Mobile terminal centralized control test management method and device

Abstract

The invention provides a mobile terminal centralized control test and management method and device. A mobile terminal to be measured is connected with control units, the control units are provided with operation systems, each control unit controls one mobile terminal, the multiple control units are connected with a test server through a network, the test server can obtain the current usable control units and information of the control units, the information of the control unit comprises mobile terminal connecting information, the mobile terminals are test and controlled through the control units, the control units and the mobile terminals are powered by a voltage-stabilized source, and each control unit and each mobile terminal are respectively and independently powered by the voltage-stabilized source through a turn-off control device. The method has the advantages that the connecting step is simplified, the mobile phone device conflict is reduced, the situation that a usb expansion card is unstable is avoided, power supply is stabilized, stability is improved, and the situation that a mobile phone device is unstable in communication is processed.

Description

technical field [0001] The invention belongs to the field of mobile terminal equipment testing, and in particular relates to a mobile terminal centralized control test management method and device. Background technique [0002] In modern society, mobile terminals (mobile phones) have become an indispensable necessity in people's lives. Especially in recent years, intelligent mobile terminals (smart phones) have shown explosive growth. However, due to There are many specifications of smartphones, and various system versions are released frequently, so it is necessary to conduct compatibility tests on smartphones. [0003] Commonly used test devices such as figure 1 As shown, the test software is deployed in the Runner server (test server), and multiple mobile devices are connected to the Runner server through USB expansion cards. The test software scans and identifies the mobile devices, and then tests the mobile phones. The Runner server is a Windows operating system. [...

AI Technical Summary

Problems solved by technology

[0006] (2) All test mobile phones are connected to the Windows system. If the mobile phones are of different models, there may be driver conflicts

[0007] (3) The Runner server is connected to the USB expansion card. The USB expansion card may produce an abnormal state when operating with a large amount of data. In this state, all mobile phones connected to the USB expansion card will lose connection with the system. The abnormal state of the expansion card can only be recovered by restarting the Windows system, which is time-consuming and causes other normally connected mobile phones to be unable to continue the test task

[0008] (4) The mobile phone device is powered by the USB port. In a large number of test operations, insufficient power supply may cause the mobile phone to be unstable, especially in the current situation where the screen of the mobile phone is getting larger and the processor is getting faster and faster, which leads to the extreme power consumption of the mobile phone. USB port power supply is more and more stretched

[0009] (5) During the test, the test software frequently operates the mobile phone, and the mobile phone will be unstable under full load, making the test software unable to operate the mobile phone to complete the test

In this case, the normal communication and test operation can be resumed only by unplugging and plugging the USB data cable of the mobile phone to reconnect and re-identify the mobile phone. The original system cannot handle this situation, which directly leads to the failure of the test task.

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