Management system and method aiming at maintenance and deployment of application system based on cloud infrastructure

Abstract

The invention discloses a management system and a method aiming at maintenance and deployment of an application system based on cloud infrastructure. The management system comprises an application scheduling deployment engine, a deployment plug-in and a monitoring plug-in, wherein the application scheduling deployment engine is used for carrying out application scheduling deployment according to a scheduling deployment strategy of an application and the performance of an application example in the application or the task processing state data of the application example, and used for generating a deployment instruction aiming at the application example; the deployment instruction comprises application attribute and an attribute value range; the deployment plug-in is used for acquiring the deployment instruction from the application scheduling deployment engine and used for conducting deployment and configuration on the application example; and the monitoring plug-in is used for conducting performance or task processing state monitoring on the application example and used for transmitting the performance or task processing state data of the application example to the application scheduling deployment engine. According to the management system and the method provided by the invention, the deployment of the application system can be automatically conducted, and the software system reconstruction which needs to be conducted when the application system is transplanted and deployed to a cloud platform from a conventional system is avoided.

Description

technical field [0001] The present invention relates to the field of cloud systems, in particular to a cloud infrastructure-based management system and method for application system maintenance and deployment. Background technique [0002] With the maturity of cloud technology, large-scale software systems, such as BSS / OSS systems of telecom service providers, and various business platforms have more or less defects in the traditional operation and maintenance mode. For example: mode procurement costs are high, chimney system, a subsystem corresponds to a set of hardware resource systems, such as storage, database, server, software is bound to hardware; resource utilization is low, business is configured according to peak value, and resources cannot be fully shared ;The business launch cycle is long, from proposing a new business to going through the software development cycle and the hardware approval procurement arrival period; the maintenance efficiency is low, the labor ...

AI Technical Summary

Problems solved by technology

However, based on MapReduce and similar technologies for real-time task scheduling, the software system must be re-architectured and developed based on its framework

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