#!/usr/bin/python3 -u # upower integration test suite # # Run in built tree to test local built binaries, or from anywhere else to test # system installed binaries. # # Copyright: (C) 2011 Martin Pitt # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. import os import sys import dbus import tempfile import shutil import subprocess import unittest import time import re from output_checker import OutputChecker from packaging.version import parse as parse_version edir = os.path.dirname(sys.argv[0]) try: import dbusmock except ImportError: sys.stderr.write( "Skipping tests, python-dbusmock not available (http://pypi.python.org/pypi/python-dbusmock).\n" ) sys.exit(77) UP = "org.freedesktop.UPower" UP_DEVICE = "org.freedesktop.UPower.Device" UP_DISPLAY_OBJECT_PATH = "/org/freedesktop/UPower/devices/DisplayDevice" UP_DAEMON_ACTION_DELAY = 20 UP_HISTORY_SAVE_INTERVAL = 10 * 60 UP_HISTORY_SAVE_INTERVAL_LOW_POWER = 5 DEVICE_IFACE = "org.bluez.Device1" BATTERY_IFACE = "org.bluez.Battery1" ( UP_DEVICE_STATE_UNKNOWN, UP_DEVICE_STATE_CHARGING, UP_DEVICE_STATE_DISCHARGING, UP_DEVICE_STATE_EMPTY, UP_DEVICE_STATE_FULLY_CHARGED, UP_DEVICE_STATE_PENDING_CHARGE, UP_DEVICE_STATE_PENDING_DISCHARGE, ) = range(7) ( UP_DEVICE_LEVEL_UNKNOWN, UP_DEVICE_LEVEL_NONE, UP_DEVICE_LEVEL_DISCHARGING, UP_DEVICE_LEVEL_LOW, UP_DEVICE_LEVEL_CRITICAL, UP_DEVICE_LEVEL_ACTION, UP_DEVICE_LEVEL_NORMAL, UP_DEVICE_LEVEL_HIGH, UP_DEVICE_LEVEL_FULL, ) = range(9) ( UP_DEVICE_KIND_UNKNOWN, UP_DEVICE_KIND_LINE_POWER, UP_DEVICE_KIND_BATTERY, UP_DEVICE_KIND_UPS, UP_DEVICE_KIND_MONITOR, UP_DEVICE_KIND_MOUSE, UP_DEVICE_KIND_KEYBOARD, UP_DEVICE_KIND_PDA, UP_DEVICE_KIND_PHONE, UP_DEVICE_KIND_MEDIA_PLAYER, UP_DEVICE_KIND_TABLET, UP_DEVICE_KIND_COMPUTER, UP_DEVICE_KIND_GAMING_INPUT, UP_DEVICE_KIND_PEN, UP_DEVICE_KIND_TOUCHPAD, UP_DEVICE_KIND_MODEM, UP_DEVICE_KIND_NETWORK, UP_DEVICE_KIND_HEADSET, UP_DEVICE_KIND_SPEAKERS, UP_DEVICE_KIND_HEADPHONES, UP_DEVICE_KIND_VIDEO, UP_DEVICE_KIND_OTHER_AUDIO, UP_DEVICE_KIND_REMOTE_CONTROL, UP_DEVICE_KIND_PRINTER, UP_DEVICE_KIND_SCANNER, UP_DEVICE_KIND_CAMERA, UP_DEVICE_KIND_WEARABLE, UP_DEVICE_KIND_TOY, UP_DEVICE_KIND_BLUETOOTH_GENERIC, ) = range(29) class Tests(dbusmock.DBusTestCase): @classmethod def setUpClass(cls): # run from local build tree if we are in one, otherwise use system instance builddir = os.getenv("top_builddir", ".") if os.access(os.path.join(builddir, "src", "upowerd"), os.X_OK): cls.daemon_path = os.path.join(builddir, "src", "upowerd") cls.upower_path = os.path.join(builddir, "tools", "upower") print("Testing binaries from local build tree") cls.local_daemon = True elif os.environ.get("UNDER_JHBUILD", False): jhbuild_prefix = os.environ["JHBUILD_PREFIX"] cls.daemon_path = os.path.join(jhbuild_prefix, "libexec", "upowerd") cls.upower_path = os.path.join(jhbuild_prefix, "bin", "upower") print("Testing binaries from JHBuild") cls.local_daemon = False else: print("Testing installed system binaries") cls.daemon_path = None cls.upower_path = shutil.which("upower") with open( "/usr/share/dbus-1/system-services/org.freedesktop.UPower.service" ) as f: for line in f: if line.startswith("Exec="): cls.daemon_path = line.split("=", 1)[1].strip() break assert ( cls.daemon_path ), "could not determine daemon path from D-BUS .service file" assert cls.upower_path, "could not determine upower path" cls.local_daemon = False # fail on CRITICALs on client side GLib.log_set_always_fatal( GLib.LogLevelFlags.LEVEL_WARNING | GLib.LogLevelFlags.LEVEL_ERROR | GLib.LogLevelFlags.LEVEL_CRITICAL ) # set up a fake system D-BUS cls.test_bus = Gio.TestDBus.new(Gio.TestDBusFlags.NONE) cls.test_bus.up() try: del os.environ["DBUS_SESSION_BUS_ADDRESS"] except KeyError: pass os.environ["DBUS_SYSTEM_BUS_ADDRESS"] = cls.test_bus.get_bus_address() cls.dbus = Gio.bus_get_sync(Gio.BusType.SYSTEM, None) cls.dbus_con = cls.get_dbus(True) @classmethod def tearDownClass(cls): cls.test_bus.down() dbusmock.DBusTestCase.tearDownClass() def setUp(self): """Set up a local umockdev testbed. The testbed is initially empty. """ self.testbed = UMockdev.Testbed.new() self.proxy = None self.daemon = None self.bluez = None self.start_logind({"CanHybridSleep": "yes"}) self.start_polkitd({}) @classmethod def stop_process(cls, proc, timeout=1): proc.terminate() try: proc.wait(timeout) except: print( "Killing %d (%s) after timeout of %f seconds" % (proc.pid, proc.args[0], timeout) ) proc.kill() proc.wait() def tearDown(self): del self.testbed self.stop_daemon() # # Daemon control and D-BUS I/O # def start_daemon(self, cfgfile=None, warns=False, history_dir_override=None): """Start daemon and create DBus proxy. Do this after adding the devices you want to test with. At the moment this only works with coldplugging, as we do not currently have a way to inject simulated uevents. When done, this sets self.proxy as the Gio.DBusProxy for upowerd. """ env = os.environ.copy() if not cfgfile: _, cfgfile = tempfile.mkstemp(prefix="upower-cfg-") self.addCleanup(os.unlink, cfgfile) env["UPOWER_CONF_FILE_NAME"] = cfgfile if history_dir_override is not None: self.upower_history_dir = env["UPOWER_HISTORY_DIR"] = history_dir_override env["UPOWER_STATE_DIR"] = history_dir_override else: self.upower_history_dir = env["UPOWER_HISTORY_DIR"] = tempfile.mkdtemp( prefix="upower-history-" ) env["UPOWER_STATE_DIR"] = self.upower_history_dir self.addCleanup(shutil.rmtree, env["UPOWER_HISTORY_DIR"]) env["G_DEBUG"] = "fatal-criticals" if warns else "fatal-warnings" # note: Python doesn't propagate the setenv from Testbed.new(), so we # have to do that ourselves env["UMOCKDEV_DIR"] = self.testbed.get_root_dir() # Hotfix for https://github.com/systemd/systemd/issues/23499 env["SYSTEMD_DEVICE_VERIFY_SYSFS"] = "0" self.daemon_log = OutputChecker() if os.getenv("VALGRIND") is not None: daemon_path = ["valgrind", self.daemon_path, "-v", "-r"] else: daemon_path = [self.daemon_path, "-v", "-r"] self.daemon = subprocess.Popen( daemon_path, env=env, stdout=self.daemon_log.fd, stderr=subprocess.STDOUT ) self.daemon_log.writer_attached() # wait until the daemon gets online timeout = 100 while timeout > 0: time.sleep(0.1) timeout -= 1 try: self.get_dbus_property("DaemonVersion") break except GLib.GError: pass else: self.fail("daemon did not start in 10 seconds") self.proxy = Gio.DBusProxy.new_sync( self.dbus, Gio.DBusProxyFlags.DO_NOT_AUTO_START, None, UP, "/org/freedesktop/UPower", UP, None, ) self.assertEqual(self.daemon.poll(), None, "daemon crashed") def stop_daemon(self): """Stop the daemon if it is running.""" if self.daemon: try: self.daemon.terminate() except OSError: pass try: self.assertEqual(self.daemon.wait(timeout=10.0), 0) except subprocess.TimeoutExpired: try: self.daemon.kill() except OSError: pass self.assertEqual(self.daemon.wait(), 0) self.daemon_log.assert_closed() self.daemon = None self.proxy = None def get_dbus_property(self, name): """Get property value from daemon D-Bus interface.""" return self.dbus.call_sync( UP, "/org/freedesktop/UPower", "org.freedesktop.DBus.Properties", "Get", GLib.Variant("(ss)", (UP, name)), None, Gio.DBusCallFlags.NO_AUTO_START, -1, None, ).unpack()[0] def get_dbus_display_property(self, name): """Get property value from display device D-Bus interface.""" return self.dbus.call_sync( UP, UP_DISPLAY_OBJECT_PATH, "org.freedesktop.DBus.Properties", "Get", GLib.Variant("(ss)", (UP_DEVICE, name)), None, Gio.DBusCallFlags.NO_AUTO_START, -1, None, ).unpack()[0] def get_dbus_dev_property(self, device, name): """Get property value from an upower device D-Bus path.""" return self.dbus.call_sync( UP, device, "org.freedesktop.DBus.Properties", "Get", GLib.Variant("(ss)", (UP_DEVICE, name)), None, Gio.DBusCallFlags.NO_AUTO_START, -1, None, ).unpack()[0] def get_dbus_dev_properties(self, device): """Get property values from an upower device D-Bus path.""" return self.dbus.call_sync( UP, device, "org.freedesktop.DBus.Properties", "GetAll", GLib.Variant("(s)", (UP_DEVICE,)), None, Gio.DBusCallFlags.NO_AUTO_START, -1, None, ).unpack()[0] def enable_charge_limits(self, device, enable): self.dbus.call_sync( UP, device, "org.freedesktop.UPower.Device", "EnableChargeThreshold", GLib.Variant("(b)", (enable,)), None, Gio.DBusCallFlags.NO_AUTO_START, -1, None, ) def get_kbd_backlight_brightness(self, kbd_backlight): return self.dbus.call_sync( UP, kbd_backlight, "org.freedesktop.UPower.KbdBacklight", "GetBrightness", None, None, Gio.DBusCallFlags.NO_AUTO_START, -1, None, ).unpack()[0] def get_kbd_backlight_max_brightness(self, kbd_backlight): return self.dbus.call_sync( UP, kbd_backlight, "org.freedesktop.UPower.KbdBacklight", "GetMaxBrightness", None, None, Gio.DBusCallFlags.NO_AUTO_START, -1, None, ).unpack()[0] def set_kbd_backlight_brightness(self, kbd_backlight, brightness): self.dbus.call_sync( UP, kbd_backlight, "org.freedesktop.UPower.KbdBacklight", "SetBrightness", GLib.Variant("(i)", (brightness,)), None, Gio.DBusCallFlags.NO_AUTO_START, -1, None, ) def assertDevs(self, expected): devs = self.proxy.EnumerateDevices() names = sorted(n.split("/")[-1] for n in devs) self.assertEqual(names, sorted(expected.keys())) for n in names: props = self.get_dbus_dev_properties("/org/freedesktop/UPower/devices/" + n) for k, v in expected[n].items(): self.assertEqual( props[k], v, msg=f'Property "{k}" of "{n}" should be {v} but is {props[k]}', ) def start_logind(self, parameters=None): self.logind, self.logind_obj = self.spawn_server_template( "logind", parameters or {} ) self.addCleanup(self.stop_process, self.logind) def start_bluez(self, parameters=None): self.bluez, self.bluez_obj = self.spawn_server_template( "bluez5", parameters or {} ) self.addCleanup(self.stop_process, self.bluez) def start_polkitd(self, parameters=None): self.polkit, self.polkit_obj = self.spawn_server_template( "polkitd", parameters or {} ) self.addCleanup(self.stop_process, self.polkit) def assertEventually(self, condition, message=None, timeout=50, value=True): """Assert that condition function eventually returns True. Timeout is in deciseconds, defaulting to 50 (5 seconds). message is printed on failure. """ while timeout >= 0: context = GLib.MainContext.default() while context.iteration(False): pass if condition() == value: break timeout -= 1 time.sleep(0.1) else: self.fail(message or "timed out waiting for " + str(condition)) def wait_for_mainloop(self): ml = GLib.MainLoop() GLib.timeout_add(100, ml.quit) ml.run() # # Actual test cases # def test_daemon_version(self): """DaemonVersion property""" self.start_daemon() time.sleep(2) self.assertEqual(self.proxy.EnumerateDevices(), []) self.assertRegex(self.get_dbus_property("DaemonVersion"), "^[0-9.]+$") # without any devices we should assume AC self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() def test_no_devices(self): """no devices""" # without any devices we should assume AC self.start_daemon() self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() def test_props_online_ac(self): """properties with online AC""" ac = self.testbed.add_device( "power_supply", "AC", None, ["type", "Mains", "online", "1"], [] ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) ac_up = devs[0] self.assertTrue("line_power_AC" in ac_up) self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.assertEqual(self.get_dbus_dev_property(ac_up, "PowerSupply"), True) self.assertEqual( self.get_dbus_dev_property(ac_up, "Type"), UP_DEVICE_KIND_LINE_POWER ) self.assertEqual(self.get_dbus_dev_property(ac_up, "Online"), True) self.assertEqual(self.get_dbus_dev_property(ac_up, "NativePath"), "AC") self.stop_daemon() def test_props_offline_ac(self): """properties with offline AC""" ac = self.testbed.add_device( "power_supply", "AC", None, ["type", "Mains", "online", "0"], [] ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) # we don't have any known online power device now, but still no battery self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.assertEqual(self.get_dbus_dev_property(devs[0], "Online"), False) self.stop_daemon() def test_macbook_capacity(self): """MacBooks have incorrect sysfs capacity""" ac = self.testbed.add_device( "power_supply", "AC", None, ["type", "Mains", "online", "0"], [] ) bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "capacity", "60", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", ], [], ) self.testbed.add_device( "virtual", "virtual/dmi", None, ["id/product_name", "MacBookAir7,2"], [] ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) if "BAT" in devs[0] == ac_up: (bat0_up, ac_up) = devs else: (ac_up, bat0_up) = devs self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Percentage"), 80.0) def test_macbook_uevent(self): """MacBooks sent uevent 5 seconds before battery updates""" ac = self.testbed.add_device( "power_supply", "AC", None, ["type", "Mains", "online", "0"], [] ) bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", ], [], ) self.testbed.add_device( "virtual", "virtual/dmi", None, ["id/product_name", "MacBookAir7,2"], [] ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) if "BAT" in devs[0] == ac_up: (bat0_up, ac_up) = devs else: (ac_up, bat0_up) = devs self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_DISCHARGING ) self.testbed.set_attribute(ac, "online", "1") self.testbed.uevent(ac, "change") self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_DISCHARGING ) time.sleep(3) self.testbed.set_attribute(bat0, "status", "Charging") time.sleep(1) self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_CHARGING ) # We stopped polling now, so this update will *not* be read, even if # we send a new uevent, as the 'online' state does not change. self.testbed.uevent(ac, "change") time.sleep(2) self.testbed.set_attribute(bat0, "status", "Discharging") time.sleep(1) self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_CHARGING ) def test_battery_ac(self): """properties with dynamic battery/AC""" # offline AC + discharging battery ac = self.testbed.add_device( "power_supply", "AC", None, ["type", "Mains", "online", "0"], [] ) bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) if "BAT" in devs[0] == ac_up: (bat0_up, ac_up) = devs else: (ac_up, bat0_up) = devs # we don't have any known online power device now, but still no battery self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "IsPresent"), True) self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_DISCHARGING ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Percentage"), 80.0) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Energy"), 48.0) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "EnergyFull"), 60.0) self.assertAlmostEqual( self.get_dbus_dev_property(bat0_up, "EnergyFullDesign"), 80.0 ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Voltage"), 12.0) self.assertEqual(self.get_dbus_dev_property(bat0_up, "NativePath"), "BAT0") self.stop_daemon() # offline AC + discharging low battery self.testbed.set_attribute(bat0, "energy_now", "1500000") self.start_daemon() self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_CRITICAL ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "IsPresent"), True) self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_DISCHARGING ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Percentage"), 2.5) self.assertEqual(self.get_dbus_dev_property(bat0_up, "PowerSupply"), True) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Type"), UP_DEVICE_KIND_BATTERY ) self.stop_daemon() # now connect AC again self.testbed.set_attribute(ac, "online", "1") self.testbed.set_attribute(bat0, "status", "Charging") self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) # we