Typescript

Tailwind

React

Nextjs

In this tutorial, we will learn how to create a beautiful menu using Tailwind CSS, a popular utility-first CSS framework. We will break down a code snippet and explain each part to understand how it contributes to the overall design and functionality of the menu. Don't worry if you're new to coding, as this tutorial is designed to be easily understood by beginners.

To start, let's examine the code snippet that sets up the basic structure of our menu:

The div element creates a container for our menu. We apply the classes 

bg-white, shadow-lg, rounded-xl, max-w-xs, mx-auto

Inside the container, we have the ul element, which represents an unordered list. We apply the classes 

Now let's explore how to add menu items to our menu:

The li element represents a single menu item. We apply the classes 

flex, items-center, text-gray-900, text-md

Inside the menu item, we have the span element, which holds an icon. We apply the classes 

The svg element represents an SVG image. We apply the classes 

 to set the width and height of the icon.

Within the svg element, the path element defines the shape and style of the icon using the 

The text "Dashboard" represents the label for the menu item.

Now, let's enhance the visual appeal of our menu using Tailwind CSS classes:

The header element represents the menu header. We apply the classes 

transform, flex, items-center, mb-10, py-8, and px-6

Inside the header, we have an img element that displays a profile picture. We apply the classes 

rounded-full, w-20, h-20, ring-4, ring-opacity-20,

The div element contains the text content of the header. We apply the class 

Inside the div, we have an h1 element that displays the name. We apply the classes 

The p element represents the occupation. We apply the classes

Lastly, let's incorporate an interactive button into our menu:

The button element represents an interactive button. We apply various classes to style the button, including 

text-white, capitalize, text-sm, bg-gradient-to-r, from-cyan-500, to-cyan-600, inline-block, rounded-md, flex, items-center,

Inside the button, we have an svg element that displays an icon. We apply the classes 

The path element within the svg element defines the shape and style of the icon using the 

stroke-linecap, stroke-linejoin, stroke-width

The text "Add Section" represents the label for the button.

How To Create a Stylish Profile Card Using Tailwind CSS

In this tutorial, we have learned how to create a beautiful menu using Tailwind CSS. By leveraging the power of Tailwind CSS classes, you can easily customize and create visually appealing menus for your web projects.

Remember, practice makes perfect, so don't hesitate to experiment and tweak the code to suit your own design preferences. Happy coding!

In this tutorial, we will learn how to create a beautiful menu using Tailwind CSS, a popular utility-first CSS framework. We will break down a code snippet and explain each part to understand 

Creating a Beautiful Menu with Tailwind CSS: A Step-by-Step Guide

In this tutorial, we will learn how to create a stylish profile card using Tailwind CSS. A profile card is a common component used in many websites to display information about a person or a company. We will go through each section of the provided code snippet and explain its purpose. Here is is how looks:

Is not that cool? Lets dive in and learn how we can create the profile card with tailwindcss. 

To begin, we need to include the necessary CSS and font files. Add the following code snippet to the head section of your HTML document:

The above code imports the Montserrat font from Google Fonts, which we will use to style our profile card.

Next, we will create the main container for our profile card. Use the following code:

 tag represents a section of the webpage, and we give it a class of

 to set the background color to a dark blue shade.

The flex class is used to create a flex container, allowing us to easily align and position the card's content.

The font-medium class sets the font weight to medium for the text inside the container.

The items-center and justify-center classes center the content vertically and horizontally.

The h-screen class makes the container take up the entire height of the screen.

Inside the main container, we will add the content for our profile card. Use the following code:

The outer <section> element represents the profile card container. It has a fixed width of 64 units (w-64) and is horizontally centered (mx-auto).

 class sets the background color of the card to a slightly lighter shade of blue.

 classes add padding to the left/right and top/bottom of the card, respectively.

 class applies a shadow effect to the card.

Inside the card container, we have a <div> element with classes flex, items-center, and justify-between. This <div> is used to create a flex container for the content within it.

