (replace) { for (int i = 0; i < icons.size(); i++) { delete [] icons[i].data; icons[i].data = nullptr; icons[i].size.width = 0; icons[i].size.height = 0; } icon_count = 0; } // assign icon icons[icon_count] = icon; icon_count++; // do a deep copy, we want to own the data NETIcon &ni = icons[icon_count - 1]; int sz = ni.size.width * ni.size.height; uint32_t *d = new uint32_t[sz]; ni.data = (unsigned char *) d; memcpy(d, icon.data, sz * sizeof(uint32_t)); // compute property length int proplen = 0; for (int i = 0; i < icon_count; i++) { proplen += 2 + (icons[i].size.width * icons[i].size.height); } uint32_t *prop = new uint32_t[proplen], *pprop = prop; for (int i = 0; i < icon_count; i++) { // copy size into property *pprop++ = icons[i].size.width; *pprop++ = icons[i].size.height; // copy data into property sz = (icons[i].size.width * icons[i].size.height); uint32_t *d32 = (uint32_t *) icons[i].data; for (int j = 0; j < sz; j++) { *pprop++ = *d32++; } } xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, property, XCB_ATOM_CARDINAL, 32, proplen, (const void *) prop); delete [] prop; delete [] p->icon_sizes; p->icon_sizes = nullptr; } void NETWinInfo::setIconGeometry(NETRect geometry) { if (p->role != Client) { return; } p->icon_geom = geometry; if (geometry.size.width == 0) { // Empty xcb_delete_property(p->conn, p->window, p->atom(_NET_WM_ICON_GEOMETRY)); } else { uint32_t data[4]; data[0] = geometry.pos.x; data[1] = geometry.pos.y; data[2] = geometry.size.width; data[3] = geometry.size.height; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_ICON_GEOMETRY), XCB_ATOM_CARDINAL, 32, 4, (const void *) data); } } void NETWinInfo::setExtendedStrut(const NETExtendedStrut &extended_strut) { if (p->role != Client) { return; } p->extended_strut = extended_strut; uint32_t data[12]; data[0] = extended_strut.left_width; data[1] = extended_strut.right_width; data[2] = extended_strut.top_width; data[3] = extended_strut.bottom_width; data[4] = extended_strut.left_start; data[5] = extended_strut.left_end; data[6] = extended_strut.right_start; data[7] = extended_strut.right_end; data[8] = extended_strut.top_start; data[9] = extended_strut.top_end; data[10] = extended_strut.bottom_start; data[11] = extended_strut.bottom_end; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_STRUT_PARTIAL), XCB_ATOM_CARDINAL, 32, 12, (const void *) data); } void NETWinInfo::setStrut(NETStrut strut) { if (p->role != Client) { return; } p->strut = strut; uint32_t data[4]; data[0] = strut.left; data[1] = strut.right; data[2] = strut.top; data[3] = strut.bottom; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_STRUT), XCB_ATOM_CARDINAL, 32, 4, (const void *) data); } void NETWinInfo::setFullscreenMonitors(NETFullscreenMonitors topology) { if (p->role == Client) { const uint32_t data[5] = { uint32_t(topology.top), uint32_t(topology.bottom), uint32_t(topology.left), uint32_t(topology.right), 1 }; send_client_message(p->conn, netwm_sendevent_mask, p->root, p->window, p->atom(_NET_WM_FULLSCREEN_MONITORS), data); } else { p->fullscreen_monitors = topology; uint32_t data[4]; data[0] = topology.top; data[1] = topology.bottom; data[2] = topology.left; data[3] = topology.right; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_FULLSCREEN_MONITORS), XCB_ATOM_CARDINAL, 32, 4, (const void *) data); } } void NETWinInfo::setState(NET::States state, NET::States mask) { if (p->mapping_state_dirty) { updateWMState(); } // setState() needs to know the current state, so read it even if not requested if ((p->properties & WMState) == 0) { p->properties |= WMState; update(WMState); p->properties &= ~WMState; } if (p->role == Client && p->mapping_state != Withdrawn) { #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::setState (0x%lx, 0x%lx) (Client)\n", state, mask); #endif // NETWMDEBUG xcb_client_message_event_t event; event.response_type = XCB_CLIENT_MESSAGE; event.format = 32; event.sequence = 0; event.window = p->window; event.type = p->atom(_NET_WM_STATE); event.data.data32[3] = 0; event.data.data32[4] = 0; if ((mask & Modal) && ((p->state & Modal) != (state & Modal))) { event.data.data32[0] = (state & Modal) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_MODAL); event.data.data32[2] = 0l; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } if ((mask & Sticky) && ((p->state & Sticky) != (state & Sticky))) { event.data.data32[0] = (state & Sticky) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_STICKY); event.data.data32[2] = 0l; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } if ((mask & Max) && (((p->state & mask) & Max) != (state & Max))) { NET::States wishstate = (p->state & ~mask) | (state & mask); if (((wishstate & MaxHoriz) != (p->state & MaxHoriz)) && ((wishstate & MaxVert) != (p->state & MaxVert))) { if ((wishstate & Max) == Max) { event.data.data32[0] = 1; event.data.data32[1] = p->atom(_NET_WM_STATE_MAXIMIZED_HORZ); event.data.data32[2] = p->atom(_NET_WM_STATE_MAXIMIZED_VERT); xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } else if ((wishstate & Max) == 0) { event.data.data32[0] = 0; event.data.data32[1] = p->atom(_NET_WM_STATE_MAXIMIZED_HORZ); event.data.data32[2] = p->atom(_NET_WM_STATE_MAXIMIZED_VERT); xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } else { event.data.data32[0] = (wishstate & MaxHoriz) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_MAXIMIZED_HORZ); event.data.data32[2] = 0; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); event.data.data32[0] = (wishstate & MaxVert) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_MAXIMIZED_VERT); event.data.data32[2] = 0; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } } else if ((wishstate & MaxVert) != (p->state & MaxVert)) { event.data.data32[0] = (wishstate & MaxVert) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_MAXIMIZED_VERT); event.data.data32[2] = 0; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } else if ((wishstate & MaxHoriz) != (p->state & MaxHoriz)) { event.data.data32[0] = (wishstate & MaxHoriz) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_MAXIMIZED_HORZ); event.data.data32[2] = 0; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } } if ((mask & Shaded) && ((p->state & Shaded) != (state & Shaded))) { event.data.data32[0] = (state & Shaded) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_SHADED); event.data.data32[2] = 0l; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } if ((mask & SkipTaskbar) && ((p->state & SkipTaskbar) != (state & SkipTaskbar))) { event.data.data32[0] = (state & SkipTaskbar) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_SKIP_TASKBAR); event.data.data32[2] = 0l; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } if ((mask & SkipPager) && ((p->state & SkipPager) != (state & SkipPager))) { event.data.data32[0] = (state & SkipPager) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_SKIP_PAGER); event.data.data32[2] = 0l; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } if ((mask & SkipSwitcher) && ((p->state & SkipSwitcher) != (state & SkipSwitcher))) { event.data.data32[0] = (state & SkipSwitcher) ? 1 : 0; event.data.data32[1] = p->atom(_KDE_NET_WM_STATE_SKIP_SWITCHER); event.data.data32[2] = 0l; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } if ((mask & Hidden) && ((p->state & Hidden) != (state & Hidden))) { event.data.data32[0] = (state & Hidden) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_HIDDEN); event.data.data32[2] = 0l; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } if ((mask & FullScreen) && ((p->state & FullScreen) != (state & FullScreen))) { event.data.data32[0] = (state & FullScreen) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_FULLSCREEN); event.data.data32[2] = 0l; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } if ((mask & KeepAbove) && ((p->state & KeepAbove) != (state & KeepAbove))) { event.data.data32[0] = (state & KeepAbove) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_ABOVE); event.data.data32[2] = 0l; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); // deprecated variant event.data.data32[0] = (state & KeepAbove) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_STAYS_ON_TOP); event.data.data32[2] = 0l; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } if ((mask & KeepBelow) && ((p->state & KeepBelow) != (state & KeepBelow))) { event.data.data32[0] = (state & KeepBelow) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_BELOW); event.data.data32[2] = 0l; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } if ((mask & DemandsAttention) && ((p->state & DemandsAttention) != (state & DemandsAttention))) { event.data.data32[0] = (state & DemandsAttention) ? 1 : 0; event.data.data32[1] = p->atom(_NET_WM_STATE_DEMANDS_ATTENTION); event.data.data32[2] = 0l; xcb_send_event(p->conn, false, p->root, netwm_sendevent_mask, (const char *) &event); } //Focused is not added here as it is effectively "read only" set by the WM, a client setting it would be silly } else { p->state &= ~mask; p->state |= state; uint32_t data[50]; int count = 0; // Hints if (p->state & Modal) { data[count++] = p->atom(_NET_WM_STATE_MODAL); } if (p->state & MaxVert) { data[count++] = p->atom(_NET_WM_STATE_MAXIMIZED_VERT); } if (p->state & MaxHoriz) { data[count++] = p->atom(_NET_WM_STATE_MAXIMIZED_HORZ); } if (p->state & Shaded) { data[count++] = p->atom(_NET_WM_STATE_SHADED); } if (p->state & Hidden) { data[count++] = p->atom(_NET_WM_STATE_HIDDEN); } if (p->state & FullScreen) { data[count++] = p->atom(_NET_WM_STATE_FULLSCREEN); } if (p->state & DemandsAttention) { data[count++] = p->atom(_NET_WM_STATE_DEMANDS_ATTENTION); } if (p->state & Focused) { data[count++] = p->atom(_NET_WM_STATE_FOCUSED); } // Policy if (p->state & KeepAbove) { data[count++] = p->atom(_NET_WM_STATE_ABOVE); // deprecated variant data[count++] = p->atom(_NET_WM_STATE_STAYS_ON_TOP); } if (p->state & KeepBelow) { data[count++] = p->atom(_NET_WM_STATE_BELOW); } if (p->state & Sticky) { data[count++] = p->atom(_NET_WM_STATE_STICKY); } if (p->state & SkipTaskbar) { data[count++] = p->atom(_NET_WM_STATE_SKIP_TASKBAR); } if (p->state & SkipPager) { data[count++] = p->atom(_NET_WM_STATE_SKIP_PAGER); } if (p->state & SkipSwitcher) { data[count++] = p->atom(_KDE_NET_WM_STATE_SKIP_SWITCHER); } #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::setState: setting state property (%d)\n", count); for (int i = 0; i < count; i++) { const QByteArray ba = get_atom_name(p->conn, data[i]); fprintf(stderr, "NETWinInfo::setState: state %ld '%s'\n", data[i], ba.constData()); } #endif xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_STATE), XCB_ATOM_ATOM, 32, count, (const void *) data); } } void NETWinInfo::setWindowType(WindowType type) { if (p->role != Client) { return; } int len; uint32_t data[2]; switch (type) { case Override: // spec extension: override window type. we must comply with the spec // and provide a fall back (normal seems best) data[0] = p->atom(_KDE_NET_WM_WINDOW_TYPE_OVERRIDE); data[1] = p->atom(_NET_WM_WINDOW_TYPE_NORMAL); len = 2; break; case Dialog: data[0] = p->atom(_NET_WM_WINDOW_TYPE_DIALOG); data[1] = XCB_NONE; len = 1; break; case Menu: data[0] = p->atom(_NET_WM_WINDOW_TYPE_MENU); data[1] = XCB_NONE; len = 1; break; case TopMenu: // spec extension: override window type. we must comply with the spec // and provide a fall back (dock seems best) data[0] = p->atom(_KDE_NET_WM_WINDOW_TYPE_TOPMENU); data[1] = p->atom(_NET_WM_WINDOW_TYPE_DOCK); len = 2; break; case Toolbar: data[0] = p->atom(_NET_WM_WINDOW_TYPE_TOOLBAR); data[1] = XCB_NONE; len = 1; break; case Dock: data[0] = p->atom(_NET_WM_WINDOW_TYPE_DOCK); data[1] = XCB_NONE; len = 1; break; case Desktop: data[0] = p->atom(_NET_WM_WINDOW_TYPE_DESKTOP); data[1] = XCB_NONE; len = 1; break; case Utility: data[0] = p->atom(_NET_WM_WINDOW_TYPE_UTILITY); data[1] = p->atom(_NET_WM_WINDOW_TYPE_DIALOG); // fallback for old netwm version len = 2; break; case Splash: data[0] = p->atom(_NET_WM_WINDOW_TYPE_SPLASH); data[1] = p->atom(_NET_WM_WINDOW_TYPE_DOCK); // fallback (dock seems best) len = 2; break; case DropdownMenu: data[0] = p->atom(_NET_WM_WINDOW_TYPE_DROPDOWN_MENU); data[1] = p->atom(_NET_WM_WINDOW_TYPE_MENU); // fallback (tearoff seems to be the best) len = 1; break; case PopupMenu: data[0] = p->atom(_NET_WM_WINDOW_TYPE_POPUP_MENU); data[1] = p->atom(_NET_WM_WINDOW_TYPE_MENU); // fallback (tearoff seems to be the best) len = 1; break; case Tooltip: data[0] = p->atom(_NET_WM_WINDOW_TYPE_TOOLTIP); data[1] = XCB_NONE; len = 1; break; case Notification: data[0] = p->atom(_NET_WM_WINDOW_TYPE_NOTIFICATION); data[1] = p->atom(_NET_WM_WINDOW_TYPE_UTILITY); // fallback (utility seems to be the best) len = 1; break; case ComboBox: data[0] = p->atom(_NET_WM_WINDOW_TYPE_COMBO); data[1] = XCB_NONE; len = 1; break; case DNDIcon: data[0] = p->atom(_NET_WM_WINDOW_TYPE_DND); data[1] = XCB_NONE; len = 1; break; case OnScreenDisplay: data[0] = p->atom(_KDE_NET_WM_WINDOW_TYPE_ON_SCREEN_DISPLAY); data[1] = p->atom(_NET_WM_WINDOW_TYPE_NOTIFICATION); len = 1; break; case CriticalNotification: data[0] = p->atom(_KDE_NET_WM_WINDOW_TYPE_CRITICAL_NOTIFICATION); data[1] = p->atom(_NET_WM_WINDOW_TYPE_NOTIFICATION); len = 1; break; default: case Normal: data[0] = p->atom(_NET_WM_WINDOW_TYPE_NORMAL); data[1] = XCB_NONE; len = 1; break; } xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_WINDOW_TYPE), XCB_ATOM_ATOM, 32, len, (const void *) &data); } void NETWinInfo::setName(const char *name) { if (p->role != Client) { return; } delete [] p->name; p->name = nstrdup(name); if (p->name[0] != '\0') xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_NAME), p->atom(UTF8_STRING), 8, strlen(p->name), (const void *) p->name); else { xcb_delete_property(p->conn, p->window, p->atom(_NET_WM_NAME)); } } void NETWinInfo::setVisibleName(const char *visibleName) { if (p->role != WindowManager) { return; } delete [] p->visible_name; p->visible_name = nstrdup(visibleName); if (p->visible_name[0] != '\0') xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_VISIBLE_NAME), p->atom(UTF8_STRING), 8, strlen(p->visible_name), (const void *) p->visible_name); else { xcb_delete_property(p->conn, p->window, p->atom(_NET_WM_VISIBLE_NAME)); } } void NETWinInfo::setIconName(const char *iconName) { if (p->role != Client) { return; } delete [] p->icon_name; p->icon_name = nstrdup(iconName); if (p->icon_name[0] != '\0') xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_ICON_NAME), p->atom(UTF8_STRING), 8, strlen(p->icon_name), (const void *) p->icon_name); else { xcb_delete_property(p->conn, p->window, p->atom(_NET_WM_ICON_NAME)); } } void NETWinInfo::setVisibleIconName(const char *visibleIconName) { if (p->role != WindowManager) { return; } delete [] p->visible_icon_name; p->visible_icon_name = nstrdup(visibleIconName); if (p->visible_icon_name[0] != '\0') xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_VISIBLE_ICON_NAME), p->atom(UTF8_STRING), 8, strlen(p->visible_icon_name), (const void *) p->visible_icon_name); else { xcb_delete_property(p->conn, p->window, p->atom(_NET_WM_VISIBLE_ICON_NAME)); } } void NETWinInfo::setDesktop(int desktop, bool ignore_viewport) { if (p->mapping_state_dirty) { updateWMState(); } if (p->role == Client && p->mapping_state != Withdrawn) { // We only send a ClientMessage if we are 1) a client and 2) managed if (desktop == 0) { return; // We can't do that while being managed } if (!ignore_viewport && KWindowSystem::mapViewport()) { KWindowSystem::setOnDesktop(p->window, desktop); return; } const uint32_t data[5] = { desktop == OnAllDesktops ? 0xffffffff : desktop - 1, 0, 0, 0, 0 }; send_client_message(p->conn, netwm_sendevent_mask, p->root, p->window, p->atom(_NET_WM_DESKTOP), data); } else { // Otherwise we just set or remove the property directly p->desktop = desktop; if (desktop == 0) { xcb_delete_property(p->conn, p->window, p->atom(_NET_WM_DESKTOP)); } else { uint32_t d = (desktop == OnAllDesktops ? 0xffffffff : desktop - 1); xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_DESKTOP), XCB_ATOM_CARDINAL, 32, 1, (const void *) &d); } } } void NETWinInfo::setPid(int pid) { if (p->role != Client) { return; } p->pid = pid; uint32_t d = pid; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_PID), XCB_ATOM_CARDINAL, 32, 1, (const void *) &d); } void NETWinInfo::setHandledIcons(bool handled) { if (p->role != Client) { return; } p->handled_icons = handled; uint32_t d = handled; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_HANDLED_ICONS), XCB_ATOM_CARDINAL, 32, 1, (const void *) &d); } void NETWinInfo::setStartupId(const char *id) { if (p->role != Client) { return; } delete[] p->startup_id; p->startup_id = nstrdup(id); xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_STARTUP_ID), p->atom(UTF8_STRING), 8, strlen(p->startup_id), (const void *) p->startup_id); } void NETWinInfo::setOpacity(unsigned long opacity) { // if (p->role != Client) return; p->opacity = opacity; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_WINDOW_OPACITY), XCB_ATOM_CARDINAL, 32, 1, (const void *) &p->opacity); } void NETWinInfo::setAllowedActions(NET::Actions actions) { if (p->role != WindowManager) { return; } uint32_t data[50]; int count = 0; p->allowed_actions = actions; if (p->allowed_actions & ActionMove) { data[count++] = p->atom(_NET_WM_ACTION_MOVE); } if (p->allowed_actions & ActionResize) { data[count++] = p->atom(_NET_WM_ACTION_RESIZE); } if (p->allowed_actions & ActionMinimize) { data[count++] = p->atom(_NET_WM_ACTION_MINIMIZE); } if (p->allowed_actions & ActionShade) { data[count++] = p->atom(_NET_WM_ACTION_SHADE); } if (p->allowed_actions & ActionStick) { data[count++] = p->atom(_NET_WM_ACTION_STICK); } if (p->allowed_actions & ActionMaxVert) { data[count++] = p->atom(_NET_WM_ACTION_MAXIMIZE_VERT); } if (p->allowed_actions & ActionMaxHoriz) { data[count++] = p->atom(_NET_WM_ACTION_MAXIMIZE_HORZ); } if (p->allowed_actions & ActionFullScreen) { data[count++] = p->atom(_NET_WM_ACTION_FULLSCREEN); } if (p->allowed_actions & ActionChangeDesktop) { data[count++] = p->atom(_NET_WM_ACTION_CHANGE_DESKTOP); } if (p->allowed_actions & ActionClose) { data[count++] = p->atom(_NET_WM_ACTION_CLOSE); } #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::setAllowedActions: setting property (%d)\n", count); for (int i = 0; i < count; i++) { const QByteArray ba = get_atom_name(p->conn, data[i]); fprintf(stderr, "NETWinInfo::setAllowedActions: action %ld '%s'\n", data[i], ba.constData()); } #endif xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_ALLOWED_ACTIONS), XCB_ATOM_ATOM, 32, count, (const void *) data); } void NETWinInfo::setFrameExtents(NETStrut strut) { if (p->role != WindowManager) { return; } p->frame_strut = strut; uint32_t d[4]; d[0] = strut.left; d[1] = strut.right; d[2] = strut.top; d[3] = strut.bottom; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_FRAME_EXTENTS), XCB_ATOM_CARDINAL, 32, 4, (const void *) d); xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_KDE_NET_WM_FRAME_STRUT), XCB_ATOM_CARDINAL, 32, 4, (const void *) d); } NETStrut NETWinInfo::frameExtents() const { return p->frame_strut; } void NETWinInfo::setFrameOverlap(NETStrut strut) { if (strut.left != -1 || strut.top != -1 || strut.right != -1 || strut.bottom != -1) { strut.left = qMax(0, strut.left); strut.top = qMax(0, strut.top); strut.right = qMax(0, strut.right); strut.bottom = qMax(0, strut.bottom); } p->frame_overlap = strut; uint32_t d[4]; d[0] = strut.left; d[1] = strut.right; d[2] = strut.top; d[3] = strut.bottom; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_FRAME_OVERLAP), XCB_ATOM_CARDINAL, 32, 4, (const void *) d); } NETStrut NETWinInfo::frameOverlap() const { return p->frame_overlap; } void NETWinInfo::setGtkFrameExtents(NETStrut strut) { p->gtk_frame_extents = strut; uint32_t d[4]; d[0] = strut.left; d[1] = strut.right; d[2] = strut.top; d[3] = strut.bottom; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_GTK_FRAME_EXTENTS), XCB_ATOM_CARDINAL, 32, 4, (const void *) d); } NETStrut NETWinInfo::gtkFrameExtents() const { return p->gtk_frame_extents; } +void NETWinInfo::setAppMenuObjectPath(const char *name) +{ + if (p->role != Client) { + return; + } + + delete[] p->appmenu_object_path; + p->appmenu_object_path = nstrdup(name); + + xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_KDE_NET_WM_APPMENU_OBJECT_PATH), + XCB_ATOM_STRING, 8, strlen(p->appmenu_object_path), + (const void *) p->appmenu_object_path); +} + +void NETWinInfo::setAppMenuServiceName(const char *name) +{ + if (p->role != Client) { + return; + } + + delete[] p->appmenu_service_name; + p->appmenu_service_name = nstrdup(name); + + xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_KDE_NET_WM_APPMENU_SERVICE_NAME), + XCB_ATOM_STRING, 8, strlen(p->appmenu_service_name), + (const void *) p->appmenu_service_name); +} + +const char *NETWinInfo::appMenuObjectPath() const +{ + return p->appmenu_object_path; +} + +const char *NETWinInfo::appMenuServiceName() const +{ + return p->appmenu_service_name; +} + void NETWinInfo::kdeGeometry(NETRect &frame, NETRect &window) { if (p->win_geom.size.width == 0 || p->win_geom.size.height == 0) { const xcb_get_geometry_cookie_t geometry_cookie = xcb_get_geometry(p->conn, p->window); const xcb_translate_coordinates_cookie_t translate_cookie = xcb_translate_coordinates(p->conn, p->window, p->root, 0, 0); xcb_get_geometry_reply_t *geometry = xcb_get_geometry_reply(p->conn, geometry_cookie, nullptr); xcb_translate_coordinates_reply_t *translated = xcb_translate_coordinates_reply(p->conn, translate_cookie, nullptr); if (geometry && translated) { p->win_geom.pos.x = translated->dst_x; p->win_geom.pos.y = translated->dst_y; p->win_geom.size.width = geometry->width; p->win_geom.size.height = geometry->height; } if (geometry) { free(geometry); } if (translated) { free(translated); } } // TODO try to work also without _NET_WM_FRAME_EXTENTS window = p->win_geom; frame.pos.x = window.pos.x - p->frame_strut.left; frame.pos.y = window.pos.y - p->frame_strut.top; frame.size.width = window.size.width + p->frame_strut.left + p->frame_strut.right; frame.size.height = window.size.height + p->frame_strut.top + p->frame_strut.bottom; } NETIcon NETWinInfo::icon(int width, int height) const { return iconInternal(p->icons, p->icon_count, width, height); } const int *NETWinInfo::iconSizes() const { if (p->icon_sizes == nullptr) { p->icon_sizes = new int[ p->icon_count * 2 + 2 ]; for (int i = 0; i < p->icon_count; ++i) { p->icon_sizes[ i * 2 ] = p->icons[ i ].size.width; p->icon_sizes[ i * 2 + 1 ] = p->icons[ i ].size.height; } p->icon_sizes[ p->icon_count * 2 ] = 0; // terminator p->icon_sizes[ p->icon_count * 2 + 1 ] = 0; } return p->icon_sizes; } NETIcon NETWinInfo::iconInternal(NETRArray &icons, int icon_count, int width, int height) const { NETIcon result; if (!icon_count) { result.size.width = 0; result.size.height = 0; result.data = nullptr; return result; } // find the largest icon result = icons[0]; for (int i = 1; i < icons.size(); i++) { if (icons[i].size.width >= result.size.width && icons[i].size.height >= result.size.height) { result = icons[i]; } } // return the largest icon if w and h are -1 if (width == -1 && height == -1) { return result; } // find the icon that's closest in size to w x h... for (int i = 0; i < icons.size(); i++) { if ((icons[i].size.width >= width && icons[i].size.width < result.size.width) && (icons[i].size.height >= height && icons[i].size.height < result.size.height)) { result = icons[i]; } } return result; } void NETWinInfo::setUserTime(xcb_timestamp_t time) { if (p->role != Client) { return; } p->user_time = time; uint32_t d = time; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_USER_TIME), XCB_ATOM_CARDINAL, 32, 1, (const void *) &d); } NET::Properties NETWinInfo::event(xcb_generic_event_t *ev) { NET::Properties properties; event(ev, &properties); return properties; } void NETWinInfo::event(xcb_generic_event_t *event, NET::Properties *properties, NET::Properties2 *properties2) { NET::Properties dirty; NET::Properties2 dirty2; bool do_update = false; const uint8_t eventType = event->response_type & ~0x80; if (p->role == WindowManager && eventType == XCB_CLIENT_MESSAGE && reinterpret_cast(event)->format == 32) { xcb_client_message_event_t *message = reinterpret_cast(event); #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::event: handling ClientMessage event\n"); #endif // NETWMDEBUG if (message->type == p->atom(_NET_WM_STATE)) { dirty = WMState; // we need to generate a change mask #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::event: state client message, getting new state/mask\n"); #endif int i; NET::States state = NET::States(), mask = NET::States(); for (i = 1; i < 3; i++) { #ifdef NETWMDEBUG const QByteArray ba = get_atom_name(p->conn, (xcb_atom_t) message->data.data32[i]); fprintf(stderr, "NETWinInfo::event: message %ld '%s'\n", message->data.data32[i], ba.constData()); #endif if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_MODAL)) { mask |= Modal; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_STICKY)) { mask |= Sticky; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_MAXIMIZED_VERT)) { mask |= MaxVert; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_MAXIMIZED_HORZ)) { mask |= MaxHoriz; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_SHADED)) { mask |= Shaded; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_SKIP_TASKBAR)) { mask |= SkipTaskbar; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_SKIP_PAGER)) { mask |= SkipPager; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_KDE_NET_WM_STATE_SKIP_SWITCHER)) { mask |= SkipSwitcher; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_HIDDEN)) { mask |= Hidden; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_FULLSCREEN)) { mask |= FullScreen; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_ABOVE)) { mask |= KeepAbove; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_BELOW)) { mask |= KeepBelow; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_DEMANDS_ATTENTION)) { mask |= DemandsAttention; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_STAYS_ON_TOP)) { mask |= KeepAbove; } else if ((xcb_atom_t) message->data.data32[i] == p->atom(_NET_WM_STATE_FOCUSED)) { mask |= Focused; } } // when removing, we just leave newstate == 0 switch (message->data.data32[0]) { case 1: // set // to set... the change state should be the same as the mask state = mask; break; case 2: // toggle // to toggle, we need to xor the current state with the new state state = (p->state & mask) ^ mask; break; default: // to clear state, the new state should stay zero ; } #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::event: calling changeState(%lx, %lx)\n", state, mask); #endif changeState(state, mask); } else if (message->type == p->atom(_NET_WM_DESKTOP)) { dirty = WMDesktop; if (message->data.data32[0] == OnAllDesktops) { changeDesktop(OnAllDesktops); } else { changeDesktop(message->data.data32[0] + 1); } } else if (message->type == p->atom(_NET_WM_FULLSCREEN_MONITORS)) { dirty2 = WM2FullscreenMonitors; NETFullscreenMonitors topology; topology.top = message->data.data32[0]; topology.bottom = message->data.data32[1]; topology.left = message->data.data32[2]; topology.right = message->data.data32[3]; #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo2::event: calling changeFullscreenMonitors" "(%ld, %ld, %ld, %ld, %ld)\n", message->window, message->data.data32[0], message->data.data32[1], message->data.data32[2], message->data.data32[3] ); #endif changeFullscreenMonitors(topology); } } if (eventType == XCB_PROPERTY_NOTIFY) { #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::event: handling PropertyNotify event\n"); #endif xcb_property_notify_event_t *pe = reinterpret_cast(event); if (pe->atom == p->atom(_NET_WM_NAME)) { dirty |= WMName; } else if (pe->atom == p->atom(_NET_WM_VISIBLE_NAME)) { dirty |= WMVisibleName; } else if (pe->atom == p->atom(_NET_WM_DESKTOP)) { dirty |= WMDesktop; } else if (pe->atom == p->atom(_NET_WM_WINDOW_TYPE)) { dirty |= WMWindowType; } else if (pe->atom == p->atom(_NET_WM_STATE)) { dirty |= WMState; } else if (pe->atom == p->atom(_NET_WM_STRUT)) { dirty |= WMStrut; } else if (pe->atom == p->atom(_NET_WM_STRUT_PARTIAL)) { dirty2 |= WM2ExtendedStrut; } else if (pe->atom == p->atom(_NET_WM_ICON_GEOMETRY)) { dirty |= WMIconGeometry; } else if (pe->atom == p->atom(_NET_WM_ICON)) { dirty |= WMIcon; } else if (pe->atom == p->atom(_NET_WM_PID)) { dirty |= WMPid; } else if (pe->atom == p->atom(_NET_WM_HANDLED_ICONS)) { dirty |= WMHandledIcons; } else if (pe->atom == p->atom(_NET_STARTUP_ID)) { dirty2 |= WM2StartupId; } else if (pe->atom == p->atom(_NET_WM_WINDOW_OPACITY)) { dirty2 |= WM2Opacity; } else if (pe->atom == p->atom(_NET_WM_ALLOWED_ACTIONS)) { dirty2 |= WM2AllowedActions; } else if (pe->atom == p->atom(WM_STATE)) { dirty |= XAWMState; } else if (pe->atom == p->atom(_NET_FRAME_EXTENTS)) { dirty |= WMFrameExtents; } else if (pe->atom == p->atom(_KDE_NET_WM_FRAME_STRUT)) { dirty |= WMFrameExtents; } else if (pe->atom == p->atom(_NET_WM_FRAME_OVERLAP)) { dirty2 |= WM2FrameOverlap; } else if (pe->atom == p->atom(_NET_WM_ICON_NAME)) { dirty |= WMIconName; } else if (pe->atom == p->atom(_NET_WM_VISIBLE_ICON_NAME)) { dirty |= WMVisibleIconName; } else if (pe->atom == p->atom(_NET_WM_USER_TIME)) { dirty2 |= WM2UserTime; } else if (pe->atom == XCB_ATOM_WM_HINTS) { dirty2 |= WM2GroupLeader; dirty2 |= WM2Urgency; dirty2 |= WM2Input; dirty2 |= WM2InitialMappingState; dirty2 |= WM2IconPixmap; } else if (pe->atom == XCB_ATOM_WM_TRANSIENT_FOR) { dirty2 |= WM2TransientFor; } else if (pe->atom == XCB_ATOM_WM_CLASS) { dirty2 |= WM2WindowClass; } else if (pe->atom == p->atom(WM_WINDOW_ROLE)) { dirty2 |= WM2WindowRole; } else if (pe->atom == XCB_ATOM_WM_CLIENT_MACHINE) { dirty2 |= WM2ClientMachine; } else if (pe->atom == p->atom(_KDE_NET_WM_ACTIVITIES)) { dirty2 |= WM2Activities; } else if (pe->atom == p->atom(_KDE_NET_WM_BLOCK_COMPOSITING) || pe->atom == p->atom(_NET_WM_BYPASS_COMPOSITOR)) { dirty2 |= WM2BlockCompositing; } else if (pe->atom == p->atom(_KDE_NET_WM_SHADOW)) { dirty2 |= WM2KDEShadow; } else if (pe->atom == p->atom(WM_PROTOCOLS)) { dirty2 |= WM2Protocols; } else if (pe->atom == p->atom(_NET_WM_OPAQUE_REGION)) { dirty2 |= WM2OpaqueRegion; } else if (pe->atom == p->atom(_KDE_NET_WM_DESKTOP_FILE)) { dirty2 = WM2DesktopFileName; } else if (pe->atom == p->atom(_NET_WM_FULLSCREEN_MONITORS)) { dirty2 = WM2FullscreenMonitors; } else if (pe->atom == p->atom(_GTK_FRAME_EXTENTS)) { dirty2 |= WM2GTKFrameExtents; + } else if (pe->atom == p->atom(_KDE_NET_WM_APPMENU_SERVICE_NAME)) { + dirty2 |= WM2AppMenuServiceName; + } else if (pe->atom == p->atom(_KDE_NET_WM_APPMENU_OBJECT_PATH)) { + dirty2 |= WM2AppMenuObjectPath; } do_update = true; } else if (eventType == XCB_CONFIGURE_NOTIFY) { #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::event: handling ConfigureNotify event\n"); #endif dirty |= WMGeometry; // update window geometry xcb_configure_notify_event_t *configure = reinterpret_cast(event); p->win_geom.pos.x = configure->x; p->win_geom.pos.y = configure->y; p->win_geom.size.width = configure->width; p->win_geom.size.height = configure->height; } if (do_update) { update(dirty, dirty2); } if (properties) { *properties = dirty; } if (properties2) { *properties2 = dirty2; } } #if KWINDOWSYSTEM_BUILD_DEPRECATED_SINCE(5, 0) void NETWinInfo::event(xcb_generic_event_t *ev, unsigned long *properties, int properties_size) { NET::Properties p; NET::Properties2 p2; event(ev, &p, &p2); unsigned long props[ PROPERTIES_SIZE ] = { p, p2 }; assert(PROPERTIES_SIZE == 2); // add elements above if (properties_size > PROPERTIES_SIZE) { properties_size = PROPERTIES_SIZE; } for (int i = 0; i < properties_size; ++i) { properties[ i ] = props[ i ]; } } #endif void NETWinInfo::updateWMState() { update(XAWMState); } void NETWinInfo::update(NET::Properties dirtyProperties, NET::Properties2 dirtyProperties2) { Properties dirty = dirtyProperties & p->properties; Properties2 dirty2 = dirtyProperties2 & p->properties2; // We *always* want to update WM_STATE if set in dirty_props if (dirtyProperties & XAWMState) { dirty |= XAWMState; } xcb_get_property_cookie_t cookies[255]; int c = 0; if (dirty & XAWMState) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(WM_STATE), p->atom(WM_STATE), 0, 1); } if (dirty & WMState) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_STATE), XCB_ATOM_ATOM, 0, 2048); } if (dirty & WMDesktop) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_DESKTOP), XCB_ATOM_CARDINAL, 0, 1); } if (dirty & WMName) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_NAME), p->atom(UTF8_STRING), 0, MAX_PROP_SIZE); } if (dirty & WMVisibleName) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_VISIBLE_NAME), p->atom(UTF8_STRING), 0, MAX_PROP_SIZE); } if (dirty & WMIconName) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_ICON_NAME), p->atom(UTF8_STRING), 0, MAX_PROP_SIZE); } if (dirty & WMVisibleIconName) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_VISIBLE_ICON_NAME), p->atom(UTF8_STRING), 0, MAX_PROP_SIZE); } if (dirty & WMWindowType) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_WINDOW_TYPE), XCB_ATOM_ATOM, 0, 2048); } if (dirty & WMStrut) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_STRUT), XCB_ATOM_CARDINAL, 0, 4); } if (dirty2 & WM2ExtendedStrut) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_STRUT_PARTIAL), XCB_ATOM_CARDINAL, 0, 12); } if (dirty2 & WM2FullscreenMonitors) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_FULLSCREEN_MONITORS), XCB_ATOM_CARDINAL, 0, 4); } if (dirty & WMIconGeometry) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_ICON_GEOMETRY), XCB_ATOM_CARDINAL, 0, 4); } if (dirty & WMIcon) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_ICON), XCB_ATOM_CARDINAL, 0, 0xffffffff); } if (dirty & WMFrameExtents) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_FRAME_EXTENTS), XCB_ATOM_CARDINAL, 0, 4); cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_KDE_NET_WM_FRAME_STRUT), XCB_ATOM_CARDINAL, 0, 4); } if (dirty2 & WM2FrameOverlap) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_FRAME_OVERLAP), XCB_ATOM_CARDINAL, 0, 4); } if (dirty2 & WM2Activities) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_KDE_NET_WM_ACTIVITIES), XCB_ATOM_STRING, 0, MAX_PROP_SIZE); } if (dirty2 & WM2BlockCompositing) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_KDE_NET_WM_BLOCK_COMPOSITING), XCB_ATOM_CARDINAL, 0, 1); cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_BYPASS_COMPOSITOR), XCB_ATOM_CARDINAL, 0, 1); } if (dirty & WMPid) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_PID), XCB_ATOM_CARDINAL, 0, 1); } if (dirty2 & WM2StartupId) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_STARTUP_ID), p->atom(UTF8_STRING), 0, MAX_PROP_SIZE); } if (dirty2 & WM2Opacity) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_WINDOW_OPACITY), XCB_ATOM_CARDINAL, 0, 1); } if (dirty2 & WM2AllowedActions) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_ALLOWED_ACTIONS), XCB_ATOM_ATOM, 0, 2048); } if (dirty2 & WM2UserTime) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_USER_TIME), XCB_ATOM_CARDINAL, 0, 1); } if (dirty2 & WM2TransientFor) { cookies[c++] = xcb_get_property(p->conn, false, p->window, XCB_ATOM_WM_TRANSIENT_FOR, XCB_ATOM_WINDOW, 0, 1); } if (dirty2 & (WM2GroupLeader | WM2Urgency | WM2Input | WM2InitialMappingState | WM2IconPixmap)) { cookies[c++] = xcb_get_property(p->conn, false, p->window, XCB_ATOM_WM_HINTS, XCB_ATOM_WM_HINTS, 0, 9); } if (dirty2 & WM2WindowClass) { cookies[c++] = xcb_get_property(p->conn, false, p->window, XCB_ATOM_WM_CLASS, XCB_ATOM_STRING, 0, MAX_PROP_SIZE); } if (dirty2 & WM2WindowRole) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(WM_WINDOW_ROLE), XCB_ATOM_STRING, 0, MAX_PROP_SIZE); } if (dirty2 & WM2ClientMachine) { cookies[c++] = xcb_get_property(p->conn, false, p->window, XCB_ATOM_WM_CLIENT_MACHINE, XCB_ATOM_STRING, 0, MAX_PROP_SIZE); } if (dirty2 & WM2Protocols) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(WM_PROTOCOLS), XCB_ATOM_ATOM, 0, 2048); } if (dirty2 & WM2OpaqueRegion) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_NET_WM_OPAQUE_REGION), XCB_ATOM_CARDINAL, 0, MAX_PROP_SIZE); } if (dirty2 & WM2DesktopFileName) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_KDE_NET_WM_DESKTOP_FILE), p->atom(UTF8_STRING), 0, MAX_PROP_SIZE); } if (dirty2 & WM2GTKFrameExtents) { cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_GTK_FRAME_EXTENTS), XCB_ATOM_CARDINAL, 0, 4); } + if (dirty2 & WM2AppMenuObjectPath) { + cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_KDE_NET_WM_APPMENU_OBJECT_PATH), XCB_ATOM_STRING, 0, MAX_PROP_SIZE); + } + + if (dirty2 & WM2AppMenuServiceName) { + cookies[c++] = xcb_get_property(p->conn, false, p->window, p->atom(_KDE_NET_WM_APPMENU_SERVICE_NAME), XCB_ATOM_STRING, 0, MAX_PROP_SIZE); + } + c = 0; if (dirty & XAWMState) { p->mapping_state = Withdrawn; bool success; uint32_t state = get_value_reply(p->conn, cookies[c++], p->atom(WM_STATE), 0, &success); if (success) { switch (state) { case 3: // IconicState p->mapping_state = Iconic; break; case 1: // NormalState p->mapping_state = Visible; break; case 0: // WithdrawnState default: p->mapping_state = Withdrawn; break; } p->mapping_state_dirty = false; } } if (dirty & WMState) { p->state = NET::States(); const QVector states = get_array_reply(p->conn, cookies[c++], XCB_ATOM_ATOM); #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::update: updating window state (%ld)\n", states.count()); #endif for (const xcb_atom_t state : states) { #ifdef NETWMDEBUG const QByteArray ba = get_atom_name(p->conn, state); fprintf(stderr, "NETWinInfo::update: adding window state %ld '%s'\n", state, ba.constData()); #endif if (state == p->atom(_NET_WM_STATE_MODAL)) { p->state |= Modal; } else if (state == p->atom(_NET_WM_STATE_STICKY)) { p->state |= Sticky; } else if (state == p->atom(_NET_WM_STATE_MAXIMIZED_VERT)) { p->state |= MaxVert; } else if (state == p->atom(_NET_WM_STATE_MAXIMIZED_HORZ)) { p->state |= MaxHoriz; } else if (state == p->atom(_NET_WM_STATE_SHADED)) { p->state |= Shaded; } else if (state == p->atom(_NET_WM_STATE_SKIP_TASKBAR)) { p->state |= SkipTaskbar; } else if (state == p->atom(_NET_WM_STATE_SKIP_PAGER)) { p->state |= SkipPager; } else if (state == p->atom(_KDE_NET_WM_STATE_SKIP_SWITCHER)) { p->state |= SkipSwitcher; } else if (state == p->atom(_NET_WM_STATE_HIDDEN)) { p->state |= Hidden; } else if (state == p->atom(_NET_WM_STATE_FULLSCREEN)) { p->state |= FullScreen; } else if (state == p->atom(_NET_WM_STATE_ABOVE)) { p->state |= KeepAbove; } else if (state == p->atom(_NET_WM_STATE_BELOW)) { p->state |= KeepBelow; } else if (state == p->atom(_NET_WM_STATE_DEMANDS_ATTENTION)) { p->state |= DemandsAttention; } else if (state == p->atom(_NET_WM_STATE_STAYS_ON_TOP)) { p->state |= KeepAbove; } else if (state == p->atom(_NET_WM_STATE_FOCUSED)) { p->state |= Focused; } } } if (dirty & WMDesktop) { p->desktop = 0; bool success; uint32_t desktop = get_value_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL, 0, &success); if (success) { if (desktop != 0xffffffff) { p->desktop = desktop + 1; } else { p->desktop = OnAllDesktops; } } } if (dirty & WMName) { delete[] p->name; p->name = nullptr; const QByteArray str = get_string_reply(p->conn, cookies[c++], p->atom(UTF8_STRING)); if (str.length() > 0) { p->name = nstrndup(str.constData(), str.length()); } } if (dirty & WMVisibleName) { delete[] p->visible_name; p->visible_name = nullptr; const QByteArray str = get_string_reply(p->conn, cookies[c++], p->atom(UTF8_STRING)); if (str.length() > 0) { p->visible_name = nstrndup(str.constData(), str.length()); } } if (dirty & WMIconName) { delete[] p->icon_name; p->icon_name = nullptr; const QByteArray str = get_string_reply(p->conn, cookies[c++], p->atom(UTF8_STRING)); if (str.length() > 0) { p->icon_name = nstrndup(str.constData(), str.length()); } } if (dirty & WMVisibleIconName) { delete[] p->visible_icon_name; p->visible_icon_name = nullptr; const QByteArray str = get_string_reply(p->conn, cookies[c++], p->atom(UTF8_STRING)); if (str.length() > 0) { p->visible_icon_name = nstrndup(str.constData(), str.length()); } } if (dirty & WMWindowType) { p->types.reset(); p->types[0] = Unknown; p->has_net_support = false; const QVector types = get_array_reply(p->conn, cookies[c++], XCB_ATOM_ATOM); if (!types.isEmpty()) { #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::update: getting window