don't have any known online power device now, but still no battery self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.assertEqual(self.get_dbus_dev_property(ac_up, "Online"), True) self.stop_daemon() # a low power charger causes the battery is discharging and the AC is online self.testbed.set_attribute(ac, "online", "1") self.testbed.set_attribute(bat0, "status", "Discharging") self.testbed.set_attribute(bat0, "energy_now", "1500000") self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_CRITICAL ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "IsPresent"), True) self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_DISCHARGING ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Percentage"), 2.5) self.assertEqual(self.get_dbus_dev_property(bat0_up, "PowerSupply"), True) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Type"), UP_DEVICE_KIND_BATTERY ) self.stop_daemon() def test_nan_percentage_battery_capacity(self): """ACPI returns NaN for capacity""" self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "capacity", "-NaN", "energy_full", "60000000", "energy_full_design", "80000000", "voltage_now", "12000000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertEqual(self.get_dbus_dev_property(bat0_up, "Percentage"), 0.0) # don't assert if nan percentage is reported self.stop_daemon() def test_multiple_batteries(self): """Multiple batteries""" # one well charged, one low bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", ], [], ) self.testbed.add_device( "power_supply", "BAT1", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "1500000", "voltage_now", "12000000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) # as we have one which is well-charged, the summary state is "not low # battery" self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() # now set both to low self.testbed.set_attribute(bat0, "energy_now", "1500000") self.start_daemon() self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_CRITICAL ) self.stop_daemon() def test_multiple_batteries_one_offline(self): """Multiple batteries but one battery was removed""" # one well charged, one low bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", ], [], ) bat1 = self.testbed.add_device( "power_supply", "BAT1", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "1500000", "voltage_now", "12000000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) (bat0_up, bat1_up) = devs # as we have one which is well-charged, the summary state is "not low # battery" self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() # now set both to low self.testbed.set_attribute(bat0, "energy_now", "1500000") self.start_daemon() self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_CRITICAL ) self.stop_daemon() # now remove one self.testbed.set_attribute(bat1, "present", "0") self.testbed.set_attribute(bat1, "status", "unknown") self.testbed.set_attribute(bat1, "energy_full", "0") self.testbed.set_attribute(bat1, "energy_full_design", "0") self.testbed.set_attribute(bat1, "energy_now", "0") self.testbed.set_attribute(bat1, "voltage_now", "0") self.start_daemon() self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertAlmostEqual(self.get_dbus_display_property("Percentage"), 2.5) self.stop_daemon() # then, remove both self.testbed.set_attribute(bat0, "present", "0") self.start_daemon() self.assertAlmostEqual(self.get_dbus_display_property("Percentage"), 0.0) self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_UNKNOWN ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Temperature"), 0.0) self.assertEqual(self.get_dbus_dev_property(bat0_up, "ChargeEndThreshold"), 0) self.stop_daemon() def test_multiple_batteries_one_offline_issue292(self): """Multiple batteries but one battery was removed""" # one well charged, one low bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", ], [], ) bat1 = self.testbed.add_device( "power_supply", "BAT1", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "1500000", "voltage_now", "12000000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) # as we have one which is well-charged, the summary state is "not low # battery" self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() # now set both to low self.testbed.set_attribute(bat0, "energy_now", "1500000") self.start_daemon() self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_CRITICAL ) self.stop_daemon() # now remove one self.start_daemon() self.testbed.remove_device(bat1) # some system reports only present=0 when removing batteries # https://gitlab.freedesktop.org/upower/upower/-/issues/292 bat1 = self.testbed.add_device( "power_supply", "BAT1", None, ["type", "Battery", "present", "0"], [] ) devs = self.proxy.EnumerateDevices() self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertAlmostEqual(self.get_dbus_display_property("Percentage"), 2.5) with self.assertRaises(Exception) as cm: self.get_dbus_dev_property(devs[1], "energy_full") with self.assertRaises(Exception) as cm: self.get_dbus_dev_property(devs[1], "energy_full_design") with self.assertRaises(Exception) as cm: self.get_dbus_dev_property(devs[1], "energy_now") with self.assertRaises(Exception) as cm: self.get_dbus_dev_property(devs[1], "voltage_now") self.stop_daemon() def test_unknown_battery_status_no_ac(self): """Unknown battery charge status, no AC""" for i in range(2): self.testbed.add_device( "power_supply", f"BAT{i}", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", ], [], ) # with no other power sources, the OnBattery value here is really # arbitrary, so don't test it. The only thing we know for sure is that # we aren't on low battery self.start_daemon() time.sleep(0.5) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.assertEqual( self.get_dbus_display_property("State"), UP_DEVICE_STATE_DISCHARGING ) self.stop_daemon() def test_unknown_battery_status_with_ac(self): """Unknown battery charge status, with AC""" ac = self.testbed.add_device( "power_supply", "AC", None, ["type", "Mains", "online", "0"], [] ) for i in range(2): self.testbed.add_device( "power_supply", f"BAT{i}", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", ], [], ) self.testbed.set_attribute(ac, "online", "0") self.start_daemon() self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.assertEqual( self.get_dbus_display_property("State"), UP_DEVICE_STATE_DISCHARGING ) self.stop_daemon() self.testbed.set_attribute(ac, "online", "1") self.start_daemon() self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.assertEqual( self.get_dbus_display_property("State"), UP_DEVICE_STATE_CHARGING ) self.stop_daemon() def test_battery_state_guessing(self): energy_now = 48000000 ac = self.testbed.add_device( "power_supply", "AC", None, ["type", "Mains", "online", "0"], [] ) bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", str(energy_now), "voltage_now", "12000000", ], [], ) self.start_daemon() self.assertDevs( {"battery_BAT0": {"State": UP_DEVICE_STATE_UNKNOWN}, "line_power_AC": {}} ) # Discharge for 20s: for i in range(25): time.sleep(1) # 1W usage over 1 second energy_now -= 1.0 * 1000000 / 3600 self.testbed.set_attribute(bat0, "energy_now", str(int(energy_now))) self.assertDevs( { "battery_BAT0": {"State": UP_DEVICE_STATE_DISCHARGING}, "line_power_AC": {}, } ) # History is discarded, we have an unknown state # (the "online" state does not actually matter for the test) self.testbed.set_attribute(bat0, "online", "1") self.testbed.uevent(ac, "change") time.sleep(1) # FIXME: this does not get reset # https://gitlab.freedesktop.org/upower/upower/-/issues/230 # self.assertDevs({ 'battery_BAT0': { 'State' : UP_DEVICE_STATE_UNKNOWN }, 'line_power_AC' : {} }) # Charge for a while for i in range(40): time.sleep(1) # 1W charge over 1 second energy_now += 1.0 * 1000000 / 3600 self.testbed.set_attribute(bat0, "energy_now", str(int(energy_now))) self.assertDevs( {"battery_BAT0": {"State": UP_DEVICE_STATE_CHARGING}, "line_power_AC": {}} ) self.stop_daemon() def test_display_pending_charge_one_battery(self): """One battery pending-charge""" self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Not charging", "charge_full", "10500000", "charge_full_design", "11000000", "capacity", "40", "voltage_now", "12000000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) self.assertEqual( self.get_dbus_display_property("State"), UP_DEVICE_STATE_PENDING_CHARGE ) self.stop_daemon() def test_kernel_capacity_level_and_voltage_min_max_exporting(self): """Exporting capacity_level, voltage_{max,min}_design attributes""" bat0 = self.testbed.add_device( "power_supply", "battery", None, [ "type", "Battery", "voltage_min_design", "3100000", "voltage_max_design", "4200000", "charge_full_design", "1740000", "present", "1", "status", "Discharging", "voltage_now", "3750000", "capacity_level", "High", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertAlmostEqual( self.get_dbus_dev_property(bat0_up, "CapacityLevel"), "High" ) self.assertAlmostEqual( self.get_dbus_dev_property(bat0_up, "VoltageMinDesign"), 3.1 ) self.assertAlmostEqual( self.get_dbus_dev_property(bat0_up, "VoltageMaxDesign"), 4.2 ) self.testbed.set_attribute(bat0, "capacity_level", "Low") self.testbed.uevent(bat0, "change") self.assertAlmostEqual( self.get_dbus_dev_property(bat0_up, "CapacityLevel"), "Low" ) self.stop_daemon() def test_empty_guessing(self): """One empty batter not reporting a state""" self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Unknown", "charge_full", "10500000", "charge_full_design", "11000000", "capacity", "0", "voltage_now", "12000000", ], [], ) self.start_daemon() self.assertDevs({"battery_BAT0": {"State": UP_DEVICE_STATE_EMPTY}}) self.assertEqual(self.get_dbus_display_property("State"), UP_DEVICE_STATE_EMPTY) self.stop_daemon() def test_full_guessing(self): """One full batter not reporting a state""" self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Unknown", "charge_full", "10500000", "charge_full_design", "11000000", "capacity", "99", "voltage_now", "12000000", ], [], ) self.start_daemon() self.assertDevs({"battery_BAT0": {"State": UP_DEVICE_STATE_FULLY_CHARGED}}) self.assertEqual( self.get_dbus_display_property("State"), UP_DEVICE_STATE_FULLY_CHARGED ) self.stop_daemon() def test_display_state_aggregation(self): bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Not charging", "charge_full", "10500000", "charge_full_design", "11000000", "capacity", "40", "voltage_now", "12000000", ], [], ) bat1 = self.testbed.add_device( "power_supply", "BAT1", None, [ "type", "Battery", "present", "1", "status", "Not charging", "charge_full", "10500000", "charge_full_design", "11000000", "capacity", "40", "voltage_now", "12000000", ], [], ) config = tempfile.NamedTemporaryFile(delete=False, mode="w") # The unknown poll can cause issues for test synchronization config.write("[UPower]\n") config.write("NoPollBatteries=true\n") config.close() self.addCleanup(os.unlink, config.name) self.start_daemon(config.name, warns=True) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) ANY = -1 TBD = -2 CONFLICT = -3 UNKNOWN = UP_DEVICE_STATE_UNKNOWN CHARGING = UP_DEVICE_STATE_CHARGING DISCHARGING = UP_DEVICE_STATE_DISCHARGING EMPTY = UP_DEVICE_STATE_EMPTY FULL = UP_DEVICE_STATE_FULLY_CHARGED P_CHARGE = UP_DEVICE_STATE_PENDING_CHARGE P_DISCHARGE = UP_DEVICE_STATE_PENDING_DISCHARGE states = [ "Unknown", "Charging", "Discharging", "Empty", "Full", "Not Charging", ] # , 'Pending Discharge' ] # pending discharge does not exist on Linux. List it, but it is not tested display_device_state = [ # UNKNOWN , CHARGING , DISCHARGING, EMPTY , FULL , P_CHARGE , P_DISCHARGE (ANY, CHARGING, DISCHARGING, ANY, ANY, TBD, ANY), (CHARGING, CHARGING, CONFLICT, CHARGING, CHARGING, CHARGING, CHARGING), ( DISCHARGING, CONFLICT, DISCHARGING, DISCHARGING, DISCHARGING, DISCHARGING, DISCHARGING, ), (ANY, CHARGING, DISCHARGING, EMPTY, ANY, TBD, ANY), (ANY, CHARGING, DISCHARGING, ANY, ANY, TBD, ANY), (TBD, CHARGING, DISCHARGING, TBD, TBD, P_CHARGE, ANY), (ANY, CHARGING, DISCHARGING, ANY, ANY, ANY, ANY), ] self.daemon_log.clear() for i in range(len(states)): for j in range(len(states)): # The table should be mirrored assert display_device_state[i][j] == display_device_state[j][i] print( f"Test states are {states[i]} and {states[j]} expected state is {states[display_device_state[i][j]]}" ) self.testbed.set_attribute(bat0, "status", states[i]) self.testbed.set_attribute(bat1, "status", states[j]) self.testbed.uevent(bat0, "change") # We can't guarantee that both uevents are processed without # the idle handler running. So, lets wait for the idle handler # to calculate the composite battery state. self.daemon_log.check_line("Calculating percentage", timeout=2.0) self.testbed.uevent(bat1, "change") # TODO: Make this more elegant somehow lines = self.daemon_log.check_line( "Calculating percentage", timeout=2.0 ) for l in lines: found = bool(re.match(b".*Conflicting.*state.*", l)) if found: break if display_device_state[i][j] == CONFLICT: self.assertTrue(found) else: self.assertFalse(found) if display_device_state[i][j] >= 0: self.assertEqual( self.get_dbus_display_property("State"), display_device_state[i][j], msg=f"Unexpected aggregate state for states {states[i]} and {states[j]}", ) else: self.assertIn( self.get_dbus_display_property("State"), ( UP_DEVICE_STATE_UNKNOWN, UP_DEVICE_STATE_CHARGING, UP_DEVICE_STATE_DISCHARGING, UP_DEVICE_STATE_EMPTY, UP_DEVICE_STATE_FULLY_CHARGED, UP_DEVICE_STATE_PENDING_CHARGE, UP_DEVICE_STATE_PENDING_DISCHARGE, ), msg=f"Invalid aggregate state for states {states[i]} and {states[j]}", ) self.stop_daemon() def test_map_pending_charge_to_fully_charged(self): """Map pending-charge to fully-charged""" bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Not charging", "charge_full", "10500000", "charge_full_design", "11000000", "capacity", "100", "voltage_now", "12000000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_FULLY_CHARGED ) self.stop_daemon() # and make sure we still return pending-charge below the threshold self.testbed.set_attribute(bat0, "capacity", "89") self.start_daemon() self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_PENDING_CHARGE ) self.stop_daemon() def test_battery_charge(self): """battery which reports charge instead of energy energy_* is in uWh, while charge_* is in uAh. """ self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "charge_full", "10500000", "charge_full_design", "11000000", "charge_now", "7875000", "current_now", "787000", "voltage_now", "12000000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "IsPresent"), True) self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_DISCHARGING ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Percentage"), 75.0) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Energy"), 94.5) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "EnergyFull"), 126.0) self.assertAlmostEqual( self.get_dbus_dev_property(bat0_up, "EnergyFullDesign"), 132.0 ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Voltage"), 12.0) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Temperature"), 0.0) self.stop_daemon() def test_battery_energy_charge_mixed(self): """battery which reports both current charge and energy""" self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "charge_full", "10500000", "charge_full_design", "11000000", "charge_now", "4200000", "energy_now", "9999999", "voltage_now", "12000000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "IsPresent"), True) self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_DISCHARGING ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Energy"), 