A C++11 wrapper for libuv providing a simple interface and high-performance networking with TCP, UDP, HTTP, DNS, and timer support.
uv-cpp is a C++11 wrapper for libuv that provides a modern, high-performance networking library. It simplifies asynchronous I/O programming by replacing C-style callbacks with functional C++11 patterns, supporting TCP, UDP, HTTP, DNS, and timers. The library solves the complexity of direct libuv usage while maintaining its efficiency for building scalable network applications.
C++ developers building high-performance network servers, clients, or real-time applications who want a cleaner, more modern interface than raw libuv offers.
Developers choose uv-cpp for its balance of libuv's proven performance with a simpler, idiomatic C++11 API. It reduces boilerplate, fixes known libuv async issues, and includes useful abstractions like packet buffers and HTTP routing, making network programming more accessible without sacrificing speed.
libuv wrapper in C++11 /libuv C++11网络库
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Uses C++11 functional callbacks instead of C-style pointers, reducing boilerplate and improving code clarity, as shown in the echo server example with lambda-based message handling.
Benchmarks demonstrate competitive throughput with boost::asio in ping-pong tests and Apache bench comparisons, ensuring efficient network operations for scalable applications.
Includes TimerWheel with O(1) time complexity for heartbeat timeout detection, optimizing resource management in long-lived connections without performance degradation.
Provides HTTP server with radix-tree-based routing, allowing flexible and performant request handling, as illustrated in the quick start example with pattern-based endpoints.
Focuses on TCP, UDP, DNS, and HTTP server; lacks built-in WebSocket, SSL/TLS, or other modern protocols, requiring additional implementation effort for advanced use cases.
Relies on external libuv library, adding setup complexity and potential version compatibility issues, unlike self-contained alternatives such as standalone C++ networking libraries.
API documentation is linked but minimal and partially in Chinese, as seen in the dual-language README, which may hinder onboarding for English-speaking developers seeking detailed guidance.