A method for automatically testing performance of an Android handset

Abstract

The invention discloses a method for automatically testing performance of an Android handset. An intelligent handset and a computer terminal are connected, and screen contacts are generated randomly in a random operation debugging environment of an application program of a computer terminal. When the contacts are in a screen scope covered by a test case, the test case is operated in the intelligent handset, and screen response states of the operated test case are captured simultaneously through the adoption of an automatic screen capture method. The computer terminal records the generation process and the generation time of the present screen contacts, the response process of the test case, and the response time of the test case in the form of logs. The performance test method can simulate a touch screen operation by fingers and realize the automatic test of handset screen performance. The performance test method can obtain test data automatically. The performance test method is fast in testing speed and high in testing precision. The screen touch points are obtained in a random generation way, so that the test precision of the touch screen performance is improved. The test speed is raised through the adoption of the automatic screen capture method which automatically obtains the screen response states of the operated test case.

Description

technical field [0001] The invention relates to a mobile phone testing technology, in particular to a method for automatically testing the touch screen performance of an Android mobile phone. Background technique [0002] Mobile phone testing technology is divided into manual testing technology and automatic testing technology according to different testing methods. The emergence of mobile phone automatic testing technology has liberated the hands and eyes of mobile phone testers to a large extent, and brought new ideas to mobile phone testing. [0003] Since the appearance of the iPhone Apple touch mobile phone, the mobile phone market has set off a new round of changes. The Android operating system released by the Google Alliance immediately after that also set off a wave of mobile phone touch screen boom. The mobile phone screen is no longer just used for "watching", but also accepts the work that originally belonged to the traditional mobile phone buttons. Various ope...

AI Technical Summary

Problems solved by technology

There are following problems in this method of testing the screen of a touch-screen mobile phone: due to the different dexterity and thickness of each user's fingers, if the test time of a touch point within the scope of a functional module is about 1 second, a mobile phone screen is about 1 second. It has a size of 10cm×7cm and requires at least 700,000 contacts. The contacts with functional modules account for at least 200,000. The test time needs at least 50 hours. Therefore, if the contacts of each functional module are tested, use your finger to trigger the screen Not only does it take a lot of energy and time, but it is also impossible to accurately test the response of each touch point on the screen

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