![]() ![]() ![]() Home Andino X1 Baseboard Setup X1 Pico Andino X1 Pico: BaseBoard Setup Digital Inputs and Relay Output custom nodeĪbout Us | Privacy policy | Built with Grav.If you are using VisualGDB Linux Edition or higher, simply select “Debug using: OpenOCD (run remotely)” and VisualGDB will automatically build and launch the correct OpenOCD fork on your Raspberry Pi: See this tutorial for detailed step-by-step instructions on building and debugging a Raspberry Pi project with Visual Studio and VisualGDB. The final setup using the modular JTAG20 connector is shown below: Once the signals have been connected, simply run OpenOCD on Raspberry Pi itself using the interface/raspberrypi-swd.cfg script in order to debug your target. In order to do that, connect the following signals on the Raspberry Pi: Raspberry Pi Signal You can use the regular Raspberry Pi board to debug Raspberry Pi Pico (or any other device that supports the SWD transport). If you are running OpenOCD manually, you can download it here (use openocd_rpi2040.exe instead of openocd.exe). ![]() VisualGDB will automatically use it when debugging Raspberry Pi Pico. WARNING: The RP2040 chip used by Raspberry Pi Pico requires a special OpenOCD fork. Flyswatter 2), it will likely work as well, as long as it supports SWD. If you are using a different SWD adapter based on the FT2232 chip (e.g.
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