Low-coupling automatic operation and maintenance system and method

Abstract

The invention discloses a low-coupling automatic operation and maintenance system and a low-coupling automatic operation and maintenance method. The method comprises the steps as follows: a user sendsa management request of a platform center unit to a platform API component, and sends the management request to the corresponding function module in a routing manner for executing; the platform API component initiates a deployment command to a container deployment component, and starts a container mirror providing service of the corresponding component; a scene center unit reads operation and maintenance object information, calls a tool and generates a scene via a scene arrangement component; after the scene is registered to a scene library, the triggering condition of the scene is judged according to a scene monitoring function, the execution of the scene is automatically triggered when the condition is reached, a configuration information library is read before the scene is executed andsubmitted to an execution center unit to call the tool to execute tasks defined in the scene; and the execution center unit receives a request of the scene center unit, and interacts with a tool center unit and an operation and maintenance object to complete commanding work. According to the system and method provided by the invention, the component dependence is reduced, the data transmission efficiency and accuracy are ensured, and the coupling degree is reduced.

Description

technical field [0001] The invention relates to the technical field of server operation and maintenance, in particular to a low-coupling automatic operation and maintenance system and method. Background technique [0002] With the continuous development of the information age, IT operation and maintenance has become an important part of the connotation of IT services. Faced with increasingly complex businesses and increasingly diverse user needs, ever-expanding IT applications require more and more reasonable models to ensure that IT services can be continuously guaranteed in a flexible, convenient, safe and stable manner. The guarantee in this model The factor is IT operation and maintenance (other factors are more superior IT architecture, etc.). From the initial few servers to a huge data center, manpower alone can no longer meet the requirements in terms of technology, business, management, etc., so standardization, automation, architecture optimization, process optimiz...

AI Technical Summary

Problems solved by technology

The following problems exist in the operation and maintenance automation at this stage: High degree of coupling: In the existing technical solutions, the coupling degree between components is high, and they cannot be independently deployed and worked, which leads to greater complexity in the deployment of the entire operation and maintenance system; centralized Deployment: Most of the existing technical solutions adopt centralized deployment, which cannot support large-scale operation and maintenance objects, and is not conducive to later expansion and upgrade; traditional architecture deployment: adopt traditional physical environment or virtual machine deployment, and deployment depends on There are many software packages, the deployment steps are complicated, and errors are prone to occur

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