Have also included details of my Windows development environment since My preferred development environment for C++ is CLion running on Mac. Setting up your development environment is not a quick task,īut if done right it can save you hundreds of hours. to enhance your productivity.Setting up your Development Environment Setting up your Development Environment You may want to do further configuration in CLion settings like: theme, colours, text size, etc.Īlso, you can configure some handy 'live templates', like: serialprintln, digitalwrite, pinmode, switch, etc. After #inlcude-ing new libs, right click on 'External libraries folder' and select 'Reload cmake project'. example: for DallasTemperature.h use folder name DallasTemperature.
#Clion community serial
Click the wrench icon to set up port and baud rate.In CLion main window bottom left, click serial monitor tab (in 'the tool buttons').
#Clion community code
ino file, write some really simple code (blink).Ĭonnect an Arduino Uno via USB, and press the green 'play' button to upload the sketch. In the upper right corner in CLion, near the green 'Play' button, select 'Edit Configuration', on the left select 'Application' > 'Upload', and set: -target: 'upload' In the project directory > 'open cmakelists.txt' and configure lines: 6: set board versionħ: set port (you can find out port# from the Arduino IDE)Ĩ: set the path where you installed your Arduino libraries (Arduino sketch folder) Open CLion, select 'New Arduino sketch project' Open any file manager and go to 'c:\Users\name\ClionProjects\' and delete the 'untitled' project you just created. Press apply, and wait until CLion finds the environment. In CLion > Settings > Search > type 'MinGW'Īt the environment select 'Use MinGW home', and browse to MinGW folder ('C:\MinGW'). In CLion > Settings > Plugins > Browse Repositories > Search for and install: 'Arduino' (tools integration), and 'Serial Monitor' (misc). In MinGW, install: 'mingw32-base' and 'mingw32-gcc-g++'Ĭreate an 'untitled' project, just to open CLion.
#Clion community install
here is how I set up CLion for Arduino (on Windows 10):ĭownload and install the official Arduino IDE (1.6.9). I'm a beginner, regarding all this stuff, so if anybody knows a better way to do it, please correct me. I know this was asked a long time ago, but maybe it will be useful for someone.
Nowadays, CLion has a PlatformIO plugin as well, including a menu Tools, PlatformIO with commands such as Re-init. If you always want to upload and monitor whenever using pio run, then add: Rather than using the CLion Serial Monitor plugin, I simply use a Terminal within CLion to upload and start the monitor as soon as possible: pio run -t upload pio device monitor -b 115200 If you're using ESP-boards and changed platform.txt for an alternative esptool, then note that PlatformIO needs a different hack. Whenever adding libraries to the lib folder (and using #include to refer to them), just run the above init command again. cpp extension.įor other files: either rename all. Make sure your code is in the src folder, and that the main file has a. Then import the project in CLion and you're about done. # For example, generate project for Arduino UNO generate project via platformio init -ide command: platformio init -ide clion -board %TYPE%
#Clion community full
CLion then not only gives you code completion, but also full support for refactoring, Git, and much much more. Rather than using any plugin, I am using CLion with PlatformIO, which supports several IDEs.
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