The test case for settings discovery for charge threshold.
The test cases include:
1. only charge_types (4)
2. charge_control_start_threshold + charge_control_end_threshold +
charge_types (7)
3. charge_control_end_threshold + charge_types (6)
This commit discovers the settings, including charge_control_start_threshold,
charge_control_end_threshold, and charge_types and update the results to
the battery information.
The types of settings for charge thresholds that are supported. The value
is a bitmask value and it is the sum of the supported types.
1: The system supports charge start threshold. The battery discharges to a
percentage, then starts charging.
2: The system supports charge end threshold. The battery charges to a
percentage, then stops charging.
4: The system supports optimized charging behaviors controlled by the
system firmware.
Examples:
If the system supports charge start threshold and charge end threshold,
the value is 3.
If the system supports charge end threshold and the battery charging
behavior is controlled by the system firmware, the value is 6.
Charge_types has to be "Long_Life" if charging threshold is enabled.
Charge_types has to be "Fast", "Standard", or "Adaptive" if charging
threshold is disabled.
If the charge threshold is enabled, the charge_types set "Long_Life". If
the charge threshold is disabled, the charge_types set to any of
charge_types for charging, such as "Fast", "Standard", and "Adaptive".
This commit is only for the system that only has the charge_types attribute
to control the battery behaviour.
We found some systems, such as Lenovo ideapad that don't support
charge_control_start_threshold and charge_control_end_threshold but it
provide the charge_types Long_Life and Standard. The chatre_types
Long_Life operate the battery in the conservation mode. That means
if Long_Life and Standard are found, the system supports the
charge threshold feature.
Co-work-with: Cursor
Reviewed-by: Kate Hsuan <hpa@redhat.com>
On a slow system like riscv64, the test_daemon_version and
test_daemon_restart tests sometimes failed. A delay was added after the
daemon starts to give it enough time to fully initialize, which has
reduced the chance of these tests failing.
Sometime we found the errors shows below when pipeline test was running.
379s ERROR: test_bluetooth_hidpp_mouse (__main__.Tests.test_bluetooth_hidpp_mouse)
379s Logitech Bluetooth LE mouse with HID++ kernel support
379s ----------------------------------------------------------------------
379s Traceback (most recent call last):
379s File "/usr/libexec/upower/integration-test.py", line 4380, in test_bluetooth_hidpp_mouse
379s self.assertEventually(
379s ~~~~~~~~~~~~~~~~~~~~~^
379s lambda: self.get_dbus_dev_property(bat0_up, "Model"), value=alias
379s ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
379s )
379s ^
379s File "/usr/libexec/upower/integration-test.py", line 399, in assertEventually
379s if condition() == value:
379s ~~~~~~~~~^^
379s File "/usr/libexec/upower/integration-test.py", line 4381, in <lambda>
379s lambda: self.get_dbus_dev_property(bat0_up, "Model"), value=alias
379s ~~~~~~~~~~~~~~~~~~~~~~~~~~^^^^^^^^^^^^^^^^^^
379s File "/usr/libexec/upower/integration-test.py", line 316, in get_dbus_dev_property
379s return self.dbus.call_sync(
379s ~~~~~~~~~~~~~~~~~~~^
379s UP,
379s ^^^
379s ...<7 lines>...
379s None,
379s ^^^^^
379s ).unpack()[0]
379s ^
379s gi.repository.GLib.GError: g-dbus-error-quark: GDBus.Error:org.freedesktop.DBus.Error.UnknownMethod: Object does not exist at path “/org/freedesktop/UPower/devices/mouse_dev_11_22_33_44_AA_BB” (19)
379s
The upower and bluez daemons were started after the udev was
initialized to avoid the random errors.
If the charge_types isn't set to "Custom" on a Dell laptop, the charging
threshold doesn't work. This commit sets the charge_types to "Custom" if
the charging threshold is enabled. Also, the charge_types will be set to
"Fast", "Standard", or "Adaptive" when the charging threshold is disabled.
This commit reads and writes the battery udev attribute "charge_types".
However, this attribute can't be found on some of the systems, so the error
on reading and writing charge_types attribute is ignored.
