Method for patterning simulation OSPF network and realizing routing capacity, routing convergence and routing oscillation automatic test

Abstract

The invention discloses a method for patterning a simulation OSPF network and realizing a routing capacity, routing convergence and routing oscillation automatic test, and relates to the technical field of the patterning of the simulation OSPF network and the routing capacity, routing convergence and routing oscillation automatic test. The method mainly comprises the steps of establishing an arbitrary OSPF routing topology by a user in a patterning mode; automatically generating corresponding TCL test scripts according to established topology parameters and test configuration parameters; and calling the test scripts to realize the routing capacity, routing convergence and routing oscillation automatic test. The method has the beneficial effects that the OSPF simulation network with the arbitrary topology is established in a patterning and mouse dragging mode; the RFC2544 stated routing capacity, routing convergence and routing oscillation test scripts are automatically generated through utilization of a TCL language; the test scripts are performed automatically; and a test result is reported. A tester unfamiliar with an OSPF protocol LSA generation principle and the device operation of a special test instrument can easily finish the routing capacity, routing convergence and routing oscillation automatic test under the arbitrary topology.

Description

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AI Technical Summary

Benefits of technology

In this patented technology, we used mice or touchpads instead of traditional methods like drawing lines onto paper. These techniques allow us to create simulations that simulate how routes connect between different devices (like routers). By doing these simulations, researchers can study various aspects related to traffic flow such as congestion levels at specific points along their paths, road widths over which they travel, etc., while also making it easier than previous approaches due to its ability to model complex topologies through computer programs called ATLAS. Additionally, there has been some improvement made during recent years when developers developed software applications designed specifically for managing data networks. Overall, our innovations improve efficiency and accuracy in finding ways to optimize communication within large-scale environments.

Problems solved by technology

The technical problem addressed by this patented method described in the text relates to testing routers that can handle different types of traffic efficiently without requiring highly skilled operators or complicated configurations.

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