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(follow-up of #15958)
In #15958 we deprecated passing positional argument to reboot by
generate a warning. It's been two years now and I believe it can
be dropped completely, as per requested in #15773.
The --empty option applies to the partition table of the block
device, not the number of definition files we've read. Also, even
if we don't find any definition files, let's not shortcut execution
so we can run repart on a device/loopback file to get information
on the partition table.
Filenames to store user linger requests are created with C-escaping.
When we enumerate the files to acquire ligering users, we use the
filenames verbatim. In the case C-escaping is not an identity map (such
as "DOMAIN\User"), we won't be able to start user instances of
such mangled users.
Unescape filenames when we treat them as usernames again.
Fixes: #25448
We don't want systemd-networkd-wait-online to start if systemd-networkd
is skipped due to condition failures. This is only guaranteed by BindsTo=
and not Requires=, so let's use BindsTo=
Previously, we'd return the ifindex the user asked on, and if none was
specified "lo". Let's always return "lo".
This should be a better choice usually, since localhost addresses are
typically not reachable over arbitrary interfaces once SO_BINDTODEVICE
or so is used. Hence, let's report the interface that is always right
for these addresses.
The batch flag is bugged on older versions of mcopy causing failures
such as:
```
Internal error, size too big
Streamcache allocation problem:: 5
```
It's also a little unclear what the batch flag actually does, so since
everything still works without it, it doesn't hurt to remove it.
The n flag only applies when copying from fat to unix which we don't do
so it doesn't make sense in this scenario.
--include-partitions and --exclude-partitions now fully exclude
partitions from repart. Whenever a partition type is excluded, we
don't take any partitions of that type into account at all when
running systemd-repart.
--skip-partitions= is introduced to do what --exclude-partitions did
previously. Any skipped partitions are taken into acount when doing
size calculations, but are not yet populated.
Why do we need both concepts? Exclusion is needed so that we can
use shared repart definitions to generate bootable and non-bootable
images. When generating a non-bootable image, we use --exclude-partitions
to exclude the ESP partition. Skipping is needed so that we can
populate the root partition while skipping the ESP partition, get
the roothash of the root partition, use that to generate a UKI, and
finally populate the ESP partition with the UKI included.
A NULL Bitmap object is by all our code considered identical to an empty
bitmap. Hence let's remove the entirely unnecessary assert().
The assert() can be triggered if debug monitoring is used an an empty
NSEC or NSEC3 RR is included in an answer resolved returns.
it's not really a security issue since enabling debug monitoring is a
manual step requiring root privileges, that is off by default. Moreover,
it's a "clean" assert(), i.e. the worst that happens is tha a coredump
is generated and resolved restarted.
Fixes: #25449
Only files and directories are supported by vfat. When we pass a
symlink to mcopy, it will try to dereference them and copy what the
symlink points at into the vfat partition instead. Let's avoid this
by skipping all unsupported file types when establishing the list of
top level targets that mcopy should copy.
We also use RECURSE_DIR_SORT everywhere when iterating directories
to make things more reproducible.
How to interpret the pixel format depends on the masks in the DIB header
(if present). Also, 16bpp (unlike 24bpp) can carry an alpha channel.
This was previously not accounted for.
Currently, services use mount_move_root() in order to setup the root
directory of services using a mount namespace. This relies on MS_MOVE
and chroot(). However, this has serious drawbacks even for relatively
simple mount propagation scenarios.
What systemd currently does is roughly equivalent to the following shell
code:
unshare --mount --propagation=shared
cd /
mount --make-rslave /
mkdir /new-root
mount --rbind / /new-root
cd /new-root
mount --move /new-root /
chroot .
This looks simple enough but has the consequence that two separate mount
trees exist for the lifetime of the service. The first one was created
when the mount namespace was created, and the second one when a new
mount for the rootfs was created. The first mount tree sticks around as
a shadow mount tree. Both mount trees are dependent mounts with the host
rootfs as their dominating mount.
Now, when mount propagation is triggered by the host by e.g.,
mount --bind /opt /mnt
it means that two propagation events are generated. I'm skipping over
the exact kernel details as they aren't that important. The gist is that
for every propagation event that is generated a second one is generated
for the shadow mount tree. In other words, the kernel creates two copies
for each mount that is propagated instead of one.
This isn't necessary. We can simply change the sequence above to:
unshare --mount --propagation=shared
cd /
mount --make-rslave /
mkdir /new-root
# stash fd to old rootfs
# stash fd to new rootfs
mount --rbind / /new-root
mkdir /new-root
cd /new-root
pivot_root . .
# new root is tucked under old root
# chdir into old rootfs via stashed fd
umount -l /old-root
The pivot_root allows us to get rid of the old mount tree that was
created when the mount namespace was created. So after this sequence
only one mount tree is alive. Plus, it's safer and nicer. Moving mounts
isn't pleasnt.
This patch doesn't convert nspawn yet as the requirements are more
tricky given that it wants to preserve the rootfs as a shared mount
which goes against pivot_root() requirements.
Signed-off-by: Christian Brauner (Microsoft) <brauner@kernel.org>
When attaching and /etc/systemd/system.attached can't be created or used
(eg: dead symlink) the logs are pretty much useless as even at debug
level there's no indication of what is going wrong.
Add some debug logs, and return a more specific error string over D-Bus.
This conditional with !empty_or_root(ctx->path) always returns false
because the most recent oomd_cgroup_context_acquire() call was with the
root cgroup. Make sure this test case can be reached by checking cgroup
instead of ctx->path.
While here, use an unused uid (61183) instead of the nobody uid so the
test case does not fail in unprivileged LXD containers.
Commit 652a4efb66 ("oomd: loosen the restriction on ManagedOOMPreference")
made the change to allow ManagedOOMPreference on a cgroup candidate when
the monitored cgroup and cgroup candidate are owned by the same user.
The commit assumed that this check was sufficient to continue allowing
ManagedOOMPreference on all cgroups owned by root. However, it caused a
regression for unprivileged LXD containers where e.g. /sys/fs/cgroup is
owned by nobody (uid=65534).
Fix this by explicitly allowing the ManagedOOMPreference if uid == 0 in
oomd_fetch_cgroup_oom_preference().
I was looking at a bug in bugzilla about some boot loader issue, and it was
hard to say if the boot entry files were generated by our plugin or something
else. Add a header to make this clear.
kernel-install invokes the plugins via absolute path always, so $0 gives as
the full path the location where the plugin is installed. This is what we want:
title Fedora Linux 37 (Workstation Edition)
# Boot Loader Specification type#1 entry
# File created by /usr/lib/kernel/install.d/90-loaderentry.install (systemd 252-409-g5028904^)
When relaxed checks are requested, let's not require the efi/xbootldr
directory to be the root of the filesystem. When building images, image
builders might install all efi/xbootldr files to a regular directory
first before packing them up into a partition. To allow bootctl to be
used in such scenarios to install systemd-boot, we need to relax the
fsroot check.
