Forem: Rohit Khokhar

🕯️ The Best AI Website Builders in 2025: Create Beautiful, Smart Websites Instantly

Rohit Khokhar — Wed, 15 Oct 2025 06:53:09 +0000

Below, we explore five of the best AI website builders in 2025, their key features, and which one fits your needs best.

🧠 1. Durable AI Website Builder – Best for Quick Business Sites

Why it stands out: Durable uses AI to generate a complete business website — including text, layout, and images — in less than a minute. Simply describe your business (e.g., “Luxury Candle Store”) and Durable builds everything instantly.

Features:

Instant website generation with one prompt

Built-in CRM and contact management

AI-generated copy and SEO-friendly text

Great for small businesses and solopreneurs

Ideal for: Entrepreneurs and small brands who want to launch fast.

💡 2. 10Web AI Builder – Best for WordPress Lovers

Website: https://shrinkme.click/10webai

Why it stands out: 10Web brings the power of AI to WordPress. It rebuilds any site design using Elementor and provides AI tools for text, SEO, and speed optimization.

Features:

WordPress-based customization

AI text and image generation

Automatic performance and SEO improvements

Google Cloud hosting included

Ideal for: Businesses that want WordPress flexibility with AI convenience.

✨ 3. Wix ADI (Artificial Design Intelligence) – Best for Beginners

Website: https://shrinkme.click/wix

Why it stands out: Wix’s AI builder asks a few simple questions about your brand, then automatically creates a beautiful, functional website — including eCommerce and booking features.

Features:

Drag-and-drop editor for easy customization

AI-generated sections and layouts

Built-in online store and payment gateway

Massive app ecosystem for extra tools

Ideal for: Beginners who want a full-featured, easy-to-edit website.

🛍️ 4. Hostinger AI Website Builder – Best for eCommerce Sites

Website: https://shrinkme.click/hostinger-ai

Why it stands out: Hostinger’s AI builder creates responsive websites optimized for sales and conversions. It includes WhatsApp buttons, cart integration, and product management — perfect for candle and handmade product shops.

Features:

AI-generated website and content

Built-in eCommerce and checkout

Mobile-first design

Affordable hosting plans

Ideal for: Online shops, product-based brands, and handmade sellers.

🎨 5. Framer AI – Best for Modern, Luxury-Style Designs

Website: https://shrinkme.click/framer-ai

Why it stands out: Framer is known for creating visually stunning, modern websites using simple text prompts. Its AI builder focuses on high-end design — ideal for brands that value aesthetics.

Features:

Clean, minimalistic, luxury-style templates

Instant AI-generated content and layout

Great animation and interactivity support

Easy publishing and domain setup

Ideal for: Designers, luxury brands, and creative businesses.

🏁 Final Thoughts

AI website builders are revolutionizing how businesses go online. Whether you need a fast and simple setup (Durable), WordPress control (10Web), or luxury aesthetics (Framer), there’s an AI tool that fits your vision.

OfficeSpace Intranet: A Productivity-Focused Digital Hub

Rohit Khokhar — Fri, 11 Jul 2025 06:33:55 +0000

This is a submission for Frontend Challenge: Office Edition sponsored by Axero, Holistic Webdev: Office Space

Caption: A responsive intranet featuring dark mode, team spotlight, and quick-access widgets

What I Built

OfficeSpace Intranet is a modern employee portal designed to centralize workplace tools with:

✔ Core Features

Personalized greeting with dynamic user data
7 interactive widgets (events, documents, stats, etc.)
Dark/light mode toggle with system preference detection
Mobile-optimized sidebar that transforms into a bottom nav bar

✔ Technical Highlights

Pure CSS theme switching (no JavaScript flicker)
Semantic HTML5 structure for accessibility
CSS Grid/Flexbox hybrid layout
98% Lighthouse accessibility score

✔ Unique Touches

Birthday celebration cards with festive borders
Document-type specific icons (Word, Excel, PPT)
Hover animations that indicate interactivity

Live Demo

Journey

Design Process

User Flow Mapping
- Identified 5 key employee needs (quick access, announcements, colleague info)
- Prioritized "glanceable" information with minimal clicks
Visual Development
- Created a 4-color palette meeting WCAG contrast requirements
- Designed custom card components with consistent shadows

Technical Implementation

Key Challenges Solved:

