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This was added originally as it was thought that Windows applied
the same cap. Nowadays the specs do not mention it, and it is
believed Windows no longer applies it either, so drop it in order
to allow an arbitrary number of DTBs to be included
Fixes https://github.com/systemd/systemd/issues/35943
If we save journals in /tmp, we can run a larger number of tests in
parallel so let's make use of the larger number of CPUs if the tests
run on a beefy machine.
The integration-test-setup calls require StateDirectory= but some
tests override the test unit used which then won't have StateDirectory=
so let's move StateDirectory= into the dropin as well to avoid this
issue.
The journal isn't the best at being fast, especially when writing
to disk and not to memory, which can cause integration tests to
grind to a halt on beefy systems due to all the systemd-journal-remote
instances not being able to write journal entries to disk fast enough.
Let's introduce an option to allow writing in progress test journals
to use /tmp which can be used on beefy systems with lots of memory to
speed things up.
Let's make things a bit less Linux specific, and more debuggable, by
including not just the error number but also the error name in the
generic io.systemd.System errors we generate when all we have is an
"errno".
We so far only included the numeric Linux errno. That's pretty Linux
specific however. Hence, let's improve things and include an origin
string, that clearly marks Linux as origin. Also, include the string
name of the error.
Take these two fields into account when translating back, too. So that
we prefer going by symbolic name rather than by numeric id.
This is useful for generating good errors when dispatching varlink
methods that take no parameters, as we'll still generate precise errors
in that case, taking a NULL table as equivalent as one with no
entries.
This separates the preparatory checks that generate D-Bus errors from
the code that actually allocates the session. This make the logic easier
to follow and prepares ground so that we can reuse the 2nd part later
when exposing session creation via Varlink.
This is establish the basic concepts for #35685, in the hope to get this
merged first.
This defines a special, fixed 64K UID range that is supposed to be used
by directory container images on disk, that is mapped to a dynamic UID
range at runtime (via idmapped mounts).
This enables a world where each container can run with a dynamic UID
range, but this in no way leaks onto the disk, thus making supposedly
dynamic, transient UID range assignments persistent.
This is infrastructure later used for the primary part of #35685: unpriv
container execution with directory images inside user's home dirs, that
are assigned to this special "foreign UID range".
This PR only defines the ranges, synthesizes NSS records for them via
userdb, and then exposes them in a new "systemd-dissect --shift" command
that can re-chown a container directory tree into this range (and in
fact any range).
This comes with docs. But no tests. There are tests in #35685 that cover
all this, but they are more comprehensive and also test nspawn's hook-up
with this, hence are excluded from this PR.
This makes sure when we are blocking signals in preparation for fork()
we'll not temporarily unblock any signals previously set, by mistake.
It's safe for us to block more, but not to unblock signals already
blocked. Fix that.
Fixes: #35470
This effectively reverts b8582198ca1e6fe390f7169e623a9130b68a6b36
as I can not get the testing farm bare metal machines working
downstream and even if I managed to, without also using the testing
farm bare metal machines upstream (for which there is no capacity),
the setup would very quickly bitrot anyway so we'll just run the
container based tests for now.
If we unexpectly disconnect from the bus, systemd would end up dropping
the list of subscribers, which breaks the ability of clients like logind
to monitor the state of units.
Stash the list of subscribers into the deserialized state in the event
of a disconnect so that when we recover we can renew the broken
subscriptions.
---
Fixes: #8672#26744
pam_systemd is used to create logind sessions and to apply extended
attributes from json user records. Not every application that creates a
pam session expects a login scope, but may be interested in the extended
attributes of json user records. Session class "none" implements this
service by disabling logind for this session altogether.
---
Closes: #34988
When running the integration tests downstream, it's useful to be able to
test that a new systemd version doesn't introduce any AVC denials, so
let's add a knob to make that possible.
When running the integration tests downstream, it's useful to be
able to test that a new systemd version doesn't introduce any AVC
denials, so let's add a knob to make that possible.
If we're not running interactively, there's no point in the features
from integration-test-setup.sh which are intended for interactive
development and debugging so lets skip adding it in that case.
This makes
- also cache sd_device for ACPI device.
- split fallback_chassis() into small pieces,
- use sd_device to reading sysfs attributes.
No functional change, just refactoring.
Even though udevadm accepts relative syspath, previously, udevadm
could not use relative path to device node:
===
$ cd /dev
$ udevadm info sda
Bad argument "sda", expected an absolute path in /dev/ or /sys/ or a unit name: Invalid argument
$ udevadm info /usr/../dev/sda
Unknown device "/usr/../dev/sda": No such device
===
With this change, both the above cases work fine.
Note, still sd_device_new_from_devname() requires absolute path starts
with /dev/, for safety.
Downstream we sometimes end up with machines with lots of CPUs which
leads to running out of memory when trying to run the tests in VMs.
So let's switch to a different heuristic when we have lots of CPUs to
avoid running out of memory.
