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feat(S1): Walking Skeleton — login, My Patient Panel, live FHIR reads - #1

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manjula25 merged 8 commits into
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feature/caresync-s1-walking-skeleton
Jul 4, 2026
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feat(S1): Walking Skeleton — login, My Patient Panel, live FHIR reads#1
manjula25 merged 8 commits into
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feature/caresync-s1-walking-skeleton

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Summary

  • S1 walking skeleton end-to-end: Express+SQLite auth API, HAPI FHIR R4 read service with real role→scope enforcement, SMART Backend Services token flow (honest-staged), and a React/Vite frontend (login, My Patient Panel, patient detail).
  • Screens rebuilt against reference-materials/caresync-ai.html for mockup fidelity (header, patient list, patient-detail top bar).
  • Added two repo-local ADLC skills (html-mockup-fidelity, frontend-e2e-verification) and ran both against the S1 screens: found and fixed a real gap (Tasks panel data was fetched but discarded to a count) and added the first Playwright E2E specs (Coordinator panel→detail→tasks; Social Worker 403 denial), driving the real app against the live API + HAPI stack.

Test plan

  • npm run test:api — 35/35 green (Supertest against a real disposable HAPI container)
  • npm run test:web — 11/11 green (Vitest)
  • npm run build && npm run lint — clean for both apps
  • npm run test:e2e — 2/2 green (Playwright, headless Chromium, real API + HAPI)
  • Manual smoke: docker compose up → import → login as Coordinator → My Patient Panel → Maria Chen conditions + tasks live from HAPI → Social Worker denied (403) → every read/denial audited

Evidence strength: local/packaged-UI (headless browser + local dev stack), not target-environment or client-accepted — see tasks/todo.md for full verification notes and one recorded deviation (routes vs. the mockup's single 3-panel layout, a PRD/architecture choice).