50.4) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "EnergyFull"), 126.0) self.assertAlmostEqual( self.get_dbus_dev_property(bat0_up, "EnergyFullDesign"), 132.0 ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Voltage"), 12.0) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Percentage"), 40.0) self.stop_daemon() def test_battery_capacity_and_charge(self): """battery which reports capacity and charge_full""" self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "charge_full", "10500000", "charge_full_design", "11000000", "capacity", "40", "voltage_now", "12000000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Percentage"), 40.0) self.assertEqual(self.get_dbus_dev_property(bat0_up, "IsPresent"), True) self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_DISCHARGING ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Energy"), 50.4) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "EnergyFull"), 126.0) self.assertAlmostEqual( self.get_dbus_dev_property(bat0_up, "EnergyFullDesign"), 132.0 ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Voltage"), 12.0) self.assertEqual(self.get_dbus_dev_property(bat0_up, "PowerSupply"), True) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Type"), UP_DEVICE_KIND_BATTERY ) self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() def test_battery_overfull(self): """battery which reports a > 100% percentage for a full battery""" self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Full", "capacity_level", "Normal\n", "current_now", "1000", "charge_now", "11000000", "charge_full", "10000000", "charge_full_design", "11000000", "capacity", "110", "voltage_now", "12000000", ], [], ) self.start_daemon(warns=True) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] # should clamp percentage self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Percentage"), 100.0) self.assertEqual(self.get_dbus_dev_property(bat0_up, "IsPresent"), True) self.assertEqual( self.get_dbus_dev_property(bat0_up, "State"), UP_DEVICE_STATE_FULLY_CHARGED ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Energy"), 132.0) # should adjust EnergyFull to reality, not what the battery claims self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "EnergyFull"), 132.0) self.assertAlmostEqual( self.get_dbus_dev_property(bat0_up, "EnergyFullDesign"), 132.0 ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Voltage"), 12.0) self.assertEqual(self.get_dbus_dev_property(bat0_up, "PowerSupply"), True) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Type"), UP_DEVICE_KIND_BATTERY ) # capacity_level is unused because a 'capacity' attribute is present and used instead self.assertEqual( self.get_dbus_dev_property(bat0_up, "BatteryLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() def test_battery_temperature(self): """battery which reports temperature""" self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "temp", "254", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "1500000", "voltage_now", "12000000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Temperature"), 25.4) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Percentage"), 2.5) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Energy"), 1.5) self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_CRITICAL ) self.stop_daemon() def test_battery_broken_name(self): """Battery with funky kernel name""" self.testbed.add_device( "power_supply", "bq24735@5-0009", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", ], [], ) self.start_daemon() self.assertEqual(self.get_dbus_display_property("IsPresent"), True) self.stop_daemon() def test_battery_charge_limit_multiple_batteries(self): """Battery with charge limits with multiple batteries""" if not self.polkit: self.start_polkitd({}) self.polkit_obj.SetAllowed(["org.freedesktop.UPower.enable-charging-limit"]) self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "0", "charge_control_end_threshold", "100", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT0", "CHARGE_LIMIT", "70,80" ) self.testbed.add_device( "power_supply", "BAT1", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "0", "charge_control_end_threshold", "100", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT1", "CHARGE_LIMIT", "70,80" ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) bat0_up = devs[0] bat1_up = devs[1] for bat in [bat0_up, bat1_up]: self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdSupported"), True ) self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdEnabled"), False ) self.assertEqual( self.get_dbus_dev_property(bat, "ChargeStartThreshold"), 70 ) self.assertEqual(self.get_dbus_dev_property(bat, "ChargeEndThreshold"), 80) self.enable_charge_limits(bat0_up, True) self.enable_charge_limits(bat1_up, True) for bat in [bat0_up, bat1_up]: self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdEnabled"), True ) battery_name = bat.split("_")[-1] with open( f"/sys/class/power_supply/{battery_name}/charge_control_start_threshold" ) as fp: self.assertEqual(fp.read(), "70") with open( f"/sys/class/power_supply/{battery_name}/charge_control_end_threshold" ) as fp: self.assertEqual(fp.read(), "80") def test_battery_charge_limit_multiple_batteries_with_charge_types(self): """Enable the charge limit and the charge_types will be set to Custom if it is present""" if not self.polkit: self.start_polkitd({}) self.polkit_obj.SetAllowed(["org.freedesktop.UPower.enable-charging-limit"]) bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "0", "charge_control_end_threshold", "100", "charge_types", "Fast [Custom]", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT0", "CHARGE_LIMIT", "70,80" ) bat1 = self.testbed.add_device( "power_supply", "BAT1", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "0", "charge_control_end_threshold", "100", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT1", "CHARGE_LIMIT", "70,80" ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) bat0_up = devs[0] bat1_up = devs[1] for bat in [bat0_up, bat1_up]: self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdSupported"), True ) self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdEnabled"), False ) self.assertEqual( self.get_dbus_dev_property(bat, "ChargeStartThreshold"), 70 ) self.assertEqual(self.get_dbus_dev_property(bat, "ChargeEndThreshold"), 80) self.enable_charge_limits(bat0_up, True) self.enable_charge_limits(bat1_up, True) # Battery 0 with a charge_type attribute self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), True ) battery_name = bat0_up.split("_")[-1] with open( f"/sys/class/power_supply/{battery_name}/charge_control_start_threshold" ) as fp: self.assertEqual(fp.read(), "70") with open( f"/sys/class/power_supply/{battery_name}/charge_control_end_threshold" ) as fp: self.assertEqual(fp.read(), "80") with open(f"/sys/class/power_supply/{battery_name}/charge_types") as fp: self.assertEqual(fp.read(), "Custom") # Battery 1 is without a charge_type attribute, and the daemon won't complain self.assertEqual( self.get_dbus_dev_property(bat1_up, "ChargeThresholdEnabled"), True ) battery_name = bat1_up.split("_")[-1] with open( f"/sys/class/power_supply/{battery_name}/charge_control_start_threshold" ) as fp: self.assertEqual(fp.read(), "70") with open( f"/sys/class/power_supply/{battery_name}/charge_control_end_threshold" ) as fp: self.assertEqual(fp.read(), "80") # disable charging limit self.testbed.set_attribute(bat0, "charge_types", "Fast [Custom]") self.enable_charge_limits(bat0_up, False) self.enable_charge_limits(bat1_up, False) # Battery 0 with a charge_type attribute self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), False ) battery_name = bat0_up.split("_")[-1] with open( f"/sys/class/power_supply/{battery_name}/charge_control_start_threshold" ) as fp: self.assertEqual(fp.read(), "0") with open( f"/sys/class/power_supply/{battery_name}/charge_control_end_threshold" ) as fp: self.assertEqual(fp.read(), "100") with open(f"/sys/class/power_supply/{battery_name}/charge_types") as fp: self.assertEqual(fp.read(), "Fast") def test_battery_charge_limit_multiple_batteries_with_charge_types_Cutom_unsupported( self, ): """Enable the charge limit and the charge_types will be set to Custom but "Custom" is not supported""" if not self.polkit: self.start_polkitd({}) self.polkit_obj.SetAllowed(["org.freedesktop.UPower.enable-charging-limit"]) bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "0", "charge_control_end_threshold", "100", "charge_types", "[Fast] Standard", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT0", "CHARGE_LIMIT", "70,80" ) bat1 = self.testbed.add_device( "power_supply", "BAT1", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "0", "charge_control_end_threshold", "100", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT1", "CHARGE_LIMIT", "70,80" ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) bat0_up = devs[0] bat1_up = devs[1] for bat in [bat0_up, bat1_up]: self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdSupported"), True ) self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdEnabled"), False ) self.assertEqual( self.get_dbus_dev_property(bat, "ChargeStartThreshold"), 70 ) self.assertEqual(self.get_dbus_dev_property(bat, "ChargeEndThreshold"), 80) self.enable_charge_limits(bat0_up, True) self.enable_charge_limits(bat1_up, True) # Battery 0 with a charge_type attribute self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), True ) battery_name = bat0_up.split("_")[-1] with open( f"/sys/class/power_supply/{battery_name}/charge_control_start_threshold" ) as fp: self.assertEqual(fp.read(), "70") with open( f"/sys/class/power_supply/{battery_name}/charge_control_end_threshold" ) as fp: self.assertEqual(fp.read(), "80") with open(f"/sys/class/power_supply/{battery_name}/charge_types") as fp: # The attribute is not changed since "Custom" is not supported and the daemon won't complain self.assertEqual(fp.read(), "[Fast] Standard") # Battery 1 is without a charge_type attribute, and the daemon won't complain self.assertEqual( self.get_dbus_dev_property(bat1_up, "ChargeThresholdEnabled"), True ) battery_name = bat1_up.split("_")[-1] with open( f"/sys/class/power_supply/{battery_name}/charge_control_start_threshold" ) as fp: self.assertEqual(fp.read(), "70") with open( f"/sys/class/power_supply/{battery_name}/charge_control_end_threshold" ) as fp: self.assertEqual(fp.read(), "80") def test_battery_charge_limit_multiple_batteries_with_charge_types_longlife_standard( self, ): """ The charge threshold is controlled by 1. charge_control_start_threshold and charge_control_end_threshold. 2. the charge_types attribute with Long_life and Standard. 3. the charge_types attribute with Long_life, Fast and Adaptive. """ if not self.polkit: self.start_polkitd({}) self.polkit_obj.SetAllowed(["org.freedesktop.UPower.enable-charging-limit"]) bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_types", "[Standard] Long_Life", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT0", "CHARGE_LIMIT", "70,80" ) bat1 = self.testbed.add_device( "power_supply", "BAT1", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "0", "charge_control_end_threshold", "100", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT1", "CHARGE_LIMIT", "70,80" ) bat2 = self.testbed.add_device( "power_supply", "BAT2", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_types", "[Standard] Fast Long_Life", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT0", "CHARGE_LIMIT", "70,80" ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 3) bat0_up = devs[0] bat1_up = devs[1] bat2_up = devs[2] for bat in [bat0_up, bat1_up]: self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdSupported"), True ) self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdEnabled"), False ) self.assertEqual( self.get_dbus_dev_property(bat, "ChargeStartThreshold"), 70 ) self.assertEqual(self.get_dbus_dev_property(bat, "ChargeEndThreshold"), 80) # Enable the charging limits self.enable_charge_limits(bat0_up, True) self.enable_charge_limits(bat1_up, True) self.enable_charge_limits(bat2_up, True) # Battery 0 # The charge_types was found and only two charge_types are supported, Long_Life and Standard self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), True ) battery_name = bat0_up.split("_")[-1] with open(f"/sys/class/power_supply/{battery_name}/charge_types") as fp: self.assertEqual(fp.read(), "Long_Life") # Charge_types was not found on Battery 1, and the daemon won't complain # when setting the charge limits. self.assertEqual( self.get_dbus_dev_property(bat1_up, "ChargeThresholdEnabled"), True ) battery_name = bat1_up.split("_")[-1] with open( f"/sys/class/power_supply/{battery_name}/charge_control_start_threshold" ) as fp: self.assertEqual(fp.read(), "70") with open( f"/sys/class/power_supply/{battery_name}/charge_control_end_threshold" ) as fp: self.assertEqual(fp.read(), "80") # Battery 2 # The charge_types was found and charge_types are Long_Life, Fast, and Standard self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), True ) battery_name = bat2_up.split("_")[-1] with open(f"/sys/class/power_supply/{battery_name}/charge_types") as fp: self.assertEqual(fp.read(), "Long_Life") # Disable charging limit self.testbed.set_attribute(bat0, "charge_types", "Fast [Custom]") self.enable_charge_limits(bat0_up, False) self.enable_charge_limits(bat1_up, False) self.enable_charge_limits(bat2_up, False) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), False ) # Battery 0 switches to "Standard" battery_name = bat0_up.split("_")[-1] with open(f"/sys/class/power_supply/{battery_name}/charge_types") as fp: self.assertEqual(fp.read(), "Standard") # Battery 2 switches to "Fast" battery_name = bat2_up.split("_")[-1] with open(f"/sys/class/power_supply/{battery_name}/charge_types") as fp: self.assertEqual(fp.read(), "Fast") def test_battery_charge_limit_multiple_batteries_get_charge_threshold_settings_supported( self, ): """Shows the charge_threshold_settings_supported property""" if not self.polkit: self.start_polkitd({}) self.polkit_obj.SetAllowed(["org.freedesktop.UPower.enable-charging-limit"]) bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_types", "[Standard] Long_Life", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT0", "CHARGE_LIMIT", "70,80" ) bat1 = self.testbed.add_device( "power_supply", "BAT1", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "0", "charge_control_end_threshold", "100", "charge_types", "[Standard] Long_Life Fast Adaptive", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT1", "CHARGE_LIMIT", "70,80" ) bat2 = self.testbed.add_device( "power_supply", "BAT2", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_end_threshold", "0", "charge_types", "[Standard] Long_Life Fast Adaptive", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT2", "CHARGE_LIMIT", "70,80" ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 3) bat0_up = devs[0] bat1_up = devs[1] bat2_up = devs[2] for bat in [bat0_up, bat1_up, bat2_up]: self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdSupported"), True ) self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdEnabled"), False ) self.assertEqual( self.get_dbus_dev_property(bat, "ChargeStartThreshold"), 70 ) self.assertEqual(self.get_dbus_dev_property(bat, "ChargeEndThreshold"), 80) # Battery 0 # Only charge_types is supported, the expected value is 4 self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdSettingsSupported"), 4 ) # Battery 1 # charge_types, charge_control_start_threshold and charge_control_end_threshold are supported, # the expected value is 7 