Method and device for debugging traditional POS machine on intelligent POS machine

Abstract

The embodiment of the invention provides a method for debugging a traditional POS machine on an intelligent POS machine. The method comprises the steps of configuring an equipment development interface of the traditional POS machine on the intelligent POS machine; calling an equipment development interface to enable an application program of the traditional POS machine to run on the intelligent POS machine; and debugging the application program through a debugging tool of the intelligent POS machine. The embodiment of the invention further provides a device, and the device comprises a configuration module which is used for configuring an equipment development interface of the conventional POS machine on the intelligent POS machine, a calling module which is used for calling the equipment development interface to enable the application program of the traditional POS machine to run on the intelligent POS machine, and a debugging module which is used for debugging the application programthrough the debugging tool of the intelligent POS machine. According to the invention, the development interface is configured on the intelligent POS machine; simulation of the traditional POS machinecan be completed, the effect that one intelligent POS machine simulates various different traditional POS machines is achieved, the debugging efficiency is greatly improved by debugging application on the intelligent POS machine, and rapid development of the application program of the traditional POS machine can be achieved.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a method for debugging a traditional POS machine on an intelligent POS machine and a device for debugging a traditional POS machine on an intelligent POS machine. Background technique [0002] The hardware modules included in traditional POS machines mainly include printers, cameras, display screens, magnetic stripe card readers, chip card readers, LED lights, buzzers, GPRS, security chips, buttons, etc., and these modules are used in smart POS It also exists on board. [0003] The development and debugging methods of traditional POS machine application programs are relatively simple. After writing and modifying the code, compile and generate firmware through the compilation environment. Modify the point. The smart POS machine application program can be debugged and developed through the android studio tool, and one-click compilation and installation is applied on the smart P...

AI Technical Summary

Problems solved by technology

[0004] However, the development and debugging efficiency of traditional POS machine applications is low. For example, to modify a character display problem, the code modification time is 10 seconds, but it takes at least 3 minutes to finally see the modification effect on the POS machine. The file system cannot be viewed directly, but can only be read and written through code, which increases the difficulty of debugging problems

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