Multiple mode test syste mand its method under multiple mutual repulsion conditions

Abstract

The present invention relates to a kind of multiple mode test system and method under multiple mutually exclusive conditions. First, test item and corresponding test mode are determined; then, waiting queue, temporary waiting queue and running queue are created, the test item is stored into the waiting queue, test item is extracted from waiting queue and the temporary waiting queue, and the mutual exclusion module stores the currently allowed test item into the running queue based on the mutual exclusion condition or stores the currently conflicting test item into the temporary waiting queue; and finally the test item in the running is tested in the test mode.

Description

Technical field [0001] The present invention relates to a computer hardware test system and method, in particular to a multi-mode test system and method under multiple mutually exclusive conditions. Background technique [0002] In the process of computer hardware testing, because different hardware has different characteristics, the mutual exclusion requirements between the threads of each hardware test are also different. Some test items require the user to participate in the test (for example, the user is required to tap the keyboard, mouse, etc.), and the user can only process one such test item at the same time, so such test items must be mutually exclusive. Although some test items are not aimed at the same hardware device, they use the same device to provide services for them, such as Movie and Audio. Because they all use sound cards, they cannot be tested at the same time. There are also some test items that do not allow all other test items on the same device to run duri...

AI Technical Summary

Problems solved by technology

Although the complexity of thread scheduling is reduced after classification, in reality, the computer is not so purely processing a series of operations, it may handle many interactive and non-interactive operations of several different devices at the same time

Although the method of testing thread scheduling implementation in this way is relatively simple, it has the problem of spending a lot of testing time, so the overall performance and accuracy are not very ideal.

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