Smart Serve Frontend
Restaurant Management Frontend Application
Modern responsive web application built with Angular 19 for restaurant management.
Project Overview
I built a modern, responsive web application using Angular 19 that provides a comprehensive restaurant management interface. Designed for multi-role usage (Admin, Cashier, Waiter, Cook, Baker), it offers real-time updates, intuitive workflows, and mobile-first design optimized for restaurant operations. The application includes complete POS functionality, real-time kitchen operations, inventory management, and business analytics, all integrated with WebSocket for live updates and Capacitor for native mobile capabilities.
Main Features
Multi-role interface with responsive design optimized for tablets and mobile
Real-time WebSocket integration for kitchen operations and inventory alerts
Complete POS system with order context management and table assignment
Mobile-first design with Capacitor integration for native capabilities
Interactive dashboards with ApexCharts for sales and inventory analytics
Kitchen module with real-time order display and status management
Cash register operations with session management and reconciliation
Inventory management with live metrics and movement tracking
Advanced reporting with business intelligence and performance analytics
JWT authentication with automatic token refresh and role-based access
Custom navigation system optimized for restaurant workflows
Persistent order state across navigation with local storage backup
Technical Challenges
Challenge 1
Create a mobile-first interface that works efficiently across different restaurant roles with varying workflow requirements
Solution:
Developed responsive design with Tailwind CSS and custom component library, implementing role-based UI rendering with Angular's powerful directive system
Challenge 2
Implement real-time updates across multiple modules while maintaining optimal performance and user experience
Solution:
Integrated rx-stomp for WebSocket communication with automatic reconnection, event-driven state updates, and optimized change detection strategies
Challenge 3
Design a persistent order management system that preserves context across complex navigation flows
Solution:
Built sophisticated order context service with BehaviorSubject state management, local storage persistence, and multi-step workflow support
Technologies Used
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