Disable modules for hardware that's impossible to connect to the
allwinner devices or older than the 90's this shrinks the size from 380
to 250MB.
Then it enables module compression so it shrinks from 250MB to 57MB.
Then the module stripping was enabled, shrinking it to 20MB
[ci:skip-build]: already built successfully in CI
* Support for sharp ls052t3sx02 video mode panel and max1187x
touchscreen used in Sony Xperia Z2 (sirius)
* Support for display in OnePlus One (bacon)
* Support for touchscreen, touchkeys and notification led in Samsung
Galaxy S5 (klte)
At the moment we have Contributor: lines on some packages (but not all of them),
but often they don't represent the actual contributors to the package very well.
E.g. when we added them retroactively to the device packages we only added
the initial contributor (which isn't necessarily the person
who made most of the work for a device...)
The Git history is the most representative source for figuring out
who contributed to a package, so there is no reason to duplicate that
into the APKBUILD.
[skip ci]: way too many packages
fixes the desktop file:
* add -- to make cage ignore kodi's arguments
* add --standalone to kodi's arguments
update the dependencies:
* add upower as kodi tries to communicate with it to read battery status
* add pulseaudio as kodi complains it is missing
* add elogind as it is required for cage to run
* remove xorg-server
Fixes#469
- Update to Linux 5.7-rc2
- Initial support for BQ Aquaris X5 (bq-paella/picmt)
- Add speaker for samsung-gt510wifi/matissevewifi
- Add flash LED for wileyfox-crackling
Read kernel module names from files in
/etc/postmarketos-mkinitfs/modules and print out which modules are
required by which of these files as the initramfs gets generated. Put
the default modules into a new 00-default.modules. This allows mkinitfs
hooks to add modules to the initramfs.
Parse the modules from a file similar to modules-load.d, with commented
lines and empty lines ignored. Add a simple test script for that and run
it in check().
Split mkinitfs.sh into two files, so the functions (now in
mkinitfs_functions.sh) can be sourced in a test. Such a test will be
added in the next commit.
Move $BINARIES_EXTRA into the get_binaries_extra() function, so its
$(find...) does not get executed when sourcing the functions file. Move
$BINARIES into get_binaries() too for consistency.
Make it pass shellcheck by fixing obvious mistakes like '==' instead of
'='. Add "shellcheck disable" lines for things that are intentionally done
or would be a bit more complicated to rewrite. It would be nice to
refactor some things like '${outfile/initramfs-/uImage-}', but this should
be done in a separate change (patches welcome).
Remove unused variable "modules_path". While at it, add two new fatal
error messages instead of just "exit 1" without any comment and remove
redundant mkdir in APKBUILD.
We'll use the new RTL8723CS driver in the kernel tree instead
of using the one that we have to fetch from GitHub.
Signed-off-by: Danct12 <danct12@disroot.org>
Signed-off-by: Asriel Dreemurr <asriel.danctnix@gmail.com>
[ci:skip-build]: already built successfully in CI
The lddtree script uses the scanelf utility which has some security check that causes a slowdown of the operation, executing it without privileges it's really faster.
The current postmarketOS port does not do Hildon/Maemo Leste justice.
Various features are missing or broken. We can't even upgrade to the newest
version, because of packaging issues that can't easily be resolved. And
nobody is maintaining it currently. So for the people who want to use
Hildon, please use Maemo Leste (https://maemo-leste.github.io/).
If somebody is willing to invest a lot of time for a new postmarketOS
port of Hildon/Maemo Leste, let us know!
[skip-ci]: just downloading all kernel sources takes about one hour
and ollieparanoid wants to merge it now. This already ran
successfully with [ci:skip-build] and [ci:skip-vercheck].
Many device ports install extra modules-load.conf/modprobe.conf
configurations. Simplify this a bit by installing these automatically
to appropriate locations in the file system.
