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Currently, on soft-reboot, /run/credentials/@system is unmounted
because it has DefaultDependencies=yes and as such will have
Conflicts=umount.target and Before=umount.target. Let's make sure
credential mounts survive soft-reboot by implying DefaultDependencies=no
for credential mounts.
The test-event test seems to be taking quite a bit more time than
the other 'simple tests', which usually complete in < 1s. In case
of a slower or loaded machine the default 30s timeout is not enough.
RFC 4862 Section 5.5.3, bullet e, sub-bullet 3 applies to existing
addresses, i.e. when address_get() returns success. If the address is
new (i.e. address_get() fails), then we should not be adding 2 hours to
the lifetime_valid_usec. Instead, use the valid_lifetime from the RA's
Prefix Information Option.
This change allows v6LC.3.2.2 to pass. Also verified all v6LC3.2.* tests
pass. This covers all the v6LC tests from Group2: Router Advertisement
Processing and Address Lifetime.
Fixes#32652.
Previously, RA option fields were being ignored when the Router Lifetime
value was zero. Remove this logic to be compliant with RFC4861.
Extract from: https://www.ietf.org/rfc/rfc4861.html#section-4.2, p.21,
first paragraph:
The Router Lifetime applies only to
the router's usefulness as a default router; it
does not apply to information contained in other
message fields or options.
This affected IPv6 Conformance test:
v6LC.2.2.15: Router Advertisement Processing, Reachable Time.
Fixes#31842.
Co-authored-by: Matt Muggeridge <Matt.Muggeridge@hpe.com>
If we destroy both an event loop and a curl contect object at the same
time, then we get into this weird situation where curl wants us to
reconfigure a timout event source right before destruction, which
sd-event will refuse however, since it is already being shutdown.
Hence, catch that and simply don't bother adjusting the timeout, since
we cannot get back from there anyway.
The function `builtin-input_id` incorrectly identifies the ASRock LED Controller
as an input device due to the presence of buttons and axis. To fix this we add
a new rule in `hwdb.d/60-input-id.hwdb`.
The properties have been set to empty instead of `0` because some programs
might check if the value is set at all instead of checking its value, as discussed
in #32773.
The device has no real keys. The devices is controlled by i2c interface and some
settings in UEFI, and it provides an header to connect LED strips and similar devices.
I suppose it's possible that ASRock intended to connect devices with buttons for
controlling LEDs to it, but: (i) the controller itself does not have key, (ii) to my
knowledge no such device exists. So I think we can unset that property as well.
On a sidenote, unsetting those properties does not affect the i2c interface,
OpenRGB still interacts normally with the device.
Fixes#32773.
A fixed name is too rigid, let's give users the ability to define
custom drop-in names which at the same time also allows defining
multiple dropins per unit.
We use ~ as the separator because:
- ':' is not allowed in credential names
- '=' is used to separate credential from value in mkosi's --credential
argument.
- '-' is commonly used in filenames
- '@' already has meaning as the unit template specifier which might be
confusing when adding dropins for template units
dangerous_hardlinks() -> hardlinks_protected(),
and the meaning of the function is now in line
with fs.protected_hardlinks value.
Plus, We ship 50-default.conf where the sysctl
is enabled. Mention it in the comment.
