Automatic network activation system based on double-track guaranteed production mechanism

Abstract

The invention discloses an automatic network activation system based on a double-track guaranteed production mechanism, which belongs to the technical field of network activation and comprises a workorder receiving module, a work order decomposition module, a work order scheduling module, a network element construction module and a work order reporting module, wherein the work order receiving module serves as an application initial module. Interaction between the modules is realized through a message queue or an intermediate table, and the system adopts a layered structure, so that the coupling degree between the system modules is reduced to the maximum extent, and the robustness of the system is improved; the advantages of a memory database and a traditional database are fully utilized,single dependence of the system on the databases is reduced, it is guaranteed that when any database is abnormal, the network activation work order can still be supported to continue to flow based onthe other database, and system paralysis cannot be caused; sufficient recovery time is provided for database faults of the system, and the direct perception influence of a user is reduced.

Description

technical field [0001] The invention relates to the technical field of network activation, in particular to an automatic network activation system based on a dual-track guaranteed production mechanism. Background technique [0002] During the full-service operation period of operators, complex services such as integrated services and package services are continuously launched, requiring the back-end to quickly activate new services, especially mobile and recovery services that are highly sensitive to users, and have higher timeliness requirements. The network activation system is an important production system for operators to activate lines and shut down lines, and is responsible for the rapid activation of back-end network elements. Its stability and high efficiency affect the efficiency of the entire opening line and shutdown and recovery line. [0003] There are basically two types of modes in the network activation system of the existing network. One is to rely on trad...

AI Technical Summary

Problems solved by technology

This will improve the execution efficiency of the entire work order, but the stability of the memory database (such as: Redis) is extremely high. Once the memory database is abnormal, it will also lead to the paralysis of the entire system

[0006] Based on the above, you will find that both of these two modes are highly dependent on a single type of database. Once the database goes down or other abnormalities occur, the entire work order will be executed All will be affected by this, which will directly affect the opening of the user's front desk business and the construction of the shutdown and recovery business

In daily actual production operation and maintenance, this kind of database downtime also happens occasionally

Therefore, in these two modes, there are certain security risks, which affect the stability of the entire system.

In the case of long-term downtime that cannot be recovered, it is very easy to cause user complaints

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