pangman-ui
v0.0.5
Published
Welcome to the **UI Library**, a prototype designed for learners to understand the **fundamental structure** of UI design and best practices for structuring and organizing UI components. This library serves as an example of how to **build a scalable UI li
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pangman-ui
Welcome to the UI Library, a prototype designed for learners to understand the fundamental structure of UI design and best practices for structuring and organizing UI components. This library serves as an example of how to build a scalable UI library using TypeScript, React, and Vite.
📑 Table of Contents
Purpose
Design System
Installation and Usage
Components
- 📦 List of Components
- 📂 In
lib/content/docs
Project Setup
Tailwind CSS Optimization
Additional Recommendations
🫀Purpose
This project is not just a set of reusable UI components, but also a learning tool aimed at helping developers:
- Understand best practices in structuring UI libraries.
- Learn how to effectively use TypeScript with React and Vite.
- Create a foundation for building their own scalable, reusable UI component libraries.
By studying this library, learners can gain insight into the organization and structure that facilitates easy maintenance, scaling, and collaboration in large projects.
🧠Design system
- Preview Figma Design
- The Figma UI Kit is open sourced by Irina Nik.
- View more For sample best practive.
🤖Features
- Educational Prototype: Learn the basic structure of designing reusable UI components.
- Best Practices: Follow best practices in organizing and structuring your project for scalability and reusability.
- TypeScript, React, and Vite: Understand how to combine these technologies to build a modern UI library.
- Customizable & Accessible: Components are designed to be flexible, responsive, and accessible by default.
Installation and Usage
install ui libray
# Using npm
npm install pangman-ui
usage:
import React from 'react';
import { Button } from 'pangman-ui';
const App = () => {
return (
<div>
<Button variant="primary" onClick={() => alert('Button Clicked!')}>
Click Me
</Button>
</div>
);
};
export default App;
💊Components
| Component | Description |
| ------------ | ---------------------------------------------------------------------------------------------------------------------------------- |
| Button
| A versatile button with multiple variants. |
| Input
| A customizable input field with support for validation. |
| Textarea
| A multi-line input field that allows users to enter longer text, useful for comments, descriptions, or notes. |
| PhoneInput
| An input field specifically designed for phone number entry, with validation and format handling based on different country codes. |
| Password
| A password input field with integrated strength meter and feedback, offering better security awareness during password creation. |
| ..Others
| Includes additional components and utilities to further extend functionality as needed. |
Project Setup
1. Clone the repository:
git clone https://github.com/Nattha-KT/ui-design-system.git
2. Navigate to the project directory:
cd ui-design-system
3. Install dependencies:
This project uses Vite, React, TypeScript. To install all the necessary dependencies, run:
npm install
4. Run documentation with storybook:
npm run storybook
🚀Optimize Tailwind CSS
To use PostCSS with Tailwind CSS in an optimized way in your Vite + React project, follow these steps:
1. Install Dependencies
Ensure that you have the necessary dependencies installed for Tailwind CSS and PostCSS:
npm install tailwindcss postcss autoprefixer cssnano
2. Configure Tailwind and PostCSS
Create the configuration files for Tailwind CSS and PostCSS.
PostCSS Configuration
Create a postcss.config.js
file in the root of your project. This file tells PostCSS how to process your styles:
module.exports = {
plugins: {
tailwindcss: {},
autoprefixer: {}, // Adds vendor prefixes automatically
},
};
Tailwind Configuration
If you don't already have a tailwind.config.js
file, you can generate one with the following command:
npx tailwindcss init
In your tailwind.config.js
file, configure the purge options for removing unused CSS during production builds:
module.exports = {
mode: 'jit', // Enable Just-in-Time (JIT) mode for faster builds and smaller final output
purge: ['./src/**/*.{js,jsx,ts,tsx}', './public/index.html'], // Paths to files to scan for used CSS classes
darkMode: false, // or 'media' or 'class'
theme: {
extend: {},
},
variants: {
extend: {},
},
plugins: [],
};
Note
You can learn more in Tailwind Document : Optimizeing for Production
3. Update Vite Configuration
Modify your vite.config.js
file to ensure that PostCSS is correctly applied. Since Vite has built-in support for PostCSS, you don't need to do much here:
import { defineConfig } from 'vite';
import react from '@vitejs/plugin-react-swc';
import path from 'path';
export default defineConfig({
plugins: [react()],
css: {
postcss: './postcss.config.js', // Point to your PostCSS config file
},
resolve: {
alias: {
'@': path.resolve(__dirname, './src'),
'@styles': path.resolve(__dirname, 'src/styles'),
},
},
});
4. Import Tailwind in Your CSS
In your main CSS or SCSS file (e.g., src/index.css
or src/styles/main.scss
), import the core Tailwind CSS styles:
@tailwind base;
@tailwind components;
@tailwind utilities;
This ensures that all Tailwind CSS base styles, components, and utilities are available in your project.
