reanimator:多功能高保真存储系统跟踪和重放

I. Akgun, G. Kuenning, E. Zadok
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引用次数: 11

摘要

现代应用程序以复杂且经常令人惊讶的方式使用存储系统。跟踪系统调用是理解应用程序行为的常用方法,允许脱机分析并支持在其他环境中重播。但是目前的系统调用跟踪工具有缺点:(1)它们经常忽略一些信息——比如原始数据缓冲区——完整分析所需要的信息;(二)管理费用较高的;(3)他们经常使用不可移植的跟踪格式;(4)它们可能不能提供有用的、可扩展的分析和回放工具。我们开发了Re-Animator,这是一个功能强大的系统调用跟踪工具,它专注于与存储相关的调用并收集最大的信息,捕获完整的数据缓冲区并以标准DataSeries格式写入所有跟踪。我们还创建了一个原型重放器,专注于与文件系统状态相关的调用。我们在长时间运行的服务器应用程序(如键值存储和数据库)上评估我们的系统。我们的跟踪程序的平均开销仅为1.8-2.3倍,但是对于I/ o密集型应用程序,开销可以低至5%。我们的播放器验证其操作是否正确,并忠实地再现原始应用程序生成的逻辑文件系统状态。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Re-Animator: Versatile High-Fidelity Storage-System Tracing and Replaying
Modern applications use storage systems in complex and often surprising ways. Tracing system calls is a common approach to understanding applications' behavior, allowing offline analysis and enabling replay in other environments. But current system-call tracing tools have drawbacks: (1) they often omit some information---such as raw data buffers---needed for full analysis; (2) they have high overheads; (3) they often use non-portable trace formats; and (4) they may not offer useful and scalable analysis and replay tools. We have developed Re-Animator, a powerful system-call tracing tool that focuses on storage-related calls and collects maximal information, capturing complete data buffers and writing all traces in the standard DataSeries format. We also created a prototype replayer that focuses on calls related to file-system state. We evaluated our system on long-running server applications such as key-value stores and databases. Our tracer has an average overhead of only 1.8-2.3×, but the overhead can be as low as 5% for I/O-bound applications. Our replayer verifies that its actions are correct, and faithfully reproduces the logical file system state generated by the original application.
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