Reading identification equipment automatic test method

Abstract

The invention discloses a reading identification equipment automatic test method comprising the following steps: code-image formation; decoding control; statistics report. Third party code forming software is limited in types, inflexible in code formation, more in artificial interventions, cannot automatically, randomly and continuously form codes, cannot import codeword from a file, or the keyboard input efficiency is low, and invisible characters are hard to input; the reading identification equipment automatic test method can realize automation of the whole test process, thus simplifying testing difficulty, reducing artificial labor intensity, and preventing artificial errors.

Description

technical field [0001] The invention relates to an automatic testing method, in particular to an automatic testing method for reading equipment. Background technique [0002] Barcode reading equipment, also known as barcode reader, barcode scanner, barcode scanner, barcode scanner and barcode reader. It is a reading device used to read the information contained in the barcode. Using the principle of optics, the content of the barcode is decoded and then transmitted to a computer or other equipment through a data line or wirelessly. Today, barcode scanners are widely used in commercial POS cash register systems, express warehousing and logistics, books, clothing, medicine, banking, insurance and communications. However, in some cases there are some specific conditions that will affect the reading performance of the barcode scanner, such as reading angle, moving speed or motion tolerance, etc. [0003] At present, the traditional manual testing steps are generally as follows...

AI Technical Summary

Problems solved by technology

[0004] 1. The types of third-party code generation software are limited, the code generation is not flexible enough, and there are many manual interventions. It cannot generate codes automatically, randomly, and continuously, and cannot import code words from files

[0005] 2. The efficiency of keyboard input is low, and it is difficult to input invisible characters

[0006] 3. Manually recalling the stored barcode graphics from the computer is inefficient, easy to repeat or omit, and it is difficult to traverse the graphics library and each subdirectory

[0007] 4. Manually pulling the trigger to decode is labor-intensive and easily affects the alignment position of the reading device

[0008] 5. Manual comparison of codewords is labor-intensive and prone to mistakes

If you use the file comparison software to prevent mistakes, but the operation is more troublesome

[0009] 6. Manual statistics of success rate and bit error rate are inefficient and easy to make mistakes

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