Implementation system and method for resident application in cloud mobile phone

Abstract

The invention discloses a system and a method for realizing application residence in a cloud mobile phone. The method comprises the following steps: S1, an application running monitoring service module on a cloud mobile phone instance acquires a list of applications running on the cloud mobile phone instance in real time and reports the list to a cloud mobile phone application background server; s2, the cloud mobile phone application background server obtains the running application list reported by the application running monitoring service module in real time, and compares the monitoring application list with the running application list to determine whether each application in the monitoring application list runs normally or not; determining a fault application according to a comparison result and sending a corresponding restart instruction to restart the corresponding fault application; and S3, when the application operation monitoring service module receives a restart instruction of the cloud mobile phone application background server, restarting the corresponding fault application according to the restart instruction.

Description

technical field [0001] The invention relates to the technical field of cloud mobile phones, in particular to a system and method for realizing application resident in a cloud mobile phone. Background technique [0002] Cloud mobile phone is to divide a cloud server into multiple virtual machines to run the android system independently by means of virtual containers in the cloud server, and then provide remote operation for personal real terminal devices such as mobile phones and computers to operate and use, and the application can be used for a long time in the Running in the cloud, the user exits the cloud phone, and the previous operation progress can be retained, which basically releases the system resources of the user's real device. [0003] Limited by the current technological level of the network environment, providing high-quality operating experience is a major bottleneck that cloud mobile phones need to break through. However, for those long-term business scenario...

AI Technical Summary

Problems solved by technology

However, there are still problems with this solution: judging from the current ecological practice of android, the guardian service and business service may still be terminated by the system at the same time, that is, killing the background, relying on system services (system broadcast, system alarm clock) in the current commonly used android The system version is no longer feasible, and the method of waking up each other only through the program in the android system is still unreliable

[0006] It can be seen that most of the current application resident methods, whether it is one-way activation, two-way activation, system broadcast, or system alarm clock, are solutions within the terminal. However, due to the iteration of the Android system version and the uncertainty of the Android model configuration, A large number of similar methods are no longer available or cannot be guaranteed for a long time. The fundamental technical reason is that when the mobile phone system runs under high load for a long time or other reasons lead to resource constraints, it is very common to kill background operations. At this time, the survival rate of application services in the terminal is not guaranteed, all solutions that rely on in-terminal have this drawback

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