I've created a video guide on how to use HET IDE generated code. The scenario is plain simple just like the Project0 PWM example for LaunchPad, but with using actual *.het generated .c and .h files.
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I've created a video guide on how to use HET IDE generated code. The scenario is plain simple just like the Project0 PWM example for LaunchPad, but with using actual *.het generated .c and .h files.
Part 3, influencing the HET flow from the microcontroller:
http://youtu.be/grAPiuUeLS8
The c code dictates the number of pulses. It's not the end of the world, but it's my first successful interaction between the ARM core and the HET coprocessor.
I've placed the project's source files on github: https://github.com/jancumps/hercules_libraries.git
The instructions to set up the project are attached. I've taken care that no IDE or processor dependent files are checked in. The instructions explain how to generate those.
The code is nowhere yet, just a raw exercise to have the het processor react on data generated by the micro-controller code.
Part 5: the emulator now works end to end. It is still writing additional data to the slave - something that is fixed in the code published in this e2e.ti.com article.