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If users do not enable a service like systemd-time-wait-sync.target
(because they don't want to delay boot for external events, such as an
NTP sync), then timers should still take the the weaker time-set.target
feature into account, so that the clock is at least monotonic.
Hence, order timer units after both of the targets: time-sync.target
*and* time-set.target. That way, the right thing will happen regardless
if people have no NTP server (and thus also no
systemd-time-wait-sync.service or equivalent) or, only have an NTP
server (and no systemd-time-wait-sync.service), or have both.
Ordering after time-set.target is basically "free". The logic it is
backed by should be instant, without communication with the outside
going on. It's useful still so that time servers that implement the
timestamp from /var/ logic can run in later boot.
systemd-timesyncd.service only applies the much weaker monotonic clock
from file logic, i.e should pull in and order itself before
time-set.target. The strong time-sync.target unit is pulled in by
systemd-time-wait-sync.service.
This is similar to the base64 support, but fixed-size hash values are
typically preferably presented as series of hex values, hence store them
here like that too.
Optionally, embedd PKCS#11 token URI and encrypted key in LUKS2 JSON
metadata header. That way it becomes very easy to unlock properly set up
PKCS#11-enabled LUKS2 volumes, a simple /etc/crypttab line like the
following suffices:
mytest /dev/disk/by-partuuid/41c1df55-e628-4dbb-8492-bc69d81e172e - pkcs11-uri=auto
Such a line declares that unlocking via PKCS#11 shall be attempted, and
the token URI and the encrypted key shall be read from the LUKS2 header.
An external key file for the encrypted PKCS#11 key is hence no longer
necessary, nor is specifying the precise URI to use.
So the currentl and only fd_is_mount_point() check is actually entirely
bogus: it passes "/" as filename argument, but that's not actually a
a valid filename, but an absolute path.
fd_is_mount_point() is written in a way tha the fd refers to a directory
and the specified path is a file directly below it that shall be
checked. The test call actually violated that rule, but still expected
success.
Let's fix this, and check for this explicitly, and refuse it.
Let's extend the test and move it to test-mountpoint-util.c where the
rest of the tests for related calls are placed.
Replaces: #18004Fixes: #17950
This only changes documentation. In various places we call "ninja"
directly. I figured it would be safer to leave those in place for now,
given the meson replacement commands lines appears to be supported in
newer meson versions only.
This allows them to be executed in parallel and also gives us
better reporting.
The dump files are renamed to avoid repeating "dmidecode-dump", since that
string is already present in the subdirectory name.
