Plug-in technique-based method for realizing power system analysis software interface

Abstract

The invention belongs to the technical field of application of power systems and particularly relates to a plug-in technique-based method for realizing a power system analysis software interface, which comprises: firstly, decomposing the analytic function of a power system into a graphic support module, a data support module and various on\off-line analysis functional modules by using a plug-in technique so as to realize maximum decoupling of the functional modules; and secondly, realizing the data interaction between a plugin and a support platform by using the dynamic link dynamic loading and calling technique. Compared with the prior art, the method can effectively reduce the degree of the coupling between a functional object and an object management logic effectively and makes an application more stable and highly extendable, thereby ensuring that software is a 'demand-oriented open system structure'.

Description

technical field [0001] The invention belongs to the field of power system application technology, in particular to a method for realizing a power system analysis software interface. Background technique [0002] The quality of software development is largely determined by the complexity of the software design structure. A good software architecture plays a decisive role in software stability, scalability, code reusability, adaptive adjustment ability to respond to changes in requirements, and ease of maintenance. In the actual application process, due to the different structures, operating characteristics, operating modes, and focus of operators of each system, the functional requirements of power system analysis software are complex, and various analysis and calculation functions, data support functions, graphic display functions, etc. Although integrated development can improve the efficiency of data interaction, it is difficult to adapt to the characteristics of power sy...

AI Technical Summary

Problems solved by technology

In the actual application process, due to the different structures, operating characteristics, operating modes, and focus of operators of each system, the functional requirements of power system analysis software are complex, and various analysis and calculation functions, data support functions, graphic display functions, etc. Although integrated development can improve the efficiency of data interaction, it is difficult to adapt to the characteristics of a wide variety of power system security and stability analysis functions, rapid development, and strong customization requirements. It is necessary to properly decouple the functions of power system analysis software.

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