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Learn how to combine context.WithTimeout with http.Server.Shutdown to stop Go HTTP services gracefully, avoid context leaks, and balance shutdown deadlines against in-flight request latency.
Learn how to use Fiber's ShutdownWithTimeout to drain in-flight requests during deployments, avoid dropped connections, and handle common pitfalls like deadlocks and context leaks.
Learn how to implement graceful shutdown in Go using http.Server.Shutdown to prevent dropped requests and data corruption during service restarts.
Learn how to add graceful shutdown handling to a Crystal HTTP server so it stops accepting new connections, finishes existing requests, and exits cleanly on SIGINT/SIGTERM.
Learn how to implement a graceful shutdown in Fiber v2 using app.ShutdownWithTimeout, OS signal handling, and container orchestration best practices. The guide walks through code, tests, and recovery options to keep your Go web service reliable during pod termination.
Learn how to propagate cancellation, deadlines, and request‑scoped data with Go’s context package, ensuring graceful shutdowns, resource cleanup, and robust timeouts in a microservice architecture.
Stop a Fiber server without dropping active requests. Use signal handling and app.Shutdown with a context timeout to drain in‑flight work, then exit cleanly.
PM2 can reload Node.js workers without dropping requests, but only if the app is stateless and handles shutdown signals. Here is the practical checklist.
Learn how to configure PM2’s cluster mode so a Node.js service can be reloaded without dropping active requests, and understand the trade‑offs involved.
go
fiber
crystal
pm2
nodejs