Page Index - jurisjs/juris GitHub Wiki
138 page(s) in this GitHub Wiki:
- Home
- Juris: Beyond Reactivity
- A Technical Whitepaper on the Next Paradigm in Web Development
- Executive Summary
- Key Innovations
- 1. The Fundamental Problem
- Current Framework Limitations
- The Enterprise Cost
- 2. Juris Core Innovations
- 2.1 Deep Call Stack Dynamic Dependency Branch-Aware Tracking
- Traditional Dependency Tracking Limitations:
- Juris Branch-Aware Tracking:
- 2.2 Temporal Independence by Default
- How Temporal Independence Works:
- 2.3 Execution Path-Only Compilation
- Performance Comparison:
- 3. True Progressive Enhancement
- 3.1 The Industry's False Promise
- 3.2 Juris Enhancement Revolution
- The Enhancement API:
- Nested Selector Enhancement Pattern:
- Component Composition via Enhancement:
- 3.3 Progressive Transformation Journey
- Stage 1: Simple Enhancement
- Stage 2: Component Integration
- Stage 3: Island Pattern - Distributed State Sharing
- Stage 4: Full Application
- 4. Object-First Architecture
- 4.1 Beyond JSX: Native JavaScript Patterns
- JSX vs Juris Object Architecture:
- 4.2 Intentional Reactivity
- 5. Headless Component Architecture
- 5.1 Logic Without UI Constraints
- Traditional Coupling Problem:
- Juris Headless Solution:
- 5.2 Real-World Headless Examples
- Enterprise Authentication System:
- Data Synchronization Manager:
- 6. Dual Rendering Architecture
- 6.1 Adaptive Performance Strategy
- Fine-Grained Mode (Maximum Compatibility)
- Batch Mode (Maximum Performance)
- 6.2 Automatic Fallback System
- 6.3 Performance Optimizations
- Element Recycling:
- Intelligent Key Generation:
- 7. State Management Revolution
- 7.1 Path-Based Domain Organization
- 7.2 Middleware Architecture
- 7.3 Intelligent Batching
- 8. Real-World Implementation Examples
- 8.1 Enterprise Dashboard Modernization
- Before: Legacy jQuery Application
- After: Juris Progressive Enhancement
- 8.2 E-commerce Product Page Enhancement
- Progressive Enhancement Journey:
- 8.3 Content Management System Integration
- 9. Performance Analysis
- 9.1 Benchmark Results
- 9.2 Scalability Analysis
- 9.3 Real-World Case Studies
- Case Study 1: Fortune 500 Financial Dashboard
- Case Study 2: E-commerce Platform Migration
- 10. Developer Experience
- 10.1 Installation and Usage
- Via CDN
- Via npm
- Quick Start Example
- 10.2 Zero Build Tool Requirement
- 10.2 AI-Friendly Architecture
- 10.3 Debugging and Developer Tools
- 11. Ecosystem and Extensibility
- 11.1 Headless Component Library
- 11.2 Modular Architecture Benefits
- 11.3 Integration Patterns
- Backend Integration:
- CSS Framework Integration:
- 12. Migration Strategies
- 12.1 From React Applications
- Phase 1: Parallel Implementation
- Phase 2: Component-by-Component Migration
- Phase 3: Complete Migration
- 12.2 From jQuery Applications
- Progressive Enhancement Strategy:
- 12.3 Legacy System Integration
- WordPress Integration:
- Enterprise CMS Integration:
- 13. Security Considerations
- 13.1 XSS Prevention
- 13.2 State Validation Middleware
- 13.3 Enhancement Security
- 14. Future Roadmap & Universal Platform Vision
- 14.1 The Universal Application Paradigm
- Universal Component Architecture:
- 14.2 Mobile Renderer - Production Ready
- 14.3 Backend Framework Ecosystem
- Lyn Framework (PHP) - Production Ready
- Ruby Framework (Planned)
- Python Framework (Planned)
- 14.4 Universal Renderer Ecosystem (Planned)
- Desktop Renderer (Electron/Tauri)
- Game Renderer (Unity/Canvas)
- AR/VR Renderer (WebXR/Native)
- Voice Interface Renderer
- IoT/Embedded Renderer
- 14.5 Enterprise Architecture Vision
- 14.6 Development Experience Revolution
- 14.7 Technical Roadmap
- 14.8 The Universal Computing Vision
- 15. Competitive Analysis
- 15.1 Feature Comparison Matrix
- 15.2 Performance Comparison
- 15.3 Use Case Recommendations
- 16. Conclusion
- 16.1 Paradigm Shift Summary
- 16.2 Industry Impact
- 16.3 The Path Forward
- Technical Specifications
- Component
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- Developer's Guide
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- Headless Components ‐ Complete Developer Guide
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- Juris Types Developer Guide
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- Object VDOM Conventions
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- Object VDOM Readability ‐ Complete HTML Semantic Support and Third‐Party Integration
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- Object VDOM ‐ Children Data‐Driven Composition
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- Reactivity
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- 🚀 Juris JSDoc TypeScript Definitions
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- 🚀 Juris VSCode Snippets
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