Management method and device for components in Android program

Abstract

The invention discloses a management method and device for components in an Android program. The method comprises the steps that one or more components are reserved in a configuration file of the Android program, and one progress is stated for each reserved component; the content of the component used by a plug-in to achieve a specific function is stated in the configuration file of the plug-in of the Android program; when the plug-in needs to run the component for achieving the specific function, an available progress is found out from the progresses stated by the reserved components; the content of the component for achieving the specific function is transmitted to a same type component corresponding to the found-out available progress; the available progress is started to enable the same type component corresponding to the available progress to be run in the progress. According to the technical scheme, free customization of the plug-in on the component is achieved on the premise that an Android main program is not upgraded, the memory usage can be greatly reduced, and therefore the function extension of the Android program is more convenient and fast, efficient and accordant with the application requirements.

Description

technical field [0001] The invention relates to the technical field of mobile terminals, in particular to a component management method and device in an Android program. Background technique [0002] With the rapid development of the Android system, it has become one of the most influential operating systems in the world, and is more and more widely used in mobile terminals such as mobile phones, PADs, and wearable devices, which also creates Android development needs. rapid growth. [0003] In the prior art, the extension of the function of an Android program depends on the operation of components that can realize specific functions in the plug-in. However, the Android system can only call the components that have been declared in the configuration file of the Android program, that is, the system passes the Android program. The configuration file calls the standard ClassLoader method to load the Class object of the declared component, and then the corresponding component c...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, the extension of the function of an Android program depends on the operation of components that can realize specific functions in the plug-in. However, the Android system can only call the components that have been declared in the configuration file of the Android program, that is, the system passes the Android program. The configuration file calls the standard ClassLoader method to load the Class object of the declared component, and then the corresponding component can be run; before the Android program loads the plug-in and runs the component that can realize the specific function in the plug-in, it must first read the configuration file of the Android program. Carry out an overall update and upgrade

This makes the function expansion of the Android program very limited, the plug-in cannot freely customize the Android components, and the Android development presents the disadvantages of inefficiency, complexity, and failure to meet the application requirements; function, but need to download a complete APK to update, the operation process is cumbersome and does not meet user needs

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