This project is an asynchronous network framework for Python that provides both a client and a server for HTTP communication. It is designed to handle high-concurrency network operations by leveraging cooperative multitasking, allowing for the management of thousands of simultaneous connections without the overhead of traditional thread-per-request models.
The framework distinguishes itself through its focus on efficient resource management and persistent communication. It utilizes connection pooling to reuse network sockets, which reduces latency during sequential requests, and supports full-duplex WebSocket channels for real-time data exchange. Additionally, the system incorporates a modular middleware pipeline that allows for the interception and transformation of request lifecycles.
Beyond its core networking capabilities, the project includes tools for incremental stream processing, which enables the handling of large data payloads by reading and writing in chunks to maintain constant memory usage. It also provides comprehensive routing and session management features to facilitate the development of responsive, non-blocking web applications and service integrations.
