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