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The Performance Cockpit Approach: A Framework For Systematic Performance Evaluations

机译:绩效驾驶舱方法:系统绩效评估框架

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Evaluating the performance (timing behavior, throughput, and resource utilization) of a software system becomes more and more challenging as today's enterprise applications are built on a large basis of existing software (e.g. middleware, legacy applications, and third party services). As the performance of a system is affected by multiple factors on each layer of the system, performance analysts require detailed knowledge about the system under test and have to deal with a huge number of tools for benchmarking, monitoring, and analyzing. In practice, performance analysts try to handle the complexity by focusing on certain aspects, tools, or technologies. However, these isolated solutions are inefficient due to the small reuse and knowledge sharing. The Performance Cockpit presented in this paper is a framework that encapsulates knowledge about performance engineering, the system under test, and analyses in a single application by providing a flexible, plug-in based architecture. We demonstrate the value of the framework by means of two different case studies.
机译:由于当今的企业应用程序是基于大量现有软件(例如中间件,旧版应用程序和第三方服务)构建的,因此评估软件系统的性能(定时行为,吞吐量和资源利用率)变得越来越具有挑战性。由于系统的性能受系统各层上多个因素的影响,因此性能分析人员需要有关被测系统的详细知识,并且必须处理大量用于基准测试,监视和分析的工具。在实践中,性能分析师试图通过关注某些方面,工具或技术来处理复杂性。但是,由于重用和知识共享少,这些隔离的解决方案效率很低。本文介绍的Performance Cockpit是一个框架,通过提供灵活的基于插件的体系结构,该框架封装了有关性能工程,被测系统以及在单个应用程序中进行分析的知识。我们通过两个不同的案例研究来证明该框架的价值。

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