Use this directory to build using CMake for PicoSDK. You simply point a cmake compatible IDE at this directory and it should be able to load the project structure. Disclaimer only tried with CLion and VSCode with the pico plugin and the cmake plugins respectivly.

To use you'll need to set the following variables.

TcMenu organisation made this library available for you to use. It takes significant effort to keep all our libraries current and working on a wide range of boards. Please consider making at least a one off donation via the sponsor button if you find it useful. In forks, please keep text to here intact.

This build is Apache license. Consult each library for their license.

Use the top level platformio.ini file for that purpose.

Commercial users: Before asking any questions in the tcMenu discussion board about this project, please make a donation commensurate with your companies funds. This configuration will not be maintained unless we get enough donations.

We can support this toolchain on RP2040 PicoSDK, ESP-IDF, STM32Cube, Atmel AVR and SAMD. Please the the above link for more information.

Environment variables needed for PicoSDK: PICO_SDK_PATH=<your picosdk path> PICO_TOOLCHAIN_PATH=<path of arm toolchain>

CMake Variable USE_LOCAL_LIBRARIES defines if you want to check out libraries manually into the lib directory (I.E. you want to manage the library repos yourself. If this is not set, they will be pulled automatically.

Here are the links to the libraries needed in the lib directory

• https://github.com/TcMenu/TaskManagerIO
• https://github.com/TcMenu/tcMenuLib
• https://github.com/TcMenu/IoAbstraction
• https://github.com/TcMenu/tcUnicodeHelper
• https://github.com/TcMenu/LiquidCrystalIO
• https://github.com/TcMenu/TcMenuLog
• https://github.com/TcMenu/Adafruit-GFX-mbed-fork provides an Adafruit_GFX compatibile graphics library.

There are quite a few examples included in the nativeExamples directory. These are included in the CMake project by default unless you specify TC_CMAKE_EXCLUDE_EXAMPLES to exclude them.

• We also support STM32Cube directly with CMake too
• Also see the ESP32-IDF examples area

As per all other PicoSDK applications, you need to set up the environment variables and ensure these libraries are available in the path.

• Copy libraries.cmake to your project
• Add the following to your CMakeLists.txt after pico_sdk_init()

  include(libraries.cmake)
  includeLibraries()
  

• Add the following to your CMakeLists.txt in the target_link_libraries

  tcMenu
  IoAbstraction
  TaskManagerIO
  tcUnicodeHelper
  TcMenuLog
  AdafruitGFXNativePort
  

• Build.
• The libraries will be in build/_deps.

Here are my CMake options that I tend to use:

Environment variables:
PICO_SDK_PATH=$HOME\pico\pico-sdk;PICO_TOOLCHAIN_PATH=$HOME\pico\arm-gnu-toolchain-12.3.rel1-mingw-w64-i686-arm-none-eabi

Command options:
-DPICOTOOL_FORCE_FETCH_FROM_GIT=ON

Add this to your build flags: -DBUILD_NATIVE_TESTS=ON, it turns off embedded toolchains and enables native tests.