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TailWindCSS Cheat sheet. Reference list for all utility classes and CSS properties of Tailwind CSS

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Web/mobile development agency. Developing high class applications

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GitHub - awssat/tailwindo: 🔌 Convert Bootstrap CSS code to Tailwind CSS code

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🔌 Convert Bootstrap CSS code to Tailwind CSS code - GitHub - awssat/tailwindo: 🔌 Convert Bootstrap CSS code to Tailwind CSS code

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https://usewindy.com/#pricing

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How the magic happens

Once you've downloaded the Windy extension and installed it on your browser, simply hover over any element on any website and instantly see the Tailwind CSS classes.

Highlight or click the existing element and Windy will copy the converted Tailwind CSS - complete with all its children - directly to your clipboard. You can even convert a whole website at once by copying the body tag.

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Transform every element on any website to Tailwind CSS

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Once you've downloaded the Windy extension and installed it on your browser, simply hover over any element on any website and instantly see the Tailwind CSS classes. Highlight or click the existing element and Windy will copy the converted Tailwind CSS - complete with all its children - directly to your clipboard.

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328+ Tailwind CSS Sites | Best Websites Made With Tailwind CSS

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A huge collection of the best tailwind examples and websites on the web. Click here to find inspiration.

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Easily convert CSS to Tailwind with this online converter. Paste in your Css and the tool takes care of the rest!

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An advanced online playground for Tailwind CSS that lets you use all of Tailwind’s build-time features directly in the browser.

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Free UI components and templates based on Tailwind CSS. Just copy-paste HTML, JSX or Vue into your project.

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Free Modern React Templates and Components for Building Landing Pages

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Easily customizable modern React UI Templates and Components built using TailwindCSS which are also lightweight and simple to setup. All components are modular and fully responsive for great mobile experience as well as big desktop screens. Brand Colors are also fully customizable.

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A repository of free components built with TailwindCss. Every component is responsive, customizable and carefully crafted for your use.

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A marketplace of fully responsive, multi-purpose UI kits, built with Tailwind CSS, for start-ups and products of any kind.

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Tailblocks - Ready-to-use Tailwind CSS blocks

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Tailwind CSS Components. Examples and templates

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Tailwind CSS examples from components by the community. Tailwind chart, grids, inputs, forms, templates and much more

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Headwind is an opinionated Tailwind CSS class sorter for Visual Studio Code. It enforces consistent ordering of classes by parsing your code and reprinting class tags to follow a given order.

Headwind runs on save, will remove duplicate classes and can even sort entire workspaces.

Get it from the VS Code Marketplace → Use PHPStorm? Get @WalrusSoup's Headwind port →
Usage

You can install Headwind via the VS Code Marketplace, or package it yourself using vsce. Headwind works globally once installed and will run on save if a tailwind.config.js file is present within your working directory.

You can also trigger Headwind by:

Pressing CMD + Shift + T on Mac

Pressing CTRL + ALT + T on Windows

Headwind can sort individual files by running 'Sort Tailwind CSS Classes' via the Command Palette. Workspaces can also be sorted by running 'Sort Tailwind CSS Classes on Entire Workspace'.

Any breakpoints or unknown classes will be moved to the end of the class list, whilst duplicate classes will be removed.

Customisation

Headwind ships with a default class order (located in package.json). You can edit this (and other settings) to your liking on the extension settings page.

headwind.classRegex:

An object with language IDs as keys and their values determining the regex to search for Tailwind CSS classes. The default is located in package.json but this can be customized to suit your needs.

There can be multiple capturing groups, that should only contain a string with Tailwind CSS classes (without any apostrophies etc.). If a new group, which doesn't contain the class string, is created, ensure that it is non-capturing by using (?:).

