A configuration parameter calibration method and device

Abstract

The present application provides a configuration parameter calibration method and device for acquiring characteristic data of a device to be processed, where the characteristic data is a numerical value that affects the value of a configuration parameter of the device to be processed when the device to be processed is in a target environment; according to the characteristics of the device to be processed The data and the preset configuration baseline model are used to determine the configuration parameters to be calibrated when the device to be processed is in the target environment; a calibration instruction is sent to the device to be processed, and the calibration instruction is used to instruct the device to be processed to calibrate the configuration parameters to be calibrated; wherein, The pre-built configuration baseline models include a first-order configuration baseline model and a second-order configuration baseline model. The first-order configuration baseline model is used to indicate the quantifiable relationship between configuration parameters and system characteristics, and the second-order configuration baseline model is used to indicate the configuration that has an associated relationship. A quantifiable relationship between parameters to improve the accuracy of calibration, thereby reducing the chance of production failures.

Description

technical field [0001] The present application belongs to the technical field of data processing, and in particular, relates to a configuration parameter calibration method and device. Background technique [0002] The stable operation of the business system directly affects the normal development of the corresponding business. Before the business system goes online, it needs to be fully tested to ensure the stable operation of the business system after going online. When testing the business system in the test environment, whether the configuration parameters are correct directly determines the test. Therefore, the calibration of configuration parameters is particularly critical. [0003] At present, the configuration parameter calibration is to obtain the configuration file of the production environment and the configuration file of the test environment, and compare the configuration files in the two environments to obtain the difference parameters in the two configuration...

AI Technical Summary

Problems solved by technology

And when comparing two configuration files, each configuration parameter is used as a unit to compare. Whether there is a relationship between these configuration parameters, for example, configuration parameter A in configuration file X and configuration in configuration file Y Parameter B has a dependency relationship. The current configuration parameter calibration method will compare configuration parameter A and configuration parameter B separately. It is found that configuration parameter A is inconsistent and needs to be calibrated, and configuration parameter B is consistent and does not need to be calibrated. The correlation between the production failures and the waste of manpower and material resources

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