#React Components

[techygrowth]

Two effective techniques for creating modular, reusable user interface elements—React Components and Custom Elements—are contrasted in this guide. While custom elements, which are a component of the web components standard, offer a framework-agnostic method for constructing encapsulated elements, React Components, a fundamental aspect of React, offer a dynamic way to handle state and rendering. We'll go over their main distinctions, benefits, and compatibility with various development processes so that developers can choose wisely for their upcoming project.

[react-js-course]

[gagande]

PureCode company | Naming Conventions to Avoid Clashes

Choosing appropriate naming conventions for CSS classes is vital to avoid styling clashes across various React components. The BEM (Block Element Modifier) naming convention significantly enhances readability and helps prevent these conflicts.

[engenhariadesoftware]

React: A Biblioteca JavaScript que Revolucionou o Desenvolvimento de Interfaces de Usuário

Introdução ao React: O que é e por que é tão popular? O React é uma das bibliotecas mais populares e amplamente utilizadas no desenvolvimento de interfaces de usuário para a web. Criado e mantido pelo Facebook (agora Meta), o React foi inicialmente lançado em 2013, e desde então tem sido adotado por gigantes da tecnologia como Instagram, WhatsApp, Airbnb, Netflix e muitos outros. Sua…

[4everyadan]

YMIN supercapacitor SLM series empowers forest fire monitoring systems, highlighting key capacitor advantages

01 Market prospects of forest fire prevention monitoring systems

As climate change leads to an increase in extreme weather around the world, governments and relevant departments of various countries are paying more and more attention to forest fire prevention work, and the need for efficient and intelligent forest fire prevention monitoring systems is becoming increasingly urgent. The market prospects of forest fire prevention monitoring systems have also shown significant growth and development potential in recent years.

02 YMIN supercapacitor SLM series

In forest fire monitoring systems, power supply stability and instantaneous power output capabilities are crucial. YMIN supercapacitor SLM series 7.6V 3300F provides efficient and reliable power support for the front-end monitoring equipment of the forest fire monitoring system with its unique capacitance characteristics.

a) Efficient energy storage and rapid response:

SLM series supercapacitors have great energy density and fast charge and discharge capabilities. They can be fully charged in a very short time and release large current instantly when necessary, ensuring the instant start-up and stable operation of fire monitoring equipment even under harsh conditions. .

b) Long life and maintenance-free: Thanks to its ultra-long cycle life, SLM series supercapacitors can achieve long-term and stable operation with almost zero maintenance in forest fire monitoring systems, reducing the overall system ownership cost and operation and maintenance difficulty.

c) Wide temperature working and environmental adaptability: The temperature difference in the forest environment is large. The SLM series supercapacitors can maintain stable operation in the temperature range of -40°C to 70°C and are not affected by severe cold or heat. They are especially suitable for power supply of equipment in harsh outdoor environments.

d) Low self-discharge and emergency backup: The capacitor has a low self-discharge rate. Even if it is not connected to the power supply for a long time, it can still retain enough power for initial fire alarm and emergency communication, effectively enhancing the real-time performance and reliability of the forest fire monitoring system.

e) Small size and easy integration: The SLM series supercapacitors adopts a compact design, and the 7.6V 3300F specification is particularly suitable for integration into miniaturized and lightweight equipment, making it easy to install at remote monitoring sites without taking up too much space.

03 Summary

SLM supercapacitors strictly follow high standards of safety requirements during the design and manufacturing process. Its internal structure and working principle determine that it will not cause thermal runaway under overcharge, short circuit or other abnormal conditions, fundamentally eliminating the risk of explosion and fire. It also implements the concept of green environmental protection, and the product materials have passed RoHS. , REACH and other strict environmental certifications, and has low temperature resistance and other characteristics. Even in outdoor conditions with severe temperature fluctuations and high humidity, it can still maintain stable operation without fear of the impact of harsh environments on its performance, reducing the risk of power failure. Possibility of causing forest fires. By selecting YMIN supercapacitors SLM series 7.6V 3300F products, it plays a vital role in the design of the forest fire monitoring system by taking into account multiple key indicators such as high efficiency, low loss, and long-term durability.

