201 előtti mentés
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docs/sf/epic_10_admin_frontend_spec.md
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# Epic 10 - Mission Control (Admin Dashboard)
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**Frontend Specification for Service Finder Admin Interface - Dual-UI, Gamified, RBAC-protected SaaS System**
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## 📋 Overview
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This epic defines the development of a modular "Launchpad" admin dashboard with strict geographical RBAC isolation. The Mission Control dashboard provides comprehensive oversight over the Service Finder ecosystem through role-based access control, ensuring each user only sees data and functionality relevant to their geographical scope and permissions level.
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## 🎯 Core Concept: Modular Launchpad
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The admin interface centers around a customizable "Launchpad" home screen with modular tiles that provide at-a-glance insights and quick access to key functions. The Launchpad adapts dynamically based on user role and geographical scope.
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### 🧩 Launchpad Tiles (Role-based Visibility):
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1. **AI Logs Monitor** - Real-time tracking of AI robot pipelines (GB Discovery, GB Hunter, VIES Validator, OSM Enricher)
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2. **Financial Dashboard** - Revenue, expenses, ROI metrics with geographical filtering
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3. **Salesperson Hub** - Performance metrics, leads, conversions for sales teams
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4. **User Management** - Active users, registration trends, moderation queue
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5. **Service Moderation Map** - Geographical view of pending/flagged services
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6. **Gamification Control** - XP levels, badges, penalty system administration
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7. **System Health** - API status, database metrics, uptime monitoring
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## 👥 Role-Based Access Control (RBAC) - Geographical Isolation
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**Földrajzi izoláció kötelező!** - Each role has strictly defined geographical boundaries.
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### 1. **Superadmin** (Global Scope)
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- **Geographical Scope:** Worldwide (no restrictions)
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- **Permissions:** Full system access, all modules, all geographical regions
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- **Launchpad Tiles:** All tiles visible and functional
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- **Critical Function:** Can assign regional admins, override geographical restrictions
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### 2. **Admin** (Területi Mindentudó / Regional Omniscient)
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- **Geographical Scope:** Assigned region(s) (country/state/province level)
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- **Permissions:** Full access within assigned region(s), cannot cross regional boundaries
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- **Launchpad Tiles:** All tiles filtered to show only data from assigned region(s)
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- **Critical Function:** Manages moderators and salespeople within region
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### 3. **Moderator** (Területi Felügyelő / Regional Supervisor)
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- **Geographical Scope:** Assigned sub-region(s) (city/district level)
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- **Permissions:**
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- Service moderation within assigned sub-region(s)
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- User management for users registered in assigned sub-region(s)
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- Access to regional map view (only assigned area)
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- **Launchpad Tiles:** Service Map, User Management, AI Logs (filtered)
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- **Restrictions:** Cannot access financial data or salesperson metrics
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### 4. **Salesperson** (Értékesítő)
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- **Geographical Scope:** Assigned sales territory (may cross multiple sub-regions)
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- **Permissions:**
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- View sales metrics and leads for assigned territory
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- Access customer profiles within territory
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- Limited service viewing (for sales context)
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- **Launchpad Tiles:** Salesperson Hub, Customer Profiles, Service Map (read-only)
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- **Restrictions:** Cannot moderate services or manage users
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## 🎫 Development Tickets (Gitea Issues)
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### Ticket 1: RBAC Implementation & Role Management System
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**Scope:** Backend/Frontend Core, Authentication, Authorization
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**Complexity:** High
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#### Requirements:
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1. **Role & Scope Database Model**
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- Extend existing User model with role_id and geographical_scope fields
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- Hierarchical scope system: Global → Country → Region → City
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- Scope inheritance (Admin sees all subordinate Moderator areas)
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2. **Authentication Middleware**
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- JWT token enhancement with role and scope claims
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- Route-level permission validation
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- Geographical boundary enforcement on all API calls
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3. **Role Management UI**
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- Admin interface for assigning roles and geographical scopes
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- Visual geographical selector (map-based or hierarchical tree)
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- Role permission matrix editor
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4. **Launchpad Tile Visibility Rules**
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- Dynamic tile filtering based on role and scope
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- API endpoint for fetching role-appropriate tiles
