An Allocation Method of Test Matrix

Abstract

The invention discloses a test matrix distribution method, which includes first cleaning the test parts list during the distribution process of the test matrix, abstracting the test parts during the first cleaning, and then cleaning the test parts list for the second time. The highest specification is sorted from large to small, the test component obtains the component membership function according to the component relationship, and a fuzzy relationship matrix is ​​obtained, and according to the membership function, the maximum membership degree component of the test component is obtained. Cleaning and establishment of relationship matrix make the distribution method of test matrix accurate and uniform, and can quickly get a test matrix result, without the need to re-invest labor costs due to changes in the test list, and execute again when the component test list changes. The program script is enough, and there is no need to invest in the cost of manpower allocation.

Description

technical field [0001] The present invention relates to the technical field of test matrices, in particular to a method for allocating test matrices. Background technique [0002] In the server development test and mass production maintenance test, the component compatibility test occupies a very large proportion, and the fast and reasonable component test matrix allocation is of great significance to the test efficiency of the server. At present, the component compatibility test matrix is ​​manually assigned by the testers, and the testers combine and match the components to be tested according to the correlation between the components, so as to achieve the optimal test configuration and ensure the test efficiency and coverage of the components. [0003] The prior art has the following drawbacks: [0004] a) Manually assigning the test matrix, the results are random and uncontrollable; the same set of parts list may be combined and matched by different testers, and there m...

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Problems solved by technology

[0004] a) The test matrix is ​​manually assigned, and the result is random and uncontrollable; the same set of component lists may have many different combination and matching relationships when combined and matched by different testers, and the unified validity of the test matrix cannot be guaranteed;

[0005] b) The greater the number of test components, the greater the labor cost investment; when the number of test components is large, the matching relationship between test components becomes complicated, and the labor allocation cost is relatively large;

[0006] c) When the list of test parts changes, labor costs need to be invested twice; when the list of test parts changes, the combination and matching relationship of some parts will change accordingly, and labor costs need to be invested again to allocate the test matrix, which will cause a burden on labor costs

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