EuConquisto Composer MCP

# 🚀 Phase 3 Session: localStorage Injection Implementation **Project:** EuConquisto Composer MCP - Phase 3 Implementation **Location:** `/Users/ricardokawasaki/Desktop/euconquisto-composer-mcp-poc` **Objective:** localStorage injection with MVP validation (Option B) → potential expansion to full implementation (Option A) --- ## 📋 PHASE 2 COMPLETION STATUS **✅ PHASE 2 SUCCESSFUL (100% success rate)** - **Step 1:** Primary system validation complete - **Step 2:** Educational pipeline testing complete - **Step 3:** JSON compatibility verification complete - **Status:** All systems validated for Portuguese educational content processing **Key Validated Components:** - `src/working-intelligent-mcp-server.ts` - Generates valid JSON with BNCC compliance - `educational-content-analyzer.ts → brazilian-educational-analyzer.ts` - Pipeline functional - JSON output compatible with `fotossintese-composer-json-v1.1.0.js` and `mcp-interface-structure.ts` --- ## 🎯 PHASE 3 MISSION: localStorage Injection Implementation ### Option B: MVP Validation (15-20 minutes, Primary Focus) **Goal:** Prove localStorage injection works with minimal implementation **Deliverables:** 1. **localStorage Injection Script** (~100 lines) - JavaScript to inject composition JSON into Composer 2. **Browser Test Automation** (~75 lines) - Playwright script to validate injection works 3. **Basic Validation** (~50 lines) - Verify composition loads and renders 4. **Implementation Report** (~75 lines) - Document success/issues ### Option A: Full Implementation (If MVP succeeds, ~30-40 minutes total) **Goal:** Complete localStorage injection system with comprehensive testing **Additional Deliverables:** - Multi-composition testing (2-3 test cases) - Error handling and edge case validation - Complete documentation and user guide - Integration with existing project workflows --- ## 🔧 TECHNICAL CONTEXT ### Pre-Requirements (CONFIRMED WORKING): - JWT server: `node tools/servers/jwt-redirect-server-v1.0.2.js` ✅ Running - MCP server: `npm run mcp:working` → `dist/working-intelligent-mcp-server.js` ✅ Running ### Target Composition for Testing: **Primary:** Use fotossíntese composition from `compositions/fotossintese-composer-json-v1.1.0.js` - Well-tested reference composition - Known JSON structure compatibility - Brazilian Portuguese educational content - Multiple widget types (head-1, text-1, video-1, flashcards-1, quiz-1) ### Composer Target: - **URL:** `https://composer.rdpnredes.com.br/composer` - **Method:** localStorage injection with key `rdp-composer-data` - **Expected:** Composition loads automatically when navigating to edit mode --- ## 💾 KEY FILES & REFERENCES **Implementation Files:** - `compositions/fotossintese-composer-json-v1.1.0.js` - Reference composition for injection - `mcp-interface-structure.ts` - Widget type definitions (validated compatible) - `tools/injection/` - Existing injection utilities directory **Testing Results:** - `testing-results/phase-2-step-3-compatibility.json` - JSON compatibility confirmation - `docs/testing/phase-2-completion-report.md` - Complete Phase 2 results **Working System:** - `dist/working-intelligent-mcp-server.js` - Compiled MCP server (ready to use) - `src/working-intelligent-mcp-server.ts` - Source with Brazilian educational analysis --- ## 🎯 PHASE 3 OPTION B IMPLEMENTATION PLAN ### Step 1: localStorage Injection Script (5 minutes) **File:** `tools/injection/localStorage-injection-v1.0.0.js` **Function:** Inject fotossíntese composition into Composer localStorage **Key Requirements:** - Load fotossíntese JSON structure - Format for Composer localStorage schema - Inject with proper key and error handling ### Step 2: Browser Automation Test (5 minutes) **File:** `tests/injection/test-localStorage-injection.js` **Function:** Automated validation that injection works **Key Requirements:** - Navigate to Composer login/edit page - Execute injection script - Verify composition loads correctly - Check that widgets render properly ### Step 3: Basic Validation (5 minutes) **Function:** Confirm MVP success criteria **Validation Points:** - ✅ Composition appears in Composer interface - ✅ Widgets load without errors - ✅ Portuguese content displays correctly - ✅ Basic interaction works (navigation, editing) ### Step 4: Implementation Report (5 minutes) **File:** `docs/implementation/phase-3-option-b-report.md` **Content:** Results, issues found, Option A readiness assessment --- ## 🚀 EXECUTION INSTRUCTIONS **Start Command:** "Execute Phase 3 Option B: localStorage injection MVP validation" **Success Criteria for Option B:** 1. Injection script successfully loads fotossíntese composition 2. Browser automation confirms composition appears in Composer 3. Basic validation shows widgets render correctly 4. No blocking issues prevent Option A expansion **Option A Decision Point:** If Option B succeeds without issues, proceed to Option A for complete implementation **Knowledge Graph Context:** Project has complete Phase 2 validation, all systems ready for localStorage injection testing --- ## ⚡ CRITICAL REMINDERS 1. **Working Components:** All Phase 2 systems validated - focus on injection mechanics 2. **Test Composition:** Use fotossíntese reference - proven compatible JSON structure 3. **Browser Tools:** Leverage existing Playwright and browser automation capabilities 4. **Error Handling:** Document any issues for Option A enhancement 5. **Session Efficiency:** MVP first, expand only if time/tokens allow **Ready to Execute Phase 3 Option B → Phase 3 Option A progression**