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second code : Data_fetch.c
This code use -l:librobotcontrol.so.1 library with GCC compiler to compile Data_fetch.c script. and have one method which provides the number of LEDs (0 to 90), this varies as per battery voltage.
Issue:
So the issue is: The main code compiler is clpru and the second code use GCC compiler for execution. So how do I communicate both codes? or shared resources.
Thank you I will appreciate your response.
The text was updated successfully, but these errors were encountered:
@rajmehta28599 I think the easiest approach may be to use the neo4.pru0.c code. It uses /dev/rpmsd_pru to control the LEDs. You could then modify Data_fetch.c to write to /dev/rpmsg_pru to control the desired LEDs.
Aim: run GCC with Clpru in BeagleBone Black.
Info:
I have BeagleBone Black and I run ws2812B LED strip with PRU. and merge/integrate other data with that to control the led pattern.
so I need help in change the compilation method or learn to integrate it into clpru.
Main code : led.pru0.c
as same : https://beagleboard.org/static/prucookbook/#blocks_neo1
second code : Data_fetch.c
This code use -l:librobotcontrol.so.1 library with GCC compiler to compile Data_fetch.c script. and have one method which provides the number of LEDs (0 to 90), this varies as per battery voltage.
Issue:
So the issue is: The main code compiler is clpru and the second code use GCC compiler for execution. So how do I communicate both codes? or shared resources.
Thank you I will appreciate your response.
The text was updated successfully, but these errors were encountered: