Test platform establishment method based on virtualization technology

Abstract

The invention discloses a test platform establishment method based on virtualization technology. The test platform comprises a physical server, a memory and a fiber switch, the VMware vSphere softwareis installed in the physical server for virtualizing the physical server and configuring the VMware vCenter as a management terminal of the entire virtualization environment, and the management terminal is used for managing the physical server and a virtual server; through the deployment process of the VMware vSphere virtualization software, and the test environment is established according to the VMware vSphere deployment documentation. In the test platform establishment method provided by the invention, the virtual environment architecture is adopted, the diverse test environment that meetsthe needs of operation and maintenance can be quickly established according to the needs of the operation and maintenance works so as to meet the IT hardware needs of different operation and maintenance works, the test platform establishment method has the advantages of being fast and flexible, reducing the workload of the operation and maintenance personnel, improving the operation and maintenance efficiency, and reducing the operation and maintenance risk to ensure the stable operation of the information system by changing the operation of the application system, namely, firstly verification and secondly implementation.

Description

technical field [0001] The invention relates to a method for building an application test platform, in particular to a method for building a test platform based on virtualization technology. Background technique [0002] With the continuous deepening of information construction, the reliable and stable operation of application systems has an increasing impact on the company's business continuity. However, some operation and maintenance tasks, such as security reinforcement, patch update, system optimization and debugging, system launch, version update, function test, etc., often require configuration changes to the officially running application system, and the operation can only be performed after the change test. Conducting effective testing directly in the production environment will bring unpredictable operation and maintenance risks and affect the normal operation of the application system. In the traditional method, it is necessary to prepare physical servers, install...

AI Technical Summary

Problems solved by technology

However, some operation and maintenance tasks, such as security reinforcement, patch update, system optimization and debugging, system launch, version update, function test, etc., often require configuration changes to the officially running application system, and the operation can only be performed after the change test. Conducting effective testing directly in the production environment will bring unpredictable operation and maintenance risks and affect the normal operation of the application system

In the traditional method, it is necessary to prepare physical servers, install and configure the same environment, and then test these changes. The workload is very heavy. As the number of application systems grows, this contradiction becomes increasingly prominent.

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