Unified measurement and development control software development system

Abstract

The invention discloses a unified measurement and development control software development system. The system is based on a plurality of components, and comprises four application components of a data center, a data source plug-in unit, a real-time client and a historical analysis client, two service components of a resource center and a database service unit, two tool components of a man-machine interface designer and a process editor, and a relational database. The system has strong structural universality and flexibility, various functional requirements of measurement and development applications are satisfied, unified effective application modes and development interfaces are provided for development personnel, and different components can be selected according to specific requirements to carry out configuration and customized development.

Description

technical field [0001] The invention relates to a development system of measurement, emission and control application software, which is applied to the measurement and control fields of aerospace, industrial control and electric power industries. Background technique [0002] With the continuous development of computer software technology, the systematization of software has become a development trend in the world. A software system is a software framework that encapsulates some basic functions and execution logic that must be possessed to achieve these requirements within a certain range of requirements. This framework has nothing to do with specific services, and only defines some necessary interfaces to realize these services. And build a complete and runnable software framework through these interfaces. On top of this system, the interfaces defined by the system can be implemented according to different requirements to realize specific services. The systematization of...

AI Technical Summary

Problems solved by technology

Due to the diversity of system functional requirements, such as software release modes (B / S or C / S), data browsing methods, underlying communication interfaces, etc., it is difficult to design a general and flexible software to meet all needs ;

[0005] (2) The browsing interface style released by the software is single, which cannot meet the individual needs of multiple users for the interface presentation form. For example, the traditional browsing software used for pre-launch monitoring of launch vehicles. Specific parameters require developers to modify the software;

[0006] (3) Many measurement, launch and control software in the same industry are similar, but lack a set of product design system, resulting in a heavy burden on software development, which also leads to large differences in the software designed by each developer, and it is difficult to guarantee Uniform higher product quality;

[0007] (4) The automatic testing technology of the test, development and control software is backward, the development process is difficult, and the modification efficiency is low. Basically, the logic code is directly written with sentences to realize the corresponding functions.

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