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ReadOnlyPaths=, ProtectHome=, InaccessiblePaths= and ProtectSystem= are
about restricting access and little more, hence they should be disabled
if PermissionsStartOnly= is used or ExecStart= lines are prefixed with a
"+". Do that.
(Note that we will still create namespaces and stuff, since that's about
a lot more than just permissions. We'll simply disable the effect of
the four options mentioned above, but nothing else mount related.)
This also adds a test for this, to ensure this works as intended.
No documentation updates, as the documentation are already vague enough
to support the new behaviour ("If true, the permission-related execution
options…"). We could clarify this further, but I think we might want to
extend the switches' behaviour a bit more in future, hence leave it at
this for now.
Fixes: #5308
Fixes:
```
src/shared/bus-unit-util.c: In function ‘bus_append_unit_property_assignment’:
src/shared/bus-unit-util.c:570:65: warning: passing argument 2 of ‘namespace_flag_from_string_many’ from incompatible pointer type [-Wincompatible-pointer-types]
r = namespace_flag_from_string_many(eq, &flags);
^
In file included from src/shared/bus-unit-util.c:31:0:
src/shared/nsflags.h:41:5: note: expected ‘long unsigned int *’ but argument is of type ‘uint64_t * {aka long long unsigned int *}’
int namespace_flag_from_string_many(const char *name, unsigned long *ret);
^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
```
Closes#5312
IPv6 Neighbor discovery proxy is the IPv6 equivalent to proxy ARP for IPv4.
It is required when ISPs do not unconditional route IPv6 subnets
to their designated target, but expect neighbor solicitation messages
for every address on a link.
A variable IPv6ProxyNDPAddress= is introduced to the [Network] section,
each representing a IPv6 neighbour proxy entry in the neighbour table.
The script contains the contents of all sys/ test files, and creates
all dirs/links/files when run. This replaces the sys.tar.xz tarball
that contained sys/, so changes to sys files only require a simple
commit in git, instead of checking in an entire new tarball for each
sys/ change.
Instead of keeping all sys/ nodes in a tarball, use a script
"sys-script.py" to create all the sys/ entries.
This adds a script to create that initial "sys-script.py" script, using
an existing sys/ directory, created from the sys.tar.xz contents.
The "sys-script.py" can then be edited or recreated later, when any sys/
files are added or modified; the change will be only a patch to the
"sys-script.py" script in git, instead of forcing git to store a new
binary tarball.
So far, if either $HOME or $XDG_RUNTIME_DIR is not set we wouldn't use
either, and fail acquire_config_dirs() and acquire_control_dirs() in
their entireties. With this change, let's make use of the variables we
can acquire, and don't bother with the other.
Specifically this means: in both acquire_config_dirs() and
acquire_control_dirs() handle ENXIO from user_config_dir() and
user_runtime_dir() directly, instead of propagating it up and handling
it in the caller.
Let's use get_home_dir() for figuring out the home directory, so that
there's a good chance we succeed figuring out unit locations even if
$HOME isn't set.
Fixes: #5260
Under specific circumstances it might happen that we can't figure out
where to place our symlinks, for example because we are supposed to
create them in the runtime directory but $XDG_RUNTIME_DIR is not set. In
this case, return -ENXIO instead of hitting an assert().
(Yeah, the error isn't very descriptive, but for now this should at
least be good enough to remove the assert() being hit.)
In some cases there might be unit symlinks in .wants/ or .requires/
directories even though the unit is otherwise fully removed. In this
case, don't fail removal, but still remove the symlinks.
This reworks the symlink marking logic to always add unit files that we
are missing to the changes list, but proceed with any symlink removal
for them. This way we'll still generate useful hints that a unit is
missing if you invoke "systemctl disable idontexist.service", but also
still remove any link to it.
Fixes: #4995
Previously, we'd refuse the GetUnitProcesses() bus call if the unit file
couldn't be loaded. Which is wrong, as admins should be able to inspect
services whose unit files was deleted. Change this logic, so that we
permit introspecting the processes of any unit that is loaded,
regardless if it has a unit file or not.
(Note that we won't load unit files in GetUnitProcess(), but only
operate on already loaded ones. That's because only loaded units can
have processes — as that's how our GC logic works — and hence loading
the unit just for the process tree is pointless, as it would be empty).
See: #4995
After generating the template name we can shortcut things and just call
unit_file_find_dirs() from inside itself, just with the new name and
save a good number of duplicate lines.
Let's clarify that RestrictAddressFamilies= and MemoryDenyWriteExecute=
are only fully effective if non-native system call architectures are
disabled, since they otherwise may be used to circumvent the filters, as
the filters aren't equally effective on all ABIs.
Fixes: #5277
Previously, we'd only synthesize RRs for the LLMNR and mDNS versions of
the hostnames (i.e. the first label of the kernel hostname, as well as
the first label of the kernel hostname suffixed with .local). With this
change, we also synthesize an RR for the full hostname, which is
relevant in case it has more than one label.
Fixes: #5041
Clients expect us to follow CNAMEs for them, hence do so. On the first
iteration start putting together a packet, and then keep adding data we
acquire through CNAMEs to it, until we finally send it off.
Fixes: #3826
And then show it, to make things a bit friendlier to the user if we fail
acquiring some props.
In fact, this fixes a number of actual bugs, where we used an error
structure for output that we actually never got an error in.
