Low-power-consumption Bluetooth test system based on TCL

Abstract

The invention discloses a low-power-consumption Bluetooth test system based on TCL. The low-power-consumption Bluetooth test system comprises a test PC installed with a Windows10 operating system and a Bluetooth 4.0 adapter connected with the test PC. Testing software runs in the test PC, the Bluetooth 4.0 adapter is controlled to transmit and receive instructions according to requirements, scan a low-power-consumption Bluetooth device according to requirements and selecting characteristics to be tested for testing by compiling different testing scripts in the testing software, calibrating a state of the low-power-consumption Bluetooth device tested currently according to pre-compiled testing scripts so as to confirm whether the test is passed or not. The low-power-consumption Bluetooth test system can achieve automation of the whole testing process and have great flexibility and expandability.

Description

technical field [0001] The invention relates to the field of bluetooth testing, in particular to a low-power bluetooth testing system based on TCL (Tool Command Language). Background technique [0002] With the advent of the information age, low-power Bluetooth technology has entered all aspects of people's lives, and the frequency of use of smart wearable devices is increasing. Although this kind of technology in our country may lag behind developed countries, researchers have been actively innovating and exploring. In order to effectively analyze the problems of Bluetooth low energy consumption, many test equipments have also been invented. However, referring to some current automatic test solutions, it is often difficult to achieve perfection, the test is not humanized enough, the human-computer interaction is poor, the interface is single, and it is impossible to write more complex test cases flexibly by itself, and it is impossible to modify the test results of automat...

AI Technical Summary

Problems solved by technology

However, referring to some current automatic test solutions, it is often difficult to achieve perfection, the test is not humanized enough, the human-computer interaction is poor, the interface is single, and it is impossible to write more complex test cases flexibly by itself, and it is impossible to modify the test results of automatic comparison according to the actual situation. , and there are no higher-level functions like output reports, these deeper needs appear in front of engineers again

[0003] Most of the existing automation solutions are highly customized according to actual testing requirements, with narrow practical areas, rigid production, single function, lack of flexibility and scalability required by R&D, and no way to meet the higher needs of R&D personnel. Laboratory debugging and testing requirements are very different

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