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Received:April 17, 2020 Revised:May 15, 2020
Received:April 17, 2020 Revised:May 15, 2020
中文摘要: Web可视化开发平台着重阐述了可视化的开发Web应用, 不仅融入了单点登录、图形自动生成、表单设计器、布局设计器、设备拓扑生成和业务功能快速开发功能组件, 还分析了各地区电网业务需求, 进一步强化了各个组件的功能. 该平台核心实现了零编码、可视化开发Web应用系统的功能, 实现了业务逻辑和代码编程的分离; 同时, 该平台结合各地区电网调度具体功能需求进行灵活的多组件配置. 通过冀北和福建自动化设备开发项目实践, 有效验证了Web可视化开发平台能有效提高业务人员的开发效率、及时响应需求变化, 同时模块化的组件可灵活定制界面.
Abstract:The Web visual development platform focuses on implementation of visualized Web applications. It not only integrates single sign-on, automatic graph generation, form designer, layout designer, device topology creation, and quickly develop functional components base on business, but also analyzes the business needs of power grid in various regions and further strengthens the functions of each component. The core of the platform realizes the functions of zero coding and visual development of Web application systems, and realizes the separation of business logic and code programming. At the same time, the platform combines flexible multi-component configurations with specific functional requirements for power grid scheduling in various regions. Through North Hebei and Fujian automation equipment development project practice, it effectively verifies that Web visual development platform can effectively improve the development efficiency of business personnel and respond to changes in demand in time, modular components can be flexible to customize the interface at the same time.
keywords: Web development platform visualization multi-components graphics automatic generation device topology generation business function development zero coding
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孟鑫,李洋,王学良.多组件Web可视化开发平台在调度自动化系统中的应用.计算机系统应用,2020,29(12):100-105
MENG Xin,LI Yang,WANG Xue-Liang.Application of Multi-Component Web Visual Development Platform in Scheduling Automation System.COMPUTER SYSTEMS APPLICATIONS,2020,29(12):100-105
孟鑫,李洋,王学良.多组件Web可视化开发平台在调度自动化系统中的应用.计算机系统应用,2020,29(12):100-105
MENG Xin,LI Yang,WANG Xue-Liang.Application of Multi-Component Web Visual Development Platform in Scheduling Automation System.COMPUTER SYSTEMS APPLICATIONS,2020,29(12):100-105