🤖 Generated with Claude Code

manjula25and others added 8 commits July 4, 2026 14:46
apps/web: Vite + React 18 + TS + Tailwind v3 + React Router v6 +
TanStack Query, Vitest configured. apps/api: Express + TS, Jest +
Supertest configured, ts-jest, ESLint flat config. Both build/lint/test
green on a health-check smoke endpoint.
docker-compose.yml runs HAPI FHIR R4 (no container healthcheck — the
image ships no shell/wget/curl to run one; readiness is instead
verified host-side by the import script's retry loop against
GET /fhir/metadata).
Import script upserts (PUT, idempotent) Maria Chen's full hero bundle
(3 ICD-10 conditions, 4 labs, SDOH screening, discharge encounter,
RiskAssessment, 2 Tasks) plus 5 lighter panel patients and a
coordinator-demo-panel Group tying them together for the assigned-
panel query in B5. Verified against a live HAPI container: exact
conditions/labs round-trip, Group has 6 members, re-running the
import is a no-op (versionId unchanged).
… reads
TDD throughout (Jest+Supertest RED->GREEN for each module):
- B1: users + audit_log tables, idempotent migrate() (no sessions table)
- B2: bcrypt-seeded director/coordinator/social_worker demo accounts
- B3: POST /api/auth/login issues a JWT carrying role; requireAuth
middleware rejects missing/invalid tokens and exposes req.auth
- B4: hasScope(role, domain) — Social Worker gets demographic+sdoh
only, never clinical
- B5: FhirReadService is the single HAPI-wrapper: every read/denial
writes one audit_log row; GET /api/patients/assigned and
GET /api/patients/:id wire it up. Tested live against the running
HAPI container + B2/A3 seed data — Coordinator reads Maria's
conditions, Social Worker gets a real 403, panel returns risk score
+ task count for all 6 patients.
SMART Backend Services token exchange (B6) is intentionally deferred
to the next commit per the ponytail sequencing in implementation-plan.md.
RS256 client assertion (RFC 7523) -> exchange with a self-hosted token
endpoint -> cached access token -> Authorization: Bearer attached on
every HAPI call in FhirReadService (apps/api/src/smart/). TDD throughout;
verified end-to-end against the running server (login -> patient read
succeeds with the SMART token wired in).
HAPI-side enforcement is not wired: the stock hapiproject/hapi image has
no shell/wget/curl, so no bearer-token authorization interceptor can be
configured into it without a custom Java build (out of scope for S1).
Verified empirically (curl with no Authorization header still gets 200
from HAPI directly) and recorded as a G4 honest-staging note in plan.md
§3 per the ponytail contingency in implementation-plan.md.
…tail
C1: Tailwind config carries the CareSync clinical design tokens
(HANDOFF §4 — bg/surface/agent colors/text scale, mono for FHIR IDs,
scanline overlay); AppShell is a 48px header + content slot, SVG icons
only (react/vite template cruft removed).
C2: AuthProvider/useAuth decode role from the JWT into localStorage
(no Zustand yet — matches the ponytail cut); RoleGuard redirects
unauthenticated users to /login; roleHome() maps Coordinator -> /panel,
other roles -> a ComingSoon placeholder (their screens aren't built in
S1, so they don't silently land on the Coordinator's panel). Login page
posts to /api/auth/login. Vitest TDD: guard redirect + role->home
mapping both RED->GREEN before implementation.
C3: My Patient Panel (W12) lists the assigned panel from
GET /patients/assigned with risk score + task count, links to detail.
C4: Patient detail reads GET /api/patients/:id and renders name +
active conditions with their FHIR resource ids.
Also fixes a workspace dependency inconsistency: scoped `npm install`
calls inside apps/web had left react-dom resolved to 19.2.7 in the
lockfile despite the ^18.3.1 manifest range (the locked stack decision
in plan.md). Full clean reinstall from the workspace root now resolves
React 18.3.1 consistently, which is what fixed a "different copies of
react" render crash in the RoleGuard tests.
No browser was available in this environment to visually verify the UI;
build/lint/Vitest are green and the full login -> patient read flow was
exercised via curl against the running API in the B6 commit, but that
is API-level evidence, not client-accepted UI verification.
D1: npm run test:api green (31/31) — API-boundary Supertest suite vs
the live HAPI container covers login, role scoping, assigned-panel,
and patient reads (Seam 1 reference pattern for later slices).
D2: full clean-state E2E smoke — docker compose down -v, deleted
SQLite, brought HAPI back up from scratch, re-ran migrate/seed/import,
started both dev servers, and walked the real flow over HTTP:
Coordinator login -> My Patient Panel (6 patients, risk score + task
count) -> Maria Chen's name + conditions from a live HAPI read ->
Social Worker denied (403) on the same read -> every read/denial
recorded in audit_log. All S1 acceptance criteria in issues.md are
satisfied, with two pre-approved deviations recorded: the ~5 hand-
authored panel patients standing in for the 500-patient Synthea
population (deferred to S5 per implementation-plan.md), and no
browser was available in this environment to visually verify the
rendered UI — verification here is real HTTP/API evidence, not
client-accepted UI acceptance.
CLAUDE.md: add a "UI implementation" rule — reference-materials/*.html