From Shanghai Yongming Electronic Co.,Ltd

[elightwalk-technology]

What are some best practices for testing React components?

React has become a popular framework for building user interfaces due to its efficient rendering and reusable component structure. The quality of React components is ensured by testing, just like any software development process. We will explore some of the most effective techniques for testing React components to assist developers in creating dependable and error-free applications.

Unit Testing: React component testing begins with unit testing. It involves testing each component in isolation without any external dependencies. Unit tests ensure that each piece functions as expected and help catch any errors in isolation. Developers can use popular testing libraries like Jest or Enzyme for unit testing.

Jest is a JavaScript testing framework with a simple and easy-to-use API for testing React components. It also offers features like snapshot testing to check for changes in the rendered part. On the other hand, Enzyme is a JavaScript testing utility for React that simplifies the testing of React components by providing an intuitive API for traversing and manipulating React components' output.

Integration Testing: Integration testing focuses on verifying the smooth collaboration and interaction among various components to ensure their cohesive functionality. It is crucial in React applications as components often rely on each other for data exchange. Tools such as Cypress offer a powerful API for crafting end-to-end tests, enabling the execution of integration testing.

Mocking Dependencies: React components rely on external dependencies like APIs or databases for data retrieval. In such cases, it is helpful to mock these dependencies during testing. Mocking allows developers to simulate different scenarios and data responses, making testing components' behaviour in different methods easier. For example, a mock API response can help test edge cases like network errors or empty data responses.

Test Coverage: Test coverage is an essential metric to determine the effectiveness and completeness of the testing process. It provides visibility into which tests cover parts of the codebase and which do not. A good test coverage ensures that all critical paths in the code are tested, reducing the chances of undiscovered bugs.

Use React Testing Library: A simple and effective way to test React components is provided by React Testing Library, an open-source testing library. It encourages testing features in a way that reflects how users interact with the application. This approach leads to more robust and meaningful tests that mimic how users experience the application.

Use Test-Driven Development (TDD): Test-driven development is a software development methodology where tests are crafted before writing the actual code. This approach ensures the code is inherently testable, providing extensive test coverage for all features and edge cases. Additionally, TDD fosters the development of modular, maintainable, and reusable code.

Use Continuous Integration (CI): Continuous Integration (CI) is like a system that automatically checks if new code fits well with the existing code. This helps ensure everything works smoothly, and it catches them early if there are any problems. It's an important part of agile development because it helps find and fix issues quickly.

In conclusion, testing React components is essential for crafting high-quality applications, and at Elightwalk, we boast a dedicated team of React.js developers proficient in implementing these best practices. Following these guidelines ensures our applications are thoroughly tested, producing more robust and reliable software.

This commitment to testing identifies and resolves bugs and enhances our developers' confidence, culminating in an unparalleled user experience. With the rising popularity of React, our investment in meticulous testing reflects our dedication to delivering top-tier applications to our users.

[scholarhat01]

Mastering React Components: A Comprehensive Guide

Are you ready to take your React development skills to the next level? In this comprehensive guide, we will delve deep into mastering React components, exploring the best practices and techniques to help you build robust, reusable UI elements that will elevate your front-end development projects. Whether you're a beginner looking to get started or an experienced developer aiming to fine-tune your skills, this guide has something for everyone.

Section 1: Understanding React Components

The Building Blocks of React

Before diving into the intricacies of React components, let's establish a fundamental understanding of what they are. React components are the building blocks of a React application. They are the individual, self-contained pieces of the user interface that encapsulate the logic and presentation of a specific part of the application. By breaking down the UI into smaller, manageable components, React makes it easier to develop, test, and maintain your code.

Functional Components vs. Class Components

In React, you'll encounter two primary types of components: functional and class components. Functional components are simpler and rely on JavaScript functions to define them, while class components use ES6 classes. With the advent of React Hooks, functional components have become the preferred choice for most developers. They are simpler, more concise, and easier to understand.

