Web service packaging system of power cataclysm simulation network

Abstract

The invention relates to a Web service packaging system of a power cataclysm simulation network, belonging to the technical field of computer application. The Web service packaging system comprises a Web service generation module, a service deployment module and two monitoring modules, wherein the Web service generation module and the service deployment module are positioned on a client; the monitoring modules are positioned on a server; the Web service generation module is connected with the service deployment module; the two monitoring modules are both connected with the service deployment module; the Web service generation module comprises a generating project directory structure submodule, a generating code character string submodule, a generating code file submodule, a generating project configuration submodule, an additional dependent library submodule and a packaging submodule; the service deployment module transmits a deployment file to the server; and each monitoring module comprises a receiving submodule and a redeployment submodule. The invention automatically generates the Web service application packaging the power cataclysm simulation network, also packages the generated Web service application, deploys the generated Web service application to a remote server and fast establishes a power cataclysm simulation system.

Description

technical field [0001] The invention relates to a system in the field of computer application technology, in particular to a web service encapsulation system for a dynamic catastrophe simulation grid. Background technique [0002] The dynamic catastrophe simulation system of major projects uses computer technology to study the damage and destruction evolution process of major projects under the action of major disasters such as strong earthquakes and strong typhoons, and reveals the damage mechanism and collapse mechanism of major projects. The process of dynamic catastrophe simulation is a process of using computers to perform large-scale scientific calculations. The usual technical method is to package the dynamic catastrophe simulation grid into a Web service, deploy it on a server with powerful performance, and use the computing power of the server to process the catastrophe simulation job. The process of dynamic catastrophe simulation requires the comprehensive use of m...

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Problems solved by technology

[0004] The existing web service applications for dynamic catastrophe simulation grids are all developed manually, which not only has low development efficiency, does not support automatic deployment, but also cannot guarantee the code quality. So far, no literature has been found on the web service packaging system for dynamic catastrophe simulation grids public reports of

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