Multiprocess interactive processing method and system

Abstract

The invention discloses a multiprocess interactive processing method and system. The method comprises the following steps of: presetting a thread which corresponds to an application and needs to carry out thread separation when the thread which occupies resources operates; when the thread of the application needs to execute an operation task, detecting whether the thread which needs to execute the operation task at present is the thread which occupies resources and needs to carries out thread separation or not; and if the thread which needs to execute the operation task at present is the thread which occupies resources and needs to carries out thread separation, separating the thread which needs to execute the operation task at present from a main thread as an independent process to be called by the APP, and forming a subprocess separated from the main process, wherein the subprocess is a process which occupies the resources; when a corresponding application is started, controlling the main process and the subprocess corresponding to the application to be started in parallel, executing the corresponding operation task, and controlling the subprocess to independently operate on the background when the application is not closed. By use of the method and the system, the use fluency of the APP is increased, system efficiency is improved, and energy consumption is lowered.

Description

technical field [0001] The present invention relates to the technical field of software, in particular to a multi-process interactive processing method and system. Background technique [0002] Common applications on the market are single-process and multi-threaded applications. Each application will have modules that are frequently operated. Often those functions that have little interaction with users and are frequently used occupy most of the resources. In this case, it is easy to cause the application Caton, and the user does not know the reason, and the user experience is greatly reduced in the end. [0003] Once a single-process app crashes during the user's use, the entire app will freeze. Moreover, the resources allocated to a single process by each mobile phone are limited, and applications that consume a little resources run on different mobile phones, and some mobile phones will run smoothly and some mobile phones will freeze. [0004] Therefore, the prior art s...

AI Technical Summary

Problems solved by technology

[0002] Common applications on the market are single-process and multi-threaded applications. Each application will have modules that are frequently operated. Often those functions that have little interaction with users and are frequently used occupy most of the resources. In this case, it is easy to cause the application Caton, but the user does not know the reason, and the experience brought to the user is greatly reduced.

[0003] Once a single-process app crashes during the user's use, the entire app will freeze

Moreover, the resources allocated to a single process by each mobile phone are limited. If a slightly resource-intensive application runs on different mobile phones, some mobile phones will run smoothly and some mobile phones will freeze.

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