Method and device for deploying background services

Abstract

The invention discloses a method and a device for deploying background services, and the method comprises the steps: obtaining network parameters and to-be-deployed information of a regional server, and enabling the to-be-deployed information to comprise a deployment instruction, and an installation package, identification information and customized parameters of the to-be-deployed background services; connecting the regional server according to the network parameters, and sending a query instruction to the regional server, so that the regional server queries background services installed on the regional server; receiving feedback information sent by the regional server, and if it is determined that background services corresponding to the identification information are installed on the regional server and the customized parameters are different from configuration parameters of the background services corresponding to the identification information on the regional server, sending a deployment instruction and the to-be-deployed information to the regional server, so that the regional server installs the to-be-deployed background service according to the deployment instruction and the to-be-deployed information. The customized parameters in the background service are added or modified without interfering with other background services, and the deployment efficiency of the background service is improved.

Description

technical field [0001] The invention relates to the field of urban traffic control, in particular to a method and device for deploying background services. Background technique [0002] In recent years, with the rapid development of social economy, urban traffic congestion has been increasing. Urban traffic signal control is the core component of urban traffic system. Its efficient, stable and healthy operation plays an important role in alleviating traffic pressure and improving traffic management and operation service play a vital role. [0003] At present, the urban traffic signal control system mainly relies on manual deployment and upgrading of each server one by one, but this method not only has a large workload, low efficiency, but also cumbersome and error-prone configuration parameters, resulting in a great waste of manpower and material resources. Moreover, adding or modifying background services generally requires stopping all background services, uninstalling th...

AI Technical Summary

Problems solved by technology

[0003] At present, the urban traffic signal control system mainly relies on manual deployment and upgrading of each server one by one, but this method not only has a large workload, low efficiency, but also cumbersome and error-prone configuration parameters, resulting in a great waste of manpower and material resources

And the addition or modification of background services generally requires stopping all background services, uninstalling the background services to be modified, and reinstalling them, which interferes with the operation of other background services

In addition, the signal control system server and network health status lack effective real-time monitoring, and equipment failures and network failures can only be found during manual inspections.

Once a failure occurs, it will cause a series of control operation instructions in the signal control system to fail to execute normally, which may cause uncontrollable situations such as severe congestion at intersections. Therefore, an urban traffic monitoring system is urgently needed to realize the background service to be deployed. Add or modify without interfering with other background services, improve the deployment efficiency of background services, and periodically monitor the health status of servers and networks

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