Automatic test method for aviation airborne equipment and engine architecture device thereof

Abstract

The invention provides an automatic test method for aviation airborne equipment, which comprises the following steps of: S1, starting a sequence engine module, and analyzing input test information into a step array; s2, starting a device execution engine module and an execution thread module; s3, identifying the step array by the execution thread module, and running elements of the step array one by one according to the identified test steps; s4, the execution thread module determines a next to-be-executed test step according to the test result and returns the test result to the sequence engine module, and the sequence engine module jumps and acts on the next to-be-executed test step; and S5, after all the test steps are completed, a final test result is transmitted back to the sequence engine module. The automatic test engine architecture device comprises a sequence engine module, an execution thread module, an equipment execution engine module and an equipment thread module. According to the method, multi-level threads are adopted, repeated steps in the execution process are reduced, and the portability and the reuse rate of the test sequence are improved.

Description

technical field [0001] The invention relates to the field of aviation airborne product testing, in particular to an automatic testing method for aviation airborne equipment and an engine framework device thereof. Background technique [0002] With the continuous improvement of the digitalization and informatization level of the equipment development process, the MBSE method of new research and development models based on requirements and oriented to forward design is gradually popularized and applied in the development process of aviation equipment. The new model has the characteristics of digital design process and design information modeling. To adapt to the development of new models, the test verification of airborne products should also have the characteristics of process digitization and information modeling, so as to ensure the same source of product design and test requirements, and smooth information exchange. [0003] The application of model-based test technology l...

AI Technical Summary

Problems solved by technology

[0003] The application of model-based test technology leads to the expansion of the amount of test information, the complexity of the test process logic, and the increase in the types of test actions that the test program needs to handle, making the efficiency of test task execution an important factor affecting the measurement accuracy and user experience of test software.

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