Monitoring and management method for synchronous sharing of storage resources in different places in a storage active-active environment

Abstract

Provided is a monitoring and managing method for storage resource off-site and synchronous sharing in a storage dual-active environment, comprising the steps of building a monitoring and managing system, connecting the monitoring and managing system to a resource assembly in which storage resources are stored and initializing the monitoring and managing system, and using the monitoring and managing system to monitor and manage the storage resources. The beneficial effects are as follows: monitoring and managing of storage resource off-site and synchronous sharing in a storage dual-active environment is the basis of business system construction based on a resource sharing platform; through monitoring and managing of the whole system, a data support is constructed systemically for the upper business system; and based on the monitoring and managing data accumulated by the tool, the maintenance means of storage resource off-site and synchronous sharing in a storage dual-active environment can be improved consistently, and beneficial supplement is provided for operation and maintenance management of two-place and three-center construction of the State Grid Corporation of China.

Description

technical field [0001] The invention belongs to the technical field of enterprise informatization, and in particular relates to a monitoring and management method for synchronous sharing of storage resources in different places in a storage active-active environment. Background technique [0002] Against the backdrop of the continuous maturity of server virtualization technology, IT workers in modern enterprises have turned their attention to the network and storage, intending to use the storage virtualization gateway technology based on "active-active in the same city" to realize uninterrupted services of information systems. Using active-active mode for information system storage resources can achieve low data loss rate, fast switching speed, eliminate switching traps, zero data loss, and the highest level of disaster recovery supported by remote clusters, which can greatly improve the utilization of system resources. Contribute to the stable development of the enterprise....

AI Technical Summary

Problems solved by technology

However, the current system's operating status monitoring is relatively scattered, based on the monitoring of independent equipment, lacking the overall monitoring and management tools of the system, and has the following defects:

Unable to grasp the whole picture of system operation;

[0005] 2. The requirements for professional and technical ability are relatively high, and it is necessary to have high professional and technical ability to effectively analyze the operating status of the system and carry out daily management of the entire system;

[0006] 3. Resource monitoring only monitors independent equipment, fails to monitor the system as a whole, and cannot effectively integrate the status of multiple links, which has great limitations

[0007] 4. The management of multiple logical units of the system has dependencies, but does not have the ability to manage the system as a whole

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