Multi-interface automatic testing method and device based on topology discovery

Abstract

The invention belongs to the technical field of automated testing, and specifically relates to a multi-interface automated testing method and device based on topology discovery. The method performs the following steps: Step 1: Arranging a plurality of identical testing units in a matrix structure to form a testing matrix, each Each test unit has multiple different types of interfaces; adjacent test units are connected to each other; step 2: establish the corresponding relationship between each type of test task and its corresponding topological network structure; step 3: classify the current test task , find the corresponding topological network structure according to the classification. The invention uses a topology discovery method to automatically identify and form a new test group, which improves the test efficiency and makes the test automation degree higher.

Description

Multi-interface automated testing method and device based on topology discovery technical field The invention belongs to the technical field of automatic testing, be specifically related to the multi-interface automatic testing method based on topology discovery Laws and Devices. Background technique In software testing, the internal or external interface of the software is one of the objects that the tester pays attention to. The data of the software interface can determine whether there is a fault in the data processing of the software subsystem, and whether the interactive information between the subsystems is No normal. [0003] At present, the common practice for software interface testing in the industry is: using commercial testing tools or self-developed tools Access to an interface of the system under test, extract the interface, analyze and process the interface data, and perform automated regression testing. The disadvantage of this method is that only ...

AI Technical Summary

Problems solved by technology

The disadvantage of this method is that only one test interface can be connected at a time, and additional tools are required as input sources

Or, use the test tool as the input source, collect the output information of the system under test at the same time, and perform regression testing, and can only complete the test of a single interface or a single subsystem under test

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