DEV Community: Sarthak Niranjan

No More BORING Forms: react-hook-form for Beginners

Sarthak Niranjan — Sat, 22 Mar 2025 09:50:17 +0000

If you're looking to master react-hook-form for beginners, you're in the right place. In this blog, we’ll walk through a hands-on react-hook-form tutorial, explore how to use it for seamless form handling and validation, and compare it briefly with Formik. You’ll also see real-world react-hook-form examples to get you started quickly.

🧩 What is React-Hook-Form?

If you're diving into react-hook-form for beginners, it's important to understand what makes this library so popular. React Hook Form is a lightweight, performance-focused library designed to make form validation and handling easy and intuitive in React applications.

Instead of relying on bulky form libraries that add extra complexity, react-hook-form leverages React hooks to manage form state, validation, and submission in a minimal and efficient way.

🤖 What Does React Hook Form Help With?

⚙️ Handling form inputs in React with less boilerplate code
🧠 Managing form state with ease using hooks
✅ Simplifying form validation with built-in and custom rules
🚀 Reducing re-renders for improved performance
♿ Enhancing accessibility out-of-the-box

✨ Key Features of React Hook Form

Here’s why developers—especially those exploring react-hook-form for beginners—choose this library:

💻 DX (Developer Experience): Intuitive, feature-complete API that provides a seamless form-building experience.
🌐 HTML Standard: Leverages existing HTML markup and allows validation using a constraint-based validation API.
⚖️ Super Light: React Hook Form is a tiny library with zero dependencies, keeping your bundle size small.
⚡ Performance: Minimizes re-renders, reduces validation computation, and speeds up form mounting for a snappier UI.
📦 Adoptable: Since form state is inherently local, it can be easily integrated without requiring extra dependencies.
🎯 Built-in Validation: Supports both custom and schema-based validation with Yup and Zod.
🛡️ TypeScript Support: Ensures type safety and a smoother development experience.
🎨 UX-Focused: Designed to provide a consistent validation strategy for a better user experience.
🧪 DevTools Support: Comes with React Hook Form DevTools for easy debugging and state visualization.

🚀 Getting Started with React Hook Form

In this section, we’ll walk through installing and using react-hook-form for beginners, covering everything from basic setup to validation and integrating with UI libraries.

🛠️ Installation

Installing React Hook Form is quick and simple. You only need one command:

npm install react-hook-form

Or, if you use Yarn:

yarn add react-hook-form

Once installed, you're ready to start building forms with minimal code.

📝 Creating Your First Form

To start using react-hook-form for beginners, let's set up a simple form with a text input and a submit button.

📌 Basic Form Example:

    import { useForm } from "react-hook-form";

    export default function App() {
      const { register, handleSubmit, watch, formState: { errors } } = useForm();
      const onSubmit = (data) => console.log(data);

      console.log(watch("username")); // Watch input value in real-time

      return (
        <form onSubmit={handleSubmit(onSubmit)}>
          <input {...register("username")} placeholder="Enter your name" />
          <button type="submit">Submit</button>
        </form>
      );
    }

🔥 What’s Happening Here?

useForm() initializes the form.
register("username") links the input field to React Hook Form.
handleSubmit(onSubmit) ensures form validation before submission.
watch("username") lets us monitor input changes in real-time.

✅ Adding Validation

One of the biggest advantages of React Hook Form is its built-in validation support. You can easily enforce validation rules like required, minLength, pattern, and more.

📌 Adding Validation Rules:

    import { useForm } from "react-hook-form";


    export default function App() {
      const { register, handleSubmit, formState: { errors } } = useForm();
      const onSubmit = (data) => console.log(data);


      return (
        <form onSubmit={handleSubmit(onSubmit)}>
          <input {...register("email", { required: "Email is required" })} placeholder="Enter your email" />
          {errors.email && <p>{errors.email.message}</p>}


          <input {...register("password", { required: true, minLength: 6 })} placeholder="Enter password" />
          {errors.password && <p>Password must be at least 6 characters long</p>}


          <button type="submit">Submit</button>
        </form>
      );
    }

🔥 What’s Happening Here?

required: "Email is required" displays a custom error message.
minLength: 6 ensures the password has at least 6 characters.
{errors.email.message} dynamically displays validation errors.

🎨 Integrating with UI Libraries

You can easily integrate React Hook Form with component libraries like Material UI, Ant Design, or Chakra UI. If the component doesn’t support ref, use the Controller component.

📌 Material UI Example:

    import { useForm, Controller } from "react-hook-form";
    import TextField from "@mui/material/TextField";


    export default function App() {
      const { control, handleSubmit } = useForm();
      const onSubmit = (data) => console.log(data);


      return (
        <form onSubmit={handleSubmit(onSubmit)}>
          <Controller
            name="fullName"
            control={control}
            defaultValue=""
            render={({ field }) => <TextField {...field} label="Full Name" />}
          />
          <button type="submit">Submit</button>
        </form>
      );
    }

🔥 What’s Happening Here?

Controller wraps non-native inputs like Material UI’s TextField.
control is used to manage controlled inputs.

📌 Chakra UI Example:

    import { useForm, Controller } from "react-hook-form";
    import { Input, Button, FormControl, FormLabel, FormErrorMessage } from "@chakra-ui/react";


    export default function App() {
      const { control, handleSubmit, register, formState: { errors } } = useForm();
      const onSubmit = (data) => console.log(data);


      return (
        <form onSubmit={handleSubmit(onSubmit)}>
          <FormControl isInvalid={errors.username}>
            <FormLabel htmlFor="username">Username</FormLabel>
            <Input id="username" {...register("username", { required: "Username is required" })} />
            <FormErrorMessage>{errors.username && errors.username.message}</FormErrorMessage>
          </FormControl>


          <FormControl>
            <FormLabel htmlFor="email">Email</FormLabel>
            <Controller
              name="email"
              control={control}
              defaultValue=""
              render={({ field }) => <Input id="email" {...field} placeholder="Enter your email" />}
            />
          </FormControl>


          <Button mt={4} colorScheme="blue" type="submit">
            Submit
          </Button>
        </form>
      );
    }

🔥 What’s Happening Here?

FormControl and FormErrorMessage manage validation messages.
register("username", { required: "Username is required" }) ensures validation.
Controller handles non-native Chakra UI inputs like Input.

🔄 Handling Errors Gracefully

React Hook Form provides an errors object to manage validation errors dynamically.

📌 Error Handling Example:

    import { useForm } from "react-hook-form";


    export default function App() {
      const { register, handleSubmit, formState: { errors } } = useForm();
      const onSubmit = (data) => console.log(data);


      return (
        <form onSubmit={handleSubmit(onSubmit)}>
          <input {...register("username", { required: "Username is required" })} />
          {errors.username && <p>{errors.username.message}</p>}


          <button type="submit">Submit</button>
        </form>
      );
    }

🔥 What’s Happening Here?

{errors.username.message} dynamically displays validation messages.
The form won’t submit until errors are resolved.

📜 Schema-Based Validation with Yup

For advanced validation, React Hook Form supports schema-based validation using Yup.

📌 Install Yup:

npm install @hookform/resolvers yup

📌 Using Yup for Validation:

   import { useForm } from "react-hook-form";
    import { yupResolver } from "@hookform/resolvers/yup";
    import * as yup from "yup";


    const schema = yup.object({
      name: yup.string().required(),
      age: yup.number().positive().integer().required(),
    }).required();


    export default function App() {
      const { register, handleSubmit, formState: { errors } } = useForm({
        resolver: yupResolver(schema)
      });
      const onSubmit = (data) => console.log(data);


      return (
        <form onSubmit={handleSubmit(onSubmit)}>
          <input {...register("name")} placeholder="Name" />
          <p>{errors.name?.message}</p>


          <input {...register("age")} type="number" placeholder="Age" />
          <p>{errors.age?.message}</p>


          <button type="submit">Submit</button>
        </form>
      );
    }

🔥 What’s Happening Here?

Yup schema defines validation rules for name and age.
yupResolver(schema) integrates Yup with React Hook Form.
{errors.name?.message} dynamically displays validation errors.

🏗️ Integrating with Global State (Redux)

React Hook Form can easily integrate with global state management like Redux.

📌 Redux Integration Example:

    import { useForm } from "react-hook-form";
    import { connect } from "react-redux";
    import { updateUserData } from "./actions";


    function App({ updateUserData }) {
      const { register, handleSubmit } = useForm();
      const onSubmit = (data) => updateUserData(data);


      return (
        <form onSubmit={handleSubmit(onSubmit)}>
          <input {...register("name")} placeholder="Name" />
          <input type="submit" />
        </form>
      );
    }


    export default connect(null, { updateUserData })(App);

🔥 What’s Happening Here?

handleSubmit(onSubmit) dispatches form data to Redux.
connect(null, { updateUserData }) links the form to Redux actions.

By now, you've learned how to:

✅ Install and set up React Hook Form
✅ Create a basic form with validation
✅ Handle errors dynamically
✅ Use schema validation with Yup
✅ Integrate with UI libraries and global state

📌 React Hook Form API Overview

React Hook Form provides a set of powerful hooks to manage form state, validation, and performance. Below is a quick look at its core APIs that help streamline form handling in React applications.

⚡ Key API Hooks in React Hook Form

🔹 `useForm()`

The backbone of React Hook Form, this hook provides all the essential methods to manage form validation, submission, and state handling with minimal re-renders.

🔹 `useController()`

For controlled components, this hook helps interface with useForm methods while isolating re-renders, making it ideal for handling third-party UI libraries like Material UI and Chakra UI.

🔹 `useFormContext()`

This hook allows access to form methods from deeply nested components. It’s especially useful for larger forms that need shared form state across multiple components.

🔹 `useWatch()`

This hook enables real-time form input tracking without triggering a re-render for the entire form. It’s useful when you need to respond dynamically to input changes.

🔹 `useFormState()`

Use this hook to subscribe to form state changes at a granular level, helping optimize performance by reducing unnecessary re-renders.

🔹 `useFieldArray()`

Designed for dynamic form fields, this hook enables operations like adding, removing, and shuffling fields—perfect for handling complex data entry scenarios like CRUD operations.

❓ Frequently Asked Questions (FAQ)

Here are answers to some of the most common questions about using React Hook Form effectively.

🔹 How does React Hook Form improve performance?

React Hook Form is designed for minimal re-renders by relying on uncontrolled components. The register function attaches ref to inputs, which prevents unnecessary re-renders when typing. For controlled components, you can use Controller or useController to isolate re-rendering.

🔹 How do I create accessible input errors and messages?

Since React Hook Form is based on uncontrolled components, it allows easy integration with accessible form validation. You can use aria-invalid attributes and error messages to enhance accessibility.

🔹 Does React Hook Form work with class components?

No, React Hook Form does not work with class components out of the box because it relies on React Hooks. However, you can create a wrapper component and use it inside class-based components.

🔹 How do I reset a form in React Hook Form?

There are two ways to reset a form:

HTML reset() method – Clears form values but does not reset validation errors.
React Hook Form's reset() method – Resets all field values and clears errors.

🔹 How do I set default values in a form?

You can set default values using:

defaultValues inside useForm() for setting form-wide defaults.
defaultValue or defaultChecked directly on inputs for individual fields.

For async default values, use defaultValues as an async function to fetch data before setting defaults.

🔹 How can I use ref for both React Hook Form and other purposes (like scrolling)?

React Hook Form requires a ref to collect input values. If you need to use ref for other tasks (e.g., scrolling), you can split the ref and assign it to both.

🔹 What if I don’t have access to ref?

If a component doesn’t support ref, you can manually manage form values using setValue, setError, and trigger methods. However, you’ll need to manually update the field values and validation states.

🔹 Why doesn’t the first keystroke work in my form?

Make sure you're using defaultValue instead of value. React Hook Form focuses on uncontrolled inputs, so you don’t need to manage the value state manually.

🔹 React Hook Form vs. Formik vs. Redux Form – Which one should I use?

All three libraries help with form handling, but they differ in performance and implementation:

🎯 Conclusion

In this guide, we explored react-hook-form for beginners, covering installation, form handling, validation, UI library integration, API overview, and common FAQs. You should now have a strong grasp of how to use React Hook Form effectively in your projects.

With its minimal re-renders, built-in validation, and seamless UI library integration, react-hook-form is a lightweight yet powerful tool for managing forms in React. Whether you're building simple forms or complex workflows, it provides a fast and efficient solution.

For more details, code examples, and advanced features, visit the React Hook Form Official Website.

TypeScript vs JavaScript: The ONLY Guide You Need!

Sarthak Niranjan — Wed, 19 Mar 2025 08:41:23 +0000

In this blog, we'll break down the TypeScript and JavaScript differences, explore essential TypeScript features and JavaScript features, and help you decide which one best fits your development needs. By the end, you'll have a clear understanding of TypeScript vs JavaScript.

🟦 All About TypeScript

🤔 Why Was TypeScript Developed?

JavaScript, despite being one of the most widely used programming languages, wasn’t originally designed for large-scale applications. Its dynamic nature made it flexible but also prone to runtime errors that could slip through unnoticed during development, leading to critical failures in production.

To tackle these challenges, TypeScript was born—enhancing JavaScript with static typing, better tooling, and improved maintainability, sparking the never-ending debate: TypeScript vs JavaScript—which one is better?

🔥 Why Choose TypeScript?

Here are the key reasons why TypeScript was developed and why it's a game-changer:

🔍 Static Typing for Fewer Bugs: JavaScript’s lack of static typing often leads to hard-to-debug errors. TypeScript introduces a powerful type system that catches errors during development, reducing unexpected runtime failures.
🛠️ Superior Developer Tooling: JavaScript’s dynamic behavior limits code navigation, autocompletion, and refactoring in modern IDEs. TypeScript enhances the development experience with intelligent suggestions, real-time error detection, and seamless debugging.
📈 Better Maintainability & Scalability: As projects scale, JavaScript’s loosely structured nature makes managing large codebases difficult. TypeScript enforces strict type-checking, ensuring clear contracts between components and making projects easier to maintain.
⚡ Boosted Developer Productivity: By catching errors early, offering better code organization, and integrating smoothly with IDEs, TypeScript significantly improves developer efficiency, saving hours of debugging time.

🚀 What is TypeScript?

TypeScript is a statically typed, open-source programming language developed by Microsoft. It extends JavaScript by adding optional types, interfaces, and advanced features to improve code quality, structure, and maintainability, all while remaining fully compatible with JavaScript environments.

💡 Think of TypeScript as a powerful upgrade to JavaScript—bringing better error handling, enhanced tooling, and more structured development while allowing developers to write cleaner, more maintainable code.

    // TypeScript Example: Static Typing
    function greet(name: string): string {
      return `Hello, ${name}!`;
    }


    console.log(greet("Alice")); // Output: Hello, Alice!
    // console.log(greet(42)); // Error: Argument of type 'number' is not assignable to parameter of type 'string'

With TypeScript, such type-related errors are caught during development, ensuring smoother production deployment.

