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Instead of parsing the human readable output of apt-cache, let's
use apt patterns to figure out the dependencies.
We also filter out virtual packages as apt will fail and say we need
to install an implementation of the virtual package even if a package
that provides the virtual package is already installed.
Now that mkfs.btrfs is adding support for compressing the generated
filesystem (https://github.com/kdave/btrfs-progs/pull/882), let's
add general support for specifying the compression algorithm and
compression level to use.
We opt to not parse the specified compression algorithm and instead
pass it on as is to the mkfs tool. This has a few benefits:
- We support every compression algorithm supported by every tool
automatically.
- Users don't need to modify systemd-repart if a mkfs tool learns a
new compression algorithm in the future
- We don't need to maintain a bunch of tables for filesystem to map
from our generic compression algorithm enum to the filesystem specific
names.
We don't add support for btrfs just yet until the corresponding PR
in btrfs-progs is merged.
Let's also rename the error slightly, since what happens here is that a
a valid service RR name is CNAME'd onto an invalid one. That's an
inconsistency on the server side, which we really should report as such.
Follow-up for: b48ab08732
The original regex didn't cover the `run-unit-tests.py` script that
made the old framework pull in Python into the test image, which in turn
allowed the new TEST-69-SHUTDOWN Python script to get executed in the
old framework's image, causing unexpected fails with latest Python on
Rawhide.
If someone runs `updatectl update`, sysupdate will be running multiple
update jobs at the same time, which can make reasoning about the output
in the journal quite difficult. Especially if things go wrong: the error
messages didn't mention which job failed. Nor was there any link between
job ID and the PID of the worker process logging to the journal. This
is all fixed here!
Cuts out some `strdup`s, and also avoids a rather weird case of donating
memory to a function. Basically just duplicates the solution I just
implemented for sysupdate's callout handler.
Previously, if the callout binary (i.e. sd-pull, sd-import) failed
gracefully, we'd return its exit status from the event loop and thus
from run_callout(). Of course, exit status is a positive number in the
event of failure. Which means that we completely ignore the callout
binary failing, and instead continue using whatever it managed to
download before failing.
This is bad for obvious reasons, not the least of which is installing
a half-downloaded OS. This also means that we would completely ignore
failed signature checks 😬️
Force means force, we skip checks with PID1 for existing units, but
then bail out with EEXIST if the files are actually there. Overwrite
everything instead.
This also makes all conf parsers defined in conf-parser.c return 1
on success, 0 on non-critical error.
Also, use free_and_strdup_warn() where applicable.
- use GREEDY_REALLOC() and FOREACH_ARRAY(),
- do not set an array with only terminating 'invalid' value.
Note, this macro is only used by parsing NamePolicy= and AlternativeNamesPolicy=
in .link files. and udevd correctly handles both an empty array and an
array with only 'invalid'. Hence, this does not change any behavior.
