"Fetch vs Axios: Choosing the Right Tool for React"

Fetching Data from API (useEffect, fetch/axios) Today I learned one of the most important concepts in React fetching data from APIs using useEffect, fetch, and axios. 🔹 useEffect allows us to perform side effects like API calls after a component renders. 🔹 fetch() is a built-in JavaScript method for sending network requests. 🔹 axios is a third-party library that makes API handling easier and more powerful with better error handling and cleaner syntax. Here’s a simple breakdown of what I practiced today: Fetched user data from a public API. Displayed the data dynamically using React state. Handled loading and error states. Explored both fetch() and axios approaches. Learned how to use async/await for cleaner code. Fetching data efficiently is a key skill for every React developer, especially when working with real-world projects and backend APIs. #React #JavaScript #MERN #FrontendDevelopment #WebDevelopment #Axios #APIs #LearningJourney #ReactHooks

🚀 Node.js Just Got a Major Upgrade! The latest releases — v24 (LTS) and v25 (Current) — bring two awesome built-in features that make development faster, cleaner, and dependency-free. No more extra packages needed! ⚡ 💡 1️⃣ Built-in .env Support You can now load environment variables directly: node --env-file=.env app.js Say goodbye to installing dotenv — it’s now built right in! 🙌 💡 2️⃣ Native Watch Mode Automatically restart your app on file changes: node --watch index.js A simple, native alternative to nodemon for a smoother developer experience. These small yet powerful additions simplify setup for backend and full-stack (MERN) projects — helping us write cleaner, more efficient code with fewer dependencies. 💪 #NodeJS #JavaScript #WebDevelopment #MERN #Backend #Developers #Coding

⚡ Boost Express Performance with a Hidden Node.js Trick Most developers scale Express apps using load balancers or clustering — but there’s a native Node.js trick that can instantly improve performance without any external setup. 💡 What it does: ✅ Automatically uses all CPU cores ✅ Restarts dead workers ✅ Improves throughput and fault tolerance This simple built-in feature can double or even triple performance — no Nginx or PM2 needed for small-scale apps. #NodeJS #Express #BackendDevelopment #Performance #JavaScript #ES6

📌 Exploring Core Features of Axios for Modern Web Development Recently, I reviewed the foundational features of Axios, a widely used HTTP client in JavaScript applications. This visual highlights some of its most impactful capabilities: ✔ Promise-Based Architecture – Enables clean and efficient async/await operations. ✔ Automatic JSON Transformation – Simplifies data handling by converting JSON automatically. ✔ Interceptors – Provides full control to modify requests and responses. ✔ Request Cancellation – Supports cancellation to improve performance and user experience. ✔ Robust Error Handling – Delivers structured and comprehensive error management. Axios continues to be a reliable choice for developers aiming to build scalable and maintainable applications. #Axios #JavaScript #WebDevelopment #APIs #FrontendDevelopment

Next.js 16: The Shiny New Upgrade… Why You Should Beware Before Jumping In Next.js 16 came out with a bang — faster builds with stable Turbopack, smarter caching via Cache Components, smoother routing, and an upgraded React Compiler. On paper, it reads like the dream upgrade developers have craved for years. So why the hesitation? Why do whispers of “danger” surround this shiny new version? Let’s walk through the story from all sides — the eager adopter, the cautious maintainer, and the silent skeptic — before deciding if jumping to Next.js 16 is the right move for your project. For early adopters excited by new tech, Next.js 16 feels like a breath of fresh air. The promise of Turbopack’s blazing speed, cache API control that finally gives you explicit power over data freshness, and layout deduplication to optimize routing and reduce payloads feels like all the pieces finally clicking into place. Developers envision leaner builds, near-instant page transitions, and developer tools that give clearer insights into build timings. The upgrade feels like future-pr https://lnkd.in/d82BJWrE

As JavaScript and React developers, we often face this question: Should I use Axios or stick with the native Fetch API? Over my journey in web development, I’ve explored both and learned where each one fits better. Use Axios if: You want cleaner code and fewer steps You regularly work with authentication tokens You need interceptors, automatic JSON handling, cleaner error handling Use Fetch if: You want a lightweight, native solution You’re building a project with minimal dependencies You don’t need Axios-specific features like interceptors #javascript #webdevelopment #frontend #reactjs #nextjs #axios #fetchapi #programmingtips #developercommunity #codinglife #softwareengineering #webdev #learnjavascript #techcontent #100daysofcode

--- 💻 React Local Storage Data Caching Built a feature using React Hooks and Axios to cache API data in LocalStorage. This improves load speed and reduces unnecessary network requests — a key step toward building more efficient web apps. 🔧 Tech Used: React, JavaScript, Axios, LocalStorage #React #FrontendDevelopment #WebDevelopment #JavaScript #Performance #SoftwareEngineering #CodingJourney ---

Next.js 16 is here, and it's a game-changer! I just finished upgrading three production apps, and the results are incredible: - Build times cut by more than HALF - Caching that finally makes sense - React Compiler for automatic optimization - AI debugging tools built-in If you're building with Next.js, this update is worth your time. I documented the entire migration process with real benchmarks, code examples, and all the breaking changes you need to know. Read the full guide: https://lnkd.in/g78hmGSh #javascript #typescript #frontend #nextjs #programming #softwareengineering #technews

Been using #Rust for a while now. We built our core engine in Rust. For the kind of high volume traffic of bug reports appxiom handles, the engine needed to be optimized for resource efficiency, and Rust being a no-GC language became a natural choice. Now we are using Rust for building the web assembly component of the web client SDK. Again, great with performance, though the capabilities are restricted due to browser sandboxing. Excellent choice when you want native (browser native that is) compiled code to run on the browser. BTW in the backend, we use Rust only for the core engine. For other components we use #Java (#SpringBoot) and #NextJS. All these choices are based on the performance efficiency requirement and the effort estimation required to develop and maintain each component. After all, you need to know when and where to use what. If you want to explore using a low-level language for high performance efficiency in your application, happy to talk and explain how Rust can be a good choice. #DM open.