Otherwise the service will be installed even if the mainline kernel is
selected.
Fixes: f59eac28b ("firmware-samsung-pxa1908: move openrc scripts to subpackage (MR 5688)")
Convert the device package to use U-Boot.
The U-Boot binary is gzipped and put into a U-Boot legacy uImage to
match what the factory bootloader's demands. The postmarketOS kernel,
initramfs and device tree are packed into a FIT and passed to U-Boot as
an initramfs.
Basically linux-postmarketos-marvell-dove but with fellow changes :
1. Added support for other marvell SoC
2. The local version has been changed to -postmarketos-marvell
3. Several redundant USB controller driver has been removed
4. CONFIG_SATA_MV is seted to y
5. fbdev is disabled
6. CONFIG_ZRAM_BACKEND_ZSTD it enabled
(due to kconfig config but i also enabled CONFIG_ZRAM_BACKEND_LZ4 and
others)
7. neon is enabled
Add soc-qcom-sm7125, firmware-xiaomi-miatoll, hexagonrpcd as dependency.
This necessary to make Wi-Fi, Sensors, GPU and modem work.
Split device package to support panel variants and take
maintainership.
eg25-manager 0.5.2 seems to be able to bring back the modem on its own again,
so this hack is no longer necessary.
[ci:skip-build]: already built successfully in CI
Successfully built and booted postmarketOS on Samsung Galaxy J4.
It's based on Exynos 7570, same SoC used by samsung-xcover4lte [1].
Currently, these are tested working:
- Boots from internal storage
- Display (console framebuffer is NOT working, kernel panics)
- Framebuffer (additionally with msm-fb-refresher to refresh the screen)
- Touchscreen
- USB Networking (RNDIS)
- Wi-Fi
Tested UI environments:
- XFCE 4
- Console (Kernel log doesn't show up because
`CONFIG_FRAMEBUFFER_CONSOLE` is not enabled, but enabling it panics
the kernel. This is a known issue for some Samsung devices, notably
samsung-crownlte [2].)
[1] https://wiki.postmarketos.org/wiki/Samsung_Galaxy_Xcover_4_(samsung-xcover4lte)
[2] https://wiki.postmarketos.org/wiki/Samsung_Galaxy_Note_9_(Exynos)_(samsung-crownlte)#Current_status
LXQt can control the display brightness. It doesn't save and restore it
over boots, however. In distributions with systemd this is handled by
"systemd-backlight@.service". For OpenRC the package brightnessctl offers
a service saving the state of the brightness at shutdown and reboot.
closes#3386
Needed to fix eduroam iwd on qcom laptots. This config option used to be enabled on v24.06.
[ci:skip-build]: already built successfully in CI
lock.sh is only reliable when used with i3wm, where we disable gpio_keys from
being handled by X/i3wm. When this is not done (e.g. when testing a different
X11 UI), the script becomes unreliable since the display turns on due to the
SCREENLOCK key being toggled, and therefore only the display=on case is ever
run.
Improve reliability of the script by basing the decision making on the
enabled/disabled state of the touchscreen instead.
Current pinephone images built pmbootstrap >= 3.0.0 don't boot on the
pinephone anymore. At least part of this must be the switch from GPT to
MBR that has been done by default in pmbootstrap. Set msdos explicitly
to revert this for the pinephone.
With Tow-Boot we could probably use GPT instead, but this should be a
well-tested, concious decision. Let's fix this regression first.
[ci:skip-build]: already built successfully in CI
This adds Xiaomi Pad 5, it uses a close to mainline kernel on 6.12.0
the firmware is packaged and supported, although hexagonrpcd is not working yet.
this is a continuation from
https://github.com/map220v/postmarket_xiaomi_nabu/tree/test
updating its config and updating its components.
i based the hexagonrpcd bringup from xiaomi-elish and google-sargo
[ci:skip-build]: already built successfully in CI
In addition to the pmos.debug-shell cmdline argument, add
pmos.usb-storage=<block-device> to set up the USB mass storage gadget by
default when going into debug shell. This allows building a special boot
image/option that directly exposes the storage for flashing, without having
to type in extra debug-shell commands.
Right now we have two similar implementations of setting up a USB mass
storage gadget, in init_functions.sh and as separate script for the
debug-shell. Given that init_functions.sh is available in debug-shell
anyway, unify both in a common setup_usb_storage_configfs() function.
Having this included in the initramfs debug-shell by default (without
installing postmarketos-mkinitfs-hook-debug-shell) also simplifies
recovery, since you can set up the USB storage for repairing the flashed
postmarketOS installation in case of boot failures. The size overhead is
minimal, since this has no extra dependencies.
Duje Mihanović