Example from package.json:

"headwind.classRegex": { "html": "\\bclass\\s*=\\s*[\\\"\\'](https://github.com/heybourn/headwind/blob/master/[_a-zA-Z0-9\\s\\-\\:\\/]+)[\\\"\\']", "javascriptreact": "(?:\\bclassName\\s*=\\s*[\\\"\\'](https://github.com/heybourn/headwind/blob/master/[_a-zA-Z0-9\\s\\-\\:\\/]+)[\\\"\\'])|(?:\\btw\\s*`([_a-zA-Z0-9\\s\\-\\:\\/]*)`)" }

Debugging Custom Regex:

To debug custom classRegex, you can use the code below:

// Your test string here const editorText = ` export const Layout = ({ children }) => ( <div class="h-screen"> <div className="w-64 h-full bg-blue-400 relative"></div> <div>{children}</div> </div> ) ` // Your Regex here const regex = /(?:\b(?:class|className)?\s*=\s*{?[\"\'](https://github.com/heybourn/headwind/blob/master/[_a-zA-Z0-9\s\-\://]+)[\"\']}?)/ const classWrapperRegex = new RegExp(regex, 'gi') let classWrapper while ((classWrapper = classWrapperRegex.exec(editorText)) !== null) { const wrapperMatch = classWrapper[0] const valueMatchIndex = classWrapper.findIndex((match, idx) => idx !== 0 && match) const valueMatch = classWrapper[valueMatchIndex] console.log('classWrapper', classWrapper) console.log('wrapperMatch', wrapperMatch) console.log('valueMatchIndex', valueMatchIndex) console.log('valueMatch', valueMatch) }

The result of valueMatch should be the class text exactly, with no other characters.

Good example value: valueMatch w-64 h-full bg-blue-400 relative

Note: Changes made to Headwind's JSON configuration options may not take effect immediately. When experimenting with custom classRegex, after each change you should open the control pallete (Ctrl/Cmd + Shift + P) and run Developer: Reload Window to ensure changes are applied.

headwind.sortTailwindClasses:

An array that determines Headwind's default sort order.

headwind.removeDuplicates:

Headwind will remove duplicate class names by default. This can be toggled on or off.
"headwind.removeDuplicates": false
headwind.prependCustomClasses:

Headwind will append custom class names by default. They can be prepended instead.
"headwind.prependCustomClasses": true
headwind.runOnSave:

Headwind will run on save by default (if a tailwind.config.js file is present within your working directory). This can be toggled on or off.
"headwind.runOnSave": false
Contributing

Headwind is open-source and contributions are always welcome. If you're interested in submitting a pull request, please take a moment to review CONTRIBUTING.md.

Contributors

Code Contributors

This project exists thanks to all the people who contribute. [ Contribute].

Financial Contributors

Become a financial contributor and help us sustain our community. [ Contribute]

Individuals

Organizations

Support this project with your organization. Your logo will show up here with a link to your website. [ Contribute]

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Headwind is an opinionated Tailwind CSS class sorter for Visual Studio Code. It enforces consistent ordering of classes by parsing your code and reprinting class tags to follow a given order. Headwind runs on save, will remove duplicate classes and can even sort entire workspaces. Get it from the VS Code Marketplace → Use PHPStorm?

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Tailwind CSS IntelliSense - Visual Studio Marketplace

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Extension for Visual Studio Code - Intelligent Tailwind CSS tooling for VS Code

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Streamlined integration between tailwindcss and heropatterns.com - GitHub - AndreaMinato/tailwind-heropatterns: Streamlined integration between tailwindcss and heropatterns.com

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GitHub - benface/tailwindcss-typography: Tailwind CSS plugin to generate typography utilities and text style components

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Tailwind CSS plugin to generate typography utilities and text style components - GitHub - benface/tailwindcss-typography: Tailwind CSS plugin to generate typography utilities and text style components

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GitHub - benface/tailwindcss-gradients: Tailwind CSS plugin to generate gradient background utilities

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Tailwind CSS plugin to generate gradient background utilities - GitHub - benface/tailwindcss-gradients: Tailwind CSS plugin to generate gradient background utilities

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Cheat sheet that provides a quick, interactive reference for all utility classes and CSS properties provided by Tailwind CSS, a utility-first CSS framework.

