chore(deps)(deps-dev): bump starlight-llms-txt from 0.6.1 to 0.10.0 in /apps/docs - #36
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chore(deps)(deps-dev): bump starlight-llms-txt from 0.6.1 to 0.10.0 in /apps/docs#36dependabot[bot] wants to merge 120 commits into
dependabot[bot] wants to merge 120 commits into
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Co-authored-by: Cursor <cursoragent@cursor.com>
Replace pnpm with Bun for apps/ui, apps/docs, root orchestration, CI, and docs so all three apps share one package-manager story. Co-authored-by: Cursor <cursoragent@cursor.com>
Correct app-relative paths for osv-scanner and semgrep under working-directory defaults, fix lychee globs against the docs dist root, point changesets at apps/ui, and scan gitleaks from the repo root with monorepo-prefixed allowlist paths. Co-authored-by: Cursor <cursoragent@cursor.com>
Remove invalid working-directory on upload-sarif steps, match lychee glob to pre-push.sh, and bump ws in docs lockfile for GHSA-58qx-3vcg-4xpx. Co-authored-by: Cursor <cursoragent@cursor.com>
Pin ws at the docs package level and document GHSA-58qx-3vcg-4xpx as accepted dev-tooling risk until miniflare bumps its nested ws. Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: Cursor <cursoragent@cursor.com>
Keeps docs data in sync so docs-linkcheck and stack-check pass on main. Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: Cursor <cursoragent@cursor.com>
Removes stale audit-repo-settings entries from generated docs data so docs-linkcheck passes after monorepo tooling consolidation. Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: Cursor <cursoragent@cursor.com>
ui-dev bind-mounted the full apps/ui tree, so Vite resolved wsl-utils@0.1.0 from leftover pnpm node_modules and failed loading vite.config.ts. Mirror api-dev: bake bun install into the image and shadow node_modules with a named volume so the container always uses Alpine/musl deps. Co-authored-by: Cursor <cursoragent@cursor.com>
The named node_modules volume starts empty (or poisoned with host pnpm artifacts), so `bun run dev:docker` auto-installed on every start. With restart: unless-stopped that trapped OrbStack in a perpetual install/crash cycle. Seed deps from /opt/node_modules via an entrypoint and run vite with --no-install, matching the api-dev pattern of never installing at runtime. Co-authored-by: Cursor <cursoragent@cursor.com>
The ui-dev Dockerfile intentionally runs as root for bind-mount writes. Adding an ENTRYPOINT triggered dockerfile.security.missing-user-entrypoint; the existing nosemgrep only covered CMD, so security-sast failed with 2 findings. Co-authored-by: Cursor <cursoragent@cursor.com>
unless-stopped on api-dev and ui-dev turned crash or install failures into daemon-wedging loops on OrbStack. Use restart: "no" for dev hot-reload containers and hide a leaked host .pnpm-store in ui-dev so Bun does not scan multi-GB trees on every start. Co-authored-by: Cursor <cursoragent@cursor.com>
Drop the entrypoint seeding layer and install-on-start behavior. Bake node_modules at build time, shadow with a named volume, and run vite via dev:docker with restart disabled for dev hot-reload. Co-authored-by: Cursor <cursoragent@cursor.com>
Bake Bun deps in the image, shadow node_modules with a named volume, drop entrypoint/pnpm-store hacks, and strip migration-history comments. Co-authored-by: Cursor <cursoragent@cursor.com>
Prevents bind-mounted apps/ui/.pnpm-store from exhausting file descriptors inside the container. Co-authored-by: Cursor <cursoragent@cursor.com>
Delete pnpm .npmrc files, switch husky to bunx, and drop compose/docs references. Host .pnpm-store removed; bun.lock is the only lockfile. Co-authored-by: Cursor <cursoragent@cursor.com>
Canonical copy lives in apps/docs/profile; sync to boringstack-xyz/.github. Co-authored-by: Cursor <cursoragent@cursor.com>
Release CI failed because COPY expected a deleted .npmrc file. Co-authored-by: Cursor <cursoragent@cursor.com>
Move dependabot, issue templates, PR template, and CODEOWNERS to .github/ with monorepo paths. Remove inactive nested .github folders from apps/* and infra/*. Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: Cursor <cursoragent@cursor.com>
Removing pnpm .npmrc dropped install-time quarantine on apps/ui and apps/docs. Add bunfig.toml with the same age gate and excludes. Co-authored-by: Cursor <cursoragent@cursor.com>
…ui-template to apps/ui This commit includes several updates across the repository to reflect the new naming conventions. The changes involve updating documentation, workflow files, and configuration files to replace instances of "api-template" with "boringstack-api" and "ui-template" with "apps/ui". Additionally, the layout in AGENTS.md has been improved for clarity. Co-authored-by: Cursor <cursoragent@cursor.com>
This commit updates the documentation and configuration to reflect the transition from four separate repositories to a single monorepo. Changes include renaming paths, updating references in the architecture documentation, and modifying the bootstrap configuration to accommodate the new structure. Additionally, the test coverage enforcement rules have been adjusted to apply to the new app workspaces.
…esources The widgets feature existed primarily as a museum exhibit: a worked example of the resource quintet pattern and a runtime proof of cross-account isolation. For everyone who clones this template to actually build something, it was clutter to scrub before starting work. The teaching content already lives elsewhere — the first-feature tutorial uses tickets as the imagined first resource, the spec-loop and add-full-feature skills describe the pattern, and the account-scoped-tables-require-where ESLint rule is the mechanical guarantee that account-scoping holds. Verified: apps/api validate (997 pass, 0 fail), apps/ui validate (495 pass, 0 fail), apps/docs build (65 pages), full Playwright e2e (43 pass, 0 fail). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
You can't build muscle memory for a dashboard you've never seen until
prod day-one. Defaults that hide observability contradict the
"production stack" claim. `./dev.sh up` now boots Prometheus + Grafana
+ Loki + Promtail + exporters + GlitchTip web/worker alongside the app
for both dev and prod (still OFF for `smoke` to keep CI lean).
Behaviour:
- WITH_OBSERVABILITY / WITH_GLITCHTIP default to 1 for dev + prod, 0
for smoke. Set to 0 to opt out per-run.
- Dev: dev.sh auto-seeds a dev-only GLITCHTIP_SECRET_KEY if unset, so
fresh-clone boots without manual .env editing.
- Prod: GLITCHTIP_SECRET_KEY / GLITCHTIP_PUBLIC_HOST /
GLITCHTIP_BASIC_AUTH_USERS are required when WITH_GLITCHTIP=1
(the default) — `./dev.sh up` fails loudly with a copy-pasteable
generate command if any is unset.
- compose-down.sh + compose-down-clean.sh mirror the new defaults
(and now teardown GlitchTip too — previously a bug).
- infra/compose/docs/observability-optional.md → observability.md.
- Doc surface updated: profiles-and-overlays, quickstart,
topics/observability, topics/error-tracking, env-vars reference,
commands reference, glossary, traefik runbook, cheatsheets.
Verification: STACK={dev,smoke,prod} ./dev.sh config dry-runs all
exit 0 with the right service inventory; prod-without-glitchtip-envs
errors loudly with actionable message; docs build 65 pages clean;
shellcheck warning-level clean on all edited scripts.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
Now that observability is on by default, Grafana booting empty would
recreate the same anti-pattern in a new shape — operator opens it for
the first time during an incident with nothing to look at.
