@reduxjs/toolkit vs. recoil
Side-by-side comparison · 9 metrics · 14 criteria
- Weekly Downloads
- 10.5M
- Stars
- 11.2K
- Gzip Size
- 14.9 kB
- License
- MIT
- Last Updated
- 5mo ago
- Open Issues
- 273
- Forks
- 1.3K
- Unpacked Size
- 6.0 MB
- Dependencies
- 5
- Weekly Downloads
- 233.6K
- Stars
- 19.5K
- Gzip Size
- 29.5 kB
- License
- MIT
- Last Updated
- 2y ago
- Open Issues
- 320
- Forks
- 1.2K
- Unpacked Size
- 2.2 MB
- Dependencies
- 3
@reduxjs/toolkit vs recoil downloads — last 12 months
Criteria — @reduxjs/toolkit vs recoil
- Extensibility
- @reduxjs/toolkitExtensible through standard Redux middleware and enhancers.recoilExtensible via custom selectors and potentially custom utilities for async operations.
- Learning Curve
- @reduxjs/toolkit ✓Easier for those familiar with Redux; opinionated structure simplifies learning.recoilMay require a mental shift for those accustomed to single-store patterns.
- Core Philosophy
- @reduxjs/toolkit ✓Official, opinionated, batteries-included toolset for efficient Redux development.recoilAtomic, flexible state management library for React with a graph-based approach.
- Official Status
- @reduxjs/toolkit ✓Official toolset from the Redux core team, ensuring alignment and support.recoilPopular third-party library actively maintained, but not officially endorsed by Redux maintainers.
- Primary Audience
- @reduxjs/toolkit ✓Projects already using Redux or seeking a structured, global state management solution.recoilReact developers wanting fine-grained control and a declarative, reactive state graph.
- State Architecture
- @reduxjs/toolkitSingle global store with reducers, actions, and middleware for predictable data flow.recoil ✓Decentralized graph of atoms and selectors for reactive and fine-grained updates.
- TypeScript Support
- @reduxjs/toolkit ✓Excellent, first-class integration with TypeScript, built for type safety.recoilGood TypeScript support, enabling type safety within its atomic model.
- Granularity of State
- @reduxjs/toolkitManages global state through actions and reducers, with optional slice organization.recoil ✓Focuses on atomic units of state (atoms) that can be composed and subscribed to.
- Boilerplate Reduction
- @reduxjs/toolkit ✓Significantly reduces Redux boilerplate with `createSlice` and `configureStore`.recoilProvides a streamlined API using React hooks for atomic state management.
- Ecosystem Integration
- @reduxjs/toolkitDeeply integrated with the Redux ecosystem, benefiting from its extensive tooling.recoilDesigned with React hooks in mind, offering tight integration with React components.
- Bundle Size Efficiency
- @reduxjs/toolkit ✓Minimal gzip bundle size at 14.9 kB, optimized for performance.recoilLarger gzip bundle size at 29.5 kB, though still manageable.
- Developer Productivity
- @reduxjs/toolkit ✓High productivity via reduced boilerplate, built-in utilities, and strong defaults.recoilProductive for React developers with a declarative, hook-based API.
- Data Flow Predictability
- @reduxjs/toolkit ✓Enforces a strict unidirectional data flow, enhancing predictability and debugging.recoilReactive data flow emerges from interconnected atoms and selectors.
- Asynchronous Logic Handling
- @reduxjs/toolkit ✓Integrated middleware patterns (Thunk, Saga) for managing complex side effects.recoilAsync logic handled declaratively within selectors, without mandated middleware.