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This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters. Learn more about bidirectional Unicode characters

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Tailwind Ink | AI color palette generator for Tailwindcss

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A tool for creating new color shades based on a neural network and trained with the Tailwindcss palette.

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Tailwind Toolbox - Free Starter Templates for Tailwind CSS

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Free open source Tailwind CSS starter templates and components to get you started quickly to creating websites in Tailwind CSS!

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The following is a guest post by Andrey Sitnik, the creator of the Autoprefixer tool, a "postprocessor" for handling vendor prefixes in CSS. Why use this instead of your preprocessor or another tool? Many reasons. Andrey will explain.
Autoprefixer parses CSS files and adds vendor prefixes to CSS rules using the Can I Use database to determine which prefixes are needed.

All you have to do is add it to your asset building tool ( Grunt, for instance) and you can totally forget about CSS vendor prefixes. Just write regular CSS according to the latest W3C specifications without any prefixes. Like this:

a { transition: transform 1s }

Autoprefixer uses a database with current browser popularity and properties support to apply prefixes for you:

a { -webkit-transition: -webkit-transform 1s; transition: -ms-transform 1s; transition: transform 1s }

Autoprefixer logo by Anton Lovchikov

The Problem

We can, of course, write vendor CSS prefixes by hand, but it can be tedious and error-prone.

We can use services like Prefixr and text editor plugins, but it is still exhausting to work with big blocks of repeating code.

We can use mixin libraries with preproccesors like Compass for Sass or nib for Stylus. They solve a lot of problems, but create other problems instead. They force us to use a new syntax. They iterate much slower than modern browsers do, so a stable release can have a lot of unnecessary prefixes, and sometimes we need to create our own mixins.

And Compass does not really hide prefixes from you since you still need to decide on a lot of questions, for example: Do I need to write a mixin for border-radius? Do I need to split arguments for +transition by comma?

Lea Verou's -prefix-free came closest to solving this problem, but using client side libraries is not such a good idea when you take end-user perfomance into account. To avoid doing the same job again and again, it is better to build CSS once: during asset building or project deployment.

Under the Hood

Instead of being a preprocessor - such as Sass and Stylus - Autoprefixer is a postprocessor. It doesn't use any specific syntax and works with common CSS. Autoprefixer can be easily integrated with Sass and Stylus, since it runs after CSS is already compiled.

Autoprefixer is based on Rework, a framework for writing your own CSS postproccesors. Rework parses CSS to useful JavaScript structure and exports it back to CSS after your manipulations.

Each version of Autoprefixer contains a copy of latest Can I Use data:

List of current browsers and their popularity.

List of prefixes required for new CSS properties, values and selectors.

By default, Autoprefixer will support 2 latest versions of major browsers, much like Google does. But you can choose, what browsers are supported in your project, by name (like "ff 21") or by pattern:

Last 2 version of each major browsers using "last 2 versions".

With more that 1 % of global usage statistics using "> 1%".

Only newer versions by "ff > 20" or "ff >= 20".

Then Autoprefixer calculates which prefixes are required and which are outdated.

When Autoprefixer adds prefixes to your CSS, it doesn't forget about fixing syntax differences. This way, CSS is produced according to the latest W3C specs:

a { background: linear-gradient(to top, black, white); display: flex } ::placeholder { color: #ccc }

compiles to:

a { background: -webkit-linear-gradient(bottom, black, white); background: linear-gradient(to top, black, white); display: -webkit-box; display: -webkit-flex; display: -moz-box; display: -ms-flexbox; display: flex } :-ms-input-placeholder { color: #ccc } ::-moz-placeholder { color: #ccc } ::-webkit-input-placeholder { color: #ccc } ::placeholder { color: #ccc }

Autoprefixer cleans outdated prefixes as well (from legacy code or CSS libraries like Bootstrap), so the following code:

a { -webkit-border-radius: 5px; border-radius: 5px }

compiles to:

a { border-radius: 5px }

So after Autoprefixer, CSS will contain only actual vendor prefixes. After Fotorama switched from Compass to Autoprefixer, the CSS file size decreased by almost 20%.

