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Applying Software Engineering Practices to Produce Reliable, High-Quality and Accurate Automated Test Systems

机译:应用软件工程实践以生产可靠,高质量和准确的自动化测试系统

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Test engineers developing test systems for mission-critical applications have to prove that the test system is reliable and accurate. As a result, software engineering practices are becoming increasingly important in order to mitigate any risk of failure that could result in costly downtime, incorrect behavior, or safety failures. Quality standards such as CMMI and ISO mandate regimented practices for tightly controlled development environments. Similarly, software for in flight software is required to demonstrate compliance with DO-178B and similar certification standards. While these standards improve quality and reliability, they increase the development time. As a result, engineers often spend a significant amount of time documenting, testing, and validating their work. The appropriate use of software engineering tools can automate and improve much of this process to increase efficiency and the effectiveness of testing and decrease the amount of time required. This article will provide an overview of practices for using these tools when developing large, complex test systems.
机译:测试工程师开发用于关键任务应用的测试系统必须证明测试系统可靠和准确。因此,软件工程实践越来越重要,以减轻可能导致昂贵的停机时间,不正确的行为或安全失败的任何故障风险。 CMMI和ISO规定的质量标准为严格控制的开发环境进行军备实践。同样,需要在飞行软件中进行软件来证明符合DO-178B和类似的认证标准。虽然这些标准提高了质量和可靠性,但它们增加了发展时间。因此,工程师经常花费大量的时间记录,测试和验证其工作。软件工程工具的适当使用可以自动化和改进大部分过程以提高效率和测试的有效性,并降低所需的时间量。本文将概述在开发大型复杂测试系统时使用这些工具的实践。

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