/* * Copyright (C) 2015 Canonical, Ltd. * * This program is free software: you can redistribute it and/or modify it * under the terms of the GNU General Public License version 3, as published * by the Free Software Foundation. * * This program is distributed in the hope that it will be useful, but * WITHOUT ANY WARRANTY; without even the implied warranties of * MERCHANTABILITY, SATISFACTORY QUALITY, or FITNESS FOR A PARTICULAR * PURPOSE. See the GNU General Public License for more details. * * You should have received a copy of the GNU General Public License along * with this program. If not, see . * * Author: Xavi Garcia */ #include "indicator-sound-test-base.h" #include "dbus_menus_interface.h" #include "dbus_properties_interface.h" #include "dbus_accounts_interface.h" #include "dbus_accountssound_interface.h" #include "dbus_notifications_interface.h" #include "dbus-types.h" #include #include #include #include #include "utils/dbus-pulse-volume.h" using namespace QtDBusTest; using namespace QtDBusMock; using namespace std; using namespace testing; namespace mh = unity::gmenuharness; namespace { const int MAX_TIME_WAITING_FOR_NOTIFICATIONS = 2000; } IndicatorSoundTestBase::IndicatorSoundTestBase() : dbusMock(dbusTestRunner) { } IndicatorSoundTestBase::~IndicatorSoundTestBase() { } void IndicatorSoundTestBase::SetUp() { setenv("XDG_DATA_DIRS", XDG_DATA_DIRS, true); setenv("DBUS_SYSTEM_BUS_ADDRESS", dbusTestRunner.systemBus().toStdString().c_str(), true); setenv("DBUS_SESSION_BUS_ADDRESS", dbusTestRunner.sessionBus().toStdString().c_str(), true); dbusMock.registerNotificationDaemon(); dbusTestRunner.startServices(); auto& notifications = notificationsMockInterface(); notifications.AddMethod("org.freedesktop.Notifications", "GetCapabilities", "", "as", "ret = ['actions', 'body', 'body-markup', 'icon-static', 'image/svg+xml', 'x-canonical-private-synchronous', 'x-canonical-append', 'x-canonical-private-icon-only', 'x-canonical-truncation', 'private-synchronous', 'append', 'private-icon-only', 'truncation']" ).waitForFinished(); int waitedTime = 0; while (!dbusTestRunner.sessionConnection().interface()->isServiceRegistered("org.freedesktop.Notifications") && waitedTime < MAX_TIME_WAITING_FOR_NOTIFICATIONS) { std::this_thread::sleep_for(std::chrono::milliseconds(10)); waitedTime += 10; } } void IndicatorSoundTestBase::TearDown() { unsetenv("XDG_DATA_DIRS"); unsetenv("PULSE_SERVER"); unsetenv("DBUS_SYSTEM_BUS_ADDRESS"); } void gvariant_deleter(GVariant* varptr) { if (varptr != nullptr) { g_variant_unref(varptr); } } std::shared_ptr IndicatorSoundTestBase::volume_variant(double volume) { GVariantBuilder builder; g_variant_builder_init(&builder, G_VARIANT_TYPE_VARDICT); g_variant_builder_add(&builder, "{sv}", "title", g_variant_new_string("_Sound")); g_variant_builder_add(&builder, "{sv}", "accessible-desc", g_variant_new_string("_Sound")); auto icon = g_themed_icon_new("icon"); g_variant_builder_add(&builder, "{sv}", "icon", g_icon_serialize(icon)); g_variant_builder_add(&builder, "{sv}", "visible", g_variant_new_boolean(true)); return shared_ptr(g_variant_builder_end(&builder), &gvariant_deleter); } bool IndicatorSoundTestBase::setStreamRestoreVolume(QString const &role, double volume) { QProcess setVolume; setVolume.start(VOLUME_SET_BIN, QStringList() << role << QString("%1").arg(volume)); if (!setVolume.waitForStarted()) return false; if (!setVolume.waitForFinished()) return false; return setVolume.exitCode() == 0; } bool IndicatorSoundTestBase::setSinkVolume(double volume) { QString volume_percentage = QString("%1\%").arg(volume*100); QProcess setVolume; setVolume.start("pactl", QStringList() << "-s" << "127.0.0.1" << "set-sink-volume" << "0" << volume_percentage); if (!setVolume.waitForStarted()) return false; if (!setVolume.waitForFinished()) return