多态模拟仪器环境

D. Lind, M. Haney, Ryan Healey
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引用次数: 1

摘要

本文讨论了设计用于各种硬件平台的模拟测试环境的体系结构。它使用资源管理器来了解可用的资源并管理它们的分配。仪器的具体品牌并不重要,只要仪器包含必要的功能。模拟仪器环境包含仪器图形用户界面,这些界面可以根据目标硬件的能力进行变形。有一个具有通用外观的UI,用于查询硬件的功能,并允许使用特定仪器的本地命名法与硬件进行实时交互。该环境允许您定义由一系列步骤组成的模拟测试步骤,这些步骤控制和回读来自可用仪器的结果。您可以运行和调试该步骤,并且可以生成在测试程序集(TPS)中运行该步骤所需的代码。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Polymorphic Analog Instrument Environment
this paper discusses the architecture of an environment for analog tests that is designed to work on a variety of hardware platforms. It employs a resource manager that understands the resources that are available and manages their allocation. The particular brand of instrument is not important, as long as the instrument contains the necessary capabilities. The Analog Instrument Environment contains instrument graphical user interfaces that morph to reflect the capabilities of the target hardware. There is a UI with a common look and feel that queries the hardware for its capabilities, and allows real time interaction with the hardware using the particular instrument's native nomenclature. The environment lets you define analog test steps consisting of a sequence of steps that control and read back results from the instrumentation available. You can run and debug the step, and you can generate the code necessary to run the steps in a Test Program Set (TPS).
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