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- Client-side tile visibility toggles
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### Ticket 2: Launchpad UI & Modular Tile System
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**Scope:** Frontend Core, UI/UX, Component Library
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**Complexity:** Medium-High
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#### Requirements:
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1. **Launchpad Grid Layout**
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- Responsive drag-and-drop tile grid (like Windows Start menu)
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- Tile customization: size (1x1, 2x1, 2x2), position, visibility
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- Per-user tile arrangement persistence
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2. **Tile Component Framework**
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- Base tile component with standardized header, content, actions
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- Tile types: Metric cards, charts, data tables, action buttons
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- Live data refresh with configurable intervals
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3. **Core Tile Implementations**
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- AI Logs Monitor: Real-time pipeline status with progress bars
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- Financial Dashboard: Revenue charts, expense breakdown, ROI calculator
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- Salesperson Hub: Lead pipeline, conversion rates, performance metrics
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- User Management: Active users table, registration trends graph
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4. **Tile Configuration & Personalization**
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- "Add Tile" modal with available tile catalog
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- Tile settings (data source, refresh rate, display options)
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- Role-based tile availability restrictions
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### Ticket 3: Geographical Map View with Scope Isolation
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**Scope:** Frontend Mapping, Geographical Visualization
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**Complexity:** High
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#### Requirements:
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1. **Map Integration with Scope Boundaries**
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- Leaflet/Vue3-leaflet with OpenStreetMap/Mapbox tiles
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- Visual overlay of user's geographical scope (highlighted regions)
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- Automatic map centering and zoom to scope boundaries
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2. **Scope-Aware Data Filtering**
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- Services, users, sales data filtered by geographical scope
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- Multi-level scope hierarchy support (country → region → city)
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- "Scope drill-down" ability for Admins (view all subordinate areas)
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3. **Service Moderation Map (Moderator View)**
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- Service markers color-coded by status within assigned sub-region
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- Right-click context menu for moderation actions
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- Bulk selection and status updates
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4. **Sales Territory Visualization (Salesperson View)**
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- Territory boundaries overlay on map
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- Customer location markers with sales metrics tooltips
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- Heatmap of lead density within territory
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### Ticket 4: User Management Interface with Geographical Filtering
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**Scope:** Frontend User Administration, Data Tables
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**Complexity:** Medium
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#### Requirements:
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1. **Geographically Filtered User Tables**
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- User list automatically filtered by administrator's scope
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- Scope selector for Admins to switch between regions
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- Visual indication of current scope filter
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2. **Role Assignment Interface**
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- Drag-and-drop role assignment with geographical scope picker
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- Bulk user role updates
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- Role change history and audit trail
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3. **User Detail View with Scope Context**
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- Complete user profile with geographical registration data
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- Activity history filtered by scope
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- "Impersonate user" function for Superadmins (with scope limitations)
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4. **Moderation Queue for Moderators**
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- Pending user approvals for assigned sub-region
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- Flagged user reviews with geographical context
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- Quick action buttons (approve, reject, require more info)
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### Ticket 5: AI Pipeline & Financial Monitoring Dashboards
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**Scope:** Frontend Monitoring, Real-time Data, Charts
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**Complexity:** Medium
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#### Requirements:
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1. **AI Pipeline Monitor with Scope Filtering**
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- Real-time status of AI robots (GB Discovery, GB Hunter, etc.)
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- Progress bars, success/failure rates, last run timestamps
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- Geographical filtering of pipeline results (which regions were processed)
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2. **Financial Dashboard with RBAC Restrictions**
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- Revenue/expense charts filtered by geographical scope
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- Role-based data granularity (Superadmin sees all, Admin sees region, etc.)
