I don't know why build fails on gitlab, I have not changed anything
in kernel. Anyway, I don't remember why I enabled this, so I guess it's safe
to disable this option.
- Bluetooth is now working
- Audio works too (speaker/headphones/earpiece/mic - internal and headset)
- Keyboard layout for X11
- Xorg config for rotated screen
- Suspend issues fixed (tested on MATE)
- OTG bindings updated - not working yet
Fork the package from Alpine and undefine IFA_F_NOPREFIXROUTE during
compilation, so it works with the old downstream kernels that do not
have this feature yet.
Make it possible to build old kernels with gcc4 for armv7 and aarch64.
The packages have been generated with (as usually):
$ pmbootstrap aportgen gcc4-aarch64 gcc4-armv7
[ci:skip-build]: I have tested that this builds locally.
Fixes#193.
These packages allow better integration of applications with the KDE
workspace.
[ci:skip-build]: already built successfully in CI, and ollieparanoid
made sure that it builds for x86_64, aarch64, armhf
I didn't get it to work with NetworkManager, but it does work with
connman. Disable Kineto GAN, which caused various commands to misbehave
(just like it did on the htc-ace).
[ci:skip-build]: already built successfully in CI
Allow skipping the "too many packages changed" check by specifying
"ci:ignore-count" in the commit message.
Allow skipping the package build step by specifying "ci:skip-build"
in the commit message. In contrary to the usual "skip ci" method,
this will still run all the other CI checks.
This isn't building anymore, because linux-postmarketos-stable has been
switched from armhf to armv7 in pma!240.
We could change the arch of wireguard-postmarketos-stable too, but the
package is not maintained at all, and I doubt that anybody is using it.
So I'm dropping it. If there are any users, please step up to maintain
the package.
Adds a new initfs hook, verbose-initfs, which doesn't do anything on its
own. Modify postmarketos-mkinitfs to check if this hook is installed and
if so run `set -x`.
It's done this way so verbose boot is enabled as early as possible,
before hooks are loaded.
Tested on the qemu-aarch64 device.
- pmboostrap initfs hook_add verbose-initfs
- pmbootstrap qemu --arch aarch64
- confirmed that commands are echoed to the console
This is tested to boot on google-crosshatch, following these
instructions:
$ pmbootstrap init, choose the mainline kernel
$ pmbootstrap install --no-fde
$ pmbootstrap initfs hook_add debug-shell
(enter fastboot mode on the device)
$ fastboot set_active a
$ fastboot flash dtbo_a ~/.local/var/pmbootstrap/chroot_rootfs_google-crosshatch/boot/dtbo-google-crosshatch-mainline.img
$ pmbootstrap flasher boot
And you should get telnet after a while. This kernel takes a long time
to build, so [skip ci]. I can confirm it builds locally.
Note that this patch adds the mainline dtb path to deviceinfo. But the
parameter gets ignored on the downstream kernel, so it's fine to keep it
in the shared deviceinfo.
Mainlining this device is work in progress, details at:
https://gitlab.com/postmarketOS/pmaports/issues/153
The quick settings in the top panel now opens the Plasma Settings
applications. With this change the NetworkManager configuration can now
only handle Wi-Fi. This isn't a problem on any phone, but in Qemu
you'll have to connect to the network via nmtui in a terminal.
[skip ci]: ollieparanoid made sure that this builds for all arches.
This makes the linux-postmarketos-stable kernel generate an armv7 package instead of armhf. The contents
of the package were armv7 already but now it can be correct with the new Alpine support.
When working on Librem5 devkit we had issue with touchscreen driver not
probing fast enough and taking ~70 seconds to finish initialization.
Touchscreen driver for the Librem5 devkit uses goodix driver, roughly
speaking device initialization is done in following sequence,
- start kernel and load driver
- attempt to request firmware
- if no firmware is found use defaults value
- initialize touchscreen
Now, on Librem 5 no firmware is provided (of course!) which makes 2nd
step 4 step process,
- attempt to load firmware at initramfs level
- fail, wait for it userspace to finish loading
- userspace attempts to load firmware
- fail and tell kernel to stop looking for firmware.
Step 2 to 4 is done after udev is loaded in userspace, which easily
takes 40-50 seconds. Since Purism Librem 5 devkit is never going to have
userspace level firmware, it is safe bet to disable this altogether.
[skip ci] tested locally and this is going to take more then hour on CI
and fail
Since a recent kernel update enables the LCD display, this
uses a dts that allows the lcd to function, but drops support
for usb host (since purism does not have an all-in-one dts
yet)
[skip ci]: already built successfully in CI
Ignore this kernel in "pmbootstrap kconfig check" by default, so we can
use the upstream kernel config without any changes. But still enable the
kernel config check again.
The related pmbootstrap change will be merged soon:
https://gitlab.com/postmarketOS/pmbootstrap/merge_requests/1753
[skip ci]: this change doesn't affect the build
[skip ci]: too many packages changed, build won't finish in time.
ollieparanoid made sure that this builds for x86_64,
aarch64, armhf, armv7. Also he tested that this boots up
in qemu-amd64.
Plasma-framework 5.55.0 isn't building for aarch64 without this patch.
Aleix Pol ran into the same problem with flatpak builds, and created the
patch: https://codereview.qt-project.org/#/c/253276/
Display is working in both X and wayland (tested with weston and XFCE).
Not tried with osk-sdl yet, charging-sdl seems to work fine.
USB networking and SSH is working too.
Camera subsystem disabled to prevent bootloops. This device brings its
own dtb.img format, but there's a generator in the kernel source that
is used at build time (patched to make it work properly).
[skip ci]: already built in CI successfully
* Mir starts up and is able to display system settings
* x86_64 only for now, because at least ubuntu-app-test did not build
on aarch64
Based on PureTryOut's work. Getting it to this stage was a huge effort
(as it shows in the package count: 111(!)). See the merge request for
details.
[skip ci]: this won't finish in CI; ollieparanoid made sure that
everything builds for x86_64.
- Use separated patches
- Use new panel driver (with backlight support)
- Battery fixes
- Fix compass (AK8975) (not tested, only probing works, but sometimes
doesn't - says "Unexpected device" - need to investigate that)
- Touchkey is working + LED
- Keyboard backlight + HALL for slideout detection
- Reverts few hacky commits that caused USB networking not to work
- Modified atmel drivers used by TF101 to work with libinput
[skip ci]: already built successfully in CI
Successfully tested both the gcc4 compiler on x86_64 with a simple
program (fbdebug) and the gcc4-armhf cross-compiler to build a very old
u-boot port for Galaxy Nexus (a MR will follow soon) which failed to
boot with either newer version (6 and 8).
[skip ci]: already went through
Bhushan Shah