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The merging design method of instrument software based on the SCPI command set

机译:基于SCPI命令集的仪表软件合并设计方法

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The local control and the remote control are the two basic ways of test instrument. Usually the local control program and the remote control program are developed respectively according to a specific operating system. The workload of the software is large and the transportability is poor. In order to greatly reduce the software workload and improve the operating efficiency of the code, this paper presents the idea of merging the local control program and the remote control program. Addition, the cross-system design method is employed to improve software transportability. The design core of the software architecture is generation, transmission and analysis of SCPI commands. To unify control mode, all of users' operations are abstracted as SPCI commands, sent and translated to control the instrument, the way that avoids transmitting large capacity data. Therefore, the remote control program can be achieved only by transplanting of a few modules of the local control program.
机译:本地控制和远程控制是测试仪器的两种基本方法。通常,本地控制程序和远程控制程序是根据特定的操作系统分别开发的。该软件的工作量大并且可移植性差。为了大大减少软件的工作量并提高代码的运行效率,本文提出了将本地控制程序与远程控制程序相结合的思想。另外,采用跨系统设计方法来提高软件的可移植性。软件体系结构的设计核心是SCPI命令的生成,传输和分析。为了统一控制模式,所有用户的操作都被抽象为SPCI命令,然后发送和转换以控制仪器,从而避免传输大容量数据。因此,只能通过移植本地控制程序的几个模块来实现远程控制程序。

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