Cloud platform monitoring method and cloud platform monitoring system

Abstract

The invention relates to a cloud platform monitoring method. The method is characterized by comprising the following steps: an information obtaining step, i.e., a cloud monitoring platform obtaining updating information of monitored resources from a cloud resource management platform; a determining step, i.e., the cloud monitoring platform determining whether the monitored resources are changed according to the obtained updating information; and a monitoring adjustment step, i.e., the cloud monitoring platform, if it is determined that something new is added to the monitored resources, automatically adding monitoring of the newly added resources. According to the cloud platform monitoring method provided by the invention, change of resources can be obtained from a cloud platform, a monitoring object is automatically added, manual participation is reduced, and the monitoring automation degree is improved.

Description

technical field [0001] The invention relates to cloud technology, in particular to the technical field of cloud platform management and monitoring. Background technique [0002] First, the traditional data center monitoring method is described. In traditional technology, the data center is a place where computing resources, storage resources, and network resources are centrally managed, running various services of enterprises and governments, and storing various data. The important responsibility of the data center is to ensure the normal operation of these services and ensure the integrity of the data. The manual method has been completed and cannot meet the monitoring needs of the data center. The existing data center has a unified monitoring system, and various servers are added to the monitoring system manually. When various failures occur, it will automatically Sending text messages or emails to relevant personnel greatly reduces the work of operation and maintenance ...

AI Technical Summary

Problems solved by technology

[0006] It can be seen that the traditional monitoring platform can only monitor various servers, storage and other single devices, and the problems reflected in the monitoring are only the situation of a single device, and cannot reflect the operation of the system from the perspective of a platform

[0007] Moreover, the traditional monitoring platform displays relatively simple resources, which are generally displayed from the geographical location of the resources, that is, which computer room and cabinet the server is in, etc.

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