Software interface testing method and apparatus

Abstract

The disclosed software interface testing method comprises: according to pre-set grammar format, describing the software interface to be tested, and dynamic generating the GUI for testing. Wherein, it just needs to modify description information and dynamic generate a GUI for testing when the target interface changes. This invention implements seamless transplantation, and improves testing tool expandability and portability fit to different testing request.

Description

technical field [0001] The invention relates to the technical field of network communication, in particular to a software interface testing method and device. Background technique [0002] Communication terminals or other equipment generally provide a software interface for secondary development or debugging and diagnosis, such as the AT command set with serial ports as the hardware interface, etc. The software interface can control many behaviors of the communication terminal, such as voice calls, key control, fax, GPRS (General Packet Radio Service), etc. [0003] The testing process of the software interface is the verification process of the interaction information between the tester and the software interface under test. At present, there are mainly three methods for implementing software interface testing for similar AT command sets: [0004] Method 1: Perform software interface testing through manually written software interface testing codes. [0005] This method ...

AI Technical Summary

Problems solved by technology

[0010] Due to the pertinence of the static graphic interface design of this method, the test user cannot arbitrarily add and change the elements of the graphic interface and the description of the interface interaction information. When the software interface changes, or the software interface test tool needs to be applied to other new When testing the command system, it is necessary to greatly modify the application code of the software interface testing tool in order to complete the function encapsulation of the new interface or the new command system under test, even if the software interface testing tool provides a secondary modification of the graphical interface encapsulation interface mechanism , when the test tool is transplanted to the new software interface to be tested, it is still necessary to substantially modify the encapsulation interface of the graphical interface, which makes the software interface test inflexible and cannot meet the ever-changing test requirements in the software interface test. To the platform, the scalability and portability are poor, and it is not easy to promote and use

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