CP15 barrier instruction emulation only exists on arm64 architecture.
Avoid sysctl writing an error to the journal when the setting doesn't
exist by prepending a dash.
Since buildroot commit 3ceb8c97bcb6753740fa27a58b8e0dc00dbbbd19, systemd
has new option BR2_PACKAGE_SYSTEMD_VCONSOLE_DEFAULT_KEYMAP which
defaults to "us". With this option specified, systemd-console depends on
kbd package and causes the following message to be printed during
startup on HAOS:
systemd-vconsole-setup[253]: sh: gzip: not found
This comes from the loadkeys call which tries to open the gzipped file,
so likely the kbd package should also depend on gzip. However, since we
don't want the kbd package at this point, I'm leaving this for later
investigation and simply unsetting the new option to revert to
pre-2024.02 setup.
List Nabu Casa appliances under boards README.md
* Home Assistant Green
* Home Assistant Yellow (based custom carrier board and powered by a Raspberry Pi 4 Compute Module)
* Home Assistant Blue (based on ODROID-N2+)
The official description says:
Multipath TCP (MPTCP) connections send and receive data over multiple
subflows in order to utilize multiple network paths. Each subflow uses
the TCP protocol, and TCP options carry header information for MPTCP.
Thanks to MPTCP, being able to use multiple paths in parallel or
simultaneously brings new use-cases:
- Seamless handovers: switching from one path to another while
preserving established connections -- Apple is using it for this
reason since 2013.
- Best network selection: using the "best" available path (latency,
losses, cost, bandwidth) -- one path can be used as a "backup" one.
- Network aggregation: using multiple paths at the same time to have a
higher throughput -- e.g. to combine a fixed an mobile network to
send files faster.
For example, for HA, it is possible to keep a SSH connection alive when
switching from one network to another (e.g. while travelling).
To be able to use MPTCP, both ends need to support it. An application
has to request it, by creating an MPTCP socket instead of a TCP one.
The rest in unchanged. An alternative is to use 'mptcpize' tool, which
relies on LD_PRELOAD to create an MPTCP socket instead of a TCP one.
Note that a MPTCP-enabled server continues to accept regular TCP
connections that do not use the Multipath TCP extension without any
performance impact. When a connection request is received, and is linked
to a listening socket with MPTCP support, the kernel will simply check
if MPTCP options are present. If not, the accepted socket will be a
"plain" TCP one, with the same impact as before.
To use multiple paths at the same time, additional IP addresses need to
be configured, e.g. via the 'ip' tool (IPRoute2).
MPTCP in the kernel is enabled in most main Linux distributions (Debian,
Ubuntu, RedHat, Fedora, etc.), but in more specific ones like Raspbian.
It is available in the Linux kernel since v5.6.
Signed-off-by: Matthieu Baerts (NGI0) <matttbe@kernel.org>
* Update Buildroot to tag 2024.02 with rebased HAOS patchset
* udisks2: update to v2.10.1
* Updated to version 2.10.x compatible with libblockdev v3
* Rebased patches to new codebase
* Autoreconf patch is not needed anymore
* libblockdev-nvme is now hard dependency of udisks daemon
* patches/grub2: remove upstreamed efidisk patch
* patches/network-manager: update multiple gateway patch
* package/os-agent: fix go download
After the Go update, build fails with the following error on mod vendor:
GOPROXY list is not the empty string, but contains no entries
Turns out this step is not having the environment variables set, use
those used for download to fix it.
* package/xe-guest-utilities: set DL env for go mod vendor
* Bump buildroot to fix missing unit file from nfs-utils
* buildroot 3f950a1aee...a1b2d12f32 (1):
> package/nfs-utils: only install fsidd binary and unit file with enabled nfsd
* CI: install flake8 for pr-checks runner
Use distribution package, as it's what's used in Buidlroot's Gitlab CI
Docker image at buildroot/support/docker/Dockefile.
* Disable check for Upstream section in the patch header for now
It was introduced in latest BR - disable it for now and re-enable
for HAOS in a later separate PR.
Fix regression caused by #3224 which introduced version-specific
directory for linux patches, causing the upper-level patch not being
applied. Copy the patch to the version folder instead. Also we need
to keep it in the upper directory for RPi kernels.
(cherry picked from commit 8226323a1b00ed3b96c9c10717de71f75aa5cd01)
The test was missing --no-progress flag, which only manifested after
merging #3238 - causing the CLI to run in an interactive pseudotty.
(cherry picked from commit 122dd1c28875a599965c41678721635ef5028caa)
Use -i (--interactive) and -t (--tty) to start the HA CLI interactively.
This is required by some commands like the new device wipe command added
with https://github.com/home-assistant/cli/pull/464.
(cherry picked from commit fe1978f98fab65f52676590e6c8e60716497d551)
Fix regression caused by #3224 which introduced version-specific
directory for linux patches, causing the upper-level patch not being
applied. Copy the patch to the version folder instead. Also we need
to keep it in the upper directory for RPi kernels.
Use -i (--interactive) and -t (--tty) to start the HA CLI interactively.
This is required by some commands like the new device wipe command added
with https://github.com/home-assistant/cli/pull/464.
The in-tree driver introduced in HAOS 12.0 is having random issues,
so revert back to the stable OOT driver that was used before for now.
Also it add it to RPi 2 and Yellow where it's been missing the whole
time.
Fixes#3205
Revert changes in the USB driver causing Z-Wave sticks (Z-Wave.me a
and Aeotec at least) failing to enumerate. Issue is reported upstream
but reverting the patches is a feasible workaround for the time being.
Refs #2995
Remove the mentions of petitboot, as it's not normally used on M1S.
Document possibility to use SD card boot and alternative method of
reflashing the eMMC from an OS running from an SD card.
With recent change of Azure VM type, the disk layout has changed and
the build of ova target fails with insufficient space. Since there
is now plenty of space on /mnt partition, we can use that, just like
we've been using it for cache for now.
Ref: https://github.com/easimon/maximize-build-space/issues/39#issuecomment-1935591779
* 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
ae33b44557/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
