react wrapper components for smooth-dnd
React Smooth DnD is an innovative drag-and-drop library specifically designed for React applications. Not only does it provide a fast and lightweight solution for implementing sortable features, but it also accommodates a range of drag-and-drop scenarios with its extensive configuration options. Leveraging CSS transitions for animations, it ensures that the interactions are both smooth and hardware-accelerated, enhancing the user experience significantly.
This library wraps React components around the existing Smooth DnD library, making it straightforward for developers to integrate drag-and-drop functionalities into their projects. Whether you’re building a complex dashboard, a sortable list, or a simple card interface, React Smooth DnD caters to various needs with its flexible API.
Lightweight and Fast: The library is designed to be efficient, ensuring minimal impact on application performance while maintaining a responsive user interface.
Customizable Animation: It utilizes CSS transitions for animations, providing smooth visual feedback during dragging and dropping, which is critical for user engagement.
Orientation Support: You can easily set the orientation of the draggable container to either vertical or horizontal, enhancing layout flexibility.
Group Management: Draggables can be moved between containers sharing the same group name, allowing for complex interactions and organization.
Drag Handling Options: Features like lockAxis and dragHandleSelector provide control over how and when items can be dragged, enabling a tailored user experience.
Auto Scrolling: Automatically scrolls the first scrollable parent when the dragging item approaches its boundaries, improving usability during drag actions.
Event Callbacks: Implements several callback functions, such as onDragStart, onDragEnd, and onDrop, allowing developers to execute custom actions at various stages of the drag-and-drop process.
Placeholder Support: Offers options for drop placeholders, enhancing the visual feedback during drag operations and making the interactions more intuitive for users.
