A service modeling system and method based on electric power paas cloud platform

Abstract

The invention relates to a service modeling system and method based on a power PaaS cloud platform and relates to the field of power PaaS cloud platform service. The system comprises a service modeling module which is used for obtaining service modes of software, carrying out servitization of the software, extracting corresponding service modes and storing the service modes in a service directory for providing service; a service directory module which is used for obtaining methods for managing the software by a PaaS platform and storing the methods; a service deployment module which is used for deploying the service in the service directory to needed infrastructure resources, thereby forming application environments; an external service access module which is used for integrating service at periphery of the PaaS platform into the PaaS platform in an interface mode, thereby uniformly providing the service for application systems; a service abstraction module which is used for providing service capabilities for the application systems in a multi-instantiation mode on the basis of the operated service; and an environment partition module which is used for carrying out partition management on different application systems of a plurality of departments. The system and the method are appropriate for providing application environment supporting capabilities for the application systems.

Description

technical field [0001] The invention relates to the field of electric power PaaS cloud platform services. Background technique [0002] Under the environment of rapidly growing demand for cloud computing, countries and regions leading in the development of the information industry in the world have attached great importance to cloud computing and raised cloud computing technology to the height of strategic development. Various countries have studied and formulated strategic plans related to cloud computing development, and deployed national cloud computing infrastructure to accelerate the construction of cloud computing applications and seize the pinnacle of cloud computing technology and industrial development. For example, the cloud computing plan that the U.S. government is vigorously promoting involves restructuring of the manufacturing industry, cloud industry development, business integration, government website reform, social media, and many other aspects. [0003] T...

AI Technical Summary

Problems solved by technology

The construction of traditional enterprise data centers mainly configures software and hardware resources according to the needs of business application systems. This model has the following disadvantages: First, the resource utilization rate is very low. According to the statistics of authoritative organizations, the average utilization rate of server resources in enterprise data centers is only 20%. -40%; secondly, the growth of IT system scale leads to increasingly high operation and maintenance costs; thirdly, the strong dependencies between system modules cause the application system to lack the ability to quickly adapt to business changes; finally, the working method of manual operation and maintenance It cannot meet the high availability requirements of the data center, and the continuous service of enterprise business and the security of key data cannot be reliably guaranteed

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