Communication equipment simulation method and device

Abstract

The invention discloses a communication equipment simulation method, comprising the following steps: acquiring request data sent by a network management terminal; when the request data has corresponding preset response data, sending the preset response data to the network management terminal; and when the request data does not have the corresponding preset response data, sending the request data to preset communication equipment, and sending equipment response data returned by the preset communication equipment to the network management end. The invention further discloses a communication equipment simulation device and a storage medium.

Description

technical field [0001] The invention relates to communication equipment network management technology, in particular to a communication equipment simulation method and device. Background technique [0002] Communication equipment network management system such as figure 1 As shown, it includes three components: communication equipment, communication equipment network management software (referred to as network management software) and management protocol (abbreviated as protocol). Network management software manages a large number of various types of communication devices through management protocols. [0003] In the process of developing network management software, it is necessary to use real equipment for network management software commissioning, but often encounter the following types of problems: 1. The corresponding functions of the equipment in the commissioning environment are not perfect; 2. There are many types of equipment, Certain types of devices are missing ...

AI Technical Summary

Problems solved by technology

[0003] In the process of developing network management software, it is necessary to use real equipment for network management software commissioning, but often encounter the following types of problems: 1. The corresponding functions of the equipment in the commissioning environment are not perfect; 2. There are many types of equipment, Certain types of devices are missing in the commissioning environment; 3. The number of devices in the commissioning environment is small, and a large-scale network cannot be built; 4. The commissioning environment may not be able to reproduce abnormal scenarios that occur with a small probability

The implementation of static configuration is difficult to simulate the difference in response time like this, so the degree of simulation is not high

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