The paper suggests that design for software testability must be involved in the whole procedure of software developmen…
建议在软件开发的整个周期中融入软件的可测试性的设计。
Design for software testability can increase the testability of software as the same time, reduce the stress of software testing.
可测试性设计可以增强软件的可测试性，降低测试的强度。
This paper discusses the feature and factors of software testability, and the method how to improve the design of software testability.
该文讨论了软件可测试性的特征和影响软件测试的因素，以及改进软件可测试性设计的几种方法。
Besides as a quantified guideline, the measurement result should be direction for the improvement of software testability and be helpful to testing design.
这种度量结果除了作为软件度量的一个量化指标外，还应能为改善易测试性提供指导、为测试的设计提供有效帮助。
Software testability is an important software attribute. Its research can help in improving software design, increasing testing effectiveness, and enhancing software quality.
软件易测性是软件的一种重要的质量属性，其研究对于改进软件设计，提高测试效力和从根本上提高软件质量具有重要的意义。
Aiming at the problem of limited application scope and incapable extension of currently measurement frameworks for software testability, a new measurement framework is proposed.
针对当前软件测试性度量框架适用范围有限、无法扩展的问题，提出一个新的度量框架。
With the enlargement of soft - ware scale, software testing becomes more complex. The improvement of software testability is an efficient method to reduce the testing complexity.
随着软件规模的不断扩大，测试工作的复杂性也不断升高，而改善、提高软件易测试性则是降低测试复杂性的有效手段。
The practices have proved that these technologies can improve the testability of ATS software.
实践证明，这些技术可以显著提高自动测试系统软件的可测试性。
Then we discuss how to develop workflow software and analyze the testability and features of workflow software and resource reusability in workflow software testing.
然后讨论了工作流软件开发过程，并进一步分析了工作流的可测试性、测试的特殊性和测试中的复用资源问题；
The structured design of integrating software, hardware, computer architecture, VLSI technology and testability together, is introduced.
介绍了综合软件、硬件、计算机体系结构、超大规模集成技术和可测性的设计方法。
The structured design of integrating software, hardware, computer architecture, VLSI technology and testability together, is introduced.
介绍了综合软件、硬件、计算机体系结构、超大规模集成技术和可测性的设计方法。
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