Overview

The wl-micro-frontends project demonstrates an efficient implementation of micro-frontends using Vue and Qiankun. This project is particularly aimed at simplifying the integration process for developers, presenting a framework that allows for seamless integration of various front-end technologies like React, Vue, and even jQuery. While the example provided is simplified for ease of understanding and instructional purposes, it serves as a foundational introduction to a more sophisticated architectural design that is crucial for real-world applications.

With the current trends shifting towards modular front-end architecture, the need for concise and adaptable solutions is more significant than ever. wl-micro-frontends not only illustrates the core concepts of micro-frontend architecture but also invites developers to explore advanced features, making it a valuable resource for both beginners and experienced developers looking to enhance their skills in this domain.

Features

• Open-Source Architecture: The Qiankun framework allows seamless integration with various front-end frameworks, ensuring versatility across different types of projects.
• Simple Setup: The project is designed to be quick and easy to get started with, making it accessible for developers unfamiliar with micro-frontends.
• Main and Child Application Communication: The framework provides robust mechanisms for both static and dynamic communication between main and child applications, facilitating data sync and function calls.
• Flexible Resource Management: Main applications can efficiently manage and distribute resources to child applications, simplifying the handling of shared components and utilities.
• Advanced Authentication Solutions: The project offers various strategies for handling authentication and authorization within a micro-frontend environment.
• Documented Practical Examples: Comprehensive tutorials guide developers through the implementation of key features, making it easier to grasp complex concepts.
• Reactive Communication: Utilizing RxJS for dynamic communication enables real-time data synchronization across applications, enhancing interactivity and responsiveness.
• Extensible Design: The architecture encourages modular development, allowing for future scalability and easy updates without disrupting existing functionalities.