self.assertEqual( self.get_dbus_dev_property(bat1_up, "ChargeThresholdSettingsSupported"), 7 ) # Battery 2 # charge_types and charge_control_end_threshold is supported, # the expected value is 6 self.assertEqual( self.get_dbus_dev_property(bat2_up, "ChargeThresholdSettingsSupported"), 6 ) self.stop_daemon() def test_battery_charge_limit_multiple_batteries_polkit_not_allowed(self): """Battery with charge limits with multiple batteries, but polkit isn't allowed""" if not self.polkit: self.start_polkitd({}) self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "0", "charge_control_end_threshold", "100", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT0", "CHARGE_LIMIT", "70,80" ) self.testbed.add_device( "power_supply", "BAT1", None, [ "type", "Battery", "present", "1", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "0", "charge_control_end_threshold", "100", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT1", "CHARGE_LIMIT", "70,80" ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) bat0_up = devs[0] bat1_up = devs[1] for bat in [bat0_up, bat1_up]: self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdSupported"), True ) self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdEnabled"), False ) self.assertEqual( self.get_dbus_dev_property(bat, "ChargeStartThreshold"), 70 ) self.assertEqual(self.get_dbus_dev_property(bat, "ChargeEndThreshold"), 80) with self.assertRaises(Exception) as cm: self.enable_charge_limits(bat0_up, True) ex = cm.exception self.assertIn("Operation is not allowed", str(ex)) with self.assertRaises(Exception) as cm: self.enable_charge_limits(bat1_up, True) ex = cm.exception self.assertIn("Operation is not allowed", str(ex)) for bat in [bat0_up, bat1_up]: self.assertEqual( self.get_dbus_dev_property(bat, "ChargeThresholdEnabled"), False ) battery_name = bat.split("_")[-1] with open( f"/sys/class/power_supply/{battery_name}/charge_control_start_threshold" ) as fp: self.assertEqual(fp.read(), "0") with open( f"/sys/class/power_supply/{battery_name}/charge_control_end_threshold" ) as fp: self.assertEqual(fp.read(), "100") def test_battery_charge_limit_supported(self): """Battery with charge_control_start/end_threshold supported""" if not self.polkit: self.start_polkitd({}) self.polkit_obj.SetAllowed(["org.freedesktop.UPower.enable-charging-limit"]) self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "model_name", "test", "serial_number", "12", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "0", "charge_control_end_threshold", "100", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT0", "CHARGE_LIMIT", "70,80" ) def start_daemon(charge_threshold_value=None): upower_history_dir_override = tempfile.mkdtemp(prefix="upower-history-") if charge_threshold_value is not None: with open( os.path.join( upower_history_dir_override, "charging-threshold-status" ), "w", ) as fp: fp.write(charge_threshold_value) self.start_daemon(history_dir_override=upower_history_dir_override) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) return devs[0] bat0_up = start_daemon() self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdSupported"), True ) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), False ) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeStartThreshold"), 70 ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "ChargeEndThreshold"), 80) self.enable_charge_limits(bat0_up, True) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), True ) # charge limits enabled? with open("/sys/class/power_supply/BAT0/charge_control_start_threshold") as fp: self.assertEqual(fp.read(), "70") with open("/sys/class/power_supply/BAT0/charge_control_end_threshold") as fp: self.assertEqual(fp.read(), "80") self.enable_charge_limits(bat0_up, False) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), False ) with open("/sys/class/power_supply/BAT0/charge_control_start_threshold") as fp: self.assertEqual(fp.read(), "0") with open("/sys/class/power_supply/BAT0/charge_control_end_threshold") as fp: self.assertEqual(fp.read(), "100") # TODO: Test changing CHARGE_LIMIT # self.testbed.set_property("/sys/class/power_supply/BAT0", 'CHARGE_LIMIT', '20,30') # self.testbed.uevent("/sys/class/power_supply/BAT0", 'change') # devs = self.proxy.EnumerateDevices() # bat0_up = devs[0] # self.assertEqual(self.get_dbus_dev_property(bat0_up, 'ChargeStartThreshold'), 20) # self.assertEqual(self.get_dbus_dev_property(bat0_up, 'ChargeEndThreshold'), 30) self.stop_daemon() # On startup with threshold set self.testbed.set_property( "/sys/class/power_supply/BAT0", "CHARGE_LIMIT", "90,100" ) bat0_up = start_daemon(charge_threshold_value="1") self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdSupported"), True ) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), True ) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeStartThreshold"), 90 ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "ChargeEndThreshold"), 100) with open("/sys/class/power_supply/BAT0/charge_control_start_threshold") as fp: self.assertEqual(fp.read(), "90") with open("/sys/class/power_supply/BAT0/charge_control_end_threshold") as fp: self.assertEqual(fp.read(), "100") def test_battery_charge_limit_supported_polkit_not_allowed(self): """Battery with charge_control_start/end_threshold supported""" if not self.polkit: self.start_polkitd({}) self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "model_name", "test", "serial_number", "12", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "0", "charge_control_end_threshold", "100", ], [], ) self.testbed.set_property( "/sys/class/power_supply/BAT0", "CHARGE_LIMIT", "70,80" ) def start_daemon(charge_threshold_value=None): upower_history_dir_override = tempfile.mkdtemp(prefix="upower-history-") if charge_threshold_value is not None: with open( os.path.join( upower_history_dir_override, "charging-threshold-status" ), "w", ) as fp: fp.write(charge_threshold_value) self.start_daemon(history_dir_override=upower_history_dir_override) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) return devs[0] bat0_up = start_daemon() self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdSupported"), True ) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), False ) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeStartThreshold"), 70 ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "ChargeEndThreshold"), 80) with self.assertRaises(Exception) as cm: self.enable_charge_limits(bat0_up, True) ex = cm.exception self.assertIn("Operation is not allowed", str(ex)) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), False ) # charge limits enabled? with open("/sys/class/power_supply/BAT0/charge_control_start_threshold") as fp: self.assertEqual(fp.read(), "0") with open("/sys/class/power_supply/BAT0/charge_control_end_threshold") as fp: self.assertEqual(fp.read(), "100") with self.assertRaises(Exception) as cm: self.enable_charge_limits(bat0_up, False) ex = cm.exception self.assertIn("Operation is not allowed", str(ex)) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), False ) with open("/sys/class/power_supply/BAT0/charge_control_start_threshold") as fp: self.assertEqual(fp.read(), "0") with open("/sys/class/power_supply/BAT0/charge_control_end_threshold") as fp: self.assertEqual(fp.read(), "100") self.stop_daemon() # On startup with threshold set self.testbed.set_property( "/sys/class/power_supply/BAT0", "CHARGE_LIMIT", "90,100" ) bat0_up = start_daemon(charge_threshold_value="1") self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdSupported"), True ) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), True ) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeStartThreshold"), 90 ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "ChargeEndThreshold"), 100) with open("/sys/class/power_supply/BAT0/charge_control_start_threshold") as fp: self.assertEqual(fp.read(), "90") with open("/sys/class/power_supply/BAT0/charge_control_end_threshold") as fp: self.assertEqual(fp.read(), "100") def test_battery_charge_threshold_unsupported(self): """Battery with only start_threshold supported""" if not self.polkit: self.start_polkitd({}) self.polkit_obj.SetAllowed(["org.freedesktop.UPower.enable-charging-limit"]) self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "model_name", "test", "serial_number", "12", "status", "unknown", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", "charge_control_start_threshold", "80", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdSupported"), False ) self.assertEqual( self.get_dbus_dev_property(bat0_up, "ChargeThresholdEnabled"), False ) with self.assertRaises(Exception) as cm: self.enable_charge_limits(bat0_up, True) ex = cm.exception self.assertIn("setting battery charge thresholds", str(ex)) self.stop_daemon() def test_battery_zero_power_draw(self): """Battery with zero power draw, e.g. in a dual-battery system""" self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Full", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "60000000", "voltage_now", "12000000", "power_now", "0", "current_now", "787000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "EnergyRate"), 0.0) self.stop_daemon() def test_ups_no_ac(self): """UPS properties without AC""" # add a charging UPS ups0 = self.testbed.add_device( "usbmisc", "hiddev0", None, [], [ "DEVNAME", "null", "UPOWER_VENDOR", "APC", "UPOWER_BATTERY_TYPE", "ups", "UPOWER_FAKE_DEVICE", "1", "UPOWER_FAKE_HID_CHARGING", "1", "UPOWER_FAKE_HID_PERCENTAGE", "70", ], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) ups0_up = devs[0] self.assertEqual(self.get_dbus_dev_property(ups0_up, "Vendor"), "APC") self.assertEqual(self.get_dbus_dev_property(ups0_up, "IsPresent"), True) self.assertAlmostEqual(self.get_dbus_dev_property(ups0_up, "Percentage"), 70.0) self.assertEqual( self.get_dbus_dev_property(ups0_up, "State"), UP_DEVICE_STATE_CHARGING ) self.assertEqual(self.get_dbus_dev_property(ups0_up, "PowerSupply"), True) self.assertEqual( self.get_dbus_dev_property(ups0_up, "Type"), UP_DEVICE_KIND_UPS ) self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() # now switch to discharging UPS self.testbed.set_property(ups0, "UPOWER_FAKE_HID_CHARGING", "0") self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) self.assertEqual(devs[0], ups0_up) self.assertEqual(self.get_dbus_dev_property(ups0_up, "IsPresent"), True) self.assertAlmostEqual(self.get_dbus_dev_property(ups0_up, "Percentage"), 70.0) self.assertEqual( self.get_dbus_dev_property(ups0_up, "State"), UP_DEVICE_STATE_DISCHARGING ) self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_DISCHARGING ) self.stop_daemon() # low UPS charge self.testbed.set_property(ups0, "UPOWER_FAKE_HID_PERCENTAGE", "2") self.start_daemon() self.assertAlmostEqual(self.get_dbus_dev_property(ups0_up, "Percentage"), 2.0) self.assertEqual( self.get_dbus_dev_property(ups0_up, "State"), UP_DEVICE_STATE_DISCHARGING ) self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_ACTION ) self.stop_daemon() def test_ups_offline_ac(self): """UPS properties with offline AC""" # add low charge UPS ups0 = self.testbed.add_device( "usbmisc", "hiddev0", None, [], [ "DEVNAME", "null", "UPOWER_VENDOR", "APC", "UPOWER_BATTERY_TYPE", "ups", "UPOWER_FAKE_DEVICE", "1", "UPOWER_FAKE_HID_CHARGING", "0", "UPOWER_FAKE_HID_PERCENTAGE", "2", ], ) # add an offline AC, should still be on battery ac = self.testbed.add_device( "power_supply", "AC", None, ["type", "Mains", "online", "0"], [] ) self.start_daemon() devs = self.proxy.EnumerateDevices() if "AC" in devs[0]: ups0_up = devs[1] else: ups0_up = devs[0] self.assertEqual(len(devs), 2) self.assertAlmostEqual(self.get_dbus_dev_property(ups0_up, "Percentage"), 2.0) self.assertEqual( self.get_dbus_dev_property(ups0_up, "State"), UP_DEVICE_STATE_DISCHARGING ) self.assertEqual(self.get_dbus_property("OnBattery"), True) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_ACTION ) self.stop_daemon() # now plug in the AC, should switch to OnBattery=False self.testbed.set_attribute(ac, "online", "1") self.start_daemon() self.assertEqual(self.get_dbus_property("OnBattery"), False) # FIXME this is completely wrong # The AC status doesn't change anything, the AC is what powers the UPS # and the UPS powers the desktop # # A plugged in UPS is always the one supplying the computer self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_ACTION ) self.stop_daemon() def test_refresh_after_sleep(self): """sleep/wake cycle to check we properly refresh the batteries""" bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", ], [], ) self.start_daemon() self.logind_obj.EmitSignal("", "PrepareForSleep", "b", [True]) self.daemon_log.check_line("Polling will be paused", timeout=1) # simulate some battery drain during sleep for which we then # can check after we 'woke up' self.testbed.set_attribute(bat0, "energy_now", "40000000") self.logind_obj.EmitSignal("", "PrepareForSleep", "b", [False]) self.daemon_log.check_line("Polling will be resumed", timeout=1) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Energy"), 40.0) self.stop_daemon() @unittest.skipIf( parse_version(dbusmock.__version__) <= parse_version("0.23.1"), "Not supported in dbusmock version", ) def test_prevent_sleep_until_critical_action_is_executed(self): """check that critical action is executed when trying to suspend""" bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "50000000", "voltage_now", "12000000", ], [], ) config = tempfile.NamedTemporaryFile(delete=False, mode="w") config.write("[UPower]\n") config.write("UsePercentageForPolicy=true\n") config.write("PercentageAction=5.0\n") config.write("CriticalPowerAction=Hibernate\n") config.close() self.start_daemon(cfgfile=config.name) # delay inhibitor taken self.assertEqual(len(self.logind_obj.ListInhibitors()), 1) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] # simulate that battery has 1% (less than PercentageAction) self.testbed.set_attribute(bat0, "energy_now", "600000") self.testbed.uevent(bat0, "change") # critical action is scheduled, a block inhibitor lock is taken besides a delay inhibitor lock time.sleep(0.5) self.assertEventually( lambda: self.get_dbus_display_property("WarningLevel"), value=UP_DEVICE_LEVEL_ACTION, ) self.assertEqual(len(self.logind_obj.ListInhibitors()), 2) self.daemon_log.check_line( "About to call logind method Hibernate", timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) # block inhibitor lock is released self.assertEqual(len(self.logind_obj.ListInhibitors()), 1) def test_critical_action_is_taken_repeatedly(self): """check that critical action works repeatedly (eg. after resume)""" bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "50000000", "voltage_now", "12000000", ], [], ) config = tempfile.NamedTemporaryFile(delete=False, mode="w") config.write("[UPower]\n") config.write("UsePercentageForPolicy=true\n") config.write("PercentageAction=5.0\n") config.write("CriticalPowerAction=Hibernate\n") config.close() self.start_daemon(cfgfile=config.name) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] # simulate that battery has 1% (less than PercentageAction) self.testbed.set_attribute(bat0, "energy_now", "600000") self.testbed.uevent(bat0, "change") time.sleep(0.5) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_ACTION ) self.daemon_log.check_line( "About to call logind method Hibernate", timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) # simulate that battery was charged to 100% during sleep self.testbed.set_attribute(bat0, "energy_now", "60000000") self.testbed.uevent(bat0, "change") time.sleep(0.5) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) # simulate