type (%ld)\n", types.count()); #endif p->has_net_support = true; int pos = 0; for (const xcb_atom_t type : types) { #ifdef NETWMDEBUG const QByteArray name = get_atom_name(p->conn, type); fprintf(stderr, "NETWinInfo::update: examining window type %ld %s\n", type, name.constData()); #endif if (type == p->atom(_NET_WM_WINDOW_TYPE_NORMAL)) { p->types[pos++] = Normal; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_DESKTOP)) { p->types[pos++] = Desktop; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_DOCK)) { p->types[pos++] = Dock; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_TOOLBAR)) { p->types[pos++] = Toolbar; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_MENU)) { p->types[pos++] = Menu; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_DIALOG)) { p->types[pos++] = Dialog; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_UTILITY)) { p->types[ pos++ ] = Utility; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_SPLASH)) { p->types[pos++] = Splash; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_DROPDOWN_MENU)) { p->types[pos++] = DropdownMenu; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_POPUP_MENU)) { p->types[pos++] = PopupMenu; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_TOOLTIP)) { p->types[pos++] = Tooltip; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_NOTIFICATION)) { p->types[pos++] = Notification; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_COMBO)) { p->types[pos++] = ComboBox; } else if (type == p->atom(_NET_WM_WINDOW_TYPE_DND)) { p->types[pos++] = DNDIcon; } else if (type == p->atom(_KDE_NET_WM_WINDOW_TYPE_OVERRIDE)) { p->types[pos++] = Override; } else if (type == p->atom(_KDE_NET_WM_WINDOW_TYPE_TOPMENU)) { p->types[pos++] = TopMenu; } else if (type == p->atom(_KDE_NET_WM_WINDOW_TYPE_ON_SCREEN_DISPLAY)) { p->types[pos++] = OnScreenDisplay; } else if (type == p->atom(_KDE_NET_WM_WINDOW_TYPE_CRITICAL_NOTIFICATION)) { p->types[pos++] = CriticalNotification; } } } } if (dirty & WMStrut) { p->strut = NETStrut(); QVector data = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); if (data.count() == 4) { p->strut.left = data[0]; p->strut.right = data[1]; p->strut.top = data[2]; p->strut.bottom = data[3]; } } if (dirty2 & WM2ExtendedStrut) { p->extended_strut = NETExtendedStrut(); QVector data = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); if (data.count() == 12) { p->extended_strut.left_width = data[0]; p->extended_strut.right_width = data[1]; p->extended_strut.top_width = data[2]; p->extended_strut.bottom_width = data[3]; p->extended_strut.left_start = data[4]; p->extended_strut.left_end = data[5]; p->extended_strut.right_start = data[6]; p->extended_strut.right_end = data[7]; p->extended_strut.top_start = data[8]; p->extended_strut.top_end = data[9]; p->extended_strut.bottom_start = data[10]; p->extended_strut.bottom_end = data[11]; } } if (dirty2 & WM2FullscreenMonitors) { p->fullscreen_monitors = NETFullscreenMonitors(); QVector data = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); if (data.count() == 4) { p->fullscreen_monitors.top = data[0]; p->fullscreen_monitors.bottom = data[1]; p->fullscreen_monitors.left = data[2]; p->fullscreen_monitors.right = data[3]; } } if (dirty & WMIconGeometry) { p->icon_geom = NETRect(); QVector data = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); if (data.count() == 4) { p->icon_geom.pos.x = data[0]; p->icon_geom.pos.y = data[1]; p->icon_geom.size.width = data[2]; p->icon_geom.size.height = data[3]; } } if (dirty & WMIcon) { readIcon(p->conn, cookies[c++], p->icons, p->icon_count); delete[] p->icon_sizes; p->icon_sizes = nullptr; } if (dirty & WMFrameExtents) { p->frame_strut = NETStrut(); QVector data = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); if (data.isEmpty()) { data = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); } else { xcb_discard_reply(p->conn, cookies[c++].sequence); } if (data.count() == 4) { p->frame_strut.left = data[0]; p->frame_strut.right = data[1]; p->frame_strut.top = data[2]; p->frame_strut.bottom = data[3]; } } if (dirty2 & WM2FrameOverlap) { p->frame_overlap = NETStrut(); QVector data = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); if (data.count() == 4) { p->frame_overlap.left = data[0]; p->frame_overlap.right = data[1]; p->frame_overlap.top = data[2]; p->frame_overlap.bottom = data[3]; } } if (dirty2 & WM2Activities) { delete[] p->activities; p->activities = nullptr; const QByteArray activities = get_string_reply(p->conn, cookies[c++], XCB_ATOM_STRING); if (activities.length() > 0) { p->activities = nstrndup(activities.constData(), activities.length()); } } if (dirty2 & WM2BlockCompositing) { bool success; p->blockCompositing = false; // _KDE_NET_WM_BLOCK_COMPOSITING uint32_t data = get_value_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL, 0, &success); if (success) p->blockCompositing = bool(data); // _NET_WM_BYPASS_COMPOSITOR data = get_value_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL, 0, &success); if (success) { switch (data) { case 1: p->blockCompositing = true; break; case 2: p->blockCompositing = false; break; default: break; // yes, the standard /is/ that stupid. } } } if (dirty & WMPid) { p->pid = get_value_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL, 0); } if (dirty2 & WM2StartupId) { delete[] p->startup_id; p->startup_id = nullptr; const QByteArray id = get_string_reply(p->conn, cookies[c++], p->atom(UTF8_STRING)); if (id.length() > 0) { p->startup_id = nstrndup(id.constData(), id.length()); } } if (dirty2 & WM2Opacity) { p->opacity = get_value_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL, 0xffffffff); } if (dirty2 & WM2AllowedActions) { p->allowed_actions = NET::Actions(); const QVector actions = get_array_reply(p->conn, cookies[c++], XCB_ATOM_ATOM); if (!actions.isEmpty()) { #ifdef NETWMDEBUG fprintf(stderr, "NETWinInfo::update: updating allowed actions (%ld)\n", actions.count()); #endif for (const xcb_atom_t action : actions) { #ifdef NETWMDEBUG const QByteArray name = get_atom_name(p->conn, action); fprintf(stderr, "NETWinInfo::update: adding allowed action %ld '%s'\n", action, name.constData()); #endif if (action == p->atom(_NET_WM_ACTION_MOVE)) { p->allowed_actions |= ActionMove; } else if (action == p->atom(_NET_WM_ACTION_RESIZE)) { p->allowed_actions |= ActionResize; } else if (action == p->atom(_NET_WM_ACTION_MINIMIZE)) { p->allowed_actions |= ActionMinimize; } else if (action == p->atom(_NET_WM_ACTION_SHADE)) { p->allowed_actions |= ActionShade; } else if (action == p->atom(_NET_WM_ACTION_STICK)) { p->allowed_actions |= ActionStick; } else if (action == p->atom(_NET_WM_ACTION_MAXIMIZE_VERT)) { p->allowed_actions |= ActionMaxVert; } else if (action == p->atom(_NET_WM_ACTION_MAXIMIZE_HORZ)) { p->allowed_actions |= ActionMaxHoriz; } else if (action == p->atom(_NET_WM_ACTION_FULLSCREEN)) { p->allowed_actions |= ActionFullScreen; } else if (action == p->atom(_NET_WM_ACTION_CHANGE_DESKTOP)) { p->allowed_actions |= ActionChangeDesktop; } else if (action == p->atom(_NET_WM_ACTION_CLOSE)) { p->allowed_actions |= ActionClose; } } } } if (dirty2 & WM2UserTime) { p->user_time = -1U; bool success; uint32_t value = get_value_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL, 0, &success); if (success) { p->user_time = value; } } if (dirty2 & WM2TransientFor) { p->transient_for = get_value_reply(p->conn, cookies[c++], XCB_ATOM_WINDOW, 0); } if (dirty2 & (WM2GroupLeader | WM2Urgency | WM2Input | WM2InitialMappingState | WM2IconPixmap)) { xcb_get_property_reply_t *reply = xcb_get_property_reply(p->conn, cookies[c++], nullptr); if (reply && reply->format == 32 && reply->value_len == 9 && reply->type == XCB_ATOM_WM_HINTS) { kde_wm_hints *hints = reinterpret_cast(xcb_get_property_value(reply)); if (hints->flags & (1 << 0)/*Input*/) { p->input = hints->input; } if (hints->flags & (1 << 1)/*StateHint*/) { switch (hints->initial_state) { case 3: // IconicState p->initialMappingState = Iconic; break; case 1: // NormalState p->initialMappingState = Visible; break; case 0: // WithdrawnState default: p->initialMappingState = Withdrawn; break; } } if (hints->flags & (1 << 2)/*IconPixmapHint*/) { p->icon_pixmap = hints->icon_pixmap; } if (hints->flags & (1 << 5)/*IconMaskHint*/) { p->icon_mask = hints->icon_mask; } if (hints->flags & (1 << 6)/*WindowGroupHint*/) { p->window_group = hints->window_group; } p->urgency = (hints->flags & (1 << 8)/*UrgencyHint*/); } if (reply) { free(reply); } } if (dirty2 & WM2WindowClass) { delete[] p->class_name; delete[] p->class_class; p->class_name = nullptr; p->class_class = nullptr; const QList list = get_stringlist_reply(p->conn, cookies[c++], XCB_ATOM_STRING); if (list.count() == 2) { p->class_name = nstrdup(list.at(0).constData()); p->class_class = nstrdup(list.at(1).constData()); } } if (dirty2 & WM2WindowRole) { delete[] p->window_role; p->window_role = nullptr; const QByteArray role = get_string_reply(p->conn, cookies[c++], XCB_ATOM_STRING); if (role.length() > 0) { p->window_role = nstrndup(role.constData(), role.length()); } } if (dirty2 & WM2ClientMachine) { delete[] p->client_machine; p->client_machine = nullptr; const QByteArray value = get_string_reply(p->conn, cookies[c++], XCB_ATOM_STRING); if (value.length() > 0) { p->client_machine = nstrndup(value.constData(), value.length()); } } if (dirty2 & WM2Protocols) { const QVector protocols = get_array_reply(p->conn, cookies[c++], XCB_ATOM_ATOM); p->protocols = NET::NoProtocol; for (auto it = protocols.begin(); it != protocols.end(); ++it) { if ((*it) == p->atom(WM_TAKE_FOCUS)) { p->protocols |= TakeFocusProtocol; } else if ((*it) == p->atom(WM_DELETE_WINDOW)) { p->protocols |= DeleteWindowProtocol; } else if ((*it) == p->atom(_NET_WM_PING)) { p->protocols |= PingProtocol; } else if ((*it) == p->atom(_NET_WM_SYNC_REQUEST)) { p->protocols |= SyncRequestProtocol; } else if ((*it) == p->atom(_NET_WM_CONTEXT_HELP)) { p->protocols |= ContextHelpProtocol; } } } if (dirty2 & WM2OpaqueRegion) { const QVector values = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); p->opaqueRegion.clear(); p->opaqueRegion.reserve(values.count() / 4); for (int i = 0; i < values.count() - 3; i += 4) { NETRect rect; rect.pos.x = values.at(i); rect.pos.y = values.at(i + 1); rect.size.width = values.at(i + 2); rect.size.height = values.at(i + 3); p->opaqueRegion.push_back(rect); } } if (dirty2 & WM2DesktopFileName) { delete[] p->desktop_file; p->desktop_file = nullptr; const QByteArray id = get_string_reply(p->conn, cookies[c++], p->atom(UTF8_STRING)); if (id.length() > 0) { p->desktop_file = nstrndup(id.constData(), id.length()); } } if (dirty2 & WM2GTKFrameExtents) { p->gtk_frame_extents = NETStrut(); QVector data = get_array_reply(p->conn, cookies[c++], XCB_ATOM_CARDINAL); if (data.count() == 4) { p->gtk_frame_extents.left = data[0]; p->gtk_frame_extents.right = data[1]; p->gtk_frame_extents.top = data[2]; p->gtk_frame_extents.bottom = data[3]; } } + + if (dirty2 & WM2AppMenuObjectPath) { + delete[] p->appmenu_object_path; + p->appmenu_object_path = nullptr; + + const QByteArray id = get_string_reply(p->conn, cookies[c++], XCB_ATOM_STRING); + if (id.length() > 0) { + p->appmenu_object_path = nstrndup(id.constData(), id.length()); + } + } + + if (dirty2 & WM2AppMenuServiceName) { + delete[] p->appmenu_service_name; + p->appmenu_service_name = nullptr; + + const QByteArray id = get_string_reply(p->conn, cookies[c++], XCB_ATOM_STRING); + if (id.length() > 0) { + p->appmenu_service_name = nstrndup(id.constData(), id.length()); + } + } } NETRect NETWinInfo::iconGeometry() const { return p->icon_geom; } NET::States NETWinInfo::state() const { return p->state; } NETStrut NETWinInfo::strut() const { return p->strut; } NETExtendedStrut NETWinInfo::extendedStrut() const { return p->extended_strut; } NETFullscreenMonitors NETWinInfo::fullscreenMonitors() const { return p->fullscreen_monitors; } bool NET::typeMatchesMask(WindowType type, WindowTypes mask) { switch (type) { #define CHECK_TYPE_MASK( type ) \ case type: \ if( mask & type##Mask ) \ return true; \ break; CHECK_TYPE_MASK(Normal) CHECK_TYPE_MASK(Desktop) CHECK_TYPE_MASK(Dock) CHECK_TYPE_MASK(Toolbar) CHECK_TYPE_MASK(Menu) CHECK_TYPE_MASK(Dialog) CHECK_TYPE_MASK(Override) CHECK_TYPE_MASK(TopMenu) CHECK_TYPE_MASK(Utility) CHECK_TYPE_MASK(Splash) CHECK_TYPE_MASK(DropdownMenu) CHECK_TYPE_MASK(PopupMenu) CHECK_TYPE_MASK(Tooltip) CHECK_TYPE_MASK(Notification) CHECK_TYPE_MASK(ComboBox) CHECK_TYPE_MASK(DNDIcon) CHECK_TYPE_MASK(OnScreenDisplay) CHECK_TYPE_MASK(CriticalNotification) #undef CHECK_TYPE_MASK default: break; } return false; } NET::WindowType NETWinInfo::windowType(WindowTypes supported_types) const { for (int i = 0; i < p->types.size(); ++i) { // return the type only if the application supports it if (typeMatchesMask(p->types[ i ], supported_types)) { return p->types[ i ]; } } return Unknown; } bool NETWinInfo::hasWindowType() const { return p->types.size() > 0; } const char *NETWinInfo::name() const { return p->name; } const char *NETWinInfo::visibleName() const { return p->visible_name; } const char *NETWinInfo::iconName() const { return p->icon_name; } const char *NETWinInfo::visibleIconName() const { return p->visible_icon_name; } int NETWinInfo::desktop(bool ignore_viewport) const { if (!ignore_viewport && KWindowSystem::mapViewport()) { const KWindowInfo info(p->window, NET::WMDesktop); return info.desktop(); } return p->desktop; } int NETWinInfo::pid() const { return p->pid; } xcb_timestamp_t