Section 2: Setting Up Your Development Environment

Choosing the Right Code Editor

To master React components, it's crucial to have the right tools. Start by selecting a code editor that suits your needs. Popular choices include Visual Studio Code, Sublime Text, and WebStorm. These editors offer features like syntax highlighting, code completion, and extensions that make working with React a breeze.

Configuring Babel and Webpack

To build and bundle your React applications efficiently, you'll need Babel and Webpack. Babel allows you to write modern JavaScript syntax that browsers can understand, while Webpack simplifies module bundling. It's essential to set up these tools properly to ensure a smooth development workflow.

Section 3: Creating Reusable Components

Component Structure and Organization

Creating reusable components is a fundamental aspect of mastering React. Start by defining clear and concise component structures. Well-organized components should have a single responsibility, making them easier to maintain and reuse.

Props: Passing Data Between Components

In React, data flows from parent components to child components through props. Props are the mechanism for sharing data and configuring child components. By mastering the art of props, you can build flexible, adaptable, and truly reusable components.

Section 4: State Management

Understanding State in React

State management is a crucial part of React component development. State represents data that can change over time, and it's a concept that sets React apart from other libraries. Understanding how to manage state effectively is key to building dynamic and responsive user interfaces.

Introducing React Hooks

React Hooks revolutionized the way developers handle state in functional components. With hooks like useState and useEffect, you can manage state and side effects more elegantly than ever. We'll explore how to leverage these hooks to enhance your component development.

Section 5: Styling React Components

CSS-in-JS and Styled Components

Styling is an essential part of any user interface. In React, you have several options for styling your components. CSS-in-JS libraries like styled-components enable you to write CSS in JavaScript, providing a more scoped and maintainable way to style your components.

Leveraging CSS Preprocessors

If you prefer traditional CSS, you can still use preprocessors like Sass or Less. These tools allow you to write more structured and maintainable CSS while easily integrating it into your React components.

Section 6: Component Lifecycle

Understanding the Component Lifecycle

React components have a lifecycle that defines how they behave at different stages. Understanding this lifecycle is crucial for handling side effects, managing state, and optimizing your components for performance. We'll take an in-depth look at the component lifecycle methods and how to use them effectively.

React's PureComponent and Memoization

To enhance component performance, React provides tools like PureComponent and memoization. These techniques allow you to optimize your components by reducing unnecessary renders and updates.

Section 7: Testing React Components

The Importance of Testing

Robust and reliable components require thorough testing. Testing your components ensures they work as expected, even as your application grows and evolves. We'll explore tools like Jest and React Testing Library to create effective test suites for your components.

Test-Driven Development (TDD)

Incorporating Test-Driven Development (TDD) into your React component development process can lead to better-designed, more maintainable code. We'll guide you through the TDD approach and show you how to write tests before implementing your components.

Section 8: Performance Optimization

Performance Profiling and Debugging

As your React application grows, performance can become a concern. You'll learn how to profile and debug your components to identify and resolve bottlenecks. Tools like React DevTools can be invaluable in this process.

Code Splitting and Lazy Loading

To improve loading times and overall performance, you can utilize code splitting and lazy loading. These techniques help load only the necessary parts of your application when they're needed, reducing initial load times.

Section 9: Going Beyond: Building a Complete Project

Putting It All Together

In this final section, we'll consolidate everything we've learned and build a complete React project from scratch. You'll see how all the concepts and best practices discussed in this guide come together to create a real-world application. This hands-on experience will solidify your understanding of mastering React components.

Conclusion

Mastering React components is a journey that requires continuous learning and practice. By understanding the fundamentals, organizing your components, managing state, and optimizing performance, you can become a proficient React developer. Stay updated with the latest trends and practices in the React ecosystem, and you'll be well on your way to building exceptional front-end applications.

With this comprehensive guide, you're now equipped to tackle React component development with confidence. Whether you're building web applications, taking on Angular online training, or diving into other front-end technologies, the skills you've gained will serve you well on your development journey. So, roll up your sleeves, code away, and elevate your React game!

