Script engine system of mobile terminal automation test and testing method

Abstract

The present invention relates to a script engine system of a mobile terminal automation test and a testing method, and belongs to the technical field of mobile Internet network security. The system comprises a script parser, a conventional operation engine, a data operation engine, a page identification engine, an object analysis engine, a character input engine, a scheduler and and execution engine. According to the system and the method provided by the present invention, applications of a mobile terminal can be operated precisely by means of a current script engine, so as to accurately execute testing examples and improve precision of testing effects of a testing platform.

Description

technical field [0001] The invention belongs to the technical field of mobile Internet network security, and in particular relates to a script engine system and a testing method for automatic testing of mobile terminals. Background technique [0002] Currently, there are testin, Baidu MTC and other online test platforms for automated testing of mobile terminals. Developers can upload their applications to these platforms for testing; The tester cannot clearly and accurately control the application test logic; there is even a public test platform that manually tests the application by contacting each tester online; the automation of the test process of the existing major test platforms is quite low, and the operator needs to Intervention in the testing process. [0003] Existing mobile terminal applications have some software that simulates click operations, such as key wizards, touch wizards, etc. Users can write lua scripts to program the software according to their own ne...

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Problems solved by technology

[0002] Currently, there are testin, Baidu MTC and other online test platforms for automated testing of mobile terminals. Developers can upload their applications to these platforms for testing; The tester cannot clearly and accurately control the application test logic; there is even a public test platform that manually tests the application by contacting each tester online; the automation of the test process of the existing major test platforms is quite low, and the operator needs to Intervention testing process

[0003] Existing mobile terminal applications have some software that simulates click operations, such as key wizards, touch wizards, etc. Users can write lua scripts to program the software according to their own needs, so as to achieve the purpose of controlling mobile terminals; but the realization of such software The method is only to send messages to the mobile terminal system superficially, and cannot guarantee the correct arrival of the messages. At the same time, these software cannot obtain the internal data of the target application, and cannot change the test logic according to the execution status of the target application;

[0004] At present, each test framework does not have a good solution for the input of Unicode characters. Usually, the target system is installed with a Unicode input method, such as the Sogou input method, and then simulates clicking on the virtual keyboard of the device screen in a sequential manner through Pinyin. Although the method can realize Chinese input, it is extremely unstable, and script writing is quite cumbersome

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