NETWinInfo::userTime() const { return p->user_time; } const char *NETWinInfo::startupId() const { return p->startup_id; } unsigned long NETWinInfo::opacity() const { return p->opacity; } NET::Actions NETWinInfo::allowedActions() const { return p->allowed_actions; } bool NETWinInfo::hasNETSupport() const { return p->has_net_support; } xcb_window_t NETWinInfo::transientFor() const { return p->transient_for; } xcb_window_t NETWinInfo::groupLeader() const { return p->window_group; } bool NETWinInfo::urgency() const { return p->urgency; } bool NETWinInfo::input() const { return p->input; } NET::MappingState NETWinInfo::initialMappingState() const { return p->initialMappingState; } xcb_pixmap_t NETWinInfo::icccmIconPixmap() const { return p->icon_pixmap; } xcb_pixmap_t NETWinInfo::icccmIconPixmapMask() const { return p->icon_mask; } const char *NETWinInfo::windowClassClass() const { return p->class_class; } const char *NETWinInfo::windowClassName() const { return p->class_name; } const char *NETWinInfo::windowRole() const { return p->window_role; } const char *NETWinInfo::clientMachine() const { return p->client_machine; } const char *NETWinInfo::activities() const { return p->activities; } void NETWinInfo::setActivities(const char *activities) { delete [] p->activities; if (activities == (char *) nullptr || activities[0] == '\0') { // on all activities static const char nulluuid[] = KDE_ALL_ACTIVITIES_UUID; p->activities = nstrdup(nulluuid); } else { p->activities = nstrdup(activities); } xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_KDE_NET_WM_ACTIVITIES), XCB_ATOM_STRING, 8, strlen(p->activities), p->activities); } void NETWinInfo::setBlockingCompositing(bool active) { if (p->role != Client) { return; } p->blockCompositing = active; if (active) { uint32_t d = 1; xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_KDE_NET_WM_BLOCK_COMPOSITING), XCB_ATOM_CARDINAL, 32, 1, (const void *) &d); xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_NET_WM_BYPASS_COMPOSITOR), XCB_ATOM_CARDINAL, 32, 1, (const void *) &d); } else { xcb_delete_property(p->conn, p->window, p->atom(_KDE_NET_WM_BLOCK_COMPOSITING)); xcb_delete_property(p->conn, p->window, p->atom(_NET_WM_BYPASS_COMPOSITOR)); } } bool NETWinInfo::isBlockingCompositing() const { return p->blockCompositing; } bool NETWinInfo::handledIcons() const { return p->handled_icons; } NET::Properties NETWinInfo::passedProperties() const { return p->properties; } NET::Properties2 NETWinInfo::passedProperties2() const { return p->properties2; } NET::MappingState NETWinInfo::mappingState() const { return p->mapping_state; } NET::Protocols NETWinInfo::protocols() const { return p->protocols; } bool NETWinInfo::supportsProtocol(NET::Protocol protocol) const { return p->protocols.testFlag(protocol); } std::vector< NETRect > NETWinInfo::opaqueRegion() const { return p->opaqueRegion; } xcb_connection_t *NETWinInfo::xcbConnection() const { return p->conn; } void NETWinInfo::setDesktopFileName(const char *name) { if (p->role != Client) { return; } delete[] p->desktop_file; p->desktop_file = nstrdup(name); xcb_change_property(p->conn, XCB_PROP_MODE_REPLACE, p->window, p->atom(_KDE_NET_WM_DESKTOP_FILE), p->atom(UTF8_STRING), 8, strlen(p->desktop_file), (const void *) p->desktop_file); } const char *NETWinInfo::desktopFileName() const { return p->desktop_file; } void NETRootInfo::virtual_hook(int, void *) { /*BASE::virtual_hook( id, data );*/ } void NETWinInfo::virtual_hook(int, void *) { /*BASE::virtual_hook( id, data );*/ } int NET::timestampCompare(unsigned long time1, unsigned long time2) { return KXUtils::timestampCompare(time1, time2); } int NET::timestampDiff(unsigned long time1, unsigned long time2) { return KXUtils::timestampDiff(time1, time2); } #endif diff --git a/src/platforms/xcb/netwm.h b/src/platforms/xcb/netwm.h index 92b749d..c35e0b5 100644 --- a/src/platforms/xcb/netwm.h +++ b/src/platforms/xcb/netwm.h @@ -1,1676 +1,1700 @@ /* SPDX-FileCopyrightText: 2000 Troll Tech AS SPDX-FileCopyrightText: 2003 Lubos Lunak SPDX-License-Identifier: MIT */ #ifndef netwm_h #define netwm_h #include #include #include #if KWINDOWSYSTEM_HAVE_X11 #include #include #include "netwm_def.h" #define KDE_ALL_ACTIVITIES_UUID "00000000-0000-0000-0000-000000000000" // forward declaration struct NETRootInfoPrivate; struct NETWinInfoPrivate; template class NETRArray; /** Common API for root window properties/protocols. The NETRootInfo class provides a common API for clients and window managers to set/read/change properties on the root window as defined by the NET Window Manager Specification.. @author Bradley T. Hughes @see NET @see NETWinInfo **/ class KWINDOWSYSTEM_EXPORT NETRootInfo : public NET { public: /** Indexes for the properties array. **/ // update also NETRootInfoPrivate::properties[] size when extending this enum { PROTOCOLS, WINDOW_TYPES, STATES, PROTOCOLS2, ACTIONS, PROPERTIES_SIZE }; /** Window Managers should use this constructor to create a NETRootInfo object, which will be used to set/update information stored on the rootWindow. The application role is automatically set to WindowManager when using this constructor. @param connection XCB connection @param supportWindow The Window id of the supportWindow. The supportWindow must be created by the window manager as a child of the rootWindow. The supportWindow must not be destroyed until the Window Manager exits. @param wmName A string which should be the window manager's name (ie. "KWin" or "Blackbox"). @param properties The properties the window manager supports @param windowTypes The window types the window manager supports @param states The states the window manager supports @param properties2 The properties2 the window manager supports @param actions The actions the window manager supports @param screen For Window Managers that support multiple screen (ie. "multiheaded") displays, the screen number may be explicitly defined. If this argument is omitted, the default screen will be used. @param doActivate true to activate the window **/ NETRootInfo(xcb_connection_t *connection, xcb_window_t supportWindow, const char *wmName, NET::Properties properties, NET::WindowTypes windowTypes, NET::States states, NET::Properties2 properties2, NET::Actions actions, int screen = -1, bool doActivate = true); /** Clients should use this constructor to create a NETRootInfo object, which will be used to query information set on the root window. The application role is automatically set to Client when using this constructor. @param connection XCB connection @param properties The properties the client is interested in. @param properties2 The properties2 the client is interested in. @param properties_size The number of elements in the properties array. @param screen For Clients that support multiple screen (ie. "multiheaded") displays, the screen number may be explicitly defined. If this argument is omitted, the default screen will be used. @param doActivate true to call activate() to do an initial data read/update of the query information. **/ NETRootInfo(xcb_connection_t *connection, NET::Properties properties, NET::Properties2 properties2 = NET::Properties2(), int screen = -1, bool doActivate = true); /** Creates a shared copy of the specified NETRootInfo object. @param rootinfo the NETRootInfo object to copy **/ NETRootInfo(const NETRootInfo &rootinfo); /** Destroys the NETRootInfo object. **/ virtual ~NETRootInfo(); /** Returns the xcb connection used. @return the XCB connection **/ xcb_connection_t *xcbConnection() const; /** Returns the Window id of the rootWindow. @return the id of the root window **/ xcb_window_t rootWindow() const; /** Returns the Window id of the supportWindow. @return the id of the support window **/ xcb_window_t supportWindow() const; /** Returns the name of the Window Manager. @return the name of the window manager **/ const char *wmName() const; /** Sets the given property if on is true, and clears the property otherwise. In WindowManager mode this function updates _NET_SUPPORTED. In Client mode this function does nothing. @since 4.4 **/ void setSupported(NET::Property property, bool on = true); /** @overload @since 4.4 **/ void setSupported(NET::Property2 property, bool on = true); /** @overload @since 4.4 **/ void setSupported(NET::WindowTypeMask property, bool on = true); /** @overload @since 4.4 **/ void setSupported(NET::State property, bool on = true); /** @overload @since 4.4 **/ void setSupported(NET::Action property, bool on = true); /** Returns true if the given property is supported by the window manager. Note that for Client mode, NET::Supported needs to be passed in the properties argument for this to work. **/ bool isSupported(NET::Property property) const; /** @overload **/ bool isSupported(NET::Property2 property) const; /** @overload **/ bool isSupported(NET::WindowTypeMask type) const; /** @overload **/ bool isSupported(NET::State state) const; /** @overload **/ bool isSupported(NET::Action action) const; /** In the Window Manager mode, this is equivalent to the properties argument passed to the constructor. In the Client mode, if NET::Supported was passed in the properties argument, the returned value are all properties supported by the Window Manager. Other supported protocols and properties are returned by the specific methods. @see supportedProperties2() @see supportedStates() @see supportedWindowTypes() @see supportedActions() **/ NET::Properties supportedProperties() const; /** * In the Window Manager mode, this is equivalent to the properties2 * argument passed to the constructor. In the Client mode, if * NET::Supported was passed in the properties argument, the returned * value are all properties2 supported by the Window Manager. Other supported * protocols and properties are returned by the specific methods. * @see supportedProperties() * @see supportedStates() * @see supportedWindowTypes() * @see supportedActions() * @since 5.0 **/ NET::Properties2 supportedProperties2() const; /** * In the Window Manager mode, this is equivalent to the states * argument passed to the constructor. In the Client mode, if * NET::Supported was passed in the properties argument, the returned * value are all states supported by the Window Manager. Other supported * protocols and properties are returned by the specific methods. * @see supportedProperties() @see supportedProperties2() * @see supportedWindowTypes() * @see supportedActions() * @since 5.0 **/ NET::States supportedStates() const; /** * In the Window Manager mode, this is equivalent to the windowTypes * argument passed to the constructor. In the Client mode, if * NET::Supported was passed in the properties argument, the returned * value are all window types supported by the Window Manager. Other supported * protocols and properties are returned by the specific methods. * @see supportedProperties() @see supportedProperties2() * @see supportedStates() * @see supportedActions() * @since 5.0 **/ NET::WindowTypes supportedWindowTypes() const; /** * In the Window Manager mode, this is equivalent to the actions * argument passed to the constructor. In the Client mode, if * NET::Supported was passed in the properties argument, the returned * value are all actions supported by the Window Manager. Other supported * protocols and properties are returned by the specific methods. * @see supportedProperties() @see supportedProperties2() * @see supportedStates() * @see supportedWindowTypes() * @since 5.0 **/ NET::Actions supportedActions() const; /** * @returns the properties argument passed to the constructor. * @see passedProperties2() * @see passedStates() * @see passedWindowTypes() * @see passedActions() **/ NET::Properties passedProperties() const; /** * @returns the properties2 argument passed to the constructor. * @see passedProperties() * @see passedStates() * @see passedWindowTypes() * @see passedActions() * @since 5.0 **/ NET::Properties2 passedProperties2() const; /** * @returns the states argument passed to the constructor. * @see passedProperties() * @see passedProperties2() * @see passedWindowTypes() * @see passedActions() * @since 5.0 **/ NET::States passedStates() const; /** * @returns the windowTypes argument passed to the constructor. * @see passedProperties() * @see passedProperties2() * @see passedStates() * @see passedActions() * @since 5.0 **/ NET::WindowTypes passedWindowTypes() const; /** * @returns the actions argument passed to the constructor. * @see passedProperties() * @see passedProperties2() * @see passedStates() * @see passedWindowTypes() * @since 5.0 **/ NET::Actions passedActions() const; /** Returns an array of Window id's, which contain all managed windows. @return the array of Window id's @see clientListCount() **/ const xcb_window_t *clientList() const; /** Returns the number of managed windows in clientList array. @return the number of managed windows in the clientList array @see clientList() **/ int clientListCount() const; /** Returns an array of Window id's, which contain all managed windows in stacking order. @return the array of Window id's in stacking order @see clientListStackingCount() **/ const xcb_window_t *clientListStacking() const; /** Returns the number of managed windows in the clientListStacking array. @return the number of Window id's in the client list @see clientListStacking() **/ int clientListStackingCount() const; /** Returns the desktop geometry size. NOTE: KDE uses virtual desktops and does not directly support viewport in any way. You should use calls for virtual