false; return setVolume.exitCode() == 0; } bool IndicatorSoundTestBase::clearGSettingsPlayers() { QProcess clearPlayers; clearPlayers.start("gsettings", QStringList() << "set" << "org.ayatana.indicator.sound" << "interested-media-players" << "[]"); return runProcess(clearPlayers); } bool IndicatorSoundTestBase::resetAllowAmplifiedVolume() { QProcess proc; proc.start("gsettings", QStringList() << "reset" << "com.ubuntu.sound" << "allow-amplified-volume"); return runProcess(proc); } bool IndicatorSoundTestBase::runProcess(QProcess& proc) { if (!proc.waitForStarted()) return false; if (!proc.waitForFinished()) return false; return proc.exitCode() == 0; } bool IndicatorSoundTestBase::startTestMprisPlayer(QString const& playerName) { if (!stopTestMprisPlayer(playerName)) { return false; } TestPlayer player; player.name = playerName; player.process.reset(new QProcess()); player.process->start(MEDIA_PLAYER_MPRIS_BIN, QStringList() << playerName); if (!player.process->waitForStarted()) { qWarning() << "ERROR STARTING PLAYER " << playerName; return false; } testPlayers.push_back(player); return true; } bool IndicatorSoundTestBase::stopTestMprisPlayer(QString const& playerName) { bool terminateOK = true; int index = findRunningTestMprisPlayer(playerName); if (index != -1) { testPlayers[index].process->terminate(); if (!testPlayers[index].process->waitForFinished()) terminateOK = false; testPlayers.remove(index); } return terminateOK; } int IndicatorSoundTestBase::findRunningTestMprisPlayer(QString const& playerName) { for (int i = 0; i < testPlayers.size(); i++) { if (testPlayers.at(i).name == playerName) { return i; } } return -1; } bool IndicatorSoundTestBase::setTestMprisPlayerProperty(QString const &testPlayer, QString const &property, bool value) { QProcess setProperty; QString strValue; strValue = value ? "true" : "false"; setProperty.start(MEDIA_PLAYER_MPRIS_UPDATE_BIN, QStringList() << testPlayer << property << strValue); if (!setProperty.waitForStarted()) return false; if (!setProperty.waitForFinished()) return false; return setProperty.exitCode() == 0; } bool IndicatorSoundTestBase::startTestSound(QString const &role) { testSoundProcess.terminate(); testSoundProcess.start("paplay", QStringList() << "-s" << "127.0.0.1" << TEST_SOUND << QString("--property=media.role=%1").arg(role)); if (!testSoundProcess.waitForStarted()) return false; return true; } void IndicatorSoundTestBase::stopTestSound() { testSoundProcess.terminate(); } void IndicatorSoundTestBase::startPulseDesktop(DevicePortType speakerPort, DevicePortType headphonesPort) { try { pulseaudio.reset( new QProcessDBusService(DBusTypes::DBUS_PULSE, QDBusConnection::SessionBus, "pulseaudio", QStringList() << "--start" << "-vvvv" << "--disable-shm=true" << "--daemonize=false" << "--use-pid-file=false" << "--system=false" << "--exit-idle-time=-1" << "-n" << QString("--load=module-null-sink sink_name=indicator_sound_test_speaker sink_properties=device.bus=%1").arg(getDevicePortString(speakerPort)) << QString("--load=module-null-sink sink_name=indicator_sound_test_headphones sink_properties=device.bus=%1").arg(getDevicePortString(headphonesPort)) << QString("--load=module-null-sink sink_name=indicator_sound_test_mic") << "--log-target=file:/tmp/pulse-daemon.log" << "--load=module-dbus-protocol" << "--load=module-native-protocol-tcp auth-ip-acl=127.0.0.1" )); pulseaudio->start(dbusTestRunner.sessionConnection()); } catch (exception const& e) { cout << "pulseaudio(): " << e.what() << endl; throw; } } void IndicatorSoundTestBase::startPulsePhone(DevicePortType speakerPort, DevicePortType headphonesPort) { try { pulseaudio.reset( new QProcessDBusService(DBusTypes::DBUS_PULSE, QDBusConnection::SessionBus, "pulseaudio", QStringList() << "--start" << "-vvvv" << "--disable-shm=true" << "--daemonize=false" << "--use-pid-file=false" << "--system=false" << "--exit-idle-time=-1" << "-n" << QString("--load=module-null-sink