not
7a5840149c
One chart whose values.yaml is a near-literal transcription of infra/docker-compose.yml, rendered by three generic templates (Deployment, Job, Service) over a `workloads` map — so the two stacks can be diffed by eye instead of by archaeology, and adding a service is a values edit. Platform-forced deviations, each commented where it appears: - `args`, never `command`: compose replaces the image CMD, Kubernetes replaces the ENTRYPOINT. The chart fails to render on `command`, because the symptom (postgres refusing to run as root, Keycloak exec-ing `start-dev`) is nothing like the cause. - The four Django services apply their own setup_configuration in the web pod rather than in a separate init Job: both scripts migrate, and without compose's depends_on they race the same database. - OpenZaak and Objecten are addressed by service FQDN, because Django rejects a single-label host in a URL — the reason compose passes container IPs around. - NodePorts, no ingress; databases are emptyDir until persistence.storageClass is set, so the stack comes up on a cluster with no CSI driver. The upstream config inputs stay in the repo and become ConfigMaps via infra/helm/seed-configmaps.sh — the Kubernetes sibling of infra/seed-config.sh — so the compose stack and the chart cannot fork. infra/helm/registry.yaml runs an in-cluster registry because Talos cannot side-load an image and a laptop-side one needs a root-level firewall change.
421 lines
21 KiB
Makefile
421 lines
21 KiB
Makefile
# Developer + CI entrypoints.
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#
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# These targets are the single source of truth for the checks. The Gitea
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# Actions workflow (.gitea/workflows/ci.yaml) invokes the SAME targets, so
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# `make ci` locally runs exactly what the pipeline runs — no drift. Until a
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# self-hosted runner is registered, `make ci` is the gate (see docs/runbooks/ci.md).
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SLN := register-referentie.slnx
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COMPOSE := infra/docker-compose.yml
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# Long-running services with a healthcheck — the smoke polls these for readiness
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# (infra/wait-healthy.sh). One-shot init jobs (oz-init, nrc-init, flowable-init)
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# are not polled; they only need to have run. See docs/runbooks/gitea-actions-gotchas.md.
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WAIT_SVCS := openzaak nrc-web acl bff domain event-subscriber projection-api self-service openbaar behandel beheer objecttypen objecten
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# Config files (OpenZaak data.yaml, Keycloak realms, Flowable BPMN) are streamed
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# into external named volumes via `docker cp` (infra/seed-config.sh) instead of
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# bind-mounted, because bind mounts don't reach sibling containers on the
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# containerized CI runner. SEED populates them; run it before every `up`. The
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# volumes are `external`, so compose won't remove them — CFG_VOLS lists them for
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# explicit teardown. See docs/runbooks/gitea-actions-gotchas.md.
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SEED := bash infra/seed-config.sh
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CFG_VOLS := rr-oz-config rr-nrc-config rr-kc-realms rr-fl-bpmn rr-objecttypen-config rr-objecten-config rr-registerrecord-config
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# Local-only stack: same services but config is bind-mounted (no seed step), so a
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# plain `docker compose -f infra/docker-compose.local.yml up` works on any local
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# engine. This is the no-make / Windows-friendly path. See that file's header.
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LOCAL_COMPOSE := infra/docker-compose.local.yml
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OZ_COMPOSE := infra/openzaak/docker-compose.yml
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OZ_BASE := http://localhost:8000
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NRC_COMPOSE := infra/opennotificaties/docker-compose.yml
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NRC_BASE := http://localhost:8001
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KC_COMPOSE := infra/keycloak/docker-compose.yml
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KC_BASE := http://localhost:8180
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FL_COMPOSE := infra/flowable/docker-compose.yml
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FL_BASE := http://localhost:8090/flowable-rest/service
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STACK_FILES := -f $(OZ_COMPOSE) -f $(NRC_COMPOSE)
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# On a rootless Podman dev box, point Docker CLI/Compose at the Podman socket —
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# but only if that socket exists and DOCKER_HOST isn't already set, so real
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# Docker hosts and CI runners are left untouched.
