This article details how a modern frontend logging system was dramatically improved by implementing intelligent database cleanup, asynchronous module loading, dynamic JSZip imports, log queue throttling, and Rollup build‑time fixes, resulting in a much smaller bundle and smoother user experience.
To overcome the 2 MB main‑package limit of WeChat mini‑programs, this guide details a step‑by‑step solution that uses @galacean/effects for stunning homepage animations, applies page and module splitting, Babel and webpack plugins, and Taro configuration to move large code into asynchronous sub‑packages.
This article explains how to overcome the 2 MB main‑package size limit in WeChat mini‑programs by asynchronously loading large third‑party libraries such as MQTT.js through subpackages, comparing subpackages with plugins, and providing practical Webpack and uni‑app solutions—including custom require handling, retry mechanisms, and performance gains.
This article explains how Webpack's asynchronous loading mechanisms such as require.ensure and dynamic import() work, demonstrates practical examples for splitting bundles, discusses route lazy‑loading in Vue, and provides optimization techniques including splitChunks, CDN externals, and bundle analysis to improve frontend performance.
The article dissects Webpack’s internals, showing how every asset becomes a module processed by loaders, how the bootstrap creates a __webpack_require__ function to link modules, how dynamic import() generates separate chunks loaded via script tags, and outlines the full compilation pipeline from configuration parsing to final asset emission.
