The article presents Agent KB, a universal memory infrastructure that lets heterogeneous AI agents share experiences through a Reason‑Retrieve‑Refine pipeline and a teacher‑student dual‑agent architecture, showing significant performance gains across benchmarks like GAIA, SWE‑bench, and various LLM families.
Learn how to create a mini version of the TinyVue component library that works across Vue 2.6, Vue 2.7, and Vue 3 by using a single source code strategy, adaptive layers, renderless logic, and unified APIs, with practical code examples and migration solutions.
This article walks developers through creating a cross‑framework UI button demo using OpenTiny, covering project initialization, framework‑specific adapters for Vue, React, and Solid, and explaining the renderless architecture that enables seamless component reuse across multiple front‑end stacks.
This article explains how the Taro framework enables unified multi‑platform front‑end development by describing its open architecture, plugin system, cross‑framework adaptation, browser‑like runtime, support for various mini‑program ecosystems, and upcoming Harmony integration, while sharing practical code examples and implementation details.
This article explains how to design and implement reusable UI components that work across jQuery, React, and Vue by using a native‑JS container, iframe isolation, and communication techniques such as domain sharing, postMessage alternatives, and Nginx proxying, while providing code examples and practical tips.
Taro 3 introduces full cross‑framework support for React, Nerv, Vue 2/3 and jQuery‑like APIs, expands to major mini‑program platforms and H5, adds an open plugin system, prerendering, faster builds, CSS‑in‑JS via linaria, virtual list components and a seamless WeChat‑to‑React/Vue conversion tool.
This article explains how NetEase Yanxuan tackled the high maintenance cost and visual inconsistency of multiple front‑end stacks by designing a cross‑framework component architecture based on Web Components, detailing the technical selection, layered design, implementation challenges, and the resulting efficiency and isolation benefits.