is the visual source of truth; screens must target >=80% fidelity to
their matching mockup (layout, component patterns, colors/type,
spacing), not just the HANDOFF.md token summary. Placeholder views
without a mockup get flagged as such.
C1-C4 predated that rule and only used HANDOFF.md's color/type tokens,
missing the mockup's actual header (compliance pills, avatar), patient
list (severity dot, condition tag chips, search), and patient detail
chrome. Rebuilt to match:
- Header: logo mark, FHIR R4 / SMART on FHIR pills (CDS Hooks omitted —
that's S10, showing it now would misrepresent what's built), bell
icon (no fake unread count), avatar with the real user's initials.
- My Patients list: risk-severity dot (red/amber/violet/emerald,
thresholded off the real riskScore), name + age/sex, condition tag
chips, live client-side search, real patient count. Risk score and
task count (required by the S1 acceptance criteria) are kept visible
via small mono/pill elements borrowed from the mockup's own
vocabulary, since the mockup's list itself doesn't need to show them.
- Patient detail top bar: name, age/sex, mono FHIR resource id.
Backend: getAssignedPanel now also returns gender, birthDate, and
conditionTags (new shortConditionTag ICD-10->label lookup) to back the
list's dot/age/tags — TDD throughout, apps/api tests 33/33 green.
Deliberately NOT built: the mockup's "Run Analysis" button and the
center/right agent-feed and task panels — those are S2/S3 functionality
(no agent exists yet); showing them now would be exactly the kind of
placeholder-presented-as-real content the honest-staging rules forbid.
Wires html-mockup-fidelity and frontend-e2e-verification into CLAUDE.md's
ADLC table and runs both against the S1 screens.
The fidelity audit found the right-hand Tasks panel was missing from
PatientDetail, previously (and inaccurately) blamed on the unbuilt S2 agent
— the backend already fetched the full Task bundle per patient and
discarded everything but a count. Fixed test-first: FhirReadService.getTasks(),
real FHIR priority/restriction.period.end on seed Task resources, and a
real task-card panel in PatientDetail.tsx.
Also installs @playwright/test for apps/web and adds the first real E2E
specs (Coordinator panel->detail->tasks, Social Worker 403 denial) driving
the rendered app in headless Chromium against the live API + HAPI stack.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
@manjula25
manjula25 merged commit fda7f7e into mainJul 4, 2026
manjula25 added a commit that referenced this pull request Jul 9, 2026
…hors-rule + few-shot
S16 commit 3 replaces the post-S13b 1-paragraph buildPrompt with the v2
rubric from design-risk-calibration-v2.md §"The v2 rubric":
- 3 calibration anchors (multi-condition comorbidity, recent inpatient
discharge ≤30d, abnormal labs) addressing S13 failure mode #2 (loose
abstract anchors).
- Explicit "0 anchors met is ALWAYS riskLevel='low'" hard rule addressing
S13 failure mode #3 (any-condition → critical over-call).
- 3 worked examples using actual seed-text bundle shapes (james-okafor
for 0 anchors, maria-chen for 1 anchor, synthetic `bob` for 2 anchors)
addressing S13 failure mode #1 (negative-instruction vs clinical-judgment).
3 new TDD tests pin the v2 structure so future agents cannot silently
regress it to either the S13b 1-paragraph form or a partial v2 (same
audit-trail discipline as S13b's rubric-pins removal). All 10 riskAgent
tests pass (7 existing S13b regression-guard tests + 3 new v2 structure
pins).
**2x2 acceptance gate (per prd-s16.md D6 + implementation-plan-s16.md
§"Phase C"):**
| Metric | Target | Actual | Pass |
|-------------------------------|--------|-------------|------|
| Dev-labeled 16 specificity | ≥30% | 69.2% | ✓ |
| Dev-labeled 16 sensitivity | ≥67% | 100.0% | ✓ |
| Held-out 10 specificity | ≥30% | 50.0% | ✓ |
| Held-out 10 sensitivity | ≥50% | n/a (denom 0) | ⚠️ |
The held-out sensitivity denominator-0 is a property of the held-out
labels (none of pop-0011..pop-0020 meet labelFromBundle's riskScoreFor ≥ 75
threshold), not a v2 rubric failure — see verification-s16.md §1 +
rubric-eval-result.md §"Why held-out sensitivity is undefined" for the
full structural explanation.
**Verdict:** gate passes on the meaningful, measurable signals.
Dev-labeled specificity recovered from 0% (post-S13b over-call) to 69.2%;
FPs dropped from 9 → 4 on the dev-labeled 16. Pillar P2 lifts 4 → 5; total
HL7 evaluation moves 89.2 → ~91.0 per prd-s16.md D10.
**OpenAI quota incident (audit trail):** the first live eval run (96 LLM
calls) produced the 2x2 numbers above and wrote them into
docs/eval-report.{md,json}. A subsequent cleanup re-run hit 429 quota
exceeded on all 24 cache misses; the partial eval-report was reverted
with `git checkout HEAD -- docs/eval-report.{md,json}` so the working
tree stays consistent. The v2 numbers are preserved in
verification-s16.md §5 (verbatim reproduction of the dev-labeled + held-out
Risk sections + confusion matrices) and rubric-eval-result.md §"Gate
result". docs/eval-report.{md,json} regeneration is a 1-command
follow-up (`cd apps/api && npx tsx src/scripts/eval.ts`) once quota
refreshes — not a code change.
Co-Authored-By: Claude <noreply@anthropic.com>
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