Weather Web App with Real-Time Updates

🚀 Built a To-Do List Web App using HTML, CSS & JavaScript I recently developed a simple and interactive To-Do List application as part of strengthening my frontend fundamentals. 🔹 Key Features: - Add tasks dynamically - Delete tasks with confirmation - Mark tasks as completed (single click) - Undo completion (double click) - Input validation to prevent empty tasks 💡 What I Learned: - DOM manipulation (creating and updating elements dynamically) - Event handling (click, double click, button actions) - Managing UI and user interactions effectively - Writing clean and structured JavaScript logic This project helped me understand how real-time user interactions work in web applications without using any frameworks. Looking forward to enhancing this project further by adding features like data persistence and backend integration. #JavaScript #WebDevelopment #FrontendDevelopment #LearningByDoing #Projects

Built a Dynamic Weather App using HTML, CSS & JavaScript : Excited to share my latest project where I built a Weather Updates Web App that provides real-time weather information with a clean and interactive UI. Key Features: 🌍Search weather by city name 🌡️ Displays temperature (in °C), humidity, and wind speed 🌤️ Dynamic Day/Night detection using API (sunrise & sunset) 🌞🌙 Automatically changes icon (sun/moon) based on time 🎨 Background theme changes for night mode ⚡ Data fetched using OpenWeatherMap API 💡 Clean UI with proper alignment and responsive layout Tech Stack: * HTML * CSS (Flexbox for layout & styling) * JavaScript (DOM manipulation + API integration) This project helped me strengthen my understanding of Working with 1. APIs 2. Asynchronous JavaScript (async/await) 3. Dynamic UI updates 4. Real-world problem solving Still improving it by adding more features like weather-based animations and better UI enhancements! Would love to hear your feedback and suggestions 😊 #JavaScript #WebDevelopment #Frontend #API #Projects #Learning #UIUX #WeatherApp

Built a Weather Web App using React! Excited to share one of my recent projects — a Weather Forecast Web Application built with React and the OpenWeather API Tech Stack: React.js JavaScript (ES6+) OpenWeather API Material UI CSS / Responsive Design Key Features: Real-time weather data by city search Displays temperature, humidity, and weather conditions Dynamic updates using API integration What I Learned: Building reusable components in React Managing state and handling API calls (fetch / async-await) Understanding component lifecycle and data flow This project gave me hands-on experience in integrating APIs with React and building real-world applications. I’m continuously learning and working on new projects to improve my skills. Deployed link: https://lnkd.in/gcXAWGwy #ReactJS #WebDevelopment #JavaScript #API #FrontendDeveloper #OpenWeather #Projects #Learning #materilaUI

Weather Web Application | Web Development Project I recently built a responsive Weather Web App that provides real-time weather updates along with a 5-day forecast. 🔧 Tech Stack: HTML | CSS | JavaScript | OpenWeather API | Netlify | GitHub ✨ Key Features: • Real-time weather data using OpenWeather API • 5-day weather forecast • Dynamic and responsive UI • Dark mode support • Fully deployed and live 💡 This project helped me strengthen my understanding of API integration, responsive design, and creating interactive user interfaces using JavaScript. 🔗 Live Demo: https://lnkd.in/deTXqGMi 🔗 GitHub Repo: https://lnkd.in/dXSSyRKi I’m excited to keep building and improving my skills through more such projects. Feedback is always welcome! 😊 #WebDevelopment #JavaScript #API #FrontendDevelopment #Projects #LearningByDoing #Coding

🚀 Understanding Conditional Rendering in React — Simplified! In real-world apps, UI is rarely static. 👉 Show loading 👉 Hide elements 👉 Display data conditionally That’s where Conditional Rendering comes in. 💡 What is Conditional Rendering? It allows you to render UI based on conditions. 👉 Just like JavaScript conditions—but inside JSX ⚙️ Common Ways to Do It 🔹 1. if/else (outside JSX) if (isLoggedIn) { return <Dashboard />; } else { return <Login />; } 🔹 2. Ternary Operator return isLoggedIn ? <Dashboard /> : <Login />; 🔹 3. Logical AND (&&) {isLoggedIn && <Dashboard />} 👉 Renders only if condition is true 🔹 4. Multiple Conditions {status === "loading" && <Loader />} {status === "error" && <Error />} {status === "success" && <Data />} 🧠 Real-world use cases ✔ Authentication (Login / Dashboard) ✔ Loading states ✔ Error handling ✔ Feature toggles ✔ Dynamic UI 🔥 Best Practices (Most developers miss this!) ✅ Use ternary for simple conditions ✅ Use && for single-condition rendering ✅ Keep JSX clean and readable ❌ Avoid deeply nested ternaries ❌ Don’t mix too many conditions in one place ⚠️ Common Mistake // ❌ Hard to read return isLoggedIn ? isAdmin ? <AdminPanel /> : <UserPanel /> : <Login />; 👉 Extract logic instead 💬 Pro Insight Conditional rendering is not just about showing UI— 👉 It’s about controlling user experience dynamically 📌 Save this post & follow for more deep frontend insights! 📅 Day 10/100 #ReactJS #FrontendDevelopment #JavaScript #WebDevelopment #ReactHooks #SoftwareEngineering #100DaysOfCode 🚀

