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Developing a visual component library for a graphical programming platform using object orientation
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DOI：10.1109/MAES.2002.1010116.png)
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Abstract
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The development of Virtual Instruments (VIs) brings a great revolution to the fields of automated test and measurement. It accelerates the integration of measurement systems and promotes instrument standardization, modularization, and generalization. Graphical programming platform for automated test is one of the most important applications for virtual instrument technology, and it provides users with an intuitive and friendly programming environment. Visual Component Library (VCL) is the key part of such graphical programming platforms. The research reported in this paper makes full use of the advantages of object orientation methodology to develop the visual VI components for a graphical programming platform. By setting up two base classes for all the VI components, various VIs can be efficiently developed.
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