Responsive Sidebar: Used CSS transforms for mobile view
Data Presentation: Structured placeholder content to mimic real API responses
Performance: Achieved 0.5s load time through optimized assets

Notable Code:

// Theme switcher with localStorage persistence
function toggleTheme() {
  document.body.classList.toggle('dark-mode');
  localStorage.setItem('theme', 
    document.body.classList.contains('dark-mode') ? 'dark' : 'light');
}

Lessons Learned:

CSS variables drastically simplify theme management
Mobile testing revealed needed touch target size adjustments
Progressive enhancement ensures JS-free usability

Accessibility Report

✅ 16px base font size

✅ 4.5:1 minimum contrast ratio

✅ Keyboard-navigable interface

✅ Screen reader-friendly ARIA labels

License: MIT

By submitting, I confirm compliance with all challenge requirements and grant Axero the specified license.

Top 10 AI Tools for Developers (2025) - FREE

Rohit Khokhar — Mon, 05 May 2025 08:36:19 +0000

In 2025, artificial intelligence continues to reshape how software developers work, code, and innovate. From intelligent code generation and bug detection to automated testing and documentation, AI tools are now indispensable in modern development workflows. This guide highlights the top 10 AI tools that are empowering developers to write cleaner, faster, and more secure code. Whether you're a seasoned engineer or a curious beginner, these tools can dramatically boost productivity, reduce errors, and help you stay ahead in the fast-paced world of software development.

Top 10 AI Tools for Developers (2025)

Top 5 NPM Libraries Every Web Developer Should Know

Rohit Khokhar — Tue, 31 Dec 2024 04:29:47 +0000

As a web developer, your choice of tools and libraries can significantly impact your productivity and the quality of your projects. The Node Package Manager (NPM) ecosystem offers a vast array of packages for virtually every aspect of web development. To help you navigate this sea of options, here are the top five NPM libraries that every web developer should know about.

1. React

A Library for Building User Interfaces

React is a powerful JavaScript library developed by Facebook for building interactive user interfaces. It’s known for its component-based architecture and virtual DOM, making it efficient and scalable.

Why Use React?

Component Reusability: Break down your UI into reusable components.
Virtual DOM: Enhances performance by updating only the changed parts of the DOM.
Rich Ecosystem: Supported by libraries like React Router and Redux for state management.

Installation

npm install react react-dom

2. Express

A Fast and Flexible Node.js Web Framework

Express is a minimal and flexible Node.js framework for building web applications and APIs. It’s a great starting point for creating server-side applications.

Why Use Express?

Simplicity: Lightweight and minimal setup.
Middleware Support: Offers a robust set of middleware for handling requests.
Scalability: Works seamlessly with other Node.js packages.

Installation

npm install express

3. Lodash

A Modern JavaScript Utility Library

Lodash simplifies JavaScript programming by providing utility functions for common tasks such as data manipulation, object iteration, and deep cloning.

Why Use Lodash?

Ease of Use: Functions like map, filter, and reduce are intuitive.
Performance: Optimized for speed and reliability.
Cross-Browser Compatibility: Ensures consistent behavior across environments.

Installation

npm install lodash

4. Axios

A Promise-Based HTTP Client

Axios is a popular library for making HTTP requests. It works in both Node.js and the browser, making it ideal for fetching data from APIs.

Why Use Axios?

Ease of Use: Simplifies HTTP requests with a clean and intuitive API.
Error Handling: Automatically handles JSON data and provides better error messages.
Interceptors: Allows for request and response transformations.

Installation

npm install axios

5. Webpack

A Powerful Module Bundler

Webpack is a static module bundler for modern JavaScript applications. It processes and bundles JavaScript files along with assets like CSS, images, and fonts.

Why Use Webpack?

Code Splitting: Break your application into smaller bundles for better performance.
Asset Management: Handles CSS, images, and more seamlessly.
Hot Module Replacement: Allows live reloading during development.

Installation

npm install webpack webpack-cli

Conclusion

These five NPM libraries—React, Express, Lodash, Axios, and Webpack—are essential for web developers. They cover a wide range of needs, from building front-end interfaces to handling server-side logic and managing HTTP requests. Mastering these tools will undoubtedly boost your efficiency and help you build robust web applications.

