Multifunctional Operating Station Based on Tcl/Tk and Its Applications

V. Ivanova, A. Boneva, Yordan Doshev, Stoyan Ivanov, P. Vasilev
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引用次数: 3

Abstract

The main goal of the work is design of a compact, convenient, simplified, with better possibilities and suitable for different application Multifunctional Operating Station. In this publication, a method for the design of an operating station based on Tcl/Tk is presented. A portable open source programming platform is used that is implemented for different operating systems (Windows, Unix, Linux, Solaris, Android). Three possible approaches to building an operating station are illustrated - Classic approach, “Multi-interpreter” realization using a number of Tcl interpreters; “Multi-threaded” mode. The approaches are illustrated by presenting an implementation of an operating station for a wireless control system for a group of intelligent instruments, which are designed for SCADA Ignition applications. Unlike other software platforms the presented operation station based on Tcl/Tk possesses some advantages main of which is that the language model assumes the use of hierarchical structures including more than one interpreter, each of which having their own set of operators and addressing space. Tcl/Tk based applications are presented.
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基于Tcl/Tk的多功能操作台及其应用
本工作的主要目标是设计一个紧凑、方便、简化、具有更好的可能性和适合不同应用的多功能操作站。本文介绍了一种基于Tcl/Tk的操作站设计方法。一个可移植的开源编程平台被用于不同的操作系统(Windows、Unix、Linux、Solaris、Android)。本文阐述了构建操作站的三种可能方法:经典方法,使用多个Tcl解释器实现“多解释器”;“多线程”模式。通过介绍一组智能仪器的无线控制系统操作站的实现,说明了这些方法,这些无线控制系统是为SCADA点火应用而设计的。与其他软件平台不同,本文提出的基于Tcl/Tk的操作站具有一些优点,主要是语言模型采用分层结构,其中包括多个解释器,每个解释器都有自己的一组操作符和寻址空间。介绍了基于Tcl/Tk的应用程序。
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