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- Export financial reports with automatic scope filtering
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3. **Sales Performance Metrics**
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- Salesperson performance compared to territory averages
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- Lead conversion rates with geographical trends
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- Commission calculations and payout projections
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4. **System Health & Audit Logs**
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- API response times, error rates, uptime metrics
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- Audit log viewer with role-based filtering
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- Geographical distribution of system usage
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## 🛠️ Technology Stack
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- **Framework:** Nuxt 3 (SSR/SPA hybrid) or Vue 3 with Vite
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- **UI Library:** Vuetify 3 (Material Design) for consistency with existing design system
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- **State Management:** Pinia with role/scope persistence
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- **Mapping:** Leaflet with Vue3-leaflet wrapper
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- **Charts:** Chart.js with Vue-chartjs wrapper
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- **HTTP Client:** Axios with interceptors for scope headers
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- **Authentication:** JWT tokens with role/scope claims
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- **Form Validation:** Vee-Validate with Zod schemas
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- **Internationalization:** Nuxt i18n (hu/en)
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- **Build Tool:** Vite
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- **Package Manager:** npm
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## 🎨 Design Requirements
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- **Design System:** Material Design 3 with Service Finder brand colors
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- **Color Coding by Role:** Superadmin (purple), Admin (blue), Moderator (green), Salesperson (orange)
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- **Geographical Visualizations:** Clear boundary indications, scope-aware color schemes
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- **Accessibility:** WCAG 2.1 AA compliant, screen reader support for all tiles
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- **Responsive:** Mobile-first, with Launchpad adapting to tablet/desktop layouts
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## 🔧 Technical Specifications
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- **Code Quality:** TypeScript strict mode, ESLint, Prettier
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- **Testing:** Vitest for unit tests, Cypress for E2E with role-based test scenarios
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- **Performance:** Lazy loading of tile components, virtual scrolling for data tables
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- **Security:** Role validation on both client and server, scope injection prevention
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- **Browser Support:** Chrome 90+, Firefox 88+, Safari 14+, Edge 90+
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## 📊 Success Metrics
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- Page load time < 2 seconds with role/scope determination
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- Tile loading < 1 second after initial page load
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- Geographical filtering response time < 500ms
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- Lighthouse score > 90
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- Zero role escalation or scope bypass vulnerabilities
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## 🔗 Dependencies
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- **Backend:** Completed RBAC API endpoints with geographical scope support
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- **APIs:** Role management API, Geographical scope API, Tile data APIs
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- **External:** OpenStreetMap tiles, Mapbox for enhanced visualizations
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- **Data:** Geographical boundary datasets for countries/regions/cities
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## 📅 Implementation Phases
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1. **Phase 1 (Week 1-3):** RBAC foundation, authentication enhancements, role middleware
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2. **Phase 2 (Week 4-6):** Launchpad UI framework, core tile components
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3. **Phase 3 (Week 7-8):** Geographical map integration, scope visualization
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4. **Phase 4 (Week 9-10):** User management, financial dashboards, polish
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5. **Phase 5 (Week 11-12):** Testing, security audit, performance optimization
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## 🚀 Deployment Strategy
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- **Development:** Feature flags for role-based UI elements
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- **Staging:** Test with realistic geographical data and role scenarios
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- **Production:** Gradual rollout with role groups (Superadmins first, then Admins, etc.)
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---
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*This specification serves as the foundation for Gitea ticket creation and frontend development planning. Each "Ticket" section corresponds to a separate development ticket that will be created in the Gitea project management system.*
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233
docs/sf/mcp_config_audit_2026-03-15.md
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docs/sf/mcp_config_audit_2026-03-15.md
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# MCP Konfiguráció Audit és Hibaelhárítási Útmutató
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**Dátum:** 2026-03-15
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**Auditor:** Rendszerauditőr / Főmérnök
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**Cél:** A globális és projekt MCP beállítások elemzése, működési problémák azonosítása, valamint a saját rendszerbeállításhoz szükséges információk összegyűjtése.
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## 1. Jelenlegi Konfigurációk
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### 1.1 Globális MCP Beállítások
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**Fájl:** `/home/coder/.local/share/code-server/User/globalStorage/rooveterinaryinc.roo-cline/settings/mcp_settings.json`
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```json
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{
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"mcpServers": {
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"focalboard": {
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"command": "docker",
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"args": [
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"run",
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"-i",
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"--rm",
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"--network",
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"shared_db_net",
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"--env-file",
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"/opt/docker/dev/service_finder/.roo/.env.focalboard",
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"mcp-focalboard-custom",
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"node",
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"build/index.js"
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],
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"disabled": true,
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"autoApprove": [],
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"alwaysAllow": [
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"create_card",
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"move_card",
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"get_boards",
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"get_cards"
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]
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},
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"postgres-wiki": {
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"command": "npx",