#CodePenChallenge: Wall of Text

Rohit Khokhar — Fri, 29 Nov 2024 06:21:39 +0000

🌟 My Latest CodePen Challenge Submission! 🌟

Hey everyone! 👋 I’ve just completed a new project for a CodePen challenge, and I’m excited to share it with you all. It’s an interactive and visually engaging "CSS animation demo" that showcases my skills in HTML and CSS only.

🔧 What’s inside:

This week, it's time to let creativity be your guide and make your own piece of text art!

The only rule about your piece of text art is that it has to include text. That text could be anything from a single letter to a lengthy essay. Beyond that, you're free to make all of the design decisions: you pick the typeface, the colors, the sizing, the layout. You're the artist 🧑‍🎨

I’d love for you to check it out and give it a like if you enjoy it! Your support means a lot and helps me keep pushing forward with new challenges. Any feedback or suggestions are welcome too!

Thanks in advance for your support! 🙏

ReactJS vs. Next.js: A Comprehensive Comparison for Modern Web Development

Rohit Khokhar — Mon, 25 Nov 2024 06:42:32 +0000

In the world of web development, choosing the right framework or library can make or break your project. ReactJS and Next.js are two prominent tools developers often consider for building modern, performant web applications. While they share some similarities, they serve distinct purposes. This blog post will delve into their key differences, use cases, and how to decide which one suits your project best.

What is ReactJS?

ReactJS is a JavaScript library developed by Facebook (now Meta) for building user interfaces. It’s known for its component-based architecture and efficient state management. React allows developers to create reusable UI components, making it an excellent choice for building dynamic and interactive front-end applications.

Key Features of ReactJS:

Component-Based Architecture: Encourages modular and reusable code.
Virtual DOM: Enhances performance by efficiently updating and rendering components.
Unidirectional Data Flow: Simplifies data management in complex applications.
Rich Ecosystem: Works well with libraries like Redux, React Router, and more.

What is Next.js?

Next.js, built on top of React, is a full-stack framework developed by Vercel. It simplifies building production-ready web applications by offering features like server-side rendering (SSR), static site generation (SSG), and built-in API routes. Essentially, Next.js extends React’s capabilities to streamline development and improve performance.

Key Features of Next.js:

Hybrid Rendering: Supports SSR, SSG, and client-side rendering (CSR) in a single application.
File-Based Routing: Automatically generates routes based on the file system.
Optimized Performance: Offers image optimization, automatic code splitting, and prefetching.
API Routes: Enables building back-end APIs within the same project.
Built-in TypeScript Support: Simplifies TypeScript integration.

ReactJS vs. Next.js: Side-by-Side Comparison

Aspect	ReactJS	Next.js
Type	Library for building UI	Full-stack framework
Rendering	CSR by default, SSR/SSG via external libraries	Supports CSR, SSR, and SSG out of the box
Routing	Requires libraries like React Router	Built-in file-based routing
Performance	Relies on developer optimizations	Automatic optimizations like image optimization and SSR
Learning Curve	Easier to start for building UI	Steeper due to added features like SSR and routing
Ecosystem	Highly flexible but requires integrating other tools	Includes many features natively
Use Cases	Single-page applications, UI components	SEO-friendly apps, e-commerce, blogs, and dynamic sites

When to Use ReactJS

ReactJS is ideal if:

You Need Maximum Flexibility: React allows you to build a highly customized stack using your choice of libraries for routing, state management, and more.
Your App is CSR-Only: For single-page applications that don’t require SEO or server-side rendering.
You Want a Lightweight Solution: React’s minimalism makes it perfect for smaller or simpler applications.

When to Use Next.js

Next.js is a better choice if:

SEO is Crucial: Its built-in SSR and SSG features help search engines index your content effectively.
You Want Out-of-the-Box Features: Next.js comes with everything you need to start building full-stack applications.
Performance is a Priority: Automatic optimizations like code splitting and image optimization make it suitable for high-performance apps.
You Need Server-Side Logic: With its API routes, you can include server-side functionality without setting up a separate back end.

Can They Work Together?

Yes! Since Next.js is built on React, you can leverage all React features in a Next.js project. This allows you to enjoy the best of both worlds: the flexibility of React and the enhanced capabilities of Next.js.

Conclusion

Both ReactJS and Next.js are powerful tools in modern web development. ReactJS shines as a flexible UI library for building front-end applications, while Next.js serves as a robust framework for creating SEO-friendly, high-performance web applications.

Your choice between the two should depend on the project’s requirements. For dynamic UIs without SEO needs, ReactJS is a great pick. For scalable, production-ready applications with advanced features like SSR and routing, Next.js is the way to go.

