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面向自动测试系统的图形化编程平台的出现，为虚拟仪器系统集成工程师们提供了一个图形化的设计环境，可以极大地提高自动测试系统的集成率。如何在图形化编程平台中，对所有符合ＶＸＩｐｌｕｇ＆ｐｌａｙ 规范的虚拟仪器实现操作与控制，是图形化编程平台设计的关键点之一。提出了通过扫描虚拟仪器驱动程序功能面板文件的方法实现的仪器接口模块的设计思路，论述了图形化仪器控件的设计方法，并在实际图形化编程平台的设计开发中得到了验证与实现。
The emergence of a graphical programming platform for automated test systems has provided a graphical design environment for virtual instrument system integration engineers to greatly improve the integration of automated test systems. How to realize the operation and control of all virtual instruments conforming to the VXIplug & play specification in the graphical programming platform is one of the key points in the design of the graphical programming platform. The design idea of the instrument interface module which is realized by scanning the function panel files of the virtual instrument driver is presented. The design method of the graphical instrument control is discussed and verified and implemented in the design and development of the actual graphical programming platform.