🔥 Key Features of TypeScript

TypeScript comes with numerous features that distinguish it in the typescript vs javascript comparison. Here’s an in-depth look:

1️⃣ 📌 Static Typing: Catch Errors Before Execution

TypeScript enforces strict type definitions, ensuring that variables and function parameters adhere to expected data types. This prevents unexpected runtime errors that are common in JavaScript.

    let age: number = 30;
    age = "thirty"; // Error: Type 'string' is not assignable to type 'number'

2️⃣ 🧠 Type Inference: Intelligent Type Detection

Even when you don’t explicitly define types, TypeScript can infer them based on context, reducing boilerplate code while maintaining safety.

    let score = 100; // Inferred as number
    score = "High"; // Error: Type 'string' is not assignable to type 'number'

3️⃣ 🔗 Interfaces & Type Aliases: Structured Object Definitions

TypeScript allows defining custom types and interfaces, making the code more reusable, structured, and predictable.

    interface Car {
      make: string;
      model: string;
      year: number;
    }

    const myCar: Car = { make: "Tesla", model: "Model 3", year: 2023 };

4️⃣ 🔄 Optional Properties: More Flexible Object Structures

TypeScript allows optional properties in object definitions, enabling greater flexibility without breaking type safety.

    interface User {
      name: string;
      age?: number; // Optional
    }


    const user1: User = { name: "Alice" }; // Valid
    const user2: User = { name: "Bob", age: 30 }; // Valid

5️⃣ 🌀 Generics: Write Reusable & Scalable Code

Generics allow functions and classes to work with different data types dynamically, making code more flexible and reusable.

    function identity<T>(value: T): T {
      return value;
    }
    console.log(identity<number>(42)); // Output: 42
    console.log(identity<string>("TypeScript")); // Output: TypeScript

6️⃣ 🚀 Advanced ES6+ Features: Future-Proof Development

TypeScript supports modern JavaScript features like destructuring, arrow functions, async/await, and more—often before they are natively available in browsers.

7️⃣ 📦 Modules & Namespaces: Better Code Organization

TypeScript enables modular programming, making it easier to organize, maintain, and scale large applications.

🎯 Advantages of TypeScript

The benefits of using TypeScript vs JavaScript become more evident as projects grow. Here’s why developers prefer TypeScript for scalable, maintainable, and efficient applications:

🛑 Early Error Detection: TypeScript identifies potential bugs during development, reducing runtime errors.
🛠️ Enhanced Developer Experience: Tools like IntelliSense provide autocompletion, inline documentation, and error-checking, boosting productivity.
📈 Improved Maintainability: Static typing and interfaces ensure that teams can work on large projects without introducing breaking changes.
🔄 Scalability: TypeScript’s features make it easier to manage growing codebases and collaborate with large teams.
🔙 Backward Compatibility: TypeScript compiles to JavaScript, so it works seamlessly with existing JavaScript libraries and frameworks.
🌍 Community and Ecosystem: With a vast developer community and strong adoption by major frameworks like Angular, TypeScript has become a go-to choice for modern development.

🟦 All About JavaScript

🤔 Why Use JavaScript?

Since its inception in 1995, JavaScript has been the backbone of web development, transforming static web pages into dynamic, interactive experiences. Over the years, it has evolved into one of the most versatile and widely used programming languages in the world.

Here’s why JavaScript continues to dominate in modern development:

🌐 Ubiquity & Universal Browser Support: JavaScript runs natively in all modern web browsers, making it the go-to language for front-end development. Whether you're building a simple website or a complex web app, JavaScript is always there.
⚡ Versatility: Full-Stack, Mobile & More: Unlike many languages confined to specific domains, JavaScript can be used everywhere—from frontend (React, Vue, Angular) to backend (Node.js, Deno) and even mobile (React Native) and desktop (Electron) applications.
📚 Rich Ecosystem & Libraries: With powerful frameworks like React, Angular, Vue, and Next.js, JavaScript powers most modern web applications. The availability of thousands of open-source libraries makes development faster and more efficient.
👨‍💻 Massive Community & Industry Adoption: A huge global developer community means extensive resources, tools, and frameworks are available for every use case. JavaScript has remained a top choice for startups and enterprises alike.

🚀 What is JavaScript?

JavaScript is a lightweight, interpreted, and dynamically-typed programming language designed primarily for building interactive and dynamic web applications. It enables developers to:

✅ Manipulate the DOM (Document Object Model) to create dynamic web pages
✅ Handle asynchronous operations like API calls with Promises and Async/Await
✅ Build modern, responsive UIs with powerful frameworks and libraries
✅ Run directly in browsers or on server environments like Node.js

Unlike TypeScript, JavaScript does not require compilation and can be executed immediately in browsers or JavaScript runtime environments. This simplicity and ease of use have made JavaScript the foundation of web development for decades.

    // JavaScript Example: Manipulating the DOM
    document.getElementById("greet").addEventListener("click", () => {
      alert("Hello, JavaScript!");
    });

In this example, JavaScript adds interactivity by listening for a button click and triggering an alert.

🚀 Features of JavaScript

JavaScript comes packed with features that make it essential for web development. Here's how it compares in the typescript vs javascript debate:

1️⃣ 🔀 Dynamic Typing

Variables in JavaScript are not bound to a specific type.

    let value = 42; // Initially a number
    value = "A string"; // Now a string

2️⃣ 🎭 Event-Driven Programming

JavaScript allows easy handling of user interactions with event listeners.

    document.getElementById("btn").addEventListener("click", () => {
      console.log("Button clicked!");
    });

3️⃣ ⚡ Asynchronous Programming

JavaScript supports asynchronous operations using callbacks, promises, and async/await.

    fetch("https://api.example.com/data")
      .then((response) => response.json())
      .then((data) => console.log(data));

4️⃣ 🧬 Prototypal Inheritance

JavaScript uses prototypes instead of classical inheritance, making it flexible for object creation.

    const car = {
      drive() {
        console.log("Driving...");
      },
    };
    const sportsCar = Object.create(car);
    sportsCar.drive(); // Output: Driving...

5️⃣ 🌍 Cross-Platform Development

JavaScript can be used on both the client and server (via Node.js), and frameworks like Electron enable building desktop apps.

6️⃣ 📚 Rich Library and Framework Support

JavaScript has a massive ecosystem, with powerful libraries and frameworks like:

✅ React.js → Build interactive UI components
✅ Vue.js → Lightweight and flexible frontend development
✅ Angular → Enterprise-grade web applications
✅ Express.js → Server-side development with Node.js

🚀 Advantages of JavaScript

While TypeScript introduces static typing and enhanced tooling, JavaScript remains a dominant force due to its simplicity, flexibility, and widespread adoption. Here’s why JavaScript continues to be a top choice for developers worldwide:

🛠️ Ease of Use: JavaScript is easy to learn and doesn’t require a build step, making it accessible for beginners.
🔄 Dynamic Nature: JavaScript’s flexibility allows for rapid prototyping and iteration.
🌐 Browser Support: It’s supported natively by all major browsers without any additional setup or configuration.
⚡ Speed: JavaScript executes directly in the browser, making it faster than server-side languages for certain tasks.
🔗 Interoperability: JavaScript works well with other technologies, integrating seamlessly with HTML and CSS for front-end development.
📚 Community and Ecosystem: JavaScript has a vast ecosystem, including libraries, frameworks, and tools for everything from simple UI elements to complex server-side logic.

⚖️ TypeScript vs JavaScript: Comprehensive Comparison

When deciding between TypeScript vs JavaScript, it’s crucial to analyze them across key development factors—ranging from typing systems and performance to scalability and tooling support.

This detailed breakdown will help you understand their strengths, weaknesses, and ideal use cases, ensuring you make the best choice based on your project’s requirements.

📌 Typing System

TypeScript: Statically typed, meaning the type of a variable is checked at compile time. This reduces errors during runtime and ensures better code quality. According to a survey by Stack Overflow (2023), 85% of TypeScript users report fewer bugs in production due to its type safety.

         let price: number = 100;
        price = "100"; // Error: Type 'string' is not assignable to type 'number'

JavaScript: Dynamically typed, meaning the type of a variable is determined at runtime. While this makes coding faster, it increases the chances of type-related bugs. In the same survey, 48% of JavaScript users report difficulty in debugging type-related issues.

📌 Error Detection

TypeScript: Errors are detected during development (compile time), ensuring fewer bugs in production. A report by GitHub (2023) shows that projects using TypeScript reduce production errors by 15-20% on average.

        function multiply(a: number, b: number): number {
          return a * b;
        }
        multiply(5, "10"); // Error: Argument of type 'string' is not assignable to parameter of type 'number'

JavaScript: Errors are detected only during execution (runtime), which can lead to unexpected application crashes. Studies indicate that JavaScript applications have a 30% higher chance of runtime errors compared to TypeScript.

📌 Tooling and Developer Experience

TypeScript: Offers advanced tooling, including IntelliSense, autocompletion, and inline error detection. Developers using TypeScript spend 25% less time debugging according to JetBrains' Developer Survey (2023).

        interface User {
          name: string;
          age: number;
        }

        const user: User = { name: "Alice", age: 25 };
        user. // IntelliSense suggests 'name' and 'age'

JavaScript: While modern editors provide support, the lack of static typing limits autocompletion and error checking. Debugging time is significantly higher for large JavaScript projects.

📌 Ease of Learning

TypeScript: Requires additional knowledge of JavaScript and static typing, making it slightly harder to learn. A survey by Stack Overflow (2022) found that 65% of developers find TypeScript’s learning curve moderate to steep.
JavaScript: Easier to pick up for beginners. As per the same survey, 82% of developers start their programming journey with JavaScript due to its simplicity and lack of a compilation step.

📌 Code Maintainability

TypeScript: By using static types, interfaces, and modules, TypeScript significantly improves maintainability. Teams using TypeScript report a 30% reduction in time spent on debugging and refactoring codefor large-scale projects.

        interface Product {
          id: number;
          name: string;
          price: number;
        }

        const getProduct = (id: number): Product => {
          return { id, name: "Sample Product", price: 99.99 };
        };

JavaScript: Lacks static typing, making it harder to maintain as the codebase grows. Large projects often require additional tools like ESLint to enforce structure, but these don't match TypeScript's native capabilities.

📌 Compatibility

TypeScript: Requires a build step to compile into JavaScript, introducing overhead in the development workflow. On average, compilation adds 15-20% more time to the development cycle for smaller projects.
JavaScript: Can be executed directly in any browser or runtime environment without additional setup, making it faster for rapid prototyping.

📌 Performance

TypeScript: The compilation step adds a slight overhead, but the resulting JavaScript runs with the same efficiency. However, developers save up to 20% runtime debugging effort in large projects due to early error detection.
JavaScript: Slightly faster for small-scale projects due to the lack of a compilation step, but runtime errors can impact performance for larger applications.

📌 Community and Ecosystem

TypeScript: Rapidly growing, with usage increasing by 250% between 2019 and 2023, as reported by GitHub’s Octoverse report. Frameworks like Angular natively support TypeScript.
JavaScript: Has been the backbone of web development for decades, with 98% of websites relying on JavaScript in some form. Its ecosystem is mature, with a vast library of tools and frameworks.

📌 Adoption Trends

TypeScript: Favored for enterprise and large-scale projects due to its robust tooling. 75% of developers working on applications with over 100,000 lines of code prefer TypeScript.
JavaScript: Still dominates smaller projects and startups where speed and simplicity are prioritized. It remains the most used programming language in the world according to Stack Overflow’s 2023 Developer Survey.

Here is quick summary of all that we discussed in this section of TypeScript vs JavaScript:

🔄 Should You Consider Migrating to TypeScript?

While discussing about TypeScript vs JavaScript, let us also talk about migrating your project to TypeScript. Migrating from JavaScript to TypeScript can bring significant benefits, but it’s not a decision to be made lightly. It requires careful consideration of your project’s complexity, team expertise, and long-term goals.

✅ Why Consider Migrating to TypeScript?

📌 Improved Code Quality and Maintainability: TypeScript’s static typing enforces stricter coding practices, reducing errors and making the codebase easier to understand.
🛠️ Enhanced Tooling and Developer Productivity: Modern IDEs leverage TypeScript to provide features like autocompletion, error detection, and inline documentation. This can lead to a 25% reduction in debugging time, as reported in developer surveys.
📈 Scalability for Large Projects: If your project is growing or involves multiple developers, TypeScript’s type system and modular structure make it easier to scale. Teams working on codebases with over 100,000 lines often report 30% less time spent on refactoring when using TypeScript.
🚀 Seamless Integration with Modern Frameworks: Frameworks like Angular are built with TypeScript in mind, while others like React and Vue have strong TypeScript support. Migrating enables you to leverage advanced features in these frameworks effectively.
📚 Better Documentation and Onboarding: TypeScript serves as a form of self-documenting code. Types and interfaces clarify how functions and objects should be used, making onboarding for new developers faster and smoother.

❌ When Migration Might Not Be a Good Idea

📌 Small or Short-Term Projects: If your project is small or has a short lifespan, the overhead of migrating to TypeScript might not be justified. The setup and learning curve could outweigh the benefits.
📉 Limited Team Expertise: If your team lacks experience with TypeScript, the migration could lead to reduced productivity and frustration. Training time and resources need to be factored in.
📜 Legacy Codebases with Poor Documentation: Migrating a legacy codebase with poorly documented JavaScript could be a monumental task. Identifying types for dynamic or loosely structured code can slow the process significantly.
⏩ Rapid Prototyping Needs: TypeScript’s compilation step can slow down iterations during rapid prototyping. In such cases, JavaScript’s flexibility and speed are often more advantageous.
⚠️ Dependency on Non-Typed Libraries: If your project relies heavily on third-party JavaScript libraries that lack TypeScript typings, you might encounter compatibility issues. While you can write custom type declarations, this adds to the workload.

Here is quick summary of all that we discussed in this section of TypeScript vs JavaScript:

🔥TypeScript vs JavaScript: Which is Best for Your Project?

Choosing between TypeScript vs JavaScript depends on your project’s complexity, goals, and team expertise. Here’s a quick guide to help you decide:

🏆 When to Choose TypeScript

🛠️ Large or Complex Projects: If you're working on a large-scale codebase or a team project, TypeScript’s static typing and structured approach make collaboration easier and prevent hidden runtime errors.
🏢 Enterprise-Grade Applications: Scalability and long-term maintainability are crucial for enterprise applications. TypeScript helps in maintaining code consistency, reducing bugs, and ensuring smoother development cycles.
⚙️ Seamless Framework Integration: Many modern frameworks, like Angular and even React (with TS support), provide better developer experience when used with TypeScript, thanks to advanced autocompletion and type safety.
🚀 Error Prevention & Code Reliability: If early error detection and code stability are critical for your project, TypeScript’s strict type-checking and enhanced debugging will help reduce unexpected crashes.

