.cursorrules

# === USER INSTRUCTIONS ===
---
# Multi-Agent Orchestration Protocol
## Trigger Phrase: "high level task"
When user says **"high level task: [description]"**, activate orchestration mode:
### 1. Task Analysis (10 seconds)
Decompose into domains:
- Frontend/UI (Next.js, React, Tailwind)
- Backend/API (route handlers, server actions)
- Database (Supabase, schema, queries, RLS)
- Auth/Security (Clerk, permissions, validation)
- Payments (Stripe, billing, webhooks)
- Testing (unit, integration, E2E)
- Infrastructure (deployment, env vars, monitoring)
### 2. Agent Selection Matrix
**Frontend Tasks** → Launch in parallel:
- `next-js-expert` - App Router, Server Components, routing
- `react-component-builder` - Component logic, hooks, state
- `tailwind-designer` - UI styling, responsive design
- `accessibility-auditor` - WCAG compliance, a11y
**Backend Tasks** → Launch in parallel:
- `node-backend-architect` - API design, route handlers
- `prisma-developer` - Database queries, Supabase client (acts as Postgres expert)
- `auth-specialist` - Clerk integration, JWT, permissions
- `api-testing-expert` - API validation, curl tests
**Database Tasks** → Launch in parallel:
- `prisma-developer` - Schema design, migrations, RLS policies
- `sql-optimizer` - Query performance, indexing
- `database-security` - RLS policies, audit logging
**Payment Tasks** → Launch in parallel:
- Use `mcp__stripe__*` tools directly (don't spawn agent)
- `api-testing-expert` - Webhook testing
- `security-auditor` - Payment flow security
**Full Feature (multi-domain)** → Launch in parallel:
- Domain-specific agents (2-3 from above based on task)
- `integration-testing` - Cross-domain validation
- `security-auditor` - Overall security review
- `e2e-testing-engineer` - End-to-end flows
### 3. Execution Protocol
**Phase 1: Parallel Launch (one message, multiple Task calls)**
```
Task 1: next-js-expert → "Build [component] with [requirements]"
Task 2: prisma-developer → "Create [schema/queries] for [feature]"
Task 3: auth-specialist → "Implement [permissions] for [feature]"
```
**Phase 2: Integration**
- Collect all agent outputs
- Identify conflicts/gaps
- Manually integrate results into codebase
- Resolve import paths, type errors, naming conflicts
**Phase 3: Validation**
```bash
npm run type-check  # Must pass (0 errors)
npm run lint        # Must pass
npm run build       # Must succeed
npm run test:unit   # Run affected tests
```
**Phase 4: Testing Layer**
Launch testing agents after integration passes:
- `unit-test-specialist` → Write tests for new code
- `integration-testing` → Test cross-domain interactions
- `e2e-testing-engineer` → Create Playwright tests if UI changed
**Phase 5: Security & Performance**
Launch final validation:
- `security-auditor` → Scan for vulnerabilities
- `accessibility-auditor` → Check a11y if UI changed
- `web-vitals-optimizer` → Performance check if UI changed
**Phase 6: Commit**
```bash
git add .
git commit -m "feat(domain): [clear description]
- [What changed]
- [Why it was needed]
- Agents used: [list]"
```
### 4. Agent Communication Rules
**Pass context between phases:**
- Phase 1 agents get: task description, file paths, requirements
- Phase 2 integration uses: agent outputs, existing codebase patterns
- Phase 3 validation uses: all changes made
- Phase 4 testing uses: integrated code, test requirements
- Phase 5 auditing uses: final codebase state
**Handle agent failures:**
- If agent gets stuck/errors → capture output
- Manually implement their suggested approach
- Continue pipeline
- Don't re-launch same agent with same prompt
### 5. Scope Boundaries
**Always spawn agents for:**
- Complex features (3+ files)
- Cross-domain features (frontend + backend + DB)
- New domain areas (first time implementing pattern)
- Refactoring (multiple files, architectural changes)
**Never spawn agents for:**
- Single-file edits
- Trivial changes (typos, formatting)
- Simple bug fixes (< 10 lines)
- Configuration tweaks
### 6. Example Orchestrations
**"high level task: Build judge search feature with pay-per-use billing"**
Phase 1 (parallel):
```
Task → next-js-expert: "Build judge search UI with filters, results table, pagination"
Task → prisma-developer: "Create judge search queries with full-text search, usage tracking schema"
Task → Use mcp__stripe tools: Set up pay-per-use pricing, webhook for usage events
```
Phase 2: Integrate search UI → API routes → DB queries → Stripe billing
Phase 3: Validate (type-check, lint, build)
Phase 4 (parallel):
```
Task → unit-test-specialist: "Write tests for judge search queries and usage tracking"
Task → e2e-testing-engineer: "Create E2E test for search → select judge → billing flow"
```
Phase 5 (parallel):
```
Task → security-auditor: "Audit search feature for SQL injection, auth bypass, PII leakage"
Task → accessibility-auditor: "Ensure search UI is keyboard navigable, screen reader friendly"
```
Phase 6: Commit with full context
---
**"high level task: Refactor clinical hours to use academic year credits"**
Phase 1 (parallel):
```
Task → prisma-developer: "Refactor clinical hours schema for academic year credit model with FIFO deduction"
Task → node-backend-architect: "Redesign clinical hours API for credit purchase/deduction logic"
```
Phase 2: Integrate schema changes → migrate data → update API → update UI
Phase 3: Validate + migrate existing data safely
Phase 4:
```
Task → integration-testing: "Test credit purchase → hour logging → deduction → balance updates"
```
Phase 5:
```
Task → security-auditor: "Ensure RLS policies prevent credit manipulation"
```
Phase 6: Commit
---
## Output Format
After orchestration completes, provide summary:
```
# High-Level Task Summary
**Task:** [Original request]
**Agents Launched:**
- Phase 1: [list agents + their outputs]
- Phase 4: [testing agents]
- Phase 5: [auditing agents]
**Files Changed:**
- [path] - [what changed]
**Validations Passed:**
✅ Type check (0 errors)
✅ Lint
✅ Build (2m 43s)
✅ Tests (12/12 passing)
**Manual Integration Notes:**
- [Any conflicts resolved]
- [Patterns unified]
- [Decisions made]
**Deployment Checklist:**
- [ ] Update env vars: [list if needed]
- [ ] Run migrations: [commands if needed]
- [ ] Test in staging
- [ ] Monitor [specific metrics]
**Commit:** [commit hash]
```
## Orchestration Constraints
- Max 5 agents per parallel batch (performance)
- Max 3 sequential phases before integration checkpoint
- Always validate after integration before next phase
- If 2+ validation failures → stop, debug manually, restart
- Each agent gets max 5 minutes runtime (practical limit)
- Total orchestration timeout: 30 minutes
## Memory Management
After orchestration:
- Keep agent outputs in memory for debugging
- Clear after successful commit
- If user says "explain [agent] decision" → retrieve that agent's output
---
**Activation:** User says "high level task: [description]"
**Deactivation:** Task complete + committed OR user says "stop orchestration"
---
# === END USER INSTRUCTIONS ===


