A two-dimensional layered method to realize automatic operation and maintenance of cloud computing environment

Abstract

The present invention provides a two-dimensional hierarchical method for realizing automatic operation and maintenance of a cloud computing environment, comprising steps: Step 1: divide the horizontal dimension of the automation framework into an implementation layer and a platform layer; divide the vertical dimension of the automation framework into a rule layer, Process layer, node layer; Step 2: Build modules: rule implementation group, rule platform module, process implementation group, process platform module, node implementation group, node platform module. Beneficial effects of the present invention: 1. The complexity of automation requirement development is reduced. 2. Improve the utilization rate of development results. 3. Reduce the cycle of developing an automation requirement. 4. The cycle of modifying an automation requirement is reduced. 5. Ensure the stability of the platform in the process of changing demands.

Description

technical field [0001] The invention relates to the field of IT operation and maintenance automation, in particular to a two-dimensional hierarchical method for realizing automatic operation and maintenance of a cloud computing environment. Background technique [0002] In the process of IT operation, cost saving and efficiency improvement are paid more and more attention. An important direction to solve this problem is automation. [0003] After searching, the following related literatures were found: [0004] The Chinese patent document with the application number 201110059386.X and titled "Virtual Computing Resource Dynamic Management System for Cloud Computing Service Platform" proposes a layered cloud computing infrastructure model and defines three objects to describe and manage scalable The status, attributes, characteristics and behavior of virtual machine resources; can automate the supply of physical servers to virtual resource pools; also proposed an online dyna...

AI Technical Summary

Problems solved by technology

In some current automation execution frameworks that do not use layered schemes, automation developers must simultaneously take into account data collection and processing, automation process orchestration, and the ability to drive development of specific objects, which will lead to high coupling of various links and high development complexity

At the same time, the development work of the same automation requirement cannot be carried out in parallel, resulting in a longer development cycle

[0007] 2. Long change cycle

If the same function is changed without using two-dimensional layering technology, all logic related to this function will be checked, resulting in a long change cycle

[0008] 3. Poor stability

Without stratification in the horizontal dimension, the increase or modification of automation requirements will lead to instability of the entire automation module

[0009] 4. Poor sharing

There is no vertical dimension layering, resulting in the realization of each requirement from top to bottom, and it is impossible to share a common logic implementation between different requirements

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