* variant: move into internal/attestation
* attesation: move aws attesation into subfolder nitrotpm
* config: add aws-sev-snp variant
* cli: add tf option to enable AWS SNP
For now the implementations in aws/nitrotpm and aws/snp
are identical. They both contain the aws/nitrotpm impl.
A separate commit will add the actual attestation logic.
* rename to attestationconfigapi + put client and fetcher inside pkg
* rename api/version to versionsapi and put fetcher + client inside pkg
* rename AttestationConfigAPIFetcher to Fetcher
* api: rename AttestationVersionRepo to Client
* api: move client into separate subpkg for
clearer import paths.
* api: rename configapi -> attestationconfig
* api: rename versionsapi -> versions
* api: rename sut to client
* api: split versionsapi client and make it public
* api: split versionapi fetcher and make it public
* config: move attestationversion type to config
* api: fix attestationconfig client test
Co-authored-by: Adrian Stobbe <stobbe.adrian@gmail.com>
* add SignContent() + integrate into configAPI
* use static client for upload versions tool; fix staticupload calleeReference bug
* use version to get proper cosign pub key.
* mock fetcher in CLI tests
* only provide config.New constructor with fetcher
Co-authored-by: Otto Bittner <cobittner@posteo.net>
Co-authored-by: Daniel Weiße <66256922+daniel-weisse@users.noreply.github.com>
* Add attestation options to config
* Add join-config migration path for clusters with old measurement format
* Always create MAA provider for Azure SNP clusters
* Remove confidential VM option from provider in favor of attestation options
* cli: add config migrate command to handle config migration (#1678)
---------
Signed-off-by: Daniel Weiße <dw@edgeless.systems>
* The check would previously fail if e.g. `apply` did not upgrade the
image, but a new image was specified in the config. This could
happen if the specified image was too new, but a valid Kuberentes
upgrade was specified.
* ci: fix variable expansion in e2e-upgrade call
* e2e: do not verify measurement signature
The test is implemented as a go test.
It can be executed as a bazel target.
The general workflow is to setup a cluster,
point the test to the workspace in which to
find the kubeconfig and the constellation config
and specify a target image, k8s and
service version. The test will succeed
if it detects all target versions in the cluster
within the configured timeout.
The CI automates the above steps.
A separate workflow is introduced as there
are multiple input fields to the test.
Adding all of these to the manual e2e test
seemed confusing.
Co-authored-by: Fabian Kammel <fk@edgeless.systems>
