ms-react-table 2.0.1 Released with Advanced Filters and Customization

JavaScript runs on a single thread. ❓ How does JS handle async tasks without blocking the UI? 👉 What breaks if the event loop didn’t exist? JavaScript stays single-threaded by offloading async work (APIs, timers, promises) to the browser or Node.js. Once done, callbacks are queued and the event loop decides when they run—only after the call stack is free. This keeps the UI smooth and responsive. Without the event loop, async tasks would block execution, freezing the UI, delaying user interactions, and making modern apps (fetching data, animations, real-time updates) nearly impossible to run efficiently. #mernstack #developer #fullstack #softwareenginerr #webdevelopemnt

Next Js multiple rendering strategies in simple terms: 👉 Static Rendering (SSG) : Pages are built once and served fast. Perfect for blogs, landing pages, docs. 👉 Server-Side Rendering (SSR): Pages are rendered on each request. Great for dashboards and personalized content. 👉 Incremental Static Regeneration (ISR): Static pages that update in the background. Best of both worlds: speed + fresh data. 👉 Client-Side Rendering (CSR): Rendered in the browser after load. Useful for highly interactive UI. 👉 Streaming & Server Components: Send the page in chunks as data is ready. Faster perceived performance. #NextJS #React #Frontend #Javascript #WebDevelopment

Behind the Screen – #1 Do you know? Your browser does MORE work than your server in many apps. 👉 Parsing HTML 👉 Executing JavaScript 👉 Handling state 👉 Rendering UI That’s why frontend performance is not “just CSS”. 🔥 A slow UI is an architecture problem, not a UI problem. #frontend #webdevelopment #performance #techfacts

Theory meets Practice! 💡 I built a Weather Web App to bridge the gap between "knowing" and "applying" JavaScript. This project was the perfect way to revise: ✅ DOM Manipulation: Using querySelector and insertAdjacentHTML. ✅ Asynchronous JS: Handling real-time data with async/await and Fetch. ✅ Event Handling: Implementing click and keydown for a better UX. ✅ ES6+ Features: Using Object Destructuring and Template Literals. ✅ Data Logic: Filtering API arrays with .forEach() and formatting dates. Building this helped me turn abstract concepts into a functional tool. #JavaScript #WebDev #Coding #Frontend #LearningByDoing#HTML #CSS#WebDevelopment

🚀 Small Project, Solid Learning Today, I spent some time revisiting my JavaScript and CSS fundamentals and built a simple Random Color Generator as a quick practice project. 🎯 What I focused on: DOM manipulation with JavaScript Handling user interactions Clean, minimal CSS styling Keeping the UI simple and functional Sometimes, building small things is the best way to strengthen the basics and stay consistent. 🔗 Live demo: https://lnkd.in/gp8DTSwr More experiments coming as I keep sharpening my frontend skills. Feedback is always welcome 🙌 #JavaScript #CSS #WebDevelopment #Frontend #LearningByDoing #PracticeProjects

🚀 Building Reactive UI with Zero Effort: A pawaJs Sneak Peek I’ve been experimenting with pawaJs, and the developer experience is incredibly smooth! Check out how easily we can manage state and create reactive components. In this example, I’m building a simple counter that demonstrates the core strengths of the framework: Reactive State: Using state-count="0" directly in the HTML to initialize data. Computed Values: Notice how the doubleCount automatically tracks and multiplies the base state—reactivity handled for you! Custom Components: I registered a <compo></component> component with RegisterComponent in just a few lines of code. Directives: Clean, attribute-based event handling like on-click="count.value++". What I love most is how pawaJs keeps the logic readable and the boilerplate to an absolute minimum.it feels like a framework built for modern performance. The web is evolving, and tools like this make building interactive interfaces feel like a breeze again. 🍦 #pawaJs #WebDevelopment #JavaScript #Frontend #OpenSource #WebDev #Programming #TechInnovation

This React library is seriously powerful 📅 It lets you build complex calendar components while staying fully in control of the UI. It’s a headless, highly customizable calendar for React with drag-and-drop, multiple views, time zone support, and resource scheduling. Built with TypeScript, Tailwind, and shadcn/ui, perfect when you need advanced calendar logic without being locked into a rigid design system :) Source 🔗: https://lnkd.in/dSCkk-Xk #html #ai #css #javascript #webdevelopment #coding

🚀Challenge-23: Building SmartNotes🖋️: A Modern CRUD Application with JavaScript. I just finished building SmartNotes, a sleek CRUD application that focuses on clean UI and seamless User Experience. While the logic is built on JavaScript, I wanted to prove that you don't need a heavy framework to create a modern, "premium-feeling" interface. ✨ Key Features: 📥 Full CRUD Functionality: Create, Read, Update, and Delete notes with ease. 💾 Persistent Storage: Integrated with LocalStorage so your thoughts stay saved even after a refresh. 🔍 Live Search: Real-time filtering to find specific notes instantly. 🎨 Radiant Wine Red UI: A custom-designed "Vino" aesthetic using CSS Grid and Flexbox for a responsive, dashboard-style layout. 📱 Fully Responsive: Smooth transitions from desktop to mobile. 🛠️ The Tech Stack: 🔹HTML5 (Semantic structure). 🔹CSS3 (Custom properties & Glassmorphism-inspired cards). 🔹JavaScript (DOM Manipulation & Array methods). GitHub Link: https://lnkd.in/gvc4xCec Live Link: https://lnkd.in/gA-xXhub #WebDevelopment #JavaScript #CodingJourney #FrontendDesign #JS #Programming #ProjectShowcase #UIUX

You don't need JavaScript for interactivity! Popovers, dialogs, live search, form validation—these don't require JavaScript event listeners anymore. That's legacy thinking. Modern browsers give us Invokers and Popover APIs to create accessible, interactive UIs with minimal-to-no JavaScript. ✅ Zero dependencies ✅ Better performance ✅ Built-in accessibility ✅ Future-proof code I built a live demo showing what's possible. Check it out! (Link in comments) #JavaScript #HTML #CSS #Frontend #WebDevelopment

🚀 Day 8 Not Just Motivation — Real Concepts to Build Strong Technical Understanding (Part 8) Why does JavaScript remember variables even after a function finishes? The answer is Closure. Let’s understand this using a real-world example from React: useState. A simplified mental model of useState (conceptual) function useState(initialValue) { let state = initialValue; function setState(newValue) { state = newValue; render(); // re-render component } return [state, setState]; } Here, setState is a closure. It remembers state even after useState finishes execution. Example: Counter Component function Counter() { const [count, setCount] = React.useState(0); return ( <button onClick={() => setCount(count + 1)}> Count: {count} </button> ); } Every render is a new function call. So how does React remember count? Let’s go step by step. Render 1 – Initial Mount 1. React calls the component: Counter(). 2. useState(0) runs and creates a state slot outside the function (heap/fiber). 3. count is set to 0 and setCount is returned as a closure. 4. JSX is rendered and UI shows Count: 0. User Clicks the Button 1. Browser triggers a click event. 2. React handles the event via its synthetic event system. 3. setCount(count + 1) is called. 4. React updates internal state and schedules a re-render. Render 2 – After State Update 1. Counter() runs again. 2. Local variables are recreated, but state is preserved. 3. useState does not reinitialize; it reads existing state from memory. 4. count is now 1 and UI updates accordingly. Final Takeaway The component function re-runs on every render, but state survives because React stores it outside the function. setState works because it is a closure pointing to that preserved state. Closures are the reason useState works. #javascript #closure #reactjs #reacthooks #frontend #webdevelopment