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Developer tools · #webpack
Enable Webpack 5 filesystem caching and splitChunks for stable production asset names, while treating the cache as local build state.
A decision guide for Webpack 5 splitChunks: compare default, vendor-only, and custom cache group strategies with a production-ready configuration, validation commands, and caching verification steps.
A diagnostic guide to detect, analyze, and fix excessive Lodash bundle size caused by import patterns that defeat tree-shaking in webpack, Rollup, and Vite.
Learn how Webpack 5’s Module Federation lets you share code across micro‑frontends at runtime. Walk through a host/remote setup, see a live Button example, and weigh the trade‑offs before you deploy.
Webpack 5 Module Federation lets a host consume independently deployed remotes at runtime, negotiating shared singletons via shareScope to decouple release trains while keeping React and design system instances consistent.
Learn how to lazy‑load Framework 7 pages by declaring async route components that return dynamic import promises, with a concrete Webpack example, verification steps, and common pitfalls.
A practical guide to enabling Webpack 5 persistent filesystem cache, verifying cache hits on incremental builds, and safely clearing stale cache when needed.
Webpack Module Federation lets teams deploy micro‑frontends independently by sharing code at runtime. This post covers host/remote config, shared dependency strategies, a worked example, and the trade‑offs so you can decide if the freedom is worth the cost.
When a JS app grows, the single bundle becomes a performance bottleneck. Webpack’s SplitChunksPlugin extracts stable third‑party code into a vendor bundle, while dynamic imports load heavy modules. This article explains how to configure, verify, and balance code splitting for optimal load times.
lodash
javascript
framework7