Analysis techniques for testing polymorphic relationships

R. Alexander, A. Offutt
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引用次数: 32

Abstract

As we move from developing procedure oriented to object oriented programs, the complexity traditionally found in functions and procedures is moving to the connections among components. More faults occur as components are integrated to form higher level aggregates of behavior and state. Consequently, we need to place more effort on testing the connections among components. Although object oriented technology provides abstraction mechanisms to build components to integrate, it also adds new compositional relations that can contain faults, which must be found during integration testing. The paper describes new techniques for analyzing and testing the polymorphic relationships that occur in object oriented software. The application of these techniques can result in an increased ability to find faults and overall higher quality software.
测试多态关系的分析技术
当我们从开发面向过程的程序转向面向对象的程序时,传统上在函数和过程中发现的复杂性正在转移到组件之间的连接。当组件被整合成更高层次的行为和状态聚合时,会发生更多的故障。因此,我们需要在测试组件之间的连接上投入更多的精力。尽管面向对象技术提供了抽象机制来构建要集成的组件,但它也添加了新的组合关系,这些关系可能包含错误,必须在集成测试期间发现错误。本文描述了分析和测试面向对象软件中出现的多态关系的新技术。这些技术的应用可以提高发现错误的能力,提高软件的总体质量。
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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