Method and device of automated UI verification of mobile equipment

Abstract

The invention discloses a method and a device of automated UI verification of mobile equipment. The method comprises: carrying out logic processing on verification by a central processing module, andexecuting image identification module, manipulator driving module, interface verification module and report output module-oriented scheduling; identifying and parsing a labeled use case image by an image identification module, and transforming the same into a use case structure inside a central processing module system; receiving an instruction of a manipulator driving module by a manipulator, andexecuting to-be-tested mobile equipment-oriented operation; obtaining an interface image of the to-be-tested mobile equipment under a corresponding test link by an interface verification module, andcarrying out comparison verification according to an instruction of the central processing module; and implementing summarization on a verification result of the interface verification module by a report output module, and formatting an output result. By applying the solution of the invention, a threshold and difficulty of technical implementation are reduced, capturing of page elements is not needed at the same time, and use case writing costs of automated UI verification are greatly reduced.

Description

technical field [0001] The present invention relates to an automatic verification scheme, in particular to a method and device for simulating mechanical operation to perform automatic verification of mobile device UI. Background technique [0002] With the rapid development of hardware and communication networks, various portable smart devices have become necessities in people's lives, such as mobile phones, tablet computers, smart watches, bracelets, etc. emerge in endlessly. However, existing mobile devices of this type must undergo UI automation testing before the finished product is sold, so as to satisfy the comparison of product performance and user experience. The traditional main implementation method of this test is: using Java / Python and other programming languages ​​combined with Selenium / Appium and other open source components to develop an automation framework, based on this framework to write automation use cases, in which ID, Class, xPath, etc. are often used ...

AI Technical Summary

Problems solved by technology

[0003] However, there are problems or shortcomings in the above-mentioned automation technologies that deserve attention and attention: First, in addition to the development of the automation framework, the writing of automation use cases also requires a code foundation, and most of them use the same programming language as the framework. It is difficult to get started; the positioning of the two page elements requires special tools for crawling, and the H5 page crawling in the mobile terminal also needs to enable the WebView Debug switch. The cost of writing automation use cases based on this is relatively high

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