Boost React App with Smart React Grid Features

So you wanna build a killer data grid in your React app. It's a game changer. Smart React Grid is the way to go - it's got all the essentials, like sorting, filtering, pagination, and editing, all in one neat package. To get this party started, you're gonna need a few things: Node.js version 14.0 or higher, a package manager like npm, yarn, or pnpm, a React project that's at least version 17 or higher, and some basic knowledge of React hooks - we're talking useState, baby! You should also be familiar with JavaScript or TypeScript, or at least willing to learn. Now, let's talk installation - it's pretty straightforward. You can use your preferred package manager to install Smart React Grid: just run npm install smart-webcomponents-react, yarn add smart-webcomponents-react, or pnpm add smart-webcomponents-react, and you're good to go. Then, don't forget to import the CSS styles in your main application file - it's like adding the secret sauce to your favorite recipe. Here's a simple example to get you started: create a data source array with objects, define some columns with labels, data fields, and options, and then use the Grid component with dataSource and columns props. It's like building with Legos - you gotta have the right pieces in place. And, with Smart React Grid, you can enable features like sorting, filtering, and pagination through props - it's like having a superpower. You can also customize the grid with built-in themes and options, which is pretty cool. So, what are some key concepts to keep in mind? Columns are like the table structure - you define them with labels, data fields, and options. The data source is just an array of objects, where each object represents a table row. Features are what make the grid come alive - you can enable sorting, filtering, pagination, and more through props. And, styling is all about customization - you can use built-in themes and options to make the grid your own. For more info, check out the official documentation: https://lnkd.in/gH-y-2Mk And, if you're looking for a community to learn from, you can try: https://lnkd.in/gG5uTsCY #React #DataGrid #SmartReactGrid #Innovation #Creativity #Strategy

🚀 Key React Concepts Every Developer Should Master (with Code) By Ebesoh Adrian React isn’t magic — it’s a collection of simple concepts used correctly. Below is a practical breakdown of the most important React ideas, explained with short code snippets 👇 🔹 1. Components (Building Blocks) Everything in React is a component. function Button() { return <button>Click me</button>; } 🔹 2. JSX (JavaScript + UI) JSX lets you write UI inside JavaScript. const name = "Adrian"; <h1>Hello {name}</h1> 🔹 3. Props (Passing Data) Props pass data from parent to child. function User({ name }) { return <p>{name}</p>; } <User name="Ebesoh" /> 🔹 4. State (Dynamic Data) State allows data to change over time. const [count, setCount] = useState(0); 🔹 5. Event Handling <button onClick={() => setCount(count + 1)}>+</button> 🔹 6. useEffect (Side Effects) Used for API calls, subscriptions, etc. useEffect(() => { fetchData(); }, []); 🔹 7. Conditional Rendering {isLoggedIn ? <Dashboard /> : <Login />} 🔹 8. Lists & Keys items.map(item => ( <li key={item.id}>{item.name}</li> )); 🔹 9. Controlled Forms <input value={email} onChange={e => setEmail(e.target.value)} /> 🔹 10. useContext (Avoid Prop Drilling) const theme = useContext(ThemeContext); 🔹 11. Custom Hooks (Reusable Logic) function useCounter() { const [count, setCount] = useState(0); return { count, setCount }; } 🔹 12. Performance Optimization useMemo const total = useMemo(() => heavyCalc(data), [data]); useCallback const handleClick = useCallback(() => { setCount(c => c + 1); }, []); 🔹 13. Routing (React Router) <Route path="/profile" element={<Profile />} /> 🔹 14. Modern React (Next.js) Suspense <Suspense fallback={<Loader />}> <Component /> </Suspense> Server Components // Runs on the server export default async function Page() { const data = await fetchData(); } 🔹 15. Interview Favorites (Conceptual) ✔ Virtual DOM ✔ Reconciliation ✔ One-way data flow ✔ Immutability ✔ Keys & re-renders 🧠 Final Thought If you truly understand state, props, hooks, rendering, and performance, React becomes predictable and powerful. React mastery isn’t about knowing everything — it’s about knowing the fundamentals deeply for more insights you can look at courses on JavaScript Mastery thier simplified way to break down these concepts project base is my best take on thier courses thank you JavaScript Mastery. 📌 Save this. Share it. Teach it. #React #JavaScript #FrontendDevelopment #WebDevelopment #ReactHooks #NextJS #Programming #EbesohAdrian