Mastering React components is an essential step towards becoming a proficient front-end developer. By understanding the core concepts and following best practices, you'll be well-prepared to create robust and maintainable user interfaces. Whether you're just starting or looking to enhance your existing skills, this guide has covered all the vital aspects of mastering React components. So, go ahead and put your knowledge to work, and soon, you'll be creating powerful, reusable UI elements that shine in your web applications.

[inextures]

Top 20+ React Libraries Every JavaScript Professional Should Know in 2023

A quality developer is the one who has the capacity of continuous learning and gets acquainted with the ever- changing environment. But with the increasing amount of data and technology in market, for the developers, it becomes very tough to choose right React libraries. Right choice of 3rd party libraries helps developers a lot, to develop system more user-friendly in effective way and save their time more importantly.

So now we will be discussing curated list of React libraries which offers great solution and is very useful to use in 2023. These libraries helps save time writing monotonous code which is already handy with many extra features.

Redux

Redux is commonly used with React, but can be used with other UI framework or library as Redux is a state management library for JavaScript applications.

While working with React project, we deal with issues handling data, and there comes as savior, Redux. It is the best library for managing the state of an application. The state of the application is represented as a single object called the “store”, which is responsible for holding the entire state of the application. The store is immutable, which means that it cannot be changed directly.

To change the values in store, actions are dispatched to the store, which describe the changes that need to be made. A reducer function then takes the current state and the dispatched action as arguments, and returns a new state object that incorporates the changes described in the action.

Overall, Redux is a powerful library for managing application state in a predictable and centralized way, and helps to maintain state conveniently.

React Router

React Router , as the name says, it’s a popular routing library for React, which allows you to manage the routing and navigation of single-page applications (SPAs). It enables you to create dynamic, responsive and scalable web applications with multiple pages, using the power of React.

Here are some of the key features of React Router:

Declarative routing

Nested routing

Dynamic routing

Route matching and switching

History manipulation

Server-side rendering

React Router is widely used by developers to build complex and scalable applications, and it has a large community of contributors and plugins that can help you extend its functionality even further.

Axios

Axios is used for making HTTP requests from both the browser and js.

When used with React, Axios can be used to fetch data from a server and then update the state of a component with the retrieved data. Axios is also isomorphic = it can run in the browser and nodejs with the same codebase.

Here are some key features and benefits of using Axios with React:

Simple API

Promise-based

Cross-platform

Interceptors

Timeouts

Error handling

Cancel requests

Progress capturing for browsers and js with extra info (speed rate, remaining time)

Automatic JSON data handling in response

Overall, Axios is a powerful and versatile library that can be a valuable tool for building React applications that communicate with servers. Its simple API, promise-based approach, and ability to work in both the browser and Node.js environments make it a popular choice for developers

Formik

Formik is a popular open source library for building forms in React applications. Formik keeps track of your form’s state and then exposes it plus a few reusable methods and event handlers to your form via It is a small group of React components and hooks for building forms in React and React Native

Some of its best features are:

Simplified form management: Formik simplifies the process of managing forms in React by providing a set of hooks and components that handle common form tasks like validation, handling form submission, and managing form state.

Simplified form management

Field-level validation

Integration with Yup

Support for complex forms

Flexible render props

Easy to test

Overall, Formik is a powerful and flexible library that simplifies the process of building forms in React applications. Its features make it easy to create complex forms, validate user input, and customize the look and feel of your forms to match your application’s design.

Material-UI

Material-UI is a popular open-source library that provides a set of reusable React components that implement Google’s Material Design It’s is a design language created by Google that focuses on creating a consistent user experience across all platforms and devices, helping build new features faster.

Some of the key features of Material-UI include:

Reusable React components

Customizable styling and theming

Accessibility

Responsive design

Comprehensive documentation Also it holds a good support channel.

Overall, Material-UI is a great choice for developers who want to create beautiful and responsive user interfaces in their React applications.

Tailwind

Tailwind works by scanning all of your HTML files, JavaScript components, and any other templates for class names, generating the corresponding styles and then writing them to a static CSS file.

Using Tailwind with React can be extremely beneficial for several reasons:

Consistent styling: Tailwind’s pre-defined CSS classes provide a consistent styling language that makes it easy to maintain a consistent look and feel across your React application.

