Luke Brandon Farrell’s Post

⚡️React Native 0.82.1 — Better or Still a Bug Trap? 🤔 Last week, I tried to start a new React Native project… and it turned into an unexpected debugging journey. In my previous project (GoStock), I worked with React Native 0.82.0 and quickly ran into major issues — from SQLite not working properly to chart libraries breaking and other hidden module conflicts. To get the project running smoothly, I rolled back to 0.81.0, which was way more stable. Everything worked fine, and I wrapped up successfully. Now fast-forward to today — I tried creating a new project again using 0.81.0, but React Native had other plans. Installation failed because the newer 0.82.1 version introduced a new template.config.js that blocks the old template setup. So I did a bit of digging… and found that 0.82.1 was released mainly to fix the exact bugs that made 0.82.0 unstable. 💡 My takeaway: Every minor version isn’t just “a small update.” Sometimes, it’s a massive under-the-hood change that can make or break your workflow. Always read the release notes before upgrading or downgrading. Now I’m curious 👇 👉 Have you tried React Native 0.82.1 yet? Did it actually fix the SQLite and charts issues for you, or are the bugs still hanging around? Drop your experience in the comments — let’s help each other navigate this update smarter. #ReactNative #ReactNativeUpdate #MobileDevelopment #JavaScript #DevCommunity #SoftwareEngineering #BugFixes #DeveloperExperience #ReactJS #CodingJourney #OpenSource #MobileAppDevelopment #ReactNativeCli

🚨 99% of React devs STILL get this toggle wrong! now this is really important to understand as a React developer Imagine you’re flipping a boolean like this: setIsEditing(!isEditing); setIsEditing(!isEditing); You’d think: 1️⃣ First update → true 2️⃣ Second update → false …but nope Because React batches state updates (and they’re async), both lines read the same stale value, so you end up with: setIsEditing(!isEditing); // ✅ true setIsEditing(!isEditing); // 😬 still true 😬 Not what you expected! ✅ The correct solution? Always use the functional update form when your next state depends on the current state: setIsEditing(prev => !prev); setIsEditing(prev => !prev); Now React uses the fresh value every time: // true // false ✅ React is smart but only if you let it be. When your update relies on previous state → use a function. Simple rule. Saves you from subtle bugs. Follow for more React fixes that make you look like a senior dev. 🚀

🚀 Debugging — The Hidden Superpower of Every Developer! 1. Writing code is easy. 2. Making it work correctly — that’s where debugging comes in. 💡 Debugging isn’t just about fixing errors — it’s about understanding your code better. It helps you see how data flows, what breaks where, and why. Whether you’re a beginner or an experienced developer, mastering debugging makes you 10x faster and more confident. Here’s how I usually debug my projects 👇 🧩 Frontend Debugging (React / Next.js) : 1. Use Chrome DevTools (Ctrl + Shift + I / Cmd + Option + I) 2. Check Console for runtime errors and warnings. 3. Use Network tab to inspect API calls and responses. 4. Add breakpoints in the Sources tab to pause execution and inspect variables. Use React Developer Tools extension to explore component state and props easily. ⚙️ Backend Debugging (Node.js / Express) 1. Run your Node app with: node --inspect app.js (or) nodemon --inspect app.js 2. Then open Chrome and go to 👉 chrome://inspect 3. Click on “Open dedicated DevTools for Node” You can now set breakpoints, step through code, and watch variables — just like frontend debugging! 💭 Pro Tip: Don’t rely only on console.log(). Real debugging tools give you control to pause, inspect, and truly understand what’s happening behind the scenes. 🔥 Debugging isn’t a chore — it’s a skill that separates good developers from great ones. What’s your go-to debugging trick? Share below 👇 #Debugging #WebDevelopment #NodeJS #ReactJS #MERN #Developers #Learning

⚡ “Your code doesn’t have to be perfect — it just has to be clear.” When I started learning React, I spent hours rewriting the same function — chasing perfection. No console warnings. No messy code. Just… flawless. But here’s what I learned ⬇️ 👉 Readable code beats perfect code. 👉 Progress beats perfection. 👉 Working projects > 100 tutorials. You don’t become a better developer by writing flawless code. You grow by writing, breaking, fixing, and improving code that works. Even senior developers push code that isn’t perfect — but it’s clean, functional, and maintainable. So next time your app doesn’t look “portfolio-ready,” remember: Every bug you fix, every refactor you make — is a step closer to mastery. 💪 #reactjs #frontenddeveloper #webdevelopment #javascript #learningtocode #buildinpublic

This article provides a comprehensive introduction to React, covering essential concepts like JSX, hooks, and rendering. I found it interesting that the author emphasizes the flexibility React offers for both small components and large applications, making it a powerful choice for developers. What aspects of React do you find most beneficial in your projects?

