<?xml version="1.0" encoding="utf-8"?> <rss version="2.0"> <channel> <title>Remote React Jobs | Find Top React Developer Positions Worldwide</title> <link>https://reactremotejobs.com</link> <description>Discover the best remote React developer jobs from top companies globally. Our curated list features exciting opportunities for React professionals seeking flexible, work-from-anywhere positions. Stay ahead in your career with our regularly updated job board tailored for React experts.</description> <lastBuildDate>Sat, 05 Oct 2024 14:18:30 GMT</lastBuildDate> <docs>https://validator.w3.org/feed/docs/rss2.html</docs> <generator>https://github.com/jpmonette/feed</generator> <language>en</language> <image> <title>Remote React Jobs | Find Top React Developer Positions Worldwide</title> <url>https://reactremotejobs.com/images/logo-512.png</url> <link>https://reactremotejobs.com</link> </image> <copyright>All rights reserved 2024, ReactRemoteJobs.com</copyright> <category>Bitcoin News</category> <item> <title><![CDATA[Boost Your React App Performance: Browser APIs You Didn't Know You Needed]]></title> <link>https://reactremotejobs.com/article/boost-your-react-app-performance-browser-apis-you-didnt-know-you-needed</link> <guid>boost-your-react-app-performance-browser-apis-you-didnt-know-you-needed</guid> <pubDate>Mon, 23 Sep 2024 15:00:43 GMT</pubDate> <description><![CDATA[## Beyond React Compiler: Unleashing Browser APIs for Faster React Apps Have you ever felt that React's compiler was doing its best but still struggling to reach optimal performance? Maybe it's time to look beyond the compiler and leverage the power of built-in browser APIs. These often-overlooked tools can significantly enhance your React app's speed and efficiency, even in areas where React Compiler might not excel. ### 1. `document.activeElement`: Focus State Without React State Instead of creating a React state to check if an element is in focus, use `document.activeElement`, a browser API that returns the element currently focused. Simply read its ID and compare it to your element's ID for a more efficient and straightforward solution. ### 2. CSS Pseudo-classes: Smarter Hover and Focus Management Avoid unnecessary re-renders by harnessing the power of CSS pseudo-classes like `:hover`, `:focus`, and `:focus-within`. These are particularly helpful when using libraries like Tailwind CSS or Styled-components. * Tailwind CSS provides special modifiers and group-{modifier} classes for handling hover and focus states, while Styled-components supports the same CSS syntax. * `focus-within` is perfect for styling when any child element is focused, creating a visually intuitive experience. ### 3. Native HTML Elements: Pre-Built Performance and Accessibility Native HTML elements like `<details>`, `<select>`, `<input>`, and `<form>` offer excellent performance and accessibility right out of the box, minimizing the need for extra code or React state. * `<details>` effortlessly handles collapsible sections, while `<select>` provides optimized dropdown menus for large lists of options. * `<input>` and `<form>` handle form functionality and data submission efficiently, ensuring a smooth user experience. ### 4. `CustomEvent`: Decoupled Communication Between Components For independent communication between components (especially when building component libraries or working with web components), consider `CustomEvents`. These events allow components to interact without relying on `React.Context`, improving code modularity and maintainability. ### 5. CSS Transitions and Transforms: Performant Animations Create smooth and efficient animations by leveraging CSS transitions and `transform` properties (scale, translate, etc.). Avoid using positioning properties (top, left, height, width), as they can trigger continuous layout computations and slow down animations. * Before using any CSS property for animations, understand its impact on the rendering pipeline. Opt for properties that minimize layout and paint operations for better performance. ### 6. `requestAnimationFrame` and `requestIdleCallback`: Non-Blocking Computations For changing CSS properties using JavaScript, utilize `requestAnimationFrame`. It ensures smooth rendering by executing changes at the end of each frame, avoiding disruptions to user interaction. * Use `requestIdleCallback` for long-running, low-priority JavaScript tasks. Break them into smaller parts and execute them during idle periods to avoid blocking the main thread. ### 7. Web Workers: Multi-threading for Enhanced Performance Enhance your application's performance by offloading intensive calculations to separate threads using Web Workers. This allows the main thread to remain responsive while complex operations are handled in the background. * Web Workers can't directly access the DOM but can communicate with the main thread using a messaging pipeline, enabling indirect DOM manipulation. ### Conclusion: Embrace Browser APIs for Optimized React The browser offers a wealth of resources for enhancing your React app's performance. By prioritizing native HTML elements, leveraging CSS transitions and transforms for animations, and using `CustomEvent` for communication, you can achieve a more efficient and responsive application without relying solely on React Compiler. Remember: While React Compiler can optimize re-renders, many critical optimizations lie beyond its scope. Embrace browser APIs to empower your React application and unleash its full potential!]]></description> <author>contact@reactremotejobs.com (ReactRemoteJobs.com)</author> <category>react</category> <category>performance</category> <category>browserapis</category> <category>optimization</category> <category>webdevelopment</category> <enclosure url="https://hackernoon.imgix.net/images/cKCxFfA9IVdG6vHC0yfNYlk6sfg2-l7f261h.jpeg" length="0" type="image/jpeg"/> </item> </channel> </rss>