#Open folder in segger embedded studio how to#
#Open folder in segger embedded studio code#
#Open folder in segger embedded studio Bluetooth#

Displaying RTT output in standalone J-Link RTT Viewer Once debugging starts, the RTT communication with the device will be available in the Debug Terminal window. To see the RTT output generated when using SES, build and run the example. SEGGER Embedded Studio (SES) has a built-in RTT Viewer available when debugging the target code. Only the standalone application allows you to issue commands through RTT, for example when testing Dimming examples.

standalone application: J-Link RTT Viewer.

built-in feature of SEGGER Embedded Studio (SES).

The nRF5 SDK for Mesh examples can communicate with a host computer through SEGGER RTT, and several examples require or allow you to connect RTT viewer to observe output generated in the RTT log. Interacting with examples using SEGGER RTT Soft-reset is particularly useful if you want to use the debugger or RTT viewer (see the following section) and prevent disconnection of the RTT link.

initiate a soft-reset by using the following command: nrfjprog -r.

Launch the example by using one of the following options:.

build/examples/light_switch/client/light_switch_client_nrf52832_xxAA_s132_7.2.0.hex -sectorerase Example: nrf5_sdk_for_mesh$ nrfjprog -program.

Program the example application with the following command: nrfjprog -program -sectorerase.

bin/softdevice/s132_nrf52_7.2.0_softdevice.hex -chiperase

Run the following command: nrfjprog -program -chiperase.

#Open folder in segger embedded studio Bluetooth#

Download the SoftDevice that you want to build the Bluetooth mesh stack with.For example, if the example's binary name is light_switch_client_nrf52832_xxAA_s132_7.2.0.hex, the required SoftDevice binary is s132_nrf52_7.2.0_softdevice.hex. If you do not know the SoftDevice version that was used to build the Bluetooth mesh stack, check the name of the example binary. The example binaries are built in the corresponding example folder, in the build/ directory. The SoftDevice binaries are located in the bin/softdevice/ folder. You need to know the path to SoftDevice binaries to run examples with nrfjprog. Running examples using nrfjprog command line tool requires you to program a SoftDevice and the example hex file to your board. From the list of connected boards, choose the board to program the SoftDevice and example firmware onto.It then displays a list of connected boards.

If required, it rebuilds them before flashing.

when using ninja build tool: ninja -t targets or ninja helpĪfter you issue the command to flash the example, the build system checks whether the example binaries are up-to-date.

Note Targets that flash examples start with 'flash_'. Example: build $ make flash_light_switch_server_nrf52832_xxAA_s132_7.2.0 Example: build $ ninja flash_light_switch_server_nrf52832_xxAA_s132_7.2.0

Connect a Development Kit to your computer with a USB cable.įlash the example by running one of the following commands from the build directory:.

Depending on you choice, you have to use different commands: You can run custom CMake targets using either ninja or make. Running examples using custom CMake target

Running examples in CMake-based build environmentĪfter you built the example with CMake, you can run the example using either:īoth use files created by CMake to compile the project. If the debugging does not start, reset the J-Link: Target -> Reset J-Link.

#Open folder in segger embedded studio code#

When the download is complete, select Debug -> Go again to start the code execution.

This downloads the matching SoftDevice and the compiled example, and starts the debugger.

Erase the device from the SES options menu: Target -> Erase all.

In SES, connect to the development kit with Target -> Connect J-Link.

Connect the Development Kit with the USB cable to your computer.

To run the examples in a build environment based on SEGGER Embedded Studio (SES): The following procedure only works if you have built the example with SEGGER Embedded Studio. Running examples using SEGGER Embedded Studio

Interacting with examples using SEGGER RTT.

Running examples using custom CMake target.

Running examples in CMake-based build environment.

Running examples using SEGGER Embedded Studio.

See the documentation for each example for more information.

For some examples, additional steps might be required.

The following procedures are not applicable for the DFU example.

Once you have an example running, you can interact with it through command line with SEGGER RTT. Just as with installing the toolchain and building the Bluetooth mesh stack and examples, the procedure for running examples depends on the IDE.

#Open folder in segger embedded studio how to#

This page describes how to run examples included in the nRF5 SDK for Mesh package.