WEB page testing method, device and equipment and computer storage medium

Abstract

The invention relates to the field of automatic testing tools, and provides a WEB page testing method, device and equipment and a computer storage medium, the method comprises the steps of acquiring an operation script of a WEB page, wherein the operation script is used for indicating operation needing to be executed on the WEB page; executing the operation script, and obtaining a target screenshot in the execution process of the operation script; based on an image similarity algorithm, according to a preset reference image, performing a similarity test on the target screenshot, and determining a similarity test result; and outputting a test report of the WEB page according to a similarity test result corresponding to the target screenshot. The complexity of WEB page testing can be reduced, and the efficiency of WEB page testing can be improved. The invention further relates to artificial intelligence. The WEB page testing method can be applied to cloud servers of big data and artificial intelligence platform cloud computing services.

Description

technical field [0001] The present application relates to the field of automated testing tools, in particular to a page testing method, device, equipment and computer storage medium. Background technique [0002] Currently commonly used WEB page automation testing tools, such as Selenium, verify whether the DOM elements in the page are consistent with expectations through assertion statements, such as assertLocation (judging whether the current page is correct), assertTitle (checking the current page The title is correct), assertText (check the text of the specified element), etc., but it is difficult to cover all test points through commonly used assertion statements. Moreover, elements are usually located by means of element ID (find_element_by_id), element name (find_element_by_name), and element path (find_element_by_xpath) in web page automation testing. However, due to the update of the front-end framework, the HTMLDOM tree rendered by the browser is also more The mor...

AI Technical Summary

Problems solved by technology

[0002] Currently commonly used WEB page automation testing tools, such as Selenium, verify whether the DOM elements in the page are consistent with expectations through assertion statements, such as assertLocation (judging whether the current page is correct), assertTitle (checking the current page The title is correct), assertText (check the text of the specified element), etc., but it is difficult to cover all test points through common assertion statements

Moreover, elements are usually located by means of element ID (find_element_by_id), element name (find_element_by_name), and element path (find_element_by_xpath) in web page automation testing. However, due to the update of the front-end framework, the HTMLDOM tree rendered by the browser is also more The more complicated it is, some key values ​​cannot be obtained, and the front end changes frequently. The positioning of DOM elements in the test is also a difficulty in the use of automated testing tools.

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