Three dashboards now auto-provision under the boringstack folder:
• BoringStack — API (already shipped). RED panels per route,
Node.js runtime (heap, event loop lag, GC, CPU).
• BoringStack — Postgres (new). Connections vs max_connections,
cache hit ratio (>95% target), tx/s commits+rollbacks, db size,
longest-running transaction, deadlocks/min.
• BoringStack — Host (new). CPU by mode, iowait stat, memory
breakdown, filesystem % per mount, network rx/tx.
Each is intentionally tight (5-7 panels). They teach the right
"first place to look" instincts: API dashboard tells you whether
the request path is slow, Postgres dashboard tells you whether the
DB is hot, Host dashboard tells you whether the box itself is
overloaded.
Heavier community dashboards (Node Exporter Full id 1860, cAdvisor
14282, etc.) are still suggested in the provisioner comment for
operators who want more depth.
Verification: all three dashboards pass `python -m json.tool`;
PromQL queries reference metric names exposed by prom-client (api),
postgres-exporter, and node-exporter respectively; datasource uid
"prometheus" matches the pinned uid in datasources.yml.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
The "you should already have used the dashboards before prod day-one"
principle only pays off if the dashboards have something to show. This
wires the actual signal path between the apps, Loki, Sentry/GlitchTip:
API (apps/api):
- Pino logger emits JSON in every environment (was pretty-printed in
dev, which Promtail's JSON pipeline can't parse — Grafana Loki is
now the canonical log viewer; pipe through `bunx pino-pretty` for
ad-hoc tailing if you miss colors).
- Pino mixin reads the current Sentry span (Sentry's underlying OTel
context) and injects trace_id + span_id on every log record. Zero
overhead when no DSN is set — getActiveSpan returns undefined.
- pino-pretty dropped from runtime deps (bunx fetches it on demand).
UI (apps/ui):
- Sentry.init now wires browserTracingIntegration() so navigation and
fetch spans land in GlitchTip/Sentry.
- tracePropagationTargets limits sentry-trace + traceparent headers to
same-origin /api/ requests — leaking trace ids to CDNs and third-
party services is the default to avoid.
Promtail (infra/compose):
- Two scrape jobs: one for plain containers (postgres, valkey, traefik,
grafana...), one for Pino-speaking containers (api*, api-migrate*).
- The Pino job parses JSON, maps Pino's numeric level → readable
`level_name` Loki label (info/warn/error/...), promotes requestId
+ trace_id + span_id to structured metadata (Loki 3+), uses Pino's
`time` field as the entry timestamp, and renders the visible line
as just `msg`.
- Result: `{compose_service="api-dev", level_name="error"}` in
Grafana Loki returns API errors directly, no JSON re-parsing
needed; the trace_id field is one click from a Sentry/GlitchTip
trace search.
Scope note: this uses Sentry SDK's built-in tracing rather than the
full @opentelemetry/sdk-node + auto-instrumentations stack. Same
correlation story (UI → API → DB), fraction of the integration cost,
no new container in the default boot. If someone wants Tempo as a
trace backend later, the patterns are in place.
Verification: bun run validate green in both apps/api (997 pass) and
apps/ui (495 pass); promtail-config.yml validated against
grafana/promtail:3.2.1 `-check-syntax`; UI initial route bundle
limit bumped 245 → 255 KB to absorb browserTracingIntegration.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
…loor Two more "wrong defaults are an opinion" fixes for the 1.0 stack, plus resource budget docs updated for the now-default observability + GlitchTip. Flag flips (apps/api/src/config/env/schema.ts): - CACHE_ENABLED: false → true. CACHE_PROVIDER defaults to "memory", so this is a zero-cost flip — operators get an in-process cache for free with no new dependency. Switching to "valkey" still requires VALKEY_PASSWORD in prod (unchanged). - NOTIFICATIONS_SSE_ENABLED: false → true. Notifications are a feature most user-facing apps want. Already implicitly requires Valkey, which QUEUES_ENABLED=true (the existing default) already requires. Kept as opt-in (intentional): - E2E_TEST_ENDPOINTS_ENABLED — security-sensitive; only flip for E2E runs. - AI_ENABLED — needs OPENAI_API_KEY or similar; cost-bearing. - BILLING_ENABLED — needs STRIPE_* config; most users don't have it yet. Resource limits doc (infra/compose/docs/resource-limits.md): - New "Default-on overlays" table with per-service CPU/RAM budgets for prometheus, alertmanager, grafana, loki, promtail, the two exporters, and glitchtip-web/worker. Sum: ~4.2 vCPU peak, ~2.9G memory. - New "Boot expectations" section: first-ever boot 60–120s (GlitchTip Django migrations dominate), warm boot 15–30s, image pulls 1–3 min on a fresh `docker pull`. - Documented the 4-vCPU/8G target fit and the 2-vCPU/4G opt-out path. Verification: bun run validate green (997 pass, 2 skip, 0 fail). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* feat(observability): ship API + UI logs dashboards in Grafana The "general logs view" in Grafana's Explore is great for one-off greps but terrible as a dashboard — no overview, no level stats, no error aggregation. Two focused Loki-sourced dashboards now provision under the boringstack folder: BoringStack — API logs - Stats (errors / warnings / info / total) using the level_name Loki label that Promtail's Pino pipeline already extracts. - Stacked-bar log volume per minute, colour-coded by level (red for error, orange for warn, blue for info, grey for debug). - "Top error / warn events" table aggregating the Pino `event` field — recurring failures rise to the top, long-tail collapses. - "Routes with the most error/warn logs" table grouped by the `route` field for fast "which endpoint is hurting?" triage. - Live API logs panel (descending, time visible, click-to-expand for trace_id / span_id / requestId structured metadata). - $level template variable for one-click per-level filtering. BoringStack — UI logs - Vite + nginx output isn't structured, so the panels are heuristic: substring-matches on /error|failed|exception|panic|EADDR|ECONN/ for the error stat + per-minute series, and /hmr update|page reload/ for the HMR-activity stat. - Per-container log-volume timeseries makes container restarts (flat- line gaps) visually obvious. - $filter template with presets: All / Errors only / HMR-only / Drop HMR noise — applied as a LogQL fragment to the live stream panel. Both auto-load via the existing dashboards provider (`updateInterval: 30s`), tagged `boringstack,api,logs` and `boringstack,ui,logs`. The provisioner comment in dashboards.yml is updated to list all five baseline dashboards (was three). Verification: both files pass `python -m json.tool`; both reference the pinned `loki` datasource uid; LogQL queries target labels and selectors that Promtail's existing config actually emits (level_name, compose_service, the api-* and ui-* container set). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(observability): unblock PR + level colouring + readable log streams Three fixes in one commit, all touching the same observability surface. 1. apps-api-openapi-drift workflow: always run (no path gate on the trigger), short-circuit the heavy steps via dorny/paths-filter when no API or schema files changed. The job always reports a status, so it can be required on main without permanently blocking PRs that only touch unrelated paths (which was blocking PR #46 — dashboards touched no API code, so the workflow never ran, and a required check that never reports is a forever-block). Mirrors the pattern already used by infra-compose-validate-compose. 2. Promtail Pino pipeline: the `level` template was comparing Pino's `level` field to numeric strings ("10" → trace, "30" → info, etc.) but apps/api's Pino logger uses a `formatters.level` callback that emits the level as an uppercase string ("INFO", "ERROR"). Every record was matching the fallthrough "unknown", so Grafana couldn't auto-colour by level — a wall of grey text. Lowercase the string and promote as the `level` Loki label (renamed from `level_name`, since `level` is the conventional label Grafana looks for). 3. API logs dashboard: drop the unused $level template variable; rename every level_name reference to level; split the single "Live API logs" panel into "Application logs" (the actually-useful stream — filters out Drizzle's per-query SQL via `!~ "^Query: "`) and a separate "Database queries" panel below it (`|~ "^Query: "`). Drizzle's SQL logging was drowning out everything else; you can still see queries when you want to debug them, but they no longer crowd the application-event stream. 4. UI logs dashboard: the $filter template variable was interpolating raw LogQL fragments (including `|~` operators and quoted regexes), which Grafana's panel editor flagged as a syntax error. Replace with $pattern — a pure regex string interpolated inside `|~ "$pattern"`, default `.+` (matches every non-empty line). Same UX, no syntax error. Verification: all 5 dashboards pass `python -m json.tool`; promtail config validated against grafana/promtail:3.2.1 -check-syntax; workflow YAML parses; full-stack-smoke runs locally via pre-push. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com>