Here's the thing: JavaScript developers are stuck in a naming crisis. It's crazy: you start typing `useQ` and your IDE just gets lost. So, what's going on? Well, it turns out there are a ton of libraries using the same hook names - and it's causing chaos. You've got `useQuery` from `@apollo/client` for GraphQL queries, `useQuery` from `urql` for more GraphQL queries, `useQuery` from `@tanstack/react-query` for REST/HTTP queries... and the list goes on. There's `useQuery` from `react-relay`, `graphql-hooks`, `@supabase/react`, `react-firebase-hooks`, `@algolia/react-hooks`, and `swr` - all doing different things. It's like, the wordquery has lost all meaning. You can use `useQuery` for a GraphQL query, like this: `const { data } = useQuery(gql`query GetUser($id: ID!) { user(id: $id) { name, email } }``)`. Or, you can use it for a REST API query: `const { data } = useQuery(['user', id], () => fetch(`/api/users/${id}`))`. And then there's database queries, search queries... it's all just a mess. This isn't just a problem with `useQuery`, by the way - it affects all sorts of hooks: authentication, client/connection, store/state, subscription... So, what can libraries do to fix this? First, they should prefix their names with some kind of library identity. Second, they should be specific about what kind of query they're doing. And third, they should try to maintain some consistency across their hooks. As for us developers, we can help by sharing this article with library authors, opening issues on the libraries we use, and tweeting about our own import alias hell with #JSNamingCrisis. We can also vote with our feet, so to speak - by supporting libraries that actually care about our experience. Check out the full article here: https://lnkd.in/gJhfjHN5 #JSNamingCrisis #JavaScript #DeveloperExperience

Alright, prepare for the ULTIMATE game-changer that's going to make your old React apps look like they're running on a dial-up modem! 🚀 🤯 STOP SHIPPING JAVASCRIPT YOU DON'T NEED! 🤯 If you're not using React Server Components (RSCs) and Server Actions, you're literally sending gigabytes of unnecessary code to your users, making them wait, and probably losing conversions. It's time to LEVEL UP. 📈 This isn't just an optimization; it's a PARADIGM SHIFT that's going to redefine "Full Stack React" forever. Are you ready for the new reality? 🔥 1️⃣ REACT SERVER COMPONENTS (RSCs): The Bandwidth Butcher! ✂️ Imagine rendering your UI components ON THE SERVER, fetching data directly from your database, and then sending only the final HTML to the client. No more massive client-side bundles just to display a list of products or a user profile! WHAT IT MEANS: Your users download drastically less JavaScript. Pages load in milliseconds. You stop worrying about hydration nightmares. THE MAGIC: You can now write async components! Fetch data directly within your component, right where you need it, before it even reaches the browser. No useEffect for data fetching! No useState for loading states! It's pure, unadulterated component logic. 2️⃣ SERVER ACTIONS: Your Full-Stack Superpower! 🦸♀️ Tired of building REST APIs for every form submission, every button click, every data mutation? Server Actions just nuked that entire workflow! WHAT IT MEANS: Write a simple async function, mark it with "use server", and call it directly from your client components. It runs securely on the server, can access your database, and can even return new UI. THE MAGIC: The boundary between client and server just dissolved. You can update your database, revalidate caches, and trigger UI updates with a single, type-safe function call that feels like calling a local function. 3️⃣ THE UNBEATABLE COMBO: PERFORMANCE, SECURITY, SIMPLICITY! 🔒 When you combine RSCs and Server Actions, you get an unstoppable force: Unrivaled Performance: Minimal client-side JavaScript means blazing-fast initial loads and incredible perceived performance. Enhanced Security: Database credentials and sensitive logic stay on the server, never exposed to the client. Developer Simplicity: The mental model for building full-stack applications becomes dramatically simpler. No more context switching between client-side data fetching patterns and server-side API routes. This is not a drill! React Server Components and Server Actions are the future, and the future is happening NOW. Your users (and your CTO) will thank you. 🙏 Are you ready to stop building "client-side only" applications and embrace the true power of Full Stack React? Tell me your thoughts! 👇 #ReactJS #ReactServerComponents #ServerActions #WebDevelopment #FullStack #Performance #JavaScript #Nextjs #SoftwareEngineering #TechTrends

