Performance Analysis of a Composition of Middleware Patterns (Short Paper)

Paul J. Vandal, S. Gokhale
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Abstract

A key enabling technology for the SOA-based approach is middleware, which comprises of reusable building blocks codifying design patterns. In the SOA-based approach, a system is typically implemented using a composition of a group of such patterns, referred to as a vertical variation. The patterns used in a composition and their configuration options can have a a profound impact on system performance. In this paper we present a model-based performance analysis methodology for a system built using a composition of the reactor, active object and monitor object patterns. We implement the performance model using CSIM and illustrate the methodology using examples. By enabling design-time performance analysis, our methodology alleviates many of the disadvantages of post-implementation performance analysis approaches. The methodology can thus provide key guidance towards meeting the performance objectives of a system in a cost-effective manner.
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中间件模式组合的性能分析(短文)
基于soa的方法的一项关键支持技术是中间件,它由编写设计模式的可重用构建块组成。在基于soa的方法中,系统通常使用一组这样的模式(称为垂直变化)的组合来实现。组合中使用的模式及其配置选项会对系统性能产生深远的影响。在本文中,我们提出了一种基于模型的性能分析方法,用于使用反应器、活动对象和监视对象模式组成的系统。我们使用CSIM实现了性能模型,并通过实例说明了该方法。通过启用设计时性能分析,我们的方法减轻了实现后性能分析方法的许多缺点。因此,该方法可以为以具有成本效益的方式实现系统的绩效目标提供关键指导。
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