Within the flex container, we have two <span> elements. The first <span> with classes 

 displays the text "2d ago" in a light gray color and smaller font size. This could represent the time since a certain event occurred. The second <span> contains an SVG icon of a checkmark. It uses the 

 class to set the color to an emerald green shade.

Next, we will add the profile picture to the card. Use the following code:

The outer <div> element is used to create some top margin (

) and horizontally center the profile picture (

Inside the <div>, we have an <img> element that displays the profile picture. The src attribute contains the URL of the image you want to use.

class gives the image a circular shape, and the 

Now, let's add the name and status information to the profile card. Use the following code:

The outer <div> element has a top margin of 

Inside the <div>, we have an <h2> element that displays the name "Max Gadget". The classes 

are used to set the text color to white, make it bold, set the font size to 2xl, and add some letter spacing.

The <br/> tag is used to create a line break between the first and last name.

After the <h2> element, we have a <p> element that displays the status "Active". The classes 

 are used to set the text color to an emerald green shade, make it semi-bold, and add some top margin.

To visualize the storage progress, we will add a progress bar. Use the following code:

The outer <div> element represents the progress bar container. It has a height of 1 unit (

The mt-8 class adds top margin to create some space between the progress bar and the previous content.

Inside the progress bar container, we have another <div> element. This inner <div> represents the progress itself. It has a height of 1 unit, a width of 2/5th of the container's width (

 value as needed to reflect the actual progress.

Finally, let's add the storage percentage to the profile card. Use the following code:

The outer <div> element has a top margin of mt-3.

Inside the <div>, we have two <span> elements. The first <span> displays the text "Storage:" in a light gray color and semi-bold font weight. The second <span> displays the storage percentage, which is set to "40%" in this example. Adjust the value as needed.

Congratulations! You have successfully created a stylish profile card using 

. By understanding the different sections of the code snippet and their purpose, you can customize and build upon this profile card to fit your own project's needs. Tailwind CSS provides a wide range of utility classes that make it easy to style and structure your components. You can experiment with different colors, fonts, and layouts to create your own unique profile cards. Happy coding!

In this tutorial, we will learn how to create a stylish profile card using Tailwind CSS. A profile card is a common component used in many websites to display information about a person or a company.

Next.js is a highly popular framework for building server-rendered React apps. Its powerful routing system, dynamic page rendering, and integration with Node.js offer developers endless possibilities. To ensure better SEO optimization and navigation within the app, obtaining the absolute URL is crucial.

This article provides insights on various techniques to get the absolute URL in Next.js. You will learn about common scenarios, potential pitfalls, and best practices for implementing this essential feature effectively.

Next js get absolute URL: Understanding the Basics

To better understand the importance of an absolute URL in your Next.js application, let's first clarify its definition.

An absolute URL includes all necessary components, such as the protocol and domain name, to indicate the exact location of a web resource and enable accurate linking and navigation.

Why is Obtaining the Absolute URL Important in Next.js?

Using Next.js, pages can be rendered on both server and client sides. Absolute URLs ensure the correct page is displayed when sharing links or transitioning between pages, improving visibility and SEO rankings by allowing search engines to accurately index your content.

Now that we have a good grasp of the concept, let's look at various ways to acquire the absolute URL in Next.js.

There are various methods for obtaining the absolute URL in a 

. Let's delve into the most popular techniques for next js get current url server side:

With server-side rendering, you can utilize the

 to gain access to the absolute URL. By parsing important data from the headers of said request, constructing a full URL becomes possible. you can see next-absolute-url example here:

To form the absolute URL, we take out the protocol, host, and path from the request headers and join them together as shown in the previous example.

The Router object in Next.js enables simplified URL handling with its powerful router, allowing for easy retrieval of absolute URLs using the 

property. You can check Next js get absolute url example here:

By using the useRouter hook from Next.js, we can access the current route's 

 to retrieve the full URL in this example.

In a client-side rendering context, obtaining the absolute URL has slightly different options. Let's look at two commonly used techniques for CSR in Next.js.

