The integration-test-setup calls require StateDirectory= but some
tests override the test unit used which then won't have StateDirectory=
so let's move StateDirectory= into the dropin as well to avoid this
issue.
The journal isn't the best at being fast, especially when writing
to disk and not to memory, which can cause integration tests to
grind to a halt on beefy systems due to all the systemd-journal-remote
instances not being able to write journal entries to disk fast enough.
Let's introduce an option to allow writing in progress test journals
to use /tmp which can be used on beefy systems with lots of memory to
speed things up.
If we're not running interactively, there's no point in the features
from integration-test-setup.sh which are intended for interactive
development and debugging so lets skip adding it in that case.
This makes sure all kernel log messages are logged to the console.
This should be helpful during shutdown to detect possible issues with
journald when the logs can't be written to the journal itself anymore
but are written to kmsg.
We want to make sure the integration tests that don't require qemu
can run successfully both in an nspawn container and in a qemu VM.
So let's add one more knob TEST_PREFER_QEMU=1 to run jobs that normally
require nspawn in qemu instead.
Running these tests in qemu is also possible by not running as root but
that's very implicit so we add an explicit knob instead to make it explicit
that we want to run these in qemu instead of nspawn.
On Ubuntu/Debian infrastructure QEMU crashes a lot, so mark the test
as skipped in that case as there's nothing we can do about it and
we shouldn't mark runs as failed
TEST-64-UDEV-STORAGE is invoked with the subtest appended, so TEST_SKIP=TEST-64-UDEV-STORAGE
does not work. Fix it by using TEST_SKIP as a partial match.
Follow-up for ddc91af4ea
In https://github.com/systemd/mkosi/pull/2847, the '@' specifier is
removed, CLI arguments take priority over configuration files again
and the "main" image is defined at the top level instead of in
mkosi.images/. Additionally, not every setting from the top level
configuration is inherited by the images in mkosi.images/ anymore,
only settings which make sense to be inherited are inherited.
This commit gets rid of all the usages of '@', moves the "main" image
configuration from mkosi.images/system to the top level and gets rid
of various hacks we had in place to deal with quirks of the old
configuration parsing logic.
We also remove usages of Images= and --append as these options are
removed by the mentioned PR.
Same as the old integration test suite, allow skipping tests that
require qemu.
ppc64el's vsock support doesn't appear to work, so we'll skip it,
as it is already done in the legacy framework.
It seems this introduced a regression in the CentOS CI;
14:25:58 FAILED TASKS:14:25:58 -------------
14:25:58 TEST-03-JOBS
14:25:58 TEST-52-HONORFIRSTSHUTDOWN
14:25:58 TEST-63-PATH
Revert for now.
This reverts commit da3c6fc553.
Having these named differently than the test itself mostly creates
unecessary confusion and makes writing logic against the tests harder
so let's rename the testsuite-xx units and scripts to just use the
test name itself.
Some integration tests take much more time than others, let's add
a test param that can be used to configure this and integrate it
with the slow-tests meson option.
Direct kernel boot results in much faster boot times so let's use
it by default.
We disable it for tests that need to reboot because +-50% of the
time, doing a reboot when using direct kernel boot causes qemu to
hang on reboot. Until we figure that out, let's use UEFI for the
tests that need to reboot.
When we want to get an interactive shell in a test that fails because
of a race condition, we might need to run the test a few times with
--repeat before it fails. However, currently, when -i is used, the VM
needs to be shut down manually each time before the next run can start.
Let's always shut down the VM if the test succeeds so that --repeat can
be used with -i to run the test until it fails and then get an interactive
shell in the VM.
