Head-to-Head: Effector vs React Query Analysis

effector

v23.2.2(28 days ago)

This package is actively maintained.Types definitions are bundled with the npm packageNumber of direct dependencies: 0Monthly npm downloads

Effector is a state management library for JavaScript applications, focusing on predictable state management and efficient event handling. It provides a declarative way to define and update application state, making it easier to manage complex data flows and interactions. Effector offers features like stores, events, effects, and combinators to handle state changes and side effects in a clear and concise manner.

Alternatives:
redux+
mobx+
zustand+
recoil+
valtio+
jotai+
xstate+
akita+
easy-peasy+
overmind+

Tags: javascriptstate-managementeventseffectspredictable-state

react-query

v3.39.3(over 1 year ago)

This package was last published over a year ago. It may not be actively maintained.Types definitions are bundled with the npm packageNumber of direct dependencies: 3Monthly npm downloads

React Query is a powerful and flexible library for managing server state in React applications. It simplifies data fetching, caching, synchronization, and updating, providing a seamless experience for handling asynchronous data in your components. React Query offers features like automatic caching, background data fetching, pagination support, and query invalidation, making it easy to build fast and responsive applications.

Alternatives:
swr+
react-fetching-library+
use-http+
axios-hooks+
react-async+
react-request+
use-query-params+
react-fetch-hook+
use-axios-client+
react-swr+

Tags: reactstate-managementdata-fetchingcachingasynchronous

Fight!

Popularity

React Query has gained significant popularity in the React community due to its powerful features and ease of use. Effector, while not as widely known, has also been growing in popularity among developers looking for a more advanced state management solution.

State Management

Effector is primarily focused on state management and provides a predictable and efficient way to manage application state. It offers a reactive and declarative approach to state updates, allowing for easy handling of complex logic. React Query, on the other hand, is primarily designed for data fetching and caching, providing a simple and intuitive API to manage asynchronous data in React.

Integration with React

Both packages integrate well with React, but with different approaches. Effector provides its own React bindings that allow for seamless integration with React components. React Query, on the other hand, is built specifically for React and provides hooks and components that simplify data fetching and caching within React applications.

Performance

Both Effector and React Query strive to provide good performance. Effector is known for its highly optimized event system and efficient updates, ensuring fast and reactive state management. React Query uses query caching and smart background refetching to optimize data fetching and provides a transparent caching layer for better performance.

Community and Ecosystem

React Query has a larger and more active community, which means more community-driven plugins, integrations, and support resources available. Effector, while less popular, also has an active community and a growing ecosystem with several plugins and integrations available.

Learning Curve

Effector has a steeper learning curve compared to React Query, as it introduces a new paradigm for state management. It requires understanding concepts like stores, events, and effects. React Query, on the other hand, has a simpler and more intuitive API that aligns well with React's component-based approach, making it easier to grasp and integrate into existing projects.

Use Cases

Effector is well-suited for complex state management scenarios where fine-grained control and reactivity are required. It works well for large-scale applications with complex data flows. React Query, on the other hand, excels in data fetching and caching scenarios, making it ideal for applications that heavily rely on API calls and remote data synchronization.