This allows setting it on the kernel cmdline and having it work
automatically without having to write any dropins or such.
Also enable the option in mkosi so that we can debug the initrd
properly with a locked root account.
We already have the systemd.tty.xxx kernel cmdline arguments for
configuring tty's for services, let's make sure the term cmdline
argument applies to pid1 as well.
We default to quiet operation everywhere except for repart, where
we disable quiet and have the mkfs tools write to stdout.
We also make sure --quiet or equivalent is implemented for all mkfs
tools.
If we switch root and can't execute an init program afterwards, we're
completely stuck as we can't go back to the initramfs to start
emergency.service as it will have been completely removed by the switch
root operation.
To prevent leaving users with a completely undebuggable system, let's
at least check before we switch root whether at least one of the init
programs we might want to execute actually exist, and fail early if
none of them exists.
When running in a VM, we now support propagating the exit status
via a vsock notify socket, so drop the restrictions on propagating
an exit status when not in a container to make sure this works
properly.
The systemd-cryptenroll man page states:
Takes a comma separated list of numeric slot indexes, or the special
strings ..., or any combination of these strings or numeric
indexes, in which case all slots matching either are wiped.
but we'd allow only one special string at any given time as the value
was not ORed when assigning. So, for example, --wipe=recovery,password
would actually become --wipe=password, etc.
Until now, we always excluded the top level directories that were
covered by child partition mount points, regardless of the source
directory and the target directory of the copy files operation.
This means that even if we were populating a XBOOTLDR partition, if
there was an EFI partition in the image, we'd exclude /boot
unconditionally, leading to the XBOOTLDR partition to be empty.
Also, because of the same cause, if we were copying a nested source
directory (e.g. /abc/def) to the root directory in the root
partition, if /abc/def/usr existed and was populated with files and
directories, the root partition would have those files under /usr,
even if a /usr partition was defined.
To fix these issues, instead of unconditionally excluding the top
level partition mount points under <source>, let's make sure that
when we're copying files from any source directory to the root
directory of a root partition, that we exclude the partition mount
point directories under the source directory instead of the top
level ones.
Some tests are skipped because initrd extracted from bootctl
is "/boot/initramfs-5.14.0-284.el9.x86_64.img $tuned_initrd"
and not just "/boot/initramfs-5.14.0-284.el9.x86_64.img".
Therefore split and remove the additional garbage.
Signed-off-by: Emanuele Giuseppe Esposito <eesposit@redhat.com>
sbsign is not available everywhere, for example RHEL does not have it.
Add pesign as alternative to it.
pesign will use options "--secureboot-certificate-name" (mandatory) and
"--secureboot-certificate-dir" (optional), while sbsign will use
"--secureboot-private-key" and "--secureboot-certificate".
By default, use sbsign. If no key/cert is provided or sbsign is not found,
try pesign.
Signed-off-by: Emanuele Giuseppe Esposito <eesposit@redhat.com>
If a package is missing, a subprocess is started with None as
command argument. Error raised by subprocess is therefore not helpful
at all to understand what needs to be done to fix that error.
Also fix doc since systemd-stub will look for .cmdline files, and not
.cmdline.efi files.
Signed-off-by: Emanuele Giuseppe Esposito <eesposit@redhat.com>
GCC document [1] says:
The pure attribute prohibits a function from modifying the state
of the program that is observable by means other than inspecting
the function’s return value.
And there is an example:
`int hash (char *) __attribute__ ((pure));`
... Even though hash takes a non-const pointer argument it must
not modify the array it points to, ...
But we are modifying the object pointed to by the pointer u, which is
clearly a violation of the semantic of pure.
With -ftrivial-auto-var-init (enabled by -Dmode=release), on some
targets (GCC 12.2 on AArch64 and GCC 13.1 on x86_64) performs an
optimization: as the variable "u" in bus_match_parse has been
zero-initialized (by the -ftrivial-auto-var-init option) and never
modified (because a "pure" bus_message_type_from_string is not allowed
to modify it), "u" will be always 0.
Then 0 is used to initialize .value_u8 field of struct
bus_match_component. This then causes a infinite event loop, so
"systemctl restart" never stops, and pam_systemd timeouts communicating
with logind, etc.
So we should remove the "pure" attribute here.
Fixes#26395.
[1]:https://gcc.gnu.org/onlinedocs/gcc/Common-Function-Attributes.html#index-pure-function-attribute
Previously, these strings were copied w/o any modification. However, if
mount table contained e.g. remote fs mount like NFS or CIFS that was
mounted from server running with non UTF-8 locale then those strings
might have contained some non UTF-8 characters.
If then client asked about status of such mount unit we tried to forward
these non UTF-8 strings over D-Bus. That is the violation of the
protocol and we ended up kicked from the bus.
Passing 0 to log_xxx_errno() leads to an assertion, so let's not do that:
$ NEWPASSWORD="" build-san/systemd-cryptenroll --unlock-key-file=/tmp/password --password "$img"
/tmp/password has 0644 mode that is too permissive, please adjust the ownership and access mode.
Assertion '(_error) != 0' failed at src/cryptenroll/cryptenroll-password.c:164, function enroll_password(). Aborting.
Aborted (core dumped)
As part of the build, we would populate build/test/sys/ using
sys-script.py, and then udev-test.p[ly] would create a tmpfs instance
on build/test/tmpfs and copy the sys tree to build/test/tmpfs/sys.
Also, we had udev-test.p[ly] which called test-udev. test-udev was
marked as a manual test and installed, but neither udev-test.p[ly] or
sys-script.py were.
test-udev is renamed to udev-rule-runner, which reduces confusion and
frees up the test-udev name. udev-test.py is renamed to test-udev.py.
All three files are now installed.
test-udev.py is modified to internally call sys-script.py to set up the
sys tree. Copying and creating it from scratch should take the same
amount of time. We avoid having a magic directory, everything is now
done underneath a temporary directory.
test-udev.py is now a normal installed test, and run-unit-tests.py will
pick it up. When test-udev.py is invoked from meson, the path to
udev-rule-runner is passed via envvar; when it is invoked via
run-unit-tests.py or directly, it looks for udev-rule-runner in a relative
path.
The goal of this whole change is to let Debian drop the 'udev' test.
It called sys-script.py and udev-test.pl from the source directory and
had to recreate a bunch of the logic. Now test-udev.py will now be called
via 'upstream'.
The tests wants to call some workers with a delay. This implements the delay
directly in test-udev so that the caller can be simplified.
Note that the argument is to be used by the other test file, so this is
purposefully implemented in a simple way.
Daan De Meyer
Luca Boccassi
Frantisek Sumsal
Yu Watanabe
Emanuele Giuseppe Esposito
Sam James
Mike Yuan
Xi Ruoyao
Michal Sekletar
Zbigniew Jędrzejewski-Szmek