Noninvasive cross-safe area message tracking and monitoring system and method

Abstract

The invention discloses a noninvasive cross-safe area message tracking and monitoring system and method. The system comprises a monitoring aspect definition module including a monitoring aspect configuration file and a monitoring aspect code implementation module, wherein the monitoring aspect configuration file is configured to define various types of attention events and to associate monitoringaspect codes in the corresponding monitoring aspect code implementation module; an aspect weaver configured to automatically analyzing the monitoring aspect configuration file and automatically injecta monitoring aspect into a target monitoring object to form a monitoring probe; and the monitoring probe configured to acquire and monitor related messages for message transmission, and transmit theacquired message data to a statistical analysis and persistence module through a message queue. The system and method realize the cross-safe area message tracking and monitoring of the distribution automation main stations of different manufacturers, and realize the testing of the cross-safe area message interaction performance of different manufacturers.

Description

technical field [0001] The invention relates to the technical field of safe power distribution, in particular to a system and method for non-invasive message tracking and monitoring across security zones. Background technique [0002] Starting from the actual needs of the production and operation department, the State Grid Corporation proposed that the distribution automation master station system should support across the production control area and the management information area to meet the operation monitoring and operation status control requirements of the distribution network and support the distribution network. Regulate operation, production operation and maintenance, and provide technical support for lean management of distribution network. The master station of distribution automation spans the large production control area (referred to as "safety I area") and the management information area (referred to as "safety area IV"), and a large number of messages interac...

AI Technical Summary

Problems solved by technology

[0004] First, object-oriented programming is adopted, and software operation monitoring is a part of the software function module. The code is embedded in the business function module to collect information related to its operation. Object-oriented programming embeds tracking and monitoring related codes in the functional business code, making the code confusing , scattered in various business codes, resulting in problems such as code readability, maintainability, and low operating efficiency

Especially now that the functional modules have been completed, adding message tracking and monitoring will bring a lot of code modification, the modification workload is heavy and a new round of system instability will be brought

[0005] Second, third-party monitoring software or open source performance monitoring software is used to monitor and integrate relevant monitoring content and objects into the system, but the monitoring objects and collected information are often limited by the monitoring software

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