Service-Oriented Distributed Hydrological System with Continuous Integration

摘要

Large dedicated distributed systems such as that used for estimating river runoff or dam-break flood emergency management system often requires a long iterative process of analyzing,processing and simulating various types of data from the model.The software architecture must be stable,efficient and easy to maintain,In order to meet all of these criteria,this paper proposes a Service-Oriented Architecture for the Distributed Hydrological System,and proposes a Continuous Integration method to dynamically update the system.The method identifies a process of compilation,test,deployment database integration,that requires automation,to creating a dynamic software environment,Scientists can easily add new models in system by publishing new services without the assistance of developers,and system will automatically generate interfaces for them,configure the database support and create visual simulation.The practical application shows that this method can reduce risks and repetitive manual processes,generate deployable software at any time and at anyplace,enable better project visibility,and establish greater confidence.