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Also remove the systemd-measure dependency from the mkosi target as
mkosi doesn't invoke systemd-measure itself.
(cherry picked from commit 1a077e05fbcbfffe548ef39f45e4f2ca1399715d)
libnvme 1.11 appears to require a kernel built with NVME TLS
kconfigs, and fails hard if it is not, as the expected
privileged keyring '.nvme' is not present. We cannot just
create it from userspace, as privileged keyrings can only
be created by the kernel itself (those starting with '.').
Skip the test if the library exactly matches this version.
https://github.com/linux-nvme/nvme-cli/issues/2573
Fixes https://github.com/systemd/systemd/issues/35130
(cherry picked from commit 893aa45886ef84b1827445dc438e410ad89fbbbf)
Follow-up for efedb6b0f3cff37950112fd37cb750c16d599bc7.
Closes#35116.
(cherry picked from commit 985ea98e7f90c92fcc0b8441fafb190353d2feb8)
Really rewritten from scratch.
This is preparation for reusing the logic for syncing DM and other
devices with a timeout applied.
(cherry picked from commit 13b5225d6278af15e84ebd1889f04cfe81b47787)
Outside of x86, some machines (e.g. Apple silicon, AMD Opteron A1100) have
physical memory mapped above 4GiB, meaning this allocation will fail, causing
the entire boot process to fail on these machines.
This commit makes it so that the below-4GB address space allocation requirement
is only set on x86 platforms, and not on other platforms (that don't have the
specific Linux x86 boot protocol), thereby fixing boot on those that have no
memory mapped below 4GiB in their address space.
Tested on an Apple silicon M1 laptop and an AMD x86_64 desktop tower.
Fixes: #35026
Manual backport of 6e207b370e91e681efb08c497a6c8ad78e3c8d83.
The concept of synthetic errnos is about logging, which
is irrelevant irt bus error and we don't do any special
treatment in sd-bus for them, meaning the value propagated
would be spurious.
(cherry picked from commit 2f2058da0b88535cb3a95fc98e7b2f1ae4d35601)
Fixes a bug introduced by f6bda694f908cc227b002570b893029aa4c9e173 (v256).
With the offending commit, on remove event, database file for a device is once
removed in event_execute_rules_on_remove(), but later re-created here.
This fixes the issue, and makes the database file not re-created on remove event.
(cherry picked from commit 5b2dce150d5eadcd33d620e095c9c1e2de51dd24)
Otherwise, ProtectHome=tmpfs makes /home/ and friends not read-only.
Also, mount options for /run/ specified in MountAPIVFS=yes are not
applied.
The function append_static_mounts() was introduced in
5327c910d2fc1ae91bd0b891be92b30379c7467b, but at that time, there were
neither .read_only nor .options in the struct. But, when later the
struct is extended, the function was not updated and they were not
copied from the static table.
The fields has been used in static tables since
e4da7d8c796a1fd11ecfa80fb8a48eac9e823f06, and also in
94293d65cd4125347e21b3e423d0e245226b1be2.
Fixes#34825.
(cherry picked from commit 0cc496b2d21f73d0a03414ce40eceb9e3af76e22)
Some ambiguity (e.g., same-named man pages in multiple volumes)
makes it impossible to fully automate this, but the following
Python snippet (run inside the man/ directory of the systemd repo)
helped to generate the sed command lines (which were subsequently
manually reviewed, run and the false positives reverted):
from pathlib import Path
import lxml
from lxml import etree as ET
man2vol: dict[str, str] = {}
man2citerefs: dict[str, list] = {}
for file in Path(".").glob("*.xml"):
tree = ET.parse(file, lxml.etree.XMLParser(recover=True))
meta = tree.find("refmeta")
if meta is not None:
title = meta.findtext("refentrytitle")
if title is not None:
vol = meta.findtext("manvolnum")
if vol is not None:
man2vol[title] = vol
citerefs = list(tree.iter("citerefentry"))
if citerefs:
man2citerefs[title] = citerefs
for man, refs in man2citerefs.items():
for ref in refs:
title = ref.findtext("refentrytitle")
if title is not None:
has = ref.findtext("manvolnum")
try:
should_have = man2vol[title]
except KeyError: # Non-systemd man page reference? Ignore.
