A hardware platform modular circuit testing method

Abstract

The invention relates to the technical field of vehicle hardware production testing, in particular to a hardware platform modularized circuit testing method. Including that the host computer sends the optional resource definition list corresponding to the model to the tested controller; the tested controller calls the corresponding test case according to the optional resource definition list, and tests the resources and functions specified in the optional resource definition list; The test case is a test program written into the controller under test in advance to test the function of the modular circuit of the hardware platform. When any one or more of the resources or functions are different, it corresponds to a different test case. Multiple test cases share the same Consists of a complete test program for the controller under test. The test program consists of multiple test cases according to different vehicle models, resources and functions. When testing, the corresponding test cases can be invoked through the resource definition list sent by the host computer for testing, so as to realize that a test program is suitable for different resources and functional tests of different models.

Description

technical field [0001] The invention relates to the technical field of vehicle hardware production testing, in particular to a hardware platform modularized circuit testing method. Background technique [0002] With the continuous development of automotive electronics and the emergence of domain controllers, the traditional controller function and performance definitions are gradually solidified, and the hardware platform circuit is modularized. The same PCB can realize different module circuits or different modules through different material lists. Quantity combination, adapting to different models, reducing development costs and cycles, reducing component failure rates, and improving vehicle reliability have become a trend. [0003] For example, the gateway hardware platform is designed with 6 channels of CAN, 5 channels of message wake-up, and 2 channels of LIN, which can detect 3 gears and 3 hard-line wake-up signals. On model A, only 3 channels of CAN, 1 channel of LIN...

AI Technical Summary

Problems solved by technology

[0004] A hardware platform can usually be adapted to a few to more than a dozen models. If each model corresponds to a hardware test program, although it is feasible, every time an additional model is added, the test bench and the controller under test must be jointly debugged once. Obviously a waste of manpower and resources

If the test program tests all platform-based resources without considering the actual resources, not only the test is not rigorous, but the consistency of the test results cannot be guaranteed. For example, the current consumption is different from the actual current, and even some normal functions cannot pass the test. such as sleep function

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