axios vs got
Side-by-side comparison of axios and got
- Weekly Downloads
- 77.9M
- Stars
- 109.0K
- Gzip Size
- 27.5 kB
- License
- MIT
- Last Updated
- 1mo ago
- Open Issues
- 334
- Forks
- 11.6K
- Unpacked Size
- 2.4 MB
- Dependencies
- 7
- Weekly Downloads
- 25.7M
- Stars
- 14.9K
- Gzip Size
- 48.7 kB
- License
- MIT
- Last Updated
- 3mo ago
- Open Issues
- 0
- Forks
- 981
- Unpacked Size
- 340.5 kB
- Dependencies
- 22
axios vs got Download Trends
axios vs got: Verdict
Axios is a promise-based HTTP client designed for both the browser and Node.js, emphasizing broad compatibility and ease of integration. Its core philosophy centers on providing a familiar, promise-driven API that abstracts away the complexities of native HTTP requests, making it a go-to choice for developers building universal JavaScript applications or those migrating from older XMLHttpRequest-based patterns.
Got, on the other hand, is specifically tailored for Node.js, positioning itself as a human-friendly and powerful HTTP request library. Its design prioritizes a more opinionated and feature-rich experience for server-side HTTP interactions, catering to developers who need advanced control and a streamlined API for Node.js environments.
A key architectural distinction lies in their approach to handling request lifecycles and advanced features. Axios exposes a request interceptor mechanism, allowing developers to globally modify requests or responses before they are handled by .then() or .catch(), offering a powerful way to implement common logic like authentication headers or error logging. Got, in contrast, features a more extensive middleware system integrated directly into its core, enabling finer-grained control and composition of request-handling logic.
Regarding their extension and customization capabilities, Axios relies heavily on interceptors for modifying request/response behavior, which can be leveraged for a variety of tasks. Got’s middleware system provides a more explicit and composable way to extend functionality, allowing for the creation of reusable request pipelines. This difference influences how developers might structure more complex HTTP logic or integrate third-party functionalities.
From a developer experience standpoint, Axios offers a very gentle learning curve, especially for those familiar with JavaScript Promises. Its widespread adoption means ample community support and examples are readily available. Got, while also offering a clean API, might present a slightly steeper initial learning curve due to its more feature-rich, Node.js-centric design and its emphasis on a middleware-driven approach, though it excels in providing clear error handling and advanced options for experienced Node.js developers.
When considering performance and resource utilization, Axios's larger bundle size (27.5 kB gzipped) is a trade-off for its browser compatibility. Got's more focused Node.js scope allows for a significantly smaller unpacked size (340.5 kB vs 2.4 MB) and a comparable gzipped bundle size (48.7 kB vs 27.5 kB). While both are efficient, Got offers a more lightweight footprint for Node.js-exclusive projects.
For new Node.js projects requiring robust HTTP capabilities, Got is often the preferred choice due to its powerful features, excellent error handling, and Node.js optimizations. If your project requires universal rendering (SSR/CSR), needs to run in browsers, or benefits from a vast existing ecosystem of Axios integrations, Axios remains a highly reliable and well-supported option.
Both packages are actively maintained and have a considerable number of open issues, although Got currently reports zero open issues, suggesting a very stable state or recent consolidation. Axios's longer history and broader adoption mean a larger corpus of community knowledge and examples, potentially aiding in long-term maintenance and troubleshooting, while Got’s focused approach might lead to a more streamlined maintenance experience for Node.js-specific concerns.
Considering niche use cases, Got's built-in support for features like automatic pagination handling and more sophisticated retry strategies can be particularly beneficial for data scraping or interacting with APIs that require complex request sequencing. Axios, with its browser focus, is inherently more suited for client-side applications where managing state and handling diverse network conditions is paramount.
axios vs got: Feature Comparison
| Criteria | axios | got |
|---|---|---|
| Package Scope | Aims for universal JavaScript applications (browser and Node.js). | ✓ Specifically optimized for the Node.js runtime. |
| Unpacked Size | Larger unpacked size (2.4 MB) reflecting browser compatibility. | ✓ Significantly smaller unpacked size (340.5 kB) for Node.js. |
| Learning Curve | ✓ Gentle learning curve, familiar Promise API. | Slightly steeper due to feature richness and Node.js specifics. |
| Core Philosophy | Promise-based HTTP client with broad compatibility. | ✓ Human-friendly and powerful HTTP request library for Node.js. |
| Open Issue Count | Higher number of open issues (358). | ✓ Zero open issues, indicating current stability or focus. |
| Dependency Footprint | Has dependencies, contributing to its size. | ✓ Designed for minimal dependencies, contributing to smaller footprint. |
| Node.js Optimization | Functional in Node.js, but not its sole focus. | ✓ Highly optimized for Node.js performance and features. |
| Request Interception | ✓ Features a robust interceptor system for global request/response modification. | Utilizes a middleware system for request pipeline customization. |
| API Abstraction Level | Provides a high-level abstraction over native HTTP. | ✓ Offers a more feature-rich and potentially lower-level control. |
| Browser Compatibility | ✓ Designed for both browser and Node.js environments. | Primarily focused on Node.js. |
| Bundle Size Efficiency | ✓ Slightly larger gzipped bundle size (27.5 kB). | More compact gzipped bundle size (48.7 kB). |
| Extensibility Approach | Relies on interceptors for extending functionality. | ✓ Employs a composable middleware system for extensions. |
| TypeScript Integration | Good TypeScript support, widely used in TS projects. | ✓ Excellent TypeScript integration, designed with TS in mind. |
| Community Knowledge Base | ✓ Extensive community resources due to wider adoption. | Strong community support within the Node.js ecosystem. |
| Advanced Request Features | Basic features with extensions via interceptors. | ✓ Built-in support for advanced features like automatic pagination and retries. |
| Error Handling Granularity | Standard Promise-based error handling with interceptors. | ✓ Offers more explicit and detailed error handling options. |