Faster development: Tailwind’s pre-defined classes can save you time by eliminating the need to write custom CSS. This can speed up your development process and allow you to focus on building your application’s logic instead of styling.

Responsive design: Tailwind provides a set of responsive classes that allow you to create responsive designs without having to write media queries manually.

Customizable: While Tailwind provides a set of pre-defined classes, you can also customize the framework to meet your specific needs. This allows you to create your own

Low specificity: Tailwind’s class-based approach to styling ensures that your styles have low specificity, making it easier to override styles when necessary.

Easy to learn: Tailwind’s straightforward class naming system makes it easy to learn and understand, even for developers who are new to CSS.

Overall, using Tailwind with React can save you time, improve consistency in your styling, and make it easier to create responsive designs. It can also help you create a more maintainable and scalable codebase by providing a consistent styling language that is easy to understand and modify.

Yup

Yup is a powerful and flexible JavaScript validation library that allows you to easily validate data in your applications. Yup saves React developers from writing monotonous and repeated code for handling validation in the form. Yup gives bundles of options and solution to define validation schema which can handle validation in complex form too. Some of its best features are:

Schema-based validation

Extensible

Asynchronous validation

Integration with React

Lightweight

Localization support

Chainable syntax

Overall, Yup is a powerful and flexible validation library that makes it easy to validate data in your applications. Its schema-based approach, extensibility, and support for asynchronous validation make it a popular choice for developers who need to validate data in their applications. Additionally, its integration with React and support for localization make it a versatile tool that can be used in a variety of applications.

Mantine

Mantine is a modern React UI library with a focus on usability, performance, and It provides a wide range of customizable components and hooks to help you quickly build high-quality, responsive user interfaces for your React applications.

Some key features of Mantine include:

Accessibility

Performance

Customizability

Documentation

Community

TypeScript support

Theming

Responsive design

Developer tools

Growing ecosystem

Overall, Mantine is a well-documented, well-maintained, and has a growing community of developers who contribute to its development and use it in their own projects.

React Intl

React Intl is a JavaScript library that provides internationalization (i18n) and localization (l10n) support for React applications. It allows developers to format dates, times, numbers, and currencies according to different locales and language React Intl also provides features like pluralization, gender inflection, and message translation that help to make your application accessible to a global audience.

React Intl is built on top of the Internationalization API (Intl) that is available in modern browsers. It uses the same API to format and display messages in different languages and locales. However, React Intl provides a higher-level abstraction that simplifies the process of formatting and translating messages in a React application.

Some of the key features of React Intl include:

Message formatting

Pluralization

Gender inflection

Message translation

Integration with React

Overall, React Intl is a powerful and flexible library that makes it easy to add internationalization and localization support to your React application. It provides a wide range of features and options that help to ensure your application is accessible to a global audience.

Enzyme

Enzyme is a JavaScript testing utility library that is commonly used for testing React It provides a set of APIs to traverse and manipulate React components’ output, making it easier to test and verify their behavior. Enzyme allows you to simulate user interaction with your components and test the output based on those

interactions. This enables you to test your React components in isolation, without the need to mount them in a full application context, and verify that they behave as expected.

Some of the features of Enzyme include:

Shallow rendering

Full DOM rendering

API for traversing and manipulating components

Compatibility with popular testing frameworks

Overall, Enzyme is a powerful tool for testing React applications that can help improve your test coverage and ensure that your components behave as expected in different scenarios.

Conclusion

So, here we have explored many popular and valuable React Libraries, which may be usefull at different times while working on any project. These libraries will help creating dynamic, user-friendly interfaces by saving your time from long coding. Give look to this document before planning your packages for React project. Hope you found this helpful !!!

Read More Top 20+ React Libraries Every JavaScript Professional Should Know in 2023

[transmasccofee]

honestly one of my fav things that isn’t ever talked about with Kusuo is that he is honestly when you actually examine him, a pretty normal teenager. He’s insecure, he cares a lot about his mom and is scared of making her mad, he gets invested in other peoples drama, he dislikes PE, he hates being spoiled for things, he has an embarrassing crush that his friends judge him for, he has an awkward relationship with his dad and fights with his brother, he wants to be protected.

