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When tests are executed serially (the default), it seems better to launch
the fairly generic test that runs the unittests early in the sequence.
Right now the tests are ordered based on when they were written, but
this doesn't make much sense.
Currently the systemd-shutdown command attempts to stop swaps, DM
(crypt, LVM2) and loop devices, but it doesn't attempt to stop MD
RAID devices, which means that if the RAID is set up on crypt,
loop, etc. device, it won't be able to stop those underlying devices.
This code extends the shutdown application to also attempt stopping
the MD RAID devices.
Signed-off-by: Hubert Kario <hubert@kario.pl>
Error on meson 0.47:
```
meson.build:885:47: ERROR: Expecting colon got eol_cont.
crypt_header = conf.get('HAVE_CRYPT_H') == 1 ? \
^
```
This seems to have been fixed in meson 0.50 after a report from
https://github.com/mesonbuild/meson/issues/4720
Currently translated at 100.0% (187 of 187 strings)
Translated using Weblate (Danish)
Currently translated at 100.0% (187 of 187 strings)
Translated using Weblate (Danish)
Currently translated at 95.7% (179 of 187 strings)
Translated using Weblate (Danish)
Currently translated at 78.6% (147 of 187 strings)
Co-authored-by: scootergrisen <scootergrisen@gmail.com>
Translate-URL: https://translate.fedoraproject.org/projects/systemd/master/da/
Translation: systemd/master
The directory backend needs a file system path, and not a raw block
device. That's only supported for the LUKS2 backend.
Let's make this clearer in the man page and also generate a better error
message if attempted anyway.
Fixes: #17068
When exiting, let's explicitly wait for our worker processes to finish
first. That's useful if unmounting of /home/ is scheduled to happen
right after homed is down, as we then can be sure that the home
directories are properly unmounted and detached by the time homed is
fully terminated (otherwise it might happen that our worker gets killed
by the service manager, thus leaving the home directory and its backing
devices up/left for auto-clean which might be async).
Likely fixes#16842
When debugging homed while being logged into a user account manged by
homed it is a good idea to be able to run a second copy of homed. In
order to not collide with its AF_UNIX socket and bus name use, let's add
a new env var $SYSTEMD_HOME_DEBUG_SUFFIX, when set the busnames/socket
names are suffixed by it. When setting this while debugging one can
invoke an additional copy without interfering with the host one.
It's just too useful to immediately see with "systemd-dissect" what
"systemd-repart" generated for us without having to populate it with
/etc/os-release. Hence let's log a message if /etc/os-release is
missing, but proceed otherwise and show the partition table.
Let's suppress the secondary arch data, since we never ever want to
mount it if we found the primary arch.
Previously we only suppressed in the Verity case, but there's little
reason to entertain the idea of a secondary arch in non-Verity
environments either, we are not going to use them, and should not do
decryption or anything like that.
Uppercase first char of log message, and indicate correct program name.
Reindent comment table at one place.
Use correct, specific, enum type at one more place.
We need to include ninja-build in the packages list because meson doesn't
depend on it (because it supports other backends too).
Also drop xz-devel, it's not crucial for the test.
Different bios version includes different pn. Submitted change fixed my inverted screen after reboot.
I've stepped back to the bios version 5.11 28.04.2016 in an attempt to troubleshoot Windows Hello locking the sign
in on reboot. The screen again rotated, but 90 degrees to the right. I created a new hwdb line to resolve that issue. The bios version changes the dmi string including the svn and pn.
By default we'll run a container in --console=interactive and
--console=read-only mode depending if we are invoked on a tty or not so
that the container always gets a /dev/console allocated, i.e is always
suitable to run a full init system /as those typically expect a
/dev/console to exist).
With the new --console=autopipe mode we do something similar, but
slightly different: when not invoked on a tty we'll use --console=pipe.
This means, if you invoke some tool in a container with this you'll get
full inetractivity if you invoke it on a tty but things will also be
very nicely pipeable. OTOH you cannot invoke a full init system like
this, because you might or might not become a /dev/console this way...
Prompted-by: #17070
(I named this "autopipe" rather than "auto" or so, since the default
mode probably should be named "auto" one day if we add a name for it,
and this is so similar to "auto" except that it uses pipes in the
non-tty case).
Instead of first becoming a controlling process of the payload pty
as side effect of opening it (without O_NOCTTY), and then possibly
dropping it again, let's do it cleanly an reverse the logic: let's open
the pty without becoming its controller first. Only after everything
went the way we wanted it to go become the controller explicitly.
This has the benefit that the PID 1 stub process we run (as effect of
--as-pid2) doesn't have to lose the tty explicitly, but can just
continue running with things. And we explicitly make the tty controlling
right before invoking actual payload.
In order to make sure everything works as expected validate that the
stub PID 1 in the container really has no conrolling tty by issuing the
TIOCNOTTY tty and expecting ENOTTY, and log about it.
This shouldn't change behaviour much, it just makes thins a bit cleaner,
in particular as we'll not trigger SIGHUP on ourselves (since we are
controller and session leader) due to TIOCNOTTY which we then have to
explicitly ignore.
Just some refactoring: let's place the various verity related parameters
in a common structure, and pass that around instead of the individual
parameters.
Also, let's load the PKCS#7 signature data when finding metadata
right-away, instead of delaying this until we need it. In all cases we
call this there's not much time difference between the metdata finding
and the loading, hence this simplifies things and makes sure root hash
data and its signature is now always acquired together.
