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GettingStarted.md

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It is recommended that you read through the AnalyzerDetails.md for specifics on modes of the device, but if you just can't wait:

  1. Get some 1Kohm or greater resistors to put inline between the PICO inputs, you don't want to accidentally fry your PICO because you put in voltages <0V or >3.3V or accidentally jumpered ground to VCC.
  2. Get the sigrok-pico/pico_sdk_sigrok/build/pico_sdk_sigrok.uf2 file and program it to your PICO devices (examples are online, everywhere).
  3. Install Pulseview and skip to step 7, or sigrok-cli - follow descriptions from the sigrok pages for both.
  4. Replug the PICO to reset it, and then use sigrok-cli to scan for avaliable serial ports

sigrok-cli --list-serial

  1. Use sigrok-cli to scan for the device based on the serial port you found above. The baudrate doesn't matter because we are CDC serial.

sigrok-cli -l 2 -d raspberrypi-pico:conn=/dev/ttyACM0:serialcomm=115200/flow=0 --scan

  1. Do a first trace

~/github/sigrok-cli/sigrok-cli -l 2 -d raspberrypi-pico:conn=/dev/ttyACM0:serialcomm=115200/flow=0 --config samplerate=10000 --channels D2,D3,D4,D5 --samples 1000

  1. Aternatively to using sigrok-cli use Pulseview.
  2. Go read AnalyzerDetails.md like you should have to begin with....