167 posts tagged with "React Native"

A bottom sheet is a mobile surface that slides up from the bottom of the screen. It is useful for filters, sorting controls, checkout options, map place details, share menus, comments, media actions, and short forms.

React Native bottom sheets are gesture-heavy. A production implementation needs more than a visible prop: it needs Gesture Handler, Reanimated, stable snap points, keyboard behavior, safe areas, scrollable content, and cleanup around navigation.

In this tutorial, we will explore two popular state management libraries for React Native: Redux and MobX. State management is crucial in React Native development as it allows for efficient data flow and ensures that components stay in sync with the application state. We will begin by understanding what React Native is and why state management is important. Then, we will delve into the details of Redux and MobX, including how they work and their respective pros and cons. Finally, we will compare Redux and MobX to help you decide which one to choose for your React Native projects.

Animated.View is the built-in React Native way to animate a view's opacity, transform, position, and other supported styles. It is still useful for simple microinteractions: fade-ins, scale feedback, loading motion, card entrance animations, and small transitions that do not need complex gesture logic.

For heavy gesture-driven UI, shared element transitions, and UI-thread worklets, React Native Reanimated is usually the better tool. For simple screen polish, the core Animated API is still enough.

CodePush used to be the default answer for React Native over-the-air updates. That answer needs more context now. Microsoft retired Visual Studio App Center on March 31, 2025, and the hosted App Center workflow that many CodePush tutorials depended on is no longer a safe long-term default.

This tutorial will guide you through 10 essential React Native projects that will help enhance your skills as a software developer. React Native is a popular framework for building mobile applications using JavaScript and React. By creating these projects, you will gain hands-on experience and improve your understanding of React Native development.

Socket.IO is useful when a React Native app needs low-latency, bidirectional communication: chat, typing indicators, live order status, dispatch dashboards, presence, auctions, multiplayer interactions, or collaborative workflows.

You can pair this guide with the React Native documentation, the React Native app collection, or a current React Native template.

The important production detail is lifecycle. Mobile apps disconnect, reconnect, background, resume, rotate networks, and refresh auth tokens. A reliable Socket.IO integration handles those cases instead of creating one global socket that lives forever.

React Native has gained immense popularity among software developers due to its ability to build cross-platform mobile applications with the power of JavaScript. However, as your React Native app grows in complexity, it is crucial to ensure that it performs optimally. This is where React Native Performance Monitoring comes into play. In this tutorial, we will explore what React Native Performance Monitoring is, how to set it up in your app, key metrics to monitor, techniques to optimize performance, best practices, and the tools available for monitoring and debugging.

In this tutorial, we will compare three popular mobile frameworks - React Native, Flutter, and Xamarin. We will discuss the features, advantages, and disadvantages of each framework to help you choose the right one for your mobile development projects.

React Native changes quickly, but subscribing to every feed is not a strategy. A good learning system should separate official release information, curated weekly summaries, deep technical posts, and product-focused app development guidance.

This list focuses on resources that help React Native developers stay current without turning every week into research work.

React Native tests should protect the parts of your app that change often: business rules, form behavior, loading states, empty states, error messages, navigation decisions, and critical user actions. A good test suite does not try to prove that React Native itself works. It proves that your app still behaves correctly when you refactor, upgrade dependencies, or prepare a release build.

Gradients can make a React Native screen feel more polished, but they are easy to overuse. The best gradients have a job: improving contrast on images, creating a clear call-to-action, separating a hero area, or adding depth to a small UI element without hurting readability.

For Expo and Expo-modules apps, expo-linear-gradient is the most direct solution. It renders a native gradient view on iOS and Android and also works on web.

In this tutorial, we will explore 10 tips for cross-platform app development using React Native. React Native is a popular framework for building native mobile apps using JavaScript and React. It allows developers to write code once and deploy it on multiple platforms, such as iOS and Android. By following these tips, you can enhance your React Native development process and create high-quality cross-platform apps.