Method, apparatus and electronic device for optimizing application resources

Abstract

The embodiments of the invention disclose a method, an apparatus and an electronic device for optimizing application resources. The method includes: monitoring trigger events of an operation system, if a monitored trigger event is any trigger event among a preset trigger event set; searching a mapping relation between a preset trigger event and an application set resource optimization strategy, acquiring the application set resource optimization strategy mapped by the monitored trigger event; in accordance with the acquired application set resource optimization strategy, conducting resource optimization on each application operating in backend; intercepting an re-operating request of the application that is subject to resource optimization; and searching a mapping relation between a preset trigger event and an application restarting optimization strategy, acquiring the application restarting optimization strategy mapped by the current trigger event, processing the application that is subject to resource optimization in accordance with the acquired application restarting optimization strategy. The method, apparatus and electronic device of the invention can optimize application resources.

Description

technical field [0001] The invention relates to computer resource optimization technology, in particular to a method, device and electronic equipment for optimizing application program resources. Background technique [0002] With computer communication and Internet technology, the application of electronic equipment is becoming more and more common. For example, smart mobile phones, personal digital assistants, handheld computers and desktop computers have been more and more widely used. There are also more and more applications (APP, Application), such as instant messaging (IM, Instant Messaging) applications such as QQ, WeChat, Whatsapp, Facebook, and Line, to meet users' needs for business diversity. However, as the number of applications installed in electronic devices increases, the operation of each application will consume a large amount of resources of the electronic device, for example, memory resources, power resources, CPU resources, etc., and some applications w...

AI Technical Summary

Problems solved by technology

However, in actual applications, general users do not know which applications are unnecessary applications, so that their processes can be terminated; or, the selected non-essential applications cannot cover all unnecessary applications that can be processed for process termination. The non-essential applications, especially the processes of the non-essential applications running in the background have not been terminated; or, the applications that the user is using and temporarily exited (such as music, sports, and download applications) may be killed, This will cause inconvenience to the user; or, after the process of some applications is terminated, it can be woken up by sibling applications, for example, application A and application B are sibling applications, when application A detects that application B After the process of application A is killed, application A immediately restarts the process of application B, thereby resuming the operation of application B, causing application B to occupy resources again, and because the start of a process also requires resources, and the required resources may be more than runtime

Therefore, the existing resource optimization methods are not efficient in resource optimization

Images