A non-GUdevDevice object may be included in the sibling device list,
since the udev information was created slowly. This object triggers
errors when upower tries to get udev information. Therefore,
get_latest_udev_device() returns NULL, when it receives a non-GUdevDevice
object.
The error messages are shown as follows:
(upowerd:2026931): GUdev-CRITICAL **: 10:38:29.775: g_udev_device_get_sysfs_path: assertion 'G_UDEV_IS_DEVICE (device)' failed
(upowerd:2026931): GUdev-CRITICAL **: 10:38:29.775: g_udev_client_query_by_sysfs_path: assertion 'sysfs_path != NULL' failed
f17d3bf fixed the unstable joypad model name but led the hid++ devices
to show the incorrect model name if more than one device is paired to a
unifying receiver. The patch only updates the model name when the device
is under the same parent.
Resolves: #309
Add test for DBus exporting of the following sysfs attributes:
1. capacity_level
2. voltage_min_design
3. voltage_max_design
Related: #301
Signed-off-by: Sicelo A. Mhlongo <absicsz@gmail.com>
For supplies that report the voltage_min_design, voltage_max_design, and
capacity_level attributes on sysfs, expose them via libupower for possible
use by clients.
Related: #301
Signed-off-by: Sicelo A. Mhlongo <absicsz@gmail.com>
For Linux systems that provide these attributes, extend the implementation by
reading the values for the design maximum and minimum voltage for the battery,
as well as the coarse capacity level reported by the kernel.
Related: #301
Signed-off-by: Sicelo A. Mhlongo <absicsz@gmail.com>
Extend the parent class of the battery to support reporting the design maximum
and minimum voltage, as well as the kernel-derived capacity level.
Related: #301
Signed-off-by: Sicelo A. Mhlongo <absicsz@gmail.com>
Some drivers provide capacity_level, voltage_min_design, and voltage_max_design
properties on sysfs even for system supplies. Expose these properties over DBus
for consumption by clients.
Related: #301
Signed-off-by: Sicelo A. Mhlongo <absicsz@gmail.com>
Updates the "test_battery_ac" test case with the changes introduced by
the addition of the "state_all_discharging" field.
Namely, we now assert that the "OnBattery" property is False while
still checking that the correct "WarningLevel" property is set.
In order to handle a situation where external power is connected but
all batteries are still discharging, introduce a new field
"state_all_discharging" that tracks if all batteries are currently
discharging irrespective of external power availability.
By predicating the warning level check and dispatch on this new
parameter we can ensure critical actions are still dispatched when we
have external power available, but the batteries are still draining.
Resolves: #276
The commit being reverted introduces the bug #306 by claiming external
power is not available when the device battery begins to discharge for
any reason.
We fix this issue by reverting to the old behaviour of reporting
external power being available as long as it's online. We then fix
issue #276 via alternative means.
Resolves: #306
This reverts commit 9d754d8b2f.
- Fix the incorrect percentage value of a removed battery. (#292) (!246)
- Fix device type for the gaming device. (#296#295) (!247)
- Determine the battery discharging status when connecting a low-power
charger. (#276) (!244)
- Fix memory leak when refreshing battery info. (#305) (!261)
- Fix memory leak when getting device id. (!261)
The up_device_get_id() returns a string, and the caller has to free it.
A comment is also left in the code to inform the behavior.
...
<snip>
...
=229301== 1,280 bytes in 10 blocks are definitely lost in loss record 1,837 of 1,852
==229301== at 0x4849347: realloc (vg_replace_malloc.c:1801)
==229301== by 0x48E7D6A: g_realloc (gmem.c:171)
==229301== by 0x4907239: g_string_expand (gstring.c:82)
==229301== by 0x49072B0: g_string_sized_new (gstring.c:113)
==229301== by 0x10E287: up_device_get_id (up-device.c:347)
==229301== by 0x10ED55: up_device_notify (up-device.c:241)
==229301== by 0x49F67D9: g_closure_invoke (gclosure.c:833)
==229301== by 0x4A26A1F: signal_emit_unlocked_R.isra.0 (gsignal.c:3720)
==229301== by 0x4A173E8: signal_emit_valist_unlocked (gsignal.c:3519)
==229301== by 0x4A17670: g_signal_emit_valist (gsignal.c:3262)
==229301== by 0x4A17732: g_signal_emit (gsignal.c:3582)
==229301== by 0x4A02973: g_object_dispatch_properties_changed.lto_priv.0 (gobject.c:1819)
The AC was plugged and unplugged repeatedly, and hit this leak in
up_device_supply_battery_refresh(). Four variables in UpBatteryInfo
need to be free.
