* Copy Odroid-m1 config for new odroid-m1s board
* config: Adjust names and paths for odroid-m1s
* configs: Use rk3566 blobs for ATF
* set correct fdt in uboot.ush
* Add linux patches with Odroid-m1s devicetree
Synced from Hardkernel unofficial 6.1 tree
https://github.com/tobetter/linux/blob/ae33b445578884c70d7bfc5d6d519de4db815ccd/arch/arm64/boot/dts/rockchip/rk3566-odroid-m1s.dts
With additional cleanup and fixes for mainline linux
* Add Odroid M1S to Github actions
* uboot: Patch boot order to set SD Card first
* Create u-boot placeholder partion for odroid-m1s also
* Switch u-boot to full odroid-m1s config
* cherry-pick emmc stability improvements
* Generalise u-boot to use ${devtype} instead of hardcoded mmc
* Remove deprecated snps, reset options from device tree
* re-enable uboot ethernet
* Create common kernel config for Rockchip aarch64 boards
* Green: drop kernel option already included in main config
* Move rockchip RNG patchset to common folder
* Odroid-m1 has no board specific patches now
We added drivers for Realtek cards readers in #3005, however it also
needs MMC drivers in order to make card reading possible. Enable both
USB and PCI versions of those (each about ~40 kB).
Fixes#3167
* RaspberryPi: Update kernel to 6.1.73 - stable_20240124
* Bump rpi-firmware to version for RPi Linux 6.1.73
* buildroot f844f7f725...0ab96d7c0d (1):
> package/rpi-firmware: bump to version for stable_20240124 kernel
ODROID XU4 fails to boot after update to Linux 6.6. Comparing downstream
kernel config with upstream exynos defconfig shows it has various lockdep
options enabled, and PROVE_LOCKING seems to be the one that causes the
issue. It seems it (or any of PROVE_RCU, TRACE_IRQFLAGS or
PREEMPTIRQ_TRACEPOINTS) which get enabled along with it) probably
triggers some timing issues on the I2C bus, which causes the main PMIC
to fail to properly initialize all voltages.
Since these options should not have any real impact on our system, the
easiest option is to disable them. If we need them, or want to stay
closer to upstream defconfig, further debugging is needed.
Fixes#3137
We originally enabled it in 0ebcdcb9dc
but later reverted the patch in 5b927389b8
because of backward compatibility issues. Since we're going to 12.0,
there is now hopefully enough room for seamless transition.
Co-authored-by: Stefan Agner <stefan@agner.ch>
* Use separate path for v6.1.y and v6.6.y kernel config fragments
Since we're now maintaining Linux configs for two different versions,
it may happen that we want to add some options only to one of the
versions. While the Kconfig might figure the invalid options itself,
our config checking tooling would spam us with warnings. This commit
splits the configs to two directories. This pattern is used only for
the common fragments, more specific ones are usually sharing the same
Linux version anyway.
* Add back options removed in v6.6.y to v6.1.y kernel config fragments
* Linux: Update kernel 6.6.15
* Update buildroot packages to work with Linux 6.6
* Fix top-level and pc patches of linux
* Update tinker patch series
* Drop Odroid M1 patches
M1 is now supported in upstream.
* Update Hardkernel patches
Needed larger refactoring because of 379ae64609c7a3301b60483eb65bd8bc78f76328
* Update Green patches
* Update Odroid XU4 patches
Removing the TMU patch/hack for now, need to check if it's still needed.
If it is indeed, then it needs slighter rewrite.
* Move Rockchip RNG patches to M1 and Green dirs
* Update rtl88x2bu package to fix build
* Update gasket package to fix build
* Fix eq3_char_loop build
* Use fan53555 instead of custom rk860x driver
* Fix kernel base configs and fragments after 6.6 update
Mostly removed options that have been removed between releases. Only
a few options have been renamed, then there's bunch of options that
had dependencies added so they are available only on some architectures,
which are not those that we're using.
* Remove deprecated regulator-compatible from Green DTS
Odroid M1 was using 1056 MHz blob for RAM training, although it can run
at 1560 MHz. Use the correct file for M1 and update it to latest version,
along with ARM Trusted Firmware blob.