Test scenario modeling: Modeling test scenarios diagrammatically using specification based testing techniques

Robin Tommy, Nikita Prasannakumaran, K. V. Sumithra, S. Kesav
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引用次数: 2

Abstract

Software testing is a challenging task involving evaluation of the software to demonstrate that it meets the requirements and also to provide stakeholders with information about the quality of the application under test. Scenario testing is done to make sure that the end to end functioning of software is working fine, or all the business process flows of the software are working fine. However exhaustive testing of any software application is not possible because of (a) large number of input data combinations or (b) large number of possible paths in software. The popular Model Based Testing approach uses a Unified Modeling Language (UML) model of the system under test to auto generate test cases with good coverage. However UML is a modeling language used in software development. This paper introduces an innovative idea of using test scenario modeling diagrams representing black box testing techniques for test scenario modeling to ensure better coverage and traceability to requirements. These test scenario modeling diagrams, presented as an alternative to UML, will help test executives interpret Quality Assurance (QA) mappings and Test Scenario overview capturing. Also the diagrams introduced help the test planning and control activities by providing more in-depth connectivity to the technical aspects and business risks.
测试场景建模:使用基于规范的测试技术对测试场景进行图表化建模
软件测试是一项具有挑战性的任务,包括对软件进行评估,以证明它满足需求,并向涉众提供有关被测应用程序质量的信息。场景测试是为了确保软件的端到端功能正常工作,或者软件的所有业务流程都正常工作。然而,由于(a)大量的输入数据组合或(b)软件中大量的可能路径,对任何软件应用程序进行详尽的测试是不可能的。流行的基于模型的测试方法使用被测系统的统一建模语言(UML)模型来自动生成具有良好覆盖率的测试用例。然而UML是一种用于软件开发的建模语言。本文介绍了一种创新的想法,即使用测试场景建模图来表示测试场景建模的黑盒测试技术,以确保更好的覆盖范围和对需求的可追溯性。这些测试场景建模图,作为UML的替代,将帮助测试执行人员解释质量保证(QA)映射和测试场景概述捕获。此外,介绍的图通过提供与技术方面和业务风险的更深入的连接,帮助测试计划和控制活动。
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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