EuConquisto Composer MCP

--- document: Network Traffic Monitoring for API Discovery version: 1.0.0 status: ready_for_execution priority: HIGH owner: Claude Desktop created: 2025-07-01 last_updated: 2025-07-01 task_id: TASK-PHASE2B-001 dependencies: ["JWT redirect server", "Playwright automation", "inject-and-view-composition-v1.0.4.js"] estimated_duration: 45-60 minutes date_added: 2025-07-01 02:45 EST --- # TASK-PHASE2B-001: Network Traffic Monitoring for API Discovery ## 🎯 **Objective** Validate C# API documentation findings by monitoring real network traffic during composition creation and save operations to discover actual EuConquisto platform API endpoints for v1.1.0 implementation. ## 📋 **Task Overview** **Task ID**: TASK-PHASE2B-001 **Owner**: Claude Desktop **Priority**: HIGH **Status**: READY FOR EXECUTION **Dependencies**: JWT redirect server, Playwright automation **Estimated Duration**: 45-60 minutes **Added**: 2025-07-01 02:45 EST ## 🔍 **Validation Scope** ### **Primary Objectives** 1. **API Endpoint Discovery**: Identify real ContentManager service URLs 2. **Request Format Analysis**: Document actual composition storage structure 3. **Authentication Validation**: Confirm JWT token usage with server-side APIs 4. **Persistence Verification**: Validate server-side composition storage process ### **Technical Questions to Answer** - What are the actual API endpoints for composition storage? - How does IConnectorManagedContent.Insert() manifest in HTTP requests? - What is the real structure of IComposerObject.Create() calls? - How are ContentUid, ObjectData, Type, Version transmitted? - What authentication headers are required for server-side operations? ## 🔄 **3-Phase Execution Plan** ### **Phase 1: Browser Session Setup** (10 minutes) #### **Step 1: Initialize Monitoring** ```javascript // Automated browser setup with network monitoring const browser = await chromium.launch({ headless: false, slowMo: 300 }); const context = await browser.newContext(); const page = await context.newPage(); // Enable comprehensive network monitoring page.on('request', captureRequest); page.on('response', captureResponse); ``` #### **Step 2: JWT Authentication** - Launch JWT redirect server: `node tools/servers/jwt-redirect-server-v1.0.2.js` - Navigate to Composer via authenticated URL - Verify successful authentication and Composer interface loading - Confirm baseline network traffic before composition operations ### **Phase 2: Composition Lifecycle Monitoring** (20 minutes) #### **Step 1: Pre-Creation Traffic Baseline** - Monitor network requests during normal Composer interface loading - Document authentication maintenance requests - Establish baseline HTTP traffic patterns #### **Step 2: Manual Composition Creation** **User Actions Required**: 1. Create new composition using Composer interface 2. Add meaningful content (text, interactive elements) 3. Give composition a descriptive name 4. **CRITICAL**: Save composition to trigger server-side persistence **Claude Desktop Monitoring**: - Capture all HTTP requests during composition creation - Focus on POST/PUT requests with composition data - Document request headers, authentication tokens - Record response codes and payload structures #### **Step 3: Save Operation Analysis** - Monitor network traffic specifically during save operation - Identify server-side persistence API calls - Capture composition storage request/response pairs - Document any error handling or validation requests ### **Phase 3: Traffic Analysis and Documentation** (15 minutes) #### **Step 1: Request Classification** - Categorize captured requests by type and purpose - Identify composition-related vs. infrastructure requests - Map requests to theoretical C# API interfaces #### **Step 2: API Endpoint Mapping** - Document discovered ContentManager service endpoints - Map IConnectorManagedContent implementation patterns - Identify IComposerObject creation request structures - Analyze composition metadata transmission #### **Step 3: Authentication Pattern Analysis** - Document JWT token usage in server-side requests - Identify required authentication headers - Validate token placement and format requirements ## 🧪 **Monitoring Configuration** ### **Network Capture