10/ In summary, #NodeJS + libuv = Efficient, event-driven, single-threaded I/O handling. Great for web apps, but be mindful of its limits for CPU-intensive work. 💡 #CodingTips

What are your thoughts on Node.js' event-driven model? Let's discuss! 👇 #TechTwitter

9/ But Node.js isn't for everything. It's ideal for I/O-heavy apps (like web servers). CPU-heavy tasks? Use worker processes or clustering. Know the right tool for the job! ⚙️ #BackendDevelopment

8/ Decades of refining JS APIs for the web make it a natural fit for Node.js. Plus, the V8 engine (thanks, Chrome) made JS fast and ready for backend use. #Programming

7/ Why #JavaScript? It’s perfect for this model. JS was designed for single-threaded, event-driven operations in the browser. Node.js just extended this to the server side. 🌐 #WebDevelopment

6/ libuv defines an event queue and uses OS notifications to handle events efficiently. Everything from accepting new connections to reading data happens in one thread. #IOTips

5/ #NodeJS solves this with cooperative threading. Instead of competing, threads yield control explicitly. Only one runs at a time, simplifying resource management. 🤝 #Tech

4/ Processes consume lots of memory & resources. Threads share resources but can cause issues with data inconsistency, needing locks to manage. Resource management isn’t cheap! #Coding

3/ Traditional servers use multiple threads/processes to handle requests. But threads & processes are resource-heavy and require complex synchronization mechanisms. 😬 #SoftwareEngineering

2/ Node.js uses libuv to handle I/O operations efficiently. Unlike traditional models, it prevents blocking and busy waiting by interacting with OS interfaces. 🚀 #Programming

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