desktops, viewport is mapped to them if needed. @return the size of the desktop **/ NETSize desktopGeometry() const; /** Returns the viewport of the specified desktop. NOTE: KDE uses virtual desktops and does not directly support viewport in any way. You should use calls for virtual desktops, viewport is mapped to them if needed. @param desktop the number of the desktop @return the position of the desktop's viewport **/ NETPoint desktopViewport(int desktop) const; /** Returns the workArea for the specified desktop. @param desktop the number of the desktop @return the size of the work area **/ NETRect workArea(int desktop) const; /** Returns the name for the specified desktop. @param desktop the number of the desktop @return the name of the desktop **/ const char *desktopName(int desktop) const; /** Returns an array of Window id's, which contain the virtual root windows. @return the array of Window id's @see virtualRootsCount() **/ const xcb_window_t *virtualRoots() const; /** Returns the number of window in the virtualRoots array. @return the number of Window id's in the virtual root array @see virtualRoots() **/ int virtualRootsCount() const; /** Returns the desktop layout orientation. **/ NET::Orientation desktopLayoutOrientation() const; /** Returns the desktop layout number of columns and rows. Note that either may be 0 (see _NET_DESKTOP_LAYOUT). **/ QSize desktopLayoutColumnsRows() const; /** Returns the desktop layout starting corner. **/ NET::DesktopLayoutCorner desktopLayoutCorner() const; /** Returns the number of desktops. NOTE: KDE uses virtual desktops and does not directly support viewport in any way. They are however mapped to virtual desktops if needed. @param ignore_viewport if false, viewport is mapped to virtual desktops @return the number of desktops **/ int numberOfDesktops(bool ignore_viewport = false) const; /** Returns the current desktop. NOTE: KDE uses virtual desktops and does not directly support viewport in any way. They are however mapped to virtual desktops if needed. @param ignore_viewport if false, viewport is mapped to virtual desktops @return the number of the current desktop **/ int currentDesktop(bool ignore_viewport = false) const; /** Returns the active (focused) window. @return the id of the active window **/ xcb_window_t activeWindow() const; /** Window Managers must call this after creating the NETRootInfo object, and before using any other method in the class. This method sets initial data on the root window and does other post-construction duties. Clients must also call this after creating the object to do an initial data read/update. **/ void activate(); /** Sets the list of managed windows on the Root/Desktop window. @param windows The array of Window id's @param count The number of windows in the array **/ void setClientList(const xcb_window_t *windows, unsigned int count); /** Sets the list of managed windows in stacking order on the Root/Desktop window. @param windows The array of Window id's @param count The number of windows in the array. **/ void setClientListStacking(const xcb_window_t *windows, unsigned int count); /** Sets the current desktop to the specified desktop. NOTE: KDE uses virtual desktops and does not directly support viewport in any way. It is however mapped to virtual desktops if needed. @param desktop the number of the desktop @param ignore_viewport if false, viewport is mapped to virtual desktops **/ void setCurrentDesktop(int desktop, bool ignore_viewport = false); /** Sets the desktop geometry to the specified geometry. NOTE: KDE uses virtual desktops and does not directly support viewport in any way. You should use calls for virtual desktops, viewport is mapped to them if needed. @param geometry the new size of the desktop **/ void setDesktopGeometry(const NETSize &geometry); /** Sets the viewport for the current desktop to the specified point. NOTE: KDE uses virtual desktops and does not directly support viewport in any way. You should use calls for virtual desktops, viewport is mapped to them if needed. @param desktop the number of the desktop @param viewport the new position of the desktop's viewport **/ void setDesktopViewport(int desktop, const NETPoint &viewport); /** Sets the number of desktops to the specified number. NOTE: KDE uses virtual desktops and does not directly support viewport in any way. Viewport is mapped to virtual desktops if needed, but not for this call. @param numberOfDesktops the number of desktops **/ void setNumberOfDesktops(int numberOfDesktops); /** Sets the name of the specified desktop. NOTE: KDE uses virtual desktops and does not directly support viewport in any way. Viewport is mapped to virtual desktops if needed, but not for this call. @param desktop the number of the desktop @param desktopName the new name of the desktop **/ void setDesktopName(int desktop, const char *desktopName); /** Requests that the specified window becomes the active (focused) one. @param window the id of the new active window @param src whether the request comes from normal application or from a pager or similar tool @param timestamp X server timestamp of the user action that caused the request @param active_window active window of the requesting application, if any **/ void setActiveWindow(xcb_window_t window, NET::RequestSource src, xcb_timestamp_t timestamp, xcb_window_t active_window); /** Sets the active (focused) window the specified window. This should be used only in the window manager mode. @param window the if of the new active window **/ void setActiveWindow(xcb_window_t window); /** Sets the workarea for the specified desktop @param desktop the number of the desktop @param workArea the new work area of the desktop **/ void setWorkArea(int desktop, const NETRect &workArea); /** Sets the list of virtual root windows on the root window. @param windows The array of Window id's @param count The number of windows in the array. **/ void setVirtualRoots(const xcb_window_t *windows, unsigned int count); /** Sets the desktop layout. This is set by the pager. When setting, the pager must own the _NET_DESKTOP_LAYOUT_Sn manager selection. See _NET_DESKTOP_LAYOUT for details. **/ void setDesktopLayout(NET::Orientation orientation, int columns, int rows, NET::DesktopLayoutCorner corner); /** * Sets the _NET_SHOWING_DESKTOP status (whether desktop is being shown). */ void setShowingDesktop(bool showing); /** * Returns the status of _NET_SHOWING_DESKTOP. */ bool showingDesktop() const; /** Assignment operator. Ensures that the shared data reference counts are correct. **/ const NETRootInfo &operator=(const NETRootInfo &rootinfo); /** Clients (such as pagers/taskbars) that wish to close a window should call this function. This will send a request to the Window Manager, which usually can usually decide how to react to such requests. @param window the id of the window to close **/ void closeWindowRequest(xcb_window_t window); /** Clients (such as pagers/taskbars) that wish to start a WMMoveResize (where the window manager controls the resize/movement, i.e. _NET_WM_MOVERESIZE) should call this function. This will send a request to the Window Manager. @param window The client window that would be resized/moved. @param x_root X position of the cursor relative to the root window. @param y_root Y position of the cursor relative to the root window. @param direction One of NET::Direction (see base class documentation for a description of the different directions). **/ void moveResizeRequest(xcb_window_t window, int x_root, int y_root, Direction direction); /** Clients (such as pagers/taskbars) that wish to move/resize a window using WM2MoveResizeWindow (_NET_MOVERESIZE_WINDOW) should call this function. This will send a request to the Window Manager. See _NET_MOVERESIZE_WINDOW description for details. @param window The client window that would be resized/moved. @param flags Flags specifying the operation (see _NET_MOVERESIZE_WINDOW description) @param x Requested X position for the window @param y Requested Y position for the window @param width Requested width for the window @param height Requested height for the window **/ void moveResizeWindowRequest(xcb_window_t window, int flags, int x, int y, int width, int height); /** Sends the _NET_RESTACK_WINDOW request. **/ void restackRequest(xcb_window_t window, RequestSource source, xcb_window_t above, int detail, xcb_timestamp_t timestamp); /** Sends a ping with the given timestamp to the window, using the _NET_WM_PING protocol. */ void sendPing(xcb_window_t window, xcb_timestamp_t timestamp); #if KWINDOWSYSTEM_ENABLE_DEPRECATED_SINCE(5, 0) /** This function takes the passed XEvent and returns an OR'ed list of NETRootInfo properties that have changed in the properties argument. The new information will be read immediately by the class. The elements of the properties argument are as they would be passed to the constructor, if the array is not large enough, changed properties that don't fit in it won't be listed there (they'll be updated in the class though). @param event the event @param properties properties that changed @param properties_size size of the passed properties array @deprecated since 5.0 use event(xcb_generic_event_t*, NET::Properties*, NET::Properties2*) **/ KWINDOWSYSTEM_DEPRECATED_VERSION(5, 0, "Use NETRootInfo::event(xcb_generic_event_t*, NET::Properties*, NET::Properties2*)") void event(xcb_generic_event_t *event, unsigned long *properties, int properties_size); #endif /** * This function takes the passed xcb_generic_event_t and returns the updated properties in the passed in arguments. * * The new information will be read immediately by the class. It is possible to pass in a * null pointer in the arguments. In that case the passed in argument will obviously not * be updated, but the class will process the information nevertheless. * * @param event the event * @param properties The NET::Properties that changed * @param properties2 The NET::Properties2 that changed * @since 5.0 **/ void event(xcb_generic_event_t *event, NET::Properties *properties, NET::Properties2 *properties2 = nullptr); /** This function takes the passed XEvent and returns an OR'ed list of NETRootInfo properties that have changed. The new information will be read immediately by the class. This overloaded version returns only a single mask, and therefore cannot check state of all properties like the other variant. @param event the event @return the properties **/ NET::Properties event(xcb_generic_event_t *event); protected: /** A Client should subclass NETRootInfo and reimplement this function when it wants to know when a window has been added. @param window the id of the window to add **/ virtual void addClient(xcb_window_t window) { Q_UNUSED(window); } /** A Client should subclass NETRootInfo and reimplement this function when it wants to know when a window has been removed. @param window the id of the window to remove **/ virtual void removeClient(xcb_window_t window) { Q_UNUSED(window); } /** A Window Manager should subclass NETRootInfo and reimplement this function when it wants to know when a Client made a request to change the number of desktops. @param numberOfDesktops the new number of desktops **/ virtual void changeNumberOfDesktops(int numberOfDesktops) { Q_UNUSED(numberOfDesktops); } /** A Window Manager should subclass NETRootInfo and reimplement this function when it wants to know when a Client made a request to change the specified desktop geometry. @param desktop the number of the desktop @param geom the new size **/ virtual void changeDesktopGeometry(int desktop, const NETSize &geom) { Q_UNUSED(desktop); Q_UNUSED(geom); } /** A Window Manager should subclass NETRootInfo and reimplement this function when it wants to know when a Client made a request to change the specified desktop viewport. @param desktop the number of the desktop @param viewport the new position of the viewport **/ virtual void changeDesktopViewport(int desktop, const NETPoint &viewport) { Q_UNUSED(desktop); Q_UNUSED(viewport); } /** A Window Manager should subclass NETRootInfo and reimplement this function when it wants to know when a Client made a request to change the current desktop. @param desktop the number of the desktop **/ virtual void changeCurrentDesktop(int desktop) { Q_UNUSED(desktop); } /** A Window Manager should subclass NETRootInfo and reimplement this function when it wants to know when a Client made a request to close a window. @param window the id of the window to close **/ virtual void closeWindow(xcb_window_t window) { Q_UNUSED(window); } /** A Window Manager should subclass NETRootInfo and reimplement this function when it wants to know when a Client made a request to start a move/resize. @param window The window that wants to move/resize @param x_root X position of the cursor relative to the root window. @param y_root Y position of the cursor relative to the root window. @param direction One of NET::Direction (see base class documentation for a description of the different directions). **/ virtual void moveResize(xcb_window_t window, int x_root, int y_root, unsigned long direction) { Q_UNUSED(window); Q_UNUSED(x_root); Q_UNUSED(y_root); Q_UNUSED(direction); } /** A Window Manager should subclass NETRootInfo and reimplement this function when it wants to receive replies to the _NET_WM_PING protocol. @param window the window from which the reply came @param timestamp timestamp of the ping */ virtual void gotPing(xcb_window_t window, xcb_timestamp_t