Demo

If you still don't use any kind of tool to automate the building of your assets, be sure to check out Grunt. I highly recommend to start using build tools. This can open you a whole new world of "sugar" syntaxes, time-saving mixin libraries and useful image processing tools. All of developers' productivity methods to save a lot of nerves and time (the freedom to choose languages, code re-use, the ability to use third-party libraries) are available now for front-end programmers.

Let's create a project directory and write simple CSS in style.css:

For this example, we will use Grunt. First, we will need to install grunt-autoprefixer using npm:

npm install grunt-cli grunt-contrib-watch grunt-autoprefixer

Then we should create Gruntfile.js and enable Autoprefixer:

module.exports = function (grunt) { grunt.initConfig({ autoprefixer: { dist: { files: { 'build/style.css': 'style.css' } } }, watch: { styles: { files: ['style.css'], tasks: ['autoprefixer'] } } }); grunt.loadNpmTasks('grunt-autoprefixer'); grunt.loadNpmTasks('grunt-contrib-watch'); };

This config enables the compilation of style.css to build/style.css using Autoprefixer. Also we will use grunt-contrib-watch to recompile build/style.css every time style.css changes.

Let's start Grunt's Watch:

./node_modules/.bin/grunt watch

Now, we'll add a CSS3 expression to style.css and save the file:

a { width: calc(50% - 2em) }

The magic has just happened and now we have a build/style.css file. Grunt detected the change in style.css and launched the Autoprefixer task. Autoprefixer did find the calc() value unit, that needs a vendor prefix for Safari 6.

a { width: -webkit-calc(50% - 2em); width: calc(50% - 2em) }

Now we'll add a little bit more complicated CSS3 to style.css and save the file:

a { width: calc(50% - 2em); transition: transform 1s }

Autoprefixer already knows that Chrome, Safari 6 and Opera 15 need prefixes for transition and transform. But IE 9 also needs a prefix for transform, which we used as value in transition.

a { width: -webkit-calc(1% + 1em); width: calc(1% + 1em); -webkit-transition: -webkit-transform 1s; transition: -ms-transform 1s; transition: transform 1s }

Autoprefixer is designed to perform all the dirty work for you. It will check the Can I Use database, write all the prefixes needed and it does understand the difference between specifications as well. Welcome to the future of CSS3 - no more vendor prefixes!

What Next?

1. Autoprefixer supports Ruby on Rails, Middleman, Mincer, Grunt, Sublime Text. Learn more about how to use it with your environment in the documentation.

2. If your environment doesn't support Autoprefixer yet, please, report it and I'll try to help.

3. Follow @autoprefixer for info on updates and new features.

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Autoprefixer: A Postprocessor for Dealing with Vendor Prefixes in the Best Possible Way

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The following is a guest post by Andrey Sitnik, the creator of the Autoprefixer tool, a "postprocessor" for handling vendor prefixes in CSS. Why use this instead of your preprocessor or...

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A tool to help generate color shades for Tailwind CSS.

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Coder des cartes de prix avec TailwindCSS

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GitHub - jeffreyvr/tailpress: TailPress is a minimal boilerplate theme for WordPress using Tailwind CSS.

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TailPress is a minimal boilerplate theme for WordPress using Tailwind CSS. - GitHub - jeffreyvr/tailpress: TailPress is a minimal boilerplate theme for WordPress using Tailwind CSS.

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Documentation for the Tailwind CSS framework.

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How to Use Custom Fonts with Tailwind CSS

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Top 10 Tailwind CSS Plugins - GeeksforGeeks

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A Computer Science portal for geeks. It contains well written, well thought and well explained computer science and programming articles, quizzes and practice/competitive programming/company interview Questions.

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In this article, we are creating a dark mode interface using the prefer-color-scheme media query.

The prefer-color-scheme is a new media query that is used to detect the current theme of your system and provide a feature that helps in creating your web page theme according to your system preference. If your phone (or any device) is currently in dark mode then this media query will detect it, and you can use the custom CSS of your choice.

