Select the execution path

Read .github/DEPLOYMENT.md first. The commands below are operator-managed environment recipes. For this repository’s managed environment, local Azure or Kubernetes mutations are not permitted. Identity setup is a one-time admin prerequisite; ongoing changes/reset/teardown need an authorized maintenance Action, which is not currently supplied. Do not run these recipes locally as a fallback. Preserve the selected auth posture; VPN steps apply only to a VPN-enabled target.

PilotSwarm AKS Reset

Use this skill when the user explicitly asks to wipe remote PilotSwarm state, reset AKS-backed databases, purge blob-backed session state, or recover from tainted orchestration history.

This is a destructive workflow. Be exact about what will be lost and use the repo-owned reset path.

NO RESETS unless the user explicitly asks. Resets are never part of a deploy: scripts/deploy-aks.sh never touches data, and there is no reset flag in it. The only reset entry point is scripts/reset-db-aks.sh, which requires the literal flag --i-understand-this-deletes-all-data. "Deploy", "redeploy", "clean rollout", or an orchestration-version change is NOT a request for a reset — if a reset seems warranted, say so and wait for the user to explicitly ask for a wipe.

What The Reset Destroys

The canonical reset script drops the PilotSwarm schemas and may also purge blob-backed dehydrated session state:

• duroxide or DUROXIDE_SCHEMA
• copilot_sessions or CMS_SCHEMA
• pilotswarm_facts or FACTS_SCHEMA
• all blobs in the configured Azure container when AZURE_STORAGE_CONNECTION_STRING is present

That means:

• all in-flight orchestrations are lost
• all session rows/events are lost
• all durable facts are lost
• all dehydrated session archives/checkpoints in blob storage are lost

Canonical Files

• Reset entry point: scripts/reset-db-aks.sh (requires --i-understand-this-deletes-all-data; handles scale-down → wipe → scale-up)
• Underlying reset script: scripts/db-reset.js (invoked by the wrapper)
• Deploy script: scripts/deploy-aks.sh (never resets)
• Orchestration debugging skill/context: .github/skills/debug-orchestration/SKILL.md
• AKS guide: docs/developer/deploy/aks.md

When Reset Is The Right Call

• orchestration code changed and the user wants a clean AKS rollout
• stale history is causing replay or nondeterminism problems
• old pods from another namespace polluted the shared database
• the user explicitly wants to wipe remote sessions/facts before testing again

Canonical Reset Workflow

1. Confirm the target.
   • For AKS, use .env.remote if present.
   • Be explicit that this is the remote environment, not the local test database.
2. Stop workers before wiping state.
   • Scale the deployment to zero so nothing repopulates state during reset:

     kubectl scale deployment copilot-runtime-worker -n copilot-runtime --replicas=0

3. Check for stray workers in other namespaces if the reset is related to nondeterminism.
   • Run:

     kubectl get pods --all-namespaces -l app.kubernetes.io/component=worker --no-headers

   • Delete unexpected old deployments before reintroducing new workers.
4. Run the canonical reset command.
   • Follow the deploy script's remote-safe pattern:

     NODE_TLS_REJECT_UNAUTHORIZED=0 node --env-file=.env.remote scripts/db-reset.js --yes

   • This handles Azure/Postgres SSL quirks and also purges blobs when blob storage is configured.
5. Redeploy or restart workers after the reset.
   • If new code or secrets need to ship, build and push the image while workers are still at zero replicas.
   • Apply manifest changes if any: kubectl apply -f deploy/k8s/worker-deployment.yaml
   • Scale back up: kubectl scale deployment copilot-runtime-worker -n copilot-runtime --replicas=6
   • Do not use kubectl rollout restart — it does a rolling replacement that mixes old and new pods, which can cause session-state-not-found failures when in-flight orchestrations cross the old/new boundary.
   • Wait for rollout completion: kubectl rollout status deployment/copilot-runtime-worker -n copilot-runtime --timeout=180s
   • Validate worker filesystem ownership before starting tests:

     for p in $(kubectl get pods -n copilot-runtime -l app.kubernetes.io/component=worker -o jsonpath='{.items[*].metadata.name}'); do
       kubectl exec -n copilot-runtime "$p" -- sh -lc 'touch /home/node/.copilot/config.json >/dev/null 2>&1 && echo ok || echo broken'
     done

6. Verify the cluster is truly clean.
   • Pods should come back healthy.
   • The session list should not show stale pre-reset user sessions.
   • Expect the built-in system sessions to be recreated automatically as the workers boot.
   • If the reset was to remove a provider, verify that the live model surface also changed after restart.
   • If the reset was to reproduce a system-agent failure, verify whether the recreated root PilotSwarm Agent is healthy before starting new test sessions.

