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systemd uses malloc_usable_size() everywhere to use memory blocks
obtained through malloc, but that is abuse since the
malloc_usable_size() interface isn't meant for this kind of use, it is
for diagnostics only. This is also why systemd behaviour is flaky when
built with _FORTIFY_SOURCE.
One way to make this more standard (and hence safer) is to, at every
malloc_usable_size() call, also 'reallocate' the block so that the
compiler can see the larger size. This is done through a dummy
reallocator whose only purpose is to tell the compiler about the larger
usable size, it doesn't do any actual reallocation.
Florian Weimer pointed out that this doesn't solve the problem of an
allocator potentially growing usable size at will, which will break the
implicit assumption in systemd use that the value returned remains
constant as long as the object is valid. The safest way to fix that is
for systemd to step away from using malloc_usable_size() like this.
Resolves#22801.
EINVAL suggests that the caller passes an invalid argument. EIO is
for "input/output error", i.e. the error you'd get if the disk or
file system is borked, and this error code could be returned by the
underlying read/write functions.
Let's make the functions return an unambiguous error code.
If the page size of a swap space doesn't match the page size of the
currently running kernel, swapon will fail. Let's instruct it to
reinitialize the swap space instead.
During the call today we agreed to work towards -rc1 in January. Nevertheless,
I already started writing this up and I'll push it so it doesn't get lost.
I didn't include all the changes to systemd-repart, because those are still in
flux.
Reloading is a heavy-weight operation, and currently it is not
possible to stop an orchestrator from spamming reload requests.
Add configuration options to allow rate-limiting.
Reloading is a heavy-weight operation, and currently it is not
possible to figure out who/what requested it, even at debug level
logging.
Check the sender of the D-Bus message and print it out at info level.
According to systemctl(1), we should use LSB return code 4
(EXIT_PROGRAM_OR_SERVICES_STATUS_UNKNOWN) when the state
is "no such unit" for is-{active,failed,enabled} verbs.
Fixes#25680
In both cases, the json string is short, so we can print it, which is useful
for diagnosing invalid data in packages. But we need escape non-printable
characters.
https://bugzilla.redhat.com/show_bug.cgi?id=2152685
I went over the rest of the codebase, and it seems that other calls to
json_parse() don't have this problem.
One had to read to the very end of the long description to notice that
the setting is actually primarily intended for oomd. So let's mention oomd
right at the beginning.
Also stop stashing the kmsg fifo fd in the socket. Just retrieve it in
the parent and have the parent hold on to it.
Signed-off-by: Christian Brauner (Microsoft) <brauner@kernel.org>
