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Let's make sure the sd_listen_fd() docs are really found from the
.socket file documentation as well as the FileDescriptorStoreMax=
documentation.
Let's also emphasize that that's where the order in which the fds are
passed are documented.
Fixes: #16647
Instead of assuming that more-recently modified directories have higher mtime,
just look for any mtime changes, up or down. Since we don't want to remember
individual mtimes, hash them to obtain a single value.
This should help us behave properly in the case when the time jumps backwards
during boot: various files might have mtimes that in the future, but we won't
care. This fixes the following scenario:
We have /etc/systemd/system with T1. T1 is initially far in the past.
We have /run/systemd/generator with time T2.
The time is adjusted backwards, so T2 will be always in the future for a while.
Now the user writes new files to /etc/systemd/system, and T1 is updated to T1'.
Nevertheless, T1 < T1' << T2.
We would consider our cache to be up-to-date, falsely.
This check was added in d904afc730268d50502f764dfd55b8cf4906c46f. It would only
apply in the case where the cache hasn't been loaded yet. I think we pretty
much always have the cache loaded when we reach this point, but even if we
didn't, it seems better to try to reload the unit. So let's drop this check.
We really only care if the cache has been reloaded between the time when we
last attempted to load this unit and now. So instead of recording the actual
time we try to load the unit, just store the timestamp of the cache. This has
the advantage that we'll notice if the cache mtime jumps forward or backward.
Also rename fragment_loadtime to fragment_not_found_time. It only gets set when
we failed to load the unit and the old name was suggesting it is always set.
In https://bugzilla.redhat.com/show_bug.cgi?id=1871327
(and most likely https://bugzilla.redhat.com/show_bug.cgi?id=1867930
and most likely https://bugzilla.redhat.com/show_bug.cgi?id=1872068) we try
to load a non-existent unit over and over from transaction_add_job_and_dependencies().
My understanding is that the clock was in the future during inital boot,
so cache_mtime is always in the future (since we don't touch the fs after initial boot),
so no matter how many times we try to load the unit and set
fragment_loadtime / fragment_not_found_time, it is always higher than cache_mtime,
so manager_unit_cache_should_retry_load() always returns true.
The name is misleading, since we aren't really loading the unit from cache — if
this function returns true, we'll try to load the unit from disk, updating the
cache in the process.
This seems to be overridable by setting the SYSTEMD_HOMEWORK_PATH env
variable, but the error message always printed the SYSTEMD_HOMEWORK_PATH
constant.
N_DEVICE_NODE_LIST_ATTEMPTS is unconditionally used since version 246 and
ac1f3ad05f
However, this variable is only defined if HAVE_BLKID is set resulting in
the following build failure if cryptsetup is enabled but not libblkid:
../src/shared/dissect-image.c:1336:34: error: 'N_DEVICE_NODE_LIST_ATTEMPTS' undeclared (first use in this function)
1336 | for (unsigned i = 0; i < N_DEVICE_NODE_LIST_ATTEMPTS; i++) {
|
Fixes:
- http://autobuild.buildroot.org/results/67782c225c08387c1bbcbea9eee3ca12bc6577cd
We must have the error number around when completing the transaction.
Let's hence make sure we always initialize it *first* (we accidentally
did it once after).
Fixes: #11626
With the changes from 2c0dffe82db574b6b9e850e48f444674e4e1d7ea, starting
systemd-networkd.service will also activate systemd-networkd.socket.
When tearing down a test, we need to stop the socket as well, to make
sure networkd can't be activated accidentally with the wrong
configuration.
On systems without an RTC, systemd currently sets the clock to a
compile-time epoch value, derived from the NEWS file in the
repository. This is not ideal as the initial clock hence depends
on the last time systemd was built, not when the image was compiled.
Let's provide a different way here and look at `/usr/lib/clock-epoch`.
If that file exists, it's timestamp for the last modification will be
used instead of the compile-time default.
Let's document the discrepancy between the Sec and USec suffixing of
unit files and D-Bus properties at three places: in "systemctl show"
(where it already was briefly mentioned), in the D-Bus interface
description (at one place at least, i.e. the most prominent of
properties that encapsulate time values, there are many more) and in the
general man page explaining time values.
By documenting this at all three places I think we now do as much as we
can do about this highlighting the discrepancy of the naming and the
reasons behind it.
Fixes: #2047
We need to include `<sys/stat.h>` for usage of the `struct stat` in
the Manager struct, much as we already include `<stdbool.h>` for C99
booleans.
This helps alleviate another minor build failure on non-glibc systems.
This file must be included on non-glibc systems to ensure
the `LOCK_EX` definition is available.
Signed-off-by: Ikey Doherty <ikey.doherty@lispysnake.com>
Any uevent other then the initial and the last uevent we see for a
device (which is "add" and "remove") should result in a reload being
triggered, including "bind" and "unbind". Hence, let's fix up the check.
("move" is kinda a combined "remove" + "add", hence cover that too)
As discussed in https://gitlab.freedesktop.org/libinput/libinput/-/issues/521, it adds a narrower
match that only applies to X240. Other laptops that match `pvrThinkPad??40` are not affected:
$ systemd-hwdb query 'evdev:name:SynPS/2 Synaptics TouchPad:dmi:*svnLENOVO*:pvrThinkPadX240:*'
EVDEV_ABS_00=1232:5711:51
EVDEV_ABS_01=1159:4700:53
EVDEV_ABS_35=1232:5711:51
EVDEV_ABS_36=1159:4700:53
$ systemd-hwdb query 'evdev:name:SynPS/2 Synaptics TouchPad:dmi:*svnLENOVO*:pvrThinkPadX140:*'
EVDEV_ABS_00=::41
EVDEV_ABS_01=::37
EVDEV_ABS_35=::41
EVDEV_ABS_36=::37
This makes use of the developer mode switch: the test is only done
if the user opted-in into developer mode.
Before the man/update-dbus-docs was using the argument form where
we don't need to run find_command(), but that doesn't work with test(),,
so find_command() is used and we get one more line in the config log.
There is little point in #defining and #undefining CAP_LAST_CAP multiple times.
The check is only done in developer mode. After all, it's not an error to
compile on a newer kernel, and we shouldn't even warn in that case.
