# Test harness (handbook §10.3 two-tier testing)

One environment-agnostic suite, two targets.

## Tier 1 — local Docker (every PR)

```sh
make e2e-install     # one-time: install Playwright + chromium (cold checkout)
make tier1-up        # build + start: gitea(seeded) + backend + web(nginx) + mailpit
make e2e             # run Playwright against http://localhost:8080
make fe-unit         # run Vitest frontend unit tests
make tier1-down      # stop + wipe volumes
```

- App (SPA + API): http://localhost:8080
- Mailpit UI / API: http://localhost:8025
- Gitea (disposable): http://localhost:3001

The stack is hermetic and disposable — fresh SQLite + fresh seeded Gitea each
`tier1-up`. e2e signs in via the email OTC flow, reading the code back from
Mailpit, so no real OAuth provider is needed.

**CI note:** the backend enforces a per-IP OTC request limiter (5 requests /
300s, `backend/app/ratelimit.py`). A single `make e2e` run uses exactly one OTC
request, so the normal "fresh `tier1-up` then one `e2e`" flow is well clear of
it. Do not retry `make e2e` more than ~4 times in a 5-minute window against the
same running stack, or the 6th OTC request will 429. Restarting the backend
container (or `tier1-down`/`tier1-up`) resets the in-process limiter. Note:
this is distinct from the per-email 60s OTC cooldown (`OTC_REQUEST_COOLDOWN_SECONDS`,
`backend/app/otc.py`); the smoke spec handles that separately by using a unique
email address per run.

## Tier 2 — PPE (deploy gate)

The SAME suite, pointed at the PPE instance (once `rfc-app-ppe.<base>` is stood
up via flotilla — see the engineering handbook §10.1/§10.3):

```sh
cd e2e && BASE_URL=https://rfc-app-ppe.<base> MAILSINK_URL=<ppe-mailpit-api> npm run e2e
```

PPE provides the real nginx/systemd/SQLite topology + its own isolated Gitea +
always-pass Turnstile keys. Standing up the PPE VM is an operator task, not part
of this repo.
