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Pug + Express: Stale Template Cache The goal is to determine whether changes to a .pug file are reflected in subsequent renders when Pug’s view cache is enabled in an Express application. The cache stores compiled template functions keyed by filename and is never refreshed automatically, so a modified template may continue to produce old output until the Nod
Assume ProcessWire 3.x with MySQL. A set of content pages is roughly 95% identical for all visitors — long article bodies built from several field queries and a couple of expensive selectors — but each page also contains one small personalized fragment, such as a greeting or a per-user badge. Two documented approaches seem to compete here. Template-level pag
Pug template caching and stale output When cache: true is enabled, Pug stores compiled templates in memory. If a template file is edited after caching, subsequent renders still use the old compiled function, producing stale content. The documentation recommends clearing pug.cache or restarting the process, but it does not describe automated invalidation. In
Goal Determine whether enabling Pug's built‑in template cache yields a measurable per‑request latency reduction that justifies allowing the cache to grow without bounds in a low‑traffic Node.js application that may render many distinct templates over time. Constraints and uncertainty The application serves low traffic, so per‑request CPU savings are small, b
Goal Determine the optimal configuration for spring.thymeleaf.cache that balances rapid template iteration during local development with deterministic, performant rendering in production, especially in containerized or clustered deployments. Constraints & Uncertainty When spring.thymeleaf.cache is set to false , Thymeleaf checks the file system’s last‑mo
processwire
pug
nodejs
thymeleaf