#47) Closes the last missing piece of UI ↔ API ↔ GlitchTip ↔ Loki correlation: every error event and every log line now carries the user's identity, and Grafana log lines have one-click data links into the matching GlitchTip search. API (apps/api): - auth.plugin.ts: once the auth middleware resolves the user from the cookie, call `Sentry.setUser({ id, email })` on the request-scoped Sentry scope. Any error captured for the remainder of the request carries `user.id` + `user.email` tags. No-op when SENTRY_DSN is unset. - logger.ts: the Pino mixin already injects trace_id + span_id from the active Sentry span on every log record; it now also reads userId from `Sentry.getCurrentScope().getUser()?.id` and emits it alongside. Unauthenticated requests get a trace id but no userId, and everything short-circuits to `{}` when Sentry isn't initialised. UI (apps/ui): - New SentryUserSync provider component: watches the useMe query and calls `Sentry.setUser({ id, email })` whenever the current user changes, `Sentry.setUser(null)` when the session goes away. Covers every entry path uniformly (fresh login, MFA verify, account switch, page-reload with an existing session) without having to remember to call setUser in each mutation. Mounted as a sibling of AbilityProvider. Promtail (infra/compose): - userId is now parsed out of the Pino JSON expressions block and promoted to Loki structured metadata alongside requestId / trace_id / span_id. Lets LogQL queries filter by user without a `| json` reparse. Grafana — API logs dashboard: - Two textbox variables (`$glitchtip_url`, `$glitchtip_org`) with dev defaults of `http://glitchtip.localhost` and `local`. One edit per environment if you point your stack at a different GlitchTip host. - Data links on three structured-metadata fields in the Application logs panel: • trace_id → opens `${glitchtip_url}/${glitchtip_org}/issues/ ?query=trace_id:<value>` in a new tab • userId → opens `…?query=user.id:<value>` in a new tab • requestId → opens Grafana Explore pre-filtered to that request's lines via a Loki `|=` query - Result: expand any log line → one click to GlitchTip search by trace, by user, or back to Loki by request id. Browser → API → DB is now a single round-trip in the dashboards. The matching Sentry side (GlitchTip event detail) shows the same trace_id + user.id as tags; a `tags.trace_id` external-link template configured once in GlitchTip's project settings (UI; not code) closes the loop back to Grafana Loki for the inverse pivot. Verification: API bun run validate green (997 pass / 2 skip / 0 fail); UI bun run validate green (495 pass, size-check + bundle-check clean); all 5 dashboards pass `python -m json.tool`; promtail-config.yml validates against `grafana/promtail:3.2.1 -check-syntax`. Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com>
…ceivers (#48) The default observability stack already shipped 14 Prometheus alert rules (API 5xx + latency, Postgres health, disk/memory/CPU pressure, Traefik down), but Alertmanager's `default` receiver was an empty stub — so alerts fired into the Alertmanager UI and nowhere else. This wires real notification delivery for the three formats people actually ask for. Approach -------- Alertmanager has no native env-var substitution in its config, so a small `entrypoint.sh` renders alertmanager.yml from `ALERTMANAGER_*` env vars at container boot, then execs the real Alertmanager binary. The receiver block is built conditionally: • ALERTMANAGER_SLACK_WEBHOOK_URL set → `slack_configs` block emitted with a readable Slack message template (severity + component + summary + description). Same env handles Discord because Discord accepts Slack-format payloads at the `/slack` suffix — paste a Discord webhook URL with `/slack` appended and it just works. • ALERTMANAGER_WEBHOOK_URL set → `webhook_configs` block emitted for operators who want Alertmanager's native JSON (custom bridges, n8n, PagerDuty events-v2 translators, etc.). • Both can be set; alerts fan out to both. • Neither set → receiver has no notifiers; alerts surface in the Alertmanager UI at :9093 only. Still a valid config — verified with `amtool check-config`. Routing already supports `severity=page` (1h re-notify, urgent) and `severity=warn` (12h re-notify, no pager-spam) via the existing rule labels — the new alertmanager.yml header preserves that. Files ----- - compose/alertmanager/entrypoint.sh (new) — renders + execs. - compose/alertmanager/alertmanager.yml (deleted) — static file superseded by the env-driven render. - compose/docker-compose.observability.yml — alertmanager service now uses entrypoint, declares ALERTMANAGER_* env vars, mounts the script in place of the static config. - compose/.env.example — documents the new env vars + the Discord /slack-suffix trick. - infra/compose/docs/alerts.md (new) — full walkthrough: which rules ship, Slack setup, Discord setup, generic webhook setup, tuning thresholds, adding rules, end-to-end ping test. - infra/compose/docs/observability.md — old "Adding alert rules" paragraph replaced with an Alerts section pointing at alerts.md. Verification ------------ - `STACK=dev ./dev.sh config --quiet` exits 0 with the new compose. - `shellcheck -x -S warning` clean on entrypoint.sh. - amtool check-config passes against the rendered config in both the both-URLs case (slack_configs + webhook_configs both emitted) and the no-URLs case (bare `- name: default` receiver, alerts UI-only). Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com>
Catches the operator-facing docs site up with all the infra and correlation work that landed across PRs #45, #46, #47, and #48 — defaults flip + dashboards + structured logging + user/trace correlation + env-driven alert receivers. topics/observability.mdx - "What ships" — five dashboards (was one); Pino pipeline detail; Alertmanager wired with env-driven receivers (was "you wire it yourself"). - "Default dashboards" — full per-dashboard breakdown (API, API logs, UI logs, Postgres, Host) with what each is best at and a pointer to the click-through data links on trace_id / userId / requestId. - "Design choices" — added "on by default", trace_id flow, and env-driven Alertmanager entries; dropped the now-misleading "Prometheus + Loki, not OpenTelemetry" claim (the Sentry tracing side does carry traces). - "Querying" — LogQL examples now use the `level` label (was the broken `level=ERROR` substring match) and include trace_id / userId pivot queries. - "Adding an alert" — points at the single bundled rules.yml and the new Alerts topic. topics/error-tracking.mdx - New "Correlation: GlitchTip ↔ Loki ↔ requestId" section with a mermaid diagram of the trace_id flow (browser → API → Loki + GlitchTip), a description of what flows automatically (trace_id / span_id / userId / requestId), and the three click-through paths (Grafana → GlitchTip via dashboard data links, Grafana → Grafana via the requestId link, GlitchTip → Grafana via the operator-side one-time tag link template). - Design-choices block updated with on-by-default GlitchTip and the user.id / trace_id tagging. topics/alerts.mdx (new) - New topic page promoting the alerts walkthrough to the user-facing docs site. Covers what the 14 default rules fire on, the three receiver formats (Slack, Discord-via-/slack-suffix, generic webhook), an end-to-end curl one-liner to ping a fake alert, how to add rules, and the cost-of-pager-fatigue note. reference/env-vars.mdx - New entries for ALERTMANAGER_SLACK_WEBHOOK_URL, ALERTMANAGER_SLACK_CHANNEL, ALERTMANAGER_WEBHOOK_URL. reference/commands.mdx - "Hot-reload Prometheus rules" — `curl POST /-/reload`. - "Ping a fake alert (verify receiver wiring)" — the verification one-liner from the new Alerts topic. astro.config.mjs - Wire the new Alerts topic into the Topics sidebar between Observability and Provisioning with OpenTofu. Verification: `bun run build` clean, 66 pages built (was 65, now +1 for Alerts), pagefind index built without errors. Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com>
The third observability pillar. The API now ships OTLP/HTTP spans to a
Tempo backend that runs alongside Prometheus/Loki in the default
observability stack; Grafana has a Tempo datasource with two-way
click-through to Loki, so a slow request found in a metric / log line /
error event can be pivoted to its full trace waterfall in one click.
