A curated list of awesome Python asyncio frameworks, libraries, software, and resources.
Awesome asyncio is a curated list of Python frameworks, libraries, and resources that support or utilize the asyncio module. It serves as a centralized directory for developers looking to build asynchronous applications, helping them discover tools for web development, database access, networking, and more. The project addresses the challenge of keeping up with the rapidly growing asyncio ecosystem by providing a community-maintained collection of high-quality packages.
Python developers building asynchronous applications, particularly those working with web services, networking tools, or high-concurrency systems who need to evaluate and select asyncio-compatible libraries.
Developers choose Awesome asyncio because it saves time researching async tools by providing a vetted, organized collection across multiple categories. It offers both breadth (covering many use cases) and depth (including educational resources) in one place, maintained by community contributions.
A curated list of awesome Python asyncio frameworks, libraries, software and resources
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
The list is carefully selected to include only high-quality asyncio packages, saving developers from sifting through low-quality options.
Categorizes resources from web frameworks to database drivers, providing a comprehensive overview of the async landscape as shown in the contents section.
Relies on pull requests and issues for contributions, allowing the list to evolve with community input, as mentioned in the philosophy.
Features writings and talks that help developers understand asynchronous programming beyond just library lists, adding educational value.
The README explicitly states the project is no longer maintained and seeks a new owner, risking outdated or abandoned entries.
Does not offer dynamic features like version tracking, compatibility checks, or dependency management, limiting real-time utility.
Provides references but no direct support for implementation, testing, or debugging of async code, leaving users to figure out integration.