Like underneath all the unfamiliar stuff, he is honestly Just Some Guy.

[neonhellscape]

The towering creature comprised primarily of metal spikes looks at you with its nine optics.

[gusujay]

Everyday goes a little something like this. I open tumblr and check the pathologic tag to find art because the vibe patho artists capture is exquisite.

I immediately see someone making fun of Daniil for having highly specific special interests that he likes talking about.

I ignore it and scroll further only to see another 5 posts calling him annoying for oh wait give me a second *rereads text posts making fun of Daniil* showing symptoms of autism.

I sigh like a depressed disappointed father. I close tumblr.

[craptainkirk]

Theres just something off about it when people make broad generalizations based on sex theres just something off about it

[pineapplesagainstpizza]

I was talking to my sister about the "I'm not like other girls" phenomenon. And while we were talking, we both realized that it was almost primarily white girls that were being talked about. Like when they made memes or art about it, it was always a blonde and brunette white girls. And then I brought up how white women have a complex about being plain or not interesting enough (which is fueled by misogyny certainly) but I feel like it doesn't affect WOC in the same way.

Our interests were also made fun of, but instead of our interests being deemed as too mainstream or girly, we would be called whitewashed because our we didn't fit our racial stereotypes. Even as a kid, I felt like it was a waste of time to prove that I was black enough or expressed how I loved my culture enough the way people wanted me to.

[gagande]

Purecode | A significant advantage of React components is their reusability.

A significant advantage of React components is their reusability. Imagine building a skyscraper. Instead of creating each floor from scratch, you could construct one floor and replicate it as many times as required. Similarly, React components are reusable, making it possible to use the same code or assets across different parts of an application and adjust as needed.

[risebird]

Web Components & Modular UI

You might have heard the term ‘web components’ being thrown around in UI discussions. But what are web components? And how did they come about? In this article, I will attempt to cover a brief history of web components and the benefits they bring to teams today. I will also dive into how my team uses them. But first, let’s talk about what they are: Web components are a suite of different technologies that allow you to create reusable custom elements for use in your web applications. The functionality of web components is encapsulated away from the rest of your code. This goes a long way to making them more reusable. There are three main technologies: custom elements and their behavior, the ‘hidden’ shadow DOM, and the flexible HTML templates. These are used together to create versatile custom elements with encapsulated functionality that can be reused wherever you like, without fear of code collisions.

Back in 2011, a guy named Alex Russell first introduced the concept of ‘standard’ web components. A couple of years later Google jump-started the web components ‘revolution’ with the release of the Polymer library. The library was based on web components, and served as the authoritative implementation of Material Design for the web. It was soon after this time, a little over a decade ago, that I began to work on a new web application UI project, for which I decided that web components would be a key technology in my front-end tech stack. There were regrets, especially because of the flood of browser errors. I remember a lot of searching and sifting through obscure documentations and blogs to understand how to ‘glue’ the web components together with my application. A lot of the web component implementations felt experimental and it seemed like they were not completely ready for production, to say the least. It felt exciting for the wrong reasons: It was a new frontier of development, but ultimately it bred discouragement because of the challenges.

The React framework soon came along and changed many things. I, for one, rewrote my application in React and ‘never looked back’. It was so much easier to work with. And I’m sure that other developers, who were once web component hopefuls, had a similar experience. At the time, Facebook didn’t want to use web components and build on top of them because they didn’t fit React’s JSX model used for declaring elements. This was yet another reason to be doubtful about them. But obviously, not everyone was. In 2016, the Custom Elements v1 specification was released, which laid the foundation for designing and using new types of DOM elements. Soon after, in a bold statement by Google, YouTube was rewritten in Polymer web components. They kept evolving Polymer knowing that web components were a web standard, an approved spec that modern browsers had to implement.