Hey geek! The constant emerging technologies in the world of web development always keeps the excitement for this subject through the roof. But before you tackle the big projects, we suggest you start by learning the basics. Kickstart your web development journey by learning JS concepts with ourJavaScript Course. Now at it's lowest price ever!
Syntax:
@media (prefer-color-scheme : your_color_scheme)
{
     ...
}

At the place of your_color_scheme, you can use the dark or lightoption. The dark indicates that the user has notified the system that they prefer an interface that has a dark theme and the light indicates that the user has notified the system that they prefer an interface that has a light theme, or has not expressed an active preference.

@media (prefer-color-scheme : dark) { ... }

@media (prefer-color-scheme : light) { ... }

Example: We have created a dummy webpage using HTML and CSS, and we want to create it in dark mode.
Output:
Creating the dark mode UI: Now create a prefers-color-scheme media query and set it to dark. We are creating all the black texts to white and all the white backgrounds to black if the system is using the dark mode.

HTML
Output:
Detect the current mode of the system using JavaScript: Sometimes we need to detect the current mode of the theme. For example, if we want to use two separate images for light mode and dark mode then you need to detect the current theme mode. To detect the mode, we use the matchMedia( ) method. This method takes a string (the media query you want to search) and returns the result of that media query.

Example: In the following code snippet, we are searching for the result of the prefers-color-scheme media query.

Javascript
Output:
If the system theme is dark, it returns:

true

If the system theme is light, it returns:

false

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How to create dark mode using prefer-color-scheme media query ? - GeeksforGeeks

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In this article, we are creating a dark mode interface using the prefer-color-scheme media query. The prefer-color-scheme is a new media query that is used to detect the current theme of your system and provide a feature that helps in creating your web page theme according to your system preference.

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Tailwind CSS can be used to make websites in the fastest and the easiest way.

Tailwind CSS is basically a utility-first CSS framework for rapidly building custom user interfaces. It is a highly customizable, low-level CSS framework that gives you all of the building blocks you need to build bespoke designs without any annoying opinionated styles you have to fight to override.
The beauty of this thing called tailwind is it doesn't impose design specification or how your site should look like, you simply bring tiny components together to construct a user interface that is unique. What Tailwind simply does is take a 'raw' CSS file, processes this CSS file over a configuration file, and produces an output.
Why Tailwind CSS?

Attention reader! Don't stop learning now. Get hold of all the important HTML concepts with the Web Design for Beginners | HTML course.

Faster UI building process

It is a utility-first CSS framework which means we can use utility classes to build custom designs without writing CSS as in traditional approach.

Advantages of Tailwind CSS:

No more silly names for CSS classes and Id's.

Minimum lines of Code in CSS file.

We can customize the designs to make the components.

Makes the website responsive.

Makes the changes in the desired manner.
CSS is global in nature and if make changes in the file the property is changed in all the HTML files linked to it. But with the help of Tailwind CSS we can use utility classes and make local changes.

Installation:
Method 1: Install Tailwind via npm

Step 1:npm init -y

Step 2:npm install tailwindcss

Step 3:Use the @tailwind directive to inject Tailwind's base, components, and utilities styles into your CSS file.
@tailwind base;
@tailwind components;
@tailwind utilities;

Step 4:npx tailwindcss init
This is used to create a config file to customize the designs. It is an optional step.

Step 5:npx tailwindcss build styles.css -o output.css
This command is used to compile style.css is the file which has to be compiled and output.css is the file on which it has to be compiled.If the file output.css is not created earlier then it will automatically created.

Method 2: Using Tailwind via CDN

Customize Tailwind's default theme can't be used

Directives like @apply, @variants, etc can't be used

Can't install third-party plugins

Example: Output: Supported Browser:
But there are some limitations when CDN is used. Some of them are:

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Introduction to Tailwind CSS - GeeksforGeeks

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Tailwind CSS can be used to make websites in the fastest and the easiest way. Tailwind CSS is basically a utility-first CSS framework for rapidly building custom user interfaces. It is a highly customizable, low-level CSS framework that gives you all of the building blocks you need to build bespoke designs without any annoying opinionated styles you have to fight to override.

