Turns out we do need to fork this aport, as it builds qgpgme, which
Alpine's aport does not build as of now. Updated to 1.12.0 and changed
the pkgver to 9999, so it does not conflict with Alpine's aport.
We had probably added this, because no binary package was present in
Alpine at the time. Now it is present, and the package has been updated
in Alpine. No need to keep this outdated version around.
Run 'pmbootstrap aportgen gcc6-aarch64 gcc6-armhf' again and commit
the resulting changes, as these packages are meant to be always
auto-generated and therefore in sync with main/gcc6.
This changes the pkgver to 9999, as it was required in main/gcc6 to
avoid conflicts with Alpine's gcc6 package.
Rename test_aports_kde.py to test_aports_framework_versions.py and
generalize all referenes in the code from "KDE frameworks" to
"frameworks". Check that all Qt packages have the same version, support
having the real version in _pkgver and pkgver=9999.
Scan all pmaports, not only the ones in the kde dir. Do not output all
packages of the "other" category anymore, the package count is enough.
Let pmbootstrap properly parse the package URLs, this is required for
the next commit where we start comparing the pkgver of all QT packages
- based on the URL like we do it for the KDE packages.
Depend on wayland-dev and remove the LuneOS related patch that does not
apply anymore. We don't ship LuneOS UI anymore (see #49), so there's no
point in carrying around the patch.
This package was broken in the upgrade to Qt 5.12.
Also noticed that the debug-shell hook wasn't sourcing the deviceinfo
and still showing the splashscreen even with
deviceinfo_no_framebuffer="true", now is fixed and tested.
Additionally, fix a typo in the existing
"NOTE: Skipping framebuffer setup..." message.
When util-linux v2.32 updated v2.33, remounting a partition stopped
working.
mount -n -o remount,rw /
mount: /: can't find LABEL="pmOS_root".
This service will add the pmOS rootfs partitions to device mapper so that
the remount root partition will succeed.
Fixes issue #156
This is a followup to !109 (merged). Affected packages:
* device/linux-samsung-p4wifi
* device/linux-sony-tulip
* device/linux-teclast-x80pro
* main/linux-postmarketos-allwinner
* main/linux-postmarketos-mainline
* main/linux-postmarketos-qcom
* main/linux-postmarketos-stable
[skip ci] I have confirmed that all 7 kernels still compile.
Regenerate these aports, so the test case does not complain anymore
that they are outdated. Adds armv7 to the arch lines, as that is the
aportgen change which was done in pmbootstrap!1730.
Workaround for a build error on aarch64, where the binary package
repository is currently stuck. Compiling it for aarch64 like this:
$ pmbootstrap build --strict --arch=aarch64 qemu
Resulted in:
>>> qemu: Analyzing dependencies...
ERROR: unsatisfiable constraints:
openssl-dev-1.1.1a-r0:
conflicts: libressl-dev-2.7.4-r2[pc:libcrypto=1.1.1a]
libressl-dev-2.7.4-r2[pc:libssl=1.1.1a]
libressl-dev-2.7.4-r2[pc:openssl=1.1.1a]
satisfies: curl-dev-7.62.0-r2[openssl-dev]
libssh2-dev-1.8.0-r4[pc:libcrypto]
libssh2-dev-1.8.0-r4[pc:libssl]
spice-dev-0.14.1-r3[pc:openssl]
libressl-dev-2.7.4-r2:
conflicts: openssl-dev-1.1.1a-r0[pc:libcrypto=2.7.4]
openssl-dev-1.1.1a-r0[pc:libssl=2.7.4]
openssl-dev-1.1.1a-r0[pc:openssl=2.7.4]
satisfies: world[libressl-dev]
libssh2-dev-1.8.0-r4[pc:libcrypto]
libssh2-dev-1.8.0-r4[pc:libssl]
spice-dev-0.14.1-r3[pc:openssl]
>>> ERROR: qemu: builddeps failed
Note that the only package not mentioned in both "satisfies" outputs is
curl-dev. The real questions are: why is libressl-dev getting pulled in
at all? (Alpine switched back from libressl to openssl, so this should
not happen). And why does this only happen for aarch64, but not for
x86_64 and armhf? But at least this patch unblocks the package builder.
Builds abuild-sign and abuild-tar.static without any dependencies, so
they can be used outside of an Alpine Linux system. We need this for
build.postmarketos.org.
In this CI test, we add the upstrem postmarketOS/pmaports.git
remote to the checked out git repository. Do not crash when it exists
already, so we don't need to remove it before each run when testing
locally.
* Move a comment that was after a line of code above that line. That
line was very long compared to all others in the file, and now the
file fits in 80 characters in every line, like PEP-8 recommends.
* Replace "folder" with "dir" in the comments (as I learned lately
that "folder" is only a Windows concept).
The modules wl12xx, mac80211 and cfg80211.ko are assembled as modules,
but due to the lack of the command 'make modules_install' in APKBUILD,
these modules are not included in the finished package. Because of this,
it was impossible to launch Wi-Fi on Samsung-i9003.
Modernize the APKBUILD. Load reboot mode kernel module, and uinput
kernel module (used by bluetoothd).
User facing changes:
* Uses some mainline sensor drivers.
* Fixes bluetooth audio stuttering (needs some userspace fixes though).
Various code refactoring happened. I tried to write a better looking
display panel driver rather than reuse the downstream driver. Not
quite there yet though.
Use latest sources from LineageOS, instead of the ones from andip71.
The APKBUILD is modernized to use the devicepkg-dev but unfortunately
compiling with gcc8 it doesn't boot.
The kernel config is updated with the required options to start the
lxc-android container and xf86-video-hwcomposer works
(tested with xfce4).
My plan was to add the firmware-samsung-klte with the subpackages for
the wifi blobs and a precompiled android system.img to use with
libhybris, but my device just died and I'm not able to power it on (I've
probably burnt the Power IC 😢)
As observed on UBPorts, hwcomposer implementation on Android 7 CAF (non-Nexus
Qualcomm) devices has slight differences in employed structs, which makes
them binary incompatible with AOSP headers.
Halium 7.1 android-headers extracted from LineageOS include those
modifications (e. g. https://github.com/Halium/android-headers/blob/halium-7.1/hardware/hwcomposer.h#L290),
so it is enough to add QTI_BSP/QCOM_BSP to defines of programs utilizing
those headers. In case of libhybris, only test_hwcomposer is affected so
far on 7.1 (might be not true for Android 5.1/6!).
This change avoids providing libhybris-7.1-caf package by building a
separate binary of test_hwcomposer for affected devices.
