Aotu Lab, founded in October 2015, is a front-end engineering team serving multi-platform products. The articles in this public account are intended to share and discuss technology, reflecting only the personal views of Aotu Lab members and not the official stance of JD.com Technology.
This article explains how to adapt real‑world physics for games like Angry Birds by scaling speeds, adjusting mass, redefining gravity, and implementing force accumulators and generators in JavaScript, providing code examples and practical tips for realistic projectile motion.
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 guide introduces NutUI‑Bingo, a Vue 3‑based mobile component library for lottery and mini‑game scenarios, covering its background, design, installation, core components, usage examples, and future roadmap with technical details and code snippets.
This guide explains why developers should join open‑source projects, how to choose Taro as a target, and provides a detailed, code‑rich workflow—from locating suitable issues and forking the repository to setting up the development environment, implementing fixes, testing, and submitting a pull request.
This guide explains why Taro 3 was chosen for unified development, outlines its architecture evolution, and provides step‑by‑step instructions—including CLI setup, script configuration, plugin usage, routing, versioning, API requests, and mixed‑mode packaging—to create a single codebase that runs on both H5 and various mini‑program platforms.
This article explains the DBSCAN density‑based clustering algorithm, its core concepts, parameters, and step‑by‑step implementation, then shows how dynamically derived eps values enable the algorithm to group design‑draft modules for automatic front‑end code generation, improving development efficiency.
This article explores Shopify's remote‑rendering UI framework, demystifies abstract syntax trees for JavaScript tooling, provides a step‑by‑step guide to frontend internationalization, dives into the mathematics of Bézier curves, and shares a two‑year product case study on scaling to tens of millions in revenue.
Taro v3.4 introduces official Preact support, expanded Vue 3.2 capabilities, extensive H5 performance and routing improvements, new defineAppConfig/definePageConfig macros, a list of bug fixes and breaking changes, plus a step‑by‑step upgrade guide for developers.
This article explains how design tokens serve as a platform‑agnostic bridge between design tools and front‑end code, improving collaboration, reducing visual‑to‑code errors, and enabling automated, consistent UI implementation across products.
This guide explains how to use the Taro framework to develop and adapt applications for Huawei's HarmonyOS, covering background, key differences with mini‑programs, the compatibility plugin, configuration steps, required tooling, and how to build and run a HarmonyOS project.
