Testing apparatus and method for testing product

Abstract

A testing apparatus and a method for testing products are provided. The method includes the following steps. First, a first testing procedure is performed to at least one product to be tested in response to a test starting command to test a plurality of first items to be tested of the at least one product. When the first testing procedure corresponding to the at least one product to be tested and a manual testing procedure of the at least one product to be tested are finished, a testing result of each of the at least one produce is reported. The manual testing procedure of each of the at least one product to be tested is configured to test a plurality of second items to be tested of the at least one product.

Description

technical field [0001] The present invention relates to a device and its testing method, and in particular to a testing device and its product testing method. Background technique [0002] Generally speaking, each product needs to go through a certain testing process during production to ensure that its various functions can operate normally. For example, network test, firmware test, hardware test, memory test, processing unit test, button test, monitor display test, lamp light test, earpiece test, earphone test, etc., may be the products that need to be tested. one of the items. [0003] Roughly speaking, product testing items can be roughly divided into automatic testing and manual testing items. Among them, automatic test items (such as memory test) can be automatically executed by a computer device connected to the product, while manual test items (such as button test) generally require an operator to perform the test manually. However, in the traditional testing proc...

AI Technical Summary

Problems solved by technology

However, in the traditional testing process, one of the aforementioned automatic or manual testing items can only be performed after the other one is completed, thus causing unnecessary waste of time

[0004] In addition, although in the prior art there has been a way to design all the testing processes to be automated, when this way is used to test products with different structures, the designer needs to additionally design the corresponding test hardware, thus making this This approach is less flexible in application

For example, when a designer needs to design corresponding automated test methods for phones with different structures (such as different button positions), the designer may need to design a set of test hardware architectures for these phones, so that the used The manufacturing overhead of the test product increases accordingly

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