A method and system for monitoring software version of high-speed railway equipment

Abstract

The present invention provides a high-speed railway equipment software version monitoring method, comprising: setting basic information of multiple stations and corresponding equipment software SVN addresses; automatically obtaining the multiple equipment software SVN message log data streams according to the SVN addresses; Analyzing the SVN message log data stream to obtain software version information and SVN version information of the device software; automatically obtain the data version information of the device software according to the SVN version information, and the data version information is stored in a specified configuration file; Based on the basic information of the station, the software version information and the data version information, the update state of the equipment software version of the station is determined. The software version monitoring method of high-speed railway equipment of the present invention can realize automatic acquisition of multi-faceted software version information of multiple station equipment, avoiding defects such as information lag, long processing time period, and inaccurate information recording.

Description

technical field [0001] The invention belongs to the technical field of rail transit information, and in particular relates to a method and system for monitoring software versions of high-speed railway equipment. Background technique [0002] Railway lines are complex and there are a large number of stations on the line. Under the trend of rapid development of informatization, each station equipment has deployed relevant station equipment software to improve the information construction and intelligent management of the railway industry. However, in order to monitor and manage the entire life cycle of these station equipment software, including software version control management, a lot of labor and time costs are required. The upgrading and updating of high-speed railway station equipment software usually involves a large number of equipment software updates at a large number of stations, such as the update of thousands of equipment software. Therefore, the amount of versio...

AI Technical Summary

Problems solved by technology

Usually, the existing SVN server is used to monitor the software version update, only the SVN version information of the software can be directly viewed, and the version information management of multiple devices is independent of each other, and the responsible personnel need to check the independent SVN server separately

In the high-speed railway business, software upgrades are accompanied by corresponding upgrades of configuration data, such as signal equipment, communication interfaces, and other information. In the existing version monitoring mode, monitoring personnel need to obtain the version update information of the software itself, and then search for the specified Configuration file, manually check whether the configuration data is updated synchronously, the SVN server cannot monitor the data version information recorded in the file

In this case, the efficiency of version monitoring is low, and it is impossible to monitor the entire life cycle of station equipment software, which is not conducive to the informatization and intelligent development of railway business systems, such as train control and interlocking.

At the same time, manual management can easily lead to lagging, low accuracy, and poor real-time performance of station equipment data version updates, and lagging data version monitoring can easily cause hidden dangers to railway operation safety

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