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The new link-executor-shared option is similar to the existing
link-udev-shared: when set to false, we link to the static versions of our
internal libraries.
The resulting exuctor binary is fairly large, about as large as libsystemd-core
(14 MB without lto, 8 with lto).
This is intended as a workaround for the fuckup with the pinned executor
binary:
when an upgrade is performed, the package manager will install new version of
the libraries and new version of the code, and some time later reexecute the
managers. This creates a window when the pinned executor binary will fail to
execute. There are two factors which make the issue easier to hit:
- when the distribution uses a finely-grained shared-lib-tag. E.g. Fedora
uses version-release as the tag, which means that the issue occurs on
every package upgrade. This is the right thing to do, because the
ABI of our internal libraries is not stable at all, so replacing the
library from a different version in place creates a window where our
programs may crash or misbehave.
- when the distribution doesn't immediately reexec all the managers after
upgrade. In early versions of systemd, we used to hammer the machine during
upgrade, doing daemon-reexecs repeatedly. This works, but is ugly and
wasteful. Doing the reexecs while the upgrade is in progres also creates a
window where a mix of old and new configs or both is loaded. Users are
particularly annoyed by those reloads if there is some issue in the
configuration causing us to emit warnings on every reexec. Doing the
reexecs once after the new configuration and libraries have been put
in place is nicer.
The pinning of the executor binary breaks upgrades and in particular
it penalizes the distributions which make use of the features which
were previously added to avoid bugs and inefficiency during upgrades.
When the executor is linked statically, there is a smaller chance that it'll
fail to load libraries. The issue can still occur because other libraries, not
our own, are linked dynamically.
By itself, this is not useful. I'm making this a separate commit to
make debugging easier. It turns out that meson does static libraries
using references, so the "static library" a tiny stub stub that refers
to the object files on disk and this has negligible cost:
$ ls -lhd build/src/core/libsystemd-core-257.{a,so}
-rw-r--r-- 1 zbyszek zbyszek 36K Jul 3 16:54 build/src/core/libsystemd-core-257.a
-rwxr-xr-x 1 zbyszek zbyszek 6.1M Jul 3 16:54 build/src/core/libsystemd-core-257.so
Our variables for internal libraries are named 'libfoo' for the shared lib
variant, and 'libfoo_static' for the static lib variant. The only exception was
libbasic, because we didn't have a shared variant for it. But let's rename it
for consitency. This makes the build config easier to understand.
Two very similar devices, with two functions - a regular camera and IR.
The peculiarity of their infrared camera is that it uses a color image
format (YUYV), although it is essentially black and white.
The IR camera interface differs from the regular camera interface by name:
"HP Wide Vision FHD Camera: HP W" for the regular camera and
"HP Wide Vision FHD Camera: HP I" for an infrared camera
Therefore, glob *I is used to separate the IR camera
* f9fe17dbde Use vmlinux.h from kernel-devel
* 9cbad936a6 Pull in openssl-devel-engine
* 8ae009f929 Only add Requires on python3-zstd on Fedora
* 750e910c7c Drop BuildRequires on python3-zstd
These are required by the bpf_tracing.h header in libbpf, see
https://github.com/libbpf/libbpf/blob/master/src/bpf_tracing.h.
bpf_tracing.h does have a few fallbacks in case __TARGET_ARCH_XXX
is not defined but recommends using the __TARGET_ARCH macros instead
so let's do that.
We calculate the amount of uncompressed data we can write by taking the limits
into account and halving it to ensure there's room for switching to compression
on the fly when storing cores on a tmpfs (eg: due read-only rootfs).
But the logic is flawed, as taking into account the size of the tmpfs storage
was applied after the halving, so in practice when an uncompressed core file
was larger than the tmpfs, we fill it and then fail.
Rearrange the logic so that the halving is done after taking into account
the tmpfs size.
Be explicit with the type, and more inline with our other code, that
likes to indicate the string char width in the name.
Also, switch to a fixed size type, since EFI variables should really be
binary exact the same on all archs.
These functions after all write EFI UTF-16 strings, i.e. are relatively
high-level, hence give them a specific name indicating the type, to
match our other helpers that have similar type suffixes.
Although being far from ideal and the first two test cases have to be run
before the setup phase otherwise they will fail, it still makes the test
suite look much better and easier to read
Let's make sure logind is accessible by the time user@.service runs, and
that logind stays around as long as it does so.
Addresses an issue reported here:
https://lists.freedesktop.org/archives/systemd-devel/2024-June/050468.html
This addresses an issued introduced by
278e815bfa, which dropped the a dependency
from user@.service systemd-user-sessions.service without replacement.
While dropping that dependency does make sense, it should have been
replaced with the weaker dependency on systemd-logind.service, hence fix
that now.
user@.service is after all a logind concept, hence logind really should
be around for its lifetime.
systemd-user-sessions.service is a later milestone that only really
should apply to regular users (not root), hence it's too strong a
requirement.
read_virtual_file() will only read up to page size bytes of data
from /sys/firmware/dmi/entries/.../raw so let's use read_full_file_full()
instead to make sure we read all data.
This should be safe since smbios11 data can be considered immutable
during the lifetime of the system.
Various of our tools operate on block devices, and it's not always
obvious to know which block devices are actually appropriate for use.
Hence, let's add a helper that allows to list block devices, and
supports some limited filtering.