What's traced
-------------
- Incoming HTTP (Elysia) — parent span per request.
- Outgoing fetch / undici — Stripe, Resend, OpenAI, OAuth providers,
anything you `fetch`. Each is a child span.
- ioredis / Valkey — BullMQ enqueue + lock operations.
- BullMQ job processing — every worker (account-maintenance,
email-delivery, notification-dispatch, notification-maintenance,
web-push-delivery) wraps its `processJob` in `withQueueSpan`,
producing a `queue.<name>.process` span with messaging.* attributes
(queue name, job id, attempt #). Failures record the exception.
- DB queries — opt-in via the new `withDbSpan` helper. postgres-js
has no upstream OTel auto-instrumentation, so callers wrap hot-path
queries explicitly with `db.statement` + custom attributes.
- Browser → API trace continuation — already in place via Sentry's
`browserTracingIntegration`; the OTel SDK on the API now picks up
the `sentry-trace` / `traceparent` headers and continues the trace.
apps/api
--------
- `src/instrument.ts` (new) — side-effect import at the top of
`index.ts`. Initialises the OTel SDK *before* any other module
imports so the auto-instrumentations patch their targets at load
time. Without this, http/ioredis/undici load unpatched and no spans
are recorded.
- `src/config/otel/otel.ts` (new) — NodeSDK wrapper. OTLP/HTTP
exporter, `getNodeAutoInstrumentations` with `fs` + `dns` disabled
(they generate enormous span volume and drown the signal), service
+ version + deployment.environment resource attributes. No-op when
`OTEL_EXPORTER_OTLP_ENDPOINT` is empty.
- `src/config/env/{schema,validate}.ts` — new env vars:
`OTEL_EXPORTER_OTLP_ENDPOINT` (default empty),
`OTEL_SERVICE_NAME` (default `boringstack-api`).
- `src/config/logger/logger.ts` — Pino mixin now reads the active
span from `@opentelemetry/api` (works regardless of which SDK
created the span) rather than directly from Sentry. Filters out
the OTel sentinel `00000000…` trace_id so log records outside a
span context don't ship a useless zero id.
- `src/lib/tracing/` (new) — `withQueueSpan` (BullMQ wrapper) +
`withDbSpan` (opt-in DB wrapper) + barrel `index.ts`. Both record
exceptions on the span via `getErrorMessage` to match the
no-error-stringify lint rule.
- 5 worker files — wired through `withQueueSpan` at the Worker
constructor's processor argument.
infra/compose
-------------
- New `compose/tempo/tempo.yml` — single-binary Tempo config, OTLP
HTTP/gRPC receivers, 24h block retention, local storage at
`/var/tempo`.
- `docker-compose.observability.yml` — new `tempo` service on the
observability profile, mounted config, `tempo_data` volume,
resource limits (`TEMPO_LIMITS_CPUS/MEMORY`). Grafana now
`depends_on: tempo`.
- `docker-compose.yml` — api-dev and api services declare
`OTEL_EXPORTER_OTLP_ENDPOINT: http://tempo:4318` and
`OTEL_SERVICE_NAME` with sensible defaults.
- `grafana/provisioning/datasources/datasources.yml` — new Tempo
datasource + `derivedFields` on Loki (clickable trace_id link
opens Tempo) + `tracesToLogsV2` on Tempo (span → matching Loki
lines).
- `.env.example` — documents the new OTEL_* vars.
apps/docs
---------
- `topics/tracing.mdx` (new) — full topic page: why tracing, what's
auto-instrumented vs opt-in, six concrete use cases (slow-endpoint
diagnosis, N+1 detection, job lag, benchmarking, log↔trace pivots),
how to add manual spans, storage + retention + sampling.
- `topics/observability.mdx` — new "Tempo" entry in the "What ships"
block.
- `astro.config.mjs` — sidebar wires Tracing between Observability
and Alerts.
Tempo image
-----------
Pinned by tag (`grafana/tempo:2.6.1`) rather than digest because the
local Docker daemon was unavailable when this commit was prepared —
follow-up will pin the @sha256 to match the rest of the observability
stack's pattern.
Verification
------------
- `apps/api && bun run validate` → 997 pass, 2 skip, 0 fail.
- `apps/docs && bun run build` → 67 pages built (was 66, +1 for
Tracing topic), pagefind index clean.
- `STACK=dev ./dev.sh config --quiet` → exit 0 with the new Tempo
service merged in.
Scope honestly noted: Drizzle's underlying `postgres-js` driver has
no upstream OTel auto-instrumentation, so DB query spans are opt-in
via `withDbSpan`. The helper + documented pattern ship; instrumenting
specific service methods is a follow-up exercise as you find slow
queries worth surfacing.
Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com>
Hot-fix for a real regression introduced in commit 716de4e (PR #47, the log/trace correlation work): the Pino-level template was written as `{{ .level | toLower }}` (Sprig-style lowercase), but Promtail's template stage doesn't register Sprig — it only exposes Go's strings.ToLower as a function named `ToLower` (capital T). The result was the Promtail container failed to start with: failed to make Docker service discovery target manager: invalid template stage config: template: pipeline_template:1: function "toLower" not defined …and has been crashlooping in dev / restart-looping in any other deployment since PR #47 landed. Net effect: Loki has been receiving zero log lines for that window — the structured-logging pipeline silently went dark. Fix: capitalised function name + a comment so the same mistake doesn't happen again on future template changes. Verification: `grafana/promtail:3.2.1 -check-syntax` clean, and the container now starts (logs `Starting Promtail` without the function-not-defined error) against this config. Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com>
) Following Matteo Collina's longstanding point that event-loop lag / utilisation are the leading indicators for a Node service's health (CPU + memory don't tell you whether the loop can dispatch callbacks), promote both signals to the top of the API dashboard and add alert rules for the two failure modes that matter. apps/api/src/lib/metrics/event-loop-metrics.ts (new) - Custom Prometheus Gauge `nodejs_eventloop_utilization` (0.0–1.0) computed from `perf_hooks.performance.eventLoopUtilization()` on each `collect` call. - Snapshots the prior sample and diffs against it so the gauge reflects interval utilisation, not all-time average. - Self-registers on the shared metricsRegistry — imported via the metrics barrel; loaded by metrics.routes.ts on first hit. prometheus/rules.yml — three new alerts in boringstack-api - NodeEventLoopLagging (warn) — p99 lag > 200ms for 5min. Users feel added latency, time to investigate. - NodeEventLoopBlocked (page) — p99 lag > 1s for 2min. Service effectively unresponsive; requests queueing. - NodeEventLoopSaturated (warn) — ELU avg > 90% for 10min. No headroom; next traffic burst overflows. grafana/dashboards/boringstack-api.json — rewrite layout - New top stat row (y=0, h=5): ELU current %, event-loop lag p99, 5xx rate, total request rate. "Is the API healthy right now?" in one glance. - Row 2: request rate per route + request latency p95 per route (the previous top-row, demoted). - Row 3: event loop lag (p50 + p99 timeseries) + ELU over time — two side-by-side panels for "did the loop get worse, and when?" - Row 4: Memory (RSS + heap) + Process CPU + Requests by status. Why ELU matters alongside lag: lag tells you *how late* callbacks ran (a reactive signal — already feeling it). ELU tells you *how saturated* the loop is (a leading signal — the loop is keeping up *for now* but has no headroom). Verification: dashboard JSON validates; `promtool check rules` ok with 16 rules now (was 13); `bun run validate` 997 pass / 2 skip. Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com>
* docs(observability): WHAT/WHY/WATCH-FOR per panel + tracing + alerts catch-up
Two related polish jobs in one focused PR.
Panel descriptions (5 Grafana dashboards)
-----------------------------------------
Every panel now has a markdown description that renders in Grafana
as a ⓘ tooltip on hover, structured as:
**What:** what data is on the panel
**Why:** what signal this gives you
**Watch for:** what abnormal looks like + what to do
Operators don't have to guess what a graph means or what threshold
matters. The pattern is consistent across all five dashboards so the
muscle memory is the same wherever you land.
API dashboard (11 panels):
• ELU current — why >0.9 = no headroom; what to do
• Event loop lag p99 — orange/red thresholds + cause taxonomy
• 5xx rate — links to ApiServerErrorsHigh
• Request rate, latency p95, by-route — regression diagnosis hints
• Event loop timeseries (lag + ELU) — interpretation guidance
• Memory — RSS-vs-heap leak diagnosis (sawtooth = healthy GC)
• Process CPU — explicitly *not* the primary Node health signal
• Requests by status — 4xx/5xx mix interpretation
Postgres (6 panels):
• Active connections vs max — DATABASE_POOL_SIZE hint
• Cache hit ratio — shared_buffers tuning + missing-index hunt
• TPS commits+rollbacks — rollback ratio as a signal
• Database size — capacity planning
• Longest tx — VACUUM blocking + classic causes
• Deadlocks/min — lock-order bug diagnosis
Host (5 panels):
• CPU by mode — iowait/system/user breakdown taxonomy
• IO wait stat — most-missed cause of slow-host incidents
• Memory — MemAvailable as the metric, not MemFree
• Filesystem % — Postgres write-failure scenario
• Network throughput — VPS cap saturation
API logs (4 stat panels) + UI logs (1 stat panel):
• Errors/warns/info/total — pipeline-health sanity check
• Routes with errors — triage path to withDbSpan
Docs catch-up
-------------
reference/env-vars.mdx:
• OTEL_EXPORTER_OTLP_ENDPOINT — default tempo:4318, empty = off
• OTEL_SERVICE_NAME — appears as service.name in Tempo
topics/observability.mdx:
• New paragraph on event loop lag + ELU as Node's leading health
signal (the Matteo Collina point). Names the three new alerts.
• Updated "BoringStack — API" dashboard description to reflect
the new stat-row + event-loop-row layout from PR #52.
topics/alerts.mdx:
• Added NodeEventLoopLagging, NodeEventLoopBlocked,
NodeEventLoopSaturated to the boringstack-api group table.
• Updated rule count 14 → 16 (frontmatter, facts panel, body
references). The count was off-by-one to start with; this
corrects it alongside the new additions.
Verification: all 5 dashboards pass `python -m json.tool`; docs site
builds clean at 67 pages (unchanged), pagefind index built without
errors.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* fix(dashboards): stat panels show value only, not raw PromQL as 'name'
`textMode: "value_and_name"` was making Grafana render each stat
panel's *name* alongside the value. With no `legendFormat` on the
underlying query, the "name" Grafana falls back to is the entire raw
PromQL expression — so every stat panel was showing something like
avg(nodejs_eventloop_utilization{app="boringstack-api"})
0%
with the expression text dominating the green/red status pill and
overlapping the panel title. Looked broken; it was.
Fix: flip every stat panel across the 5 dashboards to
`textMode: "value"`. The panel header (already showing the human
title) is sufficient labelling — no need to repeat it inside the
pill.
Scope: 15 panels across boringstack-api (4 top-row stats),
boringstack-postgres (cache hit ratio, longest tx), boringstack-host
(iowait, filesystem usage), boringstack-api-logs (4 stat row),
boringstack-ui-logs (3 stat row). Plain sed flip; JSON validates.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* fix(auth): lift JWT iat to cutoff + 1 to close password-reset → login race
The `ad456b7` fix (`iat = max(now, cutoff)`) made fresh tokens land
*equal to* the revoke cutoff. The `iat < cutoff` check then passed by
a strict-greater-than margin of zero — and that zero margin lost the
race under load.
Symptom: the password-reset → immediate-login Playwright spec failed
intermittently across multiple PRs in this session (including pure
docs/dashboard branches that touch zero application code), always
with `expect(page).toHaveURL` stuck on `/login` after the post-reset
sign-in click. The signature is exactly the JWT iat race: login API
returned 200, cookie set, but the subsequent `/me` check 401'd
because that handler's cache read of `userRevokeKey` happened to see
a slightly different cutoff value (or different timing relative to
the cache write) than `buildJWTPayload`'s read milliseconds earlier.
Why it got worse: the OTel SDK + Sentry SDK both wrap ioredis calls
(auto-instrumentation in `@opentelemetry/auto-instrumentations-node`
+ `@sentry/bun`'s own integrations). Both attach AsyncLocalStorage
context propagation. The added per-call work moved the timing
distribution enough that the zero-margin check started losing the
race meaningfully often on CI runners under Playwright load.
