Remapping the left key of tm2-touchkey to KEY_MENU.
The KEY_APPSELECT, which is set by the device tree, is not available in
the postmarketOS UIs. In X11 UIs this is due to keycode limitation to
8 bit. In Wayland UIs the keycodes don't have this limitation but xkb
keycodes higher 255 are not processed correctly by several software
packages. It still makes sense to keep KEY_APPSELECT in the device tree
because this is the correct mapping intended by the manufacturers when
running the kernel on Android.
iio-sensor-proxy wants to know when to report "near" status. Add an udev
rule defining that value as a workaround untl it can be passed from
the DT.
[ci:skip-build] already built successfully in CI
This will be upgraded soon, however let's let this broken URL not block
the initial v21.12 bring up for now. Again, same checksum as the
previous tarball.
For edge we'll probably remove this package and instead Alpine's version
instead. [ci:skip-vercheck]
Waydroid works better than anbox, and this package keeps failing to
build as in theory the bundled f-droid version needs to be upgraded more
frequently than we do.
Prepare to drop anbox from pmaports in favor of waydroid. For waydroid,
there's an nftables rule packaged as waydroid-nftables subpackage of the
waydroid package in Alpine (see pmaports issue 1280).
Kernel defconfig is a copy of "axolotl_userdebug_defconfig".
Config changes (which differ from the copy above):
- ran `pmbootstrap kconfig check shift-axolotl`
- CONFIG_QCA_CLD_WLAN - m -> y
Change-Id: Ie250ba0d4f7cabf516e4c4fef84a3832321fb069
Signed-off-by: Alexander Martinz <amartinz@shiftphones.com>
[ci:skip-build]
This adds two new subpackages postmarketos-mkinitfs-modprobe-lts and
postmarketos-mkinitfs-modprobe-edge that include /sbin/modprobe in the
initfs when one of the Alpine kernels (linux-lts or linux-edge) are also
installed.
Fixes: #1294
[ci:skip-build] already built successfully in CI
This adds the crc32c_generic module into the initfs. Without this,
mounting the boot partition will fail.
Relates to: #1294
[ci:skip-build] already built successfully in CI
- Update to Linux 5.15
- Upstreamed many more patches
- Major rework of CPU core boot: This is now partially handled in lk2nd
since mainline Linux does not want to support anything except PSCI on arm64.
- Major rework of "-modem" DTB variants. Now all device trees only contain
the full modem configuration. lk2nd can patch the DTB at runtime to get
the alternative "no-modem" variant where audio bypasses the modem entirely.
- Rename some Samsung device trees to drop variant suffixes (e.g. *lte/*wifi)
- Lots of other cleanup everywhere
- Probably many other things I forgot :)
Device changes:
- samsung-gtelwifiue: new device tree
- eMMC, SD card, USB, Buttons
- Display (no brightness control yet)
- Touchscreen
- gt58: touch keys and some touch fixes
- Note: Multi-touch seems broken at the moment :<
- samsung-a2015/samsung-serranove:
- Battery: Report voltage as uV
- Touch keys: Allow changing function from userspace
Kernel config changes:
- Enable required options for AppArmor and IWD
[ci:ignore-count]
[ci:skip-build]: already built successfully in CI
The mainline-modem variant does not actually exist yet and this should
be preferably implemented using the new soc-qcom-msm8916-rproc selection
in the future.
Add a replacement for the current "mainline" and "mainline-modem"
kernel variants used for the MSM8916 devices. At the moment this is
implemented using separate DTBs that are all maintained in the kernel.
Unfortunately, this does not seem likely to be accepted upstream in
the mainline kernel. They will expect to have only a single DTB that
enables all available functionality. The "no-modem" variant is a minor
but still very useful use case because it changes the audio routing:
It allows audio to work without any firmware, with more control on
sample rates, latency etc for advanced audio use cases. However,
having a potentially enabled modem requires routing all audio through
the modem. There are two separate DTBs needed for these two setups.
To avoid burdening mainline with this use case, the idea is to apply
the necessary DTB transformations as part of the lk2nd boot process.
Mainline only contains the DTB with the full functionality (audio
routed through modem). The soc-qcom-msm8916-rproc packages place
a magic file at /boot/lk2nd_rproc_mode that is read by lk2nd. When
the file contains "no-modem" lk2nd will transform the DTB to disable
the modem and change the audio routing to bypass the modem.
That way, this feature does not need to be considered in mainline
at all but can still be offered as "nice to have" by lk2nd. It also
simplifies the device packages because the selection is now common
as part of the soc-qcom-msm8916 package.
Together with a related pmbootstrap change there is a nice prompt
for selecting one of these "rproc" providers:
$ pmbootstrap init
[...]
Available providers for soc-qcom-msm8916-rproc (3):
* all: Enable all remote processors (audio goes through modem) (**default**)
* no-modem: Disable only modem (audio bypasses modem, ~80 MiB more RAM)
* none: Disable all remote processors (no WiFi/BT/modem, ~90 MiB more RAM)
Provider [default]: ...
Unfortunately, msm-modem-uim-selection causes boot delays on APQ*
SoCs (without most modem functionality) at the moment. The modem will
never show up so it keeps waiting and waiting.
To allow using the same rootfs on devices that have MSM* and APQ*
variants (e.g. Samsung MSM8916 tablets), add a quick check at the
beginning of the service to cancel early when running on an APQ* SoC.
This is easy to check because the SoC is actually exposed in sysfs.
