试飞流程引擎平台软件设计与应用

Design and Development of Flight Test Process Engine Platform Software

摘要:

为了进一步推进试飞业务数字化转型进程,建立符合试飞特色的数字化应用平台,设计研发了一套试飞流程流程引擎,采用了前后端分离的架构,集成Activiti 流程引擎实现试飞管理业务流程的在线编辑,修改和管理,提出“代码自动生成”的低代码构想,引入Form Generator组件,根据用户选择的模板和参数,自动生成实体类、控制器、服务类以及前端页面代码,同时,系统还设计了健全的消息通知,权限管理,日志记录等功能,方便开发人员更加聚焦业务功能实现。经过测试,本系统实现了超过50人的同时访问和使用,低代码功能将一天的开发量缩短至半个小时,该平台具备良好的可扩展和可移植性,为试飞数字化转型提供了有力的技术支持。

Abstract:

To further advance the digital transformation process of flight testing operations and establish a digital application platform that aligns with the unique characteristics of flight testing, a flight testing process engine was developed. This engine utilizes a frontend-backend separation architecture and integrates the Activiti process engine to manage flight testing business processes online, including editing and modification. A low-code approach featuring "code auto-generation" was proposed, incorporating a Form Generator component that automatically creates entity classes, controllers, service classes, and frontend page code based on user-selected templates and parameters. Additionally, the system includes robust features for message notification, permission management, and log recording, enabling developers to focus more on implementing business functionalities. The system was tested to support over 50 concurrent users, significantly reducing the amount of development time from a day to half an hour with its low-code feature. The platform also offers excellent scalability and portability, providing strong technical support for the digital transformation of flight testing.