| Criteria | @reduxjs/toolkit | recoil |
|---|---|---|
| Extensibility | Extensible through standard Redux middleware and enhancers. | Extensible via custom selectors and potentially custom utilities for async operations. |
| Learning Curve | ✓ Easier for those familiar with Redux; opinionated structure simplifies learning. | May require a mental shift for those accustomed to single-store patterns. |
| Core Philosophy | ✓ Official, opinionated, batteries-included toolset for efficient Redux development. | Atomic, flexible state management library for React with a graph-based approach. |
| Official Status | ✓ Official toolset from the Redux core team, ensuring alignment and support. | Popular third-party library actively maintained, but not officially endorsed by Redux maintainers. |
| Primary Audience | ✓ Projects already using Redux or seeking a structured, global state management solution. | React developers wanting fine-grained control and a declarative, reactive state graph. |
| State Architecture | Single global store with reducers, actions, and middleware for predictable data flow. | ✓ Decentralized graph of atoms and selectors for reactive and fine-grained updates. |
| TypeScript Support | ✓ Excellent, first-class integration with TypeScript, built for type safety. | Good TypeScript support, enabling type safety within its atomic model. |
| Granularity of State | Manages global state through actions and reducers, with optional slice organization. | ✓ Focuses on atomic units of state (atoms) that can be composed and subscribed to. |
| Boilerplate Reduction | ✓ Significantly reduces Redux boilerplate with `createSlice` and `configureStore`. | Provides a streamlined API using React hooks for atomic state management. |
| Ecosystem Integration | Deeply integrated with the Redux ecosystem, benefiting from its extensive tooling. | Designed with React hooks in mind, offering tight integration with React components. |
| Bundle Size Efficiency | ✓ Minimal gzip bundle size at 14.9 kB, optimized for performance. | Larger gzip bundle size at 29.5 kB, though still manageable. |
| Developer Productivity | ✓ High productivity via reduced boilerplate, built-in utilities, and strong defaults. | Productive for React developers with a declarative, hook-based API. |
| Data Flow Predictability | ✓ Enforces a strict unidirectional data flow, enhancing predictability and debugging. | Reactive data flow emerges from interconnected atoms and selectors. |
| Asynchronous Logic Handling | ✓ Integrated middleware patterns (Thunk, Saga) for managing complex side effects. | Async logic handled declaratively within selectors, without mandated middleware. |
@reduxjs/toolkit is the official, opinionated toolset for efficient Redux development, designed to streamline the experience of working with Redux. It's particularly well-suited for projects that already embrace the Redux pattern or for teams looking for a structured, batteries-included approach to global state management with built-in utilities for common Redux tasks.
Recoil offers a different philosophy, aiming to provide a more atomic and flexible state management solution for React applications. Its core design focuses on a graph-based approach to state, making it suitable for developers who prefer fine-grained control over their state updates and a more declarative API.
A key architectural difference lies in their core concepts: @reduxjs/toolkit centers around a single global store managed by reducers and actions, enforcing a predictable unidirectional data flow. Recoil, conversely, utilizes atoms and selectors, enabling a more decentralized and reactive state graph that components can subscribe to directly.
Another technical distinction is their approach to asynchronous operations and side effects. @reduxjs/toolkit integrates middleware like Thunk and Saga, offering established patterns for handling complex async logic within the Redux ecosystem. Recoil, while capable of handling async operations through selectors, doesn't mandate a specific middleware pattern, allowing for more direct integration of async logic within selectors.
In terms of developer experience, @reduxjs/toolkit significantly improves upon traditional Redux by reducing boilerplate and offering sensible defaults, including excellent TypeScript support out of the box. Recoil also provides a good developer experience with React hooks and a clear API, but its graph-based nature might involve a slightly different mental model for developers accustomed to single-store patterns.
Performance and bundle size considerations show @reduxjs/toolkit with a notably smaller gzip bundle size compared to recoil. While both are designed to be performant, the optimized structure of @reduxjs/toolkit can be a deciding factor for applications where every kilobyte counts, especially on initial load.
For practical recommendations, if your project is already using Redux or requires a robust, well-defined structure for managing complex global state across a large application, @reduxjs/toolkit is likely the superior choice. Its opinionated nature provides consistency and reduces decision fatigue.
If you're building a React application that benefits from fine-grained, atomic state updates and a more purely declarative approach, or if you're looking for a state solution that feels very integrated with React's component model, recoil might be a better fit. Its graph representation can simplify managing local and shared state dependencies.
When considering long-term maintenance, @reduxjs/toolkit benefits from being the official Redux solution, implying strong backing and continuous development aligned with the core Redux library. Recoil, while popular and actively developed, is a third-party library, and its trajectory is independent of the core React team, which is a consideration for very long-term project planning.
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