Structuring my knowledge about React hooks. React currently has 20+ built-in hooks (including client, server, and special ones like experimental). But in reality, in production we regularly use around 8–12 hooks. The rest are situational — for specific tasks or architectural decisions. In typical development without heavy domain-specific complexity: - 70% of the time — useState, useEffect, useMemo, useCallback - 20% — useRef, useContext, useReducer - 10% — everything else Below is a short cheat sheet of the main hooks. Core Hooks: 1. useState — local component state. Used almost anytime you need to store data. 2. useEffect — side effects (API calls, subscriptions, timers). Runs after render. 3. useContext — access context without prop drilling. Global data: theme, auth, localization. 4. useReducer — complex state logic. Great for forms, state machines, and complex transitions. 5. useRef — stores a mutable value without triggering re-render. DOM access or a “variable outside render”. 6. useMemo — memoizes computed values. Useful for expensive calculations. 7. useCallback — memoizes functions. Prevents unnecessary function recreation and breaking memo. 8. useLayoutEffect — synchronous effect before paint. Rarely needed. Mostly for DOM measurements. 9. useImperativeHandle — custom API via ref. Used with forwardRef. 10. useId — generates stable IDs. Important for SSR and accessibility. React 18+ and Modern Hooks: 11. useTransition — deferred updates without blocking the UI. For heavy renders. 12. useDeferredValue — defers a value. Useful for filtering and search. 13. useSyncExternalStore — subscription to external stores. Foundation for Redux, Zustand, etc. 14. useInsertionEffect — for CSS-in-JS libraries. Not needed in most regular apps. React 19 / Server Hooks: 15. useOptimistic — optimistic UI updates. 16. useFormStatus — form submission status (server actions). 17. useFormState — server-driven form state management. 18. useActionState — manage server actions. 19. use — experimental hook for working with promises and resources in Server Components; the most unusual one and, formally, not quite a hook in the traditional sense. 📌 The takeaway: You should know all of them. You won’t use all of them daily. You must deeply understand the core 8–10.

This single line actually touches many core React + Redux concepts. I’ll break it down slowly, deeply, and practically, the way interviewers love to hear it explained. 🔹 The Code Line const { loading, error, resetPasswordDone } = useSelector( (state) => state.authState ); 🧠 BIG PICTURE (What is happening?) You are reading data from the Redux store and subscribing this component to changes in the authState slice. Whenever authState changes → this component re-renders automatically. 🧩 CONCEPTS INVOLVED (High-level) This line involves 6 core concepts: Redux Store Redux Slice Global State useSelector Hook JavaScript Destructuring React Re-rendering Let’s go step by step 👇 1️⃣ Redux Store (Global State Container) Redux has one central store: store = { authState: { loading: false, error: null, resetPasswordDone: false, user: null, isAuthenticated: false }, productState: {...}, cartState: {...} } 👉 This store lives outside React 👉 Any component can read data from it 2️⃣ authState (Redux Slice) authState is a slice of the Redux store. Created using: createSlice({ name: "auth", initialState: { loading: false, error: null, resetPasswordDone: false, }, }) So this part: state.authState means: “Give me the authentication-related state from the Redux store.” 3️⃣ useSelector Hook (Bridge between React & Redux) useSelector((state) => state.authState) What useSelector does: Reads data from Redux store Subscribes the component to that data Re-renders component when data changes 📌 Think of it as: useState, but for Redux global state How it works internally: Redux store updates useSelector checks if selected data changed If changed → component re-renders ✔ Efficient ✔ Automatic ✔ No manual listeners 4️⃣ Arrow Function (state) => state.authState (state) => state.authState state = entire Redux store You are selecting only the authState slice Equivalent to: const fullStore = state; return fullStore.authState; 5️⃣ JavaScript Destructuring (Very Important) Instead of writing: const authState = useSelector((state) => state.authState); const loading = authState.loading; const error = authState.error; const resetPasswordDone = authState.resetPasswordDone; const { loading, error, resetPasswordDone } = ... ✅ Cleaner ✅ Shorter ✅ Industry standard 6️⃣ What Each Variable Represents 🔄 loading loading === true ➡ API request is in progress Used for: disabled={loading} {loading ? "Updating..." : "Set Password"} ❌ error error === "Token expired" ➡ Backend or network error Used for: toast.error(error); dispatch(clearAuthError()); ✅ resetPasswordDone resetPasswordDone === true ➡ Password reset was successful Used for: navigate("/login"); 🔁 FULL DATA FLOW (Inter User submits form   ↓ dispatch(resetPassword)   ↓ Redux thunk starts   ↓ loading = true   ↓ API call to backend   ↓ SUCCESS   ↓ resetPasswordDone = true   ↓ useSelector detects change   ↓ Component re-renders   ↓ useEffect runs   ↓ Redirect to login