Which one do you prefer for your projects? Let us know in the comments!

Unlocking the Power of React 19: A Deep Dive into Its Game-Changing Features

Rohit Khokhar — Thu, 14 Nov 2024 09:19:10 +0000

React 19 is officially released, bringing with it some revolutionary changes. Going beyond incremental updates, the release introduces server-side improvements, new instructions, optimized state management, and tooling for improved UI responsiveness. Let's see why these features make React 19 an essential upgrade for developers who care about performance and scalability.

1. Server Components: Bringing the Server and Client Closer
Why It Matters: Server Components are a radical departure from React, breaking the trend that obliges on-the-client rendering for all portions of a website. This consequently reduces the weight of the API on the client. The efficiency gained will prove an enormous bonus, particularly for compendious applications.

How to Use: Just import normally, except now, Server Components will be the default. Keep in mind that any component needs to run on the client, add the directive "use client" to the top of that component.

Benefits: Better load times, better SEO and cleaner architecture by separating client from server duties.

2. The Magic of New Directives: 'use client' and 'use server'
Purpose: New rules, with Server Components as the default, which make it easier for developers to specify where components shall run. It provides flexibility in the execution of code, unlocking the potential for only the necessary parts to load on the client.

Example:

'use client';

function ClientComponent() {
    return <div>This runs on the client only!</div>;
}

Effect: The separation sets one up for cleaner codes with more optimization, particularly useful for applications using both SSR and client-side interactivity.

3. Improved form handling with new hooks.
The new versions of React 19 enable managers to take on forms in a streamlined manner with the hooks useFormStatus, useActionState, and useOptimistic. These new hooks provide stateful information that can help develop forms and thereby improve user experience while significantly reducing the amount of boilerplate code that developers have to write.

useFormStatus: This hook tracks whether the form submission is pending, successful, or errored.
useActionState: This hook accepts state changes on a per-line basis by maintaining state information concerning pending, error, and action states.
useOptimistic: CA initial UI update before async actions complete. These are best suited for chat apps and task lists.

Example:

function FormStatusButton() {
    const { isPending } = useFormStatus();
    return (
        <button type="submit" disabled={isPending}>
            {isPending ? "Submitting..." : "Submit"}
        </button>
    );
}

Why it Matters: These hooks were built with smoother interactions of forms in mind, which means immediate visual feedback for end-users without having to wait for server responses.

The Concurrent Rendering with Suspense Feature's Highlights React 19's Suspense component loads components as they become available, enabling concurrent rendering. This prevents the "loading state" bottleneck and makes data loading feel seamless.

Example:

<Suspense fallback={<div>Loading...</div>}>
    <Component1 />
    <Component2 />
</Suspense>

Benefits: The user experience is enhanced by a more responsive user interface and faster component rendering, which is especially beneficial for data-intensive applications.

Automated code splitting and lazy loading. Automated code splitting efficiently segments code based on user interactions. When combined with lazy loading, this approach ensures that only essential components are loaded, which improves your application's initial loading speed.

Sample Implementation:

const LazyComponent = React.lazy(() => import('./HeavyComponent'));

function App() {
    return (
        <Suspense fallback={<div>Loading...</div>}>
            <LazyComponent />
        </Suspense>
    );
}

Significance: This method allows users to access content faster while also reducing the initial load size, which is especially useful for single-page applications (SPAs) that require significant resources.

Important Information:
React 19 is an impressive evolution, catering to the growing need for faster, more scalable web applications. With Server Components, new state-management hooks, and automatic code-splitting, React has once again set the standard for efficient, user-focused development.

Thanks a ton for checking out the blog! Don’t forget to share the love and spread the word. Your support means the world to me—let’s keep this vibe going and inspire each other along the way!