sink_name=indicator_sound_test_speaker sink_properties=device.bus=%1").arg(getDevicePortString(speakerPort)) << QString("--load=module-null-sink sink_name=indicator_sound_test_headphones sink_properties=device.bus=%1").arg(getDevicePortString(headphonesPort)) << QString("--load=module-null-sink sink_name=indicator_sound_test_mic") << "--log-target=file:/tmp/pulse-daemon.log" << QString("--load=module-stream-restore restore_device=false restore_muted=false fallback_table=%1").arg(STREAM_RESTORE_TABLE) << "--load=module-dbus-protocol" << "--load=module-native-protocol-tcp auth-ip-acl=127.0.0.1" )); pulseaudio->start(dbusTestRunner.sessionConnection()); } catch (exception const& e) { cout << "pulseaudio(): " << e.what() << endl; throw; } } void IndicatorSoundTestBase::startAccountsService() { try { accountsService.reset( new QProcessDBusService(DBusTypes::ACCOUNTS_SERVICE, QDBusConnection::SystemBus, ACCOUNTS_SERVICE_BIN, QStringList())); accountsService->start(dbusTestRunner.systemConnection()); initializeAccountsInterface(); } catch (exception const& e) { cout << "accountsService(): " << e.what() << endl; throw; } } void IndicatorSoundTestBase::startIndicator() { try { setenv("PULSE_SERVER", "127.0.0.1", true); indicator.reset( new QProcessDBusService(DBusTypes::DBUS_NAME, QDBusConnection::SessionBus, SOUND_SERVICE_BIN, QStringList())); indicator->start(dbusTestRunner.sessionConnection()); } catch (exception const& e) { cout << "startIndicator(): " << e.what() << endl; throw; } } mh::MenuMatcher::Parameters IndicatorSoundTestBase::desktopParameters() { return mh::MenuMatcher::Parameters( "org.ayatana.indicator.sound", { { "indicator", "/org/ayatana/indicator/sound" } }, "/org/ayatana/indicator/sound/desktop"); } mh::MenuMatcher::Parameters IndicatorSoundTestBase::phoneParameters() { return mh::MenuMatcher::Parameters( "org.ayatana.indicator.sound", { { "indicator", "/org/ayatana/indicator/sound" } }, "/org/ayatana/indicator/sound/phone"); } unity::gmenuharness::MenuItemMatcher IndicatorSoundTestBase::volumeSlider(double volume, QString const &label) { return mh::MenuItemMatcher().radio() .label(label.toStdString()) .round_doubles(0.1) .int32_attribute("target", 0) .double_attribute("min-value", 0.0) .double_attribute("max-value", 1.0) .double_attribute("step", 0.01) .string_attribute("x-canonical-type", "org.ayatana.unity.slider") .themed_icon("max-icon", {"audio-volume-high-panel", "audio-volume-high", "audio-volume", "audio"}) .themed_icon("min-icon", {"audio-volume-low-zero-panel", "audio-volume-low-zero", "audio-volume-low", "audio-volume", "audio"}) .pass_through_double_attribute("action", volume); } unity::gmenuharness::MenuItemMatcher IndicatorSoundTestBase::micSlider(double volume, QString const &label) { return mh::MenuItemMatcher() .label(label.toStdString()) .round_doubles(0.1) .double_attribute("min-value", 0.0) .double_attribute("max-value", 1.0) .double_attribute("step", 0.01) .string_attribute("x-canonical-type", "org.ayatana.unity.slider") .themed_icon("max-icon", {"audio-input-microphone-high-panel", "audio-input-microphone-high", "audio-input-microphone", "audio-input", "audio"}) .themed_icon("min-icon", {"audio-input-microphone-low-zero-panel", "audio-input-microphone-low-zero", "audio-input-microphone-low", "audio-input-microphone", "audio-input", "audio"}) .pass_through_double_attribute("action", volume); } unity::gmenuharness::MenuItemMatcher IndicatorSoundTestBase::silentModeSwitch(bool toggled) { return mh::MenuItemMatcher::checkbox() .label("Silent Mode") .action("indicator.silent-mode") .toggled(toggled); } bool IndicatorSoundTestBase::waitMenuChange() { if (signal_spy_menu_changed_) { return