Use the JLinkGDBServerCL with SWD and RP2040_M0_0 device and the gdb from the tool chain: elf output file: Debug Configuration, Main Tab To debug the project, create a normal Eclipse debug configuration for it (menu Run > Debug Configurations). New project imported in Eclipse Debug Configuration ![]() To use the project with Eclipse, import it with File > Import > C/C > Existing Code as Makefile Project. Now the project is ready to be built with: make Within the ‘myProject’ folder, call cmake: cmake -G"Unix Makefiles" -DCMAKE_BUILD_TYPE=Debug. Target_link_libraries(myProject pico_stdlib)Ĭopy the file pico_sdk_import.cmake into the folder, from pico-sdk\external. In that folder, create a new file ( main.c) with the following ‘blinky’ content: #include "hardware/gpio.h"Ĭreate a new file CMakeLists.txt, with following content: cmake_minimum_required(VERSION 3.13) To create a new and fresh project, you can follow the steps below:Ĭreate a new folder for the project: mkdir myProject Now I have a normal make/cmake project I can use in Eclipse with ‘build’ or ‘clean’ commands: Raspberry Pi Pico Project in Eclipse Building in Eclipse CDT Create a new Project The converted examples can be imported as ‘make file projects’ into Eclipse, using File > Import > C/C Existing Code as Makefile Project:Īlternatively, I can import the project with File > Import > General > Existing Projects into Workspace. Next we are going to use Eclipse for building and debugging. cproject mkdir pico-examples-eclipseĬmake -G"Eclipse CDT4 - Unix Makefiles" -DCMAKE_BUILD_TYPE=Debug. ? Note that this step is only needed if you do not have already an Eclipse project with. Create a new folder on the same level as ‘pico-examples’ and convert the projects for Eclipse: To be able to import the examples into Eclipse, I have to convert them. ? There has been reports that the environment variables might need to be set at system (not user) level, see ? Instead of using the setx command, one can use the System Control in Windows to set the environment variables (recommended). Setx PICO_TOOLCHAIN_PATH "C:\Raspy\arm-none-eabi-gcc-12.2.1-1.2\bin"Īfter that, close the console and open a new one. Set the following environment variables, pointing to the Pico SDK and the toolchain to be used: setx PICO_SDK_PATH "c:\Raspy\pico\pico-sdk" For details see which requires git installed.Ĭreate a new empty directory: in the following sequence I create a new directory ‘pico’ in which I clone the SDK and the examples in a console: mkdir Raspy\pico In Eclipse, use the menu Help > Install new software and point to the following update site: įrom there, install the Embedded C/C GDB JTAG Debugging and Embedded C/C J-Link Debugging.įirst, the Pico SDK needs to be installed. What I have on my system installed and on the PATH is the gcc tools coming with. ? The Cmake build requires native gcc tools present on the host, otherwise building ELF2UF2 and PIOASM can fail, see. ![]() Make sure that git, make and cmake are available in your PATH or system environment. Eclipse IDE 2022‑06, NXP MCUXpresso IDE 11.5.1.My toolchain is installed in C:\Raspy: Toolchain installation ARM Toolchain: : download the zip (I’m using xpack-arm-none-eabi-gcc-12.2.1-1.2-win32-圆4.zip and have place the toolchain into C:\Raspy\arm-none-eabi-gcc-12.2.1-1.2).Use the following links to download and install the software, if not already installed: Additionally 4 jumper wires are needed.Ĭonnections are as below: Raspberry Pi Pico SWD Connection Setup
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