GUI (graphical user interface) intelligent test method and test system for ventilator

Abstract

The invention discloses a GUI (graphical user interface) intelligent test method for a ventilator. The test method includes steps: S1, generating a first script from pictures displayed on a tested ventilator and display sequence numbers, and inputting into the ventilator; S2, keeping corresponding numbers of pattern pictures corresponding to the display pictures of the tested ventilator to generate a second script, and inputting into a test tooling system; S3, after the ventilator is started, automatically operating the first script, and displaying the pictures; S4, at the same time, allowing a camera to shoot the display pictures and transmit to the test tooling system, enabling the system to recognize the shot pictures and operate the second script to call the template pictures in corresponding numbers to compare, finally displaying whether a test result is passed or not, and outputting a test report. The invention further provides a test system which adopts the GUI intelligent test method. Automatic picture detection of a GUI interface of the ventilator can be realized, and whether the pictures on the interface of the ventilator or picture calling is corrected or not and whether picture calling is in conflict or superposition or not can be recognized automatically.

Description

technical field [0001] The invention relates to a GUI intelligent testing method and a testing system, in particular to a GUI intelligent testing method and testing system for ventilators, belonging to the technical field of ventilators in medical equipment. Background technique [0002] GUI is the abbreviation of Graphical User Interface, that is, Graphical User Interface, also known as Graphical User Interface, which refers to a computer-operated user interface displayed graphically. Existing pure software GUI interfaces have many tools that can realize automatic testing. [0003] Due to its importance and its unique difficulties, GUI software testing has gradually attracted the interest and attention of academic circles and software industry circles. In recent years, many scholars and research institutions have conducted research on GUI testing, and proposed many methods from various aspects of testing, and studied software testing from all aspects of software testing. ...

AI Technical Summary

Problems solved by technology

In the prior art, the image displayed on the GUI test interface for the ventilator is not correct. Most of the corresponding operations are performed through the knob or button, or the program meets a certain condition to display the corresponding picture and then check the picture to see if there is any defect. , this method is very inconvenient to operate, and the GUI interface test of the embedded system used for the ventilator is mainly identified manually, which cannot be automated, takes a long time, and is prone to mistakes

[0008] In order to make the ventilator easy and convenient to use, the man-machine interface is relatively simple, the human-computer interaction is knob or button, and there is no more text input or window movement, etc., it will be relatively simple to realize automatic testing, but for automatic identification of ventilator interface Whether the picture or icon call is correct, whether the picture is complete, whether the call conflicts or overlaps, and is covered is still a problem to be solved

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