Automatic test method and system

Abstract

The invention relates to an automatic test system and method. The system comprises a test bench suitable for testing a tested piece and a collection device, wherein the test bench is configured to test the tested piece based on a test script, and the test script defines an operation needing to be performed on the tested piece by the test bench and a response of the test bench to the operation fromthe tested piece; the collection device is configured to collect at least one of the responses of the tested piece; and the test bench is further configured to make the collection device acquire theat least one of the responses of the tested piece based on the test script, and compare the acquired response of the tested piece with an expected response to generate a test report.

Description

technical field [0001] The present disclosure relates to the field of testing, in particular to automated testing methods and systems. Background technique [0002] Currently, testing techniques are widely used in various industries (such as, computer software, instrumentation, aerospace, aircraft avionics, etc., to name a few). Automated testing is a development trend of testing technology. [0003] However, many of the current tests still require human involvement, making the tests in many ways ineffective. For example, in the testing of aerospace and aircraft, semi-automatic testing methods based on human-in-the-loop judgment are currently mostly used for testing. Therefore, a large number of avionics system tests cannot achieve fully automatic testing based on automatic judgment and automatic operation. At the same time, due in part to the harsh test environment, testers may not be able to operate and judge the control panel, display screen, etc. on-site, which makes s...

AI Technical Summary

Problems solved by technology

[0003]However, many current tests still require human participation, making testing in many ways ineffective

For example, in the testing of aerospace and aircraft, semi-automatic testing methods based on human-in-the-loop judgment are currently mostly used for testing, so a large number of avionics system tests cannot realize fully automatic testing based on automatic judgment and automatic operation

At the same time, partly due to the harsh test environment, testers may not be able to operate and judge the display screens of the control panel and display screen in person, which makes some tests difficult or the test efficiency and / or accuracy are not high

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