timestamp) { Q_UNUSED(window); Q_UNUSED(timestamp); } /** A Window Manager should subclass NETRootInfo and reimplement this function when it wants to know when a Client made a request to change the active (focused) window. @param window the id of the window to activate @param src the source from which the request came @param timestamp the timestamp of the user action causing this request @param active_window active window of the requesting application, if any **/ virtual void changeActiveWindow(xcb_window_t window, NET::RequestSource src, xcb_timestamp_t timestamp, xcb_window_t active_window) { Q_UNUSED(window); Q_UNUSED(src); Q_UNUSED(timestamp); Q_UNUSED(active_window); } /** A Window Manager should subclass NETRootInfo and reimplement this function when it wants to know when a pager made a request to move/resize a window. See _NET_MOVERESIZE_WINDOW for details. @param window the id of the window to more/resize @param flags Flags specifying the operation (see _NET_MOVERESIZE_WINDOW description) @param x Requested X position for the window @param y Requested Y position for the window @param width Requested width for the window @param height Requested height for the window **/ virtual void moveResizeWindow(xcb_window_t window, int flags, int x, int y, int width, int height) { Q_UNUSED(window); Q_UNUSED(flags); Q_UNUSED(x); Q_UNUSED(y); Q_UNUSED(width); Q_UNUSED(height); } /** A Window Manager should subclass NETRootInfo and reimplement this function when it wants to know when a Client made a request to restack a window. See _NET_RESTACK_WINDOW for details. @param window the id of the window to restack @param source the source of the request @param above other window in the restack request @param detail restack detail @param timestamp the timestamp of the request **/ virtual void restackWindow(xcb_window_t window, RequestSource source, xcb_window_t above, int detail, xcb_timestamp_t timestamp) { Q_UNUSED(window); Q_UNUSED(source); Q_UNUSED(above); Q_UNUSED(detail); Q_UNUSED(timestamp); } /** A Window Manager should subclass NETRootInfo and reimplement this function when it wants to know when a pager made a request to change showing the desktop. See _NET_SHOWING_DESKTOP for details. @param showing whether to activate the showing desktop mode **/ virtual void changeShowingDesktop(bool showing) { Q_UNUSED(showing); } private: void update(NET::Properties properties, NET::Properties2 properties2); void setSupported(); void setDefaultProperties(); void updateSupportedProperties(xcb_atom_t atom); protected: /** Virtual hook, used to add new "virtual" functions while maintaining binary compatibility. Unused in this class. */ virtual void virtual_hook(int id, void *data); private: NETRootInfoPrivate *p; // krazy:exclude=dpointer (implicitly shared) }; /** Common API for application window properties/protocols. The NETWinInfo class provides a common API for clients and window managers to set/read/change properties on an application window as defined by the NET Window Manager Specification. @author Bradley T. Hughes @see NET @see NETRootInfo @see http://www.freedesktop.org/standards/wm-spec/ **/ class KWINDOWSYSTEM_EXPORT NETWinInfo : public NET { public: /** Indexes for the properties array. **/ // update also NETWinInfoPrivate::properties[] size when extending this enum { PROTOCOLS, PROTOCOLS2, PROPERTIES_SIZE }; /** Create a NETWinInfo object, which will be used to set/read/change information stored on an application window. @param connection XCB connection @param window The Window id of the application window. @param rootWindow The Window id of the root window. @param properties The NET::Properties flags @param properties2 The NET::Properties2 flags @param role Select the application role. If this argument is omitted, the role will default to Client. **/ NETWinInfo(xcb_connection_t *connection, xcb_window_t window, xcb_window_t rootWindow, NET::Properties properties, NET::Properties2 properties2, Role role = Client); #if KWINDOWSYSTEM_ENABLE_DEPRECATED_SINCE(5, 0) /** This constructor differs from the above one only in the way it accepts the list of properties the client is interested in. @deprecated since 5.0 use above ctor **/ KWINDOWSYSTEM_DEPRECATED_VERSION(5, 0, "Use NETWinInfo(xcb_connection_t *, xcb_window_t, xcb_window_t, NET::Properties, NET::Properties2, Role") NETWinInfo(xcb_connection_t *connection, xcb_window_t window, xcb_window_t rootWindow, NET::Properties properties, Role role = Client); #endif /** Creates a shared copy of the specified NETWinInfo object. @param wininfo the NETWinInfo to copy **/ NETWinInfo(const NETWinInfo &wininfo); /** Destroys the NETWinInfo object. **/ virtual ~NETWinInfo(); /** Assignment operator. Ensures that the shared data reference counts are correct. **/ const NETWinInfo &operator=(const NETWinInfo &wintinfo); /** Returns the xcb connection used. @return the XCB connection **/ xcb_connection_t *xcbConnection() const; /** Returns true if the window has any window type set, even if the type itself is not known to this implementation. Presence of a window type as specified by the NETWM spec is considered as the window supporting this specification. @return true if the window has support for the NETWM spec **/ bool hasNETSupport() const; /** @returns the properties argument passed to the constructor. @see passedProperties2() **/ NET::Properties passedProperties() const; /** * @returns the properties2 argument passed to the constructor. * @see passedProperties() * @since 5.0 **/ NET::Properties2 passedProperties2() const; /** Returns the icon geometry. @return the geometry of the icon **/ NETRect iconGeometry() const; /** Returns the state of the window (see the NET base class documentation for a description of the various states). @return the state of the window **/ NET::States state() const; /** Returns the extended (partial) strut specified by this client. See _NET_WM_STRUT_PARTIAL in the spec. **/ NETExtendedStrut extendedStrut() const; // Still used internally, e.g. by KWindowSystem::strutChanged() logic /** @deprecated use strutPartial() Returns the strut specified by this client. @return the strut of the window **/ NETStrut strut() const; /** Returns the window type for this client (see the NET base class documentation for a description of the various window types). Since clients may specify several windows types for a window in order to support backwards compatibility and extensions not available in the NETWM spec, you should specify all window types you application supports (see the NET::WindowTypeMask mask values for various window types). This method will return the first window type that is listed in the supported types, or NET::Unknown if none of the window types is supported. @return the type of the window **/ WindowType windowType(WindowTypes supported_types) const; /** This function returns false if the window has not window type specified at all. Used by KWindowInfo::windowType() to return either NET::Normal or NET::Dialog as appropriate as a fallback. **/ bool hasWindowType() const; /** Returns the name of the window in UTF-8 format. @return the name of the window **/ const char *name() const; /** Returns the visible name as set by the window manager in UTF-8 format. @return the visible name of the window **/ const char *visibleName() const; /** Returns the iconic name of the window in UTF-8 format. Note that this has nothing to do with icons, but it's for "iconic" representations of the window (taskbars etc.), that should be shown when the window is in iconic state. See description of _NET_WM_ICON_NAME for details. @return the iconic name **/ const char *iconName() const; /** Returns the visible iconic name as set by the window manager in UTF-8 format. Note that this has nothing to do with icons, but it's for "iconic" representations of the window (taskbars etc.), that should be shown when the window is in iconic state. See description of _NET_WM_VISIBLE_ICON_NAME for details. @return the visible iconic name **/ const char *visibleIconName() const; /** Returns the desktop where the window is residing. NOTE: KDE uses virtual desktops and does not directly support viewport in any way. It is however mapped to virtual desktops if needed. @param ignore_viewport if false, viewport is mapped to virtual desktops @return the number of the window's desktop @see OnAllDesktops() **/ int desktop(bool ignore_viewport = false) const; /** Returns the process id for the client window. @return the process id of the window **/ int pid() const; /** Returns whether or not this client handles icons. @return true if this client handles icons, false otherwise **/ bool handledIcons() const; /** Returns the mapping state for the window (see the NET base class documentation for a description of mapping state). @return the mapping state **/ MappingState mappingState() const; /** Set icons for the application window. If replace is True, then the specified icon is defined to be the only icon. If replace is False, then the specified icon is added to a list of icons. @param icon the new icon @param replace true to replace, false to append to the list of icons **/ void setIcon(NETIcon icon, bool replace = true); /** Set the icon geometry for the application window. @param geometry the new icon geometry **/ void setIconGeometry(NETRect geometry); /** Set the extended (partial) strut for the application window. @param extended_strut the new strut **/ void setExtendedStrut(const NETExtendedStrut &extended_strut); // Still used internally, e.g. by KWindowSystem::strutChanged() logic /** @deprecated use setExtendedStrut() Set the strut for the application window. @param strut the new strut **/ void setStrut(NETStrut strut); /** Set the state for the application window (see the NET base class documentation for a description of window state). @param state the name state @param mask the mask for the state **/ void setState(NET::States state, NET::States mask); /** Sets the window type for this client (see the NET base class documentation for a description of the various window types). @param type the window type **/ void setWindowType(WindowType type); /** Sets the name for the application window. @param name the new name of the window **/ void setName(const char *name); /** For Window Managers only: set the visible name ( i.e. xterm, xterm <2>, xterm <3>, ... ) @param visibleName the new visible name **/ void setVisibleName(const char *visibleName); /** Sets the iconic name for the application window. @param name the new iconic name **/ void setIconName(const char *name); /** For Window Managers only: set the visible iconic name ( i.e. xterm, xterm <2>, xterm <3>, ... ) @param name the new visible iconic name **/ void setVisibleIconName(const char *name); /** Set which window the desktop is (should be) on. NOTE: KDE uses virtual desktops and does not directly support viewport in any way. It is however mapped to virtual desktops if needed. @param desktop the number of the new desktop @param ignore_viewport if false, viewport is mapped to virtual desktops @see OnAllDesktops() **/ void setDesktop(int desktop, bool ignore_viewport = false); /** Set the application window's process id. @param pid the window's process id **/ void setPid(int pid); /** Set whether this application window handles icons. @param handled true if the window handles icons, false otherwise **/ void setHandledIcons(bool handled); /** Set the frame decoration strut, i.e. the width of the decoration borders. @param strut the new strut **/ void setFrameExtents(NETStrut strut); /** Returns the frame decoration strut, i.e. the width of the decoration borders. @since 4.3 **/ NETStrut frameExtents() const; /** Sets the window frame overlap strut, i.e. how far the window frame extends behind the client area on each side. Set the strut values to -1 if you want the window frame to cover the whole client area. The default values are 0. @since 4.4 **/ void setFrameOverlap(NETStrut strut); /** Returns the frame overlap strut, i.e. how far the window frame extends behind the client area on each side. @since 4.4 **/ NETStrut frameOverlap() const; /** Sets the extents of the drop-shadow drawn by the client. @since 5.65 **/ void setGtkFrameExtents(NETStrut strut); /** Returns the extents of the drop-shadow drawn by a GTK client. @since 5.65 **/ NETStrut gtkFrameExtents() const; /** Returns an icon. If width and height are passed, the icon returned will be the closest it can find (the next biggest). If width and height are omitted, then the largest icon in the list is returned. @param width the preferred width for the icon, -1 to ignore @param height the preferred height for the icon, -1 to ignore @return the icon **/ NETIcon icon(int width = -1, int height = -1) const; /** Returns a list of provided icon sizes. Each size is pair width,height, terminated with pair 0,0. @since 4.3 **/ const int *iconSizes() const; /** * Sets user timestamp @p time on the window (property _NET_WM_USER_TIME). * The timestamp is expressed as XServer time. If a window * is shown with user timestamp older than the time of the last * user action, it won't be activated after being shown, with the special * value 0 meaning not to activate the window after being shown. */ void setUserTime(xcb_timestamp_t time); /** * Returns the time of last user action on the window, or -1 if not set. */ xcb_timestamp_t userTime() const; /** * Sets the startup notification id @p id on the window. */ void setStartupId(const char *startup_id); /** * Returns