STOP USING NEXT.JS LIKE IT’S 2024. 🛑 I reviewed a Senior Developer's PR this morning. It was full of useMemo, revalidatePath, and manual cache tags. I rejected it immediately. 🚫 Why? Because in 2026, that is legacy code. Next.js 16 didn't just update the version number. It deleted the old mental model. If you are still coding like you did in the "App Router Beta" days, you are fighting the framework, not using it. Here are the 4 habits you need to delete from your brain today: 1. Stop using useMemo and useCallback 🗑️ It’s 2026. We don't manually memoize dependencies anymore. Next.js 16 has the React Compiler enabled by default. Old Way: Wrapper hell to prevent re-renders. New Way: Write plain JavaScript. The compiler figures out the dependencies automatically. 2. Stop guessing about Caching 🎲 Remember the nightmare of "why is this page serving stale data?" The "magic caching" is gone. Old Way: export const revalidate = 60; (and hoping it works). New Way: "use cache". Explicit. Granular. You wrap a function or component in the directive, and you are done. If you don't say cache, it doesn't cache. 3. Stop accessing Headers synchronously ⏱️ This is the one breaking everyone's build. Old Way: const cookie = cookies().get('session') New Way: const cookie = (await cookies()).get('session') The entire request context—headers, cookies, params—is async now to support the new Partial Prerendering (PPR) architecture. If you aren't awaiting your params, your app is crashing. 4. Stop using API Routes for Mutations ⚡ If you are still writing app/api/submit/route.ts to handle a form submission, you are doing it wrong. Old Way: fetch('/api/submit', { method: 'POST' }) New Way: Server Functions. Just export an async function with "use server" and call it directly from your button. It’s type-safe, it’s faster, and it requires zero boilerplate. The Reality Check: The gap between a "Next.js 14 Developer" and a "Next.js 16 Developer" is massive. One is fighting React. The other is letting the Compiler do the work. Stop writing boilerplate. Start shipping. Agree? 👇 What is the hardest habit to break in the new version? Let me know. #NextJS16 #React19 #WebDevelopment #CodingTips #SoftwareEngineering #2026Trends #JavaScript

So you wanna build a data table in React - it's a great idea. RSuite Table is an awesome option, by the way. It's got all the essentials: sorting, filtering, row selection - you name it. To get started, you'll need a few things: Node.js version 14.0 or higher, a package manager like npm or yarn, a React project, and some basic knowledge of React hooks. Oh, and familiarity with JavaScript or TypeScript is a must. It's easy. Just install RSuite using npm or yarn, then import the CSS styles in your main app file. Done. Here's a simple example: You've got your data, and then you've got your table. It's like building with blocks. RSuite Table makes it easy. You import the Table component, define your columns, and voila - you've got a data table. For instance, you can define your data like this: ```javascript const data = [ { id: 1, name: 'John Doe', email: 'john@example.com' }, { id: 2, name: 'Jane Smith', email: 'jane@example.com' } ]; ``` Then, you can use the Table component to render it: ```javascript function DataTable() { return ( <Table data={data}> <Column> <HeaderCell>ID</HeaderCell> <Cell dataKey="id" /> </Column> <Column> <HeaderCell>Name</HeaderCell> <Cell dataKey="name" /> </Column> <Column> <HeaderCell>Email</HeaderCell> <Cell dataKey="email" /> </Column> </Table> ); } ``` And, you can customize it - add sorting, custom cell rendering, conditional styling. It's like playing with Legos. You can add the sortable prop to Column components, use a function as children of Cell component, or use JavaScript to style cells based on data values. Check out the official docs for more advanced features: https://lnkd.in/gHeqpvKD Source: https://lnkd.in/g5vUTJsn #React #DataTable #RSuiteTable #WebDevelopment #Innovation

