Performace Testing Approach for Enterprise Application comprising Serverless Component

Deepak Khatri, S. Khatri, Deepti Mishra
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引用次数: 1

Abstract

Performance testing validates non-functional requirement covering load test, scalability test, stress test etc. Performance testing of an application, which is using micro service base architecture and deployed part of the functionalities on serverless computing, need to be validated at system level for specified business scenarios. Various performance testing strategies are being used to simulate and measure the performance for serverless computing architecture.Serverless computing is trending nowadays, where developer needs to focus on his code rather than worrying about server management. In serverless computing, Application is nothing but collection of one or more functions, written for specific business functionality, which triggers on an event. The developer just needs to upload the code for execution. The performance of the serverless computing may vary due to dynamic configuration of the solution, technologies and different technology used by the service provider. [1] This paper is based on performance testing experiment conducted of a real business application built on complex architecture containing serverless component. Various past and recent work was also reviewed for performance testing approach of serverless computing application. It demonstrates the performance testing and monitoring of serverless computing application.
包含无服务器组件的企业应用程序的性能测试方法
性能测试验证非功能需求,包括负载测试、可伸缩性测试、压力测试等。使用微服务基础架构并在无服务器计算上部署部分功能的应用程序的性能测试需要在系统级别针对指定的业务场景进行验证。各种性能测试策略被用来模拟和测量无服务器计算体系结构的性能。无服务器计算是当今的趋势,开发人员需要专注于他的代码,而不是担心服务器管理。在无服务器计算中,应用程序只不过是一个或多个函数的集合,为特定的业务功能编写,它在事件上触发。开发人员只需要上传执行代码。由于解决方案的动态配置、技术和服务提供商使用的不同技术,无服务器计算的性能可能会有所不同。本文是基于一个真实的业务应用程序进行的性能测试实验,该应用程序构建在包含无服务器组件的复杂架构上。对无服务器计算应用的性能测试方法进行了综述。演示了无服务器计算应用程序的性能测试和监控。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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