TypeScript Project References: Stop Rebuilding Packages That Didn't Change
Project references split one tsconfig into a dependency graph so tsc --build can skip unchanged packages. A two-package example, verification steps, and the gotchas.
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Project references split one tsconfig into a dependency graph so tsc --build can skip unchanged packages. A two-package example, verification steps, and the gotchas.
Webpack 5 persistent filesystem cache misses can make rebuilds as slow as clean builds. This diagnostic guide covers ordered checks, a cause table, and fixes for cacheDirectory, buildDependencies, and snapshot scoping.
Learn how to recognize when a single SVGO pass leaves optimization opportunities, diagnose the cause with a quick table, run ordered checks, apply fixes tied to findings, and know when to escalate.
Repeated configuration phases slow down large Gradle builds. Enabling the Configuration Cache serializes your project model so unchanged builds skip configuration entirely.
SVGO’s multipass can trim SVGs by 10‑15 % but adds processing time. This post explains how it works, shows a concrete config, and helps you decide when the trade‑off is worth it.
A practical diagnostic guide for Astro sites where production builds serve raw images without srcset, featuring a cause table, ordered checks, and fixes.
TypeScript project references split a monolithic codebase into independently compiled units: faster incremental builds, compiler-enforced module boundaries, and a worked example of extracting a shared package.
Leverage Eleventy's collection-driven pagination to generate archive pages from a single template, with a concrete configuration and build-trade-off analysis.
GCC Link-Time Optimization moves optimization to the link step using GIMPLE bytecode, enabling cross-module inlining and dead-code removal. Learn how to enable -flto safely, verify it, and weigh build-time costs.