signal_spy_menu_changed_->wait(); } return false; } bool IndicatorSoundTestBase::initializeMenuChangedSignal() { if (!menu_interface_) { menu_interface_.reset(new MenusInterface("org.ayatana.indicator.sound", "/org/ayatana/indicator/sound", dbusTestRunner.sessionConnection(), 0)); } if (menu_interface_) { qDebug() << "Waiting for signal"; signal_spy_menu_changed_.reset(new QSignalSpy(menu_interface_.get(), &MenusInterface::Changed)); } if (!menu_interface_ || !signal_spy_menu_changed_) { return false; } return true; } QVariant IndicatorSoundTestBase::waitPropertyChanged(QSignalSpy *signalSpy, QString property) { QVariant ret_val; if (signalSpy) { signalSpy->wait(); if (signalSpy->count()) { QList arguments = signalSpy->takeLast(); if (arguments.size() == 3 && static_cast(arguments.at(1).type()) == QMetaType::QVariantMap) { QMap map = arguments.at(1).toMap(); QMap::iterator iter = map.find(property); if (iter != map.end()) { return iter.value(); } } } } return ret_val; } bool IndicatorSoundTestBase::waitVolumeChangedInIndicator() { QVariant val = waitPropertyChanged(signal_spy_volume_changed_.get(), "Volume"); return !val.isNull(); } QVariant IndicatorSoundTestBase::waitLastRunningPlayerChanged() { return waitPropertyChanged(signal_spy_volume_changed_.get(), "LastRunningPlayer"); } void IndicatorSoundTestBase::initializeAccountsInterface() { auto username = qgetenv("USER"); if (username != "") { main_accounts_interface_.reset(new AccountsInterface("org.freedesktop.Accounts", "/org/freedesktop/Accounts", dbusTestRunner.systemConnection(), 0)); QDBusReply userResp = main_accounts_interface_->call(QLatin1String("FindUserByName"), QLatin1String(username)); if (!userResp.isValid()) { qWarning() << "SetVolume::initializeAccountsInterface(): D-Bus error: " << userResp.error().message(); } auto userPath = userResp.value().path(); if (userPath != "") { std::unique_ptr soundInterface(new AccountsSoundInterface("org.freedesktop.Accounts", userPath, dbusTestRunner.systemConnection(), 0)); accounts_interface_.reset(new DBusPropertiesInterface("org.freedesktop.Accounts", userPath, dbusTestRunner.systemConnection(), 0)); if (!accounts_interface_->isValid()) { qWarning() << "SetVolume::initializeAccountsInterface(): D-Bus error: " << accounts_interface_->lastError().message(); } signal_spy_volume_changed_.reset(new QSignalSpy(accounts_interface_.get(),&DBusPropertiesInterface::PropertiesChanged)); } } } OrgFreedesktopDBusMockInterface& IndicatorSoundTestBase::notificationsMockInterface() { return dbusMock.mockInterface("org.freedesktop.Notifications", "/org/freedesktop/Notifications", "org.freedesktop.Notifications", QDBusConnection::SessionBus); } bool IndicatorSoundTestBase::setActionValue(const QString & action, QVariant value) { QDBusInterface actionsInterface(DBusTypes::DBUS_NAME, DBusTypes::MAIN_SERVICE_PATH, DBusTypes::ACTIONS_INTERFACE, dbusTestRunner.sessionConnection()); QDBusVariant dbusVar(value); auto resp = actionsInterface.call("SetState", action, QVariant::fromValue(dbusVar), QVariant::fromValue(QVariantMap())); if (resp.type() == QDBusMessage::ErrorMessage) { qCritical() << "IndicatorSoundTestBase::setActionValue(): Failed to set value for action " << action << " " << resp.errorMessage(); return false; } else { return true; } } bool IndicatorSoundTestBase::pressNotificationButton(int id, const QString & button) { OrgFreedesktopDBusMockInterface actionsInterface("org.freedesktop.Notifications", "/org/freedesktop/Notifications", dbusTestRunner.sessionConnection()); actionsInterface.EmitSignal( "org.freedesktop.Notifications", "ActionInvoked", "us", QVariantList() << id << button); return true; } bool IndicatorSoundTestBase::qDBusArgumentToMap(QVariant const& variant, QVariantMap& map) { if (variant.canConvert()) { QDBusArgument value(variant.value()); if (value.currentType() == QDBusArgument::MapType) { value >> map; return true; } } return false; } void IndicatorSoundTestBase::checkVolumeNotification(double volume, QString const& label, bool isLoud, QVariantList call) { QString icon; if (volume <= 0.0) { icon = "audio-volume-muted"; } else if (volume <= 0.3) { icon = "audio-volume-low"; } else if (volume <= 0.7) { icon = "audio-volume-medium"; } else { icon = "audio-volume-high"; } ASSERT_NE(call.size(), 0); EXPECT_EQ("Notify", call.at(0)); QVariantList const& args(call.at(1).toList()); ASSERT_EQ(8, args.size()); EXPECT_EQ("ayatana-indicator-sound", args.at(0)); EXPECT_EQ(icon, args.at(2)); EXPECT_EQ("Volume", args.at(3)); EXPECT_EQ(label, args.at(4)); EXPECT_EQ(QStringList(), args.at(5)); QVariantMap hints; ASSERT_TRUE(qDBusArgumentToMap(args.at(6), hints)); ASSERT_TRUE(hints.contains("value")); ASSERT_TRUE(hints.contains("x-canonical-non-shaped-icon")); ASSERT_TRUE(hints.contains("x-canonical-value-bar-tint")); ASSERT_TRUE(hints.contains("x-canonical-private-synchronous")); EXPECT_EQ(volume*100, hints["value"]); EXPECT_EQ(true, hints["x-canonical-non-shaped-icon"]); EXPECT_EQ(isLoud, hints["x-canonical-value-bar-tint"]); EXPECT_EQ(true, hints["x-canonical-private-synchronous"]); } void IndicatorSoundTestBase::checkHighVolumeNotification(QVariantList call) { ASSERT_NE(call.size(), 0); EXPECT_EQ("Notify", call.at(0)); QVariantList const& args(call.at(1).toList()); ASSERT_EQ(8, args.size()); EXPECT_EQ("ayatana-indicator-sound", args.at(0)); EXPECT_EQ("Volume", args.at(3)); } void IndicatorSoundTestBase::checkCloseNotification(int id, QVariantList call) { EXPECT_EQ("CloseNotification", call.at(0)); QVariantList const& args(call.at(1).toList()); ASSERT_EQ(1, args.size()); } void IndicatorSoundTestBase::checkNotificationWithNoArgs(QString const& method, QVariantList call) { EXPECT_EQ(method, call.at(0)); QVariantList const& args(call.at(1).toList()); ASSERT_EQ(0, args.size()); } int IndicatorSoundTestBase::getNotificationID(QVariantList call) { if (call.size() == 0) { return -1; } QVariantList const& args(call.at(1).toList()); if (args.size() != 8) { return -1; } if (args.at(0) != "ayatana-indicator-sound") { return -1; } bool isInt; int id = args.at(1).toInt(&isInt); if (!isInt) { return -1; } return id; } bool IndicatorSoundTestBase::setDefaultSinkOrSource(bool runForSinks, const QString & active, const QStringList & inactive) { QString setDefaultCommand = runForSinks ? "set-default-sink" : "set-default-source"; QString suspendCommand = "suspend-sink"; QProcess pacltProcess; QString activeSinkOrSource = runForSinks ? active : active + ".monitor"; pacltProcess.start("pactl", QStringList() << "-s" << "127.0.0.1" << setDefaultCommand << activeSinkOrSource); if (!pacltProcess.waitForStarted()) { return false; } if (!pacltProcess.waitForFinished()) { return false; } pacltProcess.start("pactl", QStringList() << "-s" << "127.0.0.1" << suspendCommand << active << "0"); if (!pacltProcess.waitForStarted()) { return false; } if (!pacltProcess.waitForFinished()) { return false; } if (pacltProcess.exitCode() != 0) { return false; } for (int i = 0; i < inactive.size(); ++i) { pacltProcess.start("pactl", QStringList() << "-s" << "127.0.0.1" << suspendCommand << inactive.at(i) << "1"); if (!pacltProcess.waitForStarted()) { return false; } if (!pacltProcess.waitForFinished()) { return false; } if (pacltProcess.exitCode() != 0) { return false; } } return pacltProcess.exitCode() == 0; } bool IndicatorSoundTestBase::activateHeadphones(bool headphonesActive) { QString defaultSinkName = "indicator_sound_test_speaker"; QStringList suspendedSinks = { "indicator_sound_test_mic", "indicator_sound_test_headphones" }; if (headphonesActive) { defaultSinkName = "indicator_sound_test_headphones"; suspendedSinks = QStringList{ "indicator_sound_test_speaker", "indicator_sound_test_mic" }; } return setDefaultSinkOrSource(true, defaultSinkName, suspendedSinks); } bool IndicatorSoundTestBase::plugExternalMic(bool activate) { QString defaultSinkName = "indicator_sound_test_mic"; QStringList suspendedSinks = { "indicator_sound_test_speaker", "indicator_sound_test_headphones" }; if (!activate) { defaultSinkName = "indicator_sound_test_speaker"; suspendedSinks = QStringList{ "indicator_sound_test_mic", "indicator_sound_test_headphones" }; } return setDefaultSinkOrSource(false, defaultSinkName, suspendedSinks); } QString IndicatorSoundTestBase::getDevicePortString(DevicePortType port) { QString portString; switch (port) { case WIRED: portString = "wired"; break; case BLUETOOTH: portString = "bluetooth"; break; case USB: portString = "usb"; break; case HDMI: portString = "hdmi"; break; default: portString = "not_defined"; break; } return portString; } void IndicatorSoundTestBase::checkPortDevicesLabels(DevicePortType speakerPort, DevicePortType headphonesPort) { double INITIAL_VOLUME = 0.0; QString speakerString; QString speakerStringMenu; switch(speakerPort) { case WIRED: speakerString = "Speakers"; speakerStringMenu = "Volume"; break; case BLUETOOTH: speakerString = "Bluetooth speaker"; speakerStringMenu = "Volume (Bluetooth)"; break; case USB: speakerString = "Usb speaker"; speakerStringMenu = "Volume (Usb)"; break; case HDMI: speakerString = "HDMI speaker"; speakerStringMenu = "Volume (HDMI)"; break; } QString headphonesString; QString headphonesStringMenu; switch(headphonesPort) { case WIRED: headphonesString = "Headphones"; headphonesStringMenu = "Volume (Headphones)"; break; case BLUETOOTH: headphonesString = "Bluetooth headphones"; headphonesStringMenu = "Volume (Bluetooth headphones)"; break; case USB: headphonesString = "Usb headphones"; headphonesStringMenu = "Volume (Usb headphones)"; break; case HDMI: headphonesString = "HDMI headphones"; headphonesStringMenu = "Volume (HDMI headphones)"; break; } QSignalSpy notificationsSpy(¬ificationsMockInterface(), SIGNAL(MethodCalled(const QString &, const QVariantList &))); ASSERT_NO_THROW(startAccountsService()); ASSERT_NO_THROW(startPulsePhone(speakerPort, headphonesPort)); // initialize volumes in pulseaudio EXPECT_TRUE(setStreamRestoreVolume("alert", INITIAL_VOLUME)); EXPECT_TRUE(setStreamRestoreVolume("multimedia", INITIAL_VOLUME)); // start now the indicator, so it picks the new volumes ASSERT_NO_THROW(startIndicator()); // if the speaker is the normal one it does not emit any notification, as that's // the default one. // for the rest it notifies the output if (speakerPort != WIRED) { WAIT_FOR_SIGNALS(notificationsSpy, 3); // the first time we also have the calls to // GetServerInformation and GetCapabilities checkNotificationWithNoArgs("GetServerInformation", notificationsSpy.at(0)); checkNotificationWithNoArgs("GetCapabilities", notificationsSpy.at(1)); checkVolumeNotification(INITIAL_VOLUME, speakerString, false, notificationsSpy.at(2)); notificationsSpy.clear(); } notificationsSpy.clear(); // activate the headphones EXPECT_TRUE(activateHeadphones(true)); if (speakerPort == WIRED) { WAIT_FOR_SIGNALS(notificationsSpy, 3); // the first time we also have the calls to // GetServerInformation and GetCapabilities checkNotificationWithNoArgs("GetServerInformation", notificationsSpy.at(0)); checkNotificationWithNoArgs("GetCapabilities", notificationsSpy.at(1)); checkVolumeNotification(INITIAL_VOLUME, headphonesString, false, notificationsSpy.at(2)); notificationsSpy.clear(); } else { WAIT_FOR_SIGNALS(notificationsSpy, 2); checkNotificationWithNoArgs("GetCapabilities", notificationsSpy.at(0)); checkVolumeNotification(INITIAL_VOLUME, headphonesString, false, notificationsSpy.at(1)); notificationsSpy.clear(); } // check