Preferred Commands

• Canonical reset (scale-down → wipe → scale-up, one command):

  ./scripts/reset-db-aks.sh --i-understand-this-deletes-all-data

  Note: ./scripts/deploy-aks.sh no longer resets anything — a "destructive redeploy" is this reset followed by a normal deploy.
• Reset with image update (the safe order matters):

  # 1. Scale workers to zero — no pods should be running during reset
  kubectl scale deployment copilot-runtime-worker -n copilot-runtime --replicas=0
  kubectl rollout status deployment/copilot-runtime-worker -n copilot-runtime --timeout=60s
  
  # 2. Wipe remote state (DB schemas + blob storage)
  NODE_TLS_REJECT_UNAUTHORIZED=0 node --env-file=.env.remote scripts/db-reset.js --yes
  
  # 3. Build and push new image (if code changed)
  az acr login --name "${ACR_NAME:?set ACR_NAME in .env.remote}"
  # NPM_REGISTRY is required on managed devices (public npm is blocked, and the
  # container inherits the block); .env.remote sets it. Harmless elsewhere.
  docker buildx build --platform linux/amd64 -f deploy/Dockerfile.worker \
    --build-arg NPM_REGISTRY="${NPM_REGISTRY:-https://registry.npmjs.org/}" \
    -t "${ACR_NAME:?set ACR_NAME in .env.remote}.azurecr.io/copilot-runtime-worker:latest" --push .
  
  # 4. Apply any manifest changes, then scale back up
  kubectl apply -f deploy/k8s/worker-deployment.yaml
  kubectl scale deployment copilot-runtime-worker -n copilot-runtime --replicas=6
  kubectl rollout status deployment/copilot-runtime-worker -n copilot-runtime --timeout=180s

• Reset only (no image change, same code):

  kubectl scale deployment copilot-runtime-worker -n copilot-runtime --replicas=0
  kubectl rollout status deployment/copilot-runtime-worker -n copilot-runtime --timeout=60s
  NODE_TLS_REJECT_UNAUTHORIZED=0 node --env-file=.env.remote scripts/db-reset.js --yes
  kubectl scale deployment copilot-runtime-worker -n copilot-runtime --replicas=6
  kubectl rollout status deployment/copilot-runtime-worker -n copilot-runtime --timeout=180s

Learnings To Preserve

• Reset first when orchestration behavior changed in a way that could alter replay history.
• Blob purge is part of the reset story. If blob storage is configured, wiping only PostgreSQL is not a full reset.
• Namespace drift is a real failure mode. Old workers in an old namespace can keep polling the same database and poison new deploys.
• Scaling workers to zero before reset is not optional if you want a clean wipe.
• Never use rollout restart as a substitute for scale-down/scale-up. A rolling restart replaces pods one at a time, meaning old pods with stale in-memory session state coexist with new pods pulling from a freshly-wiped database. This causes "expected resumable Copilot session state ... but none was found" failures when a session's continueAsNew execution lands on a new pod that has no local disk state from the old pod's checkpoint. Always: scale to 0 → reset DB → (push image if needed) → scale back up.
• An empty post-reset catalog is temporary. Healthy workers will immediately recreate the built-in system sessions.
• If local kubectl auth is unreliable, verify or operate through a cluster-side path instead of guessing whether the reset worked.
• If fresh sessions fail right after reset with CLI server exited with code 1 or Connection is closed, check whether /home/node/.copilot is writable inside each worker pod. Mounting only /home/node/.copilot/session-state is not sufficient for the Copilot CLI.

Rules

• Never run a remote reset without explicit user permission.
• Never describe a reset as "just the DB" when it will also wipe facts and blob-backed session state.
• Never redeploy after a reset without verifying the worker rollout completed.