⚡ When to Stick with JavaScript

📌 Small or Short-Term Projects: If you’re building a quick prototype, small project, or a simple script, JavaScript’s lightweight nature and lack of setup overhead make it the faster choice.
📉 Teams with Limited TypeScript Experience: If your team is unfamiliar with TypeScript, the learning curve might slow down development. Sticking with JavaScript in such cases ensures faster execution and iteration.
📚 Heavy Reliance on Untyped Libraries: Many JavaScript libraries lack proper TypeScript support. If your project depends on non-typed third-party libraries, using JavaScript can save time instead of dealing with TypeScript definitions.
⏩ Rapid Development & Iteration: When speed is a priority, JavaScript’s dynamically typed, interpreted execution enables faster testing, iteration, and deployment, making it the preferred choice for fast-moving projects.

Here is quick summary of all that we discussed in this section of TypeScript vs JavaScript:

🎯 Conclusion

In the TypeScript vs JavaScript debate, there’s no one-size-fits-all answer—the best choice depends on your project’s needs and long-term goals.

✅ Choose TypeScript if:

You’re building large-scale, maintainable applications.
You want static typing for fewer runtime errors and better debugging.
You need strong tooling, autocompletion, and code organization.

✅ Stick with JavaScript if:

You need a lightweight, flexible, and quick development process.
You’re working on small projects, prototypes, or scripts.
You prefer dynamically typed, interpreted execution without compilation.

Both languages have their strengths, and many modern projects use them together—with TypeScript gradually adopted in JavaScript codebases for better scalability and maintainability.

Explore more about typescript features here and javascript features here to make an informed decision. Whether it’s TS vs JS, align your choice with your development goals!

AI Ready Code Editor? This is Zed Editor for Beginners

Sarthak Niranjan — Sun, 16 Mar 2025 08:46:00 +0000

Looking to get started with Zed Editor for beginners? In this guide, we’ll explore what is Zed Editor, its key features, and a step-by-step Zed Editor tutorial on how to use Zed Editor effectively. By the end, you’ll know everything needed to code efficiently with this powerful editor!

🚀 What is Zed Editor?

Zed Editor for beginners is a next-generation code editor designed to deliver an ultra-fast, intelligent, and collaborative coding experience. Unlike traditional editors, Zed is written in Rust, leveraging multiple CPU cores and GPU acceleration for a smooth and responsive interface. It integrates AI-powered code assistance, real-time collaboration, and native Git support, making it an ideal choice for modern developers.

🔥 Key Features of Zed Editor

✅ Blazing Fast Performance – Written in Rust, Zed efficiently uses multiple CPU cores and GPU to offer lightning-fast responsiveness. No more lags or slowdowns!
🤖 AI-Powered Coding – With built-in Large Language Model (LLM) integration, Zed assists in code completion, transformation, and intelligent refactoring.
👥 Real-Time Collaboration – Work seamlessly with your team! Zed Editor for beginners enables live editing, chat, and screen sharing without extra plugins.
🔄 Native Git Support – First-class Git integration for staging, committing, pushing, and viewing diffs – all within the editor.
🌍 Remote Development – Run the Zed UI locally while keeping your actual codebase on a remote server, reducing local system overhead.
💡 Smart Editing Features – Includes edit prediction, multi-buffer editing, and syntax-aware selections for an efficient workflow.
🛠 Multi-Language Support – Supports Tree-sitter, WebAssembly, and LSP, making it a powerful tool for any developer.
🔓 Fully Open Source – Unlike many proprietary editors, Zed is completely open-source, allowing developers to customize, contribute, and extend its functionality as needed.

🛠 Installing Zed Editor for Beginners

Getting started with Zed Editor for beginners is a simple process! Before diving into the installation, it's important to check if your system meets the necessary hardware and software requirements.

🖥 System Requirements for Zed Editor

Before installing, ensure your system meets the minimum requirements for smooth performance. Since Zed is designed for speed and efficiency, it primarily supports macOS and Linux at the moment, with Windows support expected in the future.

✅ Minimum System Requirements:

Operating System: macOS (12+) or Linux (64-bit)
Processor: Multi-core CPU with at least 2 GHz speed
RAM: 4GB (8GB recommended for best performance)
Storage: At least 500MB of free disk space
Graphics: GPU acceleration is recommended for optimal performance

⚠️ Windows Support:

As of now, Zed Editor does not have an official Windows version. However, developers can run it using WSL (Windows Subsystem for Linux) as a workaround. Find the tutorial for doing so here.

🍏 Installing Zed Editor on macOS

To install Zed Editor for beginners on macOS, follow these steps:

1️⃣ Install Dependencies

Ensure you have the required dependencies before installing Zed:

Install Rustup (Rust package manager):

curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh

Install Xcode from the Mac App Store or Apple Developer website.
Enable Xcode command-line tools:

xcode-select --install

Verify Xcode command-line tools:

sudo xcode-select --switch /Applications/Xcode.app/Contents/Developersudo xcodebuild -license accept

Install CMake(Required dependency):

brew install cmake

2️⃣ Install Backend Dependencies (For Collaboration Features)

If you plan to use Zed’s collaborative coding features, install:

brew install livekit foreman postgres
    docker compose up -d

3️⃣ Build Zed from Source

Once dependencies are installed, build Zed using Cargo:

For a debug build:

 cargo run

For a release build:

cargo run --release

To run tests:

cargo test --workspace

🐧 Installing Zed Editor on Linux

For Linux users, Zed Editor can be installed using a simple script or via package managers.

1️⃣ Install Using the Official Script

Run the following command to install Zed:

curl -f https://zed.dev/install.sh | sh

For a preview build with the latest updates:

curl -f https://zed.dev/install.sh | ZED_CHANNEL=preview sh

2️⃣ Ensure System Compatibility

Requires Vulkan-compatible GPU for the best experience.
glibc requirements:
- x86_64 (Intel/AMD): glibc ≥ 2.31 (Ubuntu 20+).
- aarch64 (ARM): glibc ≥ 2.35 (Ubuntu 22+).

3️⃣ Alternative Installation via Package Managers

If you prefer a package manager, you can install Zed Editor for beginners from:

Flathub: dev.zed.Zed
Arch Linux (AUR): zed-git, zed-preview, zed-preview-bin
Fedora/Terra: zed, zed-preview, zed-nightly
openSUSE, Manjaro, Solus, Parabola, AOSC OS: zed

4️⃣ Manual Installation

Alternatively, download and extract the tarball:

mkdir -p ~/.local
    tar -xvf path/to/zed-linux-x86_64.tar.gz -C ~/.local
    ln -sf ~/.local/zed.app/bin/zed ~/.local/bin/zed

🛠️ How to Use Zed Editor

Zed Editor for beginners offers a range of features designed to enhance your coding experience. Here's a guide to help you navigate and utilize its key functionalities:

🗂️ Outline Panel

The Outline Panel provides a structured view of your code, displaying functions, classes, and other significant elements. This feature enables quick navigation and a clear understanding of your code's architecture. Access the Outline Panel via the command palette by searching for "outline panel: toggle focus."

🤖 Code Completions

Zed offers intelligent code completions, assisting you with context-aware suggestions as you type. This feature accelerates coding and minimizes errors. To utilize code completions, simply start typing, and Zed will present relevant suggestions based on your input.

📡 Channels and Collaboration

Channels in Zed facilitate seamless collaboration among developers. By joining a channel, you can share projects, engage in pair programming, mentor peers, and maintain ambient awareness of team activities. To open the collaboration panel, press cmd-shift-c or use the command palette with "collab panel: toggle focus." Within a channel, you can share your project, allowing others to edit the code hosted on your machine as if they had it checked out locally.

🌐 Git Integration

Zed's Git integration streamlines version control within the editor. Features include committing, staging, pushing, pulling, viewing diffs, and branch management. Access the Git Panel to monitor your working tree and staging area, ensuring changes are tracked and managed effectively. You can also view inline diffs and revert changes directly within the editor.

🖥️ Remote Development

Zed supports remote development, allowing you to code efficiently even when your codebase resides on a remote server. The Zed UI runs locally for immediate responsiveness, while heavy computations occur on the development server. To set up remote development, ensure you can SSH into the remote server and use the "Remote Projects" dialog (ctrl-cmd-o or alt-ctrl-shift-o) to connect.

⚙️ Environment Variables

Understanding how Zed handles environment variables is crucial for tasks, terminals, language servers, and more. If launched from the CLI, Zed inherits the shell session's environment variables. When opened via a window manager or launcher, Zed spawns a login shell in the user's home directory to set its environment. For project-specific environments, Zed spawns a login shell in the project's directory, ensuring the appropriate variables are applied.

🎨 Customizing Your Zed Editor Experience

Zed Editor for beginners offers a wealth of customization options to tailor your coding environment to your preferences. Let's explore some key customization features:

🛠 Configuring Zed

Zed allows you to personalize various settings through the settings.json file. You can adjust editor behavior, appearance, and functionality to suit your workflow. Access this configuration file via the command palette with zed: Open Settings.

🌐 Configuring Languages

Customize language-specific settings by defining them in the languages section of your settings.json. This includes setting tab sizes, enabling or disabling language servers, and configuring formatters. For example, to set a tab size of 4 for Python:

"languages": {
      "Python": {
        "tab_size": 4
      }
    }

🎹 Key Bindings

Zed's key binding system is highly customizable. You can select from predefined keymaps like VSCode, Atom, Emacs, JetBrains, SublimeText, or TextMate by setting the base_keymap in your settings. To customize further, edit the keymap.json file, accessible via the command palette with zed: Open Keymap. For example, to map ctrl-right to select a larger syntax node:

[
      {
        "bindings": {
          "ctrl-right": "editor::SelectLargerSyntaxNode"
        }
      }
    ]

✂️ Snippets

Enhance your coding efficiency by creating code snippets. Store snippet files in the ~/.config/zed/snippets directory, with each file targeting a specific language. For instance, a javascript.json file might contain:

    {
      "Log to the console": {
        "prefix": "log",
        "body": ["console.log($1);", "$0"],
        "description": "Log to the console"
      }
    }

🎨 Themes

Customize the editor's appearance by selecting from built-in themes or installing additional ones. Access the Theme Selector via the command palette with "theme selector: Toggle" to preview and apply themes. To set themes for light and dark modes, modify your settings.json:

{
      "theme": {
        "mode": "system",
        "light": "One Light",
        "dark": "One Dark"
      }
    }

🗂 Icon Themes

Personalize file and folder icons by selecting different icon themes. Use the Icon Theme Selector, accessible via the command palette with "icon theme selector: toggle", to preview and apply icon themes. Configure your preferred icon themes for light and dark modes in the settings.json:

 {
      "icon_theme": {
        "mode": "system",
        "light": "Light Icon Theme",
        "dark": "Dark Icon Theme"
      }
    }

📝 Vim Mode

For users accustomed to Vim, Zed offers a Vim emulation layer. Enable it by setting vim_mode to true in your settings. This mode supports core Vim features like motions and commands, integrated with Zed's functionalities such as semantic navigation and multiple cursors. Customize Vim key bindings within the keymap.json file.

🛠 Extending Zed Editor with Extensions

Zed Editor for beginners supports a growing library of 500+ extensions, allowing users to enhance functionality, add language support, customize themes, and integrate tools. Developers are actively creating new extensions, making Zed even more powerful.

🔍 Installing Extensions

You can install extensions via the Zed Extension Gallery:

MacOS: Press cmd + shift + x
Linux: Press ctrl + shift + x
Use the command palette and search for zed: extensions
Navigate to Zed -> Extensions from the menu bar

This opens the Extension Manager, where you can view installed extensions or browse for new ones.

📍 Extension Installation Locations

macOS: ~/Library/Application Support/Zed/extensions
Linux: $XDG_DATA_HOME/zed/extensions or ~/.local/share/zed/extensions

Each extension is stored in directories:

installed → Contains extension source code
work → Stores files created by extensions (e.g., language servers)

⭐ Popular Extensions

Among the hundreds of available extensions, some of the most widely used include:

🌍 Language Support Extensions

HTML (1.3M installs)
PHP (154K installs)
SQL (103K installs)
Java (123K installs)
Vue (93K installs)
Ruby (82K installs)
LaTeX (75K installs)

🎨 Theme & UI Customization Extensions

Catppuccin Theme (286K installs)
macOS Classic Theme (157K installs)
Git Firefly Syntax Highlighting (118K installs)
Tokyo Night Themes (78K installs)
One Dark Pro (VSCode Port) (62K installs)
The Dark Side Theme (53K installs)

🛠 Development Tools

Dockerfile Support (122K installs)
Makefile Syntax Highlighting (58K installs)
Log File Syntax Highlighting (43K installs)

🎯 Conclusion

Zed Editor for beginners is a fast, intelligent, and collaborative open-source code editor designed to enhance the development experience. In this guide, we covered:

✅ What is Zed Editor? – A Rust-powered, GPU-accelerated editor with AI integration and real-time collaboration.
✅ Installation Steps – How to install Zed on macOS, Linux, and Windows (via WSL).
✅ Customization Options – Personalizing themes, key bindings, snippets, and language configurations.
✅ Extensions – Expanding functionality with 500+ extensions for language support, themes, and tools.
✅ How to Use Zed – Exploring code completions, Git integration, remote development, collaboration, and the outline panel.

With its modern features and seamless workflow, Zed is a game-changer for developers looking for an efficient, high-performance coding experience.

TanStack for Beginners: A Complete Guide & Tutorial

Sarthak Niranjan — Thu, 13 Mar 2025 19:54:40 +0000

Curious about TanStack for Beginners? In this guide, we’ll explore what is TanStack, its key components, and a step-by-step TanStack tutorial. By the end, you’ll know how to use TanStack React, TanStack query, and TanStack table to build powerful apps effortlessly!

🚀 What is TanStack?

TanStack is a powerful collection of open-source libraries that simplify state management, data fetching, and table handling in modern web applications. TanStack for beginners helps developers build scalable, efficient, and high-performance applications by solving common frontend challenges like API data synchronization, dynamic table rendering, and routing.

🔍 Why Use TanStack?

TanStack tackles key pain points that developers face when dealing with complex UI states and data flow. It provides optimized solutions for:

⚡ Efficient Data Fetching & Caching – Eliminates unnecessary API calls, reducing load times and improving performance.
🧩 Seamless State Management – Handles global and local state effortlessly, avoiding prop drilling and unnecessary re-renders.
📊 Optimized UI Rendering – Simplifies working with large tables, making sorting, filtering, and pagination smoother.
🛤️ Smart Routing & Navigation – Manages dynamic routing in SPAs efficiently, with a type-safe approach.
🎯 Improved Developer Experience – Provides TypeScript support and intuitive APIs for easier development.