continue
if has != should_have:
print(
f"sed -i '\\|<citerefentry><refentrytitle>{title}"
f"</refentrytitle><manvolnum>{has}</manvolnum>"
f"</citerefentry>|s|<manvolnum>{has}</manvolnum>|"
f"<manvolnum>{should_have}</manvolnum>|' {man}.xml"
)
(cherry picked from commit 597c6cc1195a986e8f89921aa89505b0eacf8181)
`loginctl kill-session --kill-whom=leader <N>` (or the D-Bus equivalent)
doesn't work because logind ends up calling `KillUnit(..., "main", ...)`
on a scope unit and these don't have a `MainPID` property. Here, I just
make it send a signal to the `Leader` directly.
(cherry picked from commit 8254755091847105c33e473c62cdc7621ed275bc)
To keep align with the logic used in udev_rules_parse_file(), we also
should skip the empty udev rules file while collecting the stats during
manager reload. Otherwise all udev rules files will be parsed again whenever
reloading udev manager with an empty udev rules file. It's time consuming
and the following uevents will fail with timeout.
(cherry picked from commit 2ae79a31b7c7947e2c16e18eb85ac5607ebc40b6)
In the troff output, this doesn't seem to make any difference. But in the
html output, the whitespace is sometimes preserved, creating an additional
gap before the following content. Drop it everywhere to avoid this.
(cherry picked from commit fe45f8dc9bf1e9be8de4e14838bc2d7befcf946b)
Since v256 we completely fail to boot if v1 is configured. Fedora 41 was just
released with v256.7 and this is probably the first major exposure of users to
this code. It turns out not work very well. Fedora switched to v2 as default in
F31 (2019) and at that time some people added configuration to use v1 either
because of Docker or for other reasons. But it's been long enough ago that
people don't remember this and are now very unhappy when the system refuses to
boot after an upgrade.
Refusing to boot is also unnecessarilly punishing to users. For machines that
are used remotely, this could mean somebody needs to physically access the
machine. For other users, the machine might be the only way to access the net
and help, and people might not know how to set kernel parameters without some
docs. And because this is in systemd, after an upgrade all boot choices are
affected, and it's not possible to e.g. select an older kernel for boot. And
crashing the machine doesn't really serve our goal either: we were giving a
hint how to continue using v1 and nothing else.
If the new override is configured, warn and immediately boot to v1.
If v1 is configured w/o the override, warn and wait 30 s and boot to v2.
Also give a hint how to switch to v2.
https://bugzilla.redhat.com/show_bug.cgi?id=2323323https://bugzilla.redhat.com/show_bug.cgi?id=2323345https://bugzilla.redhat.com/show_bug.cgi?id=2322467https://www.reddit.com/r/Fedora/comments/1gfcyw9/refusing_to_run_under_cgroup_01_sy_specified_on/
The advice is to set systemd.unified_cgroup_hierarchy=1 (instead of removing
systemd.unified_cgroup_hierarchy=0). I think this is easier to convey. Users
who are understand what is going on can just remove the option instead.
The caching is dropped in cg_is_legacy_wanted(). It turns out that the
order in which those functions are called during early setup is very fragile.
If cg_is_legacy_wanted() is called before we have set up the v2 hierarchy,
we incorrectly cache a true answer. The function is called just a handful
of times at most, so we don't really need to cache the response.
(cherry picked from commit d0ab0e5fa5434cac67e51dbeb1d873c6ac6f20cd)
These were forgotten during the initial conversion, probably because
most of them consisted only of a single entry.
Fix that.
