Pre-configuration method and system of network element

Abstract

The invention provides a pre-configuration method and system of a network element. Network element configuration is still achieved when the network element is off line or is on line actually but is set to be off line so that network establishing and networking configuration can be carried out at the same time, time is saved, and competitiveness is improved. The method comprises the steps that when the network element is under a pre-configuration state, metadata corresponding to the network element are stored into a preset webmaster database and correspond to the ID of the network element when the network element is on line; and when the fact that the network element is on line and is not under a non-pre-configuration state is detected, according to the ID of a network, the network element metadata stored in the webmaster database are issued to the corresponding network element.

Description

technical field [0001] The present invention relates to the technical fields of communication and network, and in particular to a network element preconfiguration method and system. Background technique [0002] The "pre-deployment" existing in the prior art is to realize the hot-swappable function of the network element, which is to automatically deliver configuration information when the network element is online, so that the network element is in the state of running services. Among them, hot-swapping is also called hot-swapping. The hot-swapping function allows users to take out and replace damaged hard disks, power supplies or boards without shutting down the system or cutting off the power supply, thereby improving the scalability of the system. , flexibility, and timely recovery from disasters. The "pre-deployment" in the prior art is before the network element is powered on, that is, when the network element is not online, the network management system does not have...

AI Technical Summary

Problems solved by technology

[0003] The "pre-deployment" in the existing technology faces two main problems in the current networking application: one is that the network configuration needs to wait until the network element is powered on and online, and the implementation progress is slow; the other is that the network element occurs In the event of a failure, the replaced network element needs to be reconfigured, requiring construction personnel to have a high degree of understanding of on-site network configuration, and the implementation is difficult

[0004] To sum up, in the prior art, before the network elements are powered on, that is, when the network elements are not online, the network management system does not have the ability to configure network elements, and the implementation progress of network construction and networking configuration is relatively slow and difficult to implement.

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