Task processing method and related equipment

Abstract

The embodiment of the invention discloses a task processing method applied to the technical field of electronics, the method comprises the following steps of: electronic equipment obtains a task listevery other preset duration in a first period, the electronic equipment can obtain a plurality of task lists in a first period; wherein the task list is a task currently running on each computing engine in a processor of the electronic equipment; a task with the occurrence frequency greater than a first threshold value is determined in the plurality of task lists as a first task, and then the taskof which the running duration in the second period is greater than a second threshold value is determined in the first task as a second task, that the second task is determined to be a high-load task, and prompt information is outputted by the electronic equipment to prompt the user to process the second task or automatically process the second task. According to the embodiment of the invention,the high-load task can be efficiently determined in a mode of sampling statistics and then targeted load calculation, so that the pressure of a processor is reduced in time, and the efficiency is improved.

Description

technical field [0001] The present application relates to the field of electronic technology, and in particular to a method for processing tasks and related equipment. Background technique [0002] In the field of system monitoring, task load is usually used as an important indicator to judge whether the task is normal. At present, in order to efficiently utilize processor resources of electronic devices, it is generally necessary to perform certain processing on high-load tasks. For example: if a task is under 100% load or high load for a long time, the current system computing power may have reached the bottleneck of task execution, or the task itself has an abnormal execution path (such as entering an infinite loop), which is usually Further positioning actions and corresponding processing measures are required, otherwise the system is usually in an abnormal state, affecting normal business. Therefore, there must be a way to monitor high-load tasks so that they can be d...

AI Technical Summary

Problems solved by technology

However, due to the need to traverse all tasks, the overhead itself is extremely high (taking the current ordinary mobile phone terminal as an example, the monitoring cycle is performed in seconds, and the single CPU overhead is above 20%). Considering the impact on power consumption and performance itself, many Scenes and domains are not suitable for this solution

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