Automated testing method and automated testing device

Abstract

An embodiment of the invention discloses an automated testing method and an automated testing device. The automated testing method includes: executing automated tests in sections, wherein after sectioning, each section of automated test is performed on the basis of a control; judging whether an attribute value of a control of the next section of automated test is consistent to an expected attribute value of the control or not, and if so, executing the next section of automated test. By the aid of the automated testing method and the automated testing device, when mobile equipment executes an automated test process, whether an expected result of each step is reached or not and whether subsequent tests are executed continuously or not can be fed back correctly in real time, results of the automated test can be more reliable, and the automated test can be applied to practical test work better.

Description

technical field [0001] The invention relates to the fields of computer technology and communication, in particular to an automatic testing method and device. Background technique [0002] With the rapid development of science and technology and the advancement of industries, various electronic consumer products have emerged that improve the quality of human life and change people's life patterns, such as personal computers, mobile phones, and tablet computers. People are increasingly dependent on these devices, and more and more manufacturers are committed to producing more related products. Therefore, manufacturers are all committed to improving the performance of their products. Before the product manufactured by the mobile device manufacturer or the software based on the mobile device is put on the market, it is usually necessary to conduct a program test first, so as to test whether the computer platform product or software version can run normally. In recent years, the...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, the automated testing of mobile devices is generally implemented in two ways: the first is an automated testing method based on coordinate touches to drive mobile devices, which is a relatively early implementation; the second It is an automated testing method based on control touch to drive mobile devices. This method is more complicated than coordinate touch, but it has strong versatility and is also the main direction of future automated testing.

The above two methods can realize the automatic test of driving the mobile phone according to the path set in advance, but it is difficult to know which step the mobile device has executed, and whether each step of execution has achieved the expected effect

Although it is possible to verify the execution of the automated test program by manually adding checkpoints, it is difficult to manually add checkpoints for each step when there are many steps, and the workload is very large. At the same time, this manual adding check The point method greatly affects the response speed of automated testing to versions and the efficiency of automated testing of mobile devices

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