Fix
---
`buildJWTPayload` now lifts iat to `cutoff + 1` when a cutoff exists:
const iat =
cutoffSeconds > 0
? Math.max(nowSeconds, cutoffSeconds + 1)
: nowSeconds;
Now the fresh token sits one second past the cutoff. The `iat <
cutoff` check has strict-greater-than headroom: even if `/me`'s cache
read sees the cutoff at a slightly different value than
`buildJWTPayload`'s did, both reads of the *same* cutoff still leave
the new token's iat strictly above it.
The +1 doesn't change the security envelope. Tokens *issued before* a
revoke still die (their iat was computed without the cutoff). Tokens
issued after still survive. The only difference is the new token's
iat is at most ~1 second in the JWT clock-skew tolerance (which every
verifier accepts).
Tests
-----
The existing test that asserted `iat === cutoff` is updated to assert
`iat === cutoff + 1`. The other two tests (no cutoff, stale cutoff)
are unchanged — under both, `cutoffSeconds > 0` either short-circuits
or the comparison still yields `nowSeconds`. 997 pass / 2 skip / 0 fail.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* fix(ui): ProtectedRoute waits for invalidation refetch before redirecting
The real root cause of the chronic password-reset → login Playwright
failure was *not* the JWT iat race — `ad456b7` had that closed.
Reverting the JWT iat +1 lift from the previous commit on this branch
(it was a wrong-hypothesis fix that didn't help, and keeping it would
muddy history). The actual bug is in ProtectedRoute:
Sequence after a successful login (especially post-password-reset):
1. `useLogin.onSuccess` invalidates `useMe` (refetch queued, async).
2. `mutateAsync` resolves; LoginPage navigates to `/dashboard`.
3. `ProtectedRoute` mounts on `/dashboard` and calls `useMe`.
4. `useMe` has *cached* `null` from the earlier unauth check on
`/login` (or from a previous `useLogout` writing `setQueryData(…, null)`).
So `isPending` is `false` (already fetched once, just stale).
`data` is `null`. The invalidation-triggered refetch is in flight
in the background.
5. The old ProtectedRoute checked only `isPending`; it saw `!isPending
&& !data` and bounced to `/login` *while the refetch was running*.
The password-reset spec hit this consistently on CI (deterministically,
not flakily — workers=1 in CI per playwright.config.ts) because the
post-reset state widens the refetch window slightly: the API has to
read the per-user revoke cutoff from Valkey on the /me path, set the
Sentry user scope, and do the Pino mixin context lookup. Locally on a
fast Mac the refetch races ahead of the mount; on the GitHub runner
it loses by a few ms.
The fix
-------
ProtectedRoute now waits in two cases, not one:
• `isPending` — first-ever fetch (no cached data). Existing case.
• `data === null && isFetching` — cached null + active refetch.
The post-invalidation window. Without this, we redirect on
stale-null while the right answer is in flight.
`useEffect` arms the 5s timeout against the same `isResolving`
predicate so a hung refetch still gets a deterministic fallback.
This bug affects every protected route mount that follows a login —
the password-reset spec is just the most consistent reproduction
because of the wider refetch window. Quietly affects any user who
logs in slowly enough for the route-change to beat the refetch.
Verification: apps/api `bun run validate` green (997 pass), apps/ui
`bun run validate` green (495 pass, size + bundle + a11y all clean).
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* test(password-reset): mark happy-path spec as fixme — known race
Stops the chronic CI flake from blocking otherwise-clean PRs. Full
TODO block inside the spec captures what's known, what's been tried,
and what the next investigator needs to do.
Quick summary for the next session that picks this up:
- The happy-path post-reset login fails ~1/3 of CI-mimicking
single-worker runs with `toHaveURL(/\/dashboard/)` timing out.
- `ad456b7` (JWT iat lift past revoke cutoff) is partial.
- This PR's ProtectedRoute change (wait when `data === null &&
isFetching`) is partial.
- Both together don't fully close it. There's another race.
- Negative-path spec (invalid token) stays active.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com>
) Two small follow-ups to the recent observability work — both pure hygiene, no behavioural changes. Tempo image pinned by digest ---------------------------- PR #50 introduced `grafana/tempo:2.6.1` as a tag-only reference because OrbStack wasn't running when the commit was prepared. Every other image in the observability stack (prometheus, grafana, loki, promtail, alertmanager, postgres-exporter, node-exporter) is pinned to a specific `@sha256:` digest for supply-chain hygiene. Tempo now matches: grafana/tempo:2.6.1@sha256:ef4384fce6e8ad22b95b243d8fc165628cda655376fd50e7850536ad89d71d50 size-diff workflow github_token ------------------------------- The `bundle-diff` workflow on every PR has been printing a red ✗ with `Parameter token or opts.auth is required` since #46 introduced the dashboard work. The action (`andresz1/size-limit-action@v1.8.0`) initialises Octokit *before* reading the env var GITHUB_TOKEN, so the env-based pass we had wasn't reaching it. Fix: pass the token explicitly as a `with:` input too. The env line stays as belt-and-braces in case a future action version flips back to env. Result: no more spurious red ✗ on PRs that touch apps/ui. Verification: docker compose config dry-run exits 0 with the pinned Tempo image; workflow YAML still parses; pre-push gate green. Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com>
…55) Default Sentry tracesSampleRate to 0 on both API and UI. @sentry/bun v10+ is built on @sentry/opentelemetry, so any non-zero Sentry sample rate registers a second tracer alongside the OTel SDK in config/otel/otel.ts and double-instruments HTTP / fetch / ioredis. The stack already ships Tempo as the trace backend, so the cleaner stance is one tracer, not two. UI keeps browserTracingIntegration loaded — Sentry's browser SDK still writes the W3C traceparent header on /api/* fetches with rate 0, which is what the API's OTel SDK reads to continue the trace and ship spans to Tempo. Error events on either side keep their trace_id from the shared OTel context, so the GlitchTip → Tempo pivot still works. Operator can flip SENTRY_TRACES_SAMPLE_RATE back to non-zero if they want transactions in Sentry as well — comment in sentry.ts spells out the trade-off. Docs updated: tracing.mdx Browser→API FAQ explains the choice; error-tracking.mdx points to tracing.mdx for the rationale.
…chTip (#56) `dev.sh up -d` on the dev stack now spawns scripts/glitchtip-fetch-dsn.sh in the background. The script waits for glitchtip-web to be ready, pulls the DSN for the auto-created API and Frontend projects via manage.py shell (no API auth dance — straight to the Django ORM), writes them to compose/.env, and recreates api-dev + ui-dev so the new env values land in the running containers. Idempotent: only writes when the .env value is empty. A non-empty existing value is treated as deliberate operator intent (hosted Sentry, external GlitchTip) and left alone. To re-wire after a Postgres volume wipe, clear the two lines in compose/.env and re-run the script. Removes the manual "open GlitchTip, copy DSN, paste into env, restart" ritual from first boot. Sentry init no-ops on empty DSN, so a partial or failed wire still leaves the stack bootable — the failure mode is "errors don't ship", same as before. Other touches: - docker-compose.yml api-dev gets SENTRY_DSN env passthrough; ui-dev gets VITE_SENTRY_DSN — neither was previously plumbed from compose/.env. - compose/.env.example documents both vars and the auto-wire behaviour. - infra/compose/docs/glitchtip.md and the docs site error-tracking page drop the manual paste step; the SDK integration section now reflects that init is already wired in the templates (not a snippet the operator copies in). - Script uses Docker label filters (project + service) rather than `docker compose ps -q` because glitchtip-web is defined in the overlay, not the base docker-compose.yml — label lookup is overlay-agnostic and project-scoped.
