IF YOU WOULD LIKE TO GET AN ACCOUNT, please write an
email to Administrator. User accounts are meant only to access repo
and report issues and/or generate pull requests.
This is a purpose-specific Git hosting for
BaseALT
projects. Thank you for your understanding!
Только зарегистрированные пользователи имеют доступ к сервису!
Для получения аккаунта, обратитесь к администратору.
Similar in style to previous commit, let's handle these two errors
properly, i.e. as equivalent to no entries found. Let's debug log about
them, to make things either to deal with when debugging (after all
userdbctl to a large degree are debugging tools).
The lower-level userdb code will return ENOLINK if varlink lookups are
disabled explicitly and we couldn#t find an answer any other way. Let's
not propagate this to clients, since they don't have control over this
feature anyway: we decide internally when to disable varlink lookups
(e.g. if DropIn lookups are requested we disable them) and to the client
side that should not be visible: if we can't find a record with the
flags we pick then we should report then we can't find any, and that's
it.
Fixes: #21223
When using "capture : true" in custom_target()s the mode of the source
file is not preserved when the generated file is not installed and so
needs to be tweaked manually. Switch from output capture to creating the
target file and copy the permissions from the input file.
Signed-off-by: Christian Brauner <christian.brauner@ubuntu.com>
This fixes a bug[1] with some generated autostart app services which
fork and exit immediately after main application process start,
that caused them not to launch during session startup, as the entire
cgroup was immediately killed by systemd.
This can also happen with apps such as file browsers, whose initial
process will exit after the window is closed, but who intend to leave a
daemon child running.
Since the forking model of a .desktop application cannot be known at
service generation time otherwise, ExitType=cgroup is the only effective
way to fix this bug.
[1] https://bugs.kde.org/show_bug.cgi?id=433299
This introduces `ExitType=main|cgroup` for services.
Similar to how `Type` specifies the launch of a service, `ExitType` is
concerned with how systemd determines that a service exited.
- If set to `main` (the current behavior), the service manager will consider
the unit stopped when the main process exits.
- The `cgroup` exit type is meant for applications whose forking model is not
known ahead of time and which might not have a specific main process.
The service will stay running as long as at least one process in the cgroup
is running. This is intended for transient or automatically generated
services, such as graphical applications inside of a desktop environment.
Motivation for this is #16805. The original PR (#18782) was reverted (#20073)
after realizing that the exit status of "the last process in the cgroup" can't
reliably be known (#19385)
This version instead uses the main process exit status if there is one and just
listens to the cgroup empty event otherwise.
The advantages of a service with `ExitType=cgroup` over scopes are:
- Integrated logging / stdout redirection
- Avoids the race / synchronisation issue between launch and scope creation
- More extensive use of drop-ins and thus distro-level configuration:
by moving from scopes to services we can have drop ins that will affect
properties that can only be set during service creation,
like `OOMPolicy` and security-related properties
- It makes systemd-xdg-autostart-generator usable by fixing [1], as obviously
only services can be used in the generator, not scopes.
[1] https://bugs.kde.org/show_bug.cgi?id=433299
After commit c3dead53d5 the test can fail
if the procfs file(s) aren't writable, because the check for permission
failure happens after a call that will never fail, since setting the
limit to the existing limit will always pass.
This also refactors the function slightly to make the test var names
clearer.
This entry only matches on vid/pid, so the pen event node of the device
would also get assigned the ID_INPUT_TABLET_PAD property - making it
break with libinput.
On top of that, UC-Logic's tablets re-use USB ids, so now we're breaking
multiple devices this way.
To get this device tagged correctly, use libwacom which has the
per-device hwdb entries.
Fixes#17953
This reverts commit 0fbe78ac7a
The new lvm autoactivation method runs `vgchange` via
`systemd-run --no-block`[0], which means that checking if the unit
is in the `active` state is not enough, since the main binary might
still be running. Let's fix this by waiting until the unit reaches
the `exited` sub state.
Follow-up to:
* 29f8bef05e
* e50d743f99
[0] https://sourceware.org/git/?p=lvm2.git;a=blob;f=udev/69-dm-lvm.rules.in;h=39e5b98074010745f78a7a86a05929700c9cd690;hb=67722b312390cdab29c076c912e14bd739c5c0f6#l83
Example:
```
[ 17.102002] systemd-udevd[282]: sdf: '/usr/bin/systemd-run -r --no-block --property DefaultDependencies=no --unit lvm-activate-iscsi_lvm2212 /usr/bin/lvm vgchange -aay --nohints iscsi_lvm2212'(err) 'Running as unit: lvm-activate-iscsi_>
[ 17.102522] systemd-udevd[282]: sdf: Process '/usr/bin/systemd-run -r --no-block --property DefaultDependencies=no --unit lvm-activate-iscsi_lvm2212 /usr/bin/lvm vgchange -aay --nohints iscsi_lvm2212' succeeded.
