this brings images suited to work OOB for RPi3/4/5 with CRT TV sets. it
comes with preconfigured shaders, core options, readable font, ...
see https://www.lakka.tv/articles/2024/05/02/rpi-composite/
- add new RPiX-Composite devices under RPi project
- RPi3/4-Composite use own kernel config
- RPi5-Composite uses kernel config of RPi5
- remove linux.arm.conf broken symlinks from some devices
- move VULKAN enable to device options
- add splash screens for 480/576 height
- glibc: match kernel version for RPi3/4 (using 5.10.y with "fake" 240p
patch)
- adjust DEVICE conditions to only match first 4 characters / first 4
characters + wildcard (various places)
- add specific assets, configs, shaders in retroarch package
- retroarch: adjust default configuration
- linux: add 5.10.y kernel (used by RPi3/4-Composite, see above)
- linux: add patches for 5.10.y kernel
- mkimage: add additional information into cmdline.txt and
retroarch-overrides.txt
- firstboot.sh: add output (logged in fs-resize.log)
- firstboot.sh: prepend processed overrides with hash
- firstboot.sh: copy core configurations to storage partition
- firstboot.sh: rework wifi autoconfig script
- retroarch: add full default config file and apply changes in the
package file directly to the config for individual systems (solves
some issues with core/game overrides when there is no value in the
config and user creates overrides in first run of retroarch, then
these overrides are also stored in default config)
* Switch: it builds
* Switch: Use udev to finalize usb gadget to save from systemd looping service restart until cable connected.
* Switch: Update kernel stuff again
* Switch: Downgrade Alsa packages to version in 4.x tree
* Joycond: Update Switch version
* Switch: Minor fixes
* LibreELEC: Fix a few broken files from upstream pull
* Switch: Fix LibreELEC build.
* Switch: Update bootloader stuff
* L4T: FFMPEG: Add support for nvv4l2 decoder/encoder
* FFMPEG: Add back encoder support for game recording in retroarch
* FFMPEG: revert a few changes, and add support for vulkan.
Use upstream ffmpeg as a base version and apply kodi patches via a
patchset.
This doesn't change the ffmpeg source code we build from ATM but
allows us to easily drop kodi patches if they cause issues, update
to a newer point release or test with different ffmpeg versions
in the future.
Signed-off-by: Matthias Reichl <hias@horus.com>
av1 patch is now included in kodi ffmpeg fork so we can drop it
from our local patches.
Only Amlogic still needs the patch as it doesn't use kodi ffmpeg
fork.
Signed-off-by: Matthias Reichl <hias@horus.com>
* Update L4T encoder/decoder to latest version which is 70% faster at 1080p
* Add vulkan support to ffmpeg
* Add vitaquake3 and boom3 cores for switch builds
These cores are considered broken, but starting, so maybe in the future they will be more reliable.
* Run dock-hotplug before starting retroarch.
This Will properly force DPI if booted on dock, and audio switching. It also has the added bonus of force fixing audio issues where speakers randomly dont work on boot."
* Update Kernel Repos
* update libglvnd
* update xf86-video-nouveau
* Build mesa properly in L4T LibreELEC builds.
* Update L4T build config for retroarch to fix building with support for EGL/openGLES.
While L4T supports EGL/OpenGLES, and the issue building for it is fixed,
we arent switching now though because moonlight core doesnt support it.
* Exclude moonlight core in Lakka builds that use openGLES over openGL, as openGLES is not supported
* Use openGLES in LibreELEC builds, as that is what upstream is targeting
* Update Decoder, fix all issues with seeking, and moonlight streams, Add Proper Encoder support.
* Remove libcec from l4t builds, as it doesnt work for us anyway
* Downgrade glibc to 2.27 for L4T Builds.
* Downgrade binutils to 2.32 for L4T Builds.
* Update L4T Project Options
* Refactor tegra-bsp package
* Import/Rebase CTC's ffmpeg patches, and switch decoder to nvv4l2 from nvmpi. Fixes decoder issues
* Enable all disabled cores
* Remove hack in busybox package to dump firmware into L4T Builds, we now handle this in tegra-bsp package.
* More L4T project cleanups
* Bring switch-bootloader package.mk inline with upstream formatting
* Fix reboot_payload
* Add proper tegra-bsp:init support
* Bootloader cleanups, seperate bootloader stuff for libreelec builds
* Update init for supporting all distros on Nintendo Switch
* Add proper splash images for libreelec builds.
* Final bootloader fixes
* switch-bootloader-merge-fixes
* Fix uboot merge issues
* fix bmp
* It all builds
* add Basic USB Gadget(Serial console only)
* Properly fix mtp, and finish gadget stuff
When testing ffmpeg / hardware decoders it's very convenient
if one can do that with ffmpeg instead of only kodi. Using the
same ffmpeg patches and options as used by kodi also reduces the
risk of testing a different version than what's used by LE/kodi.
As the ffmpeg binary is way too minimal for normal use and only
intended for internal testing this feature is disabled by default
and has to be explicitly requested by building with FFMPEG_TESTING=yes
In addition to ffmpeg and ffprobe binaries this enables the null muxer
and wrapped_avframe encoder so one can test with "-f null".
On RPi it also enables vout_drm (which is only included in jc's
tree / RPi ffmpeg patches) so "-f vout_drm" can be used, too.
Signed-off-by: Matthias Reichl <hias@horus.com>
* Update UCM, Add initial LibreELEC build changes, Add alsastate save/restore, remove old ffmpeg from switch builds
* Add mount to switch build for cheats
* Add support for nvmpi to new ffmpeg
* L4T/Switch: use Python3
* L4T: use upstream openssh package
* openssh: add Switch specific patch for keydir
* project/device options cleanup, typos, other fixes
* moonlight: move the core to lakka packages, build for other targets
* rearange a few patches
* L4T: use upstream xorg-server package
* L4T: use upstream libglvnd package
* L4T: use upstream mesa package
* L4T: use upstream util-linux package
* Remove xpadneo from L4T builds
Co-authored-by: Tomáš Kelemen (vudiq) <vudiq@vudiq.sk>
