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I couldn't see any reason why the kernel could provide COMM to the coredump
handler via the core_pattern command line but could not make it available in
/proc. So let's assume that this info is always available in /proc.
For "backtrace" mode (when --backtrace option is passed), I assumed that the
crashing process still exists at the time systemd-coredump is called.
Also changing the core_pattern line is an API breakage for any users of the
backtrace mode but given that systemd-coredump is installed in
/usr/lib/systemd, it's a private tool which has no internal users. At least no
one complained when the hostname was added to the core_pattern line
(f45b801551)...
Indeed it's much easier to get it from /proc since the kernel substitutes '%e'
specifier with multiple strings if the process name contains spaces (!).
Takes a single /sys/fs/bpf/pinned_prog string as argument, but may be
specified multiple times. An empty assignment resets all previous filters.
Closes https://github.com/systemd/systemd/issues/10227
I have an .efi image with embedded newlinews. Now I don't even remember if it
was created for testing or by accident, but it doesn't really matter. We should
display such files correctly.
(This isn't a problem with normal BLS entries, because input is split into lines
so newlines are consumed.)
Because it's not a device path and (slightly) bad things happen if it
gets confused with one:
$ udevadm info /sys/
Assertion 'device->devpath[0] == '/'' failed at
../src/libsystemd/sd-device/sd-device.c:958,
function sd_device_get_devpath(). Aborting.
Aborted (core dumped)
# udevadm control --property=HELLO=WORLD
Received udev control message (ENV), unsetting 'HELLO'
# udevadm control --property=HELLO=
Received udev control message (ENV), setting 'HELLO='
Oh no, it's busted. Let's try removing this one little negation real quick
to see if it helps...
# udevadm control --property=HELLO=WORLD
Received udev control message (ENV), setting 'HELLO=WORLD'
# udevadm control --property=HELLO=
Received udev control message (ENV), unsetting 'HELLO'
Feels much better now.
Those messages were quite confusing. In particular "adding address" suggests
that we are assiging a new address to an interface, but in fact we're just
reacting to a notification about an addition. So let's call that "remembering"
and "forgetting". It's not fully gramatically correct, but I think it's much
clearer than "adding"/"removing" in this context.
And "received address without address" is too cryptic, let's say "address
message" to distinguish the message from its content.
Also, make failure to format address non-fatal, and print more details in
various places.
For some reason, systemd-logind is trying to handle idle action in one of my containers:
Jun 07 10:28:08 rawhide systemd-logind[42]: System idle. Taking action.
Jun 07 10:28:08 rawhide systemd-logind[42]: Requested operation not supported, ignoring.
But we didn't log what exactly was being done. Let's put the name of the action in messages.
All callers pass either a fixed action, or HANDLE_IGNORE is explicitly filtered
out. Let's remove this case here, because we cannot properly log what opreation
we are ignoring.
Make possible to set NUMA allocation policy for manager. Manager's
policy is by default inherited to all forked off processes. However, it
is possible to override the policy on per-service basis. Currently we
support, these policies: default, prefer, bind, interleave, local.
See man 2 set_mempolicy for details on each policy.
Overall NUMA policy actually consists of two parts. Policy itself and
bitmask representing NUMA nodes where is policy effective. Node mask can
be specified using related option, NUMAMask. Default mask can be
overwritten on per-service level.
These options are pretty much equivalent to "journal" and
"journal+console" anyway, let's simplify things, and drop them from the
documentation hence.
For compat reasons let's keep them in the code.
(Note that they are not 100% identical to 'journal', but I doubt the
distinction in behaviour is really relevant to keep this in the docs.
And we should probably should drop 'syslog' entirely from our codebase
eventually, but it's problematic as long as we semi-support udev on
non-systemd systems still.)
