Embedded device platform function configuration control method and control system

Abstract

The invention discloses an embedded device platform function configuration control method and system, and the method comprises the steps: loading a target file, with symbol information, of an embedded device platform, and obtaining a structure variable and an address of the structure variable of the embedded device platform; setting member values of the structural body variables; generating a binary file corresponding to the structural body variable according to the member value of the set structural body variable; and when the embedded equipment platform is started, loading the binary file, and controlling the function module corresponding to the structural body variable to be enabled or closed. By acquiring and modifying the member value of the structural body variable of the embedded equipment platform, generating the corresponding binary file according to the modification result, starting and loading the binary file on the embedded equipment platform, quickly filling the member value of the structural body variable, and enabling or closing the corresponding functional module, the configurability of the platform function is realized, the analysis step is reduced, the analysis efficiency is improved, and the problem of slow starting or slow analysis caused by file operation is solved.

Description

technical field [0001] The invention relates to the technical field of power equipment control, in particular to a control method and a control system for function configuration of an embedded equipment platform. Background technique [0002] With the development of artificial intelligence, embedded devices are ubiquitous, and their functions are also different. As an embedded device platform, it must meet both functional requirements and performance requirements. Faced with a variety of needs, the embedded platform needs to provide large and comprehensive services. Generally, it needs to cooperate with the corresponding function selection configuration file to realize function selection and tailoring. Otherwise, equipment resources will be seriously wasted and product competitiveness will be reduced. At present, popular embedded file systems mostly adopt the mutual exclusion scheme of unified lock when dealing with large files or relatively many small configuration files, r...

AI Technical Summary

Problems solved by technology

Faced with a variety of needs, the embedded platform needs to provide large and comprehensive services. Generally, it needs to cooperate with the corresponding function selection configuration file to realize function selection and tailoring, etc. Otherwise, equipment resources will be seriously wasted and product competitiveness will be reduced.

At present, popular embedded file systems mostly adopt the mutual exclusion scheme of unified lock when dealing with large files or relatively many small configuration files, resulting in low file operation efficiency. So far, there is no good solution, and with the The upgrade of the embedded platform is perfect, the number of structure control variables will increase, and the configuration tool upgrade and version maintenance used by users are also problems.

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