20 Open Source Projects for Beginners, Intermediate, and Advanced Developers

Rohit Khokhar — Tue, 12 Nov 2024 08:42:37 +0000

Project Idea	Description	Tech Stack
Personal Document Vault	Securely store personal documents with encryption	React, Node.js, MongoDB, Crypto.js, AWS S3
E-commerce Website	Build a full-stack e-commerce platform with product listings, cart, and checkout	React, Node.js, MongoDB, Express.js, Stripe
Social Media App	Create a social networking platform with features like user profiles, posts, comments, and likes	React, Node.js, MongoDB, Socket.io
Real-time Chat App	Develop a real-time chat application with features like private messaging and group chats	React, Node.js, Socket.io
Blog Platform	Build a blogging platform with post creation, editing, and commenting	React, Node.js, MongoDB, Express.js
Portfolio Website	Showcase your skills and projects with a personal portfolio website	React, Next.js, Gatsby
Cryptocurrency Tracker	Track cryptocurrency prices and market trends in real-time	React, Node.js, API integration (CoinGecko, CoinMarketCap)
Music Streaming App	Create a music streaming service with playlist creation and offline listening	React, Node.js, Express.js, Web Audio API
Fitness Tracker	Develop a fitness app to track workouts, calories, and progress	React Native, Node.js, MongoDB
Weather App	Display real-time weather information for any location	React, OpenWeatherMap API
Expense Tracker	Manage personal finances by tracking income and expenses	React, Node.js, MongoDB
Recipe App	Search and save recipes from a variety of cuisines	React, Node.js, MongoDB, API integration (Edamam)
Game Development	Create simple games using game engines like Unity or Phaser	Unity, Phaser, JavaScript
Machine Learning Project	Build machine learning models for tasks like image classification or sentiment analysis	Python, TensorFlow, PyTorch
Data Visualization	Create interactive data visualizations using libraries like D3.js or Plotly	Python, JavaScript, D3.js, Plotly
Web Scraping Tool	Extract data from websites using libraries like Beautiful Soup or Scrapy	Python, Beautiful Soup, Scrapy
Automation Script	Automate repetitive tasks using Python scripts and libraries like Selenium or Puppeteer	Python, Selenium, Puppeteer
Web Browser Extension	Develop a browser extension to enhance your browsing experience	JavaScript, HTML, CSS
Mobile App Development	Build native or cross-platform mobile apps using frameworks like React Native or Flutter	React Native, Flutter, Swift, Kotlin
IoT Project	Connect physical devices to the internet using IoT platforms like Arduino or Raspberry Pi	Arduino, Raspberry Pi, Node.js

Intermediate Projects:

The Real-Time Chat Application:
- Description: Create a chat application enabling real-time communications, private messaging, and group chats.
- Tech Stack: React, Node.js, and Socket.io.
- Feature Set:
  - Real-time messaging
  - Private and group chats
  - Presence indicators
  - Message history
- Path to Learn: Real-time communication, the technology behind WebSockets, and user interface design.
Blogging Platform:
- Description: Blogging platform where you can create, edit, and comment on a post.
- Tech Stack: React, Node.js, MongoDB, Express.js.
- Features:
  - Creation and editing of posts
  - Commenting and liking
  - User authentication and authorizations
  - Search and category
  - User authentication
- Path to Learn: Content management systems, database design, server-side rendering.

Advanced Projects:

The Personal Portfolio Website:
- Description: Use personal portfolio websites to present your skills, projects, and hobbies.
- Tech Stack: React, Next.js, and Gatsby.
- Feature Set:
  - About page
  - Projects section
  - Blog
  - Contact form
  - Responsive design
- Path to Learn: Front-end frameworks, static site generation, and SEO optimization.
Cryptocurrency Tracker:
- Description: Track Crypto-pricing and market trends in Real-time.
- Tech Stack: React, Node.js, and use of CoinGekos and CoinMarketCap APIs.
- Features:
  - Real-time price notifications
  - Cryptocurrency chart
  - Portfolio manager
  - News feed
- Path to Learn: API integration, Data visualization, and real-time updates.
Music Streaming App:
- Description: Create a music streaming service which allows users to create a playlist and play it offline.
- Tech Stack: React, Node.js, express.js, and Web Audio API.
- Features:
  - Music library
  - Playlist creation and management
  - Offline listening
  - Music player with manageable controls
- Path to Learn: Audio processing, streaming protocols, and UX design.
Fitness Tracker:
- Description: iOS/Android fitness application to track workouts, calories burned, and evaluate progress.
- Tech Stack: React Native on the front end; MongoDB through Node.js on the back end.
- Features:
  - Creation and management of workouts
  - Diary-style logging of workouts and caloric intake
  - Shopping list tracking
  - User’s information such as basal metabolic rate and body mass index
- Learning Curve: The development of mobile apps with dynamic architectures, backend development with cloud integration, and functionality of cross-platform applications.

