摘要
为了进一步提高软件自动化测试程度,降低在人力、时间的成本投入,并切实提高航天软件测试质量和效率,文章以Qt为开发框架,实现一个基于半实物的仿真测试平台,该平台设计实现了半自动化测试以及用户自定义测试模式,旨在为地面测发控软件提供半实物仿真的测试环境。通过测试,该平台可在Windows系统上稳定运行,满足对航天软件可靠、高效、便捷的测试需求。
In order to further improve the degree of software automatic test, reduce the cost investment in manpower and time, and effectively improve the quality and efficiency of aerospace software testing. Taking Qt as the development framework, a hardware-in-the-loop simulation test platform is realized. The platform designs and implements semi-automatic test and user-defined test mode, which aims to provide a hardware in the loop simulation test environment for ground test, launch and control software. Through the test, the platform can run stably on Windows system and meet the requirements of reliable, efficient and convenient test of aerospace software.
出处
《大众科技》
2022年第2期5-8,共4页
Popular Science & Technology
关键词
自动化测试
QT
半实物
仿真
半自动化测试
automatic test
Qt
hardware-in-the-loop
simulation
semi-automatic test
