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We want to watch USB sticks being plugged in, and that requires
AF_NETLINK to work correctly and get the host's events. But if we live
in a network namespace AF_NETLINK is disconnected too and we'll not get
the host udev events.
Fixes: #15287
This reverts commit 61c3e2c8bfc28cea5b52d8643fac3d85f4c571d2.
The original commit doesn't make sense to me, none of the listed units
have an [Install] section, they hence are not subject to enable/disable
and hence not preset either. This commit hence has no effect whatsoever,
let's undo it to avoid further confusion.
Resolved can't reliably determine on whether "it makes sense" to query
AAAA records when not explicitly specifying it in the request, so we
shouldn't remove them.
After having done the resolving, applications can use RFC6724 to
determine whether that address is reachable.
We can't know whether an address is reachable before having resolved it
and inspecting the routing table, and not resolving AAAA just because
there's no IPv6 default route on the main interface link them breaks
various setups, including IPv6-providing wireguard tunnels on a
non-dualstacked environment.
Fixes#5782Fixes#5915Fixes#8017
The test currently doesn't actually test configure-without-carrier since
it does have carrier for the entire test. It now forces carrier down
before starting the network portion of the test. Also, it tests to verify
the configuration is retained across future carrier losses/gains.
Instead of -EBUSY, return 0 from sd_ipv4ll_start() if it's already started,
and change successful start return value to 1.
This matches sd_ndisc_start() behavior; 1 indicates successful start, and
0 indicates already started.
It doesn't make much sense to have ConfigureWithoutCarrier set, but not
IgnoreCarrierLoss; all the configuration added during initial interface
bring-up will be lost at the first carrier up/down.
This allows users to configure a subnet id that should be used instead
of automatically (sequentially) assigned subnets. The previous attempt
had the downside that the subnet id would not be the same between
networkd restarts. In some setups it is desirable to have predictable
subnet ids across restarts of services and systems.
The code for the assignment had to be broken up into two pieces. One of
them is the old (sequential) assignment of prefixes and the other is the
new assignment based on configured subnet ids. The new assignment code
has to be executed first and has to be taken into account when (later
on) allocating the "old" subnets from the same pool.
Instead of having one iteration through the links we are now trying to
allocate a prefix for every link on every delegated prefix, unless they
received an assignment in a previous iteration.
We'd start writing an entry line, then another one, then another one,
and then output the rest of the first one, and then some other random
stuff, and the rest of some other lines... Results were ...eh... random.
Let's define a helper to avoid some of the copy&paste madness, and separate
blocks that output a single line with /**********************************/.
This rework doesn't change what data is written, it only tries to fix the
format of the output. The fact that some entries only write data from
link->network, and some from either link->network or link, some stuff only
for dhpc4 leases while some for both dhpc4 and dhcp6, etc, looks rather
suspicious too, but I didn't touch this.
Whenever we pick up a new line in /proc/self/mountinfo and want to
synthesize a new mount unit from it, let's say which one it is.
Moreover, downgrade the log message when we encounter a mount point with
an overly long name to LOG_WARNING, since it's generally fine to ignore
such mount points.
Also, attach a catalog entry to explain the situation further.
Prompted-By: #15221
Let's be more thorough that whenever we build a unit name based on
parameters, that the result is actually a valid user name. If it isn't
fail early.
This should allows us to catch various issues earlier, in particular
when we synthesize mount units from /proc/self/mountinfo: instead of
actually attempting to allocate a mount unit we will fail much earlier
when we build the name to synthesize the unit under. Failing early is a
good thing generally.
We would print the error sometimes to stdout and sometimes to stderr. It *is*
useful to get the message if one of the names is not found on the bus to
stdout, so that this shows out in the pager. So let's do verification of args
early to catch invalid arguments, and then if we receive an error over the bus
(most likely that the name is not activatable), let's print to stdout so it
gets paged. E.g. 'busctl tree org.freedesktop.systemd1 org.freedesktop.systemd2'
gives a nicely usable output.