✨ Key Features of TanStack

📡 TanStack Query – Data Fetching & Caching Handles API requests efficiently with automatic caching, background updates, and pagination. Ensures your app always fetches fresh data while minimizing network requests.
📊 TanStack Table – Advanced Table Management A powerful, lightweight, and flexible table library that supports large datasets with virtual scrolling, sorting, filtering, and pagination—without slowing down performance.
🛤️ TanStack Router – Type-Safe Routing A lightweight, flexible, and framework-agnostic routing solution built for React and other frameworks. It offers first-class TypeScript support, nested routes, and better state handling for SPAs.
🎯 Performance Optimization Uses intelligent background updates, cache invalidation, and optimized rendering to minimize unnecessary component re-renders, making applications faster and more efficient.
⚡ TypeScript Support Fully supports TypeScript, ensuring strong type safety, better autocompletion, and fewer runtime errors, leading to a more predictable and maintainable codebase.
🔗 Composable & Framework-Agnostic Works seamlessly with React, Solid, Vue, and other modern frontend frameworks, allowing developers to integrate it into their projects effortlessly.

Now that we understand what TanStack for beginners is and why it’s useful, let’s dive into how to use its core libraries—TanStack Start, TanStack Router, TanStack Query, and TanStack Table. Each of these tools solves a specific problem in modern frontend development.

🏁 Getting Started with TanStack Start (Beta)

TanStack Start is a full-stack React framework that provides built-in support for server-side rendering (SSR), streaming, API routes, and server functions. It is powered by TanStack Router, making it an ideal choice for developers who need a robust, type-safe, and optimized framework.

🔹 Why Use TanStack Start?

TanStack Start simplifies full-stack development by offering:

✅ Enterprise-grade routing – Built-in, type-safe routing using TanStack Router.

✅ SSR & Streaming – Preconfigured for full-document SSR and server-side streaming.

✅ Client-first experience – Optimized for fast-loading, interactive apps.

✅ Server Functions & APIs – Create API endpoints seamlessly.

✅ Deploy anywhere – Works with Vite and Nitro, making deployment smooth.

🚀 Setting Up TanStack Start

Let’s quickly set up a project with TanStack Start.

1️⃣ Install TanStack Start

Run the following command to create a new project:

npx create-tanstack-app@latest

You'll be prompted to choose the libraries you want to include. Select TanStack Query, Router, and Table if you want a complete setup.

2️⃣ Navigate to Your Project & Install Dependencies

After installation, go to your project directory and install dependencies:

cd my-tanstack-app
npm install
npm run dev

This will start a development server, and your app will be ready to go!

📂 Understanding the Project Structure

A TanStack Start project typically has the following structure:

my-tanstack-app/
│── src/
│   │── routes/       # Page-based routing system
│   │── components/   # Reusable components
│   │── hooks/        # Custom hooks
│   │── api/          # Server functions & APIs
│── public/           # Static assets
│── package.json
│── tsconfig.json

With this setup, routing, API handling, and state management are already configured.

🛤️ Defining Routes in TanStack Start

Since TanStack Start is powered by TanStack Router, setting up routes is straightforward.

Create a file in src/routes/index.tsx and add:

import { createRoute, Outlet } from '@tanstack/react-router';


    export const route = createRoute({
      path: '/',
      component: Home,
    });


    function Home() {
      return (
        <div>
          <h1>Welcome to TanStack Start 🚀</h1>
          <Outlet />
        </div>
      );
    }

This creates a basic homepage with routing capabilities.

🎯 Writing Your First API Route

TanStack Start lets you create API endpoints easily. Inside the src/api/ folder, create a new file hello.ts:

export async function GET() {
      return new Response(JSON.stringify({ message: 'Hello from TanStack API!' }), {
        headers: { 'Content-Type': 'application/json' },
      });
    }

Now, accessing /api/hello will return:

{
  "message": "Hello from TanStack API!"
}

✅ Next Steps

Now that TanStack Start is set up, you have a full-stack environment with routing and APIs ready. Next, we’ll dive into Router in TanStack for beginners, where we explore dynamic routing and navigation in detail!

🏁 Getting Started with TanStack Router

Now that we’ve set up TanStack Start, let’s explore TanStack Router, the powerful, type-safe routing solution that makes client-side navigation in React applications seamless and efficient.

🔹 Why Use TanStack Router?

TanStack Router offers:

✅ File-based & code-based routing – Supports both traditional and dynamic routing styles.

✅ First-class TypeScript support – Fully typed navigation and route definitions.

✅ Nested routing & layouts – Organize pages and components efficiently.

✅ Automatic data fetching & caching – Load data seamlessly with SWR-like caching.

✅ Built-in route loaders & prefetching – Improve performance with smarter navigation.

🚀 Installing TanStack Router

To get started, install TanStack Router in your project using your preferred package manager:

npm install @tanstack/react-router

For PNPM, Yarn, or Bun, use:

pnpm add @tanstack/react-router
yarn add @tanstack/react-router
bun add @tanstack/react-router

📂 Setting Up Routes

TanStack Router lets you define routes in multiple ways. The simplest way is code-based routing, where you manually define routes inside your app.

1️⃣ Create a Basic Router

In src/main.tsx, set up the router:

    import { createRouter, RouterProvider } from '@tanstack/react-router';
    import { routeTree } from './routeTree';


    const router = createRouter({ routeTree });
    function App() {
      return <RouterProvider router={router} />;
    }


    export default App;

2️⃣ Define Routes

Now, define routes inside src/routeTree.tsx:

    import { createRootRoute, createFileRoute, lazyRouteComponent } from '@tanstack/react-router';


    const rootRoute = createRootRoute({
      component: () => import('./pages/Home').then((mod) => mod.default),
    });


    const aboutRoute = createFileRoute('/about', {
      component: lazyRouteComponent(() => import('./pages/About')),
    });


    export const routeTree = rootRoute.addChildren([aboutRoute]);

This sets up a home page and an about page, using lazy-loading for better performance.

🏗️ Using File-Based Routing

If you prefer file-based routing, use Vite's plugin to auto-generate route definitions:

npm install @tanstack/router-plugin

Then, configure it in vite.config.ts:

import { defineConfig } from 'vite';
    import { routerPlugin } from '@tanstack/router-plugin-vite';


    export default defineConfig({
      plugins: [routerPlugin()],
    });

Now, TanStack Router will automatically generate route definitions from your folder structure.

✅ Next Steps

At this point, you’ve set up navigation with TanStack Router! Next, we’ll explore Query in TanStack for beginners, the go-to solution for efficient data fetching and state management.

🏁 Getting Started with TanStack Query

Managing server state is challenging due to issues like caching, deduplication, background updates, and pagination.

🔹 Why Use TanStack Query?

TanStack Query simplifies server management by offering:

✅ Automatic caching & background syncing – Data stays fresh without extra API calls.

✅ Query deduplication – Prevents unnecessary network requests.

✅ Optimistic updates & mutations – Instantly update UI while waiting for the server response.

✅ Built-in pagination & infinite scrolling – Fetch large datasets efficiently.

✅ Error handling & retries – Handles API failures gracefully.

✅ Prefetching & lazy-loading – Fetch data before it's needed for a seamless UX.

To start using TanStack Query, wrap your application with QueryClientProvider.

1️⃣ Create a Query Client

Inside src/main.tsx, add:

    import { QueryClient, QueryClientProvider } from '@tanstack/react-query';
    import App from './App';


    const queryClient = new QueryClient();


    function Root() {
      return (
        <QueryClientProvider client={queryClient}>
          <App />
        </QueryClientProvider>
      );
    }


    export default Root;

2️⃣ Fetch Data Using `useQuery`

Now, let’s fetch some data from an API using the useQuery hook.

Create a new component src/components/RepoData.tsx:

import { useQuery } from '@tanstack/react-query';


    const fetchRepoData = async () => {
      const response = await fetch('https://api.github.com/repos/TanStack/query');
      if (!response.ok) {
        throw new Error('Network response was not ok');
      }
      return response.json();
    };


    export default function RepoData() {
      const { data, error, isPending } = useQuery({
        queryKey: ['repoData'],
        queryFn: fetchRepoData,
      });


      if (isPending) return <p>Loading...</p>;
      if (error) return <p>Error: {error.message}</p>;


      return (
        <div>
          <h2>{data.name}</h2>
          <p>{data.description}</p>
          <strong>⭐ Stars: {data.stargazers_count}</strong>
        </div>
      );
    }

This component:

✅ Fetches GitHub repo data using useQuery.

✅ Automatically caches responses and re-fetches when data is stale.

✅ Handles loading and error states seamlessly.

Fetching data is great, but what if we need to update or send data to a server? That’s where useMutation comes in.

3️⃣ Perform a Mutation (e.g., Adding a Todo)

Create a new component src/components/TodoList.tsx:

import { useMutation, useQueryClient } from '@tanstack/react-query';


    const addTodo = async (newTodo) => {
      const response = await fetch('/api/todos', {
        method: 'POST',
        body: JSON.stringify(newTodo),
      });
      return response.json();
    };


    export default function TodoList() {
      const queryClient = useQueryClient();


      const mutation = useMutation({
        mutationFn: addTodo,
        onSuccess: () => {
          queryClient.invalidateQueries(['todos']); // Refresh todos after adding a new one
        },
      });


      return (
        <button
          onClick={() => mutation.mutate({ id: Date.now(), title: 'New Todo' })}
        >
          Add Todo
        </button>
      );
    }

This:

✅ Uses useMutation to send data to the server.

✅ Optimistically updates the UI before waiting for confirmation.

✅ Invalidates queries to keep the UI in sync.

✅ Next Steps

At this point, you’ve set up Query in TanStack for beginners, for fetching and mutating data! Next, we’ll explore Table in TanStack for beginners,.

🏁 Getting Started with with TanStack Table

Let’s dive into TanStack Table, a headless UI library designed for building highly customizable and performance-optimized tables and data grids.

🔹 Why Use TanStack Table?

Unlike traditional table libraries that impose predefined UI elements, TanStack Table is headless, meaning it only provides the logic while leaving the styling and markup to you. It offers:

✅ Lightweight & Framework-Agnostic – Works with React, Vue, Solid, and more.

✅ Full Control Over Styling – No built-in styles, giving you complete design flexibility.

✅ Feature-Rich API – Includes sorting, filtering, pagination, row selection, and more.

✅ Optimized for Performance – Uses virtualization for handling large datasets efficiently.

🚀 Installing TanStack Table

To install TanStack Table for React, run:

npm install @tanstack/react-table

For Vue, Solid, and other frameworks, use the corresponding package:

npm install @tanstack/vue-table  # Vue
npm install @tanstack/solid-table  # Solid
npm install @tanstack/table-core  # Core (no framework)

🏗️ Building a Simple Table in React

Let’s create a fully functional table using TanStack Table.

1️⃣ Define Your Table Columns and Data

Create a new file src/components/DataTable.tsx:

import { useReactTable, getCoreRowModel, flexRender } from '@tanstack/react-table';
    import { useState } from 'react';


    // Sample data
    const defaultData = [
      { id: 1, name: 'Alice', age: 28, role: 'Engineer' },
      { id: 2, name: 'Bob', age: 35, role: 'Designer' },
      { id: 3, name: 'Charlie', age: 42, role: 'Manager' },
    ];


    // Column definitions
    const columns = [
      {
        header: 'ID',
        accessorKey: 'id',
      },
      {
        header: 'Name',
        accessorKey: 'name',
      },
      {
        header: 'Age',
        accessorKey: 'age',
      },
      {
        header: 'Role',
        accessorKey: 'role',
      },
    ];


    export default function DataTable() {
      const [data] = useState(defaultData);


      const table = useReactTable({
        data,
        columns,
        getCoreRowModel: getCoreRowModel(),
      });


      return (
        <table>
          <thead>
            {table.getHeaderGroups().map(headerGroup => (
              <tr key={headerGroup.id}>
                {headerGroup.headers.map(header => (
                  <th key={header.id}>
                    {flexRender(header.column.columnDef.header, header.getContext())}
                  </th>
                ))}
              </tr>
            ))}
          </thead>
          <tbody>
            {table.getRowModel().rows.map(row => (
              <tr key={row.id}>
                {row.getVisibleCells().map(cell => (
                  <td key={cell.id}>
                    {flexRender(cell.column.columnDef.cell, cell.getContext())}
                  </td>
                ))}
              </tr>
            ))}
          </tbody>
        </table>
      );
    }

✅ Uses useReactTable to define the table.

✅ Dynamically renders columns and rows.

✅ Provides a fully customizable structure.

Let’s enhance the table by adding sorting and search filtering.

2️⃣ Enable Sorting

Modify the column definitions to allow sorting:

const columns = [
      {
        header: 'ID',
        accessorKey: 'id',
        enableSorting: true, // Enable sorting
      },
      {
        header: 'Name',
        accessorKey: 'name',
        enableSorting: true,
      },
      {
        header: 'Age',
        accessorKey: 'age',
        enableSorting: true,
      },
      {
        header: 'Role',
        accessorKey: 'role',
      },
    ];

Then, add sorting logic in the component:

    import { getSortedRowModel } from '@tanstack/react-table';


    const table = useReactTable({
      data,
      columns,
      getCoreRowModel: getCoreRowModel(),
      getSortedRowModel: getSortedRowModel(),
    });

Now, users can click column headers to sort data!

3️⃣ Adding Search Filtering

Let’s add a search bar to filter results dynamically.

Modify DataTable.tsx:

import { getFilteredRowModel } from '@tanstack/react-table';


    const [filter, setFilter] = useState('');


    const table = useReactTable({
      data,
      columns,
      getCoreRowModel: getCoreRowModel(),
      getSortedRowModel: getSortedRowModel(),
      getFilteredRowModel: getFilteredRowModel(),
      globalFilterFn: (row, columnId, value) => {
        return row.getValue(columnId).toString().toLowerCase().includes(value.toLowerCase());
      },
    });


    return (
      <div>
        <input
          type="text"
          placeholder="Search..."
          value={filter}
          onChange={(e) => setFilter(e.target.value)}
        />
        <table>
          {/* Same table rendering logic */}
        </table>
      </div>
    );

✅ Users can search any column dynamically.

✅ Filtering works in real-time.

✅ Next Steps

You’ve now built a fully customizable table with sorting and filtering using TanStack Table! 🚀

Next, you can explore:

📌 Pagination – Load large datasets efficiently.

📌 Row selection & actions – Add interactive checkboxes.

📌 Column resizing & grouping – Optimize table layouts.

With TanStack for Beginners, you now have the power to build high-performance tables tailored to your needs!

🎯 Conclusion

In this guide, we explored TanStack for Beginners, covering its core libraries:

✅ TanStack Start – A full-stack framework for rapid development.

✅ TanStack Router – A type-safe and efficient routing solution.

✅ TanStack Query – The go-to tool for data fetching, caching, and mutations.

✅ TanStack Table – A headless UI library for building powerful, customizable tables.

By following this tutorial, you now have the knowledge to integrate TanStack libraries into your projects, improving performance, state management, and UI flexibility. Whether it's optimizing data fetching, handling navigation, or building tables, TanStack for beginners has you covered.

For more information, do check out the official Tanstack website.

Best Ever CoPilot? This is Supermaven for Beginners

Sarthak Niranjan — Fri, 07 Mar 2025 07:27:49 +0000

Is this the best code completion tool ever? And would you want to master Supermaven for Beginners? In this guide, we’ll cover what is Supermaven, explore its key features, and walk through a Supermaven tutorial on how to use it. By the end, you’ll know exactly how to use Supermaven efficiently. Let’s dive in!