5. Optimize CSS for Production
During production builds, Tailwind CSS automatically purges unused styles from your final CSS bundle. You don’t need to configure additional plugins like PurgeCSS because Tailwind's JIT mode will ensure that only the used CSS is included.
For best optimization, ensure you run the production build using:
npm run build
Vite will:
- Minimize your CSS and JS bundles.
- Purge unused Tailwind classes (if configured correctly with
purge
paths). - Use PostCSS to add vendor prefixes via Autoprefixer.
6. Minify and Bundle Tailwind (Optional)
If you'd like to further optimize your build, Vite already handles CSS minification by default. You can additionally configure CSS splitting if needed:
export default defineConfig({
build: {
cssCodeSplit: true, // Ensures CSS is split for better performance
minify: 'terser', // Terser is used to minimize JS and CSS
},
});
7. Analyze the Final Build (Optional)
To verify that PostCSS and Tailwind are optimized in the final build, use a build analyzer. This can give you insights into your bundle size:
Install the build analyzer plugin:
npm install rollup-plugin-visualizer --save-dev
Add the analyzer to your
vite.config.js
:import { visualizer } from 'rollup-plugin-visualizer'; export default defineConfig({ plugins: [react(), visualizer()], });
Run the production build and analyze:
npm run build
This will generate a report that shows you which parts of the CSS and JS are contributing the most to your bundle size.
🔖Additional Recommendations for Building a Good UI Library
When building a UI library, especially for large-scale applications, there are several practices and tools that can help improve maintainability and scalability:
1. Monorepo Structure
Using a monorepo approach can help manage multiple packages (e.g., components, themes, utilities) within a single repository. Tools like Nx or Lerna make it easy to structure and manage your monorepo, offering benefits such as:
- Centralized management of dependencies.
- Easier refactoring across multiple packages.
- Consistent versioning and publishing workflows.
2. Component Documentation
Make sure to document each component thoroughly. Tools like Storybook allow you to create a visual representation of your components, making it easier for others to understand and use your library.
3. Automated Testing
Including unit tests for each component ensures that they work as expected. Testing frameworks like Jest or Vitest and React Testing Library are useful for verifying component behavior.
4. CI/CD Integration
Setting up continuous integration (CI) and continuous delivery (CD) pipelines can automate testing, building, and publishing your library. Tools like GitHub Actions or CircleCI can help automate these processes, ensuring that your library is always ready for production.
5. Versioning and Changelog
Use a versioning strategy like semantic versioning (SemVer) to keep track of changes in your library. Also, maintain a changelog to document important updates and improvements, helping users understand what has changed between releases.
6. Tree Shaking
Tree shaking removes unused code, making your library lighter. Ensure your components are exported as ES modules to enable this.
// Import only Button
import { Button } from 'pangman-ui';
7. Separate Entry Points
Provide separate entry files for individual components, allowing developers to import only what they need.
// Import only the Button component
import Button from 'pangman-ui/button';
8. Code Splitting
Break large components into smaller bundles that load only when needed, improving performance.
const Modal = React.lazy(() => import('pangman-ui/modal'));
<Suspense fallback={<div>Loading...</div>}>
<Modal />
</Suspense>;
9. Dynamic Import
Use dynamic imports to load components asynchronously, further enhancing performance.
const Chart = React.lazy(() => import('pangman-ui/chart'));
These practices—Tree Shaking, Separate Entry Points, Code Splitting, and Dynamic Import—will help keep your library efficient and optimized.
License
This project is licensed under the MIT License. It also incorporates third-party libraries that are licensed under their respective terms:
- shadcn-phone-input (MIT License)