Running dtcore applications
Althought dtcore is primarily a library, it comes with some ready-to-run demos and tests as applications.
This section describes how to build and run these applications across supported platforms.
Application list
The dtcore repository contains a discrete set of runnable applications:
| application | summary |
|---|---|
demo_hello |
minimal app |
demo_basics |
basic functionality sweep |
test_all |
full test runner |
Each application is built as a separate artifact on the following platforms:
- Linux: standalone executables
- ESP-IDF: firmware images
- Zephyr: firmware images
- Raspberry Pi Pico: firmware images
How applications are compiled per platform
Hopefully you have your development environments set up already!
Using demo_hello as example...
Linux
cd apps_linux/demo_hello
rm -rf build
cmake -S . -B build
cmake --build build
# run the executable
./build/app
ESP-IDF
cd apps_espidf/demo_hello
rm -rf build
idf.py set-target esp32
idf.py build
# run on the host
idf.py qemu
nRF5340 with Zephyr
cd apps_zephyr/demo_hello
rm -rf build
west build -b native_sim
# run in the simulator
build/demo_hello/zephyr/zephyr.exe
Raspberry Pi Pico
cd apps_pico/demo_hello
rm -rf build
cmake -S . -B build
cmake --build build
# put the Pico into BOOTSEL and flash the executable
picotool load build/app.elf -f
# or something like this on windows
cp build/app.uf2 /drives/d
# on something like this on Linux
cp build/app.uf2 /media/$USER/RPI-RP2/