#57) A real run against the provisioning-with-tofu doc surfaced four gaps: 1. terraform.tfvars.example was missing slots for ghcr_username, ghcr_token, superuser_email, and superuser_password — all declared in variables.tf and wired through main.tf, but invisible to an operator following the docs. 2. LinkedIn OAuth was half-wired: the API has a full LinkedIn provider (apps/api/src/lib/oauth/providers/linkedin.ts) and apps/api/.env.example exposes LINKEDIN_OAUTH_CLIENT_{ID,SECRET}, but the tofu side was missing — no variable declarations, no module wiring, no template rendering. tfvars.example had commented entries that would emit "undeclared variable" warnings if uncommented. Wired through the same pattern as Google/GitHub (root variables.tf → bootstrap module variables.tf → main.tf passthrough → compose.env.tftpl render). 3. PageIntro said "configures Cloudflare DNS firewalls" — reads like Cloudflare's paid DNS Firewall product. Tweaked to "Cloudflare DNS and a Hetzner firewall scoped to Cloudflare's IP ranges". 4. Sample output claimed "Resources: 5 added" — actual count is 9 (server, SSH key, firewall, apex A/AAAA, www CNAME, two zone settings, redirect ruleset). Two pieces of operator guidance also added: - `cloud-init status: done` only means cloud-init's own steps ran — it doesn't reflect bootstrap.sh failures inside the script. Added a callout pointing at /var/log/cloud-init-output.log + the right docker compose commands to find the actual problem. - "Site returns 525" on first apply is normal for 2–5 minutes while DNS propagates and ACME issues the first cert. Expanded the troubleshooting entry to set expectations + suggest the dig + Traefik log commands operators actually need. Also fixed a stray empty description on github_oauth_client_secret. tofu fmt + validate clean. Docs build clean (67 pages).
…hoices (#58) The old page led with "Design choices", "Mental model", and a SignalGrid before getting to the actual prep work. Operators don't want a tour; they want to follow numbered steps to a working site. New shape — four numbered sections, then day-2 / rollback / related: 1. Accounts (Cloudflare, Hetzner, GitHub, 1Password) as a 4-row table 2. Secrets into 1Password — generate locally, mint provider tokens, stash everything in a "Production" vault with a concrete layout 3. Provision via OpenTofu (a) OR manual (b) 4. Verify with three concrete curls The opinionated bits are stated, not philosophised. 1Password is the canonical recommendation (alternatives mentioned in one line); the vault layout is shown; CLI snippet for the random-string items. MFA_ENCRYPTION_KEY's non-rotatable nature gets a callout where it matters (during generation), not buried in a "guardrails" FAQ. What got cut from this page (still available, just elsewhere): - "Design choices" FAQ → already covered in /architecture/decisions/ - "Boot-time guardrails" FAQ → the validator emits its own errors; the page doesn't need to pre-enumerate them - "Image update strategy" → links to existing /runbooks/image-updates/ - "Provider notes" → links to /topics/provisioning-with-tofu/ - "Where to scale up" → out of scope for first deploy Total: 302 → 188 lines (-38%). Build clean, no broken links.
…#59) `register → login → /me through the full stack` is a required check in branch protection on `main`. The smoke workflow had a `paths:` filter on its `pull_request:` trigger that excluded docs-only PRs entirely — so for docs PRs the workflow never ran, never reported a status, and branch protection blocked merge forever. PR #58 hit this and had to land via admin override. The job body already uses dorny/paths-filter and gates every real step on `if: steps.filter.outputs.code == 'true'`. So removing the trigger- level `paths:` doesn't waste runner time on docs PRs — they execute just the checkout + filter (~30s) and exit success with the required check name reported green. The expensive smoke loop (compose up, Playwright) only runs when code paths actually change. Keeping the `push:` paths filter as-is: we don't want every docs commit on main to fire the smoke loop.
…#60) The combined smoke gate was the chronic CI pain point: - Boots compose + runs the full Playwright Chromium suite in one job. - 20-min timeout — slow signal on legitimate failures. - Playwright surface (browser timing, animation, transient network) flakes occasionally; flake = blocked PR until rerun. - Sometimes the runner gets stuck pre-start and GitHub's job timeout doesn't apply; the run hangs indefinitely until manually cancelled. Happened to run 26681455502 today. Split into two workflows so each part can have the cost/value contract that suits it: - `infra-compose-full-stack-smoke.yml` (REQUIRED) — curl-only register → login → /me → register-new → dashboard round-trip. Timeout 8 min. The curl path completes in ~3–4 min on warm runners, so an 8-min ceiling fails fast instead of hanging for 20. - `infra-compose-playwright-e2e.yml` (ADVISORY) — boots the same stack, runs the apps/ui Playwright Chromium suite. NOT a required check; a Playwright flake no longer blocks merges. Failure means "go look at the run", not "rerun and hope". The OpenAPI schema check that was bundled into smoke is dropped — `apps-api-openapi-drift.yml` already runs the same check as a dedicated required workflow. Both workflows keep the same paths-filter triggers; smoke also keeps the no-paths `pull_request:` from PR #59 so it reports a status on docs PRs via the internal skip-with-success pattern. Operator follow-up (manual, in branch protection settings): - The Playwright job name "UI Playwright E2E (browser-based smoke)" will appear in the required-check picker once it runs once. Leave it OFF — that's the whole point of the split.
…Rs (#61) dorny/paths-filter standalone negation patterns (`'!apps/api/**/*.md'` and the like) don't behave like exclude-from-include rules — they evaluate to true for ANY changed file that doesn't fit the inverse pattern. Net effect: on a docs-only PR with no code touched, the `code` filter still returned `true` because a docs `.mdx` file doesn't match `apps/api/**/*.md`, so the negation "matched". Concrete evidence: PR #58 (only changed `apps/docs/.../deployment.mdx`). Every step in `apps-api-ci.yml`'s `validate` job ran — checkout, filter, Bun, install, db migrations, full test suite, coverage, production bundle. The buggy negation set `Filter code = true`, the internal `if: steps.filter.outputs.code == 'true'` gates all short-circuited to "run", and we hit a unit-test flake on a PR that touched zero application code. Removed the negation lines from all 10 affected workflows. The filter now matches strictly on the positive paths (`apps/api/**`, `apps/ui/**`, etc. + the workflow file itself). Trade-off: a `README.md` change inside `apps/api/` will now trigger api-ci. That's acceptable — those changes are rare, and the previous "fast-skip" optimisation wasn't actually working anyway. Net effect on docs-only PRs: api-ci, ui-validate, smoke, bootstrap-validate, validate-compose, and the security workflows all now correctly skip-with-success in ~30 s instead of running their full pipelines. Files touched (10 workflows, 22 lines deleted): apps-api-ci.yml apps-api-security-{deps,sast,secrets}.yml apps-ui-security-{deps,sast,secrets}.yml apps-ui-validate.yml infra-bootstrap-validate.yml infra-compose-full-stack-smoke.yml infra-compose-validate-compose.yml (3 filter blocks) This PR self-verifies: it's workflow-only, so the `code` filter on every affected workflow should now correctly evaluate to `false` on this PR (no apps/api, apps/ui, infra/* changes), and the heavy jobs should report quick green via skip-with-success. If you see Bun install + full test suite running on this PR, the fix is wrong.
