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agentic-dev/docs/work/epics/walking-skeleton/08-discovery-feature/_story.md
Danijel Martinek 99180887f3 docs(work): decompose platform-retrofit and walking-skeleton epics 
platform-retrofit: 8 stories / 18 tasks (spec bundle into docs/product,
single-version release-please before deletions, demo feature removal,
web-next auth shell, optional cores, work-tree archive, library traces,
agent-doc rewrite). walking-skeleton: 11 stories / 28 tasks across
workspaces, discovery, core-runner-protocol, runner app, editor, and
the flagship connect-to-selection e2e; builds on platform-retrofit
(prose dependency note — cross-epic frontmatter unsupported).

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_016j8z4VHjedXDTjEDNg7qHK
2026-07-12 12:28:51 +02:00

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id, epic, title, type, status, feature, depends-on, blocks, created
id epic title type status feature depends-on blocks created
08-discovery-feature walking-skeleton discovery feature — registry snapshots, getRegistry, scan ingestion technical-story todo discovery
07-runner-lifecycle-events-and-realtime
10-web-next-wiring
2026-07-12T10:24:14Z

Goal

Ship the minimal discovery feature: registry snapshot storage, a getRegistry use case, and a scan-event handler that ingests the runner's scan results — so the editor has one real component (name + props) to render (skeleton bar; full ComponentMeta fidelity comes with discovery-and-library).

Why

Discovery is its own vertical — the registry outlives any single runner session, and later PRDs (discovery-and-library) grow it heavily. Ingestion arrives as a cross-feature reaction to the scan event workspaces publishes (rule E0); the handler stays private (rule E1) while getRegistry is the public read surface the editor route consumes.

Done when

  • pnpm turbo gen feature discovery scaffold is green.
  • Registry snapshot storage + getRegistry use case land manifest-first (contracts, unit tests with direct mock injection, DI wiring, tRPC procedure); the registry exposes one component with name + props from the fixture scan.
  • The scan-event handler (events/handlers/, never re-exported) ingests scan results into a registry snapshot; consumes is declared in feature.manifest.ts.
  • pnpm conformance cross-feature event closure passes — no orphan consumer.
  • Coverage bands: template defaults (PRD Implementation decisions).
  • Boot assertion green in dev-seed mode.
  • pnpm typecheck && pnpm lint && pnpm test && pnpm conformance && pnpm fallow:audit && pnpm coverage:diff all pass after each task.

In scope

  • Feature scaffold, registry snapshot storage, getRegistry, scan-event handler + manifest consumes declaration.
  • Dev-seed binder with a seeded registry so the editor works in dev-seed mode.

Out of scope

  • Full ComponentMeta fidelity, watch/HMR re-scan, perf-500 budgets (discovery-and-library).
  • Any write surface beyond event ingestion.

Tasks

  • Run pnpm turbo gen feature discovery → green feature scaffold (manifest, contracts, binders, controllers, tests, dev-seed).
  • Add registry snapshot storage + the getRegistry use case — manifest entry, contracts, red test → green impl, DI wiring, tRPC procedure; registry exposes one component with name + props; dev-seed provides a seeded registry.
  • Run pnpm turbo gen event for the scan-event handler (events/handlers/on-workspaces-*.handler.ts, never re-exported per rule E1): ingest scan results into a registry snapshot; manifest consumes declaration; pnpm conformance event closure green; handler test.