Note: use podman-docker to avoid changing tests too much. This
is also what we have on the RHEL branches.
There's no service to be started/restarted so remove everything
related to docker service.
Nested virt is not reliable enough, especially on other arches, to rely
on for testing the created images. This moves the test code into
test_boot_* scripts to be run from inside the booted images.
It also adds copying the results of the build into
/var/tmp/test-results/, and includes the generated ssh key so that
whatever boots the image can also log in.
The tests/test_image.sh script has been added to handle running the
test_boot_* scripts without any of the extra lorax-composer specific
setup.
- save compose logs under /var/log/$TEST
- save qemu logs under /var/log/$TEST/qemu.log
- download everything to $TEST_ATTACHMENTS so it can be saved
in CI results
tests: export BLUEPRINTS_DIR for use in tests
Depending on the way the tests are run the directory may be a temporary
dir, or it may be the standard /var/lib/lorax/... path.
Related: rhbz#1714103
This creates a tar suitable for use with the anaconda kickstart liveimg
command. It adds the kernel, grub2, and grub2-tools packages to the tar
template.
Previously it was looping, waiting for FINISHED|FAILED but was not
actually failing the test if the compose failed to build.
This adds a function to check the status of the compose and calls it
after each compose.
The new toml library, introduced with abe7df34f, outputs different
whitespace from the old one. Fix the test expectation and strip()
results from toml.dumps(), because it contains superfluous newlines at
the end.
Add -monitor none to turn off the qemu monitor multiplexing.
Pass -boot d for -cdrom booting instead of 'c'.
Add 'console=ttyS0,115200n8' to the boot arguments so that kernel output
will show up on the serial port.
Beakerlib upstream can't do this yet, but might at some point:
https://github.com/beakerlib/beakerlib/issues/42
This is only enabled in combination with the `--sit` option of the
`test/check-*` scripts. It leaves the system in exacly the state it was
in when an assertion failed. Finishing the test run would run cleanup as
well (such as deleting created images). It also takes longer.
Not all parts of the script has been switched from awscli to ansible yet,
because the ansible aws modules do not support importing s3 object as snapshots.
(https://github.com/ansible/ansible/issues/53453)
Workaround using the image_location parameter of the ec2_ami ansible module
would mean adding extra code for generating AMI manifest with pre-signed
URLs.
We were checking for composer's FINISHED status only, which meant that
when a compose failed, the test ran until it timed out.
Check for failed as well. Also, always time out after 30 minutes.
Some test runners don't have nested virtualization enabled. Because
these checks are only checking that a boot works, kvm doesn't give us
that much. Disable for now.
Also remove the check for qemu-kvm. It doesn't abort the test
prematurely anyway.
A compose can change the hosts' policy, which can lead to docker
crashing if the container-selinux policy is not included. Add a
workaround and bug link.
The docker phase always failed because `-ti` was passed even though the
the output was not a terminal.
Also remove the check for /usr/bin/docker in the setup phase. It didn't
test that the daemon was running. More importantly, it didn't abort the
test anwyay (and there doesn't seem to be a good way to do this in
beakerlib).
- verify SemVer .patch number will be automatically updated when
we push the blueprint a second time without changing version
- verify show displays the content in TOML format and it matches
what is on disk. Because of that also start with empty packages
and groups fields in the initial toml. If they are missing they
will be added automatically by lorax-composer and this simplifies
the test
- verify delete works
This is based on the VHD compose type, with the following differences:
* Use the vhdx format instead of vhd
* No WALinuxAgent
* Install hyperv-daemons
The hyperv-daemons are activated through udev rules, so there is no need
to add them to the services line.
