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The MANAGER_TEST_RUN_IGNORE_DEPENDENCIES flag was added in order to allow the caller
to skip the recursive loading of dependency units when loading specific
unit files. This includes the default dependencies, the specified dependencies, the slice.
This will be used by systemd-analyze to allow checking individual unit files in isolation.
When the flag COPY_ALL_XATTRS is set, it causes the complete set of xattrs
to be copied. If the flag is unset, only xattrs from the "user" namespace
are copied.
Fixes#17178.
Previous implementation is simplified by using the new helper. The new code
does more looping, but considering that it's unlikely that people set more
than a handful of variables through commandline options, this should be OK.
If a variable is specified on the command line, it overrides any automatically
set variable. Effective behaviour was already were like this, because we would
specify two variables, both would be set, and since glibc will return
the first matching entry.
('systemd-socket-activate -E TERM=FOO -l 2000 --inetd -a env' would give
'TERM=FOO TERM=xterm-256color PATH=...', and getenv("TERM") returns "FOO".)
But it's nicer to filter out any duplicate entries and only pass the intended
variable to the child process.
utmp_wall() and utmp_put_dead_process() called setutxent() directly instead of the stub in utmp-wtmp.h and never called endutxent(). This would leave /run/utmp left open by PID 1 or journald. This can be reproduced by e.g. lsof /run/utmp and systemd-cat -p 0 echo test. For utmp_put_dead_process() it would only leave it open if it returned early before calling write_utmp_wtmp()
The effect should be the same, but the code is less verbose.
In particular, the variable was called envp in parts of the code,
but in other parts, we had a local envp variable, and envp was called
env.
systemd-socket-activate has supported such a mode since
5e65c93a43. '--setenv=FOO=$FOO' is a fairly
common use in scripts, and it's nicer to do this automatically without worrying
about quoting and whatnot.
https://github.com/systemd/mkosi/pull/765 added the same to 'mkosi --environment='.
When the root parameter in find_executable_full is set, chase_symlinks prefixes this root
to every check of the path name to find the complete path of the execuatble in case the
path provided is not absolute. This is only done for the non NULL root because otherwise
the chase_symlinks function would alter the behavior of some of the callers which would
in turn alter the outputs in a way that is undesirable. The find_execuatble_full function is
invoked by the verify_executable function in analyze-verify.
Depending on the timing, socat will either get ECONNREFUSED oder EPIPE
from systemd. The latter will cause it to exit(1) and subsequently the
test to fail.
We are not actually interested in the return code of socat though. The
test is supposed to check, whether rate limiting of a socket unit works
properly.
So ignore any failures from the socat invocation and instead check, if
test10.socket is in state "failed" with result "trigger-limit-hit" after
it has been triggered.
TriggerLimitIntervalSec= by default is set to 2s. A "sleep 10" should
give systemd enough time even on slower machines, to reach the trigger
limit.
For better readability, break the test into separate ExecStart lines.
Fixes#19154.
Let's be paranoid and do something useful if we operate with empty
haystack/needle. This doesn't actually fix anything, as the places as
far as I can see check for non-emptyness already beforehand, but I will
sleep safer at night, if we don't even allow the trap to be fallen in,
ever, even if the code is changed sooner or later.
This is like memmem_safe() but returns a pointer after the needle,
instead to the beginning of the needle.
This is then used at one place. Not much, but it makes me sleep safer at
night, as it avoids the manual counting done so far.
All units in units/ follow this pattern, as do all other generators that we
provide. The question of the order was raised in
https://github.com/systemd/zram-generator/pull/90#discussion_r684965984,
and I think it's nice to make it consistent everywhere
(What= before Where= matches mount(8) and fstab(5)).
Adding --image parameter for verify verb using the dissect image functionality
-----------------------------------------------------------------------------------
Example Run:
I created a unit service file testrun.service with an invalid key-value pairing
(foo = bar) and a squashfs image run.raw to test the code.
maanya-goenka@debian:~/systemd (img-support)$ cat <<EOF>img/usr/lib/systemd/system/testrun.service
> [Unit]
> foo = bar
>
> [Service]
> ExecStart = /opt/script0.sh
> EOF
maanya-goenka@debian:~/systemd (img-support)$ mksquashfs img/ run.raw
Parallel mksquashfs: Using 4 processors
Creating 4.0 filesystem on run.raw, block size 131072.
[==============================================================================================================================|] 6/6 100%
Exportable Squashfs 4.0 filesystem, gzip compressed, data block size 131072
compressed data, compressed metadata, compressed fragments, compressed xattrs
duplicates are removed
Filesystem size 0.60 Kbytes (0.00 Mbytes)
52.32% of uncompressed filesystem size (1.14 Kbytes)
Inode table size 166 bytes (0.16 Kbytes)
43.01% of uncompressed inode table size (386 bytes)
Directory table size 153 bytes (0.15 Kbytes)
58.40% of uncompressed directory table size (262 bytes)
Number of duplicate files found 1
Number of inodes 12
Number of files 6
Number of fragments 1
Number of symbolic links 0
Number of device nodes 0
Number of fifo nodes 0
Number of socket nodes 0
Number of directories 6
Number of ids (unique uids + gids) 1
Number of uids 1
maanya-goenka (1000)
Number of gids 1
maanya-goenka (1000)
maanya-goenka@debian:~/systemd (img-support)$ sudo build/systemd-analyze verify --image=run.raw testrun.service
/tmp/.#systemd-analyzec71c7297a936b91c/usr/lib/systemd/system/testrun.service:2: Unknown key name 'foo' in section 'Unit', ignoring.
testrun.service: Failed to create testrun.service/start: Unit sysinit.target not found.
The 'Unit sysinit.target not found' error that we see here is due to recursive dependency searching during
unit loading and has been addressed in a different PR:
systemd-analyze: add option to return an error value when unit verification fails #20233
-------------------------------------------------------------------------------
Example Run:
foobar.service created below is a service unit file that has a non-existing key-value
pairing (foo = bar) and is thus, syntactically invalid.
maanya-goenka@debian:~/systemd (img-support)$ cat <<EOF>img/usr/lib/systemd/system/foobar.service
> [Unit]
> foo = bar
>
> [Service]
> ExecStart = /opt/script0.sh
> EOF
The failure to create foobar.service because of the recursive dependency searching and verification has been addressed
in a different PR: systemd-analyze: add option to return an error value when unit verification fails #20233
maanya-goenka@debian:~/systemd (img-support)$ sudo build/systemd-analyze verify --root=img/ foobar.service
/home/maanya-goenka/systemd/img/usr/lib/systemd/system/foobar.service:2: Unknown key name 'foo' in section 'Unit', ignoring.
foobar.service: Failed to create foobar.service/start: Unit sysinit.target not found.
