Data center operation and maintenance monitoring and alarming white list system

Abstract

The invention provides a data center operation and maintenance monitoring and alarming white list system, which comprises an IP module, an alarming content module, a time type module and a strategy module, wherein the IP module is provided for a user to fill alarming event IP addresses in need of filtering and screen alarming events in need of filtering; the alarming content module is provided for the user to fill alarming contents of the alarming events in need of filtering and screen alarming events comprising the filled alarming contents; the time type module is provided for the user to select a time range or a particular time period, a white list system validation time period is set, and the alarming events in need of filtering which are screened in the validation time period are always shielded; and the strategy module is provided for the user to set an event level for the alarming events in need of filtering and adopt a corresponding filter strategy. The system of the invention has the advantages that one white list system only needs to be set, alarming shielding can be realized, alarming records can be stored for enabling the user to check, the operation is convenient and quick, and the data processing pressure is lessened.

Description

technical field [0001] The invention relates to the technical field of software operation and maintenance monitoring, and more specifically, relates to a data center operation and maintenance monitoring and alarm whitelist system. Background technique [0002] In the event processing process of the data center operation and maintenance monitoring system, some alarms can be shielded in a certain time range or a specific time period of the day, as well as some threshold intervals of threshold alarms, without the need to return alarms information. [0003] The prior art approach is to configure different conditions to shield these alarm information through the situation or alarm strategy in the operation and maintenance monitoring system. However, defining and shielding these warning messages through situations or warning policies will cause the following problems: 1. Because these situational conditions are set, the warning information will not be generated at the beginning, ...

AI Technical Summary

Problems solved by technology

However, defining and shielding these warning messages through situations or warning policies will cause the following problems: 1. Because these situational conditions are set, the warning information will not be generated at the beginning, instead of filtering out the warning information after it is generated, if the user In some cases, it is necessary to view the masked alarm information, and there is no corresponding alarm record; 2. If the alarm information is blocked by setting conditions in the situation or alarm policy, it may happen that a large number of complex situations are set in one situation. It is not conducive to later maintenance and management, and it is necessary to match the set conditions one by one during system operation, which will generate a large amount of data for the system itself. Dealing with pressure causes alarm delays, which is the most fatal problem in the field of operation and maintenance monitoring

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