Processing method and processing device for configuration of server resources

Abstract

The invention discloses a processing method and a processing device for configuration of server resources. The processing method includes acquiring a hardware configuration initial value of a target server according to classic transaction processing operation of the target server to be configured; configuring a virtual server on a physical server and setting the hardware configuration initial value as a current configuration value of hardware configuration of the virtual server; detecting a performance parameter value of the virtual server, judging whether the current configuration value meets a preset application requirement condition or not, making a response if the current configuration value does not accord with the preset application requirement condition, calculating a new current configuration value by a binary search method, modifying the current configuration value of the hardware configuration of the virtual server, rerunning transaction application software until the current configuration value accords with the preset application requirement condition, and taking the virtual server as the target server. According to the technical scheme, by the processing method and the processing device, configuration of the server resources is achieved rapidly, ready time of application is shortened greatly, and configuration efficiency and measurement precision are high.

Description

technical field [0001] The invention relates to the field of computer applications, in particular to a method and device for configuring and processing server resources. Background technique [0002] The Internet-based and mobile development of software applications has put forward higher and higher requirements for the ready time and configuration accuracy of servers carrying various applications. For example, for an online transaction processing system, the transaction processing performance council-C (Transaction Processing Performance Council-C, TPC-C) value is usually estimated according to the business type and quantity processed, and the matching server is selected according to the TPC-C value. After obtaining the server, deploy the system software and application system, run the service, and monitor the usage of the server. If it is found that the performance of the server does not meet the operating requirements, it is necessary to expand the capacity or replace th...

AI Technical Summary

Problems solved by technology

[0003] There are some problems in the existing calculation method of server configuration as follows: there are usually errors between the estimated configuration and the actual demand

If the hardware resources are discovered after running, such as CPU and memory usage are not high, or the hardware is replaced, more of them are used, resulting in waste of investment and resources; if the configuration of hardware resources is found to be unable to meet the business requirements after running If necessary, expand the business or replace the server. This process also takes a long time, and redeploying system software and applications consumes a lot of time and manpower

In addition, after adjusting the server configuration, resources may be wasted or still insufficient, requiring multiple adjustments, the process is complex and inefficient

[0004] It can be seen that the configuration method of server resources in the prior art needs to go through the process of estimation, physical installation and deployment, evaluation, adjustment, redeployment and evaluation, and the deployment cycle is long, the efficiency is low, and the accuracy of measurement is not high

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