the startup notification id of the window. */ const char *startupId() const; /** * Sets opacity (0 = transparent, 0xffffffff = opaque ) on the window. */ void setOpacity(unsigned long opacity); /** * Returns the opacity of the window. */ unsigned long opacity() const; /** * Sets actions that the window manager allows for the window. */ void setAllowedActions(NET::Actions actions); /** * Returns actions that the window manager allows for the window. */ NET::Actions allowedActions() const; /** * Returns the WM_TRANSIENT_FOR property for the window, i.e. the mainwindow * for this window. */ xcb_window_t transientFor() const; /** * Returns the leader window for the group the window is in, if any. */ xcb_window_t groupLeader() const; /** * Returns whether the UrgencyHint is set in the WM_HINTS.flags. * See ICCCM 4.1.2.4. * * @since 5.3 **/ bool urgency() const; /** * Returns whether the Input flag is set in WM_HINTS. * See ICCCM 4.1.2.4 and 4.1.7. * * The default value is @c true in case the Client is mapped without a WM_HINTS property. * * @since 5.3 **/ bool input() const; /** * Returns the initial mapping state as set in WM_HINTS. * See ICCCM 4.1.2.4 and 4.1.4. * * The default value if @c Withdrawn in case the Client is mapped without * a WM_HINTS property or without the initial state hint set. * * @since 5.5 **/ MappingState initialMappingState() const; /** * Returns the icon pixmap as set in WM_HINTS. * See ICCCM 4.1.2.4. * * The default value is @c XCB_PIXMAP_NONE. * * Using the ICCCM variant for the icon is deprecated and only * offers a limited functionality compared to {@link icon}. * Only use this variant as a fallback. * * @see icccmIconPixmapMask * @see icon * @since 5.7 **/ xcb_pixmap_t icccmIconPixmap() const; /** * Returns the mask for the icon pixmap as set in WM_HINTS. * See ICCCM 4.1.2.4. * * The default value is @c XCB_PIXMAP_NONE. * * @see icccmIconPixmap * @since 5.7 **/ xcb_pixmap_t icccmIconPixmapMask() const; /** * Returns the class component of the window class for the window * (i.e. WM_CLASS property). */ const char *windowClassClass() const; /** * Returns the name component of the window class for the window * (i.e. WM_CLASS property). */ const char *windowClassName() const; /** * Returns the window role for the window (i.e. WM_WINDOW_ROLE property). */ const char *windowRole() const; /** * Returns the client machine for the window (i.e. WM_CLIENT_MACHINE property). */ const char *clientMachine() const; /** * returns a comma-separated list of the activities the window is associated with. * FIXME this might be better as a NETRArray ? * @since 4.6 */ const char *activities() const; /** * Sets the comma-separated list of activities the window is associated with. * @since 5.1 */ void setActivities(const char *activities); /** * Sets whether the client wishes to block compositing (for better performance) * @since 4.7 */ void setBlockingCompositing(bool active); /** * Returns whether the client wishes to block compositing (for better performance) * @since 4.7 */ bool isBlockingCompositing() const; /** Places the window frame geometry in frame, and the application window geometry in window. Both geometries are relative to the root window. @param frame the geometry for the frame @param window the geometry for the window **/ void kdeGeometry(NETRect &frame, NETRect &window); /** Sets the desired multiple-monitor topology (4 monitor indices indicating the top, bottom, left, and right edges of the window) when the fullscreen state is enabled. The indices are from the set returned by the Xinerama extension. See _NET_WM_FULLSCREEN_MONITORS for details. @param topology A struct that models the desired monitor topology, namely: top is the monitor whose top edge defines the top edge of the fullscreen window, bottom is the monitor whose bottom edge defines the bottom edge of the fullscreen window, left is the monitor whose left edge defines the left edge of the fullscreen window, and right is the monitor whose right edge defines the right edge of the fullscreen window. **/ void setFullscreenMonitors(NETFullscreenMonitors topology); /** Returns the desired fullscreen monitor topology for this client, should it be in fullscreen state. See _NET_WM_FULLSCREEN_MONITORS in the spec. **/ NETFullscreenMonitors fullscreenMonitors() const; #if KWINDOWSYSTEM_ENABLE_DEPRECATED_SINCE(5, 0) /** This function takes the passed XEvent and returns an OR'ed list of NETWinInfo properties that have changed in the properties argument. The new information will be read immediately by the class. The elements of the properties argument are as they would be passed to the constructor, if the array is not large enough, changed properties that don't fit in it won't be listed there (they'll be updated in the class though). @param event the event @param properties properties that changed @param properties_size size of the passed properties array @deprecated since 5.0 use event(xcb_generic_event_t*, NET::Properties*, NET::Properties2*) **/ KWINDOWSYSTEM_DEPRECATED_VERSION(5, 0, "Use NETWinInfo::event(xcb_generic_event_t*, NET::Properties*, NET::Properties2*)") void event(xcb_generic_event_t *event, unsigned long *properties, int properties_size); #endif /** * This function takes the passed in xcb_generic_event_t and returns the updated properties * in the passed in arguments. * * The new information will be read immediately by the class. It is possible to pass in a * null pointer in the arguments. In that case the passed in * argument will obviously not be updated, but the class will process the information * nevertheless. * * @param event the event * @param properties The NET::Properties that changed * @param properties2 The NET::Properties2 that changed * @since 5.0 **/ void event(xcb_generic_event_t *event, NET::Properties *properties, NET::Properties2 *properties2 = nullptr); /** This function takes the pass XEvent and returns an OR'ed list of NETWinInfo properties that have changed. The new information will be read immediately by the class. This overloaded version returns only a single mask, and therefore cannot check state of all properties like the other variant. @param event the event @return the properties **/ NET::Properties event(xcb_generic_event_t *event); /** * @returns The window manager protocols this Client supports. * @since 5.3 **/ NET::Protocols protocols() const; /** * @returns @c true if the Client supports the @p protocol. * @param protocol The window manager protocol to test for * @since 5.3 **/ bool supportsProtocol(NET::Protocol protocol) const; /** * @returns The opaque region as specified by the Client. * @since 5.7 **/ std::vector opaqueRegion() const; /** * Sets the @p name as the desktop file name. * * This is either the base name without full path and without file extension of the * desktop file for the window's application (e.g. "org.kde.foo"). * * If the application's desktop file name is not at a standard location it should be * the full path to the desktop file name (e.g. "/opt/kde/share/org.kde.foo.desktop"). * * If the window does not know the desktop file name, it should not set the name at all. * * @since 5.28 **/ void setDesktopFileName(const char *name); /** * @returns The desktop file name of the window's application if present. * @since 5.28 * @see setDesktopFileName **/ const char *desktopFileName() const; + /** + * Sets the @p name as the D-BUS service name for the application menu. + * @since 5.69 + **/ + void setAppMenuServiceName(const char *name); + + /** + * Sets the @p name as the D-BUS object path for the application menu. + * @since 5.69 + **/ + void setAppMenuObjectPath(const char *path); + + /** + * @returns The menu service name of the window's application if present. + * @since 5.69 + **/ + const char *appMenuServiceName() const; + + /** + * @returns The menu object path of the window's application if present. + * @since 5.69 + **/ + const char *appMenuObjectPath() const; + /** Sentinel value to indicate that the client wishes to be visible on all desktops. @return the value to be on all desktops **/ static const int OnAllDesktops; protected: /** A Window Manager should subclass NETWinInfo and reimplement this function when it wants to know when a Client made a request to change desktops (ie. move to another desktop). @param desktop the number of the desktop **/ virtual void changeDesktop(int desktop) { Q_UNUSED(desktop); } /** A Window Manager should subclass NETWinInfo and reimplement this function when it wants to know when a Client made a request to change state (ie. to Shade / Unshade). @param state the new state @param mask the mask for the state **/ virtual void changeState(NET::States state, NET::States mask) { Q_UNUSED(state); Q_UNUSED(mask); } /** A Window Manager should subclass NETWinInfo2 and reimplement this function when it wants to know when a Client made a request to change the fullscreen monitor topology for its fullscreen state. @param topology A structure (top, bottom, left, right) representing the fullscreen monitor topology. **/ virtual void changeFullscreenMonitors(NETFullscreenMonitors topology) { Q_UNUSED(topology); } private: void update(NET::Properties dirtyProperties, NET::Properties2 dirtyProperties2 = NET::Properties2()); void updateWMState(); void setIconInternal(NETRArray &icons, int &icon_count, xcb_atom_t property, NETIcon icon, bool replace); NETIcon iconInternal(NETRArray &icons, int icon_count, int width, int height) const; protected: /** Virtual hook, used to add new "virtual" functions while maintaining binary compatibility. Unused in this class. */ virtual void virtual_hook(int id, void *data); private: NETWinInfoPrivate *p; // krazy:exclude=dpointer (implicitly shared) }; //#define KWIN_FOCUS #endif #endif // netwm_h diff --git a/src/platforms/xcb/netwm_p.h b/src/platforms/xcb/netwm_p.h index c2e1b71..d5c30ad 100644 --- a/src/platforms/xcb/netwm_p.h +++ b/src/platforms/xcb/netwm_p.h @@ -1,191 +1,191 @@ /* SPDX-FileCopyrightText: 2000 Troll Tech AS SPDX-FileCopyrightText: 2003 Lubos Lunak SPDX-License-Identifier: MIT */ #ifndef netwm_p_h #define netwm_p_h #include #include #include "atoms_p.h" class Atoms : public QSharedData { public: explicit Atoms(xcb_connection_t *c); xcb_atom_t atom(KwsAtom atom) const { return m_atoms[atom]; } private: void init(); xcb_atom_t m_atoms[KwsAtomCount]; xcb_connection_t *m_connection; }; /** Resizable array class. This resizable array is used to simplify the implementation. The existence of this class is to keep the implementation from depending on a separate framework/library. @internal **/ template class NETRArray { public: /** Constructs an empty (size == 0) array. **/ NETRArray(); /** Resizable array destructor. **/ ~NETRArray(); /** The [] operator does the work. If the index is larger than the current size of the array, it is resized. **/ Z &operator[](int); /** Returns the size of the array. **/ int size() const { return sz; } /** Resets the array (size == 0). **/ void reset(); private: int sz; int capacity; Z *d; }; /** Private data for the NETRootInfo class. @internal **/ struct NETRootInfoPrivate { NET::Role role; // information about the X server xcb_connection_t *conn; NETSize rootSize; xcb_window_t root; xcb_window_t supportwindow; const char *name; uint32_t *temp_buf; size_t temp_buf_size; // data that changes (either by the window manager or by a client) // and requires updates NETRArray viewport; NETRArray workarea; NETSize geometry; xcb_window_t active; xcb_window_t *clients, *stacking, *virtual_roots; NETRArray desktop_names; int number_of_desktops; int current_desktop; unsigned long clients_count, stacking_count, virtual_roots_count; bool showing_desktop; NET::Orientation desktop_layout_orientation; NET::DesktopLayoutCorner desktop_layout_corner; int desktop_layout_columns, desktop_layout_rows; NET::Properties properties; NET::Properties2 properties2; NET::WindowTypes windowTypes; NET::States states; NET::Actions actions; NET::Properties clientProperties; NET::Properties2 clientProperties2; int ref; QSharedDataPointer atoms; xcb_atom_t atom(KwsAtom atom) const { return atoms->atom(atom); } }; /** Private data for the NETWinInfo class. @internal **/ struct NETWinInfoPrivate { NET::Role role; xcb_connection_t *conn; xcb_window_t window, root; NET::MappingState mapping_state; bool mapping_state_dirty; NETRArray icons; int icon_count; int *icon_sizes; // for iconSizes() only NETRect icon_geom, win_geom; NET::States state; NETExtendedStrut extended_strut; NETStrut strut; NETStrut frame_strut; // strut? NETStrut frame_overlap; NETStrut gtk_frame_extents; NETRArray types; char *name, *visible_name, *icon_name, *visible_icon_name; int desktop; int pid; bool handled_icons; xcb_timestamp_t user_time; char *startup_id; unsigned long opacity; xcb_window_t transient_for, window_group; xcb_pixmap_t icon_pixmap, icon_mask; NET::Actions allowed_actions; - char *class_class, *class_name, *window_role, *client_machine, *desktop_file; + char *class_class, *class_name, *window_role, *client_machine, *desktop_file, *appmenu_object_path, *appmenu_service_name; NET::Properties properties; NET::Properties2 properties2; NETFullscreenMonitors fullscreen_monitors; bool has_net_support; const char *activities; bool blockCompositing; bool urgency; bool input; NET::MappingState initialMappingState; NET::Protocols protocols; std::vector opaqueRegion; int ref; QSharedDataPointer atoms; xcb_atom_t atom(KwsAtom atom) const { return atoms->atom(atom); } }; #endif // netwm_p_h