Program control method, activity component scheduling method and corresponding device

Abstract

The invention provides a program control method and an activity module scheduling method adopted for the same. The scheduling method comprises the steps of providing a plurality of pre-registered activity module pits for a system; constructing a pit list comprising characteristic information of the activity module pits; utilizing the pit list to distribute adaptive target activity module pits for to-be-loaded activity modules; and loading the to-be-loaded activity modules to process spaces corresponding to target pits to run. Besides various methods, the invention further provides corresponding devices for the methods based on the modularized programming thinking. The application of the methods and the devices facilitates flexible extension loading of activity modules of application programs, the upgrading of the application programs can be simplified, and resource loads of a cloud service system can also be simplified.

Description

technical field [0001] The invention relates to the programming control technology of computer application programs, in particular to an activity component scheduling method and device based on the Android principle, and a program control method and device. Background technique [0002] The Android operating system has its principle different from other operating systems. Android provides four major components for developers, specifically referring to components such as Activity, Service, Receiver and Content Provider. Wherein Activity is the so-called active component of the present invention. The flexible use of components allows developers to customize applications. The Android application program is provided to the user for installation in the form of an APK installation package. In the APK installation package, there is a classes.dex code file used to encapsulate the program code for implementing each component, and the registration information used to express each comp...

AI Technical Summary

Problems solved by technology

In the case of remote downloading, it wastes traffic, reduces efficiency, and is not conducive to the flexible expansion of functional modules of applications

[0004] In order to overcome the problem of traffic waste caused by application version changes, existing technologies often provide incremental packages to reduce installation traffic. This method requires the establishment of a heavy cloud service architecture, and also poses a challenge to the calculation of the terminal. higher requirements

More critically, this method cannot meet the demand for flexible expansion of application function modules

[0005] The existing technology also tries to further provide a web page access interface in the interface provided by the Activity, and even combine new technologies such as HTML5 in order to realize the function expansion of the application program. However, the interactive functions provided by the web page are limited after all, and may not be able to fully develop the maximum performance of the terminal. , the user experience will also be reduced

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