A high-performance, cross-platform list view for React Native and web using cell recycling for optimal memory and rendering efficiency.
RecyclerListView is a high-performance list view component for React Native and web applications that uses cell recycling to render large, complex lists efficiently. It solves performance issues like memory overhead and frame drops during scrolling by reusing off-screen views instead of continuously creating and destroying them.
React Native and web developers building applications with long, scrollable lists, grids, or complex layouts that require smooth performance and memory efficiency, such as e-commerce apps, social media feeds, or data-heavy interfaces.
Developers choose RecyclerListView for its cross-platform compatibility, support for advanced layouts like staggered grids, and performance optimizations like cell recycling and deterministic rendering, which outperform standard list components in handling infinite scrolling and dynamic content.
High performance listview for React Native and web!
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Implements cell recycling to reuse off-screen views, drastically reducing memory overhead and frame drops during scrolling, as highlighted in the Overview section.
Works seamlessly on React Native and web via React Native Web, allowing code reuse across mobile and desktop applications without native dependencies.
Supports complex layouts like staggered grids and variable height items, with instant switching between view types such as GridView and ListView.
Includes sticky items, end reach detection, viewability events, and customizable animations through the ItemAnimator interface, as detailed in the features list.
Requires setting up layoutProvider, dataProvider, and rowRenderer, which adds significant initial setup time and learning curve compared to simpler list components.
The README admits that 'Documentation will be upgraded soon,' leading to potential inconsistencies and reliance on code comments for clarity.
Optimal performance relies on deterministic item heights; while forceNonDeterministicRendering exists, it requires accurate estimates and can impact smoothness.