No language is immortal—Node.js isn’t either—but thoughtful reflection is priceless. This underground community for Node.js enthusiasts was started by Taobao’s Front‑End Team (FED) to share our original insights and viewpoints from working with Node.js. Follow us. BTW, we’re hiring.
This article explains what QUIC is, outlines HTTP/3’s advantages over HTTP/2, and provides step‑by‑step instructions with code samples for compiling Node.js’s QUIC implementation and running a simple QUIC server and client to observe protocol behavior.
This comprehensive guide explores Node.js Buffer fundamentals, binary data handling, stream integration, memory allocation mechanisms, practical usage scenarios, and performance benchmarks, providing developers with the knowledge to efficiently manage binary streams and boost application speed.
This guide walks you through enabling Docker's experimental mode, installing CRIU, building a simple Node container, creating checkpoints, and restoring containers both on the same host and on a different host, highlighting the prerequisites and limitations of live migration.
This article presents ten fundamental Node.js interview questions covering its definition, installation, core components, error‑first callbacks, HTTP server creation, event‑driven programming, NPM usage, and common application scenarios, each illustrated with clear explanations and code examples.
This comprehensive guide explains the fundamentals of processes and threads, demonstrates practical Node.js demos for single‑threaded and multi‑threaded scenarios, and walks through creating child processes, multi‑process architectures, and daemon services, providing clear code examples and performance insights for backend developers.
This article explains how Node.js relies on the V8 engine for automatic memory management, details the garbage‑collection mechanisms (Scavenge, Mark‑Sweep, Mark‑Compact), shows practical code for monitoring and forcing GC, illustrates common memory‑leak patterns, and recommends tools for diagnosing and fixing leaks.
This article examines the rise of Node.js as a lightweight web‑application platform since 2019, contrasting its rapid adoption with PHP’s long‑standing but gradually declining ecosystem, and explores how historical trends suggest Node.js may soon dominate backend development.
Understanding how JavaScript engines work—covering scopes, closures, and the event queue—empowers developers to debug more effectively and write more efficient code, and this guide offers a clear, beginner‑friendly overview that bridges theory and practical application.
This article explains how Node.js determines when to exit by tracking all asynchronous operations, outlines common async handles that keep the process alive, and shows how to use built‑in methods and the "why‑is‑node‑running" library to diagnose and implement graceful shutdowns.
This article explains why JavaScript developers often avoid bitwise operators, highlights the specific scenarios where they provide performance and code‑size benefits—such as fast integer conversion with x|0, using ~ for -1 checks, creating bit fields, and leveraging them in databases and BigInt.