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"args": [
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"-y",
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"@modelcontextprotocol/server-postgres",
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"postgresql://wikijs:MiskociA74@wikijs-db:5432/wiki"
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]
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},
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"postgres-service-finder": {
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"command": "npx",
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"args": [
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"-y",
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"@modelcontextprotocol/server-postgres",
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"postgresql://sf_user:AppSafePass_2026@service-finder-db:5432/service_finder_db"
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]
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}
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}
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}
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```
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### 1.2 Projekt MCP Beállítások
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**Fájl:** `.roo/mcp.json`
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```json
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{
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"mcpServers": {
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"postgres-wiki": {
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"command": "npx",
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"args": [
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"-y",
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"@modelcontextprotocol/server-postgres",
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"postgresql://wikijs:${WIKIJS_DB_PASSWORD}@wikijs-db:5432/wiki"
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]
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},
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"postgres-service-finder": {
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"command": "npx",
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"args": [
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"-y",
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"@modelcontextprotocol/server-postgres",
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"postgresql://sf_user:${SF_DB_PASSWORD}@service-finder-db:5432/service_finder_db"
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]
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},
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"filesystem": {
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"command": "npx",
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"args": [
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"-y",
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"@modelcontextprotocol/server-filesystem",
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"/opt/docker/dev/service_finder"
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]
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}
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}
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}
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```
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**Fájl:** `.roo/mcp_settings.json`
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```json
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{
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"mcpServers": {
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"focalboard": {
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"command": "docker",
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"args": [
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"run",
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"-i",
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"--rm",
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"--network", "shared_db_net",
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"--env-file", "/opt/docker/dev/service_finder/.roo/.env.focalboard",
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"mcp-focalboard-custom",
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"node",
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"build/index.js"
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],
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"disabled": false,
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"autoApprove": [],
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"alwaysAllow": ["create_card", "move_card", "get_boards", "get_cards"]
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},
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"postgres-wiki": {
|
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"command": "npx",
|
||||
"args": [
|
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"-y",
|
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"@modelcontextprotocol/server-postgres",
|
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"postgresql://wikijs:'MiskociA74'@wikijs-db:5432/wiki"
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||||
]
|
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},
|
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"postgres-service-finder": {
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"command": "npx",
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"args": [
|
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"-y",
|
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"@modelcontextprotocol/server-postgres",
|
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"postgresql://sf_user:'AppSafePass_2026'@service-finder-db:5432/service_finder_db"
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]
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}
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||||
}
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||||
}
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```
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### 1.3 Környezeti Fájlok
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- **`.roo/.env.focalboard`** – tartalmazza a Focalboard kapcsolati adatokat:
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```
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FOCALBOARD_HOST=http://focalboard:8000
|
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FOCALBOARD_USERNAME=kincses
|
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FOCALBOARD_PASSWORD=MiskociA74
|
||||
FOCALBOARD_TOKEN=k6p5mijdxdtg3ig6bhq5wurfx4y
|
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```
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||||
## 2. Azonosított Problémák
|
||||
|
||||
### 2.1 Inkonzisztens `disabled` állapot
|
||||
- **Globális beállítás:** `focalboard` → `disabled: true`
|
||||
- **Projekt beállítás:** `focalboard` → `disabled: false`
|
||||
- **Hatás:** A szerver nem indul el, ha a globális beállítás felülírja a projektet.
|
||||
|
||||
### 2.2 Hiányzó Filesystem Szerver a Globális Beállításokban
|
||||
- A projekt `.roo/mcp.json` definiál egy `filesystem` szervert, amely a munkaterület könyvtárát szolgálja ki.
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- A globális beállítások **nem tartalmaznak** `filesystem` szervert, így a fájlrendszer MCP nem lesz elérhető a kliens számára.
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|
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### 2.3 Jelszó Escape Karakterek
|
||||
- A projekt `mcp_settings.json` a jelszavakat aposztrófok között adja meg (pl. `'MiskociA74'`). Ez lehet, hogy felesleges, és hibás kapcsolódást eredményezhet.
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|
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### 2.4 Docker Hálózati Függőség
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||||
- A `focalboard` szerver a `shared_db_net` Docker hálózatra támaszkodik.
|
||||
- A Docker daemon nem érhető el a jelenlegi felhasználói környezetből (`permission denied`). Ennek oka:
|
||||
- A felhasználó nincs a `docker` csoportban, vagy
|
||||
- A Docker socket nem megfelelően van mountolva a konténerbe.
|
||||
|
||||
### 2.5 MCP Szerver Képek Hiánya
|
||||
- A `mcp-focalboard-custom` image nem feltétlenül létezik a helyi Docker registry‑ben.
|
||||
- Az `npx` csomagok (`@modelcontextprotocol/server-postgres`, `@modelcontextprotocol/server-filesystem`) telepítve vannak? Ha nem, az első futtatáskor letöltődnek, de időtúllépést okozhatnak.
|
||||
|
||||
## 3. Szükséges Információk a Saját Rendszer Beállításához
|
||||
|
||||
Ahhoz, hogy a felhasználó a saját környezetében működő MCP konfigurációt építsen ki, a következő információkat kell összegyűjtenie / ellenőriznie:
|
||||
|
||||
### 3.1 Docker Konfiguráció
|
||||
- **Docker csoporttagság:** `groups` parancs – a felhasználónak a `docker` csoportban kell lennie.