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To enable transformations you have to add the transform utility.

Hardware acceleration

A lot of transformations can be executed on the GPU instead of the CPU. This enables better performance. You can use the transform-gpu utility to enable GPU Acceleration.

If you want to disable transformations, then you can use the transform-none utility.

Responsive

To enable or disable transforms at a specific breakpoint, add a {screen}: prefix to any of the transform utilities. For example, use md:transform to apply the transform utility at only medium screen sizes and above.

For more information about Tailwind's responsive design features, check out the Responsive Design documentation.

By default, only responsive variants are generated for transform utilities.

You can control which variants are generated for the transform utilities by modifying the transform property in the variants section of your tailwind.config.js file.

For example, this config will also generate hover and focus variants:

If you don't plan to use the transform utilities in your project, you can disable them entirely by setting the property to false in the corePlugins section of your config file:

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To enable transformations you have to add the transform utility. A lot of transformations can be executed on the GPU instead of the CPU. This enables better performance. You can use the transform-gpu utility to enable GPU Acceleration. If you want to disable transformations, then you can use the transform-none utility.

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Z-index lets you control and changes the stack order of your elements

Imagine a pile of books inside a case. What if you want to change the order of those books to put the last one in front of the pile? Well, you simply grab it from the pile and put it on top, letting you see the cover of the book.

Now imagine that those books are HTML elements, and the case is the parent element. Z-index utilities let you control the order of those child elements.

Let's take a real code example:

In this example, because we didn't change any of the z-index elements, the child element with the pink background (bg-pink-500) will be the element on the top of the stack.

But what if we want to put the child element with the green background (bg-green-500) on top of the stack? Well, we can add a TailwindCSS Z-index utility into the element's class.

In this example, we will add z-50.

👉 You can play with this example on Tailwind Play.

Out-of-the-box you have access to 6 levels of depth, from z-0 (the lowest level) to z-50 (the top-level) and one auto utility (z-auto). You can also create, change, or delete any of them by editing the theme.zIndex section in your TailwindCSS config file.

z-index and responsiveness

This utility is available out of the box with the {screen}: prefix. This allows you to change the z-index when a breakpoint is reached.

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In this article, we will dive into TailwindCSS z-index utilities and see why it is so crucial understanding them. Z-index lets you control and changes the stack order of your elements Imagine a pile of books inside a case. What if you want to change ...

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An advanced online playground for Tailwind CSS that lets you use all of Tailwind’s build-time features directly in the browser.

# data[].attributes.attachment_link.readable_text
Z-index lets you control and changes the stack order of your elements

Imagine a pile of books inside a case. What if you want to change the order of those books to put the last one in front of the pile? Well, you simply grab it from the pile and put it on top, letting you see the cover of the book.

Now imagine that those books are HTML elements, and the case is the parent element. Z-index utilities let you control the order of those child elements.

Let's take a real code example:

In this example, because we didn't change any of the z-index elements, the child element with the pink background (bg-pink-500) will be the element on the top of the stack.

But what if we want to put the child element with the green background (bg-green-500) on top of the stack? Well, we can add a TailwindCSS Z-index utility into the element's class.

In this example, we will add z-50.

👉 You can play with this example on Tailwind Play.

Out-of-the-box you have access to 6 levels of depth, from z-0 (the lowest level) to z-50 (the top-level) and one auto utility (z-auto). You can also create, change, or delete any of them by editing the theme.zIndex section in your TailwindCSS config file.

z-index and responsiveness

This utility is available out of the box with the {screen}: prefix. This allows you to change the z-index when a breakpoint is reached.

# data[].attributes.attachment_link.description
In this article, we will dive into TailwindCSS z-index utilities and see why it is so crucial understanding them. Z-index lets you control and changes the stack order of your elements Imagine a pile of books inside a case. What if you want to change ...