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Instrument, hardware and software simulation in a test system

机译:测试系统中的仪器,硬件和软件仿真

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This paper reviews the requirements and methods associated with executing a test program application in simulation mode. The simulation requires running the application with a subset of instrumentation or without any instrumentation and with or without the Unit Under Test (UUT). In simulation mode some of the instruments or the UUT may not exist, which requires that the simulation environment filter and mask out errors as well as be able to return different values for various application states. Additionally, the simulation environment must also accommodate various data types including scalar, arrays, strings, structures, etc. Additionally, simulation environment should not require modification of the application code, ideally the same code will run in the simulated or non-simulated environment. The solution presented by this paper details the implementation of a simulation system that is created by enhancing the application run-time engine which is part of a commercial application development software environment (ATEasy).
机译:本文回顾了与在模拟模式下执行测试程序应用程序相关的要求和方法。仿真需要使用一部分仪器或不使用任何仪器,并在有或没有被测单元(UUT)的情况下运行应用程序。在仿真模式下,某些仪器或UUT可能不存在,这要求仿真环境过滤并掩盖错误,并能够针对各种应用状态返回不同的值。此外,仿真环境还必须容纳各种数据类型,包括标量,数组,字符串,结构等。此外,仿真环境不应要求修改应用程序代码,理想情况下,相同的代码将在仿真或非仿真环境中运行。本文提出的解决方案详细介绍了通过增强应用程序运行时引擎创建的仿真系统的实现,该引擎是商业应用程序开发软件环境(ATEasy)的一部分。

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