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Design and performance of a general-purpose software cache

机译:通用软件缓存的设计和性能

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This paper describes a General-Purpose Software cache (GPS cache) which can improve the performance of many applications including Web servers and databases. It can service several hundred thousand cache hits per second on a uniprocessor. When used to cache data for a Web server accelerator, the overhead due to the GPS cache was an insignificant factor in the overall performance of the system. The GPS cache can store objects in memory, on disk, or both. The cache uses a new algorithm for managing expiration times of cached objects which is more efficient than previous ones. The GPS cache uses Data Update Propagation (DUP) to invalidate complex objects which is crucial for caching and maintaining updated copies of dynamic Web pages. Transactions can be logged using different buffering mechanisms in order to provide a balance between efficiency and currency of transaction log files. The GPS cache provides API functions which allow applications to directly manipulate its contents.
机译:本文介绍了一种通用软件缓存(GPS缓存),它可以提高许多应用程序(包括Web服务器和数据库)的性能。它可以在单处理器上每秒处理数十万次缓存命中。当用于为Web服务器加速器缓存数据时,由于GPS缓存而导致的开销对于系统的整体性能而言是无关紧要的因素。 GPS高速缓存可以将对象存储在内存中,磁盘上或两者中。缓存使用一种新的算法来管理缓存对象的过期时间,该算法比以前的算法更有效。 GPS缓存使用数据更新传播(DUP)来使复杂对象无效,这对于缓存和维护动态网页的更新副本至关重要。可以使用不同的缓冲机制记录事务,以便在事务日志文件的效率和流通性之间取得平衡。 GPS缓存提供API功能,这些功能使应用程序可以直接操纵其内容。

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