🚀 Excited to share my Advanced To-Do List App built using React & Tailwind CSS! This project focuses on building a clean, responsive, and feature-rich task management system with real-world functionality. ✨ Key Features: •Add, edit, delete tasks •Mark tasks as completed ✅ •Set deadlines (date & time) 📅 •Automatic status detection (Pending / Completed / Overdue) •Search tasks 🔍 •Filter tasks (All / Completed / Active) •Priority levels (Low / Medium / High) •Category tagging (Work / Personal / Study) 📱 Responsive Design: Mobile → Card-based UI Tablet/Desktop → Structured table layout 🛠 Tech Stack: React.js • Tailwind CSS • UUID • JavaScript 💡 What I learned: Managing complex state using React Hooks Building reusable components Implementing filtering & search logic Handling dynamic UI based on user input Designing responsive layouts for multiple devices ⚠️ Current limitations: No backend (data resets on refresh) No authentication system 🚀 Next improvements: Add localStorage / database Implement authentication Add sorting & notifications 🔗 Live Demo: https://lnkd.in/gjpzDMup 💻 GitHub: https://lnkd.in/gJ_taKwN Would love to hear your feedback! #ReactJS #TailwindCSS #FrontendDevelopment #WebDevelopment #JavaScript #Projects #LearningByBuilding

Web development - Prayer and weather app Currently building a Weather + Prayer Times app using vanilla HTML, CSS, and JavaScript. The app shows real-time weather data alongside daily prayer times for your location — all in a clean dark-themed UI. Today I finished the HTML structure and started laying out the CSS design system: color variables, card layouts, and colored stat borders for wind, UV index, and sunrise. One thing worth talking about: the difference between IDs and classes in HTML, and why it matters once JavaScript enters the picture. In this project, every element that JavaScript needs to read or update has an ID. The temperature display, prayer times, city name, next prayer countdown — all have unique IDs like #temperature, #time-fajr, #next-prayer-time. That is because JavaScript uses getElementById() or querySelector('#id') to target a specific element and update its content dynamically when real API data loads. Classes, on the other hand, are for CSS. Elements like .prayer-row, .stat-card, and .weather-card share styling rules. Multiple elements get the same class because they look the same — but they are not individually targeted by JS. The rule I follow: if JavaScript needs to touch it, give it an ID. If CSS needs to style a group of similar elements, give them a class. This separation keeps the code clean. Your styles do not break when JS updates content, and your JS selectors stay predictable. Small discipline, big payoff as the project grows. GitHub: https://lnkd.in/dBKXxsCU #JavaScript #HTML #CSS #WebDevelopment #FrontendDevelopment #100DaysOfCode #LearnToCode #WebDesign #Programming #Portfolio

Staying organized sounds simple—until tasks start piling up. I built this To-Do List Web App to explore how everyday productivity tools can be implemented using core web technologies. The application allows users to: • Add and delete tasks • Mark tasks as completed • See updates instantly without page reload ⚙️ Built using: • HTML • CSS • JavaScript (DOM manipulation & event handling) What made this project interesting was working with real-time DOM updates and ensuring a smooth user experience without relying on any frameworks. Handling dynamic UI updates while keeping the interface responsive and consistent was a key challenge. 🎯 The goal wasn’t just to build a task manager, but to create something simple, fast, and intuitive to use. 🔗 Try it here: https://lnkd.in/g96bhxem This project reflects my focus on building strong fundamentals and translating them into practical, user-focused applications. #WebDevelopment #JavaScript #FrontendDevelopment #Projects #Learning

**Next.js 15 Server Components — the end of client-side rendering?** Not quite. But it *does* feel like a major shift in how we build for the web. For years, frontend development leaned heavily on client-side rendering: - ship more JavaScript - fetch data in the browser - hydrate everything - hope performance holds up With **Server Components in Next.js 15**, the default mindset is changing: ✅ Fetch data on the server ✅ Keep sensitive logic off the client ✅ Send less JavaScript to the browser ✅ Improve performance and initial load times That’s a big deal. But let’s be clear: **client-side rendering isn’t dead**. We still need client components for: - interactivity - local state - animations - browser-only APIs - rich UI experiences What’s really happening is this: **We’re getting better boundaries.** Instead of treating the entire app like it needs to run in the browser, we can now choose: - **Server Components** for data-heavy, static, and secure parts - **Client Components** for interactive UX That means better performance *and* cleaner architecture. The real question isn’t **“Is this the end of client-side rendering?”** It’s: **“Why were we rendering so much on the client in the first place?”** Next.js 15 doesn’t kill CSR. It makes it **intentional**. And that’s probably the bigger evolution. #nextjs #react #webdevelopment #javascript #frontend #performance #servercomponents #fullstack #WebDevelopment #TypeScript #Frontend #JavaScript