the label in the menu EXPECT_MATCHRESULT(mh::MenuMatcher(phoneParameters()) .item(mh::MenuItemMatcher() .action("indicator.root") .string_attribute("x-canonical-type", "org.ayatana.indicator.root") .string_attribute("x-canonical-scroll-action", "indicator.scroll") .string_attribute("x-canonical-secondary-action", "indicator.mute") .string_attribute("submenu-action", "indicator.indicator-shown") .mode(mh::MenuItemMatcher::Mode::starts_with) .submenu() .item(mh::MenuItemMatcher() .section() .item(silentModeSwitch(false)) .item(volumeSlider(INITIAL_VOLUME, headphonesStringMenu)) ) ).match()); // deactivate the headphones EXPECT_TRUE(activateHeadphones(false)); WAIT_FOR_SIGNALS(notificationsSpy, 2); checkNotificationWithNoArgs("GetCapabilities", notificationsSpy.at(0)); checkVolumeNotification(INITIAL_VOLUME, speakerString, false, notificationsSpy.at(1)); notificationsSpy.clear(); // check the label in the menu EXPECT_MATCHRESULT(mh::MenuMatcher(phoneParameters()) .item(mh::MenuItemMatcher() .action("indicator.root") .string_attribute("x-canonical-type", "org.ayatana.indicator.root") .string_attribute("x-canonical-scroll-action", "indicator.scroll") .string_attribute("x-canonical-secondary-action", "indicator.mute") .string_attribute("submenu-action", "indicator.indicator-shown") .mode(mh::MenuItemMatcher::Mode::starts_with) .submenu() .item(mh::MenuItemMatcher() .section() .item(silentModeSwitch(false)) .item(volumeSlider(INITIAL_VOLUME, speakerStringMenu)) ) ).match()); } bool IndicatorSoundTestBase::setVolumeUntilAccountsIsConnected(double volume) { int RETRY_TIME = 5000; setActionValue("volume", QVariant::fromValue(volume)); while(!signal_spy_volume_changed_->wait(10) && RETRY_TIME) { RETRY_TIME -= 10; setActionValue("volume", QVariant::fromValue(volume)); } return (signal_spy_volume_changed_->count() != 0); } QVariantList IndicatorSoundTestBase::getActionValue(QString const &action) { if (!menu_interface_) { menu_interface_.reset(new MenusInterface("org.ayatana.indicator.sound", "/org/ayatana/indicator/sound", dbusTestRunner.sessionConnection(), 0)); } if (menu_interface_) { QDBusReply resp = menu_interface_->call(QLatin1String("Describe"), action); if (!resp.isValid()) { qWarning() << "IndicatorSoundTestBase::getActionValue(): D-Bus error: " << resp.error().message(); return QVariantList(); } else { return resp.value().getValue(); } } return QVariantList(); } QStringList IndicatorSoundTestBase::getRootIconValue(bool *isValid) { QString result = 0; QVariantList varList = getActionValue("root"); if (isValid != nullptr) { *isValid = false; } if (varList.at(0).canConvert()) { const QDBusArgument dbusArg = qvariant_cast(varList.at(0)); if (dbusArg.currentType() == QDBusArgument::MapType) { QVariantMap map; dbusArg >> map; QVariantMap::const_iterator iter = map.find("icon"); if (iter != map.end()) { const QDBusArgument iconArg = qvariant_cast((*iter)); if (iconArg.currentType() == QDBusArgument::StructureType) { QString name; QVariant iconValue; iconArg.beginStructure(); iconArg >> name; iconArg >> iconValue; if (name == "themed" && iconValue.type() == QVariant::StringList) { if (isValid != nullptr) { *isValid = true; } } iconArg.endStructure(); return iconValue.toStringList(); } } } } return QStringList(); } qlonglong IndicatorSoundTestBase::getVolumeSyncValue(bool *isValid) { qlonglong result = 0; QVariantList varList = getActionValue("volume-sync"); if (varList.size() == 1) { result = varList.at(0).toULongLong(isValid); } else { if (isValid) { *isValid = false; } } return result; } float IndicatorSoundTestBase::getVolumeValue(bool *isValid) { float result = 0.0; QVariantList varList = getActionValue("volume"); if (varList.size() == 1) { result = varList.at(0).toFloat(isValid); } else { if (isValid) { *isValid = false; } } return result; }