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ukify is noarch so we should include noarch to get all results.
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A relative path is not supported by rpm so let's make sure we specify
it as an absolute path.
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rpm upstream is going to imply --noprep when running with --build-in-place so let's do the same on older
versions of rpm (https://github.com/rpm-software-management/rpm/commit/e0925ad6e3185030b004343f73a5917fdc562d6c)
Also, to keep things consistent between distros, run with --noprepare
on Arch Linux as well (we already skip patches on Debian/Ubuntu).
To keep things working on Arch, we apply the one downstream patch
manually ourselves.
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Follow-up for bab889c51e888c1b288fed253c349e979a6cf31a (#33032).
Currently, they unconditionally returns EPOLLIN and USEC_INFINITY, respectively.
Just for consistency with sd-bus, sd-journal, sd-varlink, and so on. All
they have _get_fd(), _get_events(), and _get_timeout().
Closes #34094.
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This adds two more fields in 'udevadm info':
- J for device ID, e.g. b128:1, c10:1, n1, and so on.
- B for driver subsystem, e.g. pci, i2c, and so on.
These, especially the device ID field may be useful to find udev
database file under /run/udev/data for a device.
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As workarounded by fc0cbed2db860d163d59d04c32fa6ec30bd0606f, the pair of
subsystem and sysname is not unique. For examples,
- /sys/bus/gpio and /sys/class/gpio, both have gpiochip%N. However, these point to different devpaths.
- /sys/bus/mdio_bus and /sys/class/mdio_bus,
- /sys/bus/mei and /sys/class/mei,
- /sys/bus/typec and /sys/class/typec, and so on.
Let's refuse to provide sd_device object in such cases.
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We have already exposed sd_device_new_from_device_id(), but we have
never provide the way to get device ID from an existing sd_device
object.
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To create the sd_device object of a driver, the function
sd_device_new_from_subsystem_sysname() requires "drivers" for subsystem
and e.g. "pci:iwlwifi" for sysname. Similarly, sd_device_new_from_device_id()
also requires driver subsystem. However, we have never provided a
way to get the driver subsystem ("pci" for the previous example) from
an existing sd_device object.
Let's introduce a way to get driver subsystem.
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sd_device_new_from_ifname()
Otherwise, alloca() called in strjoina() may trigger assertion.
This partially reverts 3652891c3904992e21739e9bfb004073841db63c.
The commit mistakenly dropped the check.
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This partially reverts the commit 730b76bd2cd5f0866baa738ae283e3b62544a28f.
Before the commit, the function returned 0 on success, but the commit
made the function always return 1, as if device->devtype is NULL, the
function returns -ENOENT in the above.
Fortunately, udev_device_get_devtype() does not propagate any
non-negative value from sd_device_get_devtype(). Hence, hopefully we can
safely revert the change.
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Commit 201e0d53bdd43 ("stub: split out random seed part out of run()")
looks like refactoring but apparently it changed the logic when random
seed is refreshed in the ESP completely. Previously, process_random_seed()
was called when either:
- sd-stub was not present (LoaderFeatures var is unset) OR
- sd-stub was present but EFI_LOADER_FEATURE_RANDOM_SEED flag was unset.
Post-change, refresh_random_seed() bails under the exact same conditions (no
sd-stub or EFI_LOADER_FEATURE_RANDOM_SEED is unset) and thus
process_random_seed() is NOT called.
Restore the original logic. efivar_get_uint64_le()'s return value doesn't
require checking: loader_features is initialized to 0 and in case of failure it
stays untouched.
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One of the major pait points of managing fleets of headless nodes is
that when something fails at startup, unless debug level was already
enabled (which usually isn't, as it's a firehose), one needs to manually
enable it and pray the issue can be reproduced, which often is really
hard and time consuming, just to get extra info. Usually the extra log
messages are enough to triage an issue.
This new option makes it so that when a service fails and is restarted
due to Restart=, log level for that unit is set to debug, so that all
setup code in pid1 and sd-executor logs at debug level, and also a new
DEBUG_INVOCATION=1 env var is passed to the service itself, so that it
knows it should start with a higher log level. Once the unit succeeds
or reaches the rate limit the original level is restored.
