This course provides a comprehensive guide to developing rich WeChat Mini Program applications by teaching learners how to use and customize a wide range of built‑in and extended components, covering fundamentals, UI design, data binding, and practical project implementation.
This tutorial walks through the fundamentals of building ArkTS components for HarmonyOS, covering project setup, key decorators like @Entry and @Component, styling with @Styles and @Extend, handling events, managing properties and state, conditional rendering, functional components, and slot implementation.
The article presents ofa.js, a new front‑end framework that eliminates the need for Node/npm/webpack workflows, allowing developers to quickly create and package components, use template syntax sugar, achieve seamless state synchronization, and build full web applications with minimal setup.
The Front‑End Material Center consolidates UI elements and business‑logic attributes into reusable “materials,” providing a unified lifecycle of creation, production (via code or visual builder), and publishing, so front‑end engineers, back‑end developers, and business users can collaboratively build applications with low‑code or no‑code approaches.
This article explains how Vite, combined with esbuild, HMR, and Rollup plugins, can replace a Webpack‑based React component workflow, enabling on‑demand type extraction, markdown‑driven usage docs, instant hot updates, and efficient build output for large component libraries.
This article explains how replacing a Webpack‑based React component workflow with Vite and its plugins enables on‑demand type extraction, markdown‑driven usage docs, instant hot‑module replacement, and efficient build processes for large component libraries.
This article explores the challenges of building business UI components across PC, mobile, and mini‑app platforms, details a unified fusion development approach using React, Rax, and Alibaba’s Fusion toolchain, and shares practical solutions for tooling, build pipelines, and automated component publishing.
This article explores the rise of design systems, their historical roots in component‑based development, the cost of design debt, practical examples of savings, common misconceptions, visual‑coding for dark mode, and how they enable faster prototyping, iteration, and cross‑team collaboration in modern frontend engineering.
This article explains the complete workflow for publishing a high‑quality NPM package, covering component‑oriented thinking, directory and configuration conventions, package.json standards, development processes, commit and changelog practices, quality assurance with linting, testing and type systems, as well as documentation and demo requirements.
After two months of deep involvement in a distributed hybrid‑cloud project, I share practical insights on using Restful APIs, RabbitMQ, Redis, logging, component‑based development, testing strategies, coding standards, and cross‑team communication, highlighting challenges and solutions encountered while integrating C#, Java, and Python services.