What is Supermaven?

Supermaven is an advanced AI code completion tool designed to enhance developer productivity by providing intelligent code suggestions. It boasts a substantial 300,000-token context window, allowing it to understand and process large codebases effectively. This extensive context awareness enables Supermaven for beginners to offer precise and relevant code completions, even for complex and expansive projects.

🚀 Key Features of Supermaven

From AI-powered code suggestions to seamless IDE integrations, Supermaven for beginners makes coding faster, smarter, and way more efficient. Let’s check out what makes Supermaven so awesome!

🔥 AI-Powered Code Completion

Tired of typing out long chunks of code? Supermaven has your back! With its 300,000-token context window, it understands huge codebases and gives you spot-on code suggestions in real time.

⚡ Seamless IDE Integrations

No need to switch tools—Supermaven fits right into your favorite IDEs like it was always meant to be there. Whether you're using VS Code, JetBrains, or other editors, you’ll get instant, smart autocompletions without breaking your flow.

🧠 Deep Code Understanding

Supermaven isn’t just another autocomplete tool—it actually understands your code! It learns patterns, follows logic, and helps you write consistent, high-quality code while reducing bugs.

🔄 Works Across Multiple Languages

Whether you’re a JavaScript, Python, or C++ dev, Supermaven speaks your language. It supports a wide range of programming languages, making it a versatile AI coding assistant.

🚀 Boosts Productivity & Saves Time

Imagine writing complex functions in seconds, refactoring code with zero hassle, and getting smart suggestions on the fly. That’s what Supermaven for Beginners is all about—less grunt work, more problem-solving.

🛠️ Supermaven for Beginners: Installation Guide

Getting started with Supermaven is quick and easy! Whether you’re using JetBrains, VS Code, or Neovim, you can install Supermaven in just a few steps.

🔹 Method 1: Direct Installation from the Website

1️⃣ Go to the Supermaven website.

2️⃣ Click on the "Download" button.

3️⃣ Select your code editor (JetBrains, VS Code, or Neovim).

4️⃣ Follow the installation steps for your chosen editor below! 👇

🖥️ Installing Supermaven on JetBrains

If you’re using JetBrains IDEs, here’s how you can install Supermaven:

✅ Method 1: One-Click Install

Click Download from Marketplace on the Supermaven website.
Open your JetBrains IDE and restart it after installation.

✅ Method 2: Manual Installation

1️⃣ Open your JetBrains IDE and navigate to Settings.

2️⃣ Go to the Plugins section in the sidebar.

3️⃣ In the search bar, type Supermaven and hit Enter.

4️⃣ Click Install, then restart your IDE to activate the extension.

💻 Installing Supermaven on VS Code

For VS Code users, installing Supermaven is super simple:

✅ Method 1: One-Click Install

Click Download Now on the Supermaven website.
Open VS Code, and you’re ready to go!

✅ Method 2: Manual Installation

1️⃣ Open VS Code and go to the Extensions Marketplace.

2️⃣ Search for Supermaven in the Extensions tab.

3️⃣ Click Install and wait for it to be added.

4️⃣ Restart VS Code to activate Supermaven.

💻 Installing Supermaven on Neovim

Neovim users can install Supermaven via GitHub.

✅ Installation Steps:

1️⃣ Click Download from GitHub on the Supermaven website.

2️⃣ Follow the installation guide in the official GitHub repository.

3️⃣ Configure your Neovim plugin manager to include Supermaven.

4️⃣ Restart Neovim, and you’re all set!

🚀 Why Choose Supermaven Over the Competition?

With so many AI-powered coding assistants out there, why should you go with Supermaven? Let’s break it down.

⚡ Blazing Fast Performance

Unlike other tools that introduce delays, Supermaven is lightning-fast. A benchmark test comparing completion speeds shows that Supermaven responds nearly 3x faster than Copilot and significantly outperforms other competitors like Codeium and Cursor.

🛠 Latency Comparison:

Supermaven: 250ms ⚡
Copilot: 783ms
Codeium: 883ms
Tabnine: 833ms
Cursor: 1,883ms

🧠 Unmatched Context Awareness (300,000 Tokens!)

While Copilot recently expanded its context window to 8,192 tokens, Supermaven takes it to the next level with a 300,000-token context window!

What does this mean?

✅ Understands huge projects effortlessly

✅ Learns your APIs and unique codebase conventions

✅ Handles large, complex codebases without missing context

With Supermaven, your assistant isn’t just suggesting generic completions—it’s adapting to your coding style and project-specific nuances.

🏗️ Learns From Your Edits, Not Just Files

Most AI assistants treat code as static files, but Supermaven takes a smarter approach. It analyzes the sequence of your edits (like running git diff), meaning:

🔹 It understands what you're trying to accomplish

🔹 It's perfect for refactoring and improving existing code

🔹 It helps you write cleaner, more maintainable code faster

🎯 Conclusion

By now, you’ve got a complete overview of Supermaven for Beginners—from what it is, to why it outperforms competitors, its key features, multi-language support, and a step-by-step installation guide.

🚀 With Supermaven, you get:

✅ Blazing-fast AI-powered code completion

✅ A massive 300,000-token context window for better suggestions

✅ Support for multiple languages like JavaScript, Python, C++, and more

✅ Seamless integration with JetBrains, VS Code, and Neovim

Now, it’s time to experience Supermaven yourself! Get started by visiting the official Supermaven website.

Free ChatGPT!? This is ChatGOT for Beginners

Sarthak Niranjan — Tue, 04 Mar 2025 09:40:30 +0000

Curious about ChatGOT? This guide on ChatGOT for Beginners will walk you through what ChatGOT is, how to use it, and its key features. From a step-by-step ChatGOT tutorial to essential AI chatbot tips, you'll learn everything you need to get started with this powerful tool.

ChatGOT for Beginners: What's Different?

ChatGOT is a powerful AI chatbot platform that brings together over 100 leading chatbots into a single interface, allowing users to access them all for free. Whether you're looking for quick answers, content creation, coding help, or brainstorming ideas, ChatGOT makes AI-powered assistance more accessible than ever.

🔥 Key Features of ChatGOT 🚀

Let us look at some of the key features of ChatGOT for beginners:

🆓 Access to 100+ AI Chatbots for Free

Unlike other platforms that restrict usage, ChatGOT allows you to explore a vast collection of AI-powered assistants—completely free. From everyday productivity boosters to advanced creative AI models, you can switch between different chatbots effortlessly.

🤖 Advanced AI-Powered Conversations

ChatGOT integrates cutting-edge AI models like GPT-4o mini, DeepSeek, and Claude 3 Haiku, ensuring:

🧠 Deep Language Understanding – AI that processes complex queries with high accuracy.
💬 Context-Aware Responses – Chatbots that remember past interactions for smarter conversations.
🌐 Natural Language Flow – Engage in fluid, human-like interactions without robotic replies.

🎨 Fully Customizable AI Assistants

With ChatGOT, you can tailor your chatbot to match your specific needs:

🎭 Personality Customization – Adjust tone, style, and behavior for personalized interactions.
📚 Knowledge Base Integration – Train AI models with custom data for specialized responses.
🔄 Adaptive Reply Styles – Choose between concise, detailed, or creative outputs.

⚡ Easy to Use & Instant Setup

No complex setup or coding required—simply pick an AI model, start a conversation, and get instant assistance. Whether you're a student, writer, developer, or entrepreneur, ChatGOT helps streamline your workflow effortlessly.

🚀 ChatGOT for Beginners: How to Use

Getting started with ChatGOT is quick and hassle-free. Follow these simple steps to begin your AI journey!

🖥️ Step 1: Visit the Official ChatGOT Website

To get started with ChatGOT, head over to the official website: ChatGOT.io.

Once you land on the page, you’ll be greeted with the ChatGOT interface, ready for you to start exploring.

🔑 Step 2: Sign In or Sign Up

In the top-left corner of the ChatGOT interface, you’ll find the profile icon 👤. Click on it to access the sign-in or sign-up options.

New User? Sign up by creating an account using your email or a supported login method.
Existing User? Simply sign in to access your personalized chatbot experience.

💬 Step 3: Start Chatting with ChatGOT

Once you're signed in, you can start using ChatGOT right away! Simply type your query into the text input box at the bottom of the chat window and hit Enter.

ChatGOT will instantly process your request and generate a response based on the AI model you're using.

Now, let us look at some additional configuration which helps us utilize the full potential of this tool.

🤖 Choose Your Preferred AI Model

ChatGOT allows you to select from 100+ AI models, so you can pick the one that best suits your task. You have two easy ways to choose a model:

📌 Use the Dropdown Menu – Click on the dropdown menu located above the input bar to browse and select a model.
🔍 Use the “@” Shortcut – Simply type "@" in the text input box to quickly search for and select a chatbot model.

🎙️Use Voice, Image, and Document Inputs for Smarter Interactions

ChatGOT offers multiple ways to interact beyond just typing. You can use voice search, images, and documents to enhance your AI experience:

🗣️ Voice Search – Click on the microphone icon 🎤 at the bottom of the text input bar and speak your query. ChatGOT will transcribe and process your request instantly.
🖼️ Image-Based Queries – Tap the image icon 🖼️ to upload a picture. You can ask ChatGOT to analyze, describe, or answer questions based on the image.
📎 Document Upload – Click on the paperclip icon 📎 beside the image icon to upload files. ChatGOT can analyze documents, summarize content, extract data, and perform various tasks based on your uploaded files.

⚡Use Built-in Shortcuts for Popular AI Tasks

ChatGOT for beginners provides specialized AI shortcuts to help you perform tasks quickly and efficiently. These built-in features make it easier to generate images, analyze documents, create presentations, and even translate text on the go.

🖌️ ChatGOT Imagen

Generate high-quality images from text prompts using AI-powered image creation.

📄 Chat with PDF

A powerful AI assistant that helps you analyze, summarize, and extract key insights from PDFs in seconds. Available on web, Android, and iOS, you can use it anytime, anywhere.

🔍 Intelligent Q&A – Ask questions about the document, and ChatGOT will provide relevant answers based on its content.
✏️ Document Summary – Automatically extracts key points, concepts, and core ideas to create concise summaries.
🌍 AI Translation – Translate PDFs into multiple languages with a dual-screen display for side-by-side comparison.
📌 Original Text Positioning – Quickly locate referenced sections within the original document for cross-referencing.

📊 AI Slides

Generate presentation slides instantly from documents. You can also choose from pre-made templates to speed up your workflow.

🌎 AI Translation

A live smart translation tool that automatically detects your input language. You can manually select the output language, making it easy to communicate across different languages.

🤖 Discover and Explore AI Models

ChatGOT makes it easy to find and choose the perfect AI model for your needs. Instead of manually searching, you can quickly browse through the available options using the left-side navigation bar:

📌 ‘Bots’ Tab – Clicking on this tab will display a list of the most popular AI models, allowing you to quickly get started with one that suits your task.
🔍 ‘Explore’ Tab – If you're looking for a more tailored AI experience, click on Explore to access a huge collection of AI models with unique abilities. Browse through different categories and select the best AI for your specific needs.

💰 ChatGOT for Beginners: Pricing

ChatGOT offers both a free plan and premium plans to cater to different user needs. Whether you're a casual user or require advanced AI capabilities, there's an option for you.

🆓 Free Plan – Basic AI Access

The free plan is perfect for those who want to explore ChatGOT without any cost. However, it comes with a few limitations:

✔ 10 queries per day – Limited daily usage.

✔ Basic AI models only – Access is restricted to a few select AI models.

❌ No image generation – Cannot create AI-generated images.

❌ No web access – Can't fetch real-time information from the internet.

❌ No AI slide generation – Unable to generate AI-powered presentation slides.

⭐ Paid Plans – Pro & Max for Power Users

For users who need higher limits, advanced AI models, and extra features, ChatGOT offers two premium plans:

⚡ ChatGOT Pro - $9.9/month ($118.8/year)

✔ 6,000 Standard Queries – Works with GPT-4o Mini, Gemini Flash 1.5, Claude 3 Haiku & more.

✔ 400 Advanced Queries – Includes GPT-4o, Claude 3 Opus, and Mistral Large.

✔ 300 Standard Images – AI image generation via SDXL.

✔ 50 Advanced Images – Supports ChatGOT Imagen, SD3, & DALL·E 3.

✔ 50 AI Slides Credits – Generate AI-powered presentation slides.

✔ Chat with PDFs

✔ Create Custom AI Bots

✔ Chat with Images

✔ 2X Faster Response Speed

✔ No Daily Limits

🚀 ChatGOT Max - $15.9/month ($190.8/year)

✔ 8,000 Standard Queries – More queries for high-usage users.

✔ 500 Advanced Queries – Works with top-tier AI models.

✔ 500 Standard Images – AI-generated images via SDXL.

✔ 100 Advanced Images – Supports ChatGOT Imagen, SD3, & DALL·E 3.

✔ 100 AI Slides Credits – More AI-generated slides.

✔ All Advanced Features from Pro Plan Included.

✔ Even Faster Response Speeds & No Limits.

Both premium plans offer a 17% discount when billed annually.

🎯 Conclusion

Int this ChatGOT for beginners guide, we saw that it is a powerful AI platform that gives users access to 100+ AI chatbots for free, making it an excellent tool for productivity, creativity, and research. In this guide, we covered:

✔ What ChatGOT is and how it enhances AI-powered conversations.
✔ Key features like multi-model support, voice search, image analysis, and document processing.
✔ Step-by-step usage guide to help you get started effortlessly.
✔ Pricing plans, from the free tier to premium options for advanced users.

Whether you're a casual user or need high-performance AI, ChatGOT offers the flexibility and tools to fit your needs. Ready to explore? Visit ChatGOT now! 🚀

Searching ESLint for Beginners? Read This Now!

Sarthak Niranjan — Thu, 27 Feb 2025 17:13:19 +0000

Are you looking for the ultimate guide to ESLint for Beginners? You’ve landed in the right place! In this blog, we’ll break down what ESLint is, walk you through a simple ESLint setup tutorial, and share best practices for JavaScript linting. By the end, you’ll not only know how to use ESLint but also feel confident in writing clean, error-free code. Let’s get started!

🚦 What is ESLint?

When it comes to maintaining clean and consistent code, ESLint stands out as a powerful tool in every developer’s toolkit. Simply put, ESLint for beginners is an open-source static code analysis tool that identifies and fixes problems in your JavaScript code. It is particularly popular for JavaScript linting, ensuring that your code not only runs correctly but also adheres to coding standards and best practices.

💡 Why Use ESLint?

