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Currently, when downgrading from a version with pidfd support to a
version without pidfd support, all information about running processes
is lost as the newer systemd will serialized pidfds which are not recognized
by the older systemd when deserializing.
To improve the situation, let's serialize both the pid and the pidfd.
This is safe because existing versions will either replace the first
deserialized pidref with the second one or discard the second one in
favor of the first one depending on the unit and field. Older versions
that don't support pidfd's will silently discard any fields that contain
a pidfd as those will try to parse the field as a pid and since a pidfd
field will start with '@', those versions will debug error log and ignore
the value.
To make sure we reuse the existing pidfd as much as possible, the pidfd
is serialized first. Both for scopes and service main pids, if the same
pid is seen multiple times, the first pidref is kept. So by serializing
the pidfd first we make sure the original pidfd is used instead of the
new one which is opened when deserializing the first pid field.
For other control units, older versions with pidfd support will discard
the first pidfd and replace it with a new pidfd from the second pid field.
This is a slight regression on downgrades, but we make sure it doesn't
happen for future versions (and older versions when this commit is
backported) by modifying the logic to only use the first successfully
deserialized pidref so that the raw pid without pidfd is discarded instead
of it replacing the existing pidfd.
There are bugs in the kernel verifier that cause legitimate code
to be rejected, disabling this optimization makes bpf programs
built with a new enough gcc work again.
Fixes https://github.com/systemd/systemd/issues/31888
Follow-up for e0504dd011189d97a1ea813aabfe1e696742bcf5.
Hopefully, devices in PCI subsystem have some properties, thus have
their udev database file. But, that may not be true. Here, we only read
sysattrs of enumerated devices, hence it is not necessary to check if
the device is initialized or not.
The order of the arguments of the function `acquire_luks2_key()` in
`luks2-tpm2.h` is wrong, `pcrlock_path` and `pin` are swapped.
Fixes 404aea7815595c1324947ed7f2a7502b17d3cc01
This makes sure we mention the word "watchdog" in every log message
related to the watchdog.
Also, this uses the expression "hardware timeout" when referring to the
primary timeout of the watchdog, as opposed to the "pretimeout".
(Not ideal wording I know, but it's preexisting to some point, I just
continued it. I think it's OK though, in particular to underline the
difference to the software watchdog logic we implement via WATCHDOG= in
sd_notify().)
Fixes: #31662
We stick to debug logging because in some cases network-generator
will fall back to trying another parsing function if one fails, so
if we return an error it's not necessarily a failure.
This is just good style. In this particular case, if the argument is incorrect and
the function is not tested with $NOTIFY_SOCKET set, the user could not get the
proper error until running for real.
Also, remove mention of systemd. The protocol is fully generic on purpose.
F40 will be out soon, so we can update the man page already. The example should
already work.
The cloud link was dropped in fd571c9df0ba86636401582c4ea0a8cb608e1216, so
drop the unused variable too.
- Install individual asan libraries instead of gcc
- Drop duplicate qrencode package from arch config
- Install dbus-user-session which provides default-dbus-session-bus
- Explicitly install dbus-broker on Arch Linux
Unfortunately, sd-bus-vtable.h, sd-journal.h, and sd-id128.h
have variadic macro and inline initialization of sub-object, these are
not supported in C90. So, we need to silence some errors.
Also install setools-console and policycoreutils instead of setools
which pulls in the kitchen sink. Also install selinux-policy-targeted
to make sure the right policy is installed.