The current URL can be obtained in a client-side rendered Next.js application by using the 

 object. you can see next-absolute-url example here:

We can obtain the entire URL of the current page by using the 

You can use the Next.js Router to get the absolute URL in a client-side rendering context. You can check Next js get absolute url example here:

property and get the complete URL when combined with 

Frequently asked questions about "next js get absolute URL"

Why is the absolute URL necessary for SEO optimization?

Having a complete absolute URL is critical for SEO optimization, as it ensures that search engines index your pages correctly. This improves visibility and organic search rankings because search engines can accurately associate your content with the correct domain and path.

Can I use relative URLs instead of absolute URLs in Next.js?

Although relative URLs have limited use, Next.js applications are best served by absolute URLs which guarantee precise navigation and linking across pages, irrespective of location or rendering context.

Are there any potential security risks associated with exposing the absolute URL?

When working with absolute URLs, it's important to consider potential security risks and avoid including sensitive information like session tokens or API keys in the URL string. To ensure secure data transmission, use server-side methods or separate authentication mechanisms instead.

How can I handle dynamic routing and obtain the absolute URL for dynamic pages in Next.js?

In order to achieve dynamic routing and obtain the absolute URL for dynamic pages, you can merge the earlier techniques with Next.js' dynamic routing capabilities. By including required parameters in the URL, you can create URLs that are adaptive to the current page's state and offer precise navigation.

Can I use third-party libraries or packages to simplify obtaining the absolute URL in Next.js?

Third-party libraries and packages can help simplify the process of obtaining absolute URLs in Next.js. One such example is next-url-prettifier, which generates user-friendly URLs that are better for SEO and enhance overall user experience.

How can I ensure my Next.js application's absolute URLs are search engine-friendly?

For better search engine optimization of your Next.js application's absolute URLs, it is advisable to use canonicalization techniques and follow SEO best practices. Descriptive, concise URLs and optimized metadata along with proper internal linking can help prevent issues related to duplicated content.

To maximize your Next.js application's performance, user experience, and SEO, obtaining the absolute URL is essential. In this article, we explored various techniques to achieve this in both server-side rendering (SSR) and client-side rendering (CSR) contexts. By utilizing methods like accessing the req object, using the Next.js Router, and leveraging the window object for navigation accuracy and linking, you can ensure optimized functionality.

 However, it's crucial to prioritize security implications and maintain SEO best practices when working with absolute URLs. Implementing these approaches while adhering to best practices equips you with optimal tools for your Next.js application development endeavors.

In addition to the FAQs listed above, it's worth noting that obtaining absolute URLs in Next.js can also be beneficial for tracking purposes. With precise URLs, you can track user behavior, pageviews, and other metrics with greater accuracy. This can help you identify areas of your application that need improvement and optimize user engagement.

Furthermore, obtaining absolute URLs can be useful for creating shareable links. With clear, understandable links, users can easily share your application's content with others, leading to increased traffic and engagement.

It's also worth considering that obtaining absolute URLs may require different approaches depending on the deployment environment. For example, on platforms like Vercel, certain server-side methods for obtaining absolute URLs may not be available.

Overall, obtaining absolute URLs in Next.js is a critical aspect of application development. By understanding the FAQs outlined above and utilizing appropriate techniques, you can ensure optimal functionality, improve SEO optimization, and enhance user experience.

Learn how to optimize your application's performance and user experience by obtaining the absolute URL in Next.js. Follow step-by-step techniques, FAQs, and best practices for implementing the "next js get absolute URL" feature.

Mastering Next.js: Getting the Absolute URL in Nextjs Application

In the age of modern web development, working with JSON files is an essential skill. In this article, we'll explore importing a JSON file in Typescript. We will explore various techniques, including using Typescript's built-in capabilities, third-party libraries, and manual parsing.

Before diving into the specifics of importing JSON files in Typescript, it is crucial to understand what 

 is a lightweight data-interchange format that is easy to read and write. It is commonly used for exchanging data between a client and server or between different parts of an application.

 is a statically-typed superset of JavaScript that compiles down to plain JavaScript. Typescript adds optional type-checking and other features to JavaScript, making it more robust and easier to maintain.