🚀 Why ESLint is a Front-End Developer’s Best Friend As front-end developers, especially when working with React, maintaining clean, readable, and error-free code is crucial. This is where ESLint comes in. What is ESLint? ESLint is a static code analysis tool that helps identify problematic patterns in JavaScript (and TypeScript) code. Think of it as a “code quality guardian” for your projects. Key Benefits for React Developers: Catch Bugs Early: ESLint can detect syntax errors, undefined variables, or even incorrect JSX usage before they break your app. Enforce Coding Standards: Team consistency is easy with rules for indentation, semicolons, quotes, and more. Integrates with Prettier: Combine ESLint with Prettier for automatic code formatting and linting in one workflow. Customizable Rules: Configure ESLint to match your project’s needs or adopt widely-used style guides like Airbnb or Google. Supports Modern JS & React: ESLint understands JSX, hooks rules, and modern JavaScript features. Why it matters in React: React apps grow fast. Without a linter, inconsistencies and small mistakes can snowball into harder-to-maintain code. ESLint ensures your team writes reliable, consistent, and bug-free components from day one. 🔧 Pro Tip: Integrate ESLint with your IDE (like VS Code) and your CI/CD pipeline. That way, errors are caught before they ever reach production.

🚀 Just built a clean & minimal Task Manager App using Node.js, Express, and Tailwind CSS! After hours of coding, debugging, and tweaking UI — my new side project is finally live 🎯 💡 Features: ✅ Add, read, and rename tasks — stored as .txt files ✅ Built with Node.js, Express, and EJS ✅ Styled with Tailwind CSS for a sleek dark UI ✅ Lightweight and fast It’s a simple project, but it taught me: how backend and frontend connect through Express routes how file handling works using Node’s fs module how a little design effort can make a big impact 🌈 🔗 GitHub Repo: https://lnkd.in/eH4XNBxE 🖥️ Try it locally → http://localhost:3000 ❤️ If you’re learning full-stack development: 👉 Save this post — perfect beginner project to understand the flow between backend, frontend, and templates. #NodeJS #ExpressJS #FullStackDeveloper #WebDevelopment #TailwindCSS #EJS #JavaScript #CodingJourney #LearnToCode #DeveloperCommunity #100DaysOfCode #OpenSource #SoftwareDevelopment

🎯 Front-End Developers: Write Code That Ages Well! Whether you’re working with Angular, React, or plain JavaScript, one thing separates good developers from great developers — writing clean, maintainable, and scalable code. After debugging messy projects, here are some best practices I’ve learned to never skip: ✅ Component Reusability: Break your UI into meaningful, reusable components. The less you repeat, the fewer bugs you introduce. ✅ Consistent Naming: Name variables, functions, and components clearly. Future you — or your teammate — will thank you. ✅ Keep Logic Out of Templates: Templates and JSX should focus on structure, not logic. Move business logic to controllers, services, or hooks. ✅ State Management Matters: Don’t let your app turn into spaghetti. Use proper state management solutions like NgRx, Redux, or Signals. ✅ Testing is a Superpower: Unit and integration tests save hours of debugging and prevent regressions. ✅ Comment Wisely: Use comments to explain why, not what. Clean code should explain itself. ✅ Follow DRY + Use Linters: “Don’t Repeat Yourself” isn’t just a rule — it’s a discipline. Let tools like ESLint or Prettier enforce code quality. Clean front-end code doesn’t just look good — it makes your app faster, easier to maintain, and scalable for real-world growth. 👉 Front-end devs, what’s the one clean code habit you’ll never compromise on? #FrontendDevelopment #Angular #ReactJS #JavaScript #CleanCode #DeveloperCommunity #WebDevelopment #CodeQuality #DeveloperLife

🚀 Day 28 – Understanding Sync vs Async in Node.js 🚀 Today was all about clearing one of the biggest concepts in JavaScript and Node.js — Synchronous vs Asynchronous Programming. And wow, this one really explains why Node.js is so fast and efficient ⚡ --- 🔹 What I Learned ✔ Synchronous (Sync) Code runs line by line, one after another. A slow operation will block everything behind it. Good for simple tasks, bad for heavy I/O or waiting processes. ✔ Asynchronous (Async) Tasks don’t wait for each other. Long operations run in the background. Node.js continues executing the next lines. Perfect for networking, file handling, DB queries, APIs, etc. --- 🔹 Why Async Matters in Node.js Node.js is built around non-blocking I/O, meaning it can handle thousands of requests without freezing. Async code makes apps: Faster ⚡ More scalable 📈 More efficient 💡 --- 🔹 Concepts I Explored Event loop Callbacks Promises async/await Non-blocking APIs in Node.js How sync code blocks the thread and async code frees it --- 🔹 Reflection Finally understood why JavaScript behaves the way it does. Async isn’t just a feature — it’s a mindset. Once you “get it,” writing backend code becomes a lot smoother and smarter. --- #NodeJS #AsyncProgramming #JavaScript #BackendDevelopment #CodingJourney #100DaysOfCode #WebDevelopment #DeveloperLife #EventLoop #Promises #AsyncAwait

Mastering Custom Hooks in React: A Developer's Guide React hooks revolutionized how we write components. But the true power of this system unfolds when you move beyond the built-in hooks and start creating your own. Custom hooks are the most important pattern for sharing stateful logic between components, and mastering them is a key step in becoming a proficient React developer. This guide covers how to build them, when they are necessary, and—just as importantly—when to avoid them, with advanced tips integrated throughout. A custom hook is simply a JavaScript function whose name starts with use and that calls other hooks. That's it. It's a convention that allows you to extract component logic into a reusable function. Let's start by identifying a piece of logic we might want to reuse. A common scenario is managing a boolean toggle state. Before (In a Component): function MyComponent() { const [isOpen, setIsOpen] = useState(false); const toggle = () => setIsOpen(!isOpen); return ( <div> <button onClick={toggle}>{isOpen https://lnkd.in/dVjM6Yvj