Plug-in implement method based on micro network visual platform

Abstract

The invention provides a plug-in implement method based on a micro network visual platform. Plug-ins are loaded through a plug-in management class. The plug-in loading mode comprises simple loading of a plurality of plug-ins, simple loading of a plug-in, loading of plug-ins under walking contents, loading of static library plug-ins and loading of plug-ins through configuration files. Each plug-in comprises functions of information, an order, an event and an interface. Through the functions, interface interaction of menus, toolbars and the like, and functional call among components are achieved. Life cycles of the components can be maintained through an intelligent indicator, and robustness, safety and uniqueness of data can be ensured. The function of the loading of the static library plug-ins is provided, when software is published, only one main program file is needed, a plurality of static library modules are arranged in the interior, thus, not only are the advantages that the plug-ins can be reusable played, but also the number of program files can be reduced, the plug-ins are enabled to provide cross-platform support, and reusability of the program can be improved. The method is suitable for solving the coupling problem between the micro network visual platform and each plug-in of different sub systems.

Description

technical field [0001] The invention relates to the technical field of application of a micro-grid visualization platform of a power system, in particular to a plug-in implementation method based on a micro-grid visualization platform. Background technique [0002] The starting point of the plug-in technology is mainly to enable the software to flexibly expand functions without recompiling and publishing the main program (framework program). The functions of the software are determined by framework programs and plug-ins. There is a specific interface between the framework program and the plug-in, and they must pass data or control information through this interface to realize software functions. [0003] Most of the current plug-ins run in a single environment and do not provide cross-platform support for operating systems. At the same time, most of the plug-ins are custom-developed and highly coupled with the framework, which is not conducive to the reuse of programs and ...

AI Technical Summary

Problems solved by technology

[0003] Most of the current plug-ins run in a single environment, and do not provide cross-platform support for operating systems

At the same time, most of the plug-ins are custom-developed, highly coupled with the framework, which is not conducive to the reuse of programs and functions. At the same time, the communication methods between plug-ins are cumbersome, the development work is complicated, and errors are prone to occur.

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