This new job mode will enqueue a start job for a unit, and all units
depending on the unit will get a restart job enqueued. This is then used
for automatic sevice restarts: the unit itself is only started, the
depending units restarted. This way the unit will not go down
unnecessarily, triggering OnSuccess= needlessly.
This also introduces a new state SERVICE_AUTO_RESTART_QUEUED that is
entered once the restart jobs are enqueued. Previously we'd stay in
SERVICE_AUTO_RESTART, but that's problematic, since we'd lose
information whether we still need to enqueue the restart job during a
serialization/deserialization cycle or not. By having an explicit state
for this we know exactly whether we still need to enqueue the job or
not. It's also good since when we are in SERVICE_AUTO_RESTART_QUEUED we
want to act on unit_start(), but on SERVICE_AUTO_RESTART we want to wait
for the holdoff time to pass before we act on unit_start().
Fixes: #27722
This allows the correct, gracious, error handling to follow up in the
ndisc handler. Otherwise, an internal error is assumed and the interface
disabled.
Fixes: 9747955d2d ("ndisc: parse RFC8910 captive portal ipv6ra option")
When we request an address that already exists and is under removing,
we need to wait for the address being removed. Otherwise, configuration
of a route whose preferred source is the address will fail.
Fixes#28009.
Replaces #28088.
Correct the SOUND_FORM_FACTOR property for Steelseries Arctis headsets.
The USB IDs were all gathered from HeadsetControl[1].
[1]: https://github.com/Sapd/HeadsetControl
Let's move this into a vtable callout, so that unit.c doesn't check for
explicit unit types anymore.
(This is preparation for a future where we do a similar check for the
automount logic, or the swap logic.)
The DBUS property setter overwrites the value of the property but
writes a drop-in that extends the value. Let's make sure the drop-in
overwrites the property value as well by assigning the empty string
first.
Let's rename the unit to systemd-battery-check.service. We usually want
to name our own unit files like our tools they wrap, in particular if
they are entirely defined by us (i.e. not just wrappers of foreign
concepts)
While we are at it, also hook this in from initrd.target, and order it
against initrd-root-device.target so that it runs before the root device
is possibly written to (i.e. mounted or fsck'ed).
This is heavily inspired by @aafeijoo-suse's PR #28208, but quite
different ;-)
static versions of libsystems.so are not really supportable, and
encourages mix&match which we cannot really support. Make the wording
about this stronger in the README, since people apparently don'd read to
the last paragraph.
If the kernel contains a .sbat section (they should start soon) then merge
it with the stub's so that revocations can apply to either component.
Fixes https://github.com/systemd/systemd/issues/27866
When reexecuting system let's put our arguments carrying deserialization
info first followed by any existing arguments to make sure they get
parsed in case we get weird stuff from the kernel cmdline (like --).
See: https://github.com/systemd/systemd/issues/28184
Certain cards support to set their eswitch to switchdev mode. In this
mode for each created VF there is also created so called VF representor.
This representor is helper network interface used for configuration of
mentioned eswitch and belongs to an appropriate PF.
VF representors are identified by the specific value of phys_port_name
attribute and the value has format "pfMvfN" where M is PF function
number and N is VF number inside this PF.
As the VF representor interfaces belong to PF PCI device the naming
scheme used for them is the same like for other PCI devices. In this
case name of PF interface is used and phys_port_name suffix is appended.
E.g.
PF=enp65s0f0np0 # phys_port_name for PF interface is 'p0'
VF=enp65s0f0np0v0 # v0 is appended for VF0 in case of NAMING_SR_IOV_V
REP=enp65s0f0np0pf0vf0 # phys_port_name for VF0 representor is 'pf0vf0'
First as the phys_port_name for representors is long (6+ chars) then the
generated name does not fit into IFNAMSIZ so this name is used only as
alternate interface name and for the primary one is used generic one
like eth<N>. Second 'f0' and 'pf0' in REP name is redundant.
This patch fixes this issue by introducing another naming scheme for VF
representors and appending 'rN' suffix to PF interface name for them.
N is VF number so the name used for representor interface is similar to
VF interface and differs only by the suffix.
For the example above we get:
PF=enp65s0f0np0
VF=enp65s0f0np0v0
REP=enp65s0f0np0r0
This eases for userspace to determine which representor interface
represents particular VF.
Signed-off-by: Ivan Vecera <ivecera@redhat.com>
