It's #NationalCodingWeek! 💻 A perfect time to sharpen your dev skills and explore the power of embedded analytics. Our latest ThoughtSpotSpot Code Along walks you through using the Embed SDK to build highly customized analytics experiences — with real code examples in React and JavaScript. 👉 Watch it here: https://forwrd.it/r/6hvm 📺 And subscribe for more dev tutorials: https://forwrd.it/r/6hvl Let’s build smarter software together! 🚀

It's #NationalCodingWeek! 💻 A perfect time to sharpen your dev skills and explore the power of embedded analytics. Our latest ThoughtSpotSpot Code Along walks you through using the Embed SDK to build highly customized analytics experiences — with real code examples in React and JavaScript. 👉 Watch it here: https://forwrd.it/r/6gyt 📺 And subscribe for more dev tutorials: https://forwrd.it/r/6gyu Let’s build smarter software together! 🚀

JavaScript might be single-threaded, but the event loop makes it feel multitasking. 🌀 By understanding how the call stack, microtask queue (Promises), and macrotask queue (setTimeout, I/O) work together, you unlock the secret to handling asynchronous code efficiently. In short: Synchronous code runs first. Microtasks (Promises) run next. Macrotasks (setTimeout, etc.) run last. This small concept explains why a Promise callback executes before a setTimeout, even if both are set to run immediately. 🔑 Mastering this helps you debug async issues, write cleaner code, and build more performant apps 🚀.

⚛️ React 19 just made async a breeze! Instead of juggling useState + useEffect 😵, you can now grab data directly with the new use() hook ✨. Less code, fewer bugs, cleaner components 🙌. Async finally feels synchronous 🚀

React 19 introduces the use() hook, a game-changing feature for handling asynchronous data fetching and side-effects in a declarative and streamlined way. This hook allows developers to directly access asynchronous data in the component tree without needing to use useEffect or deal with complex state management for promises. What makes use() interesting is its ability to simplify the data-fetching pattern, enabling components to "pause" and wait for promises to resolve right in the render cycle, making your code cleaner and more intuitive. Instead of using traditional useState and useEffect to manage async calls, use() simplifies everything by directly returning the resolved data once the promise is settled. Here’s the cool part: use() integrates perfectly with React’s Suspense for data fetching, allowing you to show loading states or fallback components until the data is available, without breaking the component rendering flow. This makes React even more powerful in scenarios like server-side rendering (SSR), concurrent rendering, and fetching data in parallel. In essence, use() offers a modern and simpler approach to managing async operations, making your React code more declarative, cleaner, and easier to maintain. This new hook is expected to bring a shift in how we approach data fetching, making it feel more like part of the natural React ecosystem rather than a special case. Keep an eye out for how it evolves and integrates with more advanced patterns in future releases!

#ShoutOutSunday to PhpStorm by JetBrains! 🎉 This Integrated Development Environment (IDE) provides users with code completion, refactoring, code analysis, navigation, debugger, and unit testing support. With an impressive 9.5 out of 10 trScore, it’s quite clear users love the intuitive user interface, shortcut keys, and assistive features. 👏 👀 See what they’re saying: https://bit.ly/4nrQNP3

🚀 Day 13 of My 30 Days Bubble Development Challenge Topic: Week 2 Recap – Building Beyond the Basics Week 2 was all about moving from the foundations of Bubble into practical, production-ready skills: ✅ Day 8 – Responsive Design: why it’s a must ✅ Day 9 – Custom States: Bubble’s hidden gem ✅ Day 10 – Reusable Elements= faster development ✅ Day 11 – Conditions & Visibility Rules ✅ Day 12 – Data Privacy Rules & Debugging If you’ve been following along, these are some of the skills that make the difference between a quick MVP and a product that’s maintainable, secure and scalable. 💡 Pro Tip: Don’t just build features; document them. A simple Notion or Google Doc where you list which pages use which reusable elements, which states exist, and what privacy rules apply will save you hours later. 👉 Which topic from week 2 has been most valuable to you so far? or which of these topics do you want me to go deeper on in a future post? #Bubble #NoCode #LearningInPublic

🚀CodeLens is now live! See your code's complexity in real time CodeLens helps developers quickly understand the structure and complexity of code files directly inside their browser. Whether you’re browsing repositories on GitHub or reviewing code on other sites, CodeLens gives you instant insights without leaving the page. Perfect for: - Developers reviewing pull requests. - Students learning about code structure and maintainability. - Teams wanting a quick overview of code health. Clicke here to see more : https://lnkd.in/dnPGVEWz

It’s not just about writing clean components - it’s about knowing how to spot, diagnose, and solve performance issues before they impact users. Our React specialists lean on a refined toolkit to do just that. Tools like React Profiler and Why Did You Render help identify unnecessary renders, while Lighthouse CI and Bundle Analyzer catch issues that slip through review. Pair that with the Chrome Performance Panel, and there’s nowhere for bottlenecks to hide. Performance isn’t luck. It’s process, experience, and the right tools in the right hands - which we know how to spot.

Small weekend project alert! 👉 palettify.nl Inspired by a tutorial from Dreams of Code, I decided to try and launch my first production-grade application built with Go, AlpineJS, HTMX, Templ and FiberGo. I wanted to start small, so I came up with the idea of a color palette extractor: upload an image → extract the colors → copy CSS code🎨 Once the app was ready, I deployed it with the following stack: - Hostinger for VPS services - Docker, Inc for containerization and scaling - Traefik Labs as a reverse proxy - WatchTower for continuous deployment - GitHub Actions for continuous integration The project is open source and you can find the code at https://lnkd.in/dtmcuWFT (give it a ⭐ if you find it cool!)