It is not necessary to stop whole configuration process until MTU and
IPv6LL address generation mode are set. But it is enough just setting
IPv6 MTU again after MTU is set, and dropping IPv6LL address after
setting the address generation mode.
The condition does not fix infinite loop of interface reset, as the
interface is reset after netlink reply is received, thus setting_mtu is
false.
See also #18738.
Previously, several failures in link_carrier_gained() make link enter
failed state, and other errors are ignored. Now, all failures in
link_carrier_gained(), moreover, link_update() are critical.
networkd already has all information about routes. It is not necessary
to re-read them by using local_gateways().
This also makes manager_find_uplink() take family.
Seems the assert should be placed in-before decrypted_key
pointer is passed to libcryptsetup API.
Original placement would trigger abort in case tpm2
hw was not present in the system while required
to activate crypt devices.
Fixes#19437.
As reported in the bug:
> # drkonqi-coredump-processor@.service
> ...
> [Install]
> WantedBy=systemd-coredump@.service
>
> The plan here is to have a systemd-coredump@ instance start the same %i for
> drkonqi-coredump-processor@. Works perfectly when creating the symlink manually
> ln -sv /usr/lib/systemd/system/drkonqi-coredump-processor@.service
> /etc/systemd/system/systemd-coredump@.service.wants/.
When DefaultInstance is set, we replace template references with
template@default-inst. But in this case we want to create a symlink for the
template name, so that systemd will fill in the instance from the
wanting/requiring unit. This is only possible for those units that actually
have an instance set, so we create the symlink only from .requires/ or .wants
of an instantiated unit (then this specific instance will be used), or a
template (than some instance will be inherited later).
Specifically:
...
[Install]
WantedBy=other@.service, fixed.service
DefaultInstance=inst
→ enable foo@.service creates other@.service.wants/foo@inst.service, and
other@a.service will want foo@inst.service, and other@b.service will want foo@inst.service,
and fixed.service will want foo@inst.service.
Without DefaultInstance,
→ enable foo@.service creates other@.service.wants/foo@.service, and
other@a.service would want foo@a.service, and other@b.service would want foo@b.service,
but enablement fails because no dependency can be created for fixed.service:
Failed to enable unit, unit fixed.service is a non-template unit.
