maidn-cli/docs/operations.md

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# Operations Runbook
Use this runbook from the MaidnCLI checkout. Bootstrap YAML, age identities,
OpenBao recovery material, Terraform state, and generated workspaces are
secret-bearing local inputs. Do not commit or print them.
## Normal Reconciliation
Run after a merged GitOps migration or to recover ordinary drift:
```powershell
go run . bootstrap --config <private-bootstrap-config> --mode=reconcile
```
This is the only regular lifecycle command. Do not use direct `kubectl apply`,
`flux reconcile`, Helm upgrades, or mutating `talosctl` commands.
Bootstrap records the CICD, manifests, and Talos template commits in the
workspace's `maidn-template-revisions.yaml` before it creates migration PRs or
touches infrastructure. Later runs require the same template sources and refs
and check out those commits, even when a configured branch advances. To accept
new template revisions intentionally, use a new empty `workspaceDir` (and a
fresh `cloneParent` when it is configured separately) and keep the prior
secret-bearing workspace intact for recovery.
## Standard Delivery Workflow
Open and merge reviewed platform-source PRs before reconciling. When a merged
template source must replace an existing revision lock, run the refresh by
itself. It creates migration PRs; review and merge them, then rerun normal
reconciliation:
```powershell
go run . bootstrap --config <private-bootstrap-config> --mode=reconcile --refresh-template-revisions
go run . bootstrap --config <private-bootstrap-config> --mode=reconcile
```
Initialize the shared delivery platform before onboarding an application. This
creates the Gateway, Tekton, and Tekton Triggers platform resources using
`tekton.<cluster-domain>` and the configured Forgejo owner:
```powershell
go run . bootstrap init --config <private-bootstrap-config> --organization <owner> --create-organization
```
Use a clean checkout on `delivery.appRepoRef`. The app repository URL must be
the canonical source owner, such as `Maidn/<app>.git`; `test-org-2` is only the
execution owner. Set per-app static build values with command-line overrides,
not by rewriting the private default:
```powershell
go run . app onboard --config <private-bootstrap-config> --from <clean-checkout> `
--app-name <app> --app-repo-url https://<forgejo>/Maidn/<app>.git `
--image-repository <registry>/<owner>/<app> --build-strategy static `
--build-output-directory <output-directory> --build-configuration <configuration>
```
For a runtime build, set `--build-strategy runtime`; static-only output options
remain harmless. Onboarding opens, but never merges, a source delivery PR and a
cluster registration PR. It registers the Forgejo hook but does not emit a test
delivery. Review and merge the source delivery PR first, then the cluster
registration PR. The registration is stored in
`base/tekton/apps/<app>.yaml`; Flux loads the source-owned `.tekton` path and
the generic EventListener dispatches by Forgejo repository name.
Existing registrations are never overwritten. Move a legacy source registration
to its canonical source in a separate reviewed cluster-repository PR before
onboarding that application.
After Flux reports the app Kustomization Ready, use Forgejo's hook test endpoint
against a non-`main` ref and inspect the resulting PipelineRun. The command and
read-only checks are in [Webhook Smoke Test](#webhook-smoke-test).
### Shared Services And Add-ons
Environment databases are platform-owned shared services. Staging workloads use
the CNPG-generated `staging-postgres-app` Secret and production workloads use
`production-postgres-app`; applications must not declare their own CNPG Cluster
by default. Shared credentials are appropriate only for the shared environment
database. Use a dedicated service only when isolation, lifecycle, or storage
requirements demand it.
An application can carry reviewed dedicated resources in
`.maidn/kustomization.yaml`. Onboarding registers that path as the app's
`<app>-addons` Flux Kustomization without changing the generated `.tekton`
files. Runtime secret grants also generate the app's `.maidn/secret-access.yaml`
there. Add-ons must declare their namespace explicitly and contain references,
never credential values. Preview namespaces do not receive staging or production
runtime credentials; preview-safe configuration is the application chart's
responsibility.
Declare runtime secret access in the private configuration and run normal
bootstrap reconciliation to create its policy and role. Set values only with
`app secret set` using stdin, `--file`, or `--generate`; provision the scoped
E2E identity with `bootstrap --provision-app-secret-identities --e2e-app <app>`
only when a probe needs it. See [secret-grants.md](secret-grants.md).
`delivery.productionBranch` is the application production branch. A production
delivery PR targets the configured generic
`<owner>/<manifests-repo>` repository semantics (for example,
`test-org-2/<manifests-repo>`), never through a source checkout's former owner.
## Rebuild
Use only when an authorized recovery requires recreating the Talos VM:
```powershell
go run . bootstrap --config <private-bootstrap-config> --mode=rebuild --yes
```
The rebuild replaces Terraform-managed Talos VMs only. It does not manage or
delete TrueNAS datasets or unrelated infrastructure.
## Planned Cluster Removal
There is currently no `maidn cluster remove` or `maidn uninstall` command.
Do not substitute direct Terraform or Kubernetes deletion for a supported
workflow. A future remove command must require the named-cluster confirmation,
limit its Terraform scope to Maidn Talos VMs, and leave external storage and
shared infrastructure under their respective operator procedures.
