This project is an asynchronous key-value store designed for client-side data persistence. It provides a unified interface that allows applications to save and retrieve complex data types, including binary objects, while maintaining responsiveness through non-blocking operations. By enabling offline-first functionality, it ensures that data remains accessible even when a network connection is unavailable.
The library distinguishes itself through a driver-based abstraction layer that automatically detects the most efficient storage mechanism available in the current browser or mobile environment. It includes a pluggable architecture that supports custom storage backends and provides a fallback mechanism to ensure consistent performance across different platforms. To manage data organization, it features a containerized architecture that allows developers to isolate data sets into independent namespaces, preventing key collisions between different application modules.
Beyond its core storage capabilities, the system handles the serialization of complex objects and binary data automatically. It supports both promise-based and callback-oriented syntax for asynchronous tasks and includes type definitions to facilitate integration into development workflows. Configuration options allow for the customization of storage parameters, such as driver selection and database sizing, to meet specific application requirements.
