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TEST-69 uses a Python wrapper around the systemd-nspawn call, which on
error calls the `spawn.terminate()` method. However, with no arguments
it will only use SIGHUP and SIGINT signals - this might leave a stuck
container around, causing fails if the test is run again. With `force=True`
SIGKILL is used as well (if necessary).
This moves the shim security arch override to the new
ReinstallProtocolInterface based interface. This also has the benefit to
reduce the time window in which we have this override active and also
actually removes it, which was not previously done.
The shim hooks themselves are also modernized too. The upcalls should
really not be neccessary if shim is happy with the provided binary.
Only the compat entry address is used now. This also now only returns
the compat entry address. If the image is native we do not need to try
calling into the entry address again as we would already have done so
from StartImage (and failed).
This is the proper way to start any EFI binary. The fact this even ever
worked was because the kernel does not have any PE relocations.
The only downside is that the embedded kernel image has to be signed and
trusted by the firmware under secure boot. A future commit will try to
deal with that.
This is really the parent image for the kernel that is to be run.
Renaming it as such prevents confusion with any image handles that are
about to be created.
TEST-34 complains in `test_check_writable` when running with gcov, as
the build directory tree is not writable with DynamicUser=true. As I had
no luck with $GCOV_PREFIX and other runtime gcov configuration, let's
just ignore the gcov errors for this test.
This function was returning 0 or 1 on success. It has many callers, and it
wasn't clear if any of them care about the distinction. It turns out they don't
and the return values were done for convenience because manager_load_unit_prepare()
returns 0 or 1. Let's invert the code in the static function to follow the usual
pattern where 0 means "no work was done" and 1 means "work was done", and make
the non-static function always return 0 to make the code easier to read, and
also add comments that explain what is happening.
No functional change.
This adds two more phases to the PCR boot phase logic: "sysinit" +
"final".
The "sysinit" one is placed between sysinit.target and basic.target.
It's good to have a milestone in this place, since this is after all
file systems/LUKS volumes are in place (which sooner or later should
result in measurements of their own) and before services are started
(where we should be able to rely on them to be complete).
This is particularly useful to make certain secrets available for
mounting secondary file systems, but making them unavailable later.
This breaks API in a way (as measurements during runtime will change),
but given that the pcrphase stuff wasn't realeased yet should be OK.
This fixes a regression introduced in e1636807 that removed setting this
value as it seemingly was not used by the kernel and would actively
break above 4G boots. But old kernels (4.18 in particular) will not boot
properly if it is not filled out by us.
The original issue was using the truncated value to then jump into the
kernel entry point, which we do not do anymore. So setting this value
again on newer kernels is fine.
The function for handling regular mounts based on DissectedPartition
objects is called add_partition_mount(), so let's follow this scheme for
all other functions that handle them, too. This nicely separates out the
low-level functions (which get split up args) from the high-level
functions (which get a DissectedPartition object): the latter are called
add_partition_xyz() the former just add_xyz().
This makes naming a bit more systematic. No change in behaviour.
Try harder to inherit the sequence number and ID from the old journal
file before rotating it away.
This helps the libsystemd journal file selection code make better decisions
even in the face of massive incorrect forward clock jumps prior to an
unclean shutdown.
We want to test four things:
- that the transient units are successfully started when drop-ins exist
- that the transient setings override the defaults
- the drop-ins override the transient settings (the same as for a normal unit)
- that things are the same before and after a reload
To make things more fun, we start and stop units in two different ways: via
systemctl and via a direct busctl invocation. This gives us a bit more coverage
of different code paths.
Slices are worth testing too, because they don't need a fragment path so they
behave slightly differently than service units. I'm making this a separate
patch from the actual tests that I wanted to add later because it's complex
enough on its own.
clear_services() is renamed to clear_units() and now takes a full
unit name including the suffix as an argument.
_clear_service() is renamed to clear_unit() and changed likewise.
create_service() didn't have the same underscore prefix, and I don't think
it's useful or needed for a local function, so it is removed.
No functional change.
In https://github.com/containers/podman/issues/16107, starting of a transient
slice unit fails because there's a "global" drop-in
/usr/lib/systemd/user/slice.d/10-oomd-per-slice-defaults.conf (provided by
systemd-oomd-defaults package to install some default oomd policy). This means
that the unit_is_pristine() check fails and starting of the unit is forbidden.
It seems pretty clear to me that dropins at any other level then the unit
should be ignored in this check: we now have multiple layers of drop-ins
(for each level of the cgroup path, and also "global" ones for a specific
unit type). If we install a "global" drop-in, we wouldn't be able to start
any transient units of that type, which seems undesired.
In principle we could reject dropins at the unit level, but I don't think that
is useful. The whole reason for drop-ins is that they are "add ons", and there
isn't any particular reason to disallow them for transient units. It would also
make things harder to implement and describe: one place for drop-ins is good,
but another is bad. (And as a corner case: for instanciated units, a drop-in
in the template would be acceptable, but a instance-specific drop-in bad?)
Thus, $subject.
While at it, adjust the message. All the conditions in unit_is_pristine()
essentially mean that it wasn't loaded (e.g. it might be in an error state),
and that it doesn't have a fragment path (now that drop-ins are acceptable).
If there's a job for it, it necessarilly must have been loaded. If it is
merged into another unit, it also was loaded and found to be an alias.
Based on the discussion in the bugs, it seems that the current message
is far from obvious ;)
Fixes https://github.com/containers/podman/issues/16107,
https://bugzilla.redhat.com/show_bug.cgi?id=2133792.
We list plenty of arch-specific syscalls in our filter groups, treat the
s390 syscalls the same.
We handle gracefully anyway if some syscall doesn't exist locally on the
kernel or arch, let's rely on it. This has the benefit that
"systemd-analyze" will comprehensively tell you the syscalls filtered on
any arch for any arch.
And less conditionalization is good anyway.
Note --private-key and --certificate options for configuring
verity signature partitions in the listing of options.
Adjust one error message referring to the --certificate option.