that battery was drained to 1% again self.testbed.set_attribute(bat0, "energy_now", "600000") self.testbed.uevent(bat0, "change") time.sleep(0.5) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_ACTION ) self.daemon_log.check_line( "About to call logind method Hibernate", timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) self.stop_daemon() os.unlink(config.name) def test_critical_action_is_suspend_and_AllowRiskyCriticalPowerAction_is_true(self): """check that critical action is suspend""" bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "50000000", "voltage_now", "12000000", ], [], ) config = tempfile.NamedTemporaryFile(delete=False, mode="w") config.write("[UPower]\n") config.write("UsePercentageForPolicy=true\n") config.write("PercentageAction=5\n") config.write("AllowRiskyCriticalPowerAction=true\n") config.write("CriticalPowerAction=Suspend\n") config.close() self.start_daemon(cfgfile=config.name, warns=True) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] # check warning message when CriticalPowerAction=Suspend and AllowRiskyCriticalPowerAction=true self.daemon_log.check_line( 'The "Suspend" CriticalPowerAction setting is considered risky:' " abrupt power loss due to battery exhaustion may lead to data" " corruption. Use AllowRiskyCriticalPowerAction=false to disable" " support for risky settings.", timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) # simulate that battery has 1% (less than PercentageAction) self.testbed.set_attribute(bat0, "energy_now", "600000") self.testbed.uevent(bat0, "change") time.sleep(0.5) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_ACTION ) self.daemon_log.check_line( "About to call logind method Suspend", timeout=UP_DAEMON_ACTION_DELAY + 0.5 ) self.stop_daemon() os.unlink(config.name) def test_critical_action_is_suspend_and_AllowRiskyCriticalPowerAction_is_false( self, ): """check that critical action is suspend""" bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "50000000", "voltage_now", "12000000", ], [], ) config = tempfile.NamedTemporaryFile(delete=False, mode="w") config.write("[UPower]\n") config.write("UsePercentageForPolicy=true\n") config.write("PercentageAction=5\n") config.write("AllowRiskyCriticalPowerAction=false\n") config.write("CriticalPowerAction=Suspend\n") config.close() self.start_daemon(cfgfile=config.name, warns=True) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] # check warning message when CriticalPowerAction=Suspend and AllowRiskyCriticalPowerAction=false self.daemon_log.check_line( 'The "Suspend" CriticalPowerAction setting is considered risky:' " abrupt power loss due to battery exhaustion may lead to data" ' corruption. The system will perform "HybridSleep" instead.' " Use AllowRiskyCriticalPowerAction=true to enable support for" " risky settings.", timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) # simulate that battery has 1% (less than PercentageAction) self.testbed.set_attribute(bat0, "energy_now", "600000") self.testbed.uevent(bat0, "change") time.sleep(0.5) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_ACTION ) self.daemon_log.check_line( "About to call logind method HybridSleep", timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) self.stop_daemon() os.unlink(config.name) def test_critical_action_is_ignore_and_AllowRiskyCriticalPowerAction_is_true(self): """check that critical action is ignore""" bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "50000000", "voltage_now", "12000000", ], [], ) config = tempfile.NamedTemporaryFile(delete=False, mode="w") config.write("[UPower]\n") config.write("UsePercentageForPolicy=true\n") config.write("PercentageAction=5\n") config.write("AllowRiskyCriticalPowerAction=true\n") config.write("CriticalPowerAction=Ignore\n") config.close() self.start_daemon(cfgfile=config.name, warns=True) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] # check warning message when CriticalPowerAction=Ignore and AllowRiskyCriticalPowerAction=true self.daemon_log.check_line( 'The "Ignore" CriticalPowerAction setting is considered risky:' " abrupt power loss due to battery exhaustion may lead to data" " corruption. Use AllowRiskyCriticalPowerAction=false to disable" " support for risky settings.", timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) # simulate that battery has 1% (less than PercentageAction) self.testbed.set_attribute(bat0, "energy_now", "600000") self.testbed.uevent(bat0, "change") time.sleep(0.5) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_ACTION ) self.daemon_log.check_line( "About to call logind method Ignore", timeout=UP_DAEMON_ACTION_DELAY + 0.5 ) self.stop_daemon() os.unlink(config.name) def test_critical_action_is_ignore_and_AllowRiskyCriticalPowerAction_is_false(self): """check that critical action is ignore""" bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "50000000", "voltage_now", "12000000", ], [], ) config = tempfile.NamedTemporaryFile(delete=False, mode="w") config.write("[UPower]\n") config.write("UsePercentageForPolicy=true\n") config.write("PercentageAction=5\n") config.write("AllowRiskyCriticalPowerAction=false\n") config.write("CriticalPowerAction=Ignore\n") config.close() self.start_daemon(cfgfile=config.name, warns=True) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] # check warning message when CriticalPowerAction=Ignore and AllowRiskyCriticalPowerAction=true self.daemon_log.check_line( 'The "Ignore" CriticalPowerAction setting is considered risky:' " abrupt power loss due to battery exhaustion may lead to data" ' corruption. The system will perform "HybridSleep" instead.' " Use AllowRiskyCriticalPowerAction=true to enable support for" " risky settings.", timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) # simulate that battery has 1% (less than PercentageAction) self.testbed.set_attribute(bat0, "energy_now", "600000") self.testbed.uevent(bat0, "change") time.sleep(0.5) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_ACTION ) self.daemon_log.check_line( "About to call logind method HybridSleep", timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) self.stop_daemon() os.unlink(config.name) def test_critical_action_is_ignored_when_performing_battery_recalibration(self): """check that critical action is ignored when performing battery recalibration""" ac0 = self.testbed.add_device( "power_supply", "AC0", None, ["type", "Mains", "online", "1"], [], ) bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "50000000", "voltage_now", "12000000", "charge_behaviour", "[auto] inhibit-charge force-discharge", ], [], ) config = tempfile.NamedTemporaryFile(delete=False, mode="w") config.write("[UPower]\n") config.write("UsePercentageForPolicy=true\n") config.write("PercentageAction=5\n") config.write("AllowRiskyCriticalPowerAction=true\n") config.write("ExpectBatteryRecalibration=true\n") config.close() self.start_daemon(cfgfile=config.name, warns=True) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) bat0_up = devs[1] # check warning message when CriticalPowerAction=Suspend and AllowRiskyCriticalPowerAction=true self.daemon_log.check_line( 'The "ExpectBatteryRecalibration" setting is considered risky:' " abrupt power loss due to battery exhaustion may lead to data" " corruption. The system will unexpected down when the AC is disconnected." " Use AllowRiskyCriticalPowerAction=false to disable support for" " risky settings.", timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) # simulate that battery has 0% self.testbed.set_attribute( bat0, "charge_behaviour", "auto inhibit-charge [force-discharge]" ) self.testbed.set_attribute(bat0, "energy_now", "0") self.testbed.uevent(bat0, "change") time.sleep(0.5) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.daemon_log.check_line( "ExpectBatteryRecalibration is enabled and the AC is connected, so the battery level is not critical", timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) self.testbed.set_attribute(bat0, "status", "Not charging") self.testbed.uevent(bat0, "change") self.daemon_log.check_line( "ExpectBatteryRecalibration is enabled and the AC is connected, so the battery level is not critical", timeout=UP_DAEMON_ACTION_DELAY + 1.0, ) self.testbed.set_attribute( bat0, "charge_behaviour", "[auto] inhibit-charge force-discharge" ) self.testbed.set_attribute(bat0, "energy_now", "800000") self.testbed.set_attribute(bat0, "status", "Charging") self.testbed.uevent(bat0, "change") time.sleep(0.5) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() os.unlink(config.name) def test_low_battery_changes_history_save_interval(self): """check that we save the history more quickly on low battery""" bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "50000000", "voltage_now", "12000000", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] self.daemon_log.check_line( f"saving in {UP_HISTORY_SAVE_INTERVAL} seconds", timeout=1 ) # simulate that battery has 1% (less than 10%) self.testbed.set_attribute(bat0, "energy_now", "600000") self.testbed.uevent(bat0, "change") time.sleep(0.5) self.assertAlmostEqual(self.get_dbus_display_property("Percentage"), 1.0) self.daemon_log.check_line("saving to disk earlier due to low power") self.daemon_log.check_line( f"saving in {UP_HISTORY_SAVE_INTERVAL_LOW_POWER} seconds" ) # simulate that battery was charged to 100% during sleep self.testbed.set_attribute(bat0, "energy_now", "60000000") self.testbed.uevent(bat0, "change") time.sleep(0.5) self.assertAlmostEqual(self.get_dbus_display_property("Percentage"), 100.0) # The 5 seconds were not up yet, and the shorter timeout sticks self.daemon_log.check_line("deferring as earlier timeout is already queued") self.stop_daemon() def test_battery_id_change(self): """check that we save/load the history correctly when the ID changes""" bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "manufacturer", "FDO", "model_name", "Fake Battery", "serial_number", "001", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "50000000", "voltage_now", "12000000", ], [], ) self.start_daemon() self.daemon_log.check_line("using id: Fake_Battery-80-001", timeout=1) # Change the serial of the battery self.testbed.set_attribute(bat0, "energy_full_design", "90000000") self.testbed.set_attribute(bat0, "serial_number", "002") self.testbed.uevent(bat0, "change") # This saves the old history, and then opens a new one self.daemon_log.check_line_re( "saved .*/history-time-empty-Fake_Battery-80-001.dat", timeout=1 ) self.daemon_log.check_line("using id: Fake_Battery-90-002", timeout=1) # Only happens once self.daemon_log.check_no_line("using id:", wait=1.0) # Remove the battery self.testbed.set_attribute(bat0, "present", "0") self.testbed.uevent(bat0, "change") # This saves the old history, and does *not* open a new one self.daemon_log.check_line_re( "saved .*/history-time-empty-Fake_Battery-90-002.dat", timeout=1 ) self.daemon_log.check_no_line("using id:", wait=1.0) self.stop_daemon() def test_percentage_low_icon_set(self): """Without battery level, PercentageLow is limit for icon change""" bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "100000000", "energy_full_design", "100000000", "energy_now", "15000000", "capacity", "15", "voltage_now", "12000000", ], [], ) config = tempfile.NamedTemporaryFile(delete=False, mode="w") # Low, Critical and Action are all needed to avoid fallback to defaults config.write("[UPower]\n") config.write("PercentageLow=20.0\n") config.write("PercentageCritical=3.0\n") config.write("PercentageAction=2.0\n") config.close() self.start_daemon(cfgfile=config.name) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] # capacity_level is unused because a 'capacity' attribute is present and used instead self.assertEqual( self.get_dbus_dev_property(bat0_up, "BatteryLevel"), UP_DEVICE_LEVEL_NONE ) self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Percentage"), 15.0) # Battery below 20% from config, should set 'caution' icon even if over default (10%) self.assertEqual( self.get_dbus_dev_property(bat0_up, "IconName"), "battery-caution-symbolic" ) self.stop_daemon() os.unlink(config.name) def test_vendor_strings(self): """manufacturer/model_name/serial_number with valid and invalid strings""" bat0 = self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "1500000", "voltage_now", "12000000", # valid ASCII string "serial_number", "123ABC", # valid UTF-8 string "manufacturer", "⍾ Batt Inc. ☢", ], [], ) # string with invalid chars self.testbed.set_attribute_binary(bat0, "model_name", b"AB\xFFC12\x013") self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertEqual(self.get_dbus_dev_property(bat0_up, "Serial"), "123ABC") self.assertEqual(self.get_dbus_dev_property(bat0_up, "Vendor"), "⍾ Batt Inc. ☢") self.assertEqual(self.get_dbus_dev_property(bat0_up, "Model"), "ABC123") self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Energy"), 1.5) self.stop_daemon() def _add_bt_mouse(self): """Add a bluetooth mouse to testbed""" self.testbed.add_device( "bluetooth", "usb1/bluetooth/hci0/hci0:01", None, [], [] ) self.testbed.add_device( "input", "usb1/bluetooth/hci0/hci0:01/input2/mouse3", None, ["uniq", "11:22:33:44:aa:bb"], ["DEVNAME", "input/mouse3", "ID_INPUT_MOUSE", "1"], ) mousebat0 = self.testbed.add_device( "power_supply", "usb1/bluetooth/hci0/hci0:01/1/power_supply/hid-11:22:33:44:aa:bb-battery", None, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity", "30", "model_name", "Fancy BT mouse", ], [], ) return mousebat0 def test_absent_device_battery(self): """absent battery""" self.testbed.add_device( "bluetooth", "usb1/bluetooth/hci0/hci0:01", None, [], [] ) self.testbed.add_device( "input", "usb1/bluetooth/hci0/hci0:01/input2/mouse3", None, ["uniq", "11:22:33:44:aa:bb"], ["DEVNAME", "input/mouse3", "ID_INPUT_MOUSE", "1"], ) mousebat0 = self.testbed.add_device( "power_supply", "usb1/bluetooth/hci0/hci0:01/1/power_supply/hid-11:22:33:44:aa:bb-battery", None, [ "type", "Battery", "scope", "Device", "online", "1", "present", "0", "status", "Discharging", "capacity", "0", "model_name", "Fancy BT mouse", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) mousebat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Model"), "Fancy BT mouse" ) self.assertEqual(self.get_dbus_dev_property(mousebat0_up, "IsPresent"), False) self.testbed.set_attribute(mousebat0, "capacity", "100") self.testbed.set_attribute(mousebat0, "present", "1") self.testbed.uevent(mousebat0, "change") self.assertEventually( lambda: self.get_dbus_dev_property(mousebat0_up, "IsPresent"), value=True ) self.assertEqual(self.get_dbus_dev_property(mousebat0_up, "IsPresent"), True) self.testbed.set_attribute(mousebat0, "capacity", "0") self.testbed.set_attribute(mousebat0, "present", "0") self.testbed.uevent(mousebat0, "change") self.assertEventually( lambda: self.get_dbus_dev_property(mousebat0_up, "IsPresent"), value=False ) self.assertEqual(self.get_dbus_dev_property(mousebat0_up, "IsPresent"), False) def test_bluetooth_mouse(self): """bluetooth mouse battery""" self._add_bt_mouse() self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) mousebat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Model"), "Fancy BT mouse" ) self.assertAlmostEqual( self.get_dbus_dev_property(mousebat0_up, "Percentage"), 30.0 ) self.assertEqual(self.get_dbus_dev_property(mousebat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Type"), UP_DEVICE_KIND_MOUSE ) self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() def test_dup_bluetooth_mouse(self): """BT mouse that also supports HID++""" # power_supply interface self._add_bt_mouse() # BlueZ BATT service alias = "Arc Touch Mouse SE" battery_level = 99 device_properties = {"Appearance": dbus.UInt16(0x03C2, variant_level=1)} devs = self._add_bluez_battery_device(alias, device_properties, battery_level) self.assertEqual(len(devs), 1) def test_dup_logitech_unifying_usb(self): "De-duplicate Logitech HID++ USB/Unifying mice" self.testbed.add_from_file(os.path.join(edir, "tests/logitech-g903.device")) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) self.stop_daemon() def test_bluetooth_mouse_reconnect(self): """bluetooth mouse powerdown/reconnect""" mb = self._add_bt_mouse() self.start_daemon(warns=True) devs_before = self.proxy.EnumerateDevices() self.assertEqual(len(devs_before), 1) self.testbed.uevent(mb, "remove") time.sleep(1) self.assertEqual(self.proxy.EnumerateDevices(), []) self.testbed.uevent(mb, "add") time.sleep(0.5) devs_after = self.proxy.EnumerateDevices() self.assertEqual(devs_before, devs_after) # second add, which should be treated as change self.testbed.uevent(mb, "add") time.sleep(0.5) devs_after = self.proxy.EnumerateDevices() self.assertEqual(devs_before, devs_after) # with BT devices, original devices don't get removed on powerdown, but # on wakeup we'll get a new one which ought to replace the previous; # emulate that kernel bug os.unlink( os.path.join( self.testbed.get_sys_dir(), "class", "power_supply", "hid-11:22:33:44:aa:bb-battery", ) ) mb1 = self.testbed.add_device( "power_supply", "usb1/bluetooth/hci0/hci0:01/2/power_supply/hid-11:22:33:44:aa:bb-battery", None, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity", "20", "model_name", "Fancy BT mouse", ], [], ) self.testbed.uevent(mb1, "add") time.sleep(0.5) devs_after = self.proxy.EnumerateDevices() self.assertEqual(devs_before, devs_after) mb1_up = devs_after[0] self.assertEqual(self.get_dbus_dev_property(mb1_up, "Model"), "Fancy BT mouse") self.assertAlmostEqual(self.get_dbus_dev_property(mb1_up, "Percentage"), 20.0) self.assertEqual(self.get_dbus_dev_property(mb1_up, "PowerSupply"), False) self.stop_daemon() def test_hidpp_mouse(self): """HID++ mouse battery""" parent = self.testbed.add_device( "usb", "/devices/pci0000:00/0000:00:14.0/usb3/3-10/3-10:1.2", None, [], [] ) parent = self.testbed.add_device( "hid", "/devices/pci0000:00/0000:00:14.0/usb3/3-10/3-10:1.2/0003:046D:C52B.0009", parent, [], [], ) dev = self.testbed.add_device( "hid", "/devices/pci0000:00/0000:00:14.0/usb3/3-10/3-10:1.2/0003:046D:C52B.0009/0003:046D:4101.000A", parent, [], [], ) parent = dev self.testbed.add_device( "input", "/devices/pci0000:00/0000:00:14.0/usb3/3-10/3-10:1.2/0003:046D:C52B.0009/0003:046D:4101.000A/input/input22", parent, [], ["DEVNAME", "input/mouse3", "ID_INPUT_MOUSE", "1"], ) self.testbed.add_device( "power_supply", "/devices/pci0000:00/0000:00:14.0/usb3/3-10/3-10:1.2/0003:046D:C52B.0009/0003:046D:4101.000A/power_supply/hidpp_battery_3", parent, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity", "30", "serial_number", "123456", "model_name", "Fancy Logitech mouse", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) mousebat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Model"), "Fancy Logitech mouse" ) self.assertAlmostEqual( self.get_dbus_dev_property(mousebat0_up, "Percentage"), 30.0 ) self.assertEqual(self.get_dbus_dev_property(mousebat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Type"), UP_DEVICE_KIND_MOUSE ) self.assertEqual(self.get_dbus_dev_property(mousebat0_up, "Serial"), "123456") self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() def test_hidpp_two_mouses_unifying_receiver(self): """Upower shows wrong model name when a unifying receiver connects two mouses #309""" usb_parent = self.testbed.add_device( "usb", "/pci0000:00/0000:00:07.2/0000:50:00.0/0000:51:02.0/0000:52:00.0/usb5/5-2/5-2.3/5-2.3.1/5-2.3.1:1.2/", None, [], [], ) receiver_parent = self.testbed.add_device( "hid", "/0003:046D:C52B.000F", usb_parent, [], [], ) mouse1_dev = self.testbed.add_device( "hid", "/0003:046D:101B.0018", receiver_parent, [], [], ) self.testbed.add_device( "usbmisc", "/usbmisc/hiddev1", usb_parent, [], [], ) self.testbed.add_device( "input", "/input/input43", mouse1_dev, ["name", "Fancy Logitech mouse"], [ "DEVNAME", "input/mouse3", "ID_INPUT_MOUSE", "1", "NAME", "Fancy Logitech mouse", ], ) self.testbed.add_device( "power_supply", "/power_supply/hidpp_battery_1", mouse1_dev, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity", "30", "serial_number", "123456", "model_name", "Fancy Logitech mouse", ], [], ) mouse2_dev = self.testbed.add_device( "hid", "0003:046D:406A.0010", receiver_parent, [], [], ) self.testbed.add_device( "input", "/input/input39", mouse2_dev, ["name", "Super Logitech mouse M666"], [ "DEVNAME", "input/mouse4", "ID_INPUT_MOUSE", "1", "NAME", "Super Logitech mouse M666", ], ) self.testbed.add_device( "power_supply", "/power_supply/hidpp_battery_0", mouse2_dev, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity", "30", "serial_number", "7654321", "model_name", "Super Logitech mouse M666", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 2) mousebat0 = devs[0] mousebat1 = devs[1] self.assertEqual( self.get_dbus_dev_property(mousebat0, "Model"), "Fancy Logitech mouse" ) self.assertEqual( self.get_dbus_dev_property(mousebat1, "Model"), "Super Logitech mouse M666" ) self.stop_daemon() def test_usb_joypad(self): """DualShock 4 joypad connected via USB""" dev = self.testbed.add_device( "usb", "/devices/pci0000:00/0000:00:14.0/usb3/3-9", None, [], [] ) parent = dev self.testbed.add_device( "input", "/devices/pci0000:00/0000:00:14.0/usb3/3-9/3-9:1.3/0003:054C:09CC.0007/input/input51", parent, [ "name", "Sony Interactive Entertainment Wireless Controller", "uniq", "ff:ff:ff:ff:ff:ff", ], ["ID_INPUT", "1", "ID_INPUT_JOYSTICK", "1"], ) dev = self.testbed.add_device( "power_supply", "/devices/pci0000:00/0000:00:14.0/usb3/3-9/3-9:1.3/0003:054C:09CC.0007/power_supply/sony_controller_battery_ff:ff:ff:ff:ff:ff", parent, [ "type", "Battery", "scope", "Device", "present", "1", "status", "Charging", "capacity", "20", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) joypadbat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(joypadbat0_up, "Model"), "Sony Interactive Entertainment Wireless Controller", ) self.assertEqual( self.get_dbus_dev_property(joypadbat0_up, "Serial"), "ff:ff:ff:ff:ff:ff" ) self.assertEqual( self.get_dbus_dev_property(joypadbat0_up, "PowerSupply"), False ) self.assertEqual( self.get_dbus_dev_property(joypadbat0_up, "Type"), UP_DEVICE_KIND_GAMING_INPUT, ) self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) def test_dualshock_joypad_with_headphone_jack(self): """DualShock 4 joypad with a headphone jack connected via USB""" dev = self.testbed.add_device( "usb", "/devices/pci0000:00/0000:00:14.0/usb1/1-2", None, [], [] ) parent = dev self.testbed.add_device( "input", "/devices/pci0000:00/0000:00:14.0/usb1/1-2/1-2:1.3/0003:054C:0CE6.000E/input/input80", parent, [ "name", "Sony Interactive Entertainment Wireless Controller", "uniq", "ff:ff:ff:ff:ff:ff", ], ["ID_INPUT", "1", "ID_INPUT_JOYSTICK", "1"], ) self.testbed.add_device( "input", "/devices/pci0000:00/0000:00:14.0/usb1/1-2/1-2:1.3/0003:054C:0CE6.000E/input/input79", parent, [ "name", "Sony Interactive Entertainment DualSense Wireless Controller Motion Sensors", "uniq", "ff:ff:ff:ff:ff:ff", ], ["ID_INPUT", "1", "ID_INPUT_ACCELEROMETER", "1"], ) self.testbed.add_device( "sound", "/devices/pci0000:00/0000:00:14.0/usb1/1-2/1-2:1.0/sound/card2", parent, [], [], ) dev = self.testbed.add_device( "power_supply", "/devices/pci0000:00/0000:00:14.0/usb1/1-2/1-2:1.3/0003:054C:0CE6.000E/power_supply/sony_controller_battery_ff:ff:ff:ff:ff:ff", parent, [ "type", "Battery", "scope", "Device", "present", "1", "status", "Charging", "capacity", "20", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) joypadbat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(joypadbat0_up, "Model"), "Sony Interactive Entertainment Wireless Controller", ) self.assertEqual( self.get_dbus_dev_property(joypadbat0_up, "Serial"), "ff:ff:ff:ff:ff:ff" ) self.assertEqual( self.get_dbus_dev_property(joypadbat0_up, "PowerSupply"), False ) self.assertEqual( self.get_dbus_dev_property(joypadbat0_up, "Type"), UP_DEVICE_KIND_GAMING_INPUT, ) self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) def test_hidpp_touchpad_race(self): """HID++ touchpad with input node that appears later""" parent = self.testbed.add_device( "usb", "/devices/pci0000:00/0000:00:14.0/usb3/3-10/3-10:1.2", None, [], [] ) parent = self.testbed.add_device("hid", "0003:046D:C52B.0009", parent, [], []) dev = self.testbed.add_device("hid", "0003:046D:4101.000A", parent, [], []) parent = dev batt_dev = self.testbed.add_device( "power_supply", "power_supply/hidpp_battery_3", parent, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity_level", "Full\n", "serial_number", "123456", "model_name", "Logitech T650", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) mousebat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Model"), "Logitech T650" ) self.assertEqual(self.get_dbus_dev_property(mousebat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Type"), UP_DEVICE_KIND_BATTERY ) self.assertEqual(self.get_dbus_dev_property(mousebat0_up, "Serial"), "123456") self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) # Now test all the levels self.assertAlmostEqual( self.get_dbus_dev_property(mousebat0_up, "Percentage"), 100.0 ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "BatteryLevel"), UP_DEVICE_LEVEL_FULL, ) self.testbed.add_device( "input", "input/input22", parent, [], [ "DEVNAME", "input/mouse3", "ID_INPUT_TOUCHPAD", "1", "ID_INPUT_MOUSE", "1", ], ) self.testbed.uevent(batt_dev, "change") time.sleep(0.5) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Type"), UP_DEVICE_KIND_TOUCHPAD ) def test_hidpp_touchpad(self): """HID++ touchpad battery with 5 capacity levels""" parent = self.testbed.add_device( "usb", "/devices/pci0000:00/0000:00:14.0/usb3/3-10/3-10:1.2", None, [], [] ) parent = self.testbed.add_device("hid", "0003:046D:C52B.0009", parent, [], []) dev = self.testbed.add_device("hid", "0003:046D:4101.000A", parent, [], []) parent = dev self.testbed.add_device( "input", "input/input22", parent, [], [ "DEVNAME", "input/mouse3", "ID_INPUT_TOUCHPAD", "1", "ID_INPUT_MOUSE", "1", ], ) dev = self.testbed.add_device( "power_supply", "power_supply/hidpp_battery_3", parent, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity_level", "Full\n", "serial_number", "123456", "model_name", "Logitech T650", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) mousebat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Model"), "Logitech T650" ) self.assertEqual(self.get_dbus_dev_property(mousebat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Type"), UP_DEVICE_KIND_TOUCHPAD ) self.assertEqual(self.get_dbus_dev_property(mousebat0_up, "Serial"), "123456") self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) # Now test all the levels self.assertAlmostEqual( self.get_dbus_dev_property(mousebat0_up, "Percentage"), 100.0 ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "BatteryLevel"), UP_DEVICE_LEVEL_FULL, ) self.testbed.set_attribute(dev, "capacity_level", "Critical\n") self.testbed.uevent(dev, "change") time.sleep(0.5) self.assertAlmostEqual( self.get_dbus_dev_property(mousebat0_up, "Percentage"), 5.0 ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "BatteryLevel"), UP_DEVICE_LEVEL_CRITICAL, ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "WarningLevel"), UP_DEVICE_LEVEL_CRITICAL, ) self.testbed.set_attribute(dev, "capacity_level", "Low\n") self.testbed.uevent(dev, "change") time.sleep(0.5) self.assertAlmostEqual( self.get_dbus_dev_property(mousebat0_up, "Percentage"), 10.0 ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "BatteryLevel"), UP_DEVICE_LEVEL_LOW, ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "WarningLevel"), UP_DEVICE_LEVEL_LOW, ) self.testbed.set_attribute(dev, "capacity_level", "High\n") self.testbed.uevent(dev, "change") time.sleep(0.5) self.assertAlmostEqual( self.get_dbus_dev_property(mousebat0_up, "Percentage"), 70.0 ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "BatteryLevel"), UP_DEVICE_LEVEL_HIGH, ) self.testbed.set_attribute(dev, "capacity_level", "Normal\n") self.testbed.uevent(dev, "change") time.sleep(0.5) self.assertAlmostEqual( self.get_dbus_dev_property(mousebat0_up, "Percentage"), 55.0 ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "BatteryLevel"), UP_DEVICE_LEVEL_NORMAL, ) self.testbed.set_attribute(dev, "capacity_level", "Unknown\n") self.testbed.set_attribute(dev, "status", "Charging\n") self.testbed.uevent(dev, "change") time.sleep(0.5) self.assertAlmostEqual( self.get_dbus_dev_property(mousebat0_up, "Percentage"), 50.0 ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "BatteryLevel"), UP_DEVICE_LEVEL_UNKNOWN, ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "State"), UP_DEVICE_STATE_CHARGING ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "IconName"), "battery-good-charging-symbolic", ) self.testbed.set_attribute(dev, "capacity_level", "Full\n") self.testbed.set_attribute(dev, "status", "Full\n") self.testbed.uevent(dev, "change") time.sleep(0.5) self.assertAlmostEqual( self.get_dbus_dev_property(mousebat0_up, "Percentage"), 100.0 ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "BatteryLevel"), UP_DEVICE_LEVEL_FULL, ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "State"), UP_DEVICE_STATE_FULLY_CHARGED, ) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "IconName"), "battery-full-charged-symbolic", ) self.stop_daemon() def test_bluetooth_hid_mouse(self): """bluetooth HID mouse battery""" dev = self.testbed.add_device( "bluetooth", "/devices/pci0000:00/0000:00:14.0/usb2/2-7/2-7:1.0/bluetooth/hci0", None, [], [], ) parent = dev dev = self.testbed.add_device( "bluetooth", "hci0:256", parent, [], ["DEVTYPE", "link"] ) parent = dev dev = self.testbed.add_device( "hid", "0005:046D:B00D.0002", parent, [], ["HID_NAME", "Fancy BT Mouse"] ) parent = dev self.testbed.add_device( "power_supply", "power_supply/hid-00:1f:20:96:33:47-battery", parent, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity", "30", "model_name", "Fancy BT mouse", ], [], ) dev = self.testbed.add_device( "input", "input/input22", parent, [], ["ID_INPUT_MOUSE", "1"] ) parent = dev self.testbed.add_device("input", "mouse1", parent, [], ["ID_INPUT_MOUSE", "1"]) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) mousebat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Model"), "Fancy BT mouse" ) self.assertAlmostEqual( self.get_dbus_dev_property(mousebat0_up, "Percentage"), 30.0 ) self.assertEqual(self.get_dbus_dev_property(mousebat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Type"), UP_DEVICE_KIND_MOUSE ) self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() def test_virtual_unparented_device(self): """Unparented virtual input device""" dev = self.testbed.add_device("input", "virtual/input/input18", None, [], []) acpi = self.testbed.add_device("acpi", "PNP0C0A:00", None, [], []) bat0 = self.testbed.add_device( "power_supply", "BAT0", acpi, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", ], [], ) # Generated a critical in older versions of upower self.start_daemon() devs = self.proxy.EnumerateDevices() self.stop_daemon() def test_bluetooth_hid_mouse_no_legacy_subdevice(self): """bluetooth HID mouse battery""" dev = self.testbed.add_device( "bluetooth", "/devices/pci0000:00/0000:00:14.0/usb2/2-7/2-7:1.0/bluetooth/hci0", None, [], [], ) parent = dev