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PODMAN_SOCK := /run/user/$(shell id -u)/podman/podman.sock
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ifeq ($(wildcard $(PODMAN_SOCK)),$(PODMAN_SOCK))
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ifeq ($(origin DOCKER_HOST),undefined)
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export DOCKER_HOST := unix://$(PODMAN_SOCK)
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endif
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endif
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.PHONY: ci lint build unit mutation frontend integration verify verify-up verify-acl verify-nrc verify-projection verify-bff verify-domain verify-observability verify-tracing verify-metrics verify-objecttypen verify-objecten verify-registerrecord verify-objecten-notifications verify-notifications smoke up down local verify-local local-down changelog openzaak-up openzaak-smoke openzaak-seed openzaak-down stack-up stack-smoke stack-down keycloak-up keycloak-smoke keycloak-down flowable-up flowable-smoke flowable-down k8s-lint k8s-registry k8s-images k8s-seed k8s-up k8s-reseed k8s-portals k8s-down k8s-purge help
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## ci: run the full pipeline — lint, build, unit, mutation, frontend, verify (mirrors Gitea Actions)
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## `verify` is the live-stack stage (full stack up once → ACL + notification checks).
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ci: lint build unit mutation frontend verify
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## frontend: install deps and run the Nx lint/test/build for the portals (pnpm + Node required)
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# Tests run in their own phase, ahead of the build. The @angular/build:unit-test
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# (Vitest) runner spawns a worker with a hard-coded 60s/90s startup timeout that is
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# not configurable. When the ~5min production build shares the run-many pool, it
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# starves that worker of CPU on constrained CI runners and Vitest fails with
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# "Timeout waiting for worker to respond". Splitting the phases keeps tests off the
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# heavy build's back so the worker starts well inside its window.
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frontend:
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pnpm install --frozen-lockfile
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pnpm nx run-many -t lint test
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pnpm nx run-many -t build
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## lint: verify formatting (no changes)
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lint:
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dotnet format $(SLN) --verify-no-changes
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## build: release build
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build:
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dotnet build $(SLN) -c Release
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## unit: run unit tests (excludes the container-backed Integration lane)
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# TRX per test project (→ TestResults/) feeds the CI per-service summary (#136); harmless locally.
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# The CI reporting scripts are stdlib Python with their own assert-based self-checks (#161) — they
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# ride this lane so a broken job summary is caught by CI rather than by the next red pipeline.
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unit:
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dotnet test $(SLN) -c Release --filter "Category!=Integration" --logger trx --results-directory TestResults
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python3 infra/test_playwright_summary.py
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python3 infra/test_portal_caddyfiles.py
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## mutation: run the Stryker.NET ratchet on each service with branching logic (fails below baseline)
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# Stryker is pinned as a local dotnet tool (.config/dotnet-tools.json); `tool restore`
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# makes `make mutation` work from a fresh clone. Each service owns its config + break
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# threshold (the ratchet, CLAUDE.md §5): each services/<svc>/stryker-config.json.
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# Scores never regress below baseline.
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mutation:
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dotnet tool restore
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cd services/acl && dotnet stryker
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cd services/event-subscriber && dotnet stryker
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cd services/domain && dotnet stryker
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cd services/bff && dotnet stryker
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## smoke: seed config, bring the whole stack up, wait for health-checked services, tear down
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# SEED populates the external config volumes first (upstream images used verbatim;
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# only our acl/bff are built). `up -d --build` starts EVERYTHING. Readiness is
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# checked by infra/wait-healthy.sh polling the durable, health-checked services
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# ($(WAIT_SVCS)) via `docker inspect` — portable across docker compose and
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# podman-compose, and needing no `--wait` flag or host port access. The one-shots
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# (oz-init, flowable-init) aren't polled; they just need to have run.
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smoke:
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$(SEED) oz nrc kc fl objecttypen objecten registerrecord
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docker compose -f $(COMPOSE) up -d --build
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bash -c 'WAIT_TIMEOUT=420 bash infra/wait-healthy.sh $(WAIT_SVCS); rc=$$?; docker compose -f $(COMPOSE) down --volumes; docker volume rm -f $(CFG_VOLS) >/dev/null 2>&1; exit $$rc'
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## up: seed config volumes and start the full stack (use instead of bare
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## `docker compose up`, which can't self-seed the external config volumes)
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up:
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$(SEED) oz nrc kc fl objecttypen objecten registerrecord
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docker compose -f $(COMPOSE) up -d --build
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## down: stop and remove the local stack (incl. the external config volumes)
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down:
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docker compose -f $(COMPOSE) down --volumes
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-docker volume rm -f $(CFG_VOLS)
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## local: bring up the bind-mount stack (no seed step) and wait for health
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## (Windows / no-make users: run `docker compose -f infra/docker-compose.local.yml up -d --build` directly)
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local:
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docker compose -f $(LOCAL_COMPOSE) up -d --build
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WAIT_TIMEOUT=420 bash infra/wait-healthy.sh $(WAIT_SVCS)
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## verify-local: acceptance check for the local stack (S-B04) — a fresh `make local` completes the
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## whole flow (zaaktype seeded + DMN deployed + NRC abonnement) with NO manual seeding.
