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Stratify OS on the Nucleo 144 Development Boards

This is a collection of Stratify OS board support packages for the STM32 Nucleo-144 development boards.

Get Started Quickly

You can quickly and easily install pre-built binaries using our Getting Started Guide.

Building

To build Stratify OS for the Nucleo144 boards, you need to have git and cmake installed on your computer.

If you are using Windows, I also recommend using Git Bash.

First set your environment to build just what you need. Just copy and paste the line that corresponds to your hardware

export CHIP=F446ZE
export CHIP=F413ZH
export CHIP=F412ZG
export CHIP=F746ZG
export CHIP=F767ZI

These commands will clone the code, install the tools (compiler and command line tool), setup your environment, and build the code.

git clone https://github.com/StratifyLabs/StratifyOS-Nucleo144
cmake -P bootstrap.cmake
source profile.sh

You may need to update sl (the command line tool used with Stratify OS). This requires version 1.14 or above.

sl --update
slu #if necessary

cd cmake_arm
cmake .. -GNinja -D${CHIP}=ON
ninja

If you don't want to use Ninja, you can use -G"Unix Makefiles" then make -j12.

Installing the Bootloader

The bootloader is installed using the mbed drive mount. Before you install the binary, you need to key it.

To key the binary, run this command from the StratifyOS-Nucleo144 folder (not cmake_arm).

This installs an insecure public key used to validate the OS is signed.

sl --prepareBootloader=${CHIP}

Then copy the file tmp/Nucleo-${CHIP}_build_boot_release.bin to the mbed drive. On MacOs, you can use:

cp tmp/Nucleo-${CHIP}_build_boot_release.bin /Volumes/NODE_${CHIP}

Installing the OS

To install the debug build, use:

The debug build outputs an ASCII trace stream on the MBED virtual serial port at 115200,8,N,1.

sl --installDebugOs

To install the release build, use:

sl --installOs

Running the Demo Applications

These keys are both installed and available for application signing. Neither key is secure. The first key has no password. The second key has a password that is publicly available. Either one can be used.

export SIGN=signkey=RhnmvxQ8D4tlh02L8693
export SIGN=signkey=162ZEPiD33bF1T8diV0t,signkeypassword=4AC673981E969BBC9C33933800960A7F57EC0F9036CAABB2E1CF09402E9B391E

sl app.install:path=apps/HelloWorld,run,terminal,$SIGN
sl app.install:path=apps/Blinky,run,terminal,$SIGN,args='--pin=1.7'

Please see apps/testsuite/README.md to run the test applications.