Method for establishing equipment configuration parameter and base station single plate configuration system

Abstract

The method includes steps: storing all configuration parameters of device including configuration parameters for each specific type device; describing configuration parameters needed for specific device type to generate description information of configuration parameters of the specific device type; based on the said description information of configuration parameters of the specific device type to obtain configuration parameters of the specific device type from all configuration parameters of device stored, and editing configuration parameters of the specific device type dynamically. The invention is in use for creating customized configuration parameters based on configuration parameters and configured descriptions of sub objects held by current deice type to create customized configuration parameters dynamically.

Description

technical field [0001] The invention relates to the configuration management technology of the wireless access network, in particular to the equipment configuration of NodeB in the wireless access network, specifically a method for creating equipment configuration parameters and a base station single board configuration system. Background technique [0002] In the configuration management of the wireless access network (WRAN), the equipment configuration of the NodeB is usually involved. Because the NodeB device has the following two characteristics, namely: [0003] 1. There are various types of boards. Different boards have different types and numbers of configuration parameters, as well as different configuration sub-objects. For example, the transmission interface board in the NodeB has two configuration parameters, the maximum virtual path identifier (VPI: Virtual Path Identifier) ​​and the minimum VPI; but the digital trunk interface board has 8 E1 / T1 links as its con...

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Problems solved by technology

[0004] 2. Board configuration parameters evolve with the version. The same board type evolves with the version, and its configuration parameters and configuration sub-objects will also change.

Since it is necessary to implement the creation logic of configuration parameters and configuration sub-objects for each device type, the workload is very large; secondly, all configuration parameter creation logics have similar initialization and error handling processes, which will bring redundancy. The process is bound to be modified in many places, and the maintainability is poor; in addition, if a new device type is added as the version evolves, a configuration parameter creation logic needs to be implemented, and the scalability is not good.

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