Implementation method for application process keep-alive under Android platform

Abstract

The invention provides an implementation method for application process keep-alive under an Android platform. The method comprises the steps that S1, two or more applications are integrated with a service kit in an Android system; S2, the application 1 is started; S3, the application 1 scans all portal service components running in the system, whether other portal service components exist or not is judged, if other portal service components do not exist, the step S5 is executed after the step S4 is executed, and if other portal service components exist, the step S5 is directly executed skipping the step 4; S4, the application 1 starts its own agency service component to maintain long connection and pulls up the registered application 2 through the corresponding portal service component; S5, the application 1 is bound to an existing guard service component of the application 2; S6, the application 2 is bound back to a guard service component of the application 1; and S7, the application 1 and the application 2 form mutual guard, and multiple applications form netlike mutual guard.

Description

technical field [0001] The invention relates to an implementation of application process keeping alive under the Android platform. Specifically, the software development kit provided by this solution is integrated in the process of multiple application development, and the network monitoring and connection between multiple processes are realized through the native inter-process communication mechanism of the Android platform, so as to realize the communication between multiple application processes. Mutual protection, the process is pulled up and kept alive in time after the process is recycled by the system, and finally realizes the maintenance of the long-term connection between the application process and the cloud and the timely delivery of cloud push messages. Background technique [0002] At present, Apple's iOS system and Google's Android system have almost occupied the entire market share of mobile operating systems. Apple has implemented a unified message push speci...

AI Technical Summary

Problems solved by technology

[0005] One-pixel solution: The app opens a floating frame with only one pixel on the main screen of Android to hide it from the user, but the system thinks it belongs to a foreground app bound to the interface, so it will keep alive under certain conditions

The disadvantage of this solution is: destroying the Android ecology, you need to open the floating window permission for the application

[0006] Foreground service solution: Foreground service is a way to keep alive by increasing the priority of the application. This method requires the service to be associated with a notification on the top notification bar, although there are some ways to hide the notification by exploiting Android system vulnerabilities. Exists, but Google may patch this vulnerability at any time

The disadvantages of this solution are: destroying the Android ecosystem and staying in a notification for a long time

The disadvantage of this solution is: after Android 5.0, due to the adjustment of the strategy, this method basically fails

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