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#Segger embedded studio nrf52 tutorial how to#
#Segger embedded studio nrf52 tutorial generator#
#Segger embedded studio nrf52 tutorial manual#

We need to set the environment variables in the CLion profile because this propagates them to processes launched by CMake, so targets that use west will work.

To provide Zephyr with the system and project specific configuration it needs, we must set the environment variables.

#Segger embedded studio nrf52 tutorial generator#

Ninja is the recommended generator for Zephyr and prevents issues on Windows.

Set Toolchain to the nRF Connect SDK toolchain we just created.

Set Build type to ZDebug (this is explained further towards the end of the article).

In CLion preferences, go to Build, Execution, Deployment | CMake and then select the existing “Debug” profile.

Debugger: /toolchain/bin/arm-none-eabi-gdb.

C++ Compiler: /toolchain/bin/arm-none-eabi-g++.

C Compiler: /toolchain/bin/arm-none-eabi-gcc.

Name: “nRF Connect SDK ”, replacing with the version of the SDK you are using.

In CLion preferences, go to Build, Execution, Deployment | Toolchains and add a new toolchain.

For more details refer to the example’s README.rst file. The example simulates a regular computer mouse. If you are very new to nRF52, the peripheral_hids_mouse example is recommended. Copy this to a convenient location on your system.

Find a relevant sample from the SDK in the /nrf/samples directory.

Let’s create a custom project from a sample Nordic project. Creating a custom project to use in CLion If using the Toolchain Manager with version 1.5.0, on Windows this would be C:\UsersĬs\v1.5.0 on macOS this would be /opt/nordic/ncs/v1.5.0.

Throughout this tutorial, when paths to the SDK are needed, we will use as a placeholder.

#Segger embedded studio nrf52 tutorial manual#

Manual setup instructions are available too, which can be used for setup on Linux. This is the simplest way to get set up, and it also ensures that all toolchain dependencies are in one place and are the right versions for that SDK version. The best way to set up the SDK and toolchain on Windows and macOS is using the nRF Connect Toolchain Manager. The nRF Connect SDK can be used on Windows, macOS, and Linux. All development kits and Thingy boards are supported. The nRF Connect SDK supports nRF52 series SOCs in addition to the newer nRF53 and nRF91 SOCs. However, there is some setup that we need to do. Zephyr uses CMake as its build system, making it much easier to use in CLion than the nRF5 SDK. The new SDK allows more complex projects using cellular and WiFi with new and future Nordic modules, while also supporting nRF52 series modules. This SDK is based on the Zephyr RTOS, a modern, secure, open source real-time operating system from the Linux Foundation backed by Facebook, Google, Intel, Nordic, NXP, and Opticon. In April 2020, Nordic released version 1.0.0 of nRF Connect SDK, the new platform for Nordic products moving forward. Previously, we established how it is possible to use Nordic’s nRF5 SDK with CMake and CLion. Nick founded NRB Tech in 2018 to build useful and sustainable IoT (Internet of Things) products through a combination of in-depth hardware, software, and user experience expertise. Read this tutorial from Nick and give it a try with CLion! Today, Nick is back with a new tutorial focused on using CMake-based nRF Connect SDK in CLion.

#Segger embedded studio nrf52 tutorial how to#

Nearly a year ago, our guest Nick Brook, founder at NRB Tech, explained how to use CLion for nRF52.