feat(openzaak): one-command UI-OpenZaak bridge, real BSN fix, flake mitigation
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scripts/openzaak-ui-up.sh brings up the root app and the OpenZaak harness together, wires them onto one docker network, seeds the catalogus, grants the container-alias zaaktype scope, and verifies a real aanvraag submitted through the UI lands in OpenZaak. Along the way: DocumentStore.DemoOwner was reusing the seeded doctor's 11-digit BIG-nummer as a stand-in BSN, which isn't a valid 9-digit BSN shape — OpenZaak rejects it, breaking both submit's rol-creation step and the citizen's own applications list under Zgw:Enabled=true. Fixed to a real elfproef-valid BSN. Also adds mitigation for a still-unexplained per-container flake (every outbound ZGW POST fails as if the body were empty, for that container's whole lifetime) that correlates with host memory pressure: the script now warns when host swap is heavily used, and an opt-in ZgwDiagnosticHandler (ZGW_DEBUG_HTTP=1) logs Content-Length vs. actual bytes sent so the next reproduction can confirm or rule out client-side body corruption. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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@@ -80,6 +80,42 @@ BFF_AUTH='<the same secret>' ./verify-notificatie.sh # proves a real delivery,
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To go back to the fast, no-notifications default: `docker compose -f docker-compose.openzaak.yml
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up -d --remove-orphans` (drops the celery worker, restores `NOTIFICATIONS_DISABLED: 'true'`).
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## Testing the Angular UI against this harness
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The base harness above and the app's own root `docker-compose.yml` are independent projects on
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purpose (see the top of this file) — this is the opt-in bridge between them, for when you want
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to click through the real UI and see an aanvraag land in a real OpenZaak instead of just
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running `dotnet test`. One command from the repo root:
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```bash
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scripts/openzaak-ui-up.sh
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```
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It brings up the root app (so its docker network exists), brings up this harness plus
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`docker-compose.openzaak.bff.yml` (gives this harness's `web` service a dotted alias,
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`openzaak.local`, on its own network — the root project's `api` container joins THIS network,
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in the opposite direction from the notifications overlay below, to avoid a real alias
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collision: the root project's frontend service is also called `web`. The alias needs a dot
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because Django's URLValidator rejects a bare hostname in a URL field; this environment's
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rootless Podman also can't route container→host-port traffic through `host.docker.internal`,
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so container-to-container is the only reliable path either way — see that file's header
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comment for the full, empirically-confirmed reasoning), seeds the catalogus, additively
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replaces the zrc authorization grant to match the alias (ZGW authorization is scoped by the
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*exact* zaaktype URL string, not just the resource; see `scripts/openzaak-ui-up.sh`'s own
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comment for why this is a replace, not an add), and brings the root app back up pointed at
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OpenZaak (`docker-compose.openzaak.yml` at the repo root). A final self-check submits a
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throwaway aanvraag and confirms it actually lands in OpenZaak, restarting `api` (up to 5
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times) if not — see that script for a caveat about an intermittent per-container networking
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flake this environment can hit under memory pressure (the script now warns if host swap is
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already high going in; `ZGW_DEBUG_HTTP=1` on `api`, see `docker-compose.openzaak.yml`, logs
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diagnostics to help nail the cause next time it reproduces). Prints the URLs to check
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afterward and the teardown commands.
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Two caveats, both non-fatal (WP-60 catches and flags rather than surfacing an error):
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**only `herregistratie` has a seeded zaaktype** here, so submit that wizard to prove a real
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write; and **no Documenten content is seeded**, so a document upload's ZGW half no-ops (pick
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"per post" in the wizard's document step, or ignore it).
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## Tear down
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```bash
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@@ -0,0 +1,38 @@
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# Opt-in overlay, layered ON TOP of docker-compose.openzaak.yml (never alone):
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#
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# docker compose -f docker-compose.openzaak.yml -f docker-compose.openzaak.bff.yml up -d
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#
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# Gives this harness's `web` (the OpenZaak API) an extra, dotted hostname alias
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# (`openzaak.local`) on its OWN network, so the root project's `api` container (joined in via
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# `docker-compose.openzaak.yml` at the repo root, as an EXTERNAL network) can reach it. See
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# `scripts/openzaak-ui-up.sh` for the one-command version that brings both projects up
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# together, seeds the catalogus, and grants the extra authorization scope this alias needs.
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#
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# Three real things this works around, each discovered empirically (curl against the
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# running containers), not guessed:
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#
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# 1. Why container-to-container instead of `http://localhost:8000`: this dev environment's
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# rootless Podman drops container→host-port traffic through `host.docker.internal`
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# (confirmed for the WP-58 notifications overlay's celery worker — DNS resolves it, every
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# TCP connect times out).
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#
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# 2. Why the ROOT project's `api` joins INTO this project's network (below), not the other way
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# around: the root project's frontend service is also called `web`. Docker Compose always
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# adds a service's own name as a network alias on every network it joins — so if THIS `web`
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# joined the root project's network, "web" would resolve to two different containers there.
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# Only `api` crosses into this network, under its own already-unique name.
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#
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# 3. Why the alias has a dot in it (`openzaak.local`, not e.g. `openzaak`): Django's built-in
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# URLValidator rejects a bare, dotless hostname in a URL field (it special-cases exactly
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# "localhost"; anything else needs a dot or to be a valid IP). OpenZaak's `zaaktype` field
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# (and others) run through this validator — confirmed with a POST referencing
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# `http://<dotless-alias>:8000/...` failing "Voer een geldige URL in" (enter a valid URL)
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# before any authorization check even runs.
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services:
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web:
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environment:
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# Django rejects any request whose Host header isn't in ALLOWED_HOSTS.
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ALLOWED_HOSTS: localhost,127.0.0.1,web,openzaak.local
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networks:
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default:
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aliases: [openzaak.local]
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