EV-SC594-EZKIT

Overview

This project contains a comprehensive BSP for the EV-SC594-EZKIT SoM plus carrier board ez-kit.

For full details about this project, features and set up instructions, please refer to: https://wiki.analog.com/resources/tools-software/sharc-audio-module/advanced-audio-projects

To build

Install the tools

Install CCES as-per Analog Devices instructions
Install Git bash shell from here: https://git-scm.com/downloads
Instead of Git bash, one can also install MinGW/MSYS2 from here: http://www.msys2.org/

Source the environment

Check your path first to see if it already includes the desired version of CCES. In general Git bash inherits the path and MinGW/MSYS2 does not unless it's launched with '-use-full-path' option.

echo $PATH  # Check inherited path

If necessary, modify the 'env.sh' shell to match your CCES installation directory and include the environment in your shell.

. ./env.sh # Note the space between the first two periods!

Build the code

Go into the build directory and type make

cd build
make      # Add -j4 for a faster build on multi-core machines

Debugging the code

Open CCES, create a new debug configuration
Load build/ezkitSC594W_preload_core0 into core0
Also load the EV-SC594-EZKIT-ARM.exe executable into core0
Load EV-SC594-EZKIT-SHARC0.dxe into core1
Load EV-SC594-EZKIT-SHARC1.dxe into core2
In the Automatic Breakpoints tab, uncheck Enable Semihosting
Save and start debugging.

Initial flashing of the code using the ADI's cldp utility

Edit env.sh as necessary to point to your CCES install and run it. If cldp is already in your path you can omit this step.
Go into the 'build' directory.
Set the blue rotary switch on the ez-kit to position 0 and reset the board
Program the board using cldp (see/edit flash.bat)
Set the blue rotary switch back to position 1 and reset the board