VisualGDB will generate a basic project based on the nRFConnect framework, showing its contents in Solution Explorer: Press “Finish” to complete the wizard.Then plug your board into the USB port and configure the debugging settings as shown below: We recommend programming the FLASH memory with nrfjprog as it handles core reset better than the J-Link GDB stub. Make sure you are using the latest version of the Segger J-Link software and have installed the nRF Command-Line tools.On the on the next page pick the peripheral_lbs example that exposes the on-board LEDs and buttons via Bluetooth LE:.The target for the application core of nRF5340 is called NRF5340-DK-NRF5340-application-MCU: Pick your ARM toolchain, nRFConnect checkout (follow this tutorial for instructions on getting nRFConnect checkouts working) and the target device.Select “Create a new project based on a sample project”:.Pick the name and location for the Application core project: Note that we won’t be able to actually use it until we program a special firmware into the Network core (shown later in the tutorial). First, we will create the project for the Application core.Start Visual Studio and locate the VisualGDB nRFConnect Project Wizard:.
#Segger embedded studio nordic arduino core how to
We will also show how the 2 cores interact, and how to debug them at the same time using 2 independent Visual Studio instances.īefore you begin, install VisualGDB 5.5 or higher. In this tutorial build the Nordic LED and Button Service example for the nRF5340-DK board ( peripheral_lbs), and will show how to observe and control the LEDs and observe the buttons on the board using a Bluetooth LE-capable Android device.
0 kommentar(er)
