Move the worker scanner surface into TypeScript, add a direct worker regression, and make the version=2 app-test path populate the same visible result data and final status as the legacy scanner. This keeps the refactor bounded while making the worker route safe to exercise.
Constraint: Must preserve the existing Apple Silicon app-test behavior while changing the worker internals
Rejected: Flip production to the worker path immediately | still needs the normal deploy path and broader production soak
Confidence: medium
Scope-risk: moderate
Reversibility: clean
Directive: Keep the version=2 adapter using the shared finishFileScan path until the legacy scanner can be removed entirely
Tested: pnpm run typecheck; pnpm exec vitest run test/scanner/client.test.ts; pnpm run test:browser (original workspace); netlify build --context deploy-preview (original workspace)
Not-tested: Browser suite from the clean clone environment (local Astro dev server startup timed out there)
Add a typed Playwright harness for Pagefind and the Apple Silicon app-test flow so scanner work has browser-level protection. Keep the rollout plan in the same stack so the TypeScript conversion stays staged and reviewable.
Constraint: Must not change production runtime behavior in this commit
Rejected: Leave the old JS browser test and add a second harness | duplicates setup and leaves the targeted browser script broken
Confidence: high
Scope-risk: narrow
Reversibility: clean
Directive: Keep browser-only helpers under test/playwright/support until the runtime scanner surface is fully typed
Tested: pnpm run typecheck; pnpm run test:browser; pnpm run test:browser:pagefind
Not-tested: Live browser checks against doesitarm.com
Cover the Native Support filter with a Playwright-backed Vitest case
that can boot the local dev server or attach to a deployed URL so the
same regression can gate post-deploy verification.
Add Pagefind indexing and browser search adapters behind a provider switch.
This lets prebuild generate either Stork or Pagefind search artifacts and lets the existing search UI run against Pagefind while preserving scoped filters, excerpts, and result metadata.
Share filter parsing and provider mapping logic between Stork and upcoming search adapters.
This keeps the existing Stork API stable while adding Pagefind-oriented filter serialization under test.