I've seen 100+ React codebases. The ones that scale? They all share ONE thing in common. Their components are dumb. Beautifully, embarrassingly dumb. Here's what most developers get wrong: They dump everything into one component — fetching, loading states, error handling, business logic, AND the UI. It works on day 1. By month 3, nobody wants to touch it. The fix? Brutal separation of logic and presentation. Here's the pattern that changed how I build: ───────────────────────── ❌ THE MESSY WAY (what 80% of teams ship) function UserProfile({ id }) { const [user, setUser] = useState(null) const [loading, setLoading] = useState(true) const [error, setError] = useState(null) useEffect(() => { fetch(`/api/users/${id}`) .then(res => res.json()) .then(data => { setUser(data); setLoading(false) }) .catch(err => { setError(err); setLoading(false) }) }, [id]) if (loading) return <Spinner /> if (error) return <ErrorBanner /> return <div>...</div> // UI buried under logic } This is a ticking time bomb. Add caching? Retry logic? Stale-while-revalidate? This component explodes. ───────────────────────── ✅ THE CLEAN WAY (production-ready) LAYER 1 → API (pure function, zero React) // api/users.ts export const fetchUser = (id) => fetch(`/api/users/${id}`).then(res => res.json()) LAYER 2 → Custom Hook (logic lives here) // hooks/useUser.ts export function useUser(id) { return useQuery({ queryKey: ['user', id], queryFn: () => fetchUser(id), staleTime: 5 * 60 * 1000, }) } LAYER 3 → Component (pure presentation) // components/UserProfile.tsx export function UserProfile({ id }) { const { data, isLoading, error } = useUser(id) if (isLoading) return <Skeleton /> if (error) return <ErrorBanner /> return <div>{data.name}</div> } ───────────────────────── See what happened? → The component doesn't KNOW how data is fetched → Swap React Query for SWR tomorrow? Zero UI changes → Want to reuse this data on 3 other pages? useUser(id) — done → Testing? Each layer is independently testable This isn't theory. This is how teams at scale actually survive. The rules I live by: 1️⃣ If your component has more than 2 hooks, extract logic into a custom hook 2️⃣ API calls never live inside components 3️⃣ Components should only know about loading, data, and error — nothing else 4️⃣ Custom hooks are your business logic boundary React Query + Custom Hooks isn't just a pattern. It's the difference between code you maintain and code you rewrite. Start separating. Your future self will thank you. #React #ReactQuery #CleanCode #WebDevelopment #Frontend #JavaScript #SoftwareEngineering #TechLeadership #DevOps #CareerGrowth

I just open-sourced Grit Framework. The idea was simple: Laravel has the best developer experience of any framework. Go has the best performance of any backend language. React has the best frontend ecosystem. Why hasn't anyone combined all three? So I built it. Grit is a full-stack framework that fuses Go (Gin + GORM) with Next.js (React + TypeScript) in a monorepo. One command to scaffold. One command to generate full-stack resources. Batteries included. Here's what ships out of the box: → CLI Scaffolder — grit new myapp gives you a complete monorepo: Go API, Next.js frontend, admin panel, shared types, Docker setup. Ready in seconds. → Full-Stack Code Generation — grit generate resource Invoice creates the Go model, CRUD handler, React Query hooks, Zod schema, and admin page. One command. Both sides wired. → Filament-like Admin Panel — Resource-based admin dashboard with data tables, form builders, charts, widgets, and a dark theme that actually looks good. → End-to-End Type Safety — Go struct tags auto-generate TypeScript types and Zod schemas. Change the backend, run grit sync, frontend stays in sync. → Batteries Included — JWT auth with roles, file storage (S3/R2/MinIO), email via Resend, background jobs, cron, Redis caching, and AI integration. All pre-configured. → GORM Studio — A visual database browser embedded at /studio. Browse, edit, and manage your data without leaving the browser. The setup: go install https://lnkd.in/eXQVnEz9 grit new myapp That's it. You're building. I built this because I was tired of spending the first week of every project wiring together 15 different tools. With Grit, you skip straight to building features. Go's speed. React's ecosystem. Laravel's DX. One framework. 📖 Docs: https://lnkd.in/e9gme798 🔗 GitHub: https://lnkd.in/eQBgh6_W Grit is free, open-source, and ready for production. Try it, break it, and tell me what's missing. Atuhaire Collins, Oketa Fred, NGOBI OWEN ALBERT, Ernest Kabahima, Moses Kisakye, Roland Sankara #golang #react #nextjs #opensource #framework #webdevelopment #developer #fullstack #buildinpublic