Where "NameOfMCU" is the name of the MCU family used, CMSIS should be there in case you are using any ARM, "NameOfDirectory" is the name of your custom directory (you can add several).Īlso, get the debug build working first, before switching to release build. Under "user include directories" you should have something like this: $(DeviceIncludePath) Then in the properties window, check settings (this is a bit different in different versions of CrossWorks, might have to right click and pick properties in older versions). In the project, click on the project name itself in "project explorer". In case some needed lib is missing here, you will get very weird errors. Grab your specific target MCU as well as any specific boards or libraries you'll be using.
![open folder in segger embedded studio open folder in segger embedded studio](https://data.embeddedcomputing.com/uploads/resize/1256/756/external/data.embeddedcomputing.com/uploads/articles/wp/446853152/210-5b4368fe507ac-segger_pr53.jpg)
Select "User include directories" and include the directory with your header files. Attempting to configure Intellisense for use with the SEGGER clang compiler (an. h files in your project, right click "Project ", make sure project configuration "Common" is selected and click "Preprosessor" under "Code". h files are not seen outside their folder to files. You can add new files by right clicking on the project explorer structure and selecting "Add new file", "Add existing file" or "New folder". You can then step over or into function calls, or run until the program reaches the breakpoint. The program will halt in the fist line of main. Click on the line number on the left and you should see a red ball appear in your program. SES supports using the hardware breakpoints in case you need to step through your program. Now you should see the program running and printing log texts from PLATFORM_LOG_INFO to the debug terminal. Then Select "Target" and "Attach debugger". It's important to note that the download will not include the bootloader. This will erase the tag and flash the softdevice + application to the RuuviTag. To flash the project, select "Target"->"Download ". Select "Target" from the top bar and "Connect to JLINK". Author prefers to use a RuuviTag ziptied to ruuvi Development kit. Enter your details and you'll receive activation key on your email.Īfter a short while you should see "Build Complete" and Flash + RAM usage report.Ĭonnect your RuuviTag to your JLINK and JLINK to your computer via USB.
![open folder in segger embedded studio open folder in segger embedded studio](https://devzone.nordicsemi.com/resized-image/__size/320x240/__key/communityserver-blogs-components-weblogfiles/00-00-00-00-13/SES_5F00_manually_5F00_install_5F00_package.png)
On first compilation you're asked to register SES. To verify that you have everything as needed, select "Build" from the top bar and click "Build ". You can open the project by selecting "File" from the top bar and the "Open solution". In the past, I’ve published posts about how to set up nRF52 development for Netbeans and Segger Embedded Studio.
![open folder in segger embedded studio open folder in segger embedded studio](https://www.segger.com/fileadmin/images/products/embdedded-studio/embedded-studio-310-project-explorer.png)
Version 3.30.2 of Ruuvi firmware uses Noridc SDK 15.3Īfter you have installed the SES, simply open the project file from /src. But once in a while, you come across a tool that you end up liking so much that you’re happy spending these hours learning it and for me, Visual Studio Code has become one of those tools. Then you should download Nordic Semiconductor SDK and unzip on the same level as project.
![open folder in segger embedded studio open folder in segger embedded studio](https://www.segger.com/fileadmin/images/products/embdedded-studio/embedded-studio-310-package-manager.png)
The firmware implements the functionality of official Ruuvi Firmware as of July 2019, it is built on top of Nordic SDK15 which has official support for SES. Head to the Segger website and select the version for your operating system. You can also follow Nordic Semiconductor's video instructions to get started. It's possible to use SES without Ruuvi development shield, but using a wired JLINK connection of nRF52-DK is strongly recommended. This is a very different approach from GNU-tools, which generally follow the principle of doing only one thing such as compiling, linking or debugging. For additional information please visit: Contact information: Dirk Akemann Marketing Manager Tel: +49-2173-99312-0 E-mail: Issued on behalf of: SEGGER Microcontroller GmbH Ecolab-Allee 5 40789 Monheim Germany SEGGER Microcontroller Systems LLC 101 Suffolk Lane Gardner, MA 01440 United States of. IDE brings together almost all the steps required for developing C-code for RuuviTags, such as writing the code, compiling the code, flashing the code to RuuviTag and debugging the code as it is being run on RuuviTag. Segger Embedded Studio (SES) is an Integrated Development Environment (IDE) for Nordic Semiconductor products, such as nRF52832 which is at the heart of RuuviTag.