Simulation networking method and device for SDH equipment

Abstract

The invention provides a simulated network organization method and the device for SDH equipment. The method comprises the steps of: setting up and starting a forwarding server, appointing a link according to network organization conditions and the link is used for forwarding information between network elements; starting single board software in the network organization and carrying out read-write operation to configuration files in the same network element according to requirements; starting a monitoring thread in the network organization, appointing monitored items according to the network organization conditions and monitoring the configuration files in the same network element; when the monitoring thread finds that the monitored item changes, the changed information of the configuration files is transmitted to other specified monitoring thread of the network element by the forwarding server; the monitoring thread received the information writes the information into the configuration file and reads the information by the single board software so as to realize the communication between the network elements. The device includes: at least two network elements and one forwarding server. Each network element has a monitoring element, a module with reading and writing functions and the configuration file. The invention realizes the simulation of a network organization test and causes the test to be more convenient, rapid and complete.

Description

technical field [0001] The invention relates to the communication field, in particular to a method and device for SDH equipment simulation networking. Background technique [0002] With the continuous development of the entire communication field, people have higher and higher requirements for the reliability of communication equipment, so there are many protection mechanisms, such as: 1+1 protection, multiplex section protection, 1:N board protection, these protection mechanisms They are all related to networking. Only in the case of networking can these protection mechanisms function. The reliability of the protection function is undoubtedly very important. In order to ensure the reliability of the function, it is necessary to strengthen the test. Since it involves networking, it is necessary to build a networking environment for testing on actual equipment. It is necessary to accumulate a large number of devices in the laboratory, and because there are many types of netw...

AI Technical Summary

Problems solved by technology

[0004] At present, the traditional method is: the networking test must be implemented in the hardware environment, and the simulation environment is also a single network element. It is inconvenient to test in the hardware environment, and the adequacy of the test depends on the adequacy of the hardware equipment, so it cannot be tested. complete

Single network element simulation can only do a single-point switching simulation, and cannot fully simulate the real situation

Images