嵌入式航空电子系统测试语言方法学

Yu. B. Kovalenko, S. Kudrenko
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引用次数: 0

摘要

在本文中,我们分析了六种测试语言。已经确定了四种专用语言,这些语言目前用于航空电子设备中,用于对不同集成水平和被测系统成熟度的嵌入式航空电子系统进行循环测试。我们使用Eclipse建模框架和Ecore专用的建模语言来形式化各种感兴趣的概念。这将允许我们访问许多现有的工具来创建自定义编辑器、验证器和代码生成器。测试工程师将有一个丰富的环境来基于元模型定义他们自己的测试模型。我们建议从现有的专有实现解决方案中抽象出来,并在公共设计级别上工作。对此,已有成熟的模型设计方法可供使用。建议的方法是共享高级测试规范,并自动维护整个代码设计和生产链。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Methodology for testing languages for embedded avionics systems
In this article, we have analyzed six test languages. Four proprietary languages have been identified that are currently used in avionics for cyclic testing of embedded avionics systems at different levels of integration and maturity of the system under test. We use the Eclipse Modeling Framework with the Ecore specialized modeling language to formalize various concepts of interest. This will allow us to access a number of existing tools to create custom editors, validators, and code generators. Test engineers will have a rich environment to define their own test models based on the meta-model. We propose to abstract from existing proprietary implementation solutions and work at a common design level. For this, mature model design methods exist and can be used. The proposed approach is to share high-level test specifications and automatically maintain the entire code design and production chain.
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