Field automated testing method and equipment

Abstract

The embodiment of the invention discloses an out-field automatic testing method and equipment. The method comprises the steps of acquiring a test task to be executed currently and testing conditions corresponding to the test task; if the testing conditions are testing conditions associated to out-field parameters, detecting whether out-field parameters of an environment where the out-field automatic testing equipment is positioned meet the testing conditions in real time; and after detecting the out-field parameters of the environment where the out-field automatic testing equipment is positioned meet the testing conditions, executing the test task. According to the technical scheme provided by the embodiment of the invention, out-field testing can be more intelligent, and the out-field automatic testing method and equipment can be suitable for testing scenes in which testing places are dispersed and which have special testing condition requirements for the test task.

Description

technical field [0001] The embodiments of the present invention relate to the technical field of testing, and in particular, to an automated field testing method and equipment. Background technique [0002] The field test is an important test method in the various tests involved in the mobile terminal Modem and mobile terminal products, and this type of test is also included in the storage test of the operator. In the field automated test system, the test task management module is an important component, which is responsible for receiving the test plan of the tester and controlling the test execution module to actually execute the test. Whether its function is powerful or not directly affects the application range and effect of the field automated test system. [0003] Due to the high complexity of the field test scenarios, the automation level of the field test is far behind that of the indoor test. Therefore, some automated test tool manufacturers try to evolve their indo...

AI Technical Summary

Problems solved by technology

[0005] On the one hand, it cannot adapt to test scenarios where test locations are scattered

For different test tasks, there are usually different test routes or locations. For example, a certain test task must be performed at a test site where 2G services and 3G services are easily interoperable, while the test route of another test task must be opened. CSFB (Circuit Switched Fallback, Circuit Switched Fallback), etc.; Therefore, the task management module that can only instruct the test execution module to perform sequentially cannot meet this requirement, because it cannot combine the test cases in the road section and the test task to manage, Manual intervention is necessary, that is, the test cases required by different routes are aggregated into different test tasks. When a certain road section is reached, it is manually checked whether the road section corresponds to a test task, and if it is manually started the corresponding test task;

[0006] On the other hand, it cannot adapt to the test scenarios that require different special test conditions for different test tasks; this kind of scenario usually appears in the problem reproduction task of the field test, for example, it needs to be reproduced in the weak signal scenario of a certain equipment manufacturer's cell problem, or to reproduce the problem in a place where there are adjacent cells of the same frequency, etc.

The existing task management module cannot find the scene to reproduce the problem

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