Advanced:

Web scraping tool:
- Description: Scraping a website to extract content using libraries like Beautiful Soup or Scrapy.
- Tech Stack: Python, Beautiful Soup, Scrapy.
- Features: 1.Web crawling 2.Data extraction 3.Data cleaning and parsing 4.Data storage
- Learning Path: Web scraping skills, Python programming, regular expressions.
Automation script:
- Description: Automate those repetitive tasks with Python scripts and libraries such as Selenium or Puppeteer.
- Tech Stack: Python, Selenium, Puppeteer.
- Features: 1.Browser automation 2.Form filling 3.Scraping data 4.Downloading files
- Learning Path: Web automation frameworks, Python programming, browser automation techniques.
Web browser extension:
- Description: Create a browser extension for an enhanced browsing experience.
- Tech Stack: JavaScript, HTML, CSS.
- Features: 1.Custom operations 2.User interface 3.Integration with browser APIs
- Learning Path: Browser extension development, JavaScript, fundamentals of web development.
Mobile app development:
- Description: Work within native or cross-platform mobile applications using frameworks such as React Native or Flutter.
- Tech Stack: React Native, Flutter, Swift, Kotlin.
- Features: 1.Graphical user interface 2.Logic of the application 3.Data storage 4.API integration
- Learning Path: Mobile app development frameworks, mobile platform-specific development, UI/UX design.
IoT project:
- Description: Connecting the physical devices to the internet using IoT platforms; Arduino, Raspberry Pi.
- Tech Stack: Teaching Arduino, Raspberry Pi, Node.js.
- Features: 1.Sensing data 2.Transmission of data 3.Remote control 4.Automation
- Learning Path: IoT protocols, microcontroller programming, and cloud platforms.

Thanks a ton for checking out the blog! Don’t forget to share the love and spread the word. Your support means the world to me—let’s keep this vibe going and inspire each other along the way!

JavaScript's Top Trends in 2024: What's Shaping Modern Web Development?

Rohit Khokhar — Sat, 26 Oct 2024 06:19:59 +0000

1. Booster Adoption of TypeScript

Overview: TypeScript has certainly established itself as the standard for typing in JavaScript projects, and this trend amplifies its intensity in 2024.

Why It Means: By cranking up early error catching and enhancing code readability, TypeScript allows large-scale projects to scale smoothly and better developer productivity.

Key Example: Frameworks like Angular and Deno are tightly coupled with TypeScript, and libraries like React have TypeScript-first templates. With every release of further advancement of TypeScript, it will get even wider uptake.

2. Maple New ECMAScript Features

Overview: Every year JavaScript evolved through the standard of ECMAScript (ES), with ES2024 introducing great features such as Pattern Matching, improvements to WeakRefs, and the awaited appearance of the Pipeline operator.

Why It Matters: These new language features allow developers to write cleaner, more readable code, encourages functional programming patterns, and improves management of objects in memory.

Key Example: The Pipeline operator allows for more stylistic, visually intuitive chaining of functions, providing clear and readable syntax for the calls to functions particularly advantageous for complex data transformations.

3. Overview of the Growth of Server Components in React:

Overview: React Server Components are becoming more popular because they divide components into client-side and server-side components, improving rendering performance.

Why It Is Important With smoother transitions and quicker page loading, this trend enhances the user experience. Developers can decide when to render a component on the server and when to maintain client-side functionality with Server Components.

Key Example: An important example is the Next.js 13 framework, which supports React Server Components, allowing web apps to be faster and more streamlined by just requiring the necessary JavaScript to be served on the client side.

Thank you for reading!

Top 5 Best Ideas for ReactJS Developers!!

Rohit Khokhar — Tue, 22 Oct 2024 04:04:49 +0000

ReactJS is one of the most popular libraries to create dynamic, interactive user interfaces. A React developer has to maintain their acquaintance with the best practices, tools, or innovative approaches to help them in getting the best out of their applications with high performance and maintenance. Here are the five top lessons every ReactJS developer should adopt to refine their operations, push their app's performance, and stay ahead.