In 2017, a few developments started to reaffirm web components as a viable modern front-end technology: First of all, the Polymer team started to develop LitElement, a lightweight framework for creating web components. Secondly, the Ionic team created StencilJS, a JavaScript compiler that generated web components. Both of these became reference technologies for web component development. In 2018, Firefox 63 enabled web component support by default and updated developer tools to support them. With Angular 6, came Angular Elements, allowing for packaging Angular components as custom web components. By the time the Lit framework was released in 2019, people were already realizing the value of having a layer of web components, especially because of the headaches from having so many different front-end frameworks. None of those frameworks were ‘native’ like web components.

In the last five years, web components have matured significantly, gaining wider adoption and becoming a more viable alternative to framework-based components, with key advancements through new features, the development of frameworks, and increased browser support. More recently, there has been a move towards more declarative APIs and the potential for fully declaratively defined web components. Web Components are now a commonplace part of front-end development practices, with major players like GitHub, Apple, and Adobe embracing them. They continue to evolve, with ongoing efforts to improve accessibility and other features like server-side rendering. They also continue to gain traction, with increasing browser support and usage in various projects.

Meanwhile, companies are feeling the pain of having built components using a specific framework. Of course, web components solve this problem; they live in harmony with other frameworks, not against them. Teams don’t have to change their frameworks either. Web components adapt to any JavaScript framework because they are natively supported elements in HTML. It’s the standard for components and it’s in every browser. This also makes debugging never too overly challenging because of framework abstractions. They are easy to share across teams and applications, and building a design system around web components means that your design system is framework-agnostic. Libraries have made web components very easy to add anywhere and to incorporate into logic systems, e.g. through native JS events. They work seamlessly across React, Vue, Angular, or plain HTML. This ensures long-term maintainability and prevents vendor lock-in ,  unlike framework-specific solutions. Web components are also compatible with micro-frontends and module federation, so clearly they are being considered during development of new technologies. Related to this, I’d like to point out that the ‘staying power’ of a technology is greatly enhanced when the technology is built into a specification required to be adopted by popular modern competitors. Such is the case for web components. This is important because some even speculate that native solutions such as web components could replace all frameworks.

So how have we used web components on my team? Our web components live in a repository dedicated to developing them, testing them, and publishing them. They are published and distributed as NPM packages, making them easy to share and import. Each component comes with a Storybook story that is also imported into a separate design-focused Storybook application, our ‘design lab’, where you can visually browse our inventory and interact with the components. Two application teams have adopted most of their components to be from our design system. Three other teams have adopted some of our web components. A few other teams are evaluating our components. The set of components used, and how, varies between application teams. Most will start with the Side Navigation component, especially because it serves as a visual backbone for our platform application UX. Our Grid System component is useful as it provides spacing alignment for all other components on your web page. Of course, our data grid component is central to the functionality of important data-driven UI pages.

Our design lab application has become a great place to start exploring our component offering. Storybook gives you the tools to display each individual component in an organized way and allows people to not only learn about them but also ‘shop the look’ by changing the controls of the component and playing with the component to see if it makes sense for them. We have also built a demo application in our design lab, showcasing visual integrations of these components. This allows users to see an entire UI built with our components, but this also allows us, under the hood, to test these component integrations. More recently, we have built theme-ing previews into our design lab, allowing users to apply a completely custom theme, and see how it affects the built-in demo application and each individual component separately. This ability is quite important, because our web components are compatible with theme-ing changes, and the design lab allows one to preview these ahead of time before you apply a specific theme in your application.

It probably goes without saying that we have used the web component technology to build all of these components. This means that, no matter what front-end framework you are using, you could bring these components into your application already, and even apply theme-ing through them. Using a common set of components that work anywhere, allows you to build applications faster and with a consistent look and feel. This has huge implications, and web components are the best technology suited to deliver this kind of central, modular approach to building UI elements. We don’t want to be limited by a less-robust technology that serves as a barrier to cross-application modularity.

Thank you for reading!

Be sure to also check out this wonderful resource for web components in general: https://github.com/web-padawan/awesome-web-components#articles

[shadab2025anwar]

Gluestack - Build Scalable Apps with Modern React & React Native UI Components Library

Gluestack provides a powerful, flexible, and scalable React & React Native UI library components framework to build high-performance web and mobile applications. Streamline your development with customizable components and seamless integrations.