dev = self.testbed.add_device( "bluetooth", "hci0:256", parent, [], ["DEVTYPE", "link"] ) parent = dev dev = self.testbed.add_device( "hid", "0005:046D:B00D.0002", parent, [], ["HID_NAME", "Fancy BT Mouse"] ) parent = dev self.testbed.add_device( "power_supply", "power_supply/hid-00:1f:20:96:33:47-battery", parent, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity", "30", "model_name", "Fancy BT mouse", ], [], ) self.testbed.add_device( "input", "input/input22", parent, [], ["ID_INPUT_MOUSE", "1"] ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) mousebat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Model"), "Fancy BT mouse" ) self.assertAlmostEqual( self.get_dbus_dev_property(mousebat0_up, "Percentage"), 30.0 ) self.assertEqual(self.get_dbus_dev_property(mousebat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(mousebat0_up, "Type"), UP_DEVICE_KIND_MOUSE ) self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() def test_bluetooth_keyboard(self): """bluetooth keyboard battery""" dev = self.testbed.add_device( "bluetooth", "usb2/bluetooth/hci0/hci0:1", None, [], [] ) parent = dev self.testbed.add_device( "input", "input3/event4", parent, [], ["DEVNAME", "input/event4", "ID_INPUT_KEYBOARD", "1"], ) self.testbed.add_device( "power_supply", "power_supply/hid-00:22:33:44:55:66-battery", parent, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity", "40", "model_name", "Monster Typist", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) kbdbat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(kbdbat0_up, "Model"), "Monster Typist" ) self.assertAlmostEqual( self.get_dbus_dev_property(kbdbat0_up, "Percentage"), 40.0 ) self.assertEqual(self.get_dbus_dev_property(kbdbat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(kbdbat0_up, "Type"), UP_DEVICE_KIND_KEYBOARD ) self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() def test_bluetooth_mouse_with_keyboard(self): """mouse with a few keys (but not a keyboard)""" dev = self.testbed.add_device( "bluetooth", "usb2/bluetooth/hci0/hci0:1", None, [], [] ) parent = dev self.testbed.add_device( "input", "input3/event3", parent, [], [ "DEVNAME", "input/event3", "ID_INPUT_KEYBOARD", "1", "ID_INPUT_MOUSE", "1", ], ) self.testbed.add_device( "power_supply", "power_supply/hid-00:22:33:44:55:66-battery", parent, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity", "40", "model_name", "Monster Mouse", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) kbdbat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(kbdbat0_up, "Model"), "Monster Mouse" ) self.assertAlmostEqual( self.get_dbus_dev_property(kbdbat0_up, "Percentage"), 40.0 ) self.assertEqual(self.get_dbus_dev_property(kbdbat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(kbdbat0_up, "Type"), UP_DEVICE_KIND_MOUSE ) self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() def test_bluetooth_mouse_and_keyboard(self): """keyboard/mouse combo battery""" dev = self.testbed.add_device( "bluetooth", "usb2/bluetooth/hci0/hci0:1", None, [], [] ) parent = dev self.testbed.add_device( "input", "input3/event3", parent, [], ["DEVNAME", "input/event3", "ID_INPUT_MOUSE", "1"], ) self.testbed.add_device( "input", "input3/event4", parent, [], ["DEVNAME", "input/event4", "ID_INPUT_KEYBOARD", "1"], ) self.testbed.add_device( "power_supply", "power_supply/hid-00:22:33:44:55:66-battery", parent, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity", "40", "model_name", "Monster Typist Mouse/Keyboard Combo", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) kbdbat0_up = devs[0] self.assertEqual( self.get_dbus_dev_property(kbdbat0_up, "Model"), "Monster Typist Mouse/Keyboard Combo", ) self.assertAlmostEqual( self.get_dbus_dev_property(kbdbat0_up, "Percentage"), 40.0 ) self.assertEqual(self.get_dbus_dev_property(kbdbat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(kbdbat0_up, "Type"), UP_DEVICE_KIND_KEYBOARD ) self.assertEqual(self.get_dbus_property("OnBattery"), False) self.assertEqual( self.get_dbus_display_property("WarningLevel"), UP_DEVICE_LEVEL_NONE ) self.stop_daemon() def _add_bluez_battery_device(self, alias, device_properties, battery_level): if not self.bluez: self.start_bluez() # Add an adapter to both bluez and udev adapter_name = "hci0" path = self.bluez_obj.AddAdapter(adapter_name, "my-computer") self.assertEqual(path, "/org/bluez/" + adapter_name) dev = self.testbed.add_device( "bluetooth", "usb2/bluetooth/hci0/hci0:1", None, [], [] ) # Add a device to bluez address = "11:22:33:44:AA:BB" path = self.bluez_obj.AddDevice(adapter_name, address, alias) device = self.dbus_con.get_object("org.bluez", path) if device_properties: try: # The properties are only installed for umockdev newer than 0.25.0 device.UpdateProperties(DEVICE_IFACE, device_properties) except dbus.exceptions.DBusException: device.AddProperties(DEVICE_IFACE, device_properties) battery_properties = { "Percentage": dbus.Byte(battery_level, variant_level=1), } device.AddProperties(BATTERY_IFACE, battery_properties) bluez_manager = self.dbus_con.get_object("org.bluez", "/") bluez_manager.EmitSignal( dbusmock.OBJECT_MANAGER_IFACE, "InterfacesAdded", "oa{sa{sv}}", [ dbus.ObjectPath(path, variant_level=1), {BATTERY_IFACE: battery_properties}, ], ) if not self.daemon: self.start_daemon() # process = subprocess.Popen(['gdbus', 'introspect', '--system', '--dest', 'org.bluez', '--object-path', '/org/bluez/hci0/dev_11_22_33_44_AA_BB']) # Wait for UPower to process the new device time.sleep(0.5) return self.proxy.EnumerateDevices() def test_bluetooth_le_mouse(self): """Bluetooth LE mouse""" alias = "Arc Touch Mouse SE" battery_level = 99 device_properties = {"Appearance": dbus.UInt16(0x03C2, variant_level=1)} devs = self._add_bluez_battery_device(alias, device_properties, battery_level) self.assertEqual(len(devs), 1) mouse_bat0_up = devs[0] self.assertEqual(self.get_dbus_dev_property(mouse_bat0_up, "Model"), alias) self.assertEqual( self.get_dbus_dev_property(mouse_bat0_up, "Percentage"), battery_level ) self.assertEqual( self.get_dbus_dev_property(mouse_bat0_up, "PowerSupply"), False ) self.assertEqual( self.get_dbus_dev_property(mouse_bat0_up, "Type"), UP_DEVICE_KIND_MOUSE ) self.assertEqual( self.get_dbus_dev_property(mouse_bat0_up, "UpdateTime") != 0, True ) self.stop_daemon() def test_bluetooth_le_device(self): """Bluetooth LE Device""" """See https://gitlab.freedesktop.org/upower/upower/issues/100""" alias = "Satechi M1 Mouse" battery_level = 99 device_properties = {"Class": dbus.UInt32(0, variant_level=1)} devs = self._add_bluez_battery_device(alias, device_properties, battery_level) self.assertEqual(len(devs), 1) mouse_bat0_up = devs[0] self.assertEqual(self.get_dbus_dev_property(mouse_bat0_up, "Model"), alias) self.assertEqual( self.get_dbus_dev_property(mouse_bat0_up, "Percentage"), battery_level ) self.assertEqual( self.get_dbus_dev_property(mouse_bat0_up, "PowerSupply"), False ) self.assertEqual( self.get_dbus_dev_property(mouse_bat0_up, "Type"), UP_DEVICE_KIND_BLUETOOTH_GENERIC, ) self.stop_daemon() def test_bluetooth_headphones(self): """Bluetooth Headphones""" alias = "WH-1000XM3" battery_level = 99 device_properties = {"Class": dbus.UInt32(0x240404, variant_level=1)} devs = self._add_bluez_battery_device(alias, device_properties, battery_level) self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertEqual(self.get_dbus_dev_property(bat0_up, "Model"), alias) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Percentage"), battery_level ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Type"), UP_DEVICE_KIND_HEADSET ) self.stop_daemon() def test_bluetooth_wireless_earbuds(self): """Bluetooth Wireless Earbuds""" alias = "QCY-qs2_R" battery_level = 99 device_properties = {"Class": dbus.UInt32(0x240418, variant_level=1)} devs = self._add_bluez_battery_device(alias, device_properties, battery_level) self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertEqual(self.get_dbus_dev_property(bat0_up, "Model"), alias) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Percentage"), battery_level ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Type"), UP_DEVICE_KIND_HEADPHONES ) self.stop_daemon() def test_bluetooth_phone(self): """Bluetooth Phone""" alias = "Phone" battery_level = 99 device_properties = {"Class": dbus.UInt32(0x5A020C, variant_level=1)} devs = self._add_bluez_battery_device(alias, device_properties, battery_level) self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertEqual(self.get_dbus_dev_property(bat0_up, "Model"), alias) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Percentage"), battery_level ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Type"), UP_DEVICE_KIND_PHONE ) self.stop_daemon() def test_bluetooth_computer(self): """Bluetooth Computer""" alias = "Computer" battery_level = 99 device_properties = {"Class": dbus.UInt32(0x6C010C, variant_level=1)} devs = self._add_bluez_battery_device(alias, device_properties, battery_level) self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertEqual(self.get_dbus_dev_property(bat0_up, "Model"), alias) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Percentage"), battery_level ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Type"), UP_DEVICE_KIND_COMPUTER ) self.stop_daemon() def test_bluetooth_heart_rate_monitor(self): """Bluetooth Heart Rate Monitor""" alias = "Polar H7" battery_level = 99 device_properties = {"Appearance": dbus.UInt16(0x0341, variant_level=1)} devs = self._add_bluez_battery_device(alias, device_properties, battery_level) self.assertEqual(len(devs), 1) bat0_up = devs[0] self.assertEqual(self.get_dbus_dev_property(bat0_up, "Model"), alias) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Percentage"), battery_level ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Type"), UP_DEVICE_KIND_BLUETOOTH_GENERIC, ) self.stop_daemon() def test_bluetooth_hidpp_mouse(self): """Logitech Bluetooth LE mouse with HID++ kernel support""" udevs = [] # Add HID++ kernel device parent = self.testbed.add_device( "usb", "pci0000:00/0000:00:14.0/usb3/3-10/3-10:1.2", None, [], [] ) udevs.insert(0, parent) parent = self.testbed.add_device("hid", "0003:046D:C52B.0009", parent, [], []) udevs.insert(0, parent) dev = self.testbed.add_device("hid", "0003:046D:4101.000A", parent, [], []) udevs.insert(0, dev) parent = dev _dev = self.testbed.add_device( "input", "input/input22", parent, [], ["DEVNAME", "input/mouse3", "ID_INPUT_MOUSE", "1"], ) udevs.insert(0, _dev) _dev = self.testbed.add_device( "power_supply", "power_supply/hidpp_battery_3", parent, [ "type", "Battery", "scope", "Device", "present", "1", "online", "1", "status", "Discharging", "capacity", "30", "serial_number", "11:22:33:44:aa:bb", "model_name", "Logitech HID++ name", ], [], ) udevs.insert(0, _dev) # Both sleep to ensure that bluez and upower are fully started self.start_bluez() time.sleep(5) self.start_daemon() time.sleep(5) # Add Bluetooth LE device alias = "Logitech Bluetooth Name" battery_level = 99 device_properties = {"Appearance": dbus.UInt16(0x03C2, variant_level=1)} devs = self._add_bluez_battery_device(alias, device_properties, battery_level) bluez_dev_path = "/org/bluez/hci0/dev_11_22_33_44_AA_BB" self.assertEqual(len(devs), 1) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) bat0_up = devs[0] # Check we have the Bluetooth name self.assertEventually( lambda: self.get_dbus_dev_property(bat0_up, "Model"), value=alias ) self.assertEqual(self.get_dbus_dev_property(bat0_up, "Model"), alias) # Check we have the kernel percentage self.assertAlmostEqual(self.get_dbus_dev_property(bat0_up, "Percentage"), 30.0) self.assertEqual(self.get_dbus_dev_property(bat0_up, "PowerSupply"), False) self.assertEqual( self.get_dbus_dev_property(bat0_up, "Type"), UP_DEVICE_KIND_MOUSE ) bluez_dev = self.dbus_con.get_object("org.bluez", bluez_dev_path) bluez_dev.UpdateProperties( DEVICE_IFACE, {"ServicesResolved": dbus.Boolean(False, variant_level=1)} ) # Remove device from kernel # process = subprocess.Popen(['find', os.path.join(self.testbed.get_root_dir())]) for path in udevs: self.testbed.uevent(path, "remove") self.testbed.remove_device(path) # Remove device from bluez bluez_manager = self.dbus_con.get_object("org.bluez", "/") bluez_manager.EmitSignal( dbusmock.OBJECT_MANAGER_IFACE, "InterfacesRemoved", "oas", [ dbus.ObjectPath(bluez_dev_path, variant_level=1), [BATTERY_IFACE], ], ) adapter = self.dbus_con.get_object("org.bluez", "/org/bluez/hci0") adapter.RemoveDevice(bluez_dev_path) time.sleep(2) devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 0) self.stop_daemon() def test_charge_cycles(self): """Charge cycles""" # one well charged, one low self.testbed.add_device( "power_supply", "BAT0", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "48000000", "voltage_now", "12000000", ], [], ) self.testbed.add_device( "power_supply", "BAT1", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "1500000", "voltage_now", "12000000", "cycle_count", "2000", ], [], ) self.testbed.add_device( "power_supply", "BAT2", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "1500000", "voltage_now", "12000000", "cycle_count", "0", ], [], ) self.testbed.add_device( "power_supply", "BAT3", None, [ "type", "Battery", "present", "1", "status", "Discharging", "energy_full", "60000000", "energy_full_design", "80000000", "energy_now", "1500000", "voltage_now", "12000000", "cycle_count", "-1", ], [], ) self.start_daemon() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 4) self.assertEqual(self.get_dbus_dev_property(devs[0], "ChargeCycles"), -1) self.assertEqual(self.get_dbus_dev_property(devs[1], "ChargeCycles"), 2000) self.assertEqual(self.get_dbus_dev_property(devs[2], "ChargeCycles"), -1) self.assertEqual(self.get_dbus_dev_property(devs[3], "ChargeCycles"), -1) self.stop_daemon() def test_wacom_dongle(self): "Wacom tablet connected through wireless USB dongle" self.start_daemon() self.testbed.add_from_file( os.path.join(edir, "tests/wacom-dongle-waiting.device") ) time.sleep(0.5) self.assertDevs({}) self.testbed.add_from_file( os.path.join(edir, "tests/wacom-dongle-active.device") ) time.sleep(0.5) self.assertDevs( { "battery_wacom_battery_11": { "NativePath": "wacom_battery_11", "Model": "Wacom Intuos5 touch M (WL)", "Type": UP_DEVICE_KIND_TABLET, "PowerSupply": False, "HasHistory": True, "Online": False, "Percentage": 19.0, "IsPresent": True, "State": UP_DEVICE_STATE_CHARGING, "IsRechargeable": True, } } ) def test_headset_detection(self): "Detect USB wireless headsets and other audio devices" self.testbed.add_from_file(os.path.join(edir, "tests/usb-headset.device")) self.start_daemon() self.assertDevs( { "battery_hidpp_battery_0": { "NativePath": "hidpp_battery_0", "Model": "G935 Gaming Headset", "Type": UP_DEVICE_KIND_HEADSET, "PowerSupply": False, "HasHistory": True, "Percentage": 3.0, "IsPresent": True, "State": UP_DEVICE_STATE_DISCHARGING, "IsRechargeable": True, } } ) self.stop_daemon() def test_headset_hotplug(self): "Detect USB headset when hotplugged" self.start_daemon() self.testbed.add_from_file( os.path.join(edir, "tests/steelseries-headset.device") ) card = "/sys/devices/pci0000:00/0000:00:14.0/usb1/1-5/1-5:1.0/sound/card1" self.wait_for_mainloop() devs = self.proxy.EnumerateDevices() self.assertEqual(len(devs), 1) headset_up = devs[0] self.assertEqual( self.get_dbus_dev_property(headset_up, "Type"), UP_DEVICE_KIND_BATTERY ) self.testbed.set_property(card, "SOUND_INITIALIZED", "1") self.testbed.set_property(card, "SOUND_FORM_FACTOR", "headset") self.testbed.uevent(card, "change") self.assertEqual( self.get_dbus_dev_property(headset_up, "Type"), UP_DEVICE_KIND_HEADSET ) self.stop_daemon() def test_headset_wireless_status(self): "Hide devices when wireless_status is disconnected" self.testbed.add_from_file( os.path.join(edir, "tests/steelseries-headset.device") ) card = "/sys/devices/pci0000:00/0000:00:14.0/usb1/1-5/1-5:1.0/sound/card1" self.testbed.set_property(card, "SOUND_INITIALIZED", "1") self.testbed.set_property(card, "SOUND_FORM_FACTOR", "headset") intf = "/sys/devices/pci0000:00/0000:00:14.0/usb1/1-5/1-5:1.3" self.testbed.set_attribute(intf, "wireless_status", "connected") num_devices = 0 self.start_daemon() devs = self.proxy.EnumerateDevices() num_devices = len(devs) self.assertEqual(num_devices, 1) headset_up = devs[0] self.assertAlmostEqual( self.get_dbus_dev_property(headset_up, "Percentage"), 69.0 ) client = UPowerGlib.Client.new() def device_added_cb(client, device): nonlocal num_devices num_devices += 1 def device_removed_cb(client, path): nonlocal num_devices num_devices -= 1 client.connect("device-added", device_added_cb) client.connect("device-removed", device_removed_cb) self.testbed.set_attribute(intf, "wireless_status", "disconnected") self.testbed.uevent(intf, "change") self.wait_for_mainloop() self.assertEqual(num_devices, 0) self.testbed.set_attribute(intf, "wireless_status", "connected") self.testbed.uevent(intf, "change") self.wait_for_mainloop() self.assertEqual(num_devices, 1) devs = self.proxy.EnumerateDevices() headset_up = devs[0] self.assertAlmostEqual( self.get_dbus_dev_property(headset_up, "Percentage"), 69.0 ) self.stop_daemon() def test_daemon_restart(self): self.testbed.add_from_file(os.path.join(edir, "tests/usb-headset.device")) bat = "/sys/devices/pci0000:00/0000:00:14.0/usb1/1-8/1-8:1.3/0003:046D:0A87.0004/power_supply/hidpp_battery_0" self.start_daemon() process = subprocess.Popen([self.upower_path, "-m"]) for i in range(10): # Replace daemon self.start_daemon() time.sleep(2) self.testbed.uevent(bat, "change") # Check that upower is still running self.assertIsNone(process.returncode) process.terminate() self.stop_daemon() def test_remove(self): "Test removing when parent ID lookup stops working" self.testbed.add_from_file( os.path.join(edir, "tests/wacom-dongle-waiting.device") ) self.testbed.add_from_file( os.path.join(edir, "tests/wacom-dongle-active.device") ) self.start_daemon() self.assertDevs({"battery_wacom_battery_11": {}}) # Destroy sysfs enough to break the parent ID lookup os.unlink( os.path.join( self.testbed.get_root_dir(), "sys/devices/pci0000:00/0000:00:1a.0/usb1/1-1/1-1.1/1-1.1:1.0/0003:056A:0084.001F", "subsystem", ) ) self.get_dbus_dev_property( "/org/freedesktop/UPower/devices/battery_wacom_battery_11", "State" ) # This should remove all devices that UPower tracks self.testbed.uevent( "/sys/devices/pci0000:00/0000:00:1a.0/usb1/1-1/1-1.1/1-1.1:1.0/0003:056A:0084.001F/power_supply/wacom_battery_11", "remove", ) self.testbed.uevent( "/sys/devices/pci0000:00/0000:00:1a.0/usb1/1-1/1-1.1/1-1.1:1.1/0003:056A:0084.0020/input/input125", "remove", ) self.testbed.uevent( "/sys/devices/pci0000:00/0000:00:1a.0/usb1/1-1/1-1.1/1-1.1:1.1/0003:056A:0084.0020/input/input127", "remove", ) self.testbed.uevent( "/sys/devices/pci0000:00/0000:00:1a.0/usb1/1-1/1-1.1/1-1.1:1.2/0003:056A:0084.0021/input/input129", "remove", ) self.testbed.uevent( "/sys/devices/pci0000:00/0000:00:1a.0/usb1/1-1/1-1.1/1-1.1:1.0", "remove" ) self.testbed.uevent( "/sys/devices/pci0000:00/0000:00:1a.0/usb1/1-1/1-1.1/1-1.1:1.1", "remove" ) self.testbed.uevent( "/sys/devices/pci0000:00/0000:00:1a.0/usb1/1-1/1-1.1/1-1.1:1.2", "remove" ) self.testbed.uevent( "/sys/devices/pci0000:00/0000:00:1a.0/usb1/1-1/1-1.1", "remove" ) self.daemon_log.check_line( "No devices with parent /sys/devices/pci0000:00/0000:00:1a.0/usb1/1-1/1-1.1 left", timeout=2, ) # Ensure the object is really gone from the bus, # the second case could happen if a reference is leaked. self.assertDevs({}) with self.assertRaisesRegex(GLib.Error, "Object does not exist at path"): self.get_dbus_dev_property( "/org/freedesktop/UPower/devices/battery_wacom_battery_11", "State" ) self.stop_daemon() def test_wacom_bluetooth(self): "Wacom tablet connected through wireless USB dongle" self.start_daemon() self.testbed.add_from_file( os.path.join(edir, "tests/wacom-bluetooth-active.device") ) time.sleep(0.5) self.assertDevs( { "battery_wacom_battery_10": { "NativePath": "wacom_battery_10", "Model": "Wacom Intuos5 touch M (WL)", "Type": UP_DEVICE_KIND_TABLET, "PowerSupply": False, "HasHistory": True, "Online": False, "Percentage": 100.0, "IsPresent": True, # XXX: This is "Discharging" in sysfs "State": UP_DEVICE_STATE_FULLY_CHARGED, "IsRechargeable": True, } } ) self.stop_daemon() def test_sibling_priority_no_overwrite(self): "Test siblings using the fallback device do not overwrite previous guesses" self.testbed.add_from_file( os.path.join(edir, "tests/wacom-pen-digitiser.device") ) self.start_daemon() self.assertDevs( { "battery_wacom_battery_0": { "NativePath": "wacom_battery_0", "Model": "Wacom HID 52D5", "Type": UP_DEVICE_KIND_TABLET, "PowerSupply": False, "HasHistory": True, "Percentage": 100.0, "IsPresent": True, "State": UP_DEVICE_STATE_FULLY_CHARGED, "IsRechargeable": True, } } ) self.stop_daemon() def test_ignore_unknown_power_supply_type(self): """ Ignore devices with unknown power supply type and doesn't look like a charger. """ # Sample data taken from Fairphone 4, running Linux kernel 4.19 w/ # vendor patches (abbreviated). # Actual battery. battery = self.testbed.add_device( "power_supply", "battery", None, [ "capacity", "77", "charging_enabled", "1", "health", "Good", "present", "1", "status", "Charging", "technology", "Li-ion", "type", "Battery", "voltage_max", "4400000", "voltage_now", "4268584", ], [], ) # BMS (should be ignored) bms = self.testbed.add_device( "power_supply", "bms", None, [ "type", "BMS", "capacity", "77", "capacity_raw", "7685", "current_avg", "-1677247", "current_now", "-1543885", "power_avg", "29886557", "power_now", "52842898", "real_capacity", "77", "temp", "300", "voltage_avg", "4322887", "voltage_max", "4400000", "voltage_min", "3400000", "voltage_now", "4298363", "voltage_ocv", "4102200", ], [], ) # "Charge pump master" (not sure what it is either, should be ignored) charge_pump_master = self.testbed.add_device( "power_supply", "charge_pump_master", None, [ "chip_version", "3", "min_icl", "1000000", "model_name", "SMB1398_V2", "parallel_mode", "1", "parallel_output_mode", "2", "type", "Nothing attached", ], [], ) self.start_daemon(warns=True) devs = self.proxy.EnumerateDevices() # Only the battery should be listed, not the BMS or charge pump master. self.assertEqual(len(devs), 1) self.stop_daemon() # # Single Keyboard backlight test # def test_single_kbd_backlight(self): """Set One Keyboard backlight""" kbd0 = self.testbed.add_device( "leds", "tpacpi::kbd_backlight", None, [ "max_brightness", "2", "brightness", "1", ], [], ) self.start_daemon() kbds = self.proxy.EnumerateKbdBacklights() self.assertEqual(len(kbds), 1) kbd0_up = kbds[0] self.assertEqual(self.get_kbd_backlight_brightness(kbd0_up), 1) self.assertEqual(self.get_kbd_backlight_max_brightness(kbd0_up), 2) # brightness is in the range 0 to max_brightness self.set_kbd_backlight_brightness(kbd0_up, 0) with open(f"/sys/class/leds/tpacpi::kbd_backlight/brightness") as fp: self.assertEqual(fp.read(), "0") # value is greater than max_brightness self.set_kbd_backlight_brightness(kbd0_up, 200) with open(f"/sys/class/leds/tpacpi::kbd_backlight/brightness") as fp: self.assertEqual(fp.read(), "2") self.stop_daemon() # # Two Keyboard backlight test # def test_two_kbd_backlight(self): """Set Two Keyboard backlight""" kbd0 = self.testbed.add_device( "leds", "tpacpi::kbd_backlight", None, [ "max_brightness", "2", "brightness", "1", ], [], ) kbd1 = self.testbed.add_device( "leds", "Katecatacpi::kbd_backlight", None, [ "max_brightness", "255", "brightness", "100", ], [], ) self.start_daemon() kbds = self.proxy.EnumerateKbdBacklights() self.assertEqual(len(kbds), 2) kbd0_up = kbds[0] kbd1_up = kbds[1] self.assertEqual(self.get_kbd_backlight_brightness(kbd0_up), 100) self.assertEqual(self.get_kbd_backlight_max_brightness(kbd0_up), 255) self.set_kbd_backlight_brightness(kbd0_up, 200) with open(f"/sys/class/leds/Katecatacpi::kbd_backlight/brightness") as fp: self.assertEqual(fp.read(), "200") self.assertEqual(self.get_kbd_backlight_brightness(kbd1_up), 1) self.assertEqual(self.get_kbd_backlight_max_brightness(kbd1_up), 2) self.set_kbd_backlight_brightness(kbd1_up, 0) with open(f"/sys/class/leds/tpacpi::kbd_backlight/brightness") as fp: self.assertEqual(fp.read(), "0") self.stop_daemon() # # libupower-glib tests (through introspection) # def test_lib_daemon_properties(self): """library GI: daemon properties""" self.start_daemon() client = UPowerGlib.Client.new() self.assertRegex(client.get_daemon_version(), "^[0-9.]+$") self.assertIn(client.get_lid_is_present(), [False, True]) self.assertIn(client.get_lid_is_closed(), [False, True]) self.assertEqual(client.get_on_battery(), False) self.assertEqual(client.get_critical_action(), "HybridSleep") self.stop_daemon() def test_lib_up_client_async(self): """Test up_client_async_new()""" ac = self.testbed.add_device( "power_supply", "AC", None, ["type", "Mains", "online", "1"], [] ) self.start_daemon() def client_new_cb(obj, res): nonlocal ml, client client = UPowerGlib.Client.new_finish(res) self.assertRegex(client.get_daemon_version(), "^[0-9.]+$") ml.quit() def get_devices_cb(obj, res): nonlocal ml, client devs = client.get_devices_finish(res) self.assertEqual(len(devs), 1) ml.quit() client = None ml = GLib.MainLoop() UPowerGlib.Client.new_async(None, client_new_cb) ml.run() # This will crash, see: # https://gitlab.gnome.org/GNOME/gobject-introspection/-/issues/305 # client.get_devices_async(None, get_devices_cb) # ml.run() def test_conf_d_support(self): """Ensure support for conf.d style directories""" base_dir = tempfile.TemporaryDirectory(delete=False, prefix="UPower-") conf_d_dir_path = os.path.join(base_dir.name, "UPower.conf.d") # Low, Critical and Action are all needed to avoid fallback to defaults config = tempfile.NamedTemporaryFile( delete=False, mode="w", dir=base_dir.name, suffix=".conf" ) config.write("[UPower]\n") config.write("PercentageLow=20.0\n") config.write("PercentageCritical=3.0\n") config.write("PercentageAction=2.0\n") config.write("AllowRiskyCriticalPowerAction=false\n") config.write("CriticalPowerAction=HybridSleep\n") config.close() # UPower.conf.d directory does not exist self.start_daemon(cfgfile=config.name) self.daemon_log.check_line( "failed to find files in 'UPower.conf.d': Error opening directory", timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) self.stop_daemon() # empty UPower.conf.d directory conf_d_dir = os.mkdir(path=conf_d_dir_path) self.start_daemon(cfgfile=config.name) self.stop_daemon() # override config (in a UPower.conf.d/10-*.conf file) config2 = tempfile.NamedTemporaryFile( delete=False, mode="w", dir=conf_d_dir_path, prefix="10-", suffix=".conf" ) config2.write("[UPower]\n") config2.write("AllowRiskyCriticalPowerAction=true\n") config2.write("CriticalPowerAction=Suspend\n") config2.close() # check warning message when CriticalPowerAction=Suspend and # AllowRiskyCriticalPowerAction=true, meaning that support of # UPower.conf.d dir is working self.start_daemon(cfgfile=config.name, warns=True) self.daemon_log.check_line( 'The "Suspend" CriticalPowerAction setting is considered risky:', timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) self.stop_daemon() # override config (in a UPower.conf.d/90-*.conf file) config3 = tempfile.NamedTemporaryFile( delete=False, mode="w", dir=conf_d_dir_path, prefix="90-", suffix=".conf" ) config3.write("[UPower]\n") config3.write("CriticalPowerAction=Ignore\n") config3.close() # check warning message when CriticalPowerAction=Ignore and # AllowRiskyCriticalPowerAction=true, meaning that support of # UPower.conf.d dir is working self.start_daemon(cfgfile=config.name, warns=True) self.daemon_log.check_line( 'The "Ignore" CriticalPowerAction setting is considered risky:', timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) self.stop_daemon() # config with invalid name 99-*.conf~ file (not actually overriding) config_inv1 = tempfile.NamedTemporaryFile( delete=False, mode="w", dir=conf_d_dir_path, prefix="99-", suffix=".conf~" ) config_inv1.write("[UPower]\n") config_inv1.write("CriticalPowerAction=HybridSleep\n") config_inv1.close() # check warning message when CriticalPowerAction=Ignore and # AllowRiskyCriticalPowerAction=true, because the config file # (config_inv1) setting it to the safe 'HybridSleep' is not activated # due to wrong name self.start_daemon(cfgfile=config.name, warns=True) self.daemon_log.check_line( 'The "Ignore" CriticalPowerAction setting is considered risky:', timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) self.stop_daemon() # config with invalid name 999-*.conf file (not actually overriding) config_inv2 = tempfile.NamedTemporaryFile( delete=False, mode="w", dir=conf_d_dir_path, prefix="999-", suffix=".conf" ) config_inv2.write("[UPower]\n") config_inv2.write("CriticalPowerAction=HybridSleep\n") config_inv2.close() # check warning message when CriticalPowerAction=Ignore and # AllowRiskyCriticalPowerAction=true, because the config files # (config_inv1 and config_inv2) setting it to the safe 'HybridSleep' are # not activated due to wrong names self.start_daemon(cfgfile=config.name, warns=True) self.daemon_log.check_line( 'The "Ignore" CriticalPowerAction setting is considered risky:', timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) self.stop_daemon() # config with invalid name 99-badname+*.conf file (not actually overriding) config_inv3 = tempfile.NamedTemporaryFile( delete=False, mode="w", dir=conf_d_dir_path, prefix="99-badname+", suffix=".conf", ) config_inv3.write("[UPower]\n") config_inv3.write("CriticalPowerAction=HybridSleep\n") config_inv3.close() # check warning message when CriticalPowerAction=Ignore and # AllowRiskyCriticalPowerAction=true, because the config files # (config_inv1, 2 and 3) setting it to the safe 'HybridSleep' are not # activated due to wrong names self.start_daemon(cfgfile=config.name, warns=True) self.daemon_log.check_line( 'The "Ignore" CriticalPowerAction setting is considered risky:', timeout=UP_DAEMON_ACTION_DELAY + 0.5, ) self.stop_daemon() os.unlink(config_inv3.name) os.unlink(config_inv2.name) os.unlink(config_inv1.name) os.unlink(config3.name) os.unlink(config2.name) os.unlink(config.name) os.rmdir(conf_d_dir_path) os.rmdir(base_dir.name) # # Helper methods # @classmethod def _props_to_str(cls, properties): """Convert a properties dictionary to uevent text representation.""" prop_str = "" if properties: for k, v in properties.items(): prop_str += "%s=%s\n" % (k, v) return prop_str if __name__ == "__main__": try: import gi from gi.repository import GLib from gi.repository import Gio gi.require_version("UPowerGlib", "1.0") from gi.repository import UPowerGlib except ImportError as e: sys.stderr.write( "Skipping tests, PyGobject not available for Python 3, or missing GI typelibs: %s\n" % str(e) ) sys.exit(77) try: gi.require_version("UMockdev", "1.0") from gi.repository import UMockdev except ImportError: sys.stderr.write( "Skipping tests, umockdev not available (https://github.com/martinpitt/umockdev)\n" ) sys.exit(77) # run ourselves under umockdev if "umockdev" not in os.environ.get("LD_PRELOAD", ""): os.execvp("umockdev-wrapper", ["umockdev-wrapper"] + sys.argv) unittest.main()