By default ConditionFirstBoot is ankered to the presence of
/etc/machine-id. However, in our case /etc/machine-id is a bind mount,
which makes the first boot condition non-working.
Since machine-id is stored by the bootloader on HAOS, use the boot
loaders knowledge and pass the information to systemd.
* Add ODROID-M1 board support
* Add Rockchip kernel config for ODROID-M1
Kernel defconfig for Rockchip is based on Armbian kernel defconfig
from config/kernel/linux-rk3568-odroid-edge.config (git hash
95c829f9e664).
* Add U-Boot/Kernel patches
* Add Rockchip blob support
Add package which provides Rockchip TPL and ATF firmware binaries.
* Use latest U-Boot for ODROID-M1
* Fix Rockchip blob support
* Update defconfig
* Use GPT by default
* Create uboot partition to support non-recovery boot
* Enable eMMC boot in U-Boot SPL
* Drop unnecessary mmc device selection
Distro boot already activates the right mmc device. The extra selection
seems to actually cause problems for eMMC boot.
* Make sure driver for eMMC is built-in
* Use odroid-m1 as Supervisor machine
* Add ODROID-M1 to CI pipeline and issue template
* Bump to Linux 6.1.16
* Support custom sized SPL/raw boot region
This is required for Rockchip which by default stores the U-Boot FIT
image at the 8MiB offset.
* Ignore shellcheck warning
The new systemd version v252 brings a new naming scheme, in particular
it seems that on device tree based systems (e.g. Raspberry Pis) the
Ethernet device name changes from eth0 to end0.
This breaks a previously made configuration.
Even worse, it seems that the default NetworkManager behavior is to only
configure a network device if there is no profile. But since profiles
are configured on a typical installation, NetworkManager doesn't bring
up any of the network interface, leaving the user stranded on an
unconnected system.
Ideally, we should have a plan how to migrate from one naming scheme to
the next. For now, just stick with the naming scheme HAOS 9.x has been
using.
* Linux: Update kernel 6.1.12
* Update generic_raw_uart to build with Linux 6.1
* Update Realtek rtl8821cu/rtl88x2bu to build with Linux 6.1
* Bump buildroot
* buildroot 43f82f01b9...90aa1a6daa (1):
> rtl8812au-aircrack-ng: bump to latest rev d98018
* Fix eq3_char_loop to build with Linux 6.1
* rtl8821cu: make sure -Werror is disabled for the kernel build
* generic_raw_uart: make sure -Werror is disabled for the kernel build
The ODROID-XU4 is largely compatible with the ODROID-HC1. It seems that
the image used to work until recently, where a stable kernel update
broke access to the S-ATA disk.
Revert the offending stable kernel patch to fix S-ATA disk on
ODROID-HC1.
The cgroup_enable parameter is a Raspberry Pi kernel specific kernel
parameter. Upstream based kernel do not have the parameter, and hence
do not do anything.
This gets rid of the following message during boot:
Unknown kernel command line parameters "cgroup_enable=memory", will be passed to user space.
* RaspberryPi: Update kernel 5.15.61 - 1.20220830
* Add Yellow to the Raspberry Pi kernel update script
* Bump Yellow to kernel 5.15.61 - 1.20220830
Also drop the work around for the LED polarity as the new firmware
has been fixed.
* Explicitly select no kernel module compression
Home Assistant OS uses a compressed rootfs already, no compression for
kernel modules necessary.
* Bump buildroot
* buildroot d7e4c223e5...5468d36a26 (1):
> package/rpi-firmware: bump version to 1.20220830
* Retry up to 3 times
By default, HAOS used to retry 3 times. That is still true for U-Boot
based boards. Apply the same logic for GRUB2 based systems for
consistency.
This can help to remedy intermittent internet/connectivity issuese.
Altough hacky, in practise it makes sense to give the newly installed OS
another go.
* Also apply to generic-aarch64
* rpi4: Enable arm_boost=1 to unlock 1.8Ghz CPU
The official Raspberry Pi OS enables a "boosted" 1.8GHz
mode since their Debian bullseye based release [source]. This
commit brings this feature to HA OS.
* Disable real-time scheduling
It seems that Linux' cgroup v2 currenlty does not support RT scheduling.
* Remove Supervisor RT support flag
With CGroups v2 we can no longer support CPU resource allocation for
realtime scheduling.
* Bump OS Agent to 1.3.0 for CGroups v2 support
This makes the Red+Blue Button cause the boot loader to wipe start4.elf,
which is essential for the boot loader to boot from eMMC. With the file
missing, the Raspberry Pi firmware will continue its boot flow and boot
from USB host next. This allows to run the Home Assistant OS Installer
from a USB flash drive again.
For phyiscal hardware the default Power Button action has been disabled
to avoid accidentally power down the machine.
However, for virtual machine this method is often used to shutdown the
virtual machine gracefully. Use the regular power settings for virtual
machines.
