Automatic testing method based on self-adapted parameters

Abstract

The invention discloses an automatic test method based on parameter self-adaptation, which includes: step S302, extracting a first key characteristic parameter relevant to a first test environment of a tested system by a test device, and generating a test sample and a test template corresponding to the test sample according to the first key characteristic parameter; step S304, extracting a secondkey characteristic parameter relevant to a second test environment of the tested system by the test device, loading and executing the test sample, and collecting the output message of the tested system; step S306, extracting the output message set having a key characteristic parameter matching the second key characteristic parameter in the output message by the test device; step S308, loading thetest template and the first key characteristic parameter corresponding to the test template by the test device; and step S310, substituting the first key characteristic parameter by the second key characteristic parameter and starting a regression comparison process to complete the first test.

Description

technical field [0001] The present invention relates to the communication field, and in particular, to an automatic testing method based on parameter self-adaptation. Background technique [0002] At present, in the test work, manual test work accounts for a large proportion, and it often happens that testers perform repetitive work. The main reasons are: on the one hand, the update and submission of the test version requires testers to test continuously; on the other hand, for the test of the same function, it becomes different test cases due to the change of one or several parameters For testers, it also means a lot of repeated testing. In order to improve the test efficiency and test quality, it is necessary to introduce automated test methods in the test to replace part of the manual test or to complete the test work that cannot be done by the manual test. [0003] In the field of communication, the interface message is one of the test contents that testers often pay a...

AI Technical Summary

Problems solved by technology

[0004] This method solves the problem of repeated testing caused by frequent submission of versions, but this method also has the following defects: First, a test case must have a test template corresponding to it. If there are a large number of test cases, it is necessary to make the same number of Test templates, resulting in a lot of repetitive work; second, the test environment and test operations when performing regression testing must be completely consistent with the test environment and test operations when making test cases, otherwise it will cause unpredictable results for regression testing and lose test value

The disadvantage of this method is that for each test operation, the input message and the expected output message must be dynamically generated first

The problems caused by this are: (1) if a test operation requires a large number of input messages, each input message needs to be constructed; (2) if a test case used as input contains multiple different test operations , or an input message triggers a large number of output messages in the system under test, it is necessary to construct each input message and expected output message separately, and then form a complete test case and test template; (3) Testing the same type of function with exactly the same test method and operation but with different parameters also requires a lot of repetitive message construction work

[0006] At present, there is no test solution that can automatically cope with parameter changes in the test of the same method and function, and is applicable to various test environments

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