EDURange WebOS

Introduction

EDURange WebOS is a browser-based desktop environment that provides a consistent interface for cybersecurity challenges. Built with Next.js, React, and Tailwind CSS, it mimics the look and feel of modern operating systems to create a familiar experience for users. The WebOS serves as the primary interface for users to interact with challenges, providing a standardized environment regardless of the underlying challenge type.

Documentation Sections

The WebOS documentation is split into several sections for better organization:

1. Architecture and Components - Detailed information about the WebOS architecture, core components, and communication patterns.

2. Applications and Configuration - Documentation on WebOS applications, their configuration through CDF, and challenge type-specific setups.

3. Security and Performance - Information about security features, rate limiting, and performance optimization techniques.

4. Performance Monitoring - Detailed documentation on the performance monitoring system for development and optimization.

Key Features

• Unified Interface: Consistent user experience across all challenge types
• Component-Based Architecture: Modular design with extensible components
• Integration with CDF: Configurable through the Challenge Definition Format
• Dynamic Application Loading: Applications loaded based on challenge requirements
• Security Measures: Rate limiting and other security protections
• Modern UI: Desktop-like interface with windows, menus, and applications
• Performance Monitoring: Built-in tools for monitoring and optimization

Development Setup

To set up a development environment for WebOS:

1. Clone the repository:

   git clone https://github.com/Rydersel/EDUrange_Cloud.git

2. Navigate to the WebOS directory:

   cd EDURange_Cloud/webos-app

3. Install dependencies:

   npm install

4. Start the development server:

   npm run dev

5. Access WebOS at http://localhost:3000

Best Practices for Development

1. Component Structure:

   • Use functional components with hooks
   • Apply memoization (React.memo) to prevent unnecessary re-renders
   • Implement useCallback for event handlers
   • Use proper dependency arrays in useEffect

2. State Management:

   • Prefer useState and useReducer for component state
   • Use context for shared state where appropriate
   • Consider Zustand for more complex state requirements
   • Avoid prop drilling through deep component hierarchies

For more detailed information, please refer to the specific documentation sections linked above.