1. Get Completely on Board with React Hooks
Introduced by React 16.8, Hooks have completely modified the way developers handle state and side effects inside functional components. Some of the hooks used are useState, useEffect, useContext, and custom hooks. They let you create cleaner and more modular code potentially, doing away with the need for class components. Here is all the reason that you have to get onboard for sure:

Easier For State Management: Hooks provide a much cleaner approach to handle local component state instead of a class component.
Simple Logic Reusability: You can create custom hooks to encapsulate logic that you can reuse across your components without writing the same code over and over again.
Readability at its Best: After being linked with the modern ES6+ syntax, codes written with hooks always have better readability and become way easier for debugging.
Pro Tip: If you still haven't created custom hooks, try building them for common operations-like getting data from an API or processing form submissions.

2. Use TypeScript with React
TypeScript provides helpful features to make React-applications more type-safe and maintainable, better for many developers. Use TypeScript to:
Catch Errors at Compile Time: Catch the stupid type errors before they become live, and let TypeScript take care of it.
Get Better Tooling: TypeScript works well with modern IDEs and has better autocompletion, documentation, and refactoring support.
Help with Communication: With TypeScript, using typed interfaces, any communication about how to structure and pass props can be more effective when working in teams.
Bonus Tip: Even if you are going to use TypeScript for the first time, start introducing it gradually into your existing React projects, particularly when it comes to props and state definitions in components.

3. Optimize Component Performance with React.memo and useCallback
React apps slow down as their size in terms of apps increases, particularly when components unnecessarily re-render themselves. React distributes various tools such as React.memo and useCallback for rendering optimization purposes:
React.memo: This is a higher-order component that checks props on functional components and prevents them from re-rendering unless and until the props have changed. Any time props are not changed, re-rendering is prevented, and performance increases tremendously.
useCallback: It allows memorizing callbacks in order to prevent the recreation of a function on each render cycle while mainly useful for function passing to props.
Bonus Tip: It is worthy to make a React.memo of components that do not need to re-render often and optimally useCallback to deal with complex prop trees when optimization assignments come into play.

4. Apply Code Splitting and Lazy Loading
This technique will prove to be beneficial regarding optimizing Load Performance while developing large-scale React applications and ensuring the best user experience. In the code splitting method, the initial load times improve by loading only the necessary code when required. These methods include:

Code Splitting: Tools like Webpack or Parcel to split your code into smaller independent bundles that can load.Once again independently.
React.lazy and Suspense: React uses their built-in React.lazy() and Suspense components for lazy loading the components; this can result in an increased amount of loading performance at the beginning.
Pro Tip: Try to lazy-load the routes and components that will not be immediately needed, such as admin panels or seldomly visitedpages.

5. Use ESLint and Prettier for Code Quality
Clean, consistent, and bug-free code will be needed for long-term viability for any React project. They are there to help enforce coding standards and automate your code formatting:

ESLint: It is one of the great tools to catch any syntax error and enforce a consistent style code in your JS codebase.
Prettier: A code formatting tool that works with ESLint, more of an opinionated one but consistent enough in style.
Pro Tip: Make sure to configure your ESLint and Prettier in a way that includes any style guide that your team identifies with, like Airbnb'sReact/JSX Style Guide, to keep a clean and collaborative codebase.

Adopting a Mentality of Continuous Professional Development in Front End Development

Rohit Khokhar — Tue, 15 Oct 2024 03:54:52 +0000

Introduction

Front end development is one of the most challenging areas especially in terms of the technologies used. The only constant in the world of front end development is change. Developments in the industry call for the adoption of new frameworks, tools and best practices, which at times can be exhausting. However, the reason why we acquire new skills is not only to catch up — it is also about better quality of the work, relevance, and enjoyment of what you do.

- Why Anyone Puts the Books Down For Extended Periods Including Frontend Developers

1. The Fast Growth in Technology

Frontend development is a journey that has expanded from developing simple websites that are contained within a few HTML and CSS pages to developing complex applications enhanced by frameworks like React or Angular or Vue. Moreover, new directions are gaining popularity, such as WebAssembly, Web3 and AI-oriented interfaces. Knowing the currently popular technologies helps you cut down on the time spent on developing new applications while delivering highly relevant applications to the users.

2. Remaining Competitive in a Field That Has a Lot of Competitors

The technology field is very demanding especially where there are technologies and knowledge that is being sought after by the hiring managers. Keeping up with the changes and acquiring new tools or knowledge does not only enrich your skills but makes you very marketable for jobs or promotions.

3. Enhancement of Problem Solving Capacity

Updating one’s cognizance brings about better and more advanced problem-solving skills. Every innovation or new device has its difficulties in handling, and the fact that one learns to manipulate it contributes to boosting various situational. Such an manoeuvrability is very important in becoming an all rounded developer.

