Equipment configuration tree management method based on recursion and inheritance algorithms

Abstract

The invention provides an equipment configuration tree management method based on recursion and inheritance algorithms, and relates to an equipment/equipment type adding module, an equipment configuration management module, an equipment maintenance module based on the equipment configuration management module, and a material management module. The method takes the equipment configuration management module as the basis. A user converts configuration of equipment into a tree structure chart firstly, information of different equipment types of equipment is input then, and, because the recursion and inheritance algorithms are used, subordinate configuration between the different equipment types can be inherited via the same superior configuration and does not need repeat entry of data. And, according to maintenance records of the equipment configuration information changed manually by the user and the equipment configuration information obtained in the equipment maintenance module and the material management module, on the basis of the configuration information inherited from the equipment types, the equipment configuration information can use the recursion algorithm and reflect a change condition of the equipment configuration information at different times to the user according to different query times.

Description

technical field [0001] The invention relates to a method and software for complex device system configuration management, in particular to a method for managing device configuration information in a refined and convenient manner. Background technique [0002] At present, many enterprises have very complex equipment systems, such as airline planes and transportation company vehicle management. The management of these equipment systems in the enterprise is very important, and the structure and changes of each component in the equipment need to be managed. [0003] However, there are a large number of devices in these enterprises, and the structure of the devices themselves is also very complicated. In order to achieve dynamic management of equipment components, the current management method is to separately manage the outgoing configuration of each equipment, which has no inheritance relationship with the equipment model and each component model. [0004] Due to the correlat...

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Problems solved by technology

However, the current management method cannot achieve automatic replacement, and it is still the previous replacement record, such as Figure 8 shown

[0005] Moreover, due to the complexity of the equipment structure, the large number of components, and the frequent change of component information, the current management method can only manage the more important component information in the equipment, such as the engine, tire, clutch and other components of the vehicle; and for Some parts with a large number and frequent changes, such as screws and internal parts of the engine, are more difficult to manage

[0006] Therefore, the current management methods for equipment have poor correlation with each component in the equipment, and it is difficult to achieve refined management, and if refined management is achieved, it is difficult to achieve convenient management

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