A simulation test platform software architecture and a testing method based on the architecture

Abstract

The invention provides a testing method based on a simulation testing platform software architecture. The simulation testing platform software architecture comprises a model variable description file, a forwarding unit and a plurality of monitoring units, wherein the forwarding unit registers the model variable description file and a monitoring unit group comprising the plurality of the monitoring units, and the model variable description file and the monitoring units correspond to a current test task; the forwarding unit receives variable modification requirements sent by to-be-tested monitoring units in the monitoring unit group, and sends the variable modification requirements to other monitoring units in the monitoring unit group except for the to-be-tested monitoring units; and the monitoring units receiving the variable modification requirements process the variable modification requirements. Therefore, modules in the simulation testing platform software architecture can be dynamically configured in a simulation test, and when the simulation testing platform software architecture is applied to different simulation tests, only the monitoring unit group corresponding to different test tasks is registered into the forwarding unit.

Description

technical field [0001] The present application relates to the field of simulation testing, in particular to a software architecture of a simulation testing platform and a testing method based on the architecture. Background technique [0002] In the current simulation test, due to the large differences in the needs of different customers for simulation testing, a simulation test platform software architecture is customized and developed for a simulation test, and the custom-developed simulation test platform software architecture has unclear module boundaries and modules. Defects such as high coupling, poor module scalability, and difficult cutting of modules. These defects lead to the inability to dynamically configure the modules in the custom-developed simulation test platform software architecture corresponding to the simulation test during the simulation test. [0003] Therefore, if the simulation test platform software architecture custom-developed for one simulation ...

AI Technical Summary

Problems solved by technology

[0002] In the current simulation test, due to the large differences in the needs of different customers for simulation testing, a simulation test platform software architecture is customized and developed for a simulation test, and the custom-developed simulation test platform software architecture has unclear module boundaries and modules. Defects such as high coupling, poor module scalability, and difficult cutting of modules

These defects lead to the inability to dynamically configure the modules in the custom-developed simulation test platform software architecture corresponding to the simulation test during the simulation test

[0003] Therefore, if the simulation test platform software architecture custom-developed for one simulation test is applied to other simulation tests, the function tailoring or secondary development of the simulation test platform software architecture is required, resulting in a waste of manpower and time

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