Where To Go Next?

The Core Web Technologies

Someday someone will starve because they did not recognize the importance of the basics. The main components of the web are represented by: HTML5, CSS3, JavaScript (ES6 and later). It is true frameworks and libraries help, but these languages will make you a complete developer irrespective of how trendy the frameworks may be.

A Popular JavaScript Framework or Library

React, Vue or Angular – pick one! Even though React has dominated the frontend space for quite sometimes, depending on project requirements, Vue’s easy to use interface or Angular’s complete JVM implementation might be desirable. Knowledge of at least one modern JavaScript framework is a matter of requirement for both frontend development and modern web application development.

Why Cascading Style Sheets Preprocessors and Frameworks are Used

Tools such as Sass or frameworks such as TailwindCSS can help shorten the styling process. It has been observed that learning how to work with Tailwind makes you think differently about CSS usage as well as how to put together CSS enabling faster and more consistent design work.

Testing Your Code

Testing is such an area that is not given enough attention yet it is necessary to understand tools like jest, cypress, or even add end to end testing as part of the application delivery process to avoid bugs in the application. It is easier to finish your work without issues if you learn how to write tests for your code.

Version Control and Collaboration Tools

There is no question that one has to learn Git but going the extra mile and knowing how to use Git features such as feature branching, rebasing or even using collaborative platforms such as GitHub Actions will be a plus especially working with bigger teams.

Thank You So Much For Reading The Post!❤️

Top 20 Must-Know Tips for Web Development

Rohit Khokhar — Thu, 18 Jan 2024 05:54:31 +0000

Certainly! Here are 20 must-know tips for web development:

Stay Updated: Web development technologies evolve rapidly. Keep up with the latest trends, tools, and frameworks.
Responsive Design: Ensure your websites are mobile-friendly. Use responsive design techniques to adapt to various screen sizes.
Cross-Browser Compatibility: Test your websites on different browsers to ensure a consistent experience for users.
Page Speed Optimization: Optimize your code, images, and assets to improve page loading times. Consider using content delivery networks (CDNs) for faster delivery.
Security Practices: Implement secure coding practices to protect against common vulnerabilities, such as SQL injection and Cross-Site Scripting (XSS).
Version Control (Git): Use version control systems like Git to track changes in your codebase. GitHub and GitLab are popular platforms for hosting Git repositories.
Learn a Framework: Mastering a web development framework, such as React, Angular, or Vue.js (for front-end) or Django, Flask, or Express.js (for back-end), can greatly boost your productivity.
Build Tools: Familiarize yourself with build tools like Webpack, Gulp, or Grunt. They automate tasks like minification, bundling, and transpiling.
Optimize Images: Compress and optimize images to reduce website load times. Tools like ImageOptim or TinyPNG can help.
Understand HTTP/HTTPS: Know how the Hypertext Transfer Protocol (HTTP) and its secure counterpart (HTTPS) work. Understand status codes, headers, and security considerations.
Database Knowledge: Understand different types of databases (SQL and NoSQL), and choose the right one for your project. Learn how to interact with databases using SQL or an ORM (Object-Relational Mapping) library.
User Experience (UX) Design: Learn the basics of UX design to create websites that are not only functional but also user-friendly.
SEO Best Practices: Implement SEO (Search Engine Optimization) best practices to improve the visibility of your websites in search engine results.
Continuous Learning: Web development is a dynamic field. Embrace a mindset of continuous learning to stay ahead of new technologies and best practices.
Code Documentation: Document your code well. Use comments and documentation tools to make your codebase more understandable and maintainable.
Performance Monitoring: Use tools like Google PageSpeed Insights or Lighthouse to monitor and improve the performance of your websites.
Testing: Practice Test-Driven Development (TDD) and use testing frameworks to ensure the reliability and stability of your code.
User Authentication and Authorization: Implement secure user authentication and authorization mechanisms to protect user data and sensitive information.
Web Accessibility (WCAG): Design your websites to be accessible to people with disabilities. Follow Web Content Accessibility Guidelines (WCAG) to create inclusive web experiences.
Collaborate and Network: Engage with the web development community. Attend meetups, join forums, and participate in open-source projects to learn from others and share your knowledge.

These tips cover a broad range of topics and can help you build robust, scalable, and user-friendly web applications.