The close-to-mainline kernel removed the generic-dsi driver in favor of
normal panel drivers. Also the panel drivers are now built in. Reflect that.
Also reflect the changes of firmware-motorola-ocean in
device-motorola-ocean_nonfree-firmware.
[ci:skip-build] Already built on CI in MR
Workaround for https://source.puri.sm/Librem5/linux-next/-/issues/303.
It seems worth sacrificing some power savings for a modem that won't
disappear, at least until the above issue is fixed.
[ci:skip-build]: already built successfully in CI
Headset jack events emit 2 events: 'Headset Microphone Jack'
and 'Headphone Jack'. These were properly detected before,
but not headphone jack events only: 'Headphone Jack'.
This change allows to detect headphone jack events as well
and act on these events by setting the headphones as
default audio output while keeping the internal
microphone as audio input. For headsets,
the microphone is switched to the headset microphone as well.
- Add SLPI to nonfree_firmware description
- Add touchscreen and fuel gauge modules to the initramfs in preparation for
osk-sdl and charging-sdl (or any new alternative) support
- Add pointercal file for osk-sdl
[ci:skip-vercheck]
Set package dependency "swclock-offset" to "soc-qcom-msm8916" and
"soc-qcom-sdm845".
These SoC's have a read-only real-time clock (RTC). The package
"swclock-offset" keeps an offset between the RTC and the system time.
Port based on an unofficial LineageOS port
from https://www.los-legacy.de/17.1/zerofltexx, using kernel from
https://github.com/Exynos7420/android_kernel_samsung_exynos7420/
What works:
- Kernel boots
- Display and touch input (tested with Weston)
- USB networking
- Wifi
For now only including Wifi drivers, as I wasn't yet able to
successfully test audio and camera subsystems (but I intentionally left
these firmware files commented out in the APKBUILD file).
[ci:skip-build]: already built successfully in CI
Add the missing depends to add the GPU firmware to the initramfs
so that osk-sdl works properly, as well as the haptics driver.
Also make all logs go to UART, this will clean up the splash screen and
let developers with UART access debug the boot process.
[ci:skip-build] This MR was already built on CI
Add the missing depends for our soc package alsa ucm configs. Also add
the missing depends to add the GPU firmware to the initramfs so that
osk-sdl works properly!
Also enable logs and point them to UART, this will clean up the splash
screen and let any developers with UART attached to debug the boot
process.
AsteroidOS uses this config file to determine how the UI should look
(e.g. a round or a square screen), and if some things like Wi-Fi are
supported. Upstream auto generates this config file, but it seems so
simple and small that I think it's better for us to just ship the file
next to the APKBUILD
AsteroidOS uses this config file to determine how the UI should look
(e.g. a round or a square screen), and if some things like Wi-Fi are
supported. Upstream auto generates this config file, but it seems so
simple and small that I think it's better for us to just ship the file
next to the APKBUILD
The PMIC AXP803 sends an interrupt to the A64 CPU when the
battery is critical low. This wakes up the tablet at ~10%
battery level, but UPower wasn't configured to add upon
this interrupt as the action level was way lower.
Therefore, the PMIC performed a hard shutdown when the
battery level dropped further, which may cause data loss.
The PMIC AXP803 sends an interrupt to the A64 CPU when the
battery is critical low. This wakes up the phone at ~10%
battery level, but UPower wasn't configured to add upon
this interrupt as the action level was way lower.
Therefore, the PMIC performed a hard shutdown when the
battery level dropped further, which may cause data loss.
TF201 nvram was updated since previous did not work on some devices.
Added support for TF101, TF300TG and TF300TL.
Signed-off-by: Svyatoslav Ryhel <clamor95@gmail.com>
Gummiboot was dropped from Alpine. Switch to grub, which is what we use
for tablet-x86uefi too.
In contrary to tablet-x86uefi, run the grub-mkimage command directly
inside the device package:
* This avoids creating another confusing grub-x86 like package (looks
like the x86 version of alpine's grub package, as it's the case with
grub-efi-x86, but actually it is just the result of grub-mkimage).
* In contrary to grub-efi-x86, the resulting efi file is not shared
across several devices.
* It's consistent with uboot mkimage commands, which we also run in
device packages.
Related: 398b7aef0b