The command must handle partial removal and retry safely: verify each VM's
actual Proxmox state, accept already-absent Maidn VMs, report API timeouts as
incomplete rather than successful removal, and leave a sanitized removal
record in the isolated workspace. It must not delete shared network bridges,
TrueNAS datasets, SOPS identities, or unrelated infrastructure. Until that
command exists, an operator must use the authorized recovery procedure and
resolve Proxmox API failures before retrying bootstrap.
## OpenBao And Webhooks
After a rebuild or an OpenBao restart, refresh Kubernetes auth and reseed the
encrypted operational values:
```powershell
go run . bootstrap --config <private-bootstrap-config> --initialize-openbao
```
When the Pipeline and EventListener are already Ready, register or update the
Forgejo webhook without re-running the full lifecycle:
```powershell
go run . bootstrap --config <private-bootstrap-config> --register-webhook
```
The webhook authorization value stays in encrypted operational secrets and is
never supplied on the command line.
If that authorization value is exposed, replace it and reconcile both OpenBao
and the Forgejo hook in one command:
```powershell
go run . bootstrap --config <private-bootstrap-config> --rotate-webhook-authorization
```
## Read-Only Verification
Set `KUBECONFIG` to the generated kubeconfig for the configured cluster, then
check the control plane and delivery chain:
```powershell
kubectl -n flux-system get kustomizations
kubectl get clustersecretstores
kubectl -n flux-system get externalsecrets
kubectl -n tekton-pipelines get pipelines,eventlisteners,externalsecrets
```
Expected state:
- Flux Kustomizations are `READY=True`.
- `ClusterSecretStore/openbao` is `READY=True`.
- Forgejo credential ExternalSecrets are `SecretSynced`.
- The application Pipeline exists and the EventListener is available.
If OpenBao authentication is invalid after a rebuild, run
`--initialize-openbao`, then allow the controllers to retry. Do not recreate
the ClusterSecretStore or Secrets manually.
## External DNS
Webhook delivery requires the configured `tekton.<cluster-domain>` hostname to
resolve through Pi-hole to the Cilium Gateway address. ExternalDNS uses the
Pi-hole provider with Gateway API routes, an `upsert-only` policy, and no
ownership registry.
```powershell
kubectl -n external-dns get pods,externalsecrets
kubectl -n external-dns logs deployment/external-dns --tail=100
```
If `ExternalSecret/pihole-credentials` is not `SecretSynced`, rerun
`--prompt-operational-secrets` to enter the Pi-hole server and password, then
run `--initialize-openbao` and `--register-webhook`. Do not create or edit the
provider Secret directly.
## Webhook TLS
The public Gateway terminates HTTPS with a cert-manager certificate. The
Cloudflare API token issues the `nid3.com` certificate and manages explicit
Tunnel CNAME records. Pi-hole remains the ExternalDNS provider. Check
certificate readiness with:
```powershell
kubectl -n cert-manager get externalsecret cloudflare-api-token
kubectl -n gateway-system get certificate webhook-tls
```
Enter the Pi-hole values and Cloudflare API token through
`--prompt-operational-secrets`, then import the user-approved local credentials
file before bootstrap:
```powershell
go run . cloudflare-tunnel import --config <private-bootstrap-config> --credentials-file <local-credentials-json>
```
Do not put the Cloudflare token or tunnel credentials in the cluster repository.
## Cloudflare Tunnel Routes
After importing the credentials, manage one explicit proxied CNAME and ingress
rule at a time:
```powershell
go run . cloudflare-tunnel route add --config <private-bootstrap-config> --hostname <public-hostname> --service <http-or-https-upstream-url> --zone-id <cloudflare-zone-id>
go run . cloudflare-tunnel route remove --config <private-bootstrap-config> --hostname <public-hostname> --service <http-or-https-upstream-url> --zone-id <cloudflare-zone-id>
```
Both commands require all three route values, preserve the terminal 404 rule,
and refuse an existing CNAME that does not point to the managed tunnel.
## Internal Platform UIs
Pi-hole resolves these HTTPS names to the Cilium Gateway only on the LAN:
- `https://grafana.<cluster-domain>/` for Grafana. Authenticate with Grafana.
- `https://openbao.<cluster-domain>/` for OpenBao. Authenticate with an OpenBao token.
Hubble UI is enabled for in-cluster troubleshooting but has no LAN route because
it does not provide authentication. Add an authenticated proxy before exposing
it outside the cluster.
## Webhook Smoke Test
Use Forgejo's hook test endpoint against an existing non-`main` ref. It emits
a real push delivery, runs the Node build, and pushes a SHA-tagged registry
image, but skips the main-only staging manifest update:
```powershell
# Discover the hook ID and choose an existing non-main branch or tag.
Invoke-RestMethod -Headers @{ Authorization = "token $env:FORGEJO_TOKEN" } `
-Uri "https://<forgejo>/api/v1/repos/<owner>/<repo>/hooks"
Invoke-WebRequest -Method Post -Headers @{ Authorization = "token $env:FORGEJO_TOKEN" } `
-Uri "https://<forgejo>/api/v1/repos/<owner>/<repo>/hooks/<hook-id>/tests?ref=<non-main-ref>"
```
Forgejo returns `204` after accepting the delivery. Confirm the resulting
PipelineRun instead of treating `204` as a successful build:
```powershell
kubectl -n tekton-pipelines get pipelineruns
kubectl -n tekton-pipelines describe pipelinerun <name>
```