Tuning the CMakeLists.txt file is really project dependent. It’s mainly about the file generic-gcc-avr.cmake variable to indicate the sources. # Clone the repository in a suitable location (e.g. This repository contains CMake files for AVR development. To configure CMake, a copy of mkleemann/cmake-avr will be obtained. Next, CLion needs to be configured to use the right compiler and debugger binaries. We will use a CMake template that simplifies a lot of our work. CMake enables cross-platform development by generating platform specific build files using a universal CMake configuration. Configuring CLionĬLion uses CMake as its central build system. Some ASF code will be used in the example project below but without a detailed explanation of its purpose or usage. For details about its structure, refer to the ASF user guide. $ sudo unzip ~/Downloads/asf-standalone-archive-3.33.0.50.zip -d /opt # Ensure that /opt exists or create it, then go there. Download the standalone ASF framework to for example ~/Downloads. I want to make use of the extensive library of source-code and application examples called Atmel (Advanced) Software Framework.
#ATMEL STUDIO MAC INSTALL#
$ brew install avr-gcc Advanced/Atmel Software Framework # Install the most recent version of all AVR tools It might take some time to compile everything. So, we will tap into a new repository of Homebrew formulae and install the required packages. This relies on Homebrew formulae provided by the osx-cross repository. Make sure that this is confirmed or otherwise check your XCode installation. This will check whether command line developer tools are installed. Let’s check if our environment is ready to compile sources: xcode-select -install
Homebrew will install the required tools and take care of building and installing. This because some package will be compiled (for Mac OS) from source by Homebrew. Build tools are available (either through XCode or another way).A recent version of CLion (2016.3 at the time of writing) is installed and working.Furthermore, I wanted to be able to use the Atmel Software Framework to have access to an enormous resource of services, drivers and examples. To serve as a suitable alternative to Atmel Studio I need both compilation, uploading and debugging to integrate nicely with CLion.
#ATMEL STUDIO MAC MAC OS#
I already used some JetBrains products for C/C++ and PHP development so I wanted to try to get the whole AVR toolchain working on Mac OS in combination with JetBrains CLion. I grew tired of the hassle with virtual machines and dual boot setups as my working device is a Mac running Mac OS 10.12. This integrated development environment is unsurpassed in terms of ease of use and features for AVR development. Previously I used Atmel Studio 7 to do AVR development.
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