Imagine working on a large project with multiple developers. Inconsistencies in code formatting, forgotten semicolons, or potentially buggy code can lead to confusion and errors. This is where ESLint shines:

🛠️ Error Detection: Automatically finds syntax and logical errors in your code.
✨ Code Consistency: Enforces coding styles, reducing ambiguity.
🚀 Improved Code Quality: Promotes best practices, resulting in more maintainable code.
🔍 Early Bug Detection: Catches potential issues before they break your app.
📏 Customizable Rules: Allows you to define your own linting rules or extend popular configurations like Airbnb, Google, or StandardJS.

🧠 Problems Solved by ESLint

Syntax Errors: Quickly spots typos and coding mistakes.
Code Quality: Identifies patterns that might lead to bugs.
Styling Issues: Maintains a uniform code style across the project.
Unused Variables and Imports: Helps keep the codebase clean and lightweight.

🌐 Who Uses ESLint?

ESLint is trusted by some of the biggest names in tech, including:

Facebook: To maintain quality in their React codebase.
Google: As part of their internal coding guidelines.
Microsoft: To enforce consistency in large-scale projects.
Airbnb: Which even offers a widely-used ESLint configuration.

On GitHub, ESLint boasts over 23k stars and is actively maintained, proving its credibility and widespread adoption by the developer community.

🚦 Key Features of ESLint

Static Code Analysis: Detects problems without running the code.
Customizable Rules: Tailor linting rules to your project's needs.
Pluggable Architecture: Supports plugins to extend functionality.
Auto-Fixing Capabilities: Automatically corrects simple issues.
Support for Modern JavaScript: Works well with React, Vue, TypeScript, and more.

With these robust features and widespread usage, ESLint is undoubtedly a must-have tool for JavaScript developers, from beginners to seasoned professionals.

🚦 Core Concepts of ESLint: A Quick Dive

Understanding the core concepts of ESLint for beginners is key to making the most of this powerful JavaScript linter. Let's break it down into simple, bite-sized insights without the fluff.

📜 Rules: The Heart of ESLint

Rules define what ESLint should check in your code.
Examples: Enforcing semicolons, avoiding unused variables, or maintaining consistent spacing.
You can use built-in rules, create custom rules, or integrate community rules via plugins.

🛠️ Fixes & Suggestions:

Fixes: ESLint can auto-fix minor issues with the --fix command.
Suggestions: Offer manual improvement tips through editor integrations.

⚙️ Configuration Files

The .eslintrc file lets you set up rules, plugins, and file targets.
You can define how strict or lenient ESLint should be, tailoring it to your project’s needs.

📦 Shareable Configurations

Pre-made ESLint configurations available via npm.
Popular ones include eslint-config-airbnb-base for Airbnb’s coding style.
Saves time and maintains coding consistency across projects.

🔌 Plugins & Parsers

Plugins: Add custom rules and support for frameworks like React, Angular, or TypeScript.
Parsers: ESLint uses Espree by default but can switch to @typescript-eslint/parser for TypeScript support.

🌐 Integrations

ESLint integrates seamlessly with editors (e.g., VS Code), build tools, and CI/CD pipelines.
Real-time linting feedback keeps your code clean as you write it.

🛠️ CLI & Node.js API

Use the CLI for quick linting through the terminal.
The Node.js API allows programmatic control of ESLint, perfect for advanced automation.

🚀 Setting ESLint Up

Now that you understand what ESLint is and why it’s a game-changer for JavaScript linting, it’s time to get hands-on. In this section, we'll cover everything from installation to basic configuration, ensuring you have ESLint for beginners up and running in no time.

⚙️ Prerequisites

Before diving into ESLint, make sure you have:

Node.js installed (^18.18.0, ^20.9.0, or >=21.1.0) with SSL support.
A package.json file in your project (run npm init if you don’t have one).

🚀 Quick Start: Installing ESLint

To set up ESLint, run the following command in your terminal:

npm init @eslint/config@latest

This command will:

Install ESLint and set up the necessary files.
Prompt you with configuration questions, such as where your code runs (Browser, Node.js, or Both).

👉 Pro Tip: If you want to use a specific shareable configuration, like the Airbnb Style Guide, run:

npm init @eslint/config@latest -- --config eslint-config-airbnb-base

📁 Configuring ESLint

Once installed, ESLint generates a configuration file (eslint.config.js or eslint.config.mjs). Here's an example configuration for browser environments:

import globals from "globals";
    import pluginJs from "@eslint/js";


    /** @type {import('eslint').Linter.Config[]} */
    export default [
      { languageOptions: { globals: globals.browser } },
      pluginJs.configs.recommended,
    ];

This config:

Defines global variables for the browser.
Extends recommended ESLint rules using pluginJs.configs.recommended.

🔍 Customizing ESLint Rules

You can also define custom rules to match your project's coding standards. Here's how:

 import pluginJs from "@eslint/js";


    export default [
        pluginJs.configs.recommended,
        {
            rules: {
                "no-unused-vars": "warn",  // Warns for unused variables
                "no-undef": "warn"         // Warns for undefined variables
            }
        }
    ];

🚦 Rule Levels:

"off" or 0: Disables the rule.
"warn" or 1: Shows a warning but won’t affect the exit code.
"error" or 2: Shows an error and sets the exit code to 1.

🛠️ Linting Your Code

After setup, you can lint any JavaScript file or directory using:

npx eslint yourfile.js

This command:

Analyzes your code against the configured rules.
Outputs warnings and errors directly in the terminal.

🚫 Global vs. Local Installation

While it’s possible to install ESLint globally using:

npm install -g eslint

👉 It’s not recommended! Plugins and shareable configs still need to be installed locally, which can lead to dependency issues.

🛠️ Manual Setup Option

For more control, you can manually install ESLint:

npm install --save-dev eslint @eslint/js

Then, create a config file:

touch eslint.config.js

And add your configuration:

import pluginJs from "@eslint/js";


    export default [
        pluginJs.configs.recommended,
        {
            rules: {
                "no-unused-vars": "warn",
                "no-undef": "warn"
            }
        }
    ];

🚦 Running ESLint on Your Project

To lint an entire project directory or a specific file, use:

npx eslint project-dir/ file.js

This command ensures your code is checked thoroughly against all configured rules, keeping your project clean and error-free.

🎯 Conclusion: Wrapping Up ESLint for Beginners

In this ESLint for beginners guide, we covered everything from what ESLint is to setting it up and using it effectively. You now know how to configure rules, use plugins, and run ESLint on your codebase. With these insights, you’re all set to write cleaner, safer, and more professional JavaScript code.

For more in-depth exploration, do check out the official ESLint Documentation. Ready to level up your coding game? Start using ESLint today and watch your code quality soar! 🚀

Shadcn UI for Beginners: The Ultimate Step-by-Step Tutorial

Sarthak Niranjan — Tue, 25 Feb 2025 22:41:05 +0000

Welcome to Shadcn UI for Beginners, your ultimate guide to mastering this powerful UI library! In this blog, we'll take you through a comprehensive Shadcn UI tutorial, covering everything from getting started with Shadcn UI to exploring its versatile components. By the end, you'll know how to use Shadcn UI effectively to build sleek and modern web applications with ease.

What is Shadcn UI?

Shadcn UI is a comprehensive and modern UI component library that empowers developers to build clean, responsive, and highly customizable user interfaces. It offers a rich collection of UI components ranging from basic elements like buttons and inputs to complex components such as modals and data tables.

Key Features of Shadcn UI

Shadcn UI for Beginners offers a fresh and innovative approach to building user interfaces by giving developers complete control over their component library. Unlike traditional UI libraries where you install pre-built components from NPM and often struggle with customization, Shadcn UI is a platform to build your own component library from scratch, promoting flexibility and creativity. Here's a closer look at its standout features:

🔍 Open Code Philosophy

One of the most significant advantages of Shadcn UI is its Open Code approach. Instead of providing opaque, pre-compiled components, it offers you the actual component code. This transparency allows you to:

Customize Every Component: Tweak and modify any part of a component to match your design and functionality requirements.
Avoid Workarounds: No more wrapping components or overriding styles; simply edit the source code directly.
AI Integration: The open code structure is ideal for AI tools to analyze, understand, and even enhance your components.

🧩 Composable Components

Every component in Shadcn UI is designed with composition in mind. This means:

Consistent Interface: All components share a common, predictable API, minimizing the learning curve for developers.
Ease of Integration: You can easily bring in third-party components, adapt them, and maintain a consistent design system.
Predictability for AI: The shared interface helps AI models understand and work with components seamlessly.

📦 Efficient Code Distribution

Shadcn UI is not just a collection of components; it's also a code distribution platform. It provides:

Flat-File Schema: Components are organized in a simple, flat-file structure, defining dependencies and properties clearly.
Command-Line Tool (CLI): The CLI makes it easy to distribute components across different projects and even across frameworks.
AI-Ready Distribution: The schema allows AI to generate new components based on the existing structure, boosting productivity.

🎨 Beautiful Defaults

Components in Shadcn UI come with carefully crafted default styles, offering:

Clean and Minimal Design: Get a polished UI right out of the box without additional styling.
Consistent System: All components are designed to fit together seamlessly, maintaining a unified aesthetic.
Simple Customization: While the defaults are beautiful, you have the freedom to easily override and extend them.

🤖 AI-Ready Integration

Shadcn UI is built with AI-readiness in mind, providing:

Open Code for LLMs: Large language models can access and understand your components' codebase.
AI-Driven Enhancements: AI can suggest improvements or generate new components that fit perfectly into your design system.
Seamless Collaboration: Whether you're working manually or with AI tools, the open and consistent API enhances productivity.

Getting Started with Shadcn UI: Installation and Setup

Shadcn UI for Beginners makes it easy to get started with different frontend frameworks like Next.js, Vite, Remix, and even through manual installation. Let's break down the installation process for each approach, ensuring you can set up your project quickly and efficiently.

🚀 1. Installing Shadcn UI with Next.js

To start using Shadcn UI with Next.js, follow these steps:

Create a Next.js Project:

npx create-next-app@latest my-app
cd my-app

Initialize Shadcn UI:

npx shadcn@latest init

Use the -d flag for default settings:

npx shadcn@latest init -d

Configure Components:

During setup, you'll be asked to choose some styles. Below are the default styles for Shadcn UI.

Style: New York
Base Color: Zinc
CSS Variables: Yes

Shadcn UI for NextJS is now set up and is ready for use!

⚡ 2. Using Shadcn UI with Vite

To start using Shadcn UI with Vite, follow these steps:

Create a Vite Project:

npm create vite@latest my-app
cd my-app

Install Tailwind CSS:

npm install -D tailwindcss postcss autoprefixer
npx tailwindcss init -p

Configure `tailwind.config.js`:

/** @type {import('tailwindcss').Config} */
module.exports = {
  content: ["./index.html", "./src/**/*.{ts,tsx,js,jsx}"],
  theme: { extend: {} },
  plugins: [],
}

Initialize Shadcn UI:

npx shadcn@latest init

Shadcn UI for Vite is now set up and is ready for use!

🌐 3. Setting Up Shadcn UI with Remix

To start using Shadcn UI with Remix, follow these steps:

Create a Remix Project:

npx create-remix@latest my-app
cd my-app

Initialize Shadcn UI:

npx shadcn@latest init

Configure Components:

Choose your preferred style, base color, and CSS variable settings.

Install Tailwind CSS:

npm install -D tailwindcss autoprefixer

Shadcn UI for Remix is now set up and is ready for use!

⚙️ 4. Manual Installation of Shadcn UI

If you prefer a manual approach, you can set up Shadcn UI without relying on a specific framework:

Install Dependencies:

npm install tailwindcss-animate class-variance-authority clsx tailwind-merge lucide-react

Configure Tailwind CSS:

@tailwind base;
@tailwind components;
@tailwind utilities;

Setup `components.json` File:

{
  "$schema": "https://ui.shadcn.com/schema.json",
  "style": "new-york",
  "rsc": false,
  "tsx": true,
  "tailwind": {
    "config": "tailwind.config.js",
    "css": "src/index.css",
    "baseColor": "zinc",
    "cssVariables": true,
    "prefix": ""
  },
  "iconLibrary": "lucide"
}

Shadcn UI for your framework is now set up and is ready for use!

✅ You're All Set!

With the Shadcn UI for Beginners setup complete, you can now start adding components and building out your project. In the next section, we'll explore how to use these components effectively to fit your design needs.

Using the Shadcn Components

Shadcn UI offers a wide range of UI components that can be quickly installed and customized, making it a powerful tool for building dynamic and user-friendly interfaces. Let us see how.

📦 Adding New Components

With Shadcn UI, adding components to your project is as simple as running a command in your terminal.

Adding a Specific Component

To add a specific component, such as a Button, run the following command:

npx shadcn@latest add button

Adding Multiple Components

You can also add multiple components simultaneously by specifying them in the command:

npx shadcn@latest add button card alert

Browsing Available Components

When you run the add command without specifying a component, you'll be presented with a list of available components to choose from:

npx shadcn@latest add

You can navigate the list using your keyboard:

Space: Select a component
A: Toggle all components
Enter: Confirm your selection

Using Command-Line Options

Shadcn UI offers several options to streamline the component installation process:

- -y, --yes: Skip the confirmation prompt.

npx shadcn@latest add button -y

- -o, --overwrite: Overwrite existing files if needed.

npx shadcn@latest add button -o

- -a, --all: Add all available components to your project.

npx shadcn@latest add -a

- -p, --path <path>: Specify a custom path to add the component.

npx shadcn@latest add button -p ./src/components

🚀 Using the Components in Your Project

Once you've added a component, integrating it into your project is simple. Let's take an example with the Button component:

Import the Component

import { Button } from "@/components/ui/button"

Use the Component in Your Code

export default function Home() {
  return (
    <div>
      <Button>Click me</Button>
    </div>
  )
}

🚀 Accelerate Development with Pre-Built Components

One of the biggest advantages of Shadcn UI for Beginners is its extensive collection of pre-built UI components, covering almost every basic need for frontend development. Instead of spending time building components from scratch, you can leverage Shadcn UI's ready-made components to accelerate your development process significantly.

📋 Commonly Used Shadcn UI Components

Here are some of the key Shadcn UI components that can save you time and effort during development.

Accordion

Organize content into expandable and collapsible sections.

Alert

Display important messages and notifications to users.

Button

Standard and customizable buttons for forms and interactions.

Calendar

Implement date selection with an interactive calendar component.

Card

Display information in a clean and structured format.

Modal/Dialog

Create pop-up windows for confirmations, forms, or additional information.

Sidebar

A composable, themeable and customizable sidebar component.

These components are designed to fit seamlessly into modern web applications, providing a consistent and professional look right out of the box. These are just a few from a large assortment to choose from!

Conclusion

In this Shadcn UI for Beginners guide, we introduced Shadcn UI, explored its key features, walked through the installation process for frameworks like Next.js, Vite, and Remix, and showed how to add and use components effectively. With its open code approach, pre-built components, and AI-ready integration, Shadcn UI offers a fast and flexible solution for building modern user interfaces.

For more details and advanced usage, visit the official Shadcn UI documentation. Start creating sleek and dynamic UIs today!

