These samples mirror the C# examples under
extras/CSharp/ and pair with the corresponding Arduino sketches in
examples/. They demonstrate the host (PC) side of the protocol.
| Python sample | Arduino sketch | Notes |
|---|---|---|
| receive/ | examples/Receive/ |
Send only — toggles an LED |
| send_and_receive/ | examples/SendAndReceive/ |
Send SetLed, receive Status |
| send_and_receive_arguments/ | examples/SendAndReceiveArguments/ |
Multi-arg ack request/reply |
| send_and_receive_binary_arguments/ | examples/SendAndReceiveBinaryArguments/ |
Binary encoded floats |
| data_logging/ | examples/DataLogging/ |
Real-time chart via web UI + console variant |
| arduino_controller/ | examples/ArduinoController/ |
Slider + toggle via web UI |
| simple_watchdog/ | examples/SimpleWatchdog/ |
SerialConnectionManager + watchdog |
| temperature_control/ | examples/TemperatureControl/ |
Full: chart + slider + ConnectionManager |
Edit the PORT constant near the top of any sample to match your serial
device (e.g. COM6 on Windows, /dev/ttyUSB0 on Linux,
/dev/cu.usbmodem14101 on macOS), then:
cd extras\Python
.\.venv\Scripts\python.exe samples\send_and_receive\send_and_receive.pyThe samples use cmd_messenger.SerialTransport directly. If you'd rather let
the library auto-detect the port (and verify the device responds), use
SerialConnectionManager — see simple_watchdog/simple_watchdog.py.