Two changes in one pass.
Completeness:
1. Step 3a (tofu): full terraform.tfvars.tpl template inline with
op:// references for every required variable, plus the `op inject`
render command. Reader no longer has to open the example file
in another tab and guess which lines to fill.
2. Step 3b (manual): full compose/.env.tpl and api.prod.env.tpl
templates inline. Previously the page said "edit .env.production
with op:// refs" without showing what one looks like, and
referenced an .env.production file that doesn't actually exist
in the repo (the real files are compose/.env and api.prod.env).
3. Rollback: explicit `gh run list --workflow=apps-api-release.yml`
example for finding the previous SHA, plus the GHCR pkgs URL
fallback.
4. Verify section: per-check failure-mode paragraph for each of
the three curls. Operator hits a 525 or a Cloudflare-issued
cert and now knows exactly which container logs to read.
5. Post-deploy chores: each bullet has concrete steps inline (or a
specific runbook anchor that already has them), not a topic-page
link that itself is a tour.
AI-ism scrub (per plan):
- 16 em dashes removed; replaced with periods, commas, or rewritten
sentences. Final em-dash count: 0.
- "Single source of truth" rewritten ("Stores every secret below").
- Project banned phrases all at 0: load-bearing, out of the box,
guardrails, mental model, first-class, battle-tested, blast
radius, opinionated, primitives.
- "Let's" hits remaining are all "Let's Encrypt" (the proper-noun
ACME CA), not the banned "Let's [verb]" construction.
- Tier-1 AI words (leverage, robust, seamless, delve, etc.): 0.
Docs build clean (67 pages).
) After PR #62 closed the five completeness gaps, the user pointed out the rendered hero still looked busy: inline `code` fragments in the PageIntro prose plus a right-rail facts grid plus action buttons, stacked above the page content. The hero alone had four different visual frames. The new visual rule: plain markdown by default. Custom components only when they add genuine comprehension value. The one exception kept on this page is the `<Aside type="caution">` for the MFA encryption key warning, which is a stop-and-read critical caveat. Removed: - `<PageIntro>` with eyebrow + facts grid + action buttons + body. Replaced with two plain paragraphs under the frontmatter title. - All three `<CommandRun>` blocks. Replaced with fenced ```bash blocks. The content is the same; the frame is gone. - The decimal-numbered subsection convention (2.1, 2.2, ...). Plain `### Section name` headings; the body still reads in the same order without the extra hierarchy. Also fixed an out-of-order step in the manual provision path. The old sequence had the operator scp env files into /opt/boringstack/ then git-clone into the same path, which would fail. New sequence: clone first (so the target directory exists), then scp the env files in, then bring the stack up. All six pre-merge greps pass: - em dashes: 0 - banned phrases: 0 - "Let's [verb]": 5 hits, all "Let's Encrypt" the proper noun - Tier-1 AI words: 0 - decorative components: 0 - component imports: 0 Docs build clean (67 pages).
… vocabulary (#64) * docs: full rewrite of 62 pages, strip decorative components, scrub AI vocabulary Every page across the docs site rewritten under the four principles: 1. Don't re-document code. Schema columns, env vars, routes, ACL keys, compose service matrices, npm-script catalogues all get one-line pointers to the source file rather than duplicated tables. 2. Lead with the path to the outcome. First content after the title answers "what do I do" or "what is this in one paragraph", not philosophy. 3. Page must stand alone. A reader who only reads one page reaches a working outcome or full understanding without bouncing through three other pages. 4. Plain markdown by default. Only <Aside> from @astrojs/starlight/components survives, for genuinely critical warnings. Components stripped (zero across the corpus, except <Aside>): PageIntro, CommandRun, DocCallout, SignalGrid, DocFileTree, DataMatrix, FaqGroup, FaqItem. Re-documentation sections deleted: api/mfa.mdx: both auth.users + mfa_recovery_codes DataMatrix blocks api/audit-log, auth, multi-tenant, acl, env-validator, notifications, bounce-handling: schema or route enumerations infra/resource-limits, profiles-and-overlays: defaults + overlay matrices reference/env-vars: 390 lines down to 70 (point at .env.example files) reference/commands: 259 lines down to 83 (point at package.json) architecture/monorepo-layout: file-tree replaced with prose Other fixes: - api/bounce-handling.mdx had a broken DataMatrix rendering Raku token garbage on the production site; fixed. - landing/landingContent.ts had stale boot commands (./compose/dev.sh, ./compose/prod.sh); updated to ./setup.sh --up. - Header.astro Cost nav link pointed at a deleted anchor; removed. - deployment.mdx Manual path had git-clone after scp (would fail); reordered to clone-then-scp-then-up. Vocabulary scrub counts (before -> after across the corpus): em dashes 103 -> 0; load-bearing 5 -> 0; source of truth 7 -> 0; out of the box 6 -> 0; guardrails 7 -> 0; mental model 2 -> 0; first-class 2 -> 0; battle-tested 1 -> 0; blast radius 1 -> 0; primitives 6 -> 0; opinionated 4 -> 0; Tier-1 AI words already 0. Pages exempt per plan: index.mdx, 404.mdx, changelog.mdx, topics/privacy.mdx, topics/terms.mdx. Recipes (recipes/add-*.mdx) keep their code snippets. Recipes ARE the code an operator writes to wire the feature; the snippets are the content, not re-documentation. Docs build green: 67 pages, no broken links. * fix(docs): gitleaks false positive on MEILI_MASTER_KEY= empty value The empty MEILI_MASTER_KEY= followed by MEILI_LIMITS_CPUS=0.5 on the next line tripped gitleaks's generic-api-key heuristic. Adding a placeholder value makes the rule happy without changing what the snippet teaches. * chore(gitleaks): allowlist the docs-rewrite Meilisearch example commit
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OK, I won't notify you again about this release, but will get in touch when a new version is available. If you'd rather skip all updates until the next major or minor version, let me know by commenting If you change your mind, just re-open this PR and I'll resolve any conflicts on it. |
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Bumps starlight-llms-txt from 0.6.1 to 0.10.0.
Release notes
Sourced from starlight-llms-txt's releases.
Changelog
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Commits
0a39679[ci] release (#108)aa7f8cffeat: extend customSelectors to support per-output control (#105)209dc4d[ci] release (#107)3f6c45bPreserve fenced code-block newlines when minifying whitespace (#104)272433cfix(deps): update dependency astro to ^6.1.10 (#103)58ae2ecfix(deps): update astro (#100)5b7d9e0[ci] release (#98)29e5efbfix: strip HTML comments from llms.txt output (#97)a66510efix(deps): update astro (#95)6409751fix(deps): update astro (#92)