Settings** ```javascript // Comprehensive request monitoring const networkRequests = []; const networkResponses = []; page.on('request', request => { networkRequests.push({ url: request.url(), method: request.method(), headers: request.headers(), postData: request.postData(), timestamp: new Date().toISOString() }); }); page.on('response', response => { networkResponses.push({ url: response.url(), status: response.status(), headers: response.headers(), timestamp: new Date().toISOString() }); }); ``` ### **Target Request Patterns** - **POST** requests to composition storage endpoints - **PUT** requests for composition updates - **Authentication** headers with JWT tokens - **ContentManager** service API calls - **IConnectorManagedContent** operations - **IComposerObject** creation/update requests ## 📊 **Expected Findings** ### **API Endpoint Discovery** - ContentManager service base URL and endpoints - Composition storage API route patterns - Authentication service integration points - Content group management endpoints ### **Request Structure Analysis** - Composition data serialization format - Required metadata fields and structure - Authentication token placement and format - Error handling and validation patterns ### **Integration Requirements** - Exact API calls needed for v1.1.0 implementation - Authentication header requirements - Request/response payload structures - Error handling and retry logic needs ## 🔗 **Implementation Dependencies** ### **Technical Requirements** - ✅ JWT redirect server operational - ✅ Playwright browser automation configured - ✅ Network monitoring capability enabled - ✅ EuConquisto Composer access via authentication ### **Execution Requirements** - ✅ User available for manual composition creation - ✅ Stable network connection for traffic capture - ✅ Browser automation environment prepared - ✅ Traffic analysis tools ready ## 🎯 **Success Criteria** ### **Traffic Capture Success** - ✅ Complete HTTP request/response capture during composition save - ✅ Authentication token usage documented - ✅ Server-side persistence API calls identified - ✅ Request/response payload structures captured ### **API Discovery Success** - ✅ ContentManager service endpoints mapped - ✅ IConnectorManagedContent implementation pattern identified - ✅ IComposerObject creation structure documented - ✅ Authentication requirements clarified ### **v1.1.0 Preparation Success** - ✅ Complete API integration requirements defined - ✅ Request/response formats documented for implementation - ✅ Authentication flow validated for automated use - ✅ Error handling patterns identified ## 📁 **Deliverables** ### **Analysis Documentation** - `/docs/analysis/network-traffic-monitoring-results-v1.0.0.md` - Complete traffic analysis - `/docs/api/euconquisto-api-endpoints-discovered.md` - API endpoint mapping - `/logs/network/composition-save-traffic-capture.json` - Raw traffic data - `/docs/specifications/euconquisto-api-integration-spec-v1.1.0.md` - Implementation specifications ### **Implementation Planning** - Updated v1.1.0 MCP tool specifications based on discoveries - Complete API integration workflow documentation - Authentication and error handling requirements - Testing strategy for server-side persistence validation ## ⚠️ **Execution Protocol** ### **Claude Desktop Responsibilities** 1. **Setup**: Launch automated browser with network monitoring 2. **Authentication**: Navigate to Composer via JWT redirect 3. **Monitoring**: Capture all network traffic during composition lifecycle 4. **Analysis**: Document API endpoints and request patterns 5. **Documentation**: Create comprehensive analysis reports ### **User Responsibilities** 1. **Creation**: Create new composition with meaningful content 2. **Naming**: Provide descriptive composition name 3. **Saving**: Execute save operation to trigger server-side persistence 4. **Coordination**: Allow sufficient time for traffic capture and analysis ## 🚀 **Ready for Execution** **Status**: Ready for immediate execution **Dependencies**: All prerequisites confirmed **Priority**: HIGH - Critical for v1.1.0 development **Expected Success Rate**: 90%+ based on controlled environment --- **Next Task**: v1.1.0 MCP tool implementation based on discovered API patterns