Test system effectiveness of unattended release system

Abstract

A test system for effectiveness of an unattended release system is characterized in that the test system takes accuracy and recall rate as validity evaluation indexes, and the accuracy is equal to thesum of the number of valid intercepts / the total number of actually intercepted release lists; wherein the recall rate is equal to the effective interception quantity / the preset release list interception total quantity; wherein the following operations are executed when the accuracy and recall rate are obtained each time; monitoring data of the publishing system are randomly recorded, the recordedmonitoring data serve as a data set, one publishing list is published at a time, all publishing lists triggered and intercepted are recorded and counted, and unattended triggering and intercepting and publishing lists are marked as effective intercepting by manually closed or rolled publishing lists; multiple times of accuracy and recall rate obtaining operation is conducted on the publishing system, a trend chart is generated according to the accuracy and the recall rate, and the trend chart displays that the effectiveness of the publishing system is improved or reduced; the invention aims to provide the test system capable of verifying the validity of an unattended release system.

Description

technical field [0001] The patent of the present invention relates to a technical field of software testing, in particular to a testing system for the effectiveness of unattended system algorithms. Background technique [0002] The so-called unattended release system (Risk Free) refers to a solution that integrates a series of processes such as monitoring, release, single machine, GOC, and fault warning to achieve automation and intelligence. The system automatically collects these real-time lines. Upload the core data, conduct intelligent analysis, and quickly judge the release status to see if there is a fault, and if so, the current release will be terminated immediately. In recent years, although the unattended release system has greatly improved in terms of release efficiency and stability, its algorithm still needs a lot of time to verify, and the efficiency and stability can only be improved through continuous fine-tuning of the algorithm . Contents of the inventio...

AI Technical Summary

Problems solved by technology

In recent years, although the unattended release system has greatly improved in terms of release efficiency and stability, its algorithm still needs a lot of time to verify, and the efficiency and stability can only be improved through continuous fine-tuning of the algorithm

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