Method for detecting multiple operating systems of electronic whiteboard

Abstract

The invention discloses a method for detecting multiple operating systems of an electronic whiteboard, which is used for simultaneously detecting a main operating system and at least one sub-operating system, comprising a first area used for displaying guide operation and a detection result of interactive performance detection, a second area used for displaying a non-interactive performance detection result of the main operating system, and a third area used for displaying a non-interactive performance detection result of the sub-operating system. The main operating system informs the sub-operating system of starting a detection thread of the sub-operating system in the background, and returns a detection result to the third area to be displayed; the user firstly performs performance detection of each interaction and displays a detection result in the first area, and then performs non-interaction performance detection and displays a detection result in the second area; and after all detection is finished, the main operating system displays the detection result in a unified manner. The detection efficiency can be improved, and the stability of a plurality of operating systems is ensured.

Description

technical field [0001] The invention relates to the technical field of electronic whiteboard system detection, in particular to a detection method for multiple operating systems of an electronic whiteboard. Background technique [0002] With more and more application scenarios of IFP products, a single operating system can no longer meet the needs of users, and electronic whiteboards with multiple systems (such as Windows+Android) have been recognized by more and more users. [0003] Due to the complexity of IFP devices (including WiFi devices, Bluetooth devices, sound modules, light sensor modules, buttons, USB interfaces and other hardware that need to be detected), and the information diversity of multiple operating systems (with multiple copies of software version information, MAC Address format, software number, memory and storage space, etc.), to ensure that the network, touch, signals, etc. According to the existing method, it can only be detected one by one. In ord...

AI Technical Summary

Problems solved by technology

[0002] With more and more usage scenarios of IFP products, a single operating system can no longer meet the needs of users, and electronic whiteboards with multiple systems (such as Windows+Android) have been recognized by more and more users

[0003] Due to the complexity of IFP devices (including WiFi devices, Bluetooth devices, sound modules, light sensor modules, buttons, USB interfaces and other hardware that need to be detected), and the information diversity of multiple operating systems (with multiple copies of software version information, MAC Address format, software number, memory and storage space, etc.), to ensure that the network, touch, signals, etc. According to the existing method, only one by one detection

In order to ensure the stability of the use of multiple operating systems, the product requires more testing time, which also puts a lot of pressure on the testing personnel and reduces the production and testing efficiency of the production line