flex-auth/deploy
tegwick 1d58f13eb8
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Add Railiance staged-promotion overlay for flex-auth
FLEX-WP-0011 T01/T02: railiance.app.v1 contract, independently pinned
Helm values for tenant-engine and user-engine, isolated canary cycle
(deploy/observe/promote/rollback), and emergency kubectl path retained.
T03 waits on the custodian drain-plan row.
2026-08-16 01:32:31 +02:00
..
flex-auth-tenant-engine.yaml Add Railiance staged-promotion overlay for flex-auth 2026-08-16 01:32:31 +02:00
flex-auth-user-engine.yaml Close FLEX-WP-0009 with live user-engine policy evidence 2026-08-16 01:16:23 +02:00
README.md Add Railiance staged-promotion overlay for flex-auth 2026-08-16 01:32:31 +02:00

flex-auth production deployment

The sanctioned promotion path is the Railiance overlay in ../railiance/ (railiance/app.toml, charts/flex-auth, values/*.yaml). These flattened files are the emergency kubectl path recovered on 2026-08-11 from live last-applied-configuration, kept so a rollback does not depend on a cluster annotation or on Helm history.

Manifests for the two cluster-local flex-auth policy-decision services.

File Deployment Consumer Service DNS
flex-auth-tenant-engine.yaml flex-auth-tenant-engine tenant-engine write API flex-auth-tenant-engine.flex-auth.svc.cluster.local:8080
flex-auth-user-engine.yaml flex-auth-user-engine user-engine portal flex-auth-user-engine.flex-auth.svc.cluster.local:8080

Each file is a three-document manifest: Deployment, Service, and a default-deny NetworkPolicy whose ingress is restricted to the one approved consumer workload and which permits no egress.

A harmless diff on apply

kubectl apply reports the two NetworkPolicies as configured rather than unchanged, every time. That is not drift: the manifests carry an explicit egress: [], which the API server normalises away on read. With policyTypes: [Ingress, Egress] and no egress rules, deny-all egress holds either way. The empty list is kept because it states the intent to a reader instead of leaving it implicit. Deployments and Services do round-trip as unchanged.

One image, two deployments

Both Deployments run the same image repository and differ only in their --registry / --policy arguments. The Containerfile does COPY examples /opt/flex-auth/examples, so every image contains every consumer's policy package; the arguments select which one that instance serves.

Consequence worth remembering: rebuilding to pick up one consumer's policy change also re-bakes every other consumer's policy into the new image. The two Deployments are pinned to different digests precisely so that one can be rolled without moving the other. Roll only the Deployment whose policy actually changed.

Rolling out a policy change

The policy packages are baked into the image, not mounted from a ConfigMap, so a policy change requires a rebuild — there is no hot reload.

Do not build images on a workstation. The fleet builds in CI so that an artifact's provenance is a forge revision rather than someone's working tree. .forgejo/workflows/image.yaml handles it, and examples/** is one of its trigger paths precisely because policy changes are image changes.

# 1. Push the commit you intend to ship; CI builds it on the container-build
#    runner and pushes :latest and :main-<short-sha>
git push origin main

# 2. Take the immutable digest from the workflow's "Report immutable digest"
#    step -- deploy by digest, never by tag

# 3. Edit the image digest in the relevant manifest, then apply
kubectl apply -f deploy/flex-auth-<consumer>.yaml
kubectl -n flex-auth rollout status deploy/flex-auth-<consumer> --timeout=120s

# 4. Verify the new policy actually took effect, from outside the cluster
kubectl -n flex-auth port-forward svc/flex-auth-<consumer> 19099:8080 &
curl -s -X POST http://127.0.0.1:19099/v1/check \
  -H 'Content-Type: application/json' \
  -d @examples/<consumer>/<a request that exercises the change>.json

Step 4 is not optional. Because the policy ships inside the image, a successful rollout status only proves the container started — it says nothing about which policy revision is being served.

Rollback

kubectl -n flex-auth rollout undo deploy/flex-auth-<consumer>

If the ReplicaSet history has been pruned, re-apply the manifest with the last-known-good digest below.

Deployment Last-known-good digest Policy state
flex-auth-tenant-engine sha256:c25fc34a6cd7e64d955f8723ec70e176a583d5ae71d76280c4e2d89fba0fe0aa live 2026-08-16 — four-action policy; tenant.retire/update/reactivate deny unknown_action
flex-auth-tenant-engine (FLEX-WP-0010) sha256:9320df394a642eff24da8af4a0ee8886a7bb78b0f14d8ee1deeb30ea8eeeaba7 seven-action policy, CI-built from e9911eb; ReplicaSet present but scaled to 0
flex-auth-user-engine sha256:1f5290376dc5fcf456dc7a785e394d8b90949dabecd1d3e856f38557149bb5f4 current — FLEX-WP-0009-T04, nine fixtures (incl. registration-applicant) verified live 2026-08-16
flex-auth-user-engine (previous) sha256:a31961c45215aa6baf3bc748c6741ab703c2c8325e61aa7983a355026195e51b FLEX-WP-0009-T03, six fixtures verified live 2026-08-10

Rolling back the tenant-engine service to c25fc34a… restores fail-closed behaviour for the lifecycle actions — tenant-engine's lifecycle endpoints return 403 write_denied rather than writing. That is a safe failure mode, not an outage of the older four actions, which keep working.