A playback rhythm control method and system for test scripts

Abstract

The invention discloses a test script playback rhythm control method and system. The method comprises the steps as follows: S1, when a test terminal performs script playback, system status monitoring service is started; S2, after the test terminal receives one operation instruction sent by a script tool, the instruction type and a corresponding to-be-tested project are judged, and at the same time, the operation instruction is executed; and S3, after the system status monitoring service monitors an expected change of the to-be-tested project, feedback information executed by the operation instruction is fed back to the script tool, and then a next operation instruction is received until the script playback is finished. The method and the system have high adaptability, the playback speed can be automatically controlled according to a real-time status of the test terminal, the test efficiency is improved, the playback accuracy is guaranteed simultaneously, and the accuracy of a test report can be directly improved.

Description

technical field [0001] The invention relates to the technical field of testing electronic equipment, in particular to a playback rhythm control method and system for test scripts. Background technique [0002] With the popularization of mobile smart terminals, people have more and more demands on smart terminals. For mobile terminal manufacturers, the testing of mobile terminals is becoming more and more complicated. More and more automated testing tools. However, looking at the automated testing tools on the market, when playing back scripts, there are mainly two ways to control the time slot between two adjacent commands: one is to use a fixed time slot between two adjacent commands; Multiple attempts will be made to a command (if the first attempt is not successful, the second or more attempts will continue). These two methods have obvious defects, that is, the actual operation status of the mobile terminal is not considered. The use of fixed time slots cannot adapt to...

AI Technical Summary

Problems solved by technology

The use of fixed time slots cannot adapt to the actual operation of the mobile terminal, which often limits the efficiency of the test. For the second method, there are fixed time slots in the middle of multiple attempts, and it is easy to affect the test efficiency.

On the other hand, the above two methods may also cause adverse effects on the test results. Take the mobile terminal for network-related tests as an example. If the above two methods are used, the test results may change as the network conditions change. thereby interfering with the test

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