A React Redux library for managing local UI state with block-level scoping and automatic cleanup.
Redux-ui is a library for managing UI state in React Redux applications using a block-level scoping model. It allows developers to define temporary UI variables that are automatically bound to component props, inherited by child components, and cleaned up on unmount. It solves the problem of managing local UI state without cluttering Redux with transient data.
React developers using Redux who need a structured way to handle local UI state like form visibility, filters, or temporary selections without writing repetitive Redux actions or using component state.
Developers choose redux-ui because it provides a clean, scoped approach to UI state that integrates seamlessly with Redux, offers automatic cleanup, and promotes reusable components. Its block-scoping model mimics JavaScript variable scoping, making it intuitive for developers familiar with lexical scope.
Easy UI state management for react redux
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Mimics JavaScript variable scoping, making UI state inheritance intuitive for nested components and reducing repetitive prop drilling.
UI state resets on component unmount by default, preventing memory leaks and simplifying cleanup for temporary interactions like modals or filters.
Requires all UI variables to be defined upfront in a state object, ensuring clarity and preventing undefined state errors in complex components.
Supports per-component custom reducers for handling UI state based on dispatched actions, allowing fine-grained control beyond basic updates.
Integrates directly under the 'ui' key in Redux, making it easy to adopt in existing Redux workflows without major refactoring.
Relies on ES7 decorators, which require Babel or TypeScript configuration and are not natively supported, limiting compatibility in some setups.
For state to persist, all parent components must also set persist to true, making it error-prone in deep component trees and challenging to debug.
Automatically generated keys for components can lead to unpredictable state sharing in lists or reusable components, necessitating manual key management.
The block-scoping concept, while powerful, may confuse developers accustomed to traditional Redux patterns or simpler local state solutions.