基于事件驱动的静态服务器的设计与实现

Jiantao Zhao, Liujie Qin
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引用次数: 0

摘要

静态服务器是一种繁忙的I/O应用程序,传统服务器由于使用同步I/O而浪费计算机资源在等待I/O上。它的并发性和时效性都很差。本文采用事件驱动模型设计并实现了一个静态服务器。服务器由事件调度程序和多个处理模块组成。事件调度程序是核心组件,在实现中使用高性能多路I/O epoll,以便服务器可以在响应新请求时全力运行。最后,通过对比web负载测试,验证事件驱动模型对静态服务器的性能有很大的提高。
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Design and implementation of static server based on event-driven
Static server is a type of busy I/O application, traditional server wastes computer resource on waiting for I/O owing to using synchronous I/O. Its concurrency and timeliness are very poor. This paper uses event-driven model to design and implement a static server. The server composes of event dispatcher and several processing modules. Event dispatcher is the core component, using a high performance multiplexing I/O epoll in implementation so that server can being running all out in response to new requests. In the end, by comparing the web load tests, verify that event-driven model improves massive performance for static server.
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