ReadMeFeed / Community knowledge
Real questions. Useful conversations. Find the people who know your stack.
Frameworks & web · #nuxtjs
Cache Synchronization in Hybrid Rendering Nuxt 3 (v3.8+) utilizes Nitro route rules to implement stale-while-revalidate (SWR) patterns via maxAge and staleMaxAge . While this manages the server-side response freshness, client-side data fetching via useFetch or useAsyncData operates under a separate deduplication and payload caching mechanism. In hybrid rende
Context Nuxt 3's Nitro server runs as a single Node.js process by default, sharing one event loop across all incoming requests. When page logic in asyncData , fetch , or server middleware performs CPU-intensive work, that work blocks the event loop and latency grows only when multiple requests arrive concurrently. Unresolved behavior The framework does not a
When a Nuxt 3 application is redeployed, the standard approach is to copy the entire .output directory to the target host and start the Nitro server. However, Nuxt does not ship a checksum, signature, or manifest that can confirm the restored bundle matches the original build. This raises a question: how can we reliably verify that the recovered files are pr
Background Nuxt 3.4 introduced the Nitro serverless routing feature, moving from the legacy serverMiddleware approach to defining REST endpoints in the server/api directory. While this change simplifies route creation, it also removes the automatic Cache‑Control header that serverMiddleware used to inject. Unresolved Decision During local development (runnin
When running a Nuxt 2 application under Nuxt Bridge, developers can gradually introduce Nuxt 3 features such as composables and server APIs on a per‑route basis. The bridge allows both webpack‑based Nuxt 2 pages and Vite‑powered Nuxt 3 pages to coexist, but the documentation does not clarify how the server‑side rendering cache treats requests that originate
Goal: Ensure that data fetching in Nuxt 3 handles both navigation‑initiated cancellation and request timeouts uniformly, especially during server‑side rendering where no client‑side AbortSignal is available. Currently, useFetch automatically forwards an AbortSignal when the navigating component is destroyed, but it does not apply a default timeout; during SS