[ 17.102697] systemd-udevd[282]: sdf: Adding watch on '/dev/sdf'
[ 17.104944] systemd[1]: lvm-activate-iscsi_lvm2212.service: Changed dead -> running
...
[ 17.105434] systemd[1]: Started /usr/bin/lvm vgchange -aay --nohints iscsi_lvm2212.
[ 17.105601] systemd[931]: lvm-activate-iscsi_lvm2212.service: Executing: /usr/bin/lvm vgchange -aay --nohints iscsi_lvm2212
...
[ 17.420228] testsuite-64.sh[268]: + systemctl -q is-active lvm-activate-iscsi_lvm2212.service
[ 17.420228] testsuite-64.sh[268]: + return 0
[ 17.420228] testsuite-64.sh[268]: + test -e /dev/disk/by-path/ip-127.0.0.1:3260-iscsi-iqn.2021-09.com.example:iscsi.lvm.test-lun-4
[ 17.420228] testsuite-64.sh[268]: + udevadm settle
[ 17.420228] testsuite-64.sh[268]: + test -e /dev/iscsi_lvm2212/mypart1
...
[ 17.451313] systemd[1]: testsuite-64.service: Main process exited, code=exited, status=1/FAILURE
[ 17.451475] systemd[1]: testsuite-64.service: Failed with result 'exit-code'.
...
[ 17.555759] systemd[1]: Starting End the test...
[ 17.556972] sh[941]: + systemctl poweroff --no-block
...
[ 17.688923] lvm[931]: 2 logical volume(s) in volume group "iscsi_lvm2212" now active
...
[ 17.838484] systemd[1]: lvm-activate-iscsi_lvm2212.service: Child 931 belongs to lvm-activate-iscsi_lvm2212.service.
[ 17.838718] systemd[1]: lvm-activate-iscsi_lvm2212.service: Main process exited, code=exited, status=0/SUCCESS (success)
```
Since 587f2a5e56, filename for
not-compressed coredump is missing from save_external_coredump, making
it write COREDUMP_FILENAME= (empty) in journal, making `coredumpctl`
report it missing but it is actually saved.
This fixes it.
In some cases an offline analysis should ignore some fields, for example
a portable service in an image will never list RootImage/RootDirectory, as
they are added at runtime, and thus can be skipped.
If the tty arg is set to "-", agetty uses the stdin fd as the tty.
Let's pass the tty this way so that we keep an fd open to the tty
at all times. If all fd's to a tty are closed, the kernel might
reset the tty which we want to avoid.
This allows starting systemd-boot from \EFI\Linux for easier testing
and bisection without risking an unbootable system as the user does not
need to replace their working loader.
This adds an env var which we can use to redirect where homed stores and
looks for user records kept on the host. This is useful for debugging
purposes so that one can easily run another homed instnce that doesn't
interfere with the main instance.
Imports are sorted in the usual fashion: stdlib first.
literal_eval() parses string/numbers/lists/sets/dicts, and nothing else, while
eval will execute any python code. Using literal_eval() is generally more
correct, because it avoids the risk of side effects from the parsed expression.
In this case, we generate the parsed strings ourselves, so it's very unlikely
to have anything unexpected in the expressions. But let's do the correct thing
anyway.
The LoopDevice object supports a shortcut: if the backing fd we are
supposed to create a loopback device of refers to a
block device alrady then we'll use it as is – if we can – instead of
setting up an unnecessary loopback device that would be pretty much
the same as its backing device.
Previously, when doing this we'd just dup() the original backing fd and
use that. But that's problematic in case O_DIRECT was set on the fd,
since we'll keep that flag set on our copy too, which means we can't do
simple, regular IO on it anymore.
Thus, let's reopen the inode in this case with the exact access flags
we'd apply if we'd actually allocate and open a new loopback device.
Fixes: #21176
efi_arch is set to whatever meson returns from host_machine.cpu_family() and
gnu_efi_arch is then set accordingly.
On x86, efi_arch == x86 and gnu_efi_arch == ia32. Surprisingly, compilation
worked (without disabling some instruction sets) and nobody ever complained
about systemd-bootia32.efi not working.
This brings the final list of compiler arguments more in line with
how meson does things. In particular, --buildtype=plain will not
add any optimizations on its own (and would have to be provided
through CFLAGS=).
These flags are used by gnu-efi. Adding --no-undefined even allows
us to drop the no-undefined-symbols.sh test in favor of immediate
compile time errors.