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verify-local:
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bash infra/run-local-flow-check.sh
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## local-down: stop and remove the bind-mount stack
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local-down:
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docker compose -f $(LOCAL_COMPOSE) down --volumes
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## changelog: regenerate CHANGELOG.md from Conventional Commits (git-cliff)
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changelog:
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git-cliff --output CHANGELOG.md
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# ── ZGW verification ───────────────────────────────────────────────────────
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# On the single runner CI jobs run sequentially, so the OpenZaak-dependent checks
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# share ONE full-stack bring-up: the `verify-stack` CI job runs `verify-up` then
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# `verify-acl` + `verify-nrc` as steps against the same stack (issue #58). The
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# check logic lives in stack-agnostic runners that reach services by container IP
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# (gitea-actions-gotchas.md §5/§6); `integration` / `verify-notifications` are local
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# convenience wrappers that bring up a lighter stack and call the same runners.
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## verify-up: bring the FULL stack up and wait for health (CI verify-stack step 1;
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## subsumes the old compose-smoke health gate — the DoD "up reaches green" check).
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verify-up:
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$(SEED) oz nrc kc fl objecttypen objecten registerrecord
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docker compose -f $(COMPOSE) up -d --build
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WAIT_TIMEOUT=420 bash infra/wait-healthy.sh $(WAIT_SVCS)
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## verify-acl: ACL ↔ OpenZaak integration tests against the already-running stack.
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verify-acl:
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bash infra/run-acl-integration.sh
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## verify-nrc: OpenZaak → NRC notification delivery against the already-running stack.
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verify-nrc:
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bash infra/run-notification-check.sh
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## verify-projection: OpenZaak → NRC → Event Subscriber → projection-api end-to-end (S-06),
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## against the already-running stack.
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verify-projection:
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bash infra/run-projection-check.sh
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## verify-domain: domain → Flowable → ACL → OpenZaak end-to-end (S-05), against the
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## already-running stack. Recreates the acl service to inject the seeded zaaktype URL.
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verify-domain:
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bash infra/run-domain-check.sh
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## verify-bff: BFF end-to-end (S-07) against the up stack — token validation on self-service
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## + anonymous public-safe openbaar register (ADR-0010).
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verify-bff:
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bash infra/run-bff-check.sh
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## verify-e2e: walking-skeleton Playwright e2e (S-08d) against the up stack — DigiD login →
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## submit → confirmation, driven inside the compose network.
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verify-e2e:
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bash infra/run-e2e-check.sh
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## verify-observability: assert the observability backplane (Grafana + provisioned Tempo &
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## Prometheus datasources) is live, against the already-running stack (S-16a).
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verify-observability:
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bash infra/run-observability-check.sh
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## verify-tracing: assert one connected distributed trace spans the .NET services in Tempo
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## (S-16b), against the already-running stack.
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verify-tracing:
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bash infra/run-tracing-check.sh
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## verify-metrics: assert the services expose /metrics and Prometheus scrapes the golden
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## signals (S-16c), against the already-running stack.
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verify-metrics:
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bash infra/run-metrics-check.sh
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## verify-objecttypen: assert the Objecttypen API is up + its static token authenticates
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## (S-18a), against the already-running stack.
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verify-objecttypen:
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bash infra/run-objecttypen-check.sh
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## verify-objecten: assert the Objecten API is up + its static token authenticates and it
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## trusts the Objecttypen API (S-18b), against the already-running stack.
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verify-objecten:
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bash infra/run-objecten-check.sh
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## verify-registerrecord: assert the RegisterRecord objecttype is registered + published in the
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## Objecttypen API (S-18c), against the already-running stack.
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verify-registerrecord:
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bash infra/run-registerrecord-check.sh
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## verify-objecten-notifications: assert a RegisterRecord write in Objecten is DELIVERED as an
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## `objecten` notification via NRC (S-19b-1), against the already-running stack.
