Upper computer application software compatible method for multiple read-write operations

Abstract

The invention provides an upper computer application software compatible method for multiple read-write operations, which comprises the following steps that: when an upper computer reader-writer operates embedded equipment, the upper computer reader-writer and the embedded equipment firstly perform handshake, and then the upper computer reader-writer reads basic information of the embedded equipment; whether a matched upper computer reader-writer exists or not is searched according to the model and the version number carried by the basic information of the embedded equipment; an actual reader-writer of which the model and the version number are matched with those of the embedded equipment is found out, firstly a current port and an operation state are recorded into a configuration file ini of the actual reader-writer, the found actual reader-writer is automatically opened, the previously opened reader-writer is simultaneously closed, and then read-write operation is carried out by the reader-writer. The method is compatible with the upper computer application software with multiple read-write operations, and solves the problems that the upper computer application software with multiple read-write operations is inconvenient to manage and use by customers and enterprises are complained by the users due to excessive upper computer application software.

Description

technical field

[0001] The invention relates to the technical field of technical computer software, in particular to a method compatible with upper computer application software for various read and write operations. Background technique

[0002] The application software for reading and writing operations, also called a reader, is an application tool that writes programmable data into the memory of the device, and is mainly used for programming chips such as memory (such as EEPROM). The general reading and writing process of the application software for reading and writing operations is: the reader sends a handshake command, the memory chip replies with a confirmed message—> the reader sends a command to prepare for programming, the memory chip responds to the basic information of the device, and enters the read and write mode at the same time—> The reader reads and writes a packet of data, and the memory chip responds—>The previous packet is read and written, and t...

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