if the test is ran for ARM64, there is no need to run `update_chroot`
since there is no SDK.
Signed-off-by: Mathieu Tortuyaux <mtortuyaux@microsoft.com>
The SDK can either be a release SDK or a dev build SDK which are stored
in different paths. DOWNLOAD_ROOT_SDK should be based on the
SDK_URL_PATH value which indicates whether it's a release or dev build
path.
because we need to pass google credentials to update_chroot, and 'cork update'
doesn't support that.
Add --sdk-url-path to sdk.sh for new cork default.
Included is a dockerfile that installs system deps of kola in an debian:11
image. For the test script, the control flow is:
qemu_uefi.sh
qemu_uefi_arm64.sh
(docker)
qemu_common.sh
qemu_common uses the 'NATIVE_ARM64' variable passed by the jenkins job to control the behavior.
The differences are:
* use git directly to fetch (and verify) the manifest
* setup some symlinks so that /var/tmp is on the same BTRFS partition as $PWD/tmp
* setup symlinks so that we don't have to fixup installation of mantle to chroot
* run things directly instead of in chroot through cork
The whole script is executed as root, because kola requires root privileges
anyway and making kvm and sudo work with an arbitrary host user inside the
container would require a custom entrypoint to setup groups.
Signed-off-by: Jeremi Piotrowski <jpiotrowski@microsoft.com>
The newly enabled update test performs an update from the built image
to itself. This is useful to test that the update mechanism didn't
break but it doesn't say if the built image will be accepted as update
from the previous official release.
Introduce an additional kola run that begins from the previous official
release and tests to update to the built image. Since the test does two
updates it also covers the case of updating from the built image to the
built image. Thus, we can skip the test in the normal run.
This new kola run is done first to keep the qemu-latest symlink valid
for the main test suite.