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verify-objecten-notifications:
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bash infra/run-objecten-notifications-check.sh
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## verify: local mirror of the CI verify-stack job — full stack up once, all checks,
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## tear down (always). For fast single-concern local iteration use `integration`
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## (oz-only) or `verify-notifications` (oz+nrc) instead.
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verify:
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$(SEED) oz nrc kc fl objecttypen objecten registerrecord
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docker compose -f $(COMPOSE) up -d --build
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@bash -c 'set -e; rc=0; \
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WAIT_TIMEOUT=420 bash infra/wait-healthy.sh $(WAIT_SVCS) \
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&& bash infra/run-acl-integration.sh \
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&& bash infra/run-notification-check.sh \
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&& bash infra/run-projection-check.sh \
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&& bash infra/run-objecten-notifications-check.sh \
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&& bash infra/run-domain-check.sh \
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&& bash infra/run-bff-check.sh \
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&& bash infra/run-e2e-check.sh || rc=$$?; \
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docker compose -f $(COMPOSE) down --volumes >/dev/null 2>&1; \
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docker volume rm -f $(CFG_VOLS) >/dev/null 2>&1; \
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exit $$rc'
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## integration: local convenience — ACL integration test against a throwaway
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## OpenZaak-only stack (fast iteration). CI uses verify-acl on the shared stack.
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integration:
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bash infra/run-integration.sh
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## openzaak-up: start the OpenZaak stack (migrations run on first start)
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openzaak-up:
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$(SEED) oz
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docker compose -f $(OZ_COMPOSE) up -d
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## openzaak-smoke: start OpenZaak, then assert it is up with auth enforced
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openzaak-smoke: openzaak-up
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@bash -c 'set -e; \
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echo "waiting for OpenZaak to respond..."; \
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for i in $$(seq 1 60); do \
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code=$$(curl -s -o /dev/null -w "%{http_code}" $(OZ_BASE)/zaken/api/v1/zaken || true); \
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[ -n "$$code" ] && [ "$$code" != "000" ] && break; sleep 3; \
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done; \
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echo "GET /zaken/api/v1/zaken (unauth) -> $$code (expect 403, auth enforced)"; test "$$code" = "403"; \
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admin=$$(curl -s -o /dev/null -w "%{http_code}" $(OZ_BASE)/admin/); \
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echo "GET /admin/ -> $$admin (expect 302)"; test "$$admin" = "302"; \
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root=$$(curl -s -o /dev/null -w "%{http_code}" $(OZ_BASE)/zaken/api/v1/); \
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echo "GET /zaken/api/v1/ -> $$root (expect 200)"; test "$$root" = "200"; \
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echo "OpenZaak smoke OK"'
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## openzaak-seed: bring OpenZaak up and seed the BIG catalogus (idempotent)
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openzaak-seed: openzaak-up
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@bash -c 'for i in $$(seq 1 50); do \
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c=$$(curl -s -o /dev/null -w "%{http_code}" $(OZ_BASE)/catalogi/api/v1/ || true); \
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[ "$$c" = "200" ] && break; sleep 3; done; echo "OpenZaak ready ($$c)"'
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python3 infra/openzaak/seed_catalogus.py
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## openzaak-down: stop and remove the OpenZaak stack (wipes data)
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openzaak-down:
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docker compose -f $(OZ_COMPOSE) down --volumes
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-docker volume rm -f rr-oz-config
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## verify-notifications: local convenience — OpenZaak → NRC notification delivery
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## against a throwaway oz+nrc stack (S-01-c). CI uses verify-nrc on the shared stack.
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verify-notifications:
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bash infra/verify-notifications.sh
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## stack-up: start OpenZaak + Open Notificaties together (shared network), with
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## OpenZaak publishing notifications to NRC (S-01-c).