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manager_varlink_managed_oom_connect()
Follow-up for 2250c996cfc41afb30cd086adeed18fd41a683ba
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Internally, the switch triggers 'resolvectl default-route INTERFACE no'.
Closes #34112.
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Currently translated at 100.0% (253 of 253 strings)
Co-authored-by: Martin Srebotnjak <miles@filmsi.net>
Translate-URL: https://translate.fedoraproject.org/projects/systemd/main/sl/
Translation: systemd/main
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When the bypass logic is invoked, such as for queries to the stub with
the DO bit set, be certain to clear the AD bit in the reply before
forwarding it if the answer is not known to be authentic.
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This has been supported since e9e74f28d783 but never got documented.
Add it to the man pages (plus one comment in a header).
Closes #34127.
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Fixes https://github.com/systemd/systemd/pull/33959#discussion_r1730987738
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Now that FileDescriptorName= is properly honored by Accept=yes sockets,
this explicit override is pointless.
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So far we manually hardcoded $LISTEN_FDNAMES to "varlink" in various
varlink service units we ship, even though FileDescriptorName=varlink
is specified in associated socket units already, because
FileDescriptorName= is currently silently ignored when combined with
Accept=yes. Let's step away from this, which seems saner.
Note that this is technically a compat break, but a mostly negligible
one as there shall be few users setting FileDescriptorName= but
still expecting LISTEN_FDNAMES=connection in the actual executable.
Preparation for #34080
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This prevents bisecting to figure out which commit broke something
as when going backwards the git commit timestamp will be older meaning
package managers will refuse to upgrade to the "older" version. Let's
make sure the release is always newer by using the current date unless
$SOURCE_DATE_EPOCH is set.
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unit_verify_contexts()
While at it, allow "mixed" for all unit types too, i.e.
also apply ebc2259da1d1579347b86fc2ebca9f96334b6f22 to
socket/mount/swap units.
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This makes no sense at all, and we already refuse such setting
for Accept=yes sockets. I see no reason not to extend this to
Accept=no ones.
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DefaultRoute is a D-Bus property, not a valid setting name in .network
files nor resolved.conf.
Whether a link is the default route or not is configured with
DNSDefaultRoute= setting in .network files.
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Currently translated at 100.0% (253 of 253 strings)
Co-authored-by: Oğuz Ersen <oguz@ersen.moe>
Translate-URL: https://translate.fedoraproject.org/projects/systemd/main/tr/
Translation: systemd/main
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Currently translated at 100.0% (253 of 253 strings)
Co-authored-by: Sergey A <Ser82-png@yandex.ru>
Translate-URL: https://translate.fedoraproject.org/projects/systemd/main/ru/
Translation: systemd/main
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Currently translated at 100.0% (253 of 253 strings)
Co-authored-by: Léane GRASSER <leane.grasser@proton.me>
Translate-URL: https://translate.fedoraproject.org/projects/systemd/main/fr/
Translation: systemd/main
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Currently translated at 100.0% (253 of 253 strings)
Co-authored-by: Weblate Translation Memory <noreply-mt-weblate-translation-memory@weblate.org>
Translate-URL: https://translate.fedoraproject.org/projects/systemd/main/fr/
Translation: systemd/main
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Then, we can drop allocation of RoutingPolicyRule object in each conf
parsers.
No functional change, just refactoring.
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[RoutingPolicyRule] sectin
This introduce config_parse_routing_policy_rule(), which wraps existing
conf parsers. With this, we can drop many custom conf parsers for
[RoutingPolicyRule], and can reuse generic conf parsers in conf-parser.[ch].
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The function is generic enough. Currently it is used at only one place.
But it will be used at another place.
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This is not used currently, but will be used later.
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Typically, conf parsers will ignore most errors during parsing strings
and return 0. Let's return 1 on success. Otherwise it is hard to reused
these function in another conf parser.
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Both conf parsers takes an integer. Only difference is the maximum
value. Let's merge them, and pass the maximum value through ltype.
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No functional change, just refactoring.
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We currently search for 'bpf-gcc' and 'bpf-none-gcc'. Gentoo's
sys-devel/bpf-toolchain package uses 'bpf-unknown-none-gcc', as does Fedora's
cross-binutils. Search for this name too.
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