Wired Mesh network test method

Abstract

The invention discloses a wired Mesh network test method. The method comprises the following steps: designing a wired Mesh network virtual equipment framework; designing a wired Mesh network virtual port framework; designing virtual connection of the wired Mesh network; designing a virtual concurrent hop of the wired Mesh network; and designing a command line interaction interface. According to the invention, the concepts of the equipment and the port are separated, and the binding relationship between the equipment and the port in the traditional physical concept is broken, so that a very complex networking scene can be realized by using very simple codes. Meanwhile, the complexity of concurrent programming is avoided through a virtual one-hop design concept, a synchronous one-hop mode can simulate wired Mesh networking with a synchronization function, and an asynchronous one-hop mode can also cover most of function verification scenes. The whole test framework is very simple, easy to develop, maintain and expand, and capable of effectively assisting development and testing personnel to carry out related work, shortening the project period and improving the product quality.

Description

technical field [0001] The invention relates to the technical field of network communication, in particular to a wired Mesh network testing method. Background technique [0002] In embedded application scenarios such as the Industrial Internet, wired Mesh networks will be one of the important networking methods in the future. The networking flexibility of the wired Mesh network is extremely strong. On the one hand, it greatly broadens its application field, and on the other hand, it also brings great difficulties to debugging, testing and other work. Traditional virtual network testing methods mostly use concurrent programming, simulating a network device with one thread or process, which leads to problems such as high resource overhead and difficulties in test framework development and maintenance. The above problems limit the industrialization process of wired Mesh networks in emerging application scenarios such as the Industrial Internet. Contents of the invention [...

AI Technical Summary

Problems solved by technology

The networking flexibility of the wired Mesh network is extremely strong. On the one hand, it greatly broadens its application field, and on the other hand, it also brings great difficulties to debugging, testing, etc.

Traditional virtual network testing methods mostly use concurrent programming, simulating a network device with one thread or process, which leads to problems such as high resource overhead and difficulties in test framework development and maintenance

The above problems limit the industrialization process of wired Mesh networks in emerging application scenarios such as the Industrial Internet

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