Method for unit rearrangement testing

Abstract

The invented testing method includes the following steps: in testing end producing a sample data, producing a reference group, regulating a reformation unit, then producing an experimental group, utilizing the comparison result of comparing the experimental group with reference group to judge that the regulated reformation unit still can maintain the effect must be possessed by said module or not. Said invention can be used for testing internal function modules of software and hardware.

Description

technical field [0001] The invention relates to a method for unit reorganization testing, which is applied to test functional modules to achieve the purpose of ensuring normal functions after reorganization, improving module functions and saving costs. Background technique [0002] When testing the operating performance of general application software or firmware in home appliances, it usually only depends on whether the output achieves the expected effect, or whether the output information achieves the expected improvement in the input data, and often invests a lot to achieve a certain effect To improve the cost, if the functional modules in a certain product are optimized, it will be a waste of manpower and time to conduct experiments without knowing what to do. [0003] The disadvantage of traditional technology is that it is not easy to track the memory usage, circuit layout or cost of various components of the unit module in the software and hardware system, and whether...

AI Technical Summary

Problems solved by technology

[0002] When testing the operating performance of general application software or firmware in home appliances, it usually depends only on whether the output achieves the expected effect, or whether the output information achieves the expected improvement in the input data, and often invests a lot to achieve a certain effect Cost improvement, if it is optimized for the functional modules in a product, it will be a waste of manpower and time to conduct experiments without knowing what to do

[0003] The disadvantage of traditional technology is that it is not easy to track the memory usage, circuit layout or cost of various components of the unit module in the software and hardware system, and whether the functionality after reorganization or adjustment is the same as before, especially the unit Modules sit in the middle of the system and have no good way to keep track of them

Traditional techniques can only observe the changes of the whole system before and after reorganization or adjustment, but cannot carefully observe the changes of a reformed or adjusted unit module in the whole system before and after reorganization or adjustment

[0004] Therefore, there is still room for improvement in traditional technologies

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