ReadMeFeed / Community knowledge
Real questions. Useful conversations. Find the people who know your stack.
A Socket.IO 4.x server on Node.js, paired with the official JavaScript client, must be sized for a workload where latency is expected to surface only when concurrent connections and emits ramp up. The open decision is where such latency would belong: the Engine.IO polling-to-WebSocket upgrade path, the single process's event loop, or the multi-node adapter l
Goal Determine whether a Turbo Streams WebSocket connection remains open or automatically reconnects when the server detects that a user’s authentication has expired or been revoked. Constraints Least‑privilege enforcement relies on server‑side middleware; the stream endpoint must reject messages from unauthenticated or unauthorized users. When a session tok
The goal is to select a backpressure exposure strategy for an Akka Streams pipeline that emits high‑frequency events to a WebSocket sink serving a UI client, while keeping the UI responsive and avoiding client‑side overload. Constraints include the need for the client to honor the chosen flow‑control mechanism, the trade‑off between latency introduced by bac
Goal Determine whether the ignoreHTTPSErrors:true launch option in Puppeteer also suppresses SSL certificate errors for WebSocket connections initiated from a page. Current Constraints Chromium’s ignoreHTTPSErrors flag is documented to affect navigation, XHR, and fetch, but its coverage of WebSocket handshakes remains unverified. Puppeteer exposes the flag v
Goal Determine whether ngrok’s handling of WebSocket upgrades is the source of frame loss or latency spikes when the local development server receives more than 200 concurrent connections. Constraints & Uncertainty ngrok 3.x injects a TLS termination layer adding 5–15 ms per request. Its core runs a single‑threaded event loop, which may become a CPU bott
Goal: Determine whether the increase in broadcast latency observed in Supabase Realtime is caused by connection‑pool exhaustion, PgBouncer backpressure, or Node.js event‑loop lag when many clients open WebSocket connections simultaneously. Constraints: The threshold at which latency becomes noticeable is unknown and may differ between free and paid project t
In a Vite (v4/v5) dev-server setup where many browser tabs or team members trigger hot-module updates at once, I see HMR latency grow once many updates queue up at the same time. My understanding is that the server batches pending updates before broadcasting them over the WebSocket, and that server.hmr.interval controls how frequently those batches flush. My
Goal Enable per‑session origin whitelisting for Vaadin Push WebSocket connections so that a single server can safely serve Push to multiple hostnames in a multi‑tenant environment. Vaadin Push currently relies on the browser same‑origin policy and validates the TLS certificate only against the server hostname; there is no documented API or server‑side config
Context Socket.IO v3 reversed the default client transport priority to ["websocket", "polling"] , making WebSocket the first attempt and only falling back to long-polling after a handshake failure. When corporate proxies block the WebSocket upgrade, the client enters a reconnect loop that emits repeated socket.io:transport debug entries. Problem No dedicated
nodejs
socketio
akka
puppeteer
ngrok
supabase