umijs/qiankun
Qiankun
Qiankun is a micro-frontend orchestration framework designed to compose multiple independent web applications into a single, unified interface. It functions as a JavaScript library that manages the lifecycle of autonomous applications, allowing them to coexist within a shared browser environment while maintaining their independence.
The framework enables cross-framework integration, allowing developers to combine applications built with different technologies into one cohesive system. It provides a runtime sandbox that isolates global variables and prevents style conflicts between applications, ensuring that individual modules do not interfere with the host environment or each other.
To support large-scale web systems, the framework utilizes HTML-based entry points and standardized lifecycle hooks to manage the mounting, unmounting, and updating of sub-applications. It also includes performance optimization features such as idle-time asset prefetching, which downloads resources for inactive applications to reduce latency during navigation.
Features
- Micro-Frontend Frameworks - Provides a runtime environment that orchestrates multiple independent web applications into a single cohesive interface while isolating their styles and global states.
- Frontend Architecture Patterns - Builds large-scale web systems by composing multiple independent applications into a single unified interface.
- Frontend Frameworks - Composes multiple independent web applications into a single unified interface while isolating styles and global environments.
- Micro-Frontend Libraries - Provides a solution for loading and managing the lifecycle of autonomous web applications.
- Micro-Frontend Orchestrators - Combines multiple autonomous web applications into a single unified interface for seamless user navigation.
- Global Environment Sandboxes - Uses JavaScript proxies to intercept and isolate global object modifications, preventing state leakage.
- Cross-Framework Integration Utilities - Connects autonomous web applications built with different technologies into one cohesive system.
- Micro-Frontend Routers - Maps browser URL changes to specific application entry points to manage navigation state across multiple modules.
- Cross-Framework Integrators - Connects multiple autonomous web applications into a single unified system regardless of the underlying technology.
- Global Application Contexts - Protects the global scope by preventing sub-applications from interfering with each other through shared variables.
- Style Isolation Mechanisms - Prevents visual conflicts by ensuring styles defined in one sub-application do not leak into others.
- Application Lifecycle Hooks - Establishes standard entry points for mounting, unmounting, and updating sub-applications.
- Lifecycle Hooks - Coordinates the mounting and unmounting of independent applications through a standardized set of lifecycle events.
- Application Lifecycle Managers - Executes standardized initialization, mounting, and unmounting routines to control sub-application rendering.
- Frontend Environments - Protects the global browser environment and prevents style conflicts when running multiple independent applications.
- HTML Entry Loaders - Provides a mechanism to load and execute independent sub-applications via their entry HTML files.
- Micro Frontend Frameworks - Production-ready framework for implementing micro frontend architectures.
- Application Entry Point Registrars - Simplifies integration by loading sub-applications directly through standard HTML entry points.
- Shadow DOM Utilities - Wraps sub-application content in isolated DOM trees to prevent CSS rules from bleeding across the interface.
- Performance Optimization Tools - Improves user experience by prefetching assets for inactive sub-applications to ensure fast transitions.
- Application Performance Profiling - Downloads resources for inactive sub-applications during browser idle time to reduce latency.
- Idle Asset Prefetchers - Downloads resources for inactive applications during browser downtime to accelerate subsequent navigation.
Star history
How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.