# main-overview

## Development Guidelines

- Only modify code directly relevant to the specific request. Avoid changing unrelated functionality.
- Never replace code with placeholders like `# ... rest of the processing ...`. Always include complete code.
- Break problems into smaller steps. Think through each step separately before implementing.
- Always provide a complete PLAN with REASONING based on evidence from code and logs before making changes.
- Explain your OBSERVATIONS clearly, then provide REASONING to identify the exact issue. Add console logs when needed to gather more information.


MentoLoop™ Clinical Education Platform Architecture

## Core Business Components

### MentorFit™ Matching Engine
Path: `mentoloop-gpt5-template/gpt5-convex-actions.ts`
- AI-powered matching algorithm for student-preceptor pairing
- 10-factor weighted compatibility scoring (learning style, feedback preferences, autonomy)
- Tiered match classifications (Gold/Silver/Bronze)
- Clinical specialty alignment validation
Importance Score: 95

### Clinical Hours Management
Path: `lib/supabase/services/clinicalHours.ts`  
- FIFO-based hour credit tracking system
- Specialty-specific hour requirement validation
- Automated progression checkpoints
- Rotation period management
Importance Score: 90

### Healthcare Payment Processing
Path: `lib/supabase/services/payments.ts`
- Clinical rotation payment workflows
- Tiered pricing model (Core/Pro/Premium)
- Revenue sharing calculations for preceptors
- Institution billing integration
Importance Score: 85

### HIPAA Compliance Layer
Path: `lib/middleware/security-middleware.ts`
- PHI access tracking and audit logging
- Clinical data redaction system
- Healthcare-specific data validation
- Compliance reporting framework
Importance Score: 90

## Integration Points

### Student Intake Workflow
Path: `app/student-intake/page.tsx`
- Clinical rotation requirements collection
- Program verification with institutions
- Learning style assessment
- Rotation scheduling preferences
Importance Score: 85

### Preceptor Management
Path: `app/preceptor-intake/page.tsx`
- Medical credential verification
- Clinical specialty validation
- Teaching style assessment
- Availability management
Importance Score: 80

## Domain-Specific Features

- HIPAA-compliant messaging system
- Clinical documentation templates
- Rotation hour banking system
- Automated clinical milestone tracking
- Institution compliance reporting
- Medical credential verification workflows

The platform implements sophisticated healthcare education workflows with strong emphasis on HIPAA compliance, clinical documentation, and AI-assisted mentorship matching.

$END$

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