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stack-up:
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$(SEED) oz nrc
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OZ_NOTIFICATIONS_DISABLED=false docker compose $(STACK_FILES) up -d
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## stack-smoke: start both, assert OpenZaak (403/302/200) and NRC (302) are reachable
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stack-smoke: stack-up
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@bash -c 'set -e; \
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echo "waiting for OpenZaak + Open Notificaties..."; \
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for i in $$(seq 1 60); do \
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oz=$$(curl -s -o /dev/null -w "%{http_code}" $(OZ_BASE)/admin/ || true); \
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nrc=$$(curl -s -o /dev/null -w "%{http_code}" $(NRC_BASE)/admin/ || true); \
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[ "$$oz" = "302" ] && [ "$$nrc" = "302" ] && break; sleep 3; done; \
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z=$$(curl -s -o /dev/null -w "%{http_code}" $(OZ_BASE)/zaken/api/v1/zaken); \
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echo "OpenZaak /zaken (unauth) -> $$z (expect 403)"; test "$$z" = "403"; \
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echo "OpenZaak /admin/ -> $$oz (expect 302)"; test "$$oz" = "302"; \
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echo "Open Notificaties /admin/-> $$nrc (expect 302)"; test "$$nrc" = "302"; \
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echo "stack smoke OK"'
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## stack-down: stop and remove both stacks (wipes data)
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stack-down:
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docker compose $(STACK_FILES) down --volumes
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-docker volume rm -f rr-oz-config rr-nrc-config
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## keycloak-up: start Keycloak with the four imported realms
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keycloak-up:
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$(SEED) kc
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docker compose -f $(KC_COMPOSE) up -d
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## keycloak-smoke: start Keycloak, then verify each realm logs in + returns its claim
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keycloak-smoke: keycloak-up
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@bash -c 'for i in $$(seq 1 60); do \
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c=$$(curl -s -o /dev/null -w "%{http_code}" $(KC_BASE)/realms/digid/.well-known/openid-configuration || true); \
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[ "$$c" = "200" ] && break; sleep 3; done; echo "Keycloak ready ($$c)"'
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python3 infra/keycloak/check_realms.py
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## keycloak-down: stop and remove Keycloak
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keycloak-down:
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docker compose -f $(KC_COMPOSE) down --volumes
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-docker volume rm -f rr-kc-realms
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## flowable-up: start Flowable (deploys registratie.bpmn on boot)
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flowable-up:
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$(SEED) fl
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docker compose -f $(FL_COMPOSE) up -d
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## flowable-smoke: start Flowable, then verify a started instance waits on the external task
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flowable-smoke: flowable-up
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@bash -c 'for i in $$(seq 1 80); do \
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c=$$(curl -s -o /dev/null -w "%{http_code}" -u rest-admin:test $(FL_BASE)/repository/process-definitions?key=registratie || true); \
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[ "$$c" = "200" ] && break; sleep 3; done; echo "Flowable ready ($$c)"'
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python3 infra/flowable/verify.py
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## flowable-down: stop and remove Flowable
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flowable-down:
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docker compose -f $(FL_COMPOSE) down --volumes
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-docker volume rm -f rr-fl-bpmn
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# ── Kubernetes (single-node Talos) ─────────────────────────────────────────────
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# The Helm chart in infra/helm/big-reference is a port of infra/docker-compose.yml
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# (ADR-0033). Full walkthrough: docs/runbooks/kubernetes-talos.md.
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# TALOS_HOST the address the BROWSER uses — pins Keycloak's issuer and the portals'
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# OIDC authority. Use `localhost` with `make k8s-portals`: the OIDC
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# library needs crypto.subtle, which browsers only expose on a secure
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# context (https, or localhost) — see docs/runbooks/kubernetes-talos.md §5
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# K8S_REGISTRY the registry both sides use for this repo's images (see k8s-registry)
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K8S_NS ?= big
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K8S_CHART := infra/helm/big-reference
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K8S_REGISTRY ?=
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TALOS_HOST ?=
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# The images built from this repo — compose service name == image name == chart workload.
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K8S_IMAGES := acl domain bff event-subscriber projection-api self-service openbaar behandel beheer
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## k8s-lint: render + schema-check the Helm chart (no cluster needed)
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k8s-lint:
|
|
helm lint $(K8S_CHART)
|
|
helm template big $(K8S_CHART) -n $(K8S_NS) --set images.registry=registry.invalid:5000 >/dev/null
|
|
|
|
## k8s-registry: deploy the in-cluster image registry (NodePort 30500)
|
|
k8s-registry:
