Add python2 to makedepends, so it builds in strict mode for armv7.
Otherwise it would fail with:
checking whether /usr/bin/python2 version >= 2.6... configure: error: too old
This MR updates the app to the latest commit (currently from 2 days
ago). It also updates plasma-angelfish, but I changed the $pkgrel to
follow the format of the other Git packages.
This also re-enables plasma-angelfish and vvave in the default Plasma
Mobile installation, as they were previously disabled due to
qt5-qtwebengine (which they depend on) requiring a soname bump
upstream.
Add main/qt5-qtspeech, required dependency for kde/kpimtextedit. Disable
check in kde/kimap, as it fails at least with QEMU aarch64.
Change the source url for Sink and Kube to the KDE Download mirror
rather than their GitHub organization (they required rebuilding anyway
due to the applications upgrade).
The device boots, USB networking is available and the display does also
work, even though the default display brightness seems to be zero. More
information can be found in the wiki.
Thanks to PureTryOut for the patch
[skip ci]: the CI script will fail with the "too many packages have
changed" sanity check. ollieparanod has verified that everything builds
before merging.
Switch plasma-mobile to use xdg-shell instead of wl-shell. wl-shell is
deprecated in Qt 5.12 and is breaking plasmashell, it seems.
Related upstream issue:
https://invent.kde.org/kde/plasma-phone-components/issues/2
This introduces another regression that applications don't start
maximized. Will have to solve this issue upstream.
Closes#159
Use upstream Linux with patches, which are needed for a lot of things.
lambdadroid said he will upstream some of them, but the battery driver
would need to be written from scratch, which is apparentely
non-trivial.
[skip ci]: kernel doesn't build under one hour (maybe too many modules
are selected), but it does build eventually
As mentioned in #151, the Raspberry Pi Zero doesn't have an ethernet
port, so this makes it quite complicated to connect to the device from
a fresh install, because wifi/bluetooth/serial/... are not configured.
With this new package, the device starts with the microUSB configured as
ethernet and the dhcpd is running on the RPI, so you can simply connect
it to a computer and connect with SSH in order to configure it.
The show_splash function called by the 20-debug-shell.sh script already
skips fbsplash when the device is configured to not use the framebuffer.
But the variable was not defined in the script. This is solved by
including the /etc/deviceinfo file.
Follow-up to !108, where this change got lost in the rebase.
Since the Qt upgrade, Plasma Mobile boots into a black screen, even
on the current version in the master branch. Bhushan recommended we
update to the latest plasma framework anyway (which is possible now
due to the newer Qt version) and try to fix it from there. See #159.
[skip ci].
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.
