Method for improving Android startup efficiency

Abstract

The invention provides a method and device for improving Android startup efficiency, and the method comprises the steps: firstly adding a management and control service process behind a first process of a user space of an Android system, and taking the management and control service process as a parent process of an Android virtual machine, an Android service management and control module and other Android service modules; if the first process of the user space is started, triggering the management and control service process, so that the Android virtual machine, the Android service management and control module and other Android service modules are started in parallel at the same time, and once the Android virtual machine, the Android service management and control module and other Android service modules are started, starting messages are sent to the management and control service process respectively until all starting is completed. The application is installed or scanned to complete startup, so that a user layer is optimized, other services of the Zygote-> System server-> system do not need to be executed in sequence, and the Android virtual machine, the Android service management and control module and other Android service modules can be directly started in parallel at the same time through the management and control service process, so that the response time is shortened, and the startup efficiency of the Android system is improved.

Description

technical field [0001] The present invention relates to the field of communication technology, and more specifically, to a method and system for improving Android boot efficiency. Background technique [0002] At present, the Android system is getting bigger and bigger, which leads to slower and slower boot time, which affects the user experience. Many manufacturers are working on system tailoring, but this method is time-consuming and poor in stability. The order in which the Android system is started in the current technology is UEFI->Kernel->user layer system is executed sequentially, that is (Initd->Zygote->System server->system other services), among which UEFI and Kernel have almost no room for optimization at the market software level, and the slow startup is concentrated in the user layer system In terms of startup, it is necessary to perform an initialization operation, and then start Zygote, System Server and other system services in sequence, result...

AI Technical Summary

Problems solved by technology

[0004] In view of the above-mentioned problems, the purpose of the present invention is to provide a method and device for improving the efficiency of Android booting, so as to solve the problem that the order of starting the Android system in the current technology is UEFI->Kernel->the user layer system is executed sequentially, and the slow startup is concentrated in the user layer On the system startup of the Android system, it is necessary to perform initialization operations, and then start Zygote, System Server and other system services in sequence, resulting in the problem that the startup efficiency of the existing Android system is still relatively time-consuming.

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