As for several other exynos devices we need to disable the
video4linux's udev rule OR disable FIMC IS and patch kernel to fix
build error without FIMC IS.
Add dependency on postmarketos-base-downstream-disable-udev-v4l to
override the v4l rule with symlink to /dev/null. We can then drop
FIMC IS patch and keep kernel config more similar to original one.
As for several other exynos devices we need to disable the
video4linux's udev rule OR disable FIMC IS and patch kernel to fix
build error without FIMC IS.
Add dependency on postmarketos-base-downstream-disable-udev-v4l to
override the v4l rule with symlink to /dev/null. We can then drop
FIMC IS patch and keep kernel config more similar to original one.
We want both klimtwifi and klimtlte to be able to depend on
firmware-samsung-klimt, for both their downstream and mainline kernel
variants.
Previously we used install_if like:
install_if="device-samsung-klimtlte-kernel-mainline" which will only
work for klimtlte and not klimtwifi. Instead we add two nonfree
subpackages to the device packages that install_if's depending on
kernel choice.
We want both chagallwifi and chagalllte to be able to depend on
firmware-samsung-chagall, for both their downstream and mainline
kernel variants.
Previously we used install_if like:
install_if="device-samsung-chagallwifi-kernel-mainline"
which will only work for chagallwifi and not chagalllte. Instead we
add two nonfree subpackages to the device packages that install_if's
depending on kernel choice.
Provides firmware files that are common for all Samsung devices based
on Exynos 5420 when using Samsung's vendor kernel.
For now the package contains mfc, sound and bluetooth firmware. Sound
and bluetooth do not work at the moment, but lets package the required
files anyways.
Postmarketos-base-downstream-disable-udev-v4l symlinks
/lib/udev/rules.d/60-persistent-v4l.rules to /dev/null, so depend on
this package instead. The dependency is added to downstream kernel
subpackage, as issue *should* only affect downstream kernel.
[ci:ignore-count]: many device packages updated at the same time
[ci:skip-build]: already built successfully in CI
Postmarketos-base-downstream-disable-udev-v4l symlinks
/lib/udev/rules.d/60-persistent-v4l.rules to /dev/null, so depend on
this package instead. The dependency is added to downstream kernel
subpackage, as issue *should* only affect downstream kernel.
Postmarketos-base-downstream-disable-udev-v4l symlinks
/lib/udev/rules.d/60-persistent-v4l.rules to /dev/null, so depend on
this package instead. The dependency is added to downstream kernel
subpackage, as issue *should* only affect downstream kernel.
Which replaces /lib/udev/rules.d/60-persistent-v4l.rules (from the
eudev package) with a symlink to /dev/null. Around 20 devices need
this to fix a kernel panic with downstream kernel when starting udev.
Issue happens due to that camera firmware is missing and/or not loaded
properly.
Since audio over DisplayPort (over USB-C) is supported in the kernel,
add a UCM config to complete support.
To be clear, this might not work out of the box yet, I hope it'll start
working better when another audio route (speaker or microphone) is
working from kernel side.
[ci:skip-build]: Already built successfully in CI.
Since the GPU is supported since a while enable
deviceinfo_gpu_accelerated to let pmbootstrap show UIs like phosh.
Also with modem working with patched tqftpserv, we need the
msm-modem-uim-selection dependency, so add that as well.
In mainline Linux these paths will be used, move the firmware packaging
there. By doing this we drop downstream support. Support could be
restored by adding some symlinks in a downstream-specific package if
required.
We also start squashing the firmware into .mbn format with pil-squasher.
For now we keep the files in _wififiles in their old location, I'm not
sure yet where they need to go since I didn't have wcnss working on
mainline yet.
The configfs gadget can provide the actual interface name, which may not be
the default "usb0" since another gadget driver might have claimed "usb0".
This code is based on the `start_unudhcpd` function in `init_functions.sh`
[ci:skip-build] already built successfully in CI
Before this change the script assumed that the device has only one UDC.
However it is possible for a device to have multiple UDCs, in which case
the deviceinfo is the appropriate place to specify which one should be used.
This change adds an optional deviceinfo variable `deviceinfo_usb_network_udc`
to specify the UDC that should be used.
Also, before this change the script assumed the USB network interface name is
"usb0". But other gadget drivers like `g_cdc` can claim USB interfaces
before the initramfs script gets around to creating one for USB networking,
so the interface might be "usb1" or something else. The configfs gadget itself
can provide the actual interface name, so this change makes the script
use that.
