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This way we shuld be able to order mounts properly against their backing
services in case complex storage is used (i.e. LUKS), even if the device
path used for mounting the devices is different from the expected device
node of the backing service.
Specifically, if we have a LUKS device /dev/mapper/foo that is mounted
by this name all is trivial as the relationship can be established a
priori easily. But if it is mounted via a /dev/disk/by-uuid/ symlink or
similar we only can relate the device node generated to the one mounted
at the moment the device is actually established. That's because the
UUID of the fs is stored inside the encrypted volume and thus not
knowable until the volume is set up. This patch tries to improve on this
situation: a implicit After=blockdev@.target dependency is generated for
all mounts, based on the data from /proc/self/mountinfo, which should be
the actual device node, with all symlinks resolved. This means that as
soon as the mount is established the ordering via blockdev@.target will
work, and that means during shutdown it is honoured, which is what we
are looking for.
Note that specifying /etc/fstab entries via UUID= for LUKS devices still
sucks and shouldn't be done, because it means we cannot know which LUKS
device to activate to make an fs appear, and that means unless the
volume is set up at boot anyway we can't really handle things
automatically when putting together transactions that need the mount.
This catches up with 9d06297e262966de71095debd1537fc223f940a3 and adapts
the change made to swap units. We generally don't want to react
a-posteriori to swap devices disappearing, bad things will happen
anyway.
Teaches systemd-fstab-generator these two unit options,
creating appropriate dependencies on the generated .mount
units. When used, they override any other automatically
generated dependencies, such as local-fs.target, and are
NOT suppressed by noauto. The new options are ignored for
/, in the same way that noauto is ignored.
Fixes: #14380
Signed-off-by: Antonio Russo <antonio.e.russo@gmail.com>
Let's remove a function of questionnable utility.
strv_clear() frees the items of a string array, but not the array
itself. i.e. it half-drestructs a string array and makes it empty. This
is not too useful an operation since we almost never need to just do
that, we also want to free the whole thing. In fact, strv_clear() is
only used in one of our .c file, and there it appears like unnecessary
optimization, given that for each array with n elements it leaves the
number of free()s we need to at O(n) which is not really an optimization
at all (it goes from n+1 to n, that's all).
Prompted by the discussions on #14605
Fedora minimization had some effect, hence add some required
dependencies explicitly so that we work anyway.
Also, the libtool is not used anymore, drop it.
Finally, the mkosi output format is called gpt_ext4 now, not raw_ext4
anymore.
