基于RTOC轻量级钻井数据库系统研发

Development of Lightweight Drilling Database System Based on RTOC

为解决使用Java和.NE等传统技术开发、部署数据服务复杂且与先进的云端及容器化技术结合较为困难的问题,提出一种基于Web的轻量级钻井三维可视化数据服务解决方案,对前端的可视化应用提供数据接口支持。基于NodeJS、Angular、TypeScript等开源轻量级技术,研发了一个轻量级钻井数据库系统,可作为一线技术管理人员的辅助工具,并以最快的方式提供最关注的数据项,具有较高的经济性和实用性。利用数据加载工具,钻井技术人员可方便地将数据加载到数据库中,包括区块的地震切片、复杂事故以及测井等数据。此外系统提供了全面的数据安全机制,包括基于JWT(JSON Web Token)的身份认证和基于JWE(JSON Web Encripytion)的数据加密,以确保数据安全。应用结果表明,该解决方案可为钻井三维可视化系统提供高效的数据传输服务。

In order to solve the problem that using traditional technologies such as Java and.NET to develop and deploy data services are complex and difficult to integrate with advanced cloud and container technologies,a lightweight 3D visualization data service solution for drilling based on Web is proposed,providing data interface support for front⁃end visualization applications.Based on NodeJS、Angular、TypeScript and other open source lightweight technologies,a lightweight drilling database system is designed,which can be used as an auxiliary tool for front⁃line technical managers and providing the most concerned data items in the fastest way with high efficiency and practicability.With the data loading tool,drilling technicians can easily load data into the database,including surface and seismic slices,measurements,events and well logs of blocks.And the system provides a comprehensive data security mechanism,including JWT(JSON Web Token)based identity authentication and JWE(JSON Web Encripytion)based data encryption,to ensure data security.The application results show that this solution can provide efficient data transmission services for drilling 3D visualization systems.