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When Eclipse rebuilds your whole project for a one-line change, incremental compilation is the hidden lever. This post walks through configuring JDT's incremental build, handling Java version quirks, and avoiding stale class files.
Vite's SWC-based React plugin replaces Babel with a Rust compiler for faster JSX transforms. Here's the migration, how to measure the gain on your own codebase, and the Babel-plugin trade-offs that decide whether it's worth it.
Learn how TypeScript project references enable incremental builds, reduce compile times, and keep large monorepos responsive.
Gradle Configuration Cache serializes the task graph after the first configuration, reducing subsequent configuration from seconds to ~150 ms. This blog shows how to enable it on a 3‑module Kotlin project, migrate to lazy APIs, and validate the cache. Trade‑offs and diagnostics are covered.
Discover how to set up Bazel’s remote cache, verify its use, and avoid common pitfalls such as non‑hermetic actions and TLS misconfiguration.
Travis CI caching lets you store dependency directories between builds, cutting install time. This guide shows how to configure cache keys, check sizes, and avoid stale caches in your CI pipeline.
Learn how to enable GCC's profile-guided optimization with -fprofile-generate and -fprofile-use, see a simple example, and avoid common pitfalls.
Learn how to configure Bazel's remote cache, see a concrete example workflow, and understand the trade‑offs that come with network‑dependent build artifacts.
Learn how to eliminate redundant build times in Gradle by implementing local and remote build caching to reuse task outputs across environments.
vitejs
gradle
bazel
travis