...
<snip>
...
==2825085== 1,152 bytes in 9 blocks are definitely lost in loss record 1,851 of 1,865
==2825085== at 0x484CE40: realloc (vg_replace_malloc.c:1801)
==2825085== by 0x4916ADA: g_realloc (gmem.c:171)
==2825085== by 0x4939E06: g_string_expand (gstring.c:82)
==2825085== by 0x4939EA1: g_string_sized_new (gstring.c:113)
==2825085== by 0x11262C: up_device_get_id (up-device.c:347)
==2825085== by 0x113136: up_device_notify (up-device.c:241)
==2825085== by 0x4A1B811: g_closure_invoke (gclosure.c:833)
==2825085== by 0x4A4C0C1: signal_emit_unlocked_R.isra.0 (gsignal.c:3735)
==2825085== by 0x4A3CCE8: signal_emit_valist_unlocked (gsignal.c:3534)
==2825085== by 0x4A3CF71: g_signal_emit_valist (gsignal.c:3277)
==2825085== by 0x4A3D033: g_signal_emit (gsignal.c:3597)
==2825085== by 0x4A27C75: g_object_dispatch_properties_changed.lto_priv.0 (gobject.c:1827)
==2825085==
==2825085== LEAK SUMMARY:
==2825085== definitely lost: 3,663 bytes in 333 blocks
==2825085== indirectly lost: 0 bytes in 0 blocks
==2825085== possibly lost: 960 bytes in 3 blocks
==2825085== still reachable: 172,351 bytes in 2,205 blocks
==2825085== suppressed: 0 bytes in 0 blocks
==2825085== Reachable blocks (those to which a pointer was found) are not shown.
==2825085== To see them, rerun with: --leak-check=full --show-leak-kinds=all
==2825085==
==2825085== For lists of detected and suppressed errors, rerun with: -s
==2825085== ERROR SUMMARY: 20 errors from 20 contexts (suppressed: 0 from 0)
Resolves: #305
Add a scenario for connecting a low-power charger.
1. The AC is online.
2. The battery is discharging.
3. The percentage drops to 2.5%.
4. The warning level will become UP_DEVICE_LEVEL_CRITICAL.
Signed-off-by: Kate Hsuan <hpa@redhat.com>
For some USB battery solutions, the kernel reports charging when
connecting a charger but in reality, the battery discharges and
current_now is negative. This work reset the battery status to
"Discharging" when current_now is negative and line power is
online.
Resolves: #276
Signed-off-by: Kate Hsuan <hpa@redhat.com>
If a low-power charger connects to the system, the battery still reports
discharging since the AC charger can't provide enough power to make
the system runs and charges the battery at the same time. In this situation,
we estimate the warning level to trigger the CriticalPowerAction until
the battery status is changed to charging.
Resolves: #276
Signed-off-by: Kate Hsuan <hpa@redhat.com>
The model name of a device component may be different. For example,
Dualshock joystick owns "Sony Interactive Entertainment DualSense
Wireless Controller" for the joystick and "Sony Interactive
Entertainment DualSense Wireless Controller Motion Sensors" for the
accelerometer. If the device type is changed based on the device
priority, the corresponding model name have to be changed.
Resolves: #295
Tested-by: Mateus Rodrigues Costa <mateusrodcosta@gmail.com>
Signed-off-by: Kate Hsuan <hpa@redhat.com>
The DualSense and DualShock 4 have 3 main components: the gamepad proper,
a touchpad and motion sensors. They also have an extra component in the
form of a headphone jack, which is only available via BT on the
PlayStation consoles but can be used on other devices via USB.
Commit 00eb31a63c increased the priority of
Gaming Input so the controllers weren't accidentally identified as only
the Touchpad, which works on BT. This commit prioritizes Gaming Input over
Audio Device, fixing an issue that only happens on USB.
Resolves: #296
