Automatic deployment method and system of application system

Abstract

The invention provides an automatic deployment method and system of an application system. The system comprises a user interaction module, an intelligent planning module, an exchange management module, a storage management module, a rack management module, an application deployment module, an operating system deployment module and a central scheduling module; the user interaction module is used for realizing interaction with a user; the intelligent planning module is used for intelligent distribution of roles and intelligent allocation of resources; the exchange management module is used for communicating with an exchange device in the system; the storage management module is used for communicating with a storage server in the system; the rack management module is used for establishing a management link between hardware devices in a rack and carrying out corresponding management; the operating system deployment module is used for automatically deploying node operating systems in the system; the application deployment module is used for deploying the application system on the operating systems; and the central scheduling module is used for scheduling information among the modules. By adopting the automatic deployment method and system provided by the invention, full automation and intelligence of the process are realized, and the working efficiency is greatly improved.

Description

technical field [0001] The present invention relates to the fields of computer applications and software platforms, in particular to an automatic deployment method and system for an application system. Background technique [0002] Traditional automated deployment mainly refers to automated deployment of OS and application software. Before deployment, non-computing devices need to be manually planned and configured. This deployment method has the following defects: [0003] 1) It is necessary to configure non-computing components such as switching and storage manually; especially for computing components, it is necessary to manually collect configuration information before automatically deploying OS and application software. [0004] 2) Different devices require different professional and technical personnel to configure, which makes the deployment and implementation team larger and less efficient. Moreover, the communication and coordination between different technical pe...

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Problems solved by technology

[0004] 2) Different devices require different professional and technical personnel to configure, which makes the deployment and implementation team larger and less efficient

Moreover, the communication and coordination between different technical personnel is complicated, and it is easy to have understanding deviations, which brings obstacles to the deployment work

[0005] 3) The traditional deployment method requires a large number of manual configuration operations. The deployment process is cumbersome, long-term, and error-prone, and makes the deployed products inconsistent, resulting in high post-operation and maintenance costs.

[0006] 4) Traditional deployment methods are still difficult to achieve batch deployment of products

[0014] Defects in the technical solutions in the above two patent applications: lack of functions such as detection and initialization of hardware devices, can only realize the deployment of application systems, lack of OS deployment parts, and lack of overall connectivity

The combination of the technical solutions in the two patent applications can realize the separate automatic deployment from the operating system to the application, but lacks an active coordination mechanism between the two, so manual intervention is required in the middle link

The technical solution in the latter patent application only realizes the automatic deployment of the operating system

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