Communication managing machine capable of being comprehensively realized based on extensible markup language and dynamic library

Abstract

The invention provides a communication managing machine capable of being comprehensively realized based on an extensive markup language and a dynamic library, comprising an internal memory real-time database functional module, a collection specification functional module, a transmission specification functional module and a maintenance management functional module, an operating system and an API (Application Program Interface) thereof, an API in a self-extensive dynamic link library file, and a bottom layer driving module. A specification functional code is stored in a library file form with a..so suffix format; in an operation process, the specification functional code is dynamically loaded into an internal memory; and a new specification dynamic library file is added through the maintenance management functional module. An XML (Extensive Makeup Language) format file is combined with the dynamic link library file and the XML format file is used as a data carrier to describe a configuration parameter, so as to realize logic functions of different communication specifications; and the dynamic link library file can be flexibly increased and decreased according to application requirements, and transplanting, reduction and expansion of a communication specification function can be realized; communication specification updating is supported or a new type communication specification is increased; and a private communication specification of the third party is supported, so that the debugging efficiency is obviously improved and the managing cost is obviously saved.

Description

technical field [0001] The invention relates to electric power communication, in particular to a communication management machine realized comprehensively based on extensible markup language and dynamic library. Background technique [0002] There are many types of devices in the existing power communication network. Although the commonly used power communication protocols have been standardized, due to the inconsistent understanding and implementation methods of different manufacturers, and even the introduction of private communication protocols of manufacturers, the devices of different manufacturers in the communication system It is difficult to realize information sharing and data interaction with the system master station, which leads to increased difficulty and cost of system integration. The existing solution is to connect various devices at the device layer to the communication management machine as the front-end machine, and the communication management machine rea...

AI Technical Summary

Problems solved by technology

The disadvantage is that most of the communication management machines are only connected to the manufacturer's device, the software adopts the manufacturer's or standard communication protocol, the configuration file is in binary format, the communication protocol measuring point table is relatively complicated, the compatibility is poor, and the scalability is not strong. Low configuration efficiency

However, its library files need to be written in advance, and library files cannot be added flexibly according to application needs, and limited by platform and system characteristics, its function scalability is insufficient

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