The simplest way to import a JSON file in Typescript is using the require() function. This approach is compatible with 

 module systems and works seamlessly in a 

To use the require() function, follow these steps:

2. Import the JSON file using the require() function:

With these steps, the JSON file is now available as a native JavaScript object, and you can access its properties as you normally would.

, Typescript also supports typescript import JSON files through the import statement. To do this, follow these steps:

Enable the resolveJsonModule and esModuleInterop compiler options in your tsconfig.json file, as described in the previous section.

Import the JSON file using the import statement:

Now, you can use the imported JSON data as a regular JavaScript object.

Typescript provides a built-in JSON module for working with JSON data. This module includes methods for parsing and stringifying JSON data, which can be useful when importing JSON typescript.

Here's how to use the JSON module to import a JSON file:

Read the JSON file using the fs module in Node.js:

2. Parse the JSON string using the JSON.parse() method:

With this approach, the JSON file is imported and parsed, allowing you to access its properties as you would with a regular JavaScript object.

There are several third-party libraries available that can help you import JSON files in Typescript. One popular library is 

, which is a promise-based HTTP client for the browser and Node.js.

Here's how to use axios to import a JSON file:

2. Import axios and use it to fetch the JSON file:

Using axios, you can easily import JSON files from both local files and remote URLs, making it a versatile solution for various use cases.

If you need more control over the process of importing and parsing JSON files, you can create your own custom function for this purpose. This approach can be useful when dealing with large JSON files or when you need to perform additional data manipulation.

Here's an example of a custom function to import and parse a JSON file:

This custom function provides you with the flexibility to handle JSON files as needed, depending on your project's requirements.

Choosing the Best Method for Your Project

The choice of which method to use for importing JSON files in Typescript depends on several factors, such as:

Your project's environment (Node.js or browser)

The module system you are using (CommonJS or ES6 modules)

Whether you need additional features provided by third-party libraries

The level of control and customization required for handling JSON files

Each method has its pros and cons, so it is important to carefully consider your project's needs before choosing the most suitable approach.

In this comprehensive guide, we have explored various methods for importing JSON files in Typescript. From using the require() function and ES6 module imports to leveraging third-party libraries and creating custom functions, there are numerous options available to suit different project requirements.

By understanding these methods and their advantages, you can make an informed decision about the best way to import JSON files in your Typescript project, ultimately improving the efficiency and maintainability of your code.

1. Can I import JSON files directly in the browser?

While you cannot import JSON files directly using the import statement in a browser environment, you can use third-party libraries like axios or the built-in fetch() function to fetch JSON data from a server or local file.

2. Do I need to install additional packages to import JSON files in Typescript?

No, Typescript natively supports importing JSON files through the require() function and ES6 module imports. However, third-party libraries like axios can be useful for certain use cases, such as fetching JSON files from remote servers.

3. Is there a performance difference between the various methods of importing JSON files in Typescript?

Performance differences between the methods are generally minimal and may not have a significant impact on most applications. However, when working with large JSON files or dealing with a high number of requests, using third-party libraries like axios or creating custom functions can provide better performance and error handling.

4. Can I import JSON files with a dynamic file path in Typescript?

Yes, you can use typescript import JSON file with a dynamic file path by using the fs module in Node.js or the fetch() function in the browser. For instance, you can read and parse JSON files based on user input or other variables in your application.

5. How do I handle errors when importing JSON files in Typescript?

Error handling is essential when working with JSON files, as it helps ensure the reliability of your application. You can handle errors by using try-catch blocks when parsing JSON data, checking for the existence of the file before reading, or implementing error handling in custom functions or third-party libraries like axios. By properly handling errors, you can provide better user experiences and prevent application crashes due to invalid JSON data.

In the age of modern web development, working with JSON files is an essential skill. In this article, we'll explore the process of importing a JSON file in Typescript. 

How to Import a JSON file in Typescript: A Comprehensive Guide

Styling the scrollbar of a web page can be a tricky task, as the scrollbar is not an element that we can style directly with CSS. However, it is possible to change the scrollbar color with a little bit of trickery.

