Plug-in-based monitoring background business customization method and system

Abstract

The invention discloses a monitoring background service customization method based on a plug-in and a system based on the method. A monitoring background comprises a server for processing monitored data, wherein the server for processing the monitored data comprises a front data acquisition module and a real-time monitoring module. The front data acquisition module acquires and transmits data monitored by the monitoring background to the real-time monitoring module. The method includes the steps that data models and service processing logic in the real-time monitoring module are decoupled, and the real-time monitoring module is split into a real-time model database and the service processing logic plug-in; a service processing logic plug-in configuration file is acquired, and configuration of the real-time monitoring module and the service processing plug-in is achieved by the service processing logic plug-in configuration file in an external configuration mode; the real-time monitoring module is started, the service processing logic plug-in configured on the real-time monitoring module is loaded, and real-time service processing is conducted; the real-time model database stores or issues the service processing result, and finally the purpose of monitoring background service customization is achieved.

Description

technical field [0001] The invention belongs to the field of data processing, and in particular relates to a plug-in-based monitoring background service customization method and system thereof. Background technique [0002] The monitoring background of the power system generally uses a real-time database to process real-time data. The real-time database is essentially a memory library, which reads the data to be managed by the system into the memory, and establishes a corresponding data model in the memory according to the business logic. for real-time processing. Among them, the data processed by the monitoring background of the power system includes the operation status, voltage and current information of the equipment in the substation, the operation status of the cable connected to the substation, the voltage and current information on the cable, and other data associated with the power system grid. [0003] In the process of data processing and management in the monito...

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Problems solved by technology

[0003] In the process of data processing and management in the monitoring background of the power system, the current real-time database integrates the data model and business logic design when designing the software architecture, resulting in a high degree of coupling between the business logic and the data model. This method has the following Several disadvantages: (1) It does not use code reuse. When the system monitoring model changes, the entire module needs to be redeveloped, which increases the development workload; (2) It is not conducive to the expansion of business logic. When the system function is upgraded When the system is implemented, the entire program needs to be modified, which is not conducive to the secondary development of the system; (3) the business function cannot be tailored. When the system is implemented on site, the module function is redundant for the user, and the original method can be used without modification. Under the conditions of the code, the business functions of the module cannot be tailored according to the needs of on-site users, resulting in code redundancy; (4) It is not conducive to program version management. Since the business logic processing method needs to be modified according to the needs of on-site users, the original method is used It will increase the diversity of program versions, which is not conducive to the archive management of source code

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