Network configuration system based on YAML data format and configuration method thereof

Abstract

The invention discloses and provides a network configuration system based on a YAML data format and a configuration method thereof. The network configuration system based on the YAML data format is simple in rule, higher in configuration table generation speed, capable of being customized in a diversified mode and easy to expand. The network configuration system based on the YAML data format comprises a parsing module 1 and an embedded device 2. A parser 11 and a YAML file memory 12 are arranged in the parsing module 1, and the parsing module 1 is connected with the embedded device 2 through aprogram interface. The method is suitable for the field of digital building intercom system networking.

Description

technical field [0001] The invention relates to a network configuration system and a configuration method based on YAML data format. Background technique [0002] In the digital building intercom system, each terminal needs to set its device ID number and IP address before it can communicate with other terminals through the network. If the IP and device ID numbers are not restricted in advance, it will cause network confusion and equipment Therefore, it is particularly important to standardize the management of network IP and equipment. The network configuration table can be used to set the device number and IP address of the intercom terminal in the digital building intercom system, and can also be used in other scenarios that require the use of devices for network communication. [0003] However, in the previous configuration table, the device ID is composed of device type, area code, building number, unit number, and room number, and the character length of the area, bui...

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Problems solved by technology

[0003] However, in the previous configuration table, the device ID is composed of device type, area code, building number, unit number, and room number, and the character length of the area, building, and unit is only allowed to be 2 digits, and alphabetic characters cannot appear, such as building 01 , cannot be replaced with building A1, and the location information cannot be changed at will. For example, the device ID cannot be changed to consist of building number and room number. The configuration table of the old version adopts an xml-like file format, and the device ID cannot be changed in real time according to customer needs. It is not flexible enough, and the calling speed of configuring embedded devices is slow

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