fluent-state is a fluent, proxy-based React hook that replaces useState, useReducer, and often useEffect. It offers automatic dependency tracking, immutable updates, and seamless handling of deeply nested state — all with minimal boilerplate and maximum clarity. Built-in effect and compute hooks provide reactive side-effects and derived state out of the box, making your React code cleaner.
Fluent-State provides a simple yet powerful solution for local state management in React applications, emphasizing a reactive and immutable approach. This library offers a tiny footprint of approximately 2.4kb, utilizing a proxy-based React hook to manage deeply nested, reactive state with built-in effects, eliminating the need for complex reducers or boilerplate code.
Fluent-State aims to replace traditional hooks like useState, useReducer, and useEffect by providing a unified, fluent API. Key benefits include:
state.user.name("Alice") to manipulate state.compute function to derive values that update responsively to changes.Here’s an example of how easy it is to manage state using Fluent-State:
import { useFluentState } from "fluent-state";
function Counter() {
const [state, effect] = useFluentState({ count: 0 });
effect(() => {
console.log("Count changed:", state.count());
});
return (
<>
<p>Count: {state.count()}</p>
<button onClick={() => state.count((c) => c + 1)}>Increment</button>
</>
);
}
compute function enables the creation of derived state that updates automatically based on watched dependencies, streamlining common React patterns.Future enhancements include plugins for persistence and devtools integration to improve development experience. Community contributions are highly encouraged as the project continues to evolve, enhancing its robustness and features further.
For more detailed examples and interactive demos, explore the live demo on CodeSandbox or view the live demo on StackBlitz.
Fluent-State stands out as a modern approach to state management in React, promoting simplicity, efficiency, and the inherent power of reactivity.
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