It seems that the crash of the Meson DRM driver on shutdown can also be
fixed by compiling it in. The driver is also built-in in LibreELEC,
hence this is better tested by the upstream community.
Note the underlying issue seems to be a disabled clock: Since the
introduction of meson_drv_shutdown some registers are touched at a very
late stage. Those clock get disabled in meson_ee_pwrc_shutdown. It seems
that when the driver is built-in, meson_drv_shutdown gets called before
meson_ee_pwrc_shutdown and hence sidesteps the problem.
Note: This increases the kernel by a bit since DRM needs to be built-in
as well. Configure some less common used file systems as modules
(ext3/NFS).
Since 0001-CMD-read-string-from-fileinto-env.patch is in the global
directory to be applied for U-Boot, drop it from the Raspberry Pi
specific patch directory.
In Linux 5.10.24 a regression has been introduced which broke reboot on
ODROID-N2(+). Interestingly the patch should improve reboot stability
for VIM3, which uses the same SoC. However, it seems that in the
ODROID-N2 case, this causes more problems then it fixes. Revert the
offending patch.
* Fix issue with latest shellcheck version
The latest shellcheck versions use a new error number for non-POSIX
string replacement. Change to ignore this new error number.
* Ignore shellcheck issue about not following sourced files
Newer shellcheck versions also warn when shellcheck does not follow
sourcing of files with known path:
Not following: ./meta was not specified as input (see shellcheck -x).
We check those files separately so ignore this error for the two scripts
affected.
Virtual Disk images are often used on Windows and/or Mac platforms where
xz is not a widely known file ending and also not supported by dafault.
Use zip which is much better known.
Keep using xz for boards since those are not meant to be extracted by
users but directly used in Etcher. Also keep using xz for qcow2, since
qcow2 is mostly used on Linux platforms where xz is available by default
and zip usually needs an extra package.
Use sparse files instead of files written full of zeros. This speeds up
the image generation process significantly. It also makes sure that
virtual disk image formats are minimal in size.
Note: qemu-img automatically generates sparse files when detecting a
block full of zeros. But this is applied on the write side, after image
convertion: The disk image format itself still thinks the whole image
is allocated, leading to larger image than necessary. Also some output
format seem to regonize chunks of zero and create sparse files themself.
With this change, the raw source image file is a sparse file. This is
regocnized by qemu-img at read time (see block/file-posix.c), and leads
to "native" sparse files in the output format.
Some numbers
- qcow2 1.8G -> 862M (same on-disk size)
- vdi 15G -> 888M (same on-disk size)
- vhdx 30G -> 1.1G (918M -> 861M on-disk size)
- vmdk 1.8G -> 866M (about the same on-disk size)
Obviously this also affects the compressed size. But because there are
still lots of zeros, the difference in compressed size is not that big.
* Use interface-name to exclude veth
The type veth is not a valid type (see [1] for how to obtain a list of
valid device types. Use `driver` to filter veth.
Note: It seems that NetworkManager did not manage veth so far, so this
change seems not to be relevant in practice.
Co-authored-by: Pascal Vizeli <pascal.vizeli@syshack.ch>
* add eq3_char_loop package (eQ-3 char loopback kernel module)
* add generic_raw_uart package (low-latency raw UART kernel driver)
* add rpi-rf-mod package
* add device tree overlay support for RPI-RF-MOD/HM-MOD-RPI-PCB on Raspberry Pi
* enable GPIOLIB and GPIO_SYSFS required for RPI-RF-MOD/HM-MOD-RPI-PCB support.
* add basic RPI-RF-MOD/HM-MOD-RPI-PCB support for ASUS Tinker Board
* add device tree overlay support for ASUS Tinker Board and add
haos-config.txt loading support to U-Boot boot script
* Re-add patches missed with U-Boot 2021.04-rc4 upgrade
Also add patches for Raspberry Pi again.
* Regenerate patches for U-Boot 2021.04
* Update to U-Boot 2021.04
The latest version of OS Agent sets haos.wipe=1 as kernel argument to
trigger a device wipe. Let systemd pickup this kernel command line
argument and start haos-wipe.service.
This rather complex architecture allows to add other triggers in the
future, e.g. a button read in the boot loader.
* Disable systemd-logind support for udisks2
Currently udisks2 uses systemd-logind to prevent the system from
rebooting or similar operations while udisks operations are ongoing.
Unfortunately this stops us from using udisks2 during early boot since
systemd-logind is not ready at this point. Make the dependency
configureable so we can opt-out of using systemd-logind.
* Make dbus.service/socket and udisks2.service/socket available early
Disable default dependencies. This avoids those services to be ordered
after sysinit.target, and makes them available before local-fs.target
is reached. All mounts like mnt-data.mount are ordered before
local-fs.target, so breaking this dependency allows to use D-Bus before
mounting local file systems.
This seems fine when using the system bus directly from /run (instead of
/var/run, which is anyway a symlink to /run normally). It seems that
udisks misses /var/lib/udisks2 but it seems not to be required for the
features used so far.
So far the exit code has been evaluated, which seems to be non-zero even
with a regular term signal. With that systemd assumed the service is in
a failed state, when in fact this seems the regular behavior of dropbear
when shutting it down.
* Add udisks2 package
Add latest release of udisks2 as a package. Also disable polkit to avoid
excessive dependencies.
* Add udisks2 and os-agent to Home Assistant OS
* Bump OS Agent to latest version with udisks support
* Add RTL87xx/RTL88xx Bluetooth firmware
Enable Realtek Bluetooth dongles by adding firmware for RTL87xx and
RTL8xx devices.
* Enable Wireless firmwares for OVA and Generic x86-64 machines
Virtual machines might use hardware pass through functionality to get
direct access to wireless hardware. Add all firmwares we use in Generic
x86-64 image also to the OVA image. Also enable Ralink devices for the
two machines.
* Add RTL87xx/RTL88xx Bluetooth firmwares (#1273)
Add RTL87xx/RTL88xx Bluetooth to all devices without on-board Bluetooth.
* Rename NetworkManager default profile
Rename the NetworkManager default profile to "Home Assistant OS
default". Improve documentation on how to reset to default
configuration.
Bump to the latest U-Boot release 2021.04-rc4. This alows to drop quite
some patches which have been sent to the mailing list or picked from the
mailing list and have been merged upstream now.
* Accept installation with intel-nuc in compatible string
For the OS release 6 intel-nuc gets renamed to generic-x86-64. Since
the machine name is in the OS compatible string we need to make sure
OS release 5 installation can update to release 6 despite the new
machine name.
* Change HASSOS_ID from hassos to haos
Use a rauc install-check hook to make this update compatible with OS
releases using hassos in the compatible string.
* Use home-assistant as organization in CPE_NAME
Align with Home Assistant core which uses home-assistant with a dash as
organization in CPE_NAME.
* Rename Intel NUC machine to Generic x86-64
The Intel NUC machine has evolved and supports various x86-64 machines
today. Rename the board.
Note that this does not address the migration issue. This will be
handled separately.
* Update Scripts/Documentation
* Rebase patches to Buildroot 2021.02-rc3
* Update Buildroot to 2021.02-rc3
* Declare Kernel headers to be Linux version 5.10 (since they are, and new Buildroot knows about 5.10)