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|
kubectl apply -f infra/helm/registry.yaml
|
|
kubectl -n registry rollout status deploy/registry --timeout=180s
|
|
|
|
## k8s-images: build this repo's images (via compose) and push them to $(K8S_REGISTRY)
|
|
# `docker save | crane push` rather than `docker push`: the registry speaks plain
|
|
# HTTP, which the Docker daemon refuses without a root-level insecure-registries
|
|
# entry, while crane just takes --insecure. Install: see docs/runbooks/kubernetes-talos.md.
|
|
k8s-images:
|
|
@command -v crane >/dev/null || { echo "crane not found — see docs/runbooks/kubernetes-talos.md §0" >&2; exit 2; }
|
|
@test -n "$(K8S_REGISTRY)" || { echo "set K8S_REGISTRY=<registry host:port>" >&2; exit 2; }
|
|
docker compose -f $(COMPOSE) build $(K8S_IMAGES)
|
|
@tar=$$(mktemp -t rr-img-XXXX.tar); \
|
|
for i in $(K8S_IMAGES); do \
|
|
docker save register-referentie/$$i:dev -o $$tar; \
|
|
crane push --insecure $$tar $(K8S_REGISTRY)/register-referentie/$$i:dev; \
|
|
done; rm -f $$tar
|
|
|
|
## k8s-seed: create the ConfigMaps the chart mounts (upstream config + bootstrap scripts)
|
|
k8s-seed:
|
|
bash infra/helm/seed-configmaps.sh $(K8S_NS)
|
|
|
|
## k8s-up: seed the config and install/upgrade the release
|
|
k8s-up: k8s-seed
|
|
@test -n "$(TALOS_HOST)" || { echo "set TALOS_HOST=<node ip>" >&2; exit 2; }
|
|
@test -n "$(K8S_REGISTRY)" || { echo "set K8S_REGISTRY=<registry the node can pull from>" >&2; exit 2; }
|
|
helm upgrade --install big $(K8S_CHART) -n $(K8S_NS) --create-namespace \
|
|
--set host=$(TALOS_HOST) --set images.registry=$(K8S_REGISTRY) $(K8S_SET)
|
|
kubectl -n $(K8S_NS) get pods
|
|
|
|
## k8s-reseed: re-run the bootstrap jobs (after a database was wiped, or after
|
|
## changing a Job in the chart — Job pod templates are immutable, so a plain
|
|
## `helm upgrade` is rejected)
|
|
k8s-reseed:
|
|
kubectl -n $(K8S_NS) delete job -l app.kubernetes.io/component=init --ignore-not-found
|
|
$(MAKE) k8s-up
|
|
# The projection's schema is created on service start (Projection.ReadModel migrates in a
|
|
# hosted service), so a wiped database also needs these two restarted — otherwise they keep
|
|
# writing to a schema-less DB and fail with `relation "processed_notifications" does not exist`.
|
|
kubectl -n $(K8S_NS) rollout restart deploy/event-subscriber deploy/projection-api
|
|
kubectl -n $(K8S_NS) rollout status deploy/event-subscriber deploy/projection-api --timeout=180s
|
|
|
|
## k8s-portals: forward the browser-facing services to localhost (Ctrl-C stops them all)
|
|
# The portals' OIDC flow needs a *secure context* for crypto.subtle (PKCE), and browsers
|
|
# only grant that to https or localhost — a NodePort on the VM's IP is neither. Forwarding
|
|
# to localhost on the same port numbers keeps Keycloak's pinned issuer valid. Deploy with
|
|
# TALOS_HOST=localhost for this to line up.
|
|
k8s-portals:
|
|
@echo "self-service http://localhost:30140 · openbaar :30141 · behandel :30142 · beheer :30143 · keycloak :30180"
|
|
@trap 'kill 0' INT TERM; \
|
|
for f in self-service:30140:80 openbaar:30141:80 behandel:30142:80 beheer:30143:80 keycloak:30180:8080; do \
|
|
svc=$${f%%:*}; rest=$${f#*:}; lport=$${rest%%:*}; rport=$${rest#*:}; \
|
|
kubectl -n $(K8S_NS) port-forward --address 127.0.0.1 svc/$$svc $$lport:$$rport >/dev/null & \
|
|
done; wait
|
|
|
|
## k8s-down: uninstall the release (database PVCs are kept)
|
|
k8s-down:
|
|
helm uninstall big -n $(K8S_NS)
|
|
|
|
## k8s-purge: uninstall AND drop the namespace, including the database volumes
|
|
k8s-purge:
|
|
-helm uninstall big -n $(K8S_NS)
|
|
kubectl delete namespace $(K8S_NS) --ignore-not-found
|
|
|
|
## help: list available targets
|
|
help:
|
|
@grep -E '^## ' $(MAKEFILE_LIST) | sed 's/^## //'
|