Magic Patterns AI: A Complete Guide & Tutorial

Sarthak Niranjan — Mon, 10 Feb 2025 13:47:03 +0000

Curious about Magic Patterns AI? In this blog, we’ll explore what is Magic Patterns AI, its key features, and how to use this powerful UI patterns generator. Follow our Magic Patterns AI tutorial to master its tools and enhance your design workflow effortlessly!

What is Magic Patterns AI?

Magic Patterns AI is an AI-powered tool that helps teams prototype ideas, design mockups, and create customer demos effortlessly. It converts user stories into realistic UI designs within seconds, making it ideal for product teams, designers, and startups.

With real-time collaboration, a Chrome extension for design inspiration, and AI-driven UI generation, it streamlines workflows and eliminates creative blocks.

Key Features of Magic Patterns

Magic Patterns AI is designed to simplify and accelerate the design process by offering a range of intelligent features tailored for product teams, designers, and sales professionals. Below are its core functionalities that make it a powerful tool for rapid prototyping and seamless collaboration.

1. Instant UI Prototyping

Transforming ideas into design has never been easier. Simply input a user story, and Magic Patterns AI generates interactive UI mockups within seconds. This eliminates the need for starting from scratch, making the process faster and more intuitive.

2. AI-Generated Customer Demos

For sales teams, creating realistic and clickable prototypes is crucial for client pitches. Magic Patterns AI enables the rapid creation of customized demos that match the client's branding and aesthetics, improving engagement and conversion rates.

3. Seamless Team Collaboration

The tool includes a multiplayer canvas where team members—whether designers, developers, or stakeholders—can collaborate in real time. This feature ensures that design feedback and refinements happen efficiently without delays.

4. Chrome Extension for Design Inspiration

Struggling with a blank canvas? The built-in Chrome extension allows users to pull design elements from existing websites, offering an instant source of inspiration. This is particularly useful when working within brand guidelines or seeking creative direction.

5. Code-Based Mockups for Designers

Unlike traditional vector-based design tools, Magic Patterns AI produces mockups using real code. This makes it easier for engineers to integrate designs into production, reducing the back-and-forth between design and development teams.

6. Context-Aware Design Generation

By integrating with existing product management tools, the AI understands the context of a project and generates patterns accordingly. This ensures that designs are not just visually appealing but also aligned with the product's functionality and user experience goals.

7. Shareable Prototypes Without Login Hassles

External stakeholders or clients can view and interact with prototypes without needing an account, making feedback loops more efficient. The seamless sharing feature reduces friction in the review process and speeds up decision-making.

Using Web Patterns for Your Projects

Magic Patterns AI offers a powerful infinite canvas for designing and prototyping, allowing teams to collaborate and build projects efficiently.

1. Infinite Canvas for Design Collaboration

Much like modern design tools, Magic Patterns AI offers an infinite canvas where teams can work together in real time. You can connect designs, share ideas, and refine layouts without starting from scratch. This feature is especially useful for brainstorming product ideas and building UI flows.

2. Generate Screens Instantly

Creating a new UI screen is as simple as entering a text prompt. The AI interprets your description and generates a design within seconds, significantly reducing manual work. If you're unsure how to frame a prompt, the platform offers predefined templates to help you get started.

1. Create your first screen

2. Enter your prompt

3. Click 'Generate': A new screen will be generated based on your prompt.

3. Import Designs from Existing Sources

Instead of designing from the ground up, you can import UI elements directly from live websites using the Magic Patterns Chrome Extension. Here's how:

1. After using the Chrome Extension to extract the HTML, in the menu bar, select 'Convert'

2. Choose which design system you want to use.

3. Magic Patterns AI will then convert the HTML, so that you can now chat with it and make it your own!

4. Reference Existing Screens for Consistency

To maintain a cohesive design system, you can reference multiple screens within a project. This helps when:

Expanding on an existing design
Keeping UI elements consistent across multiple pages
Merging and modifying different layouts

How to use a reference

To use a reference, select the screen you want to reference and click the Reference button.

Import the design based on which you want to generate the new design.
Click on "Reference" button in the bottom.
Type your prompt, and it will generate the new component taking reference from the existing one.

5. Prototyping with Interactive Links

Once you’ve created multiple screens, you can link them together to build an interactive prototype. This lets you:

Simulate real-world user flows
Test designs before implementation
Share clickable prototypes with clients or stakeholders

How to link screens

Enter prototype mode either through the tool selector in the bottom bar or use the keyboard shortcut P
Hover over the element in the screen you want to link. It should turn blue. Click that element.
Click the screen you want to connect that element to.
You should see a toast in the bottom right pop up “Linking screens…”
Once your screens are linked, you should see an arrow connecting those two screens.
Click on the play icon above to launch your prototype and see it in action.

6. Exporting to Design and Code Tools

Once your design is ready, you can export it to:

Figma – For further refinements and team collaboration
GitHub – To integrate directly into development workflows
Other Design Systems – Using structured code exports

Exporting to Figma

Follow these steps to export your design to figma:

1. Generate a design and click on the three dots in the menu bar. Then 'Export to Figma'.

2. Copy the 'layerId'.

3. Within Figma, go to the actions button at the bottom, then 'Plugins & widgets' > then search for 'Magic Patterns' and run the Plugin.

If you prefer, you can also install the plugin here.

4. Copy paste in the 'layerId' and click 'import.' In the center of the file, you should see your design within Figma.

Export a Design for Mobile

By default, Magic Patterns AI generates responsive designs, ensuring that layouts adapt seamlessly across different screen sizes. Whether you're working on a desktop interface or a mobile view, the platform automatically optimizes the design for various resolutions.

Magic Patterns also provides a direct export feature. This allows you to transfer your generated UI screens to Figma’s design environment while maintaining structural integrity.

Syncing with GitHub

You can sync your Magic Patterns design to Github with a few easy steps.

1. Generate a design and click on the Github icon at the top of the code tab.

2. If it’s your first time syncing to Github, you’ll be asked to install the Magic Patterns Github app. Click ‘Install Github App’ to continue.

3. Follow the instructions to install the app. Pick the organization where you want to create the new repository. The Github app will request the necessary permissions.

4. Once the app is installed and authorized, you will automatically be brought back to Magic Patterns. In the Github panel, you will see the available organizations you can create the new repository in.

Once you select an organization, the new repository will be created.

5. Any changes you make to your design will be synced to Github. Likewise, any changes made in Github can be synced back to Magic Patterns.

Conclusion

Magic Patterns AI is a powerful tool that streamlines UI prototyping, team collaboration, and AI-powered design generation. From instantly creating screens and importing designs to linking interactive prototypes and syncing with GitHub, it simplifies the entire design workflow. Whether you're a designer, product team, or developer, this tool enhances efficiency and removes creative roadblocks.

To dive deeper and explore more advanced features, check out the official Magic Patterns AI documentation.

Kombai AI: A Complete Guide & Tutorial for Beginners

Sarthak Niranjan — Thu, 06 Feb 2025 18:45:54 +0000

Curious about Kombai AI and how it can streamline your workflow? In this guide, we’ll explore what is Kombai AI, its key features, and provide a step-by-step Kombai AI tutorial to help you get started. By the end, you’ll know how to use Kombai AI effectively and maximize its potential.

What is Kombai AI?

Kombai AI is a generative AI tool that converts designs into high-quality code with minimal effort. It helps developers and designers transform Figma designs into React components, HTML + CSS, and email-compatible HTML. Unlike traditional code-generation tools, Kombai understands designs like humans, ensuring structured, optimized, and production-ready code.

Key Features of Kombai AI

Code Generation for Web and Email

Converts Figma designs into React and HTML + CSS with a single click.
Generates email-friendly HTML using a table-based structure for compatibility across major email clients.

AI-Powered Design Interpretation

Works without predefined templates or strict naming conventions.
Adapts to unique design styles and automatically generates logical div structures and CSS rules.

Optimized for Developers

Produces high-quality JavaScript and React components with loops, conditions, and reusable elements.
Supports widely used UI frameworks like MUI Base.

Seamless Integration

No manual tagging or specific design structures required.
The generated code is easy to copy, customize, and integrate into development workflows.

Kombai AI for Email

Kombai AI extends its capabilities beyond web development by offering a powerful solution for email design conversion. With Kombai for Email, users can instantly transform their Figma email designs into fully compatible HTML email code. The generated code follows a structured table-based layout using <table>, <tr>, and <td> tags, ensuring broad compatibility across various email clients.

Unlike conventional tools, Kombai does not impose strict design constraints. Users don’t need to follow specific naming conventions or apply predefined templates. Any Figma design that looks natural for an email can be converted into clean, production-ready HTML.

Key Features of Kombai for Email

One-Click Email Code Generation – Transforms Figma designs into email-ready HTML instantly.
Email Client Compatibility – Uses a table-based structure to ensure proper rendering across different platforms.
Flexible Design Input – No need for predefined templates, specific layer names, or strict formatting rules.
Seamless Integration – Works effortlessly with ESP/MAPs like Klaviyo for direct export and further editing.

Launching the Kombai for Email Plugin

The Kombai for Email plugin can be accessed directly within Figma, making it convenient for both designers and developers. It works in both Design Mode and Dev Mode, offering flexibility.

From the Figma Community Page

Search for Kombai in the Figma Community page.
Go to Kombai - HTML email code from ANY design in a click Klaviyo, Email builder, Email template, Gmail under Plugins section.
Click Open to... button and select the Figma file in which you want to run the plugin.
Once the design and the plugin widget is loaded, click on Run.

From a Figma File (Design Mode)

Right click on the canvas and go to Plugins.
Select the Kombai plugin from Recents or Saved sections (if you have used the plugin recently or saved it before).
Go to Manage plugins... and search for Kombai.
Open Kombai.

From Dev Mode

Turn on the Dev mode in Figma.
Right click on the canvas and go to Plugins.
Select the Kombai plugin from Recents or Saved sections (if you have used the plugin recently or saved it before).
Go to Manage plugins... and search for Kombai in the Plugins tab.
Open Kombai.

Using the Plugin for Email

Kombai AI provides a seamless way to preview and export the generated HTML email code before deployment. This ensures users can review, modify, and finalize their email templates effortlessly.

The Preview Tab displays a live rendering of the Kombai-generated HTML inside an iframe, allowing users to see exactly how the email will appear before exporting. This helps in identifying any necessary refinements.

Additional Customization Options

Subject Line – Add a subject line directly to the email.
Preview Text – Define a short preview text that appears in the email inbox.
Email Background Color – Set a background color for the email to enhance its visual appeal.

Exporting the Code

Once the email design is finalized, Kombai provides two options for exporting the code:

Download Code – Save the auto-generated HTML email code locally for manual use.
Export to ESP/MAPs – Directly export the email to a marketing automation platform for further customization and deployment.

Users can also view and copy the full HTML email code from the HTML Code Tab, which dynamically reflects any customizations made in the settings.

Kombai AI for Web

Kombai AI simplifies front-end development by converting Figma designs into React and HTML + CSS code with a single click per component. It uses a combination of deep learning and heuristic models to interpret designs like a developer, ensuring clean and structured code without the need for pre-processing.

Unlike conventional tools, Kombai does not require grouping, naming layers, or using auto-layout in Figma. It automatically understands logical structures, minimizes hardcoded widths and margins, and intelligently determines which elements should be flexible in layout.

Key Features of Kombai for Web

One-Click Code Generation – Converts Figma designs into structured React and HTML + CSS code effortlessly.
No Manual Preprocessing – No need for tagging, grouping, or layer naming in Figma. Kombai auto-detects logical structures.
Smart Layout Handling – Reduces hardcoded widths and margins, allowing flexible and scalable UI components.
Developer-Friendly Code – Generates high-quality React components with loops, conditions, and reusable elements for efficient development.
Seamless Figma Integration – Directly imports designs from Figma without requiring additional setup.

Creating an Account and Connecting to Figma

To start using Kombai for Web, users need to create an account and connect it with Figma. The sign-up process is simple and supports Google and Email authentication.

Signing Up with Google

Click on Sign up with Google on the registration screen.
Choose your preferred Google account or enter your email and password.
Your Kombai account is instantly created, and you will be redirected to the dashboard.

Signing Up with Email

Select Sign up with Email and enter your email address and password.
Click Sign Up, and a confirmation email will be sent to your inbox.
Open the email and click on the Confirm Email link to activate your account.

Connecting to Figma

After signing in to Kombai, a Connect Your Figma Account popup will appear if your Figma account isn’t linked.
Click on the Connect Figma button to proceed.

You will be redirected to the Figma login page. If not already logged in, enter your Figma credentials and sign in.

Once logged in, a permission request will prompt you to allow Kombai to access and read your Figma designs.
Click on Allow Access to grant permissions.

After granting access, you will be redirected to the Kombai dashboard, where you can start converting your Figma designs into code.

Kombai only reads your Figma designs and does not modify or delete any files, ensuring complete control and security over your projects.

Using the Plugin for Web

Kombai makes it easy to convert Figma designs into React and HTML + CSS code with minimal effort. The plugin allows users to import designs, preview them, and generate structured, production-ready code quickly.

Users can bring their Figma designs into Kombai in two ways:

Importing a Figma Frame

Open Figma and navigate to the page containing your design.
Select the frame you want to import. You can do this in two ways - from the left panel in Figma where all your frames and elements are listed or, directly from the design canvas itself. Just click on the frame.

Copy the frame link from the address bar (if using Figma in a browser) or right-click the design tab and select Copy Link (if using the desktop app).

Open the Kombai dashboard and paste the copied Figma link into the input field.

Click the Load button (arrow icon) to import the design.
Wait for the design to load. Larger files may take extra time.

Once loaded, a preview of the design will appear in Kombai, allowing you to proceed with code generation.

Importing a Figma File

Copy the link to your Figma file. You can do this by: right-clicking on a design in the Figma dashboard and selecting Copy Link / Opening the design and copying the URL from the browser’s address bar / Right-clicking the design tab in the Figma desktop app and choosing Copy Link.

Open the Kombai dashboard and paste the copied Figma file link into the input field.Click the Load button to import the design.

Once loaded, all Figma pages and frames/groups will be displayed.

Select the design page and frame that you want to convert into code.

Click Proceed with Selection and wait for the design to load.
A preview of the design will appear in the Kombai dashboard as shown in the previous section, allowing you to continue with code generation.

Generating the Code

Identifying Components in the Design

Kombai AI automatically analyzes the imported design and breaks it down into logical components or sections. When you hover over the design inside Kombai, you will see these segmented sections highlighted. Each section can be converted into code individually, or you can generate the code for the entire design at once.

Generating Code for Specific Sections

If you want to generate code for a particular section of your design:

Click on the specific section inside Kombai.
Kombai’s AI will interpret the design and generate the corresponding React or HTML + CSS code.

Generating Code for the Entire Design

If you want to generate code for the entire design:

Click on the Generate Code button as shown in the image below.
Kombai will process the complete design and generate optimized front-end code for all components.

Choosing the Output Format

HTML/CSS Code – Select the HTML/CSS tab to generate clean, structured HTML and CSS for your design.

