模拟机工艺系统自动测试方法研究

Study on Automatic Test Methods for Simulator Process Systems

摘要: 核电全范围模拟机工艺系统开发工作量大，其质量影响模拟机集成调试效率，采用自动化测试方法能够批量化检测单系统存在的错误，为系统集成打下良好的基础。本文对模拟机工艺系统测试范围、接口、验证软件框架、输出进行研究，形成一套基于RINSIM平台的模拟机工艺系统自动测试解决方案及流程，采用基于C++编写函数的python封装技术实现RINSIM平台实时数据库的变量数据管理，并基于Flask框架后端及Vue.js前端技术的Web框架验证软件设计及搭建，通过该软件可实现模拟机工艺系统自动测试，大幅提高模拟机开发效率和质量。

Abstract: The development of the nuclear power full scope simulator process system is heavy, and its quality affects the efficiency of simulator integration and debugging, and the use of automatic test methods can detect errors in a single system in batches, laying a good foundation for system integration. This paper studies the test scope, interface, verification software framework and output of the simulator process system, forms a set of automatic test methods and processes for simulator process systems, and python encapsulation technology based on C++ programming functions is used to realize variable data management of RINSIM platform real-time database, and implements the design and construction of verification software based on the Flask framework backend and Vue.js front-end technology and the python packaging technology based on C++ writing functions. Through this software, the automatic testing of the process system of the simulator can be realized, and the development efficiency and quality of the simulator can be greatly improved.