A Graphical Interface-Based Method for Generating Standard Commands of Programmable Instruments

Abstract

The invention provides a programmable instrument standard command generation method based on a graphical interface. The programmable instrument standard command generation method includes the steps of (1) generating a display window, (2) generating different programmable instrument command sets according to a menu provided by a main window, (3) manually configuring a command type, a mnemonic symbol type and a parameter type of each subsystem, and (4) automatically generating a programmable instrument command processing function according to different subsystem commands. By means of the scheme, different command generation modes can be provided according to the different demands of users to meet the different requirements of the users, an editing interface is clear in display, and an editing mode is simple.

Description

technical field [0001] The invention belongs to the technical field of graphic interface-based processing in intelligent instrument software, and in particular relates to a method for generating standard commands of programmable instruments based on a graphic interface. Background technique [0002] With the rapid development of science and technology, the complexity of various intelligent instruments is increasing day by day, and the automatic test system has been gradually applied to various stages of product development, production, maintenance and so on. The program-controlled function has become an essential and important interface function module of all modern general-purpose test instruments. Therefore, in various instruments, stable and reliable program control function is very important. However, the complexity of modern instrument functions will inevitably bring many problems to the design of the program-controlled module, such as a large variety of commands, addi...

AI Technical Summary

Problems solved by technology

[0006] 1. The data structure is complex. When creating the command list, it is cumbersome to fill in the command node information of different levels into the linked list according to different levels.

[0007] 2. When adding or deleting command information, it is necessary to reorganize the data structure, add new node information or delete the original linked list node information, which is prone to errors and does not meet the principles of easy modification and maintenance of application software

[0008] 3. Due to the large number of linked list nodes and complex structure, this method is not easy to use and poor in portability

[0010] 1. The designer needs to manually input all command information and parameter information into the file, which increases a lot of workload and is prone to errors

[0011] 2. After adding or deleting a command document, the corresponding command processing function in the application must be added or deleted accordingly, which is relatively inefficient

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