React Code – Select the React tab to generate reusable React components with the appropriate JSX and styling.

Conclusion

Kombai AI simplifies design-to-code conversion, generating React and HTML + CSS from Figma designs effortlessly. We explored Kombai for Email for email-compatible HTML and Kombai for Web for structured web code. With easy design imports, automatic component detection, and export options, Kombai streamlines development, making code generation fast and efficient.

For more information, make sure to check out the official Kombai website.

What is GDevelop: An Open-Source Game Engine

Sarthak Niranjan — Fri, 24 Jan 2025 13:44:26 +0000

In this blog, we dive into what is GDevelop, an open-source game development platform that empowers users to create stunning games without writing any code. We'll explore a GDevelop tutorial to get you started and show how to use GDevelop effectively for your projects.

What is GDevelop?

GDevelop is an open-source game development platform that allows users to create games without writing code. With its event-based visual programming, it empowers developers to focus on designing gameplay rather than worrying about complex coding. Its simplicity and versatility make it ideal for both beginners and experienced developers looking for a quick and efficient way to build games.

Key Features of GDevelop

Visual Programming: GDevelop uses an intuitive event system to define game logic, making it easy to create mechanics without programming knowledge.
Multi-Platform Export: Build once and export your games to Windows, macOS, Android, iOS, or as HTML5 web games to reach players everywhere.
Ready-to-Use Templates: Kickstart your project with templates for popular game genres like platformers, puzzles, and shooters.
Built-In Asset Store: Access free sprites, sounds, and animations directly within the platform to save time during development.
Extensibility: While it’s no-code by default, GDevelop supports JavaScript for users who want to enhance their games with custom functionality.
Open Source: As an open-source tool, GDevelop lets developers contribute to its features or customize it for their unique needs.

What You Can Do With the GDevelop Repository

The GDevelop GitHub repository offers numerous ways to use, contribute to, and expand the platform. Here's what you can do:

❔ I want to...	🚀 What to do
🎮 Make games	Visit the GDevelop homepage to download the app.
⚙️ Create or improve an extension	Learn how to create extensions.
🧑‍💻 Contribute to the engine/editor	Follow the guidelines in the repository's README file.
👾 Create or sell templates	Submit examples or sell templates in the Asset Store.
🎨 Share or sell asset packs	Offer free or paid assets in the Asset Store.
🌐 Translate GDevelop	Contribute through Crowdin or in-app.
👥 Get professional support	Explore commercial support options for teams or creators.

Getting Started with GDevelop

Now that we know what is GDevelop, let us look at a quick tutorial that'll help us get started.

Step 1: Download and Install GDevelop

GDevelop is a versatile platform available for a wide range of devices, including Windows, macOS, Linux, Android, iOS, and Chromebooks. Here's how you can get started:

Windows: Download the installer from the GDevelop website. Double-click the executable, follow the on-screen prompts, and launch the app once installed.
macOS: Open the DMG file, then drag the GDevelop app to the Applications folder.
Linux:
- Flatpak: Follow the terminal commands on the Flathub page.
- AppImage: Use the terminal to make the file executable (chmod a+x GDevelop*.AppImage) and then run it (./GDevelop*.AppImage).
Android and iOS: Download GDevelop from Google Play or the App Store.
Chromebooks and Browsers: Open editor.gdevelop.io directly in your browser and optionally add it to your home screen.

Step 2: Choose or Customize a Game Template

When you first open GDevelop, you’ll be presented with two options:

Start from a Template: Select from various ready-to-use game templates like platformers, puzzles, and shooters. These templates allow you to jump right into customizing a pre-designed game.
Create a New Project: If you prefer starting from scratch, you can begin with a blank project and build your game from the ground up.

Image Ref

Templates are an excellent way for beginners to get acquainted with the platform while saving time on initial setup.

Step 3: Preview Your Game

Once you've made adjustments or started building your game, testing it is just a click away. The Preview button on the toolbar allows you to instantly see your game in action. It opens a new window where you can interact with and test your game in real-time.

Image Ref

By following these three steps, you’ll quickly familiarize yourself with the GDevelop interface and its capabilities.

The GDevelop Community

Now that we know what is GDevelop, let us talk about its community. GDevelop thrives thanks to its active and engaged community of developers and contributors. The project's GitHub repository has garnered over 12,400 stars and 916 forks, reflecting widespread interest and collaboration.

The community actively participates in discussions, feature requests, and feedback through various channels:

GDevelop Forum: With over 1,800 topics in the general section and more than 16,900 queries in the "How do I...?" section, developers share insights, seek assistance, and contribute to the platform's evolution. (GDevelop Forum)
User Feedback Channel: This dedicated space allows users to propose features and improvements, fostering a collaborative environment where suggestions are reviewed and can influence future updates. (User Feedback Channel)

The GDevelop community's commitment to open-source development ensures continuous enhancement of the platform, making it a reliable choice for game developers worldwide.

Conclusion

In this blog, we explored what is GDevelop, a powerful open-source game engine that enables you to create games without coding. We began by discussing the repository’s features and what you can do with it, such as using templates, contributing to extensions, or sharing assets.

Find and read more about the GitHub repo here.

Flutter AI: Build Flutter Apps in Minutes

Sarthak Niranjan — Sun, 19 Jan 2025 05:43:59 +0000

Flutter development has never been easier! With CodeParrot as your Flutter AI, you can seamlessly transform your Figma to Flutter designs into production-ready code in minutes. By leveraging its power, you can effortlessly convert Figma to code, bridging the gap between design and development.

What is CodeParrot AI?

CodeParrot AI is an innovative platform that serves as your Flutter AI, designed to bridge the gap between design and development by seamlessly converting designs into production-ready code. What sets CodeParrot AI apart is its deep understanding of your existing codebase, making it a go-to tool for developers aiming to accelerate their workflows without compromising on quality.

Key Features of CodeParrot AI:

Build on Your Existing Projects: CodeParrot AI doesn’t start from scratch — it utilizes your existing components and libraries, ensuring seamless integration into ongoing projects.
Adherence to Coding Standards: By following your coding standards, CodeParrot AI generates code tailored to your preferences, reducing the need for extensive revisions.
Speed Without Sacrificing Quality: Create new screens and components in minutes. Instead of starting from scratch, review and refine the generated code to save valuable time.
Workflow Integration: With IDE plugins, CodeParrot AI fits effortlessly into your current workflow, eliminating the hassle of switching contexts.

Getting Started with CodeParrot AI

Using CodeParrot AI to convert your Figma to Code designs into production-ready components is straightforward and efficient. CodeParrot is available on the VSCode marketplace. You can install it as a VSCode extension to begin building quickly and efficiently.

Open VSCode: Start by launching Visual Studio Code on your system.
Navigate to Extensions: In the VSCode interface, go to the Extensions view by clicking on the square icon located in the sidebar. Alternatively, you can use the shortcut Ctrl+Shift+X (for Windows) or Cmd+Shift+X (for macOS) to quickly access the Extensions tab.
Search for CodeParrot: In the Extensions search bar, type CodeParrot and hit Enter.
Install CodeParrot: Once you find the CodeParrot extension in the results, click the Install button. This will add CodeParrot to your VSCode environment.
Launch and Create an Account: After installation, you will see the CodeParrot icon in the sidebar. Click on it, then follow the steps to create an account. Once registered, you're ready to start using CodeParrot.

How Does CodeParrot Work with Figma?

A Figma Selection refers to a group of layers within your Figma design that you want to convert into code. This selection could be any UI component or section of your design that you plan to implement in your project. Once you've selected a group of layers, you can generate a link to that selection and use it with CodeParrot to instantly convert the design into code.

Once you're signed in to CodeParrot, you’ll find an option labeled Select from Figma within the CodeParrot extension UI. By clicking this option, you'll be prompted to enter the link to your Figma selection.

Here’s how to copy the link to a Figma Selection:

Open your Figma design: Navigate to your Figma file where the Figma design is located.
Select the layers: Highlight the specific group of layers you want to convert to code.
Copy the link: Right-click on the selected layers and choose Copy link to selection from the menu. This link can now be used in CodeParrot to generate React components.

Converting a Component Into Code

Importing the Selection to CodeParrot

Open the CodeParrot extension: Navigate to the CodeParrot extension in VSCode.
Click "Select From Figma": Choose the Select From Figma option from the extension's menu.
Paste the Figma link: Paste the link you copied from your Figma selection into the input field.
Submit the link: Click Send and you’ll see a thumbnail preview of the component you want to generate.

Specifying the Coding Standards

Once the component preview is visible, CodeParrot allows you to customize coding standards like style, naming conventions, and more for consistency in your project. You can also select your preferred framework and language from the menu. Click the settings icon above the input field to adjust these preferences.

Specifying Libraries and Referencing Files

Within the coding standards, you can also define the specific libraries you'd like to use for your components. For instance, if you prefer to use react-native-svg for icons or any other library, you can easily specify this during the setup.

Additionally, you can customize how imports are handled. In our case, to streamline the process, we can specify the path for SVG imports as ../../assets. This ensures that for any future components generated, the correct path will be used automatically.

Generating the Code

Once you've defined the coding standards, you can further customize your component in the input field and click the Send icon to generate the code. This process works smoothly across different design-to-code scenarios, including Figma to React workflows.

Flutter AI: Figma to Flutter Using CodeParrot

Transforming Figma to Flutter is a breeze with CodeParrot AI, enabling developers to quickly convert designs into Flutter widgets for cross-platform applications.

First, pull up your Figma design files for the Flutter AI to convert it into code. For this tutorial we have used the following design from the Figma community, whose link can be found here.

Generating the Profile Page

Step 1: Select Components in Figma

Let us start with the profile page screen. Highlight the specific group of layers you want to convert to code. You can also select the entire page at once but do keep in mind that it would increase time for code generation.

Right-click on the selected layers and choose Copy link to selection from the menu. This link can now be used in CodeParrot to generate Flutter components.

Step 2: Use the `Select From Figma` Button

Open the CodeParrot AI extension, click on the Select From Figma button, and paste the design selection link. This step enables CodeParrot AI to process the design for conversion.

Once pasted, you can see the image of the component about to be generated.

Step 3: Configure Settings for Flutter

In the CodeParrot AI extension settings, select Flutter as the target framework. You can also customize additional preferences, such as widget styling, state management options, or even specifying the use of Material or Cupertino widgets based on your project’s needs.

Click on Save once you are done with the configuration.

Step 4: Generate the Flutter Code

Click the Send icon to generate the code. CodeParrot AI will analyze the design and produce clean, reusable Flutter widgets, ready for seamless integration into your application.

Generating the Messages Page

Now let us generate the messages screen just to be thorough with our Flutter AI.

Step 1: Select Components in Figma

Right click on the group of layers, and choose Copy link to selection from the menu.

Step 2: Use the `Select From Figma` Button

Open the CodeParrot AI extension, click on the Select From Figma button, and paste the design selection link.

Step 3: Configure Settings for Flutter

In the CodeParrot AI extension settings, select Flutter as the target framework. Make any changes if needed in your configuration. Here, I have asked CodeParrot to integrate a mock API as well.

Step 4: Generate the Flutter Code

Click the Send icon to generate the flutter code from Figma.

Now that we have CodeParrot AI's power, we can convert all the screens to flutter code easily, and generate the entire app with lightning speed!

Conclusion

In this blog, we explored how Flutter AI simplifies the process of converting Figma to Flutter designs into ready-to-use code. By leveraging CodeParrot AI, developers can seamlessly transform their Figma to code, streamlining workflows and reducing development time.

Start converting your Figma to Code effortlessly today with CodeParrot AI.

DEV Community: Sarthak Niranjan

No More BORING Forms: react-hook-form for Beginners

🧩 What is React-Hook-Form?

🤖 What Does React Hook Form Help With?

✨ Key Features of React Hook Form

🚀 Getting Started with React Hook Form

🛠️ Installation

📝 Creating Your First Form

📌 Basic Form Example:

🔥 What’s Happening Here?

✅ Adding Validation

📌 Adding Validation Rules:

🔥 What’s Happening Here?

🎨 Integrating with UI Libraries

📌 Material UI Example:

🔥 What’s Happening Here?

📌 Chakra UI Example:

🔥 What’s Happening Here?

🔄 Handling Errors Gracefully

📌 Error Handling Example:

🔥 What’s Happening Here?

📜 Schema-Based Validation with Yup

📌 Install Yup:

📌 Using Yup for Validation:

🔥 What’s Happening Here?

🏗️ Integrating with Global State (Redux)

📌 Redux Integration Example:

🔥 What’s Happening Here?

📌 React Hook Form API Overview

⚡ Key API Hooks in React Hook Form

🔹 useForm()

🔹 useController()

🔹 useFormContext()

🔹 useWatch()

🔹 useFormState()

🔹 useFieldArray()

❓ Frequently Asked Questions (FAQ)

🔹 How does React Hook Form improve performance?

🔹 How do I create accessible input errors and messages?

🔹 Does React Hook Form work with class components?

🔹 How do I reset a form in React Hook Form?

🔹 How do I set default values in a form?

🔹 How can I use ref for both React Hook Form and other purposes (like scrolling)?

🔹 What if I don’t have access to ref?

🔹 Why doesn’t the first keystroke work in my form?

🔹 React Hook Form vs. Formik vs. Redux Form – Which one should I use?

🎯 Conclusion

TypeScript vs JavaScript: The ONLY Guide You Need!

🟦 All About TypeScript

🤔 Why Was TypeScript Developed?

🔥 Why Choose TypeScript?

🚀 What is TypeScript?

🔥 Key Features of TypeScript

1️⃣ 📌 Static Typing: Catch Errors Before Execution

2️⃣ 🧠 Type Inference: Intelligent Type Detection

3️⃣ 🔗 Interfaces & Type Aliases: Structured Object Definitions

4️⃣ 🔄 Optional Properties: More Flexible Object Structures

5️⃣ 🌀 Generics: Write Reusable & Scalable Code

6️⃣ 🚀 Advanced ES6+ Features: Future-Proof Development

7️⃣ 📦 Modules & Namespaces: Better Code Organization

🎯 Advantages of TypeScript

🟦 All About JavaScript

🤔 Why Use JavaScript?

🚀 What is JavaScript?

🚀 Features of JavaScript

1️⃣ 🔀 Dynamic Typing

2️⃣ 🎭 Event-Driven Programming

3️⃣ ⚡ Asynchronous Programming

4️⃣ 🧬 Prototypal Inheritance

5️⃣ 🌍 Cross-Platform Development

6️⃣ 📚 Rich Library and Framework Support

🚀 Advantages of JavaScript

⚖️ TypeScript vs JavaScript: Comprehensive Comparison

📌 Typing System

📌 Error Detection

📌 Tooling and Developer Experience

📌 Ease of Learning

📌 Code Maintainability

📌 Compatibility

📌 Performance

🔹 `useForm()`

🔹 `useController()`

🔹 `useFormContext()`

🔹 `useWatch()`

🔹 `useFormState()`

🔹 `useFieldArray()`