Polling method for monitoring state of server hardware

Abstract

The invention provides a polling method for monitoring a state of server hardware. The method comprises the specific polling processes as follows: the server hardware is subjected to state grading respectively, and then whether the priority of the state of the server hardware during polling is improved or not is judged according to the setting of a user and the state parameter of the server hardware; if the user sets the priority of the state of the hardware to be high, or if the difference between the state parameter of the hardware and an alarm threshold value is within the range set by the user, the priority of the state of the hardware during polling is improved, the high priority hardware state is monitored with a complete service strategy, and an ordinary priority hardware state is monitored with a limitation service strategy. Compared with the prior art, the polling method for monitoring the state of the server hardware proposes a grading strategy, so that the polling efficiency and the alarming timeliness are improved, and the inquiring of the hardware state can be rapidly and accurately completed.

Description

technical field [0001] The invention relates to the technical field of computers, in particular to a polling method for monitoring server hardware status with hierarchical sub-strategies. Background technique [0002] With the continuous improvement of server performance and the continuous expansion of server application scope, the requirements for stable operation of servers are also getting higher and higher. The basis for stable operation of servers is that the hardware part can run stably. Therefore, for server hardware status, such as voltage, temperature, fan The monitoring of hardware status such as speed is becoming more and more important. [0003] With the continuous upgrading of hardware, more and more hardware states need to be monitored on the server. On a high-end server, there may be hundreds or even thousands of hardware states that need to be monitored. To monitor so many states, adopting a simple sequential polling method to collect, judge and process the ...

AI Technical Summary

Problems solved by technology

To monitor so many states, adopting a simple sequential polling method to collect, judge and process the hardware state will cause some hardware state alarms that cannot be processed in time, such as polling the first hardware state At this time, even if its status parameter is about to approach the threshold, it still thinks it is normal, and then continues to poll. When the 10th hardware status is polled, the first hardware status parameter may have exceeded the threshold, but The simple sequential polling method cannot be processed. It will continue to poll until the entire hardware status is polled, and then return to polling the first hardware status before it can alarm the first status.