React hooks for using Capacitor's native APIs, providing a declarative interface for mobile and web development.
Capacitor React Hooks is a set of React hooks designed to work with Capacitor's native APIs, allowing developers to access device features like camera, geolocation, and storage in a declarative manner. It solves the problem of tightly coupling native plugin calls with React component logic by providing reusable hooks that manage state and side effects.
React developers building cross-platform mobile and web applications with Capacitor who want a more integrated and declarative way to use native device features.
Developers choose this library because it simplifies Capacitor plugin usage in React apps, reduces boilerplate code, and provides built-in feature detection to ensure compatibility across different platforms.
⚡️ React hooks for Capacitor ⚡️
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Hooks like `useCamera` and `useStorage` wrap Capacitor APIs in React-friendly functions, reducing boilerplate as shown in code examples for photo capture and key-value storage.
Each hook exports an `availableFeatures` object to check compatibility, preventing runtime errors on unsupported platforms, which is emphasized in the README's feature detection section.
Supports multiple Capacitor plugins including app, browser, camera, clipboard, device, filesystem, geolocation, keyboard, network, screen reader, and storage, covering common native needs.
The project is maintained with updates for Capacitor v3, CI badges indicating ongoing development, and clear upgrade guides from v2.
The README admits that 'not all of the Capacitor Plugins are supported yet,' forcing developers to implement hooks for missing plugins or use workarounds.
Requires installing separate npm packages for each Capacitor plugin hook (e.g., `@capacitor-community/storage-react`), increasing dependency management complexity and potential version conflicts.
Upgrading from Capacitor v2 to v3 involved API changes and deprecated features, as noted in the README, suggesting future updates could require significant refactoring.