|
||||
- **Docker socket elérési út:** `/var/run/docker.sock` jogosultságai (`ls -la /var/run/docker.sock`).
|
||||
- **Hálózat létezése:** `docker network ls | grep shared_db_net` (sudo-val).
|
||||
- **Konténerek állapota:** `docker ps | grep roo-helper` – a `roo-helper` konténernek futnia kell a `gitea_manager.py` script futtatásához.
|
||||
|
||||
### 3.2 Környezeti Változók
|
||||
- **WIKIJS_DB_PASSWORD** és **SF_DB_PASSWORD** – a projekt `.env` fájlból kell kinyerni, hogy a helyettesítés működjön.
|
||||
- **Focalboard token** érvényessége – a tokennek meg kell egyeznie a Focalboard szerver konfigurációjával.
|
||||
|
||||
### 3.3 MCP Szerver Képek és Csomagok
|
||||
- **Egyéni MCP kép:** `docker images | grep mcp-focalboard-custom`
|
||||
- **NPM csomagok:** `npx @modelcontextprotocol/server-postgres --version` (a konténeren belül)
|
||||
|
||||
### 3.4 Roo‑Cline Beállítási Hierarchia
|
||||
- **Melyik beállítás fájl érvényes?** A Roo‑Cline a globális (`~/.local/share/code-server/...`) vagy a projekt (`.roo/`) beállításokat használja?
|
||||
*Általában a globális beállítások felülírják a projekt szintűeket, de ez függ a kliens implementációjától.*
|
||||
|
||||
### 3.5 Tesztelési Lépések
|
||||
1. **Focalboard szerver indítása kézzel:**
|
||||
```bash
|
||||
docker run -i --rm --network shared_db_net --env-file .roo/.env.focalboard mcp-focalboard-custom node build/index.js
|
||||
```
|
||||
2. **PostgreSQL szerver teszt:**
|
||||
```bash
|
||||
npx -y @modelcontextprotocol/server-postgres postgresql://sf_user:AppSafePass_2026@service-finder-db:5432/service_finder_db
|
||||
```
|
||||
3. **Filesystem szerver teszt:**
|
||||
```bash
|
||||
npx -y @modelcontextprotocol/server-filesystem /opt/docker/dev/service_finder
|
||||
```
|
||||
|
||||
## 4. Javasolt Javítási Lépések
|
||||
|
||||
1. **Globális beállítások frissítése:**
|
||||
Másold át a projekt `filesystem` szerver definícióját a globális `mcp_settings.json` fájlba, és állítsd a `focalboard` `disabled` értékét `false`-ra (ha a Focalboard szükséges).
|
||||
|
||||
2. **Jelszó escape egységesítése:**
|
||||
Távolítsd el a felesleges aposztrófokat a jelszavak körül a `mcp_settings.json`-ból.
|
||||
|
||||
3. **Docker jogosultságok ellenőrzése:**
|
||||
Add hozzá a felhasználót a docker csoporthoz: `sudo usermod -aG docker $USER`, majd jelentkezz be újra.
|
||||
|
||||
4. **Hálózat létrehozása (ha hiányzik):**
|
||||
```bash
|
||||
docker network create shared_db_net
|
||||
```
|
||||
|
||||
5. **MCP kép buildelése (ha szükséges):**
|
||||
A `mcp-focalboard-custom` kép forráskódja a projektben lehet. Buildeld le:
|
||||
```bash
|
||||
docker build -t mcp-focalboard-custom -f Dockerfile.focalboard .
|
||||
```
|
||||
|
||||
6. **Tesztelés a Roo‑Cline‑ben:**
|
||||
Indítsd újra a VS Code‑ot (vagy a Roo‑Cline bővítményt), hogy a módosított beállítások érvénybe lépjenek, majd próbáld ki az MCP szervereket (pl. fájllistázás, adatbázis lekérdezés).
|
||||
|
||||
## 5. Következő Lépések a Projektben
|
||||
|
||||
- Hozz létre egy Gitea kártyát a fenti javítások végrehajtására (ha a Docker elérhető).
|
||||
- Dokumentáld a végleges működő konfigurációt a `docs/` mappában.
|
||||
- Frissítsd a `.roo/history.md` fájlt a változtatásokról.
|
||||
|
||||
---
|
||||
|
||||
*Ez a dokumentum a Service Finder projekt Audit módjában készült, kizárólag információgyűjtés és elemzés céljából. A javításokat a megfelelő szerepkör (pl. Fast Coder vagy Architect) hajthatja végre.*
|
||||
Reference in New Issue
Block a user