Terminal equipment and application program interface calling control method thereof

Abstract

The invention relates to terminal equipment and an application program interface calling control method thereof, and the method comprises the following steps: after a service component of an application program is started, enabling the application program to receives binding communication of a client process through the service component; in response to an interface creation request initiated by the client process based on the calling interface class, creating an instance object of a corresponding implementation class; wherein the interface registration information corresponding to the implementation class is pre-registered into an interface library by the application program; enabling the application program to responds to an interface calling request which is initiated by the client process and is about to call the built-in method of the instance object; wherein the request comprises attribute information which is determined according to the interface registration information of theinterface library and is used for executing the built-in method, and calling the built-in method for executing the instance object to generate result data to be fed back to the client process. Development steps related to communication interface implementation in the application program development process are simplified, and a simpler, more convenient and more efficient cross-process communication solution is provided.

Description

technical field [0001] The present invention relates to the application program development technology of the Android operating system, in particular to an application program interface call control method, and also relates to the corresponding terminal equipment. Background technique [0002] In the process of developing Android applications, we will start to introduce multi-process communication technology into the existing technology system according to different business scales and scenarios. The use of multi-process communication technology can break through the limitations of application-allocated system resources (the allocation of Android system resources is based on the process as the basic unit), so that the available resources of the application can be doubled, and business needs such as application keeping alive can be realized, but it increases For the technical system of multi-process communication, we need to deal with the problem of data transmission in multi...

AI Technical Summary

Problems solved by technology

[0005] A cross-process interface can be created according to the above-mentioned interface method of using AIDL to develop multi-process communication. The key point of the problem is that, usually, each interface class that provides IPC services needs to be re-operated according to the above steps. It can be seen from this that now Although some technologies support ipc communication, the development steps are complex and cumbersome, and the scalability is poor, resulting in high development costs

This is especially detrimental to the development of some projects that require joint operation

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