This fixes [ERR] from CLI `show routes`, and broken operational status
in setups with DHCP client enabled by default.
Feature (static routing) introduced in release cycle, no need to bring
up in release notes.
Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
Empirical studies shows that the surge protection on the alder board
is not compatible with Energy Efficient Ethernet.
Root cause has not yet been determined.
On the P2's the only reasonable way (in terms of hardware patching
effort) of driving the LEDs is to have the green LEDs at the top and
the yellow ones at the bottom.
Turns out that the gpio-charger doesn't have polled fallback if the
GPIO pin can't function as an interrupt controller.
Fortunately, we have access to the IRQ pin, so we can just use that
for now and leave the driver as-is.
New command 'show software' to display software versions on each
partition, install date, and which one is currently booted.
admin@infix-00-00-00:/> show software
NAME STATE VERSION DATE
primary booted v23.10.0-132 2023-11-23T22:24:33+00:00
secondary inactive v23.10.0-132 2023-11-23T22:24:33+00:00
admin@infix-00-00-00:/> show software name primary
Name : primary
State : booted
Version : v23.10.0-132-gfd6e8ea
Size : 61992960
SHA-256 : ed6146aec462b77fb8631b14c48d281dd0f4fdb9c062f9482d863ee854081358
Installed : 2023-11-23T22:24:33+00:00
Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
The bootstrap script gets feedback from gen-admin-auth, on error we no
longer bail out but instead log the error and continue booting. This
way a developer build with root login can diagnose the error.
When logging the error we also set /etc/issue, /etc/issue.net for local
and remote login services, as well as the dedicated /etc/banner used by
OpenSSH, to hold the error summary. So when attaching to the console
port, or attempting to log in remotely with SSH, the error is printed
to indicate the device is not healthy.
Finally, since factory-config may be missing we need to bootstrap the
sysrepo db with something else, and fortunately we will always have a
failure-config to fall back on.
Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
Break fallback hash to a separate function and allow gen_qemu_system_file()
to return the status. We'd like to update the qeneth templates to include
the same VPD data as is used with qemu.sh, but for now this is sufficient.
The Qemu detection has been changed to the, slightly more, secure detection
of qemu_fw_cfg filesystem.
Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
This commit does several things. Its end goal is to fetch the admin
password hash from VPD memory during factory bootstrap.
To accomplish this probe creates a new file /run/system.json with
information read from a fw_cfg QEMU partition. The data from
/run/system.json is then later used during config bootstrap to fill in
the factory administrator password.
The idea is to make QEMU behave the same way hardware does, i.e. a
default/factory password should be fetched and used from
"hardware memory". The hardware portion of this is yet to be done.
Signed-off-by: Richard Alpe <richard@bit42.se>
Having klish as the login shell means losing lots of neat features we've
gotten used to: help text in less pager, initial terminal probing on the
console, and more.
This commit replaces the clish -> klish symlnk with a fuzzy bash wrapper
that fixes all the above annoying little things.
Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
Before this change, the following would happen in /lib/infix/mnt if a
factory-reset was performed:
1. Copy the contents of /var from Squash into /mnt/var and bind mount
/mnt/var over /var
2. Check for factory-reset
3. Clear /mnt/cfg/* and /mnt/var/*
4. Mount overlays
This ordering leaves the system with a completely empty /var on the
boot when a factory-reset is executed. Finit will fixup some of this
via its tmpfiles scripts, but we want the ability to ship files under
/var as part of the Squash and have these be available after the bind
mount, just like what happens at every other boot, when we don't
perform a factory-reset.
We solve this by delaying the bind mount (1) until after the reset has
been performed, together with all the overlays (4). While we're here,
make the fallback case, where no persistent /var is available, use a
bind mount as well. This should allow containers to be tested on such
setups, and it's one less flavor to test.
New order:
1. Check for factory-reset
2. Clear /mnt/cfg/* and /mnt/var/*
3. Mount overlays
4. Copy the contents of /var from Squash into /mnt/var and bind mount
/mnt/var over /var
Now the only difference between a regular boot and a
"factory-reset-boot" is whether (2) executed or not.
By default, assume that any LED with the function "tp", "sfp" or
"port" is attached to either an Ethernet PHY or MAC, with support for
offloading the "netdev" trigger.
Use green LEDs to indicate link/activity.
Disable any yellow LEDs for now, later on we can add alarm indications
etc. to these.
Relocate Finit conf to package, like klish and confd. Add condition to
ensure it is not started before mdev/udevd are up and kernel LED modules
have been loaded properly.
Also, add tmpfiles.conf to ensure /run/led is recreated at every boot.
Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
There should be no functional change in this patch.
In this patch we rewrite the data collection in python3. This is the
new script called "yanger". It runs various commands on the system,
such as "ip" and "ethtool". It then mangles the output data from these
commands into valid YANG data.
The yanger script is started from the sysrepo callback in the statd c
code. Its output is parsed using lyd_parse_data_fd().
This means that the daemon part of statd is still written in c and the
new python code is only used when getting a query callback from
sysrepo. The c code still handles the interface netlink messages from
the kernel which controls what interfaces statd should do sysrepo
subscribe/unsubscribe to.
Signed-off-by: Richard Alpe <richard@bit42.se>