(cherry picked from commit df8f9b88bd41320653fe1c51ea515a2d03a349df)
Let's systematically make sure that we link up the D-Bus interfaces from
the daemon man pages once in prose and once in short form at the bottom
("See Also"), for all daemons.
Also, add reverse links at the bottom of the D-Bus API docs.
Fixes: #34996
(cherry picked from commit 607d2974870e9769f44ee179dcaf26cbec64cb20)
Processes can easily survive the first kill operation we execute, hence
we shouldn't make strong claims about them having exited already. Let's
just say "likely" hence.
Fixes: #15032
(cherry picked from commit ac804bc2f8d814d2afcdccd88f7469ac320da1c8)
In https://bugzilla.redhat.com/show_bug.cgi?id=2322937 we're getting
an error message:
Okt 29 22:21:03 fedora systemd-resolved[29311]: Could not create manager: Cannot allocate memory
I expect that this actually comes from dnstls_manager_init(), the
openssl version. But without real logs it's hard to know for sure.
Use EIO instead of ENOMEM, because the problem is unlikely to be actually
related to memory.
(cherry picked from commit ee95e86ae163e436384f1b782a77a7e18deba890)
All other tools (sbsigntools, osslsigncode, sbctl, goblin) do this
as well so let's follow suite.
(cherry picked from commit e37701a8cd2db1e67d28bcf337467d8efc6de41e)
log_info appears to be the preferred method to convey information from
tests. Convert all the printfs to log_info to follow this standard.
(cherry picked from commit 38557d9ffbc6351b8980faf90d54619790436d43)
Some kernel SAS drivers (e.g. smartpqi) expose ports with num_phys = 0. udev
shouldn't treat these ports as wide ports. SAS wide ports always have
num_phys > 1. See comments for sas_port_add_phy() in the kernel sources.
Sample data from a smartpqi system to illustrate the issue below.
Here the phy device is attached to port 0:0, which has no end devices attached
and the SAS end device (where sda is attached) is associated with SAS
port 0:1, which has no associated phy device. Thus num_phys for port-0:1 is 0.
This is arguably wrong, but it's how smartpqi has always set up its devices in
sysfs.
/sys/class/sas_phy/phy-0:0 -> ../../devices/pci0000:46/0000:46:02.0/0000:47:00.0/host0/scsi_host/host0/phy-0:0/sas_phy/phy-0:0
/sys/devices/pci0000:46/0000:46:02.0/0000:47:00.0/host0/scsi_host/host0/port-0:0/phy-0:0 -> ../phy-0:0
/sys/devices/pci0000:46/0000:46:02.0/0000:47:00.0/host0/scsi_host/host0/phy-0:0/port -> ../port-0:0
/sys/class/sas_device/end_device-0:1 -> ../../devices/pci0000:46/0000:46:02.0/0000:47:00.0/host0/scsi_host/host0/port-0:1/end_device-0:1/sas_device/end_device-0:1
/sys/class/block/sda -> ../../devices/pci0000:46/0000:46:02.0/0000:47:00.0/host0/scsi_host/host0/port-0:1/end_device-0:1/target0:0:0/0:0:0:0/block/sda
Signed-off-by: Martin Wilck <mwilck@suse.com>
(cherry picked from commit 7f6674624eedc95db2a9877edc6ff424f4453531)
There's no guarantee our device will be named /dev/vda, so give it
a serial so we can query for its devname inside the test.
(cherry picked from commit 2ec809dd3baf39b83b8f581e7ea837b9732f9964)
There's no guarantee the root device will be /dev/sda, so let's use
bootctl to get the actual path instead of harcoding it.
(cherry picked from commit 29a8e71d9c0858aef502f091a0ef58d5569b1c70)
This singular debug message gets printed even if debug is not enabled.
Quiet this message when debug is not enabled for consistency.
(cherry picked from commit f4092cb9745cc2fc1f889eeaffa5cb5133969d85)
