Hi @sh_dhanasekaran ,
Thank you for providing the details related to your use case. I would structure my answer as it follows, by firstly approaching a general question and a solution which might help:
1. Are there any MBDT toolboxes (perhaps for other hardware platforms) that you have installed? In this case, I would recommend to you to remove them from the Matlab path, and keep only the MBDT for S32K3. You could do this by setting the Matlab path to its default state (as illustrated below).
Then, add the MBDT for S32K3 to the path by running the mbd_s32k3_path.m found in the toolbox root.
If this does not solve the problem, let's dive into more particular aspects of the issue.
From your reply I understand that you have a subsystem, containing the implementation of your application, stored in a library. I assume that in the workflow you are following, you are dragging and dropping the subsystem in a new model, for which you are creating a test harness using Simulink Test. Now, for the created harness, you are trying to set the Hardware board from the model's Configuration Parameters, process which results in the error you are currently facing. Please correct me with additional details in case something from my understanding on the matter is missing.
In this case, my questions/recommendations could be summarized as it follows:
1. For trying to isolate the problem, could you please try and set the S32K3xx target for the model which contains your application implementation (the one where you have placed the subsystem from the library)? In other words, without the step of creating a test harness for the model, are you still encountering the same issue when trying to set the application for an S32K3xx target?
2. If the problem is not related to the model, but appears only when trying to set the target for the test harness, there is an alternative workflow that you could follow for performing a PiL simulation of your model. You can create a new model, where you could add a Model Reference block, by typing Model in the Simulink canvas, and selecting the option as highlighted below:
Now, by double clicking this block, you can set the model you would like to reference (the one containing your application implementation) and then choose the Simulation Mode as PiL.
Now, you can feed your model reference block with appropriate inputs for your PiL simulation and inspect the outputs returned by such a process. You could easily perform such simulations by using the SIL/PIL Manager Add-On of Simulink. For more details on this process you could check the examples we provide inside the toolbox under the S32K3_Examples/pil folder. The s32k3xx_pil_s32ct and its associated documentation s32k3xx_pil_harness_s32ct_example_readme.html could be a good application to start with.
Please let us know if these directions answer some of the questions you are having and what results are produced by trying the approaches mentioned above. It would also be helpful for our investigation if you could send us the model you are working on - you could add it to this thread or use the private messages functionality of the NXP Community.
Regards,
Irina
