You can now run a debug session by Pressing F5 or from the Debug Menu → Start debugging. To get the Start_emPower.elf go to BSP/SEGGER/K66FN2M0_emPower and build the Start_SEGGER_emPower.emProject using SEGGER Embedded Studio. svd files, extract the Keil.Kinetis_K60_DFP.1.5.0.pack and copy the SVD folder into the main project folder. vscode folder within your project folder. The launch.json file will be created under. Then press F1(to show all commands), type “launch” and select “Debug:Open launch.json” from the drop-down list.Īfterward, you will be prompted to select the environment.

Under File menu select Open Folder and select the EMPower project folder that you previously downloaded and extracted. Once you installed Visual Studio Code and the above plugins, start by opening Visual Studio Code.

Note: from the above list download the packages according to your OS. SEGGER Evaluation Software for emPower ( link).Note: under windows use version 7-2018 ( link).If you wish to add the option to attach to a running target, just change the launch.json 'request': 'launch' to 'request': 'attach'. Please notice that the below configurations will re-flash your target, reset and attach to debug. Our target MCU will be the NXP MK66FX1M0xxx18, you can acquire it in our online store( link). In this tutorial, we will cover only how to add Debug capability to Cortex cores Microcontrollers over debug probe J-Link.įor this example purpose, we will be using the SEGGER‘s emPower v2.0 evaluation board. Besides allowing to do code refactoring and version control by installing extensions it is possible to extend this “simple” code editor to a multi-platform development environment. Is a free of charge source code editor from Microsoft that is available for Windows, Linux and OS-X. There are 3rd party plugins available that enable Visual Studio Code debugging on embedded targets via GDB + J-Link + GDBServer.

Gdb windows installer