The conflict happens, when we're on rc-1, the old naming only contains the target version, so there will be two file named `postmarketos-linux-mainline-4.15-rc1.patch`: one that updates the kernel from the latest stable, and one empty.
* XFCE4/Hildon: Log to syslog, see also:
<https://github.com/postmarketOS/pmbootstrap/pull/762>
* Fix XFCE4 didn't start in qemu-amd64, because it required
libEGL.so.1, which is provided by mesa-egl. This is a dependency
of device-qemu-amd64-x11 now. (It worked for Hildon and Weston,
because they pull mesa-egl in with other packages.)
This causes initramfs to skip calling 'kpartx' when pmOS has been
installed on an external disk (e.g. sdcard). Fixes mounting pmOS_boot
by label (#774).
@drebrez deserves much credit for this one for all the testing,
bisecting and for fixing everything. Thank you very much!
---
* devices which need a custom weston.ini ship it with a install_if
subpackage, so it only gets installed when weston is installed. This
sounds complicated, but is actually pretty clean in the APKBUILD.
* postmarketos-ui-weston: has a weston.ini.default, which enables
xwayland and uses fbdev as backend (because that's what most
devices use!). It defaults to the weston.ini.default if there is no
weston.ini (as installed by the device package).
* changed spaces to tabs for consistency, general minor refactoring of
device-APKBUILDs
Placing such files in /tmp/ is an unnecessary attack vector, as
@pavelmachek showed. All udev rules, which mentioned /tmp/weston.log
do not contain any path anymore.
Logs can be read with:
logread -f /var/log/messages | grep weston
See also: <https://wiki.alpinelinux.org/wiki/Syslog>
This way we could give the user a rough idea what will be installed,
and also use this to display a short warning about long compile times
(e.g. until the plasma mobile stuff is upstreamed).
* Rebase on 4.11.12 kernel upstream
I took the relevant patches from https://git.linaro.org/people/john.stultz/flo.git/log/?h=flo-v4.11 and
compiled with upstream kernel.org 4.11.12 kernel. 4.12rc1 and later have not fixed yet problems
with freedreno gpu hanging. So we now have an upstream source for the kernel and John Stultz
patches separately.
Set this to y as it does not seem to have problems in Alpine - CONFIG_HW_RANDOM_MSM=y
Enable USB OTG in kernel. I still need to find out how to enable it in Alpine.
* Use pkgver instead of hash and other changes
* Add dependencies for X11 and osk
Added pointercal. Added dependencies so Xfce would work out of the box. Made changes in
90-android-touch-dev.rules as they are needed for proper X11 touchscreen calibration.
* Allow to specify a custom username in "pmbootstrap init"
* Build chroots have "pmos" instead of "user" as username now
* Installation user UID is 1000 now (as in all other Linux distributions)
* Adjust autologins
* postmarketos-base: enable wheel group for sudo, removed previous sudoers file
* Implement safe upgrade path:
We save the version of the work folder format now, in $WORK/version.
When this file does not exist, it defaults to 0.
In case it does not match the currently required version
(pmb.config.work_version), then ask the user if it should
automatically be upgraded.
* apkindex:
* Also parse the architecture field
* symlink_noarch_package:
* Renamed to symlink_noarch_packages
* Always work on all packages (so we don't need to guess which
subpackages have been generated after a certain build)
* Get invoked when running 'pmbootstrap index'
* Use 'apk index' to generate one index, where the architecture
does not get rewritten (abuild does that by default, due to
Alpine's repos not having a 'noarch' folder and diverging from
that doesn't make things easier for us). That goes super fast,
and then we know which packages are noarch packages and can
create the symlinks.
* Made output less verbose:
* Use -q for 'apk index' when calling it directly (when it gets
called by abuild we can't control that)
* Output that the APKINDEXes get reindexed only to the 'pmbootstrap
log'.
kmscube is a command line utility for testing KMS-capable GPU drivers,
which may be useful for validating DRM rendering and OpenGL ES acceleration
capabilities required by accelerated Weston/KWin on supported devices.