One approach is to use a library like jQuery.scrollbar, which allows you to customize the scrollbar's appearance with CSS. However, if you're using a utility-first CSS framework like Tailwind CSS, you might be looking for a more lightweight solution.

In this article, we'll explore how to change the scrollbar color using Tailwind CSS and a few lines of JavaScript.

To style the scrollbar, we'll need to use a pseudo-element. A pseudo-element is a virtual element that doesn't exist in the DOM, but we can style it with CSS. In this case, we'll use the ::-webkit-scrollbar pseudo-element, which represents the scrollbar in webkit-based browsers (such as Chrome and Safari).

To style the scrollbar with CSS, we can use the following code:

In this code, we're setting the width and height of the scrollbar to 10px, and we're giving it a light grey background color. We're also styling the thumb (the part of the scrollbar that you drag) with a black background color and a border radius of 10px.

This code will work in webkit-based browsers, but it won't work in other browsers. To support all modern browsers, we'll need to use vendor prefixes for the pseudo-elements. Here's the updated code:

This code will work in all modern browsers, but it can be a bit cumbersome to maintain. Fortunately, there's a better way to style the scrollbar using Tailwind CSS.

To style the scrollbar with Tailwind CSS, we'll need to use the customForms plugin, which allows us to apply styles to pseudo-elements.

First, we'll need to install the customForms plugin:


Then, we'll need to add the plugin to our configuration file:


With the plugin installed and configured, we can now use the scrollbar-* utilities to style the scrollbar. For example, to give the scrollbar a black background color and a border radius of 10px, we can use the following code:

This code uses the scrollbar-black utility to give the thumb a black background color and a border radius of 10px.

To apply this style to an element, we can simply add the scrollbar-black class to the element. For example:

Tailwind CSS also provides utilities for setting the width and height of the scrollbar, as well as the background color of the track (the part of the scrollbar that the thumb moves on).

Changing the Scrollbar Color with JavaScript

In some cases, you might want to change the scrollbar color dynamically with JavaScript. To do this, we'll need to use a little bit of trickery.


First, we'll need to create a class that contains the styles for the scrollbar. For example:

Next, we'll need to add a class to the html element that will contain the styles for the scrollbar. We can do this with JavaScript like this:

This code adds the scrollbar-black class to the html element, which applies the styles for the scrollbar.


To remove the scrollbar-black class and revert to the default scrollbar styles, we can use the following code:

With these two functions, we can easily change the scrollbar color using JavaScript.


For example, let's say we want to change the scrollbar color when a button is clicked. We can do this with the following code:

This code adds an event listener to the button that toggles the scrollbar-black class on the html element when the button is clicked.

And that's it! With a few lines of CSS and JavaScript, we can change the scrollbar color with Tailwind CSS. I hope this article has been helpful, and please let me know if you have any questions.

Styling the scrollbar of a web page can be a tricky task, as the scrollbar is not an element that we can style directly with CSS. However, it is possible to change the scrollbar color with a little bit of trickery.  One approach is to use a library like jQuery.scrollbar, which allows you to customize the scrollbar's appearance with CSS. However, if you're using a utility-first CSS framework like Tailwind CSS, you might be looking for a more lightweight solution.

How to Change Browser Scrollbar Color with Tailwind CSS

I have been using Tailwind CSS in most of my recent projects and I love how easy it is. However, if we compare it to bootstrap or other frameworks, it lacks base components that can help build sites faster. So, I tried to build components from scratch. Here is how I achieved creating a responsive sidebar with the dropdown in React and tailwind CSS.


Here is how the component will look on different platforms like PC, tablets, and mobile phones.


So, as you can see, I have created a floating button that is used to Show and Hide the sidebar component on smaller screens.




Now that we have created the floating button, we can move next to create the sidebar component. The sidebar component is going to have a dropdown menu, so I have created a menu links route with the appropriate icons. By mapping the menus array we can add the menu to the sidebar.



Here is how the sidebar.jsx file looks like :

You can get the full source code from the Github 

If you are Looking for How to create dashing Sidebar with Tailwind CSS which is Responsive in all devices then you are at right place.