Characteristic comparison method and device based on shadow system and electronic equipment

Abstract

The invention relates to the technical field of computers, in particular to a feature comparison method and device based on a shadow system and electronic equipment, and the method comprises the steps: obtaining the production features of a pre-published business production version, the business production data of an online business production version, and the production features of the online business production version; operating an online business production version and the shadow system to obtain second business result data; comparing the first business result data with the second business result data, and comparing the production characteristics of the pre-published business production version with the production characteristics of the online business production system; and performing difference analysis on the comparison result, and processing the pre-published service production version according to the difference analysis result. According to the method, the shadow system is utilized to quickly discover the influence of the production version of the pre-published service on the production characteristics in the historical version, and the situation that verification discovery cannot be covered due to the influence on the calculation of the production characteristics in the historical version is avoided, so that production accidents are avoided.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a feature comparison method, device and electronic equipment based on a shadow system. Background technique [0002] At present, after software products are put into use, some functions are often added or modified to ensure that the software provides better services. In the prior art, when the software version is updated, it is necessary for technicians to manually extract the relevant program files to be changed for updating. Due to the large number of program files to be changed, and the update methods of different files are different, when the technicians manually extract the files, not only will the It takes a lot of energy to export the program files that need to be changed, and it is easy to make mistakes, resulting in low efficiency and accuracy of software version updates. [0003] After the software version is updated, the production data will be affected due to reaso...

AI Technical Summary

Problems solved by technology

In the prior art, when the software version is updated, it is necessary for technicians to manually extract the relevant program files to be changed for updating. Due to the large number of program files to be changed, and the update methods of different files are different, when the technicians manually extract the files, not only will the It takes a lot of energy to export the program files that need to be changed, and it is easy to make mistakes, resulting in low efficiency and accuracy of software version updates

[0003] After the software version is updated, the production data will be affected due to reasons such as version stability and version anomalies. When the new software version is also launched, it is impossible to confirm in advance whether it will affect the production characteristics of the old software version, thereby affecting the user experience of the updated version.

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